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chki18n의 모든 릴리스를 최신순으로 정리했습니다. 각 패키지는 독립적으로 버전을 관리하므로, 한쪽의 릴리스가 다른 쪽의 릴리스를 의미하지는 않습니다.

npm의 chki18n 패키지입니다.

1.2.0 (2026-09-05)

A scan can be pointed at an application's root rather than at a folder of locales. It skips the configuration and lock files that root is full of, an exclude can name a path rather than a bare directory name, and it reports which interpolation delimiters the files it read appear to use.

Added

• excludeFiles names the files a scan never reads, as patterns where * stands for any run of characters and case is ignored. It defaults to the configuration and lock files no project keeps translations in — package.json, tsconfig.json, tsconfig.*.json, eslintrc.json, *-lock.json, *-config.json and *.config.json — which a scan of an application root used to read and parse in full on every run. The default list is exported as DEFAULT_EXCLUDE_FILES, and --exclude-files is the flag
• detectInterpolationDelimiters guesses which delimiters a text writes its interpolation keys with: before {name}, and [[ ]], (( )) and << >> after them. Chki18nScanResult.detectedInterpolation reports what a whole scan saw, which loadTranslations carries as session.detectedInterpolation. It is a suggestion for a project being set up, never what the run compared with — that stays interpolationPrefix. The pairs it knows are exported in order as INTERPOLATION_DELIMITERS
• createPathExcluder and createFileExcluder build the two tests a scan applies, so an application that shows a user which folders are excluded can ask the same question the scan asks

Changed

• exclude accepts a path as well as a name. One segment still names a directory at any depth, so node_modules means every node_modules there is; an entry with a separator names a path from the scanned root, so src/legacy excludes that folder and everything under it without touching a legacy belonging to something else
• Both exclude lists apply to the source tree source names as well as to the translation directory

1.1.0 (2026-09-04)

The target language is checked too. Everything else is compared against it, so it sat outside every check, and a mistake typed into the source language stayed there however often the files were checked.

Changed

• The target language is now checked by everything that reads one value on its own: EMPTY_VALUE, SURROUNDING_WHITESPACE, INVISIBLE_CHARACTER, INVALID_VALUE_TYPE and UNTRANSLATED_SCRIPT. It was skipped outright before, so an empty string, a trailing space or a zero width character in en.json was never reported. The comparison checks still say nothing about it, since it is what they compare against. None of the five reports at error, so a run that passed still passes; switch one off with ignoreChecks the way you would for any other language
• An issue about the target language's own value carries no targetValue. What a report quotes beside a finding is the value it would be compared to, and for the target language that is the value already shown

Fixed

• The github reporter writes the annotation's file= path with forward slashes on every platform. On a Windows runner it wrote the platform's own separator, which GitHub matches against nothing, so the annotation silently attached to no file

1.0.0 (2026-09-03)

The first stable release. The checks no longer depend on the file system, so they run against translations an application already holds in memory as well as against a folder of files; the report was rebuilt around what a reader is looking for, and can be written as JSON, Markdown or GitHub annotations; and the comparison grew to twenty-five checks.

Breaking changes

• A project that passed on 0.3.0 can fail on this release. Four of the checks added report at error — NO_LOCALE, DUPLICATE_KEY, EXTRA_INTERPOLATION_KEY and INTERPOLATION_COUNT — and EMPTY_VALUE and DUMMY_KEY were fixed to report at all. Everything else added reports at warn or info, which never fails a run. Switch off what a project does not want with ignoreChecks, or --ignore-checks on the command line
• The CLI report was rebuilt around what the reader is looking for: a heading block naming what was scanned, one section per language with its own tally, each check's meaning printed once above its findings, and a summary that counts the axis the sections did not use. Columns are laid out by display width, so a Korean, Japanese or Chinese value no longer pushes the ones beside it out of line. Nothing should read the text of that report — anything that used to parse standard output wants --reporter json
• --no-info drops the heading block and the summary rather than only the progress lines, and --debug writes to standard error so a report piped out of standard output stays parseable
• The CLI moved to its own entry point (dist/cli.js), which the chki18n binary points at. Importing the module has no side effect and never writes to the console or exits the process, so an import that ran the CLI has to call checkTranslationFiles instead
• The result now carries every issue, whether the run passed or failed, as a flat issues list plus issuesByCode and a summary with per-level, per-code, per-locale and per-group counts. Each issue has its own level, message and originating file. Code that read the old shape has to move to these fields

Added

• analyzeTranslations compares translations passed in directly, with no file system work
• createAnalyzer returns a reusable analyzer whose checkEntry re-checks a single key
• loadTranslations reads a directory once and returns a session that holds the parsed translations: analyze, checkKey, get, set, remove, keys, translations and reload all work on what is already in memory. createSession is the same for translations passed in directly
• EXTRA_INTERPOLATION_KEY, SURROUNDING_WHITESPACE, MISSING_NUMBER and INVALID_VALUE_TYPE checks
• NO_LOCALE, for a group of files that holds nothing for a language the other groups have. Until now a translation file nobody created dropped out of the comparison entirely and the run passed
• INTERPOLATION_COUNT, for a placeholder used a different number of times than the target language uses it. The two interpolation checks compare which placeholders a value has, so {name} invited {name} translated with one {name} passed both
• TAG_MISMATCH, for markup a translation dropped, added or left unbalanced. Tags are counted rather than looked for, and read case-insensitively
• UNTRANSLATED_SCRIPT, for a value holding no character of the script its language is written in. NOT_TRANSLATED_VALUE only catches a translation identical to the original, so Hello becoming Hello! passed it
• INVISIBLE_CHARACTER, for a zero width space, a byte order mark, a bidirectional control or a non-breaking space
• NUMBER_MISMATCH, for a number the translation changed rather than dropped. MISSING_NUMBER only asks whether any digits survived
• INCONSISTENT_VALUE, for two keys sharing one target language string that a locale translates two different ways. DUPLICATE_VALUE asks whether one locale repeats itself; this asks the opposite
• KEY_NAMING and KEY_DEPTH, for the shape of a key rather than what it translates to. Both wait for keyCase and maxKeyDepth to say what the project wants, and are judged once per key rather than once per locale
• keyCase and maxKeyDepth, the options those two compare against. keyCase accepts the plural and context suffixes an i18n library appends, whatever case the project uses
• UNDEFINED_KEY, the reverse of UNUSED_KEY and the more serious of the two: the scanned source calls for a key and no language file defines it. Reads the calls it finds under source, and lets through a key built at run time, one reached through a bound prefix, and a plural key asked for by its base
• translateFunctions, the names a translation call goes by. The default covers i18next, react-i18next and vue-i18n
• NO_PLURAL_FORM, for a plural key missing a form its language needs. Which forms a language needs is a fact about the language rather than about the original: English writes two, Russian four, Korean one. The older i18next pairing of a bare key with _plural is left as ordinary keys, and a language the table does not cover is never judged
• SUSPICIOUS_LENGTH, reported at info, for a value far longer or shorter than the one it translates. Waits for lengthRatio, and measures columns rather than characters so a Korean or Japanese value is not short by default
• lengthRatio, the option it compares against
• checkKeyShape and displayWidth are exported, so an editor can judge a key the user is still typing and lay a value out the way the report does
• extractTags, extractNumbers, findInvisibleCharacter, scriptOfLocale and hasTranslatableText are exported, so an editor can run the same measurements on a value it is holding
• DUPLICATE_KEY, which catches a key defined twice — both the literal kind ({"a": 1, "a": 2}, which JSON.parse resolves silently) and the kind where a nested key and a dotted one flatten onto each other
• UNUSED_KEY, reported at info, for keys nothing in a source directory appears to reference. An application that has already worked this out can pass its own answer as unusedKeys instead
• source, the directory the unused-key scan searches
• Support for the folder-per-locale (en/common.json) and single-file-per-project ({ "en": ... }) layouts, alongside the existing one-file-per-locale layout. Files holding the same keys are compared as a group, so several translation files no longer share one pile of keys
• Chki18nInput accepts issues and fileFormat, so whatever produced the input can report its own problems into the same result
• chki18n/core, a subpath that exports the comparison engine on its own. It imports no Node built-in, so it bundles for a browser or an editor's renderer process
• checks, ignoreChecks, levels, format, exclude and the interpolation delimiter options, available both as CLI flags and as JavaScript options
• --help and --version
• reporter, which decides the shape of the report: pretty for a terminal, list for one line per issue, json for another program to read, markdown for a table, and github for the workflow commands GitHub Actions turns into annotations on the translation files themselves. Everything but pretty prints the report alone, with no banner, so it can be piped straight into something else
• groupBy, the axis the report groups its issues by: locale (the default), code, group, file or none
• output, a file the report is written to as well as the terminal. The extension picks the format, an explicit reporter overrides it, missing directories are created, and a write that fails is reported as an error and fails the run
• color, and --no-color with it. A file written by output is never coloured
• width, the column count the report is laid out to. Without it the terminal's own width is used, then COLUMNS, which is where a CI runner reports its log width
• formatResult and groupIssues are exported, so an application can render a result the way the CLI does, along with displayWidth, padTo and truncate for laying out columns of its own

Changed

• CHECK_META describes each check's severity and wording, so a user interface does not have to hard-code them
• A description that does not fit the width wraps onto the next line instead of being cut short, so a narrow terminal loses no wording
• NO_KEY and DUMMY_KEY no longer ask every language for every plural form. Korean needs only item_other, so item_one being absent from it was reported as missing and is not; Russian needs an item_few that English never writes, and that was reported as a stray key. Applies only to keys ending in a named plural category, and only to the languages the plural table covers
• UNUSED_KEY searches for a plural key by its base. No source file writes item_one, so every plural key in a project was reported as unused
• The package now publishes types, so TypeScript consumers get the result shape
• Analysis is linear in the number of keys rather than quadratic: comparing 5,000 keys across 5 locales went from about 10.8s to about 26ms
• The twelve checks added since cost about a third as much again as the original twelve over the same 5,000 keys, and a check that is switched off costs nothing at all. lengthRatio is the exception worth knowing: measuring every value in display columns more than doubles the run, which is part of why it stays off until it is asked for

Fixed

• --no-warn hid the heading of a warning but still printed the lines under it. A suppressed issue is now left out entirely, and the report says how many it hid
• EMPTY_VALUE and DUMMY_KEY were written so their conditions could never be true, and never reported anything
• A missing target language file threw instead of being reported
• A relative path was joined as if it were absolute, so a scan rooted at one found nothing. Paths now resolve against the working directory
• An explicit path option was overridden by the (absent) first argument, which is how the CLI passes it

0.1.0 ~ 0.3.0 (2026-04-14 ~ 2026-04-17) (Beta)

This is for the Beta release. It can be used in production, but some features are still under development.

• Cleanup and refactoring (0.1.0)
• Improved error handling (0.1.0)
• Fix and cleanup codes (0.2.0)
• Add NO_INTERPOLATION_KEY check (0.2.0)
• Base JS function support (0.3.0)

0.0.1 ~ 0.0.5 (2026-04-14) (Alpha)

This is for the Alpha release and is not recommended for use

• Initial release

pub.dev의 chki18n 패키지입니다.

1.2.0 (2026-09-05)

A scan can be pointed at an application's root rather than at a folder of locales. It skips the configuration and lock files that root is full of, an exclude can name a path rather than a bare directory name, and it reports which interpolation delimiters the files it read appear to use.

Added

• excludeFiles names the files a scan never reads, as patterns where * stands for any run of characters and case is ignored. It defaults to the configuration and lock files no project keeps translations in — package.json, tsconfig.json, tsconfig.*.json, eslintrc.json, *-lock.json, *-config.json and *.config.json — which a scan of an application root used to read and parse in full on every run. The default list is exported as defaultExcludeFiles, and --exclude-files is the flag
• detectInterpolationDelimiters guesses which delimiters a text writes its interpolation keys with: before {name}, and [[ ]], (( )) and << >> after them. Chki18nScanResult.detectedInterpolation reports what a whole scan saw, which loadTranslations carries as session.detectedInterpolation. It is a suggestion for a project being set up, never what the run compared with — that stays interpolationPrefix. The pairs it knows are exported in order as interpolationDelimiters
• createPathExcluder and createFileExcluder build the two tests a scan applies, so an application that shows a user which folders are excluded can ask the same question the scan asks

Changed

• exclude accepts a path as well as a name. One segment still names a directory at any depth, so node_modules means every node_modules there is; an entry with a separator names a path from the scanned root, so src/legacy excludes that folder and everything under it without touching a legacy belonging to something else
• Both exclude lists apply to the source tree source names as well as to the translation directory

1.1.0 (2026-09-04)

The target language is checked too. Everything else is compared against it, so it sat outside every check, and a mistake typed into the source language stayed there however often the files were checked.

Changed

• The target language is now checked by everything that reads one value on its own: EMPTY_VALUE, SURROUNDING_WHITESPACE, INVISIBLE_CHARACTER, INVALID_VALUE_TYPE and UNTRANSLATED_SCRIPT. It was skipped outright before, so an empty string, a trailing space or a zero width character in en.json was never reported. The comparison checks still say nothing about it, since it is what they compare against. None of the five reports at error, so a run that passed still passes; switch one off with ignoreChecks the way you would for any other language
• An issue about the target language's own value carries no targetValue. What a report quotes beside a finding is the value it would be compared to, and for the target language that is the value already shown

Fixed

• The github reporter writes the annotation's file= path with forward slashes on every platform. On a Windows runner it wrote the platform's own separator, which GitHub matches against nothing, so the annotation silently attached to no file

1.0.0 (2026-09-03)

The first release. A port of the JavaScript package at the same version: the same twenty-five checks, the same option names, the same report, and the same exit code from the command line.

Added

• checkTranslationFiles reads a directory of translation files and compares every language against the target language, in one call
• analyzeTranslations compares translations passed in directly, with no file system work
• createAnalyzer returns a reusable analyzer whose checkEntry re-checks a single key
• loadTranslations reads a directory once and returns a session that holds the parsed translations: analyze, checkKey, get, set, remove, keys, translations and reload all work on what is already in memory. createSession is the same for translations passed in directly
• Twenty-five checks. NO_KEY, NO_LOCALE, DUPLICATE_KEY, NO_INTERPOLATION_KEY, EXTRA_INTERPOLATION_KEY and INTERPOLATION_COUNT report at error and fail a run; DUMMY_KEY, EMPTY_VALUE, INVALID_VALUE_TYPE, TAG_MISMATCH, NOT_TRANSLATED_VALUE, UNTRANSLATED_SCRIPT, DUPLICATE_VALUE, INCONSISTENT_VALUE, SURROUNDING_WHITESPACE, INVISIBLE_CHARACTER, MISSING_NUMBER, NUMBER_MISMATCH, NO_PLURAL_FORM, KEY_NAMING, KEY_DEPTH and UNDEFINED_KEY at warn; UNUSED_KEY and SUSPICIOUS_LENGTH at info
• Every on-disk layout: one file per locale (en.json), one folder per locale (en/common.json), and one file holding every locale ({"en": ...}). Files holding the same keys are compared as a group
• Five reporters — pretty, list, json, markdown and github — and five grouping axes: locale, code, group, file and none. output writes a copy to a file, in the shape its extension implies
• The chki18n command, which takes the same options as the library and exits with 1 when an error level issue was found. Install it with dart pub global activate chki18n
• package:chki18n/core.dart, the comparison on its own. It imports no dart:io, so it runs in a Flutter web build or anywhere else the file system is not there

Notes on the port

• Options are one object with named parameters — Chki18nOptions(target: 'en') — rather than the twenty-four named parameters each entry point would otherwise carry. Every field is optional and every one has the JavaScript default
• Enums replace the string unions: Chki18nCheckCode.noKey, Chki18nLevel.error, Chki18nFileFormat.single. Each carries the spelling the CLI and the JSON reporter share, so Chki18nCheckCode.noKey.code is NO_KEY in every package
• The loose text forms a command line writes — 'NO_KEY,EMPTY_VALUE', 'EMPTY_VALUE=error' — live on Chki18nTextOptions rather than being a second accepted type on every field. resolveOptions reads both, and a typed field wins over the text one
• A translation file whose JSON is not an object is reported as INVALID_FILE rather than read as an empty one
• No dependencies. The argument parser, the ANSI colours and the path helpers are written out, because args, chalk and package:path would be the only three

PyPI의 chki18n 패키지입니다.

1.2.0 (2026-09-05)

A scan can be pointed at an application's root rather than at a folder of locales. It skips the configuration and lock files that root is full of, an exclude can name a path rather than a bare directory name, and it reports which interpolation delimiters the files it read appear to use.

Added

• exclude_files names the files a scan never reads, as patterns where * stands for any run of characters and case is ignored. It defaults to the configuration and lock files no project keeps translations in — package.json, tsconfig.json, tsconfig.*.json, eslintrc.json, *-lock.json, *-config.json and *.config.json — which a scan of an application root used to read and parse in full on every run. The default list is exported as DEFAULT_EXCLUDE_FILES, and --exclude-files is the flag
• detect_interpolation_delimiters guesses which delimiters a text writes its interpolation keys with: before {name}, and [[ ]], (( )) and << >> after them. ScanResult.detected_interpolation reports what a whole scan saw, which load_translations carries as session.detected_interpolation. It is a suggestion for a project being set up, never what the run compared with — that stays interpolation_prefix. The pairs it knows are exported in order as INTERPOLATION_DELIMITERS
• create_path_excluder and create_file_excluder build the two tests a scan applies, so an application that shows a user which folders are excluded can ask the same question the scan asks

Changed

• exclude accepts a path as well as a name. One segment still names a directory at any depth, so node_modules means every node_modules there is; an entry with a separator names a path from the scanned root, so src/legacy excludes that folder and everything under it without touching a legacy belonging to something else
• Both exclude lists apply to the source tree source names as well as to the translation directory

1.1.0 (2026-09-04)

The target language is checked too. Everything else is compared against it, so it sat outside every check, and a mistake typed into the source language stayed there however often the files were checked.

Changed

• The target language is now checked by everything that reads one value on its own: EMPTY_VALUE, SURROUNDING_WHITESPACE, INVISIBLE_CHARACTER, INVALID_VALUE_TYPE and UNTRANSLATED_SCRIPT. It was skipped outright before, so an empty string, a trailing space or a zero width character in en.json was never reported. The comparison checks still say nothing about it, since it is what they compare against. None of the five reports at error, so a run that passed still passes; switch one off with ignore_checks the way you would for any other language
• An issue about the target language's own value carries no target_value. What a report quotes beside a finding is the value it would be compared to, and for the target language that is the value already shown

Fixed

• The github reporter writes the annotation's file= path with forward slashes on every platform. On a Windows runner it wrote the platform's own separator, which GitHub matches against nothing, so the annotation silently attached to no file
• The command writes UTF-8 to the console whatever its code page is. On Windows it printed the banner and then died with a UnicodeEncodeError half a report in, exiting 1 on a directory with nothing wrong

1.0.0 (2026-09-03)

The first release. A port of the JavaScript package at the same version: the same twenty-five checks, the same option names, the same report, and the same exit code from the command line.

Added

• check_translation_files reads a directory of translation files and compares every language against the target language, in one call
• analyze_translations compares translations passed in directly, with no file system work
• create_analyzer returns a reusable analyzer whose check_entry re-checks a single key
• load_translations reads a directory once and returns a session that holds the parsed translations: analyze, check_key, get, set, remove, keys, translations and reload all work on what is already in memory. create_session is the same for translations passed in directly
• Twenty-five checks. NO_KEY, NO_LOCALE, DUPLICATE_KEY, NO_INTERPOLATION_KEY, EXTRA_INTERPOLATION_KEY and INTERPOLATION_COUNT report at error and fail a run; DUMMY_KEY, EMPTY_VALUE, INVALID_VALUE_TYPE, TAG_MISMATCH, NOT_TRANSLATED_VALUE, UNTRANSLATED_SCRIPT, DUPLICATE_VALUE, INCONSISTENT_VALUE, SURROUNDING_WHITESPACE, INVISIBLE_CHARACTER, MISSING_NUMBER, NUMBER_MISMATCH, NO_PLURAL_FORM, KEY_NAMING, KEY_DEPTH and UNDEFINED_KEY at warn; UNUSED_KEY and SUSPICIOUS_LENGTH at info
• Every on-disk layout: one file per locale (en.json), one folder per locale (en/common.json), and one file holding every locale ({"en": ...}). Files holding the same keys are compared as a group
• Five reporters — pretty, list, json, markdown and github — and five grouping axes: locale, code, group, file and none. output writes a copy to a file, in the shape its extension implies
• The chki18n command, which takes the same options as the library and exits with 1 when an error level issue was found
• chki18n.core, the comparison on its own. It reaches no file system, so an application that must not touch the disk can import the checks without the scanner

Notes on the port

• Options are one keyword-only frozen dataclass — Options(target="en") — rather than the twenty-four keyword arguments each entry point would otherwise carry. Every field is optional and every one has the JavaScript default
• Check codes, severities and the option choices are the same strings the JavaScript package uses, typed as Literal, so "NO_KEY" and "error" need no translating between the two. checks accepts a list or the comma separated text a flag gives it, and levels a mapping or the CLI's CODE=level list
• The entry points are synchronous. The JavaScript package is asynchronous because Node's file system is; Python's is not, and an async surface would be a promise this package cannot keep anything with
• A translation file whose JSON is not an object is reported as INVALID_FILE rather than read as an empty one
• No dependencies. The argument parser, the ANSI colours and the JSON key scanner are written out, because argparse cannot express --no-x as the negation of x and the other two would be a dependency each