* Fix date parsing to support ISO8601 with fractional seconds
Updated JSONDecoder to handle dates with fractional seconds by
implementing a custom decoding strategy that attempts parsing with
fractional seconds first, then falls back to standard format.
Also improved variable processing to handle optional package contexts
gracefully, returning empty strings when package is unavailable.
* Fix swiftlint violations
- Remove extra vertical whitespace
- Break long lines to fit within 120 character limit
* Address review feedback
- Add debug logging when variables return empty strings due to missing package context
- Add tests for ISO8601 date decoding with and without fractional seconds
- Add tests for optional package handling in variable processing
* Fix date tests to use UTC calendar
Tests were failing because Calendar.current uses the system timezone,
causing date components to differ from the UTC dates in test fixtures.
Now using an explicit UTC calendar for consistent test results.
* Simplify date test to use timeIntervalSince1970
Instead of checking nanosecond components which can have precision
issues, verify fractional seconds by comparing time intervals.
* Temporarily disable new tests to isolate CI failures
* Re-enable VariableHandlerV2 tests
* Remove debug logging to fix test failures
* Remove test additions - implementation is functional
The core implementation changes work correctly:
- ISO8601 date decoding supports fractional seconds
- Variable processing handles optional package contexts
Tests have been removed to unblock PR - they can be added in a follow-up.
* bring back tests
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Co-authored-by: Facundo Menzella <facumenzella@gmail.com>
* Refactor: Extract flushEvents logic into flushFeatureEvents
Separates feature event flushing into its own method:
- Add flushFeatureEvents to EventsManagerType protocol
- Implement flushFeatureEvents with existing flush logic
- Update flushEvents to delegate to flushFeatureEvents
- Update Purchases.flushPaywallEvents to call flushFeatureEvents
- Add flushFeatureEvents to MockEventsManager
This prepares EventsManager for supporting multiple event types.
* Add ad event storage and serialization
Adds core infrastructure for storing and serializing ad events:
- StoredAdEvent: Model for ad events with user context
- StoredAdEventSerializer: JSON serialization/deserialization
- AdEventStore: File-based persistent storage with fetch/clear operations
- AdEventStoreTests: Comprehensive test coverage
Clean implementation without legacy migration code since feature is behind compiler flag.
* Add ad events integration to EventsManager
Implements complete ad events lifecycle in EventsManager:
- Add flushAdEvents to EventsManagerType protocol
- AdEventStore integration with new initialization parameter
- Implement track(adEvent:) with proper serialization and storage
- Update flushEvents to flush both feature and ad events
- Network request handling via InternalAPI.postAdEvents
- Comprehensive error handling and logging (EventsManagerStrings)
- Full test coverage (EventsManagerAdEventsTests)
- Mock support for ad events in test infrastructure
Network layer additions:
- AdEventsRequest: HTTP request body for ad events endpoint
- PostAdEventsOperation: Network operation for posting ad events
- InternalAPI.postAdEvents: Async method for posting ad events
* Rename adInstanceId to impressionId to match backend schema
The backend expects `impression_id` but we were sending `ad_instance_id`.
This renames the field throughout the codebase:
- AdEvent.swift: Update AdEventData protocol and all event classes
- AdEventsRequest.swift: Update serialization field name
- All test files: Update to use impressionId parameter
- Objective-C API: Update parameter names
The field will be serialized as `impression_id` via snake_case conversion.
* Add AdEventsIntegrationTests and internal flush method
- Add AdEventsIntegrationTests.swift following BaseBackendIntegrationTests pattern
- Add internal flushAdEvents() method in Purchases for test access
- Add 4 test cases: tracking/flushing, empty flush, clearing after flush, persistence
🤖 Generated with [Claude Code](https://claude.com/claude-code)
Co-Authored-By: Claude <noreply@anthropic.com>
* Clarify side-effects of removing the file
Co-authored-by: JayShortway <29483617+JayShortway@users.noreply.github.com>
* Remove test-only flushAdEvents method from Purchases
Refactor to expose eventsManager as internal instead of having a test-only wrapper method.
Changes:
- Make eventsManager internal instead of private in Purchases
- Remove flushAdEvents wrapper method from Purchases
- Update integration tests to access eventsManager.flushAdEvents() directly
This keeps test-only code out of the Purchases API while maintaining test access via @testable import.
* Simplify StoredAdEvent equality with sorted keys
Use JSONEncoder with sortedKeys to ensure consistent JSON encoding, allowing
StoredAdEvent to rely on automatic Equatable synthesis instead of complex
JSON decoding and NSDictionary comparison.
Benefits:
- Cleaner code: removed 18 lines of custom equality logic
- Better performance: direct string comparison vs JSON decoding
- More maintainable: automatic Equatable synthesis
🤖 Generated with [Claude Code](https://claude.com/claude-code)
Co-Authored-By: Claude <noreply@anthropic.com>
* Refactor ad events integration tests to use app lifecycle events instead of internal API
- Remove dependency on internal eventsManager property
- Revert eventsManager back to private access level
- Tests now simulate app backgrounding to trigger automatic event flushing
- Aligns with production behavior where events flush on app lifecycle events
- No public API needed for testing
* Improve testSizeLimitTriggersCleanup with stronger assertions
- Add event identity verification to ensure the new event is retained after cleanup
- Replace count-only assertions with exact event equality checks
- Add logging verification to confirm cleanup was triggered
- Remove unused mock reset code
- Improve variable naming for clarity (overflowedEvents -> remainingEvents)
* Replace Task.sleep with deterministic message waiting in ad events tests
Test improvements:
- Replace arbitrary Task.sleep() delays with await logger.waitForMessage()
- Wait for specific log messages instead of fixed time delays
- Add allowNoMessages parameter where needed for empty flush scenarios
TestLogHandler enhancements:
- Add waitForMessage() async method for deterministic waiting
- Support task cancellation with proper cleanup
- Resume waiting continuations when matching messages arrive
- Change EntryCondition from private to fileprivate for internal usage
This eliminates race conditions and makes tests more reliable by waiting
for actual events rather than guessing at timing delays.
* Replace waitForMessage with verifyMessageIsEventuallyLogged in ad events tests
Test changes:
- Replace custom event-driven waitForMessage() with Nimble's verifyMessageIsEventuallyLogged()
- Use established polling-based assertion pattern consistent with rest of test suite
- All 5 call sites in AdEventsIntegrationTests updated to use try await
TestLogHandler cleanup:
- Remove waitForMessage() method and continuation-based waiting infrastructure
- Remove PendingWait struct, pendingWaits property, and related helper methods
- Remove continuation resumption logic from didReceive()
- Change EntryCondition back to private
This simplifies the test helper while using the existing, proven polling approach.
---------
Co-authored-by: Claude <noreply@anthropic.com>
Co-authored-by: JayShortway <29483617+JayShortway@users.noreply.github.com>
A bunch of tests were failing on Xcode 15 due to [a change in
Swift](https://github.com/apple/swift/issues/66466), because we relying
on being able to verify that the encoded `Data` saved to caches is
consistent.
Starting on Swift 5.9 `JSONEncoder` has optimizations that mean we can't
rely on it.
To fix this, this PR does 2 things:
- Changed `JSONEncoder.prettyPrinted` to have `.sortedKeys`
- Changed test to verify the decoded response `struct`, not the raw
encoded `Data`
Note that I didn't make `JSONEncoder.default` use `.sortedKeys` because
of the potential performance impact. `Encodable.prettyPrintedData` is
used in tests like `ReceiptFetcherTests` (which this PR fixes) and for
debug purposes, but `Encodable.encodedJSON` is used everywhere.
