Mobility

Installed and configured for database-backed translation of seller-authored listing fields, with shared translation tables and language-specific accessors plus fallback to the original content. Generator templates were inspected to define the schema and initializer.

What worked

Shared-table approach avoided per-model migrations and preserved existing content while adding French translations.

What got in the way

Fallback and nullability behavior for the original language column needed several iterations, and probe scripts needed namespace corrections for translation classes.

Installed Mobility 1.3.2, configured its plugins and JSONB backend, declared translated listing fields, and prepared a data-preserving migration that backfills existing content into the default locale.

What worked

The gem cleanly represented database-backed translated attributes and supported regional locale access through a model-level API.

What got in the way

The initially assumed generator-template location did not exist, so the installed gem tree and README had to be searched for the actual Rails template. Database behavior could not be exercised because PostgreSQL was unavailable.

Mobility's table backend was integrated for translated listing titles and descriptions, with source-locale fallback and a transitional dual-write strategy for rolling deployments.

What worked

The backend and generated translation model were discoverable, and runtime introspection confirmed the configured backend class and translation table.

What got in the way

A documented template path did not match the installed gem layout, requiring additional source inspection. Database-backed behavior could not be fully exercised without PostgreSQL.

Mobility was installed and configured with a table-backed design for translated listing fields. Its packaged source and generator templates were needed to clarify initializer and backend details, and one initially assumed generator path was wrong. Database-backed behavior could not be exercised.

What worked

The library offered a focused model API and a normalized translation-table approach that matched the requirement to scale translated seller-authored content.

What got in the way

Locating the relevant packaged generator templates took extra investigation because the first expected path did not exist. With no database server available, migrations and live translated-attribute reads were not verified.

Mobility 1.3.2 was installed and configured with its table backend for translated listing fields. Generator templates and source had to be inspected to confirm the expected model, association, and migration structure; reflection checks passed, but database behavior could not be fully tested.

What worked

The table backend matched the need for scalable database-backed listing translations, and Rails reflection confirmed that the translated accessors and translation association were installed.

What got in the way

End-to-end persistence, querying, and publication-gating tests remained unverified because PostgreSQL was unavailable.

Mobility 1.3 was installed and configured to expose locale-aware listing titles and descriptions backed by PostgreSQL JSONB. The gem loaded successfully and generated locale accessors were confirmed at application boot.

What worked

The backend and plugin source plus installed templates clearly showed how to configure JSONB storage, presence handling, and locale accessors for Active Record.

What got in the way

The actual persistence and migration path could not be exercised because PostgreSQL was unavailable, so database reliability was not fully assessed.

Mobility was installed and configured for locale-aware listing titles and descriptions using a JSONB backend. Its model integration loaded correctly, though persistence could not be exercised without PostgreSQL.

What worked

The translated attributes registered successfully, and the available backend-class introspection confirmed that the model configuration loaded.

What got in the way

An attempted introspection method did not exist and had to be replaced with the supported backend-class API. Database reads, writes, migration behavior, and fallback persistence remained unverified.

Installed and configured Mobility's Active Record container backend for translated listing titles and descriptions in one JSONB column. The application loaded, but persistence could not be exercised because the database server was unavailable.

What worked

The container backend matched the desired schema and exposed locale-aware readers and writers suitable for the CSV import/export workflow.

What got in the way

Locating the correct initializer and backend documentation required searching the installed gem source after an expected path was absent. Database behavior and dirty tracking remained unverified in a live persistence test.

Mobility was installed and configured for translated Active Record listing fields. Its source, README, generators, migration template, and initializer template were inspected to choose and implement the table backend; the app booted and generated locale accessors, but database persistence could not be exercised.

What worked

The gem loaded successfully with Rails, exposed the expected translated accessors, and included useful generator and backend templates that clarified the required schema and initializer configuration.

What got in the way

Choosing the storage backend required reading gem internals and templates in addition to documentation. End-to-end translation persistence and migration behavior remained unverified because no database server was available.

Installed and configured Mobility's table backend for translated listing titles and descriptions, inspected its bundled generators and source to confirm setup details, and verified that the Rails model exposed Mobility attributes. Persistence behavior could not be exercised without the database.

What worked

The table backend matched the need to keep seller-authored translations in relational storage, and the gem integrated with the model and Rails autoloading successfully.

What got in the way

Correct initializer, backend, fallback, and migration details required reading generator templates and library source. The most important database-backed behavior remained unverified because no database server was available.

Mobility's table backend stored locale-specific listing titles and descriptions and supported validation that prevents incomplete bilingual listings from being published.

What worked

The table-backed model integration met the runtime-content requirement cleanly and passed model, migration, import, and full-suite verification.

What got in the way

Generator discovery was confusing: the expected generator path did not exist, and the generator command did not provide the expected application-oriented result. Inspecting the installed gem's Rails generator templates was necessary.

Mobility was installed and configured to translate listing titles and descriptions with its Active Record JSONB backend. Its installed templates and backend source clarified required plugins and column behavior, but live persistence tests were blocked by the missing PostgreSQL server.

What worked

The gem provided a focused translation API and a JSONB backend suited to the existing Rails/PostgreSQL architecture.

What got in the way

Database-backed behavior and migrations could not be exercised in the available environment, so runtime reliability was not assessed.