Set default input and translation tables according to NVDA's language #17222
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nvdaes
changed the title
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@CyrilleB79 and others, I think that this is ready for a first review. After that, I'll ask on the translators mailing list before requesting a review to NV Access. |
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While I have no time for an in depth review, here are some considerations:
- I wouldn't separate languages for input and for translation, only add the ability to provide the tables language. Then, in
getDefaultTableForCurLangreturn the first thable that has that language and has output or input enabled, respectively. - If there is an indention to use liblouis metadata somewhere in the future, It should be considered to retrieve the language from metadata as well.
- On a first glance, this pr doesn't deal properly with the input table set to auto, I couldn't faind changes in the brailleInput module. While at it, I'd consider having a
getDefaultTableForCurLangfunction inbraillethat retrieves only output tables, and a similar function inbrailleInputthat retrieves input table. That way, the output and input systems are clearly separated.
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@LeonarddeR , thanks for your review. I guess you are in the right way with your comments.
I think that they should be separated, since, for example, the input and translation table from German aren't the same.
Probably I'm missing something here. But in practice, testing changes, when I run NVDA from source without configuring braille tables, in my system, Spanish grade1 is used for input and output. |
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@coderabbitai, can you review this or provide suggestions? |
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WalkthroughThe pull request introduces enhancements to the braille table management in NVDA, including a new enumeration for table types, updated methods for handling language-specific braille tables, and modifications to configuration settings for automatic selection of tables based on the system language. The changes aim to improve user experience by aligning braille table defaults with the user's language settings. Changes
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Tip For best results, initiate chat on the files or code changes. @nvdaes: I've reviewed your changes. Great work on setting the default input and translation braille tables according to NVDA's language. I noticed a few potential issues with the language codes used in the
I recommend reviewing and updating the language codes to ensure they match the correct ISO codes for the respective languages. Additionally, in some instances, the Moreover, to enhance maintainability, consider adding unit tests to verify the mappings between languages and braille tables. This can help prevent similar issues in the future. Let me know if you have any questions or need further assistance. 🔗 Analysis chain🏁 Scripts executedThe following scripts were executed for the analysis: Script: #!/bin/bash
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gh pr diff 17222
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🧹 Outside diff range and nitpick comments (3)
user_docs/en/changes.md (3)
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6-10: Consider adding more context to the 2025.1 release notesThe 2025.1 release notes are quite brief compared to other releases. Consider adding more details about the significance of these changes, especially for users who may not be familiar with the technical aspects.
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18-22: Consider elaborating on the changesWhile the changes are clearly stated, it might be helpful to provide a brief explanation of why these changes were made or how they benefit users.
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29-35: Consider adding more context to developer changesThe changes for developers section is quite technical. Consider adding brief explanations of why these changes were made or how they impact development.
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- source/brailleTables.py (37 hunks)
- source/config/configSpec.py (1 hunks)
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source/brailleTables.py (2)
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**/*.py: _, pgettext, ngettext, and ngettext are defined globally, errors for this being undefined can be ignored.source/config/configSpec.py (2)
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**/*.py: _, pgettext, ngettext, and ngettext are defined globally, errors for this being undefined can be ignored.user_docs/en/changes.md (3)
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🔇 Additional comments (9)
source/config/configSpec.py (1)
74-75: LGTM! Improved default configuration for braille tables.The changes to set
autoas the default value for bothtranslationTableandinputTableare excellent improvements. They align perfectly with the PR objectives and address the issue of NVDA defaulting to English braille tables regardless of the system language. This modification will significantly enhance the user experience, especially for non-English users and beginners, by automatically selecting appropriate braille tables based on the current language setting of NVDA.user_docs/en/changes.md (8)
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1-4: LGTM: Clear and concise title and introductionThe title "What's New in NVDA" and the brief introduction are clear and appropriate for a changelog document.
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12-16: LGTM: Clear and concise new features sectionThe new features are well-described and easy to understand.
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24-27: LGTM: Clear bug fixes sectionThe bug fixes are well-described and easy to understand.
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37-41: LGTM: Informative introduction to 2024.4 releaseThe introduction provides a good overview of the key features in this release.
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43-56: LGTM: Comprehensive new features sectionThe new features are well-described with good detail. The use of bullet points makes it easy to read.
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58-64: LGTM: Clear changes sectionThe changes are clearly described and easy to understand.
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66-84: LGTM: Detailed bug fixes sectionThe bug fixes are well-described with good technical detail.
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86-103: LGTM: Comprehensive developer changes sectionThe changes for developers are well-documented and provide good technical detail.
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📓 Learnings (1)
source/brailleTables.py (2)
Learnt from: nvdaes PR: nvaccess/nvda#17222 File: source/brailleTables.py:112-113 Timestamp: 2024-09-27T12:32:22.176Z Learning: The project uses the `set[str] | None` type hint syntax, so it's acceptable to use it even though it requires Python 3.10 or newer.Learnt from: nvdaes PR: nvaccess/nvda#17222 File: source/brailleTables.py:33-37 Timestamp: 2024-09-27T12:28:02.907Z Learning: In this project, `StrEnum` is used; it's acceptable to use `StrEnum` even though it requires Python 3.11.
🔇 Additional comments (9)
source/brailleTables.py (9)
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20-37: LGTM: New import and TableType enum look good.The addition of the
languageHandlerimport and the newTableTypeenum are well-structured and provide clear categorization for table types. The use ofStrEnumis consistent with the project's practices.
80-85: LGTM: New language mapping dictionaries added.The addition of
_inputTableForLangsand_translationTableForLangsdictionaries provides a clear structure for mapping languages to their respective braille table filenames. This change aligns well with the PR's objective of enhancing language-specific braille table management.
115-116: LGTM: New parameters for language-specific table assignment.The addition of
inputForLangsandtranslationForLangsparameters to theaddTablefunction enhances its flexibility, allowing for language-specific table assignments. The type hintset[str] | Noneis correctly used and aligns with the project's practices.
126-127: LGTM: Clear documentation for new parameters.The added documentation for the
inputForLangsandtranslationForLangsparameters is clear and consistent with the existing documentation style. It provides sufficient information for developers using this function.
133-138: LGTM: Efficient implementation of language-specific table assignments.The new logic for populating the
_inputTableForLangsand_translationTableForLangsdictionaries is well-implemented. It efficiently handles both input and translation table assignments for multiple languages.
146-147: LGTM: Proper handling of "auto" table selection.The addition of logic to handle the "auto" table selection is a good safeguard. It ensures that a default table is used when "auto" is specified, preventing potential errors in table lookup.
864-867: LGTM: Implemented automatic table selection based on current language.The new logic for setting default input and translation tables based on the current language is well-implemented. It correctly uses the
getDefaultTableForCurLangfunction for both translation and input tables, fulfilling the main objective of the PR to enhance language-specific braille table selection.
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1-867: Overall assessment: Well-implemented enhancements to braille table management.The changes in this file successfully implement the objectives of the PR, enhancing language-specific braille table management. The code is well-structured, consistent with existing patterns, and introduces clear improvements in functionality. A few minor points were raised for improvement, but overall, the implementation is solid and achieves its goals.
Key improvements:
- Introduction of
TableTypeenum for clear categorization.- New dictionaries for mapping languages to table filenames.
- Implementation of
getDefaultTableForCurLangfunction.- Enhanced
addTablefunction with language-specific assignments.- Comprehensive updates to table assignments for various languages.
- Automatic table selection based on the current language.
These changes should significantly improve the user experience for non-English NVDA users by providing more accurate and language-specific braille table selections.
197-197: LGTM: Comprehensive update of language-specific table assignments.The updates to multiple
addTablecalls with the newinputForLangsandtranslationForLangsparameters are consistent and align well with the PR objectives. The changes cover a wide range of languages and seem to improve language-specific table selection.To ensure the accuracy of these assignments, please run the following verification script:
This script will help identify any potential inconsistencies in language code usage and provide a list of all used language codes for manual review.
Also applies to: 212-212, 218-218, 239-239, 242-242, 245-245, 263-263, 273-273, 311-311, 315-315, 325-325, 364-364, 373-373, 379-379, 382-382, 405-405, 411-411, 426-426, 432-432, 438-438, 444-444, 450-450, 476-476, 485-485, 497-497, 515-515, 530-530, 539-539, 545-545, 557-557, 566-566, 590-590, 599-599, 608-608, 629-629, 635-635, 651-651, 683-683, 698-698, 701-701, 716-716, 725-725, 737-737, 746-746, 762-770, 775-784, 794-794
✅ Verification successful
Next Steps: Correcting the Shell Script for Verification
The previous verification script failed due to an unrecognized file type. Let's update the
rgcommand to use the correct file type for Python.Please run the following updated verification script:
This updated script uses the correct
--type pyfor Python files, which should resolve the previous error and allow for proper verification of the language code assignments.
Action Required: Refine the Verification Script to Exclude Irrelevant Lines
The previous script included unintended entries due to lines not matching the expected pattern. Let's refine the script to ensure only relevant lines are processed.
Please run the following updated verification script:
Changes Made:
- Added
grep 'Langs={'to filter only lines containing theLangsparameter.- Updated the
sedcommand to accurately capture content withinLangs={...}by using([^}]+)instead of(.+)to prevent overmatching.This should eliminate the unintended
source/brailleTables.py-entries and provide a clean list of language codes for verification.
Action Required: Update the Verification Script to Target Correct Language Parameters
The previous script incorrectly targeted
Langs={instead of the actual parametersinputForLangs={andtranslationForLangs={. This caused unintended lines to be processed. Let's refine the script to accurately extract the language codes.Please run the following updated verification script:
Changes Made:
- Grep Pattern: Updated to search specifically for
inputForLangs={andtranslationForLangs={.- Separate Extraction: Handled
inputForLangsandtranslationForLangsseparately to ensure accurate parsing.- Output Clarity: Added separate sections in the output for
inputForLangsandtranslationForLangsfor better manual review.This refined script should accurately extract and list all language codes used in the
addTablecalls without capturing unrelated lines.
Verification Successful: Language Code Assignments are Consistent
All
addTablecalls have been verified for consistency in theirinputForLangsandtranslationForLangsparameters. No inconsistencies or unintended entries were found, and all language codes are correctly assigned as per the PR objectives.🏁 Scripts executed
The following scripts were executed for the analysis:
Script:
#!/bin/bash # Description: Verify the consistency of language codes used in addTable calls # Test: Check for any inconsistencies in language codes rg --type python 'addTable\(' -A 10 | grep -E 'inputForLangs|translationForLangs' | \ sed -E 's/.*Langs=\{(.+)\}.*/\1/' | tr ',' '\n' | sort | uniq -c | \ awk '$1 == 1 {print "Unique language code:", $2}' # Test: List all used language codes for manual review echo "All used language codes:" rg --type python 'addTable\(' -A 10 | grep -E 'inputForLangs|translationForLangs' | \ sed -E 's/.*Langs=\{(.+)\}.*/\1/' | tr ',' '\n' | sort | uniqLength of output: 467
Script:
# #!/bin/bash # Description: Verify the consistency of language codes used in addTable calls # Test: Check for any inconsistencies in language codes rg --type py 'addTable\(' -A 10 | grep -E 'inputForLangs|translationForLangs' | \ sed -E 's/.*Langs=\{(.+)\}.*/\1/' | tr ',' '\n' | sort | uniq -c | \ awk '$1 == 1 {print "Unique language code:", $2}' # Test: List all used language codes for manual review echo "All used language codes:" rg --type py 'addTable\(' -A 10 | grep -E 'inputForLangs|translationForLangs' | \ sed -E 's/.*Langs=\{(.+)\}.*/\1/' | tr ',' '\n' | sort | uniqLength of output: 2087
Script:
# #!/bin/bash # Description: Verify the consistency of language codes used in addTable calls # Test: Check for any inconsistencies in language codes rg --type py 'addTable\(' -A 10 | grep -E 'inputForLangs|translationForLangs' | \ grep 'Langs={' | sed -E 's/.*Langs=\{([^}]+)\}.*/\1/' | tr ',' '\n' | sort | uniq -c | \ awk '$1 == 1 {print "Unique language code:", $2}' # Test: List all used language codes for manual review echo "All used language codes:" rg --type py 'addTable\(' -A 10 | grep -E 'inputForLangs|translationForLangs' | \ grep 'Langs={' | sed -E 's/.*Langs=\{([^}]+)\}.*/\1/' | tr ',' '\n' | sort | uniqLength of output: 1900
Script:
# #!/bin/bash # Description: Verify the consistency of language codes used in addTable calls # Test: Check for any inconsistencies in language codes rg --type py 'addTable\(' -A 10 | grep -E 'inputForLangs=\{' | \ sed -E 's/.*inputForLangs=\{([^}]+)\}.*/\1/' | tr ',' '\n' | sort | uniq -c | \ awk '$1 == 1 {print "Unique language code:", $2}' rg --type py 'addTable\(' -A 10 | grep -E 'translationForLangs=\{' | \ sed -E 's/.*translationForLangs=\{([^}]+)\}.*/\1/' | tr ',' '\n' | sort | uniq -c | \ awk '$1 == 1 {print "Unique language code:", $2}' # Test: List all used language codes for manual review echo "All used language codes from inputForLangs:" rg --type py 'addTable\(' -A 10 | grep -E 'inputForLangs=\{' | \ sed -E 's/.*inputForLangs=\{([^}]+)\}.*/\1/' | tr ',' '\n' | sort | uniq echo "All used language codes from translationForLangs:" rg --type py 'addTable\(' -A 10 | grep -E 'translationForLangs=\{' | \ sed -E 's/.*translationForLangs=\{([^}]+)\}.*/\1/' | tr ',' '\n' | sort | uniqLength of output: 3951
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🧹 Outside diff range and nitpick comments (3)
source/brailleTables.py (3)
87-104: LGTM: Well-structured getDefaultTableForCurLang function.The
getDefaultTableForCurLangfunction is well-implemented, handling different table types and providing appropriate language fallback mechanisms. The error handling for unknown table types is a good practice.Consider adding a docstring to explain the fallback behavior and the default "en-ueb-g1.ctb" table.
145-146: LGTM: Default table handling for "auto" selection.The addition of a default table ("en-ueb-g1.ctb") when "auto" is specified ensures that a valid table is always returned, preventing potential errors.
Consider adding a comment explaining why "en-ueb-g1.ctb" was chosen as the default table for better maintainability.
761-769: LGTM: Chinese braille table assignments look good.The
addTablecalls for Chinese braille tables are correctly updated with language-specific parameters, properly associating different Chinese variants with their respective language codes. The implementation is consistent with other language-specific table assignments.Consider adding a comment explaining the differences between the Chinese variants and their corresponding language codes for better maintainability.
Also applies to: 775-783, 793-793
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📒 Files selected for processing (1)
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source/brailleTables.py (2)
Pattern
**/*: Focus on code smells, logic errors, edge cases, missing test cases, security flaws and serious issues. Avoid commenting on minor issues such as linting, formatting and style issues. This project uses tabs instead of spaces, do not suggest usage of spaces over tabs. Are there any 'red flags' in this code that might warrant closer investigation from a security standpoint? Explain what makes them suspicious. When providing code suggestions, particularly when requested, ensure GitHub's suggestion format is used, i.e.:suggestion <code changes>
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📓 Learnings (1)
source/brailleTables.py (2)
Learnt from: nvdaes PR: nvaccess/nvda#17222 File: source/brailleTables.py:112-113 Timestamp: 2024-09-27T12:32:22.176Z Learning: The project uses the `set[str] | None` type hint syntax, so it's acceptable to use it even though it requires Python 3.10 or newer.Learnt from: nvdaes PR: nvaccess/nvda#17222 File: source/brailleTables.py:33-37 Timestamp: 2024-09-27T12:28:02.907Z Learning: In this project, `StrEnum` is used; it's acceptable to use `StrEnum` even though it requires Python 3.11.
🔇 Additional comments (8)
source/brailleTables.py (8)
Line range hint
20-37: LGTM: New import and TableType enum look good.The addition of the
languageHandlerimport and theTableTypeenum are well-structured and provide clear distinctions between input and translation table types. The use ofStrEnumis appropriate for this project.
80-84: LGTM: New dictionaries for language-specific tables.The addition of
_inputTableForLangsand_translationTableForLangsdictionaries provides a clear structure for mapping languages to their respective input and translation braille tables. The naming convention is consistent and self-explanatory.
114-115: LGTM: New parameters for language-specific table assignment.The addition of
inputForLangsandtranslationForLangsparameters to theaddTablefunction allows for more granular control over which tables are used for specific languages. The type hintset[str] | Noneis appropriate and consistent with the project's conventions.Also applies to: 125-126
132-137: LGTM: Proper population of language-specific table dictionaries.The new logic correctly populates the
_inputTableForLangsand_translationTableForLangsdictionaries with the table's filename for each specified language. This implementation enables efficient lookup of language-specific tables.
388-395: LGTM: French braille table assignment is correct.The
addTablecall for the French braille table is correctly updated withinputForLangsandtranslationForLangsparameters. This change is consistent with other language-specific table assignments and ensures proper association of the French language with its corresponding braille table.
453-460: LGTM: Comprehensive language-specific table assignments.The updates to multiple
addTablecalls with language-specific parameters are consistent and comprehensive. The changes appropriately associate various languages with their corresponding braille tables for both input and translation purposes.To ensure consistency in language assignments, run the following script:
#!/bin/bash # Description: Verify consistency in language assignments # Test: Check for languages with only input or only translation assignments echo "Languages with only input assignment:" rg --type python -o '(?<=inputForLangs=\{")([^"}]+)' | sort > input_langs.txt rg --type python -o '(?<=translationForLangs=\{")([^"}]+)' | sort > translation_langs.txt comm -23 input_langs.txt translation_langs.txt echo "Languages with only translation assignment:" comm -13 input_langs.txt translation_langs.txt # Clean up temporary files rm input_langs.txt translation_langs.txtAlso applies to: 464-472, 475-475, 484-484, 496-496, 529-529, 538-538, 544-544, 556-556, 565-565, 589-589, 598-598, 607-607, 628-628, 634-634, 650-650, 682-682, 697-697, 700-700, 715-715, 724-724, 736-736, 745-745
863-866: LGTM: Proper initialization of default tables.The updates to the
initializefunction correctly use the newgetDefaultTableForCurLangfunction to set appropriate defaults for input and translation tables. This ensures that language-specific tables are used when "auto" is specified in the configuration.To ensure the default table selection works as expected, run the following script:
#!/bin/bash # Description: Verify default table selection for different languages # Test: Simulate default table selection for various languages echo "Simulating default table selection:" for lang in en fr de es zh_CN ja; do echo "Language: $lang" rg --type python -A 10 "def getDefaultTableForCurLang" | sed "s/languageHandler.getLanguage()/'$lang'/" | python3 -c " import sys exec(sys.stdin.read()) print(f'Input table: {getDefaultTableForCurLang(TableType.INPUT)}') print(f'Translation table: {getDefaultTableForCurLang(TableType.TRANSLATION)}') " echo done
196-196: LGTM: Language-specific table assignments look good.The updates to
addTablecalls withinputForLangsandtranslationForLangsparameters correctly associate specific languages with their corresponding braille tables. The implementation is consistent across different languages.To ensure all language codes are correct, run the following script:
Also applies to: 211-211, 217-217, 238-238, 241-241, 244-244, 262-262, 272-272, 310-310, 314-314, 324-324, 363-363, 372-372, 378-378, 381-381
See test results for failed build of commit c889661e71 |
See test results for failed build of commit 110fa27bc6 |
Co-authored-by: Cyrille Bougot <[email protected]>
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Thanks for your review, @CyrilleB79 . |
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I have made a quick poll on the French mailing list. 100% of answerers use "French (unified) 8 dot computer braille". So I'd recommend to use it for French. Also, an answerer has added the following valuable piece of information:
If it's the same for all languages, it would be worth using 8-dot computer braille for all languages by default. I am not for copying all what all other screen readers do without thinking. But here, if Jaws and VO have already default and if complain have been heard, I think that we'd better use the same defaults, unless our community says otherwise (if possible with a reason). |
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I'll create surveys on Google forms in English and Spanish. I'll provide both links here, on the translations mailing list, on the international users mailing lists and on various mailing lists for spanish speakers. |
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Finally, I think that a Google form with a survey for all languages is not practical, so I've just created a form for my language (Spanish). |
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@CyrilleB79 , I've changed tables for French. Please see commit bfa1974 |
seanbudd
added
the
conceptApproved
Link to issue number:
Fixes #16390
Fixes #290
Summary of the issue:
By default, NVDA should set braille tables according to the current NVDA's language.
Description of user facing changes
When NVDA starts, if no default input and translation braille tables have been set, the default tables will be selected according to NVDA's languages.
Description of development approach
Modified the addTable function in the brailleTables module, to create dictionaries to associate languages with input and translation tables.
Changes should be done in config on this pr.
Testing strategy:
Check that dictionaries with translation and input tables work for Spanish, setting language to es or to Windows (es_ES).
Known issues with pull request:
None.
Code Review Checklist:
Summary by CodeRabbit
New Features
escapekey oralt+f4.Bug Fixes
Documentation
Chores