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Mojo struct

DecodeKVBuffer

struct DecodeKVBuffer[dtype: DType, kv_tile_layout: TensorLayout, //, config: KVBufferConfig, tensor_core_mma: TiledTensorCore[tensor_core_mma.out_type, tensor_core_mma.in_type, tensor_core_mma.shape, tensor_core_mma.group_size, tensor_core_mma.transpose_b], swizzle: Optional[Swizzle], BN: Int, WN: Int, BK: Int, depth: Int, num_threads: Int, num_stages: Int = 1, token_gen: Bool = False]

Fields​

  • ​load_tile (DecodeKVBuffer[config, tensor_core_mma, swizzle, BN, WN, BK, depth, num_threads, num_stages, token_gen].LoadTile):
  • ​mma_tile (DecodeKVBuffer[config, tensor_core_mma, swizzle, BN, WN, BK, depth, num_threads, num_stages, token_gen].MmaTile):
  • ​smem_tile (DecodeKVBuffer[config, tensor_core_mma, swizzle, BN, WN, BK, depth, num_threads, num_stages, token_gen].SmemTile):
  • ​gmem_tile (DecodeKVBuffer[config, tensor_core_mma, swizzle, BN, WN, BK, depth, num_threads, num_stages, token_gen].GmemTileType):
  • ​reg_loader (DecodeKVBuffer[config, tensor_core_mma, swizzle, BN, WN, BK, depth, num_threads, num_stages, token_gen].RegLoaderType):
  • ​tile_idx (Int):
  • ​load_tile_id (Int):

Implemented traits​

AnyType, ImplicitlyDestructible

comptime members​

GmemTileType​

comptime GmemTileType = TileTensor[dtype, kv_tile_layout, ImmutAnyOrigin]

LoadTile​

comptime LoadTile = TileTensor[dtype, Layout[*?, *?], MutExternalOrigin, address_space=AddressSpace.LOCAL]

MMA_K​

comptime MMA_K = shape[2]

MMA_N​

comptime MMA_N = shape[1]

MmaTile​

comptime MmaTile = TileTensor[dtype, Layout[*?, *?], MutExternalOrigin, address_space=AddressSpace.LOCAL]

num_k_tiles​

comptime num_k_tiles = ceildiv(BK, (DecodeKVBuffer[config, tensor_core_mma, swizzle, BN, WN, BK, depth, num_threads, num_stages, token_gen].MMA_K * group_size))

num_mmas​

comptime num_mmas = ceildiv(config.wsize, DecodeKVBuffer[config, tensor_core_mma, swizzle, BN, WN, BK, depth, num_threads, num_stages, token_gen].MMA_N)

num_warps_n​

comptime num_warps_n = (BN // WN)

RegLoaderType​

comptime RegLoaderType = RegTileLoader[dtype, row_major[((min(num_threads, ((config.btile_dim0 * config.btile_dim1) // DecodeKVBuffer[config, tensor_core_mma, swizzle, BN, WN, BK, depth, num_threads, num_stages, token_gen].simd_width)) * DecodeKVBuffer[config, tensor_core_mma, swizzle, BN, WN, BK, depth, num_threads, num_stages, token_gen].simd_width) // config.btile_dim1) if token_gen else (num_threads // 4), (config.btile_dim1 // DecodeKVBuffer[config, tensor_core_mma, swizzle, BN, WN, BK, depth, num_threads, num_stages, token_gen].simd_width) if token_gen else 4](), num_threads]

simd_width​

comptime simd_width = simd_width_of[dtype]()

SmemTile​

comptime SmemTile = TileTensor[dtype, Layout[*?, *?], MutAnyOrigin, address_space=AddressSpace.SHARED]

wtile_dim0​

comptime wtile_dim0 = config.wtile_dim0

wtile_dim1​

comptime wtile_dim1 = config.wtile_dim1

Methods​

__init__​

__init__(out self, gmem_tile: TileTensor[dtype, kv_tile_layout, ImmutAnyOrigin], smem_tile: TileTensor[dtype, Layout[*?, *?], MutAnyOrigin, address_space=AddressSpace.SHARED])

load_from_dram​

load_from_dram(mut self)

get_mma_tile​

get_mma_tile(self) -> TileTensor[dtype, Layout[*?, *?], MutAnyOrigin, address_space=AddressSpace.LOCAL]

Returns:

TileTensor

copy_to_shared​

copy_to_shared[tile_id: Int = 0](self)

load_from_shared​

load_from_shared[k_mma: Int](self)

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