internal Query(Database database, View view)
{
// Always update index if needed before querying (default)
// Don't update the index; results may be out of date
// Update index _after_ querying (results may still be out of date)
// (the default), the query simply returns all non-deleted documents.
// in this mode it also returns deleted documents.
// the .conflictingRevisions property of each row will return the conflicting revisions, if any, of that document.
// _only_ documents in conflict will be returned. (This mode is especially useful for use with a CBLLiveQuery, so you can be notified of conflicts as they happen, i.e. when they're pulled in by a replication.)
// null for _all_docs query
this.database = database;
this.view = view;
limit = int.MaxValue;
mapOnly = (view != null && view.GetReduce() == null);
indexUpdateMode = Query.IndexUpdateMode.Before;
allDocsMode = Query.AllDocsMode.AllDocs;
}
internal Query(Database database, View view)
{
// Always update index if needed before querying (default)
// Don't update the index; results may be out of date
// Update index _after_ querying (results may still be out of date)
// (the default), the query simply returns all non-deleted documents.
// in this mode it also returns deleted documents.
// the .conflictingRevisions property of each row will return the conflicting revisions, if any, of that document.
// _only_ documents in conflict will be returned. (This mode is especially useful for use with a CBLLiveQuery, so you can be notified of conflicts as they happen, i.e. when they're pulled in by a replication.)
// null for _all_docs query
this.database = database;
this.view = view;
limit = int.MaxValue;
mapOnly = (view != null && view.GetReduce() == null);
indexUpdateMode = Query.IndexUpdateMode.Before;
allDocsMode = Query.AllDocsMode.AllDocs;
}
