internal override IReadOnlyList <IAsyncProjectionShard> AsyncProjectionShards(DocumentStore store)
{
if (_inlineType == null)
{
Compile();
}
var projection = Build((DocumentStore)store);
// TODO -- sharding behavior
var baseFilters = new ISqlFragment[0];
var eventTypes = MethodCollection.AllEventTypes(_createMethods, _projectMethods);
if (!eventTypes.Any(x => x.IsAbstract || x.IsInterface))
{
baseFilters = new ISqlFragment[] { new Marten.Events.Daemon.EventTypeFilter(store.Events, eventTypes) };
}
var shard = new AsyncProjectionShard(new ShardName(ProjectionName), projection, baseFilters, store,
Options);
return(new List <IAsyncProjectionShard> {
shard
});
}
internal override IReadOnlyList <IAsyncProjectionShard> AsyncProjectionShards(DocumentStore store)
{
var shard = new AsyncProjectionShard(new ShardName(ProjectionName), _projection, System.Array.Empty <ISqlFragment>(), (DocumentStore)store, Options);
return(new List <IAsyncProjectionShard> {
shard
});
}
IReadOnlyList <IAsyncProjectionShard> IProjectionSource.AsyncProjectionShards(IDocumentStore store, ITenancy tenancy)
{
// TODO -- an actual sharding strategy!!!
if (_inlineType == null)
{
Compile();
}
var projection = this.As <IProjectionSource>().Build((DocumentStore)store);
// TODO -- how do users specify AsyncOptions config?
// TODO -- sharding behavior
var shard = new AsyncProjectionShard(ProjectionName, projection, new ISqlFragment[0], (DocumentStore)store,
new AsyncOptions());
return(new List <IAsyncProjectionShard> {
shard
});
}
internal bool TryFindAsyncShard(string projectionOrShardName, out AsyncProjectionShard shard)
{
return(_asyncShards.Value.TryGetValue(projectionOrShardName, out shard));
}
