Moved MGLGeoJSONSourceTests and MGLTileSetTests into platform/darwin/test/ and added them to the macOS project. Also added a private header needed to compile the tests to the macOS project.
Renamed MGLGeoJSONSourceOption and MGLOfflinePackUserInfoKey constants for clarity and to remove redundancy in the Swift-bridged names. Left the old MGLOfflinePackUserInfoKey constants in place as deprecated aliases.
Notification names and user info keys posted by MGLOfflineStorage, as well as MGLErrorDomain, are instances of string enumerations for ease of use in Swift. Added some shims for projects built with Xcode 7.x.
Fixes#6791.
Although functionality was not affected, a previous merge garbled
the language test with a temporary test done for annotation view
performance improvement.
Use queryPointAnnotations to drive annotation view updates
- Get sets of visible and offscreen annotations using the mbgl query
mechanism and updates and enqueues as required
- Query viewport adjusted if tilted (avoid apparent issue with
queryPointAnnotations when the query box is larger than the actual
viewport)
- Add a small debugging display in iOS app to see annotations going in
and out of the reuse queue
This also works around a performance issue that made getting an annotation
context expensive by implementing a map of annotations to tags. It works
around another issue with the underlying mbgl query so that even if it (rarely)
returns an incorrect result, the correct visual effect still occurs and the reuse
queue is added to and drained as expected.
Finally, this refactors MGLMapView viewForAnnotation: to use the maps to
access the requested annotation context and view. This avoids a more
expensive lookup done previously.
Along for the ride: sync up the ios and macos names (and types) for
MGLAnnotationTagContextMap
Our release builds for device (with lipoed simulator binary) create
a dSYM files for both the device and simulator. However the script
only copied the device dSYM file to the output location.
This adds a step to lipo together both the device and simulator dSYM files.
Mapbox.framework.dSYM now holds armv7 and arm64 slices.
Add visibleAnnotations API to make it easier for clients of MGLMapView
to query for all visible annotations in the map or all visible annotations
in a subsection of the map.
Use common initialization logic to create an unique pointer to an mbgl
source object, up front, when a MGL source is created. Keep a raw
pointer to the unique pointer that is pointed at the mbgl source
instance when a MGL source is created or when a MGL source is
obtained by identifier from MGLStyle. Once the transfer of ownership of the
mbgl source takes place, the unique ptr is null. The raw pointer can be used
internally for future work that involves mutating the source.
This also changes the URL, features, and geoJSONData content
properties for MGLGeoJSON source to be writable. If they are set with
valid data after a source has been added to the map then the map will
update to reflect the new data.
Upload any events collected when the app was in use for apps that only
have "when in use" location permissions. Also, for all apps, avoid
posting event data if there is only a single event.
Fixes the issue where our stripped dynamic build did not have a valid dSYM.
Disabling GCC_GENERATE_DEBUGGING_SYMBOLS for SYMBOLS=NO builds meant
that those builds had no debug symbols to strip or add to a dSYM.
* [ios, macos] Introduce MGLPointCollection
This makes MGLMultiPoint abstract again so that it is only a place
for shared functionality of polygons and polylines. The multipoint
feature replaces the point collection feature and can be
used to initialize a MGLGeoJSONSource. The previously added
swift_names for polyline and polygon are removed, for now.
This also updates the iOS and macOS annotation adding logic so that
unwanted shapes really are avoided. Previously the combined OR
conditions meant that an annotation had to logically be NOT a kind
of all three types so the check always let the annotation slip through.
This also expands the guard to deflect the new MGLPointCollection.
* [ios, macos] Make feature attributes and identifier writable
Instances of MGLFeature subclasses can now have their attributes
and identifier properties mutated.
Upload any events collected when the app was in use for apps that only
have "when in use" location permissions. Also, for all apps, avoid
posting event data if there is only a single event.
MGLShape subclasses can now return NSDictionaries that represent the shapes' GeoJSON geometries. MGLFeature classes can now return NSDictionaries that represent the features as GeoJSON features. This makes it trivial to serialize iOS and macOS shapes and features into GeoJSON.
MGLFeature instances can also return a representation of themselves as an mbgl::Feature. This capability is used in a refactoring of the implementations of MGLGeoJSONSource to more efficiently transform MGLFeatures into mbgl::Features so they can be fed directly into mbgl::GeoJSONSource without having to round trip through NSJSONSerialization. The MGLFeature identifier is converted into the mbgl::identifier type based on the type of the identifier. The MGLFeature attributes are recursively converted into an mbgl::PropertyMap and each value is converted into one of the types that the PropertyMap's Value variant supports.
This adds a features initializer to MGLGeoJSONSource. The initializer
takes shapes and converts them to JSON representation before passing
to core. This also adds methods to the MGLShape concrete subclasses
so that they can represent themselves in NSDictionary form suitable
for transforming to JSON (GeoJSON).
