Lines Matching +full:scope +full:- +full:manager

4  * Use of this source code is governed by a BSD-style license that can be
45         (*count)--;  in decrement()
67  * the manager maintains a stack that corresponds with the depth-first traversal of the tasks
93     //  - ScratchBuffer uses RAII to return the resource; ScratchResourceManager could adopt this
96     //  - ScratchResourceManager is currently only available in snap(), but DrawBufferManager needs
99     //    Alternatively, ScratchResourceManager could have the same lifetime as the buffer manager.
101     // Mark the resource as available for reuse. Must have been previously returned by this manager.
107     // added to the root task list, or explicitly when appending child tasks). The depth-first
112     // Each recursion in the depth-first traversal of the task graph pushes the stack. Going up
114     // listener that is triggered when either its scope is popped off or a consuming task that
121     // scope are invoked and removed from the list. This means that tasks must be externally
126     // writes with the renderpass that samples it to introduce a scope in the stack. Alternatively,
136     // Push a new scope onto the stack, preventing previously added pending listeners from being
140     // Pop the current scope off the stack. This does not invoke any pending listeners that were
141     // not consumed by a task within the ending scope. This can happen if an offscreen layer is
152     // marked in the current scope will be invoked.
156     // popScope() within the current scope. Registering the same listener multiple times will invoke
165         return fProxyReadCounts->get(proxy);  in pendingReadCount()
170         return fProxyReadCounts->decrement(proxy);  in removePendingRead()
184     // callers always need a specific sub-Resource and it limits the size of each search pool. It
185     // also allows for type-specific search heuristics by when selecting an available resource.
189     // start of a new scope.