* Add classes in testutil and util to the project
* Exclude util/iterator_adaptors_test which requires gmock
* Exclude remote/serializer_test which is missing some paths
* Add iterator_adaptors_test and add gmock support
* Add gmock support to the GoogleTest podspec we vendor
* Add iterator_adaptors_test.cc to the Xcode project
* Add a script that verifies all tests are referenced in the project
* Add a travis check that all tests are referenced in the project
* Review feedback
* Moar feedback
* Fix order of project elements
* Add immutable container tests to the Firestore project
* Fix style problems in TransformOperations
* Method names should have an initial upper case character (except
getters/setters)
* Pointers bind to the type not the name in C++
* Fix unsigned/signed comparison warning
* Make transform_operations.h Objective-C++ only
It turns out that you can't conditionally define virtual methods. This
causes multiple versions of the vtable to be emitted and when the linker
resolves all the vtable definitions for a class it picks one arbitrarily
causing failures for callers that expect some of the conditional methods
to be present.
* Add precondition_test and field_mask_test to the project
* Add field_transform_test and transform_operations_test to the project
* Clean up missing newline/excess comments
* Use braced initialization to avoid linter false positive on std::transform
dispatch_queue_t is defined differently in libdispatch depending on
whether the library header is being include from Objective-C (or
Objective-C++) code, or else from C or C++ code. Make sure that all
source files in Firestore that include executor_libdispatch.h are
compiled in the same mode (Objective-C++) to avoid linker errors.
AsyncQueue is a queue that executes given operations asynchronously,
enforcing that only a single operation is executing at any given time,
and that in-progress operations don't spawn more operations. The actual
execution is delegated to a platform-specific executor. Executor is an
interface for a FIFO queue that executes given operations serially. Two
implementations of Executor, one using libdispatch and the other using
C++11 standard library, are provided.
AsyncQueue is not used anywhere in the code base at this point.
* Define a Comparator for DocumentKey
* Automated migration from FSTDocumentKeySet to DocumentKeySet
* Manual fixups for DocumentKeySet
* Delete FSTDocumentKeySet
* Remove spurious dependencies on other project targets in the integration tests
* Integration tests don't depend on OCMock
... and shouldn't
* Integration tests don't directly depend upon leveldb either
* Flatten Firestore example Podfile
Make the targets independent in Firestore/Example/Podfile and add a
workaround to deduplicate dependencies.
* Project file output from running pod update
micros could underflow or overflow if the test was run at the wrong time... Replaced with hardcoded timestamps as I don't think making it time-dependent gains us interesting additional coverage.
* remove conversions in `Local` and `Remote`
* replace `FSTSnapshotVersion` in `Model`
* replace `FSTSnapshotVersion` in the rest
* let test check equal with C++ equal
* fix newly added code
* address changes
This is good enough to make it possible for the new C++ code to
interoperate with existing Objective-C code where `-hash` is required if
you override `-isEqual:`.
* Filter out document updates from target association changes
* Move remote-event-modifying methods onto remote event
* Style
* keep limbo docs in remote event
* Implement identification of limbo document updates
* Refactor a bit to handle removes as well
* Drop newline
* Handle synthesized limbo deletes
* Response to feedback
* Appease the style gods
* Rename targets:
* Firestore_Example to Firestore_Example_iOS
* Firestore_Tests to Firestore_Tests_iOS
* Firestore_IntegrationTests to Firestore_IntegrationTests_iOS
* AllTests to AllTests_iOS
* Rename associated schemes the same way
* Update Podfile to reference the new targets
Add option to allow the user to control where DocumentReference.getDocument() and CollectionReference.getDocuments() fetches from. By default, it fetches from the server (if possible) and falls back to the local cache. It's now possible to alternatively fetch from the local cache only, or to fetch from the server only (though in the server only case, latency compensation is still enabled).
* Replace `QueryListenOptions` with simple booleans
Instead of calling
addSnapshotListener(
options:QueryListenOptions.includeQueryMetadataChanges()
.includeDocumentMetadataChanges())
call
addSnapshotListener(includeMetadataChanges:true)
Also change `QuerySnapshot.documentChanges()` into a method which
optionally takes `includeMetadataChanges:true`. By default even when
listening to a query with `inlcudeMetadataChanges:true` metadata-only
document changes are suppressed because they're confusing.
* Revert QuerySnapshot.documentChanges back to a property
Add usage.
This includes the new FIRFieldValue sentinels, the FSTUserDataConverter code to parse them into internal ArrayTransform operations for use in an FSTTransformMutation, and some sanity testing in FSTMutationTests.
I still need to implement FSTTransformMutation support for local application and serialization (and then integration tests).
* port FieldMask to C++
* address changes
* address changes
* fix test
* address change
* Port transform operations (FSTTransformOperation, FSTServerTimestampTransform) to C++
* address changes
* address changes
* address changes
* implement `FieldTransform` in C++
* port `FieldTransform`
* make `fieldTransforms` shared inside `context`
* Implement Precondition in C++ w/o test yet
* add unit test for `Precondition`
* port `Precondition`
* address changes
* address changes
* fix bugs for integration test
* address changes
* fix lint
* address changes
* address changes
* lint.sh now lints Objective-C++ too
* cpplint checks system-style includes that should be user-style
This prevents it from recognizing project sources as if they were C
system headers and then complaining that they're in the wrong place.
* cpplint checks #imports and #includes
* cpplint checks that C++ system headers aren't #imported
* cpplint checks for C system headers that could be C++ system headers
* cpplint checks that Objective-C sources include their headers
Gil