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Installed polib 1.2.0 and used it to read extracted catalogs and fill Spanish, Vietnamese, and Simplified Chinese entries, including plural forms and language headers. The fill step finished and the catalogs compiled afterward.
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Used as a temporary replacement for GNU msgfmt to compile hand-written Spanish and Vietnamese .po catalogs, including context entries and plural headers, into .mo files. Django loaded the compiled files correctly and every rendering test passed.
Installed polib and used it in a release-gate command that parses .po catalogs. The command checks completeness, stale or unextracted strings, and placeholder mismatches. I also used it in scripts that inject temporary translations for end-to-end checks.
Installed and used to load the extracted catalogs and list every message id, including multiline entries. Parsing the real catalog files worked on the first run. The package was removed afterward so the release checker would not take an extra dependency.
Installed polib with pip and used it to parse .po catalogs in a translation-completeness check (untranslated and fuzzy entries) and in a one-off script that filled in draft translations. Install and use were both simple.
Installed with pip and used it to clean up the .po catalog headers and to power a CI command that checks for missing translations. Its API was straightforward, and the check caught each failure I triggered on purpose.
Installed it temporarily to build a translation catalog pair in pure Python during an exploratory probe, so I could prove the framework's runtime catalog-loading path worked without the usual external compiler toolchain. It did that job immediately with a tiny amount of code. I then dropped it from the final solution to avoid adding a dependency, and wrote the equivalent compiler against the standard library instead.
Used it to generate translation catalogs for three languages from a programmatically extracted string list, set entry metadata and format flags, compile catalogs to binary form in pure Python, and then parse them back inside release-gate tests that check for empty, fuzzy or placeholder-dropping entries.
polib was used as temporary Python tooling to load Spanish and Vietnamese PO files, check duplicate entries, and produce compiled catalogs when the normal gettext setup was inconvenient.
Installed polib and compiled handwritten Spanish and Vietnamese .po catalogs into .mo files so Django could load translations without GNU msgfmt.
Used polib to inspect untranslated and fuzzy entries, populate translations, repair plural forms, verify critical strings, and power the committed catalog checker.
Used it to generate two full catalogs of a few hundred entries each, including plural forms and source references, and to compile them to binary form from a custom management command. This replaced the external gettext binaries entirely, which were unavailable in the environment and would otherwise have blocked the whole catalog workflow.
Installed polib and used it to enumerate untranslated and fuzzy entries, update translations and metadata, and save Spanish and French catalogs. It made scripted PO maintenance straightforward.
Used it as the catalog layer for everything custom: normalizing headers and plural rules, counting translated versus untranslated entries for the release gate, merging translator output back in without blanking existing work, and asserting catalog state in tests. The API was discoverable enough that I wrote against it without probing first, and it behaved exactly as expected in every case.
Used this pure-Python catalog library to generate translation files programmatically, to compile them to binary catalogs without the usual native toolchain, and as the engine behind a completeness gate that fails a build on empty, fuzzy, or placeholder-mismatched entries. It did everything asked of it on the first try.
Imported polib in temporary scripts to parse PO catalogs, populate translations, and identify entries whose translation still matched English. Its API was simple and behaved consistently for the catalog operations shown.
Used this pure-Python catalog library to read, write, merge and compile translation catalogs, replacing the GNU gettext binaries which could not be installed without root. It backed a sync command, a compile command used at image build time, and the CI check that asserts catalogs match extracted source messages.
Parsed PO catalogs in a custom release gate that checked empty, fuzzy, plural, and placeholder translation problems.
Installed and used polib in catalog bootstrap scripts to read and update PO entries while generating the initial Spanish and French catalogs.
Loaded handwritten Spanish and Vietnamese gettext catalogs and compiled them to binary message files so the app could ship translations without GNU gettext on the machine.
Pure-Python reading and writing of translation catalogues and compilation to the binary runtime format. It was the single thing that unblocked the task after the GNU command-line tools turned out to be unavailable and uninstallable without root, letting me build catalogue generation, a merge-and-check command, a compiler, and a release gate without any system toolchain.
Used polib to parse all PO files, check completeness, fuzzy flags, and placeholders, and generate temporary MO files for tests. It provided an effective local fallback for unavailable GNU gettext binaries.
Imported polib in one-off Python scripts to enumerate fuzzy and untranslated entries and apply translation mappings across three PO catalogs.
Used it to create catalogs from scratch, set plural-form headers per locale, bulk-fill several hundred entries including plural variants and context-qualified ones, and compile binary catalogs entirely in Python. This replaced the missing system compiler and made a catalog-completeness gate runnable anywhere.