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Mojo struct
Pipe
struct Pipe[N: Int]
A compile-time sequence of N pipeline operations.
Build sequences using the >> operator to chain ops into a pipeline:
pipe(ld()) >> st() >> br() >> frag[0]() >> sb()Convert to schedule entries for a given phase:
my_pipe.as_schedule[Phase.PROLOGUE]()Concatenate two pipes:
pipe_a >> pipe_b # Pipe[A+B]Fields
- ops (
Array[OpDesc, N]):
Implemented traits
AnyType,
Copyable,
Deinitable,
Movable
Methods
__init__
def __init__(out self)
__rshift__
def __rshift__(self, op: OpDesc) -> Pipe[(N + Int(1))]
Append a single op: pipe >> op -> Pipe[N+1].
Returns:
def __rshift__[M: Int](self, other: Pipe[M]) -> Pipe[(N + M)]
Concatenate two pipes: Pipe[N] >> Pipe[M] -> Pipe[N+M].
Returns:
as_schedule
def as_schedule[phase: Phase](self) -> Array[ScheduleEntry, N]
Convert to schedule entries with sequential time slots.
Returns:
def as_schedule[phase: Phase](self, offset: Int) -> Array[ScheduleEntry, N]
Convert to schedule entries with time slots starting at offset.
Returns:
emit_into
def emit_into[MaxN: Int, phase: Phase](self, mut entries: Array[ScheduleEntry, MaxN], offset: Int = Int(0)) -> Int
Write ops into a larger schedule array starting at offset.
Returns the new offset (offset + N), allowing chained writes.
Returns:
emit_into_body
def emit_into_body(self, mut body: LoopBody, offset: Int = Int(0)) -> Int
Write ops into a LoopBody's ops array as OpNodes.
Returns the new offset (offset + N).
Returns: