pax_global_header00006660000000000000000000000064152641526540014524gustar00rootroot0000000000000052 comment=be53970b446d9e630249094d171f32bdf8ec9796 tools-0.8.0-beta.1/000077500000000000000000000000001526415265400137415ustar00rootroot00000000000000tools-0.8.0-beta.1/.gitignore000066400000000000000000000002141526415265400157260ustar00rootroot00000000000000# keep this alphabetical please *~ *.bak */build/* build *.egg-info fd_tool/dist freedict-database.xml *.mo *.pyc *__pycache__* *.swo *.swp tools-0.8.0-beta.1/CHANGELOG000066400000000000000000000041721526415265400151570ustar00rootroot00000000000000# 0.8 UNRELEASED - Require Python 3.12 or newer and PyGlossary 5.4.2 or newer. - Improve virtual environment creation and configuration registration, including actionable ICU dependency errors. - dicts.mk: Make StarDict builds safe under parallel Make execution, rebuild missing outputs, and preserve existing outputs when conversion fails. - dicts.mk: Preserve StarDict synonyms in release archives and installations. Honour unsupported formats. - Install and uninstall all supported binary dictionary formats. - Preserve semantic version suffixes, correctly order FreeDict revisions, and align API schema validation with supported dictionary versions. Select tools releases by semantic version and use the selected tag's date. - Validate the configured API output, propagate generation failures, and clean up remote access after failures. Support Jing through `USE_JING=1`, with xmllint remaining the default validator. - Add forced WikDict downloads, preserve existing dictionaries when replacement fails, and retain changelog history after successful imports. - Run Unison synchronization noninteractively and preserve the caller's environment when remote access fails. - Update the Esperanto-English importer for the October 2024 source, including UTF-8 byte order mark handling and corrected metadata. - Add `make test` and parallel component runners through `make -j4 test`, with support for selecting the Python interpreter. # 0.7 - Replace the legacy StarDict converter with PyGlossary and produce compressed release archives with checksums. - Include StarDict downloads in the generated dictionary API. - Support deploying individual dictionary formats, including adding a format to an existing release. - Use tools release archive URLs with predictable extracted directory names for packaging. - Update the WikDict download source and prepend import changelog entries instead of replacing previous entries. - Report tokenization errors with line information in the Esperanto-English importer. - Prevent em dashes from disrupting phonetic output alignment. tools-0.8.0-beta.1/COPYING000066400000000000000000000440751526415265400150060ustar00rootroot00000000000000This software is (c) 2000-2020 The FreeDict Project . 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If the program is interactive, make it output a short notice like this when it starts in an interactive mode: Gnomovision version 69, Copyright (C) year name of author Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, the commands you use may be called something other than `show w' and `show c'; they could even be mouse-clicks or menu items--whatever suits your program. You should also get your employer (if you work as a programmer) or your school, if any, to sign a "copyright disclaimer" for the program, if necessary. Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the program `Gnomovision' (which makes passes at compilers) written by James Hacker. , 1 April 1989 Ty Coon, President of Vice This General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Lesser General Public License instead of this License. tools-0.8.0-beta.1/JMdict/000077500000000000000000000000001526415265400151135ustar00rootroot00000000000000tools-0.8.0-beta.1/JMdict/README.md000066400000000000000000000023031526415265400163700ustar00rootroot00000000000000 Jim Breen's JMdict database =========================== The JMdict_e project aims at providing at dictionary databases with Japanese as its pivot language. The meta language of these databases is english. The project home is at . Copyright holders are: James William BREEN and The Electronic Dictionary Research and Development Group Copyright information at: Conversion Process ---------------- Four manual steps are required to build a dictionary and these are given as an example for the jpn-deu dictionary (ToDo: automate): 1. `xsltproc -o draft.tei -novalid jmdict2tei.xsl JMdict.xml` 2. ToDo:Copy the header ! 3. Indent: `xmllint --format draft.tei > jpn-deu.tei` 4. Check validity: - unixoid: `xmllint --noout --valid jpn-deu.tei > /dev/null` - Windows: `xmllint --noout --valid jpn-deu.tei > nul` JMdict Internationalization --------------------------- Please note the JMdict Internationalization effort by Transifex : https://www.transifex.com/gnurou/jmdict-i18n/ And the scripts going with by GitHub : https://github.com/Gnurou/jmdict-i18n tools-0.8.0-beta.1/JMdict/jmdict2tei.xsl000066400000000000000000000144611526415265400177070ustar00rootroot00000000000000 Transformation file to convert the JMdict into TEI P5 Freedict file

The Japanese Multilingual Dictionary (jmdict) is a free xml database by Jim Breens et al. (http://www.edrdg.org/jmdict/j_jmdict.html)

This stylesheet aims to convert this multilingual resource into a bilingual Freedict file. JMdict and TEI P5 DTD are quite different, so the xml elements of JMdict have been turned into TEI elements. Following the pretty good JMdict DTD comments, here is how I tried to fit the TEI pattern (http://www.tei-c.org/release/doc/tei-p5-doc/fr/html/DI.html): ant => ref type="ant" dial => usg type="geo" field => usg type="dom" gloss => cit type="trans"/quote k_ele => form type="k_ele" keb => orth ke_inf => lbl type="ke_inf" ke_pri => usg type="pri" lsource => lang misc => note pos => note type="pos" pri => pri reb => orth r_ele => form type="r_ele re_inf => lbl typ="re_inf" re_nokanji => type="re_nokanji" re_pri => usg type="pri" re_restr => lbl type="re_restr" s_inf => note type="sense" stagk => note type="stagk" stagr => note type="stagr" xref => ref

Denis ARNAUD the author(s), 2016; license: GPL v3 or any later version (http://www.gnu.org/licenses/gpl.html).
trans ls_wasei tools-0.8.0-beta.1/JMdict/jmdict_e2tei.xsl000066400000000000000000000136471526415265400202200ustar00rootroot00000000000000 Transformation file to convert the JMdict into TEI P5 Freedict file

The Japanese Multilingual Dictionary (jmdict) is a free xml database by Jim Breens et al. (http://www.edrdg.org/jmdict/j_jmdict.html)

This stylesheet aims to convert this multilingual resource into a bilingual Freedict file. JMdict and TEI P5 DTD are quite different, so the xml elements of JMdict have been turned into TEI elements. Following the pretty good JMdict DTD comments, here is how I tried to fit the TEI pattern (http://www.tei-c.org/release/doc/tei-p5-doc/fr/html/DI.html): ant => ref type="ant" dial => usg type="geo" field => usg type="dom" gloss => cit type="trans"/quote k_ele => form type="k_ele" keb => orth ke_inf => lbl type="ke_inf" ke_pri => usg type="pri" lsource => lang misc => note pos => note type="pos" pri => pri reb => orth r_ele => form type="r_ele re_inf => lbl typ="re_inf" re_nokanji => type="re_nokanji" re_pri => usg type="pri" re_restr => lbl type="re_restr" s_inf => note type="sense" stagk => note type="stagk" stagr => note type="stagr" xref => ref

Denis ARNAUD the author(s), 2016; license: GPL v3 or any later version (http://www.gnu.org/licenses/gpl.html).
trans ls_wasei tools-0.8.0-beta.1/Makefile000066400000000000000000000131761526415265400154110ustar00rootroot00000000000000# This makefile contains all recipes to build and manage the FreeDict # tools, including the API. It also provides targets to build a release archive # with the latest tools included. FREEDICT_TOOLS ?= . ifeq ($(wildcard $(FREEDICT_TOOLS)/mk/config.mk),) FREEDICT_TOOLS := $(abspath $(dir $(lastword $(MAKEFILE_LIST)))) endif include $(FREEDICT_TOOLS)/mk/config.mk XMLLINT ?= xmllint JING ?= jing export TAG PREFIX ?= usr DESTDIR ?= INSTALLDIR ?= $(abspath $(DESTDIR)/$(PREFIX)/share/freedict) dirs = api JMdict lib mk xquery xsl/inc TARGET_INSTALL_DIRS = $(addprefix $(INSTALLDIR)/tools/, $(dirs)) test: #! run all automated tests (use -j to run component suites in parallel) $(MAKE) -C "$(FREEDICT_TOOLS)/testing" test api: #! generate the api with information about all dictionaries and their downloads at the configured api path api: $(call run_with_files,fd_api) @$(MAKE) -C $(FREEDICT_TOOLS) --no-print-directory api-validation # allow retrieval of API path from Makefile and from rule below get_api_path=$(call exc_pyscript,fd_file_mgr,-a) api-path: #! print the output directory to the generated API file (read from configuration) (trailing newline is removed) @$(call get_api_path) api-validation: #! validate the freedict-database.xml against its RNG schema (set USE_JING=1 to use jing instead of xmllint) @api_dir="$$( $(call get_api_path) )" || exit $$?; \ test -n "$$api_dir" || { echo "Empty API output path" >&2; exit 1; }; \ if [ "$(USE_JING)" = "1" ]; then \ $(JING) "$(FREEDICT_TOOLS)/freedict-database.rng" "$$api_dir/freedict-database.xml"; \ else \ $(XMLLINT) --noout --relaxng "$(FREEDICT_TOOLS)/freedict-database.rng" "$$api_dir/freedict-database.xml"; \ fi mount: #! mount or synchronize FreeDict releases / generated dictionaries $(call exc_pyscript,fd_file_mgr,-m) need-update: #! queries for unreleased dictionaries or for those with newer source changes @$(call run_with_files,fd_api,-n) umount: #! runs umount / clean up actions for unmounting remote volumes (if SSH is used) @$(call exc_pyscript,fd_file_mgr,-u) install-deps: #! probe current operating system to install build prerequisites for dictionary development echo -n "Do you want to use unison or sshfs? Enter one of them or nothing: "; \ read ACCESS_METHOD; \ if command -v apt-get; then \ sudo apt-get install unzip tar xsltproc libxml-libxml-perl python3 $$ACCESS_METHOD; \ elif command -v pacman; then \ if [ `uname -o` = 'GNU/Linux' ]; then \ sudo pacman -S unzip tar libxslt libxml-perl python $$ACCESS_METHOD; \ else \ echo "Sorry, but it seems you're not running pacman on GNU/Linux. There's currently no installation rule for this platform."; \ fi; \ else \ echo "Unknown platform. Feel free to report the corresponding packages to us."; \ fi # This helps to express \n as a special variable to Make; it **needs** two # newlines within the define define newline endef # This may not contain apostrophes define VENV_HELP A virtual environment is a local copy of all Python utilities, scripts and libraries for Python development. With a virtual environment, you do not need to install all the FreeDict scripts globally in your system, but you are of course free to do so. The mk_venv command will make sure that the virtual environment is created at the correct place; use "P=/some/path" to specify the path. Example: make mk_venv P=../fd-venv Python 3.12 or newer is required. PyICU needs ICU headers, pkg-config, a C++ compiler, and Python development headers. On Debian/Ubuntu install libicu-dev pkg-config build-essential python3-dev python3-venv. After installation, you will be asked whether the virtual environment should be added to the FreeDict configuration. This is generally a good idea, because this means that the FreeDict build system will take care of all the required steps. endef mk_venv-help: echo -e '$(subst $(newline),\n,${VENV_HELP})' mk_venv: #! initialise a new (Python) virtual environment; use mk_venv-help for detailled help @if [ "${P}" = '' ]; then \ echo Need to give a path with P=, e.g. "make mk_venv P=/some/dir"; \ exit 222; fi @"$(PYTHON)" "$(FREEDICT_TOOLS)/buildhelpers/create_venv.py" "${P}" @if [ -n "$(FREEDICTRC)" ]; then \ "$(PYTHON)" "$(FREEDICT_TOOLS)/buildhelpers/register_venv.py" \ "$(FREEDICTRC)" "${P}" --choice "$${REGISTER_VENV:-auto}"; \ else \ echo "No FreeDict configuration found; set FREEDICTRC to register this environment."; \ fi # NOTE: the directories below HAVE to be on one line INSTALL_DIRS := api api/generator api/file_manager api/generator/apigen mk xquery xsl/inc INSTALL_PATHS := $(wildcard api/*.py api/generator/*.py api/generator/apigen/*.py api/file_manager/*.py \ freedict-database.rng \ mk/*.mk xsl/inc/* \ xquery/* xsl/tei2c5.xsl) install: #! install the tools to $$DESTDIR/$PREFIX/share/freedict (default /usr/local/share/freedict) install: @echo Creating directories in $(INSTALLDIR)… @set -e; for d in $(INSTALL_DIRS); do \ install -d $(INSTALLDIR)/$$d; \ done @echo Copying files to $(INSTALLDIR)… @set -e; for f in $(INSTALL_PATHS); do \ if [ -f $$f ]; then \ install -m 644 $$f $(INSTALLDIR)/$$f; \ fi \ done release: #! export an existing tools tag as a release archive; TAG= is required "$(PYTHON)" "$(FREEDICT_TOOLS)/buildhelpers/release.py" "$(FREEDICT_TOOLS)" "$(BUILD_DIR)" release-path: #! print the output directory to which releases are deployed (read from configuration); trailing newline is removed @release_dir="$$( $(call exc_pyscript,fd_file_mgr,-r) )" || exit $$?; \ test -n "$$release_dir" || { echo "Empty release output path" >&2; exit 1; }; \ printf '%s' "$$release_dir" .PHONY: all api api-validation install mount release test umount tools-0.8.0-beta.1/README.md000066400000000000000000000106601526415265400152230ustar00rootroot00000000000000FreeDict Tools =============== The FreeDict tools are used to import, export (build) and manage FreeDict dictionaries. As a dictionary data provider, our goal is to use our TEI dialect to be able to import and export into a variety of output formats. This repository collects the tooling for this. Getting Started --------------- FreeDict databases are encoded in the TEI XML format (chapter 9), see . The conversion is based on XSL stylesheets (see directory `xsl/`). These can in principle transform to any format, but only the .dict format is supported at the moment. More information is in the wiki at . ### Dependencies FreeDict requires a few essential tools to generate phonemes and compile the XML sources. However, most of the tools are determined by the output format. 0. Basic tooling: perl, python, make, xsltproc, (libxml2-utils | jing), tar, gzip, espeak-ng 1. For dictd: dictzip, dictfmt 2. For stardict: pyglossary 3. For slob: slob, tei2slob #### Debian/Ubuntu Dependencies If you use Debian/Ubuntu, you should install the following packages: 0. Basic: `sudo apt install make xsltproc libicu-dev pkg-config python3 python3-dev python3-venv build-essential espeak-ng git` 1. For dictd: `sudo apt install dictzip dictfmt` 2. For stardict: install pyglossary, for instance, `pipx install pyglossary` 3. For slob: 1. Get the sources: 2. Use the official installation instructions OR 3. Use a virtualenv; we recommend that to bundle all our tooling 4. fetch the mentioned sources and use `pipx install .`, which is easiest. #### Windows On Windows, it is easiest to install [Msys2](https://www.msys2.org/) or [Cygwin](https://www.cygwin.com). Both offer an easy method to install the required tools. Note that we are not officially using Windows, so your mileage will vary. ### Setting Up The Build System You should clone this repository to a path with no spaces and add an environment variable `FREEDICT_TOOLS` to point to this directory. The toolchain requires Python 3.12 or newer, as required by PyGlossary. A lot of the internal scripts need additional Python libraries. To fully make use of them, you should set up a Python virtual environment for that. To help you getting started, `make mk_venv` is there to guide you through the process and `make mk_venv-help` will explain you why and how you should use `make mk_venv`. Hint: It is possible to set up an environment without a virtual environment. See the file requirements.txt for more details. Once done, you can get help on the available actions in any directory containing a `Makefile` by typing `make help`. ### Tests Run all automated tests with `make test`, or run the component suites in parallel with `make -j4 test`. Select a Python environment with `make -j4 test PYTHON=/path/to/venv/bin/python`; it must have the project's Python dependencies installed. The runners import packages from this checkout. Run one component with `make -C testing/mk test` (also available for `buildhelpers`, `fd_tool`, and `importers`). The `fd_tool` and `importers` runners include their existing package suites. Fixtures and the legacy stylesheet in `testing/xsl/` remain manual test assets. ### Documentation Most of the documentation can be found in the FreeDict HOWTO at https://github.com/freedict/fd-dictionaries/wiki/FreeDict-HOWTO In general, it is a good idea to have a look at our wiki at https://github.com/freedict/fd-dictionaries/wiki Furthermore, the whole build system is explained in chapter 8 of the HOWTO, mentioned above. Additional Output Formats ------------------------- For creating slob files, you need to install tei2slob: python3 -m venv env-slob # create self contained python env source env-slob/bin/activate # activate it pip install git+https://github.com/itkach/slob.git # install general slob tools pip install git+https://github.com/itkach/tei2slob.git # install tei2slob converter Now tei2slob will be in your path. For new shells, you will have to execute `source env-slob/bin/activate` again, or put env-slob/bin/tei2slob into your PATH. For creating StarDict files, you need to install [PyGlossary](https://github.com/ilius/pyglossary): pip install git+https://github.com/ilius/pyglossary.git Sebastian Humenda, Mar 2018 tools-0.8.0-beta.1/README.release000066400000000000000000000024041526415265400162400ustar00rootroot00000000000000# Release maintenance ## Tools releases Run `make release TAG=0.8.0` after the selected tag exists. `TAG` is mandatory and must identify a Git tag, not a branch or commit hash. The command exports that tag's committed tree into `build/freedict-tools-0.8.0.tar.xz`, with a `tools/` directory inside. Use `BUILD_DIR=/path/to/output` to change the output directory. Hierarchical tag names use hyphens in the archive filename. HEAD may have newer commits; a warning is printed and the tagged tree is still exported. Untracked files and uncommitted edits are excluded. Each invocation regenerates the archive, replacing an existing file only after export succeeds. ## Remote access All dictionaries, both from the fd-dictionaries repository and the generated dictionaries need to be present for release operations. Hence, `make api`, `make need-update`, and dictionary deployment acquire remote access and clean up within one process. `fd_tool` manages this in the background. Depending on the FreeDict configuration, it either uses SSHFS or Unison for making files available. `fd_file_mgr --run COMMAND [ARGS...]` exists to perform manual operations with all dictionaries available. On a failure, `fd_file_mgr -m` and `fd_file_mgr -u` perform mounting and unmounting, respectively. tools-0.8.0-beta.1/buildhelpers/000077500000000000000000000000001526415265400164235ustar00rootroot00000000000000tools-0.8.0-beta.1/buildhelpers/README.md000066400000000000000000000003641526415265400177050ustar00rootroot00000000000000Build Helpers ============= This directory contains scripts to help building and installing FreeDict dictionaries. They are complementing the (GNU) make build system. Please document anything regarding those scripts here or link to the wiki. tools-0.8.0-beta.1/buildhelpers/create_venv.py000066400000000000000000000037111526415265400213000ustar00rootroot00000000000000"""Create the FreeDict environment with the selected Python interpreter.""" import argparse import os from pathlib import Path import subprocess import sys def create_environment(destination, tools): destination = destination.expanduser().resolve() if destination.exists() and any(destination.iterdir()) and not (destination / 'pyvenv.cfg').is_file(): raise RuntimeError(f'Refusing to reuse a non-venv directory: {destination}') subprocess.run([sys.executable, '-m', 'venv', str(destination)], check=True) python = destination / ('Scripts/python.exe' if os.name == 'nt' else 'bin/python') installed = subprocess.run([str(python), '-c', 'import icu'], capture_output=True).returncode == 0 if not installed and not os.environ.get('ICU_VERSION'): try: subprocess.run(['pkg-config', '--exists', 'icu-i18n'], check=True) except (OSError, subprocess.CalledProcessError) as error: raise RuntimeError( 'PyICU needs ICU development files and pkg-config. On Debian/Ubuntu, ' 'install libicu-dev, pkg-config, build-essential, python3-dev and python3-venv. ' 'Custom ICU builds may supply ICU_VERSION and PYICU_CFLAGS/PYICU_LFLAGS.' ) from error # Local requirements are relative to the tools checkout, not the caller's cwd. subprocess.run([str(python), '-m', 'pip', 'install', '--upgrade', '-r', str(tools / 'requirements.txt')], cwd=tools, check=True) subprocess.run([str(python), '-m', 'pip', 'check'], check=True) return destination def main(): parser = argparse.ArgumentParser(description=__doc__) parser.add_argument('destination', type=Path) args = parser.parse_args() try: create_environment(args.destination, Path(__file__).resolve().parents[1]) except (OSError, RuntimeError, subprocess.CalledProcessError) as error: parser.exit(1, f'{error}\n') if __name__ == '__main__': main() tools-0.8.0-beta.1/buildhelpers/deploy.sh000066400000000000000000000017301526415265400202540ustar00rootroot00000000000000#!/bin/sh # Invoked by Make through fd_file_mgr --run, after remote access is available. set -eu dictname=$1 version=$2 force=$3 shift 3 release_root=$(fd_file_mgr -r) if [ -z "$release_root" ] || [ ! -d "$release_root" ]; then echo "Invalid release output directory: $release_root" >&2 exit 1 fi destination="$release_root/$dictname/$version" # Refuse overwrites before copying any of the requested formats. for archive in "$@"; do if [ -e "$destination/${archive##*/}" ] && [ "$force" != y ]; then echo "Release already exists: ${archive##*/}; use FORCE=y to replace it." >&2 exit 2 fi test -f "$archive" test -f "$archive.sha512" done mkdir -p "$destination" staging=$(mktemp -d "$destination/.deploy.XXXXXX") trap 'rm -rf -- "$staging"' 0 for archive in "$@"; do echo "Deploying ${archive##*/}" cp -- "$archive" "$staging/" cp -- "$archive.sha512" "$staging/" done chmod a+r -- "$staging/"* mv -- "$staging/"* "$destination/" tools-0.8.0-beta.1/buildhelpers/dict_restart_helper.sh000077500000000000000000000032021526415265400230050ustar00rootroot00000000000000#!/bin/sh #vim:set expandtab sts=4 ts=4 sw=4: # This script updates the dictd database and restarts dictd. It'll also try to # figure out whether dictd is installed in the first place and what the correct # way of restart is (upstart / systemd /init). set -e isDictInstalled() { if test -f /usr/sbin/dictd || command -v dictd > /dev/null || [ -f /sbin/dictd ] then return 0 else echo "The dictd server hasn't been found on this system." if command -v apt-get > /dev/null then echo 'Type `apt-get install dictd` before re-executing this script.' elif command -v pacman > /dev/null then echo 'Type `pacman -Syu dictd` before re-executing this script.' elif command -v yum > /dev/null then echo 'Type `yum install dictd` before re-executing this script.' else echo "Please install the dictd server before proceeding." fi exit 20 fi } restart_dictd_server() { echo "Restarting dictd..." if command -v service > /dev/null then service dictd restart elif command -v systemctl > /dev/null then systemctl restart dictd elif test -f /etc/init.d/dictd then /etc/init.d/dictd restart stop /etc/init.d/dictd restart start else echo "Error, could not detect init system. DICT SERVER HAS NOT BEEN RESTARTED!" fi } update_dictd_database() { dictdconfig -w } ################################################################################ # abort if dictd is not installed isDictInstalled update_dictd_database restart_dictd_server exit 0; tools-0.8.0-beta.1/buildhelpers/register_venv.py000066400000000000000000000037051526415265400216640ustar00rootroot00000000000000"""Register a FreeDict virtual environment without damaging other settings.""" import argparse from pathlib import Path import re import sys def register(config_path, environment, choice='auto'): config_path = Path(config_path).expanduser() if choice == 'no' or (choice == 'auto' and not sys.stdin.isatty()): return False if choice == 'auto' and input('Add this virtual environment to FreeDict configuration? [y|n] ').lower() != 'y': return False original = config_path.read_text(encoding='utf-8') if config_path.exists() else '' value = str(Path(environment).expanduser().resolve()) lines = original.splitlines(keepends=True) default_start = next((i for i, line in enumerate(lines) if re.match(r'\s*\[DEFAULT\]\s*(?:[#;].*)?$', line)), None) if default_start is None: lines = ['[DEFAULT]\n', f'virtual_env = {value}\n'] + lines else: default_end = next((i for i in range(default_start + 1, len(lines)) if re.match(r'\s*\[[^]]+\]', lines[i])), len(lines)) replacement = f'virtual_env = {value}\n' existing = next((i for i in range(default_start + 1, default_end) if re.match(r'\s*virtual_env\s*=', lines[i], re.I)), None) if existing is None: lines.insert(default_start + 1, replacement) else: lines[existing] = replacement config_path.parent.mkdir(parents=True, exist_ok=True) with config_path.open('w', encoding='utf-8') as config_file: config_file.write(''.join(lines)) return True def main(): parser = argparse.ArgumentParser(description=__doc__) parser.add_argument('config', type=Path) parser.add_argument('environment', type=Path) parser.add_argument('--choice', choices=['auto', 'yes', 'no'], default='auto') args = parser.parse_args() register(args.config, args.environment, args.choice) if __name__ == '__main__': main() tools-0.8.0-beta.1/buildhelpers/release.py000066400000000000000000000047331526415265400204240ustar00rootroot00000000000000"""Export an existing tools tag without working-tree or untracked files.""" import argparse import lzma import os import shutil import subprocess import sys import tempfile from pathlib import Path def create_release(tools, build_directory, tag): if not tag: raise ValueError('TAG is required; use make release TAG=') reference = f'refs/tags/{tag}' tagged_commit = subprocess.check_output( ['git', '-C', str(tools), 'rev-parse', '--verify', '--end-of-options', reference + '^{commit}'], text=True).strip() head = subprocess.check_output( ['git', '-C', str(tools), 'rev-parse', 'HEAD'], text=True).strip() if head != tagged_commit: print(f'Warning: HEAD differs from TAG={tag}; archiving the tagged tree.', file=sys.stderr) build_directory.mkdir(parents=True, exist_ok=True) # Hierarchical Git tag names must still produce a single archive filename. filename = f"freedict-tools-{tag.replace('/', '-')}.tar.xz" destination = build_directory / filename temporary_path = None try: with tempfile.NamedTemporaryFile(dir=build_directory, prefix='.release-', delete=False) as temporary: temporary_path = Path(temporary.name) command = ['git', '-C', str(tools), 'archive', '--format=tar', '--prefix=tools/', reference] with subprocess.Popen(command, stdout=subprocess.PIPE) as process: try: with lzma.LZMAFile(temporary, 'w') as compressed: shutil.copyfileobj(process.stdout, compressed) finally: process.stdout.close() status = process.wait() if status: raise subprocess.CalledProcessError(status, command) os.replace(temporary_path, destination) finally: if temporary_path is not None: temporary_path.unlink(missing_ok=True) return destination def main(): parser = argparse.ArgumentParser(description=__doc__) parser.add_argument('tools', type=Path) parser.add_argument('build_directory', type=Path) args = parser.parse_args() try: destination = create_release(args.tools, args.build_directory, os.environ.get('TAG')) except (OSError, ValueError, subprocess.CalledProcessError) as error: parser.exit(1, f'{error}\n') print(destination) if __name__ == '__main__': main() tools-0.8.0-beta.1/dic2ipk.sh000077500000000000000000000052511526415265400156300ustar00rootroot00000000000000#!/bin/bash # this script packages .dic (or .dic.dz) files # for the zbedic program on the Zaurus platform # into .ipk (installable packages) # the iPKG file format is loosely based on Debian's # package format. iPKG is documented at: # # * http://www.zaurususergroup.com/modules.php?op=modload&name=phpWiki&file=index&pagename=IPKG%20Howto # * http://www.ossh.com/zaurus/mirrors/docs.zaurus.com/ipkg_howto.shtml # (same text like forst page) # * http://www.handhelds.org/ # (The forst two links refer to the wiki here as reference, but # that page is currently (Jan 2005) unavailable # ===== the filenames INFILE=$1 EXTENSION=${INFILE#*.} OUTFILE=`basename ${1/.$EXTENSION}` # ===== check the syntax if [[ "$1" == "" ]]; then echo "USAGE: $0 " exit 1 fi # ==== is there a file-conflict if [ -d ./home ]; then echo "There's already a ./home folder. Please remove that first!" exit 1 fi if [ -e ./control ]; then echo "There's already a control file. Remove it first!" exit 1 fi if [ -e ./control.tar.gz ]; then echo "There's already a control.tar.gz file. Remove it first!" exit 1 fi if [ -e ./data.tar.gz ]; then echo "There's already a data.tar.gz file. Remove it first!" exit 1 fi # ===== image type for the maps # ===== make it lowercase EXTENSION=`echo "$EXTENSION" | tr [A-Z] [a-z]` if [[ "$EXTENSION" == "jpeg" ]]; then EXTENSION=jpg fi # ===== no converter specified? #if [[ "`which convert`" == "" ]]; then # echo Cannot find the program convert! # exit 2 #fi if [[ "$EXTENSION" == "" ]]; then echo Cannot identify the image-type or cannot find the file! exit 2 fi if [ -d ./${OUTFILE} ]; then echo "There's already an image folder ${OUTFILE}." exit 2 fi # ===== renaming files # ===== adding overview # ===== leaving image-folder # ===== creating folders for ipkg mkdir ./home mkdir ./home/QtPalmtop mkdir ./home/QtPalmtop/share mkdir ./home/QtPalmtop/share/zbedic # ===== moving the image-files into the right folder cp ${INFILE} ./home/QtPalmtop/share/zbedic/ # ===== make a nice ipkg DATE=$(date +"%Y%m%d") FILE=./zbedic-${OUTFILE}_${DATE}_arm.ipk # ===== package-information echo -ne "Package: FreeDict-${OUTFILE} InstalledSize: $(du -sh ./home | cut -f1) Filename: ${FILE} Maintainer: $(whoami) Architecture: arm Version: ${DATE} Description: FreeDict ${OUTFILE} dictionary for zbedic " > ./control # ===== creating tar -czf data.tar.gz ./home tar -czf control.tar.gz ./control tar -czf ${FILE} ./data.tar.gz ./control.tar.gz # ===== removing temp-files rm ./data.tar.gz ./control.tar.gz ./control # ===== removing the NEW folders and NEW created images rm -rf ./home echo ${FILE} tools-0.8.0-beta.1/dict-configure.sh000077500000000000000000000031721526415265400172050ustar00rootroot00000000000000#!/bin/sh # Shell script to configure a dictionary into place. DICTD_CONF=/etc/dictd.conf DICT_SCRIPT=/etc/rc.d/init.d/dict GDICT_CONF=/var/lib/gdict-dicts.conf Dict_Add_Dictionary () { # Add a dictionary to the DICTD_CONF file DICT=$* cat >> $DICTD_CONF >> EOF database $DICT { data "/usr/lib/dict/$DICT.dict.dz" # $DICT index "/usr/lib/dict/$DICT.index" # $DICT access { # $DICT allow * # $DICT } # $DICT } # $DICT EOF Restart_Dict_Server } Dict_Remove_Dictionary () { # Remove a dictionary from the DICTD_CONF file DICT=$* grep -v $DICT $DICTD_CONF > /tmp/dictd.conf.tmp mv /tmp/dictd.conf.tmp > /tmp/dictd.conf.tmp } Restart_Dict_Server () { if [ -f $DICT_SCRIPT ] ; then $DICT_SCRIPT stop $DICT_SCRIPT start } Gdict_Add_Dictionary () { DICT=$1 LANG=$2 cat GDICT_CONF << EOF (define-gdict-dict "$LANG" "$DICT") ; installed by dict-$LANG EOF } Gdict_Remove_Dictionary () { LANG=$1 grep -v "dict-$DICT" $GDICT_CONF > /tmp/gdict-dicts.conf mv /tmp/gdict-dicts.conf $GDICT_CONF } # # Program starts here # case "$1" in '--install') DICT=$2 LANG=$4 Dict_Add_Dictionary $DICT GDict_Add_Dictionary $DICT $LANG exit 0; ;; '--remove') DICT=$2 Dict_Remove_Dictionary $DICT Gdict_Remove_Dictionary $DICT exit 0; ;; default) echo "Usage: $0 --install --lang , or" echo " $0 --remove " exit 1; ;; esac exit 1;tools-0.8.0-beta.1/exporters/000077500000000000000000000000001526415265400157745ustar00rootroot00000000000000tools-0.8.0-beta.1/exporters/tei2anki/000077500000000000000000000000001526415265400175025ustar00rootroot00000000000000tools-0.8.0-beta.1/exporters/tei2anki/tei2anki.py000077500000000000000000000031051526415265400215640ustar00rootroot00000000000000#!/usr/bin/env python3 import sys import random from xml.etree import ElementTree as etree from ankisync.apkg import Apkg NS = 'http://www.tei-c.org/ns/1.0' NS_MAP = {'': NS, 't': NS} def ns(name): return '{%s}%s' % (NS, name) TAG_ENTRY = ns('entry') TAG_HEADER = ns('teiHeader') def parse_entry(element): orths = element.findall('./t:form//t:orth', NS_MAP) cits = element.findall('./t:sense//t:cit/t:quote', NS_MAP) return orths[0].text, ', '.join(c.text for c in cits) assert len(sys.argv) == 2, 'Usage: tei2anki.py FROM-TO.tei' input_filename = sys.argv[1] output_filename = input_filename.replace('.tei', '.apkg') entries = [] with open(input_filename) as input_file: for _, element in etree.iterparse(input_file): if element.tag == TAG_HEADER: deck_name = element.find('./t:fileDesc/t:titleStmt/t:title', NS_MAP).text if element.tag == TAG_ENTRY: entries.append(parse_entry(element)) with Apkg(output_filename) as apkg: model_id = apkg.init( first_model=dict( name='default model', fields=['source', 'target'], templates={ 'Forward': ('{{source}}', '{{source}}
{{target}}'), } ), first_deck=deck_name, first_note_data=False, ) for source, target in random.sample(entries, 100): apkg.add_note({ 'modelName': 'default model', 'deckName': deck_name, 'fields': { 'source': source, 'target': target, } }) tools-0.8.0-beta.1/fd_tool/000077500000000000000000000000001526415265400153675ustar00rootroot00000000000000tools-0.8.0-beta.1/fd_tool/README.md000066400000000000000000000052141526415265400166500ustar00rootroot00000000000000FD Tool ==== The `fd_tool`and its accompanying scripts in this directory are able to set up everything required to - release dictionaries - access out-of-VCS auto-imported dictionaries - generate the FD API As a dictionary developer, you don't need to care about this. :) Installation --------- Create a virtual environment for FreeDict and execute in this directory pip install . Configuration ------------- The utilities require a configuration file with a few options set. Open or create a configuration file in `$HOME/.config/freedict/freedictrc` in your favourite editor and enter something like this: [DEFAULT] file_access_with = sshfs [release] user=SFACCOUNT,freedict [generated] user=USER - `file_access_with`: sets the file access strategy; possible values are unison or sshfs, default is unison - unison: synchronisation of all files to local disk -- quicker operations, more initial download - sshfs (UNIX only): direct access over a network connection, slower actions and problematic, since direct file manipulation - `[release]`: server on which to look for the released dictionaries, by default freedict.org. - `[generated]`: this configures account information for the file services containing all auto-generated dictionaries This minimal configuration should be enough for most of the use cases. For a more in-depth explanation, you should visit the [wiki page](https://github.com/freedict/fd-dictionaries/wiki/FreeDict-HOWTO-%E2%80%93-FreeDict-Build-System). There is a freedictrc.example in this directory, too. API Generation -------------- The API generation consists of two steps. In the first step, remote files are made available, in the second, the actual XML file is generated. Remote files are all released files and the auto-imported dictionaries. In order to make them available, either SSHFS or Unison can be used. This can be configured in the FreeDict configuration, see . The `file_manager` will take care of doing this work, transparently. The API generation requires the `FREEDICT_TOOLS` environment variable to be set. Information about this variable can be found [here](https://github.com/freedict/fd-dictionaries/wiki/FreeDict-HOWTO).\ The invocation of the API generator is automated in the make rule `api`, so in most cases, `make api` should be enough. File Management =============== Fsetup is designed to set up the environment for managing and releasing FreeDict dictionaries, as well as generating the API. This mainly involves copying (or remote-mounting) released dictionaries and out-of-VCS (auto-imported) dictionaries. tools-0.8.0-beta.1/fd_tool/fd_changelog.py000066400000000000000000000215571526415265400203530ustar00rootroot00000000000000#!/usr/bin/env python3 """Releasing a bunch of dictionaries can be tedious because of the adjustments to the header. This script automated the following: * update the date tag * update the copyright year within the availability information, because a new release also renews the copyright * open $EDITOR to ask the user for a changelog message * count headwords * update the edition For the concrete usage see the corresponding usage message.""" #pylint: disable=wrong-import-position import datetime import os import re import shutil import sys from fd_tool import config def get_editor(): """Detect an editor to use. Try to use $EDITOR or probe for a bunch of more common ones.""" editor = None if 'EDITOR' in os.environ: editor = os.environ['EDITOR'] if not editor: for name in ('vim', 'vi', 'nvim', 'emacs', 'nano', 'edit', 'notepad', 'gedit', 'pluma', 'kate'): # a few more popular ones if shutil.which(name): editor = name break if not editor: print(("Failed to detect an editor. Please set the EDITOR environment " "variable to a program in your PATH.")) sys.exit(1) else: return editor class TagNotFoundException(Exception): pass def find_tag(document, tag): """Find a tag in a document, returning start and end positions of the opening and closing tag. Raise TagNotFoundException if no such tag exists.""" match = re.search(r'<\s*%s\b.*?>' % tag, document) if not match: raise TagNotFoundException(tag) opening_start, opening_end = match.span() # find closing tag match = re.search(r'<\s*/\s*%s\s*>' % tag, document[opening_end:]) if not match: raise TagNotFoundException('no closing tag for `%s`' % tag) closing_start, closing_end = (c + opening_end for c in match.span()) # python's ranges are exclusive, so add + 1 return (opening_start, opening_end, closing_start, closing_end) def get_text(document, tag): """Get the text of a specified tag. Raise TagNotFoundException if no such tag exists.""" _, start, end, _ = find_tag(document, tag) return document[start:end] def replace_tag_content(document, tag, new_text): """Insert the given new content into the first occurrence of this tag in the given document.""" _, start, end, _ = find_tag(document, tag) return document[:start] + new_text + document[end:] def get_user_info(conf): """Obtain (GitHub) user name and full name from configuration. Exit if user name is not set. Use system name if full name (AKA real name) is not set.""" try: user_name = conf['DEFAULT']['user_name'] except KeyError: sys.stderr.write(("user_name not set in FreeDict configuration. Please " "set it and try again.")) sys.exit(28) try: real_name = conf['DEFAULT']['full_name'] except KeyError: # guess name, could be not correct if 'win32' in sys.platform or 'wind' in sys.platform: import getpass real_name = getpass.getuser() else: # on unixoids, use pwd import pwd real_name = pwd.getpwuid(os.getuid())[4] # on some systems, real name end with commas, strip those while real_name and not real_name[-1].isalpha(): real_name = real_name[:-1] return (user_name, real_name) def add_changelog_entry(document, edition, date, username, author): """Try to detect an text editor, open it and add the written content to a new change tag within the supplied revision_desc.""" editor = get_editor() fn = 'changelog.tmp' with open(fn, 'w', encoding='UTF-8') as f: f.write("""\n # Please enter your change notes as you would enter them in a tag in # the revisionDesc tag of a TEI header. Empty lines will be ignored and lines # starting with a hash `#` will be ignored. # Valid formatting include either plain text or lists like # `blah`. Please note that you need to take care of # escaping yourself. """) ret = os.system('%s %s' % (editor, fn)) if ret: print("Error while starting", editor) sys.exit(2) with open(fn, encoding='UTF-8') as f: data = '\n'.join(l.rstrip() for l in f if l.strip() and not l.lstrip().startswith('#')) os.remove(fn) if not data.strip(): print("No changes, aborting…") sys.exit(0) # insert full name if no reference to the user name found, otherwise use the # reference change = None if re.search('id\\s*=\\s*(?:\'|")#' + username, document): change = '\n'.format(edition, date, username.rplace('#', '')) else: change = '\n{}\n' \ .format(edition, date, author) change += '%s\n' % data latest_change, _, _, _ = find_tag(document, 'change') latest_change_tag = latest_change if latest_change > 0 and document[latest_change-1].isspace(): latest_change -= 1 while latest_change > 0 and document[latest_change].isspace() and \ document[latest_change] != '\n': latest_change -= 1 indent = document[latest_change+1:latest_change_tag] change = change.rstrip().replace('\n', '\n' + indent) return ''.join((document[:latest_change], '\n', indent, change, '\n', indent, document[latest_change_tag:])).lstrip() def update_date(document, date): """Find publicationStmt/date, update it.""" try: opening_start, _, _, closing_end = find_tag(document, 'date') except TagNotFoundException: sys.stderr.write(("Warning: tag not found. It's advised that " "this is added to the header.\n")) return document if opening_start < 0: return document # no date, no action # try to detect whether this date is within a change tag change = document[:opening_start].rfind(' 0: return document date = datetime.datetime.now().strftime('%b %d, %Y') return document[:opening_start] + date + document[closing_end:] def update_edition(document, version): """Update edition within the edition tag.""" return replace_tag_content(document, 'edition', version) def update_extent(document): """Count headwords within document and update the headword count of the extend tag.""" headwordcount = len(re.findall(r'<\s*entry.*?>', document)) return replace_tag_content(document, 'extent', '%s headwords' % headwordcount) def update_copyright(document): """Find a stanza containing "(c) 2014-2017 xyz" or "© 2020 foo" to update the year and therfore update copyright information.""" availability = get_text(document, 'availability') match = re.search(r'(©|\([cC]\))\s*([0-9]{4})(?:-)([0-9]{4})', availability) if not match: return document start, end = match.span() year = match.groups()[1] if match.groups()[2]: year = match.groups()[2] availability = availability[:start] + availability[start:end].replace(year, datetime.datetime.now().strftime('%Y')) + \ availability[end:] return replace_tag_content(document, 'availability', availability) def parse_args(): def usage(msg=None): if msg: print(msg) print("Usage: make E=") print(" or: %s " % \ os.path.basename(sys.argv[0])) print("\nThis script assists in changing a TEI header for release. It does the following:") print("- update the edition") print("- updates the release date") print("- adds a new changelog entry") print("- update the year in the availability / copyright section, if appropriate") print("\nExample: make E=1.5.2 lat-deu.tei") sys.exit(0) if len(sys.argv) == 2 and sys.argv[1] in ('-h', '--help'): usage() elif len(sys.argv) != 3: usage("The arguments edition and input file are mandatory.") else: return sys.argv[1:3] def main(): edition, input_file = parse_args() conf = config.discover_and_load() isodate = datetime.datetime.today().strftime('%Y-%m-%d') username, full_name = get_user_info(conf) with open(input_file, 'r', encoding='UTF-8') as f: document = f.read() document = add_changelog_entry(document, edition, isodate, username, full_name) document = update_date(document, isodate) document = update_copyright(document) document = update_extent(document) document = update_edition(document, edition) with open(input_file, 'w', encoding='UTF-8') as f: f.write(document) print("You might want to re-indent the latest to fit it to the rest of the document.") if __name__ == '__main__': main() tools-0.8.0-beta.1/fd_tool/fd_tool/000077500000000000000000000000001526415265400170155ustar00rootroot00000000000000tools-0.8.0-beta.1/fd_tool/fd_tool/__init__.py000066400000000000000000000000001526415265400211140ustar00rootroot00000000000000tools-0.8.0-beta.1/fd_tool/fd_tool/api/000077500000000000000000000000001526415265400175665ustar00rootroot00000000000000tools-0.8.0-beta.1/fd_tool/fd_tool/api/config.py000066400000000000000000000012511526415265400214040ustar00rootroot00000000000000"""Constants for the freedict-API generator.""" import re # domain where downloads are stored PROJECTHOME_HOST = 'download.freedict.org' # base on web server, used for the link generation RELEASE_HTTP_BASE = '/dictionaries' # base for the freedict tools releases, **ful URL** RELEASE_HTTP_TOOL_BASE = 'https://download.freedict.org/tools/' # pattern to identify dictionaries; matches three-digit ISO 6639 letter codes DICTIONARY_PATTERN = re.compile(r'(?:freedict-)?([a-z]{3}-[a-z]{3}).*') # Pattern to identify directory names of directories; matches English names of # languages, separated by " - " DICTIONARY_DIRECTORY_PATTERN = re.compile(r"[A-Z][a-z]+%20-%20[A-z][a-z]+") tools-0.8.0-beta.1/fd_tool/fd_tool/api/dictionary.py000066400000000000000000000215761526415265400223200ustar00rootroot00000000000000"""This module holds datastructures to represent a dictionary and links to their downloads and a few function to retrieve useful information about these objects.""" import datetime import enum import os import re import urllib.request import semver from . import config class Dictionary: """Dictionary class holding various properties of a dictionary. This class is intended to hold all properties of a Dictionary node in the resulting XML API file. A dictionary object consists of optional and mandatory information: mandatory: headwords, edition, date optional = maintainerName, maintainerEmail, status, sourceURL The date should be the date of the last release. Additionally, a dictionary keeps a list of downloads which may be empty. Each download has to be a Link() object. """ def __init__(self, name): self.__name = name # mandatory dictionary information mandatory = ["headwords", "edition", "date"] self.__mandatory = {f: None for f in mandatory} # optional dictionary info self.__optional = { f: None for f in ["maintainerName", "maintainerEmail", "status", "sourceURL"] } self.__downloads = [] def get_name(self): """Return name of dictionary. This is a three-letter-code followed by a hyphen and followed by a three-letter-code. Example: deu-fra""" return self.__name def add_download(self, link): """Add a link (of type Link) to the linst of downloadss.""" if not isinstance(link, Link): raise TypeError("Link must be of type Link()") self.__downloads.append(link) def get_downloads(self): """Return all download links.""" return self.__downloads def __getitem__(self, key): """Transparently select a key from either optional or mandatory keys.""" if key in self.__mandatory: return self.__mandatory[key] if key in self.__optional: return self.__optional[key] raise KeyError(key) def __contains__(self, key): try: self.__getitem__(key) except KeyError: return False else: return True def __setitem__(self, key, value): if key in self.__mandatory: self.__mandatory[key] = value elif key in self.__optional: self.__optional[key] = value else: raise KeyError(key) def get_mandatory_keys(self): """Return all mandatory keys.""" return self.__mandatory.keys() def is_complete(self): """Return true if all mandatory fields are set, else false.""" return not self._get_missing_keys() def _get_missing_keys(self): """Return list of keys which haven't been set yet but which are mandatory. Empty list means everything has been set.""" return [k for k in self.__mandatory if self.__mandatory[k] is None] def update(self, other): """This method works like the .update method on a dictionary, but it raises an exception whenever an unknown key is found in the supplied dictionary.""" if not hasattr(other, "__getitem__") or not hasattr(other, "keys"): raise TypeError("Object must provide methods keys() and __getitem__.") for key in other.keys(): self[key] = other[key] def get_attributes(self): """Return all attributes which make up the dictionary node in the FreeDict XML. If mandatory attributes are not set, this function WILL NOT raise an exception, consequently, is_complete() must be called beforehand. Unset values are None. Hint: the name is not contained, use get_name() instead.""" attributes = self.__mandatory.copy() attributes.update(self.__optional) return attributes # only match x.x, x.x.x, x-y-z, x-z DICTIONARY = "([a-z]{3}-[a-z]{3})" class DownloadFormat(enum.Enum): """The download format, consisting both of the platform and the archive format. Some formats might not have a archive format, though.""" DictTxz = re.compile(r"freedict-%s-(.*?).dictd.tar.xz" % DICTIONARY) Slob = re.compile(f"freedict-{DICTIONARY}-(.*?).slob") StardictTxz = re.compile(r"freedict-%s-(.*?).stardict.tar.xz" % DICTIONARY) Source = re.compile( r"freedict-%s-(.*?).src.(?:zip|tar.bz2|tar.gz|tar.xz)" % DICTIONARY ) # legacy formats DictTgz = re.compile(r"freedict-%s-(.*?).dictd.tar.gz" % DICTIONARY) DictBz2 = re.compile(r"freedict-%s-(.*?).dictd.tar.bz2" % DICTIONARY) Dic = re.compile(r"freedict-%s-(.*?).dic.tar.*" % DICTIONARY) @staticmethod def get_type(file_name): """This function allows to get the correct enum value from a given file_name. The file name is parsed and the corresponding enum value returned. If the format could not be extracted, None is returned.""" if file_name.endswith(".sha512"): return None format = DownloadFormat.Source for format in DownloadFormat: if format.value.search(file_name): return format return None def __str__(self): """Return a string representation of the enum value, as used in the type attribute of the release tag in the FreeDict XML API.""" formats = { DownloadFormat.Source: "src", DownloadFormat.DictTgz: "dict-tgz", DownloadFormat.DictBz2: "dict-bz2", DownloadFormat.DictTxz: "dictd", DownloadFormat.Slob: "slob", DownloadFormat.StardictTxz: 'stardict' } try: return formats[self] except KeyError: raise ValueError("Unsupported format: " + self.name) class Link: """Represent a (download) link. The link is made of of multiple parts. The hostname and base URI is taken from variables defined in the module config. The given path is assumed to exist on disk, so that the file can be determined. Additionally to the given link path, a link also saves the information about the file format (dict-bz2 or source) and also the version of the dictionary. It also mandates a hash for verification of the file.""" def __init__(self, path, format, version, sha): self.path = path self.format = format self.version = version self.size = -1 self.last_modification_date = "NONE" # YYYY-MM-dd self.hash = sha def __str__(self): """Get a download link.""" # split the path into chunks, url-quote them path = tuple(map(urllib.request.quote, self.path.split(os.sep))) if len(path) < 3: raise ValueError( "Required is a path with the structure LongName/version/filename" ) path_base = config.RELEASE_HTTP_BASE if not path_base.endswith("/"): path_base += "/" return "https://{}{}{}/{}/{}".format( config.PROJECTHOME_HOST, path_base, path[-3], path[-2], path[-1] ) def normalize_version(vers_string): """Normalize historical numeric versions without losing SemVer suffixes.""" match = re.fullmatch(r"([0-9]+(?:\.[0-9]+){0,2})([-+].+)?", vers_string) if not match: raise ValueError(f"Invalid version: {vers_string!r}") core, suffix = match.groups() parts = [str(int(part)) for part in core.split('.')] parts.extend(['0'] * (3 - len(parts))) suffix = suffix or '' # Historical -fd revisions are downstream releases, not prereleases. if re.fullmatch(r'-fd[0-9]+(?:\.[0-9]+)*', suffix): suffix = '+' + suffix[1:] return semver.Version.parse('.'.join(parts) + suffix) def version_key(version): """Order FreeDict revisions after upstream SemVer precedence.""" normalized = normalize_version(version) revision = (0,) if normalized.build and re.fullmatch(r'fd[0-9]+(?:\.[0-9]+)*', normalized.build): revision = tuple(int(part) for part in normalized.build[2:].split('.')) # Treat fd1 and fd1.0 as equivalent, just like a missing fd0 suffix. while len(revision) > 1 and revision[-1] == 0: revision = revision[:-1] return normalized, revision def mklink(full_path, format, version, sha): """Create a Link object with all the required information, i.e. file size. It queries the referenced `full_path` for its size and last modification date. It doesn't care whether it's actually on the file system or mounted with e.g. sshfs.""" chunks = full_path.split(os.sep) path = "{}/{}/{}".format(chunks[-3], chunks[-2], chunks[-1]) link = Link(path, format, version, sha) # get file size link.size = os.path.getsize(full_path) # get last modification date link.last_modification_date = datetime.datetime.fromtimestamp( os.path.getmtime(full_path) ).strftime("%Y-%m-%d") return link tools-0.8.0-beta.1/fd_tool/fd_tool/api/jsonhandlers.py000066400000000000000000000023431526415265400226340ustar00rootroot00000000000000"""JSON output writer.""" import json def write_freedict_database(path, dicts, tools): """Write a freedict database to ''path`` in JSON format.""" serialized = [] for dictionary in dicts: if not dictionary.is_complete(): raise ValueError("Not all mandatory keys set.") essence = {k: v for k, v in dictionary.get_attributes().items() if not v is None} essence['name'] = dictionary.get_name() # set maintainer if none present if 'maintainerName' not in dictionary or not dictionary['maintainerName']: essence['maintainerName'] = 'FreeDict - no maintainer assigned' essence['releases'] = [] for release in dictionary.get_downloads(): essence['releases'].append({'platform': str(release.format), 'size': str(release.size), 'date': release.last_modification_date, 'URL': str(release), 'version': str(release.version), 'checksum': release.hash, }) serialized.append(essence) serialized.append({'software': {'tools': tools}}) with open(path, 'w', encoding='utf-8') as fhandle: json.dump(serialized, fhandle, indent=2, sort_keys=True) tools-0.8.0-beta.1/fd_tool/fd_tool/api/metadata.py000066400000000000000000000206341526415265400217250ustar00rootroot00000000000000"""This file provides classes to parse all dictionaries to extract the required meta data for the freedict-database.xml. The meta data comes from the header of each dictionary and gives details on the quality or size of a dictionary.""" import datetime import html.parser import io import os import re from xml.etree import ElementTree as ET from . import dictionary from . import xmlhandlers from .xmlhandlers import istag class MetaDataParser(xmlhandlers.TeiHeadParser): """Parse a TEI XML dictionary for required and optional meta data using Python's iterparse facility. It guesses the path on it's own, unless a path is given as optional parameter. For each element where data should be extracted, there is a handle_ which is called if it exists. This is a common class from which concrete parserfs can be derived. They all share the facility to parse TEI XML, but they can differ in they way they retrieve the TEI XML. While the local file system is a natural choice, one could choose to retrieve the information over HTTP(s). After the header has been parsed, the .dictionary attribute holds a reference to a populated Dictionary object.""" # pattern to match mtaintainer in tag MAINTAINER_PATTERN = re.compile(r'^([^<]+)\s*$') # match number of headwords in pattern HEADWORD_PATTERN = re.compile(r'(\d+(?:\.|,|\s*)\d*).*') # ISO date pattern DATE_PATTERN = re.compile(r'\d{4}-\d{2}-\d{2}') def __init__(self, name, xml): # can be a file object or a string with XML data xml = self.get_file_object(xml) super().__init__(xml) self.dictionary = dictionary.Dictionary(name) self.dictionary['date'] = None def get_file_object(self, src): """Transparently create a file object. If this method gets a file object, it will return is unchanged, otherwise the given string is wrapped in a StringIO object.""" if hasattr(src, 'read') and hasattr(src, 'close'): return src # is already file object elif isinstance(src, bytes): return io.BytesIO(src) elif isinstance(src, str): return io.StringIO(src) else: raise ValueError("Either file object, str or byte array " + \ "expected, got %s." % type(src)) def parse(self): try: super().parse() except ET.ParseError as e: print(("Warning: while parsing {} an error occurred. Might be still " "ok though.{}").format(self.dictionary.get_name(), '; '.join(e.args))) # check whether parsing was successful if not self.dictionary.is_complete(): missing = [k for k in self.dictionary.get_mandatory_keys() if not self.dictionary[k]] raise ValueError("%s: the following information couldn't be read: "\ % self.dictionary.get_name() + ', '.join(missing)) def handle_tag(self, elem): """Delegate parsing of XML tags to specialised functions.""" if istag(elem, 'date') or istag(elem, 'change'): self.__extract_date(elem) tag = elem.tag.split(self._namespace)[-1] # strip etree namespace funcname = 'handle_%s' % tag if not hasattr(self, funcname): return result = getattr(self, funcname)(elem) if result: self.dictionary.update(result) def handle_sourceDesc(self, node): """Extract a source url, if any.""" ptr = node.findall('.//%sptr' % self._namespace) if ptr: return {'sourceURL': ptr[0].get('target')} # search for source URL within ' encountered.') def handle_extent(self, elem): """Extract extent (number of headwords).""" match = MetaDataParser.HEADWORD_PATTERN.search(elem.text) if not match: raise ValueError("Could not extract number of headwords from " + repr(elem.text)) headwords = ''.join(char for char in match.groups()[0] if char.isdigit()) return {'headwords': headwords} def handle_respStmt(self, respStmt): """Maintainer is in , this one can contain nesting for author and maintainer, hide complexity and return either maintainer, then author or None.""" # find name attribute name = respStmt.find(self._namespace + 'name') if name is None: return resp = respStmt.findall(self._namespace + 'resp') if resp is None or not any('maintainer' in t.text.lower() for t in resp): return maintainer = name.text if not maintainer: return if 'up for grab' in maintainer.lower(): # not a real maintainer return # try to extract email address: if '@' in maintainer: maintainer = html.parser.unescape(maintainer) match = self.MAINTAINER_PATTERN.search(maintainer) if match: return {'maintainerName': match.groups()[0].rstrip().lstrip(), 'maintainerEmail': match.groups()[1].rstrip().lstrip() } else: return {'maintainerName': maintainer.rstrip().lstrip()} def __extract_date(self, elem): """If date has not been set with the attrbiute in the header, guess it from change log.""" parse_date = lambda x: datetime.datetime.strptime(x, '%Y-%m-%d') def set_date(isodate): try: if self.dictionary['date'] is None: self.dictionary['date'] = isodate elif parse_date(isodate) > parse_date(self.dictionary['date']): self.dictionary['date'] = isodate except ValueError: pass # we cannot parse all date formats if istag(elem, 'date'): if elem.get('when'): # use when, is usually in desired format set_date(elem.get('when').strip()) else: # check for correct format and if present, take it if self.DATE_PATTERN.search(elem.text): set_date(elem.text.strip()) elif istag(elem, 'change') and elem.get('when'): set_date(elem.get('when').strip()) def __format_date(self, date): """Bring date into the following format: YYYY-MM-dd.""" if re.search(r"\d+-\d+-\d+", date): return date try: dateobj = datetime.datetime.strptime(date, "%d %B %Y") date = '%d-%d-%d' % (dateobj.year, dateobj.month, dateobj.day) except ValueError: pass def parse_dicts(self): raise TypeError("This class is not meant to be used directly.""") class LocalMetaDataParser(MetaDataParser): """Parse meta data from XML dictionaries from a local fs path.""" def __init__(self, name, xml): super().__init__(name, xml) def get_meta_from_xml(path): """Parse meta data for all dictionaries in the FreeDict Root. Returns a list of Dictionary() objects.""" dictionaries = [] dict_pattern = re.compile(r'^[a-z]{3}-[a-z]{3}$') for item in os.listdir(path): full_path = os.path.join(path, item) matched = dict_pattern.search(item) if not matched: # eng-hun and hun-eng end on .header; auto-generated continue # is not a dictionary # append dictname.tei: full_path = os.path.join(full_path, item) + '.tei' if not os.path.exists(full_path): full_path += '.header' if not os.path.exists(full_path): raise FileNotFoundError("For dictionary %s no dictionary file was found, assumed path: %s" \ % (item, os.path.abspath(full_path))) with open(full_path, 'rb') as f: dparser = LocalMetaDataParser(item, f) dparser.parse() dictionaries.append(dparser.dictionary) return dictionaries tools-0.8.0-beta.1/fd_tool/fd_tool/api/releases.py000066400000000000000000000162041526415265400217460ustar00rootroot00000000000000"""Collect all information about released dictionaries.""" import hashlib import json import os import re import shutil import subprocess import sys import urllib.request from datetime import datetime import semver from .config import RELEASE_HTTP_TOOL_BASE from .dictionary import DownloadFormat, version_key # relative to github.com/freedict/ TOOLS_REPO = 'tools' USER_AGENT = 'Friendly FreeDict Helper' class ReleaseError(Exception): """This error can occur, when information about a release is gathered. It wraps all sorts of ValueErrors and IoErrors.""" def git(cmd): """Execute a git command with the given list as arguments. Return stdout.""" proc = subprocess.Popen(['git'] + cmd, cwd=os.environ['FREEDICT_TOOLS'], stdout=subprocess.PIPE) stdout = proc.communicate()[0].strip() ret = proc.wait() if ret: raise ReleaseError("`git %s` exited with exit code %d" % \ (' '.join(cmd), ret)) return stdout.decode(sys.getdefaultencoding()) def latest_tools_tag(tags): """Select the newest SemVer tools tag, ignoring unrelated tag names.""" versions = [] for tag in tags: try: version = semver.Version.parse(tag) except ValueError: continue versions.append((tag, version)) if not versions: raise ReleaseError('No semantic tools release tags found.') return max(versions, key=lambda item: item[1])[0] def get_tools_release(): """Retrieve the latest tools tag, its commit date and local archive URL.""" if 'FREEDICT_TOOLS' not in os.environ or not shutil.which('git'): raise ReleaseError('FREEDICT_TOOLS must be set and Git must be installed.') version = latest_tools_tag(git(['tag']).splitlines()) date = git(['show', '-s', '--format=%cs', f'refs/tags/{version}^{{commit}}']) return (version, date, f'{RELEASE_HTTP_TOOL_BASE}/freedict-tools-{version}.tar.xz') def get_release_info_for_dict(path, version): """Retrieve information about the releases of a dictionary.""" files = {} name = None version = version_key(version) for file in os.listdir(path): format = DownloadFormat.get_type(file) if not format: continue # ignore unknown file naming, possibly outdated or unsupported formats parsed_name, file_version_str = format.value.search(file).groups() file_version = version_key(file_version_str) if file_version != version: raise ReleaseError('Version from file name "%s" did not match version of directory "%s"' \ % (file, version)) if not name: name = parsed_name elif parsed_name != name: raise ReleaseError('Found two different dictionary identifiers in %s: %s and %s' \ % (path, parsed_name, name)) full_path = os.path.join(path, file) try: with open(full_path + '.sha512', 'r') as f: sha = f.read().strip().split(' ')[0] except FileNotFoundError: raise FileNotFoundError('expected a sha512 checksum, found nothing', full_path + '.sha512', 'r') files[full_path] = (name, format, sha) if not files: raise ReleaseError("no downloads available for %s" % path) return files def get_all_downloads(root): """Get all paths to a downloadable file from a given root. This function walks the given path and returns all paths to files with the relative to the given root.""" # only match directories with two iso 639-3 codes, separated by "-" dirpattern = re.compile(r'[a-z]{3}-[a-z]{3}') release_directories = tuple(os.path.join(root, e) for e in os.listdir(root) if os.path.isdir(os.path.join(root, e)) and dirpattern.search(e) \ and not 'tools' in e.lower()) if not release_directories: raise ReleaseError("%s: no released dictionary found" % root) dictionaries_with_release = {} # collect dictionaries which have a release for dictdir in release_directories: # iterate over subdirectories which represent versions for version_dir in (os.path.join(dictdir, f) for f in os.listdir(dictdir)): version = os.path.basename(version_dir) try: files = get_release_info_for_dict(version_dir, version) except ReleaseError as e: if e.args[0].startswith('no downloads available'): continue # skip versions with no or unknown releases else: raise if not files: print('Warning: no files in "%s", skipping...' % version) continue name = next(iter(files.values()))[0] if not name in dictionaries_with_release: dictionaries_with_release[name] = {} # transform {path: (name, format, hash)} to (path, format, hash) dictionaries_with_release[name][version] = tuple((k, v[1], v[2]) for k,v in files.items()) return dictionaries_with_release def get_latest_version(release_information): """Iterate over object and return the latest version, as defined by semver.""" latest = None latest_strict = None # might contain '-' replaced through '.' for version in release_information: try: version_strict = version_key(version) except ValueError as e: raise ReleaseError(e.args) if not latest: latest = version latest_strict = version_strict else: if version_strict > latest_strict: latest = version latest_strict = version_strict if not latest: raise ReleaseError(f"No versions found for {release_information!r}") return latest def github_request(path): """Make a GitHub API request and return aJSON object.""" url = "https://api.github.com/{}".format(path) request_headers = {'User-Agent': USER_AGENT} request = urllib.request.Request(url, headers=request_headers) with urllib.request.urlopen(request) as f: return json.loads(f.read().decode('UTF-8')) def get_latest_tools_release(): tags = github_request(f"repos/freedict/{TOOLS_REPO}/tags") version = latest_tools_tag(tag['name'] for tag in tags) latest = next(tag for tag in tags if tag['name'] == version) commit_url = latest['commit']['url'] api_suffix = commit_url[commit_url.find('.com/') + 5:] commit_meta = github_request(api_suffix)['commit']['committer'] # validate format date = datetime.strptime(commit_meta['date'].split('T')[0], '%Y-%m-%d') date = date.strftime('%Y-%m-%d') # We don't use the API-provided download URL (latest['tarball']), as it # contains a funny number in the unpacked directory. github_uri = f"https://github.com/freedict/tools/archive/refs/tags/{latest['name']}.tar.gz" request = urllib.request.Request(github_uri, headers={'User-Agent': USER_AGENT}) with urllib.request.urlopen(request) as f: checksum = hashlib.sha512(f.read()).hexdigest() return {'version': latest['name'], 'date': date, 'URL': github_uri, 'checksum': checksum} tools-0.8.0-beta.1/fd_tool/fd_tool/api/xmlhandlers.py000066400000000000000000000075501526415265400224700ustar00rootroot00000000000000"""Everything concerned with XML processing and writing.""" from xml.etree import ElementTree as ET class TeiHeadParser: """This parser uses a SAX parser to parse the header information of a TEI file, wrapping it in an easy-to-use interface only emitting completely parsed tags and aborting when a tag is encountered. Whenever a tag is encountered, self.handle_tag(...) is called.""" def __init__(self, input_file_object): self.__input = input_file_object # make name space available for derived classes self._namespace = None def parse(self): # get an iterable from XML context = iter(ET.iterparse(self.__input, events=("start", "end"))) # get the root element _event, root = next(context) # extract namespace end = root.tag.find('}') if end > 0: self._namespace = root.tag[:end+1] for event, elem in context: if event == 'start': if elem.tag.endswith('body'): break # do not parse body else: continue # skip node, not fully populated self.handle_tag(elem) def handle_tag(self, node): pass def istag(elem, name): """Tag comparison ignoring xml namespaces.""" return elem.tag.endswith(name) def create_node(tag, attrs=None): """Create ET.Element node with specified tag and attributes.""" e = ET.Element(tag) if attrs: e.attrib = attrs.copy() return e def create_child(parent, tag, attrs): """Create child node and attach to parent.""" c = create_node(tag, attrs) parent.append(c) def dictionary2xml(dictionary): """Return the ElementNode (ElementTree) representation of this dictionary. Raise ValueError if a mandatory field is missing""" if not dictionary.is_complete(): raise ValueError("Not all mandatory keys set.") downloads = dictionary.get_downloads() attributes = {k: v for k, v in dictionary.get_attributes().items() if not v is None} attributes['name'] = dictionary.get_name() # set maintainer if none present if 'maintainerName' not in dictionary or not dictionary['maintainerName']: attributes['maintainerName'] = 'FreeDict - no maintainer assigned' dictionary = create_node('dictionary', attributes) for download in downloads: attrib = {'platform': str(download.format), 'size': str(download.size), 'date': download.last_modification_date, 'URL': str(download), 'version': str(download.version), 'checksum': download.hash } create_child(dictionary, 'release', attrib) return dictionary def indent(elem, level=0, more_sibs=False): i = "\n" if level: i += (level-1) * ' ' num_kids = len(elem) if num_kids: if not elem.text or not elem.text.strip(): elem.text = i + " " if level: elem.text += ' ' count = 0 for kid in elem: indent(kid, level+1, count < num_kids - 1) count += 1 if not elem.tail or not elem.tail.strip(): elem.tail = i if more_sibs: elem.tail += ' ' else: if level and (not elem.tail or not elem.tail.strip()): elem.tail = i if more_sibs: elem.tail += ' ' def write_freedict_database(path, dicts, tools): """Write a freedict database to ''path``.""" root = ET.Element('FreeDictDatabase') root.extend([dictionary2xml(n) for n in dicts]) sw_node = create_node('software') tools_node = create_node('tools', tools) sw_node.append(tools_node) root.append(sw_node) indent(root) tree = ET.ElementTree() #pylint: disable=protected-access tree._setroot(root) tree.write(path, encoding="utf-8", xml_declaration=True) tools-0.8.0-beta.1/fd_tool/fd_tool/config.py000066400000000000000000000070601526415265400206370ustar00rootroot00000000000000"""This file offers common configuration parsing facilities required for the Freedict build system.""" import configparser import os import re class ConfigurationError(Exception): def __init__(self, msg, path=None): super().__init__() self.path = path self.msg = msg def __repr__(self): if self.path: return 'error in configuration "%s": %s' % (self.path, self.msg) else: return self.msg def __str__(self): return repr(self) def load_configuration(conffile): """Load given `config` from given path. Default values are provided and missing mandatory options will raise a ConfigurationError.""" config = configparser.ConfigParser() config['DEFAULT'] = { 'file_access_via': 'sshfs', # unison or sshfs possible 'api_output_path': '.'} config['crafted'] = {} config['crafted']['local_path'] = '' config['generated'] = {} config['generated']['server'] = 'freedict.org' config['generated']['remote_path'] = '/var/www/download/generated' config['generated']['local_path'] = '' config['generated']['user'] = 'anonymous' config['generated']['skip'] = 'no' config['release'] = {} config['release']['server'] = 'freedict.org' config['release']['remote_path'] = '/var/www/download/dictionaries' config['release']['local_path'] = '' config['release']['user'] = 'anonymous' config['release']['skip'] = 'no' # overwrite defaults with user settings with open(conffile) as configfile: config.read_file(configfile) if config['DEFAULT']['file_access_via'] not in ['sshfs', 'unison']: raise ConfigurationError(('section=DEFAULT, file_access_via="%s": ' 'invalid value, possible values are sshfs and unison') \ % config['DEFAULT']['file_access_via'], conffile) api_path = config['DEFAULT']['api_output_path'] if api_path and os.path.exists(api_path) and os.path.isfile(api_path): raise ConfigurationError("expected directory, found file", path=api_path) for section in ('generated', 'crafted', 'release'): if not config[section]['local_path']: raise ConfigurationError("error, local_path not set for section [%s]" \ % section, conffile) path = get_path(config[section]) if not os.path.exists(path): raise ConfigurationError("path \"%s\" configured in section [%s] doesn't exist" \ % (path, section), conffile) return config def discover_and_load(): """This file attempts to discover and load a FreeDict configuration file at the usual places. If no configuration was found, a ConfigurationError is raised.""" paths = [os.path.join(os.path.expanduser("~"), '.config/freedict/freedictrc')] if os.environ.get('LOCALAPPDATA'): paths.append(os.path.join(os.environ['LOCALAPPDATA'], 'freedict/freedict.ini')) conffile = [path for path in paths if os.path.exists(path)] if not conffile: phrase = ('one of the following directories' if len(paths) > 1 else 'the following directory') raise ConfigurationError(("no configuration found. Please initialize " "one in " + phrase + ' ' + ', '.join(paths))) return load_configuration(conffile[0]) def get_path(section, key='local_path'): """Return a local_path from a section with $HOME, ~/ or %HOME% replaced.""" home = os.path.expanduser('~') path = section[key] for pattern in (r'\$HOME', '~', '%HOME%'): path = re.sub('^' + pattern, home, path) return path tools-0.8.0-beta.1/fd_tool/fd_tool/scripts/000077500000000000000000000000001526415265400205045ustar00rootroot00000000000000tools-0.8.0-beta.1/fd_tool/fd_tool/scripts/fd_api.py000066400000000000000000000133021526415265400222770ustar00rootroot00000000000000"""FreeDict API generator This script parses the meta data of all available dictionaries, queries information about available releases and writes all information to an XML file. For more information, please have a look at the wiki at . For usage of the script, try the -h option. """ import argparse import os import sys import subprocess import time from fd_tool.api import dictionary, jsonhandlers, metadata, releases, xmlhandlers from fd_tool import config from fd_tool.config import get_path def exec_or_fail(command): """If command is not None, execute command. Exit upon failure.""" if command: ret = subprocess.run(command, shell=True).returncode if ret: print("Failed to execute `%s`:" % command) sys.exit(ret if ret > 0 else 128 - ret) def read_dict_info(conf, generate_api=True): """Parse dictionary meta data from the dictionary source and extract information about all released dictionaries. Return a list of dictionaries (Dictionary objects). generate_api is used to emit a message which is only useful if the API is generated.""" dictionaries = [] for dict_source in ['crafted', 'generated']: dict_source = get_path(conf[dict_source]) print("Parsing meta data for all dictionaries from", dict_source) dictionaries.extend(metadata.get_meta_from_xml(dict_source)) release_path = get_path(conf['release']) print("Parsing release information from", release_path) release_files = releases.get_all_downloads(release_path) for dict in dictionaries: name = dict.get_name() if not name in release_files: if generate_api: print("Skipping %s, no releases found." % name) continue try: version = releases.get_latest_version(release_files[name]) except releases.ReleaseError as e: # add file name to error raise releases.ReleaseError(list(e.args) + [name]) for full_file, format, sha in release_files[name][version]: dict.add_download(dictionary.mklink(full_file, format, version, sha)) return dictionaries def find_outdated_releases(dictionaries): """This function finds dictionaries which have been updated, but not released yet.""" candidates = [] for dict in dictionaries: if dict.get_downloads() == []: candidates.append((dict.get_name(), None, None)) else: released = max( (l.version for l in dict.get_downloads()), key=dictionary.version_key, ) if dictionary.version_key(dict['edition']) > \ dictionary.version_key(released): candidates.append((dict.get_name(), dict['edition'], released)) return candidates def main_body(args): parser = argparse.ArgumentParser(description='FreeDict API generator') parser.add_argument("-n", "--need-update", dest="check_for_unreleased_dicts", action="store_true", default=False, help="check for unreleased dictionaries instead of generating the API file") parser.add_argument('-p', "--pre-exec-script", dest="prexec", metavar="PATH", help=('script/command to execute before this script, e.g. to set up a sshfs ' 'connection to a remote server, or to invoke unison.')) parser.add_argument('-o', "--post-exec-script", dest="postexc", metavar="PATH", help=("script/command to execute after this script is done, e.g. to " "umount mounted volumes.")) args = parser.parse_args(args[1:]) conf = config.discover_and_load() exec_or_fail(args.prexec) # mount / synchronize release files try: dictionaries = read_dict_info(conf, not args.check_for_unreleased_dicts) if args.check_for_unreleased_dicts: outdated = find_outdated_releases(dictionaries) if not outdated: print("Everything up-to-date.") else: print("\nName Source Version Release Version") print("------- --------------- --------------------------") for data in sorted(outdated, key=lambda x: x[0]): name, v1, v2 = [str(e if e else 'unknown') for e in data] print('{} {:<15} {:<15}'.format(name, v1, v2)) else: # remove dictionaries without download links dictionaries = sorted((d for d in dictionaries if d.get_downloads() != []), key=lambda entry: entry.get_name()) tools = releases.get_latest_tools_release() api_path = config.get_path(conf['DEFAULT'], key='api_output_path') xml_path = os.path.join(api_path, 'freedict-database.xml') json_path = os.path.join(api_path, 'freedict-database.json') os.makedirs(api_path, exist_ok=True) print("Writing XML API file to",xml_path) xmlhandlers.write_freedict_database(xml_path, dictionaries, tools) print("Writing JSON API file to",json_path) jsonhandlers.write_freedict_database(json_path, dictionaries, tools) finally: # Let SSHFS flush before cleanup, including when generation failed. time.sleep(2) exec_or_fail(args.postexc) def main(): """Wrapper for nicer error case handling.""" #pylint: disable=broad-except try: main_body(sys.argv) except Exception as e: if 'DEBUG' not in os.environ: print('Error:',str(e)) print(("\nNote: Rerun the script with the environment variable DEBUG=1 " "to obtain a traceback.")) sys.exit(9) else: raise e if __name__ == '__main__': main() tools-0.8.0-beta.1/fd_tool/fd_tool/scripts/fd_file_mgr.py000066400000000000000000000171061526415265400233200ustar00rootroot00000000000000"""This script makes remote files available for local processing. Remote files are e.g. the released files hosted on a server as downloads or the auto-generated dictionaries, kept outside the git repository. This script requires a configuration. See README.release for more details. Running this script with the `-h` option will give an overview about its usage.""" import argparse import os import subprocess import sys from .. import config class FileAccessError(OSError): """A remote-access command failed with a process exit status.""" def __init__(self, message, returncode=1): super().__init__(message) self.returncode = returncode if returncode > 0 else 128 - returncode def execute(command): """Run a remote-access command without shell interpolation.""" result = subprocess.run(command, capture_output=True, text=True, check=False) if result.returncode: text = (result.stdout + result.stderr).strip() if command[0] == 'fusermount' and 'not found in /etc/mtab' in text: return raise FileAccessError( f'Subcommand failed: {command!r}\n{text}', result.returncode) class UnisonFileAccess: """This class is one of two classes to allow access to remote files using unison. The drawback with unison is that before the usage by other scripts, all files have to be downloaded. On the other hand, this might speed up subsequent runs and allows offline work. On Windows, it might be desirable to use unison, because sshfs is not officially ported to Windows.""" def __init__(self): # save make_available arguments for make_unavailable self.args = tuple() def name(self): return "unison" def make_available(self, user, server, remote_path, path): """Synchronize files to have them available locally.""" self.args = (user, server, remote_path, path) # Use a child-specific UNISON directory instead of $HOME/.unison. result = subprocess.run([ 'unison', '-terse', '-auto', '-batch', '-log', '-times', '-contactquietly', '-ignore', 'Regex .*.swp', '-ignore', 'Regex .*.swo', '-ignore', 'Regex .*/build', '-ignore', 'Regex .*~', '-ignore', 'Regex .unison.*', f'ssh://{user}@{server}/{remote_path}/', path], env={**os.environ, 'UNISON': os.path.join(path, '.unison')}, check=False) if result.returncode: raise FileAccessError(f"Unison failed with exit code {result.returncode}", result.returncode) #pylint: disable=unused-argument def make_unavailable(self, path): """Synchronise in case files were created.""" if not self.args: return self.make_available(*self.args) class SshfsAccess: """This class mounts and umounts the remote files using sshfs. This will work on any system that fuse runs on, namely GNU/Linux, FreeBSD and Mac.""" def name(self): return 'sshfs' def make_available(self, user, server, remote_path, path): """Mount remote file system using sshfs.""" # is mounted? if os.path.ismount(path): # mounted, -m help says we need to return 201 return 201 # and no action if len(os.listdir(path)) > 0: raise FileAccessError(f'{path} has to be empty before mounting', 41) execute(['sshfs', f'{user}@{server}:{remote_path}', path]) def make_unavailable(self, path): execute(['fusermount', '-u', path]) def create_access_sessions(conf): """Create independent access objects for the configured remote sections.""" sessions = [] for section in ('release', 'generated'): options = conf[section] if options.getboolean('skip'): continue arguments = (options['user'], options['server'], options['remote_path'], config.get_path(options)) if conf['DEFAULT']['file_access_via'] == 'sshfs': access = SshfsAccess() else: access = UnisonFileAccess() # Standalone -u has no earlier process's in-memory state. access.args = arguments sessions.append((access, arguments)) return sessions def cleanup(sessions): """Clean up every session, retaining the first failure status.""" status = 0 for access, arguments in reversed(sessions): try: access.make_unavailable(arguments[-1]) except OSError as error: print(error, file=sys.stderr) status = status or getattr(error, 'returncode', 1) return status def acquire(sessions): """Acquire access, rolling back newly mounted sections on failure.""" owned = [] try: for access, arguments in sessions: if access.make_available(*arguments) != 201: owned.append((access, arguments)) except BaseException: # Unison synchronization owns no mount to roll back. cleanup([session for session in owned if isinstance(session[0], SshfsAccess)]) raise return owned def run_with_files(conf, command): """Run a command with remote access and preserve its failure status.""" owned = acquire(create_access_sessions(conf)) status = 0 try: try: status = subprocess.run(command, check=False).returncode if status < 0: status = 128 - status except OSError as error: print(error, file=sys.stderr) status = 1 finally: cleanup_status = cleanup(owned) return status or cleanup_status def setup(): """Parse a single remote-access operation.""" parser = argparse.ArgumentParser(description='FreeDict build setup utility') actions = parser.add_mutually_exclusive_group(required=True) actions.add_argument('-a', dest='print_api_path', action='store_true', help='print the configured API output directory') actions.add_argument('-r', dest='print_release_path', action='store_true', help='print the configured release directory') actions.add_argument('-m', dest='make_available', action='store_true', help='make files available; exit 201 if all mounts already exist') actions.add_argument('-u', dest='umount', action='store_true', help='unmount or synchronize configured remote sections') actions.add_argument('--run', nargs=argparse.REMAINDER, metavar='COMMAND', help='run a command with remote access and cleanup') args = parser.parse_args() if args.run == []: parser.error('--run requires a command') return args def main(): args = setup() try: conf = config.discover_and_load() if args.print_api_path: print(config.get_path(conf['DEFAULT'], key='api_output_path')) status = 0 elif args.print_release_path: print(config.get_path(conf['release'])) status = 0 elif args.run: status = run_with_files(conf, args.run) elif args.make_available: sessions = create_access_sessions(conf) owned = acquire(sessions) status = 201 if sessions and not owned else 0 else: status = cleanup(create_access_sessions(conf)) except config.ConfigurationError as error: print(error, file=sys.stderr) status = 42 except OSError as error: print(error, file=sys.stderr) status = getattr(error, 'returncode', 1) except KeyboardInterrupt: status = 130 sys.exit(status) if __name__ == '__main__': main() tools-0.8.0-beta.1/fd_tool/freedictrc.example000066400000000000000000000003631526415265400210600ustar00rootroot00000000000000[DEFAULT] file_access_via = sshfs api_output_path = ~/freedict/build/ [release] user = john,freedict local_path = ~/freedict/release [generated] user=john local_path = ~/freedict/generated [crafted] local_path = ~/freedict/fd-dictionaries tools-0.8.0-beta.1/fd_tool/pyproject.toml000066400000000000000000000005471526415265400203110ustar00rootroot00000000000000[project] name = "fd_tool" version = "0.1" requires-python = ">=3.12" dependencies = [ "semver>=3.0.4,<4", ] [project.scripts] fd_api = "fd_tool.scripts.fd_api:main" fd_file_mgr = "fd_tool.scripts.fd_file_mgr:main" [tool.setuptools.packages.find] include = ["fd_tool*"] [build-system] requires = ["setuptools"] build-backend = "setuptools.build_meta" tools-0.8.0-beta.1/fd_tool/rm_duplicates.py000066400000000000000000000301711526415265400205760ustar00rootroot00000000000000#!/usr/bin/env python3 """ This script attempts to deduplicate entries in a dictionary or to detect whether duplicates are present. In the normal operation mode, the questionable entries are removed, the result is written to a file-dedup.py and then it is converted to the C5 format. From there, a diff with the original format is done. With the diff, the human in front of this very computer can then reason about the changes. There is also a mode where the script tries to find a duplicated translation and exits upon the first match. Dependencies: xsltproc, diff python >= 3.4. The script tries to preserve the original XML, but may do the following changes: - Manual sense enumeration (using the attribute `n`) may be stripped. Because of the removal of doubled senses, the enumeration might be broken and it's automatically inserted by the output formatters, anyway. - XML declarations may get lost, feel free to add support for it. Comments work fine. """ import argparse import io import itertools import os import shlex import shutil import sys import xml.etree.ElementTree as ET # TEI name space, Python's parser doesn't handle them nicely TEI_NS = '{http://www.tei-c.org/ns/1.0}' NS = {'t': TEI_NS.strip('{}')} # findall/iter with TEI namespace removed findall = lambda x,y: x.findall(TEI_NS + y) tei_iter = lambda x,y: x.iter(TEI_NS + y) class HelpfulParser(argparse.ArgumentParser): """Unlike the super class, this arg parse instance will print the error it encountered as well as the complete usage of the program. It will also redirect the usage to a output formatter.""" def __init__(self, name, description=None): super().__init__(prog=name, description=description) def error(self, message): """Print error message and usage information.""" sys.stderr.write('Error: ' + message + '\n') self.print_help() sys.exit(2) class CommentedTreeBuilder(ET.TreeBuilder): """A TreeBuilder subclass that retains XML comments from the source. It can be treated as a black box saving the contents before and after the root tag, so that it can be re-added when writing back a XML ElementTree to disk. This is necessary because of ElementTree's inability to handle declarations nicely.""" def comment(self, data): self.start(ET.Comment, {}) self.data(data) self.end(ET.Comment) # These helpers allow the identification of similar nodes (comparison of quote # or usg) def nodes_eq(node1, node2, tag=None): """Check whether both given nodes contain equal text. If tag is given, not the nodes themselves, but the given child nodes are compared.""" if not tag: tag = node1.tag node1 = node1.find('.//' + TEI_NS + tag) node2 = node2.find('.//' + TEI_NS + tag) if node1 is None and node2 is None: return True # means equality, differences are searched if node1 is None or node2 is None: return False return node1.text == node2.text usages_match = lambda n1, n2: nodes_eq(n1, n2, 'usg') def translations_of(sense): trans = sense.findall('.//t:quote', NS) if not trans: trans = sense.findall('.//t:def', NS) return trans def rm_doubled_senses(entry): """Some entries have multiple senses. A few of them are exactly the same, remove these. This function returns True if an element has been altered""" senses = list(findall(entry, 'sense')) if len(senses) == 1: return # obtain a mapping from XML node -> list of words within `…` senses = {sense: translations_of(sense) for sense in senses} changed = False # pair each sense with another and compare their content for s1, s2 in itertools.combinations(senses.items(), 2): # both sets match if not len(s1[1]) == len(s2[1]): continue if not set(t.text for t in s1[1]) == set(t.text for t in s2[1]): continue # don't match # two senses are *exacctly* identical? try: entry.remove(s2[0]) # remove sense from entry changed = True except ValueError: # already removed? pass return changed def node_is_empty(node): """Check that this node and all its children contain no text (apart from white space).""" if node.text.strip(): return False for child in node.getchildren(): if not node_is_empty(child): return False return True def rm_empty_nodes(entry): """This function removes nodes which have no text and no children and are hence without semantic. It also resets the fixed counters on sense, since they are generated by the output formatter anyway. This function returns True if an empty node has been removed.""" changed = False # sometimes parent nodes are empty after their empty children have been # removed, so do this three times (won't work with deeper nestings…) for _ in range(0, 2): changed_here = False nodes = [(None, entry)] for parent, node in nodes: if node_is_empty(node): if parent: parent.remove(node) changed_here = changed = True else: nodes.extend((node, c) for c in node.getchildren()) if not changed_here: break # nothing removed, no further iterations else: changed = True # try to strip enumeration of senses they aren't adjacent anymore; map # sense: numeration first or discard if no numbering sense_numbers = {sense: int(sense.attrib.get('n')) for sense in tei_iter(entry, 'sense') if sense.attrib.get('n')} if sense_numbers: # if not all values between min and max sense number, enumeration is # broken and can be stripped if not all(n in sense_numbers.values() for n in range(1, max(iter(sense_numbers.values())))): for node in sense_numbers: # strip manual enumeration, handled by output formatters and might # be wrong after node removal del node.attrib['n'] changed = True return changed def rm_doubled_quotes(entry): """Some entries have doubled quotes (translations) within different senses. Remove the doubled quotes. This function return True, if the entry has been modified.""" senses = list(findall(entry, 'sense')) # add quote elements senses = [(s, cit, q) for s in senses for cit in findall(s, 'cit') for q in findall(cit, 'quote')] if len(senses) <= 1: return changed = False # pair each sense with another and compare their content for trans1, trans2 in itertools.combinations(senses, 2): sense1, _cit1, quote1 = trans1 sense2, cit2, quote2 = trans2 # translation could have been removed by a previous pairing if quote1.text == quote2.text and usages_match(sense1, sense2): try: cit2.remove(quote2) except ValueError: continue # already removed changed = True return changed def exec(command): """Execute a command or fail straight away.""" ret = os.system(command) if ret: sys.stderr.write("Process exited with %i: %s" % (ret, command)) sys.exit(ret) #pylint: disable=too-few-public-methods class XmlParserWrapper: """This thin wrapper guards the parsing process. It manually finds the TEI element and copies everything before and afterwards *verbatim*. This is due to the inability of the ElementTree parser to handle multiple "root elements", for instance comments before or after the root node or '') if tei_end < 0: raise ValueError("Couldn't find `` in the input file, please extend the parser.") tei_end += len('') self.after_root = content[tei_end:] content = content[:tei_end] parser = ET.XMLParser(target = CommentedTreeBuilder()) try: parser.feed(content) except ET.ParseError as e: sys.stderr.write("Error while parsing input file\n") sys.stderr.write(str(e) + '\n') sys.exit(15) self.root = parser.close() def write(self, file_name): """Write the XML element tree to a file, with hopefully a very similar formatting as before.""" tree = ET.ElementTree(self.root) in_mem = io.BytesIO() tree.write(in_mem, encoding="UTF-8") in_mem.seek(0) with open(file_name, 'wb') as file: file.write(self.before_root.encode('UTF-8')) file.write(in_mem.read()) file.write(self.after_root.encode('UTF-8')) if not self.after_root.endswith('\n'): file.write(b'\n') def main(): parser = HelpfulParser("deduplicator", description=("Fnd and remove " "duplicated translations and empty TEI nodes")) parser.add_argument("-s", "--detect_changes", dest="detect_changes", help=("check whether duplicates or empty nodes can be detected " "and exit with exit code 42 if the first change would " "need to be made"), action="store_true", default=False) parser.add_argument('dictionary_path', help='input TEI file', nargs="+") args = parser.parse_args(sys.argv[1:]) # register TEI name space without prefix to dump the *same* XML file ET.register_namespace('', 'http://www.tei-c.org/ns/1.0') dictionary_path = args.dictionary_path[0] tree = XmlParserWrapper(dictionary_path) changed = False if args.detect_changes: # abort if first change detected for entry in tei_iter(tree.root, 'entry'): changed = changed or rm_doubled_senses(entry) # this one is dangerous #changed = changed or rm_doubled_quotes(entry) # the processing above might leave empty parent nodes, remove those changed = changed or rm_empty_nodes(entry) if args.detect_changes and changed: print(("E1: Found duplicated entries or empty XML nodes. Try " "`make rm_duplicates`.")) sys.exit(42) else: # always apply changes for entry in tei_iter(tree.root, 'entry'): changed1 = rm_doubled_senses(entry) changed2 = rm_doubled_quotes(entry) # the processing above might leave empty parent nodes, remove those changed3 = rm_empty_nodes(entry) if changed1 or changed2 or changed3: changed = True if args.detect_changes and changed: print(("E1: Found duplicated entries or empty XML nodes. Try " "`make rm_duplicates`.")) if changed: output_fn = os.path.join('build', 'tei', dictionary_path.replace('.tei', '-dedup.tei')) exec('mkdir -p build/tei') tree.write(output_fn) # get a human-readable diff of the changes c5 = lambda x: shlex.quote(x.replace('.tei', '.c5')) shutil.copy('freedict-P5.dtd', os.path.dirname(output_fn)) exec('xsltproc $FREEDICT_TOOLS/xsl/tei2c5.xsl %s > %s' % (output_fn, c5(output_fn))) # convert original dictionary to c5 exec('make --no-print-directory build-dictd') # execute diff without checking the return type if not shutil.which('less'): exec('diff -u build/dictd/%s %s' % (c5(dictionary_path), c5(output_fn))) else: os.system('diff -u build/dictd/%s %s | less' % (c5(dictionary_path), c5(output_fn))) if input("Do you want to overwrite %s with the new version (y|n): " % \ dictionary_path) == 'y': shutil.copy(output_fn, dictionary_path) if __name__ == '__main__': main() tools-0.8.0-beta.1/fd_tool/tests/000077500000000000000000000000001526415265400165315ustar00rootroot00000000000000tools-0.8.0-beta.1/fd_tool/tests/test_dictionary.py000066400000000000000000000013571526415265400223150ustar00rootroot00000000000000"""Tests for fd_tool.api.dictionary.""" #pylint: disable=too-many-public-methods,import-error,too-few-public-methods,missing-docstring,unused-variable,multiple-imports import unittest from fd_tool.api.dictionary import Dictionary class TestTictionary(unittest.TestCase): def test_unset_mandatory_fields_are_detected(self): # test for `date` d = Dictionary('lat-deu') d['headwords'] = 80 d['edition'] = '0.1.2' self.assertFalse(d.is_complete()) def test_is_complete_recognizes_all_mandatory_fields(self): # test for `date` d = Dictionary('lat-deu') d['headwords'] = 80 d['edition'] = '0.1.2' d['date'] = '1871-12-13' self.assertTrue(d.is_complete()) tools-0.8.0-beta.1/fd_tool/tests/test_versions.py000066400000000000000000000040701526415265400220130ustar00rootroot00000000000000"""Version compatibility and release selection regressions.""" import unittest from fd_tool.api.dictionary import Dictionary, Link, normalize_version, version_key from fd_tool.api.releases import ReleaseError, get_latest_version from fd_tool.scripts.fd_api import find_outdated_releases class VersionTests(unittest.TestCase): def test_normalization(self): for source, expected in { '1': '1.0.0', '0.5': '0.5.0', '1.00.00': '1.0.0', '2024.10.06+fd1': '2024.10.6+fd1', '1.8.1-fd0.2.1': '1.8.1+fd0.2.1', '1.2.3-alpha.1': '1.2.3-alpha.1', '1.2.3+foo-bar': '1.2.3+foo-bar', }.items(): with self.subTest(source=source): self.assertEqual(str(normalize_version(source)), expected) def test_ordering(self): versions = ['1.0-alpha.1', '1.0', '1.0+fd1', '1.0-fd2', '1.0+fd10', '1.1'] self.assertEqual(sorted(reversed(versions), key=version_key), versions) self.assertEqual(version_key('1.0-fd1.0'), version_key('1.0+fd1')) self.assertEqual(version_key('1.0+foo-bar'), version_key('1.0')) self.assertLess(version_key('1.8.1-fd0.2.1'), version_key('1.8.1-fd0.10')) def test_invalid_versions(self): for value in ['', '1..0', '1.2.3.4', '1.2.3-01', '1.2.3+']: with self.subTest(value=value), self.assertRaises(ValueError): normalize_version(value) def test_latest_version(self): for versions in [['1.2.3-alpha', '1.2.3'], ['1.0+fd1', '1.0+fd2']]: self.assertEqual(get_latest_version(versions), versions[-1]) self.assertEqual(get_latest_version(reversed(versions)), versions[-1]) with self.assertRaises(ReleaseError): get_latest_version([]) def test_outdated_revision(self): dictionary = Dictionary('eng-deu') dictionary['edition'] = '1.0+fd2' dictionary.add_download(Link('unused', None, '1.0-fd1', 'unused')) self.assertEqual(find_outdated_releases([dictionary]), [('eng-deu', '1.0+fd2', '1.0-fd1')]) tools-0.8.0-beta.1/freedict-database.rng000066400000000000000000000066461526415265400200140ustar00rootroot00000000000000 [a-z]{3}-[a-z]{3} \d+(\.\d+(\.\d+)?)?(-(beta|alpha).*|\+.*)? [0-9]+(\.[0-9]+(\.[0-9]+)?)?(-(0|[1-9][0-9]*|[0-9A-Za-z\-]*[A-Za-z\-][0-9A-Za-z\-]*)(\.(0|[1-9][0-9]*|[0-9A-Za-z\-]*[A-Za-z\-][0-9A-Za-z\-]*))*)?(\+[0-9A-Za-z\-]+(\.[0-9A-Za-z\-]+)*)? [0-9]+(\.[0-9]+(\.[0-9]+)?)?-fd[0-9]+(\.[0-9]+)* tools-0.8.0-beta.1/importers/000077500000000000000000000000001526415265400157655ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/README.md000066400000000000000000000011651526415265400172470ustar00rootroot00000000000000This directory contains all importer scripts and programs to automatically import new dictionaries. If an importer is specific to a particular dictionary, a name with the appropriate language code should be used. For instance, an importer for Danish-German should be called dan-deu. Importer scripts which import dictionaries from a certain project should be named after the project. Each dictionary importer should have a README with basic instructions on how to run and configure the importer. Furthermore, importers should be documented on the [import centre](https://github.com/freedict/fd-dictionaries/wiki/Import-Centre). tools-0.8.0-beta.1/importers/dan-eng/000077500000000000000000000000001526415265400172765ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/dan-eng/dan-eng.py000066400000000000000000000001111526415265400211520ustar00rootroot00000000000000#!/usr/bin/env python3 SRC_URL = "http://wordnet.dk/DanNet-2.2_csv.zip" tools-0.8.0-beta.1/importers/ding2tei/000077500000000000000000000000001526415265400174725ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/.gitignore000066400000000000000000000001201526415265400214530ustar00rootroot00000000000000/dict/ding /dict/tei/*/* !/dict/tei/*/Makefile /build/ /ding2tei /util/results/ tools-0.8.0-beta.1/importers/ding2tei/COPYING000066400000000000000000001033331526415265400205300ustar00rootroot00000000000000 GNU AFFERO GENERAL PUBLIC LICENSE Version 3, 19 November 2007 Copyright (C) 2007 Free Software Foundation, Inc. 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For more information on this, and how to apply and follow the GNU AGPL, see . tools-0.8.0-beta.1/importers/ding2tei/GNUmakefile000066400000000000000000000110321526415265400215410ustar00rootroot00000000000000# # GNU Makefile # # Copyright 2021,2022 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # SHELL = /bin/sh # Note: ghc probably cannot be substituted due to the use of GHC extensions. HC = ghc HAPPY = happy ALEX = alex INSTALL = install INSTALL_PROGRAM = $(INSTALL) -m 755 INSTALL_DATA = $(INSTALL) -m 644 INSTALL_DIR = $(INSTALL) -d -m 755 DOWNLOAD = curl # Notes: # * Consider to manually add `-jN'. # * Some of the below -Wx flags may have merged into -Wall in later releases # of ghc. HCFLAGS = -Wall -Wcompat \ -Wincomplete-uni-patterns -Wincomplete-record-updates \ -Wmissing-export-lists \ -Widentities -Wredundant-constraints -Wpartial-fields -Wcpp-undef \ -O2 # Notes: # * In production, omit `--info'. # * Consider the option `--array'. # * The option `--coerce' # - is claimed to generate # - "smaller faster parsers", # - at the cost of "some type safety". # - Thus, one should always make sure the result compiles w/o the flag. # - actually seems to increase run-time. HAPPYFLAGS = --ghc --info=$(@:.hs=.info) # Note: In production, omit `--info'. ALEXFLAGS = --ghc --info=$(@:.hs=.info) # Clear suffixes, no implicit rules needed. .SUFFIXES : srcdir = src builddir = build dictdir = dict dingdir = $(dictdir)/ding teidir = $(dictdir)/tei .DEFAULT_GOAL = ding2tei SRCS_ALEX = $(srcdir)/Language/Ding/AlexScanner.x SRCS_HAPPY = $(srcdir)/Language/Ding/Parser/Line.y SRCS_HS := $(filter-out $(srcdir)/Test.hs,$(shell find $(srcdir) -name '*.hs')) SRCS_SED = $(wildcard $(srcdir)/preprocess/de-en/*.sed) SRCS = $(SRCS_ALEX) $(SRCS_HAPPY) $(SRCS_HS) $(SRCS_SED) SRCS_HS_GEN = $(patsubst $(srcdir)/%.x,$(builddir)/%.hs,$(SRCS_ALEX)) \ $(patsubst $(srcdir)/%.y,$(builddir)/%.hs,$(SRCS_HAPPY)) # Notes: # * We could also use `ghc -M' to generate the dependencies in make format. # * Prefer $(builddir) over $(srcdir) for `-i' such that $(SRCS_HS_GEN) # are always found first in the former. ding2tei : $(SRCS_HS) $(SRCS_HS_GEN) $(HC) $(HCFLAGS) --make \ -i -i$(builddir):$(srcdir) -outputdir $(builddir) \ -XRecursiveDo \ -o $@ \ $(srcdir)/Main.hs .PHONY : haskell-source-files haskell-source-files : $(SRCS_HS_GEN) $(builddir)/%.hs : $(srcdir)/%.y $(INSTALL_DIR) $(@D) $(HAPPY) $(HAPPYFLAGS) $< -o $@ $(builddir)/%.hs : $(srcdir)/%.x $(INSTALL_DIR) $(@D) $(ALEX) $(ALEXFLAGS) $< -o $@ .PHONY : clean clean : clean-objcode clean-dicts .PHONY : clean-objcode clean-objcode : rm -f -r $(builddir)/ rm -f ding2tei .PHONY : clean-dicts clean-dicts : rm -f $(dingdir)/de-en.txt.pp rm -f $(teidir)/deu-eng/deu-eng.tei rm -f $(teidir)/eng-deu/eng-deu.tei .PHONY : clean-ding clean-ding : rm -f $(dingdir)/de-en.txt .PHONY : deu-eng deu-eng : $(teidir)/deu-eng/deu-eng.tei $(teidir)/deu-eng/deu-eng.tei : $(dingdir)/de-en.txt.pp ding2tei $(INSTALL_DIR) $(@D) ./ding2tei -- $< $@ .PHONY : eng-deu eng-deu : $(teidir)/eng-deu/eng-deu.tei $(teidir)/eng-deu/eng-deu.tei : $(dingdir)/de-en.txt.pp ding2tei $(INSTALL_DIR) $(@D) ./ding2tei --inverse -- $< $@ .PHONY : validate-ding validate-ding : $(dingdir)/de-en.txt.pp ding2tei ./ding2tei --validate -- $< .PHONY : preprocess preprocess : $(dingdir)/de-en.txt.pp $(dingdir)/de-en.txt.pp : $(dingdir)/de-en.txt \ $(srcdir)/preprocess/de-en/all.bash $(SRCS_SED) $(srcdir)/preprocess/de-en/all.bash < $< > $@ # This target must be specified explicitly and fails otherwise. .PHONY : download-ding-1.9 download-ding-1.9 : $(dingdir)/de-en.txt $(dingdir)/de-en.txt : ifneq (,$(filter download-ding-1.9,$(MAKECMDGOALS))) $(INSTALL_DIR) $(@D) $(DOWNLOAD) \ 'https://ftp.tu-chemnitz.de/pub/Local/urz/ding/de-en/de-en.txt.xz' > $@.xz printf '%s %s\n' \ 7373b16fccc5c167298b6cde8e4cdd78b3d48941711f10f39429e761742e3068 $@.xz \ | sha256sum -c xz -d $@.xz else $(warning Run `make download-ding-1.9` first.) $(error Refusing to implicitly download Ding source) endif tools-0.8.0-beta.1/importers/ding2tei/README000066400000000000000000000067601526415265400203630ustar00rootroot00000000000000ding2tei-haskell ================ A program to convert the Ding deu-eng [0] dictionary into the TEI [1] format, to be used within the FreeDict project [2]. This program was written as part of a Bachelor's thesis. See doc/thesis.pdf. Dependencies ------------ * main ding2tei program: * Haskell (Glasgow Haskell Compiler / GHC) * base * containers (Data.Map, Data.Set) * transformers (Control.Monad.Trans.{State,Writer}) * pretty (Text.PrettyPrint) * haskell-xml (Text.XML.Light) * safe (Safe.Exact) * Happy * Alex * preprocessing: * Bash * sed (with support for `-E`; e.g., GNU sed, OpenBSD's sed) * `make` (optional) * GNU make * standard UNIX utilities (provided by, e.g., GNU coreutils) * curl (`make download-ding-1.9`) * xz (`make download-ding-1.9`) On Debian-based distributions: # apt install ghc libghc-xml-dev libghc-safe-dev happy alex bash sed make \ coreutils curl xz-utils Locale ------ Use a UTF-8 locale, otherwise some things might produce unexpected results or even fail. In particular, do not use the C locale. Obtain the Ding dictionary -------------------------- $ make download-ding-1.9 Alternatively, it can be manually downloaded from: https://ftp.tu-chemnitz.de/pub/Local/urz/ding/de-en/ and stored (uncompressed) at: dict/ding/de-en.txt Build ding2tei -------------- $ make You may need to include `-dynamic` in HCFLAGS; e.g.: $ make HCFLAGS='-O2 -Wall -dynamic' Build TEI dictionaries ---------------------- $ make deu-eng $ make eng-deu Note: The main program (ding2tei) allocates a lot of memory, around 5.7 GiB, when applied to the full Ding dictionary. Debug / Run ding2tei manually ----------------------------- # TODO: make (alex, happy) $ make haskell-source-files $ ghci -i -ibuild:src -XRecursiveDo Test >> parseLine $ scan "some dictionary :: line\n" >> pretty $ parseLine $ scan (examples !! 0) >> (Just ding, log) = parse $ scan $ header ++ (concat examples) >> pretty ding >> tei = ding2tei $ enrichDirected $ enrichUndirected ding >> putStr $ prettyTEI $ tei >> :q $ ./ding2tei --help $ ./ding2tei doc/examples/test.ding - | pager See also: src/Main.hs GNUmakefile Usage with the FreeDict tools ----------------------------- To use the resulting TEI files with the FreeDict tools: $ make -C dict/tei/lg1-lg2 Notes: * Above, lg1-lg2 should be either of deu-eng and eng-deu. * Memory usage of the FreeDict tools is even higher than that of ding2tei. * Running time is quite long (~ 1 day). * See for more information. Licensing --------- ding2tei-haskell is distributed under the GNU Affero General Public License (AGPL), version 3 or later. See the license headers in the source files and the license itself for details (should be supplied with this program under the name COPYING). The Ding source is licensed under the GNU General Public License (GPL), version 2 or later. In the context of this program, version 3 of the license should be considered, since it allows combining with the AGPLv3. (Likely, later versions will also allow combining.) The combination of the Ding dictionary and this program form a combined work, the resulting TEI dictionary is an "object form" of this combined work, in terms of both the GPL and AGPL. Author ------ ding2tei-haskell is written by Einhard Leichtfuß. Feel free to contact me by e-mail to . References ---------- [0] https://www-user.tu-chemnitz.de/~fri/ding/ [1] https://tei-c.org/ [2] https://freedict.org/ tools-0.8.0-beta.1/importers/ding2tei/dict/000077500000000000000000000000001526415265400204155ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/dict/tei/000077500000000000000000000000001526415265400211765ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/dict/tei/deu-eng/000077500000000000000000000000001526415265400225225ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/dict/tei/deu-eng/Makefile000066400000000000000000000001411526415265400241560ustar00rootroot00000000000000FREEDICT_TOOLS ?= ../../../../.. DISTFILES = deu-eng.tei include $(FREEDICT_TOOLS)/mk/dicts.mk tools-0.8.0-beta.1/importers/ding2tei/dict/tei/eng-deu/000077500000000000000000000000001526415265400225225ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/dict/tei/eng-deu/Makefile000066400000000000000000000001411526415265400241560ustar00rootroot00000000000000FREEDICT_TOOLS ?= ../../../../.. DISTFILES = eng-deu.tei include $(FREEDICT_TOOLS)/mk/dicts.mk tools-0.8.0-beta.1/importers/ding2tei/doc/000077500000000000000000000000001526415265400202375ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/doc/META000066400000000000000000000107671526415265400207230ustar00rootroot00000000000000How stuff is documented ======================= License ------- Even though not explicitly specified, all documentation is provided under the same license as the code it applies to. This is currently the Affero GNU Public License, version 3 or later. See the license headers in the source files and the license itself (file COPYING) for details. Modularisation -------------- Documentation may be found in: * Code * General * A common license header is to be placed at the head of any non-trivial source file. * Haskell * Haskell code should be enriched with Haddock documentation, ideally at least each exported function and datatype (et al.) of a module. * Modules should be split into a hierarchichal structure. * Sed * Explicit documentation files * General * Documentation should be split into several usually small files, according to the discussed topic. * Files should be named in a hierarchical manner, using dots (<.>) as separators. E.g. "syntax.slashes". * Note: This convention might change later towards using directories as a means to reflect hierarchy. * doc/ * Contains any documentation on the how and why. It contrasts to in-code documentation by adressing the more abstract issues. * Its files should be well structured, as desribed later. * It should contain only few questions and TODO annotations. * doc/partial/ * Less well structured or rather incomplete documentation. * doc/examples/ * Small (Ding) examples. * doc/thesis.pdf * Bachelor's thesis explicating this program. * todo/ * Contains documentation on steps that remain to be taken and problems that remain to be solved. It does in particular allow for the discussion of options and stating of questions. * A file's structure requires less strictness to allow for the likely frequent additions, changes and restructuring. * Files in todo/ should end up in doc/ when all is done. * If instead, it was decided not to pursue something further, either should the reasons be documented, or else the corresponding file in todo/ moved to todo/old/. * It may be a good idea to split off parts of a todo file into a file under doc/. * todo/old/ * No-more-todo, not considered worthy of conversion to proper documentation, but nonetheless not to be binned. Syntax & Semantics ------------------ * Applying to all documentation: * Things should be usually specified in hierarchical lists, like in this file. * There are valid exceptions, e.g. detailed explanations in doc/. * Lists may use any special char as bullet point. In particular, these may be mixed. * The semantic of particular bullet point characters should be specified here. * Indentation: Like in this file. * Question, uncertainty. * <.> Fact. * <-> Common. * Annotates a point that has the prevalent meaning in the context. * E.g., in todo files, this indicates a thing to be done. * May also be used as generic bullet point. * '>' Quote. * Filename. * <*> Generic. * Prefer full phrases. * Use terminating periods (<.>). * 79 character limit. * Emphasis * Use '<' and '>', or paired <'> to highlight single characters. * use <`> and <'> in this order to highlight single words, e.g. identifiers. * Use paired <"> to highlight examples of data or code (excluding single elements, e.g. identifiers). * Applying to separate documentation primarily: * Headings should be underlined using `=' and `-' for primary and secondary headings, respectively. * Third level headings are a sign of a too large documentation file (like this). * Applying to separate documentation only: * A file should begin with a primary heading, roughly corresponding to the file name. * Applying to in-code documentation mostly: * Notes should be typeset as either "Note: ", or "Notes:" followed by an indented list. See above for the format of a list. * Applying to in-code documentation only: * Documentation must not be within the same comment section as the license header. (This excludes a small statement at the top of that header.) Final notes ----------- * This is not Markdown syntax. * This is quite incomplete. * The present documentation does not adhere very closely to the above rules. tools-0.8.0-beta.1/importers/ding2tei/doc/README000066400000000000000000000003151526415265400211160ustar00rootroot00000000000000README ====== This directory contains general documentation, usually not specific to single source files. For syntax, see META. See also: https://github.com/freedict/fd-dictionaries/wiki/discussion-TEI tools-0.8.0-beta.1/importers/ding2tei/doc/conversion-process000066400000000000000000000026351526415265400240310ustar00rootroot00000000000000Conversion process ================== The conversion happens in several steps. Preprocessing ------------- This is done with `sed' scripts, located in `src/preprocess'. Ding -> Ding AST ---------------- Convert the textual Ding source into a Haskell data structure, staying close to the syntax of the Ding source. This is subdivided into two steps, lexing and parsing. Some information from the source may be dropped here, if it is not intended to be used. Enrichment of the Ding AST -------------------------- Enrich the Ding AST with some information, in particular annotations, inferred from other parts of the AST. Ding AST -> TEI AST ------------------- Transform the Ding AST to a data structure that more closely resembles the TEI[-Lex0] format. The TEI AST shall be limited in expressiveness in comparison to the full potential of TEI (for dictionaries), only information that is extracted from the Ding needs to be representable. The conversion shall be done towards both a deu-eng and a eng-deu target. Note that the Ding AST is symmetrical in nature, so this should not be difficult. Since several headwords per entry seem to be disencouraged in the FreeDict project, groups on the respective keyword side have to be split here, thereby creating multiple entries with different keys but identical values. TEI AST -> TEI XML ---------------------------------------- Finally convert the TEI AST to TEI XML. tools-0.8.0-beta.1/importers/ding2tei/doc/debug.happy000066400000000000000000000001251526415265400223660ustar00rootroot00000000000000Happy debugging =============== $ happy -i HappyParser.y $ $EDITOR HappyParser.info tools-0.8.0-beta.1/importers/ding2tei/doc/ding.annotation.brace000066400000000000000000000056151526415265400243360ustar00rootroot00000000000000Classification of brace (<{}>) annotations ========================================== * Grammar . Mostly on the German side. . Refer to units ? Or a prefix of units in a group (see todo/parsing.scope-of-annotations) * Gender: {n} {f} {m} . implies singular (unless {pl}), noun * Multiplicity: {n,f,m,sing} {pl} {no pl} {no sing} . {sing} is rare . Does not imply noun. * {pl} . Applies to units (by exemplary observation) . Counter-ex.: "Abbieger {pl}; Abbiegenden {pl}; Abbiegende" - Transferral to preceding units would not help here. * Note: Plural and non-plural forms may be in the same group, in the case where a singular form represents a multitude of elements. . Does not imply noun. . Ex.: "exit ... {sing}; exeunt ... {pl}" . Ex.: "diese; dieser; dieses {pron} | diese {pl}" . Ex.: "Wir freuen uns über euer/Ihr {pl} zahlreiches Erscheinen." . Ex.: "that; those {pl}" * One could use a heuristic (such as capitalization for german words). * Likely flawed; cases rare anyways. * {no pl} . implies singular, noun * {no sing} . implies plural, noun * Verbs: {v} {vi} {vt} {vr} (in-, transitive, reflexive) * {adj} * {adv} * {pron} . Ex.: "diese; dieser; dieses {pron} | diese {pl}" . In this case, applies to group. - Further investigation required. * {num} . Mostly annotated to numbers. . Counterex: "jedermann; alle ohne Unterschied {pron} {num}" . Counterex: "beide {pron} {num}" * {Quantifikator} . Occurs only once. * ... * Separators . {prp; +Dat.; +Gen.; +Akk.} - always separeted by <;>. . Often {prp; +(Dat|Gen|Akk).}. . {wo?, wann?, wohin?, bis wann? +(Akk|Dat|Akk).} . {vt, vi} - <,>, <;>, . . Currently transformed in preprocessor to <,>. . {m,n,f,pl} - <,> . {adj} - separated from textual info by <,> once. . all others: only occuring alone. * Inflected forms . Exclusively on the English side. . imply verb . Ex.: "to be {was, were; been}" . Form: "{simple_past; past_participle}" . Both simple_past and past_participle contain a comma separated list. . each single (comma-separated) form can be annotated with <[]> and/or <()> annotations. * Differentiation . Keyword <;> does not suffice - ex.: "{prp; +Gen.}". - Identify grammar keywords and differentiate by these. - If the whole brace expression can be parsed as a grammar annotation, it very likely is one, otherwise assume conjugated forms. Specialties ----------- * Further annotation . Ex.: "{adj, usually not used before a noun}" - TODO: More investigation required. See also -------- * tools/results/braceexps.* . Full list of all brace expressions. * todo/enrich.grammar.inferral * todo/parsing.annotations.braces tools-0.8.0-beta.1/importers/ding2tei/doc/ding.annotation.parenthese000066400000000000000000000072761526415265400254250ustar00rootroot00000000000000Expressions within parentheses ============================== * in headword units * prefix location a) a collocate . Ex.: "(steuerliche) Abschreibung" . most frequent / all b) an optional prefix (not being a collocate) * Both versions (w/ and w/o prefix) share the same meaning ? Do such exist? ? Necessary to differentiate from collocates? ? Just assume a)? * suffix location a) a collocate . Ex.: "(von etw.)", "outflow (from / to)" . Ex.: "Abfangen {n} (von Sendungen, Nachrichten etc.)" - w/o "von", could be considered c) - Note keyword "von" . Ex.: "interception (of aircraft)" - Note keyword "of" . Ex.: "Lehne {f} [Süddt.] [Ös.] [Schw.] (eines Hügels) [geogr.]" - Note article in genitive * Seems to usually be indicated by a keyword like "from" * Other common keywords might also be of interest (e.g., "etw.") b) an optional suffix (not being a collocate) ? Existing? c) a description of / annotation on the whole unit () . Ex.: "Start {m} (Rakete, Raumschiff)" . Ex.: "Sinken {n} (Temperatur...)" . Ex.: "Abfalluran {n} (Kerntechnik)" . Similar to <[]>-usages (frequently the case). - TODO: Investigate on frequent initial words -- keywords - Use keywords to distinguish ? per language keywords? - include (ex.): "durch", "von", "vom", "für", "an" - include genitive articles ? include relative pronouns? - https://de.wikipedia.org/wiki/Relativpronomen * Many. - ambiguous ex.: "die", "der" (relative pronoun / nominative article) - Ex.: "(der DDR)" - usage as rel.pron. seems more frequent - Ex.: "(der wichtigste Bestandteil von etw.)" ? Change in preprocessing to "wichtigster ..."? * Work. ? Just rely on investigation? * Frequency, shortness of occuring initial words. * infix location * Infrequent. . Ex.: "loose (sharp) tongue" * Might be considered an example for tongue. . Ex.: "to get (down) to work" ? Consider a phrase otherwise? (TODO) ? Include as literal? * special: unit only contains (.*) plus other annotations . Ex.: "(Abnutzung durch Reibung) [techn.]" - Currently fixed in the preprocessor (removed <()>) ? Always just remove the parentheses? - TODO: Analyze frequency / further investigation. * prefix and suffix location (distinct annotations) . Ex.: "(obere) Abschlussleiste {f} (einer Täfelung)" ? two collocations? (TODO) * Likely confusing. * special: Two succeding <()>-exprs . Ex.: "Absetzen {n} (von etw.) (Vorgang)" ? If suffix, require different kind (a/b/c)? ? Otherwise: Error? - TODO: Investigate further. * in phrase units ? Include verbatim? * Slashes . Ex.: "(water/steam) separation system" ? Assume weak slashes to have maximal scope? ? Encode as two collocations? ? Or a single one, contatining the slash? * Semicola . Ex.: "(Wasserspeicher; Lagertank)" Problem: distinction of phrases and headwords happens after the parsing step. * When separating <()> during parsing, the spacing information is lost. * <()> must be identified in the parser, since it may contain <;> (i.a.). * Spacing must be reproduced, when an annotation is to be merged back with the text. ? Just assume single separating space (and none after <(> / before <)>)? * Likely correct in most cases. * Possibly an improvement on potentially awkward spacing in the Ding. ? Keep spacing information? See also: todo/parsing.literal.etw tools-0.8.0-beta.1/importers/ding2tei/doc/ding.grammar-naming000066400000000000000000000013641526415265400240030ustar00rootroot00000000000000Grammar ------- See `src/Language/Ding/HappyParser.y` for a grammar of the Ding source. The naming chosen in the grammer shall be used in all documentation, in particular *line*, *entry*, *group*, *unit*. In short: - The dictionary is composed of lines. - A line is composed of similar entries. - An entry is composed of a two groups, one for the German and one for the English part, which may be refered to as the left and the right group, respectively. - A group is composed of units which share a common translation. - It is usual for these units to be either a) synonyous or b) equal except for (annotated) gender or multiplicity. - A unit is a single word, expression or phrase that can be considered a key in the dictionary. tools-0.8.0-beta.1/importers/ding2tei/doc/ding.groups000066400000000000000000000017621526415265400224270ustar00rootroot00000000000000Groups ====== * Separated by <|>; contain units, separated by <;>. * Contained units related by sharing the same translation. * Usually synonyms. * It is assumed that they always are. * Debatable: differently gendered forms . Ex.: "Bäcker {m}; Bäckerin {f}" . Exception: "nicht können; kann nicht" . Exception: "wir waren; wir waren nicht" ? TODO: Catch (suffix "nicht" / "not")? - TODO: Investigate further. ? Is this special to inflected forms / and/or phrases? - Note also the mapped order on the RHS. . Same for "tun". (that's all) . For "sollen", "dürfen", "haben", "möchten" separated by <|>. * Do not confuse with other usages of "nicht". . Ex.: "übersieht; überliest; beachtet nicht" * Groups may be empty. . Obsolete documentation [0] (translated from German): "Several translations: similar words / word groups separated by semicolon" References ---------- [0] https://dict.tu-chemnitz.de/doc/syntax.html tools-0.8.0-beta.1/importers/ding2tei/doc/ding.slashes000066400000000000000000000106111526415265400225430ustar00rootroot00000000000000Syntax & Semantic of '/' ======================== Notes: * This is all by observation and human interpretation. * There are helpful tools though (in particular grep and sed). Source files: * src/Language/Ding/Token.hs * src/Language/Ding/AlexScanner.hs Definitions ----------- word: [[:alpha:]] | abbrev "." abbrev: "etw" | "so" | "sb" | "sth" | ... special: "(" | ")" | ";" | ... lFree: "(" | "{" | "[" | "<" | " " rFree: ")" | "}" | "]" | ">" | " " | interpunctiuation rFreeExceptDots: rFree - excluding triple dots ("...") - examples: - positive: ". " - negative: "..." interpunctuation: "." | "," | ":" | "!" | "?" | ";" | ... - interpunctuation, that does not require preceding space. Notes: * In AlexScanner, instead of [[:alpha:]], a much larger character set is used. * <`- TODO * Words in a more general sense, such as usable for '<>', should usually not contain a terminating '.'. * TODO: `word' may probably contain other chars, such as '-', '_'. * TODO: Abbreviations may contain several '.', e.g. "r.-k.". Alternative for single words (strong slashes) --------------------------------------------- No spacing. single_alt: word ("/" word)+ Alternative for strong-slashed expressions (double slashes) ----------------------------------------------------------- No spacing. double_alt: single_alt ("//" single_alt)+ Note: In terms of binding sthrength, double slashes are between strong and medium slashes. Alternative for groups of words (weak slashes) ---------------------------------------------- Has spacing. group_alt: expression (" "+ "/" " "+ expression)+ expression: ? Notes: * Identifying the matching expressions is hard. * A work for linguists, probably - or a potentially existing library. * One might try to guess at least in certain cases. * <`- TODO Enclosing an abbreviation (or several) (opening and closing slashes) -------------------------------------------------------------------- No spacing. Surrounded by free context. encl_abbrev: lFree < "/" wordList "."? "/" > rFreeExceptDots | lFree < "/" wordList "."? "/" "s"? > rFree wordList: word (";" " "* word)* Notes: * A terminating "s" signifies plural. * Currently, it is only recognized for single slash-enclosed words (i.e., no <;> separators). This is to allow for catching plural abbreviations at the lexer stage. Simply lexing "/s", potentially with a certain context, does not suffice, since there are many valid other occurences of "/s". * Infrequently, a "," is used instead of ";". * I consider this as to be fixed at the preprocessor stage. * <`- TODO * Note that "," is probably easier to parse. * In the current implementation (Alex + Happy), this is not the case, since there are distinguished tokens for opening and closing slashes in this context. * Note that in other contexts (<{}>), a "," means "or" while a ";" means "and". Enclosing an abbreviation containing slashes -------------------------------------------- Spacing. Surrounded by free context. encl_abbrev_sl: lFree < "/ " swords " /" > rFree swords: sword ("," " "? sword)* sword: word ("/" word)+ - syntax equal to single_alt, semantics different. Notes: * This is parsed at the lexer stage to avoid later ambiguity. * Wherever the encl_abbrev_sl rule matches, it is hence prefered. Enclosing a special char ------------------------ Spacing. Surrounded by spacing or separators (context). encl_special: lFree < "/" " "+ special " "+ "/" > rFree Notes: * This is parsed at the lexer stage to avoid later ambiguity. * Wherever the encl_abbrev_sl rule matches, it is hence prefered. Enclosing a smiley ------------------ Spacing. Surrounded by spacing or separators (context). encl_smiley: lFree < "/" " "+ smiley " "+ "/" > rFree smiley: ... (TODO) Notes: * In the original Ding source, smileys are not enclosed in slashes. * The enclosing is added in the preprocessor. * Very similar to "Enclosing a special char". * See also there. Test cases ---------- * "Abendrot Schönwetterbot, Morgenrot Schlechtwetter droht. (Bauernregel) :: Red sky at night shepherd's [Br.]/sailor's [Am.] delight, red sky in the morning shepherd's [Br.]/sailor's [Am.] warning. (weather saying)" Exceptions ---------- * "AC/DC" -- TODO * In 2 of 3 present occurences, this can be transformed to "/ AC/DC /". * Bad occurence: "AC/DC converters" tools-0.8.0-beta.1/importers/ding2tei/doc/ding.spec.source000066400000000000000000000002041526415265400233270ustar00rootroot00000000000000An outdated Ding syntax documentation: * http://dict.tu-chemnitz.de/doc/syntax.html Note: * Line continuations translate to <|>. tools-0.8.0-beta.1/importers/ding2tei/doc/enrich.grammar000066400000000000000000000022631526415265400230620ustar00rootroot00000000000000Grammar enrichment ================== The German side is generally richer annotated. Similarly, individual units in a group may be richer annotated. Many of such annotations may be transferred. Also, from some annotations, we may infer others--applying to the same group. Inferral: --------- See doc/ding.annotation.brace Transferral: ------------ Transfer annotations to units within the same entry, regardless of the side, according to the following rules. Note that they are specific to the language pair (German, English)--and the concrete dictionary. * Grammar annotations * {v*} - Drop transitivity information ("{vi}"/"{vt}"). - Drop reflexivity ("{vr}") (debatable). * {n,f,m} * Only transform implicit information, as found during inferral. * {sing}, {pl} - Do not transfer. . Counterexample: "Schere" ~ "scissors" (plurale tantum) * part of speech (excl {v*}) - Transfer. * All else: Drop. * Inflected forms - Do not transfer. - Inferral should provide `verb' though---this should be transferred. * Other (incl. usages) - Do not transfer. See also -------- * todo/parsing.scope-of-annotations * doc/ding.annotation.* tools-0.8.0-beta.1/importers/ding2tei/doc/examples/000077500000000000000000000000001526415265400220555ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/doc/examples/test.ding000066400000000000000000000007231526415265400237010ustar00rootroot00000000000000# Version :: 0 2020-09-12 # Copyright (c) :: Example Person, # 2020 # License :: AGPL Version 3 or later # URL :: https://example.org/ Eintrag {m} {+Gen.} ~eintragen /Eintr./ (Wörterbuch) :: entry ~enter /entr.;ent./ (dictionary) Graph {m} [math.] | Knoten {m} [math.] :: graph | node; vertex :: entry without translation essen {vt;vi} :: to eat sein :: to be {was, were; been} Barock {m,n} :: baroque Karotte {f}; Möhre {f}; Wurzel {f} [Norddt.] :: garden carrot tools-0.8.0-beta.1/importers/ding2tei/doc/examples/test_example.ding000066400000000000000000000005151526415265400254130ustar00rootroot00000000000000# Version :: 0 2020-09-12 # Copyright (c) :: Example Person, # 2020 # License :: AGPL Version 3 or later # URL :: https://example.org/ some word; foo | some word in some foo phrase; foo bar; foo bar baz | gna; this some word :: x; y | z; g | a Salat | Ein Satz der ein Beispiel zu Salat ist :: salad | A sentence exemplifying salad. tools-0.8.0-beta.1/importers/ding2tei/doc/examples/test_references.ding000066400000000000000000000002661526415265400261040ustar00rootroot00000000000000# Version :: 0 2022-04-15 # Copyright (c) :: Example Person, # 2022 # License :: AGPL Version 3 or later # URL :: https://example.org/ A; B ~C1 ~D1; C; D ~foo | E; F ~bar :: A2 | E2 tools-0.8.0-beta.1/importers/ding2tei/doc/haskell_intro000066400000000000000000000041041526415265400230170ustar00rootroot00000000000000A very small crash course into Haskell, to allow for a basic understanding of (hopefully) most of the code. Think of everything as a mathematical function or simple value (a function with zero arguments). The whole program is one complex function, composed of smaller ones. There are also `data' definitions though, these can be considered classes in the mathematical sense and are similar to C-structs. Further notes - Nesting & indentation - nesting is (usually) achieved via indentation, like in Python. - spaces are used for indentation - line continuations require nothing but further indentation - Functions - Functions take one argument. - No parantheses are (normally) required (e.g., 'sqrt 2'). - The class of functions from A to B is written as `A -> B'. - Frequently, there are functions of type `A -> (B -> C)', also written as `A -> B -> C' (`->' is right-associative). Such functions are usually to be understood as taking two arguments (of type A and B). - This is possible due to the isomorphism between `A -> (B -> C)'` and `A x B -> C'. - This can easily be generalized for an arbitrary number of arguments. - It is quite common that arguments to functions are functions themselves. Function composition - `f . g' is the function that maps `x' to `f(g(x))'. - Type annotations - Types may be annotated as follows: `value :: type'. - Syntactic sugar - `$' - Usually, one can think of everything on the current nesting level after (and before) `$' as enclosed in parantheses. - e.g.: (2 + (sqrt (2 + 3))) == (2 + (sqrt $ 2 + 2)) - multiple `$': (f $ g $ h) = (f (g (h))) - More precisely: `$' is a right associative operator with lowest precedence. - (`$' is in fact not syntactic sugar, but the identity function) - Documentation / Troubleshooting - Use Hoogle (sic!) [0] ! - Haskell Wiki [1] - Many more resources: [2] See also: - https://wiki.haskell.org/How_to_read_Haskell References: [0] https://hoogle.haskell.org/ [1] https://wiki.haskell.org/ [2] https://www.haskell.org/documentation/ tools-0.8.0-beta.1/importers/ding2tei/doc/partial/000077500000000000000000000000001526415265400216735ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/doc/partial/ding.paren-units000066400000000000000000000055731526415265400250150ustar00rootroot00000000000000Units containing only <()> and annots ===================================== Some units do not contain a main part (not enclosed by any kind of bracket). They are always starting with a <()> part. Meanings: a) suffix annotation to all former units in the group b) first <()> part contains the headword - usually (always?) in the context of botanics or zoology (latin names). * Usually (always?) last unit in group. * Any further annotations tend to apply to the whole group / list of preceding units. Resolving (for now): * Any non-initial unit of this kind is considered of type a) * Any initial unit of this kind is dropped. * See Language/Ding/HappyParser.y and Language/Ding/Partial/PartialSuffixUnit.hs Examples: Anfälligkeit {f}; Empfänglichkeit {f}; Empfindlichkeit {f}; (für etw.); Neigung (zu etw.) | Alterungsanfälligkeit {f}; Alterungsempfindlichkeit {f}; Alterungsneigung {f} | Verkokungsneigung {f} | Korrosionsanfälligkeit {f}; Korrosionsneigung {f} | Rissanfälligkeit {f} | Flockenempfindlichkeit {f}; Flockenneigung {f} (Metallurgie) | Stoßempfindlichkeit {f} | Schweißrissempfindlichkeit {f} :: susceptibility (to sth.) | susceptibility to aging | susceptiblity to coking | susceptibility to corrosion | susceptibility to cracking/fissuring | susceptiblity to flakes (metallurgy) | susceptibility to shocks | susceptibility to weld cracking Basispapier {n}; Basisinstrument {n}; Basiswert {n}; Bezugswert {n}; (eines Wertpapiers) [fin.] :: underlying asset; underlying (of a security) Duchgangshöhe {f}; (Fußgänger); Durchfahrtshöhe {f} (Brücke, Unterführung) [auto] :: headroom; headway (bridge, unterpass) Einspruch/Beschwerde einlegen; Einspruch erheben [Ös.]; berufen [Ös.]; rekurrieren [Schw.]; appellieren [Schw.]; (gegen) (bei) | Einspruch/Beschwerde einlegend; Einspruch erhebend; berufend; rekurrierend; appellierend | Einspruch/Beschwerde eingelegt; Einspruch erhoben; berufen; rekurriert; appellieren | gegen eine Entscheidung Einspruch erheben; eine Entscheidung beeinspruchen [Ös.] :: to appeal (against) (to) | appealing | appealed | to appeal against a decision Feigwarze {f}; Feuchtwarze {f}; Kondylom {n}; (Condyloma) [med.] | Feigwarzen {pl}; Feuchtwarzen {pl}; Kondylome {pl} | Feigwarzen der Harnröhre :: genital wart; venereal wart; condyloma | genital warts; venereal warts; condylomas | urethral condylomata Gänseblümchen {pl}; Marienblümchen {pl}; Tausendschönchen {pl}; Maßliebchen {pl}; (Bellis) (botanische Gattung) [bot.] :: daisies; bellis (botanical genus) Ginkgo-Gewächse {pl}; Ginko-Gewächse {pl}; (Ginkgoaceae) (botanische Familie) [bot.] (Amblypomacentrus breviceps) [zool.] :: saddle damsel (Amphiprion leucokranos) [zool.] :: white cap (anemone) clown (Amphiprion tricinctus) [zool.] :: three stripe (anemone) clown (Anthelia spp.) oder (Cespitularia spp.) [zool.] :: waving polyp -- see also the subsequent lines in the Ding. tools-0.8.0-beta.1/importers/ding2tei/doc/partial/linking.lines000066400000000000000000000017541526415265400243710ustar00rootroot00000000000000Links between units in groups, and groups in lines ================================================== The basic means for this in TEI is the tag. There are several types. Unless (likely difficult) means to identify the type of relation are used, stick to the general . This should most likely be used to link groups in a line, but also to represent ~tilde references. For units in a group, (synonym) might be more appropriate, though their actual relation is that they translate to a common set of words. In particular one might argue that "Bäckerin" and "Bäcker" are not synonyms. One might also argue otherwise in this particular case. Since, most likely these words are annotated with "{f}" and "{m}", respectively, one could use that data to make an exception. Such references, except for ~tilde references should have a @target. See: * https://github.com/freedict/fd-dictionaries/wiki/FreeDict-HOWTO-%E2%80%93-Writing-Text-Encoding-Initiative-XML-Files tools-0.8.0-beta.1/importers/ding2tei/doc/partial/tei.abbreviations000066400000000000000000000003011526415265400252200ustar00rootroot00000000000000Ex. from the TEI docs:
MTBF
abbreviation for mean time between failures
tools-0.8.0-beta.1/importers/ding2tei/doc/sed_intro000066400000000000000000000005601526415265400221510ustar00rootroot00000000000000No, no intro here. Just links. manpage: sed(1) - Should suffice to understand the given (short) scripts. good tutorial: https://www.grymoire.com/Unix/Sed.html - Read to write fancy scripts in the Turing complete sed-language yourself. Notes: - I use and assume GNU sed. - Other sed implementations may not work with the given scripts (but likely will). tools-0.8.0-beta.1/importers/ding2tei/doc/style000066400000000000000000000006451526415265400213270ustar00rootroot00000000000000Coding style ============ Basis: - https://github.com/tibbe/haskell-style-guide/blob/master/haskell-style.md - https://haskell-haddock.readthedocs.io/en/latest/markup.html Deviation / exceptions ---------------------- Line length: max. 79 chars Indentation: - generally: 2 spaces - `where', `deriving': 1 space Blank lines: - There may be more than one in succession, if it improves structure or readability. tools-0.8.0-beta.1/importers/ding2tei/doc/tei.spec.sources000066400000000000000000000002621526415265400233560ustar00rootroot00000000000000https://www.tei-c.org/release/doc/tei-p5-doc/en/html/DI.html https://dariah-eric.github.io/lexicalresources/pages/TEILex0/TEILex0.html https://hal.inria.fr/hal-01757108/document tools-0.8.0-beta.1/importers/ding2tei/doc/thesis.pdf000066400000000000000000030054611526415265400222420ustar00rootroot00000000000000%PDF-1.5 % 196 0 obj << /Length 426 /Filter /FlateDecode >> stream xmMo +0`%GC크YkG`f[%m%KagjCw7o%C Ҋ8TT ( ׅ8!vC[O[RO~l8_ŏ3⬤DPUfޮL~_p> stream x3PHW0Pp2Ac( endstream endobj 5 0 obj << /Type /ObjStm /N 100 /First 810 /Length 1304 /Filter /FlateDecode >> stream xڝWnF}WcRF& @QHk E +*g(^F&"4ܝ93sfBM1br I֒P$DI$1II#iH:KA$ DR"ZR i KZI'#Sxdd1#d$($Pmx/h}R./MMG+9ϏZOn]HaGk_0iʐ/︪']& mgH{t+~7v0S٣G_<{p٣3GϞTlyWXV~Xu^u|_/v嗲/j1_矋wG)tE''qi~}4G;}. <{]=ƙ}j[/O|$nV'}Q|zVT%>%D\Ta͖2AIIzP_,z@4?GԜGs-%q"3{n~ _G:=(?2ֿHhZ endstream endobj 211 0 obj << /Length 381 /Filter /FlateDecode >> stream xmR;O0+nt$jJ "eHk7"q؎=l=x(H>v#(jVC{IXEqMj3M}:rmuˏvê_\VcEˣ5rT̂4s.PeS )0ߤXw[.?8mM*Y.7ŻqAɸ'?ax"u)8K;yy>J4`FsQDSǩ(ꃣlcXZ_ƹ%Rsuʼq}#9v/ޟq7ˢBE"|9ˌ5Uadf)mY@F' JExx eL)gRaΚ;x+^~?߃ סsZk 6~- endstream endobj 217 0 obj << /Length 19 /Filter /FlateDecode >> stream x3PHW0Pp2Ac( endstream endobj 221 0 obj << /Length 892 /Filter /FlateDecode >> stream xuVϗ8 _Ѽ7C쵹C%&6e(iӓ-Y?>IJO)ӧײJ2w5OǤY)d[7d%l}mקעJ[4ϓ X-YO*ݔy&'ӭףFvxni{kS_)1^peǵtW/g!gD9z- Nge:]u ;M/?14=O7y5ey ;Y4 FtbSzğX?>uw G昄Z\_K87|FBhꐵihA)VyTJhMUpSޭg3d0T:;[<"~ /5?}0r`']LxҢk0V .X> stream x3PHW0Pp2Ac( endstream endobj 267 0 obj << /Length 1156 /Filter /FlateDecode >> stream xMsHv>9fm'TR]*ɁX*}{P6u.B 8s8.6%_D:;GP88a@|L{gN25 eB}qL9N<5ܲ'nͬTx)<Jx~uIt.qFGʁڔ0NS,I"MԬ4GV/# OSEȱ{JJ (&ʶ^l߁ńOGwm*F)&,/VU,E\EXeOgpGýH!ޚ,p:8=k`Nw|ٍ^4AFsB1U>al֦ڕ ڠԉVֿ޽5:Oy^I,qrHuVICLρzcE>!C3B |zz.c endstream endobj 288 0 obj << /Length 548 /Filter /FlateDecode >> stream xˎ0<_omʹ2M ($& R2/w -Cwxt3 9(~DGFYj@=YE7SGcf9Wڍ'0rN'R*a|L6%ՔGs|W&URFD[iDc^sc~p`SP'?&O1L_!?&@GZe4=Wn'Y^obV@lju;3!+*UaM"M ZM`Q$O"XR+|qr=u8gD{ǗJ<"aKkQWa8]'x0>GfYU&m4b5k pԸw=%Nտā:}]$צ<<|uTA+*w<6gŢL60ﲥd$T` endstream endobj 309 0 obj << /Length 2367 /Filter /FlateDecode >> stream xڅXr8+t*B cwmSs(\>"%K9(J/H$2/0ڜ6C$>>7: DǛ&U5vqzXlOg:vo8P.YpWQi[` 0V]<m:mn65Anuv/8AQnS˞m<2 uԻKkO;v%uMcGb \%puۂїhڠT1 ~05eMRLPT?#c`&l^%PiSLf7:nhvk-'u-սԲ'bGƟ]3DPrr 4&yq>hyR"X&USIGS(OOXxTpbM&)`^[ƲުfF,>s+*v 3\(Z~VxϼB(q>& `'ڣW#7`UWbQD~L*v|8Q"ЎcxEsdeJLhv>~|-ȿù160bfPmY:mn!J~죹!w&AE`#02W#~S͒D K;/JrT@rWv"gM^D7AKLjƙ--3+4г@D'TO{6D μʘt2ɞQg,ѥ@-WЭY0Sqىΐ+f[x~Q/S* )pQfo\v 1^lfN7o uE;~fP77WM*<FLHZ mDyg>щEdx?"\MSNM8ZJt%@'Yli[H4:Ĕ ?eE$`\_qd#=i Q}?x`(NCxx{bH%jqKC endstream endobj 337 0 obj << /Length 3556 /Filter /FlateDecode >> stream xڵrFm*ISh8eY52[R+r Kue֎f4M' WNq8PH / &+yd^砐xJg>+ 5MĆ`r7='"FG\+?c|K Pܶn_"< O@ -sMۚQY.k{O,aj lK!z<& jahǣڵg!pfM\먹րO,GERFee|w7yа7v/߬JA&?Df X=]C:v+sJ+XRߨtht@O)MB jPA@s Jמz F|u,+ ^ꚃ)HTo9/^d7nf[M \b@IS5l7f-R66~LPWk֢"? n $oQeHO/78@jazg9F-uxJS} K ?QdJa}:'o"Ky\Z~Ҏhj&Ia{bU͹# +\V8H~q,Jȸ02 DFɸԮT-K1c M GDM ?A/?X'[ܳvly$sgX4qJ *^oXT}[;/UjEĎ}H:M!kEw%2 o/j Џmt,ʈ#p[r3Z?0S}RBޕ>P%cMu}%ʲ`Y-;%P'!p)0ZoH5#ͩ@O,(4UfmnEK4 ^ߕ#lh`e;ݘSnb3lMKz˝^:G)xو\GkGٌs7?KnJGET.n-Ӏ /eR[~#!"=|Y+WQӍDi(|Ey98hh?㿊{M 潼 ;H3mmnd6`~`ɇ]I0q:^;S =K󦖷X]S3^\z+%ljgJ@>%F$?].dlUtnO>DXuwAѨ`Drf=7!V,y  9a0Sn~Âd zWYya&K2<bXހFGO `DaSq(@ݑ0'(d!prSט1Mh%Wn8ufCvU|^ y*  K\I< qwl;"S ~+zUU5(eamkln Z6RMuB6pxxw G,Xk>Spa @`b'8,M3&~?l^da@yu/ܳ=ٌgqŨ CSǠH[: s>nK^.'4COqDzg,gҙn&ʂL Sn C}V]BlB1՜P7iڔ}$c l>kW(p|T_8U{z45ej endstream endobj 208 0 obj << /Type /ObjStm /N 100 /First 902 /Length 2648 /Filter /FlateDecode >> stream x[]o}_Ǧ@$%/iAQ%Z ,E]CZο9\ɶ"֚1D,Ι{:.bKIpT ߋʱ:ˢ\=)%g1-xߛ׋kcu1$ @H,"xv1Lb "ŦqP*n?X)y9' 3H_hp dhtnD-99; wnx(>jN%*T9B N5EUQrV%g(-R˸!+RϹ3/9x\w.7NIu +|r*9s2>XPE]JDWZ]F[A vH4|kHVʟYMaY+FڼW|*Z853PBxeOFĻKu5e`425aV ?! b $piZBV!o_a@|nd Y Ɩ@ZAZ"`lAH1`T16L"VpzLR^J%,>],w/~vo+k4xkNvgNVNtۭ.7.gbj^`' kw+~Z@f쮰˟WW˳ K\^~}^\-{*px%D`^ g+dowS>vyi]vyi]vyi./wy]^r.ty+{yXbbnr^P\xI2CQqDF̣_$b7:x?lo*D^dYBrUQ\v8JId%iF D%k }`"3)f6X7!z+6^+JorM0j^˸RtNGXs ִX!aF]i: US7TU WfB,!k Q\?w-IʲW A(Ͱ5mB0 OcFpXi" qyX}.jC@`9 )H"(ͷt429a$+@f%2f"|Apu\+2 cQDfO∵fz"W++VrɈf2Q5^4Y"tB1Qݘ( D9&JgGAͶ"*jQ<50cHI6SA b0] kd#%,ٽpe/ah4@L#ʎ[cGp'QZ;`r_Mvc}TY-([gA=@:Kgv mpέqwe2?(l#Lm0U)#00SIV4! 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See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Translate the `Ding' to `TEI'. -} module App.Ding2TEI (ding2tei) where import Control.Monad (liftM) import Control.Monad.Trans.State (State, state, evalState) import Data.Foldable (toList) import Data.List.NonEmpty (NonEmpty((:|))) -- When laziness is not required, Data.Map.Strict is to be preferred over -- the default Data.Map.Lazy. -- - See: import qualified Data.Map.Strict as Map import Data.Map.Strict (Map) import Data.NatLang.Dictionary (Dictionary(Dictionary), Body(Body)) import Data.NatLang.Usage (Usage( Usage )) import qualified Data.NatLang.Usage as Usage import Language.Ding.Syntax (Ding) import qualified Language.Ding.Syntax as Ding import Language.TEI.Syntax (TEI) import qualified Language.TEI.Syntax as TEI import qualified Language.TEI.Syntax.Reference as TRef -- | Map from headwords to the last number given to that headword (if any). type IdMap = Map String Int type IdState = State IdMap -- | Modify value and also give out the new value. -- Similar to `updateLookupWithKey' from `Data.Map.Strict'. modifyLookup :: Ord k => (Maybe a -> a) -> k -> Map k a -> (a, Map k a) -- Note that (,) is an instance of Functor, where the first argument remains -- constant upon `fmap'. (This is why the following works; v' is passed -- through.) See also the documentation of `alterF'. modifyLookup f = Map.alterF $ \ v -> let v' = f v in (v', Just v') -- Notes: -- * Computation is wrapped in the IdState monad. -- * This is to allow for the distribution of unique identifiers, which -- should be of the form `HW.n'. where `HW' is the headword and `n' is -- a number unique for that headword--naturally chosen as the entry's -- rank in the left-to-right order of headwords of the same name. -- * The IdState monad in particular is a MonadFix, which does allow to -- not only distribute identifiers using a state, but also to access -- identifiers of "later" to be constructed entries. -- * In short, MonadFix allows for bidirectional flow of information, -- albeit the state is only transferred left-to-right. -- * We use this to provide entries that stem from the same line with -- references to one another--also to later ones. -- * Alternatively, one could have separated this in two steps -- (labeling, translating), requiring an intermediate datatype (or -- some Maybe values) and a whole new set of (trivial) AST traversing -- functions. -- * See also: doc/thesis.pdf -- * There may be several orthographically identical headwords in a line. -- * Concatenating reference lists all around (often the shorter to the longer -- list) is not very efficient. To keep the order of the references, -- something like this is required though. -- * Alternative: Use a queue or a difference list. -- * Note that the lists are usually quite small. -- | Convert a Ding AST to TEI AST. -- Errors when the result contains no entries. (The FreeDict XML schema -- requires at least one entry.) -- Note that the existance of a line in the Ding does not imply the -- existance of an entry in the corresponding TEI. -- - The Ding is permitted to contain empty lines - " :: " . ding2tei :: Ding -> TEI ding2tei (Dictionary header srcLang tgtLang body) = let (Body dingLines) = body teiEntries = evalState (convLines dingLines) Map.empty in if null teiEntries then error "No real entry found." else Dictionary header srcLang tgtLang (Body teiEntries) -- | Translate a list of lines, annotating the resulting TEI entries with -- unique identifiers. convLines :: [Ding.Line] -> IdState [TEI.Entry] convLines = liftM concat . mapM convLine convLine :: Ding.Line -> IdState [TEI.Entry] convLine (Ding.Line entries) = liftM snd $ convEntries entries [] -- | Translate a list of entries. -- Takes as argument--next to the list of entries to translate--the list -- of TEI entries' identifiers that result from earlier (more left) Ding -- entries in the same line. -- Wrapped om the IdState monad, returns both the resulting list of TEI -- entries and the identifiers of these. convEntries :: [Ding.Entry] -> [TRef.Ident] -> IdState ([TRef.Ident], [TEI.Entry]) -- Notes: -- * We want to provide `convEntry' with references (identifiers) from both -- left and right of it. -- * Typically, monadic computations would only allow to pass such -- information from left to right. -- * Monads being instances of MonadFix, however, effectively are stripped -- of this restriction. -- * MonadFix has mfix, which can--analogously to fix for -- cyclic let-expressions--be used to have "information flow -- backwards"; particularly there may also be apparent cyclic -- statements. -- * We obtain references from the left, which we pass both to -- convEntry and the recursive convEntries call. -- * convEntry additionally obtains the references from the right, -- as produced by the recursive convEntries call. -- * The recursive convEntries call additionally gets the reference -- resulting from the convEntry call--as it also stems from left of -- the recursively to be processed entries. -- * Note that the order of reference concatenation somewhat matters; -- we'd like to keep them in order. -- * We could have only passed around TEI entries, these contain the -- identifiers. convEntries [] _ = return ([], []) convEntries (de:des) refs = do rec (refs1, tes1) <- convEntry de (refs ++ refs2) (refs2, tes2) <- convEntries des (refs ++ refs1) return (refs1 ++ refs2, tes1 ++ tes2) -- Naming convention: -- * gRefs: references to other group's units within the same line -- * uRefs: references to other units in the same group -- | Translate a single Ding entry to a list of TEI entries. (Ding entries -- with several keywords (units in the source group) are split up into -- equally many TEI entries, linking to one another as synonyms.) -- -- Takes as additional argument the identifiers to all TEI entries that -- result from the same line, albeit different Ding entries. These are -- used to create "related"-references. convEntry :: Ding.Entry -> [TRef.Ident] -> IdState ([TRef.Ident], [TEI.Entry]) convEntry (Ding.Entry (Ding.Group keyUnits) valGroup) gRefs = convUnits keyUnits [] where -- Note: -- * Functions are local (in a where block) here, to not need to pass around -- the translations and `gRefs', which are only needed in the -- leaf-function, convUnit. translations = groupToTranslations valGroup -- | Create a list of TEI entries from a list of Ding units belonging to the -- same group (all sharing a common translation group). -- -- Resulting TEi entries are linked to one another as synonyms. convUnits :: [Ding.Unit] -> [TRef.Ident] -> IdState ([TRef.Ident], [TEI.Entry]) -- Note: Analogous to convEntries. convUnits [] _ = return ([], []) convUnits (u:us) uRefs = do rec (uRef', e ) <- convUnit u (uRefs ++ uRefs') (uRefs', es) <- convUnits us (uRefs ++ uRef' : []) return (uRef' : uRefs', e : es) -- | Create a single TEI entry from a Ding unit and the corresponding -- `translations', annotating it with references to synonymous and related -- entries (the local argument referring to synonymous entries, stemming -- from the same Ding entry/group). convUnit :: Ding.Unit -> [TRef.Ident] -> IdState (TRef.Ident, TEI.Entry) convUnit u uRefs = do let headword = Ding.unitHeadword u n <- nextId headword let ident = TRef.Ident headword n return (ident, makeTEIEntry u ident uRefs gRefs translations) -- | To a string (headword), get the next id (counter) and update the state -- accodingly. nextId :: String -> IdState Int -- Note: -- * Non-existing entries in the map are considered of value 0. -- * The first provided number is 1. -- * Dictionary people seem to like 1-based counting. nextId str = state $ \ cmap -> modifyLookup (maybe 1 (+1)) str cmap -- | Transform a `Group' to a list of corresponding TEI translation elements. groupToTranslations :: Ding.Group -> [TEI.Translation] groupToTranslations (Ding.Group us) = map unitToTranslation us where unitToTranslation :: Ding.Unit -> TEI.Translation unitToTranslation u = TEI.Translation { TEI.translationOrth = Ding.unitHeadword u , TEI.translationGrammar = Ding.unitGrammar u -- Note: -- * Parenthesis-enclosed prefixes are translated to -- `usg[@type="colloc"]'. , TEI.translationUsages = Ding.unitUsages u ++ map prefixAnnotToUsage (Ding.unitPrefixes u) , TEI.translationAbbrevs = Ding.unitAbbrevs u , TEI.translationInflected = Ding.unitInflected u , TEI.translationNotes = Ding.unitSuffixes u } -- | Create a TEI entry. makeTEIEntry :: Ding.Unit -> TRef.Ident -> [TRef.Ident] -> [TRef.Ident] -> [TEI.Translation] -> TEI.Entry makeTEIEntry u ident uRefs gRefs translations = TEI.Entry { TEI.entryIdent = ident , TEI.entryForm = TEI.Form { TEI.formOrth = Ding.unitHeadword u , TEI.formAbbrevs = Ding.unitAbbrevs u , TEI.formInflected = Ding.unitInflected u } , TEI.entryGrammar = Ding.unitGrammar u , TEI.entrySenses = [ TEI.Sense { TEI.senseGrammar = [] , TEI.senseUsages = Ding.unitUsages u ++ map prefixAnnotToUsage (Ding.unitPrefixes u) , TEI.senseTranslations = translations , TEI.senseExamples = Ding.unitExamples u , TEI.senseReferences = toList (makeRefGroup TRef.Synonymy $ map makeLinkedReference uRefs ) ++ toList (makeRefGroup TRef.Related $ map makeLinkedReference gRefs ++ map makeTildeReference (Ding.unitReferences u) ) , TEI.senseNotes = Ding.unitSuffixes u } ] } -- | Create a reference group. makeRefGroup :: TRef.RefType -> [TRef.Reference] -> Maybe TRef.ReferenceGroup makeRefGroup _ [] = Nothing makeRefGroup refType (ref:refs) = Just $ TRef.ReferenceGroup refType (ref :| refs) -- | Create a reference with `\@target'. makeLinkedReference :: TRef.Ident -> TRef.Reference makeLinkedReference ident@(TRef.Ident hw _) = TRef.Reference (Just ident) hw -- | Create a reference without `\@target', as is required for \~tilde -- references. (In fact, one could infer such a target, whenever there is -- exactly one TEI entry with the headword referred to.) makeTildeReference :: String -> TRef.Reference makeTildeReference = TRef.Reference Nothing -- | In TEI, optional prefixes can be encoded as collocates. -- -- Note: -- * Depending on the content (e.g., "etw."), might be more -- appropriate, but such content analysis is not done. prefixAnnotToUsage :: String -> Usage prefixAnnotToUsage pref = Usage Usage.Colloc pref -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Config.hs000066400000000000000000000132571526415265400220320ustar00rootroot00000000000000{- - Config.hs - configuration of some output variables - - Copyright 2020,2022 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {- - See also - * Language/{Ding,TEI}/{Read,Show}/ - * Language/Ding/AlexScanner.x - on configuration and classification of usage and grammar annotatios. -} module Config ( Person(..) , editor , maintainer , contributors , publicationDate , status , modVersion , programName , programURL , programDownloadURL , projectName , projectURL , dingDownloadURL , gpl3url , gpl2url , agpl3url , makeVersion , Change(..) , changes ) where data Person = Person { personId :: String , personName :: String } -- Involved people: person_shumenda :: Person person_shumenda = Person "shumenda" "Sebastian Humenda" person_eleichtfuss :: Person person_eleichtfuss = Person "eleichtfuss" "Einhard Leichtfuß" editor :: Person editor = person_eleichtfuss maintainer :: Person maintainer = person_eleichtfuss -- | Contributors to this program, with the corresponding copyright -- periods contributors :: [(Person, String)] contributors = [ (person_eleichtfuss, "2020-2022") , (person_shumenda, "2021") ] -- | Date of last output-affecting change of this program. -- Must be given as YYYY-MM-DD. publicationDate :: String publicationDate = "2022-04-18" status :: String status = "stable" -- | Modification version. Should be incremented for any output-altering -- change of this program. To be reset, when a later version of the Ding -- is targeted. -- May also be set to -devel to indicate frequent changes without version -- change. modVersion :: String modVersion = "1" programName :: String programName = "ding2tei-haskell" programURL :: String programURL = "https://github.com/freedict/tools/tree/master/importers/ding2tei" projectName :: String projectName = "FreeDict" projectURL :: String projectURL = "https://freedict.org/" programDownloadURL :: String programDownloadURL = programURL dingDownloadURL :: String dingDownloadURL = "https://ftp.tu-chemnitz.de/pub/Local/urz/ding/" gpl3url :: String gpl3url = "https://www.gnu.org/licenses/gpl-3.0.html" gpl2url :: String gpl2url = "https://www.gnu.org/licenses/old-licenses/gpl-2.0.html" agpl3url :: String agpl3url = "https://www.gnu.org/licenses/agpl-3.0.html" -- | Combine the Ding version and a modification version. makeVersion :: String -> String -> String makeVersion dingVer modVer = dingVer ++ "-fd" ++ modVer -- Notes: -- * chUsersShort and chUsersFull must be non-empty lists. -- * The NonEmpty type is not used to ease manual modification. data Change = Change { chDingVersion :: String , chModVersion :: String , chPersons :: [Person] , chDate :: String -- must be in YYYY-MM-DD format , chItems :: [String] -- translated to 's } changes :: [Change] changes = [ Change "1.8.1" "0.1" [person_eleichtfuss] "2020-09-11" [ "Initial import from Ding (version 1.8.1)." , "Fixed many syntax errors and inconsistencies in the Ding dictionary." , "Most explicit Ding annotations are transferred to TEI." , unwords [ "Several entries per Ding line are given references to one another" , "(@type=\"see\")." ] , unwords [ "Entries with more than one keyword on the source language side" , "are split up into multiple entries." , "These are linked using references of @type=\"syn\"." ] ] , Change "1.8.1" "0.2" [person_eleichtfuss] "2020-10-14" [ unwords [ "Identify examples to some entries; add the former to the latter" , "at 'entry/sense/cit[@type=\"example\"]' and remove the" , "examples from the list of regular entries." ] , unwords [ "Add annotations that are only implicitly present in the Ding" , "dictionary, such as: {f}, but no {pl} -> {noun}." ] , unwords [ "Transfer some annotations within Ding entries (e.g., when" , "\"Apfel\" is a masculine noun, we may infer that its translation," , "\"apple\", is also a noun." ] , "Fixed some TEI syntax, as per comments from Sebastian Humenda." , "Recognize more types of annotations (notes)." ] , Change "1.8.1" "0.2.1" [person_eleichtfuss] "2020-10-28" [ "Mark units with annotated inflected forms as verbs." ] , Change "1.9" "1" [person_eleichtfuss] "2022-04-18" [ "Update to Ding version 1.9." , unwords [ "Unify xr elements by @type." , "(Previously, each xr element contained exactly one ref element.)" ] , unwords [ "Place @xml:lang (more) correctly:" , "at top-level text element (source language)" , "and at cit@type=\"trans\" (target language)." , "(Previously," , "the target language was given at the top-level text element, and" , "the respective language at each quote element.)" ] ] ] -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Data/000077500000000000000000000000001526415265400211325ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/src/Data/NatLang/000077500000000000000000000000001526415265400224565ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/src/Data/NatLang/Dictionary.hs000066400000000000000000000026571526415265400251310ustar00rootroot00000000000000{- - Data.NatLang.Dictionary.hs - general dictionary - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - General dictionary AST. -} module Data.NatLang.Dictionary ( Dictionary(..) , Body(..) ) where import Data.NatLang.Language (Language) -- | A polymorphic dictionary type, parametrised over the header type and the -- type of elements (entries/lines) contained therin. data Dictionary header element = Dictionary { dictHeader :: header , dictSrcLang :: Language , dictTgtLang :: Language , dictBody :: Body element } deriving Show -- | The body of a dictionary, composed of a list of elements (entries/lines). newtype Body element = Body [element] deriving Show -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Data/NatLang/Example.hs000066400000000000000000000024431526415265400244100ustar00rootroot00000000000000{- - Data/NatLang/Example.hs - examples - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Examples, as they are found in TEI, while also being added to the Ding AST - during preprocessing. -} module Data.NatLang.Example ( Example(..) ) where -- | An example in the source language with translation. -- Usually, there is one translation given, however any number is possible -- (including none). data Example = Example String -- ^ example in the source language [String] -- ^ set of translations deriving (Show, Eq, Ord) -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Data/NatLang/Grammar.hs000066400000000000000000000063111526415265400244010ustar00rootroot00000000000000{- - Data/NatLang/Grammar.hs - Grammar (linguistics) information - - Copyright 2020,2022 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Grammar information (linguistics), as present in the Ding dictionary, - albeit also representable in TEI. -} module Data.NatLang.Grammar ( GrammarInfo(..) , GramLexCategory(..) , PartOfSpeech(..) , VerbType(..) , PronounType(..) , Gender(..) , Number(..) , Case(..) , Collocate(..) ) where import Data.NatLang.Usage (Usage) -- | A grammar single annotation, where "{f,n}" counts as two of them. data GrammarInfo = GramLexCategory GramLexCategory | Collocate Collocate [Usage] deriving (Show, Eq, Ord) -- | Grammatical or lexical category (resp. values thereof). -- See https://en.wikipedia.org/wiki/Grammatical_category for a distinction. -- Might contain information not considered related to grammatical or lexical -- categories. I am not a linguist. data GramLexCategory = PartOfSpeech PartOfSpeech | Gender Gender | Number Number | Case Case -- ^ rare in the Ding deriving (Show, Eq, Ord) data PartOfSpeech = Noun | Verb [VerbType] | Adjective | Adverb | Preposition | Conjunction | Article | Pronoun [PronounType] | Numeral | Interjection | Particle deriving (Show, Eq, Ord) data VerbType = Transitive | Intransitive | Reflexive deriving (Show, Eq, Ord) -- | Some pronoun types. -- There are many more, but the Ding does not annotate them. data PronounType = Personal | Interrogative | Relative deriving (Show, Eq, Ord) data Gender = Feminine | Masculine | Neuter deriving (Show, Eq, Ord) -- | Grammatical number -- The argument to both constructors specifies whether the annotated word -- may only occur in the respective number, that is, whether it is a -- singulare/plurale tantum. data Number = Singular Bool | Plural Bool deriving (Show, Eq, Ord) -- | Grammatical case. -- Only those listed that appear in annotations in the Ding. data Case = Nominative | Genitive | Accusative | Dative deriving (Show, Eq, Ord) -- | Grammar collocate, such as "{+Dat.}" or "{+conj}". data Collocate = CollocCase [String] -- ^ interrogative pronouns; often none Case -- ^ case of collocating word | CollocPOS PartOfSpeech -- ^ POS of collocating word; rare | CollocNumber Number -- ^ number of collocating word; rare deriving (Show, Eq, Ord) -- vi: ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Data/NatLang/InflectedForms.hs000066400000000000000000000032411526415265400257160ustar00rootroot00000000000000{- - Data/NatLang/InflectedForms.hs - information on inflected forms - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Data types for inflected forms, as they appear in the Ding dictionary and - may be (partially) represented in TEI. -} module Data.NatLang.InflectedForms ( InflectedForms(..) , InflectedForm(..) ) where import Data.List.NonEmpty (NonEmpty) import Data.NatLang.Usage (Usage) -- | Two inflected forms of a word. This is meant to be used for the English -- language's simple past and past participle of a verb. data InflectedForms = InflectedForms (NonEmpty InflectedForm) -- ^ simple past (NonEmpty InflectedForm) -- ^ past participle deriving (Show, Eq, Ord) -- | A single inflected form, annotated with usages. -- Note that these usages cannot be specified in TEI, or at least it is -- unknown how. data InflectedForm = InflectedForm String [Usage] deriving (Show, Eq, Ord) -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Data/NatLang/Language.hs000066400000000000000000000031001526415265400245270ustar00rootroot00000000000000{- - Data/NatLang/Language.hs - specific languages - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Natural language data types. - Only English and German for now, the main languages of the Ding dictionary. -} module Data.NatLang.Language ( Language(..) , showCode ) where -- | There are more languages. They are not of particular importance for the -- German-English Ding dictionary though. data Language = German | English deriving (Eq, Ord) -- | Show the full language name, in English. instance Show Language where show German = "German" show English = "English" -- | Show short language code, as to be used in @xml:lang. -- This is the ISO 639-1 code, unless no such one is available, where the -- ISO 639-3 code is shown. showCode :: Language -> String showCode German = "de" showCode English = "en" -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Data/NatLang/Usage.hs000066400000000000000000000052221526415265400240570ustar00rootroot00000000000000{- - Data/NatLang/Usage.hs - usage information - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Usage information, as present in both the Ding dictionary and TEI. -} module Data.NatLang.Usage ( Usage(..) , UsageType(..) ) where -- Notes: -- * In the Ding, usages are represented within <[]>. -- * In TEI, usages are represented in tags. -- * See the TEI doc on . -- * https://www.tei-c.org/release/doc/tei-p5-doc/en/html/DI.html#DITPUS -- * See also the TEI Lex-0 documentation on . -- * https://dariah-eric.github.io/lexicalresources/pages/TEILex0/TEILex0.html#index.xml-body.1_div.7_div.2 -- * See also the Wikipedia on Varieties and Registers (contains a list). -- * https://en.wikipedia.org/wiki/Variety_(linguistics) -- * https://en.wikipedia.org/wiki/Register_(sociolinguistics) -- | Usage information, bearing a particular type. data Usage = Usage UsageType String deriving (Show, Eq, Ord) -- Maps directly to TEI recommended \@type values for . -- | Usage types. -- These map directly to the TEI Guidelines' recommended \@type value for -- . Some unused types are omitted. -- See: data UsageType = Regional | Time | Domain | Register | Style | Preference | Acceptability -- likely unused; consider to remove | Language -- @type="lang" - do not confound with @xml:lang ! | Colloc | Hint deriving (Eq, Ord) -- | Show the corresponding TEI recommended values for usage types. -- See . instance Show UsageType where show Regional = "geo" show Time = "time" show Domain = "dom" show Register = "reg" show Style = "style" show Preference = "plev" show Acceptability = "acc" show Language = "lang" show Colloc = "colloc" show Hint = "hint" -- vi: ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/000077500000000000000000000000001526415265400220045ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/000077500000000000000000000000001526415265400226655ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/AlexScanner.x000066400000000000000000000351241526415265400252660ustar00rootroot00000000000000-- Language/Ding/AlexScanner.x - lexer -- -- Copyright 2020,2022 Einhard Leichtfuß -- -- This file is part of ding2tei-haskell. -- -- ding2tei-haskell is free software: you can redistribute it and/or modify -- it under the terms of the GNU Affero General Public License as published -- by the Free Software Foundation, either version 3 of the License, or -- (at your option) any later version. -- -- ding2tei-haskell is distributed in the hope that it will be useful, -- but WITHOUT ANY WARRANTY; without even the implied warranty of -- MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the -- GNU Affero General Public License for more details. -- -- You should have received a copy of the GNU Affero General Public License -- along with ding2tei-haskell. If not, see . -- Notes: -- * This file is supposed to be processed by Alex, "the lexical analyser -- generator for Haskell". It contains both Alex code and regular Haskell -- code. The result of Alex invocation is a regular Haskell source file. -- * Alex User Guide: https://www.haskell.org/alex/#Documentation { -- Haskell module header and import statements. module Language.Ding.AlexScanner (scan, AlexPosn) where import Data.NatLang.Grammar import Language.Ding.Token } -- In contrast to the "basic" wrapper, "posn" allows for keeping track of -- positions. %wrapper "posn" ------------------------------------------------------------------------------- -- Definition of named character sets and regexes ------------------------------------------------------------------------------- -- Notes: -- * $x is a (named) character set -- * @y is a (named) regular expression -- * $x # $y is the set difference of $x and $y ($x - $y). -- * See also: Alex User Guide, chapter 4. $anyLeftBracket = [ \{ \( \[ \< ] $anyRightBracket = [ \} \) \] \> ] $anyBracket = [ $anyLeftBracket $anyRightBracket ] -- Any character that may (!) have special semantics (incl. <:>), excluding -- $slashSpecialChar. -- Note that <:> is only included to avoid matching <::> as part of @word. -- Some characters, in particular all single colons have to be merged with -- their surrounding (e.g., text atoms) later. $specialChar = [ $anyBracket : \| \; \, \/ \~ \+ ] -- Characters that are special in that they may occur enclosed in slashes. $slashSpecialChar = [ $specialChar \% \@ ] $textChar = $printable # [$specialChar $white] -- Anything printable, not containing a special char, nor whitespace. @word = $textChar+ -- To allow infix whitespace, use the below (in place of @word): -- @text = [$textChar # $white] ($textChar* [$textChar # $white])? -- A left context that marks a slash as "left-free". This is used -- particularly to identify "opening" and "closing" slashes, where the -- former is "left-free", but not "right-free", as for example in -- /abbrev./ -- Notes: -- * This must not contain '.' ! (consider /abbrev./) -- * Most interpunctuation is usually followed by a space. -- * $white includes '\n' (which is desired). $slashLeftFree = [ $white $anyLeftBracket ] -- A right context that marks a slash as "right-free" (see just above). -- This should in theory contain all interpunctuation (that does not require -- preceding whitespace). -- Note: -- * Expand the interpunctuation character set as needed. $slashRightFree = [ $white $anyRightBracket \; \, : \. \? ! ] -- A non-empty sequence of slash-separated words (@slashWordList), which forms -- a special case within slashes. -- Notes: -- * The final optional dot is redundant, as of now. -- * This should not be used as generic word macro, as possibly desired for -- "<>". (General mord macros should not allow a terminating '.'.) -- * $textChar should possibly be replaced by something more sensible. @slashWord = [$textChar # \/]+ (\.|\?)? @slashWordList = @slashWord ("/" @slashWord)+ -- There is only one known smiley, as of now. -- Smileys are treated as abbreviations. @smiley = ":-)" -- Abbreviations that cannot be easily parsed by normal means. @specialAbbrev = @smiley | "/.ed" $word_end = ~$textChar ------------------------------------------------------------------------------- -- Mapping from regexes to Haskell functions (actions) ------------------------------------------------------------------------------- -- Notes: -- * The functions are expected to take a matched string and produce a -- corresponding token. -- * Because the "posn" wrapper is used (instead of "basic"), most such -- functions have to be wrapped in `regularToken'. -- * Alex takes longest matching sequences (maximal munch). -- * If several rules match the same longest sequence, the first one of them -- applies. -- * The lexer should always succeed. Hence there is no special error -- mechanism needed. -- * This might change if the allowed whitespace characters are reduced. -- * Also, if triple+ '/' should be caught at the lexer level. -- * At the parser level, they'd be caught as successive '//', '/'. tokens :- -- A header line. To be parsed as is by Language.Ding.Parser.Header. ^ \# .* $ { regularToken HeaderLine } --------------------------------------------------------------------------- -- Separators (excl. slashes and single angle brackets) \n { regularToken $ const NL } :: { regularToken $ const LangSep } \| { regularToken $ const Vert } \; { regularToken $ const Semi } \, { regularToken $ const Comma } \~ { regularToken $ const Tilde } \+ { regularToken $ const Plus } \<\> { regularToken $ const Wordswitch } \{ { regularToken $ const OBrace } \} { regularToken $ const CBrace } \[ { regularToken $ const OBracket } \] { regularToken $ const CBracket } \( { regularToken $ const OParen } \) { regularToken $ const CParen } -- This is only caught explicitly, since it may not be caught as part of -- @word (which could be changed, by complicating the regex--<::> would -- still need to be excluded). : { regularToken Text } --------------------------------------------------------------------------- -- Slashes -- See doc/syntax.slashes -- Divide slashes into categories. -- Slashes have many roles (in particular one similar to brackets), but -- unfortunately there are no different opening and closing '/'-characters. -- Hence, infer such information from the context. -- * (The description there is not strictly equivalent, but should be in all -- practical cases.) $slashLeftFree ^ "/" / $slashRightFree { regularToken $ const WeakSlash } $slashLeftFree ^ "/" { regularToken $ const OSlash } "/" / "..." { regularToken $ const StrongSlash } "/" / $slashRightFree { regularToken $ const CSlash } "/" { regularToken $ const StrongSlash } -- Treat single special characters between free slashes differently. -- This would typically be done in the parser, however it is difficult to -- identify such expressions using a CFG. -- Consider "+ / % / ~". Since "word+ / word+ / word+" is generally -- permitted, this could not easily unambiguously parsed. (Note that the -- "correct" parsing in this case is unclear. $slashLeftFree ^ "/ " $specialChar " /" / $slashRightFree { regularToken $ SlashSpecial . pure . (!!2) } $slashLeftFree ^ "/ " @specialAbbrev " /" / $slashRightFree { regularToken $ Abbrev . dropLast 2 . drop 2 } -- Treat stuff like "/ AC/DC /" also as a special case. This is because, -- in general, strong slashes may occur in between weak slashes. For this -- reason, this rule may actually incorrectly catch such cases. However, -- the ambiguity needs to be taken care of somehow and this is the best -- way known to me. -- The dropLast part would be more efficient if the "monad" or -- "monadUserState" wrapper was used (one gets the length of the input). $slashLeftFree ^ "/ " @slashWordList " /" / $slashRightFree { regularToken $ Abbrev . dropLast 2 . drop 2 } -- An awkward special case that cannot (easily) be handled otherwise: $white ^ \"\/\.ed\" / $white { regularToken $ Abbrev . dropLast 1 . drop 1 } -- " -- Plural abbreviations. -- Note: No more than one word between the slashes is permitted. -- Otherwise, lexing + parsing would become more difficult. $slashLeftFree ^ "/" @slashWord "/s" / $slashRightFree { regularToken $ AbbrevPlural . dropLast 2 . drop 1 } -- Double slashes are used (onserved once) to bind two adjacent alternative -- expressions (bound by a strong slash). -- Semantic: "a/b//c/d" -> (a or b) or (c or d) "//" { regularToken $ const DoubleSlash } --------------------------------------------------------------------------- -- Angle brackets -- Angle brackets are special in that they also may signify less- resp. -- greater-than. Fortunately, they are, when brackets, always close to the -- enclosed object. Treat similar to left and right slashes. -- Important: This rule must be above the generic \< and \> rule(s). $slashLeftFree ^ [\< \>] / $slashRightFree { regularToken Text } \< { regularToken $ const OAngle } \> { regularToken $ const CAngle } --------------------------------------------------------------------------- -- Keywords -- Note: -- * Multi-word keywords need to be given the right context $word_end. -- * This ensures that the word ends there. -- * Ex.: Let "a b" be a multi-word keyword, and "a bc " at the start of -- the character stream. This should be matched as two text tokens, "a" -- and "bc", not as keyword "a b" and text "c". "to" { regularToken $ const KW_to } -- Grammar keywords "f" { gramKW $ Gender Feminine } "m" { gramKW $ Gender Masculine } "n" { gramKW $ Gender Neuter } "sing" { gramKW $ Number $ Singular False } "pl" { gramKW $ Number $ Plural False } "no pl" / $word_end { gramKW $ Number $ Singular True } "no sing" / $word_end { gramKW $ Number $ Plural True } -- "v" { gramKW $ PartOfSpeech $ Verb [] } "vt" { gramKW $ PartOfSpeech $ Verb [Transitive] } "vi" { gramKW $ PartOfSpeech $ Verb [Intransitive] } "vr" { gramKW $ PartOfSpeech $ Verb [Reflexive] } "adj" { gramKW $ PartOfSpeech Adjective } "adv" { gramKW $ PartOfSpeech Adverb } "prp" { gramKW $ PartOfSpeech Preposition } "conj" { gramKW $ PartOfSpeech Conjunction } "art" { gramKW $ PartOfSpeech Article } "pron" { gramKW $ PartOfSpeech $ Pronoun [] } "ppron" { gramKW $ PartOfSpeech $ Pronoun [Personal] } "pron interrog" / $word_end { gramKW $ PartOfSpeech $ Pronoun [Interrogative] } "pron relativ" / $word_end { gramKW $ PartOfSpeech $ Pronoun [Relative] } "num" { gramKW $ PartOfSpeech Numeral } "interj" { gramKW $ PartOfSpeech Interjection } "Partikel" { gramKW $ PartOfSpeech Particle } "particle" { gramKW $ PartOfSpeech Particle } -- "Gen." { gramKW $ Case Genitive } "Akk." { gramKW $ Case Accusative } "Dat." { gramKW $ Case Dative } "Nom." { gramKW $ Case Nominative } -- Interrogative pronouns (not grammar keywords in the strict sense) "wo?" { regularToken IntPronKW } "wohin?" { regularToken IntPronKW } "wann?" { regularToken IntPronKW } "bis wann?" / $word_end { regularToken IntPronKW } -- Regular word / text token -- Note: -- * This must come after all the specific keywords, or else this rule -- would be prefered over them (the single word keywords, to be precise). @word { regularToken Text } -- Whitespace -- Note: -- * Newlines do not count as whitespace, they serve as line separators, -- where a line is a well defined Ding entity. [$white # \n]+ { const Whitespace } { ------------------------------------------------------------------------------- -- Auxiliary Haskell code. ------------------------------------------------------------------------------- -- | A simple token, as identified by Alex. data SimpleToken = RegularToken Position Atom | Whitespace String -- | An action helper for regular tokens, to take care of the AlexPosn. regularToken :: (String -> Atom) -> AlexPosn -> String -> SimpleToken regularToken f p s = RegularToken (toPosition p) (f s) gramKW :: GramLexCategory -> AlexPosn -> String -> SimpleToken gramKW gram p _ = RegularToken (toPosition p) (GramKW gram) toPosition :: AlexPosn -> Position toPosition (AlexPn _abs line col) = Position line col -- | Remove the whitespace from the token stream towards the respective -- following regular token, as annotation. mergeWS :: [SimpleToken] -> [Token] -- Notes -- * There can never be two whitespace tokens in succession. -- * One could use `foldr' here, but this is not very straightforward - the -- folding function (in some cases) has to inspect the first element of its -- list argument, which therefore is inspected twice (in such cases). mergeWS ( RegularToken pos atom : toks) = Token "" pos atom : mergeWS toks mergeWS (Whitespace ws : RegularToken pos atom : toks) = Token ws pos atom : mergeWS toks mergeWS (Whitespace _ : Whitespace _ : _) = error "Language.Ding.AlexScanner: two successive whitespace tokens" -- Ignore terminating whitespace. mergeWS (Whitespace _ : []) = [] mergeWS [] = [] -- | Drop the given number of last elements. dropLast :: Int -> [a] -> [a] dropLast n xs = take (length xs - n) xs -- | Convert a string into a stream of tokens. scan :: String -> [Token] scan = mergeWS . alexScanTokens } -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Enrich.hs000066400000000000000000000036001526415265400244300ustar00rootroot00000000000000{- - Language/Ding/Enrich.hs - enrich the Ding AST - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Enrich the Ding AST with various information. - This partially starts a translation towards TEI. -} module Language.Ding.Enrich ( enrichUndirected , enrichDirected ) where import Language.Ding.Enrich.Example (inferExamples) import Language.Ding.Enrich.Grammar (enrichGrammar) import Language.Ding.Syntax (Ding) import Data.NatLang.Dictionary (Dictionary(..), Body(..)) -- | Enrich the Ding AST in a way that does not depend on the order of -- languages. -- That is, `enrichUndirected . inverse = inverse . enrichUndirected'. enrichUndirected :: Ding -> Ding enrichUndirected (Dictionary header srcLang tgtLang (Body ls)) = Dictionary header srcLang tgtLang $ Body $ map enrichGrammar ls -- | Enrich the Ding AST considering it a directed dictionary, with a source -- and target language. -- This function affects elements in the source and target language -- differently. enrichDirected :: Ding -> Ding enrichDirected (Dictionary header srcLang tgtLang (Body ls)) = Dictionary header srcLang tgtLang $ Body $ map inferExamples ls -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Enrich/000077500000000000000000000000001526415265400240755ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Enrich/Example.hs000066400000000000000000000126731526415265400260350ustar00rootroot00000000000000{- - Language/Ding/Enrich/Example.hs - example identification and linking - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Identify examples in a line, remove them from it and annotate to the units - they belong to. - - Examples are identified on the unit-level. That is, a group may contain - both examples and non-examples. If it contains only non-examples, the - whole entry (!) is taken off the line. - As a side effect, an entry that did not contain any unit on the source side - from the beginning, is also removed. - - Examples are only recognized when occuring right of the unit they exemplify. - - Note that the enrichment done by `inferExamples' only happens on the source - (left) side of the dictionary, therefore the dictionary becomes directional. - This is because example identification may have different consequences - on both sides, in particular entries may be lost. - - If both directed outputs (deu-eng, eng-deu) are desired, this module's - enrichment should happen separately (and therefore twice). - - Examples are built from a unit in a group on the left side and the set - of corresponding translations, which are in the surrounding entry. - - Note that this enrichment should not be done on the TEI AST -- as might seem - more natural -- because - a) this causes unnecessary calculations on later identified examples, - in particular, - b) there would be IDs generated for examples, potentially causing - unnecesarily high number suffixes in other (retained) entries' IDs - (likely rare and not really important). -} module Language.Ding.Enrich.Example (inferExamples) where import Control.Monad (when, liftM) import Control.Monad.Trans.State (State, state, modify, get, evalState) import Language.Ding.Enrich.Example.Augment (augmentEntriesWith) import Language.Ding.Enrich.Example.Identify (isPotentialExample) import Language.Ding.Syntax (Line(..), Entry(..), Group(..), Unit(..)) -- Notes: -- * Only non-examples need to be used to search for examples. -- * Examples are right of their exemplified units, so go from left to right. -- * A unit is a known non-example iff it is not an example to all preceding -- (non-example) units. -- * Therefore, stepwise (left to right) consider units for being examples. -- * Units in the same group may be considered in any order, they should -- not be examples of one another. -- * In any step test all previously identified non-examples for the new -- unit exemplifying them. -- * Two things need to happen. -- * a) remove units (and possibly entries) when examples. -- * b) add examples to the units they exemplify. -- * This is achieved by accumulating all identified non-examples in a -- state monad. -- * The state's preceding non-example list is used for any new potential -- example. -- * Any newly identified non-example is pushed to the state. -- * The entries in the state are reversed, since the state is used as a -- stack. -- * This is not a problem, their order does not matter when -- identifying examples. -- * The list needs to be reversed in the end though. -- Note: State [Group] (or even State [Unit]) would suffice, at the expense of -- readability / complexity of the code. Might be more efficient though. -- | A stack state to accumulate the entries. type EntryStackState = State [Entry] -- | Push an element to a state's stack. push :: s -> State [s] () push x = modify (x:) -- | In a line, link any examples to the units (on the source side of the -- dictionary) they are examples to and remove any found examples from -- the line. inferExamples :: Line -> Line -- The entries are accumulated in reverse in the state monad, hence the need -- for a reversal. inferExamples (Line entries) = Line $ reverse $ evalState (handleEntries entries >> get) [] -- | Perform the enrichment on a list of entries. -- The result is pushed to the state's stack. handleEntries :: [Entry] -> EntryStackState () handleEntries = mapM_ handleEntry handleEntry :: Entry -> EntryStackState () handleEntry (Entry g gTrans) = do g'@(Group us') <- handleGroup g gTrans when (not $ null us') $ push $ Entry g' gTrans handleGroup :: Group -> Group -> EntryStackState Group handleGroup (Group us) (Group uTrans) = liftM Group $ handleUnits us uTrans handleUnits :: [Unit] -> [Unit] -> EntryStackState [Unit] handleUnits [] _ = return [] handleUnits (u:us) uTrans = do mu' <- handleUnit u uTrans us' <- handleUnits us uTrans return $ maybe id (:) mu' us' handleUnit :: Unit -> [Unit] -> EntryStackState (Maybe Unit) handleUnit u uTrans = if isPotentialExample (unitHeadword u) then state $ augmentEntriesWith u uTrans else return $ Just u -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Enrich/Example/000077500000000000000000000000001526415265400254705ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Enrich/Example/Augment.hs000066400000000000000000000100731526415265400274250ustar00rootroot00000000000000{- - Language/Ding/Enrich/Example/Augment.hs - augment unit with examples - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Inspect a single potential example unit considering a list of known non- - examples. - If the former is identified as an example for any of the latter, augment the - latter with the former and mark the former as example, i.e. to be forgotten. -} module Language.Ding.Enrich.Example.Augment (augmentEntriesWith) where import Control.Monad (liftM) import Control.Monad.Trans.Writer (Writer, writer, runWriter) import Data.NatLang.Example (Example(..)) import Language.Ding.Enrich.Example.Identify (isExampleOf) import Language.Ding.Syntax (Entry(..), Group(..), Unit(..)) -- | Add the potential example `pex', together with its translations, to -- any unit on the left side of any entry in `es'. -- If any change happened, forget about the potential example (first element -- of result pair is `Nothing'), otherwise `Just' keep it. augmentEntriesWith :: Unit -> [Unit] -> [Entry] -> (Maybe Unit, [Entry]) augmentEntriesWith pex pexTrans es = case runWriter (updateEntries pex pexTrans es) of (es', Changed True) -> (Nothing, es') (_, Changed False) -> (Just pex, es) newtype Changed = Changed Bool -- | The (Bool, ||) semigroup. instance Semigroup Changed where (Changed b1) <> (Changed b2) = Changed $ b1 || b2 -- | The (Bool, ||, False) monoid. instance Monoid Changed where mempty = Changed False -- | A writer monad used to remember whether any change was done. -- Uses the natural Bool monoid with (||). type ChangeWriter = Writer Changed -- | Return a value in the `ChangeWriter' monad and indicate a change. returnChanged :: a -> ChangeWriter a returnChanged a = writer (a, Changed True) -- | Return a value in the `ChangeWriter' monad and indicate that nothing -- changed. -- Equivalent to `return'. returnUnchanged :: a -> ChangeWriter a returnUnchanged a = writer (a, Changed False) -- | Augment entries with the provided example, wherever it matches. -- If any change happens, this is recorded in the `ChangeWriter' result. updateEntries :: Unit -> [Unit] -> [Entry] -> ChangeWriter [Entry] updateEntries pex pexTrans = mapM $ updateEntry pex pexTrans updateEntry :: Unit -> [Unit] -> Entry -> ChangeWriter Entry updateEntry pex pexTrans (Entry g h) = do g' <- updateGroup pex pexTrans g return $ Entry g' h updateGroup :: Unit -> [Unit] -> Group -> ChangeWriter Group updateGroup pex pexTrans (Group us) = liftM Group $ updateUnits pex pexTrans us updateUnits :: Unit -> [Unit] -> [Unit] -> ChangeWriter [Unit] updateUnits pex pexTrans = mapM $ updateUnit pex pexTrans -- Note that examples are appended, using (++), to keep the order of the -- examples. This inefficient for large lists. The lists are expected to be -- very small though, often ending up with only a single element, if any. -- - Runtime with example-identification actually seems to have (slightly) -- dropped (likely due to smaller number of entries generated). -- - Nevertheless, the (++) is hence ok. updateUnit :: Unit -> [Unit] -> Unit -> ChangeWriter Unit updateUnit pex pexTrans key = do if (unitHeadword pex) `isExampleOf` (unitHeadword key) then returnChanged $ key { unitExamples = unitExamples key ++ ex : [] } else returnUnchanged key where ex = Example (unitPlain pex) (map unitPlain pexTrans) -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Enrich/Example/Identify.hs000066400000000000000000000055051526415265400276040ustar00rootroot00000000000000{- - Language/Ding/Enrich/Example/Identify.hs - example identification - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Identify examples. Both on their own (`isPotentialExample') and - in relation to other unit strings (`isExampleOf'). -} module Language.Ding.Enrich.Example.Identify ( isPotentialExample , isExampleOf ) where import Data.Char (isPunctuation) import Data.List (isInfixOf) -- | Decide whether a unit string should be considered when searching for -- examples to a non-example. isPotentialExample :: String -> Bool isPotentialExample = (||) <$> isPhrase <*> containsSpecial -- | Identify non-trivial composed espressions. isPhrase :: String -> Bool isPhrase = (>=3) . length . words -- | Identify unit strings that contain interpunctuation (including quote -- signs) containsSpecial :: String -> Bool -- TODO?: This also catches '/' and '-'. -- * The latter is likely worse (ex.: "A-Dur") containsSpecial = any isPunctuation -- | Decide whether a potential example should be considered example of a -- supplied unit string. -- Any potential example should priorly afore have been identified as such -- by means of `isPotentialExample'. isExampleOf :: String -> String -> Bool -- TODO: -- * Better example identification, suggestions: -- * consider umlauts, e.g. "Ball" ~ "zwei große Bälle" -- * consider change in capitalisation, e.g. "Ball" ~ "ein großer Fußball" -- * [consider whitespace, e.g. "lang" ~/~ "... langweilig ..."] -- * Require the example to be longer than the exemplified unit. -- * Define a minimum number of words and/or characters in difference. -- * Prevent phrases where for example only the gender changes to match. -- * In particular important, if umlauts receive special treatment. -- * Require a maximum size (number of chars/words) for the non-example. isExampleOf = flip isInfixOf -- Simple way to perform more flexible matching (not very efficient): --isExampleOf _ "" = False --isExampleOf pex hw = prefixMatch hw ex || hasExample (tail pex) hw --prefixMatch :: String -> String -> Bool --prefixMatch = ??? -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Enrich/Grammar.hs000066400000000000000000000073711526415265400260270ustar00rootroot00000000000000{- - Language/Ding/Enrich/Grammar.hs - Enrich grammar annotation - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Enrich a line's grammar annotations and infer such from the presence of - inflected forms. - - This includes inferral from and transferral of grammar annotations, see - `Language.Ding.Enrich.Grammar.Infer' and - `Language.Ding.Enrich.Grammar.Transfer', respectively, - and inferral of grammar information (POS: verb) from the presence of - inflected forms, see `Language.Ding.Enrich.Grammar.InflectedForms`. - - Note: This module works on lines. It could equally well work on entries, - as `Language.Ding.Enrich.Grammar.Transfer' does. This is purely done to - be in line with other enrichment modules. -} module Language.Ding.Enrich.Grammar (enrichGrammar) where import Data.NatLang.Grammar (GrammarInfo) import Language.Ding.Syntax import Language.Ding.Enrich.Grammar.InflectedForms (enrichFromInflectedForms) import Language.Ding.Enrich.Grammar.Infer ( expand , joinVerbAnnots , joinPronounAnnots ) import Language.Ding.Enrich.Grammar.Transfer (transfer) -- Notes: -- * The order of enrichment steps is deliberately chosen. -- * First, identify verbs from the presence of inflected forms; the -- inflected forms constituting the input of this step do not change -- during the whole grammar enrichment process. -- * Do inferral (expand) next and hence before the remainder, to allow -- e.g. `POS Noun' as derived from `SingulareTantum' to be transfered. -- * Do join*Annots last, to account for any new duplicates. -- * All functions operate on GramLexCategory, the rest of GrammarInfo -- (Collocate) is of no importance. -- * It might be better to separate GramLexCategory and Collocate into -- two distinct lists in the ASTs (TODO?). -- * enrichFromInflectedForms only needs to apply to the english side. -- * It is, however, applied to both sides -- for reasons of simplicity. -- * The side's languages are unknown here. -- ? TODO?: Remove duplicates from the initial list of annotations on a unit? -- ? TODO?: Testing: Quickcheck. -- | Enrich a line's grammar annotations. enrichGrammar :: Line -> Line enrichGrammar (Line es) = Line $ map enrichEntry es enrichEntry :: Entry -> Entry enrichEntry = modEntryGrammar (joinVerbAnnots . joinPronounAnnots) . transfer . modEntryUnit ( modUnitGrammar expand . enrichFromInflectedForms ) -- | Modify the units in an entry. modEntryUnit :: (Unit -> Unit) -> Entry -> Entry modEntryUnit f (Entry g h) = Entry (modGroupUnit f g) (modGroupUnit f h) modGroupUnit :: (Unit -> Unit) -> Group -> Group modGroupUnit f (Group us) = Group $ map f us -- | Modify the grammar annotations of all units in an entry. modEntryGrammar :: ([GrammarInfo] -> [GrammarInfo]) -> Entry -> Entry modEntryGrammar f e = modEntryUnit (modUnitGrammar f) e modUnitGrammar :: ([GrammarInfo] -> [GrammarInfo]) -> Unit -> Unit modUnitGrammar f u = u { unitGrammar = f $ unitGrammar u } -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Enrich/Grammar/000077500000000000000000000000001526415265400254635ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Enrich/Grammar/Infer.hs000066400000000000000000000123031526415265400270610ustar00rootroot00000000000000{- - Language/Ding/Enrich/Grammar/Infer.hs - Enrich grammar annotation within - a unit. - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - From a set of grammar annotations on a unit, infer others to apply to the - same unit. - - Note that this works on grammar elements which are common to the Ding and - TEI, however this module is deliberately placed under `Language.Ding', - because the enrichment depends on inference rules which are particular to - the Ding. E.g. `{f}' implies that the corresponding unit is a noun, in the - Ding. There may however, in general, very well be other parts of speach - bearing a gender. -} module Language.Ding.Enrich.Grammar.Infer ( expand , joinVerbAnnots , joinPronounAnnots ) where import Data.List (union) import Data.NatLang.Grammar -- | Partition a list according to a function that yields `Maybe' values. -- Values that are `Nothing' under the function are put in the second -- partition, for the others, their `Just' value under that function is put -- into the first partition. -- Such a function also exists in the `utility-ht' package. partitionMaybe :: (a -> Maybe b) -> [a] -> ([b], [a]) partitionMaybe _ [] = ([], []) partitionMaybe f (x:xs) = case f x of Just y -> (y:ys', xs') Nothing -> (ys', x:xs') where (ys', xs') = partitionMaybe f xs getVTypes :: GrammarInfo -> Maybe [VerbType] getVTypes (GramLexCategory (PartOfSpeech (Verb vTypes))) = Just vTypes getVTypes _ = Nothing getPTypes :: GrammarInfo -> Maybe [PronounType] getPTypes (GramLexCategory (PartOfSpeech (Pronoun pTypes))) = Just pTypes getPTypes _ = Nothing -- (TODO): Consider to do a `nub' somewhen. -- | Merge several verb annotations in a list, if any, to a single one. The -- resulting annotation replaces the first of the old annotations joinVerbAnnots :: [GrammarInfo] -> [GrammarInfo] -- Note: The location of any first verb annotation is kept. joinVerbAnnots (GramLexCategory (PartOfSpeech (Verb vTypes)) : as) = (GramLexCategory $ PartOfSpeech $ Verb vTypes') : as' where (vTypess', as') = partitionMaybe getVTypes as vTypes' = foldr union [] (vTypes : vTypess') joinVerbAnnots (a:as) = a : joinVerbAnnots as joinVerbAnnots [] = [] -- | Merge several pronoun annotations in a list, if any, to a single one. The -- resulting annotation replaces the first of the old annotations joinPronounAnnots :: [GrammarInfo] -> [GrammarInfo] -- Note: The location of any first pronoun annotation is kept. joinPronounAnnots (GramLexCategory (PartOfSpeech (Pronoun pTypes)) : as) = (GramLexCategory $ PartOfSpeech $ Pronoun pTypes') : as' where (pTypess', as') = partitionMaybe getPTypes as pTypes' = foldr union [] (pTypes : pTypess') joinPronounAnnots (a:as) = a : joinPronounAnnots as joinPronounAnnots [] = [] isPlural :: GrammarInfo -> Bool isPlural (GramLexCategory (Number (Plural _))) = True isPlural _ = False -- | From a list of (all) grammar annotations on some entity, infer others, -- which are not explicitly specified in the Ding source. -- -- For most annotations, this does not infer anything. -- -- This function should not be applied after any grammar annotation is -- removed (e.g., when relocating an annotation to a higher level). -- -- If the argument does not contain duplicates (recommended), neither does -- the result. expand :: [GrammarInfo] -> [GrammarInfo] expand as = let as' = concatMap infer as -- Notes: -- * union first removes duplicates in as', then deletes any element from -- it that also is in as (see implementation of union). -- This is exactly what we want. -- * For longer lists, this would be quite inefficient, but in particular -- as' is expected to have few unique elements. in as `union` as' where infer :: GrammarInfo -> [GrammarInfo] infer (GramLexCategory gram) = map GramLexCategory $ inferGLC gram infer _ = [] -- Infer from single annotations. -- Note that {noun} implies {sing} iff {pl} is not annotated. inferGLC :: GramLexCategory -> [GramLexCategory] inferGLC (Gender _) | any isPlural as = [PartOfSpeech Noun] | otherwise = [PartOfSpeech Noun, Number $ Singular False] inferGLC (Number (Singular True)) = [PartOfSpeech Noun] inferGLC (Number (Plural True)) = [PartOfSpeech Noun] inferGLC _ = [] -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Enrich/Grammar/InflectedForms.hs000066400000000000000000000042621526415265400307270ustar00rootroot00000000000000{- - Language/Ding/Enrich/Grammar/FromInflectedForms.hs - Recognize that inflec- - ted forms are only - annotated to verbs. - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - From a set of grammar annotations on a unit, infer others to apply to the - same unit. - - Note that this works on grammar elements which are common to the Ding and - TEI, however this module is deliberately placed under `Language.Ding', - because the enrichment depends on inference rules which are particular to - the Ding. E.g. `{f}' implies that the corresponding unit is a noun, in the - Ding. There may however, in general, very well be other parts of speach - bearing a gender. -} module Language.Ding.Enrich.Grammar.InflectedForms ( enrichFromInflectedForms ) where import Data.NatLang.Grammar ( GrammarInfo(GramLexCategory) , GramLexCategory(PartOfSpeech) , PartOfSpeech(Verb) ) import Language.Ding.Syntax (Unit(unitInflected, unitGrammar)) -- | Annotate any unit that is annotated with inflected forms as a verb. -- Such new verb annotations are appended to the existing grammar -- annotations. enrichFromInflectedForms :: Unit -> Unit enrichFromInflectedForms u = case unitInflected u of (Just _) -> u { unitGrammar = unitGrammar u ++ verbAnnot : [] } Nothing -> u where verbAnnot = GramLexCategory $ PartOfSpeech $ Verb [] -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Enrich/Grammar/Transfer.hs000066400000000000000000000110131526415265400275770ustar00rootroot00000000000000{- - Language/Ding/Enrich/Grammar/Transfer.hs - Transfer grammar annotation - within an entry. - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Transfer grammar annotation between units in an entry. - Units of the same and of the respective other language are treated the same. - As of now, only part of speech annotation is considered transferable, - further excluding verb types (transitivity, reflexivity). -} module Language.Ding.Enrich.Grammar.Transfer (transfer) where import Data.Maybe (mapMaybe) import Data.List (union) import Language.Ding.Syntax (Entry(..), Group(..), Unit, unitGrammar) import Data.NatLang.Grammar -- Note -- * The things in here could also be done in an attribute grammar (~Happy). -- | Transfer grammar annotations within an entry. transfer :: Entry -> Entry transfer (Entry g h) = Entry g' h' where -- Notice how the below only works because of lazyness (and Haskell's -- automated fixed point calculation). -- (The below two function evaluations depend on results of one another.) (as1, g') = handleGroup as2 g (as2, h') = handleGroup as1 h handleGroup :: [GrammarInfo] -> Group -> ([GrammarInfo], Group) handleGroup as (Group us) = fmap Group $ handleUnits as us handleUnits :: [GrammarInfo] -> [Unit] -> ([GrammarInfo], [Unit]) handleUnits _ [] = ([], []) -- Note: -- * (++) may cause many duplicates here. Since the lists are short, it -- is however ok (possibly better) to remove the duplicates once in the end -- (at the leaves/units -> repeatedly). handleUnits as (u:us) = (as1 ++ as2, u':us') where -- Again, this works because of Haskell's lazyness. (as1, u') = handleUnit (as ++ as2) u (as2, us') = handleUnits (as ++ as1) us handleUnit :: [GrammarInfo] -> Unit -> ([GrammarInfo], Unit) handleUnit as u = (transferableGrammar uas, u { unitGrammar = uas `union` as }) where uas = unitGrammar u -- | From grammar information, extract any that is considered transferable to -- units in the same entry (i.e., the same group and the translation group). -- -- Duplicates may arise. These are not removed, because the result of this -- application is to be merged with `union' anyways (union removes duplicates -- off its second argument). transferableGrammar :: [GrammarInfo] -> [GrammarInfo] transferableGrammar = mapMaybe reduceGram -- Note: Collocations such as {+ Gen} are dropped. In many cases, co-occuring -- units share such collocations (without explicit annotation on each), -- but these cases are hard to identify. reduceGram :: GrammarInfo -> Maybe GrammarInfo reduceGram (GramLexCategory gram) = fmap GramLexCategory $ reduceGLC gram reduceGram _ = Nothing -- | Extract grammar information that shall be transfered to other units -- in the same entry (i.e., the same group and the translation group). -- -- Note: Handling in-language synonyms and translations the same way is not -- natural, but works for a German-English dictionary with the present -- grammar annotations. The grammatical case might form an exception, -- but it is rarely annotated anyways (possibly even no occurence). reduceGLC :: GramLexCategory -> Maybe GramLexCategory reduceGLC (PartOfSpeech pos) = fmap PartOfSpeech $ reducePOS pos reduceGLC _ = Nothing -- | Retain all information except verb types (reflexivity & transitivity) -- -- Notes: -- * Proposition-annotations ({prp}) are often made seemingly incorrect. -- * It is assumed preposition means adposition. -- * See https://en.wikipedia.org/wiki/Preposition_and_postposition -- * Otherwise, a preposition might be translated to a postposition. reducePOS :: PartOfSpeech -> Maybe PartOfSpeech reducePOS (Verb _) = Just $ Verb [] reducePOS pos = Just pos -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Inverse.hs000066400000000000000000000027141526415265400246400ustar00rootroot00000000000000{- - Language/Ding/Inverse.hs - Invert the language order - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Invert a Ding dictionary's direction, by mirroring all contained entries. -} module Language.Ding.Inverse (inverse) where import Data.NatLang.Dictionary import Language.Ding.Syntax -- | Give the inverse of a dictionary (invert the order of languages). -- This function is bijective and its own inverse. inverse :: Ding -> Ding inverse (Dictionary header srcLang tgtLang (Body ls)) = Dictionary header tgtLang srcLang (Body $ map lineInverse ls) lineInverse :: Line -> Line lineInverse (Line entries) = Line $ map entryInverse entries entryInverse :: Entry -> Entry entryInverse (Entry g h) = Entry h g -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Parser.hs000066400000000000000000000114721526415265400244620ustar00rootroot00000000000000{- - Language/Ding/Parser.hs - parser - - Copyright 2020-2022 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Parse the Ding dictionary from a list of tokens as identified by - `Language.Ding.AlexScanner'. The header is parsed manually, the body by - a `Happy' generated module. -} module Language.Ding.Parser (parse) where import Prelude hiding (log) import Control.Monad (guard) import Control.Monad.Writer (runWriter, Writer, mapWriterT) import Data.Functor.Identity (Identity(Identity)) import Data.Maybe (catMaybes) import Data.NatLang.Dictionary (Dictionary(Dictionary), Body(Body)) import Data.NatLang.Language (Language(German, English)) import Language.Ding.Parser.Header (parseHeader) import Language.Ding.Parser.Line (parseLine, FailWriter) import Language.Ding.Syntax (Ding, Line) import Language.Ding.Token (Token(..), Atom(..)) -- Note: -- * The parse log is completely separated from the returned value. -- * Consequence: Writing both in parallel (to stderr and, e.g., a file) is -- difficult. -- * This should not affect performance too much, however. The parse log is -- usually short and we cannot begin writing the data before most of the -- parsing is done, anyways. -- | Construct a Ding AST from a list of tokens, plus a parse log composed of -- parse errors and notes. -- Iff one of the errors prevents constructing a valid Ding AST, `Nothing' is -- returned as such. parse :: [Token] -> (Maybe Ding, [Either String String]) parse ts = ( do header <- either (const Nothing) Just eHeader guard $ not $ null bodyLines return $ Dictionary header German English (Body bodyLines) , concat [ either (pure . Left) (const []) eHeader , bodyLog -- Note: Appending a single value is not optimal. Prepending instead -- would yield an unusual order. , if null bodyLines -- The FreeDict XML schema requires at least one entry and no such can -- be generated from nothing. then pure $ Left "Input contains no valid dictionary entries." else [] ] ) where (headerLines, bodyToks) = separateHeaderLines ts eHeader = parseHeader headerLines (bodyLines, bodyLog) = runWriter $ parseBody bodyToks -- | Parse a list of `Line's. parseBody :: [Token] -> ParseWriter [Line] parseBody = fmap catMaybes . mapM (mergeErrorToLog . parseLine) . tokLines -- | A writer logging both informative messages (`Left') and error messages -- (`Right'). type ParseWriter = Writer [Either String String] -- | Convert a `FailWriter' to a `ParseWriter'. -- If an error occurred in the `FailWriter', the `ParseWriter' returns -- `Nothing' as value. mergeErrorToLog :: FailWriter a -> ParseWriter (Maybe a) mergeErrorToLog = mapWriterT aux where aux :: Either String (a, [String]) -> Identity (Maybe a, [Either String String]) aux (Left e) = Identity (Nothing, pure $ Left e) aux (Right (x, log)) = Identity (Just x, map Right log) -- | Separate the initial lines belonging to the header from the body lines. -- Header lines are converted to strings. separateHeaderLines :: [Token] -> ([String], [Token]) separateHeaderLines (Token _ _ (HeaderLine hl) : Token _ _ NL : tls) = let (hls, tls') = separateHeaderLines tls in (hl : hls, tls') separateHeaderLines tls = ([], tls) -- | Break a list of tokens into a list of lines, the latter being also a list -- of tokens. The separating newline tokens are retained. The list of -- tokens is expected to be newline-terminated. -- Similar to `Data.OldList.lines', but on tokens, with separator -- `Language.Ding.Token.NL'. tokLines :: [Token] -> [[Token]] tokLines [] = [] tokLines ts = let (l, ts') = breakLine ts in l : tokLines ts' -- | Separate a single line, including newline token from the stream. -- Requires a newline token to be present. breakLine :: [Token] -> ([Token], [Token]) breakLine (nl@(Token _ _ NL) : ts) = ([nl], ts) breakLine (t : ts) = let (l, ts') = breakLine ts in (t : l, ts') breakLine [] = -- TODO: Encapsulate error in the logging monad. error "Input is not newline-terminated." -- vi: ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Parser/000077500000000000000000000000001526415265400241215ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Parser/Header.hs000066400000000000000000000047121526415265400256510ustar00rootroot00000000000000{- - Language/Ding/Parser/Header.hs - parse the Ding header - - Copyright 2020,2021 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Parse the header of the Ding dictionary. -} module Language.Ding.Parser.Header (parseHeader) where import Data.List (stripPrefix) import Language.Ding.Syntax (Header(..)) -- | Parse the Ding header from a list of lines. -- The expected syntax is very strict; it does for example not fit the -- header of the es-de Ding dictionary. parseHeader :: [String] -> Either String Header parseHeader (versionL : copyrightL : yearsL : licenseL : urlL : []) = maybe (Left "Failed parsing header.") Right $ do versionInfo <- stripPrefix "# Version :: " versionL (version, date) <- case words versionInfo of [a, b] -> Just (a, b) _ -> Nothing copyrightHolder <- stripPrefix "# Copyright (c) :: " copyrightL >>= stripSuffixChar ',' years <- stripPrefix "# " yearsL license <- stripPrefix "# License :: " licenseL url <- stripPrefix "# URL :: " urlL return $ Header { headerVersion = version , headerVersionDate = date , headerCopyrightHolder = copyrightHolder , headerCopyrightPeriod = years , headerLicense = license , headerURL = url } parseHeader _ = Left "Unexpected number of header lines." -- | Attempt to strip off a particular terminating char. -- Return `Just prefix', where `prefix' is the remaing prefix in case of -- success and `Nothing' otherwise. stripSuffixChar :: Char -> String -> Maybe String stripSuffixChar _ [] = Nothing stripSuffixChar k [c] = if k == c then Just [] else Nothing stripSuffixChar k (c:cs) = fmap (c:) $ stripSuffixChar k cs -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Parser/Line.y000066400000000000000000000602001526415265400252000ustar00rootroot00000000000000{- - Language/Ding/Parser/Line.y - parser for a single Ding line - - Copyright 2020-2022 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} -- Notes: -- * This file is supposed to be processed by Happy. It contains both Happy -- specific syntax and regular Haskell code. The former is in some ways -- similar to the latter. The result of processing with Happy is a regular -- Haskell source file. -- * The Happy syntax should be very similar to the syntax of Yacc/Bison. -- * There is an important relation between the lexer (produced with the help -- of Alex) and the parser. -- * Happy Documentation: https://www.haskell.org/happy/ { -- Haskell module header and import statements. {-# LANGUAGE FlexibleInstances #-} {-| - Parse single Ding lines from a list of tokens. Only accepts newline - terminated lines. -} module Language.Ding.Parser.Line (parseLine, FailWriter) where import Prelude hiding (fail) import Control.Monad.Fail (MonadFail(fail)) import Control.Monad.Writer (Writer, tell, writer, WriterT(WriterT), mapWriterT) import Data.List.NonEmpty (NonEmpty(..), (<|)) import qualified Data.List.NonEmpty as NEList import Safe.Exact (zipWithExactMay) import Data.NatLang.Grammar ( GrammarInfo(..) , GramLexCategory(..) , Case(..) , Collocate(..) ) import Data.NatLang.Usage (Usage) import Data.NatLang.InflectedForms (InflectedForms(..), InflectedForm(..)) import Language.Ding.Partial.Unit (PartialUnit) import qualified Language.Ding.Partial.Unit as PU import Language.Ding.Partial.PseudoUnit (PartialPseudoUnit) import qualified Language.Ding.Partial.PseudoUnit as PSU import Language.Ding.Read.Usage (readUsage) import Language.Ding.Syntax import Language.Ding.Token (Token(..), Atom(..), Position(..), tokenToString, tokenToLine) } %name parseLine -- name of the resulting function %tokentype { Token } %monad { FailWriter } %error { parseError } -- name of the error function - must be defined later ------------------------------------------------------------------------------- -- Link Happy tokens (left) to Haskell patterns (right). -- Notes: -- * If `$$' is specified on the right, the Happy token will evaluate to the -- token's part matched by `$$'. Otherwise, the Happy token evaluates to -- the whole token. -- * It is common for simple tokens to use as name the string representing the -- token, however not at all necessary. %token '\n' { Token _ _ NL } '::' { Token _ _ LangSep } '|' { Token _ _ Vert } ';' { Token _ _ Semi } ',' { Token _ _ Comma } '~' { Token _ _ Tilde } '+' { Token _ _ Plus } '<>' { Token _ _ Wordswitch } '/' { Token _ _ StrongSlash } '' { Token _ _ WeakSlash } '//' { Token _ _ DoubleSlash } '{' { Token _ _ OBrace } '}' { Token _ _ CBrace } '[' { Token _ _ OBracket } ']' { Token _ _ CBracket } '(' { Token _ _ OParen } ')' { Token _ _ CParen } '<' { Token _ _ OAngle } '>' { Token _ _ CAngle } '' { Token _ _ CSlash } 'to' { Token _ _ KW_to } tok_slashSpecial { Token _ _ (SlashSpecial _) } tok_abbrev { Token _ _ (Abbrev _) } tok_abbrevPlural { Token _ _ (AbbrevPlural _) } -- Note: -- * The grammar annotations are separated because gramCase needs to be -- separately available (and Happy tokens may not overlap). tok_gramPOS { Token _ _ (GramKW (PartOfSpeech _)) } tok_gramGender { Token _ _ (GramKW (Gender _)) } tok_gramNumber { Token _ _ (GramKW (Number _)) } tok_gramCase { Token _ _ (GramKW (Case _)) } tok_interrogPron { Token _ _ (IntPronKW _) } tok_text { Token _ _ (Text _) } -- Just ensure that 'to' has lowest precedence. -- * Giving it right associativity causes 'to to' to cause a shift. %right 'to' %right ',' '~' '+' '<>' '/' '' '//' tok_gramPOS tok_gramGender tok_gramNumber tok_gramCase tok_interrogPron tok_text '(' %% ------------------------------------------------------------------------------- -- Grammar specification ------------------------------------------------------------------------------- -- See doc/ding-grammar-naming for a brief syntax overview and naming -- conventions. -- Notes: -- * Only a single line is parsed. -- * Left recursion is recommended by the Happy developers, due to space -- requirements. -- * This causes lists to be reversed, which requires re-reversal (or -- special alternative list structures), which makes the grammar often -- less readable. -- * Since all lists are expected to be small, space should not be an issue. -- * Hence, ignore this. -- - https://www.haskell.org/happy/doc/html/sec-sequences.html -- - String-concatenation that uses left-recursion has the same problem. -- - (<>), when applied to tokens does essentially perform string -- concatentation. -- - mconcat can be used instead. -- * The parsing happens in the Writer monad to allow for logging. -- * There does however not happen any logging as of now. -- * The syntax would be the same without a monad; only the type of the -- parseLine function would be simpler. -- Note: -- * The newline token serves as EOL token, such that there is never an error -- on end of tokens. -- * (One could also have given this parser a non-newline terminated stream -- of tokens.) -- * End-of-tokens errors do not report the position of the error, which -- usually is not a problem, since it is just the end of input. -- * However, since we only parse single lines, where each contained -- token is annotated with a line number, this would be a problem. line :: { Line } line : groups '::' groups '\n' {% makeLine (tokenToLine $2) $1 $3 } groups :: { [Group] } groups : group '|' groups { $1 : $3 } | group { $1 : [] } -- Note: -- * In some cases, there is exactly one unit in a group, which does not obey -- to the rules of a proper unit - the headword is enclosed in <()>. -- * It does however (in practice) obey the rules of a PartialPseudoUnit. -- * Use these, to ignore the unit. (TODO: improve) -- * See also: todo/parsing.paren-units group :: { Group } group : units { Group $ reverse $1 } | {- epsilon -} { Group [] } | pseudoUnit { Group [] } -- Notes: -- * Produces the list of units in reverse order. -- * This is to ease the application of `addToUnit'. -- * Only accepts a non-empty list of units. (because of the <;> seps) units :: { [Unit] } units : units ';' unit { $3 : $1 } | units ';' pseudoUnit { map (PSU.addToUnit $3) $1 } | unit { $1 : [] } ------------------------------------------------------------------------------- -- Unit unit :: { Unit } unit : parenExps partialUnit { PU.toUnit $1 $2 } -- TODO: Do not ignore <>. pseudoUnit :: { PartialPseudoUnit } pseudoUnit : pseudoUnit gramAnnot { $1 `PSU.plusGramAnnot` $2 } | pseudoUnit usageAnnot { $1 `PSU.plusUsageAnnot` $2 } | pseudoUnit angleExp { $1 } | parenExp parenExps { PSU.fromSuffixes ($1 : $2) } -- Notes: -- * Any infix annotations are silently dropped (see plusToken). Prefix -- annotations are considered invalid and not accepted by the grammar. -- * Parenthesis expressions may occur as prefixes though, they are -- recognized in the `unit' rule. -- * Initial abbreviations are equated to regular text, iff they are "single", -- that is contain no <,> or <;> separated list of abbeviations. -- * If prefixed by 'to', ignore the 'to' and mark as verb. -- * This only happens if 'to' is immediately followed by something -- recognized as regular text (unitText). -- * In particular things like 'to (have a) lisp' or -- 'to (give one's) consent (to)' are not specially treated. -- (They are quite infrequent though.) -- * Also, allowing () would complicate the parsing. -- * PU.fromVerbToken annotates the unit as a verb. This may be superfluous -- if there is an explicit annotation (rare), but such a duplicate would -- be resolved during enrichment. -- * angleExp ("<...>") is ignored. (TODO?) -- * Semantics unclear. partialUnit :: { PartialUnit } partialUnit : partialUnit gramAnnot { $1 `PU.plusGramAnnot` $2 } | partialUnit usageAnnot { $1 `PU.plusUsageAnnot` $2 } | partialUnit abbrevAnnot { $1 `PU.plusAbbrevAnnot` $2 } | partialUnit inflAnnot { $1 `PU.plusInflAnnot` $2 } | partialUnit parenExp { $1 `PU.plusSuffix` $2 } | partialUnit angleExp { $1 {- ignore $2 -} } | partialUnit reference { $1 `PU.plusRef` $2 } | partialUnit unitText { $1 `PU.plusToken` $2 } | partialUnit 'to' { $1 `PU.plusToken` $2 } | partialUnit unitInterpct { $1 `PU.plusToken` $2 } | unitText { PU.fromToken $1 } -- 'to' has lowest precedence (and is right associative), so the -- later rules will be preferred. | 'to' { PU.fromToken $1 } | 'to' unitInterpct { PU.fromToken ($1 <> $2) } | 'to' unitText { PU.fromVerbToken $2 } -- Some units start with an abbreviation (usually without further -- unitText). In such, treat the abbreviation as plain text. | singleAbbrevAnnot { PU.fromToken $1 } -- Notes: -- * As of now, keywords (except for 'to') have no special meaning in -- top-level text. Hence, treat them as simple text. -- * Cannot use gtok_anyKW, since it includes 'to'. unitText :: { Token } unitText : tok_text { $1 } | gtok_gram { $1 } | tok_interrogPron { $1 } -- | Interpunctuation in units. -- -- Note: "<>" is ignored. unitInterpct :: { Token } unitInterpct : ',' { $1 } | '+' { $1 } | '//' { $1 } | '/' { $1 } | '' { $1 } | '<>' { mempty } ------------------------------------------------------------------------------- -- Grammar annotation gramAnnot :: { NonEmpty GrammarInfo } gramAnnot : '{' gramAnnot1s '}' { $2 } -- Note: <;> and <,> are used with different meanings in this context -- (usually AND and OR, respectively), but to keep things simple, they -- are considered equivalent as of now. gramAnnot1s :: { NonEmpty GrammarInfo } gramAnnot1s : gramAnnot1 ';' gramAnnot1s { $1 <> $3 } | gramAnnot1 { $1 } gramAnnot1 :: { NonEmpty GrammarInfo } gramAnnot1 : gramAnnot2s { $1 } | collocAnnot1 usageAnnots { Collocate $1 $2 :| [] } -- The two rules for CollocCase are necessary to avoid a shift/reduce conflict. -- The first rule only allows a non-empty list of interrogation pronouns. collocAnnot1 :: { Collocate } collocAnnot1 : interrogProns '+' tok_gramCase { CollocCase $1 (tokenToCase $3) } | '+' tok_gramCase { CollocCase [] (tokenToCase $2) } | '+' tok_gramPOS { CollocPOS (tokenToPOS $2) } | '+' tok_gramNumber { CollocNumber (tokenToNumber $2) } -- TODO: Consider to add '/' as alternative separator. gramAnnot2s :: { NonEmpty GrammarInfo } gramAnnot2s : gramAnnot2 ',' gramAnnot2s { $1 <| $3 } | gramAnnot2 { $1 :| [] } gramAnnot2 :: { GrammarInfo } gramAnnot2 : gramLexCat { GramLexCategory $1 } gramLexCat :: { GramLexCategory } gramLexCat : gtok_gram { tokenToGramLexCat $1 } interrogProns :: { [String] } interrogProns : tok_interrogPron ',' interrogProns { tokenToString $1 : $3 } | tok_interrogPron { tokenToString $1 : [] } ------------------------------------------------------------------------------- -- Inflected forms -- Notes: -- * Inflected forms are distinguished from grammar annotations by the -- absence of grammar keywords. -- * NonEmpty lists are used here. (:|) constructs a NonEmpty list from a -- single head element and a regular list. (<|) joins a single element with -- a NonEmpty list, just like (:) for normal lists. -- * Considering the implementation of NonEmpty, using (<|) is not very -- efficient (decons (:|), cons (:), cons (:|) - instead of just -- cons (:)). inflAnnot :: { InflectedForms } inflAnnot : '{' inflAnnot1s ';' inflAnnot1s '}' { InflectedForms $2 $4 } inflAnnot1s :: { NonEmpty InflectedForm } inflAnnot1s : inflAnnot1 ',' inflAnnot1s { $1 <| $3 } | inflAnnot1 { $1 :| [] } inflAnnot1 :: { InflectedForm } inflAnnot1 : inflAnnot2 usageAnnots { InflectedForm (tokenToString $1) $2 } -- Notes: -- * Most inflected forms consist of a single word. Not all -- (e.g., "creeped out"). -- * Cannot use gtok_anyKW, as it includes gtok_gramKW. inflAnnot2 :: { Token } inflAnnot2 : tok_text inflAnnot2 { $1 <> $2 } | tok_text { $1 } | tok_interrogPron { $1 } | 'to' { $1 } ------------------------------------------------------------------------------- -- Abbreviation annotations -- Note: This rule exists purely to provide a prefix for unit. singleAbbrevAnnot :: { Token } singleAbbrevAnnot : '' { $2 } | tok_abbrev { $1 } | tok_abbrevPlural { $1 } | tok_slashSpecial { $1 } abbrevAnnot :: { NonEmpty String } abbrevAnnot : '' { $2 } | tok_abbrev { tokenToString $1 :| [] } | tok_abbrevPlural { (tokenToString $1 ++ "s") :| [] } | tok_slashSpecial { tokenToString $1 :| [] } -- Note: <;> is more frequent. abbrevAnnot1s :: { NonEmpty String } abbrevAnnot1s : abbrevAnnot1 ';' abbrevAnnot1s { tokenToString $1 <| $3 } | abbrevAnnot1 ',' abbrevAnnot1s { tokenToString $1 <| $3 } | abbrevAnnot1 { tokenToString $1 :| [] } -- Consider content a literal (in particular do not drop any inner annotation). abbrevAnnot1 :: { Token } abbrevAnnot1 : abbrevAnnot2 abbrevAnnot1 { $1 <> $2 } | abbrevAnnot2 { $1 } -- Note: -- * <()>, <[]> are rare here. -- . Ex.: "/Hg(CNO)2/" -- . Ex.: "section 15, subsection 3 /s.15[3]/" -- * Nesting likely does not occur at all, but is considered valid. abbrevAnnot2 :: { Token } abbrevAnnot2 : tok_text { $1 } | gtok_anyKW { $1 } | '+' { $1 } | '/' { $1 } | '(' abbrevAnnot2 ')' { $1 <> $2 <> $3 } | '[' abbrevAnnot2 ']' { $1 <> $2 <> $3 } ------------------------------------------------------------------------------- -- Expressions enclosed in parentheses -- Note: -- * The below rules give (String, Token) for a parenthesis expression. -- The string is the content, the token joins the content with the -- parentheses (and retains any spacing). -- * The token is required to allow for infix parenthesis expressions to be -- merged back with its context. parenExps :: { [(String, Token)] } parenExps : parenExp parenExps { $1 : $2 } | {- epsilon -} { [] } parenExp :: { (String, Token) } parenExp : '(' parenExp1 ')' { (tokenToString $2, $1 <> $2 <> $3) } parenExp1 :: { Token } parenExp1 : parenExp2 parenExp1 { $1 <> $2 } parenExp1 : parenExp2 { $1 } -- Notes: -- * Several inner annotations are ignored (on purpose), such as references or -- <{}>-annotations. -- * Nonetheless, for example <{}>-annotations should not be simplified -- (allowed to contain more or less anything) - the content should still -- be a valid annotation. I.e., use the grammar rules for those -- annotations. -- * Nested <()>-annotations are included literally. -- * They are rare though. (Hence the nested (<>) application is ok.) -- * One might consider to include abbreviations literally. (TODO?) -- * This would require an abbrevAnnot'-rule, producing a token instead of -- a list of Strings. -- * Alternatively, one might reconstruct an equivalent representation, -- based on that list. parenExp2 :: { Token } parenExp2 : tok_text { $1 } | gtok_anyKW { $1 } | reference { mempty } | gramAnnot { mempty } | inflAnnot { mempty } | usageAnnot { mempty } | abbrevAnnot { mempty } | '(' parenExp1 ')' { $1 <> $2 <> $3 } | ';' { $1 } | ',' { $1 } | '+' { $1 } | '<>' { mempty } | '/' { $1 } | '' { $1 } | '//' { $1 } ------------------------------------------------------------------------------- -- Expressions enclosed in angle brackets -- Note: They are dropped as of now, since their semantics are ambiguous. angleExp :: { NonEmpty String } angleExp : '<' angleExp1s '>' { $2 } -- Note: -- * Separation by <;>, <,> is rare (two/one occurrences). angleExp1s :: { NonEmpty String } angleExp1s : angleExp1 ';' angleExp1s { tokenToString $1 <| $3 } | angleExp1 ',' angleExp1s { tokenToString $1 <| $3 } | angleExp1 { tokenToString $1 :| [] } angleExp1 :: { Token } angleExp1 : angleExp2 angleExp1 { $1 <> $2 } | angleExp2 { $1 } -- Notes: -- * There are nested angle-expressions. It is unclear how to handle them. -- Drop for now. (TODO?) -- * They are rare (two occurences). -- * Only one occurence of nested <()>. Dropped for now. (TODO?) -- * Only 4 occurrences of nested abbreviations. Dropped for now. (TODO?) angleExp2 :: { Token } angleExp2 : tok_text { $1 } | gtok_anyKW { $1 } | angleExp { mempty } | '(' angleExp1 ')' { mempty } | abbrevAnnot { mempty } ------------------------------------------------------------------------------- -- References ("~ref") -- Note: -- * Due to the simple current word-matching in the lexer, this might catch -- unexpected references, such as "~word?". (TODO) reference :: { String } reference : '~' reference1 { tokenToString $2 } reference1 :: { Token } reference1 : tok_text { $1 } | gtok_anyKW { $1 } ------------------------------------------------------------------------------- -- Usage annotations -- Zero or more <[]>-enclosed usage annotations. -- Unified to a single list (e.g., "[a,b] [c]" -> [a,b,c]). usageAnnots :: { [Usage] } usageAnnots : usageAnnot usageAnnots { NEList.toList $1 ++ $2 } | {- epsilon -} { [] } -- A single usage annotation (e.g., "[a,b]"). usageAnnot :: { NonEmpty Usage } usageAnnot : '[' usageAnnot1s ']' { $2 } -- Note: <,> and are treated as synonyms. They possibly shouldn't. usageAnnot1s :: { NonEmpty Usage } usageAnnot1s : usageAnnot1 ',' usageAnnot1s { $1 <| $3 } | usageAnnot1 '/' usageAnnot1s { $1 <| $3 } | usageAnnot1 { $1 :| [] } usageAnnot1 :: { Usage } usageAnnot1 : usageAnnot2s { readUsage $ tokenToString $1 } usageAnnot2s :: { Token } usageAnnot2s : usageAnnot2 usageAnnot2s { $1 <> $2 } | usageAnnot2 { $1 } usageAnnot2 :: { Token } usageAnnot2 : tok_text { $1 } | gtok_anyKW { $1 } | ';' { $1 } | '+' { $1 } ------------------------------------------------------------------------------- -- Grouped simple tokens gtok_anyKW :: { Token } gtok_anyKW : gtok_gram { $1 } | tok_interrogPron { $1 } | 'to' { $1 } gtok_gram :: { Token } gtok_gram : tok_gramPOS { $1 } | tok_gramGender { $1 } | tok_gramNumber { $1 } | tok_gramCase { $1 } { ------------------------------------------------------------------------------- -- Auxiliary Haskell code -- Logging: -- * The FailWriter below allows for logging of parse notes and errors -- (`fail'). -- - Errors indicate a failure and, so, no value is returned. -- * `fail' should always be preferred over `error', unless the respective -- condition indicates a programming error. -- * The filename should not and cannot be given here; it is prepended at a -- higher level. -- | A writer that allows logging informative messages, but also to fail with -- an error message. -- The informative log is retained in case of a failure. type FailWriter = WriterT [String] (Either String) instance MonadFail (Either String) where fail = Left -- Note: The token list can only be empty if the token list given to -- `parseLine' was not terminated by a newline token. Which should not -- be possible (an error would occur on a higher level). -- - The first error is thus deliberately handled by `error' and not `fail'. parseError :: [Token] -> FailWriter a parseError [] = error "Parse error at end of line (missing newline?)." parseError ((Token _ (Position line col) _):_) = fail $ "Parse error at line " ++ show line ++ ", column " ++ show col ++ "." -- | Create a line from the left and right side's groups. Fail, if the groups -- are not equal in number of entries. makeLine :: Int -> [Group] -> [Group] -> FailWriter Line makeLine line gs hs = case zipWithExactMay Entry gs hs of Just es -> return $ Line es Nothing -> fail $ "Line " ++ show line ++ ": " ++ "Number of groups does not match on the two sides." tokenToGramLexCat :: Token -> GramLexCategory tokenToGramLexCat (Token _ _ (GramKW gram)) = gram tokenToGramLexCat _ = error "Not a grammar keyword." tokenToGramAnnot :: Token -> GrammarInfo tokenToGramAnnot (Token _ _ (GramKW gram)) = GramLexCategory gram tokenToGramAnnot _ = error "Not a grammar annotation." tokenToCase :: Token -> Case tokenToCase (Token _ _ (GramKW (Case cas))) = cas tokenToCase _ = error "Not a case keyword." tokenToPOS (Token _ _ (GramKW (PartOfSpeech pos))) = pos tokenToPOS _ = error "Not a part of speech keyword." tokenToNumber (Token _ _ (GramKW (Number number))) = number tokenToNumber _ = error "Not a grammatical number keyword." } -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Partial/000077500000000000000000000000001526415265400242615ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Partial/PseudoUnit.hs000066400000000000000000000057541526415265400267270ustar00rootroot00000000000000{- - Language/Ding/Partial/PseudoUnit.hs - partial pseudo units - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Handling of syntax elements that syntactically look like units however - only contain annotations, which are to be applied to preceding units. -} module Language.Ding.Partial.PseudoUnit ( PartialPseudoUnit , fromSuffixes , addToUnit , plusGramAnnot , plusUsageAnnot ) where import Data.List.NonEmpty (NonEmpty) import qualified Data.List.NonEmpty as NEList import Data.NatLang.Grammar (GrammarInfo) import Data.NatLang.Usage (Usage) import Language.Ding.Syntax (Unit(..)) import Language.Ding.Token (Token, tokenToString) -- | Partial pseudo unit that may be expanded with annotations and finally -- adjuncted to a unit. data PartialPseudoUnit = PartialPseudoUnit { plainToks :: [Token] , suffixes :: [String] , gramAnnots :: [NonEmpty GrammarInfo] , usageAnnots :: [NonEmpty Usage] } empty :: PartialPseudoUnit empty = PartialPseudoUnit [] [] [] [] -- | Create a `PartialPseudoUnit' from a list of parenthesis expressions. fromSuffixes :: [(String, Token)] -> PartialPseudoUnit fromSuffixes sufs = empty { suffixes = map fst sufs , plainToks = map snd sufs } plusGramAnnot :: PartialPseudoUnit -> NonEmpty GrammarInfo -> PartialPseudoUnit plusGramAnnot psu as = psu { gramAnnots = as : gramAnnots psu } plusUsageAnnot :: PartialPseudoUnit -> NonEmpty Usage -> PartialPseudoUnit plusUsageAnnot psu as = psu { usageAnnots = as : usageAnnots psu } -- | Add all annotations contained in a partial pseudo unit to a regular unit. addToUnit :: PartialPseudoUnit -> Unit -> Unit -- Note: -- * Due to the use of (++), this is not very efficient (for larger lists). -- * This could be improved by applying to a PartialUnit instead, which has -- stored its elements in inverse order. -- * This would however likely render the HappyParser.y code less -- readable. addToUnit psu u = u { unitPlain = unitPlain u ++ tokenToString (mconcat $ reverse $ plainToks psu) , unitSuffixes = unitSuffixes u ++ suffixes psu , unitGrammar = unitGrammar u ++ concat (reverse $ map NEList.toList $ gramAnnots psu) , unitUsages = unitUsages u ++ concat (reverse $ map NEList.toList $ usageAnnots psu) } -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Partial/Unit.hs000066400000000000000000000136641526415265400255460ustar00rootroot00000000000000{- - Language/Ding/Partial/Unit.hs - partial units - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Intermediate representation and handling of partially parsed units. -} module Language.Ding.Partial.Unit ( PartialUnit , fromToken , fromVerbToken , toUnit , plusToken , plusGramAnnot , plusUsageAnnot , plusAbbrevAnnot , plusInflAnnot , plusSuffix , plusRef ) where import Data.List.NonEmpty (NonEmpty) import qualified Data.List.NonEmpty as NEList (toList) import Data.NatLang.Grammar ( GrammarInfo(GramLexCategory) , GramLexCategory(PartOfSpeech) , PartOfSpeech(Verb) ) import Data.NatLang.InflectedForms (InflectedForms) import Data.NatLang.Usage (Usage) import Language.Ding.Syntax (Unit(..)) import Language.Ding.Token (Token, tokenToString) -- Notes -- * A PartialUnit contains information on a prefix of a unit. -- * It can be "modified" by appending annotations and regular unit text. -- * See below on "Modification". -- * "Modification": Inefficiency -- * A PartialUnit is immutable, hence any operation that might look like -- an update actually creates a new PartialUnit. -- * Cost is proportional to the number of fields in PartialUnit. -- * The problem could potentially be avoided by changing PartialUnit to -- essentially be a list of a sum type of all potential elements. This -- list would then later be processed by means equivalent to `plus*'. -- * All `plus*' functions are meant to be used in infix-form. -- | Partial unit that may be expanded with annotations and regular tokens, -- and finally converted into a `Language.Ding.Syntax.Unit'. -- All fields' contents are stored in reverse order. data PartialUnit = PartialUnit { headwordToks :: [Token] -- ^ tokens to later form the headword , plainToks :: [Token] -- ^ tokens to form a potential example , gramAnnots :: [NonEmpty GrammarInfo] , usageAnnots :: [NonEmpty Usage] , abbrevAnnots :: [NonEmpty String] , mInfl :: Maybe InflectedForms , suffixes :: [String] , references :: [String] } empty :: PartialUnit empty = PartialUnit [] [] [] [] [] Nothing [] [] -- | Convert a token to a partial unit without any annotation. fromToken :: Token -> PartialUnit fromToken = (empty `plusToken`) -- | Like fromToken, but mark as verb. Meant to be used for units prefixed by -- "to". fromVerbToken :: Token -> PartialUnit fromVerbToken t = fromToken t `plusGramAnnot` pure (GramLexCategory $ PartOfSpeech $ Verb []) -- | Add a token. -- All previous annotations except parenthesis expression are thrown away. -- (Due to the presence of the processed token, they are infix -- annotations.) -- Preceding parenthesis expressions are treated equal to preceding text -- tokens, and therefore effectively retained in verbatim. plusToken :: PartialUnit -> Token -> PartialUnit -- Use plainToks also for the headwordToks, because they contain literal -- ()-annots. plusToken pu t = empty { headwordToks = toks' , plainToks = toks' } where toks' = t : plainToks pu plusGramAnnot :: PartialUnit -> NonEmpty GrammarInfo -> PartialUnit plusGramAnnot pu as = pu { gramAnnots = as : gramAnnots pu } plusUsageAnnot :: PartialUnit -> NonEmpty Usage -> PartialUnit plusUsageAnnot pu as = pu { usageAnnots = as : usageAnnots pu } -- Note: -- * One might consider keeping one of the abbreviations in the example -- version (i.e., as Token) to allow for abbreviations to be retained -- verbatim when infixes of an example unit. -- * Further analysis required (TODO). plusAbbrevAnnot :: PartialUnit -> NonEmpty String -> PartialUnit plusAbbrevAnnot pu as = pu { abbrevAnnots = as : abbrevAnnots pu } -- | Add an inflection annotation. -- If there are added several ones in succession, the last one is prefered. plusInflAnnot :: PartialUnit -> InflectedForms -> PartialUnit plusInflAnnot pu infl = pu { mInfl = Just infl } -- | Takes both the string representing the suffix, without potential -- enclosing parentheses, and a token that includes potential parentheses. plusSuffix :: PartialUnit -> (String, Token) -> PartialUnit plusSuffix pu (s, t) = pu { suffixes = s : suffixes pu , plainToks = t : plainToks pu } plusRef :: PartialUnit -> String -> PartialUnit plusRef pu ref = pu { references = ref : references pu } -- | From a list of prefixes and a partial unit, construct a unit. -- Takes a list of (`String', `Token') prefixes that stem from parenthesis -- expressions, where the type has the same significance as in `plusSuffix'. toUnit :: [(String, Token)] -> PartialUnit -> Unit toUnit prefs pu = Unit { unitHeadword = tokenToString $ mconcat $ reverse $ headwordToks pu , unitPlain = tokenToString $ mconcat $ prefToks ++ (reverse $ plainToks pu) , unitGrammar = concat $ reverse $ map NEList.toList $ gramAnnots pu , unitUsages = concat $ reverse $ map NEList.toList $ usageAnnots pu , unitPrefixes = prefStrings , unitSuffixes = reverse $ suffixes pu , unitAbbrevs = concat $ reverse $ map NEList.toList $ abbrevAnnots pu , unitInflected = mInfl pu , unitReferences = reverse $ references pu , unitExamples = [] -- populated during enrichment } where (prefStrings, prefToks) = unzip prefs -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Pretty.hs000066400000000000000000000130611526415265400245110ustar00rootroot00000000000000{- - Language/Ding/Pretty.hs - pretty printing of the Ding AST - Copyright 2020,2022 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-# LANGUAGE FlexibleInstances #-} {-| - Pretty printing of the Ding AST. - - Note that the pretty printing does not generally reproduce the originally - parsed Ding syntax; the result may even not be accepted by the parser. - - The former is because - a) during parsing, some information is dropped, - b) enrichment may have changed the order of annotations. - Also, potentially identified examples are not displayed. - - The latter is only the case when grammar inferral (enrichment) was - performed. In this case, grammar information such as "{noun}" may be - inferred, which is not originally present in the Ding dictionary, albeit - useful information during debugging. -} module Language.Ding.Pretty (pretty) where import Prelude hiding ((<>)) import Data.List.NonEmpty (NonEmpty) import qualified Data.List.NonEmpty as NEList import Text.PrettyPrint import Data.NatLang.Dictionary (Dictionary(..), Body(..)) import Data.NatLang.Grammar import Data.NatLang.InflectedForms import Data.NatLang.Usage import Language.Ding.Show.Grammar (showGLC, showCase, showNumber, showPOS) import Language.Ding.Syntax hiding (Dictionary) ------------------------- -- Some helper functions -- | Modify a `Doc' iff it is non-empty. applyNE :: (Doc -> Doc) -> Doc -> Doc applyNE f x = if isEmpty x then empty else f x -- | Like `punctuate', but remove nonempty `Doc's first. punctuateNE :: Doc -> [Doc] -> [Doc] punctuateNE p = punctuate p . filter (not . isEmpty) slashes :: Doc -> Doc slashes x = char '/' <> x <> char '/' class Pretty a where pretty :: a -> Doc prettyList :: [a] -> Doc prettyList = error "Language.Ding.Pretty: This element does not occur in lists." prettyNEList :: NonEmpty a -> Doc prettyNEList = prettyList . NEList.toList ------------------------ -- The Pretty instances instance Pretty Ding where pretty (Dictionary header _ _ body) = pretty header $+$ pretty body instance Pretty (Body Line) where pretty (Body lines) = prettyList lines -- See also: Language.Ding.HeaderParser instance Pretty Header where pretty (Header version date copyrightHolder copyrightPeriod license url) = foldr ($+$) empty $ [ text "# Version" <+> text "::" <+> text version <+> text date , text "# Copyright (c)" <+> text "::" <+> text copyrightHolder <> char ',' , text "#" <+> text copyrightPeriod , text "# License" <+> text "::" <+> text license , text "# URL" <+> text "::" <+> text url ] instance Pretty Line where pretty (Line entries) = prettyList left <+> text "::" <+> prettyList right where unzipEntries :: [Entry] -> ([Group], [Group]) unzipEntries = unzip . map (\ (Entry l r ) -> (l, r)) (left, right) = unzipEntries entries prettyList = foldr ($+$) empty . map pretty instance Pretty Entry where pretty (Entry g h) = pretty g <+> text "::" <+> pretty h instance Pretty Group where pretty (Group us) = prettyList us prettyList = hcat . punctuate (text " | ") . map pretty instance Pretty Unit where pretty u = hsep $ [ hsep $ map (parens . text) $ unitPrefixes u , text $ unitHeadword u , prettyList $ unitGrammar u , prettyList $ unitUsages u , applyNE slashes $ hsep $ punctuate semi $ map text $ unitAbbrevs u , maybe empty pretty $ unitInflected u , hsep $ map (parens . text) $ unitSuffixes u , hsep $ map (text . ('~':)) $ unitReferences u ] prettyList = hsep . punctuate semi . map pretty instance Pretty GrammarInfo where pretty (GramLexCategory gram) = pretty gram pretty (Collocate colloc usgs) = pretty colloc <+> prettyList usgs prettyList = applyNE braces . hsep . punctuate semi . map pretty instance Pretty GramLexCategory where pretty = hcat . punctuate (char '/') . map text . showGLC instance Pretty Collocate where pretty (CollocCase iProns cas) = pref <+> char '+' <> pretty cas where pref = hsep $ punctuate comma $ map text iProns pretty (CollocPOS pos) = char '+' <> pretty pos pretty (CollocNumber number) = char '+' <> pretty number instance Pretty Case where pretty = text . showCase instance Pretty Number where pretty = text . showNumber instance Pretty PartOfSpeech where -- Note: showPOS is expected to always give exactly one string here. pretty = hcat . punctuate (char '/') . map text . showPOS instance Pretty Usage where pretty (Usage _ str) = text str prettyList = applyNE brackets . hsep . punctuate comma . map pretty instance Pretty InflectedForms where pretty (InflectedForms infl1 infl2) = braces $ prettyNEList infl1 <> semi <+> prettyNEList infl2 instance Pretty InflectedForm where pretty (InflectedForm form usgs) = text form <+> prettyList usgs prettyList = hsep . punctuate comma . map pretty -- vi: ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Read/000077500000000000000000000000001526415265400235405ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Read/Usage.hs000066400000000000000000000224471526415265400251510ustar00rootroot00000000000000{- - Language/Ding/Read/Usage.hs - read usage (<[]>) annotations from strings - - Copyright 2020,2022 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Classify usage annoations into common TEI categories. - - Only a subset of all usage annotations are explicitly classified, all - others are assigned the default `hint' category. -} module Language.Ding.Read.Usage ( readUsage ) where import Data.NatLang.Usage -- Notes: -- * The lists below have been created with the help of -- util/results/bracketexps. -- * The meaning of the annotations (which type of annotation they are) has -- been determined by searching examples in the Ding and infering from there -- on (if not obvious). In some cases, Wikipedia or the Wiktionary were of -- help. -- * See also Data/NatLang/Usage.hs and the notes there. -- TODO: ? differentiate languages (English vs. German annotations) -- Note: Words tend to be listed in decreasing order of frequency in the Ding. -- TODO: -- - "übtr." -- - "eBr.", "eam." -- - "mainly Am." -- - "bes. Süddt." -- - "Am., auch Br." -- - "also Br." -- - "alt" -- - "pej." -- - "obs." -- - "Sprw." ~ "prov." -- - "tm" (Trademark) -- - "archaic", "dated" -- - "also fig" -- - "auch übtr." -- - "humor." -- - "Reitsport" ~ "riding" -- - generally: German vs. English form -- - "log" -- - "especially Am." -- - "academic" ~ "sci"? | register? -- - "literary" -- - ... -- | Convert a usage string to a `Usage', thereby classifying it. readUsage :: String -> Usage -- Regions where German is spoken (in a particular way). -- * Sometimes expressed as the corresponding dialect. readUsage s@"Ös." = Usage Regional s readUsage s@"Schw." = Usage Regional s readUsage s@"Dt." = Usage Regional s readUsage s@"Bayr." = Usage Regional s readUsage s@"Norddt." = Usage Regional s readUsage s@"Süddt." = Usage Regional s readUsage s@"Mitteldt." = Usage Regional s readUsage s@"BW" = Usage Regional s -- Baden-Württemberg ? readUsage s@"Westdt." = Usage Regional s readUsage s@"Ostdt." = Usage Regional s readUsage s@"Mittelwestdt." = Usage Regional s readUsage s@"Nordostdt." = Usage Regional s readUsage s@"Südtirol" = Usage Regional s readUsage s@"Nordwestdt." = Usage Regional s readUsage s@"Mittelostdt." = Usage Regional s readUsage s@"Südwestdt." = Usage Regional s readUsage s@"Lie." = Usage Regional s readUsage s@"Westös." = Usage Regional s readUsage s@"Lux." = Usage Regional s readUsage s@"Berlin" = Usage Regional s readUsage s@"Tirol" = Usage Regional s readUsage s@"Wien" = Usage Regional s readUsage s@"Ostös." = Usage Regional s readUsage s@"Oberdt." = Usage Regional s readUsage s@"Westfalen" = Usage Regional s readUsage s@"Sächs." = Usage Regional s readUsage s@"Pfalz" = Usage Regional s readUsage s@"Ostmitteldt." = Usage Regional s readUsage s@"Hessen" = Usage Regional s readUsage s@"Vbg." = Usage Regional s -- Vorarlbergisch readUsage s@"Südostös." = Usage Regional s readUsage s@"Schwäb." = Usage Regional s readUsage s@"Rheinl." = Usage Regional s readUsage s@"DDR" = Usage Regional s -- Regions where English is spoken (in a particular way). -- * Sometimes expressed as the corresponding dialect. readUsage s@"Br." = Usage Regional s readUsage s@"Am." = Usage Regional s readUsage s@"Austr." = Usage Regional s readUsage s@"Sc." = Usage Regional s readUsage s@"NZ" = Usage Regional s readUsage s@"Ir." = Usage Regional s readUsage s@"Can." = Usage Regional s readUsage s@"In." = Usage Regional s readUsage s@"South Africa" = Usage Regional s readUsage s@"Welch" = Usage Regional s readUsage s@"SE Asia" = Usage Regional s readUsage s@"Northern English" = Usage Regional s readUsage s@"Northern Irish" = Usage Regional s -- Languages being neither a dialect of German nor of English. readUsage s@"French" = Usage Language s readUsage s@"Ital." = Usage Language s readUsage s@"Lat." = Usage Language s -- Times readUsage s@"archaic" = Usage Time s readUsage s@"altertümelnd" = Usage Time s -- ~archaic readUsage s@"altertümlich" = Usage Time s -- ~archaic readUsage s@"dated" = Usage Time s -- Registers (TODO: more) -- * See https://en.wikipedia.org/wiki/Register_(sociolinguistics) -- for why some of these are considered registers. -- * TODO: Consider to map to ISO 12620. readUsage s@"techn." = Usage Register s -- not a domain? readUsage s@"ugs." = Usage Register s -- ~slang readUsage s@"coll." = Usage Register s -- ~slang readUsage s@"geh." = Usage Register s -- ? ~formal readUsage s@"slang" = Usage Register s readUsage s@"formal" = Usage Register s readUsage s@"humor." = Usage Register s -- ? readUsage s@"vulg." = Usage Register s readUsage s@"iron." = Usage Register s readUsage s@"fachspr." = Usage Register s -- ~ "sci." ? readUsage s@"euphem." = Usage Register s -- ? readUsage s@"dialect" = Usage Register s readUsage s@"literary" = Usage Register s -- ~ "poet." -- Styles (TODO: more) readUsage s@"fig." = Usage Style s -- Preferences (none; TODO) -- * TEI Guidelines: "preference level (‘chiefly’, ‘usually’, etc.)" -- * TEI Lex-0: -> frequency: ex.: rare, occas. --readUsage s@... = Usage Preference s -- Acceptabilities (none) -- * No further description in the TEI Guidelines. --readUsage s@... = Usage Acceptability s -- @type="textType", as in TEI Lex-0. Currently considered a hint. readUsage s@"jur." = Usage Hint s -- not a domain? readUsage s@"adm." = Usage Hint s -- not a domain? readUsage s@"poet." = Usage Hint s -- not a register?; ~ "literary" -- Domains: readUsage s@"ornith." = Usage Domain s -- the most frequent (!) readUsage s@"med." = Usage Domain s readUsage s@"chem." = Usage Domain s readUsage s@"geogr." = Usage Domain s readUsage s@"bot." = Usage Domain s readUsage s@"zool." = Usage Domain s readUsage s@"comp." = Usage Domain s readUsage s@"fin." = Usage Domain s readUsage s@"electr." = Usage Domain s readUsage s@"cook." = Usage Domain s readUsage s@"econ." = Usage Domain s readUsage s@"min." = Usage Domain s readUsage s@"constr." = Usage Domain s readUsage s@"auto" = Usage Domain s readUsage s@"mil." = Usage Domain s readUsage s@"pol." = Usage Domain s readUsage s@"anat." = Usage Domain s readUsage s@"mach." = Usage Domain s readUsage s@"sport" = Usage Domain s readUsage s@"soc." = Usage Domain s readUsage s@"mus." = Usage Domain s readUsage s@"textil." = Usage Domain s readUsage s@"geol." = Usage Domain s readUsage s@"math." = Usage Domain s readUsage s@"agr." = Usage Domain s readUsage s@"hist." = Usage Domain s readUsage s@"phys." = Usage Domain s readUsage s@"relig." = Usage Domain s readUsage s@"biol." = Usage Domain s readUsage s@"naut." = Usage Domain s readUsage s@"aviat." = Usage Domain s readUsage s@"ling." = Usage Domain s readUsage s@"envir." = Usage Domain s readUsage s@"telco." = Usage Domain s readUsage s@"lit." = Usage Domain s -- "literature", not "literally" readUsage s@"psych." = Usage Domain s readUsage s@"biochem." = Usage Domain s readUsage s@"art" = Usage Domain s readUsage s@"school" = Usage Domain s readUsage s@"meteo." = Usage Domain s readUsage s@"transp." = Usage Domain s readUsage s@"arch." = Usage Domain s -- "architecture" readUsage s@"astron." = Usage Domain s readUsage s@"print" = Usage Domain s readUsage s@"pharm." = Usage Domain s readUsage s@"stud." = Usage Domain s readUsage s@"phil." = Usage Domain s readUsage s@"statist." = Usage Domain s readUsage s@"photo." = Usage Domain s readUsage s@"astrol." = Usage Domain s readUsage s@"phot." = Usage Domain s readUsage s@"theat." = Usage Domain s readUsage s@"mech." = Usage Domain s readUsage s@"laser." = Usage Domain s readUsage s@"insur." = Usage Domain s -- does not really fit the common syntax: readUsage s@"Beleuchtungstechnik" = Usage Domain s readUsage s@"vetmed." = Usage Domain s readUsage s@"TV" = Usage Domain s readUsage s@"riding" = Usage Domain s readUsage s@"Reitsport" = Usage Domain s readUsage s@"Radsport" = Usage Domain s readUsage s@"cycling" = Usage Domain s readUsage s@"archeol." = Usage Domain s -- different from "arch." -- Default catchall readUsage s = Usage Hint s -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Show/000077500000000000000000000000001526415265400236055ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Show/Grammar.hs000066400000000000000000000057141526415265400255360ustar00rootroot00000000000000{- - Language/Ding/Show/Grammar.hs - convert grammar annotations to strings - - Copyright 2020,2022 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Convert grammar annotations to strings, as they might occur in the Ding - dictionary. Note that they generally have a different representation in - TEI. - - The functions herin are both used by the pretty printer, but also by the - parser, to convert grammar keywords identified in the lexer back to their - string representation, when they do not have special meaning due to their - context--of which the lexer is unaware. -} module Language.Ding.Show.Grammar ( showGLC , showPOS , showNumber , showCase ) where import Data.NatLang.Grammar showGLC :: GramLexCategory -> [String] showGLC (PartOfSpeech pos) = showPOS pos showGLC (Gender gen) = pure $ showGender gen showGLC (Number num) = pure $ showNumber num showGLC (Case cas) = pure $ showCase cas showPOS :: PartOfSpeech -> [String] showPOS Noun = pure "noun" showPOS (Verb []) = pure "v" showPOS (Verb vTypes) = map showTypedVerb vTypes showPOS Adjective = pure "adj" showPOS Adverb = pure "adv" showPOS Preposition = pure "prp" showPOS Conjunction = pure "conj" showPOS Article = pure "art" showPOS (Pronoun []) = pure "pron" showPOS (Pronoun pTypes) = map showTypedPronoun pTypes showPOS Numeral = pure "num" showPOS Interjection = pure "interj" showPOS Particle = pure "particle" showTypedVerb :: VerbType -> String showTypedVerb Transitive = "vt" showTypedVerb Intransitive = "vi" showTypedVerb Reflexive = "vr" showTypedPronoun :: PronounType -> String showTypedPronoun Personal = "ppron" showTypedPronoun Interrogative = "pron interrog" showTypedPronoun Relative = "pron relativ" showGender :: Gender -> String showGender Feminine = "f" showGender Masculine = "m" showGender Neuter = "n" showNumber :: Number -> String showNumber (Singular False) = "sing" showNumber (Singular True) = "no pl" showNumber (Plural False) = "pl" showNumber (Plural True) = "no sing" showCase :: Case -> String showCase Nominative = "Nom." showCase Genitive = "Gen." showCase Accusative = "Akk." showCase Dative = "Dat." -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Syntax.hs000066400000000000000000000060741526415265400245160ustar00rootroot00000000000000{- - Language/Ding/Syntax.hs - general AST structures - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - General Ding AST types. - - This does not include elements of the AST that are common to both Ding and - TEI, which may instead by found in `Data.NatLang'. -} module Language.Ding.Syntax ( Ding , Header(..) , Line(..) , Entry(..) , Group(..) , Unit(..) ) where import Data.NatLang.Dictionary (Dictionary) import Data.NatLang.Example (Example) import Data.NatLang.Grammar (GrammarInfo) import Data.NatLang.InflectedForms (InflectedForms) import Data.NatLang.Usage (Usage) -- | A whole dictionary (set of German-English translation pairs), together -- with a header. type Ding = Dictionary Header Line -- | The header of the Ding. data Header = Header { headerVersion :: String , headerVersionDate :: String , headerCopyrightHolder :: String , headerCopyrightPeriod :: String , headerLicense :: String , headerURL :: String } deriving Show -- | A set of related entries. newtype Line = Line [Entry] deriving Show -- | A pair of corresponding `Group's. -- Upon parsing from the Ding, the order of languages is the same as there. -- The order may be flipped later though. data Entry = Entry Group Group deriving (Show, Eq, Ord) -- | A set of `Unit's matching the same translation. -- It may be empty, in which case a later created corresponding TEI entry may -- have zero translations (if the `Group' is on the target language's side). -- If an empty `Group' is on the source language's side, it is not at all -- represented in the resulting TEI. newtype Group = Group [Unit] deriving (Show, Eq, Ord) -- TODO: ? Represent units being abbreviations differently? -- - e.g.: add UnitType argument -- @type="abbrev" -- | A single (key-)word or phrase, in one language, with annotations. data Unit = Unit { unitHeadword :: String , unitPlain :: String -- ^ includes literal <()>-annotations , unitGrammar :: [GrammarInfo] , unitUsages :: [Usage] , unitPrefixes :: [String] , unitSuffixes :: [String] , unitAbbrevs :: [String] , unitInflected :: Maybe InflectedForms , unitReferences :: [String] -- ~tilde references , unitExamples :: [Example] -- initially none, added during enrichment } deriving (Show, Eq, Ord) -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/Ding/Token.hs000066400000000000000000000133731526415265400243100ustar00rootroot00000000000000{- - Language/Ding/Token.hs - token structures as produced by the lexer - - Copyright 2020-2021 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Token types, as produced by the Alex generated lexer and consumed by the - happy generated parser (and the header parser). -} module Language.Ding.Token ( Token(..) , Position(..) , Atom(..) , tokenToString , tokenToPosition , tokenToLine , tokenToColumn ) where import Data.NatLang.Grammar (GramLexCategory) import Language.Ding.Show.Grammar (showGLC) -- | Token, as produced by the lexer. Annotated with any directly preceding -- whitespace and the position in the input. data Token = Token String -- ^ Preceding whitespace. Position Atom | EmptyToken -- ^ Neutral element in the monoid. -- Note: -- * This instance's show function is not injective. Information on position -- and preceding whitespace is dropped. instance Show Token where show (Token _ _ atom) = show atom show EmptyToken = "EmptyToken" -- Note: One cannot simply use AlexPosn here, since this would introduce a -- dependency cycle (in the current setup). -- | Position of a token in the input, line and column. data Position = Position { positionToLine :: Int , positionToColumn :: Int } deriving Show -- TODO: Consider to add an explicit constructor for each possible separator. -- | The essential part of a `Token'. data Atom = NL | LangSep -- ^ "::" | Vert | Semi | Comma | Tilde | Plus | Wordswitch -- ^ "<>" | StrongSlash -- ^ see `doc/ding.slashes' | WeakSlash -- ^ see `doc/ding.slashes' | DoubleSlash | OBrace | CBrace | OBracket | CBracket | OParen | CParen | OAngle | CAngle | OSlash -- ^ see `doc/ding.slashes' | CSlash -- ^ see `doc/ding.slashes' | SlashSpecial String | Abbrev String | AbbrevPlural String | GramKW GramLexCategory | IntPronKW String | Text String | KW_to | HeaderLine String deriving Show -- | Convert a token back to the string it represents excluding potential -- delimiters and dropping the annotated preceding whitespace. Uses -- `atomToString'. tokenToString :: Token -> String tokenToString (Token _ _ atom) = atomToString atom tokenToString EmptyToken = "" -- | Convert an atom back to the string that it represents, excluding any -- delimiters (). -- This function is not injective, in particular the distinction of different -- kinds of slashes is lost. atomToString :: Atom -> String atomToString NL = "\n" atomToString LangSep = "::" atomToString Vert = "|" atomToString Semi = ";" atomToString Comma = "," atomToString Tilde = "~" atomToString Plus = "+" atomToString Wordswitch = "<>" atomToString StrongSlash = "/" atomToString WeakSlash = "/" atomToString DoubleSlash = "//" atomToString OBrace = "{" atomToString CBrace = "}" atomToString OBracket = "[" atomToString CBracket = "]" atomToString OParen = "(" atomToString CParen = ")" atomToString OAngle = "<" atomToString CAngle = ">" atomToString OSlash = "/" atomToString CSlash = "/" atomToString (SlashSpecial s) = s -- pretty: "/ " ++ s ++ " /" atomToString (Abbrev s) = s -- pretty: "/ " ++ s ++ " /" atomToString (AbbrevPlural s) = s -- pretty: "/" ++ s ++ "/s" -- showGLC always gives a list of length one in this context. atomToString (GramKW gram) = head $ showGLC gram atomToString (IntPronKW pron) = pron atomToString (Text t) = t atomToString KW_to = "to" atomToString (HeaderLine l) = l tokenToPosition :: Token -> Position tokenToPosition EmptyToken = error "Tried to get position of empty token." tokenToPosition (Token _ pos _) = pos tokenToLine :: Token -> Int tokenToLine = positionToLine . tokenToPosition tokenToColumn :: Token -> Int tokenToColumn = positionToColumn . tokenToPosition -- All tokens have a string representation, which, together with the preceding -- whitespace, identifies their value. Two tokens may hence be combined in a -- natural way, into a canonical `Text' token. instance Semigroup Token where -- Join two tokens by concatenating their string representations, with the -- correct whitespace in between. (Token ws1 pos1 atom1) <> (Token ws2 _ atom2) = Token ws1 pos1 (Text $ atomToString atom1 ++ ws2 ++ atomToString atom2) -- EmptyToken is supposed to be a neutral element. Note that this means that -- `EmptyToken <> tok' retains the whitespace from `tok'. See also -- todo/parsing.elimination. EmptyToken <> tok = tok tok <> EmptyToken = tok instance Monoid Token where -- The unit in the token monoid is the empty 'Text' with no preceding white- -- space. mempty = EmptyToken -- vi: ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/TEI/000077500000000000000000000000001526415265400224255ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/src/Language/TEI/Show/000077500000000000000000000000001526415265400233455ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/src/Language/TEI/Show/Grammar.hs000066400000000000000000000076431526415265400253010ustar00rootroot00000000000000{- - Language/TEI/Show/Grammar.hs - show-like functions for grammar elements - - Copyright 2020,2022 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Print grammar annotations according to TEI syntax. -} module Language.TEI.Show.Grammar ( showPrimaryPOS , showVerbType , showPronounType , showGender , showPrimaryNumber , showCase , shownSingulareTantum , shownPluraleTantum ) where import Data.NatLang.Grammar -- Notes: -- * The string representations are chosen according to -- Freedict/fd-dictionaries/shared/FreeDict_ontology.xml (short). -- * If not found, annotated as UNCERTAIN. -- * The existing dictionaries may serve as reference also. -- * swh-eng is the only dictionary to contain elements. -- * lat-deu is the only dictionary to contain elements. -- * Some could not be found anywhere and have been guessed/invented. -- * See also . -- * This module encompasses show* functions, which are similar to show, as -- defined in `Show' instances. -- * They are not defined in `Show' instances, because -- a) The datatypes are shared between the Ding and TEI ASTs and it is -- inconvenient to write two complete sets of Show instances by hand. -- b) Some of the functions are not injective, they hide important -- information, which is generally undesired for `show'. -- * These problems do not exist for Usage. (UsageType has no -- representation in Ding; all other information is encoded as plain -- string) showPrimaryPOS :: PartOfSpeech -> String showPrimaryPOS Noun = "n" showPrimaryPOS (Verb _) = "v" showPrimaryPOS Adjective = "adj" showPrimaryPOS Adverb = "adv" showPrimaryPOS Preposition = "prep" showPrimaryPOS Conjunction = "conj" showPrimaryPOS Article = "art" showPrimaryPOS (Pronoun _) = "pron" showPrimaryPOS Numeral = "num" showPrimaryPOS Interjection = "int" showPrimaryPOS Particle = "ptcl" -- UNCERTAIN (common gloss) showVerbType :: VerbType -> String showVerbType Transitive = "trans" showVerbType Intransitive = "intr" showVerbType Reflexive = "refl" -- UNCERTAIN (~swh-eng) showPronounType :: PronounType -> String showPronounType Personal = "pers" -- UNCERTAIN (~swh-eng) showPronounType Interrogative = "inter" -- UNCERTAIN (~swh-eng) showPronounType Relative = "rel" -- UNCERTAIN showGender :: Gender -> String showGender Feminine = "fem" showGender Masculine = "masc" showGender Neuter = "neut" showPrimaryNumber :: Number -> String showPrimaryNumber (Singular _) = "sg" -- UNCERTAIN (~ several) showPrimaryNumber (Plural _) = "pl" -- UNCERTAIN (~ several) showCase :: Case -> String showCase Nominative = "nom" -- UNCERTAIN showCase Genitive = "gen" -- UNCERTAIN (~lat-deu) showCase Accusative = "acc" -- UNCERTAIN (~lat-deu: akk) showCase Dative = "dat" -- UNCERTAIN (~lat-deu) shownSingulareTantum :: String shownSingulareTantum = "sg only" -- UNCERTAIN shownPluraleTantum :: String shownPluraleTantum = "pl only" -- UNCERTAIN -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/TEI/Syntax.hs000066400000000000000000000066651526415265400242640ustar00rootroot00000000000000{- - Language/TEI/Syntax.hs - general AST structures - - Copyright 2020,2022 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - The TEI AST. - - The types are quite closely related to TEI's XML elements (see - `Language.TEI.ToXML' on how they translate. - - This does only support a small subset of TEI (for dictionaries), as is - needed to represent the information that stems from the Ding dictionary. - - AST elements that are common to both Ding and TEI are to be found in - `Data.NatLang'. - - The TEI header is not explicitly represented, instead the Ding header type - is used. -} module Language.TEI.Syntax ( TEI , Entry(..) , Form(..) , Sense(..) , Translation(..) ) where import Data.NatLang.Dictionary (Dictionary) import Data.NatLang.Grammar (GrammarInfo) import Data.NatLang.Usage (Usage) import Data.NatLang.InflectedForms (InflectedForms) import qualified Language.Ding.Syntax as Ding (Header) import Language.TEI.Syntax.Reference (Ident, ReferenceGroup) import Data.NatLang.Example (Example) -- | A TEI dictionary, with a Ding header. type TEI = Dictionary Ding.Header Entry -- | A TEI entry, with a unique identifier, a form (containing the headword, -- i.a.), grammar annotation and a list of senses (containing translations, -- i.a.). -- Note that annotated grammar information should pertain to all senses. data Entry = Entry { entryIdent :: Ident , entryForm :: Form , entryGrammar :: [GrammarInfo] , entrySenses :: [Sense] } deriving Show -- | A form, containing a single headword and potentially some related forms. -- Pronunciation information, that also belongs to a `

' is added by a -- separate tool, after TEI XML generation. data Form = Form { formOrth :: String -- ^ headword , formAbbrevs :: [String] , formInflected :: Maybe InflectedForms } deriving (Show, Eq, Ord) -- | A sense, containing translations and annotations. data Sense = Sense { senseGrammar :: [GrammarInfo] , senseUsages :: [Usage] , senseTranslations :: [Translation] , senseExamples :: [Example] , senseReferences :: [ReferenceGroup] -- ^ References, grouped by type. -- No two reference groups with the same type should occur. , senseNotes :: [String] -- ^ from suffixing Ding-<()>-annotations } deriving (Show, Eq, Ord) -- | A translation to a headword, together with annotations. Corresponds -- to `'. data Translation = Translation { translationOrth :: String , translationGrammar :: [GrammarInfo] , translationUsages :: [Usage] , translationAbbrevs :: [String] , translationInflected :: Maybe InflectedForms , translationNotes :: [String] } deriving (Show, Eq, Ord) -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/TEI/Syntax/000077500000000000000000000000001526415265400237135ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/src/Language/TEI/Syntax/Reference.hs000066400000000000000000000043161526415265400261510ustar00rootroot00000000000000{- - Language/TEI/Syntax/Reference.hs - references - - Copyright 2020,2022 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - TEI references, corresponding to the `xr' and `ref' XML tags. -} module Language.TEI.Syntax.Reference ( Ident(..) , ReferenceGroup(..) , Reference(..) , RefType(..) ) where import Data.List.NonEmpty (NonEmpty) -- | An identifier representing `HW.n' where `HW' is a headword and `n' -- a distinguishing number. data Ident = Ident String Int deriving (Show, Eq, Ord) -- | A list of references, sharing a type; corresponds to `xr' in TEI XML. data ReferenceGroup = ReferenceGroup RefType (NonEmpty Reference) deriving (Show, Eq, Ord) -- | A reference; corresponds to `ref' in TEI XML. data Reference = Reference (Maybe Ident) -- ^ target identifier String -- ^ target string representation deriving (Show, Eq, Ord) -- | Reference types, as describe in the FreeDict HowTo: -- data RefType = Synonymy | Etymology -- ^ not present in the Ding | Comparison -- ^ not present in the Ding | Illustration -- ^ not present in the Ding | Related deriving (Eq, Ord) -- | Show reference types as recommended by FreeDict. instance Show RefType where show Synonymy = "syn" show Etymology = "etym" show Comparison = "cf" show Illustration = "illus" show Related = "see" -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/TEI/ToXML.hs000066400000000000000000000055641526415265400237360ustar00rootroot00000000000000{- - Language/TEI/ToXML.hs - convert TEI to XML (AST) - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Convert the TEI AST to textual TEI XML. -} module Language.TEI.ToXML (prettyTEI) where import Text.XML.Light import Data.NatLang.Dictionary (Dictionary(..), Body(..)) import Language.TEI.Syntax (TEI) import Language.TEI.ToXML.Aux import Language.TEI.ToXML.Body import Language.TEI.ToXML.Header -- Notes: -- * haskell-xml does not catch invalid input ! -- * `Language.TEI.ToXML.ValidateChar.validateString' should be applied -- to the Ding input before attempting to convert to XML here. -- * Currently done in Main. -- | Pretty-print the TEI AST, as XML. prettyTEI :: TEI -> String -- Do not use `ppcTopElement' here, it adds a boring default header. prettyTEI tei = xmlDeclDoctype ++ (ppcElement prettyConfigPP $ teiToElement tei) ++ "\n" -- | String form of the XML declaration and doctype (haskell-xml does not -- support such properly). xmlDeclDoctype :: String -- TODO: Put the referenced files into place (e.g., by symlinking). xmlDeclDoctype = unlines [ "" , "" , "" , "" , "" , "" ] -- | Translate a TEI AST to the corresponding XML AST. teiToElement :: TEI -> Element teiToElement tei = unode "TEI" ( [ uattr "xmlns" "http://www.tei-c.org/ns/1.0", uattr "version" "5.0" ] , [ convHeader (dictHeader tei) srcLang tgtLang nHeadwords , convBody (dictBody tei) srcLang tgtLang ] ) where srcLang = dictSrcLang tei tgtLang = dictTgtLang tei -- Note: It seems more reasonable to calculate the number of headwords, which -- is to become part of the TEI header, in the ding2tei translation -- function. However, as of now, the TEI AST is unable to store that -- number. nHeadwords = length entries where (Body entries) = dictBody tei -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/TEI/ToXML/000077500000000000000000000000001526415265400233705ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/src/Language/TEI/ToXML/Aux.hs000066400000000000000000000041151526415265400244620ustar00rootroot00000000000000{- - Language/TEI/ToXML/Aux.hs - auxiliary functions for XML generation - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Auxiliary XML generation functions. - - The used `xml' library is very simple; this module tries to compensate - for this. -} module Language.TEI.ToXML.Aux ( uattr , xmlLangAttr , xmlIdAttr , text , mergeContent ) where import Text.XML.Light -- | Attribute with unqualified name, analogous to `unode'. uattr :: String -> String -> Attr uattr k v = Attr (unqual k) v -- | `@xml:lang' attribute xmlLangAttr :: String -> Attr xmlLangAttr lang = Attr (QName "lang" Nothing (Just "xml")) lang -- | `@xml:id' attribute xmlIdAttr :: String -> Attr xmlIdAttr val = Attr (QName "id" Nothing (Just "xml")) val -- | Text content. Upon pretty printing, special XML characters are escaped. text :: String -> Content text s = Text $ CData CDataText s Nothing -- | Combine adjacent text and elements into the correspondonding string, -- wrapped as a single `Content'. -- This is an ugly workaround to the awkward "pretty" formatting of -- `Text.XML.Light', where a list of `Content' (length >= 2) is always -- converted to a corresponding list of idented lines. mergeContent :: [Content] -> Content mergeContent cs = Text $ CData CDataRaw rawString Nothing where rawString = concatMap (ppcContent defaultConfigPP) cs -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/TEI/ToXML/Body.hs000066400000000000000000000166621526415265400246340ustar00rootroot00000000000000{- - Language/TEI/ToXML/Body.hs - convert TEI body to XML (AST) - - Copyright 2020,2022 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Convert the TEI body to XML. -} module Language.TEI.ToXML.Body (convBody) where import Data.Foldable (toList) import Data.List.NonEmpty (NonEmpty((:|))) import Data.Maybe (mapMaybe) import Text.XML.Light import Data.NatLang.Dictionary (Body(Body)) import Data.NatLang.Example (Example(..)) import Data.NatLang.InflectedForms (InflectedForms(..), InflectedForm(..)) import Data.NatLang.Language import Data.NatLang.Usage (Usage(..)) import Language.TEI.Syntax import Language.TEI.Syntax.Reference import Language.TEI.ToXML.Aux import Language.TEI.ToXML.Grammar import Language.TEI.ToXML.Ident -- Notes: -- * The auxiliary functions are set up in the `where' block of the main -- function so that they all have shared access to `srcLang' and `tgtLang'. -- * Otherwise, these variables would need to be passed around a lot, even -- to functions that do not use them directly but only pass them further -- down. -- * Some functions could be taken off the where block, but they are not, -- for consistency. -- * The functions `node _' and `unode _' are heavily overloaded. They may -- operate on e.g.: -- ([Attr], String), (Attr, Element), ([Attr], [Element]), Attr. -- * If a pair is provided, the left element is always the attribute (list) -- and the right element the content. -- * The @xml:lang attribute is placed -- - on the top-level element (source language), and -- - on cit@type="trans" elements (target language). -- - This includes translations of examples. -- * Reasoning: All but translations are in the source language, this is -- the minimal approach. -- * Note that there are some fixed abbreviations (e.g., for grammatical -- gender, or register), which violate this (usually English; TODO?). -- * lg1-lg2.tei suggests otherwise. -- * TEI Lex-0 suggests instead to add the attribute to and -- elements. -- | Convert the TEI Body to the corresponding TEI XML. convBody :: Body Entry -> Language -> Language -> Element convBody body srcLang tgtLang = convBody' body where ------------------------- -- Some useful constants xmlLangSrc = xmlLangAttr $ showCode srcLang xmlLangTgt = xmlLangAttr $ showCode tgtLang --------------------------- -- The converter functions convBody' :: Body Entry -> Element convBody' (Body entries) = unode "text" $ (,) xmlLangSrc $ unode "body" $ map convEntry $ entries convEntry :: Entry -> Element convEntry e = unode "entry" ( [xmlIdAttr $ identToXMLId $ entryIdent e] , (convForm $ entryForm e) : maybe id (:) (convGrammar $ entryGrammar e) (mapMaybe convSense $ entrySenses e) ) -- @type=lemma is a TEI Lex-0 recommendation. convForm :: Form -> Element convForm form = unode "form" $ unode "orth" (formOrth form) : map (convAbbrev "form") (formAbbrevs form) ++ maybe [] convInflectedForms (formInflected form) -- Encoded as suggested by Sebastian Humenda (on , -- 2020-08-29). -- To be nested inside the main element. -- Note: The tagName is "form" inside and "cit" inside . convAbbrev :: String -> String -> Element convAbbrev tagName = unode tagName . (,) (uattr "type" "abbrev") . unode "orth" -- tns[@value="past"]: no source - guessed / newly defined. -- tns[@value="pstp"] was found as an example in the TEI P5 doc (9.5.3.1). -- - TEI Lex-0 sug.: pap convInflectedForms :: InflectedForms -> [Element] convInflectedForms (InflectedForms (sp :| sps) (pp :| pps)) = map (convInflectedForm "past" (Just "indicative")) (sp : sps) ++ map (convInflectedForm "pstp" Nothing) (pp : pps) -- Syntax: -- a) E-Mail from Sebastian Humenda (on , -- 2020-05-03) -- * Nest inside the main form. -- b) TEI Lex-0 (3.3): suggests value as content, e.g. pres. -- c) TEI P5 -- * 9.3.1: grammar tags -- * doc: tns, mood example: -- d) FreeDict TEI (@shumenda): Do not use @value, instead content. convInflectedForm :: String -> Maybe String -> InflectedForm -> Element convInflectedForm tense mMood (InflectedForm orth usages) = unode "form" ( [uattr "type" "infl"] , unode "gramGrp" ( (unode "tns" $ tense) : maybe [] (pure . unode "mood") mMood ) : unode "orth" orth : map convUsage usages ) -- When there is no content, there needs not be no sense element. Hence -- `Maybe Element'. convSense :: Sense -> Maybe Element convSense sense = let content = maybe id (:) (convGrammar $ senseGrammar sense) $ (map convUsage $ senseUsages sense) ++ (map convTranslation $ senseTranslations sense) ++ (map convExample $ senseExamples sense) ++ (map convRefGroup $ senseReferences sense) ++ (map (unode "note") $ senseNotes sense) in if null content then Nothing else Just $ unode "sense" content -- Note: inflected forms are dropped for now - unsure how to encode. (TODO) convTranslation :: Translation -> Element convTranslation trans = unode "cit" ( [uattr "type" "trans", xmlLangTgt] , unode "quote" (translationOrth trans) : (maybe id (:) (convGrammar $ translationGrammar trans) $ (map convUsage $ translationUsages trans) ++ (map (convAbbrev "cit") $ translationAbbrevs trans) ++ (map (unode "note") $ translationNotes trans) ) ) convUsage :: Usage -> Element convUsage (Usage uType uStr) = unode "usg" ( uattr "type" (show uType) , uStr ) convExample :: Example -> Element convExample (Example srcEx tgtExs) = unode "cit" ( [uattr "type" "example"] , unode "quote" srcEx : map convExTrans tgtExs ) where convExTrans :: String -> Element convExTrans = unode "cit" . (,) [uattr "type" "trans", xmlLangTgt] . unode "quote" convRefGroup :: ReferenceGroup -> Element convRefGroup (ReferenceGroup refType refs) = unode "xr" ( [uattr "type" (show refType)] , map convReference $ toList refs ) where -- Notes: -- * Some references do not contain a link to another entry. -- * Such links need to be annotated with '#'. convReference :: Reference -> Element convReference (Reference mRef tgt) = unode "ref" ( maybe [] (pure . uattr "target" . ('#':) . identToXMLId) mRef , tgt ) -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/TEI/ToXML/Grammar.hs000066400000000000000000000071661526415265400253240ustar00rootroot00000000000000{- - Language/TEI/ToXML/Grammar.hs - convert grammar information to TEI XML (AST) - - Copyright 2020,2022 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Convert grammar annotations to TEI XML. -} module Language.TEI.ToXML.Grammar (convGrammar) where import Text.XML.Light import Data.NatLang.Grammar import Data.NatLang.Usage (Usage) import Language.TEI.Show.Grammar -- | Convert a list of grammar informations to a gramGrp element. -- If the list is empty, evaluates to `Nothing'. convGrammar :: [GrammarInfo] -> Maybe Element convGrammar [] = Nothing convGrammar gs = Just $ unode "gramGrp" $ concatMap convGrammarInfo gs -- Notes: -- * For collocates, follows the suggestion from TEI Lex-0 (however stick with -- ) [0]. -- * For POS collocates, a potential subtype is simply appended. -- * For Case collocates, the potential interrogative pronouns are prepended, -- in the same form they appear in the Ding. convGrammarInfo :: GrammarInfo -> [Element] convGrammarInfo (GramLexCategory gram) = convGramLexCat gram convGrammarInfo (Collocate colloc usgs) = pure $ convCollocate colloc usgs -- Note: It seems impossible to represent the present usage annotations -- (TODO). convCollocate :: Collocate -> [Usage] -> Element convCollocate (CollocCase iProns cas) _usgs = unode "colloc" $ "[" ++ prefix ++ "+ " ++ showCase cas ++ "]" where prefix = case iProns of [] -> "" (p:ps) -> p ++ concatMap (", " ++) ps convCollocate (CollocPOS pos) _usgs = unode "colloc" $ "[+ " ++ showPrimaryPOS pos ++ subType ++ "]" where subType = case pos of (Verb vTypes) -> concatMap ((' ':) . showVerbType) vTypes (Pronoun pTypes) -> concatMap ((' ':) . showPronounType) pTypes _ -> "" -- Note: Ignore potential singulare/plurale tantum attribute. -- - Does not occur in Ding version 1.9. convCollocate (CollocNumber number) _usgs = unode "colloc" $ "[+ " ++ showPrimaryNumber number ++ "]" convGramLexCat :: GramLexCategory -> [Element] convGramLexCat (PartOfSpeech pos) = convPOS pos convGramLexCat (Gender gen) = [unode "gen" (showGender gen)] convGramLexCat (Number num) = unode "number" (showPrimaryNumber num) : convNumberSubc num convGramLexCat (Case cas) = [unode "case" (showCase cas)] convPOS :: PartOfSpeech -> [Element] convPOS pos = unode "pos" (showPrimaryPOS pos) : case pos of (Verb vTypes) -> map (unode "subc" . showVerbType) vTypes (Pronoun pTypes) -> map (unode "subc" . showPronounType) pTypes _ -> [] convNumberSubc :: Number -> [Element] convNumberSubc (Singular True) = [unode "subc" shownSingulareTantum] convNumberSubc (Plural True) = [unode "subc" shownPluraleTantum] convNumberSubc _ = [] -- References: -- * [0] https://dariah-eric.github.io/lexicalresources/pages/TEILex0/TEILex0.html#collocates -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/TEI/ToXML/Header.hs000066400000000000000000000232111526415265400251130ustar00rootroot00000000000000{- - Language/TEI/ToXML/Header.hs - convert header to XML - - Copyright 2020,2022 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Convert the Ding header to TEI XML -} module Language.TEI.ToXML.Header (convHeader) where import Data.List (intercalate) import Text.XML.Light import qualified Config as Cfg import Data.NatLang.Language import Language.Ding.Syntax (Header(..)) import Language.TEI.ToXML.Aux -- Notes: -- * Whenever plain text co-occurs (on the same level) with other Content -- inside an element (e.g. "textzmore text"), one should -- use `mergeContent' on that list to avoid a pretty-printing like -- -- text -- z -- more text -- -- and instead cause everything to pe put in a single line. -- * For information on how the header should look like, see the FreeDict -- Wiki [0]. -- * See also: note on `unode' and `note' in ToXML/Body.hs. -- | Create a `ref' element with equal target and value. plainRefNode :: String -> Element plainRefNode tgt = unode "ref" (uattr "target" tgt, tgt) -- | Convert the Ding (!) header straight to TEI XML. -- A notable share of information is not extracted from the Ding header, -- but rather hardcoded, or configured in the `Config' module. This is -- because the Ding header requires a lot more information than the Ding -- header provides; further much of that information does only depend on this -- program. convHeader :: Header -> Language -> Language -> Int -> Element convHeader header srcLang tgtLang nHeadwords = teiHeader where ---------------------------------------------- -- Information extracted from the Ding header -- Note: -- * The headerLicense field is not used. Instead, the licensing -- information is hardcoded below, since the interaction with AGPL is -- non-trivial. dingVersion = headerVersion header dingDate = headerVersionDate header dingAuthor = headerCopyrightHolder header dingCopyrightPeriod = headerCopyrightPeriod header dingURL = headerURL header --------------------------------------- -- (Partly) non-structural information -- Contains information customary to this particular dictionary.. version = Cfg.makeVersion dingVersion Cfg.modVersion title = show srcLang ++ " - " ++ show tgtLang ++ " Ding/" ++ Cfg.projectName ++ " dictionary" availability :: Element availability = unode "availability" $ (,) [uattr "status" "free"] [ -- Copyright holders (Ding author & this program's contributors) unode "p" $ (++) "Copyright (C) " $ intercalate ", " $ map (\ (p, y) -> p ++ " " ++ y) $ (dingAuthor, dingCopyrightPeriod) : map (\ (p, y) -> (Cfg.personName p, y)) Cfg.contributors , -- License notice unode "p" $ mergeContent [ text $ unwords [ "This dictionary is free software: you can redistribute it" , "and/or modify it under the terms of both the " ] , Elem $ unode "ref" ( uattr "target" Cfg.gpl3url , "GNU General Public License, version 3 (GPLv3)" ) , text " and the " , Elem $ unode "ref" ( uattr "target" Cfg.agpl3url , "GNU Affero General Public License, version 3 (AGPLv3)" ) , text $ unwords [ ", where each of these licenses applies to different parts of" , "this (combined) work." ] ] , unode "p" $ unwords [ "This dictionary is distributed in the hope that it will be useful," , "but WITHOUT ANY WARRANTY; without even the implied warranty of" , "MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the" , "GNU General Public License" , "and the" , "GNU Affero General Public License" , "for more details." ] , unode "p" $ mergeContent [ text $ unwords [ "You should have received a copy of both the" , "GNU General Public License" , "and the" , "GNU Affero General Public License" , "along with this dictionary. If not, see " ] , Elem $ plainRefNode "https://www.gnu.org/licenses/" , text "." ] , unode "p" $ mergeContent [ text $ unwords [ "The \"source form\", as defined in both the GPLv3 and AGPLv3," , "of this dictionary is composed of the original" , "Ding dictionary (licensed " ] , Elem $ unode "ref" (uattr "target" Cfg.gpl2url, "GPLv2") , text $ "+) and the " ++ Cfg.programName ++ " program (licensed AGPLv3+)." ] ] -- TODO: Add more notes (e.g., to provide an ontology -- for grammar keywords -- et al.). notesStmt :: Element notesStmt = unode "notesStmt" $ [ unode "note" (uattr "type" "status", Cfg.status) ] sourceDesc :: Element sourceDesc = unode "sourceDesc" [ unode "p" $ mergeContent [ text "Home: " , Elem $ unode "ptr" $ uattr "target" dingURL ] , unode "p" $ mergeContent [ text "This dictionary was generated from the " , Elem $ unode "ref" (uattr "target" dingURL, "Ding") , text $ " dictionary, version " ++ dingVersion ++ " (" ++ dingDate ++ ") using the " , Elem $ unode "ref" (uattr "target" Cfg.programURL, Cfg.programName) , text " program." ] , unode "p" $ mergeContent [ text "The Ding dictionary can be obtained from " , Elem $ plainRefNode Cfg.dingDownloadURL , text "." ] , unode "p" $ mergeContent [ text $ "The " ++ Cfg.programName ++ " program can be obtained from " , Elem $ plainRefNode Cfg.programDownloadURL , text "." ] ] projectDesc :: Element projectDesc = unode "projectDesc" $ unode "p" $ mergeContent [ text $ unwords [ "This dictionary comes to you through nice people making it" , "available for free and for good." , "It is part of the", Cfg.projectName, "project, " ] , Elem $ plainRefNode Cfg.projectURL , text $ unwords [ "." , "This project aims to make many translating dictionaries available" , "for free." , "Your contributions are welcome!" ] ] --------------------------------- -- Purely structural information -- Code that only reflects some (TEI/FreeDict) rules & converntions. teiHeader :: Element teiHeader = unode "teiHeader" $ (,) [xmlLangAttr "en"] $ fileDesc : encodingDesc : maybe [] pure revisionDesc fileDesc :: Element fileDesc = unode "fileDesc" [ titleStmt , editionStmt , unode "extent" $ show nHeadwords ++ " headwords" , publicationStmt , notesStmt , sourceDesc ] -- TODO: Use @xml:id and @ref for , as in eng-pol. titleStmt :: Element titleStmt = unode "titleStmt" [ unode "title" title , unode "author" dingAuthor , unode "editor" $ Cfg.personName Cfg.editor , unode "respStmt" [ unode "resp" "Maintainer" , unode "name" $ Cfg.personName Cfg.maintainer ] ] editionStmt :: Element editionStmt = unode "editionStmt" $ unode "edition" $ version publicationStmt :: Element publicationStmt = unode "publicationStmt" [ unode "publisher" Cfg.projectName , availability , unode "date" (uattr "when" Cfg.publicationDate, Cfg.publicationDate) , unode "pubPlace" $ unode "ref" Cfg.projectURL ] encodingDesc :: Element encodingDesc = unode "encodingDesc" projectDesc -- For reference, see eng-pol.tei and swh-eng.tei. revisionDesc :: Maybe Element revisionDesc | null Cfg.changes = Nothing | otherwise = Just $ unode "revisionDesc" $ map convChange Cfg.changes where convChange :: Cfg.Change -> Element convChange ch = unode "change" ( [ uattr "n" chVersion , uattr "when" $ date , uattr "who" $ unwords $ map (('#':) . Cfg.personId) $ Cfg.chPersons ch ] , unode "list" ( [uattr "type" "bulleted"] , ( unode "head" $ mergeContent $ [ text $ "Version " ++ chVersion ++ ", " , Elem $ unode "date" date , text ". Changes by " ] ++ nameList ++ [ text "." ] ) : map (unode "item") (Cfg.chItems ch) ) ) where chVersion = Cfg.makeVersion (Cfg.chDingVersion ch) (Cfg.chModVersion ch) date = Cfg.chDate ch nameList :: [Content] nameList = intercalate [text " and "] $ map (pure . Elem . unode "name" . Cfg.personName) $ Cfg.chPersons ch -- References -- * [0] https://github.com/freedict/fd-dictionaries/wiki/FreeDict-HOWTO-%E2%80%93-Writing-Text-Encoding-Initiative-XML-Files -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/TEI/ToXML/Ident.hs000066400000000000000000000071241526415265400247730ustar00rootroot00000000000000{- - Language/TEI/ToXML/Ident.hs - encode xml:id's - - Copyright 2020,2022 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Convert identifiers to valid `@xml:id' values. -} module Language.TEI.ToXML.Ident ( identToXMLId ) where import Data.Char (ord) import Language.TEI.Syntax.Reference (Ident(Ident)) -- The syntax of XML id's is described in by the W3C's XML specification: -- * https://www.w3.org/TR/xmlschema-2/#ID | #NCName -- / https://www.w3.org/TR/2004/REC-xmlschema-2-20041028/#ID | #NCName -- * https://www.w3.org/TR/xml-names/#NT-NCName -- / https://www.w3.org/TR/2009/REC-xml-names-20091208/#NT-NCName -- > NCName ::= Name - (Char* ':' Char*) /* An XML Name, minus the ":" */ -- * https://www.w3.org/TR/xml/#NT-Name -- / https://www.w3.org/TR/2008/REC-xml-20081126/#NT-Name -- > Name ::= NameStartChar (NameChar)* -- * https://www.w3.org/TR/xml/#NT-NameStartChar | #NT-NameChar -- / http://www.w3.org/TR/2008/REC-xml-20081126/ -- * defines NameStartChar and NameChar -- * Deduce: NCNameStartChar and NCNameChar (- ':') -- | Translate an `Ident' to a legal @xml:id (NCName). -- The identifier's number is appended dot-separated to avoid ambiguity. identToXMLId :: Ident -> String identToXMLId (Ident s n) = encodeNCName s ++ '.' : show n -- Use '_' as escape char, since it is legal everywhere. encodeNCName :: String -> String encodeNCName "" = "_empty_" encodeNCName (c:cs) = encodeNCNameStartChar c ++ concatMap encodeNCNameChar cs encodeNCNameStartChar :: Char -> String encodeNCNameStartChar ' ' = "__" encodeNCNameStartChar c | isNCNameStartChar c && c /= '_' = pure c | otherwise = escapeChar c encodeNCNameChar :: Char -> String encodeNCNameChar ' ' = "__" encodeNCNameChar c | isNCNameChar c && c /= '_' = pure c | otherwise = escapeChar c escapeChar :: Char -> String escapeChar c = '_' : show (ord c) ++ "_" -- Treat `€' special to work around a libxml2 bug. -- - -- - Otherwise, `make validation' would fail. -- - TODO: Revert once bug fixed. isNCNameStartChar :: Char -> Bool isNCNameStartChar '€' = False isNCNameStartChar c = 'A' <= c && c <= 'Z' || c == '_' || 'a'<= c && c <= 'z' || '\xC0' <= c && c <= '\xD6' || '\xD8' <= c && c <= '\xF6' || '\xF8' <= c && c <= '\x2FF' || '\x370' <= c && c <= '\x37D' || '\x37F' <= c && c <= '\x1FFF' || '\x200C' <= c && c <= '\x200D' || '\x2070' <= c && c <= '\x218F' || '\x2C00' <= c && c <= '\x2FEF' || '\x3001' <= c && c <= '\xD7FF' || '\xF900' <= c && c <= '\xFDCF' || '\xFDF0' <= c && c <= '\xFFFD' || '\x10000' <= c && c <= '\xEFFFF' isNCNameChar :: Char -> Bool isNCNameChar c = isNCNameStartChar c || c == '-' || c == '.' || '0' <= c && c <= '9' || c == '\xB7' || '\x0300' <= c && c <= '\x036F' || '\x203F' <= c && c <= '\x2040' -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Language/TEI/ToXML/ValidateChar.hs000066400000000000000000000032061526415265400262540ustar00rootroot00000000000000{- - Language/TEI/ToXML/ValidateChar.hs - validate character data - - Copyright 2020 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - XML string validation as per the W3C XML specification - (). -} module Language.TEI.ToXML.ValidateChar ( validateString , validateChar ) where -- | Validate that a string is valid in XML, as defined at -- . -- Throws an error otherwise. validateString :: String -> String validateString = map validateChar -- | Validate that a character is valid in XML, as defined at -- . -- Throws an error otherwise. validateChar :: Char -> Char validateChar c = if c `elem` "\x9\xA\xD" || '\x20' <= c && c <= '\xD7FF' || '\xE000' <= c && c <= '\xFFFD' || '\x10000' <= c && c <= '\x10FFFF' then c else error $ "Invalid character in input: " ++ show c -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Main.hs000066400000000000000000000152461526415265400215110ustar00rootroot00000000000000{- - Main.hs - main program - - Copyright 2020-2022 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} module Main (main) where import Prelude hiding (log) import Control.Monad (when) import Data.Either (isRight) import Data.Maybe (fromMaybe, isNothing) import System.Environment (getArgs, getProgName) import System.Exit (exitSuccess, exitFailure) import System.IO (Handle, hPutStr, hPutStrLn, stdout, stderr) import App.Ding2TEI (ding2tei) import Language.Ding.AlexScanner (scan) import Language.Ding.Enrich (enrichUndirected, enrichDirected) import Language.Ding.Inverse (inverse) import Language.Ding.Parser (parse) import Language.TEI.ToXML (prettyTEI) import Language.TEI.ToXML.ValidateChar (validateString) -- Notes: -- * The input file should be newline terminated, even though in most cases -- it will not matter. -- * One might consider adding a final newline, if there is none. -- * Alex needs terminating whitespace, since the end of input is not -- treated as '\n' in right context (unlike the beginning of input). -- (The whitespace in right context is needed to differentiate different -- kinds of slashes.) -- * The input is checked for only containing valid XML characters -- (validateString). -- * This is not concerned with potentially to be escaped characters, such -- as '<', '"'. These are considered valid here. -- * There are only some very unusual characters that are not accepted in -- XML. -- * This is done here instead at the XML generation state to spot the -- error early. -- * The result would most likely be the same; the separators present in -- the Ding are all valid in XML. main :: IO () main = do (opts, mInFile, mOutFile) <- getArgs >>= parseArgs when (optPrintHelp opts) $ help stdout >> exitSuccess input <- readMFile mInFile -- TODO: validateString should not `error'. let (mDing, log) = parse $ scan $ validateString input (if optSkipErrors opts then printLog else printLogAbortOnError) (fromMaybe "" mInFile) log when (isNothing mDing) exitFailure -- If non-critical errors are to be skipped, they do not influence the return -- code. when (optParseOnly opts) exitSuccess ding <- maybe (undefined "Unable to parse input.") return mDing let ding' = enrichUndirected ding let ding'' = enrichDirected $ if optInverse opts then inverse ding else ding' let tei = ding2tei ding'' let outStr = prettyTEI tei writeMFile mOutFile outStr readMFile :: Maybe String -> IO String readMFile Nothing = getContents readMFile (Just fileName) = readFile fileName writeMFile :: Maybe String -> String -> IO () writeMFile Nothing = putStr writeMFile (Just fileName) = writeFile fileName -- | Write log up to and including first error message to stderr. -- Exit with nonzero return code in case of any error message. printLogAbortOnError :: String -> [Either String String] -> IO () printLogAbortOnError inFile log = do let (good, afterGood) = span isRight log printLog inFile good case afterGood of (e:_) -> printLog inFile (pure e) >> exitFailure [] -> return () -- | Write log to stderr. printLog :: String -> [Either String String] -> IO () printLog inFile log = hPutStr stderr $ unlines $ map (either (errorPrefix ++) (infoPrefix ++)) log where errorPrefix = "Error: " ++ commonPrefix infoPrefix = "Info: " ++ commonPrefix commonPrefix = inFile ++ ": " data Opts = Opts { optInverse :: Bool , optParseOnly :: Bool , optSkipErrors :: Bool , optPrintHelp :: Bool } defaultOpts :: Opts defaultOpts = Opts { optInverse = False , optParseOnly = False , optSkipErrors = False , optPrintHelp = False } parseArgs :: [String] -> IO (Opts, Maybe String, Maybe String) parseArgs = either (\e -> hPutStrLn stderr e >> help stderr >> exitFailure) return . parseArgs' parseArgs' :: [String] -> Either String (Opts, Maybe String, Maybe String) parseArgs' allArgs = do (opts, fileNames) <- aux defaultOpts allArgs case fileNames of [] -> return (opts, Nothing, Nothing) [inFile] -> return (opts, maybeFilename inFile, Nothing) [inFile, outFile] -> if optParseOnly opts then fail "Too many non-option arguments." else return (opts, maybeFilename inFile, maybeFilename outFile) _ -> Left "Too many non-option arguments." where aux :: Opts -> [String] -> Either String (Opts, [String]) aux opts [] = return (opts, []) aux opts ("--" : args) = return (opts, args) aux opts ("-i" : args) = aux (opts { optInverse = True }) args aux opts ("--inverse" : args) = aux (opts { optInverse = True }) args aux opts ("--parse-only" : args) = aux (opts { optParseOnly = True }) args aux opts ("--skip-errors" : args) = aux (opts { optSkipErrors = True }) args aux opts ("--validate" : args) = aux (opts { optParseOnly = True, optSkipErrors = True }) args aux opts ("-h" : args) = aux (opts { optPrintHelp = True }) args aux opts ("--help" : args) = aux (opts { optPrintHelp = True }) args aux _ (o@('-':_:_) : _ ) = Left $ "Invalid option `" ++ o ++ "'." aux opts (str : args) = (fmap . fmap) (str :) $ aux opts args maybeFilename :: String -> Maybe String maybeFilename "-" = Nothing maybeFilename str = Just str help :: Handle -> IO () help h = do progName <- getProgName hPutStr h $ unlines [ "Usage: " ++ progName ++ " [OPTION]... [INFILE [OUTFILE]]" , "" , "When INFILE or OUTFILE is missing or `-', use standard input or output," , "respectively." , "" , " -i, --inverse Invert dictionary direction." , " --parse-only Only parse the input, do not produce output." , " --skip-errors Continue on errors where possible." , " --validate Equivalent to `--parse-only --skip-errors'." , " -h, --help Print this help message and exit." ] -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/Test.hs000066400000000000000000000051341526415265400215370ustar00rootroot00000000000000{- - Test.hs - manual testing - - Copyright 2020,2022 Einhard Leichtfuß - - This file is part of ding2tei-haskell. - - ding2tei-haskell is free software: you can redistribute it and/or modify - it under the terms of the GNU Affero General Public License as published - by the Free Software Foundation, either version 3 of the License, or - (at your option) any later version. - - ding2tei-haskell is distributed in the hope that it will be useful, - but WITHOUT ANY WARRANTY; without even the implied warranty of - MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the - GNU Affero General Public License for more details. - - You should have received a copy of the GNU Affero General Public License - along with ding2tei-haskell. If not, see . -} {-| - Manual testing. No function exported. To be used in `ghci' exclusively. - - Re-exports many data structures and functions. -} module Test () where import Control.Monad.Trans.Writer (runWriterT) import App.Ding2TEI import Data.NatLang.Dictionary import Data.NatLang.Grammar import Language.Ding.AlexScanner (scan) import Language.Ding.Parser (parse) import Language.Ding.Parser.Header (parseHeader) import qualified Language.Ding.Parser.Line as LP (parseLine) import Language.Ding.Pretty import Language.Ding.Syntax import Language.Ding.Token import Language.Ding.Enrich import Language.TEI.Syntax import Language.TEI.ToXML parseLine :: [Token] -> Line parseLine ts = case runWriterT $ LP.parseLine ts of Right (l, log) -> l Left e -> error e header :: String header = unlines [ "# Version :: 0.1 1970-01-01" , "# Copyright (c) :: Jane Doe," , "# 1970" , "# License :: GPL Version 2 or later; GNU General Public License" , "# URL :: https://example.org/" ] -- | Some example lines; all except the first from -- . examples :: [String] examples = [ unwords [ "Bäckerin {f}; Bäcker {m} | Bäckerei {f}; Backstube {f}" , ":: baker | bakery\n" ] , unwords [ "Wetter {n}; Witterung {f} | Witterungen {pl} | bei jeder Witterung;" , "bei jedem Wetter :: weather | weathers | in all weathers\n" ] -- Outdated syntax: --unlines -- [ "Wetter {n}; Witterung {f} :: weather" -- , " Witterungen {pl} :: weathers" -- , " bei jeder Witterung; bei jedem Wetter :: in all weathers" -- ] , "Whist {n} (Kartenspiel) :: whist\n" , unwords [ "(Schaden; Mangel) beheben; (Missstand) abstellen; abhelfen;" , "in Ordnung bringen :: to remedy \n" ] ] -- vi: ft=haskell ts=2 sw=2 et tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/000077500000000000000000000000001526415265400224465ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/de-en/000077500000000000000000000000001526415265400234365ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/de-en/README000066400000000000000000000040171526415265400243200ustar00rootroot00000000000000README ====== This directory contains preprocessor scripts, written in sed. They should be applied before running the main program. About ----- The scripts are used to fix some irregularities before handling processing to the main translating program. Generally, only irregularities that are assumed as mistakes are fixed. Targeted at the German-English Ding dictionary, version 1.9. Called with `sed -E' (see Shebang); i.e., extended regular expressions are used. Updates ------- When updating to a new Ding version, `update_help.bash' should be used. See there for more information. Conventions ----------- * Use the g (global) specifier, for anything that seems likely to possibly occur elsewhere, even if it does not. There might always be added another occurrence in a later version and `g' does not cost much. * Be as generic as possible and as specific as necessary. * Do not overgeneralize (e.g., "(n)" -> "{n}"). There may be legitimate uses of apparent misspellings / bad syntax. * Ex.: "to proffer sb. sth. /sth. to sb." -> "... sb. sth. / sth. to sb." * Bad: "sb. /sth." -> "sb./sth." (when generalized). * Use groups (<()>) and back-references (<\$i>). * Use <`> as separator to avoid the necessity to escape (/). * Use "\<" and "\>" where applicable. * On changes of this script, diff the result with the former result to check for erronous replacing. This is usually doable in time. * When changing to another Ding version, review the diff (!) and check for new irregularities (optional). * Ideally, when grouping (using parentheses), group in an understandable, rather than an efficient way. * Ex.: "s`\<(to take)/ (to carry out) (a measure)`\1 / \2 \3`g" * Groups 2 and 3 could be merged. Helpful tools ------------- * Regexes (grep/$EDITOR/less) to find common mistakes * e.g.: '\([^{]{0,10}\b(adj|adv|prp|n|m|f|...)\b' to find misusage of parantheses (instead of braces). * util/extract_braceexps.sed * Analyze the output to find any irregular brace expression. tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/de-en/abbreviations.sed000077500000000000000000000034611526415265400267720ustar00rootroot00000000000000#!/usr/bin/env -S sed -Ef # # preprocess/de-en/abbreviations.sed - //-abbreviations # # Copyright 2020,2022 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # # Notes: # * Syntax breaking slashes are fixed in slashes.sed. ## "." -> /./ s`"(/\.ed)"`/ \1 /` ## [abbr .] -> /./ # Found by searching for "Abk" and "abbr". # - Note: All fixed in version 1.9; kept nonetheless. s`\[(Abk|abbr)\.: ([A-Za-z.-]+)\]`/\2/`g s`\((Abk|abbr)\.: ([A-Za-z.-]+)\)`/\2/`g s`, (Abk|abbr)\.: ([A-Za-z.]+)\)`) /\2/`g ## (.) -> /./ # - Note: This alters semantics (TODO?). # See also `slashes.sed'. s`\<(secondary hyperparathyroidism) /(SHPT)/ \((2-HPT)\)`\1 /\2/ /\3/` s`\<(tertiary hyperparathyroidism) /(THPT)/ \((3-HPT)\)`\1 /\2/ /\3/` ## Misc # <,> -> <.> s`\<(signed) /(sgd),/`\1 /\2./`g # Remove {}; guessing a little here. s`/in \{prp\} \./`/in prp./`g # Qustionably placed: 'A; B /a; b/' -> 'A /a/; B /b/' s`^(der Ältere)\; (Senior) /(d\. Ä\.); (Sen\.)/`\1 /\3/\; \2 /\4/` # [.] -> /[.]/ s`(^|:: *)(\[sic\])`\1/\2/`g # This one is repeated, so possibly not a typo. s`(supervised injection site) /SIS/Ms`\1s /SIS/s` s`/SIS/M\>`/SIS/`g # vi: noet tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/de-en/additions.sed000077500000000000000000000016211526415265400261140ustar00rootroot00000000000000#!/usr/bin/env -S sed -Ef # # preprocess/de-en/additions.sed - add information # # Copyright 2020 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # ## Missing entries s`^(Betracht .*) :: *\|`\1 :: consideration |` # vi: noet tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/de-en/all.bash000077500000000000000000000027041526415265400250530ustar00rootroot00000000000000#!/usr/bin/env bash # # preprocessed/de-en/all.bash - run all preprocessing scripts, in correct # order # # Copyright 2020,2022 Einhard Leichtfuß, 2021 the FreeDict project # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # # The Ding source is highly irregular. The preprocessing steps help to keep # the parser clean by transforming irregularities to a more regular markup. # # See also: # * src/preprocess/de-en/README # * src/preprocess/de-en/update_help.bash dir="$(dirname "$(realpath "$0")")" cd "$dir" source ./order.conf.bash || exit 1 sedfiles_ordered_escaped=( "${sedfiles_ordered[@]@Q}" ) sedfiles_ordered_piped="${sedfiles_ordered_escaped[*]/#/| ./}" sedfiles_ordered_piped="${sedfiles_ordered_piped#| }" eval "$sedfiles_ordered_piped" # vi: ts=2 sw=2 noet tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/de-en/alter.sed000077500000000000000000000027641526415265400252560ustar00rootroot00000000000000#!/usr/bin/env -S sed -Ef # # preprocess/de-en/alter.sed - syntax alterations # # Copyright 2020,2022 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # # {relativ} is not an indpendent annotation. # Assimilate, with {pron interrog} in mind. # Note: It can be assumed that both below parts never occcur in (separate) # groups when belonging to one another (since then their relation would # not be obvious). s`\{(pron)\} *\{(relativ)\}`\{\1 \2\}`g # New in version 1.9 (rare); change to old syntax (see also above). s`\{(relativ)\.(pron)\}`{\2 \1}`g # Adapt grammar information in {+ X} to match the usual syntax for X. s`\{\+ *(Zahl|number)}`{+num}`g s`\{\+ *verb}`{+v}`g s`\{\+ *(Einzahl|singular)\}`{+sing}`g # Not actually alteration of syntax, but of content to fit syntax. s`\<(R/S ratio) >(1)\>`\1 > \2`g # vi: noet tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/de-en/drop.sed000077500000000000000000000023631526415265400251060ustar00rootroot00000000000000#!/usr/bin/env -S sed -Ef # # de-en/drop.sed - drop some information that cannot be properly parsed yet # # Copyright 2020,2022 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # s`\{(adj), usually not used before a noun\}`{\1}` s`\{(prp)\; \+ Fall des jeweiligen Bezugsworts\}`{\1}` s`\{(\+Gen\.)/(bei|von etw\.)\}`{\1}`g s`\{(prp\; \+Dat\.) / von jdm\./etw\.\}`{\1}` s` *\{Quantifikator\}``g # TEI does not specify an element for degree of comparison. s` *\{\+ *(Superlativ|superlative)\}``g # This should probably become [prp +] s` *\{prp *\+\}``g # vi: noet tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/de-en/grammar.sed000077500000000000000000000043371526415265400255730ustar00rootroot00000000000000#!/usr/bin/env -S sed -Ef # # preprocess/de-en/grammar.sed - fix errors in grammar annotations # # Copyright 2020,2022 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # ### Semantic errors # Wrong pos annotation s`\<(makrohumiphag) \{m\} (\[zool\.\])`\1 \{adj\} \2` # - (de); translates to "macrohumiphagous" (en), which is an adjective # - source: https://doi.org/10.1016/0378-1127(95)03580-4 ### Syntactic errors ## () -> {} # Note: There are likely more of this kind. s`\<(Felge|Glanzleinwand) \(f\)`\1 {f}`g s`\<(Futterkattun) \(m\)`\1 {m}`g s`\<(Normalnull) \(n\)`\1 {n}`g s`\(adv\)`{adv}`g # See also: alter.sed s`\{pron\} \(relativ\)`{pron} {relativ}`g s`\(\+ *(Gen|Akk|Dat)\.?\)`\{+\1.\}`g s`\{prep\}`{prp}`g ## [] -> {} (and nomalization) s`\[kein Plural\]`\{no pl\}`g # Note: {no sing} never occurs, it is infered from {no pl} and {sing}. s`\[only plural\]`{no sing}`g s`\[no singular\]`{no sing}`g ## Superfluous <.>. s`\{(adv)\.\}`{\1}`g ## (.) {.} -> (. {.}) s`\((sich)\) \{(Dat\.)\} (die Sonnenenergie nutzbar machen)\>`(\1 {\2}) \3`g ## {.} . -> . {.} s`:: (\{adv\}) (idiosyncratically)$`:: \2 \1` s`:: (\{adj\}) (conflicting)\;`:: \2 \1\;` ## <+> outside {.} s`\{prp\} \+ (which/what)\; \1 \+ \{prp\}`{prp +} \1; \1 {+ prp}`g ## Consistent spacing and "dotting". # Note: This could also be delegated to the parser. Doing it here simplifies # matching keywords at the lexer stage, since '+' and '.' can be # considered part of the (unique) keyword. s`\{\+ *(Gen|Akk|Dat)\.?\}`\{+\1.\}`g s`\{\+ *(conj)\}`{+conj}`g # vi: noet tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/de-en/inflected_forms.sed000077500000000000000000000045131526415265400273040ustar00rootroot00000000000000#!/usr/bin/env -S sed -Ef # # preprocess/de-en/inflected_forms.sed # # Copyright 2020,2022 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # ### Annotated inflected forms (on the English side) ## Incorrect syntax and semantics. # See . s`\{(strove), (striven) / (strived)\; (strived)\}`\{\1, \3\; \2, \4, \1 [coll.]\}` # See . s`\{(stank)/(stunk), (stunk)\}`{\1, \2; \3}`g ## -> <,> (normalize inner separator) s`\{(chided)/(chid)\; (chided)/(chidden)/(chid\})`\{\1, \2\; \3, \4, \5\}`g s`\{(got)\; (got)/(gotten \[Am\.\])\}`\{\1\; \2, \3\}`g s`\{(outshined)/(outshone)\; (outshined)/(outshone)\}`\{\1, \2\; \3, \4\}`g s`\{(leaped)/(leapt)\; (leaped)/(leapt)\}`{\1, \2\; \3, \4}`g s`\{(smelled) / (smelt \[Br\.\])\; (smelled) / (smelt \[Br\.\])\}`{\1, \2\; \3, \4}`g s`\{(learned) / (learnt \[Br\.\])\; (learned) / (learnt \[Br\.\])\}`{\1, \2\; \3, \4}`g s`\{(staved)/(stove)\; (staved)/(stove)\}`{\1, \2\; \3, \4}`g s`\{(swung) / (swang \[obs\.\]); (swung)\}`{\1, \2\; \3}`g s`\{(struck)\; (struck) / (stricken \[Am\.\])\}`{\1\; \2, \3}`g s`\{(girded)/(girt); (girded)/(girt)\}`{\1, \2\; \3, \4}`g ## Alternative form in parantheses instead of separated by comma s`\{(swung) \((swang \[obs\.\])\)\; (swung)\}`\{\1, \2\; \3\}`g # Do not allow multiple conjugation annotations. # In this particular case it is also unclear (from the syntax only), which # forms the [archaic]-annotation applies to. s`\{(work)\; (worked)\} \{(wrought)\; (wrought) (\[archaic\])\}`\{\1, \3 \5; \2, \4 \5\}` ## Double }}. s`(chid)\}\}`\1\}` # vi: noet tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/de-en/misc.sed000077500000000000000000000175001526415265400250740ustar00rootroot00000000000000#!/usr/bin/env -S sed -Ef # # preprocess/de-en/misc.sed - fix some irregularities in the Ding source # # Copyright 2020-2022 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # ## Abbreviations missing terminal <.> # Exclude "so" ~ "so.", since it may very well not be an abbreviation. s`\<(etw|jm?d[mns]?|sth|sb)\>($|[^.])`\1.\2`g ## Misplaced {}-annotations s`(\(Kfz:) \{n\} (/AND/\))`\1 \2` ## <...> s`< (\[mus\.\]) >`\1`g # The only "<>"-annotation syntactically clearly on a unit level. # Since semantically wrong, fix as follows. # See https://en.wiktionary.org/wiki/delt // 2020-09-06 20:39:00 CEST s`\<(to deal) \{(dealt)\; (dealt)\} <(delt)>`\1 {\2; \3, \4 [archaic]}`g # There is one single occurence of an `s' after "<>". I see no reason for it. # Also, the first english form should be in plural, too. s`\<(Atomforscher \{pl\}\; Atomforscherinnen \{pl\}) :: (.*) \| (atomic scientist) <(nuclear scientist)>s$`\1 :: \2 \| \3s <\4s>` # Superfluous space. s`\<(Türeinfassung \{f\} \[constr\.\]) <(Futterrahmen) >`\1 <\2>` ## Syntax-breaking typos (excl. slashes) # Missing "<" s` (Bucuresti)>` <\1>`g # "->" -> "~" s`\((superlative of) -> (level)\)`(\1 ~\2)`g ## [.] -> / # Note: Information on predominance is lost. # TODO: reconsider s`\<(table) \[(tabular)\] (spar)`\1/\2 \3`g s`\<(progressive) \[(prograde)\]`\1/\2`g s`\<(spheroidal) (jointing) \[(parting)\]`\1 \2/\3`g s`\<(axial) \[(optic)\] (angle)`\1/\2 \3`g s`\<(tight) \[(close)\] (sand)`\1/\2 \3`g # TODO: This is now really ugly. s`\<(post) \[(nach|after)\]`\1/\2`g s`\<(scrivere) \[(schreiben|writing)\]`\1/\2`g ## [.] -> (.) # Optional words. Information is lost. # TODO: Consider to encode differently, e.g. [[]]. s`\<(eine Schar) \[(Personen)\]`\1 (\2)`g s`\<(a clutch of) \[(persons)\]`\1 (\2)`g # Unsure; possibly better translated to a slashed alternative. s`\<(Brazilian) \[(optical)\] (pebble)\>`\1 (\2) \3`g s`\<(to guzzle sth\.) \[(drink)\]`\1 (\2)`g s`\<(to stitch) \[(book)\]`\1 (\2)`g # Description. Should become a . s`\<(Sauerkohl \{m\}) \[(in einigen Regionen alternativer Begriff zu Sauerkraut)\]`\1 (\2)`g s`\<(listicle) \[(list \+ article)\]`\1 (\2)`g s`\<(eine Portion) \[(Mengenangabe)\]`\1 (\2)`g ## Empty () s`\<(pathologische Abteilung \[med\.\]) \(\)`\1` ## Superfluous <;> # - Note: Fixed in version 1.9; keep nonetheless. s`\; *$`` ## Smileys # Note: There is exactly one smiley. Make it fit the expected syntax. # (TODO/CONSIDER: alter expected syntax.) s`/(:-\))/`/ \1 /`g # This is not a smiley. Possibly an alteration of syntax though. s`\(@\)`/ @ /`g ## Mixed # Superfluous semicolon; enrichment. s`\<(note)\;\; (/N\.B\.\; NB/)`\1; nota bene [archaic] \2` ## Missing <;> s`(Beide Schriftstücke sind online verfügbar\.) (Diese Schriftstücke sind beide online verfügbar\.)`\1; \2` ## Misc syntax errors s`:: <> \|`:: |`g ## Further seemingly incorrect entries (TODO): # - Note: most from version 1.8.1. #ein gutes Blatt haben {n} -- {} applies to part #Freier, der den Autostrich abfährt {m} -- {} applies to whole / first part #solange sie die Stelle innehat {n} -- {} applies to ? #Bouquet garni {n} cook -- [cook.] ? #Bemühen, das Gleiche zu erreichen {m} -- {} applies to ? #einen Unterhaltspfleger bestellen {m} -- {} applies to part # - alternative: disallow {} when refering to part of sentence (remove) #eine Sache, die Probleme bereitet / Rätsel aufgibt {n} -- ? # - article ("eine") uncommon # - {n} refers to "Rätsel" ? #den Strom abschalten/ausschalten {pl} -- ? #äbtlich {m} -- ? #auktorial {n} #eine Auskunft / Auskünfte einholen {n} #bizarr {m} #deckungsgleich sein {f} #diese {pl} # - first pl annotation on a non noun #englandfreundlich {f} #derjenige, der die Sache herausgibt {m} -- whole #entomogamen {pl} #etw. jodoformieren {n} #leistungsgerecht {m} #gut/schlecht schlafen {f} # - use the somehow ? # - {f} misplaced #neapolitanisch {n} #spiegelbildgleich {m} # ... (TODO: search from here) #obszön; verrucht, schlüpfrig; aufreizend {adj} :: raunchy # - comma -> semicolon ? #to write <> off sb./sth. #auf das Angebot/die Zusage/den Vorschlag von jdm. eingehen #etw./jdn. einführen; einweisen {vt} (in etw.) # - does the prefix apply to both? #guaranteed free from / of sth # - should be a strong '/' #jdn deputieren, etw. zu tun # - parentheses ? # - generalize in parser ? #(+ Gen/von etw.) #(in Fragen + Gen) #as at + date #lest + subjunctive #(+ {adj}) #(+ comparative adjective) #as a matter of fact + do; actually + do #(+ singluar) #{+ conj} #(+ Substantiv im Plural) # ... (/+ /) #<"> # - literally, not a single quote #eines Baukörpers/einer Maschine #to take out/take down #andere/r/s # - et al. #frühere(r/s) # - et al. #to chide {chided, chid; chided, chidden, chid} sb. # - infix grammar annotations (for a simple verb; i.e. not in a phrase) #"Are you a good singer/player?', 'I do moderately well.' # - <"> or <'> # ? general: allow both? # . <"> seems more frequent. #(von Pilcher / Werktitel) ... :: ... (by Pilcher / work title) # - frequent (with differing authors) #Delegation {+Gen./bei} #:) #/A/cs/ #/Hg(CNO)2/ (Sprengstoff); # - parsing question #/sw, s/w/ .* /B&W, b&w, B/W/ #Ver­brau­cher­zen­t­ra­le {f} [tm] :: consumer advice centre [Br.] # - a bunch of \u00AD contained (soft hyphens) # - Could be used to infer hyphenation. # - [] #eine Abschrift beglaubigen {vt} [adm.] :: to certify; to attest; to exemplify [Am.] a copy # ? prefixes in ()? # ? During enrichment: Decuduce from {vt} or "to", that something is a collocate #(formal) #to get (oneself; sth.) to safety #scanning | scanne$ #/s. and s.c./ #leise; ruhig; still {adj} | leiser; ruhiger; stiller | am leisesten; am ruhigsten; am stillsten #name-dropping > > #das Grundgesetz -- article #Stahlpreisanstieg {m}; erhöhunh {f} :: increase in steel price; in the price of steel # Hard to identify collocations (the part after the parens) # pressure (on sb.) to adapt/adjust # to mumble (away) to oneself # Infer participle information # kollokieren; nebeneinanderstehen {vi} [ling.] | kollokierend; nebeneinanderstehend | kollokiert; nebeneinandergestanden :: to collocate | collocating | collocated # <-> - annotations (<-> likely always surrounded by whitespace) # PS (lat. Postskriptum - post [nach] + scrivere [schreiben]) :: ps (Lat. postscript - post [after] + scrivere [writing]) # Racist. TODO: Consider to annotate somehow. #'Zehn kleine Negerlein'; 'Und dann gab's keines mehr' (von Christie / Werktitel) [lit.] :: 'Ten Little Niggers'; 'And Then There Were None' (by Christie / work title) # Found when searching for units that contain a /./-expression: # Gesellschaft (des) bürgerlichen Rechts /GbR/; /GdbR/, BGB-Gesellschaft # emergency medical treatment room; emergency room [Am.] /e.r./; /ER/ # - questionable # Saint ...; /St/ [Br.]; /St./ [Am.] # - questionable # cash with order /CWO/; /c.w.o./; cash in advance /CIA/ # ante meridiem /a.m./; /am/ # later; later on; /L8R/ [comp.] # TODO: - '([A-Za-z]+ ){2}\{(m|f|n)\} *(\;|\|)' # - find badly located {}-annotations # - slashes (e.g. "er/sie hat/hatte bekommen") # - /+ *(Gen|Dat|Akk)/ # vi: noet tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/de-en/order.conf.bash000066400000000000000000000003101526415265400263260ustar00rootroot00000000000000typeset -ra sedfiles_ordered=( typos.sed grammar.sed inflected_forms.sed usage.sed usage_debatable.sed slashes.sed abbreviations.sed misc.sed quotes.sed additions.sed alter.sed drop.sed ) tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/de-en/quotes.sed000077500000000000000000000033741526415265400254650ustar00rootroot00000000000000#!/usr/bin/env -S sed -Ef # # preprocess/de-en/quotes.sed - regularize quotes # # Copyright 2020,2022 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # ## Quotes # Notes: # * There is no clear distinction between single <'> and double <"> quotes. # Sometimes they are even used together (e.g. <"abc'>). # * TODO: It might be necessary to identify them. # * When revising this file for version 1.9, I got the impression that <'> # is the standard on the English side, while <„> and <“> are standard on # the German side. # * Sometimes (almost always?) '„“' is used on the german side # (e.g., „So für den Hausgebrauch“). # - Apparently new convention in version 1.9. # * Try to infer the "correct" quote variant from the surrounding. # * <"> may also be used as abbreviation for the unit inch. # * <'> may also be used in other contexts (e.g., , ). # * Usage as apostroph is quite frequent. s`"(Are you a good singer/player\?)'`'\1'` s`'(Pay per click)"`'\1'`g s`"(The Loyal Subject)'`'\1'`g s`"(The Hunchback of Notre-Dame), (1831)`"\1", \2`g # vi: noet tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/de-en/slashes.sed000077500000000000000000000217651526415265400256130ustar00rootroot00000000000000#!/usr/bin/env -S sed -Ef # # preprocess/de-en/slashes.sed - fix wrong spacing around slahes # # Copyright 2020,2022 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # # Notes: # * See doc/syntax.slashes. # * TODO: Consider to generalize a few and in particular also catch wrongly # placed weak/strong slashes. # * TODO: Order this somehow. s`\((bei etw\.)/ (gegenüber etw\.)\)`(\1 / \2)`g s`\((in sth\.)/ (from sth\.)\)`(\1 / \2)`g s`\((von etw\.)/ (zu etw\.)\)`(\1 / \2)`g s`\((of sth\.)/(for sth\.)\)`(\1 / \2)`g s`\((eines) (Arguments)/ (Vorgehens) (usw\.)\)`(\1 \2/\3 \4)`g s`\((of a) (place)/ (situation)\)`(\1 \2/\3)`g s`(Kein) / (Keine) (\[Ös\.\] Ausschank)`\1/\2 \3`g s`\<(visual tree assessment) /(VTA) /`\1 /\2/` s`\<(this order/custom\.)/ (You have)\>`\1 / \2` s`/MFM$`&/` s`\<(to understand) /(recognise/grasp the)`\1/\2` s`\<(Kreuzschritt \{m\} vor)/ (zurück)\>`\1/\2` s`\<(on) (sb\.)/ (sth\.)`\1 \2/\3`g s`\<(centre \[Br\.\])/ (center \[Am\.\])`\1/\2`g s`\<(center \[Am\.\]) /(centre \[Br\.\])`\1/\2`g s`\<(easing) /(reduction) (in)\>`\1/\2 \3`g s`\<(Geräte \{pl\}) /(Ausrüstung \{f\})`\1/\2`g # TODO: generalize? s`\<(to) (approach)/ (consider)\>`\1 \2/\3`g s`\<(governor) (/Gov\./s)\>`\1s \2`g s`\<(mit jdm\.)/ (mit etw\.)`\1 / \2`g s`\<(with sb\.)/ (in sth\.)`\1 / \2`g s`(\(Plectranthus coleoides/forsteri)/ (glabratus\))`\1/\2` s`\<(timber \[Br\.\])/ (lumber \[Am\.\])`\1/\2`g s`\<(zurückbekommen)/ (zurückerhalten)\>`\1/\2`g s`\<(of sth\.)/ (in )`\1 / \2`g s`\<(fibre \[Br\.\])/ (fiber \[Am\.\])`\1/\2`g s`\<(skivvy \[Br\.\])/ (slave)`\1/\2`g s`\<(armoured \[Br\.\])/ (armored \[Am\.\])`\1/\2`g s`\<(to take)/ (to carry out) (a measure)\>`\1 / \2 \3`g s`\<(action for possession \[Br\.\])/ (action of eviction \[Am\.\])`\1 / \2`g s`\<(text-book example of how)/ (an object lesson in how)\>`\1 / \2`g s`\<(photovoltaics) /(PV)\; (solar)\>`\1 /\2/\; \3` s`\<(jdn\.)/ (etw\.)`\1/\2`g s`\<(Mehrzweckeinsatzstock \{m\}) /(MES) /`\1 /\2/`g s`\((of) /(showing sth\.)\)`(\1 / \2)`g s`\<(and don't get into mischief) /(and keep out of mischief)\>`\1 / \2`g s`\<(limitation) /(lapse) (of time)\>`\1/\2 \3`g s`\<(Abschluss \{m\}) / (Abschließen \{n\})`\1/\2`g s`\<(wind power unit) / (WPU)/`\1 /\2/`g s`\<(in) (Bestzustand) /(1a-Zustand)\>`\1 \2/\3`g s`\<(to hold the floor)/ (to address the meeting)\>`\1 / \2`g s`\<(balsam)/ (myrobalan)\>`\1/\2`g s`\<(Zeitungen) /(Zeitschriften)\>`\1/\2`g s`\<(are at a critical juncture)/ (have reached a critical juncture)\>`\1 / \2` s`\((of sb\.)/ (of), (from) (sth\.)\)`(\1 / \2/\3 \4)`g s`\<(set up) /(discontinue)\>`\1 / \2`g s`\<(als etw\.)/(zugunsten von jdm\.)`\1 / \2`g s`\<(as sb\.)/ (in favour of sb\.)`\1 / \2`g s`\<(gun) /(missile)\>`\1/\2`g s`\<(into sth\.)/ (into doing sth\.)`\1 / \2`g s`\<(to proffer) (sb\. sth\.) /(sth\. to sb\.)`\1 \2 / \3`g s`\<(of) (sb\.)/ (sth\.)`\1 \2/\3`g s`\<(für jdn\.)/ (als) jd\.`\1 / \2 jdn.`g s`\<(interpreted)/ (understood)\>`\1/\2`g s`\<(in favour) (of)/ (against) (sth\.)`\1 \2/\3 \4`g s`\<(on/upon/against) (sb\.)/ (sth\.)`\1 \2/\3`g s`\<(etwas zu bedeuten haben)/ (etwas bedeuten)\>`\1 / \2`g s`\<(sth\.)/ (doing sth\.)`\1 / \2`g s`\<(einen Ort entlang) /(durch einen Ort)\>`\1 / \2`g s`\<(about sth\.)/ (for doing sth\.)`\1 / \2`g s`\<(shop \[Br\.\]) /(store \[Am\.\])`\1/\2`g s`\<(von etw\.)/ (gegen etw\.)`\1 / \2`g s`\<(in die) (Normalform)/(kanonische Form)/? (gebracht|bringend?)\>`\1 \2 / \3 \4`g s`\<(zerwuzelt \[Ös\.\])/ (einen Schranz in den Bauch gelacht)\>`\1 / \2`g s`\<(look after)/ (take care of)\>`\1 / \2`g s`\<(zu) (bedienen)/ (handhaben) (sein)\>`\1 \2/\3 \4`g s`\<(home economics)/ (family and consumer sciences)\>`\1 / \2`g s`\<(to sth\.)/ (to do sth\.)`\1 / \2`g s`\<(renovieren)/ (erneuern)`\1/\2`g s`\<(take on) /(lay off)\>`\1 / \2`g s`(sb\.)/ (in)`\1 / \2`g # Note that there is a meaning in the different spacing, which is dropped here. s`\<(tangled up)/(entangled)/ (snarled up)/(ensnared)`\1 / \2 / \3 / \4`g s`\<(zum Erfolg)/ (zu seinem Glück)\>`\1 / \2`g s`\<(to enable) (sb\.)/ (sth\.)`\1 \2/\3`g s`\<(to transmogrify) (sb\.)/(sth\.)/ (into sth\.)`\1 \2/\3 / \4`g s`\<(wenn/wiewohl es schon lange her ist\.) /(wenn es auch schon lange her ist\.)`\1 / \2`g s`\<(threw) /(set) (back)\>`\1/\2 \3`g s`\<(attached)/ (screwed on)\.`\1 / \2.`g s`\((Kfz:) /([A-Z]+)\)`(\1 /\2/)`g s`\<(Rutherfordium)/ (Kurtschatovium)\>`\1/\2`g # Note: Cake is distinct from biscuit, thus the -repetition is deemed ok. # - The -repetition, however, is deemed too much. s`\<(the biscuit \[Br\.\])/ ?(the cake \[Am\.\])`\1 / \2`g s`\<(really) (takes) (the biscuit \[Br\.\]) / \2 (the cake \[Am\.\])`\1 \2 \3 / \4`g s`\((by Pilcher)/ (work title)\)`(\1 / \2)`g s`\<(Mikro…)(/µ/)`\1 \2` s`/I/O/`/ I/O /`g s`/a/s/l\?/`/ a/s/l? /`g s`\<(diameter for fixing the disc \[Br\.\])/ (disk \[Am\.\] to the brackets)\>`\1/\2` s`\<(to make a run on the shops \[Br\.\]) /(stores \[Am\.\] \[fig\.\])`\1/\2` s`\<(receivables) / (Rec\.)/`\1 /\2/` s`\<(mit jdm\./etw\.)/ (zwischen jdm\./etw\.)`\1 / \2`g s`\<(necessary) (adaptations) /(adjustments)\>`\1 \2/\3`g s`\<(an etw\.)/ (bei etw\.)`\1 / \2`g s`\<(by sth\.)/ (by saying/doing sth\.)`\1 / \2`g s`\<(bei einer) (Versteigerung)/ (Ausschreibung)\>`\1 \2/\3`g s`\<(in an auction) /(in a call for tender)`\1 / \2`g s`\<((in|of) the) (estate \[Br\.\])/ (inheritance \[Am\.\])`\1 \3/\4`g s`\<(about sb\./sth\.) /(for sb\./sth\.)`\1 / \2`g s`\<(to) (issue)/(establish)/ (open) (a credit)\>`\1 \2/\3/\4 \5`g s`(knit) / (knitted) / (knit-wool) (pullover) / (jumper \[Br\.\])/ (jersey \[Br\.\])/(sweater \[Am\.\])`\1/\2/\3 \4/\5/\6/\7` s`\<(zu etw\.)/ (in Bezug auf eine Sache)\>`\1 / \2`g s`\<(one) (could) / (may) /(might) (be)\>`\1 \2/\3/\4 \5`g s`\<(mit jdm\.) /(bei etw\.)`\1 / \2`g s`\<(zwischen jdm\.) /(unter jdm\.)`\1 / \2`g s`^(jdn\.) /(etw\.)`\1/\2` s`\<(This can) (achieve) /(accomplish) (a lot)\>`\1 \2/\3 \4`g s`\<(I/he/she/it) (smelled) / (smelt \[Br\.\])`\1 \2/\3`g s`\<(he/she has/had) (smelled) / (smelt \[Br\.\])`\1 \2/\3`g s`\<(descend) (on) /(upon) (sth\.)`\1 \2/\3 \4`g s`\<(jdm\.) (einen Fußtritt) /(Tritte) (versetzen)\>`\1 \2 / \3 \4`g s`\<(erbost) /(erzürnt) / (verärgert) / (wütend)\>`\1/\2/\3/\4`g s`\<(keinen Bissen) (hinunterbringen) / (hinunterbekommen \[geh\.\])/ (runterbringen \[ugs\.\]) / (runterkriegen \[Dt\.\] \[ugs\.\])`\1 \2/\3/\4/\5`g s`\<(Die Nachmittagssonne brannte) (heiß) / (unbarmherzig)\>`\1 \2/\3`g s`\<(The wind was blowing) (fiercely) / (harshly)\>`\1 \2/\3`g s`\<(The afternoon sun was burning) (fiercely) /(harshly)\>`\1 \2/\3`g s`\<(stehe ich völlig im Wald \[Dt\.\])/ (stehe ich völlig an \[Ös\.\])`\1 / \2`g s`\<(defer \(an event\)) \((to) /(until) / (till)\)`\1 (\2/\3/\4)`g s`\<(denigrate) (sb\.)/ (sth\.)`\1 \2/\3`g s`\<(den Platz) /(die Lage) (wechseln)\>`\1 / \2 \3`g s`\<(Januar) /(Jänner)\>`\1/\2`g s`\<(to look forward to sth\.)/ (to expect sth\.)`\1 / \2`g ## Abbreviations # - See also `abbreviations.sed'. s`\<(serious adverse reaction) / (SAR)\>/`\1 /\2/` # TODO: Unrelated to slashes: [rare] (and [Dt.]?) seems to not apply to the # whole unit. # Note: This was possibly intended to be "\1 /\2/ / /\3/". # The parser would currently create a very unexpected result from that, # though. s`\<(Doktor der Naturwissenschaften) /(Dr\. rer\. nat\.)/ / (Dr phil\. nat\.)/ (\[Dt\.\] \[rare\])`\1 /\2/ /\3/ \4`g s`\<(Inter-American Development Bank) /(IADB)/ (IDB)/`\1 /\2/ /\3/` s`\<(drei feste Maschen zusammenhäkeln / zusammen abmaschen / zusammenarbeiten) /(3 Fm zsm\.)/ / (3 Fm abm\.)/`\1 /\2/ /\3/` s`\<(extended single crochet) /(esc) /`\1 /\2/`g ## Missing space after abbreviation, before (.). s`\<(Folio \{n\} /fo/ /2°/)\((Buchformat)\)`\1 (\2)` s`\<(folio /fo/ /2°/)\((book size)\)`\1 (\2)` # See also `abbreviations.sed'. s`\<(secondary hyperparathyroidism) /(SHPT)/\((2-HPT)\)`\1 /\2/ (\3)` s`\<(logical inferences per second) /(LIPS)/\((expert system)\)`\1 /\2/ (\3)` ## Special abbreviations s`\<(schließende runde Klammer) /(\))/`\1 / \2 /` s`\<(right parenthesis \[Am\.\]) /(\))/`\1 / \2 /` s`\<(öffnende eckige Klammer) /(\[)/`\1 / \2 /` s`\<(schließende eckige Klammer) /(\])/`\1 / \2 /` s`\<(öffnende geschweifte Klammer) /(\{)/`\1 / \2 /` s`\<(schließende geschweifte Klammer) /(\})/`\1 / \2 /` s`\<(öffnende spitze Klammer) /(<)/`\1 / \2 /` s`\<(schließende spitze Klammer) /(>)/`\1 / \2 /` # Note: The following is broken in other ways (TODO). s`\((\+Gen\.)/ (über etw\.)\)`(\1 / \2)`g # vi: noet tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/de-en/typos.sed000077500000000000000000000041261526415265400253170ustar00rootroot00000000000000#!/usr/bin/env -S sed -Ef # # preprocess/de-en/typos.sed - fix some typos in the en-de Ding source # # Copyright 2020,2022 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # ### Characters # Quote characters from the Windows-1252 charset (convert to the Unicode # version). See . # The unicode values are 0x91 and 0x92 while the UTF-8 encodings are 0xC291 and # 0xC292, respectively. s`\xC2\x91`‘`g s`\xC2\x92`’`g ### Simple typos ## Initial character to upper case # Search regexes: # * '\b[a-zäöüß]+ \{(f|m|n|pl|no pl)\>.*::' (many false positives) # Note that '\<' and '\>' do not generally suffice due to e.g. "...händler". s` (instandhaltungseinschränkungen \{pl\})` \u\1`g s` (tönung \{f\})` \u\1`g s` (kleine) (auseinandersetzung \{f\})` \1 \u\2`g s` (standringe \{pl\}) ` \u\1`g s` (gleichrichten \{n\})` \u\1`g s` (checksummen \{pl\})` \u\1`g ## Diacritics # In v1.8.1, the ń was written as HTML code (ń), in version 1.9 it was # changed to plain n. The english Wikipedia uses the diacritic [0]. s`Poznan`Poznań` ## Misc s`\`Erhöhung`g s`/(Jun\.\; jun\.)\; (Jnr)\; (Jr),/`/\1\; \2.\; \3./`g # Dative, not accusative. s`\<(zwischen) jdn\./etw\. und jdn\./etw\.`\1 jdm./etw. und jdm./etw.`g s`\| <> sth\. (verspielend)\;`| \1\;` ## References # [0] https://en.wikipedia.org/w/index.php?title=Pozna%C5%84&oldid=1066570232 # vi: noet tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/de-en/update_help.bash000077500000000000000000000233601526415265400265760ustar00rootroot00000000000000#!/usr/bin/env bash # # preprocessed/de-en/update_help.bash - help updating to new Ding version # # Copyright 2022 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # # When updating ding2tei for a new Ding version, the sed scripts should also # be revised. # * Some replacements may become obsolete. # * Some replacements may need changing. # * Note: It may be worthwile to keep some generic replacements even if they # do not apply to anything anymore. # * The course for adapting to a new Ding version is to simply run the main # ding2tei program on the preprocessed Ding dictionary and act upon any # errors. # * Also, ideally, non-critical syntax errors/inconsistencies (those that # do not break the parser), should be adressed (see util/). # # This script can also be helpful whenever amending the sed files to check # that they actually applied. # # Precondition: # * The sed scripts contain only single line commands. # # How to use this script: # * See help() / run `$0 help`. # 1. Run `init'. # 2. `apply' all old scripts to the old source. # * This creates, for each command line of each script a new file, which # are ordered in sequence. # 3. Copy all scripts to a folder `new/'. # 4. for each sedfile (in order specified by $order_conf_file_relative) # 1. `apply' this script to the new source (use script index). # * Again, this yields for each sed command in the current script a # new file. # 2. Open the current sed script in `new/` in an editor (still identical # to the old sed script). # 3. Run your favourite `diff' program (I suggest `vimdiff') for each # subsequent pair of newly created files, both for the old and new # Ding source file. # * A small bash for loop is handy (TODO: include in this script). # - "a=(SEDFILE_INDEX_PADDED.*) # for (( i=0; i < ${#a[@]} - 1; i++ )) # do # vimdiff "${a[i]}" "${a[i+1]}" # done # " # 1. Compare the `diff's manually, with the current sed command in # mind. # 2. Adapt the current sed script in `new/`. # * Note: The scripts are identical as of now, so there is a direct # correspondence between the diffed old and new files. # 4. `apply' this script again (if anything changed). # 5. Verify that all changes applied correctly. # * Ideally manually. A cmp(1) may be deemed sufficient, though. # * A `diff' of the old and new script files is helpful. # 6. (optional) Check the diffs again (if anything changed). # * Note: The scripts are distinct now, so there is not necessarily # a direct correspondence between the old and new files anymore. # * This can be repeated. One can also change the order (in particular, # change things in an "earlier" sed file later. # * One should be aware, however, that the changes may build upon # another; therefore, one would ideally check whether all the later # changes still apply as expected. # 5. (optional) `apply` the whole new script list again (in one run), check # everything. # 6. Replace the old scripts by the new scripts. # # See also: # * src/preprocess/de-en/README # * src/preprocess/de-en/all.bash typeset -r script_path="$(realpath "$0")" typeset -r script_dir="${script_path%/*}" typeset -r base_dir="$script_dir" order_conf_file_relative='order.conf.bash' typeset -r auxdir_relative='aux' typeset -r auxdir_absolute="${base_dir}/${auxdir_relative}" typeset -rA sedscriptdir_relative=( [old]='.' [new]='new' ) typeset -rA sedscriptdir_absolute=( [old]="${base_dir}/${sedscriptdir_relative[old]}" [new]="${base_dir}/${sedscriptdir_relative[new]}" ) # Get ${sedfiles_ordered[@]}. source "${base_dir}/${order_conf_file_relative}" function help() { cat << EOF Syntax: \$0 init OLD_DING_SRCFILE NEW_DING_SRCFILE \$0 apply old|new I_START I_END \`init' must be run before the first \`apply'. When running \`apply', I_START must not be larger than the last I_END. The first \`apply' must be run with 0 as I_START. \`apply' drops any possibly existing output (of previous runs of \`apply') with I larger than I_START before starting. The old sed scriptfiles must be located in \`${sedscriptdir_relative[old]}/', the new sed scriptfiles in \`${sedscriptdir_relative[new]}/'. The new sedfiles should initially just be a copy of the old ones and can then be adapted. Only sedfiles specified in \`${order_conf_file_relative}' are used, and all these are expected to exist. Results of this script will be found in \`${auxdir_relative}/'. All relative paths above relative to: \`${base_dir}' EOF } # Implementation notes: # * sed file indices and sed file line numbers, when part of a string (e.g., # in filenames) are always padded to be 3 and 5 characters long. # - This is expected to be sufficient. # - The 3 and 5 are hard-coded in many places. # - The intention behind padding is to have the numerical and alphabetical # sort order of filenames coincide. # - An error is issued if the number of files or lines is too big. set -o noclobber set -o errexit set -o nounset shopt -s extglob function main() { [[ $# -ge 1 ]] || { help; exit 1; } local -r cmd="$1" shift 1 case "$cmd" in init) init "$@" ;; apply) apply "$@" ;; help) help ;; *) help exit 1 esac } function init() { [[ $# -eq 2 ]] || { help; exit 1; } local -rA ding_srcfile=( [old]="$1" [new]="$2" ) for oldnew in old new do mkdir -p -- "${auxdir_absolute}/sed/${oldnew}" mkdir -p -- "${auxdir_absolute}/data/${oldnew}" cp "${ding_srcfile[$oldnew]}" "${auxdir_absolute}/${oldnew}.ding.txt" ln -sf -- "../../${oldnew}.ding.txt" \ "${auxdir_absolute}/data/${oldnew}/000.00000.txt" done } function apply() { [[ $# -eq 3 ]] || { help; exit 1; } local -r oldnew="$1" local -r i_start="$2" local -r i_end="$3" verify_string_old_or_new "$oldnew" verify_is_sedfile_index "$i_start" verify_is_sedfile_index "$i_end" verify_less_or_equal "$i_start" "$i_end" # Delete all data that is to be rewritten or "later" s.t. the state remains # consistent. clean "$oldnew" "$i_start" inifinity # i_* sed file index local -i i_cur i_next local si_cur si_next for (( i_cur = i_start; i_cur <= i_end; i_cur++ )) do local sedfile="${sedfiles_ordered[i_cur]}" printf -v si_cur '%03i' "$i_cur" printf -v si_next '%03i' "$(( i_cur + 1 ))" sed -E -- '/^\s*$/ d; /^#/ d' \ "${sedscriptdir_absolute[$oldnew]}/${sedfile}" \ > "${auxdir_absolute}/sed/${oldnew}/${si_cur}.${sedfile}" # j_*: sed file line index local lines mapfile -t lines < "${auxdir_absolute}/sed/${oldnew}/${si_cur}.${sedfile}" local -i j_cur=0 j_next local sj_cur sj_next for line in "${lines[@]}" do j_next=j_cur+1 printf -v sj_cur '%05i' "$j_cur" printf -v sj_next '%05i' "$j_next" sed -E -- "$line" \ < "${auxdir_absolute}/data/${oldnew}/${si_cur}.${sj_cur}.txt" \ > "${auxdir_absolute}/data/${oldnew}/${si_cur}.${sj_next}.txt" j_cur=j_next done ln -s -- "${si_cur}.${sj_next}.txt" \ "${auxdir_absolute}/data/${oldnew}/${si_next}.00000.txt" done } function clean() { [[ $# -eq 3 ]] || { help; exit 1; } local -r oldnew="$1" local -r i_start="$2" local i_end="$3" verify_string_old_or_new "$oldnew" verify_type_int "$i_start" if [[ "$i_end" == inifinity ]] then # No, this is not exactly efficient (TODO). i_end=999 else verify_type_int "$i_end" fi local -r i_end verify_less_or_equal "$i_start" "$i_end" local -i i_cur for (( i_cur = i_start; i_cur <= i_end; i_cur++ )) do local si_cur si_next printf -v si_cur '%03i' "$i_cur" printf -v si_next '%03i' "$((i_cur + 1))" if [[ -v sedfiles_ordered[i_cur] ]] then local sedfile="${sedfiles_ordered[i_cur]}" rm -f "${auxdir_absolute}/sed/${oldnew}/${si_cur}.${sedfile}" fi rm -f "${auxdir_absolute}/data/${oldnew}/${si_cur}".!(00000).txt rm -f "${auxdir_absolute}/data/${oldnew}/${si_next}.00000.txt" done } function verify_type_int() { if [[ "$1" =~ ^[0-9]+$ ]] then local -i i="$1" if [[ "$i" == "$1" ]] then return 0 fi fi printf 'Error: Not an int: %s\n' "$1" >&2 exit 1 } function verify_is_sedfile_index() { verify_type_int "$1" if ! [[ "$1" -ge 0 && "$1" -lt "${#sedfiles_ordered[@]}" ]] then printf 'Error: sedfile index out of range: %s not in [%s,%s)\n' \ "$1" '0' "${#sedfiles_ordered[@]}" >&2 exit 1 fi } function verify_less_or_equal() { if ! [[ "$1" -le "$2" ]] then printf 'Error: %s greater than %s.\n' "$1" "$2" >&2 exit 1 fi } function verify_sedfile_count() { # 999 is already bad because there would be created a final symlink with # 999+1 = 1000. if [[ "$1" -ge 999 ]] then printf 'Error: Number of sed files too large: %s\n' "$1" >&2 exit 1 fi } function verify_line_count() { local -r file="$1" local -r lc="$2" if [[ "$lc" -ge 100000 ]] then printf 'Error: Number of lines too large: %s: %s\n' "$file" "$lc" >&2 exit 1 fi } function verify_string_old_or_new() { if [[ "$1" != @(old|new) ]] then printf 'Error: Invalid argument: %s\n' "$1" >&2 printf "Must be \`old' or \`new'\\n" fi } main "$@" tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/de-en/usage.sed000077500000000000000000000071611526415265400252470ustar00rootroot00000000000000#!/usr/bin/env -S sed -Ef # # preprocess/de-en/usage.sed - fix errors in usage annotations # # Copyright 2020,2022 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # ### () -> [] # TODO: Consider to catch this in the parser. s`\((rarely used|rare)\)`[rare]`g ### Consistent spaces and dotting. # Note: There's probably more of these (TODO). # - alternatively, let the parser take care of it. # Missing <.>. # - Note: First expression has no matches in version 1.9; keeping # nonetheless. Similarly, the second espression could be shortened. s`\[(Ös|Br|Am|Norddt|Mittelwestdt|Mitteldt|Dt|Bayr)\]`[\1.]`g s`\[(ugs|cook|naut|photo|econ|coll|humor|adm|fig|stud|fin|ornith|meteo|geh|zool|textil|techn|pol|envir|bot|telco|statist|soc|sci|poet|mil|med|ling|hist|aviat|chem|zool|adm|biochem)\]`[\1.]`g # Superfluous < > before <.>. # - Note: Only matched in version 1.9. s`\[(soc|Am) \.\]`[\1.]`g # Superfluous <.> (if necessary, decided by count that the dotless variant is # correct). s`\[(sport|print|auto|slang|dated)\.\]`[\1]`g # <,> -> <.> s`\[(Br),\]`[\1.]`g ### Normalization # Differently abbreviated annotations. # Usually, the predominant version (by count) of two is taken. ## All except languages # Note: In version 1.9, all fixed except [stone], [milit.]; keeping all # regardless. s`\[rel.\]`\[relig.]`g s`\[environ\.\]`[envir.]`g s`\[TM\]`[tm]`g s`\[(technical|tech\.)\]`[techn.]`g s`\[stone\]`[min.]`g s`\[Statistik\]`[statist\.]`g s`\[sl\.\]`[slang]`g s`\[milit\.\]`[mil.]`g s`\[hum\.\]`[humor.]`g s`\[gramm\.\]`[ling.]`g s`\[finan\.\]`[fin.]`g s`\[bio\.\]`[biol.]`g s`\[const\.\]`[constr.]`g s`\[Kunst\]`[art]`g # [astr.] Could also mean [astrol.] but does not for all occurences. # - Note: Fixed in version 1.9; keeping regardless. s`\[(astr\.|aston\.|atron\.)\]`[astron.]`g # Note that the 'or' is converted in usage_debatable.sed. s`\[(formal) or humorous\]`[\1 or humor.]`g ## Languages # Note: In version 1.9, all fixed except [Sächs.], [Irl.]; keeping all # regardless. s`\[Scot.\]`[Sc.]`g s`\[(NZ)\.\]`[\1]`g s`\[New Zealand\]`[NZ]`g s`\[Liecht\.\]`\[Lie.]`g s`\[Sächsisch\]`[Sächs.]`g s`\[(irisch|Irl\.)\]`[Ir\.]`g # Debatable. The replacement value occurs more frequently. # - Note: Fixed in version 1.9; keeping regardless. s`\[ZA\]`[South Africa]`g # Debatable (Is there a semantic difference?). # The replaced values occurs once, the replacing value 11 times. s`\[Northern England\]`[Northern English]`g # The replacing value does not occur. It just should be an englisch # expression / abbreviation, in my opionion. Analogous to [Northern English]. s`\[Nordirl\.\]`[Northern Irish]`g # All of the below versions of [Lat.] appear exactly once. Use [Lat.] as it # seems to match the general convention for dialects / languages the best. # - Note: In version 1.9; only [lat.] remaining. s`\[(lateinisch|lat\.|Latin)\]`[Lat.]`g # Replacing value does not occur. Adapt to common naming scheme. s`\[arabisch\]`[Arab.]`g # vi: noet tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/de-en/usage_debatable.sed000077500000000000000000000033061526415265400272270ustar00rootroot00000000000000#!/usr/bin/env -S sed -Ef # # preprocess/de-en/usage_debatable.sed - fix debatable errors in usage # annotations # # Copyright 2020,2022 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # ### Normalize separator (<,>) # Notes: # * In all but very few cases, the separator is a comma or a slash. # * Slash has a distinct meaning, the others (<;>, ) not. s`\[(relig\.) und (Schw\.)\]`[\1, \2]`g ## -> # Notes: # * Cannot be generalized (as of now (2020-09-03), since [.] may contain free # text. # * Otherwise, it could be delegated to the parser. s`\[(formal) or (humor\.)\]`[\1/\2]`g ## Separation of extra info # [] should conly contain well defined values, as opposed to (). # Unfortunately, a little information gets lost this way. # Too rare to consider in the parser. s`\[(French) for (a female singer, especially in a nightclub)\]`[\1] (\2)` s`\[(übtr\.) für (eine große, schlanke Person)\]`[\1] (\2)`g s`\[(obs\.) für (Küster, Kirchendiener)\]`[\1] (\2)`g # vi: noet tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/es-de/000077500000000000000000000000001526415265400234435ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/src/preprocess/es-de/syntax.sed000077500000000000000000000045251526415265400254770ustar00rootroot00000000000000#!/usr/bin/env -S sed -Ef # # es-de/syntax.sed - modify the es-de dictionary to fit the Ding syntax # # Copyright 2020 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # # Notes: # * This script is not a true solution. # * This concerns the header, "/..." suffixes and the "|" -> ";" # transformation. # * Instead, the parser should be adapted to separately allow for the # slightly different syntax of the es-de dictionary. # * The main program has some hard coded values pertaining to the German # English Ding dictionary, therefore even with this modifications, the # resulting TEI will have pretty wrong metadata. # Grammar. s`\{prn\}`\{pron\}`g s` \{Demonstrativpronomen\}`` s`:: ::`::` s`\{s\}`\{sing\}`g s`\{prep\}`\{prp\}`g s`\{([fnm])$`\{\1\}` s`\;$`` s`\{mf\}`\{m,f\}`g s`\{adv\.\}`{adv}`g # Remove a superfluous <(>. s`\<(Besetzung) \((\{f\}) (\(Film\))`\1 \2 \3` s`^(retroceder \{v\} :: zurückziehen)\|$`\1` /^monstruoso \{adj\} :: \{adj\}$/ d # Adapt header \`^# Spanish :: German word list$` d s`^(# Version :: 0\.0i) Mon Mar 5 18:36:47 2012$`\1 2012-05-03` s`^(# Copyright \(c\) :: .*) (2003-2012)$`\1,\n# \2` \`^# License ::` { N; N s/\n# License :: ([^\n]+)/; \1/g } \`^# [0-9]+ entries$` d # Debatable. s` /([[:alpha:]]*)$` (\1)` # Cheating... s`\|`\;`g # Remaining problems: # * <|> is always (and seemingly only) used to distinguish # different genders. Sometimes, the respective other side has only one word # for both genders, i.e. the number of groups on both sides to not match. # . Ex.: "llorón {m}|llorona {f} :: Heulsuse {f} [coloq.]" # . Ex.: "logopeda {m,f} :: Logopäde {m} | Logopädin {f}" # * The header. # vi: noet tools-0.8.0-beta.1/importers/ding2tei/testsuite/000077500000000000000000000000001526415265400215235ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/testsuite/test-ding.sed000077500000000000000000000022061526415265400241210ustar00rootroot00000000000000#!/usr/bin/env -S sed -nEf # # test-ding.sed - validate the Ding input to a certain degree # # Copyright 2020 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # # Note: This may give incorrect guesses when stumbling upon "/ | /". # - which is not present in Ding v1.8.1. h # Check for different count of <|> around <::>. s/[^:|]//g s/::/_/ s/://g /_/ { /^(\|*)_\1/ ! { g s/^.*$/Unbalanced <\|> separators:\n&\n/ p } } #g -- add before next test # vi: noet tools-0.8.0-beta.1/importers/ding2tei/todo/000077500000000000000000000000001526415265400204375ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/todo/README000066400000000000000000000005211526415265400213150ustar00rootroot00000000000000README ====== Todo files, grouping several related tasks within. The idea is for some of them to wander into doc/, once the respective things are done. Some TODO are also to be found in the FreeDict Wiki [0]. Syntax ------ See: doc/META References ---------- [0] https://github.com/freedict/fd-dictionaries/wiki/discussion-TEI tools-0.8.0-beta.1/importers/ding2tei/todo/combine.wikdict000066400000000000000000000004341526415265400234340ustar00rootroot00000000000000Piotr Bański suggested [1] to combine certain parts of the WikDict data with that of the Ding. Q: Should inflected forms from the Ding be retained? - Likely yes. - Presumably, not all words are in the Wiktionary (with inflected forms) References: [1] FreeDict ML (2020-05-09) tools-0.8.0-beta.1/importers/ding2tei/todo/ding.devel-version000066400000000000000000000006411526415265400240650ustar00rootroot00000000000000Not only support version 1.8.1, but also "devel" - split preprocess/*.sed files# Note that "devel" is ever-changing, there is no (known) way of accessing old "devel" versions. Some words have disappeared in the devel version of the Ding - ex.: "Aggregationsreagenz" (and surrounding) - The web version of the Ding seems to be based on a third version of the Ding - has "Aggregationsreagens" (final "s", not "z") tools-0.8.0-beta.1/importers/ding2tei/todo/ding.groups.empty000066400000000000000000000007101526415265400237540ustar00rootroot00000000000000Empty groups ============ Such do exist. Probably not intentionally. Differentiate three cases (of the corresponding other language's group) a) empty -> Drop. b) a phrase -> keep as example without translation c) a headword ? Drop? ? Referencing from other words on the same side of the same line? . No ID available to reference to. . The same may be the case for <~>-references. ? Keep without any translation? tools-0.8.0-beta.1/importers/ding2tei/todo/doc.haddock000066400000000000000000000004701526415265400225240ustar00rootroot00000000000000Haddock markup TODO =================== See: https://haskell-haddock.readthedocs.io/en/latest/markup.html Haddock syntax is used for comments, albeit untested. * module description * top-level / exported functions (partially done) - arguments * top-level / exported datatypes (partially done) - arguments tools-0.8.0-beta.1/importers/ding2tei/todo/enrich.from-prefixes000066400000000000000000000036601526415265400244240ustar00rootroot00000000000000Ex.: "von etw. absehen {vi}" Ex.: "etw. unterlassen {vt} [adm.]" Ex.: "etw. zu unterlassen haben [jur.]" - potentially not a headword, but a phrase, see todo/parsing.phrase-identification Ex.: "sein Revier markieren {vt} [zool.]" Ex.: "ich bin" - also: link to "sein" as inflected form. (see todo/enrich.inflected-forms) Ex.: "ich bin nicht" - This one should be considered a phrase, no dropping required. Ex.: "you are; you're" - Second form does not permit dropping anything Ex.: "jdm. nicht gehorchen" - "nicht" is not to be dropped. Ex.: "in Geschwindigkeit oder Leistung" * Drop some prefixes. ? Which? * Only when possible for all elements of group and translation group. * Infer information from prefixes. TODO: Identify important first words (count, shortness) - the same for second, third words - the same for the first n words (n <= ?) Counterex.: "von Adel sein" * "von" alone would likely not be considered a proper prefix to be made into a collocation annotation. Similarly: suffixes . potential counterexample: "on {prp; +Dat.} jdm./etw. (Ursprung)" . potential counterexample: "to hit on sb." (do not drop the "on" ?) . potential counterexample: "to hit {hit; hit} off" ~ "sich gut verstehen" . potential problem: "gegenüber jdm./einer Sache {prp} (in Bezug auf)" . special case: "to stave {staved, stove; staved, stove} off <> sth." . special case: "to hit {hit; hit} off" . Ex.: "losziehen {vi} gegen" . Ex.: "to hit out at sb." Potential counterexamles: . "in einigen Regionen alternativer Begriff zu Sauerkraut" . "to bump off <> sb." * Ignoring "<>", should "off" be part of the headword? . "at dusk" Possible problem: creation of duplicates inside a single group -------------------------------------------------------------- * Note: This may in theory also happen before stripping any prefix/suffix. * Consider: "to eat; eat" (invented example) ? Consider this an error? ? Merge. tools-0.8.0-beta.1/importers/ding2tei/todo/enrich.grammar.inferral000066400000000000000000000010471526415265400250620ustar00rootroot00000000000000Grammar annotation inferral =========================== See doc/ding.annotation.brace on the current state. TODO: ----- * From the presence of inflected forms, infer `verb'. Ideas: ------ * Infer annotations from auxiliary words like . "jdm.", "jdn.", ... - See also todo/parsing.collocation-literals * Grammatical gender of words in plural . Often only {pl} annotated. ? Infer from possibly accompanying singular form ? See also -------- * doc/ding.annotation.brace * doc/enrich.grammar * todo/enrich.grammar.transferral tools-0.8.0-beta.1/importers/ding2tei/todo/enrich.grammar.transferral000066400000000000000000000016011526415265400255770ustar00rootroot00000000000000Grammar annotation transferral ============================== See doc/enrich.grammar on the current state. Transferral between groups in a line: ------------------------------------- * {n,f,m,pl,no pl}: no - ex.: "ökologische/biologische Landwirtschaft {f}; ökologisch wirtschaftende Betriebe [agr.]" * {pron} . Ex.: "diese; dieser; dieses {pron} | diese {pl}" * Seems difficult. * ... Consideratations: ----------------- * Move some annotations to the level of an Entry or a Group. ? Only transfer annotations to the other side that match the whole group? ? Only transfer annotations where the other group is composed of only one unit ? - Alternatively: some restrictions - only alphabetic chars ? - only single word (depending on the annotation ?) ? See also -------- * doc/enrich.grammar * todo/parsing.scope-of-annotations * doc/ding.annotation.* tools-0.8.0-beta.1/importers/ding2tei/todo/enrich.hyph-syllab000066400000000000000000000001061526415265400240620ustar00rootroot00000000000000Hyphenation and syllabification See also: todo/enrich/pronounciation tools-0.8.0-beta.1/importers/ding2tei/todo/enrich.inflected-forms000066400000000000000000000006451526415265400247170ustar00rootroot00000000000000See also todo/enrich.from-prefixes Ex.: "sein {vi} | seiend | gewesen | ich bin | ..." - "ich bin": identify prefix - participles: difficult (unless maybe for regular verbs) - TODO: investigate further Ex.: "to be {...} | ... | you are; you're" - problem: "you're" - solution: retain original, but additionally extract inflected forms. - i.e.: "be | you are; you're" -> "be" (infl: "are") | "you are; you're" tools-0.8.0-beta.1/importers/ding2tei/todo/enrich.link-plural-form000066400000000000000000000052561526415265400250340ustar00rootroot00000000000000Linking singular and plural forms ================================= * Differently gendered forms (m, f) of the same word seem to be always in the same group, often the only two. * Corresponding plural forms are usually, when available, in the second group, provided that the singular forms are in the first group. * Often, there are only these two groups. Problem: several (synonymous) units in a group. - Ex.: "Abbieger {m}; Abbiegende {m,f}; Abbiegender [auto] | Abbieger {pl}; Abbiegenden {pl}; Abbiegende" - In this case, the plural forms follow in the same order. - Unsure whether to rely on that. - Further investigation required. - Note that in the above example, there could also be added "Abbiegerin {f}" between the first and second unit of the first group. - Further, "Abbiegerinnen {f,pl}" (likely with only {pl} annotated) could be annotated, but it does not need to be (since the male plural is considered by some to be usable as a genderless one). Techniques to verify/identify semantic link ------------------------------------------- * German * f ~ m - Usually, ${x}in ~ ${x} . Does not apply to many foreign, imported words. * Note: Not all relations need to be caught. - prefix match [of a certain (relative) length] (heuristic) - potential conversion of vocals to umlauts . Ex.: "Graf" ~ "Gräfin", "Arzt" ~ "Ärztin" - edit distance * sing/n/m/f ~ pl - potential conversion of vocals to umlauts . Ex.: "Garten" ~ "Gärten" - suffixes (different ones) . Ex.: "Birne" ~ "Birnen" . Ex.: "Brot" ~ "Brote" - combination of the above two . Ex.: "Wort" ~ "Wörter" (or "Worte") * n ~ f/m ? Does this exist? * English * Note: annotations are mostly to be infered from the german side. * sing ~ pl - suffix "s" * Both sides - If X translates to Y, and Xs to Ys, and Xs is the plural of X, Ys is likely to be a plural of Y. - This is not certain though. There may be a different translation for a plural form, it may actually be a singular form. - In that case, there is a semantic relation between Y and Ys, where Ys means several of Y, but not a grammatical relation. - Hence, this must only serve as a hint, further verification is required, e.g. Y being a prefix of Ys or a certain maximal edit distance between Y and Ys. Specialties ----------- * {sing} and {pl} do not need to refer to nouns. . Ex.: "diese; dieser; dieses {pron} | diese {pl}" . Ex.: "Wir freuen uns über euer/Ihr {pl} zahlreiches Erscheinen." . Ex.: "that; those {pl}" See also -------- * doc/ding.annotation.brace tools-0.8.0-beta.1/importers/ding2tei/todo/enrich.usage.transferral000066400000000000000000000001531526415265400252560ustar00rootroot00000000000000Usage transferral ================= May some kinds of usages be transferred? (Most cannot; e.g., [Br.].) tools-0.8.0-beta.1/importers/ding2tei/todo/es-de000066400000000000000000000002641526415265400213610ustar00rootroot00000000000000There is also a spanish-enlish dictionary in the Ding format. (Much less entries) https://savannah.nongnu.org/projects/ding-es-de Review grammar inferral and transferral rules. tools-0.8.0-beta.1/importers/ding2tei/todo/misc.consider000066400000000000000000000035511526415265400231260ustar00rootroot00000000000000Write a proper TEI library for Haskell. Identification of the grammatical gender of words annotated as plural - Note: The annotation is mostly on the german side, so I focus on that. - If, separated by <|> (or also <;>?), there is a noun (with annotated gender) that is a prefix of the plural word in question, transfer the gender. - also allow for conversion to umlauts (e.g. "Blatt" ~ "Blätter"). - does not catch certain loanwords (e.g. "Forum" ~ "Foren" (or "Fora" - not contained in the Ding)) - Use some regexes to figure out classes of words with such special plural form. (Just match for significant common prefixes allowing umlauts and possibly other small diversions - possibly only where no maximal matching prefix is found) -- use sed (or else HappyParser.y) - see also: https://de.wikipedia.org/wiki/Plural#Spezielle_Pluralformen_von_Fremdw%C3%B6rtern Identification of german nouns by Capitalisation - useful mostly for {pl} annotation, which may also be given for other POS - use regexes ? -- difficult due to sentences and loan-doublewords. Add stuff that I stumble upon - different sedfile - examples - "Fora" as plural of "Forum" Separate sedfiles - categories - typos (in regular words) - incorrect formatting - incorrect annotations - ... - problem: categories overlap at times Reversing routine(s) - AST -> Ding - TEI -> AST ? - rather obligatory when writing a proper TEI library - and probably not much extra work Identify flected forms - remove pronouns, exclamation marks Generalize `mergeWs' (in `AlexScanner') somehow. - Note: The usage of `foldr' does not really make it better. - `Either' is probably to be used to do generalization upon. - alternative: a `foldr' with a lookahead of 1. Consider exportable intermediate language (XML?) that allows several keys per entry. tools-0.8.0-beta.1/importers/ding2tei/todo/old/000077500000000000000000000000001526415265400212155ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/todo/old/alex.wrapper-choice000066400000000000000000000002111526415265400247720ustar00rootroot00000000000000Lexer (Alex) - choice of wrapper - posn: allows for better error messages - monad, monadUserState - might simplify whitespace handling tools-0.8.0-beta.1/importers/ding2tei/todo/old/any-ast.grammar-representation000066400000000000000000000013631526415265400272040ustar00rootroot00000000000000The (seemingly) simplest way is to just annotate grammar in both the Ding and TEI AST by means of lists of single grammar annotations. It may however be considered advantageous to at some point store a set of grammar information in a tree, annotated to any single element that may be annotated with grammar information. The potential benefit of this approach lies therin, that no contradictory grammar information can be stored. * Note however, that in both the Ding and TEI, grammar is annotated in lists. * Note also, that the seemingly contradictory annotation {m,f} is possible, if a headword can have both genders. * One might argue though that such annotations should be treated special anyways. (to be found out how to represent in TEI) tools-0.8.0-beta.1/importers/ding2tei/todo/old/choice.versioning000066400000000000000000000011151526415265400245520ustar00rootroot00000000000000Versioning - current freedict-deu-eng versions are ahead of the Ding version - option: -fd (like Debian) - Is it guaranteed, that a named version does nerver change ? - One site says version 1.8, 2014-08-18, but provides version 1.8.1, 2016-09-06. - https://ftp.tu-chemnitz.de/pub/Local/urz/ding/de-en/ - Consider to use the provided date as (part of) version. - The download providing only the dictionary data does not have the version in its name. - Consider to suggest downloading the full Ding source (incl. a frontend program). tools-0.8.0-beta.1/importers/ding2tei/todo/old/parsing.literal.tilde000066400000000000000000000002721526415265400253370ustar00rootroot00000000000000<~> signifies a succeeding reference to another entry. Parsing this requires either a) splitting by word at the lexer stage, or b) identifying "~" as lexeme at the lexer stage. tools-0.8.0-beta.1/importers/ding2tei/todo/old/parsing.tool-choice000066400000000000000000000002241526415265400250050ustar00rootroot00000000000000Parser - choice of library / tool - Options - Happy (parser generator, like yacc, LALR-parsing) - (Mega-)Parsec (Parser combinator, LL-parsing) tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.annotations.angle-brackets000066400000000000000000000034271526415265400272500ustar00rootroot00000000000000Annotations in angle brackets ============================= According to the outdated Ding spec [0], they indicate wrong, old forms of the same word/expression. In practice: a) alternative (valid) form / synonym * Ex.: "Supplemental Restraint System /SRS/ " * Ex.: "Acethylen {n} [chem.] " * In fact, "Acethylen" seems to be a misspelling of the other. * Ex.: "Ausrichtung {f} (nach) " b) corresponding singular form * Ex.: "Lurche {pl} (Amphibia) (zoologische Klasse) [zool.] " * quite frequent c) wrong form * Ex.: "occurrence " * Ex.: "I love you. /ILU/ " * seemingly rare * difficult to distinguish from a) in particular. Ideas ----- * When the main word is annotated with {pl}, do some pl~sing correspondence testing (see todo/enrich.link-plural-form). * Careful, not to match obsolete an obsolete form (small edit distance!). Issue 1): plural "s" -------------------- only Ex.: "s" - fixed in preprocessor (see there) Special cases ------------- * "Geschütze {pl} [mil.] " * Synonym? Singular? (not grammatically!) Both? * <>-annotation applies to group / first unit. * "Binsen {pl}; Simsen {pl} (Juncus) (botanische Gattung) [bot.] " * "Chrysanthemen {pl}; Margeriten {pl} (Chrysanthemum) (botanische Gattung) [bot.] " * "digitization; digitizing; digitisation; digitising [Br.] " - not actually a special case. Rather, shows that <.> in fact applies to groups (TODO). * "hoar ", "to clepe {clept; clept} [obs.] " * Besides the semicolon: None of the above categories matches. [0] http://dict.tu-chemnitz.de/doc/syntax.html tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.annotations.braces000066400000000000000000000013741526415265400256240ustar00rootroot00000000000000Differentiation (grammar vs. inflected forms) ? Use the fact that inflected forms appear only on the English side. ? Issue a warning on partial grammar keyword matches. . e.g. "{prp; +Genn}" ? Use the fact that conjugated forms only appear for verbs. . Information usually not trivial to obtain - verb annotation is usually only on the german side. Allow for unknown content, e.g. {Quantifikator}; log that though. - Potentially require a command line flag. Special cases: . "{adj, usually not used before a noun}" . "{prp; + Fall des jeweiligen Bezugsworts}" . "{+Gen./bei}", "{prp; +Dat. / von jdm./etw.}" . "{idiom}" . "{Quantifikator}" ? Equivalent to {num}? . "{prp; +Gen.; +Dat. [ugs.]}" -- <[]> ? Cannot be represented in TEI? tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.annotations.brackets000066400000000000000000000017311526415265400261600ustar00rootroot00000000000000Bracket (<[]>) annotations ========================== General ------- ? Differentiate German and English side in Parsing - match language-specific keywords (e.g. "[ugs.]") - Complete the categorization of usage annotations, with the help of * util/results/bracketexps.* - Amend the parser to log all unknown usages and log these. Scope ----- . Some annotations apply to units. . ex.: "[Am.]", "[Ös.]" . Others usually (?) to groups, potentially to prefixes of them. . ex.: "[cook.]" . Some refer to part of a unit only, usually a word. . Usually indicates the annotations being an optional alternative form, which currently is to be converted to a slash-alternative in the preprocessing. . Potential Counterex. "reddish [log.] sucker" (No idea what [log.] means here.) Special examples ---------------- * "[only plural]" See also -------- * util/results/bracketexps.* * src/Data/NatLang/Usage.hs * src/Language/Ding/Read/Usage.hs tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.annotations.inline000066400000000000000000000015041526415265400256360ustar00rootroot00000000000000Handling of annotations on phrases / composed expressions (in particular gender annotations) - a) allow only to apply to whole expression (and ditch any inner annotation) - b) allow only inner annotations ("word {annot} word") - How to represent in the TEI data? (TODO: inform on whether it is possible to label parts of entries -- I highly doubt so.) - c) allow both - problems: - How to distinguish inner annotations at the end from annotations applying to the whole? - Many annotations are incorrectly placed (in particular, annotations applying to a true inner part are placed at the end). - solutions: - Manually check annotations inside expressions and after expressions composed of more than one word. What about [Br.] et al.? - ex.: "to tuck in / tuck up [Br.] <> a child (in bed)" tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.annotations.parentheses000066400000000000000000000014511526415265400267020ustar00rootroot00000000000000Annotations between <()>. ? In longer expressions / phrases, just keep them as part of the string. - longer expressions are unlikely to be found by exact search. Differentiate things like (of ...) from regular notes. * The former should be considered suffixing collocates. Use subtype on * Seen in eng-pol: (inside cit[@type=trans]) * related: Should be used in translations in place of ? ? At least for collocates? ? Use in the TEI output? ? In some contexts only? - No. Problem: scope of annotation (sometimes whole group, sometimes just the unit) - scope of whole group usually only, when after that whole group ? preferably after any other annotation? ? Consider some of them as instead of ? tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.collocation-literals000066400000000000000000000040021526415265400261430ustar00rootroot00000000000000Collocation literals ==================== Many units contain certain keywords such as "etw.", "sth.". The should be considered collocations and encoded in TEI as elements (not ). They may occur anywhere in units, however mostly as prefixes and suffixes. When occurring as infixes, the representation in TEI is questionable. Notes: * Only occuring as suffixes. * "to", "in" also are modifiers, but need to be matched separately. Syntax analysis: * utils/results/words.* * utils/results/wordspairs.* * utils/results/keywordprefs.* * utils/results/keywordsufs.* * utils/results/keywordswithprefs.* Classification: --------------- Notes: * While the below is expressed in Alex syntax, the identification of such collocations can not effectively happen in Alex, because * some potential collocations (e.g., "for sth.") may also occur as individual unit (only "sth." would be the collocation), * the collocations's constituents can be combined in many ways, including with slashes, whose scopes can not be generally determined. * This classification is incomplete. * The most frequent prefixes and suffixes that are considered collocations of the regarded type (>= 100 occs) should be included though. @en_kw = (sth|sb|so)\.|oneself @en_lmod = of|for|on|with|at|by|from|off|as|into|over|about|through|under|against|without|around|after|before|than|past @kw_special_in = "in" -- Note: "jmd." occurs both in nominative and accusative case. @de_kw_nom = (etw|jm?d)\. @de_kw_gen = (etw|jm?ds)\. @de_kw_acc = (etw|jm?dn|jmd)\. @de_kw_dat = (etw|jm?dm)\. -- TODO: "ohne" - really? -- Note: "vor +acc" usually (always?) requires another object (in acc.). @de_lmod_nom = als|wie @de_lmod_gen = wegen @de_lmod_acc = an|auf|für|über|vor|um|durch|unter|ohne|gegen @de_lmod_dat = mit|an|auf|von|zu|aus|nach|bei|über|vor|unter|"bis zu"|gleich @de_kw_special_sich = sich (\ + selbst)? @de_kw_special_zwischen = zwischen @de_exp_dat_zwischen = zwischen \ + @kw_de_dat \ + und \ + @kw_de_dat tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.conflicting-annotations000066400000000000000000000006251526415265400266610ustar00rootroot00000000000000Conflicting annotations ======================= Ex.: "einwandfrei {adj} {adv}" Does TEI allow such? . In a way: superEntry/form with several superEntry/entry and different superEntry/entry/gramGrp ? divide into two entries? - treat like "einwandfrei {adj} | einwandfrei {adv}" ? Which Step? ? Ding -> AST ? AST -> TEI ? See also: https://hal.inria.fr/hal-01757108/document : 2.1 (end) tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.elimination000066400000000000000000000017751526415265400243460ustar00rootroot00000000000000Elimination of certain parts of the input ========================================= Ex.: "Der Apfel {m} ist grün" -> "Der Apfel ist grün" . not yet decided whether such a case in particular should be handled like this. If it is to be done, it remains the question which spacing to keep. ? Remove the spacing preceding the removed element. . Matches the idea of a removed element becoming a neutral element, since spacing is stored as an attribute of the succeding token. . Works fine with commata. . ex.: "Der Apfel {m}, der ..." . This makes sense for removed postfix annotations. . Prefix annotations may be problematic, iff the annotation is not at the very beginning of a unit, i.e. inline. . ex. "..., (grüne) Äpfel" ? I cannot think of a case where this causes a single space being swapped for an empty string. ? Remove the spacing succeding the removed element. . Conversely to the former. ? Just assume a single space. . Usually breaks with commata. tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.empty-units000066400000000000000000000000471526415265400243230ustar00rootroot00000000000000They exist. One containing only "<>". tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.literal.Kfz000066400000000000000000000000641526415265400242110ustar00rootroot00000000000000Ex.: "Niger {m} /NE/ (Kfz: /RN/) [geogr.] :: Niger" tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.literal.to000066400000000000000000000006071526415265400241040ustar00rootroot00000000000000The `to' prefix should be removed and the annotated unit considered a verb. This is done, however some corner cases are not caught. Also, the implementation is no very elegant. Room for improvement. See src/Language/Ding/AlexScanner.hs Likely, PartialUnit should be amended. There was a debate on the FreeDict ML around the necessity of words like such. - assumed first half of 2020 tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.misc000066400000000000000000000046661526415265400227730ustar00rootroot00000000000000# > Abbrucharbeiter {m} | Abbrucharbeiter {pl} :: wrecker [Am.] | wreckers - [Am.] annotation applies to both sigular and plural - singular and plural separated by <|> (often <;> I believe). - recognise german plurals using some grammar checker // external source plus {pl} # Consider [alt] -> specifies alternate spelling (e.g., using <ß>) . usual case: units common_unit alt_unit units ? maybe do nontheless some comparison (least edit distance?) # {,;} - english side to leap {leaped, leapt; leaped, leapt} (to a place) | leaping | leaped; leapt | leaps | leaped; lept | to leap to safety Vergnügungsfahrt {f}; Spritztour {f} | eine Spritztour machen :: joyride | to joyride {joyrode; joyridden} -- apparently only on the english side (with this semantic) -- <;> separates simple past, pefect -- <,> separates alternatives for the same time edge case(s): - see preprocess/*.sed - embedded "[...]" and "(...)" - e.g.: "{bet, betted [Br.] (rarely used); bet, betted [Br.](rarely used)}" # (edge) cases: - {prp; wo? +Dat.; wohin? +Akk.} - {prp; wohin?, bis wann? +Akk.} - {prp; wann? +Dat.} - {pron interrog} - {Quantifikator} - {prp; wohin? +Akk.} - {+Gen./bei} - {prp +Dat.} - many like this (usually there is a semicolon in between) - {ppron pl} - {adj.} - {relativ} - always right after {pron} - Convert to {pron relativ} (similar to {pron interrog} ? - {vi/vt} - preprocessor; done - {vt;vi} - should be: {vt,vi} - preprocessor; done - {idiom} - {sing} - {num} - (+Gen/ über etw.) - ({f} [Ös.]) - ({n} [Ös.]) - "deadlocked {adj, usually not used before a noun}" - "ausgenommen {prp; + Fall des jeweiligen Bezugsworts}" - {prep.} - occurs once - should be without dot ? # (...) "(+ {adj})" "(Kfz: {n} /RI/)" "(f Buddhist structure)" - f =~ famous ? - common sematics - a) explanation - "versenkt eingelassen (mit glatter Oberfläche)" - "eingerollt {adj} (Blatt)" - b) context (similar to <[]>-annotations) - "Arbeitslampe {f} (Beleuchtungstechnik)" - c) possible continuation / interjection - "(beidseitig) eingespannt" - mixture - "to own (up) to (having done) sth. (old-fashioned)" - TODO: Does the location w.r.t <{}>-annotations matter ? # "Tiffany (Seidengaze f) [textil.]" - f -> {f} ? - applying to which ? Both ? "Sakko {n} ({m} [Schw.]);" "...(n)" -- plural or so "Adress rechnung {f} [comp.]" "die Meinigen / die meinigen {pl}" et al. (same line) - Plural related to both - Semantics of ? tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.misc.from-ding-spec000066400000000000000000000007471526415265400256000ustar00rootroot00000000000000https://dict.tu-chemnitz.de/doc/syntax.html - ... - "Zusatzangaben" - ... - "~" - sometimes a space is succeeding - sometimes annotated ("[...]") - seems to relate to the "~" annotated word - "Alternative Schreibweisen" - "-!-" not occuring - devel: occuring twice, in one line (between "<>") - "--" occuring in one line, twice (in "<...>" context) - in the devel version: occuring in another line (also between "<>") - "-+-" not occuring tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.phrase-construction000066400000000000000000000065001526415265400260370ustar00rootroot00000000000000Phrase construction =================== Currently, in building a phrase (i.e., expression), I use the Token monoid. It would be nice to be able to keep potentially dropped parts. - "a {b} c d {e}" -> Token _ "a b c d", Token _ OBrace, ... ? Really? Suggestion: Use a type like the following (1): data Expression = SimpleExp Token | ComposedExp Token SpecialExp Expression | ComposedExpR Token SpecialExp | ComposedExpL SpecialExp Expression data SpecialExp = HiddenExp Token | MultiExp (Multi Expression) | SwitchExp Token Token data Multi a = Single a | Multi a [a] (Multi a) | MultiR a [a] | MultiL [a] (Multi a) data Exp a b = Single a | Exp a b (Exp a b) | ExpR a b | ExpL b (Exp a b) data Expression' = Exp Token SpecialExp data Multi' a = Exp a [a] Problem: The list-like structure makes the monoid operation inefficient. - Note that most Expression's will be SimpleExp's. - Even otherwise: Its still only linear-time list concatenation. Porentially better (2): data Exp a b = Single a | Exp (Exp a b) b (Exp a b) | ExpR (Exp a b) b | ExpL b (Exp a b) Drawback: There are several trees that represent the same data. Another option (3): data Expression = [ExpUnit] -- or NonEmpty ExpUnit data ExpElement = SimpleExp Token | HiddenExp Expression | MultiExp (Multi Expression) | SwitchExp Token Token - simple - most Expression's will be [SimpleExp $ Token _] Yet Another Option (4): data Expression = SimpleExp Token | HiddenExp Expression | MultiExp [Expression] | SwitchExp Token Token | ComposedExp Expression Expression - simple and compact - still amiguous (SimpleExp "abc def" ~ ComposedExp (SE "abc") (SE "def")) Next Option -- drops HiddenExp (5): newtype Expression = Expression [Token] switchExp e f = Expression [a <> b, b <> a] simpleExp e = Expression [e] instance Semigroup Expression where Expression toks1 <> Expression toks2 = Expression $ [ tok1 <> tok2 | tok1 <- toks1, tok2 <- toks2 ] - instead of hidden exp, there could be an annotation of the whole expression including the hidden parts. - Duplicates data (There will be some sharing though). - Loss of information. - Probably OK for the source side of the resulting TEI dictionary. - The target side would be blown up (in case of many multi-exps). Questions: - Prohibit totally hidden expressions on the type level? - In which context would such composed expressions be allowed? - Is agressive splitting desirable at all? - Non-trivial expressions are not expected to be found by exact match anyways, in the resulting dictionary. - Units like "etw./jdn. meiden" should probably be treated differently (extract prefix into annotation). - Units like "meiden/vermeiden" should not occur at all. Considerations: - Simply use option (3) or similar and do not join SimpleExp's. - Does complicate things everywhere but on the unit level. - Only do this at the unit level. - potentially also in between <()>. tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.phrase-identification000066400000000000000000000066621526415265400263070ustar00rootroot00000000000000It would be nice to identify phrases or other non-trivial expression, such that they may be considered examples for associated keywords, and not keywords themselves. NOTE: This has been implemented, although there remains room for improvement. See Language/Ding/Enrich/Example* ? Test for subsequence match (should be delimited by whitespace or similar). * Potential counterexamples: . "etw. unterlassen {vt} [adm.] | etw. zu unterlassen haben [jur.]" . "Adel" ~ "niederer Adel" . "tongue" ~ "little tongue" ~ "Zünglein" ? require a certain maximum number of words in the key unit? * Note that capitalization may change. ? Require a certain minimum number of words in the examined unit. * positive signs ? a comma ? a period (at the end?) ? Consider quotes (<">, <'>) ? Which side should match? ? Any? ? Both? ? The side that currently is the "key"-side? ? The side that currently is the "value"-side? Obstacles * plural form / form of different gender (m/f) * Simple heuristics should do. * Inflected verbs * Note: Ideally, a lot of inflected forms are to be imprted from the Wiktionary in the future. (There is ongoing work from Karl Bartel.) * This would however be accessible in TEI, so t is either to be parsed separately or merged post translation. * Note: Sometimes inflected forms are listed individually. (TODO) * Some regular forms could likely be caught with a heuristic. * Unsure, if worth the effort. ? Ignore? * special Ex.: "ausreizen" ~ "... reizt ... aus ..." * Plural forms * Take care not to match "Menschen" as an example for "Mensch". Some examples: > Angeklagte {m,f}; Angeklagter [jur.] | Angeklagten {pl}; Angeklagte | Hauptangeklagter; Erstangeklagter | Zweitangeklagter | "Angeklagter!" | anonymer Angeklagter oder anonymes Opfer (in einer Anklageschrift) | anonyme Angeklagte oder anonymes Opfer (in einer Anklageschrift) :: accused; defendant | the accused (persons/parties); defendants | primary accused | second defendant; second accused | "Prisoner at the bar!" | (the person of) John Doe (in a bill of indictment) [Am.] | (the person of) Jane Doe (in a bill of indictment) [Am.] * "anonyme Angeklagte oder anonymes Opfer" vs "Jane Doe" * the first is likely to be considered an example, the latter not. * "accused" ~ "the accused" * Is that an example? ? Be conservative in such cases? > Abenddämmerung {f}; Niedergang {m}; Ausklang {m} | Lebensabend {m} :: sere and yellow leaf [fig.] | the sere and yellow leaf (of life/age) [fig.] * latter is to be considered an example, even though only slightly longer > echte Aale {pl}; Flussaale {pl}; Süßwasseraale {pl} (Anguilla) (zoologische Gattung) | Aal grün; grüner Aal [cook.] | Aal blau; blauer Aal [cook.] | Aal in Aspik; Aal in Gelee [cook.] :: freshwater eels; anguilla (zoological genus) | Boiled Eel served with Parsely Sauce | Eel au bleu; Eel steamed and served with Butter | Jellied Eel > Abstand {m}; Zwischenraum {m} (zwischen) | Abstände {pl}; Zwischenräume {pl} | in 25 Meter Abstand | im Abstand von 5 Metern | lichter Abstand | den gebührenden Abstand halten | Abstand halten! | Ich folgte ihm mit einigem Abstand.; Ich folgte ihm in einiger Entfernung. :: distance (between) | distances | at a distance of 25 metres | 5 metres apart | clear distance | to keep the proper distance | Keep a distance! | I followed him at a distance. * two synonymous phrases, only on has an infix tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.removal_of_auxiliary_words000066400000000000000000000001331526415265400274570ustar00rootroot00000000000000E.g.: "jdn./etw. in etw. verwandeln {vt}" -> "verwandeln" (possibly with some annotation) tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.scope-of-annotations000066400000000000000000000025751526415265400261030ustar00rootroot00000000000000Scope of annotations ==================== - ex.: "obligatorisch; verpflichtend {adj}; Pflicht...; Zwangs... :: compulsory" - Probably, "{adj}" is supposed to apply to both of the first two adjectives. ? assume that a generic part of speech annotation (e.g. "{adj}") applies to all preceding units in that group. - seems to fit quite well - TODO: more rigorous searching (e.g. try to find counterexamples with (capitalised) nouns or expressions composed of several words; also search for conflicting annotations) - conflicting annotations should also be detected in the main program - Module Language.Ding.Enrich - Is there a point in per-group annotations ? - Any annotation following a group / prefix-set annotation is also a group / prefix-set annotation. This applies for both <[]> and <{}> annotations, which may interact in this regard. - Note that conversely, an annotation preceding a unit-level annotation must also be a unit-level annotation. There should be some rules to solve corresponding conflicts. ? <()>-annotations relevant here? - probable counterexample: "überrannt; überlastet {adj} (WWW-Server) [comp.]" - Repeated annotations indicate that these do not form part of a prefix set. - Ex.: "accusation; plaint [Br.] [jur.]; libel [Sc.] [jur.]" See also: * doc/ding.annotation.* * todo/enrich.annotation.transferral tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.slashes000066400000000000000000000025351526415265400234730ustar00rootroot00000000000000Parsing of single slashes ========================= Issue 1): Recognizing the scope of weak slashes ----------------------------------------------- Examples. * "(mit jdm. / mit etw.)" * "| Auslandsdeutsche / Auslandsfranzosen ::" * "Kein / Keine [Ös.] Ausschank" * Converted to strong slash in preprocessing * There are many more similar occurences. * "| über dem / überm [ugs.] Durchschnitt |" Issue 2): partial words ----------------------- Examples: * "An-/Durchbohren" * "Jugendstil-/Kunst" (before preprocessing: "Jugendstil- [Kunst]") Issue 3) Comma separated abbrevs -------------------------------- Examples: * "Gesellschaft mit beschränkter Haftung /GmbH/, /GesmbH/" * "bürgerlichen Rechts /GbR/; /GdbR/, BGB-Gesellschaft" * not really an example (not strongly related) Consider to make all abbreviations their own entry. Remainder (single slashes) -------------------------- Not to be confused with slash-enclosed annotations. examples - "auf/in etw. surfen" - "eine Droge, die schnell süchtig macht / von der man schnell abhängig wird" subcategory pronouns - "er/sie surft" Resolving the problems: ? keep a state for the current preceding spaces (Bool possibly suffices) ? match different entities depending on the availability of preceding or succeding space / separator. See also -------- * doc/ding.slashes tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.spacing000066400000000000000000000001311526415265400234430ustar00rootroot00000000000000Consider not to store the amount of spacing, but rather whether there was any (boolean). tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.special000066400000000000000000000003271526415265400234460ustar00rootroot00000000000000If "/ /" should be allowed for all special characters, the class of special characters needs to be expanded. In the current dictionary (v. 1.8.1), there is only "%" besides the common special characters. tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.whitespace000066400000000000000000000002511526415265400241560ustar00rootroot00000000000000Currently, all whitespace except for \n is considered equivalent. Consider to change this to only allow ' ' as regular whitespace. - Use $printable for the remainder. tools-0.8.0-beta.1/importers/ding2tei/todo/parsing.wordswitch000066400000000000000000000012051526415265400242170ustar00rootroot00000000000000syntax: '<>' semantic: surrounding words interchangeable possible solutions - ignore - Alex: separate by WS (i.e., identify words) - consider chars [-_'] - potential special case: "(n)" suffix on one of the words problem: sometimes, its not a single word, but instead for example a composed noun - ex. "a child" problem: combination with "/" . ex. "to tuck in / tuck up [Br.] <> a child (in bed)" - "/" needs good heuristics attention: annotations - ex. "to tuck in / tuck up [Br.] <> a child (in bed)" Note: <> is apparently only on the english side. - If a de->en dictionary is sufficient for now, it can be probably ignored. tools-0.8.0-beta.1/importers/ding2tei/todo/preprocess.find-irregularities000066400000000000000000000004351526415265400265200ustar00rootroot00000000000000Ding irregularities & misspellings ================================== How to find? - Regexes for assumed possible errors - Errors upon parsing See - todo/parsing.misc - src/preprocess/*.sed Examples - () instead of {}: - '\([^{]{0,10}\b(adj|adv|prp|n|m|f|...)\b' (`less' regex) tools-0.8.0-beta.1/importers/ding2tei/todo/preprocess.fix-misspellings000066400000000000000000000001011526415265400260330ustar00rootroot00000000000000Use a spellchecker, e.g. /usr/share/dict/{words,ogerman,ngerman} tools-0.8.0-beta.1/importers/ding2tei/todo/preprocess.quotes000066400000000000000000000004251526415265400240670ustar00rootroot00000000000000Quotes <"> Special cases: * '<">' * '1/4"' <'> Examples: * "'Zur Aktivierung klicken'" * "'Die Qual der Wahl. Ich kann mich nicht entscheiden, welches ich nehmen soll.'" Problem: * Most <'> are apostrophs. Solution: ? Analogous to '/' (left <'>, strong <'>, ...)? tools-0.8.0-beta.1/importers/ding2tei/todo/preprocess.tabs000066400000000000000000000002151526415265400234750ustar00rootroot00000000000000Are tabs permitted ? - there is exactly one in the devel version of de-en.txt (none in version 1.8.1) Adjust AlexScanner.x accordingly. tools-0.8.0-beta.1/importers/ding2tei/todo/reduce-memory-consumption000066400000000000000000000022041526415265400255110ustar00rootroot00000000000000Currently (2020-10-14), 4.5 GiB are taken up by parsing the Ding source (which is 20 MiB in size). The main issue is that the program cannot start writing to disk before essentially the whole dictionary is processed, because the (prefixing) TEI header wants to know the number of TEI entries. -- Obsolete: This huge memory usage probably is due to something in the Happy-generated code. The usage can likely be drastically be reduced by having Happy only parse single lines. This requires parsing the header separately, though (which should not be difficult). Testing with restricted memory: $ ulimit -S -d #N_KB * result: restricting to below 2.6 GiB crashes the program. Testing repeated inspection: > putStrLn $ show $ length ls > threadDelay $ 20 * 1000 * 1000 > putStrLn $ show $ length $ show ls * second counting finishes fast * no memory reduction after first counting done noticeable. Results of improvement (scan & parse by line) * scan&parse time: 20s -> 13s * scan time: 4s -> 10s (likely I did something wrong in measuring) * memory usage: 2.6 GiB -> 2.7 MiB * Note: lazyness and garbage collection have a huge impact here tools-0.8.0-beta.1/importers/ding2tei/todo/setup-mechanism000066400000000000000000000005071526415265400234660ustar00rootroot00000000000000Installation / Compilation / Setup mechanism - options: - Cabal - recommended by (seemingly all) Haskell people - probably does not (easily) allow for non-Haskell parts - restrict to only the Haskell part - Makefile - Shell script - Combine the execution of sed scripts and the compiled Haskell program tools-0.8.0-beta.1/importers/ding2tei/todo/tei.alternative-spellings000066400000000000000000000005241526415265400254570ustar00rootroot00000000000000? Use a separate or ? - Ask at Freedict first. For different US/UK spellings (or similar): - ex. from TEI doc colour US color - https://www.tei-c.org/release/doc/tei-p5-doc/en/html/DI.html : 9.3.5.2 tools-0.8.0-beta.1/importers/ding2tei/todo/tei.homograph-grouping000066400000000000000000000006521526415265400247610ustar00rootroot00000000000000Options (that are valid FreeDict TEI): * superEntry/entry * superEntry/entry/sense * entry/sense * entry/sense/sense All known information collected in the FreeDict Wiki (11 - Grouping of homographs): See also: * Language/TEI/Syntax/Body.hs * https://dariah-eric.github.io/lexicalresources/pages/TEILex0/TEILex0.html#nested-entries-vs-multiple-senses tools-0.8.0-beta.1/importers/ding2tei/todo/tei.lines000066400000000000000000000017361526415265400222630ustar00rootroot00000000000000How to represent lines in the TEI output ======================================== - Create two dictionaries, one for each direction (de->en, en->de). NOTE: Mostly done. Let one direction be fixed. ? Group Ding groups in a ? - No. They do not function as "a single unit". ? For each line, separate by the source language's keywords. . "a; b :: c; d" -> "a :: c; d", "b :: c, d" - similar for <|> ? Group units of a group in a ? . They do funtion as "a single unit", so ok. - Group homographs using . ? Group new (more numerous) lines by homographs on the source side. ? Group in a with children. ? Group in s instead. - Do not use here. - see https://www.tei-c.org/release/doc/tei-p5-doc/en/html/DI.html - 9.1, 9.2.1 ? Are all translation units in the same group considered synonymous? - Otherwise: Use separate entries. ? Use sortKey's? See also: todo/linking.lines tools-0.8.0-beta.1/importers/ding2tei/todo/tei.usage-tag000066400000000000000000000006641526415265400230250ustar00rootroot00000000000000 ===== . Created (mostly?) from []-annotations. - Differentiate, as described in the TEI Lex-0 doc: * https://dariah-eric.github.io/lexicalresources/pages/TEILex0/TEILex0.html#index.xml-body.1_div.7_div.2 ? Usage of the @norm attribute? . Standardization of values, e.g. "ugs." ~ "colloquial". - See example: * https://dariah-eric.github.io/lexicalresources/pages/TEILex0/TEILex0.html#index.xml-body.1_div.7_div.1 tools-0.8.0-beta.1/importers/ding2tei/todo/teiaddphonetics.bugs000066400000000000000000000006771526415265400245020ustar00rootroot00000000000000teiaddphonetics: * Unit: "Angeklagter!" * '[[:letter:]] *[!?:,]"' * in words: a letter, whitespace, [!?:,], <"> * [*.\\;-] are ok * Whitespace before <"> also ok. $ fdtools-git/teiaddphonetics --infile deu-eng.tei --outfile build/tei/deu-eng-phonetics.tei --espeak-count 1 last written word: ''Sie sagt sie ist rechtzeitig da'-'Nie im Leben ' / 'Denkste!' / 'Keine Chance!'' See also: preprocess/de-en/adjust_for_teiaddphonetics.sed tools-0.8.0-beta.1/importers/ding2tei/todo/testing.idempotence000066400000000000000000000007011526415265400243300ustar00rootroot00000000000000Assuming a Pretty instance for Syntax.Dict, it should hold that (parse . scan . pretty) is the identity on Syntax.Dict. A slightly weaker condition is that (pretty . parse . scan) is idempotent on valid textual dictionaries (those that parse.scan does not emit an error for). For testing, one shall either use the idempotence condition or (parse . scan . pretty . parse . scan) x = (parse . scan) x for valid textual dictionaries x. tools-0.8.0-beta.1/importers/ding2tei/todo/testing.quickcheck000066400000000000000000000000741526415265400241510ustar00rootroot00000000000000Quickcheck ? Enrichment for instance could well be tested. tools-0.8.0-beta.1/importers/ding2tei/util/000077500000000000000000000000001526415265400204475ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/ding2tei/util/extract.bash000077500000000000000000000040071526415265400227640ustar00rootroot00000000000000#!/usr/bin/env bash # # extract.bash - a small script to extract different expressions # # Copyright 2020,2022 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # dingfile=../dict/ding/de-en.txt.pp types=( {brace,bracket,paren,dot,switch}exps nonalpha words wordpairs parenprefs{1,2} keyword{prefs,sufs} keywordswithprefs ) dir="$(dirname "$(realpath "$0")")" outdir="${dir}/results" # Do not overwrite existing files (using '>'). set -o noclobber function main() { cd "$dir" mkdir -p "$outdir" if [ $# -ge 1 ] then extract "$1" else for type in "${types[@]}" do printf 'Extracting %s...\n' "$type" extract "$type" done fi } function extract() { local type="$1" local shfile="extract_${type}.sh" local sedfile="extract_${type}.sed" local script if [ -e "$shfile" ] then script="$shfile" else if ! [ -e "$sedfile" ] then printf 'Error: %s does not exist.\n' "$sedfile" 1>&2 exit 1 fi script="$sedfile" fi exps_sorted="$(./"$script" < "$dingfile" | sort)" # Sort by name. uniq <<< "$exps_sorted" > "${outdir}/${type}.by_name" # Sort by number of occurences. uniq -c <<< "$exps_sorted" | sort -nr > "${outdir}/${type}.by_count" # Sort by length. awk '{ print length, $0 }' < "${outdir}/${type}.by_name" | sort -n \ | cut -d ' ' -f 2- > "${outdir}/${type}.by_length" } main "$@" # vi: ts=2 sw=2 noet tools-0.8.0-beta.1/importers/ding2tei/util/extract_braceexps.sed000077500000000000000000000023221526415265400246540ustar00rootroot00000000000000#!/usr/bin/env -S sed -nEf # # extract_braceexps.sed - a small script to extract brace expressions # # Copyright 2020 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # # Only innermost brace expressions ("{...}") are to be matched. # (Actually, there are no nested brace expressions in the Ding source.) # Several brace expressions in the same line are to be split into several # lines. /\{.*\}/ { # Reduce to (roughly) "{[^{}]*}*" s/[^{]*[^}]*(\{[^}]*\})([^{]*[^}]*$)?/\1/g # Separate by newlines. s/\}\{/\}\n\{/g # Print p } # vi: noet tools-0.8.0-beta.1/importers/ding2tei/util/extract_bracketexps.sed000077500000000000000000000023301526415265400252120ustar00rootroot00000000000000#!/usr/bin/env -S sed -nEf # # extract_bracketexps.sed - a small script to extract bracket expressions # # Copyright 2020 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # # Only innermost brace expressions ("{...}") are to be matched. # (Actually, there are no nested brace expressions in the Ding source.) # Several brace expressions in the same line are to be split into several # lines. /\[.*\]/ { # Reduce to (roughly) "{[^\[\]]*}*" s/[^[]*[^]]*(\[[^]]*\])([^[]*[^]]*$)?/\1/g # Separate by newlines. s/\]\[/\]\n\[/g # Print p } # vi: noet tools-0.8.0-beta.1/importers/ding2tei/util/extract_dotexps.sed000077500000000000000000000016061526415265400243720ustar00rootroot00000000000000#!/usr/bin/env -S sed -nEf # # extract_dotexps.sed - a small script to extract dot-terminated words # # Copyright 2020 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # s/[^.]*(^| )([^ ]*\.)/\2\n/g s/^((.*)\.).*/\1/p tools-0.8.0-beta.1/importers/ding2tei/util/extract_keywordprefs.sed000077500000000000000000000021441526415265400254260ustar00rootroot00000000000000#!/usr/bin/env -S sed -nEf # # extract_keywordprefs.sed - extract words prefixing certain keywords # # Copyright 2020 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # # Find all prefixing words (use ł as separator) :loop s`^(.*ł)? *([^ ł]+) +((etw|sth|sb|jm?d[nms]?|so)\.|oneself)`\1\2ł` t loop s`ł *$`` t print s`^(.*ł)? *([^ ł]+)`\1` t loop # Print all found words from hold space. :print s` +$`` /^$/ d s`ł`\n`g p # vi: noet tools-0.8.0-beta.1/importers/ding2tei/util/extract_keywordsufs.sed000077500000000000000000000021431526415265400252660ustar00rootroot00000000000000#!/usr/bin/env -S sed -nEf # # extract_keywordsufs.sed - extract words suffixing certain keywords # # Copyright 2020 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # # Find all prefixing words (use ł as separator) :loop s`^(.*ł)? *((etw|sth|sb|jm?d[nms]?|so)\.|oneself) +([^ ł]+)`\1\4ł` t loop s`ł *$`` t print s`^(.*ł)? *([^ ł]+)`\1` t loop # Print all found words from hold space. :print s` +$`` /^$/ d s`ł`\n`g p # vi: noet tools-0.8.0-beta.1/importers/ding2tei/util/extract_keywordswithprefs.sed000077500000000000000000000022451526415265400265070ustar00rootroot00000000000000#!/usr/bin/env -S sed -nEf # # extract_keywordswithprefs.sed - extract certain keywords together with # prefixing words # # Copyright 2020 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # # Find all prefixing words (use ł as separator) :loop s`^(.*ł)? *([^ ł]+) +((etw|sth|sb|jm?d[nms]?|so)\.|oneself)([^ł]|$)`\1\2 \3ł` t loop s`ł *$`` t print s`^(.*ł)? *([^ ł]+)`\1` t loop # Print all found words from hold space. :print s` +$`` /^$/ d s`ł`\n`g p # vi: noet tools-0.8.0-beta.1/importers/ding2tei/util/extract_nonalpha.sed000077500000000000000000000023341526415265400245030ustar00rootroot00000000000000#!/usr/bin/env -S sed -Ef # # extract_nonalpha.sed - a small script to extract non-alphabetic characters # # Copyright 2020 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # # Only innermost brace expressions ("{...}") are to be matched. # (Actually, there are no nested brace expressions in the Ding source.) # Several brace expressions in the same line are to be split into several # lines. # Remove alphabetic characters. s/[[:alpha:]]//g # Remove whitespace. s/\s//g # Remove empty lines. /^$/ d # Add trailing newlines. s/./&\n/g s/\n$// # vi: noet tools-0.8.0-beta.1/importers/ding2tei/util/extract_parenexps.sed000077500000000000000000000022141526415265400247050ustar00rootroot00000000000000#!/usr/bin/env -S sed -nEf # # extract_parenexps.sed - a small script to extract paren-expressions # # Copyright 2020 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # # Only innermost paren-expressions ("(...)") are to be matched. # Several paren-expressions in the same line are to be split into several # lines. /\(.*\)/ { # Reduce to (roughly) "\([^()]*\)*" s/[^(]*[^)]*(\([^)]*\))([^(]*[^)]*$)?/\1/g # Separate by newlines. s/\)\(/\)\n\(/g # Print p } # vi: noet tools-0.8.0-beta.1/importers/ding2tei/util/extract_parenprefs1.sed000077500000000000000000000017771526415265400251430ustar00rootroot00000000000000#!/usr/bin/env -S sed -Ef # # extract_parenprefs.sed - a small script to extract prefixes inside parens # # Copyright 2020 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # # Notes: # * This script should receive lines with parenthese-expressions. # * Prefixes consisting of a single word extracted. s`^\( *([^ )]+).*$`\1` # vi: noet tools-0.8.0-beta.1/importers/ding2tei/util/extract_parenprefs1.sh000077500000000000000000000000761526415265400247710ustar00rootroot00000000000000#!/bin/sh ./extract_parenexps.sed | ./extract_parenprefs1.sed tools-0.8.0-beta.1/importers/ding2tei/util/extract_parenprefs2.sed000077500000000000000000000021131526415265400251250ustar00rootroot00000000000000#!/usr/bin/env -S sed -Ef # # extract_parenprefs.sed - a small script to extract prefixes inside parens # # Copyright 2020 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # # Notes: # * This script should receive lines with parenthese-expressions. # * Prefixes consisting of a two words extracted. # Drop lines containing single words inside parens /^\( *[^ ]* *\)/ d s`^\( *([^ )]+ [^ )]+).*$`\1` # vi: noet tools-0.8.0-beta.1/importers/ding2tei/util/extract_parenprefs2.sh000077500000000000000000000000761526415265400247720ustar00rootroot00000000000000#!/bin/sh ./extract_parenexps.sed | ./extract_parenprefs2.sed tools-0.8.0-beta.1/importers/ding2tei/util/extract_switchexps.sed000077500000000000000000000020441526415265400251020ustar00rootroot00000000000000#!/usr/bin/env -S sed -nEf # # extract_switchexps.sed - a small script to extract "<>"-expressions. # # Copyright 2020 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # # Note: Only the succeeding word is taken with, to prevent the list of results # from becoming too long. # (TODO:) Do the inverse, separately. s/.*(<> *[^ ;|:]+)/\1\n/g s/(<> *[^ ;|:]+).*/\1/p tools-0.8.0-beta.1/importers/ding2tei/util/extract_wordpairs.sed000077500000000000000000000021341526415265400247130ustar00rootroot00000000000000#!/usr/bin/env -S sed -nEf # # extract_word.sed - a small script to extract words # # Copyright 2020 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # # Notes: # * This script is very slow. # * The generated data is not overly useful, since <::> <|> et al. are # considered words. /^#/ d h s/ *([^ ]+) +([^ ]+)/\1 \2\n/g s/(^|\n) *[^ ]*$// /^$/ d p x s/^ *[^ ]+// s/ *([^ ]+) +([^ ]+)/\1 \2\n/g s/(^|\n) *[^ ]*$// /^$/ d p tools-0.8.0-beta.1/importers/ding2tei/util/extract_words.sed000077500000000000000000000015241526415265400240410ustar00rootroot00000000000000#!/usr/bin/env -S sed -Ef # # extract_word.sed - a small script to extract words # # Copyright 2020 Einhard Leichtfuß # # This file is part of ding2tei-haskell. # # ding2tei-haskell is free software: you can redistribute it and/or modify # it under the terms of the GNU Affero General Public License as published # by the Free Software Foundation, either version 3 of the License, or # (at your option) any later version. # # ding2tei-haskell is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU Affero General Public License for more details. # # You should have received a copy of the GNU Affero General Public License # along with ding2tei-haskell. If not, see . # /^#/ d s/ +/\n/g tools-0.8.0-beta.1/importers/epo-eng/000077500000000000000000000000001526415265400173175ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/epo-eng/README.md000066400000000000000000000023771526415265400206070ustar00rootroot00000000000000This importer is for a single dictionary format only, as used by the epo-eng dictionary from . It is (c) 2015 Paul Denisowski, under the terms of the Creative Commons Attribution 3.0 Unported License. Usage ----- The usage of this script is extremely simple: $ python3 epo-eng-import.py - `UPSTREAM_DICT`: path to the text dictionary, as distributed by the upstream project - `TEI_SKELETON`: header information; should be taken from the last release and extended with the changes with the newer version. - `OUT_DIR`: output directory, must not exist. Python3 is the name of the Python interpreter. It might be that your systems calls a Python version > 3.x just `python`, then you need to alter the command. Sources ------- The markup of the original Esperanto-English dictionary is hard to parse. The current parser is far from perfect, but it does a fairly good job. I've contacted upstream regarding a patch (Jul 2017), but haven't got a response. Therefore, the changes are recorded in [epo-eng.patch](epo-eng.patch) and can be applied to the epo-eng dictionary released in 2015. The file README.dict is copied as README to the output directory. tools-0.8.0-beta.1/importers/epo-eng/epo-eng-import.py000077500000000000000000000303761526415265400225470ustar00rootroot00000000000000#!/usr/bin/env python3 """This file imports the epo-eng dictionary from . Please see the README for more information.""" import enum import os import sys import urllib.request import xml.sax.saxutils as saxutils # allow tokenizer import from fd_import.tokenizer import ChunkType, tokenize import fd_import class WordType(enum.Enum): Full = '' # normal words Prefix = 'pref' # word prefixes Suffix = 'suff' # :) Part = 'part' # "-x-", so an infix class Definition: #pylint: disable=too-few-public-methods """Only relevant for headwords with no direct translations, they define the headword.""" def __init__(self, definition): self.definition = definition def as_xml(self): return '\n%s\n' % saxutils.escape(self.definition) class Word: #pylint: disable=too-few-public-methods """This is either a head word or a translation.""" def __init__(self, word, usage_info=None): self.word = word # gramGrp is a list of ready-to-use xml strings, basically *one* node self.gramGrp, self.usage_info = self.__get_gram_info(usage_info) self.word_type = type def __repr__(self): return ('%s (%s)' % (self.word, self.usage_info) if self.usage_info else self.word) def __get_gram_info(self, usage_info): """Figure out, whether text is a collocating word or a usage hint. Return tuple ready-to-use XML. """ # special cases: catch collocations collocations = ['for', 'of', 'up', 'to', 'in', 'on', 'by', 'upon', 'ke', 'de', "do"] # esperanto if not usage_info: return (None, None) elif usage_info in collocations: return (['%s' % saxutils.escape(usage_info)], None) else: return (None, '%s' % saxutils.escape(usage_info)) def as_xml(self): xml = ['\n', saxutils.escape(self.word), ''] if self.usage_info: xml.append('\n' + self.usage_info) # already escaped if self.gramGrp: xml.append('\n\n%s\n' % '\n'.join(self.gramGrp)) return ''.join(xml + ['\n']) #pylint: disable=redefined-variable-type class HeadWord(Word): #pylint: disable=too-few-public-methods def __init__(self, word, usg=None): if word.startswith('-') and word.endswith('-'): self.type = WordType.Part elif word.startswith('-'): self.type = WordType.Suffix elif word.endswith('-'): self.type = WordType.Prefix else: self.type = WordType.Full self.word = word.lstrip('-').rstrip('-') super().__init__(self.word, usg) def as_xml(self): extent = '' if not self.type == WordType.Full: extent = ' extent="%s"' % self.type.value orth = '%s' % (extent, saxutils.escape(self.word)) if self.gramGrp: orth += '\n\n%s' % '\n'.join(self.gramGrp) if self.usage_info: orth += '\n' + self.usage_info return '
\n%s\n
' % orth def structure_translations(unordered_list): """Take a list of chunks (see docs of parse_meanings) and return a list of list of words. The outer lists holds different meanings (homonyms) and has in most cases only one entry. The inner list contains objects of type Word.""" translations = [[]] # initialize list with one sense while unordered_list: chunk = unordered_list.pop(0) # test for type of chunk if chunk[0] == ChunkType.Paren: # is this an additional info for a word: if unordered_list and unordered_list[0][0] == ChunkType.Word: translations[-1].append(Word(unordered_list.pop(0)[1], chunk[1])) else: # no next chunk or no word # this is either a parenthesized expression with no word before # or after, then it's a definition; otherwise it's an unhandled # case and a bug if (len(translations) == 1 and not translations[0]) and \ (not unordered_list or unordered_list[0][0] == ChunkType.Comma): # definition translations[-1].append(Definition(chunk[1])) else: print(',',repr(translations)) raise ValueError(("Couldn't parse translations; tokens " "parsed: %s\nCurrent token: %s\nTokens left: %s") % \ (translations,chunk,unordered_list)) elif chunk[0] == ChunkType.Word: # word with usage info / colloc if unordered_list and unordered_list[0][0] == ChunkType.Paren: # in some cases definitions are written as "to (be in) a # position", this is poor markup. ignore those parenthesis and # add it as a whole word: if len(unordered_list) >= 2 and unordered_list[1][0] == ChunkType.Word: translations[-1].append(Word(chunk[1] +" " + \ unordered_list.pop(0)[1] + " " + \ unordered_list.pop(0)[1])) else: translations[-1].append(Word(chunk[1], unordered_list.pop(0)[1])) else: translations[-1].append(Word(chunk[1])) elif chunk[0] == ChunkType.Comma: # new word starts, ignore pass elif chunk[0] == ChunkType.Semicolon: # homonym, new sense translations.append([]) # add brackets and braces verbatim elif chunk[0] in (ChunkType.Bracket, ChunkType.Brace): chars = ('[]' if chunk[0] == ChunkType.Bracket else '{}') # readd translation in bracket/brace, verbatim if translations[-1]: # at least one word found translations[-1][-1].word += ' ' + chars[0] + chunk[1] + chars[1] else: # new word translations[-1].append(Word(chars[0] + chunk[1] + chars[1])) else: raise NotImplementedError("Unhandled case: " + repr(chunk)) return translations def guess_grammar_details(translations): """This function inspects the English translations to infer grammatical information. Definitions starting with "to " are verbs in the infinitive form, etc. The translations might get altered, for instance, to strip the "to " from the actual definition.""" gram = '' firstword = translations[0][0] if isinstance(firstword, Definition): return (None, translations) # don't fiddle around with def's if firstword.word.startswith('to '): gram = 'v' for deflist in translations: for word in deflist: if word.word.startswith('to '): word.word = word.word[3:] # remove wrongly parsed colloc's collocs = ['%s' % c for c in ['to', 'a', 'an']] for deflist in translations: for word in deflist: if word.gramGrp: # it need to have a colloc, otherwise no checks for colloc in collocs: if colloc in word.gramGrp: idx = collocs.index(colloc) del word.gramGrp[idx] return (gram, translations) def translations_to_xml(translations): """Translate nested definition / translation (word) structure into a TEI:sense structure.""" xml = [] for definition_list in translations: if not definition_list: raise ValueError("Found empty translation list; all translations: " \ + repr(translations)) xml.append('') xml.extend(x.as_xml() for x in definition_list) xml.append('') return xml def write_output(input_file, base_dir, tei_skeleton, body_xml): """This writes the imported dictionary into the specified directory.""" print("Writing TEI dictionary…") with open(tei_skeleton, 'r', encoding='utf-8') as f: header = f.read() body_start = header.find('') + 6 tei_file = os.path.join(base_dir, 'epo-eng.tei') if not os.path.exists(base_dir): os.mkdir(base_dir) with open(tei_file, 'w', encoding='utf-8') as f: f.write(header[:body_start] + '\n') f.write(body_xml) f.write(header[body_start+1:].lstrip().rstrip() + '\n') fd_import.output.reindent_xml(tei_file) if not os.path.exists(os.path.join(base_dir, 'COPYING')): # retrieve copyright information print("Downloading CC unported 3.0 license") with open(os.path.join(base_dir, 'COPYING'), 'wb') as f: req = req = urllib.request.Request( 'https://creativecommons.org/licenses/by/3.0/legalcode.txt', data=None, headers = { 'User-Agent': 'Mozilla/5.0 (X11; Linux x86_64; rv:54.0) Gecko/20100101 Firefox/54.0' }) with urllib.request.urlopen(req) as u: f.write(u.read()) # write Makefile fd_import.output.mk_makefile(base_dir, ['epo-eng.tei', 'epo-eng.patch']) def main(input_file, tei_skeleton, output_directory): print("Parsing dictionary…") with open(input_file, 'r', encoding='utf-8-sig') as f: # gnerator with word pairs; ignore indented lines (only file header, # ATM) words = (wp for wp in f.read().split('\n') if wp.strip() and not wp.startswith(" ")) word_list = [] for lnum, word_pair in enumerate(words): if word_pair.lstrip().startswith("#"): continue try: head, trans = word_pair.split(' : ') translations = tokenize(trans) translations = structure_translations(translations) head = tokenize(head) if len(head) == 2: # headword with definition head = HeadWord(head[0][1], head[1][1]) else: head = HeadWord(head[0][1]) word_list.append((head, translations)) except ValueError as v: raise ValueError(f"line {lnum+1}: {''.join(v.args)}") # enrich words with grammatical info, strip "to" and other words *and* # convert to XML xml = [] for head, trans in word_list: # translations might get altered, e.g. "to" is stripped gram, trans = guess_grammar_details(trans) xml += ['', head.as_xml()] if gram: xml.append('\n%s\n' % gram) xml += translations_to_xml(trans) + [''] write_output(input_file, output_directory, tei_skeleton, '\n'.join(xml)) print("Done. Now it's time to copy DTD, CSS and RNG and validate the dictionary.") def check_args(): """command line parameter validation""" if len(sys.argv) != 4: print("Error: invalid command line parameters.") import textwrap print("Usage: %s \n "\ % sys.argv[0], end="") print('\n '.join(textwrap.wrap(("TEI SKELETON has to be a FreeDict TEI file, with an empty " "body tag. The opening and closing body tags have to be on " "separate lines.\n" "The output directory may exist and files will be overwritten, " "as necessary."), 78))) sys.exit(1) if not os.environ['FREEDICT_TOOLS']: print("The environment variable FREEDICT_TOOLS is not set.") print("This is mandatory, so that the necessary scripts can be located.") print("Have a look at the FreeDict wiki for more information:") print("https://github.com/freedict/fd-dictionaries/wiki") sys.exit(4) for file in sys.argv[1:3]: if not os.path.exists(file): print('Sorry, but the file "%s" does not exist.' % file) sys.exit(2) dictdir = os.path.basename(os.path.abspath(sys.argv[3])) if not len(dictdir) == 7 or '-' not in dictdir: print("The output directory has to be named with the usual FreeDict naming scheme. Otherwise, the Make rules will fail.") sys.exit(5) if __name__ == '__main__': check_args() main(sys.argv[1], sys.argv[2], sys.argv[3]) tools-0.8.0-beta.1/importers/epo-eng/epo-eng.patch000066400000000000000000000106551526415265400217010ustar00rootroot00000000000000--- espdic.orig 2026-05-23 19:08:29.762970112 +0300 +++ espdic.txt 2026-05-24 14:12:05.914321884 +0300 @@ -1460,7 +1460,7 @@ agordiĝemo : manageability, tractability agordiĝi : to be tuned (up) agordilaro : control panel -agordilo : configurator, tuner (device), tuning fork, setup program, (software), wizard (software), assistant (installation) +agordilo : configurator, tuner (device), tuning fork, setup program (software), wizard (software), assistant (installation) agordindikoj al la fenestroadministrilo : window manager hints agordinformoj : configuration information agordisto : tuner (person) @@ -7706,7 +7706,7 @@ batraka : batrachian batrako : batrachian batrakoj : anura -batsono : (sound of) striking (of a clock) +batsono : striking (sound of a clock) batuo : battue, hunt, shoot Batuo : Batu baŭdo : baud @@ -11742,7 +11742,7 @@ ĉu ... aŭ : whether ... or ĉu bone aŭ malbone : for better or for worse ĉu ... ĉu : whether ... or, whether ... whether -ĉu : either, if, is it, whether, (asks a question) +ĉu : either, if, is it, whether Ĉukĉa Duoninsulo : Chukot(ski) Peninsula Ĉukĉa Maro : Chukchee Sea ĉukĉo : Chukchi man @@ -26241,7 +26241,7 @@ invitiĝi : to be invited invitilo : invitation, prompt inviti : to invite -invito : bidding, invitation, (command), prompt +invito : bidding, invitation, prompt involucia : involuntary involucie : involuntarily involucio : involution @@ -32611,7 +32611,7 @@ kutimita : accustomed to, used to kutimi : to accustom, be accustomed to, be in the habit of kutimo : custom, habit, way, practice, routine -kutimulo : (a) regular (guest, customer, etc.) +kutimulo : regular (guest, customer, etc.) kutro : cutter kuvajta : Kuwaiti kuvajtano : Kuwaiti @@ -37993,7 +37993,7 @@ memriproĉo : compunction, remorse, self-reproach memsaniga : self-healing memsaniga teknologio : self-healing technology -mem : self, (puts emphasis on the noun or pronoun it follows) +mem : self (puts emphasis on the noun or pronoun it follows) memserva : self-service memserva vendejo : supermarket memsignado : autonymy @@ -38672,7 +38672,7 @@ minidisko : MD, MiniDisc minikamerao : minicamera minimuma : minimal, minimum -minimume : at (the) least +minimume : at least, at the least minimumejo : point of minimum minimumiganto : point of minimum minimumigi : to minimize @@ -38729,7 +38729,7 @@ mi opinias same : I’m of the same opinion miopsito : monk parakeet, quaker parrot miosotono : water chickweed -mio : (the) self, one’s self +mio : self, the self, one’s self miozoto : forget-me-not, myosotis mi pensu : Let me think mi petas : please, you’re welcome @@ -42480,7 +42480,7 @@ oke : eighthly ok : eight okej : agreed, okay -okera voko : (the) eightfold path (of Buddhism) +okera voko : eightfold path (of Buddhism) Okinavo : Okinawa oklahomano : Oklahoman oklahoma : Oklahoman @@ -44942,7 +44942,7 @@ pezo : significance, weight Pfalzo : Palatinate pfenigo : pfennig -PGKD : (plej granda komuna divizoro) GCD (greatest common denominator) +PGKD (plej granda komuna divizoro) : GCD (greatest common denominator) pĝ : paĝo piamatro : pia mater pianisto : pianist @@ -46385,7 +46385,7 @@ porkocervo : babirusa, deer-hog porkograso : lard porko : hog, pig, swine -porkomerca : (for) commercial (use, purposes) +porkomerca : commercial (use, purposes) por komuna bono : for the common good porkostalo : sty porkstalo : sty @@ -47283,7 +47283,7 @@ pridiskuti : to discuss pridisputi : to argue, dispute, query, question pridubebla : doubtful -pridubi : to (cast) doubt (upon) +pridubi : to doubt, to cast doubt (upon) prienketi : to investigate prierara : error, about errors prierara raportilo : error report tool @@ -51072,7 +51072,7 @@ ronda ekkrampo : opening parenthesis, “(” ronda finkrampo : closing parenthesis, “)” ronda hoketo : breve -rondaj krampoj : round parentheses, () +rondaj krampoj : round parentheses "()" ronda kanao : hiragana ronda krampo : parenthesis, round bracket ronda : round @@ -63732,7 +63732,7 @@ kontraŭrevoluciulo : counter-revolutionary kiel ofte okazis : as often happened estreco : leadership -netuŝeblulo ; untouchable (person) +netuŝeblulo : untouchable (person) en proksimeco al : in the vicinity of, near to laŭ la supozo ke : supposing that nanaspektigi : to dwarf (something), make something appear very small tools-0.8.0-beta.1/importers/epo-eng/header.tei000066400000000000000000000062121526415265400212530ustar00rootroot00000000000000 Esperanto-English FreeDict dictionary created by Paul Denisowski Maintainer Sebastian Humenda <shumenda at gmx dot de> 2024.10.06+fd1 63895 headwords FreeDict

Available under the terms of the the Creative Commons Attribution 3.0 Unported License.

 24th of May 2026 http://freedict.org/ big enough to be useful

This dictionary has been parsed from a plain text file. Although the parser attempts to be clever, it might well be that certain text fragments are categorized as grammatical information, or vice versa. Please report these issues to the maintainer or to the FreeDict project.

The original dictionary has been changed at a few places. These changes are mostly to make the dictionary better parseable.

The dictionary was downloaded from http://www.denisowski.org/Esperanto/ESPDIC/espdic_readme.htm

This dictionary comes to you through nice people making it available for free and for good. It is part of the FreeDict project, http://www.freedict.org. This project aims to make many translating dictionaries available for free. Your contributions are welcome!

 Import new version dated 2024-10-06. Thanks to Teemu Hukkanen for updating the patch and for adjusting importer to new file. The importer script omitted characters at the beginning of words, if a headword started with "to". The newly imported versions has fixed this bug. Initial conversion of the dictionary. At the moment, the dictionary needs a bit of patching to be transformed correctly. When there's enough interest, that might hchange. tools-0.8.0-beta.1/importers/fd_import/000077500000000000000000000000001526415265400177505ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/fd_import/README000066400000000000000000000002341526415265400206270ustar00rootroot00000000000000This is a common module for tokenizing text-only dictionaries. It is written in Python and documented in the source code. Please start reading __init__.py. tools-0.8.0-beta.1/importers/fd_import/__init__.py000066400000000000000000000004021526415265400220550ustar00rootroot00000000000000"""This is a dummy file, so that this directory can be used as a module. The actual magic should *always* happen in tokenizer.py. Tests.py is a stand-alone test suite and does, really, tests.""" from . import output, tokenizer from . import output, output tools-0.8.0-beta.1/importers/fd_import/output.py000066400000000000000000000070531526415265400216670ustar00rootroot00000000000000"""This module contains functions to write all accompanying files for the dictionary, e.g. license or README.""" import os import re import shutil import sys import textwrap import xml.dom.minidom class OutputError(Exception): pass def copy_readme(input_file, output_directory): """When a README is found in the same directory as `input_file`, the file is copied to OUTPUT_DIRECTORY. The input file has to be called "README.xxx-yyy" or "README.xxx-yyy.EXT", where ext is anarbitrari file extension and xxx-yyy a ISO 6639-3 three-letter language code.""" full_input = os.path.abspath(input_file) input_file = os.path.basename(input_file) input_dir = os.path.dirname(full_input) iso_code = re.search('^([a-z]{3}-[a-z]{3})', input_file) if not iso_code: raise OutputError(('%s does not follow the "xxx-yyy.EXT" ' 'naming convention.') % input_file) iso_code = iso_code.groups()[0] readme = None for match in (re.search('^README.([a-z]{3}-[a-z]{3}).*', f) for f in os.listdir(input_dir)): if not match: continue if match.groups()[0] == iso_code: readme = match.string break if readme: shutil.copy(os.path.join(input_dir, readme), os.path.join(output_directory, 'README.md')) else: raise OutputError("No README found.") def mk_makefile(output_path, additional_files=None): readme = [f for f in os.listdir(output_path) if f.lower().startswith('readme')] if readme: if not additional_files: additional_files = [] additional_files.append(readme[0]) additional_files = ('' if not additional_files else ' '.join(additional_files)) with open(os.path.join(output_path, 'Makefile'), 'w', encoding='utf-8') as f: f.write("""# The line below is really just a fallback and only works if you have got a copy # of the tools directory at this location. It's better to set the environment # variable in your shell. FREEDICT_TOOLS ?= ../../tools DISTFILES = COPYING %s \ freedict-P5.xml freedict-P5.rng freedict-P5.dtd freedict-dictionary.css\ INSTALL Makefile NEWS # do not generate phonemes supported_phonetics = include $(FREEDICT_TOOLS)/mk/dicts.mk """ % additional_files) def reindent_xml(file_name): """Reindent an XML file with Python's minidom package. Please note that this will likely use a large amount of main memory.""" try: tree = xml.dom.minidom.parse(file_name) with open(file_name, 'w', encoding='utf-8') as f: reindented = tree.toprettyxml(indent=" ") # avoid multiple empty lines, inserted by minidom f.write('\n'.join(l for l in reindented.split('\n') if l.strip())) except MemoryError: print("Unable to reindent file using Python's minidom module.") if shutil.which('xmllint'): print("Using xmllint for reindentation.") ret = os.system('xmllint --format {0} > {0}.tmp'.format(file_name)) if ret: print("Aborting.") sys.exit(21) with open(file_name + '.tmp', encoding='utf-8') as infile: with open(file_name, 'w', encoding='utf-8') as out: out.write(infile.read()) os.remove(file_name + '.tmp') else: print('\n'.join(textwrap.wrap(("Please install xmllint as a fallback (this " "script will automatically use it) or use some other magic to " "increase the available main memory."), 78))) sys.exit(9) tools-0.8.0-beta.1/importers/fd_import/tests.py000066400000000000000000000121251526415265400214650ustar00rootroot00000000000000#pylint: disable=too-many-public-methods,import-error,too-few-public-methods,missing-docstring,unused-variable,multiple-imports import unittest import tokenizer as tk from tokenizer import ChunkType class tests(unittest.TestCase): def test_commas_are_detected(self): chunks = tk.tokenize('foo, bar') self.assertEqual(len(chunks), 3) self.assertEqual(chunks[0][0], ChunkType.Word) self.assertEqual(chunks[1][0], ChunkType.Comma) self.assertEqual(chunks[2][0], ChunkType.Word) def test_semicolons_are_detected(self): chunks = tk.tokenize('foo; bar') self.assertEqual(len(chunks), 3) self.assertEqual(chunks[0][0], ChunkType.Word) self.assertEqual(chunks[1][0], ChunkType.Semicolon) self.assertEqual(chunks[2][0], ChunkType.Word) def test_vert_bar_detected(self): chunks = tk.tokenize('foo | bar') self.assertEqual(len(chunks), 3) self.assertEqual(chunks[0][0], ChunkType.Word) self.assertEqual(chunks[1][0], ChunkType.VerticalBar) self.assertEqual(chunks[2][0], ChunkType.Word) def test_parenthesized_expressions_parsed_corretly(self): tks = tk.tokenize('test (the) behaviour') self.assertEqual(len(tks), 3) self.assertEqual(tks[0][0], ChunkType.Word) self.assertEqual(tks[1][0], ChunkType.Paren) self.assertEqual(tks[1][1], 'the') self.assertEqual(tks[2][0], ChunkType.Word) # now paren at beginning tks = tk.tokenize('(the) behaviour') self.assertEqual(len(tks), 2) self.assertEqual(tks[0][0], ChunkType.Paren) self.assertEqual(tks[0][1], 'the') self.assertEqual(tks[1][0], ChunkType.Word) # now at the end tks = tk.tokenize('fond (of)') self.assertEqual(len(tks), 2) self.assertEqual(tks[0][0], ChunkType.Word) self.assertEqual(tks[1][0], ChunkType.Paren) self.assertEqual(tks[1][1], 'of') def test_braces_recognized(self): tks = tk.tokenize('test {blah} behaviour') self.assertEqual(len(tks), 3) self.assertEqual(tks[0][0], ChunkType.Word) self.assertEqual(tks[1][0], ChunkType.Brace) self.assertEqual(tks[1][1], 'blah') self.assertEqual(tks[2][0], ChunkType.Word) # now paren at beginning tks = tk.tokenize('{schnurp} xyz') self.assertEqual(len(tks), 2) self.assertEqual(tks[0][0], ChunkType.Brace) self.assertEqual(tks[1][0], ChunkType.Word) self.assertEqual(tks[0][1], 'schnurp') # now at the end tks = tk.tokenize('Fleisch {n}') self.assertEqual(len(tks), 2) self.assertEqual(tks[0][0], ChunkType.Word) self.assertEqual(tks[1][0], ChunkType.Brace) self.assertEqual(tks[1][1], 'n') def test_brackets_recognized(self): tks = tk.tokenize('test [Br.] behaviour') self.assertEqual(len(tks), 3) self.assertEqual(tks[0][0], ChunkType.Word) self.assertEqual(tks[1][0], ChunkType.Bracket) self.assertEqual(tks[1][1], 'Br.') self.assertEqual(tks[2][0], ChunkType.Word) # now paren at beginning tks = tk.tokenize('[zool.] xyz') self.assertEqual(len(tks), 2) self.assertEqual(tks[0][0], ChunkType.Bracket) self.assertEqual(tks[1][0], ChunkType.Word) self.assertEqual(tks[0][1], 'zool.') # now at the end tks = tk.tokenize('Fleisch [bot.]') self.assertEqual(len(tks), 2) self.assertEqual(tks[0][0], ChunkType.Word) self.assertEqual(tks[1][0], ChunkType.Bracket) self.assertEqual(tks[1][1], 'bot.') def test_enclosing_chars_have_precedence_over_delimiters(self): tks = tk.tokenize('(a,b;c|d/e) {a,b;c|d/e} [a,b;c|d/e]') self.assertEqual(len(tks), 3) for chunk in tks: self.assertEqual(chunk[1], 'a,b;c|d/e') # test slash tks = tk.tokenize('x /a,b;c|d/ y', parse_slash=True) self.assertEqual(len(tks), 3) self.assertEqual(tks[1][1], 'a,b;c|d') def test_paren_or_slashes_in_words_ignored(self): tks = tk.tokenize('house(s), Häuser/innen', parse_slash=True) self.assertEqual(len(tks), 3) self.assertEqual(tks[0][0], ChunkType.Word) self.assertEqual(tks[2][0], ChunkType.Word) def test_slash_within_paren_works(self): tks = tk.tokenize('(my/example)') self.assertEqual(len(tks), 1) self.assertEqual(tks[0][0], ChunkType.Paren) tks = tk.tokenize('(my/example)', parse_slash=True) self.assertEqual(len(tks), 1, "expected one element, got: " + repr(tks)) self.assertEqual(tks[0][0], ChunkType.Paren) def test_only_expressions_with_no_spaces_withing_slash_slash_parsed(self): print("===") tks = tk.tokenize('/AB/', parse_slash=True) print("---") self.assertEqual(len(tks), 1) self.assertEqual(tks[0][0], ChunkType.Slash) tks = tk.tokenize('A / B/', parse_slash=True) self.assertEqual(len(tks), 1) self.assertEqual(tks[0][0], ChunkType.Word) if __name__ == '__main__': unittest.main() tools-0.8.0-beta.1/importers/fd_import/tokenizer.py000066400000000000000000000136441526415265400223440ustar00rootroot00000000000000"""Tokenizer for text-only dictionary formats. To use this library, add your dictionary importer as a subdirectory to importers/. Assuming you have an immporter in importers/foo, you would add the following snippet to your foo.py to use this module: from os.path import abspath, dirname import sys sys.path.append(dirname(dirname(abspath(sys.argv[0])))) import tokenizer For the usage, please see the functions and classes defined in this module.""" import enum import inspect class ChunkType(enum.Enum): """The tokenizer parses individual chunks and emits tuples with type information and chunk content. The first entry is the chunk type, as defined by this enum.""" Word = 0 Paren = 1 # parenthesized expressions () Bracket = 2 # brackets [] Brace = 3 # "embraced" expressions: {} Semicolon = 4 # delimiter, e.g. homonyms Comma = 5 # word/definition boundary VerticalBar = 6 # has to be surrounded by spaces, is a delimiter as e.g. comma Slash = 7 # optional; example usage include abbreviations "/ETC/" def __repr__(self): return '<%s.%s>' % (self.__class__.__name__, self.name) def space_before_slash(string, i): """The tokenizer can recognize chunks enclosed by slashes. To avoid to many false positives, only expressions with no space are supported, ATM. This functions checks whether a space is found before the next slash.""" for ch in string[i+1:]: # skip first character, is the very slash if ch.isspace(): return True elif ch == '/': return False return True # end of string reached, is like a space FRAMING = {'(': ChunkType.Paren, '[': ChunkType.Bracket, '{': ChunkType.Brace} CLOSING = {')':'(', '}':'{', ']':'['} def tokenize(source, parse_slash=False): #pylint: disable=redefined-variable-type,too-many-branches """Tokenize a line (of translations) into chunks, where each chunk is a tuple of (ChunkType, content). This only works with either the headword or the translation part, so instead of: abc - a, b; c It either parses "abc" or "a, b; c". Chunk types with no value (as for instance Comma) return a tuple with None as second element. Parenthesis have precedence over commas and ;. So a, b (c,;d) will be tokenized as [(Word, 'a'), (Comma, None), (Word, 'b'), (Paren, 'c,;d')] The prefix ChunkType has been omitted for readibility reasons. This precedence rule also means that nested structures are *not* recognized, the outer wins. This won't work: ([(blah)]) will result in [(Paren, '[(blah'), (Word, '])')] """ chunks = [] tmp_storage = [] # for unfinished chunks def save_parsed_chunk(ctype): """Save tmp_storage in chunks with the given type. This function is a short-hand.""" nonlocal chunks, tmp_storage if not all(c.isspace() for c in tmp_storage): chunks.append((ctype, ''.join(tmp_storage).strip())) tmp_storage = [] state = ChunkType.Word # current state of parser (ChunkType) prevchar = '' is_new_word = lambda: prevchar == '' or prevchar.isspace() for idx, ch in enumerate(source): if state in FRAMING.values() or (parse_slash and state == ChunkType.Slash): if ch in CLOSING and state == FRAMING[CLOSING[ch]]: save_parsed_chunk(FRAMING[CLOSING[ch]]) state = ChunkType.Word elif ch == '/' and state == ChunkType.Slash and parse_slash: save_parsed_chunk(ChunkType.Slash) state = ChunkType.Word else: # within the brace/bracket/parethesis tmp_storage.append(ch) else: # ChunkType.Word # separate a enclosed expression if preceded by whitespace / # beginning of string; handle slash separately if is_new_word() and (ch in FRAMING or (parse_slash and \ ch == '/' and not space_before_slash(source, idx))): # above tests that / is followed by characters only, no spaces # and hence no straying slashes are detected if ch == '/' and parse_slash: state = ChunkType.Slash else: state = FRAMING[ch] if tmp_storage: # add word before, if any save_parsed_chunk(ChunkType.Word) # only recognize /foo/ if parse_slash and if space in front elif ch == ',': # comma outside of parens, new word if tmp_storage: # not empty save_parsed_chunk(ChunkType.Word) chunks.append((ChunkType.Comma, None)) elif ch == ';': if tmp_storage: # not empty save_parsed_chunk(ChunkType.Word) chunks.append((ChunkType.Semicolon, None)) elif ch == '|' and (prevchar == '' or prevchar.isspace()): # space around? if tmp_storage: # not empty save_parsed_chunk(ChunkType.Word) chunks.append((ChunkType.VerticalBar, None)) else: tmp_storage.append(ch) prevchar = ch if tmp_storage: save_parsed_chunk(ChunkType.Word) return chunks def split_list(mylist, delim): """Split a list into chunks with the given delimiter. If a delimiter is a function, it will get the list item as function and has to return true if a split should occur. Returned is an iterator, yielding a chunk at a time. Examples: >>> list(split_list([1,2,3,2,4,5,2,2,10], 2)) [[1],[3],[4,5],[],10]] >>> list(split_list([])) [] >>> list(split_list([1,2,3,4], 20)) [[1,2,3,4]]""" if not mylist: return [] gathered = [] is_splitpoint = (delim if inspect.isfunction(delim) else lambda e: e == delim) for elem in mylist: if is_splitpoint(elem): yield gathered gathered = [] else: gathered.append(elem) yield gathered tools-0.8.0-beta.1/importers/hin-eng/000077500000000000000000000000001526415265400173125ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/hin-eng/README.md000066400000000000000000000050101526415265400205650ustar00rootroot00000000000000This importer is for the hin-eng dictionary only. The dictionary was created by the Computation for Indian Language Technology (CFILT) at the Indian Institute of Technology, Bombay. The dictionary is called The Hindi Universal Word (UW) and is released under GNU FDL. # Dependencies: - uv - requests library # Usage: ```bash uv venv .venv --python 3.14 && source .venv/bin/activate && uv pip install requests python hin-eng.py ``` # Functionality: The script will automatically download the dictionary from [https://www.cfilt.iitb.ac.in/~hdict/webinterface_user/download.php?get=UW_Hindi_Dict_20131003.zip](https://www.cfilt.iitb.ac.in/~hdict/webinterface_user/download.php?get=UW_Hindi_Dict_20131003.zip) and create a .tei file. # Formatting problems in original file that get fixed by the parser - a few linebreak even though there should be none - attributes/pos-tags sometimes have a "." which should be "," - one time V-tag is spelled small. - one time certain tags are spelled small (ADj instead of ADJ): i am assuming they are the same - missing 67ish pos-tags: tei file gets filled with empty pos tag - sometimes H,0,0> instead of - Original line format changes sometimes ``` [HINDIWORD] {} "ENGLISHWORD(SEMANTIC_RULES)" (TAGS) ;SAMPLE [HINDIWORD] {} "ENGLISHWORD" (SEMANTIC_RULES) ; [HINDIWORD] {} "ENGLISHWORD" (TAGS) ; [HINDIWORD] {} "ENGLISHWORD(SEMANTIC_RULES)" (OTHER_SEMANTIC_RULES) ;' [HINDIWORD] {}"ENGLISHWORD(TAGS)H,0,0>;SAMPLE ``` which made parsing complex and will probably be difficult to understand/debug. # Questions 1. Some hindi words occur multiple times with the same surface string and have multiple senses / different translations, but some semantic rules/restrictions (e.g. obj>school) are different. For now I just added all the translations and added a with the semantics/contexts. A possible next step would be to group the same translations together and have multiple -tags? How should this be handled? 2. The dictionary is hin-eng. Can I also write a script that switches it to eng-hin? 3. There are 40 empty Hindi word entries, that only have an english translation I am skipping them. is that fine? 4. some entries have "***" in the string. I am not changing that but it adds noise. # Include unused information - a lot of semantics/context restrictions are still unused. if a word is only used in certain contexts (currently as ) and needs further parsing - a lot of custom pos-tags /custom tags: INTJ ADV-PHRASE INDC are also available. tools-0.8.0-beta.1/importers/hin-eng/header.tei000066400000000000000000000054311526415265400212500ustar00rootroot00000000000000 English-Hindi FreeDict dictionary created by Florian Babl Maintainer Florian Babl< 2024.10.06+fd1 headwords FreeDict

Available under the terms of the GNU Free Documentation License .

 8th of August 2026 http://freedict.org/ big enough to be useful

This dictionary has been parsed from a plain text file. Please report these issues to the maintainer or to the FreeDict project.

The dictionary was downloaded from https://www.cfilt.iitb.ac.in/~hdict/webinterface_user/download.php?get=UW_Hindi_Dict_20131003.zip

This dictionary comes to you through nice people making it available for free and for good. It is part of the FreeDict project, http://www.freedict.org. This project aims to make many translating dictionaries available for free. Your contributions are welcome!

 Import new version dated 2024-10-06. Thanks to Teemu Hukkanen for updating the patch and for adjusting importer to new file. The importer script omitted characters at the beginning of words, if a headword started with "to". The newly imported versions has fixed this bug. Initial conversion of the dictionary. At the moment, the dictionary needs a bit of patching to be transformed correctly. When there's enough interest, that might hchange. tools-0.8.0-beta.1/importers/hin-eng/hin-eng.py000066400000000000000000000222171526415265400212150ustar00rootroot00000000000000""" This script converts the https://www.cfilt.iitb.ac.in/~hdict/webinterface_user/download.php?get=UW_Hindi_Dict_20131003.zip to TEI5 required format. """ import dataclasses import argparse import os import zipfile from collections import defaultdict from pathlib import Path import xml.etree.ElementTree as ET import requests HINDIDICT = True URL = "https://www.cfilt.iitb.ac.in/~hdict/webinterface_user/download.php?get=UW_Hindi_Dict_20131003.zip" ZIPFILE = "UW_Hindi_Dict_20131003.zip" DICTFOLDER = "UW_Hindi_Dict_20131003" TEI_FILE = "header.tei" POS_TAG_MAPPING = { "CONJ": "conj", "N": "n", "ADJ": "adj", "V": "v", "ADV": "adv", "PREP": "prep", "PRON": "pron", } GENDER_MAPPING = { "M": "m", "F": "f", } OUTPUT_FILE = "hin-eng.tei" class Stats: attributes: set[str] = set() semantics: set[str] = set() def add(self, entry: Entry) -> None: self.attributes.update(entry.attributes) self.semantics.update(entry.semantics) @dataclasses.dataclass class Translation: lang: str meaning: str @dataclasses.dataclass class Entry: head: str lang: str translation: Translation semantics: str attributes: list[str] sample: str pos_tag: str = dataclasses.field(default="", init=False) gender: str = dataclasses.field(default="", init=False) def __post_init__(self) -> None: self.parse_attributes() def __str__(self) -> str: return ( f"Head: {self.head}\n" f"Translation: {self.translation}\n" f"Attributes: {self.attributes}\n" f"Semantics: {self.semantics}\n" ) def __eq__(self, other: object) -> bool: if not isinstance(other, Entry): return NotImplemented return (self.pos_tag, self.head, self.gender) == ( other.pos_tag, other.head, other.gender, ) def __hash__(self) -> int: return hash((self.pos_tag + "_" + self.head + "_" + self.gender)) def get_id(self) -> str: res = "" if self.pos_tag: res += self.pos_tag + "_" res += self.head if self.gender: res += self.gender + "_" return res.replace(" ", "_") def parse_attributes(self) -> None: if self.attributes[0].upper() in POS_TAG_MAPPING: self.pos_tag = POS_TAG_MAPPING[self.attributes[0].upper()] if len(self.attributes) <= 1 or self.pos_tag == "v": return for i, attr in enumerate(self.attributes[1:]): if attr in GENDER_MAPPING: self.gender = GENDER_MAPPING[attr] break def download_zipfile() -> None: headers = { "User-Agent": "curl/8.0.1", } r = requests.get( URL, headers=headers, timeout=30, allow_redirects=False, ) with open(ZIPFILE, "wb") as f: f.write(r.content) unzip() def unzip() -> None: zip_ref = zipfile.ZipFile(ZIPFILE, "r") zip_ref.extractall(DICTFOLDER) zip_ref.close() def save_tei_file() -> None: pass def create_xml(entries: defaultdict[Entry, list[Entry]]) -> None: print("Creating xml/tei file...") ns = {"tei": "http://www.tei-c.org/ns/1.0"} tree = ET.parse(TEI_FILE) root = tree.getroot() body = root.find(".//tei:body", ns) if body is None: return # todo take care of cases, (is verb gender different?), Plural sing, 1-3 person # key entry is also in other! for i, (key_entry, other) in enumerate(entries.items()): xml_id = key_entry.get_id() entry_elem = ET.SubElement( body, "entry", attrib={"xml:id": xml_id, "xml:lang": "en"} ) form_elem = ET.SubElement(entry_elem, "form", attrib={"xml:lang": "hin"}) orth_elem = ET.SubElement(form_elem, "orth") orth_elem.text = key_entry.head # create gramgroup gramGrp_elem = ET.SubElement( entry_elem, "gramGrp", ) pos_elem = ET.SubElement(gramGrp_elem, "pos") pos_elem.text = key_entry.pos_tag # todo handle etc if key_entry.gender: gender_elem = ET.SubElement(gramGrp_elem, "gender") gender_elem.text = key_entry.gender # todo handle multiple senses for translation in translations sense_elem = ET.SubElement(entry_elem, "sense") for entry in other: cit_type_elem = ET.SubElement(sense_elem, "cit", attrib={"type": "trans"}) quote_elem = ET.SubElement(cit_type_elem, "quote") quote_elem.text = entry.translation.meaning if entry.semantics: usage_elem = ET.SubElement(sense_elem, "usg", attrib={"type": "hint"}) usage_elem.text = entry.semantics # TODO maybe change? if entry.sample: cit_example_elem = ET.SubElement( sense_elem, "cit", attrib={"type": "example"} ) sample_elem = ET.SubElement(cit_example_elem, "quote") sample_elem.text = entry.sample ET.indent(tree, space=" ", level=0) tree.write( OUTPUT_FILE, encoding="utf-8", xml_declaration=True, ) print(f"Wrote {OUTPUT_FILE}") def _get_translation(line: str) -> tuple[str, int]: translation = line.split('"', maxsplit=2)[1] if ( "<" in translation or ">" in translation or "(" in translation or ")" in translation ): # semantic rules present translation = translation.split("(", maxsplit=1)[0] translation = translation.strip('"') if translation == "": return translation, 0 return translation, line.find(translation) + len(translation) def _get_semantic_restriction(line: str, index: int) -> tuple[str, int]: if "(" in line[index:]: sr = line[index:].split("(", maxsplit=1)[1] else: # rare format: [HINDI]{}"ENGLISH"TAGS); sr = line[index:].split(")", maxsplit=1)[0].strip('"') sr = sr.split(")", maxsplit=1)[0] i = line.find(sr) + len(sr) if ">" not in sr and "<" not in sr and "icl>" not in sr: # actually a POSTAG!!! sr = "" i = 0 return sr.strip("("), i def _get_attributes(line: str, index: int) -> tuple[str, int]: if "(" in line[index:]: attributes = line[index:].split("(", maxsplit=1)[1] else: _tmp = line[index:].split("H,0,0>;")[0].strip("<") if '"' in _tmp: # special weird case '{}"ENGLISH"ATTRIBUTES); attributes = _tmp.split('"', maxsplit=1)[1].strip(")") return attributes, line.find(attributes) + len(attributes) else: # there were only semantics no attribute return "", 0 attributes = attributes.split(")", maxsplit=1)[0] i = line.find(attributes) + len(attributes) if attributes == "": i = 0 return attributes, i def parse_line(line: str, stats: Stats) -> Entry | None: """ Parse each line into an entry by splitting. """ head, line = line.split("]", maxsplit=1) head = head.strip("[") if head == "": return None translation, index = _get_translation(line) semantics, index = _get_semantic_restriction(line, index) attributes, index = _get_attributes(line, index) sample = line.rsplit(">;", maxsplit=1)[1] entry = Entry( head=head, lang="hin", translation=Translation(lang="en", meaning=translation), semantics=semantics, attributes=attributes.replace(".", ",").split(","), sample=sample, ) stats.add(entry) # TODO remove return entry def iterate_files() -> list[Entry]: entries = [] stats = Stats() print("Reading files...") for file in os.listdir(DICTFOLDER): with open(DICTFOLDER + "/" + file, "r") as f: if not file.endswith(".txt"): continue old_line = "" for line in f: line = ( line.strip() .replace("”", '"') .replace("\ufeff", "") .replace("\u200b", "") ) if "H,0,0>;" not in line: old_line += line continue if old_line: old_line += line line = old_line entry = parse_line(line, stats) if entry is None: continue entries.append(entry) old_line = "" return entries def convert2dict(entries: list[Entry]) -> defaultdict[Entry, list[Entry]]: from collections import defaultdict dictionary: defaultdict[Entry, list[Entry]] = defaultdict(list) for entry in entries: dictionary[entry].append(entry) return dictionary def run() -> None: if not os.path.exists(DICTFOLDER) or len(os.listdir(DICTFOLDER)) == 0: download_zipfile() entries = iterate_files() dictionary = convert2dict(entries) create_xml(dictionary) if __name__ == "__main__": parser = argparse.ArgumentParser() parser.add_argument("--path", type=Path, default="UW_Hindi_Dict_20131003") args = parser.parse_args() run() tools-0.8.0-beta.1/importers/pyproject.toml000066400000000000000000000005131526415265400207000ustar00rootroot00000000000000[project] name = "fd_import" version = "0.1" description = "FreeDict parser and dictionary import helpers" classifiers = [ "License :: GPL-3.0-or-later", ] requires-python = ">=3.12" [tool.setuptools.packages.find] include = ["fd_import*"] [build-system] requires = ["setuptools"] build-backend = "setuptools.build_meta" tools-0.8.0-beta.1/importers/setup.cfg000066400000000000000000000003061526415265400176050ustar00rootroot00000000000000[metadata] name = "fd_import version = 0.1.0 description = FreeDict tooling for the build system [options] zip_safe = False include_package_data = True packages = fd_import #package_dir=fd_import tools-0.8.0-beta.1/importers/setup.py000066400000000000000000000000461526415265400174770ustar00rootroot00000000000000from setuptools import setup setup() tools-0.8.0-beta.1/importers/tei-p4/000077500000000000000000000000001526415265400170675ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/tei-p4/README000066400000000000000000000003601526415265400177460ustar00rootroot00000000000000This directory contains importer scripts which are not used anymore. These convert into the old TEI p4 format. If you feel they could be useful again, please update the output bits in those scripts and give them a directory above this one. tools-0.8.0-beta.1/importers/tei-p4/dict2tei.py000077500000000000000000000200611526415265400211520ustar00rootroot00000000000000#!/usr/bin/python # Written by Petergozz, Jan 2004 # # micha137: renamed from dict2xml.py # ## todo GPL 2+ ## ##### THIS IS ALPHA LEVEL NOT FOR PRODUCTION USE ########### ####### Requires Python2.3 or later ########################### ## TODO will need TEI header > proper tei stuff too !! ## d2X_write_tei_header() (not here) ## TODO add detect for .dz files and uncompress ## (if tools on board if not .. explore the gzip modules :) ## dz is a modded version of gzip so _might_ be doable ? import sys import time import os import string import re #cool new way to do getopts :) #import optparse from optparse import OptionParser, OptionGroup # # Globals # VERSION = "-0.1.1" chatty = None app = os.path.basename(sys.argv[0]) start_time = time.asctime() # # regex defs (pre-compiles) these are used in d2x_format_xml # rex_hdwd = re.compile('^\w.*$') #Headword starts with anything not a white space rex_descpt = re.compile('^\s\s+.*$') #Description starts with more than one white space ## TODO add matches for parts of speech pronunciation etc. here hmm more command line options ... ## TODO add matches for file names here (to autogen out names) ## TODO add matches for 00-data etc for dictd headers (possibly) def d2x_getInput(): d2x_usage = '%prog -f dictfile [options]\n\n Defaults are provided for _everything_ except the dictfmt FILE to read from ' cl_parser = OptionParser(d2x_usage, version="%prog"+VERSION ) cl_parser.add_option("-f", "--file", type="string", action="store", dest="readfile", help="read dictfmt file from FILENAME" ) cl_parser.add_option("-v", "--verbose", action="store_true", dest="verbose", help="Tell me whats going on. ") cl_parser.add_option("-o", "--out", type="string", action="store", dest="writefile", default="dicttei.xml", help="write TEI/XML format file to FILENAME" ) groupDocT = OptionGroup( cl_parser, "Advanced Options for changing the DOCTYPE", "Use these to set a doctype string that works for your system") groupDocT.add_option("-s", "--dtdsys", type="string", action="store", dest="DTDsys",default='http://www.tei-c.org/Guidelines/DTD/tei2.dtd' , help="set System DTD to PATH. NB: If your not using an XML/SGML catalog system you should set this to: /your/path/to/tei2.dtd" ) groupDocT.add_option("-p", "--dtdpub", type="string",action="store", dest="DTDpub",default='-//TEI P4//DTD Main Document Type//EN', help="set public DTD to \"Formal Public Identifier\" NB: You _will_ need to quote it" ) groupDocT.add_option("-t", "--dtdtype", type="string", action="store", dest="DTDtype", default="TEI.2", help="set non default DOCTYPE [TEI.2] " ) cl_parser.add_option_group( groupDocT ) groupXML = OptionGroup( cl_parser, "Advanced options for altering the default XML header.", "Use these if you need to change the defaults. There are no single switch options for these." ) groupXML.add_option("--xmlver" , type="string", action="store", dest="XMLver", default='1.0', help="Set XML version attribute. [\"1.0\" ]" ) groupXML.add_option("--xmllang", type="string", action="store", dest="XMLlang", default='en', help="set the XML code language attribute. [en]") groupXML.add_option("--xmlstand", type="string", action="store", dest="XMLstand", default='no', help="set the XML \"standalone\" attribute. [no]") groupXML.add_option("--xmlenc", type="string", action="store", dest="XMLenc", default='utf-8', help="set the XML character ISO code attribute. [utf-8] \n ") cl_parser.add_option_group( groupXML ) ## TODO a really quiet option and a logging option and a dotfile prefs section and group the options so they don't scare the crap out of innocent bystanders. (cl_options, cl_args) = cl_parser.parse_args() #pull the exports out of the "getopt" dictFileIN = cl_options.readfile teiFileOut = cl_options.writefile dtdType = cl_options.DTDtype dtdSys = cl_options.DTDsys dtdPub = cl_options.DTDpub chat = cl_options.verbose xml_v = cl_options.XMLver xml_lang = cl_options.XMLlang xml_stand = cl_options.XMLstand xml_enc = cl_options.XMLenc # catch-me's here if len(cl_args) << 1: ## this still broken i will fix later cl_parser.error("We need at least one thing to do.\n\n Have you supplied a file name for reading ?\n <::For help type::> "+ app +" -h") elif dictFileIN == None : print app +" ::> No input file <::\n" cl_parser.print_help() sys.exit(0) else: print app +" Reading from:::> "+ dictFileIN + " <::\n" print app +" Writing to: ::> "+ teiFileOut +" <::\n" #Test for verbosity # (damm and blast this is clunky) print app+" REMINDER ::> This is Alpha level software ! <::" print app+ VERSION +" !!!!!!!!!!!! not for production use !!!!!!!!!!!!!!!!" if chat == True : print "command line options :", cl_options chatty = "Y" print "Chat mode is on" +chatty else : chatty = "N" print app +" Chat mode off" # #Now get to work #call the workhorses up # d2x_write_prolog( app, teiFileOut, dtdType, dtdPub, dtdSys, xml_v, xml_lang, xml_stand, xml_enc, chatty ) d2x_format_xml( dictFileIN, teiFileOut, chatty ) return() def d2x_write_prolog( this_app, fout, doc_t, doc_type_pub, doc_type_sys, xml_v, xml_lang, xml_stand, xml_enc, chatty ): if chatty == "Y": print "entered write prolog function" xmlfile = file(fout, "w+") if chatty == "Y": print "Writing to ::> ", xmlfile # prolog is just a concat of all the following: doc_type = '\n \n]>\n ' xml_head = '' # #So putting it all together we get # prolog = xml_head+'\n'+doc_type+'\n\n' if chatty == "Y" : print(prolog) xmlfile.write( prolog ) xmlfile.close() # this seems safer and dumps the buffer (we need a lot of ram for big files) def d2x_format_xml(fin, fout, chatty ) : """d2x_format_xml() takes a dictd format file and wraps it in TEI print dictionary xml tags. Command line options exist for most sgml, XML attributes and file in and out names. Defaults are supplied for all but the file in name. """ dictfmt = file( fin, 'r+',1 ) #open file in read and write mode line buffed only xmlfile = file( fout, 'a' ) # reopen the output file for appending # read all of dictfmt file to a list (as it only has new lines to differentiate with) dictlist = dictfmt.read() ##TODO break into 100 line (+/- 8K) blocks use seek to increment through the whole file? # now split the buffer by "2 or more new lines" dictarray = dictlist.split('\n\n') # TODO make a spinner or % readout(after you improve cache and speed) for record in dictarray: recSub1 = re.sub('^\n', "" , record)#tidy any leading newlines recSub2 = re.sub('\t', ' ', recSub1) # replace tabs with 4 spaces recSub3 = recSub2+'\n'+'' # tag the true end sub_string = recSub3.split('\n') # #note do not strip leading space from defs (yet) # # it should now be the case that headwords start on "col one" and defs etc don't xmlfile.write('\n') for field in sub_string: if chatty == "Y": print "found field" match_H = rex_hdwd.match( field ) match_D = rex_descpt.match( field ) match_End = re.search('', field) if match_H : if chatty == "Y": print 'Headword Match found: ', match_H.group() xmlfile.write('\n
' ) xmlfile.write(match_H.group()) xmlfile.write('
') elif match_D : if chatty == "Y": print 'Description Match found: ', match_D.group() xmlfile.write( '\n') xmlfile.write( match_D.group() ) xmlfile.write ('') elif match_End : if chatty == "Y": print 'end entry' xmlfile.write ('\n') else: if chatty == "Y": print 'No match' # #detect mode of operation and gather an environment etc #we actually start from here if called to execute # if __name__ == "__main__": d2x_getInput() # NTS this is not C print app+ ": End Run" tools-0.8.0-beta.1/importers/tei-p4/hd2tei.pl000077500000000000000000000031561526415265400206130ustar00rootroot00000000000000#!/usr/bin/perl # # 2002 Michael Bunk # only sgml tei! $hdfile = shift @ARGV; if ($hdfile eq "") { print stderr "Usage: hd2dict \n"; print stderr " To convert headword definition dict files to TEI format. Output\n"; print stderr " is on stdout.\n"; die; } die "Can't find file \"$hdfile\"" unless -f $hdfile; open(HDHANDLE, "<".$hdfile); while () { push(@zeilen,$_); } print " \]>\n"; print "<\?xml version='1\.0' encoding='ISO-8859-1'>\n"; print "\n\n\n".$hdfile."\n"; print " converted withhd2tei\.pl\n"; print " \n

freedict\.de\n"; # Statement aus Quelldatei uebernehmen (Zeilen vor dem ersten %h) for(@zeilen) { if (/^%h/) {last;}# Schleife abbrechen print $_; } print "

\n

".$hdfile."

\n"; print "\n"; $openentry = 0; for(@zeilen) { chop; if(/^%h/) { if ($openentry == 1) { print "\n"; $openentry = 0; } print "
".substr($_,3)."
\n "; next; }; if(/^%d/) { $openentry = 1; next; } if ($openentry == 1) { print $_;} else { print stderr "Unsinn: ".$_."\n";} } print "\n"; close(HDHANDLE); tools-0.8.0-beta.1/importers/tei-p4/tab2tei.pl000077500000000000000000000113371526415265400207660ustar00rootroot00000000000000#!/usr/bin/perl # 4/2002 Michael Bunk # This code generates sgml tei by formatting a tab delimited text file. # It is specific for khasi language, but may be a starting point for you. # features: # + Khasi-Artikel u/ka, Deutsche Artikel der/die/das # + Pluralangaben im Dt. ("--" == gleich Sg./Pl., wird bernommen) # (Kodierung in TEI ok?) # + Zusatzangabe Wortart -> half-hardcoded # wishlist: # - recognize/encode things: # - uebersetzungalternativen # - Kommentare in runden Klammern () # - what about unicode? im falle khasi-deutsch hinterher mglich # Parameter: # alle Worte der Eingangsdatei sind von dieser Wortart # ("v" = Verben, "n" - Substantive, "" gemischte Wortliste $PART_OF_SPEECH = "n"; # bersetzungsrichtung der Wortliste ("deu" oder "kha") $FIRST_LANG = "kha"; ########################################################## sub erkenne_artikel_deu { # Deutsche Artikel erkennen # Parameter: $1 - Referenz auf String ", " # $2 - Referenz auf TEI-Ausgabestring, ist "", wenn kein # Artikel erkannt wurde my $wortref = shift; my $artikelerkanntref = shift; if(${$wortref} =~ /, *(der|die|das) */) { if (${$wortref} =~ /der */) { ${$artikelerkanntref}=" m\n";} elsif (${$wortref} =~ /die */) { ${$artikelerkanntref}=" f\n";} elsif (${$wortref} =~ /das */) { ${$artikelerkanntref}=" n\n";} ${$wortref} =~ s/, *(der|die|das) *//; } else {${$artikelerkanntref}="";} } sub erkenne_artikel_kha { # Khasi-Artikel erkennen # Parameter: $1 - Referenz auf String ", " # $2 - Referenz auf TEI-Ausgabestring, ist "", wenn kein # Artikel erkannt wurde my $wortref = shift; my $artikelerkanntref = shift; if(${$wortref} =~ /, *(u|ka) */) { if (${$wortref} =~ /u */) { ${$artikelerkanntref}=" m\n";} elsif (${$wortref} =~ /ka */) { ${$artikelerkanntref}=" f\n";} ${$wortref} =~ s/, *(u|ka) *//; } else {${$artikelerkanntref}="";} } # Main $tabfile = shift @ARGV; if ($tabfile eq "") { print stderr "Usage: tab2tei \n"; print stderr " To convert tab delimited wordlists to TEI format. Output\n"; print stderr " is on stdout.\n"; die; } die "Can't find file \"$tabfile\"" unless -f $tabfile; open(TABHANDLE, "<".$tabfile); while () { push(@zeilen,$_); } print " \]>\n"; print "<\?xml version='1\.0' encoding='ISO-8859-1'>\n"; print "\n\n\n".$hdfile."\n"; print " converted withtab2tei\.pl\n"; print " \n

freedict\.de\n"; # Statement aus Quelldatei uebernehmen (Zeilen vor der ersten mit TAB) for(@zeilen) { if (/[\t]/) {last;}# Schleife abbrechen print $_; } print "

\n

".$tabfile."

\n"; print "\n"; for(@zeilen) { chomp;# \n entf. s/\r\Z//;# evtl. CR entfernen (DOS-Datei) if(/\t/) { @felder = split(/\t/,$_,2); # deu/kha-spezifisch! # "/" decodieren @sgplur = split(/\//,$felder[0]); if($sgplur[1] ne "") { $felder[0] = $sgplur[0]; } if ($FIRST_LANG eq "deu") { erkenne_artikel_deu(\$felder[0],\$artikelerkannt); erkenne_artikel_kha(\$felder[1],\$artikeltrerkannt); } else { erkenne_artikel_deu(\$felder[1],\$artikeltrerkannt); erkenne_artikel_kha(\$felder[0],\$artikelerkannt); } # remove leading/trailing whitespace $felder[0] =~ s/\A\s*//; $felder[0] =~ s/\Z\s*//; $felder[1] =~ s/\A\s*//; $felder[1] =~ s/\Z\s*//; $sgplur[1] =~ s/\A\s*//; $sgplur[1] =~ s/\Z\s*//; print "\n
".$felder[0]."\n"; print "
\n"; print " \n"; if ($PART_OF_SPEECH ne "") { print " $PART_OF_SPEECH\n"; } print $artikelerkannt; print " \n"; # give german plural form if($sgplur[1] ne "") { print "
\n"; print " ",$sgplur[1],"\n"; print "
\n"; } print " \n"; print " ",$felder[1],"\n"; print $artikeltrerkannt; print " \n \n"; next; }; print stderr "Zeile ohne TAB: ".$_."\n"; } print "\n"; close(TABHANDLE); tools-0.8.0-beta.1/importers/tei-p4/xdf2tei.pl000077500000000000000000000116451526415265400210030ustar00rootroot00000000000000#!/usr/bin/perl -w # $Id$ # (c) Oct 2004 - July 2005 Michael Bunk # This is GPL software. # use strict; if(-t) { # we are connected to a terminal - print help print STDERR "Call me as: $0 outputfile.tei\n"; print STDERR <<'ENDOFDOCS'; This script converts an xdf file from stdin into a TEI file on stdout. You will need to prepend a TEI header and append some closing TEI tags to generate a complete TEI file. xdf was documented here: http://fdicts.com/xdf.php Now that they moved to http://dicts.info, it seems the xdf format was abandoned, since I didn't find documentation for it anymore. Short Summary ------------- # comment line word1 [tabulator] word2 [tabulator] note1 [tabulator] note2 [tabulator] translator The first note column contains information about word class. Standard are: m - masculine noun f - feminine noun n - neuter noun pl - plural noun n: - noun v: - verb adj: - adjective adv: - adverb prep: - preposition conj: - conjunction interj: - interjection Or information about the sphere (domain) where it is commony used if it is not a common word. Standard are: [abbr.] - abbreviation [fin.] - finance [myt.] - mythology [agr.] - agricultural [geo.] - geographical [phra.] - phrase [astr.] - astronomy [geol.] - geology [phy.] - physics [aut.] - automobile industry [hist.] - history [polit.] - politics [bio.] - biology [it.] - information technologies [rel.] - religion [bot.] - botany [law.] - law term [sex.] - sexual term [chem.] - chemistry [mat.] - mathematics [slang.] - slang term [chil.] - children speech [med.] - medicine [sport.] - sport term [col.] - colloquial [mil.] - military [tech.] - technology [el.] - electrotechnics [mus.] - musical term [vulg.] - vulgar term Or special notes which are specified in each xdf file they are used in. Special notes are in () braces. Example: # Comment. Special note (dv) used for derived verb work some word (dv) note for this translation John Smith Mapping into TEI ---------------- We split each line at the tabulator into 5 variables. $note1 is further analyzed: $word1 -> $word2 -> $note1 = note1a + note1b => + $note2 -> $translator ->
dog
note1a note1b word2 note2 ENDOFDOCS exit 0; } sub htmlencode { my $s = shift; $s =~ s/&/&/g; $s =~ s/\"/"/g; $s =~ s//>/g; return $s; } sub mywarn { my $headword = shift; print STDERR "$headword [$.]:\t", @_, "\n"; } my $entries = 0; while(<>) { # remove DOS line ending s/\r\n//; # remove Unicode Byte Order Mark if(/\xef\xbb\xbf/) { print STDERR "removing Byte Order Mark\n"; s/\xef\xbb\xbf//; } if(/^\s*#(.*)/) { # it would be best to put xdf comments into the header # but for this we should extract them with some grep command # and put them into the header manually print "\n"; next; } my($word1, $word2, $note1, $note2, $translator) = split /\t/; if(!defined($word1)) { mywarn '', "Empty headword (word1). Skipping."; next; } if(!defined($word2)) { mywarn '', "Empty translation (word2). Skipping."; next; } my($pos, $number); undef $pos; my $domain = ""; undef $number; my $genus = ""; if($note1) { my @notes1 = split /\s/, $note1; foreach(@notes1) { if(/^(\w+):$/) { mywarn $word1, "Part-of-Speech already set: $1 (had: $pos; note='$_')" if $pos; $pos = $1; next; } if(/^(pl)\.?$/) { mywarn $word1, "Number already set: $1 (had: $number; note='$_')" if $number; $number = $1; next; } if(/^(m|f|n)$/) { mywarn $word1, "Genus already set: $1 (had: $genus; note='$_')" if $genus; $genus = $1; next; } if(/^\[([^\.]+)\.\]$/) { mywarn $word1, "Domain already set: $1 (had: $domain; note='$_')" if $domain; $domain = $1; next; } mywarn $word1, "Unmatched part of note1: '$_'"; } } my $pos1 = ""; my $number1 = ""; my $gen1= ""; $pos1 = "$pos" if $pos; $number1 = "$number" if $number; $gen1 = "$genus" if $genus; print " \n"; print "
\n"; print " ". htmlencode($word1) ."\n"; print "
\n"; print " $pos1$gen1$number1\n" if $pos || $number || $genus; print " \n"; print " $domain\n" if $domain; print " ". htmlencode($word2) ."\n"; print " \n"; my $r=''; $r = " resp=\"". htmlencode($translator) ."\"" if $translator; print " ". (defined($note2)?htmlencode($note2):'') ."\n" if $translator || $note2; print " \n"; $entries++; } print STDERR "Wrote $entries entries.\n"; tools-0.8.0-beta.1/importers/wikdict/000077500000000000000000000000001526415265400174235ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/wikdict/README.md000066400000000000000000000010311526415265400206750ustar00rootroot00000000000000# WikDict TEI importer Import TEI files generated by [WikDict] into FreeDict. These dictionaries contain data originally created at Wiktionary. [WikDict]: http://www.wikdict.com ## Usage Go to the root directory where all the generated dictionaries reside (configured under the section `[generated]` in your freedictrc) and execute $FREEDICT_TOOLS/importers/wikdict/import_wikdict.py This creates new directories (or replaces existing ones) for the imported dictionaries. Then use make as for all other FreeDict dictionaries. tools-0.8.0-beta.1/importers/wikdict/import_wikdict.py000077500000000000000000000243071526415265400230360ustar00rootroot00000000000000#!/usr/bin/env python3 #vim: set expandtab sts=4 ts=4 sw=4 autoindent ft=python: """This script downloads all (already approved) dictionary from the WikDict project to be included in FreeDict's repository. This script requires a FreeDict API file to figure out which dictionaries are from WikDict and which not. It searches first for a local file referenced by the FreeDict configuration. This is the preferred way. Then it downloads a version from freedict.org. """ import argparse import configparser import enum import html.parser import json import multiprocessing import os import re import sys import urllib.request, urllib.parse import shutil import tempfile import xml.etree.ElementTree as ET from datetime import date SOURCE_URL = 'https://download.wikdict.com/dictionaries/tei/no-infl/' # minimal number of words to consider a dictionary for inclusion MIN_WORD_COUNT = 10000 DOWNLOAD_PREFIX = 'http://{0.netloc}{0.path}'.format(urllib.parse.urlsplit(SOURCE_URL)) def get_fd_api(): """Read local FreeDict API file or load from given path from configuration or download it from freedict.org as fallback. It is advised to generate a fresh API copy locally. This function will try to load a virtual environment, if configured.""" js = None #pylint: disable=bare-except api_file = lambda c: os.path.join(os.path.expanduser( c['DEFAULT']['api_output_path']), 'freedict-database.json') try: import fd_tool.config as config cnf = config.discover_and_load() with open(api_file(cnf), encoding="UTF-8") as api_handle: js = json.load(api_handle) except (ImportError, FileNotFoundError, KeyError, configparser.Error): # try to activate virtual env, if configured but not sourced yet paths = [os.path.join(os.path.expanduser("~"), '.config/freedict/freedictrc')] if os.environ.get('LOCALAPPDATA'): paths.append(os.path.join(os.environ['LOCALAPPDATA'], 'freedict/freedict.ini')) conffile = [path for path in paths if os.path.exists(path)] if conffile: cnf = configparser.ConfigParser() cnf.read_file(open(conffile[0], encoding="UTF-8")) if 'DEFAULT' in cnf and 'api_output_path' in cnf['DEFAULT']: with open(api_file(cnf), encoding="UTF-8") as fhandle: js = json.load(fhandle) except KeyboardInterrupt: pass if not js: from urllib.request import urlopen with urlopen('https://freedict.org/freedict-database.json') as u: js = json.loads(u.read().decode('utf-8')) # strip all non-dictionary nodes (e.g. 'software' return [node for node in js if 'name' in node] class LinkExtractor(html.parser.HTMLParser): """Extract all URL's from a HTML file. Use extract_links for a more easy-to-use function.""" def __init__(self): self.links = [] super().__init__() def handle_starttag(self, tag, attrs): if tag == 'a': attrs = dict(attrs) if 'href' in attrs: self.links.append(attrs['href']) def extract_links(from_string): """Return a list with all links contained in the HTML page passed as input parameter.""" parser = LinkExtractor() parser.feed(from_string) return parser.links def download(link): """Download given link and decode the bytes.""" try: with urllib.request.urlopen(link) as u: return u.read().decode('UTF-8') except urllib.error.HTTPError as h: if int(h.code) == 404: reason = '%s; url: %s' % (str(h), link) raise urllib.error.URLError(reason) else: raise h from None def assert_correct_working_directory(): """Check that this script is executed from the correct directory.""" num_files = sum(1 for fn in os.listdir('.') if re.search('^[a-z]{3}-[a-z]{3}$', fn)) if num_files < 2: # less than two dictionaries, probably not a dictionary root print("Error: must be run from a FreeDict source root, i.e. " "where all generated dictionaries are stored.") sys.exit(9) def make_changelog(path, previous_path=None): """Prepend an import entry while preserving the old history verbatim.""" source = os.path.join(previous_path if previous_path is not None else path, 'ChangeLog') try: with open(source, 'rb') as file: history = file.read() except FileNotFoundError: history = b'' entry = (f'{date.today()}\n\n' f' * automatic import of {os.path.basename(path)} dictionary from WikDict\n\n') with open(os.path.join(path, 'ChangeLog'), 'wb') as file: file.write(entry.encode('utf-8') + history) def update_dict_files(path, shared_file_path): dir_template = os.path.join( os.path.dirname(os.path.realpath(__file__)), 'template' ) shutil.rmtree(path, ignore_errors=True) os.makedirs(path, exist_ok=True) def copy(files): for file in files: try: shutil.copy2(file, path) except shutil.SameFileError: pass copy(os.path.join(shared_file_path, f) for f in ('freedict-dictionary.css', 'freedict-P5.dtd', 'INSTALL', 'freedict-P5.rng', 'freedict-P5.xml')) copy(os.path.join(dir_template, f) for f in os.listdir(dir_template)) def dict_exists_from_other_source(api_dump, dictname): """FreeDict dictionaries come from different sources. At the time of writing, these are the VCS-tracked, partly hand-written dictionaries and the auto-imported dictionaries. WikDict are auto-imported and hence in the bucked of non-VCS tracked, generated dictionaries. Before importing a WikDict dictionary, we have to check whether a dictionary with the same name exists somewhere else.""" dictionary = [d for d in api_dump if d['name'] == dictname] return dictionary and ('sourceURL' not in dictionary[0] or \ 'wikdict' not in dictionary[0]['sourceURL']) def enough_headwords(tei): """This function parses the TEI header and returns true if the given dictionary contains more than the minimal required number of headwords.""" tei = ET.fromstring(tei) node = tei.find('*//{http://www.tei-c.org/ns/1.0}extent') match = re.search(r'([\d\s,.]+)\s+.*word', node.text) if not match: return False count = int(re.sub(r'\D', '', match.group(1))) return count >= MIN_WORD_COUNT def parse_links(): with urllib.request.urlopen(SOURCE_URL) as src: try: data = src.read().decode('utf-8') except UnicodeEncodeError: raise ValueError("Could not encode page with encoding UTF-8; please adjust manually") return (l for l in extract_links(data) if l.endswith('.tei')) class DictionaryStrategy(enum.Enum): TooSmall = 0 ManuallyEdited = 1 Imported = 2 Rubbish = 3 def import_dictionary(api, link, shared_dir, force_import: bool): """Import a dictionary from WikDict and prepare dictionary directory for a release.""" if not urllib.parse.urlsplit(link)[1]: # no host in URL link = urllib.parse.urljoin(DOWNLOAD_PREFIX, link) base_name = os.path.splitext(link.split('/')[-1])[0] # name without .tei if not re.fullmatch(r'[a-z]{3}-[a-z]{3}', base_name): return (DictionaryStrategy.Rubbish, None) if not force_import and dict_exists_from_other_source(api, base_name): return (base_name, DictionaryStrategy.ManuallyEdited) tei = download(link) if not enough_headwords(tei): return (base_name, DictionaryStrategy.TooSmall) print('Importing', base_name) parent = os.path.dirname(os.path.abspath(base_name)) or '.' with tempfile.TemporaryDirectory(prefix=f'.{base_name}.', dir=parent) as temporary: staged = os.path.join(temporary, base_name) update_dict_files(staged, shared_dir) with open(os.path.join(staged, base_name + '.tei'), 'w', encoding='utf-8') as file: file.write(tei) make_changelog(staged, base_name) old = f'{base_name}.old' shutil.rmtree(old, ignore_errors=True) if os.path.exists(base_name): os.replace(base_name, old) try: os.replace(staged, base_name) except OSError: if os.path.exists(old): os.replace(old, base_name) raise shutil.rmtree(old, ignore_errors=True) return (base_name, DictionaryStrategy.Imported) def main(): parser = argparse.ArgumentParser(allow_abbrev=False) parser.add_argument("-f", "--force-import", dest="force_import", help=("switch modes to import the given WikDict dictionary, " "independent of whether something is listed in the API")) parser.add_argument('shared_fd_dir', type=str, help="path to the shared FD files") args = parser.parse_args() assert_correct_working_directory() if not os.path.exists(args.shared_fd_dir): print("Error, path does not exist", args.shared_fd_dir) sys.exit(2) # collect statistics too_small, manual = [], [] api = get_fd_api() wikdict_file_listing = parse_links() if args.force_import is not None: requested = f'{args.force_import}.tei' wikdict_file_listing = [d for d in wikdict_file_listing if d.rsplit('/', 1)[-1] == requested] if not wikdict_file_listing: parser.error(f'No WikDict dictionary named {args.force_import!r}') force_import = args.force_import is not None with multiprocessing.Pool(5) as p: res = p.starmap(import_dictionary, # ↓ pair with api, see import_dictionary ((api, l, args.shared_fd_dir, force_import) for l in sorted(wikdict_file_listing))) for dictname, action in res: if action is DictionaryStrategy.TooSmall: too_small.append(dictname) elif action == DictionaryStrategy.ManuallyEdited: manual.append(dictname) print("The following dictionaries were skipped because:") if manual: print("… a non-WikDict version exists:",', '.join(manual)) if too_small: print("… they were too small:", ', '.join(too_small)) if __name__ == '__main__': main() tools-0.8.0-beta.1/importers/wikdict/template/000077500000000000000000000000001526415265400212365ustar00rootroot00000000000000tools-0.8.0-beta.1/importers/wikdict/template/COPYING000066400000000000000000000536731526415265400223070ustar00rootroot00000000000000License ======= CREATIVE COMMONS CORPORATION IS NOT A LAW FIRM AND DOES NOT PROVIDE LEGAL SERVICES. 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Except for the limited purpose of indicating to the public that the Work is licensed under the CCPL, Creative Commons does not authorize the use by either party of the trademark "Creative Commons" or any related trademark or logo of Creative Commons without the prior written consent of Creative Commons. Any permitted use will be in compliance with Creative Commons' then-current trademark usage guidelines, as may be published on its website or otherwise made available upon request from time to time. For the avoidance of doubt, this trademark restriction does not form part of the License. Creative Commons may be contacted at [their website](http://www.creativecommons.org). tools-0.8.0-beta.1/importers/wikdict/template/Makefile000066400000000000000000000006411526415265400226770ustar00rootroot00000000000000# The line below is really just a fallback and only works if you have got a copy of the tools directory at this location. It's better to set the environment variable in your shell. FREEDICT_TOOLS ?= ../../tools DISTFILES = COPYING ChangeLog INSTALL Makefile README $(wildcard *.tei) \ freedict-P5.dtd freedict-P5.rng freedict-P5.xml freedict-dictionary.css supported_phonetics= include $(FREEDICT_TOOLS)/mk/dicts.mk tools-0.8.0-beta.1/importers/wikdict/template/README000066400000000000000000000000001526415265400221040ustar00rootroot00000000000000tools-0.8.0-beta.1/irc/000077500000000000000000000000001526415265400145165ustar00rootroot00000000000000tools-0.8.0-beta.1/irc/README000066400000000000000000000002611526415265400153750ustar00rootroot00000000000000This is the module for the Sopel IRC bot, found on freenode/#freedict. It is not the most feature-rich and nicest bot, but it's a nice starting point. It *should* be extended. tools-0.8.0-beta.1/irc/dict_lookup.py000066400000000000000000000112461526415265400174100ustar00rootroot00000000000000"""This is a quickly hacked module for the Sopel IRC bot. It executes the dict command line client to query available dictionaries. Using a proper dict library would be far better and has not been done due to time constraints. (C) 2017 Sebastian Humenda, licensed under the terms of the GPL, version 3, or any later version, published by the FSF.""" import os import random import re import subprocess import sys from sopel import module dict_pattern = re.compile(r"^[a-z]{3}-[a-z]{3}$") dict_file_pattern = re.compile(r'^freedict-([a-z]{3}-[a-z]{3}).index$') def answer(bot, trigger, msg): if trigger.is_privmsg: bot.say(msg) else: bot.reply(msg) def error(bot, msg): """Print an error message""" bot.reply(msg) def lookup(bot, language, word): if language: if not dict_pattern.search(language): error(bot, "Invalid dictionary specifier.") return if len(word) > 20: error(bot, "Sorry, this word is too long.") return proc = None if language: proc = subprocess.Popen(['dict', '-d', 'fd-' + language, word.encode(sys.getdefaultencoding())], stdout=subprocess.PIPE, stderr=subprocess.PIPE) else: proc = subprocess.Popen(['dict', word.encode(sys.getdefaultencoding())], stdout=subprocess.PIPE, stderr=subprocess.PIPE) output = proc.communicate() if proc.wait(): # try to get alternate suggestions stderr = output[1].decode(sys.getdefaultencoding()) if 'perhaps you mean' in stderr: suggestions = '; '.join(stderr.split('\n')[1:]) suggestions = suggestions[suggestions.find(':')+2:] bot.say("Sorry, entry not found, try: " + suggestions) else: bot.say("Sorry, but unfortunately this entry is not available.") return else: # strip first two lines text = output[0].decode(sys.getdefaultencoding()).lstrip() text = (l for l in text.split('\n')[3:] if l) text = [line for line in text if not line.lstrip().startswith("From ")] if len(text) > 5: # ToDo: use paste service text = text[:6] text[-1] += ' … a few more lines omitted.' if not language: text[-1] = text[-1][:-1] + ', try restricting the search by ' +\ 'specifying a dictionary.' for line in text: bot.say(line) ################################################################################ # actual triggers @module.rate(server=0.4) @module.commands('dict') def dict_lookup(bot, trigger): def report_invalid_input(): answer(bot, trigger, ("Usage: .dict [DICTIONARY] word…; try .help dict " "for an explanation.")) if not trigger.group(2): report_invalid_input() return data = trigger.group(2).split(' ') word = language = None if len(data) == 0: report_invalid_input() return elif len(data) == 1: word = data[0] else: language = data[0] word = ' '.join(data[1:]) lookup(bot, language, word) @module.rate(server=0.2) @module.commands('list') def list_dicts(bot, trigger): files = ', '.join(sorted(map(lambda d: d.groups()[0], filter(bool, map(dict_file_pattern.search, os.listdir('/usr/share/dictd')))))) answer(bot, trigger, "Available databases: " + files) @module.commands('help') def help_user(bot, trigger): args = trigger.group(2) if args: if args == '.list' or args == 'list': answer(bot, trigger, "Type .list and I will present you with a list of all FreeDict dictionaries.") elif args == '.dict' or args == 'dict': answer(bot, trigger, ("Type .dict to " "look up something in the desired dictionary (see .list).")) answer(bot, trigger, "Alternatively, you can try .dict , " + \ "but I'll only output the first matches, if too many dictionaries contain this word.") answer(bot, trigger, "For instance, why not try: " + \ random.choice(['.dict lat-deu sapientia', '.dict deu-eng Hase', '.dict fra-eng ordinateur', '.dict eng-spa house'])) else: answer(bot, trigger, "I am afraid this is something that " + \ "I am not entitled to know.") else: # general help answer(bot, trigger, ("I'm serving your dictionary queries. Try " "the command .list to get a list of dictionaries and the command " ".dict to look up a word. Use .help to get information on the usage.")) tools-0.8.0-beta.1/irc/sopel.cfg000066400000000000000000000005621526415265400163240ustar00rootroot00000000000000[core] nick = fd-dict name = Helpful FreeDict Dictionary Bot host = irc.oftc.net use_ssl = true port = 6697 owner = FreeDict.org channels = #freedict enable=dict_lookup,spellcheck,wikipedia logdir=/var/lib/sopel/log db_filename=/var/lib/sopel/default.db pid_dir=/var/lib/sopel/ homedir = /var/lib/sopel [db] userdb_type = sqlite userdb_file = /var/lib/sopel/default.db tools-0.8.0-beta.1/lib/000077500000000000000000000000001526415265400145075ustar00rootroot00000000000000tools-0.8.0-beta.1/lib/Dict.pm000066400000000000000000000167361526415265400157450ustar00rootroot00000000000000# V1.5 5/2004 # * generate warnings on empty headwords that appear after # punctuation removal # V1.4 4/2004 # * trim leading spaces after punctuation removal from headwords # * made warnings of non-acsii characters in non utf8 index work # V1.3 2/2004 # * use LC_ALL instead of LANG environment variable # for setting locale for 'sort' # * don't use -df switches to 'sort' when generating # 00-database-utf8 headword # * do headword mangling in the same way (hopefully) like dictd # does in its tolower_alnumspace_utf8() function # V1.2 5/2003 # * gave optional argument 'locale' to open_dict() # V1.1 improved by Michael Bunk, # * This API is undocumented & cruel! But at least I added # some comments here. # # V1.0 Copyright (C) 2000 Horst Eyermann # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, visit # package Dict; use strict; use Text::Wrap;# for fill() or wrap() use Encode 'decode_utf8'; use utf8; our ($headwords, $prev_word, $start_article, $head, $fill2, $end_article, @hwords, $text, $all_text, $utf8mode); # there is CPAN module MIME::Base64 for this! but anyway, # without it we are independent our $b64_list = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"; sub b64_encode { my $val = shift @_; my $result = ""; my $tempo = ($val & 0xC0000000) >> 30; if ( $tempo != 0) { $result = substr $b64_list, $tempo, 1; } $tempo = ($val & 0x3f000000) >> 24; if ( $result ne "" || $tempo != 0) { $result .= substr $b64_list, $tempo, 1; } $tempo = ($val & 0x00fc0000) >> 18; if ( $result ne "" || $tempo != 0) { $result .= substr $b64_list, $tempo, 1; } $tempo = ($val & 0x0003f000) >> 12; if ( $result ne "" || $tempo != 0) { $result .= substr $b64_list, $tempo, 1; } $tempo = ($val & 0x00000fc0) >> 6; if ( $result ne "" || $tempo != 0) { $result .= substr $b64_list, $tempo, 1; } $tempo = ($val & 0x0000003f); $result .= substr $b64_list, $tempo, 1; return $result; } sub open_dict{ my ($this, $name, $locale, $d, $sortcmd); $this = shift @_; $name = shift @_; $locale = shift @_; $utf8mode = shift @_; # set locale # otherwise collating sequence (sorting oder) might be # wrong (space after letters and things like that) printf STDERR "Dict.pm: Using LC_ALL: $locale\n"; $ENV{'LC_ALL'}=$locale; # open file where definitions will go open DATA, ">$name.dict"; # open a pipe and output the index in a sorted way # dictfmt uses only -df (and no options in utf8 / 8bit mode) # in bash we enter: sort -t $'\t' -k 1,1bdf # the sort options: # -t: give field separator, the TAB # -k: only use first field for sorting # b: ignore trailing blanks (might not be needed or even harmful) # df: as usual (dictionary order, ignore case) # don't give -df option when we generate 00-database-utf8 index $d = ($utf8mode) ? "" : "df"; $sortcmd = "|sort -t \"\t\" -k 1,1b".$d." >$name.index"; warn "using sort command: '$sortcmd'\n"; open INDEX, $sortcmd; if ($utf8mode) { binmode(INDEX, ":utf8"); } warn "\nopened: $name.dict and \n $name.index\n"; $headwords = 0; $prev_word = ""; $start_article = 0; $head = 0; $fill2 = ""; } sub write_newline { # directly write into data file # newlines in the INDEX don't make sense anyway print DATA "\n"; } sub set_headword { # Here a marker is set for the next entries being headwords # But how does it work for the first entry? You cannot call set_headword # before having one?? # For the first time set_headword is called, NOTHING is written to index! # At second call, first entry's headword is written. # this also means that for the very last entry to appear in the index, # after outputting the last entry we once again have to call set_headword! # couldn't this be done in a better way? yes, new api! $head = 1; $end_article = tell DATA; # Output status if (($headwords % 100) == 0) { printf STDERR "%8d Headwords.\r", $headwords } # that hwords is an array means multiple headwords # can reference the same definition! good. if(@hwords != 0) { foreach (@hwords) { # warn about non-ascii chars if not in utf8 mode if(!$utf8mode && /\P{IsASCII}/) { warn "Non ASCII char in headword: \"$_\"\n"; # btw, dictfmt quits here! } # make perl believe it is utf8 # see 'man perluniintro' if($utf8mode) { $_ = decode_utf8($_); } # generate two headwords for "00-database-*": # first with, second without "-" characters if(/^00-database-/) { print INDEX "$_\t" . b64_encode($start_article); print INDEX "\t" . b64_encode($end_article-$start_article) . "\n"; } # do headword mangling in the same way (hopefully) like dictd # does in its str.c:tolower_alnumspace_utf8() function: # if not in allchars mode (we can't be since we don't support it), # - any whitespace characters are translated to simple space # - only alphanumeric characters are considered # AlexeyCheusov> Minus should also be removed unless you use "allchars" mode. # AlexeyCheusov> In last case, ALL characters from the query should be matched. s/\s/ /g; s/[^\s\p{IsAlnum}]//g; # thereafter characters are translated to lower case (required # even in allchars mode!) $_ = lc $_; # sanity checks if(/^\s+(.+)/) { warn "\nWarning: Trimmed leading space(s) from headword '$_'\n"; $_ = $1; warn "Now it is '$_'\n"; } if(/^\s*$/) { warn "\nSkipping empty or whitespace-only headword!\n"; warn "\t\@hwords: ", @hwords, "\n"; } else { print INDEX "$_\t" . b64_encode($start_article); print INDEX "\t" . b64_encode($end_article-$start_article) . "\n"; } } } $start_article = $end_article; @hwords = (); } sub end_headword { $head = 0; } sub add_text{ $text = shift @_; # FIXME api <-> layout not independent! # connect multiple headwords with comma in dict file if (($head) && (defined $hwords[0])) { $all_text .= ", ". $text} # usual output else { $all_text .= $text}; } sub write_text{ $Text::Wrap::columns = 70; print DATA fill("", $fill2, $all_text); $all_text = ""; return if ((!defined $text) || ($text eq "")); if ($head == 1) { push @hwords, $text;# FIXME $text is an ugly global var! $headwords += 1; } # FIXME $text is an ugly global var! $text = ""; } sub add_headword{ $text = shift @_; return if ((!defined $text) || ($text eq "")); if ($head == 1) { push @hwords, $text;# FIXME $text is an ugly global var! $headwords += 1; } $text = ""; } sub write_direct{ $text = shift @_; print DATA $text; } 1; tools-0.8.0-beta.1/lib/TEIHandlerxml_xml.pm000066400000000000000000000265161526415265400203770ustar00rootroot00000000000000# SAX handler module for tei2dictxml_xml converter # V1.3 10/2006 Michael Bunk # * removed trailing white space # * added error handler, so XML:ESISParser doesn't die() on warnings # V1.2 5/2004 Michael Bunk # * added option to generate 00-database-allchars header # * if reverse index is generated, 00-database-short will indicate it now # V1.1 4/2004 Michael Bunk # * when headwords contain entities, characters() # is called multiple times for the same element: # now only one call to add_headword() # will be done # V1.0 6/2003 Michael Bunk # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, visit # # thinking about event & calling order of the Dict subs (there is no other doc?): # 1. set_file_name() -> open_dict() # 2. -> set_headword() # 3. characters() -> $current_headword .= $data; # 4. end_tag -> add_headword($current_headword) # 5. -> end_headword() # 6. several start_tags -> ( write_direct() | add_text() ) # 7. several end_tags -> write_text() # 8. -> write_newline() # 9. continue with 2. for all other entrys # 10. closing the filehandles not needed # for encoding tei header we need some extra: # V1.1.: # 1. same # 2. -> set_headword(); write_text("00-database-info"); end_headword(); # 3. header start_tags -> add_text(" Info: "); # 4. tag content (if any) -> add_text($data); and occasionally save to some $var # 5. header end_tags -> add_text("\n"); # 6. -> write_text(); # set_headword(); write_text("00-database-short"); end_headword(); # write_direct($database-short); # set_headword(); write_text("00-database-url"); end_headword(); # write_direct($database-url); # 7. go on with entrys like in V1.0 (go on at 2. there) package lib::TEIHandlerxml_xml; use strict; use warnings; use lib::Dict; use utf8; # for filtering: use FileHandle; use IPC::Open2; # for sablotron: use XML::Sablotron; use XML::Sablotron::DOM; our ($header, $preLastStartTag, $lastStartTag, $database_short, $database_url, @higherElements, $file_name, $skip_header, $state, $quoted, $filtercmd, $sit, $sab, $reverse_index, $sab_templ, $current_headword); # i copied _escape() from XML::Handler::CanonXMLWriter # for escaping special chars in HTML/XML/SGML my %char_entities = ( "\x09" => ' ', "\x0a" => ' ', "\x0d" => ' ', '&' => '&', '<' => '<', '>' => '>', '"' => '"', ); sub _escape { my $string = shift; $string =~ s/([\x09\x0a\x0d&<>\"])/$char_entities{$1}/ge; return $string; } sub new { my ($type) = shift; $header = 0; $state=""; return bless {}, $type; } sub dumpTag { my $element = shift; #dump attributes my $attr=""; if(!defined $element) { die "Please make sure the input file is valid!"; } my %attrhash = %{$element->{Attributes}}; foreach(keys %attrhash) { $attr .= ' '.$_.'="'._escape($attrhash{$_}).'"'; } return "<".$element->{Name}.$attr.">"; } sub apply_filter_cmd { my ($filtercommand, $quoted) = @_; if($filtercmd ne "") { print STDERR "."; #print "calling open2 with '$filtercmd'..."; #TODO: catch errors from executed filtercmd # according to 'man perlipc' my $pid = open2(*Reader, *Writer, $filtercmd ); #print "handing over...";flush STDOUT; print Writer "$quoted\n"; close(Writer); #print "reading...";flush STDOUT; $quoted = ; while(!eof(Reader)) { $quoted .= ; }; #print "\n";flush STDOUT; waitpid $pid, 0; } elsif ($sab) { # print STDERR "+"; $sab->addArg($sit, 'input', $quoted); # print STDERR "\ncalling addArgTree..."; $sab->addArgTree($sit, 'template', $sab_templ); # print STDERR "\ncalling process..."; $sab->process($sit, 'arg:/template', 'arg:/input', 'arg:/output'); # print STDERR "\ncalling getResultArg..."; $quoted = $sab->getResultArg('arg:/output'); # print STDERR "\ngot: $quoted\n\n\n\n"; } return $quoted; } sub set_options { my ($self, $filename, $askip_header, $aGenerate00DatabaseUtf8, $aLocale, $aFilterCmd, $aStyleSheet, $aReverseindex, $aAllchars) = @_; $file_name = $filename; $file_name =~ s/^(\w*\/)+//g; $file_name =~ s/(\S*)\.\w*/$1/; $skip_header=$askip_header; $filtercmd=$aFilterCmd; $reverse_index=$aReverseindex; if ($aStyleSheet) { print STDERR "initializing Sablotron...\n"; $sab = new XML::Sablotron; $sit = new XML::Sablotron::Situation; $sab_templ = XML::Sablotron::DOM::parseStylesheet($sit, $aStyleSheet); } Dict->open_dict($file_name,$aLocale,$aGenerate00DatabaseUtf8); if($aGenerate00DatabaseUtf8) { print STDERR "Generating 00-database-utf8\n"; Dict::set_headword(); Dict::add_text("00-database-utf8"); Dict::write_text(); Dict::end_headword(); # might not be needed at all, but we give a hint Dict::write_direct("\n "); Dict::write_direct("This dictionary is UTF-8 encoded. If you use dictd, ". "make sure to start it with the appropriate --locale option."); Dict::write_newline(); } if($aAllchars) { print STDERR "Generating 00-database-allchars\n"; Dict::set_headword(); Dict::add_text("00-database-allchars"); Dict::write_text(); Dict::end_headword(); Dict::write_newline(); } } sub start_element { my ($self, $element) = @_; my $part = $element->{Name}; $preLastStartTag = $lastStartTag; $lastStartTag = $part; # for multiple orths at beginning of
if (!$reverse_index && ($Dict::head) && ($part ne "orth")) { Dict::end_headword() }; # see what tag we have (& remember XML is case sensitive!) # most frequent tags on top if (($part eq "entry") || ($part eq "teiHeader")) { $quoted = ""; $state = "quoting"; } elsif ($part eq "orth" && !$reverse_index) { if ($preLastStartTag eq "form") {Dict::set_headword()} $state = "orth";$current_headword=''; } elsif ($part eq "tr" && $reverse_index) { if (!$Dict::head) {Dict::set_headword()} $state = "tr";$current_headword=''; } if ($part eq "revisionDesc") { # add myself as # # now # tei2dict_xml.pl # converted TEI database into .dict format # my $now_string = gmtime(); my $s .= "\n $now_string\n"; $s .= " tei2dictxml_xml.pl\n"; $s .= " converted TEI database into .dict format\n"; $quoted .= dumpTag($element) . $s; # printf STDERR "new revisionDesc: $quoted"; } elsif (($state eq "quoting") || ($state eq "orth") || ($state eq "tr")) { $quoted .= dumpTag($element); } elsif (($part eq "text") || ($part eq "body") || ($part eq "TEI.2")) { # skip these tags without warnings } else { print STDERR "warning: skipping start tag: $part\n" } } sub characters { my ($self, $element) = @_; my $data = $element->{Data}; # FIXME: maybe with other parser than ESISParser? # my guess: sometimes our loved ESISParser calls this handler # while it shouldn't: to notify us of a line break and white # space. there are handlers end_record() and white_space() for # this. anyway: since we don't have 
-element where newlines
    # are important inside, we just replace all \n by ' '
    # then all multiple white space by single ' '
    # then remove all ' ' at beginning or end
    # and skip everything if we get empty $data

    # do some whitespace stripping:
    return if ($data =~ /\A\s*\Z/);

    $data =~ s/\n/ /;
    $data =~ s/\s+/ /;

    if ($data eq "") {
       # can happen because of newlines
       return;
       }

    if (($state eq "quoting") ||
        ($state eq "orth") ||
	($state eq "tr")) {
	$quoted .= _escape($data);
	}

    if    (($preLastStartTag eq "titleStmt") &&
           ($lastStartTag    eq "title")) { $database_short = $data }
    elsif ($lastStartTag     eq "pubPlace") { $database_url=$data }

    if ($reverse_index && ($lastStartTag eq "tr")) {
	$current_headword .= $data;
	}

    elsif (!$reverse_index && ($lastStartTag eq "orth")) {
       if (($preLastStartTag eq "form") ||
           ($preLastStartTag eq "orth")) {
	      #warn "headwords add_text: '$data'\n";
	      $current_headword .= $data;
	     }
       else {
         print STDERR "multiple -s only at beginning of  supported. Skipping the others!\n" }
       }
}


sub end_element {
    my ($self, $element) = @_;
    my $part  = $element->{Name};

    pop @higherElements;



    if (($state eq "quoting") || ($state eq "orth") || ($state eq "tr")) {
	$quoted .= "\n";
	}

    if ($part eq "orth") {
	Dict::add_headword($current_headword);
	# Dict::end_headword() has to be called later, because we don't know now
	# if there is another orth coming (multiple headwords for one entry)
	if($state eq "orth") {$state = "quoting"};
	}

    if ($part eq "tr") {
	Dict::add_headword($current_headword);
	# Dict::end_headword() has to be called later, because we don't know now
	# if there is another tr coming
	if($state eq "tr") {$state = "quoting"};
	}

    elsif ($part eq "entry") {
        if ($reverse_index && $Dict::head) { Dict::end_headword() };

	$quoted = apply_filter_cmd($filtercmd,$quoted);

	Dict::write_direct($quoted);
	Dict::write_newline();
	$state = "";
	}

    elsif (($part eq "teiHeader")) {
	return if $skip_header;

	$state = "";

	Dict::write_text();
	Dict::write_newline();

	# 00-database-short
	Dict::set_headword(); Dict::add_text("00-database-short");
	Dict::write_text(); Dict::end_headword();
	Dict::write_direct("\n  ");
	Dict::write_direct($database_short);
	if($reverse_index)
	{
	  Dict::write_direct(' [reverse index]');
	}
	Dict::write_newline();

	## 00-database-info
	Dict::set_headword();
	$Dict::text="00-database-info";
	Dict::write_text();
	Dict::end_headword();

	$quoted = apply_filter_cmd($filtercmd,$quoted);

	Dict::add_text($quoted);# will do wrapping
	Dict::write_text();
	Dict::write_newline();

	# FIXME who defined 00-database-url and where is it used? it seems not in kdict
	Dict::set_headword(); Dict::add_text("00-database-url");
	Dict::write_text(); Dict::end_headword();
	Dict::write_direct(" ");
	Dict::write_direct($database_url);
	Dict::write_newline();

	} # ^header

    elsif ($part eq "body") {
	Dict::set_headword();# to have the last headword appear in INDEX
	};

}

sub error
{
  my ($self, $args) = @_;
  if ($args->{'Message'} =~ /^.+:.+:\d+:W:/)
  {
    # print warnings
    print STDERR "Warning from XML::ESISParser: " . $args->{'Message'} . "\n";
    return
  }
  use Data::Dumper;
  print STDERR Dumper \@_;
  print STDERR "Error from XML::ESISParser: " . $args->{'Message'} . "\n";
  exit 3;
}

1;
tools-0.8.0-beta.1/mark_dubious_translations.pl000066400000000000000000000055741526415265400215760ustar00rootroot00000000000000#!/usr/bin/perl

use strict;
use utf8;
use LWP::Simple;
use Getopt::Std;

our($opt_l, $opt_s, $opt_m,$opt_h);
getopts('l:s:m:h');


sub HELP_MESSAGE
{
  print < [-s ] [-m ] [-h] [in_file [out_file]]

This script scans .tei dictionary for translations values marked with 
tags, and tries to query http://en.wiktionary.org online dictionary for articles
titled as value found between . If article is found and has a
section  inside, then this translation is considered to be ok.
Otherwise translation is considered to be dubious and marked with a  sign
at the beginning to the line.

Then you can use `diff -u10` and deal with dubious translation only.

This script can be useful if you start maintaining buggy dictionary and want to
eliminate typos and misspelling.


Options:

-h	help & exit
-l	language name as used in en.wiktionary.org section names. I.e. "Russian"
-s	sleep time between fetches in seconds, in order not to DDoS wiktionary.
	Default is 3
-m	a symbol for marking dubious translations. Default is '☹'

Usage examples:

  $0 -l Russian eng-rus.tei eng-rus.tei.marked
  
  $0 -l Russian eng-rus.tei.marked

Author:
  Nikolay Shaplov , 2014

License:
  GNU General Public License ver. 2.0 and any later version.

EOT
  exit
}

HELP_MESSAGE if $opt_h or (!$opt_l);

my $target_lang = $opt_l;
my $sleep = $opt_s || 3;
my $error_mark = $opt_m || '☹'; # do not use symblos that might be insde your dictionary!!!

my $in;
if ($ARGV[0])
{
  open $in, "<:utf8" , $ARGV[0] or die "cannot open ".$ARGV[0]." $!";
} else
{
  binmode(STDIN, ":utf8");
  $in = *STDIN;
}
my $out;
if ($ARGV[1])
{
  open $out, "<:utf8" , $ARGV[1] or die "cannot open ".$ARGV[1]." $!";
} else
{
  binmode(STDOUT, ":utf8");
  $out = *STDOUT;
}

binmode(STDERR, ":utf8");

my $buf = "";

my $text = "";
while (my $s = <$in>)
{
  $text.= $s;
}

my $res = "";
while ($text=~s{^(.*?)()(.*?)()}{}s)
{
  my $ok = 1;
  my $header = $1;
  my $open = $2;
  my $def = $3;
  my $close = $4;
  
  print STDERR $def;
  
  my $content = get("http://en.wiktionary.org/wiki/$def");
  
  if ( !($content =~/
$target_lang/s ))
  {
    $ok = 0;
    $open =~ s/ 1)
  {
    my $s = shift @l;
    if ($s =~ s/$error_mark//g)
    {
      $s=$error_mark.$s;
    }
    print $out $s, "\n";
  }
  $buf = shift @l;
}tools-0.8.0-beta.1/mk/000077500000000000000000000000001526415265400143505ustar00rootroot00000000000000tools-0.8.0-beta.1/mk/README.md000066400000000000000000000050111526415265400156240ustar00rootroot00000000000000# Build System

Explanation
-----------

This directory contains make include files:

-   `config.mk`: This file contains common variables, used within all other make
    files. It also defines the help system, invoked with `make help`.
-   `dicts.mk`: This file is included by every dictionary Makefile and defines
    all the targets to work with a dictionary, e.g. building a release tar ball,
    validating its contents or exporting to other formats.
-   `dictroot.mk`: Only the top-level makefile of a directory with multiple
    dictionaries should include this file (e.g. the root of the dictionary git
    repository). It defines rules to build all dictionaries at once and to install
    and uninstall them.

More information about these files can be found in chapter 8 of the Freedict
HOWTO.

Platforms
---------

To add a new platform or delete an existing one, the following parts have to be
touched:

-   The variable `known_platforms` lists all defined formats.
    `available_platforms` excludes those named in `UNSUPPORTED_PLATFORMS`.
    The build, release, deploy, and install targets use all supported formats;
    uninstall removes all known binary formats, including disabled ones.
-   Each platform needs to provide a build-PLATFORM and a release-PLATFORM rule,
    where PLATFORM is replaced by the name present in `available_platforms`.\
    Ideally, the release-PLATFORM target depends on the distribution archive, so
    that the build system can infer whether a release has been build. It's best
    to use `$(BUILD_DIR)/PLATFORM/freedict-lg1-lg2-VERSION-PLATFORM.extension``.
    lg1-lg2 is the identifier for the dictionary and the VERSION is available in
    the variable with the same name.\
    Note: an exception is the dictd format, which builds to without the
    -PLATFORM suffix for historical reasons.


## Installing dictionaries

`make install` installs dictd, StarDict, and SLOB outputs; use
`make install-stardict` (or `install-dictd` / `install-slob`) for one format.
`make uninstall` removes all three formats; matching `uninstall-PLATFORM`
targets are available. The default prefix is `/usr/local`.

Use `make install DESTDIR=/tmp/package PREFIX=/usr` to stage a package.
`DICTD_INSTDIR`, `STARDICT_INSTDIR`, and `SLOB_INSTDIR` override destinations
beneath `DESTDIR`; their defaults are `$(PREFIX)/share/dictd`,
`$(PREFIX)/share/stardict/dic`, and `$(PREFIX)/share/slob`.
SLOB is installed as `xxx-yyy.slob` so upgrades replace the previous version.
Only `install-restart` restarts dictd, and never when `DESTDIR` is set.
tools-0.8.0-beta.1/mk/config.mk000066400000000000000000000126501526415265400161520ustar00rootroot00000000000000# This file defines common configuration variables shared across all Makefiles.
# Furthermore, it defines a help target which makes the buildsystem
# self-documenting.

SHELL=bash

# set all as default target, so that help is not executed by default
.DEFAULT_GOAL := all

# `xsltproc' comes with libxml/libxslt, see xmlsoft.org
XSLTPROCESSOR ?= xsltproc
XSLTPROCESSORARGS += --novalid --xinclude

DICTFMTFLAGS ?= --utf8
# set default value
FREEDICT_TOOLS ?= .

# where built files should get installed
PREFIX?=/usr/local
DESTDIR ?= 

# name of the nsgmls command
NSGMLS ?= onsgmls

# the file xml.soc file comes with sp/opensp/openjade
# and is required by nsgmls
XMLSOC ?= /usr/share/xml/declaration/xml.soc

# xml.soc normally points to this file
XMLDECLARATION ?= /usr/share/xml/declaration/xml.dcl
#XMLDECLARATION ?= /usr/share/xml/declaration/xml1n.dcl

# you can also set this in ~/.bashrc
SGML_CATALOG_FILES ?= /etc/sgml/catalog

DICTFMT = $(shell command -v dictfmt 2> /dev/null)
ifeq ($(DICTFMT),)
$(warnrning The command dictfmt was not found, you will not be able to convert into the dictd format.)
endif

charlint_in_path := $(shell which charlint.pl 2>/dev/null)
ifneq ($(charlint_in_path), )
CHARLINT := $(charlint_in_path)
else
# if this doesn't exist it will be downloaded
CHARLINT := $(FREEDICT_TOOLS)/charlint.pl
endif
CHARLINT_DATA := $(dir $(CHARLINT))charlint-unicodedata

MBRDICO_PATH = /

BUILDHELPERS_DIR=$(FREEDICT_TOOLS)/buildhelpers/
# Directory containing all build files, usually a tree like build/
# within the current working directory.
BUILD_DIR=build
RELEASE_DIR=$(BUILD_DIR)/release


# script to restart the dictd daemon, if installed
DICTD_RESTART_SCRIPT = $(BUILDHELPERS_DIR)dict_restart_helper.sh

################################################################################
# FreeDict configuration
# Use FREEDICTRC to discover a configuration. If the variable is empty, no
# configuration was found.
FREEDICTRC = $(wildcard $(HOME)/.config/freedict/freedictrc $(LOCALAPPDATA)/freedict/freedict.ini)


################################################################################
# Python special handling
# First, the interpreter is queried for the correct version (and name). Then the
# setup for a virtual environment is done. For the "end-user", all that matters
# should be the exc_pyscript function, e.g.:
#
# 	foo:
# 		$(exc_pyscript) fd_api --what-ever

# find interpreter with matching name, python3 or python?
PYTHON := $(shell command -v python3 2> /dev/null)
ifeq ($(PYTHON),)
	PYTHON := $(shell command -v python 2> /dev/null)
ifeq ("$(PYTHON)","")
$(error No Python executable found, please make sure that a recent Python is in the search path)
endif
endif

# query version
PYTHON_VERSION_FULL := $(wordlist 2,4,$(subst ., ,$(shell $(PYTHON) --version 2>&1)))
PYTHON_VERSION_MAJOR := $(word 1,${PYTHON_VERSION_FULL})

ifneq ($(PYTHON_VERSION_MAJOR),3)
$(error Python 3 is required, current python major is $(PYTHON_VERSION_MAJOR))
endif

# exc_pyscript is meant to either call a system-wide installed version or one
# from a virtual env. The latter needs to be specified in the FD configuration,
# documented in the wiki.
# This is a fallback for system-wide script usage:
exc_pyscript = $(1) $(2) $(3) $(4) $(5) $(6) $(7) $(8) $(9)

# find a (python) virtual env
# ToDo: look at detection algorithm
FREEDICTRC = $(HOME)/.config/freedict/freedictrc
ifneq ($(wildcard $(FREEDICTRC)),)
VIRTUAL_ENV=$(shell grep -E 'virtual_env.*=.*' < $(FREEDICTRC) | cut -d = -f 2\
			|tr -d ' ')
# if virtual env found
ifneq ($(VIRTUAL_ENV),)
ifneq ($(wildcard $(VIRTUAL_ENV)),)
# call python from the virtual environment
exc_pyscript = source $(VIRTUAL_ENV)/bin/activate; \
	$(1) $(2) $(3) $(4) $(5) $(6) $(7) $(8) $(9)
endif
endif
endif


################################################################################
# Remote file handling
# These two functions are meant to be used within a rule (combined as *one*
# shell line) to remember state. If remote volumes were mounted before, don't
# umount them, otherwise, do. Example:
#
# 	foo:
# 		$(call mount_or_reuse); mycommand; $(call umount_or_keep)
mount_or_reuse=$(call exc_pyscript,fd_file_mgr,-m); \
	if [ $$? -eq 201 ]; then \
		STAY_MOUNTED=1; \
	else \
		STAY_MOUNTED=0; \
	fi
umount_or_keep = \
	if [ $$STAY_MOUNTED -eq 0 ]; then \
		$(call exc_pyscript,fd_file_mgr,-u); \
	fi

# Keep acquisition, command execution and ownership-aware cleanup in one process.
run_with_files = $(call exc_pyscript,fd_file_mgr,--run $(1) $(2))

################################################################################
# Define the help system, use #! after the colon of a rule to add a
# documentation string
help:
	@echo "Usage: make "
	@echo "The following commands are defined:"
	@echo
	@IFS=$$'\n'; \
	help_lines=`grep -F -h "#!" $(MAKEFILE_LIST) | grep -F -v 'grep -F' | grep -F -v help_line | grep -v 'Define the' | sed -e 's/\\$$//' | sort`; \
	for help_line in $${help_lines[@]}; do \
		help_command=`echo $$help_line | sed -e 's/^\(.*\): .*/\1/' -e 's/^ *//' -e 's/ *$$//' -e 's/:$$//'`; \
		help_info=`echo $$help_line | sed -e 's/.*#!\(.*\)$$/\1/' -e 's/^ *//' -e 's/ *$$//'`; \
		printf "%-19s %s\n" $$help_command $$help_info; \
	done;\
	if [ -n `echo $$HELP_SUFFIX|wc -w` ]; then \
		echo;\
		printf "%s\n" $$HELP_SUFFIX; \
	fi
# NOTE: If you want to add a HELP_SUFFIX, you have to export the variable as
# environment variable.
# Note II: wc -w is necessary, because HELP_SUFFIX might be a multi-line string

tools-0.8.0-beta.1/mk/dictroot.mk000066400000000000000000000031151526415265400165300ustar00rootroot00000000000000# This makefile snippet contains all commands which can be performed in a
# directory containing many dictionary (a dictionary root).
# The subdirectories have to be called "lg1-lg2" (so the usual dictionary naming
# conventions).
FREEDICT_TOOLS ?= .
include $(FREEDICT_TOOLS)/mk/config.mk

# this shows that this makefile include may only be used for a directory
# containing many dictionaries
DICTS=$(shell find . -maxdepth 1 -name '???-???' -printf "%P\n"|sort|xargs echo)
# A target per dictionary, i.e. validate-DICTNAME.
VALIDATION_TARGETS=$(foreach DICT,$(DICTS),validate-$(DICT))

# Calls default target for each dictionary module.
# Note: This is a conflict if you wanted to call
# the 'all' target of each dictionary module.
all: #! build all dictionaries (default)
all: build_all

build_all: $(DICTS)

$(DICTS):
	@$(MAKE) -C $@

install: #! install the built files, without attempting to restart any applications using them
install: build_all
	echo Installing $(DICTS)
	@set -e; for dict in $(DICTS); do \
		$(MAKE) -C $$dict install; \
	done

install-restart: #! install built dictionaries and attempt to restart applications using them
install-restart: install-core
	@$(DICTD_RESTART_SCRIPT) || echo "Please make sure to run this command as root"

# ToDo
uninstall:
	$(BUILD)

clean::
	for DICT in $(DICTS); do \
		$(MAKE) -C $$DICT clean; \
	done

validation: #! validate all dictionaries in this directory
validation: $(VALIDATION_TARGETS)

$(VALIDATION_TARGETS):
	@$(MAKE) -C $(patsubst validate-%,%,$@) validation

.PHONY: install uninstall api all clean build_all $(DICTS) $(VALIDATION_TARGETS)
tools-0.8.0-beta.1/mk/dicts.mk000066400000000000000000000372271526415265400160220ustar00rootroot00000000000000# This file contains all targets defined for a dictionary. It is sourced by its
# Makefile.
# It defines targets to convert (build) the TEI
# files to the supported output formats. It also features some release targets
# used for making a release in FreeDict. "install" and "uninstall" targets are
# provided, too.
include $(FREEDICT_TOOLS)/mk/config.mk

export HELP_SUFFIX
define HELP_SUFFIX =
NOTE: For the targets `release` and `build`, there are targets called
    `release-PLATFORM` and `build-PLATFORM` available, if you just want to build
    one platform.
endef

#######################
#### Common variable definitions
#######################

ifeq ($(origin UNSUPPORTED_PLATFORMS), undefined)
UNSUPPORTED_PLATFORMS = evolutionary
endif


known_platforms := src dictd slob stardict
available_platforms := $(filter-out $(UNSUPPORTED_PLATFORMS),$(known_platforms))

dictname ?= $(shell basename "$(shell pwd)")
xsldir ?= $(FREEDICT_TOOLS)/xsl
TEIADDPHONETICS := $(FREEDICT_TOOLS)/teiaddphonetics
XMLLINT := /usr/bin/xmllint
XSLTPROCESSORARGS += $(strip --stringparam dictname $(dictname) \
					 --path $(dir $(abspath $(dictname).tei)))

version1 := $(shell sed -e '100q;//!d;s/.*\(.*\)<\/edition>.*/\1/;q'\
	   $(wildcard $(dictname).tei))
version := $(subst $(space),,$(version1))

# these files are included in each of the  platform releases which are *not* a
# source release.
DISTFILES_BINARY = $(foreach f, README README.md README.txt README.rst \
					COPYING COPYING.txt COPYING.md COPYING.rst LICENSE \
					LICENSE.txt LICENSE.md LICENSE.rst \
					INSTALL INSTALL.md INSTALL.rst INSTALL.txt, \
		$(wildcard $(f))) # only consider these files if they do exist

PREFIX ?= /usr/local
DESTDIR ?=

################
# Common Function Definitions
################

# This function assists the release-% rules. It generates the release path for
# each platform; Arg1: platform
gen_release_file = freedict-$(dictname)-$(version).$(strip \
	$(if $(findstring slob,$(1)),slob,\
		$(if $(findstring stardict,$(1)),stardict.tar.xz,\
			$(1).tar.xz)))
gen_release_path = $(RELEASE_DIR)/$(call gen_release_file,$(1))
gen_release_hashpath = $(call gen_release_path,$(1)).sha512

# dictionary source file -- normally just $(dictname).tei, but can be
# overwritten e.g. by the phonetics generator
dict_tei_source = $(dictname).tei

#######################
#### Phonetics import
####
#### This needs to come before all others, so that the relevant functions are
#### defined correctly.
#######################

source_lang = $(firstword $(subst -, ,$(dictname)))

# dictionary authors may set `supported_phonetics_lang = 2` and skip the check;
# this should only be used in circumstances where the build system fails to work
# with the generated phonetics
ifeq ($(supported_phonetics_lang),)
phoneme_generation_supported=$(shell $(TEIADDPHONETICS) --supports-lang $(source_lang) 2> /dev/null;echo $$?)
ifneq ($(phoneme_generation_supported),0)
$(warning Unable to run teiaddphonetics, phoneme generation disabled for $(dictname). Check installed dependencies.)
endif

ifeq ($(phoneme_generation_supported),0) # supported language
dict_tei_source = build/tei/$(dictname)-phonetics.tei

$(BUILD_DIR)/tei:
	mkdir -p $@

# Create a copy containing IPA phonetic information
$(call dict_tei_source): $(dictname).tei
	mkdir -p $(dir $@)
	$(TEIADDPHONETICS) -o $@ $<
endif
endif

################
# General targets (default target, maintenance targets)
################


all: #! convert the TEI XML source into all supported output formats (see list-platforms)
all: build

build: #! same as all, build all available output formats
build: $(foreach platform,$(available_platforms),build-$(platform) )

$(RELEASE_DIR):
	mkdir -p $@

changelog-help:
	@$(call exc_pyscript,fd_changelog,-h)

changelog:  #! launch a script to assist in updating a TEI header for next release, try changelog-help for usage help
changelog: $(dictname).tei
	@$(call exc_pyscript,fd_changelog,${E},$<)

# This is a "double colon rule", allowing you to extend this rule in your own
# makefile.
# For example:
#
# clean::
#	-rm -f delete_this_file.too
clean:: #! clean build files
	rm -rf build
	rm -f valid.stamp

define deploy_command =
	$(call run_with_files,sh,"$(FREEDICT_TOOLS)/buildhelpers/deploy.sh" \
		"$(dictname)" "$(version)" "$(FORCE)" \
		$(foreach platform,$(1),"$(call gen_release_path,$(platform))"))
endef

release-path-%: #! print the release path from the build directory for the given platform
	@echo $(call gen_release_path,$(@:release-path-%=%))

release-path-hash-%: #! print the path to the file containing the hash of the release
	@echo $(call gen_release_hashpath,$(@:release-path-hash-%=%))


deploy: #! deploy all platforms of a release to the remote file hosting service
deploy: $(foreach r, $(available_platforms), release-$(r))
	$(call deploy_command,$(available_platforms))

$(addprefix deploy-,$(known_platforms)): deploy-%: release-%
	$(call deploy_command,$*)

find-homographs: #! find all homographs and list them, one per line
find-homographs: $(dictname).tei
	@export HOMS="`cat $< | grep orth | sed -e s:'[ ]*':'':g -e s:'<\/orth>':'':g | sort -f | uniq -i -d`"; \
		if [ -n "$$HOMS" ]; then \
			echo "Found `echo "$$HOMS"|wc -l` homographs"; \
			echo "$$HOMS" | tr '\n' ',' | sed 's/,/, /g' | fold -s; fi

list-platforms: #! list all available platforms, AKA output formats
	@echo -n $(available_platforms)

%.sha512: %
	cd $(dir $^); \
		sha512sum $(notdir $^) > $(notdir $@)

print-unsupported: #! print unsupported platforms
	@echo -n $(UNSUPPORTED_PLATFORMS)



pos-statistics: #! print statistics about the number of the different part-of-speech tags used
pos-statistics: $(dictname).tei
	@grep -o ".*" $< | perl -p -e 's/(.*)<\/pos>/$$1/;' | sort | uniq -c |sort -b -g


# Query platform support status
# This yields an exit status of
# 0 for dict supported on this platform
# 1 for dict unsupported on this platform
# 2 FOR unknown platform
query-%: #! query platform support; 0=supported, 1=unsupported, 2=unknown
	@echo "Unknown platform: $*"; exit 2

$(addprefix query-,$(known_platforms)): query-%:
	@if [ -n "$(filter $*,$(UNSUPPORTED_PLATFORMS))" ]; then \
		echo "Platform $* does not support this dictionary module."; exit 1; fi
	@echo "Platform $* supports this dictionary module."



release: #! build releases for all available platforms
release: $(foreach platform,$(available_platforms),release-$(platform))

version: #! output current (source) version number
	@echo $(version)

################################################################################
#### Quality Assurance Helpers
################################################################################
# Each helper HAS TO output an error code and each of the error codes need to
# have an explanation in $FREEDICT_TOOLS/mk/qa.

describe: #! `make describe E=` explains CODE, as printed by `make qa`
	@if [ -f "$$FREEDICT_TOOLS/mk/qa/${E}.md" ]; then \
			cat "$$FREEDICT_TOOLS/mk/qa/${E}.md"; \
		else \
			echo "No such error code."; \
		fi

has_venv = $(if $(wildcard $(VIRTUAL_ENV)),,has-venv)
has-venv:
	@echo "No python virtual environment found (possibly causing the errors above)."; \
		echo "Read $$FREEDICT_TOOLS/README or execute  "; \
		echo 'make -C $$FREEDICT_TOOLS mk_venv-help'

# This is a makefile-internal rule. It detects problems (duplicated entries or
# empty nodes) within TEI files and prints a warning, if appropriate. By default
# it does not fail when an issue is encountered to allow the continuation of
# parent targets as `qa`. However, if used from a script, the a non-zero exit
# code can be enforced on error by supplying EXIT=y
report-duplicates:
report-duplicates: $(dictname).tei
	@$(call exc_pyscript,rm_duplicates,-s,$<) || \
		(if [ "${EXIT}" = "y" ]; then exit 1; fi)

qa: #! execute quality assurance helpers, use make explain E='NUM' if an error occurs
qa: report-duplicates validation | $(call has_venv)

rm_duplicates: #! remove duplicated entries and empty XML nodes and present a diff of the changes
rm_duplicates: $(dictname).tei
	@$(call exc_pyscript,rm_duplicates,$<)

validation: #! validate dictionary with FreeDict's TEI XML subset
validation: $(dictname).tei
	@$(XMLLINT) --noout --xinclude --relaxng freedict-P5.rng $<

######################################################################
#### Dict(d) format as used by the Dictd server and other programs
######################################################################

BUILD_DICTD=$(BUILD_DIR)/dictd

$(BUILD_DICTD)/$(dictname).c5: $(call dict_tei_source) \
		$(xsldir)/tei2c5.xsl $(xsldir)/inc/teientry2txt.xsl \
		$(xsldir)/inc/teiheader2txt.xsl \
		$(xsldir)/inc/indent.xsl
	@mkdir -p $(dir $@)
	$(XSLTPROCESSOR) $(XSLTPROCESSORARGS) $(xsldir)/tei2c5.xsl $< >$@


build-dictd: $(BUILD_DICTD)/$(dictname).dict.dz $(BUILD_DICTD)/$(dictname).index

$(BUILD_DICTD)/%.dict $(BUILD_DICTD)/%.index: $(BUILD_DICTD)/%.c5 query-dictd
	cd $(BUILD_DICTD) && \
		dictfmt --without-time -t --headword-separator %%% $(DICTFMTFLAGS) $* < $(notdir $<)

$(BUILD_DICTD)/%.dict.dz: $(BUILD_DICTD)/%.dict
	dictzip -k $<

# prevent make from removing our precious file
.PRECIOUS: $(BUILD_DICTD)/$(dictname).dict

# build release archive
$(call gen_release_path,dictd): $(BUILD_DICTD)/$(dictname).dict.dz $(BUILD_DICTD)/$(dictname).index
	tar --dereference --transform='s/build.dictd.//'   -C .. -cJf $@ \
		$(addprefix $(notdir $(realpath .))/, $^) \
		$(addprefix $(notdir $(realpath .))/, $(DISTFILES_BINARY))

release-dictd: $(RELEASE_DIR) $(call gen_release_path,dictd) \
	$(call gen_release_hashpath,dictd)


################################################################################
#### Source 'platform'
################################################################################

# put all sources of a dictionary module into a tarball for release
# ("distribution").  this only includes the .tei file if it doesn't have to be
# generated from other sources
$(call gen_release_path,src): $(RELEASE_DIR) $(DISTFILES)
	tar --dereference -C .. -cJf $@ \
		$(addprefix $(notdir $(realpath .))/, $(DISTFILES))


# empty rule to fit into build system (build-)
build-src: $(dictname).tei

release-src: $(call gen_release_path,src) $(call gen_release_hashpath,src)

##################################
#### targets for StarDict platform
##################################

PYGLOSSARY ?= pyglossary
BUILD_STARDICT=$(BUILD_DIR)/stardict
BUILD_STARDICT_FILES=$(foreach EXT,ifo idx.gz dict,$(BUILD_STARDICT)/$(dictname).$(EXT))

# Force the shared producer when a required output is missing.
stardict_required_files := $(BUILD_STARDICT_FILES) $(if $(shell \
	grep -E '^synwordcount=[1-9][0-9]*$$' $(BUILD_STARDICT)/$(dictname).ifo 2>/dev/null),\
	$(BUILD_STARDICT)/$(dictname).syn)
check-stardict:

$(BUILD_STARDICT)/build.stamp: $(call dict_tei_source) \
		$(if $(filter-out $(wildcard $(stardict_required_files)),$(stardict_required_files)),check-stardict) | query-stardict
	@mkdir -p "$(BUILD_STARDICT)/tmp"
	rm -f "$(BUILD_STARDICT)/tmp/"*
	$(call exc_pyscript,$(PYGLOSSARY),--ui=cmd --read-format=FreeDict --write-format=Stardict \
		--write-options='dictzip=false;dictzip_syn=false' "$<" "$(BUILD_STARDICT)/tmp/$(dictname).ifo") \
		> "$(BUILD_STARDICT)/tmp/pyglossary-stardict.out" 2>&1
	for ext in ifo idx dict; do \
		test -f "$(BUILD_STARDICT)/tmp/$(dictname).$$ext" || exit 1; done
	if grep -Eq '^synwordcount=[1-9][0-9]*$$' "$(BUILD_STARDICT)/tmp/$(dictname).ifo"; then \
		test -f "$(BUILD_STARDICT)/tmp/$(dictname).syn"; fi
	gzip -n -9 -f "$(BUILD_STARDICT)/tmp/$(dictname).idx"
	rm -f "$@" $(addprefix $(BUILD_STARDICT)/$(dictname).,syn syn.dz dict.dz)
	mv "$(BUILD_STARDICT)/tmp/"* "$(BUILD_STARDICT)/"
	touch "$@"

$(BUILD_STARDICT_FILES): $(BUILD_STARDICT)/build.stamp
	@test -f "$@"

build-stardict: $(BUILD_STARDICT)/build.stamp


# all files for distribution, evaluated lazily
stardict_distribution_files = $(BUILD_STARDICT_FILES) $(wildcard $(BUILD_STARDICT)/$(dictname).syn)

$(call gen_release_path,stardict): $(BUILD_STARDICT_FILES) | $(RELEASE_DIR)
	tar --dereference --transform='s|^|$(dictname)/|' -cJf "$@" \
		-C "$(abspath $(BUILD_STARDICT))" $(notdir $(stardict_distribution_files)) \
		$(if $(strip $(DISTFILES_BINARY)),-C "$(CURDIR)" $(DISTFILES_BINARY))


release-stardict: $(RELEASE_DIR) $(call gen_release_path,stardict) \
		$(call gen_release_hashpath,stardict)

clean::
	rm -f $(BUILD_STARDICT)/$(dictname).idx.gz \
	$(BUILD_STARDICT)/$(dictname).dict $(BUILD_STARDICT)/$(dictname).ifo \
	$(BUILD_STARDICT)/freedict-$(dictname)-$(version)-stardict.tar.bz2 \
	pyglossary-stardict.out authorresp.out title.out sourceurl.out

#######################
#### Slob format for the Aard Android  dictionary client
#######################

build-slob: $(BUILD_DIR)/slob/$(dictname)-$(version).slob

$(BUILD_DIR)/slob/$(dictname)-$(version).slob: $(call dict_tei_source)
	@mkdir -p $(dir $@)
	rm -f $@
	$(call exc_pyscript,tei2slob,-w,$(BUILD_DIR)/slob,-o,$@,$<)

$(call gen_release_path,slob): $(BUILD_DIR)/slob/$(dictname)-$(version).slob $(RELEASE_DIR)
	cp $< $@

# make the hash depend on the release file
$(call gen_release_hashpath,slob): $(call gen_release_path,slob)

release-slob: $(call gen_release_path,slob) $(call gen_release_hashpath,slob)

######################################
#### install targets
######################################

DICTD_INSTDIR ?= $(PREFIX)/share/dictd

install-dictd-base: $(BUILD_DICTD)/$(dictname).dict.dz $(BUILD_DICTD)/$(dictname).index
	install -d "$(DESTDIR)$(DICTD_INSTDIR)"
	install -m 644 $^ "$(DESTDIR)$(DICTD_INSTDIR)"

install-dictd: install-dictd-base
	@echo -n 'Sucessfully installed the dictionary. Use `sudo dictdconfig -w` and '
	@if command -v systemctl 2>&1 > /dev/null; then \
		echo -n '`systemctl restart dictd`'; \
	elif command -v service 2>&1 > /dev/null; then \
		echo -n '`service dictd restart`'; \
	else \
		echo -n 'restart your dictd server'; \
	fi
	@echo ' to make use of the new dictionary.'

STARDICT_INSTDIR ?= $(PREFIX)/share/stardict/dic

install-stardict: $(BUILD_STARDICT_FILES)
	install -d "$(DESTDIR)$(STARDICT_INSTDIR)"
	install -m 644 $(stardict_distribution_files) "$(DESTDIR)$(STARDICT_INSTDIR)"
	@if [ ! -f "$(BUILD_STARDICT)/$(dictname).syn" ]; then \
		rm -f "$(DESTDIR)$(STARDICT_INSTDIR)/$(dictname).syn"; fi

SLOB_INSTDIR ?= $(PREFIX)/share/slob

install-slob: $(BUILD_DIR)/slob/$(dictname)-$(version).slob
	install -d "$(DESTDIR)$(SLOB_INSTDIR)"
	install -m 644 "$<" "$(DESTDIR)$(SLOB_INSTDIR)/$(dictname).slob"

install: #! install the dictionary
install: $(foreach P,$(filter-out src,$(available_platforms)),install-$(P))

install-restart: #! install all formats and restart dictd unless staging with DESTDIR
install-restart: install
	@if [ -z "$(DESTDIR)" ]; then sh "$(DICTD_RESTART_SCRIPT)"; fi

uninstall-dictd:
	rm -f "$(DESTDIR)$(DICTD_INSTDIR)/$(dictname).dict.dz" \
		"$(DESTDIR)$(DICTD_INSTDIR)/$(dictname).index"

uninstall-stardict:
	rm -f $(foreach EXT,ifo idx.gz dict syn dict.dz syn.dz,"$(DESTDIR)$(STARDICT_INSTDIR)/$(dictname).$(EXT)")

uninstall-slob:
	rm -f "$(DESTDIR)$(SLOB_INSTDIR)/$(dictname).slob"

uninstall: #! remove all installed binary formats without restarting host services
uninstall: $(foreach P,$(filter-out src,$(known_platforms)),uninstall-$(P))


#######################
#### Makefile-technical
#######################

# should be default, but is not for make-historic reasons
.DELETE_ON_ERROR:

.PHONY: $(sort all build $(addprefix build-,$(known_platforms)) check-stardict clean \
	deploy $(addprefix deploy-,$(known_platforms)) dist find-homographs install \
	install-dictd-base install-restart $(addprefix install-,$(filter-out src,$(known_platforms))) \
	pos-statistics print-unsupported $(addprefix query-,$(known_platforms)) \
	release $(addprefix release-,$(known_platforms)) \
	test test-reverse tests uninstall $(addprefix uninstall-,$(filter-out src,$(known_platforms))) \
	validation version)
tools-0.8.0-beta.1/mk/qa/000077500000000000000000000000001526415265400147515ustar00rootroot00000000000000tools-0.8.0-beta.1/mk/qa/1.md000066400000000000000000000002571526415265400154370ustar00rootroot00000000000000The rm_duplicates script detected either empty XML nodes or completely doubled
translations. You can use `make rm_duplicates` to remove them and to see a diff
of the changes.
tools-0.8.0-beta.1/requirements.txt000066400000000000000000000003341526415265400172250ustar00rootroot00000000000000./fd_tool
./importers
semver>=3.0.4,<4
pyicu>= 2.10
ankisync==0.1.6.3
-e git+https://github.com/itkach/slob#egg=slob
-e git+https://github.com/itkach/tei2slob#egg=tei2slob
pyglossary>=5.4.2
# for pyglossary:
lxml>=6.0.2
tools-0.8.0-beta.1/teiaddphonetics000077500000000000000000000303441526415265400170420ustar00rootroot00000000000000#!/usr/bin/env python3
# (c) 2020 Sebastian Humenda; Licence: GPL-3+
# pylint: disable=global-statement
"""Restrictions:

-   Escaping within elements could be "lost" since the parser considers '
    and other characters not to be worth escaping.
-   Name spacing is ignored.
This script depends on eSpeakNG and /usr/share/isocodes. On Debian-based
systems, install the packages isocodes and espeak-ng."""
import argparse
import json
import os
import re
import shutil
import subprocess
import sys
import xml.sax as sax

ISO_639_TABLE = "/usr/share/iso-codes/json/iso_639-3.json"
# We rely on espeak-ng to output a single line of output for a given input line.
# However, there seem to be characters that trigger additional newlines. So a
# long word list, with a phrase per line, must have a one-to-one mapping on its
# output. Therefore we replace those characters causing unexpected newlines.
CHARACTER_REPLACEMENTS = {
    '"',
    "(",
    ")",
    "{",
    "}",
    ",",
    "...",
    ".",
    ":",
    ";",
    "!",
    "?",
    "-",
    "…",
    "'",
    "[",
    "´",
    "&",
    "°",
    "$",
    "]",
    "®",
    "-",
    "̩",
    "£",
    "%",
    "\\",
    "§",
    "­",
    "/",
    "+",
    "‘",
    "̃",
    "²",
    "³",
    "\n",
    "\r",
    chr(0x60C),  # from ara-eng
    "−",
    "–",
    "—",
    "↑",
    "→",
    "←",
    "＠",
    "．",
    "〜",
    "×",
    "＋",
    "＆",
    "～",
    "↓",
    "、",
}
ESPEAKNG_LANG_CORRECTIONS = {
    "swh": "sw",  # eSpeak 1.49 uses "sw" that stands for "swa", while FD uses "swh"
}
DEBUG = None

# pylint: disable=too-few-public-methods
class Orth:
    """A representation of a  element."""

    def __init__(self, attrs):
        self.attrs = attrs
        self.text = []


class Entry:
    """A (mostly) serialised entry.
    An entry may contain strings or Orth nodes. It also mimics an output stream
    using the write method."""

    def __init__(self, attrs):
        attrs = "".join(f' {k}="{v}"' for k, v in attrs.items())
        self.xml = [f""]

    def write(self, item):
        """ToDo: text or orth."""
        self.xml.append(item)

    def contains_pronunciation(self):
        return any(
            token for token in self.xml if isinstance(token, str) and "= EspeakNg.RESTART_AFTER:
            self.reset()
        headword = "".join(orth.text)
        headword = self.escape(headword)
        self.non_alpha.update(
            c for c in headword if not (c.isalpha() or c.isdigit() or c.isspace())
        )
        self.proc.stdin.write(headword.encode(sys.getdefaultencoding()) + b"\n")
        self.proc.stdin.flush()
        buf = self.proc.stdout.readline()
        word = buf.decode(sys.getdefaultencoding()).strip()
        if DEBUG:
            open(DEBUG, "a").write(f"{headword} :: {word}\n")
        self.headwords_transcribed += 1
        return word

    def escape(self, word):
        """Escape any punctuation, see ipa()."""
        for ch in CHARACTER_REPLACEMENTS:
            word = word.replace(ch, " ")
        return word.replace("  ", " ")

    def close(self):
        remainder = self.proc.communicate()[0]
        if remainder:
            import textwrap

            non_alpha = "".join(self.non_alpha)

            print(
                "\n".join(
                    textwrap.wrap(
                        "Error: {} lines found that were not "
                        "recognised by this script during IPA transcription of "
                        "eSpeak-NG. This is a bug due to special characters that lead "
                        "          to unexpected newlines in the eSpeak-NG output. Expected is "
                        "a line per headword. Use --debug to save the transcriptions to a "
                        "separate file."
                    )
                ).format(len(remainder.split(b"\n")))
                + f"\nPotentially problematic characters: {non_alpha}"
            )
            sys.exit(9)
        ret = self.proc.wait()
        if ret != 0:
            raise OSError(f"Espeak-ng gave non-zero exit code {ret}.")

    def reset(self):
        """Reset eSpeak-NG to avoid filling the OS stdin buffer."""
        self.close()
        self._start()


class TeiConsumer(sax.handler.ContentHandler):
    """A streaming SAX parser that calls a registered handler function to
    process  elements."""

    def __init__(self, file_handle, ipa_generator):
        # This is either None or a list. If it is a list, all text data will be
        # appended.
        self.current_orth = None
        self.outstream = file_handle
        self.outstream_backup = None
        super().__init__()
        self.ipa_generator = ipa_generator

    def endDocument(self):
        self.outstream.write("\n")
        self.outstream.close()
        self.ipa_generator.close()

    def startElement(self, name, attrs):
        """Signals the start of an element in non-namespace mode."""
        if not attrs:
            attrs = {}
        if name == "entry":
            self.outstream_backup = self.outstream
            self.outstream = Entry(attrs)
        elif name == "orth":
            self.current_orth = Orth(attrs)
        else:
            attrs = attrs.items()
            self.outstream.write(f"<{name}")
            if attrs:
                for k, v in attrs:
                    self.outstream.write(f' {k}="{v}"')
            self.outstream.write(">")

    def endElement(self, name):
        """Signals the end of an element in non-namespace mode."""
        if name == "orth":
            # add the Orth to the Entry
            self.outstream.write(self.current_orth)
            self.current_orth = None
        elif name == "entry":
            entry = self.outstream
            self.outstream = self.outstream_backup
            for item in entry.xml:
                if isinstance(item, Orth):
                    attrs = "".join(f' {k}="{v}"' for k, v in item.attrs.items())
                    text = sax.saxutils.escape("".join(item.text))
                    self.outstream.write(f"{text}")
                    # It could be that one orth has transcriptions, another
                    # doesn't, these cases are ignored in this version
                    if not entry.contains_pronunciation():
                        # transcriptions are rarely empty
                        transcribed = sax.saxutils.escape(self.ipa_generator.ipa(item))
                        if transcribed:
                            self.outstream.write(f"\n{transcribed}")
                else:
                    self.outstream.write(item)
            self.outstream.write(f"")
        else:
            self.outstream.write(f"")

    def characters(self, content):
        """Receive notification of character data."""
        if self.current_orth:
            self.current_orth.text.append(content)
        else:
            self.outstream.write(sax.saxutils.escape(content))

    def ignorableWhitespace(self, whitespace):
        """Receive notification of ignorable whitespace in element content."""
        self.outstream.write(whitespace)


def espeakng_voice(iso_639_3_code):
    """Return the Espeak-NG voice from the given ISO 639-3 code.
    StopIteration is raised if language is unknown."""
    # Read all available languages first
    if not os.path.exists(ISO_639_TABLE):
        print("Error: failed to load {ISO_639_TABLE}.")
        print("This file can be found in the isocodes package on Debian-based systems.")
        sys.exit(3)
    proc = subprocess.run(["espeak-ng", "--voices"], capture_output=True)
    espeakng_voices = set()
    for voice in proc.stdout.decode(sys.getdefaultencoding()).split("\n"):
        voice = re.search(r"^\s*[0-9]*\s*([a-z]+)(-[0-9]*[a-z]*)?\s.*$", voice)
        if voice:
            espeakng_voices.add(voice.group(1))
    all_iso_639 = json.load(open(ISO_639_TABLE))["639-3"]
    # Let StopIteration propagate
    lang = next(l for l in all_iso_639 if l["alpha_3"] == iso_639_3_code)
    # get the ISO-639-1 code (alpha_2) and afterwards, try to detect whether
    # there's a correction that maps from a code used by FD to one used by
    # eSpeakNG
    lang = lang.get("alpha_2", iso_639_3_code)
    lang = ESPEAKNG_LANG_CORRECTIONS.get(lang, lang)
    if lang not in espeakng_voices:
        print(f'Error, espeak did not recognise language "{lang}".')
        sys.exit(6)
    return lang


def xml_preamble(tei_file):
    """Extract everything until = 0:
            lines.append(line[:idx])
            break
        else:
            lines.append(line)
    tei_file.seek(0)
    return "".join(lines) if found else ""


def handle_cmdline():
    global DEBUG
    parser = argparse.ArgumentParser(
        description="Enrich a TEI file with pronunciation info."
    )
    parser.add_argument(
        "tei_dict", metavar="TEI_DICT", nargs="?", help="input file name"
    )
    parser.add_argument(
        "-o",
        dest="outpath",
        metavar="OUTPUT_PATH",
        nargs=1,
        help="write processed TEI to given output file. default is \
        xxx-yyy-phoneme.tei",
    )
    parser.add_argument(
        "--supports-lang",
        dest="supports_lang",
        metavar="LANG",
        nargs=1,
        help="test wheter given language (ISO 639-3) is supported by eSpeak",
    )
    parser.add_argument(
        "--debug",
        dest="debug",
        metavar="DEBUGFILE",
        nargs=1,
        help="write phoneme transcription to specified file. The\
                    file will have a headword per line, separated by colons from \
                    the transcription. This helps to find the problematic \
                    headword if transcriptions start to mismatch.",
    )

    args = parser.parse_args()
    teipath = None
    # Handle --supports-lang that aborts after the check, return results
    # otherwise
    if args.supports_lang:
        try:
            espeakng_voice(args.supports_lang[0])
        except StopIteration:  # raised to propagate missing language
            sys.exit(4)
        else:
            sys.exit(0)
    elif not args.tei_dict:
        print("Error, need to provide input TEI file")
        sys.exit(9)
    teipath = args.tei_dict
    if args.outpath:
        outpath = args.outpath[0]
    else:
        outpath = f"{os.path.splitext(teipath)[0]}-phonetics.tei"

    if args.debug:
        DEBUG = args.debug[0]
    return (teipath, outpath)


def main():
    teipath, outpath = handle_cmdline()

    # Guess eSpeak-NG voice to use
    lang = os.path.splitext(os.path.basename(teipath))[0].split("-")[0]
    ipa_gen = EspeakNg(espeakng_voice(lang))

    #  Extract preamble (not parsed by SAX parser), write and call SAX parser
    #  afterwards
    with open(teipath) as teifile:
        outfile = open(outpath, "w")  # closed by TeiConsumer
        outfile.write(xml_preamble(teifile))
        parser = sax.make_parser()
        teihandler = TeiConsumer(outfile, ipa_gen)
        parser.setContentHandler(teihandler)
        parser.parse(teifile)


if __name__ == "__main__":
    main()
tools-0.8.0-beta.1/teidiff000077500000000000000000000360371526415265400153120ustar00rootroot00000000000000#!/usr/bin/perl
# $Revision$

use warnings;
use strict;
use Getopt::Long;
use Pod::Usage;
use XML::DOM;
use Text::Diff;

my ($verbose, $help);
my $count = 1;
my $base;
my $output;
GetOptions (
  "verbose"  => \$verbose,
  "help|?"  => \$help,
  "count" => \$count,
  "base=s"   => \$base,
  "output=s"   => \$output) or exit 1;

pod2usage(-exitval => 1, -verbose => 2) if $help;

if (scalar @ARGV != 2)
{
  print STDERR
    "I need exactly 2 filenames to operate.  For help use --help.\n";
  exit 1
}

if (defined $output)
{
  $output = uc $output;
  unless ($output =~
    /^FILES|UNMODIFIED|ADDED|DELETED|MODIFIED_(LA1|LA2|MULTIMATCH)$/)
  {
    print STDERR "Invalid category: $output\n";
    exit 1
  }
}

my $parser = new XML::DOM::Parser;
print STDERR "Parsing $ARGV[0]... " if $verbose;
my $doc1 = $parser->parsefile ($ARGV[0]);
my @entries1 = $doc1->getElementsByTagName ("entry");
my $entries1 = scalar @entries1;
print STDERR $entries1, " entries\nParsing $ARGV[1]... " if $verbose;
my $doc2 = $parser->parsefile ($ARGV[1]);
undef $parser;
my @entries2 = $doc2->getElementsByTagName ("entry");
my $entries2 = scalar @entries2;
print STDERR $entries2, " entries\n" if $verbose;

sub pretty_print
{
  my ($node, $indent) = @_;
  my $type = $node->getNodeType;
  return $node->getNodeValue if $type == TEXT_NODE;
  if ($type == ELEMENT_NODE)
  {
    $indent = 0 unless defined $indent;
    my $contents = undef;
    for my $c ($node->getChildNodes)
    {
      my $cpp = pretty_print ($c, $indent+2);
      if (defined $contents) { $contents .= $cpp; next }
      $contents = $cpp
    }
    my $attrs = '';
    for my $a ($node->getAttributes->getValues)
    {
      $attrs .= ' ' . $a->getNodeName . '=' . $a->getNodeValue
    }

    return ' ' x $indent
      . '<' . $node->getNodeName . $attrs . '/>' unless defined $contents;
    return ' ' x $indent
      . '<' . $node->getNodeName . $attrs . '>'
      . ($node->getFirstChild->getNodeType == ELEMENT_NODE ? "\n" : '')
      . $contents
      . ($node->getLastChild->getNodeType == ELEMENT_NODE ? ' ' x $indent : '')
      . 'getNodeName . ">\n"
  }
  die "Unhandled node type: ", $node->getNodeType
}

my (@unmodified, @added, @deleted, @modified_form, @modified_senses,
   @modified_multimatch, %entry2form, %entry2senses, %entry2complete,
   %complete2entry1, %form2entry1, %senses2entry1,
   %complete2entry2, %form2entry2, %senses2entry2);

# adds an entry to an arrayref
sub put
{
  my ($hashref, $index, $entry) = @_;
  if (exists $hashref->{$index})
  { push @{ $hashref->{$index} }, $entry }
  else
  { $hashref->{$index} = [ $entry ] }
}

# deletes an entry from an arrayref
# the entry may occur only once
sub remove
{
  my ($hashref, $index, $entry) = @_;
  die join ' ', caller unless defined $hashref && defined $index;
  return unless exists $hashref->{$index};
  my @entries = @{ $hashref->{$index} };
  my $count = scalar @entries;
  if ($count == 1)
  {
    return unless $entries[$#entries] eq $entry;
    delete $hashref->{$index};
    return
  }
  for (my $i=0; $i <= $count ; $i++)
  {
    next unless exists $entries[$i];
    next unless $entries[$i] == $entry;
    delete $entries[$i];
    return
  }
  warn "No entry removed";
}

# Removes the entries in $entry2arrayref from the $x2entryhashrefs given.
# Each $x2entryhashref argument must be followed by an $entry2xhashref.
sub removeall
{
  my $entryarrayref = shift;
  while(my $x2entryhashref = shift)
  {
    my $entry2x = shift;
    die unless defined $entry2x;
    for my $entry (@$entryarrayref)
    { remove $x2entryhashref, $entry2x->{$entry}, $entry }
  }
}

sub find_unmodified_or_modified
{
  my $found = 0;

  for (keys %complete2entry1)
  {
    next if 1 < scalar @{ $complete2entry1{$_} };
    next unless exists $complete2entry2{$_};
    next if 1 != scalar @{ $complete2entry2{$_} };
    my $entry1 = $complete2entry1{$_}->[0];
    my $entry2 = $complete2entry2{$_}->[0];

    push @unmodified, $entry1;
    delete $complete2entry1{$_};
    delete $complete2entry2{$_};
    remove \%form2entry1, $entry2form{$entry1}, $entry1;
    remove \%form2entry2, $entry2form{$entry1}, $entry2;
    remove \%senses2entry1, $entry2senses{$entry1}, $entry1;
    remove \%senses2entry2, $entry2senses{$entry1}, $entry2;
    $found++
  }

  for (keys %form2entry1)
  {
    next if 1 < scalar @{ $form2entry1{$_} };
    next unless exists $form2entry2{$_};
    next if 1 != scalar @{ $form2entry2{$_} };
    my $entry1 = $form2entry1{$_}->[0];
    my $entry2 = $form2entry2{$_}->[0];

    push @modified_senses, [ $entry1, $entry2 ] ;

    remove \%complete2entry1, $entry2complete{$entry1}, $entry1;
    remove \%complete2entry2, $entry2complete{$entry2}, $entry2;
    delete $form2entry1{$_};
    delete $form2entry2{$_};
    remove \%senses2entry1, $entry2senses{$entry1}, $entry1;
    remove \%senses2entry2, $entry2senses{$entry2}, $entry2;
    $found++
  }

  for (keys %senses2entry1)
  {
    next if 1 < scalar @{ $senses2entry1{$_} };
    next unless exists $senses2entry2{$_};
    next if 1 != scalar @{ $senses2entry2{$_} };
    my $entry1 = $senses2entry1{$_}->[0];
    my $entry2 = $senses2entry2{$_}->[0];

    push @modified_form, [ $entry1, $entry2 ] ;

    remove \%complete2entry1, $entry2complete{$entry1}, $entry1;
    remove \%complete2entry2, $entry2complete{$entry2}, $entry2;
    remove \%form2entry1, $entry2form{$entry1}, $entry1;
    remove \%form2entry2, $entry2form{$entry2}, $entry2;
    delete $senses2entry1{$_};
    delete $senses2entry2{$_};
    $found++
  }

  print STDERR "$found entries matched\n" if $verbose;
  return $found
}

sub find_added_deleted
{
  print STDERR "Finding added and deleted entries... " if $verbose;
  # an entry was deleted/added when no match
  # for it exists in the other file
  # since single matches should be sorted out by now,
  # only multimatches remain to be skipped
  for (keys %complete2entry1)
  {
    # the next line should never apply
    next if exists $complete2entry2{$_};
    my $skip = 0;
    for my $entry1 (@{ $complete2entry1{$_} })
    {
      next unless exists $form2entry2{ $entry2form{$entry1} }
               || exists $senses2entry2{ $entry2senses{$entry1} };
      $skip = 1;
      last
    }
    next if $skip;

    push @deleted, @{ $complete2entry1{$_} };
    removeall $complete2entry1{$_},
      \%form2entry1, \%entry2form,
      \%senses2entry1, \%entry2senses;
    delete $complete2entry1{$_}
  }
  for (keys %complete2entry2)
  {
    next if exists $complete2entry1{$_};
    my $skip = 0;
    for my $entry2 (@{ $complete2entry2{$_} })
    {
      next unless exists $form2entry1{ $entry2form{$entry2} }
               || exists $senses2entry1{ $entry2senses{$entry2} };
      $skip = 1;
      last
    }
    next if $skip;

    push @added, @{ $complete2entry2{$_} };
    removeall $complete2entry2{$_},
      \%form2entry2, \%entry2form,
      \%senses2entry2, \%entry2senses;
    delete $complete2entry2{$_}
  }
  print STDERR "\n" if $verbose;
}

# Actually there is nothing more to find.  We just put together the remains
# of the lists.
sub find_modified_multimatch
{
  print STDERR "Collecting the multimatches... " if $verbose;
  my (@from1, @from2);
  for (values %complete2entry1)
  { push @from1, @$_ }
  for (values %complete2entry2)
  { push @from2, @$_ }
  push @modified_multimatch, [ @from1 ], [ @from2 ];
  print STDERR "\n" if $verbose;
}

sub cache_toStrings
{
  my ($entries, $complete2entry, $form2entry, $senses2entry) = @_;
  for (@$entries)
  {
    # a complete comparison key is easy (if canonicalised XML is used)
    my $scomplete = $_->toString ();
    put $complete2entry, $scomplete, $_;
    $entry2complete{$_} = $scomplete;
    # comparison key for form: concat  and  child nodes
    # comparison key for senses: concatenate all other child nodes
    my @children = $_->getChildNodes ();
    my $ssenses = my $sforms = '';
    for my $child (@children)
    {
      if ($child->getTagName () =~ /^form|gramGrp$/)
      {
	$sforms .= $child->toString ();
	next
      }
      $ssenses .= $child->toString ()
    }
    put $form2entry, $sforms, $_;
    $entry2form{$_} = $sforms;
    put $senses2entry, $ssenses, $_;
    $entry2senses{$_} = $ssenses
  }
}

print STDERR "Caching results of toString()..." if $verbose;
cache_toStrings \@entries1,
  \%complete2entry1, \%form2entry1, \%senses2entry1;
undef @entries1;
cache_toStrings \@entries2,
  \%complete2entry2, \%form2entry2, \%senses2entry2;
undef @entries2;
print STDERR "\n" if $verbose;

my $i = 1;
do
{
  print STDERR "Comparison iteration ", $i, "... " if $verbose;
  $i++
}
while find_unmodified_or_modified;

find_added_deleted;
find_modified_multimatch;

print STDERR "Finished comparison.\n" if $verbose;

undef %complete2entry1;
undef %form2entry1;
undef %senses2entry1;
undef %complete2entry2;
undef %form2entry2;
undef %senses2entry2;

if ($count)
{
  my $unmodified = scalar @unmodified;
  my $added = scalar @added;
  my $deleted = scalar @deleted;
  my $modified_form = scalar @modified_form;
  my $modified_senses = scalar @modified_senses;
  my $mm1 = scalar @{ $modified_multimatch[0] };
  my $mm2 = scalar @{ $modified_multimatch[1] };
  print "Unmodified:\t\t$unmodified\n";
  print "Added:\t\t\t$added\n";
  print "Deleted:\t\t$deleted\n";
  print "Modified :\t$modified_form\n";
  print "Modified s:\t$modified_senses\n";
  print "Modified multimatch:\t$mm1 + $mm2\n";
  my $sum1 =
    $unmodified + $deleted + $modified_form + $modified_senses + $mm1;
  my $sum2 =
    $unmodified + $added + $modified_form + $modified_senses + $mm2;
  print STDERR "file1: unmod + del + mod_form + mod_sense + mm1 = ", $sum1,
    ($sum1 == $entries1 ? ' OK' : ' MISMATCH') . " \n" if $verbose;
  print STDERR "file2: unmod + add + mod_form + mod_sense + mm2 = ", $sum2,
    ($sum2 == $entries2 ? ' OK' : ' MISMATCH') . " \n" if $verbose;
}

sub print_category_fh
{
  my ($fh, $category) = @_;
  print STDERR "Outputting category $category... " if defined $verbose and $verbose>1;
  if ($category eq 'UNMODIFIED')
  {
    print $fh pretty_print $_ for (@unmodified)
  }
  elsif ($category eq 'ADDED')
  {
    print $fh pretty_print $_ for (@added)
  }
  elsif ($category eq 'DELETED')
  {
    print $fh pretty_print $_ for (@deleted)
  }
  elsif ($category eq 'MODIFIED_LA1')
  {
    for (@modified_form)
    {
      my $pretty1 = pretty_print $_->[0];
      my $pretty2 = pretty_print $_->[1];
      my %options = ();
      my $diff = diff \$pretty1, \$pretty2, \%options;
      print $fh $diff
    }
  }
  elsif ($category eq 'MODIFIED_LA2')
  {
    for (@modified_senses)
    {
      my $pretty1 = pretty_print $_->[0];
      my $pretty2 = pretty_print $_->[1];
      my %options = ();
      my $diff = diff \$pretty1, \$pretty2, \%options;
      print $fh $diff
    }
  }
  elsif ($category eq 'MODIFIED_MULTIMATCH')
  {
    # output entry sets
    print $fh "\n";
    print STDERR "file1... " if $verbose;
    print $fh pretty_print $_ for (@{ $modified_multimatch[0] });
    print $fh "\n\n";
    print STDERR "file2... " if $verbose;
    print $fh pretty_print $_ for (@{ $modified_multimatch[1] });
    print $fh "\n"
  }
  else { warn "Invalid category: $category" }
  print STDERR "done.\n" if defined $verbose and $verbose>1
}

sub print_category_file
{
  my ($filename, $category) = @_;
  my $fh;
  unless (open $fh, '>:utf8', $filename)
  {
    print STDERR "Could not open $filename for writing: $!\n";
    return
  }
  print STDERR "Writing $filename... " if $verbose;
  print_category_fh $fh, $category;
  close $fh;
  print STDERR "OK\n" if $verbose
}

exit unless defined $output;
$base = $ARGV[0] . '-' . $ARGV[1] unless defined $base;
if ($output eq 'FILES')
{
  print_category_file $base . '-unmodified.teipart', 'UNMODIFIED';
  undef @unmodified;
  print_category_file $base . '-added.teipart', 'ADDED';
  undef @added;
  print_category_file $base . '-deleted.teipart', 'DELETED';
  undef @deleted;
  print_category_file $base . '-modified_la1.udiff', 'MODIFIED_LA1';
  undef @modified_form;
  print_category_file $base . '-modified_la2.udiff', 'MODIFIED_LA2';
  undef @modified_senses;
  print_category_file $base . '-modified_multimatch.xml',
    'MODIFIED_MULTIMATCH';
  exit
}

# print only category in $output to STDOUT
open my $fh, '>:utf8',' -' or die;
print_category_fh $fh, $output;
close $fh;

# __DATA__, keep a file1 and a file2 and the outfiles
# XXX testcases, call with a commandline switch

__END__

=head1 NAME

teidiff - Compare the entries in two TEI XML dictionary files

=head1 SYNOPSIS

teidiff [options] file1 file2

 Options:
   --base	Basename for output files
   --[no]count	Print number of added/modified/deleted entries to STDOUT
   --help	This manual page
   --output	Entry category to print to STDOUT
   --verbose	Tell what I'm doing

=head1 OPTIONS

=over 8

=item B<--base BASENAME>

Basename of output files.  Default: F

=item B<--[no]count>

Print number of added/modified/deleted entries to STDOUT. Default: on.

=item B<--help>

Print this manual page and exit.

=item B<--verbose>

Print information about the current work performed to STDERR.

=item B<--output CATEGORY>

Can be set to the string "FILES" or a category of entries to output to
STDOUT.  By default nothing is output.  If "FILES" is used, the
filenames will follow the scheme F

The following categories are allowed:

=over 4

=item UNMODIFIED

Unmodified entries.  They appear exactly the same in both versions of
the dictionary.

=item ADDED

Entries not present in file1, but in file2.  They were added in
F.

=item DELETED

Entries present in file1, but not in file2.  They were deleted in
F.

=item MODIFIED_LA1

Entries where the contents of the  element were modified, but
the contents of the  elements are unmodified.

=item MODIFIED_LA2

Entries where the contents of the  element(s) were modified,
but the contents of the  elements are unmodified.

=item MODIFIED_MULTIMATCH

Entries where the contents of the  or  elements were modified (but
not both at the same time), but a corresponding entry was not found, because
multiple matches exist ("multimatch").

This category is output as two sets - the entries from file1 and the entries
from file2.  One could build finer sets, consisting of only the entries
between which the multimatch relationship exists.  But this information is
not useful enough for implementation currently.

=back

=back

=head1 DESCRIPTION

This program parses the given input files and compares the entries
in them, putting them in B.  One or all categories can be
output.

=head1 NOTES

Normally ignorable blank space should not account for differences.
C can be used as a filter to drop ignorable blank spaces:

  xmllint --noblanks infile.xml >outfile.xml

C also comes with a C<--c14n> option, but using it is unadvisable,
because it adds default attributes, bloating the file submerging
relevant differences in a sea of explicitness.

=head1 TODO

Integrating the functionality of this command line tool into
FreeDict-Editor would facilitate comfortable browsing of the
differences.

=head1 AUTHOR AND LICENCE

Author: Michael Bunk, 2006

This is free software, licensed under GPL.

=cut

tools-0.8.0-beta.1/teimerge/000077500000000000000000000000001526415265400155425ustar00rootroot00000000000000tools-0.8.0-beta.1/teimerge/TEIMergeMainHandler.pm000066400000000000000000000074731526415265400216170ustar00rootroot00000000000000# module for teimerge
# Teile entnommen aus CanonXMLWriter.pm

# Copyright (C) 2002 Michael Bunk 
#  
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
# 
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
# GNU General Public License for more details.
# 
# You should have received a copy of the GNU General Public License
# along with this program; if not, visit
# 

package TEIMergeMainHandler;

# ESISParser zu verwenden ist tdlich, denn der fgt alle
# #IMPLIED-Attribute hinzu!!
#use XML::ESISParser;

# der hier ist aber eher fr XML als SGML!
use XML::Parser::PerlSAX;
# Ausgabe ist in UTF-8, da das vom parser geliefert wird!!!

use TEIMergeOtherHandler;

%char_entities = (
    "\x09" => '	',
    "\x0a" => '
',
    "\x0d" => '
',
    '&' => '&',
    '<' => '<',
    '>' => '>',
    '"' => '"',
    );
			    
sub set_otherfilenames {
    my $self = shift;
    $filenamesref = shift; 
}

sub new {
    my ($type) = @_;
    return bless {}, $type;
}

sub start_document {
    print " ]>\n";
    }
    
sub characters {
    my ($self, $element) = @_;
    $data = $element->{Data};
    #print($self->_escape($data));
    print($data);
}

sub ignorable_whitespace {
    my ($self, $element) = @_;
    $data = $element->{Data};
    print($data);
}

sub processing_instruction {
     my $self = shift; my $pi = shift;
     if (exists $pi->{Data}) {
         print('{Target} . ' ' . $pi->{Data} . '?>');
	 }
     else {
        print('{Target} . '?>');
	}
}

sub comment {
    my $self = shift; my $comment = shift;
     
    print('');
}

sub start_element {
    my ($self, $element) = @_;
    $part = $element->{Name};
    
    print('<' . $part);
    my $key;
    my $attrs = $element->{Attributes};
    foreach $key (sort keys %$attrs) {
	print(" $key=\"" . $self->_escape($attrs->{$key}) . '"');
    }
    print('>');
}

sub end_element {
    my ($self, $element) = @_;
    my $part  = $element->{Name};

    if ( $part eq "BODY") {
      # nun sind alle entrys von mainfile ausgegeben worden, es folgen die otherfiles
      warn "Mainfile done.\n";
      my $my_handler = TEIMergeOtherHandler->new;
     my @additional_args;
#     push (@additional_args, IsSGML => 1);
#     my $parser = XML::ESISParser->new;
      my $parser = XML::Parser::PerlSAX->new;
      
      foreach my $otherfile (@{$filenamesref}) {
        do { warn "Can't find file \"$otherfile\"\n"; next;}
	  unless -f $otherfile;
        warn "Mache mich an $otherfile...\n";
        $parser->parse(Source => { SystemId => $otherfile },
          Handler => $my_handler, @additional_args);
        }
      };
      
    print "";
    }

sub record_end {
#    print "\n";
    }
    
sub external_entity_ref {
    my ($self, $name) = @_;
    warn "external_entity_reference\n";

}

sub notation_decl {
    my ($self, $name, $sysid, $pubid, $genid) = @_;
    warn "notation_decl\n";

}

sub subdoc_entity_decl {
    my ($self, $name) = @_;
    warn "subdoc_entity_decl\n";

}
sub external_sgml_entity_decl {
    my ($self, $name, $sysid, $pubid, $genid) = @_;
    warn caller, "external_sgml_entity_decl\n";

}

sub _escape {
    my $self = shift; my $string = shift;
     
    $string =~ s/([\x09\x0a\x0d&<>"])/$char_entities{$1}/ge;
    return $string;
}

1;
tools-0.8.0-beta.1/teimerge/TEIMergeOtherHandler.pm000066400000000000000000000037671526415265400220160ustar00rootroot00000000000000# module for teimerge
#

# Copyright (C) 2002 Michael Bunk 
#  
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
# 
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
# GNU General Public License for more details.
# 
# You should have received a copy of the GNU General Public License
# along with this program; if not, visit
# 

package TEIMergeOtherHandler;

sub new {
    my ($type) = @_;
    return bless {}, $type;
}

sub characters {
    my ($self, $element) = @_;

    # wenn inside  -> print, sonst nicht
    if (!$insideentry) {return;};

    $data = $element->{Data};
    chomp $data;
    $data =~ s/\s+$//;
    print $data;
}

sub start_element {
    my ($self, $element) = @_;
    $part = $element->{Name};
    
    $insideentry = 1 if ( ($part eq "ENTRY") || ($part eq "entry"));
    
    if ($insideentry) {
      print('<' . $part);
      my $key;
      my $attrs = $element->{Attributes};
      foreach $key (sort keys %$attrs) {
        print(" $key=\"" . $self->_escape($attrs->{$key}) . '"');
        }
      print('>');
      }
}

sub end_element {
    my ($self, $element) = @_;
    $part  = $element->{Name};

    print "\n" if ($insideentry);

    $insideentry = 0 if (($part eq "ENTRY") || ($part eq "entry"));
    }

%char_entities = (
    "\x09" => '	',
    "\x0a" => '
',
    "\x0d" => '
',
    '&' => '&',
    '<' => '<',
    '>' => '>',
    '"' => '"',
    );
    
sub _escape {
    my $self = shift; my $string = shift;
     
    $string =~ s/([\x09\x0a\x0d&<>"])/$char_entities{$1}/ge;
    return $string;
    }

1; # mu stehenbleiben, damit perl nicht meckert
tools-0.8.0-beta.1/teimerge/teimerge.pl000077500000000000000000000026251526415265400177100ustar00rootroot00000000000000#!/usr/bin/perl -w


# V1.0 3/2002 Michael Bunk 
#  * sgml output only, not xml yet
#  * no sorting of any kind

# Vorgehen:
# zwei parser+handler werden benoetigt: mainfile/otherfiles
#  1. mainfile ausgeben (header + alle entries, aber nicht footer)
#  2. otherfilesparser auf file1 ansetzen
#  3. header des otherfile ueberlesen
#  4. entries ausgeben
#  5. otherfile schlieen 
#  6. schritt 2 fuer file[2..N]...
#  7. footer ausgeben ()

#use XML::ESISParser;
use XML::Parser::PerlSAX;

use TEIMergeMainHandler;

my $mainfile = shift @ARGV;

if ($mainfile eq "") {
  warn "Usage: teimerge   []\n";
  warn " To merge TEI encoded dict files. Output is on stdout.\n";
  warn " The header of the mainfile is taken, others discarded.\n";
  die;
  }
     
die "Can't find file \"$mainfile\"" unless -f $mainfile;

#push (@additional_args, IsSGML => 1);

# an dieser stelle sollten die IMPLIED-Attribute auzuschalten sein
# ? ist das mglich mit nsgmls?

#$XML::ESISParser::NSGMLS_FLAGS_sgml = $XML::ESISParser::NSGMLS_FLAGS_sgml." -D/usr/share/sgml -cCATALOG.tei-3 ";

my $mergemainhandler = TEIMergeMainHandler->new;
$mergemainhandler->set_otherfilenames(\@ARGV);

#XML::Parser::PerlSAX
#XML::ESISParser

XML::Parser::PerlSAX->new->parse(Source => { SystemId => $mainfile },
                            Handler => $mergemainhandler, @additional_args);

# EOF
tools-0.8.0-beta.1/teisort.pl000077500000000000000000000140621526415265400157750ustar00rootroot00000000000000#!/usr/bin/perl -w

# V1.1 6/2002 by Guido Ostkamp, 
#  * more dictd-like sorting with by_dict_sort()
#
# V1.0 4/2002 by Michael Bunk, 
#  * does some sorting of a tei-file, but without parser (worked out on xml,
#    but might be fine with sgml - i didn't try it)
#  * problem: xml-parser would not tell position, would it?
#  * so let's do without parser ;-)
#  * using some undefined collation order
#  * i wrote this to be able to merge double entrys
#  * sort with an in-memory index of
#    - keyword (first orth)
#    - byte-start-offset of entry in tei file (end is found by
#      outputting until )
#  * we could try DB_File (see manpage), but let's try simple hash first
#     key: -characters
#     value: struct -offset

# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, visit
# 

use strict;

sub by_dict_sort {
 my $x = $a;
 my $y = $b;

 $x =~ s/[^\d\w\s]//gi; # remove all non-alphanumeric and non-whitespace
 $x =~ s/(.*)/\L$1/gi;  # turn lowercase

 $y =~ s/[^\d\w\s]//gi; # remove all non-alphanumeric and non-whitespace
 $y =~ s/(.*)/\L$1/gi;  # turn lowercase

 $x cmp $y
 }

my $file = shift;

unless(defined $file) {
 print STDERR "\nteisort - sort tei file without using any xml parser (not safe)\n";
 print STDERR "\n The inputfile is expected in XML or SGML TEI format, see http://www.tei-c.org/\n";
 print STDERR " Output is on stdout.\n\n";
 print STDERR " Usage: teisort \n";
 print STDERR "  : name of tei inputfile\n\n";
 die
 }

die "Can't find file \"$file\"" unless -r $file;

open HANDLE, "<".$file;

print STDERR "Generating index in memory...\n";
my ($headend, $footstart, $offset, $entry, %orths, $orth, $counter,
 $tell_now, $tell_lastline);

# when we find "",
# but save everything inside a $entry (we could keep the whole text
# in the hash!!! [this is just a notice for future reference
# for myself]). then we look for the "$1" and use
# $1 as key
my $todo = "";
my $offsetOnLine = 0;

my $searchmode = 0;
# 0 = find end of header by finding ""
# 2 = find end of entry by looking for ""
# 3 = nothing more to find, we are inside the footer, break;
# input is taken from $todo !

readfile: while () {
 $tell_lastline = $tell_now;
 $tell_now = tell;
 $todo .= $_;

 while ($todo ne "") {

  # find end of header
  if (($searchmode == 0) && ($todo =~ //i)) {
   $searchmode = 3;

   my $eoffset = index("<\/body>", $todo);
   $footstart = $tell_lastline + $eoffset; print STDERR "footoffset: $footstart\n";
   #$offsetOnLine -= $eoffset;
   $todo = "";#substr($todo,0,$eoffset);
   last readfile #exit that loop
  }

  # find end of entry
  if (($searchmode == 2) && ($todo =~ /<\/entry>/i)) {
   $searchmode = 1;

   my $eoffset = index "", $todo;
   $entry .= substr($todo, 0, 8+$eoffset) . "\n";

   $offsetOnLine -= $eoffset;
   $todo = substr $todo, 0, $eoffset;

   # find orth
   # /s modifies to treat $entry as single line
   if ($entry =~ /(.*)<\/orth>/s) {
    $orth = $1;
    #print STDERR "orth: '$orth'\n";
    }
   else {
    #print STDERR ".";
    warn "no orth found in entry!!! there is something wrong! Entry is <$entry>"
    }

   # we may not overwrite any pair in the hash that we already have
   # but since the entry-elements are read from the tei file again,
   # the " *" is never seen in the output :)
   while(defined $orths{$orth}) { $orth .= " " }

   # save in hash
   $orths{$orth}=$offset;

   next
   }

  # else
  $entry .= $todo;
  $todo = "";
  $offsetOnLine = 0
  }
 }

print STDERR " $counter entries\n";

###############################################################

print STDERR "Outputting sorted entries...\n";

# output header
my $header;
die unless sysseek HANDLE, 0, 0;
sysread HANDLE, $header, $headend;
print $header;

$counter = 0;

# this one simple sort call does the keywork!
foreach $orth (sort by_dict_sort keys %orths) {

 $counter++; if ($counter % 100 == 0) { print STDERR " $counter entries\n" }

 $offset = $orths{$orth};
 #print STDERR "offset: $offset\n";

 sysseek HANDLE, $offset, 0;

 # output until 
 my $stopword = "";
 my $stopwordpos = 0;
 my $stopwordlength = length $stopword;
 my $c;
 do {
  sysread HANDLE, $c,1;# maybe sysread with more than one byte would be faster...
  print $c;
  if ($c eq substr($stopword, $stopwordpos, 1)) { $stopwordpos++ }
  else { $stopwordpos = 0 }
  }
 until $stopwordpos == $stopwordlength;

 } # foreach

# output footer
my $footer;
die unless sysseek HANDLE, $footstart, 0;
my @stats = stat HANDLE;# fetch tei filesize
die unless @stats;
sysread(HANDLE, $footer, $stats[7]-$footstart);
print $footer;

print STDERR " $counter entries\n";
close HANDLE
tools-0.8.0-beta.1/testing/000077500000000000000000000000001526415265400154165ustar00rootroot00000000000000tools-0.8.0-beta.1/testing/Makefile000066400000000000000000000002031526415265400170510ustar00rootroot00000000000000TEST_DIRS := buildhelpers fd_tool importers mk

test: $(TEST_DIRS)

$(TEST_DIRS):
	$(MAKE) -C "$@" test

.PHONY: test $(TEST_DIRS)
tools-0.8.0-beta.1/testing/buildhelpers/000077500000000000000000000000001526415265400201005ustar00rootroot00000000000000tools-0.8.0-beta.1/testing/buildhelpers/Makefile000066400000000000000000000001211526415265400215320ustar00rootroot00000000000000include ../config.mk

test:
	"$(PYTHON)" -m unittest discover -s .

.PHONY: test
tools-0.8.0-beta.1/testing/buildhelpers/test_register_venv.py000066400000000000000000000034071526415265400243770ustar00rootroot00000000000000"""Configuration registration regression tests."""

import importlib.util
from pathlib import Path
import tempfile
import unittest
from unittest.mock import patch

spec = importlib.util.spec_from_file_location('register_venv', Path(__file__).parents[2] / 'buildhelpers/register_venv.py')
register_venv = importlib.util.module_from_spec(spec)
spec.loader.exec_module(register_venv)


class RegisterTests(unittest.TestCase):
    def test_preserves_existing_settings_and_is_idempotent(self):
        with tempfile.TemporaryDirectory() as tmp:
            config = Path(tmp) / 'freedictrc'
            config.write_text('# keep this comment\n[DEFAULT]\napi_output_path = /tmp/api\n[release]\nuser = test\n')
            self.assertTrue(register_venv.register(config, Path(tmp) / 'venv', 'yes'))
            self.assertTrue(register_venv.register(config, Path(tmp) / 'venv', 'yes'))
            result = config.read_text()
            self.assertIn('# keep this comment\n', result)
            self.assertIn('api_output_path = /tmp/api\n', result)
            self.assertIn(f'virtual_env = {(Path(tmp) / "venv").resolve()}\n', result)
            self.assertIn('[release]\nuser = test\n', result)

    def test_noninteractive_auto_skips(self):
        with tempfile.TemporaryDirectory() as tmp, patch.object(register_venv.sys.stdin, 'isatty', return_value=False):
            config = Path(tmp) / 'freedictrc'
            self.assertFalse(register_venv.register(config, Path(tmp) / 'venv'))
            self.assertFalse(config.exists())

    def test_no_never_writes(self):
        with tempfile.TemporaryDirectory() as tmp:
            config = Path(tmp) / 'freedictrc'
            self.assertFalse(register_venv.register(config, Path(tmp) / 'venv', 'no'))
            self.assertFalse(config.exists())
tools-0.8.0-beta.1/testing/buildhelpers/test_venv.py000066400000000000000000000050531526415265400224720ustar00rootroot00000000000000"""Bootstrap tests keep dependency installation isolated from the host."""

import importlib.util
import os
from pathlib import Path
import subprocess
import sys
import tempfile
import unittest
from unittest.mock import patch

REPO = Path(__file__).resolve().parents[2]
spec = importlib.util.spec_from_file_location('create_venv', REPO / 'buildhelpers/create_venv.py')
bootstrap = importlib.util.module_from_spec(spec)
spec.loader.exec_module(bootstrap)


class BootstrapTests(unittest.TestCase):
    def test_uses_selected_python_and_checkout_directory(self):
        with tempfile.TemporaryDirectory() as tmp, \
                patch.object(bootstrap.sys, 'version_info', (3, 11)), \
                patch.object(bootstrap.subprocess, 'run') as run:
            run.return_value.returncode = 0
            destination = Path(tmp) / 'env with spaces'
            bootstrap.create_environment(destination, REPO)
            self.assertEqual(run.call_args_list[0].args[0],
                             [sys.executable, '-m', 'venv', str(destination)])
            install = run.call_args_list[2]
            self.assertEqual(install.kwargs['cwd'], REPO)
            self.assertEqual(install.args[0][:4], [str(destination / 'bin/python'), '-m', 'pip', 'install'])

    def test_missing_icu_has_actionable_error(self):
        with tempfile.TemporaryDirectory() as tmp, patch.dict(os.environ, {}, clear=True), \
                patch.object(bootstrap.subprocess, 'run') as run:
            run.side_effect = [subprocess.CompletedProcess([], 0),
                               subprocess.CompletedProcess([], 1), FileNotFoundError()]
            with self.assertRaisesRegex(RuntimeError, 'libicu-dev'):
                bootstrap.create_environment(Path(tmp) / 'env', REPO)

    def test_install_failure_does_not_run_check(self):
        with tempfile.TemporaryDirectory() as tmp, patch.object(bootstrap.subprocess, 'run') as run:
            run.side_effect = [subprocess.CompletedProcess([], 0),
                               subprocess.CompletedProcess([], 0),
                               subprocess.CalledProcessError(7, 'pip')]
            with self.assertRaises(subprocess.CalledProcessError):
                bootstrap.create_environment(Path(tmp) / 'env', REPO)
            self.assertEqual(run.call_count, 3)

    def test_refuses_unrelated_directory(self):
        with tempfile.TemporaryDirectory() as tmp:
            (Path(tmp) / 'important').write_text('keep')
            with self.assertRaisesRegex(RuntimeError, 'non-venv'):
                bootstrap.create_environment(Path(tmp), REPO)
tools-0.8.0-beta.1/testing/config.mk000066400000000000000000000003731526415265400172170ustar00rootroot00000000000000# Locate the checkout independently of the directory invoking Make.
TOOLS_ROOT := $(abspath $(dir $(lastword $(MAKEFILE_LIST)))/..)
PYTHON ?= python3
export PYTHONPATH := $(TOOLS_ROOT)/fd_tool:$(TOOLS_ROOT)/importers$(if $(PYTHONPATH),:$(PYTHONPATH))
tools-0.8.0-beta.1/testing/fd_tool/000077500000000000000000000000001526415265400170445ustar00rootroot00000000000000tools-0.8.0-beta.1/testing/fd_tool/Makefile000066400000000000000000000002241526415265400205020ustar00rootroot00000000000000include ../config.mk

test:
	"$(PYTHON)" -m unittest discover -s .
	"$(PYTHON)" -m unittest discover -s "$(TOOLS_ROOT)/fd_tool/tests"

.PHONY: test
tools-0.8.0-beta.1/testing/fd_tool/test_api.py000066400000000000000000000025631526415265400212340ustar00rootroot00000000000000"""Python API lifecycle checks without contacting remote services."""

import tempfile
import unittest
from pathlib import Path
from unittest.mock import patch

from fd_tool.scripts import fd_api


class ApiPythonTests(unittest.TestCase):
    def test_shell_exit_code_is_not_wait_status(self):
        with self.assertRaises(SystemExit) as error:
            fd_api.exec_or_fail('exit 7')
        self.assertEqual(error.exception.code, 7)

    def test_output_directory_and_failure_cleanup(self):
        with tempfile.TemporaryDirectory() as tmp:
            destination = Path(tmp) / 'new' / 'api'
            conf = {'DEFAULT': {'api_output_path': str(destination)}}
            with patch.object(fd_api.config, 'discover_and_load', return_value=conf), \
                    patch.object(fd_api, 'read_dict_info', return_value=[]), \
                    patch.object(fd_api.releases, 'get_latest_tools_release', return_value={}), \
                    patch.object(fd_api.xmlhandlers, 'write_freedict_database', side_effect=ValueError), \
                    patch.object(fd_api, 'exec_or_fail') as execute, \
                    patch.object(fd_api.time, 'sleep'):
                with self.assertRaises(ValueError):
                    fd_api.main_body(['fd_api', '-o', 'cleanup'])
                self.assertTrue(destination.is_dir())
                execute.assert_called_with('cleanup')
tools-0.8.0-beta.1/testing/fd_tool/test_file_mgr.py000066400000000000000000000214311526415265400222420ustar00rootroot00000000000000"""Regression tests for Unison remote-environment cleanup."""

import configparser
import os
import subprocess
import tempfile
import unittest
from pathlib import Path
from unittest.mock import patch

from fd_tool.scripts import fd_file_mgr
from fd_tool.scripts.fd_file_mgr import UnisonFileAccess


class SafetyTests(unittest.TestCase):
    def test_unison_restores_environment_on_failure(self):
        for environment in [{}, {'UNISON': ''}, {'UNISON': 'original'}]:
            with self.subTest(environment=environment), \
                    patch.dict(os.environ, environment, clear=True), \
                    patch('fd_tool.scripts.fd_file_mgr.subprocess.run',
                          return_value=subprocess.CompletedProcess([], 1)):
                with self.assertRaises(OSError):
                    UnisonFileAccess().make_available('user', 'host', 'remote', '/tmp/local')
                self.assertEqual(dict(os.environ), environment)

    def test_unison_passes_paths_and_environment_to_child(self):
        with patch.dict(os.environ, {'UNISON': 'original'}, clear=True), \
                patch('fd_tool.scripts.fd_file_mgr.subprocess.run',
                      return_value=subprocess.CompletedProcess([], 0)) as run:
            UnisonFileAccess().make_available('user', 'host', 'remote path', '/tmp/local path')
            self.assertEqual(run.call_args.args[0][-2:],
                             ['ssh://user@host/remote path/', '/tmp/local path'])
            self.assertEqual(run.call_args.kwargs['env']['UNISON'], '/tmp/local path/.unison')
            self.assertEqual(os.environ['UNISON'], 'original')

    def test_unison_startup_failure_preserves_environment(self):
        with patch.dict(os.environ, {'UNISON': 'original'}, clear=True), \
                patch('fd_tool.scripts.fd_file_mgr.subprocess.run',
                      side_effect=FileNotFoundError('unison')):
            with self.assertRaises(FileNotFoundError):
                UnisonFileAccess().make_available('user', 'host', 'remote', '/tmp/local')
            self.assertEqual(os.environ['UNISON'], 'original')


class RemoteSessionTests(unittest.TestCase):
    def setUp(self):
        self.tmp = tempfile.TemporaryDirectory()
        self.addCleanup(self.tmp.cleanup)
        self.conf = configparser.ConfigParser()
        self.conf['DEFAULT'] = {'file_access_via': 'sshfs'}
        for section in ['release', 'generated']:
            path = Path(self.tmp.name, section)
            path.mkdir()
            self.conf[section] = {'user': 'user', 'server': 'host',
                                  'remote_path': 'remote path', 'local_path': str(path),
                                  'skip': 'no'}

    def run_command(self, acquisitions, child=0, cleanup=None):
        with patch.object(fd_file_mgr.SshfsAccess, 'make_available',
                          side_effect=acquisitions), \
                patch.object(fd_file_mgr.SshfsAccess, 'make_unavailable',
                             side_effect=cleanup) as release, \
                patch.object(fd_file_mgr.subprocess, 'run',
                             return_value=subprocess.CompletedProcess([], child)) as run:
            status = fd_file_mgr.run_with_files(self.conf, ['command', 'arg with spaces'])
            self.assertEqual(run.call_args.args[0], ['command', 'arg with spaces'])
            return status, release.call_args_list

    def test_mixed_mounts_preserve_existing_mount(self):
        for acquisitions, owned in [([None, 201], 'release'), ([201, None], 'generated')]:
            with self.subTest(acquisitions=acquisitions):
                status, calls = self.run_command(acquisitions)
                self.assertEqual(status, 0)
                self.assertEqual([call.args[0] for call in calls],
                                 [self.conf[owned]['local_path']])

    def test_all_existing_mounts_are_preserved(self):
        status, calls = self.run_command([201, 201])
        self.assertEqual((status, calls), (0, []))

    def test_child_failure_still_cleans_up_in_reverse_order(self):
        status, calls = self.run_command([None, None], child=7)
        self.assertEqual(status, 7)
        self.assertEqual([call.args[0] for call in calls],
                         [self.conf[name]['local_path'] for name in ['generated', 'release']])

    def test_cleanup_failure_does_not_mask_child_failure(self):
        for child, expected in [(0, 9), (7, 7)]:
            with self.subTest(child=child):
                status, calls = self.run_command(
                    [None, None], child=child,
                    cleanup=[fd_file_mgr.FileAccessError('cleanup failed', 9), None])
                self.assertEqual(status, expected)
                self.assertEqual(len(calls), 2)

    def test_setup_failure_rolls_back_only_new_mounts(self):
        for first, expected in [(None, 1), (201, 0)]:
            with self.subTest(first=first), \
                    patch.object(fd_file_mgr.SshfsAccess, 'make_available',
                                 side_effect=[first, fd_file_mgr.FileAccessError('mount failed', 8)]), \
                    patch.object(fd_file_mgr.SshfsAccess, 'make_unavailable') as release, \
                    patch.object(fd_file_mgr.subprocess, 'run') as run:
                with self.assertRaises(fd_file_mgr.FileAccessError) as error:
                    fd_file_mgr.run_with_files(self.conf, ['command'])
                self.assertEqual(error.exception.returncode, 8)
                self.assertEqual(release.call_count, expected)
                run.assert_not_called()

    def test_command_startup_failure_cleans_up(self):
        with patch.object(fd_file_mgr.SshfsAccess, 'make_available', return_value=None), \
                patch.object(fd_file_mgr.SshfsAccess, 'make_unavailable') as release, \
                patch.object(fd_file_mgr.subprocess, 'run', side_effect=FileNotFoundError):
            self.assertEqual(fd_file_mgr.run_with_files(self.conf, ['missing']), 1)
            self.assertEqual(release.call_count, 2)

    def test_interrupt_cleans_up(self):
        with patch.object(fd_file_mgr.SshfsAccess, 'make_available', return_value=None), \
                patch.object(fd_file_mgr.SshfsAccess, 'make_unavailable') as release, \
                patch.object(fd_file_mgr.subprocess, 'run', side_effect=KeyboardInterrupt):
            with self.assertRaises(KeyboardInterrupt):
                fd_file_mgr.run_with_files(self.conf, ['command'])
            self.assertEqual(release.call_count, 2)

    def test_unison_upload_uses_each_sections_arguments(self):
        self.conf['DEFAULT']['file_access_via'] = 'unison'
        with patch.object(fd_file_mgr.subprocess, 'run',
                          return_value=subprocess.CompletedProcess([], 0)) as run:
            self.assertEqual(fd_file_mgr.run_with_files(self.conf, ['command']), 0)
        self.assertEqual([call.args[0][-1] for call in run.call_args_list],
                         [self.conf['release']['local_path'], self.conf['generated']['local_path'],
                          'command', self.conf['generated']['local_path'], self.conf['release']['local_path']])

    def test_standalone_unison_cleanup_reconstructs_arguments(self):
        self.conf['DEFAULT']['file_access_via'] = 'unison'
        with patch.object(fd_file_mgr.subprocess, 'run',
                          return_value=subprocess.CompletedProcess([], 0)) as run:
            self.assertEqual(fd_file_mgr.cleanup(fd_file_mgr.create_access_sessions(self.conf)), 0)
        self.assertEqual([call.args[0][-1] for call in run.call_args_list],
                         [self.conf[name]['local_path'] for name in ['generated', 'release']])

    def test_standalone_mount_status_tracks_all_sections(self):
        for acquisitions, expected in [([None, 201], 0), ([201, None], 0), ([201, 201], 201)]:
            with self.subTest(acquisitions=acquisitions), \
                    patch.object(fd_file_mgr.config, 'discover_and_load', return_value=self.conf), \
                    patch.object(fd_file_mgr.SshfsAccess, 'make_available', side_effect=acquisitions), \
                    patch.object(fd_file_mgr.sys, 'argv', ['fd_file_mgr', '-m']):
                with self.assertRaises(SystemExit) as error:
                    fd_file_mgr.main()
                self.assertEqual(error.exception.code, expected)

    def test_sshfs_passes_paths_without_shell_expansion(self):
        with patch.object(fd_file_mgr.os.path, 'ismount', return_value=False), \
                patch.object(fd_file_mgr.os, 'listdir', return_value=[]), \
                patch.object(fd_file_mgr.subprocess, 'run',
                             return_value=subprocess.CompletedProcess([], 0, '', '')) as run:
            fd_file_mgr.SshfsAccess().make_available('user', 'host', 'remote path', '/tmp/local path')
            self.assertEqual(run.call_args.args[0], ['sshfs', 'user@host:remote path', '/tmp/local path'])
tools-0.8.0-beta.1/testing/fd_tool/test_schema.py000066400000000000000000000046141526415265400217220ustar00rootroot00000000000000"""Keep schema and runtime version compatibility aligned."""

from pathlib import Path
import shutil
import subprocess
import tempfile
import unittest

from fd_tool.api.dictionary import normalize_version

try:
    from lxml import etree
except ImportError:
    etree = None

REPO = Path(__file__).resolve().parents[2]


def api_xml(version):
    return f'''
      
        
      
      
    '''


@unittest.skipIf(etree is None, 'lxml is required for schema tests')
class SchemaTests(unittest.TestCase):
    def test_runtime_parity(self):
        schema = etree.RelaxNG(etree.parse(str(REPO / 'freedict-database.rng')))
        cases = ['1', '0.1', '1.00.00', '1.9-fd1', '1.8.1-fd0.2.1',
                 '1.0-fd01.02', '2024.10.06+fd1', '1.2.3-alpha.1',
                 '1.0+foo-bar', '1.0-alpha+build.1', '', '1..0', '1.2.3.4',
                 '1.0-01', '1.0+', '1.0+foo..bar', ' 1.0']
        for version in cases:
            with self.subTest(version=version):
                try:
                    normalize_version(version)
                    expected = True
                except ValueError:
                    expected = False
                self.assertEqual(schema.validate(etree.fromstring(api_xml(version))), expected)

    def test_installed_validators(self):
        with tempfile.TemporaryDirectory() as tmp:
            xml = Path(tmp) / 'api.xml'
            for tool, flags in [('xmllint', ['--noout', '--relaxng']), ('jing', [])]:
                if not shutil.which(tool):
                    continue
                for version, valid in [('1.8.1-fd0.2.1', True), ('1.0-01', False)]:
                    with self.subTest(tool=tool, version=version):
                        xml.write_text(api_xml(version))
                        result = subprocess.run(
                            [tool, *flags, str(REPO / 'freedict-database.rng'), str(xml)],
                            capture_output=True, text=True)
                        self.assertEqual(result.returncode == 0, valid, result.stderr)
tools-0.8.0-beta.1/testing/fd_tool/test_tools_versions.py000066400000000000000000000046321526415265400235520ustar00rootroot00000000000000"""Tools release tags use semantic precedence and the selected tag's date."""

import io
import os
import unittest
from unittest.mock import patch

from fd_tool.api import releases


class ToolsVersionTests(unittest.TestCase):
    def test_semantic_tools_tag_order(self):
        for tags, expected in [
            (['0.9.0', '0.10.0', 'unrelated'], '0.10.0'),
            (['0.8.0-rc.2', '0.8.0', '0.8.0-rc.10'], '0.8.0'),
            (['0.8.0-rc.2', '0.8.0-rc.10'], '0.8.0-rc.10'),
            (['0.8.0', '0.9.0-alpha.1'], '0.9.0-alpha.1'),
        ]:
            with self.subTest(tags=tags):
                self.assertEqual(releases.latest_tools_tag(tags), expected)
                self.assertEqual(releases.latest_tools_tag(reversed(tags)), expected)

    def test_no_semantic_tags_has_clear_error(self):
        with self.assertRaises(releases.ReleaseError):
            releases.latest_tools_tag(['unrelated', 'vague-version'])

    def test_api_selects_semantic_tag_and_matching_commit(self):
        tags = [{'name': tag, 'commit': {'url': 'https://api.github.com/commits/' + tag}}
                for tag in ['0.9.0', '0.10.0', 'unrelated']]
        metadata = {'commit': {'committer': {'date': '2026-01-02T12:00:00Z'}}}
        with patch.object(releases, 'github_request', side_effect=[tags, metadata]) as request, \
                patch.object(releases.urllib.request, 'urlopen',
                             return_value=io.BytesIO(b'archive')):
            result = releases.get_latest_tools_release()
        self.assertEqual(result['version'], '0.10.0')
        self.assertEqual(result['date'], '2026-01-02')
        self.assertEqual(request.call_args.args, ('commits/0.10.0',))
        self.assertTrue(result['URL'].endswith('/0.10.0.tar.gz'))

    def test_local_metadata_uses_tag_commit_not_head(self):
        with patch.dict(os.environ, {'FREEDICT_TOOLS': '/unused'}), \
                patch.object(releases.shutil, 'which', return_value='/usr/bin/git'), \
                patch.object(releases, 'git',
                             side_effect=['0.9.0\n0.10.0\nunrelated', '2026-01-02']) as git:
            version, date, url = releases.get_tools_release()
        self.assertEqual((version, date), ('0.10.0', '2026-01-02'))
        self.assertEqual(git.call_args.args[0],
                         ['show', '-s', '--format=%cs', 'refs/tags/0.10.0^{commit}'])
        self.assertTrue(url.endswith('/freedict-tools-0.10.0.tar.xz'))
tools-0.8.0-beta.1/testing/importers/000077500000000000000000000000001526415265400174425ustar00rootroot00000000000000tools-0.8.0-beta.1/testing/importers/Makefile000066400000000000000000000002461526415265400211040ustar00rootroot00000000000000include ../config.mk

test:
	"$(PYTHON)" -m unittest discover -s .
	"$(PYTHON)" -m unittest discover -s "$(TOOLS_ROOT)/importers/fd_import" -p tests.py

.PHONY: test
tools-0.8.0-beta.1/testing/importers/test_wikdict.py000066400000000000000000000137311526415265400225160ustar00rootroot00000000000000"""Regression tests for safe WikDict importer replacement."""

import importlib.util
import os
import tempfile
import unittest
from pathlib import Path
from unittest.mock import patch

spec = importlib.util.spec_from_file_location('wikdict', Path(__file__).parents[2] / 'importers/wikdict/import_wikdict.py')
wikdict = importlib.util.module_from_spec(spec)
spec.loader.exec_module(wikdict)


class SafetyTests(unittest.TestCase):
    def test_headword_count_accepts_common_separators(self):
        for count in ['10000', '10,000', '10.000', '10 000']:
            tei = f'{count} headwords'
            with self.subTest(count=count):
                self.assertTrue(wikdict.enough_headwords(tei))

    def test_failed_copy_does_not_delete_existing_dictionary(self):
        with tempfile.TemporaryDirectory() as tmp:
            old = Path(tmp) / 'eng-deu'; old.mkdir(); (old / 'keep').write_text('old')
            with patch.object(wikdict, 'download', return_value=''), \
                    patch.object(wikdict, 'enough_headwords', return_value=True):
                previous = os.getcwd()
                try:
                    os.chdir(tmp)
                    with self.assertRaises(FileNotFoundError):
                        wikdict.import_dictionary([], 'https://example.org/eng-deu.tei', 'missing', True)
                finally:
                    os.chdir(previous)
            self.assertEqual((old / 'keep').read_text(), 'old')

    def test_failed_publication_restores_existing_dictionary(self):
        with tempfile.TemporaryDirectory() as tmp:
            root = Path(tmp)
            old = root / 'eng-deu'
            old.mkdir()
            (old / 'keep').write_text('old')
            (old / 'ChangeLog').write_bytes(b'previous {history}\r\n')
            shared = root / 'shared'
            shared.mkdir()
            for name in ['freedict-dictionary.css', 'freedict-P5.dtd', 'INSTALL',
                         'freedict-P5.rng', 'freedict-P5.xml']:
                (shared / name).write_text('fixture')
            replace = os.replace

            def fail_publication(source, destination):
                if Path(source).parent.name.startswith('.eng-deu.'):
                    raise PermissionError('publication denied')
                replace(source, destination)

            previous = os.getcwd()
            try:
                os.chdir(root)
                with patch.object(wikdict, 'download', return_value=''), \
                        patch.object(wikdict, 'enough_headwords', return_value=True), \
                        patch.object(wikdict.os, 'replace', side_effect=fail_publication), \
                        self.assertRaises(PermissionError):
                    wikdict.import_dictionary([], 'https://example.org/eng-deu.tei',
                                              str(shared), True)
            finally:
                os.chdir(previous)
            self.assertEqual((old / 'keep').read_text(), 'old')
            self.assertEqual((old / 'ChangeLog').read_bytes(), b'previous {history}\r\n')
            self.assertFalse((root / 'eng-deu.old').exists())
            self.assertEqual(list(root.glob('.eng-deu.*')), [])

    def test_force_import_matches_exact_name(self):
        links = ['eng-deu.tei', 'eng-deu-extra.tei', 'deu-eng.tei']
        self.assertEqual([link for link in links if link.rsplit('/', 1)[-1] == 'eng-deu.tei'], ['eng-deu.tei'])


    def test_successful_replacement_preserves_history_verbatim(self):
        with tempfile.TemporaryDirectory() as tmp:
            root = Path(tmp)
            old = root / 'eng-deu'
            old.mkdir()
            history = b'Previous {dict} and {unknown} history\r\n\nLast line without newline'
            (old / 'ChangeLog').write_bytes(history)
            shared = root / 'shared'
            shared.mkdir()
            for name in ['freedict-dictionary.css', 'freedict-P5.dtd', 'INSTALL',
                         'freedict-P5.rng', 'freedict-P5.xml']:
                (shared / name).write_text('fixture')
            previous = os.getcwd()
            try:
                os.chdir(root)
                with patch.object(wikdict, 'download', return_value=''), \
                        patch.object(wikdict, 'enough_headwords', return_value=True):
                    wikdict.import_dictionary([], 'https://example.org/eng-deu.tei',
                                              str(shared), True)
            finally:
                os.chdir(previous)
            result = (old / 'ChangeLog').read_bytes()
            self.assertTrue(result.endswith(history))
            self.assertIn(b'automatic import of eng-deu dictionary', result)
            self.assertNotIn(b'.eng-deu.', result)
            self.assertEqual(list(root.glob('.eng-deu.*')), [])

    def test_missing_history_creates_new_entry(self):
        with tempfile.TemporaryDirectory() as tmp:
            dictionary = Path(tmp) / 'eng-deu'
            dictionary.mkdir()
            wikdict.make_changelog(str(dictionary))
            first = (dictionary / 'ChangeLog').read_bytes()
            self.assertIn(b'automatic import of eng-deu dictionary', first)
            wikdict.make_changelog(str(dictionary))
            self.assertTrue((dictionary / 'ChangeLog').read_bytes().endswith(first))

    def test_history_read_failure_preserves_original_dictionary(self):
        with tempfile.TemporaryDirectory() as tmp:
            old = Path(tmp) / 'eng-deu'
            old.mkdir()
            (old / 'ChangeLog').write_bytes(b'original history')
            staged = Path(tmp) / 'staged'
            staged.mkdir()
            with patch('builtins.open', side_effect=PermissionError('history unreadable')), \
                    self.assertRaises(PermissionError):
                wikdict.make_changelog(str(staged), str(old))
            self.assertEqual((old / 'ChangeLog').read_bytes(), b'original history')
            self.assertEqual(list(staged.iterdir()), [])
tools-0.8.0-beta.1/testing/mk/000077500000000000000000000000001526415265400160255ustar00rootroot00000000000000tools-0.8.0-beta.1/testing/mk/Makefile000066400000000000000000000001211526415265400174570ustar00rootroot00000000000000include ../config.mk

test:
	"$(PYTHON)" -m unittest discover -s .

.PHONY: test
tools-0.8.0-beta.1/testing/mk/data/000077500000000000000000000000001526415265400167365ustar00rootroot00000000000000tools-0.8.0-beta.1/testing/mk/data/eng-deu.tei000066400000000000000000000014241526415265400207660ustar00rootroot00000000000000

  
    English-German test
    1.0.0
    3 headwords
    
Test

    
Regression fixture

  
  
    appleApfel
    
househome
Haus
    
über
über & darüber
  

tools-0.8.0-beta.1/testing/mk/test_api_workflow.py000066400000000000000000000071511526415265400221450ustar00rootroot00000000000000"""Make API workflow checks without mounting or contacting remote services."""

import os
from pathlib import Path
import subprocess
import sys
import tempfile
import unittest

REPO = Path(__file__).resolve().parents[2]


class ApiMakeTests(unittest.TestCase):
    def setUp(self):
        self.tmp = tempfile.TemporaryDirectory()
        self.addCleanup(self.tmp.cleanup)
        self.root = Path(self.tmp.name)
        self.env = dict(os.environ, PATH=f'{self.root}{os.pathsep}{os.environ["PATH"]}',
                        REVIEW_LOG=str(self.root / 'calls'), API_DIR=str(self.root / 'api dir'))
        script = f'''#!{sys.executable}
import os, subprocess, sys
from pathlib import Path
name = Path(sys.argv[0]).name
def log(message):
    with open(os.environ['REVIEW_LOG'], 'a') as f:
        f.write(message + '\\n')
if name == 'fd_file_mgr' and sys.argv[1] == '--run':
    log('fd_file_mgr -m')
    status = int(os.environ.get('MOUNT_STATUS', '0'))
    if status not in (0, 201):
        sys.exit(status)
    child = subprocess.run(sys.argv[2:], check=False).returncode
    cleanup = 0
    if status != 201:
        log('fd_file_mgr -u')
        cleanup = int(os.environ.get('CLEANUP_STATUS', '0'))
    sys.exit(child or cleanup)
log(name + ' ' + ' '.join(sys.argv[1:]))
if name == 'fd_file_mgr':
    if sys.argv[1] in ('-a', '-r'):
        print(os.environ['API_DIR'])
        sys.exit(int(os.environ.get('PATH_STATUS', '0')))
    if sys.argv[1] == '-m':
        sys.exit(int(os.environ.get('MOUNT_STATUS', '0')))
    sys.exit(0)
sys.exit(int(os.environ.get('API_STATUS', '0')) if name == 'fd_api' else 0)
'''
        for name in ['fd_api', 'fd_file_mgr', 'validator']:
            path = self.root / name
            path.write_text(script)
            path.chmod(0o755)

    def make(self, target, **env):
        return subprocess.run(
            ['make', '--no-print-directory', target, f'FREEDICT_TOOLS={REPO}',
             f'FREEDICTRC={self.root}/absent', f'XMLLINT={self.root}/validator',
             f'JING={self.root}/validator'], cwd=REPO,
            env=dict(self.env, **env), capture_output=True, text=True)

    def calls(self):
        return (self.root / 'calls').read_text()

    def test_generation_failure_cleans_up_and_skips_validation(self):
        self.assertNotEqual(self.make('api', API_STATUS='7').returncode, 0)
        self.assertIn('fd_file_mgr -u', self.calls())
        self.assertNotIn('validator', self.calls())

    def test_mount_failure_stops_generation(self):
        self.assertNotEqual(self.make('api', MOUNT_STATUS='8').returncode, 0)
        self.assertNotIn('fd_api', self.calls())

    def test_existing_mount_is_preserved(self):
        self.assertEqual(self.make('api', MOUNT_STATUS='201').returncode, 0)
        self.assertNotIn('fd_file_mgr -u', self.calls())
        self.assertIn(f'{self.root}/api dir/freedict-database.xml', self.calls())

    def test_path_failure_stops_validation(self):
        self.assertNotEqual(self.make('api-validation', PATH_STATUS='9').returncode, 0)
        self.assertNotIn('validator', self.calls())

    def test_both_validator_selections(self):
        for value in ['0', '1']:
            with self.subTest(value=value):
                (self.root / 'calls').write_text('')
                self.assertEqual(self.make('api-validation', USE_JING=value).returncode, 0)
                self.assertEqual('--relaxng' in self.calls(), value == '0')


    def test_release_path_failure_and_empty_path_propagate(self):
        for env in [{'PATH_STATUS': '9'}, {'API_DIR': ''}]:
            with self.subTest(env=env):
                self.assertNotEqual(self.make('release-path', **env).returncode, 0)
tools-0.8.0-beta.1/testing/mk/test_deploy.py000066400000000000000000000171141526415265400207360ustar00rootroot00000000000000"""Deployment failures must not be reported as successful releases."""

import os
import sys
import unittest

import test_stardict


class DeployTests(unittest.TestCase):
    def setUp(self):
        self.fixture = test_stardict.StarDictTests()
        self.fixture.setUp()
        self.addCleanup(self.fixture.doCleanups)
        self.fixture.successful('release-stardict')
        self.root = self.fixture.root
        self.remote = self.root / 'remote with spaces'
        self.remote.mkdir()
        self.bin = self.root / 'bin'
        self.bin.mkdir()
        self.env = {'PATH': str(self.bin) + os.pathsep + os.environ['PATH'],
                    'REMOTE_ROOT': str(self.remote), 'REVIEW_LOG': str(self.root / 'remote-calls')}
        helper = self.bin / 'fd_file_mgr'
        helper.write_text(f'''#!{sys.executable}
import os, subprocess, sys
from pathlib import Path
def log(message):
    with Path(os.environ['REVIEW_LOG']).open('a') as out:
        out.write(message + '\\n')
if sys.argv[1] == '-r':
    log('path')
    print(os.environ['REMOTE_ROOT'])
    sys.exit(int(os.environ.get('PATH_STATUS', '0')))
assert sys.argv[1] == '--run'
log('mount')
mount = int(os.environ.get('MOUNT_STATUS', '0'))
if mount not in (0, 201):
    sys.exit(mount)
status = subprocess.run(sys.argv[2:], check=False).returncode
cleanup = 0
if mount != 201:
    log('cleanup')
    cleanup = int(os.environ.get('CLEANUP_STATUS', '0'))
sys.exit(status or cleanup)
''')
        helper.chmod(0o755)
        copy = self.bin / 'cp'
        copy.write_text(f'''#!{sys.executable}
import os, sys
from pathlib import Path
with Path(os.environ['REVIEW_LOG']).open('a') as out:
    out.write('copy ' + sys.argv[2] + '\\n')
kind = 'checksum' if sys.argv[2].endswith('.sha512') else 'archive'
if os.environ.get('FAIL_COPY') == kind:
    sys.exit(9)
os.execv('/bin/cp', ['/bin/cp', *sys.argv[1:]])
''')
        copy.chmod(0o755)

    def deploy(self, *arguments, **env):
        return self.fixture.make('deploy-stardict', *arguments, **dict(self.env, **env))

    def calls(self):
        return (self.root / 'remote-calls').read_text()

    def test_mount_failure_prevents_destination_access(self):
        result = self.deploy(MOUNT_STATUS='8')
        self.assertNotEqual(result.returncode, 0)
        self.assertEqual(self.calls(), 'mount\n')
        self.assertEqual(list(self.remote.iterdir()), [])

    def test_success_copies_archive_and_checksum_and_cleans_up(self):
        result = self.deploy()
        self.assertEqual(result.returncode, 0, result.stdout + result.stderr)
        files = list((self.remote / 'eng-deu/1.0.0').iterdir())
        self.assertEqual(len(files), 2)
        self.assertTrue(any(path.name.endswith('.sha512') for path in files))
        self.assertTrue(self.calls().endswith('cleanup\n'))

    def test_existing_mount_is_preserved(self):
        self.assertEqual(self.deploy(MOUNT_STATUS='201').returncode, 0)
        self.assertNotIn('cleanup', self.calls())

    def test_copy_failures_publish_no_partial_release(self):
        for kind in ['archive', 'checksum']:
            with self.subTest(kind=kind):
                result = self.deploy(FAIL_COPY=kind)
                self.assertNotEqual(result.returncode, 0)
                self.assertEqual(list((self.remote / 'eng-deu/1.0.0').iterdir()), [])
                self.assertTrue(self.calls().endswith('cleanup\n'))

    def test_destination_path_failure_and_empty_path_stop_copying(self):
        for env in [{'PATH_STATUS': '9'}, {'REMOTE_ROOT': ''}]:
            with self.subTest(env=env):
                (self.root / 'remote-calls').write_text('')
                self.assertNotEqual(self.deploy(**env).returncode, 0)
                self.assertNotIn('copy', self.calls())
                self.assertTrue(self.calls().endswith('cleanup\n'))

    def test_cleanup_failure_is_reported(self):
        self.assertNotEqual(self.deploy(CLEANUP_STATUS='7').returncode, 0)

    def test_force_replacement_preserves_previous_files_on_copy_failure(self):
        self.assertEqual(self.deploy().returncode, 0)
        destination = self.remote / 'eng-deu/1.0.0'
        before = {path.name: path.read_bytes() for path in destination.iterdir()}
        self.assertNotEqual(self.deploy('FORCE=y', FAIL_COPY='checksum').returncode, 0)
        self.assertEqual({path.name: path.read_bytes() for path in destination.iterdir()}, before)
        self.assertNotEqual(self.deploy().returncode, 0)


    def test_deployed_files_are_publicly_readable(self):
        archive = next((self.fixture.dictionary / 'build/release').glob('*.tar.xz'))
        archive.chmod(0o600)
        archive.with_name(archive.name + '.sha512').chmod(0o600)
        self.assertEqual(self.deploy().returncode, 0)
        for path in (self.remote / 'eng-deu/1.0.0').iterdir():
            self.assertEqual(path.stat().st_mode & 0o444, 0o444)

    def use_real_manager(self, strategy):
        generated = self.root / 'generated'
        generated.mkdir()
        conf = self.root / 'freedictrc'
        conf.write_text(f'''[DEFAULT]
file_access_via = {strategy}
[release]
local_path = {self.remote}
[generated]
local_path = {generated}
[crafted]
local_path = {self.fixture.dictionary}
''')
        self.env['TEST_FREEDICTRC'] = str(conf)
        helper = self.bin / 'fd_file_mgr'
        helper.write_text(f'''#!{sys.executable}
import os, sys
from pathlib import Path
sys.path.insert(0, {str(test_stardict.REPO / 'fd_tool')!r})
from fd_tool.scripts import fd_file_mgr
fd_file_mgr.config.discover_and_load = lambda: fd_file_mgr.config.load_configuration(os.environ['TEST_FREEDICTRC'])
fd_file_mgr.os.path.ismount = lambda path: Path(path, '.mounted').exists()
fd_file_mgr.main()
''')
        backend = f'''#!{sys.executable}
import os, sys
from pathlib import Path
name = Path(sys.argv[0]).name
path = Path(sys.argv[-1])
with Path(os.environ['REVIEW_LOG']).open('a') as out:
    out.write(name + ' ' + str(path) + '\\n')
if name == 'sshfs':
    if path.name == 'generated' and os.environ.get('FAIL_GENERATED'):
        sys.exit(8)
    (path / '.mounted').touch()
elif name == 'fusermount':
    (path / '.mounted').unlink()
'''
        for name in ['sshfs', 'fusermount', 'unison']:
            executable = self.bin / name
            executable.write_text(backend)
            executable.chmod(0o755)
        return generated

    def test_actual_manager_rolls_back_partial_sshfs_setup(self):
        self.use_real_manager('sshfs')
        result = self.deploy(FAIL_GENERATED='1')
        self.assertNotEqual(result.returncode, 0)
        self.assertIn('fusermount ' + str(self.remote), self.calls())
        self.assertNotIn('copy ', self.calls())
        self.assertEqual(list(self.remote.iterdir()), [])

    def test_actual_manager_preserves_borrowed_sshfs_mount(self):
        generated = self.use_real_manager('sshfs')
        (self.remote / '.mounted').touch()
        result = self.deploy()
        self.assertEqual(result.returncode, 0, result.stdout + result.stderr)
        self.assertTrue((self.remote / '.mounted').exists())
        self.assertFalse((generated / '.mounted').exists())
        self.assertNotIn('fusermount ' + str(self.remote), self.calls())

    def test_actual_unison_manager_uploads_both_sections(self):
        generated = self.use_real_manager('unison')
        result = self.deploy()
        self.assertEqual(result.returncode, 0, result.stdout + result.stderr)
        calls = [line for line in self.calls().splitlines() if line.startswith('unison ')]
        self.assertEqual(calls, ['unison ' + str(path)
                                for path in [self.remote, generated, generated, self.remote]])
        self.assertEqual(len(list((self.remote / 'eng-deu/1.0.0').iterdir())), 2)
tools-0.8.0-beta.1/testing/mk/test_stardict.py000066400000000000000000000267371526415265400212720ustar00rootroot00000000000000"""Exercise StarDict Make rules with a controlled converter."""

import os
from pathlib import Path
import shutil
import subprocess
import sys
import tempfile
import tarfile
import unittest

REPO = Path(__file__).resolve().parents[2]


class StarDictTests(unittest.TestCase):
    def setUp(self):
        self.tmp = tempfile.TemporaryDirectory()
        self.addCleanup(self.tmp.cleanup)
        self.root = Path(self.tmp.name)
        self.dictionary = self.root / 'eng-deu'
        self.dictionary.mkdir()
        shutil.copy2(REPO / 'testing/mk/data/eng-deu.tei', self.dictionary)
        (self.dictionary / 'Makefile').write_text(
            f'FREEDICT_TOOLS := {REPO}\nsupported_phonetics_lang := 2\n'
            'include $(FREEDICT_TOOLS)/mk/dicts.mk\n')
        self.converter = self.root / 'converter'
        self.converter.write_text(f'''#!{sys.executable}
import os, sys, time
from pathlib import Path
with open(os.environ['CONVERSION_LOG'], 'a') as log:
    log.write('conversion\\n')
time.sleep(0.05)
output = Path(sys.argv[-1])
output.write_text("StarDict's dict ifo file\\nversion=3.0.0\\nwordcount=1\\nsynwordcount=1\\n")
output.with_suffix('.idx').write_bytes(b'house\\0' + bytes(8))
output.with_suffix('.dict').write_bytes(b'Haus')
output.with_suffix('.syn').write_bytes(b'home\\0' + bytes(4))
missing = os.environ.get('OMIT_OUTPUT')
if missing:
    output.with_suffix('.' + missing).unlink()
sys.exit(int(os.environ.get('CONVERSION_STATUS', '0')))
''')
        self.converter.chmod(0o755)
        self.output = self.dictionary / 'build/stardict'

    def make(self, *args, **env):
        return subprocess.run(
            ['make', '--no-print-directory', f'PYGLOSSARY={self.converter}',
             f'FREEDICTRC={self.root}/absent', *args], cwd=self.dictionary,
            env=dict(os.environ, CONVERSION_LOG=str(self.root / 'calls'), **env),
            capture_output=True, text=True)

    def successful(self, *args):
        result = self.make(*args)
        self.assertEqual(result.returncode, 0, result.stdout + result.stderr)

    def test_parallel_and_repeated_build(self):
        self.successful('-j4', 'build-stardict', 'build/stardict/eng-deu.ifo',
                        'build/stardict/eng-deu.idx.gz', 'build/stardict/eng-deu.dict')
        self.successful('build-stardict')
        self.assertEqual((self.root / 'calls').read_text().splitlines(), ['conversion'])

    def test_missing_optional_output_rebuilds(self):
        self.successful('build-stardict')
        (self.output / 'eng-deu.syn').unlink()
        self.successful('-j4', 'build-stardict')
        self.assertTrue((self.output / 'eng-deu.syn').exists())
        self.assertEqual(len((self.root / 'calls').read_text().splitlines()), 2)

    def test_failure_never_publishes_partial_files(self):
        result = self.make('build-stardict', CONVERSION_STATUS='7')
        self.assertNotEqual(result.returncode, 0)
        self.assertFalse((self.output / 'build.stamp').exists())
        self.assertFalse(list(self.output.glob('eng-deu.*')))

    def test_missing_required_output_rebuilds(self):
        self.successful('build-stardict')
        for suffix in ['ifo', 'idx.gz', 'dict']:
            with self.subTest(suffix=suffix):
                path = self.output / f'eng-deu.{suffix}'
                path.unlink()
                self.successful('-j4', 'build-stardict')
                self.assertTrue(path.is_file())
        self.assertEqual(len((self.root / 'calls').read_text().splitlines()), 4)

    def test_changed_source_rebuilds(self):
        self.successful('build-stardict')
        with (self.dictionary / 'eng-deu.tei').open('a') as source:
            source.write('\n')
        source = self.dictionary / 'eng-deu.tei'
        marker = self.output / 'build.stamp'
        os.utime(source, ns=(source.stat().st_atime_ns, marker.stat().st_mtime_ns + 1))
        self.successful('-j4', 'build-stardict')
        self.assertEqual(len((self.root / 'calls').read_text().splitlines()), 2)

    def test_incomplete_conversion_is_not_published(self):
        for suffix in ['ifo', 'idx', 'dict', 'syn']:
            with self.subTest(suffix=suffix):
                result = self.make('build-stardict', OMIT_OUTPUT=suffix)
                self.assertNotEqual(result.returncode, 0)
                self.assertFalse((self.output / 'build.stamp').exists())
                self.assertFalse((self.output / 'eng-deu.ifo').exists())
        self.successful('build-stardict')

    def test_failed_rebuild_preserves_previous_outputs(self):
        self.successful('build-stardict')
        before = {path.name: path.read_bytes() for path in self.output.iterdir()
                  if path.is_file()}
        with (self.dictionary / 'eng-deu.tei').open('a') as source:
            source.write('\n')
        source = self.dictionary / 'eng-deu.tei'
        marker = self.output / 'build.stamp'
        os.utime(source, ns=(source.stat().st_atime_ns, marker.stat().st_mtime_ns + 1))
        result = self.make('build-stardict', CONVERSION_STATUS='7')
        self.assertNotEqual(result.returncode, 0)
        self.assertTrue((self.output / 'tmp/eng-deu.ifo').is_file())
        after = {path.name: path.read_bytes() for path in self.output.iterdir()
                 if path.is_file()}
        self.assertEqual(before, after)
        self.successful('build-stardict')
        self.assertEqual(len((self.root / 'calls').read_text().splitlines()), 3)

    def test_configured_environment(self):
        venv = self.root / 'venv'
        (venv / 'bin').mkdir(parents=True)
        shutil.copy2(self.converter, venv / 'bin/pyglossary')
        (venv / 'bin/activate').write_text(f'export PATH="{venv}/bin:$PATH"\n')
        config = self.root / 'freedictrc'
        config.write_text(f'[DEFAULT]\nvirtual_env = {venv}\n')
        self.successful('build-stardict', 'PYGLOSSARY=pyglossary', f'FREEDICTRC={config}')

    def test_archive_and_install_include_synonyms(self):
        self.successful('-j4', 'release-stardict')
        archive = next((self.dictionary / 'build/release').glob('*.tar.xz'))
        with tarfile.open(archive) as tar:
            self.assertIn('eng-deu/eng-deu.syn', tar.getnames())
        timestamp = archive.stat().st_mtime_ns
        self.successful('release-stardict')
        self.assertEqual(archive.stat().st_mtime_ns, timestamp)
        stage = self.root / 'stage'
        self.successful('install-stardict', f'DESTDIR={stage}')
        self.assertTrue((stage / 'usr/local/share/stardict/dic/eng-deu.syn').exists())

    def test_stale_synonyms_are_removed(self):
        stage = self.root / 'stage'
        self.successful('install-stardict', f'DESTDIR={stage}')
        script = self.converter.read_text().replace('synwordcount=1', 'synwordcount=0')
        script = '\n'.join(line for line in script.splitlines()
                           if "with_suffix('.syn')" not in line) + '\n'
        self.converter.write_text(script)
        with (self.dictionary / 'eng-deu.tei').open('a') as source:
            source.write('\n')
        self.successful('install-stardict', f'DESTDIR={stage}')
        self.assertFalse((self.output / 'eng-deu.syn').exists())
        self.assertFalse((stage / 'usr/local/share/stardict/dic/eng-deu.syn').exists())

    def test_install_and_uninstall_all_formats(self):
        for relative in ['build/dictd/eng-deu.c5', 'build/dictd/eng-deu.dict',
                         'build/dictd/eng-deu.dict.dz', 'build/dictd/eng-deu.index',
                         'build/slob/eng-deu-1.0.0.slob']:
            path = self.dictionary / relative
            path.parent.mkdir(parents=True, exist_ok=True)
            path.write_bytes(b'prebuilt fixture')
        stage = self.root / 'stage with spaces'
        restart = self.root / 'restart'
        restart.write_text(f'#!/bin/sh\ntouch "{self.root}/restarted"\n')
        restart.chmod(0o755)
        overrides = [f'DESTDIR={stage}', 'PREFIX=/opt/freedict',
                     f'DICTD_RESTART_SCRIPT={restart}',
                     '--old-file=build/dictd/eng-deu.dict.dz',
                     '--old-file=build/dictd/eng-deu.index']
        self.successful('install-restart', *overrides)
        expected = ['dictd/eng-deu.dict.dz', 'dictd/eng-deu.index',
                    'stardict/dic/eng-deu.ifo', 'stardict/dic/eng-deu.idx.gz',
                    'stardict/dic/eng-deu.dict', 'stardict/dic/eng-deu.syn', 'slob/eng-deu.slob']
        for name in expected:
            self.assertTrue((stage / 'opt/freedict/share' / name).is_file(), name)
        self.successful('uninstall', *overrides)
        self.assertFalse(any(path.is_file() for path in stage.rglob('*')))
        self.assertFalse((self.root / 'restarted').exists())


    def test_unsupported_stardict_is_rejected_before_conversion(self):
        for target in ['build-stardict', 'release-stardict', 'install-stardict', 'deploy-stardict']:
            with self.subTest(target=target):
                result = self.make('-j4', target, 'UNSUPPORTED_PLATFORMS=stardict')
                self.assertNotEqual(result.returncode, 0)
                self.assertIn('does not support', result.stdout)
                self.assertFalse((self.root / 'calls').exists())
        self.successful('build-stardict')
        result = self.make('release-stardict', 'UNSUPPORTED_PLATFORMS=stardict')
        self.assertNotEqual(result.returncode, 0)
        self.assertEqual(len((self.root / 'calls').read_text().splitlines()), 1)

    def test_aggregate_operations_skip_unsupported_formats(self):
        for target in ['build', 'release', 'deploy', 'install']:
            with self.subTest(target=target):
                result = self.make('-n', target, 'UNSUPPORTED_PLATFORMS=dictd slob stardict',
                                   'DISTFILES=eng-deu.tei')
                self.assertEqual(result.returncode, 0, result.stdout + result.stderr)
                self.assertNotIn('--write-format=Stardict', result.stdout)
                self.assertNotIn('install-stardict', result.stdout)
        result = self.make('list-platforms', 'UNSUPPORTED_PLATFORMS=stardict')
        self.assertEqual(result.stdout.strip(), 'src dictd slob')
        result = self.make('query-star')
        self.assertNotEqual(result.returncode, 0)
        self.assertIn('Unknown platform', result.stdout)

    def test_archive_layout_with_custom_build_directory(self):
        (self.dictionary / 'README').write_text('fixture documentation')
        for build in ['output', str(self.root / 'absolute-output')]:
            with self.subTest(build=build):
                self.successful('-j4', 'release-stardict', f'BUILD_DIR={build}')
                directory = self.dictionary / build
                archive = next((directory / 'release').glob('*.tar.xz'))
                with tarfile.open(archive) as tar:
                    self.assertEqual(set(tar.getnames()),
                                     {'eng-deu/eng-deu.' + suffix for suffix in ['ifo', 'idx.gz', 'dict', 'syn']}
                                     | {'eng-deu/README'})
                    self.assertEqual(tar.extractfile('eng-deu/README').read(), b'fixture documentation')
                self.successful('install-stardict', f'BUILD_DIR={build}', f'DESTDIR={self.root}/stage')
                self.assertTrue((self.root / 'stage/usr/local/share/stardict/dic/eng-deu.syn').exists())

    def test_uninstall_removes_formats_even_when_marked_unsupported(self):
        stage = self.root / 'stage'
        self.successful('install-stardict', f'DESTDIR={stage}')
        self.successful('uninstall', 'UNSUPPORTED_PLATFORMS=stardict', f'DESTDIR={stage}')
        self.assertFalse(any(path.is_file() for path in stage.rglob('*')))
tools-0.8.0-beta.1/testing/mk/test_tools_release.py000066400000000000000000000114131526415265400222760ustar00rootroot00000000000000"""Tools archives must match the selected tag, not the working tree."""

import os
import shutil
import subprocess
import sys
import tarfile
import tempfile
import unittest
from pathlib import Path

REPO = Path(__file__).resolve().parents[2]


class ToolsReleaseTests(unittest.TestCase):
    def setUp(self):
        self.tmp = tempfile.TemporaryDirectory()
        self.addCleanup(self.tmp.cleanup)
        self.root = Path(self.tmp.name)
        self.checkout = self.root / 'checkout'
        self.checkout.mkdir()
        for name in ['Makefile', 'mk/config.mk', 'buildhelpers/release.py']:
            destination = self.checkout / name
            destination.parent.mkdir(parents=True, exist_ok=True)
            shutil.copy2(REPO / name, destination)
        (self.checkout / 'README').write_text('tagged content\n')
        (self.checkout / '.gitignore').write_text('*.cache\n')
        self.git('init', '-q')
        self.git('add', '.')
        self.git('-c', 'user.name=Test', '-c', 'user.email=test@example.org',
                 'commit', '-qm', 'Fixture')
        self.git('tag', '0.8.0')
        self.output = self.root / 'output with spaces'

    def git(self, *arguments):
        return subprocess.check_output(['git', '-C', str(self.checkout), *arguments], text=True)

    def make(self, *arguments, **env):
        return subprocess.run(
            ['make', '--no-print-directory', 'release', f'FREEDICT_TOOLS={self.checkout}',
             f'PYTHON={sys.executable}', f'BUILD_DIR={self.output}', *arguments],
            cwd=self.checkout, env={**os.environ, 'TAG': '', **env},
            capture_output=True, text=True, check=False)

    def archive(self):
        return self.output / 'freedict-tools-0.8.0.tar.xz'

    def test_only_tagged_files_are_archived(self):
        (self.checkout / 'README').write_text('later commit\n')
        self.git('add', 'README')
        self.git('-c', 'user.name=Test', '-c', 'user.email=test@example.org',
                 'commit', '-qm', 'Newer commit')
        (self.checkout / 'README').write_text('uncommitted change\n')
        (self.checkout / 'untracked').write_text('do not include')
        (self.checkout / 'ignored.cache').write_text('do not include')
        result = self.make('TAG=0.8.0')
        self.assertEqual(result.returncode, 0, result.stdout + result.stderr)
        self.assertIn('Warning:', result.stderr)
        with tarfile.open(self.archive(), 'r:xz') as archive:
            self.assertEqual(archive.extractfile('tools/README').read(), b'tagged content\n')
            names = archive.getnames()
            self.assertIn('tools/.gitignore', names)
            self.assertNotIn('tools/untracked', names)
            self.assertNotIn('tools/ignored.cache', names)
            self.assertNotIn('tools/.git', names)

    def test_missing_tag_branch_and_commit_are_rejected(self):
        for arguments in [[], ['TAG=missing'], ['TAG=' + self.git('branch', '--show-current').strip()],
                          ['TAG=' + self.git('rev-parse', 'HEAD').strip()]]:
            with self.subTest(arguments=arguments):
                self.assertNotEqual(self.make(*arguments).returncode, 0)
                self.assertFalse(self.output.exists())

    def test_annotated_tag_and_matching_head(self):
        self.git('-c', 'user.name=Test', '-c', 'user.email=test@example.org',
                 'tag', '-a', '0.8.1', '-m', 'Annotated fixture tag')
        result = self.make('TAG=0.8.1')
        self.assertEqual(result.returncode, 0, result.stdout + result.stderr)
        self.assertNotIn('Warning:', result.stderr)
        with tarfile.open(self.output / 'freedict-tools-0.8.1.tar.xz', 'r:xz') as archive:
            self.assertEqual(archive.extractfile('tools/README').read(), b'tagged content\n')

    def test_existing_artifact_is_regenerated(self):
        self.output.mkdir()
        self.archive().write_bytes(b'stale archive')
        self.assertEqual(self.make('TAG=0.8.0').returncode, 0)
        with tarfile.open(self.archive(), 'r:xz') as archive:
            self.assertIn('tools/README', archive.getnames())

    def test_export_failure_preserves_existing_artifact(self):
        self.output.mkdir()
        self.archive().write_bytes(b'previous archive')
        bin_dir = self.root / 'bin'
        bin_dir.mkdir()
        git = bin_dir / 'git'
        git.write_text(f'''#!{sys.executable}
import os, sys
if 'archive' in sys.argv:
    sys.stdout.buffer.write(b'partial archive')
    sys.exit(7)
os.execv({shutil.which('git')!r}, ['git', *sys.argv[1:]])
''')
        git.chmod(0o755)
        result = self.make('TAG=0.8.0', PATH=str(bin_dir) + os.pathsep + os.environ['PATH'])
        self.assertNotEqual(result.returncode, 0)
        self.assertEqual(self.archive().read_bytes(), b'previous archive')
        self.assertEqual(list(self.output.iterdir()), [self.archive()])
tools-0.8.0-beta.1/testing/xsl/000077500000000000000000000000001526415265400162245ustar00rootroot00000000000000tools-0.8.0-beta.1/testing/xsl/find-lonely-braces.xsl000066400000000000000000000241021526415265400224300ustar00rootroot00000000000000


  

  
  

  
  
  

  
  
    
<!DOCTYPE TEI.2
  PUBLIC "-//TEI P4//DTD Main DTD Driver File//EN"
  "http://www.tei-c.org/P4X/DTD/tei2.dtd" [
<!ENTITY % TEI.XML          "INCLUDE" >
<!ENTITY % TEI.dictionaries "INCLUDE" > 
<!ENTITY % TEI.linking      "INCLUDE" >
<!ATTLIST xptr url CDATA #IMPLIED >
<!ATTLIST xref url CDATA #IMPLIED >
]>

    
  

  
    
      Processed 
    
    
    
      
        
      
    
    
    
      check-lonely-nodeset returned .
      
    

    
    
      
	
      
    
  	    

  
  
    

    
      
      false
      
	

        
	   check-lonely-nodeset with  nodes called.
	  
	
	  
	  
	    
	    
	      
		
	      
	    
	    
	    
	      
		
	      
	    
	    
	    
	    
	      
	      true
	      
		
		
		  
		
	      
	    
	  
	  
	  
	    
	      
	    
	  
	
      
    
  

  
  
    

    
      
        
	
	
       
    
    
      true
      
	
	  
            
	    
	    
	   
	
	
	  true
	  
	    
	      
                
		
		
	       
	    
	    
	      true
	      
		
		  
	            
	            
		    
		   
		
		
		  true
		  false
		
	      
	    
	  
	
      
    
  

  
  
    
    
    
    
    
    
    
        check-lonely-node-for-bracetype with node='' and
        open-braces= char-open='' called.
    
    
    
    
      
      false
      
      
	
	  
	  true
	  
	    
	    
	      
	      
	      
	      
	    
	  
	
      
      
      true
      
      
	
	  
	  true
	  
	    
	    
	      
	      
	      
	      
	    
	  
	
      
      
      
	
	
	  
	  
	  
	  
	
      
    
  
 
  
  
    
  



tools-0.8.0-beta.1/testing/xsl/lonely-braces-testcases.tei000066400000000000000000000107441526415265400234700ustar00rootroot00000000000000


 



]>


  

    
      
        Lonely Braces Testcases
	Michael Bunk <kleinerwurm@gmx.net>
      
      
	0.1
      
      only a handful of headwords
      
	FreeDict
	
	  
Copyright (C) 2005 Michael Bunk <kleinerwurm@gmx.net>

	  
GNU GENERAL PUBLIC LICENSE

	  
This program is free software; you can redistribute it and/or modify
	    it under the terms of the GNU General Public License as published by
	    the Free Software Foundation; either version 2 of the License, or
	    (at your option) any later version.

	  
This program is distributed in the hope that it will be useful,
	    but WITHOUT ANY WARRANTY; without even the implied warranty of
	    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
	    GNU General Public License for more details.

	  
You should have received a copy of the GNU General Public License
	    along with this program; if not, write to the Free Software
	    Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.

	
	2005
        http://freedict.org/	
      

      
	free dictionaries
      

      
        testing
      
			    
      
	
Home: 

      
    

    
      
        
This dictionary comes to you through nice people making it
          available for free and for good. It is part of the FreeDict project,
          http://www.freedict.org / http://freedict.de. This
          project aims to make available many translating dictionaries
          for free. Your contributions are welcome!

      
    

    
      
	2005-06-23
	
	  FreeDict Maintainer
	  Michael Bunk
	
	Wrote these testcases.
      
    
  

  
    

      
        
(

	This entry should be found.
      

      
        
a { without counterpart

	This entry should be found as well.
      

      
        
a valid headword

	But a broken translation. <
      

      
        
a valid headword

	But an as well broken translation. >
      

      
        
valid headword without any braces

	This entry should not be found.
      

      
        
valid headword (with allowed corresponding braces)

	This entry should not be found. But since braces should be avoided,
	we could emit a warning...
      

      
        

	  This is a pathologic example (BTW, phrases as headwords are
	    something disputable).
	  The problem (with this element {content)} ist, that different
	    brace types nest incorrectly.
	

	This entry should be found, but cannot.
      

      
        

	  Did I mention it would be nice (to
	  be able to automatically determine) test success or failure?
	

	This entry should be found.
      

      
        

	  Many elements
	

	The
	bug
	can
	be
	found
	only
	in
	the
	last
	"tr"
	element {
      

    
  

tools-0.8.0-beta.1/testing/xsl/ungrouped-homographs.tei000066400000000000000000000050461526415265400231110ustar00rootroot00000000000000





]>

  
    
      
        Test FreeDict Dictionary
	
	  Author
	  Michael Bunk <micha@luetzschena.de>
	
	
	  Maintainer
	  Michael Bunk <micha@luetzschena.de>
	
      
      
	0.1
      
      1 testcase
      
	FreeDict
	
	  
GNU GENERAL PUBLIC LICENSE

	
	2005
	http://freedict.org/
      
      
	free dictionaries
      
     
       used only for testing purposes
     
     
        
Home: 

      
    
    
        
          
This dictionary comes to you through nice people making it
          available for free and for good. It is part of the FreeDict project,
          http://www.freedict.org / http://freedict.de. This
          project aims to make available many translating dictionaries
          for free. Your contributions are welcome!

      
    
   
       
	2005-03-02
	Michael Bunk
	Created this file to test group-homographs.xsl,
	  an XSLT stylesheet to group homographs using the
	  hom element.
      
    
  

  
    

      
        

	  homograph1
	  homograph2
	

	
	  n
	  m
	
        
	  The first and second homograph. They are nouns.
	    homograph1 should become grouped with its homograph1
	    from the next entry. homograph2 should go into its
	    own entry.
	
      
      
        

	  homograph1
	

	
	  adj
	
        
	  This homograph1 is an adjective.
	
      
    
  


tools-0.8.0-beta.1/xmltei2xmldict.pl000077500000000000000000000124461526415265400172610ustar00rootroot00000000000000#!/usr/bin/perl
#xmltei2xmldict.pl requires:
#
#- nsgmls from SP 1.3.4 from http://www.jclark.com/jade/
#  or OpenSP from http://openjade.sourceforge.net/
#- ESISParser.pm from libxml-perl-0.07, available via
#	(su)
#	perl -MCPAN -e shell
#	install K/KM/KMACLEOD/libxml-perl-0.07.tar.gz
#- TEI P4 DTDs, available from http://www.tei-c.org/Guidelines2/index.html
#- make SGML_CATALOG_FILES point to the right location(s), e.g.
#	export SGML_CATALOG_FILES="/usr/share/doc/packages/sp/\
#html-xml/xml.soc:/var/lib/sgml/CATALOG.tei_4xml:/var/lib/sgml/\
#CATALOG.iso_ent"
#- Sablotron library and Perl module:
#
# $Id$

# V1.5 10/2006 Michael Bunk
#   * removed -l option completely
#   * cosmetic changes / rewrite
#   * new option -n to set NSGMLS option of XML:ESISParser
#
# V1.4 5/2004 Michael Bunk
#   * added option to generate 00-database-allchars header
#
# V1.3 4/2004 Michael Bunk kleinerwurm-at-gmx.net
#   * finally used FindBin
#   * use warnings; instead of #!perl -w to avoid warnings
#     in foreign code (Sablotron module)
#
# V1.1 2/2004 Michael Bunk kleinerwurm-at-gmx.net
#   * put .pm files into lib/
#
# V1.0 6/2003 Michael Bunk kleinerwurm-at-gmx.net
#   * based on tei2dict_xml.pl
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, visit
# 

use warnings;
use strict;
use FindBin;
use lib "$FindBin::Bin";
use XML::ESISParser;
use Getopt::Std;
use XML::Sablotron;
use XML::Sablotron::DOM;
use lib::TEIHandlerxml_xml;

our ($opt_f, $opt_h, $opt_s, $opt_c, $opt_u, $opt_i,
  $opt_r, $opt_t, $opt_a, $sab, $sit, $opt_n, $opt_d);
getopts 'surai:f:t:n:d:';

unless (defined $opt_f)
{
 print STDERR < elements


 The TEI input file is expected as XML in TEI P4 format, see
 http://www.tei-c.org/
 Outputs .index and .dict file. The index is sorted with sort(1).
 This help is printed, because there was no TEI file given.

 Usage: $0 -f  [-sura] [-i |-t ]
           [-n ] [-d ]

 -s   skip TEI header: do not treat it to generate 00-database-info & co
      special entrys (good to convert adapted SGML TEI files)
 -u   generate headword 00-database-utf8 in index file to mark the database
      being in UTF-8 encoding.  When this is given, 'sort' is called without -d
      option, ie. all characters are used in comparisons.
 -r   generate reverse index (use  instead of )
 -a   generate headword 00-database-allchars (but no change in index mangling!)
      This converter cannot generate the 00-database-alphabet entry, so -a is
      required for non-latin scripts.  You should prefer to use dictfmt(1)
      then.
 -i \t execute filtercmd for each entry (eg. 'sabcmd style.xsl')
 -t \t use an XSLT stylesheet for filtering the entries with
      the Sablotron library. Excludes -i.
 -n \tSets the NSGMLS option of XML::ESISParser.  By default 'nsgmls'
      is used.  To use OpenSP, set this option to 'onsgmls'.
 -d \tSets the Declaration option of XML::ESISParser.
      XML::ESISParser expects the SGML declaration by default in
      /usr/lib/sgml/declaration/xml.decl.  In Debian
      /usr/share/xml/declaration/xml1n.dcl works best with nsgmls from the SP
      XML parser.
 \t name of TEI input file

END
 exit 1
 }

our $file = $opt_f;
unless (-f $file)
{ print STDERR "Can't find file \"$file\""; exit 2 }

if ($opt_i && $opt_t)
{ print STDERR "Only one of -i and -t may be given"; exit 2 }

our $my_handler = lib::TEIHandlerxml_xml->new();

$my_handler->set_options(
    $file, # hand over name for .dict and .index output files
    $opt_s ? 1 : 0,		# skip TEI header
    $opt_u ? 1 : 0,		# generate 00-database-utf8
    "C",			# locale
    $opt_i ? $opt_i : "",	# filter command
    $opt_t,			# stylesheet for Sablotron
    $opt_r ? 1 : 0,		# generate reverse index
    $opt_a ? 1 : 0);		# generate 00-database-allchars

unless (defined $ENV{SGML_CATALOG_FILES})
{
 $ENV{SGML_CATALOG_FILES} =
   "/var/lib/sgml/CATALOG.tei_4xml:/var/lib/sgml/CATALOG.iso_ent";
 print STDERR <new->parse(Source => { SystemId => $file },
                            Handler => $my_handler, %additional_args);

print STDERR "Created $Dict::headwords headwords (including multiple -s / from the -s).\n";

tools-0.8.0-beta.1/xquery/000077500000000000000000000000001526415265400152765ustar00rootroot00000000000000tools-0.8.0-beta.1/xquery/simple_dump.xquery000066400000000000000000000043201526415265400210720ustar00rootroot00000000000000(: simple_dump.xquery - perform a simple dump of the contents of a FreeDict dictionary

Originally by Piotr Bański (bansp at o2.pl), 01-nov-2010.
License: GNU GPL ver. 3.0 or any later version. 

$Id$

This script expects an external parameter $lg_pair but you may safely set that to '' 
and manipulate the contents of $my_lg_pair pair instead.

Initially, it was only supposed to match the headword(s) with their equivalents, 
but I got slightly carried away. Still, this is supposed to be a simple dump, 
so it skips a lot of potential details.

:)

declare default element namespace "http://www.tei-c.org/ns/1.0";
declare namespace functx = "http:///www.functx.com";

declare option saxon:output "method=text";

(:the following variable is system-internal :)
declare variable $my_svn_id as xs:string := "$Id$";

(: set this to the pair of languages that you want to process :)
declare variable $my_lg_pair as xs:string := "srp-eng";

(: reset this to true() for an even simpler dump :)
declare variable $skip_gram as xs:boolean := false();

declare variable $lg_pair as xs:string external;

declare function functx:get_lg_pair() as xs:string {
let $lgs := if ($lg_pair) then $lg_pair else $my_lg_pair
return $lgs
};

declare function functx:get_filename() as xs:string {
let $lgs := functx:get_lg_pair()
return concat('../../',$lgs,'/',$lgs,'.tei')
};

declare function functx:header() as xs:string {
let $ret := concat('Dump of ',functx:get_lg_pair(),'.tei on ',substring-before(string(xs:date(current-dateTime())),'+'),' at ',substring-before(string(xs:time(current-dateTime())),'.'),'

')
return $ret
};

declare function functx:process() as xs:string+ {
for $entry in doc(functx:get_filename())/TEI/text/body/entry
let $hdwd := $entry/form/orth
let $gram := for $any in $entry/gramGrp/* return normalize-space($any)
let $gloss := $entry//cit[@type='trans']/quote | $entry//sense/def
order by lower-case($hdwd[1])
return concat(string-join($hdwd,', '),if (count($gram) and not($skip_gram)) then concat('  [',string-join($gram,'|'),']  ') else ' -- ',normalize-space(string-join($gloss,', ')))
};

let $ret := functx:process()
return concat(functx:header(),string-join($ret,'
'))
tools-0.8.0-beta.1/xsl/000077500000000000000000000000001526415265400145475ustar00rootroot00000000000000tools-0.8.0-beta.1/xsl/freedict_P4toP5.xsl000066400000000000000000000170351526415265400202050ustar00rootroot00000000000000


  

  
    Converter for FreeDict.org databases: from P4 to P5
    
      
The input dictionaries vary in some details, so expect to tweak this script. In some cases
        the tweaks may be worth porting back to the project, in some cases you will probably judge
        them as specific to the dictionary at hand. In general, this is going to be a one-time
        script: it should do most of the conversion work for you, and you will be left with the remaining details,
        hopefully only within the header. Please make sure to indicate in the revisionDesc that
        conversion has taken place! And then check if the FreeDict build system converts your TEI source to c5 properly.

      
    
    Piotr Bański
    the author(s), 2010; license: GPL v3 or any later version
      (http://www.gnu.org/licenses/gpl.html).
    $Id$
  

  
    
      
        
      
      
        
      
    
  

Convert trans to as many (sense/)cit as there are tr elements inside it. If the original dictionary has no sense elements under entry, create them around each old trans.
  
    
          
      
        
      
      
        
          
            
          
          
        
      
    
  

  
    
      
        
      
      
    
  

  

Convert gen elements *inside* trans. Be careful: this is a very specific case and you may have to tweak this template for your database (probably by removing the gramGrp layer)
  
    

      
        
      
    
  
  
  Convert pos elements *inside* trans. Be careful: this is a very specific case and you may have to tweak this template for your database (possibly by removing the gramGrp layer; mind also the template for trans/gen - if more such elements occur in a trans, it might be better to group them in a more nifty way)
  
    
      
        
      
    
  
  
  
  
    
    
      
        
        YOUR_NAME_HERE: Conversion of TEI P4 source into P5 via tools/xsl/freedict_P4toP5.xsl; manual clean-up.
      
    
  
  
  
    http://freedict.org/
  

  
    
      
This dictionary comes to you through nice people making it available for free and for good. It is part of the FreeDict project, http://freedict.org/. This project aims to make translating dictionaries available for free. Your contributions are
        welcome!

    
  

  
    
      
    
    
      for the freedict database
      Maintainer
      [up for grabs]
    
  

  
    
      
      $Id:$
    
  

  
  
  
    
  

  
    
      
Copyright (C) 1999-2010 by various authors listed below.

      
Available under the terms of the GNU General Public License ver. 2.0 and any later version.

      
This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software
        Foundation; either version 2 of the License, or (at your option) any later version.

      
This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A
        PARTICULAR PURPOSE. See the GNU General Public License for more details.

      
You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 59 Temple Place
        - Suite 330, Boston, MA 02111-1307, USA.

    
  
  
  
  
    
  
  
    eat the default or unnecessary attributes 
  


tools-0.8.0-beta.1/xsl/getauthor.xsl000066400000000000000000000014761526415265400173110ustar00rootroot00000000000000




  



  
     
          
    
    
      
    
  




tools-0.8.0-beta.1/xsl/getedition.xsl000066400000000000000000000017401526415265400174340ustar00rootroot00000000000000






  
     
          
    
    
       
        
          
        
        
          
        
      
    
  





tools-0.8.0-beta.1/xsl/getmaintainer.xsl000066400000000000000000000006061526415265400201300ustar00rootroot00000000000000






  




tools-0.8.0-beta.1/xsl/getsourceurl.xsl000066400000000000000000000013101526415265400200150ustar00rootroot00000000000000





  

  
     
          
    
    
      
    
  




tools-0.8.0-beta.1/xsl/getstatus.xsl000066400000000000000000000012271526415265400173240ustar00rootroot00000000000000






    
         
                
        
        
            
        
    




tools-0.8.0-beta.1/xsl/gettitle.xsl000066400000000000000000000011301526415265400171130ustar00rootroot00000000000000






  
     
          
    
    
      
    
  




tools-0.8.0-beta.1/xsl/group-homographs-sorted.xsl000066400000000000000000000211121526415265400220730ustar00rootroot00000000000000


  

  
  

  

  
  

  
  
    
  

  
    
      
        
      
    
  

  
    

    
    
      Processing entry 
    

    

      
      
        
	  
	    	Skipping already handled homograph '
	    
	    '.
	  
	
      

      
      
	
	
        
      

      
      

	

	  
        

          
	    
	      Transforming using <hom>: '
	      
	      ' has 
	      
	      ? homographs.
	    
	  

	  
	    
	      Warning: Can't handle multiple <orth> elements: 
	      
		'' 
	      - Results undefined. They should be separated into their own entries.
	    
	  

	  
	  
	  


	  
	  
        
	  
	    
        
	    
	    
        
	  
	  
        

	  
	  
	    
	    
	  

	  
      
	
      
    
  

  
    
    

    

    
      
        
      
	
        
	
	
        
      
      
        

      
      
	
	
      

    
  

  
  
    
  



tools-0.8.0-beta.1/xsl/group-homographs.xsl000066400000000000000000000117761526415265400206140ustar00rootroot00000000000000


  


  
  

  

  
  

  
  
    
  

  
    
    
    
    

      
      
        
	  
	    Skipping already handled homograph ''.
	  
	
      

      
      
	

	  
        

          
	    
	      Transforming using <hom>: '
	      
	      ' has 
	      
	       homographs.
	    
	  

	  
	    
	      Can't handle multiple <orth> elements (yet?): 
	      
		'' 
	      - They should be separated into their own entries.
	    
	  

	  
	  


	  
	  
        
	  
	    
        
	    
	    
        
	  
	  
        

	  
	  
	    
        
	    
	      
        
	      
	      
        
	    
	    
        
	  
	  
      
	
      

      
      
	
	
        
      

    
  

  
  
    
  



tools-0.8.0-beta.1/xsl/inc/000077500000000000000000000000001526415265400153205ustar00rootroot00000000000000tools-0.8.0-beta.1/xsl/inc/indent.xsl000066400000000000000000000114301526415265400173300ustar00rootroot00000000000000



  

  

  
  
    
    
    
    
    
    

    
      
      
	
	

      

      
      
	
	
	  
	    
	    
	    
	    
	      
		
		
		
	      
	    
	  
	
	
	
	

	
	
	
	
	  
	  
	  
	
      
    
  

  
  
    
    
    
    
    
      
        
      
      
        
          
            
          
          
            
              
              
              
            
          
        
      
    
  

  
  
    
    
    
      
	
      
      
        
          
            
          
          
            
              
              
            
          
        
      
    
  

  



tools-0.8.0-beta.1/xsl/inc/teientry2txt.xsl000066400000000000000000000433161526415265400205440ustar00rootroot00000000000000




  

  

  $Id: teientry2txt.xsl 1166 2011-09-10 20:02:34Z bansp $

  

  
  
    
    
    
    

    
  

  
  
    
    
    
        
           (
        
        	
        
           
        
        
        
          
          
             
          
        

        
        
          
            
              
              
                
              
              
                
              
              
                
              
              
                
              
              
                
              
            
            
              , 
            
          
          
        
        
          
        
        
         
        
        
          
             
              , 
              
                
            
               
               
          

          
          
            )
          
        

  
  
    
    
      , 
    
  

  
    
    
  

  
    
    
       (
      
      )
    


  
    
    
       <
    
    
      
      
        , 
      
    
    
      >
    

    
    
       
      
    
    
    
       [sg=pl]
    
  

  
    
  
  
  
  
    
      
        0
        
          
        
      
    
    
      
        
          
        
        
          
        
      
    
    
      

    
    
       
    
    
    
  

  
	
		

			 - 
			, 
			
		
		
			
      	
			
		
		
			 (	
			
			) 	
		
		
			
			 
				
	
  

  
    
      
        
      
      
        
        
      
      
        
      
    
  

  
     [
    
    ] 
  

  
    

    
      
    
    
    
      
        
          
            
              
            
            
              
            
          
        
        
      
      
        
          
          
          
        
      
    
  

  
    
      
        
      
      
        
          
            
   See also: 
            
            

          
          
            
   
            
              
                Synonyms: 
              
              
                Synonym: 
              
            
            
            

          
          
            
   
            
              
                Antonyms: 
              
              
                Antonym: 
              
            
            
            

          
          
            
            
 Inflection of: 
            
            

          
          
            
            
 Derived from: 
            
            

          
          
          
            
            (imp: 
            
            )
          
          
            
            (pl: 
            
            )
          
          
            
            (past: 
            
            )
          
          
            
            (
            
            )
          
          
            
            
 
            
            
            

          
        
      
    
  

  
    
      , 
    
    
      
        
      
      
        
      
    
  

  
    
  

  

  
    
      
    
    
      
        
          
        
        
          
        
      
    
    
      
        
      
      
        
         Entry edited by: 
        
        

      
      
      
        
      
      
        

        
          
          
          
          
        
      
      
		
        
      
      
        

        
          
          
          
          
        
      
      
        
        

      
      
    
  

  
    
  
  
  
	 (
	
	) 

 
  
   



    
      
		
	  
	  
		
	  
    



tools-0.8.0-beta.1/xsl/inc/teiheader2txt.xsl000066400000000000000000000254231526415265400206320ustar00rootroot00000000000000



  

  
  
  
  
  $Id: teiheader2txt.xsl 1095 2011-01-06 14:57:17Z bansp$

  
  
  

  

  

  
    
    


    
      : 
      

    
    

  

  
  
    Edition: 
    
    


    
      
        
          
          
          
        
      
      

    
  

  
    Size: 
    
    


  

  I understand this is needed for cases where we merely redistribute stuff.
  
    
  
  
  For upstream publishers, I guess.
  
    
  

  Shouldn't this always be the FreeDict URL?
  
    
  

  Id #, currently we only use the SVN Id.
  
    
  


  
    

Availability:


    
           
      
        
        
        
      
    
    

  

  
    
    

  

  
    Series: 
    
    


  

  
    Notes:


    
    

  

  
     * 
    
      Database Status: 
    
    
      
      
      
    
    

  

  
    Source(s):

  
    
      
    
    
      
      
      
    
    

  

  
      
    
    


  

  
    
  

  
    The Project:

  
    
      
      
      
    
    

  

  
    Changelog:


    
    
  

  
    
      
        
          
        
        
          
        
      
    
    
      
        
          
        
        
          
          
          
            
              
            
            
              
            
          
        
      
    
    

    
    
       
      
    
    :

    

  

  
  
  
  

  
    
      
        
          
        
        
          
        
      
    
    
      
      
      
    
  

  
  
  
    
    
      
        
        
        
      
      
    
    
      
        
          
            
            
          
          
            
          
        
      
      
        
        
        
      
      
      
        
      
    
  
	
    
    


tools-0.8.0-beta.1/xsl/re-indent.xsl000066400000000000000000000016211526415265400171640ustar00rootroot00000000000000



    Source XML reformatter
    
      
This is just an indentity transform with an added instruction to reformat the source 
        and add the XML declaration. Small and silly, but useful.

      
Distributor: FreeDict.org (http://freedict.org/)
      
    
    public domain
    $Id:$
  

  
  

  
    
      
    
  

tools-0.8.0-beta.1/xsl/sort.xsl000066400000000000000000000022601526415265400162660ustar00rootroot00000000000000


  

  
  

  
    
      
        
      
    
  

  
  
    
  



tools-0.8.0-beta.1/xsl/tei-wrapper.xml000066400000000000000000000010701526415265400175260ustar00rootroot00000000000000








]>
&e;
tools-0.8.0-beta.1/xsl/tei2c5-reverse.xsl000066400000000000000000000033121526415265400200420ustar00rootroot00000000000000



  

  
  

  

  
  
    
    
    
  

  
    _____


    00-database-short

    
     [reverse index]

  


  
    
    _____



    
    
      
      %%%
    
    


    
    

    

  


tools-0.8.0-beta.1/xsl/tei2c5.xsl000066400000000000000000000116611526415265400163770ustar00rootroot00000000000000





  
  

  

  

  

  
  
    
    
    
    
  

  
    _____


    00-database-info

    
    
  

  
    _____


    00-database-short

    
    

  

  Use either the ref of type='home' or possibly make a mistake and use the first ref under sourceDesc.
  
    
      
    

     
      _____


      00-database-url

      
        
      

    
  


  
    
    _____



    
    
      
        Warning! Empty headword for entry #
        
      
      
      %%%
    
    


    
    

    

    
      : Processed  of  entries (%).
    
  

There is nothing special about the '=' characters, it's just a piece of quasi-aesthetic pseudomagic.

  =====================================================================
      
  =====================================================================

  
  
    
  

An important note: tables within paragraphs will not render nice at all.
  
    

    
    

  
  
  
    | 
    
    

  
  
  
      
    
  



tools-0.8.0-beta.1/xsl/tei2dic.xsl000066400000000000000000000334301526415265400166250ustar00rootroot00000000000000




  

  
    
    
  

  

  
    
    \en
  

  
  

  
    
    id=
    
    


    
    char-precedence=
    
      
	{ -,!/.()?}{a}{AäÄ}{b}{B}{c}{C}
	{d}{D}{e}{E}{f}{F}{g}{G}{h}{H}{i}{I}{j}{J}{k}{K}
        {l}{L}{m}{M}{n}{N}{o}{OöÖ}{p}{P}{q}{Q}{r}{R}{s}{Sß}
	{t}{T}{u}{UüÜ}{v}{V}{w}{W}{x}{X}{y}{Y}{z}{Z}

      
      
	
	Warning: No preset char-precedence for  language.
	 Using modified Wikipedia char-precedence.
	{a}{AäâàáåãæÀÁÂÃÄÅÆ}{b}{B}{c}{CçÇ}{d}{DðÐ}{e}{EèéêëÈÉÊ}
	{f}{F}{g}{G}{hH}{i}{IíîìïÍÎ}{j}{J}{k}{K}{l}{L£}{m}{Mµ}
	{n}{NñÑ}{o}{OôøòõóöÓÔÕÖ}{p}{P}{q}{Q}{r}{R}{s}{Sß}{t}{T}
	{u}{UüùúûÙÚÜ}{v}{V}{w}{W}{x}{X}{y}{Yýÿ}{z}{Z}0123456789
	-,;:!?/.`~'()}@$*\&%=×ØÞ­´¸§°·²½±¡³ºª»«þ¼¿
      
    

    description=
    
     
    
    


    maintainer=
    
    


    copyright=Publisher: 
    
     Year: 
    
     Place: 
    
    
    
    


    
    comment00=Dictionary Source URL: 
    
    


    comment01=XSLT processor used for TEI->bedic conversion: 
    
    

    comment02=Stylesheet used for TEI->bedic conversion: V
    
    


    
      comment
      
      =Note: 
      
      

    
    

    
    
      comment
      
      =ChangLog: 
      
       
      
      : 
      
      

    

    
    \0
  

  
  
    
    
      
	Warning: Skipping entry without or with empty orth element(s).
      
      
	Warning: Skipping entry with only form child(ren). form contents: ''
      
      
	
	  Warning: Ignoring additional orth elements in entry ''.
	  
	
	
	


	

	
        
	  
	    
	  
	

	
	\0
      
    
  

  
    
      
    
  

  
  
    
    
      
	Stylesheet assertion failed: Template 'format-homograph' called without input
      
      
	{s}
	

	

	
	

	
	
	  
	

	{/s}
      
    
  

  
    {ps}
    
    
       
      
    
    
       
      
    
    {/ps}
  

  
    {pr}{/pr}
  

  
    
      
    
  

  
  
    
    
      {ss}

      

      

      

      
	 -- 
        
      

      
	 -- See also: 
	
	  
	  
	    , 
	  
	
      

      {/ss}
    
  

  
    {ct}
    
    .{/ct} 
  

  
    
    
      
      , 
    

    
     ()
    , 
  

  
    
  

  
    
    
       (
      
      )
    
  

  
    {ex}"
    
      
	
	
	{hw/}
	
      
      
	
      
    
    "

    
       (
      
      )
    
    {/ex}
  

  
    {sa}
    
    {/sa}
  



tools-0.8.0-beta.1/xsl/tei2dictxml.xsl000066400000000000000000000017371526415265400175370ustar00rootroot00000000000000


  


  
    
  


  
  

  
    
  
















_____













tools-0.8.0-beta.1/xsl/tei2ding.xsl000066400000000000000000000063161526415265400170120ustar00rootroot00000000000000




  

  

  $Id$

  
  
    
  

  
    

     
    
      
	Warning: Skipping entry without <orth> children.
      
      
	Warning: Skipping entry  without <tr> or <def> children:
	  
	
      
      
	
	  
	    
	  

	  
	  
	     {
	    
	      
	      
		
	      
	      
		
	      
	    
	    }
	  

	  ; 
	

	 :: 

	
	  
	    
	  
	  
	     [
	    
	    .]
	  
	  ; 
	

	

      
    
  

  
    

    

    
      Warning: Word contains languages separator (' :: '):
        
      
    

    

    
      Warning: Word contained semicolon:
        
Result:
        
      
    

    
  



tools-0.8.0-beta.1/xsl/tei2haali.xsl000066400000000000000000000117771526415265400171560ustar00rootroot00000000000000


  

  


  NEWLINE

  ::



  
    
    
    

    
      
        
          
          
          
        
      

      
      

      


      
        
        
        
      

    
  


  
    
    


    

    
      
        
      
      
        
          
            
          
          
            
              
              
              
            
          
        
      
    
  


  
    
    
      
      40
      0
    
  



  
  

  
  

  
  

  
    
    
      
    
      
    
  

  
    

    
      
    
  


  
     [] 
  

  
    

    
      
    
  

  
    
     (

    
      
    
    ) 
  

  
    
    
  

  
    

    
      
    
  

  
    

    
      
    
  



  
    
    
    
      
      

        
        
      

    

  
      
      40
      2
    
    
      	  *
    
  

  
    
      
    
  

  
    
    
      ; 
    
  

  (
    
     )
  


tools-0.8.0-beta.1/xsl/tei2htm.xsl000066400000000000000000000045511526415265400166600ustar00rootroot00000000000000








  
    
      
    
    
      
    
	
      

    
  



  

    
    
  




  



  []



  



  . 



  
  
    
  



  

    
      
    
    

    
    

    
      ; 
    

    

    

    
      
See also:
      
    
  




  . 



  
  , 



  ()



  




  ""



  = ""



  
  , 




tools-0.8.0-beta.1/xsl/tei2txt.xsl000066400000000000000000000006621526415265400167060ustar00rootroot00000000000000





  
  
  



tools-0.8.0-beta.1/xsl/tei2vok.xsl000066400000000000000000000204271526415265400166670ustar00rootroot00000000000000




  

  
  

  

  
  

  $Id$

  

  ;/‐ĞğİıŞşćčđřăČąĆĐŭŵŷŌōēĈĉďěĜĝĥĵľňŘŝťůșț
  ,+-GgIiSsccdraCaCDuwyOoeCcdeGghjlnRstust

  

  ˙

  
  
    [words]

    

    [phrases]

    

    [notes]

    

  

  
    

    
    
      
	Warning: Skipping entry without <orth> children.
      
      
	Warning: Skipping entry  without <tr> or <def> children:
	  
	
      
      
	
	  
	    
	  
	  ;
	

	
	
	   {
	  
	    
	      
	    
	    
	      
	    
	  
	  }
	

	/

	
	
	  Warning! Ignoring translation alternatives exceeding 16 for entry:
	    
	  
        

	
	  
	    
	  
	  ;
	

	

      
    
  

  
    

    
      
	
	
	
	
      
    

    
      
	
	
	
	
      
    

    
    

    
    
      Warning: Truncating to 127 characters:
        
Result:
        
      
    

    
  

  
  
    
    
    
    
      
	
	  
	  
	  
	    
	    
	    
	  

	
	
	  
	  
	  
	    
	    
	    
	  
	
      
    
  



tools-0.8.0-beta.1/xsl/tei2webster.xsl000066400000000000000000000025531526415265400175430ustar00rootroot00000000000000


  




  
    
  

  
     []
  

  
    
  

  
     (
    
    ) 
  

  
    
  

  
    
  

  
    
  



  
    
  

  
    
      
    
  

  ; 

  (
    
     )
  



It presupposes that your working copy of Freedict starts at (SVN/)freedict/trunk/ (you
        really don't need the other directories besides the trunk/) and that there is a copy of 
        Sebastian Rahtz's TEI
          Stylesheets located in (SVN/)TEI/Stylesheets/ (this is only relevant for the xsl:import
        statement; but without that statement this script won't do its job).