This makes core not actually flush data to disk when durability is not needed,
such as when running tests. Doesn't help much for realm-js since the bulk of
the time in them is spent waiting for things to time out, but it cuts the run
time of the ROS tests in half.
* Expose an object's internal object ID, and allow fetching an object by its object ID
* Throw an exception if methods related to object IDs are used on non-synced Realms.
* Use `std::stoull` to ensure we can return the entire range of possible values.
* Add tests for _objectId() / _objectForObjectId().
* Adding change log
* Skip ObjectIdTests.testSynced for non-Node.
This is for internal use by ROS as part of its support for failover. If
the session is active, we ask it to disconnect then reconnect to the new
server. We also stash away the overridden server's details so it can be
used again we later disconnect and reconnect. If the session is not yet
active, we simply stash away the details to be used when establishing
the connection.
* Fix an unused variable warning in js_sync.hpp
* Add support for aggregates on arrays of primitives
* Update documentation and typescript declarations
* Update collection.js
There's no reason for `_waitForDownload` to be responsible for
constructing a new Realm instance when we can instead use the
constructor for that. This eliminates the potential for different
handling of the Realm configuration between `_waitForDownload` and `new
Realm`, which was responsible for various issues (#1391, #1392, #1393).
In turn, this requires that `_waitForDownload` become an instance method.
In addition, we update `Realm.openAsync` and `getSpecialPurposeRealm` to
delegate to `Realm.open` rather than reimplementing equivalent logic
themselves.
Finally, the private mechanism for registering a download progress
handler as part of the sync configuration (`_onDownloadProgress`) is
removed in favor of the public API (`progress()` on the promise returned
by `Realm.open`).
