Mojo struct
InputConsumer
struct InputConsumer[origin: MutOrigin, Payload: TilePayload, num_group_stages: Int, k_group_size: Int]
Consumer view for MMA warp. Use acquire() to get stages.
Fields
- pipeline_ptr (
Pointer[InputConsumer[origin, Payload, num_group_stages, k_group_size].PipelineType, origin]):
Implemented traits
AnyType,
Copyable,
ImplicitlyCopyable,
ImplicitlyDestructible,
Movable,
RegisterPassable,
TrivialRegisterPassable
comptime members
PipelineType
comptime PipelineType = InputTilePipeline[Payload, num_group_stages, k_group_size]
Methods
__enter__
__enter__(mut self) -> Self
__exit__
__exit__(mut self)
acquire
acquire(mut self) -> ConsumerTiles[origin, Payload, num_group_stages, k_group_size]
Acquire next stage, waiting for tiles to be ready.
Returns a context manager for processing tiles.
Returns:
acquire_stage
acquire_stage(mut self) -> InputConsumerStage[origin, Payload, num_group_stages, k_group_size]
Acquire next stage as a linear type, waiting for tiles to be ready.
Returns a compiler-enforced linear type that must be explicitly
released via tiles^.release().
Returns:
try_acquire
try_acquire(mut self) -> Bool
Non-blocking check if next consumer stage has data.
Use with acquire_if_needed() for the try-acquire pattern:
var ready = consumer.try_acquire()
# ... do other work ...
with consumer.acquire_if_needed(ready) as tiles:
process_tiles()Returns:
Bool: True if the stage has data, False if waiting is needed.
acquire_if_needed
acquire_if_needed(mut self, already_ready: Bool) -> ConsumerTiles[origin, Payload, num_group_stages, k_group_size]
Acquire stage, only waiting if not already ready.
Args:
- already_ready (
Bool): Result from try_acquire(). Skips wait if True.
Returns:
ConsumerTiles: Context manager wrapping the consumer stage.
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