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---
include: rocblas_common.yaml
include: known_bugs.yaml
Definitions:
- &small_matrix_size_range
- { M: -1, N: -1, lda: 1, ldb: 1 }
- { M: 10, N: 10, lda: 20, ldb: 100 }
# These were previously failing for trsm_ex
- { M: 24, N: 33, lda: 33, ldb: 33 }
- { M: 32, N: 33, lda: 33, ldb: 33 }
- { M: 33, N: 32, lda: 33, ldb: 33 }
- { M: 64, N: 65, lda: 65, ldb: 65 }
- { M: 65, N: 64, lda: 64, ldb: 65 }
# Trsv kernel
- { M: 128, N: 1, lda: 128, ldb: 128 }
- { M: 1024, N: 1, lda: 2000, ldb: 1024 }
- &small_trsv_big_batch_matrix
- { M: 4, N: 1, lda: 4, ldb: 4 }
- &medium_matrix_size_range
- { M: 129, N: 129, lda: 129, ldb: 129 }
- { M: 192, N: 192, lda: 192, ldb: 192 }
- { M: 600, N: 500, lda: 600, ldb: 600 }
- { M: 800, N: 700, lda: 801, ldb: 701 }
- { M: 500, N: 32, lda: 500, ldb: 500 }
# - &small_substitution_size_range
- { M: 2, N: 1, lda: 30, ldb: 30 }
- { M: 1, N: 2, lda: 30, ldb: 30 }
- { M: 32, N: 3, lda: 32, ldb: 32 }
- { M: 32, N: 32, lda: 32, ldb: 32 }
- { M: 32, N: 31, lda: 32, ldb: 32 }
- { M: 31, N: 31, lda: 32, ldb: 32 }
- { M: 17, N: 800, lda: 20, ldb: 21 }
- { M: 33, N: 35, lda: 62, ldb: 61 }
- { M: 35, N: 33, lda: 61, ldb: 62 }
- { M: 7, N: 58, lda: 59, ldb: 130 }
- { M: 58, N: 7, lda: 130, ldb: 129 }
- { M: 49, N: 1004, lda: 130, ldb: 129 }
# not small
- { M: 8, N: 128, lda: 200, ldb: 200 }
- { M: 128, N: 8, lda: 200, ldb: 200 }
- &large_substitution_size_range
- { M: 500, N: 32, lda: 500, ldb: 500 }
- { M: 450, N: 19, lda: 500, ldb: 500 }
- { M: 300, N: 100, lda: 300, ldb: 300 }
- { M: 340, N: 128, lda: 340, ldb: 340 }
- &medium_matrix_size_extra
- { M: 256, N: 14848, lda: 256, ldb: 256 }
- &large_matrix_size_range
- { M: 640, N: 640, lda: 960, ldb: 960 }
- { M: 1000, N: 1000, lda: 1000, ldb: 1000 }
- { M: 1024, N: 1024, lda: 1024, ldb: 1024 }
# - { M: 2000, N: 2000, lda: 2000, ldb: 2000 }
- &large_memory_matrix_size_range
- { M: 8320, N: 128, lda: 8320, ldb: 8320 }
- &size_t_left_matrix_size_range
# - { M: 4, N: 46435, lda: 4, ldb: 46435 }
- { M: 46345, N: 4, lda: 46345, ldb: 46345 }
# - { M: 47000, N: 4, lda: 47000, ldb: 47000 } # calls rocblas_internal_gemm_template with batch_count=367, stride_a=6016128
- &size_t_right_matrix_size_range
- { M: 4, N: 46345, lda: 46345, ldb: 4 }
# - { M: 4, N: 47000, lda: 47000, ldb: 4 } # calls rocblas_internal_gemm_template with batch_count=367, stride_a=6016128
- &substitution_size_range_thorough
- { M: 1, N: 1, lda: 100, ldb: 100 }
- { M: 1, N: 32, lda: 100, ldb: 100 }
- { M: 1, N: 64, lda: 100, ldb: 100 }
- { M: 2, N: 1, lda: 100, ldb: 100 }
- { M: 2, N: 32, lda: 100, ldb: 100 }
- { M: 2, N: 64, lda: 100, ldb: 100 }
- { M: 4, N: 1, lda: 100, ldb: 100 }
- { M: 4, N: 32, lda: 100, ldb: 100 }
- { M: 4, N: 64, lda: 100, ldb: 100 }
- { M: 7, N: 1, lda: 100, ldb: 100 }
- { M: 7, N: 32, lda: 100, ldb: 100 }
- { M: 7, N: 64, lda: 100, ldb: 100 }
- { M: 16, N: 1, lda: 100, ldb: 100 }
- { M: 16, N: 32, lda: 100, ldb: 100 }
- { M: 16, N: 64, lda: 100, ldb: 100 }
- { M: 32, N: 1, lda: 100, ldb: 100 }
- { M: 32, N: 32, lda: 100, ldb: 100 }
- { M: 32, N: 64, lda: 100, ldb: 100 }
- { M: 64, N: 1, lda: 100, ldb: 100 }
- { M: 64, N: 32, lda: 100, ldb: 100 }
- { M: 64, N: 64, lda: 100, ldb: 100 }
- { M: 35, N: 7, lda: 48, ldb: 52 }
- { M: 3, N: 61, lda: 62, ldb: 63 }
- &substitution_size_range_skinny_left
- { M: 31, N: 4000, lda: 4000, ldb: 4000 }
- { M: 2, N: 256, lda: 256, ldb: 256 }
- { M: 8, N: 4000, lda: 4000, ldb: 4000 }
- { M: 15, N: 2000, lda: 2000, ldb: 2000 }
- { M: 16, N: 999, lda: 1000, ldb: 1001 }
- { M: 17, N: 8000, lda: 8000, ldb: 8000 }
- { M: 24, N: 1001, lda: 1001, ldb: 1001 }
- { M: 32, N: 80, lda: 81, ldb: 100 }
- &substitution_size_range_skinny_right
- { M: 4000, N: 31, lda: 4000, ldb: 4000 }
- { M: 256, N: 2, lda: 256, ldb: 256 }
- &alpha_zero_matrix_size
- { M: 64, N: 50, lda: 64, ldb: 128 }
- &left_overflow_sizes
# LHS "special" kernel
- { M: 128, N: 128, lda: 16777220, ldb: 128 }
- { M: 128, N: 128, lda: 128, ldb: 16777220 }
# LHS "left" kernel
- { M: 1000, N: 4, lda: 2147500, ldb: 1000 }
- { M: 1000, N: 4, lda: 1000, ldb: 2147500 }
# LHS "small" kernel
- { M: 16, N: 16, lda: 143165578, ldb: 16 }
- { M: 16, N: 16, lda: 16, ldb: 143165578 }
# LHS "subsitution" kernel
- { M: 33, N: 65, lda: 65075300, ldb: 128 }
- { M: 33, N: 65, lda: 128, ldb: 33554450 }
- &right_overflow_sizes
# RHS "special" kernel
- { M: 128, N: 128, lda: 16777220, ldb: 128 }
- { M: 128, N: 128, lda: 128, ldb: 16777220 }
# RHS "right" kernel
- { M: 4, N: 1000, lda: 2147500, ldb: 1000 }
- { M: 4, N: 1000, lda: 1000, ldb: 2147500 }
# RHS "small" kernel
- { M: 16, N: 16, lda: 143165578, ldb: 16 }
- { M: 16, N: 16, lda: 16, ldb: 143165578 }
- &internal_interface_sizes_left
- { M: 128, N: 128, lda: 128, ldb: 128, ldc: 4294967296, ldd: 4294967297 }
- { M: 1000, N: 4, lda: 1000, ldb: 1000, ldc: 4294967297, ldd: 4294967296 }
- { M: 16, N: 16, lda: 16, ldb: 16, ldc: 4294967296, ldd: 4294967297 }
- { M: 33, N: 65, lda: 128, ldb: 128, ldc: 4294967297, ldd: 4294967296 }
- &internal_interface_sizes_right
- { M: 128, N: 128, lda: 128, ldb: 128, ldc: 4294967297, ldd: 4294967296 }
- { M: 4, N: 1000, lda: 1000, ldb: 1000, ldc: 4294967296, ldd: 4294967297 }
- { M: 16, N: 16, lda: 16, ldb: 16, ldc: 4294967297, ldd: 4294967296 }
- &alpha_range_sub
- { alpha: 2.0 }
- &alpha_range [ 1.0, -5.0 ]
- &complex_alpha_range
- { alpha: -5, alphai: -5 }
- { alpha: 1, alphai: 3 }
- &zero_alpha [0.0]
- &testset1_small_matrix_size_range
- { M: 256, N: 256, lda: 256, ldb: 256 }
- { M: 512, N: 256, lda: 256, ldb: 512 }
- { M: 512, N: 512, lda: 512, ldb: 512 }
- { M: 768, N: 256, lda: 256, ldb: 768 }
- { M: 1024, N: 256, lda: 256, ldb: 1024 }
- { M: 1280, N: 256, lda: 256, ldb: 1280 }
- { M: 1536, N: 256, lda: 256, ldb: 1536 }
- { M: 1792, N: 256, lda: 256, ldb: 1792 }
- { M: 2048, N: 256, lda: 256, ldb: 2048 }
- { M: 384, N: 384, lda: 384, ldb: 384 }
- { M: 768, N: 384, lda: 384, ldb: 768 }
- { M: 1152, N: 384, lda: 384, ldb: 1152 }
- { M: 1536, N: 384, lda: 384, ldb: 1536 }
- { M: 1920, N: 384, lda: 384, ldb: 1920 }
- { M: 2304, N: 384, lda: 384, ldb: 2304 }
- { M: 2688, N: 384, lda: 384, ldb: 2688 }
- { M: 3072, N: 384, lda: 384, ldb: 3072 }
- &testset2_small_matrix_size_range
- { M: 256, N: 256, lda: 256, ldb: 256 }
- { M: 256, N: 512, lda: 512, ldb: 256 }
- { M: 256, N: 768, lda: 768, ldb: 256 }
- { M: 256, N: 1024, lda: 1024, ldb: 256 }
- { M: 256, N: 1280, lda: 1280, ldb: 256 }
- { M: 256, N: 1536, lda: 1536, ldb: 256 }
- { M: 256, N: 1792, lda: 1792, ldb: 256 }
- { M: 256, N: 2048, lda: 2048, ldb: 256 }
- { M: 384, N: 384, lda: 384, ldb: 384 }
- { M: 384, N: 768, lda: 768, ldb: 384 }
- { M: 384, N: 1152, lda: 1152, ldb: 384 }
- { M: 384, N: 1536, lda: 1536, ldb: 384 }
- { M: 384, N: 1920, lda: 1920, ldb: 384 }
- { M: 384, N: 2304, lda: 2304, ldb: 384 }
- { M: 384, N: 2688, lda: 2688, ldb: 384 }
- { M: 384, N: 3072, lda: 3072, ldb: 384 }
- &testset1_matrix_size_range
- { M: 128, N: 2048, lda: 128, ldb: 128 }
- { M: 128, N: 16848, lda: 128, ldb: 128 }
- { M: 128, N: 29696, lda: 128, ldb: 128 }
- { M: 128, N: 44544, lda: 128, ldb: 128 }
- { M: 128, N: 53632, lda: 128, ldb: 128 }
- { M: 256, N: 2048, lda: 256, ldb: 256 }
- { M: 256, N: 29696, lda: 256, ldb: 256 }
- { M: 256, N: 44544, lda: 256, ldb: 256 }
- { M: 256, N: 53504, lda: 256, ldb: 256 }
- { M: 384, N: 2048, lda: 384, ldb: 384 }
- { M: 384, N: 14976, lda: 384, ldb: 384 }
- { M: 384, N: 29952, lda: 384, ldb: 384 }
- { M: 384, N: 44928, lda: 384, ldb: 384 }
- { M: 384, N: 53376, lda: 384, ldb: 384 }
- &testset2_matrix_size_range
- { M: 2048, N: 128, lda: 2048, ldb: 2048 }
- { M: 16848, N: 128, lda: 16848, ldb: 16848 }
- { M: 29696, N: 128, lda: 29696, ldb: 29696 }
- { M: 44544, N: 128, lda: 44544, ldb: 44544 }
- { M: 53632, N: 128, lda: 53632, ldb: 53632 }
- { M: 2048, N: 256, lda: 2048, ldb: 2048 }
- { M: 14848, N: 256, lda: 14848, ldb: 14848 }
- { M: 29696, N: 256, lda: 29696, ldb: 29696 }
- { M: 44544, N: 256, lda: 44544, ldb: 44544 }
- { M: 53504, N: 256, lda: 53504, ldb: 53504 }
- { M: 2048, N: 384, lda: 2048, ldb: 2048 }
- { M: 14976, N: 384, lda: 14976, ldb: 14976 }
- { M: 29952, N: 384, lda: 29952, ldb: 29952 }
- { M: 44928, N: 384, lda: 44928, ldb: 44928 }
- { M: 53376, N: 384, lda: 53376, ldb: 53376 }
- &testsize_internal_workspace_range
# substitution kernels depending on side
- { M: 33, N: 8191, batch_count: 5 }
- { M: 31, N: 8000, batch_count: 1 }
- { M: 8001, N: 31, batch_count: 5 }
- { M: 8000, N: 33, batch_count: 1 }
- { M: 300, N: 100, batch_count: 5 }
# always substitution kernel
- { M: 30, N: 15, batch_count: 64 }
# "special" kernel
- { M: 8192, N: 8192, batch_count: 5 }
# non-special kernel
- { M: 7999, N: 3001, batch_count: 5 }
# quick-return
- { M: 1024, N: 1024, batch_count: 0 }
Tests:
- name: trsm_bad_arg
category: quick
function:
- trsm_bad_arg
- trsm_batched_bad_arg
- trsm_strided_batched_bad_arg
precision: *single_precision
side: [L]
uplo: [L]
transA: [N]
diag: [N]
api: [ C, FORTRAN, FORTRAN_64 ]
# explicit tests for trsm max_size interface
- name: trsm_internal_interfaces_tests
category: quick
function:
- trsm_internal_interfaces
- trsm_batched_internal_interfaces
precision: *single_double_precisions_complex_real
matrix_size: *testsize_internal_workspace_range
side: [ L, R ]
uplo: [ L ]
transA: [ N ]
diag: [ N ]
# api implied to be internal
# alpha = 0 tests
- name: trsm_zero
category: quick
function:
- trsm
- trsm_batched
- trsm_strided_batched
precision: *single_double_precisions
matrix_size: *alpha_zero_matrix_size
side: [L]
uplo: [L]
transA: [N]
diag: [N]
alpha: *zero_alpha
batch_count: [ 3 ]
stride_scale: [ 2 ]
# Small - quick
- name: trsm_small
category: quick
function: trsm
precision: *single_double_precisions
side: [L, R]
uplo: [L, U]
transA: [N, C]
diag: [N, U]
matrix_size: *small_matrix_size_range
alpha: *alpha_range
api: [ FORTRAN, FORTRAN_64 ]
user_allocated_workspace: [0, 1000000]
- name: trsm_small_complex
category: quick
function: trsm
precision: *single_double_precisions_complex
side: [L, R]
uplo: [L, U]
transA: [N, C]
diag: [N, U]
matrix_size: *small_matrix_size_range
alpha_beta: *complex_alpha_range
api: [ C, FORTRAN_64 ]
user_allocated_workspace: [0, 1000000]
- name: trsm_batched_small
category: quick
function: trsm_batched
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: R, uplo: L, transA: C, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
- { side: R, uplo: U, transA: N, diag: U }
matrix_size: *small_matrix_size_range
alpha: *alpha_range
batch_count: [-1, 0, 1, 3]
api: [ FORTRAN, FORTRAN_64 ]
user_allocated_workspace: [0, 1000000]
- name: trsm_trsv_big_batch
category: pre_checkin
function: trsm_batched
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: L, uplo: U, transA: C, diag: N }
matrix_size: *small_trsv_big_batch_matrix
alpha: *alpha_range
batch_count: [130] # > 16*m
api: [ FORTRAN ]
user_allocated_workspace: [0, 1000000]
- name: trsm_batched_small_complex
category: quick
function: trsm_batched
precision: *single_double_precisions_complex
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: R, uplo: L, transA: C, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
- { side: R, uplo: U, transA: N, diag: U }
matrix_size: *small_matrix_size_range
alpha_beta: *complex_alpha_range
batch_count: [-1, 0, 1, 3]
api: [ C, FORTRAN_64 ]
user_allocated_workspace: [0, 1000000]
- name: trsm_strided_batched_small
category: quick
function: trsm_strided_batched
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: R, uplo: L, transA: C, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
- { side: R, uplo: U, transA: N, diag: U }
matrix_size: *small_matrix_size_range
alpha: *alpha_range
stride_scale: [ 1 ]
batch_count: [ -1, 0, 1, 3 ]
api: [ FORTRAN, FORTRAN_64 ]
user_allocated_workspace: [0, 1000000]
- name: trsm_strided_batched_small_complex
category: quick
function: trsm_strided_batched
precision: *single_double_precisions_complex
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: R, uplo: L, transA: C, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
- { side: R, uplo: U, transA: N, diag: U }
matrix_size: *small_matrix_size_range
alpha_beta: *complex_alpha_range
stride_scale: [ 3 ]
batch_count: [ -1, 0, 1, 3 ]
api: [ C, FORTRAN_64 ]
user_allocated_workspace: [0, 1000000]
# Medium - pre_checkin
- name: trsm_medium_HMM
category: HMM
function: trsm
precision: *single_double_precisions
side: [L]
uplo: [L]
transA: [N]
diag: [U]
matrix_size: *medium_matrix_size_range
alpha: 1
user_allocated_workspace: [0, 20000000]
HMM: true
- name: trsm_medium
category: pre_checkin
function: trsm
precision: *single_double_precisions
side: [L, R]
uplo: [L, U]
transA: [N, C]
diag: [N, U]
matrix_size: *medium_matrix_size_range
alpha: *alpha_range
user_allocated_workspace: [0, 20000000]
- name: trsm_medium_extra
category: pre_checkin
function: trsm
precision: *single_double_precisions
side: [L]
uplo: [L]
transA: [N]
diag: [U]
matrix_size: *medium_matrix_size_extra
alpha: [ 1 ]
# workspace 32000000 vs 20000000 to allow non-special kernel in no tensile build
user_allocated_workspace: [0, 32000000]
- name: trsm_medium_complex
category: pre_checkin
function: trsm
precision: *single_double_precisions_complex
side: [L, R]
uplo: [L, U]
transA: [N, C]
diag: [N, U]
matrix_size: *medium_matrix_size_range
alpha_beta: *complex_alpha_range
user_allocated_workspace: [0, 20000000]
# if adjusting algo add back in for local testing
# pad: [0, 4096]
- name: trsm_batched_medium
category: pre_checkin
function: trsm_batched
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: R, uplo: L, transA: C, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
- { side: R, uplo: U, transA: N, diag: U }
matrix_size: *medium_matrix_size_range
alpha: *alpha_range
batch_count: [3]
user_allocated_workspace: [0, 20000000]
# if adjusting algo add back in for local testing
# pad: [0, 4096]
- name: trsm_batched_medium_complex
category: pre_checkin
function: trsm_batched
precision: *single_double_precisions_complex
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: R, uplo: L, transA: C, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
- { side: R, uplo: U, transA: N, diag: U }
matrix_size: *medium_matrix_size_range
alpha_beta: *complex_alpha_range
batch_count: [3]
user_allocated_workspace: [0, 20000000]
# if adjusting algo add back in for local testing
# pad: [0, 4096]
- name: trsm_strided_batched_medium
category: pre_checkin
function: trsm_strided_batched
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: R, uplo: L, transA: C, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
- { side: R, uplo: U, transA: N, diag: U }
matrix_size: *medium_matrix_size_range
alpha: *alpha_range
stride_scale: [ 1 ]
batch_count: [ 3 ]
user_allocated_workspace: [0, 20000000]
- name: trsm_strided_batched_medium_complex
category: pre_checkin
function: trsm_strided_batched
precision: *single_double_precisions_complex
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: R, uplo: L, transA: C, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
- { side: R, uplo: U, transA: N, diag: U }
matrix_size: *medium_matrix_size_range
alpha_beta: *complex_alpha_range
stride_scale: [ 3 ]
batch_count: [ 3 ]
user_allocated_workspace: [0, 20000000]
- name: trsm_medium_substitution
category: pre_checkin
function: trsm
precision: *single_double_precisions_complex_real
side: [L]
uplo: [L, U]
transA: [N, C]
diag: [N, U]
matrix_size: *large_substitution_size_range
alpha_beta: *alpha_range_sub
- name: trsm_batched_medium_substitution
category: pre_checkin
function: trsm_batched
precision: *single_double_precisions_complex_real
side: [L]
uplo: [L, U]
transA: [N, C]
diag: [N, U]
matrix_size: *large_substitution_size_range
batch_count: [ 16 ]
alpha_beta: *alpha_range_sub
# nightly
- name: trsm_medium_multi_gpu
category: multi_gpu
function: trsm
precision: *single_double_precisions
side: [L, R]
uplo: [L, U]
transA: [N]
diag: [N]
threads_streams: *common_threads_streams
matrix_size: *medium_matrix_size_range
alpha: 1
devices: [0, 2, 4]
- name: trsm_medium_multi_threads_streams
category: nightly
function: trsm
precision: *single_double_precisions
side: [L, R]
uplo: [L, U]
transA: [N, C]
diag: [N, U]
threads_streams: *common_threads_streams
matrix_size: *medium_matrix_size_range
alpha: *alpha_range
- name: trsm_testset1
category: nightly
function: trsm
precision: *single_double_precisions
side: [L]
uplo: [L]
transA: [N]
diag: [U]
matrix_size: *testset1_matrix_size_range
alpha: [ 1 ]
- name: trsm_testset2
category: nightly
function: trsm
precision: *single_double_precisions
side: [R]
uplo: [L]
transA: [T]
diag: [U]
matrix_size: *testset2_matrix_size_range
alpha: [ 1 ]
- name: trsm_size_t_left
category: stress
function: trsm
precision: *single_precision
arguments:
- { side: L, uplo: L, transA: N, diag: N }
matrix_size: *size_t_left_matrix_size_range
alpha: [2]
- name: trsm_size_t_right
category: stress
function: trsm
precision: *single_precision
arguments:
- { side: R, uplo: L, transA: N, diag: N }
matrix_size: *size_t_right_matrix_size_range
alpha: [2]
- name: trsm_large
category: nightly
function: trsm
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: N }
- { side: R, uplo: L, transA: N, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
matrix_size: *large_matrix_size_range
alpha: *alpha_range
- name: trsm_large_complex
category: nightly
function: trsm
precision: *single_double_precisions_complex
arguments:
- { side: L, uplo: L, transA: N, diag: N }
- { side: R, uplo: L, transA: N, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
matrix_size: *large_matrix_size_range
alpha_beta: *complex_alpha_range
- name: trsm_batched_testset1
category: nightly
function: trsm_batched
precision: *single_double_precisions
side: [L]
uplo: [L]
transA: [N]
diag: [U]
matrix_size: *testset1_matrix_size_range
alpha: [ 1 ]
batch_count: [ 2 ]
- name: trsm_batched_testset2
category: nightly
function: trsm_batched
precision: *single_double_precisions
side: [R]
uplo: [L]
transA: [T]
diag: [U]
matrix_size: *testset2_matrix_size_range
alpha: [ 1 ]
batch_count: [ 2 ]
- name: trsm_batched_large
category: nightly
function: trsm_batched
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: N }
- { side: R, uplo: L, transA: N, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
matrix_size: *large_matrix_size_range
alpha: *alpha_range
batch_count: [ 2 ]
- name: trsm_batched_large_complex
category: nightly
function: trsm_batched
precision: *single_double_precisions_complex
arguments:
- { side: L, uplo: L, transA: N, diag: N }
- { side: R, uplo: L, transA: N, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
matrix_size: *large_matrix_size_range
alpha_beta: *complex_alpha_range
batch_count: [ 2 ]
- name: trsm_strided_batched_testset1
category: nightly
function: trsm_strided_batched
precision: *single_double_precisions
side: [L]
uplo: [L]
transA: [N]
diag: [U]
matrix_size: *testset1_matrix_size_range
alpha: [ 1 ]
stride_scale: [ 2 ]
batch_count: [ 2 ]
- name: trsm_strided_batched_testset2
category: nightly
function: trsm_strided_batched
precision: *single_double_precisions
side: [R]
uplo: [L]
transA: [T]
diag: [U]
matrix_size: *testset2_matrix_size_range
alpha: [ 1 ]
stride_scale: [ 2 ]
batch_count: [ 2 ]
- name: trsm_strided_batched_large
category: nightly
function: trsm_strided_batched
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: N }
- { side: R, uplo: L, transA: N, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
matrix_size: *large_matrix_size_range
alpha: *alpha_range
stride_scale: [ 2 ]
batch_count: [ 2 ]
- name: trsm_strided_batched_large_complex
category: nightly
function: trsm_strided_batched
precision: *single_double_precisions_complex
arguments:
- { side: L, uplo: L, transA: N, diag: N }
- { side: R, uplo: L, transA: N, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
matrix_size: *large_matrix_size_range
alpha_beta: *complex_alpha_range
stride_scale: [ 2 ]
batch_count: [ 2 ]
# nightly - large memory allocation
# - name: trsm_batched_largememory
# category: nightly
# function: trsm_batched
# precision: *double_precision
# side: [L]
# uplo: [U]
# transA: [N]
# diag: [U]
# matrix_size: *large_memory_matrix_size_range
# alpha: [1]
# batch_count: [16]
# nightly - many batches
- name: trsm_batched_manybatch
category: nightly
function: trsm_batched
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: N }
- { side: R, uplo: L, transA: N, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
matrix_size: *small_matrix_size_range
alpha: *alpha_range
batch_count: [128]
- name: trsm_strided_batched_manybatch
category: nightly
function: trsm_strided_batched
precision: *single_double_precisions
arguments:
- { side: R, uplo: L, transA: N, diag: N }
- { side: L, uplo: L, transA: N, diag: N }
- { side: R, uplo: U, transA: C, diag: N }
matrix_size: *small_matrix_size_range
alpha: *alpha_range
stride_scale: [ 1 ]
batch_count: [128]
# nightly - substitution method
- name: trsm_small_left
category: nightly
function: trsm
precision: *single_double_precisions_complex_real
side: [L]
uplo: [L, U]
transA: [N, C]
diag: [N, U]
matrix_size: *substitution_size_range_skinny_left
alpha_beta: *alpha_range_sub
- name: trsm_small_right
category: nightly
function: trsm
precision: *single_double_precisions_complex_real
side: [R]
uplo: [L, U]
transA: [N, C]
diag: [N, U]
matrix_size: *substitution_size_range_skinny_right
alpha_beta: *alpha_range_sub
- name: trsm_small_complex
category: nightly
function: trsm
precision: *single_double_precisions_complex_real
side: [L, R]
uplo: [L, U]
transA: [N, C]
diag: [N, U]
matrix_size: *substitution_size_range_thorough
alpha_beta: *alpha_range_sub
- name: trsm_batched_small_left
category: nightly
function: trsm_batched
precision: *single_double_precisions_complex_real
side: [L]
uplo: [L, U]
transA: [N, C]
diag: [N]
matrix_size: *substitution_size_range_skinny_left
alpha_beta: *alpha_range_sub
batch_count: [ 1, 4 ]
- name: trsm_batched_small_right
category: nightly
function: trsm_batched
precision: *single_double_precisions_complex_real
side: [R]
uplo: [L, U]
transA: [N, C]
diag: [N]
matrix_size: *substitution_size_range_skinny_right
alpha_beta: *alpha_range_sub
batch_count: [ 1, 4 ]
- name: trsm_batched_small_complex
category: nightly
function: trsm_batched
precision: *single_double_precisions_complex_real
side: [L, R]
uplo: [L, U]
transA: [N, C]
diag: [N, U]
matrix_size: *substitution_size_range_thorough
alpha_beta: *alpha_range_sub
batch_count: [ 1, 4 ]
- name: trsm_strided_batched_small_left
category: nightly
function: trsm_strided_batched
precision: *single_double_precisions_complex_real
side: [L]
uplo: [L, U]
transA: [N, C]
diag: [U]
matrix_size: *substitution_size_range_skinny_left
alpha_beta: *alpha_range_sub
stride_scale: [ 1.5]
batch_count: [ 1, 4 ]
- name: trsm_strided_batched_small_right
category: nightly
function: trsm_strided_batched
precision: *single_double_precisions_complex_real
side: [R]
uplo: [L, U]
transA: [N, C]
diag: [U]
matrix_size: *substitution_size_range_skinny_right
alpha_beta: *alpha_range_sub
stride_scale: [ 1.5]
batch_count: [ 1, 4 ]
- name: trsm_strided_batched_small_complex
category: nightly
function: trsm_strided_batched
precision: *single_double_precisions_complex_real
side: [L, R]
uplo: [L, U]
transA: [N, C]
diag: [N, U]
matrix_size: *substitution_size_range_thorough
alpha_beta: *alpha_range_sub
stride_scale: [ 1.5 ]
batch_count: [ 1, 4 ]
# 32-bit overflow tests
# currently very slow so not feasable to add to nightly
# also use a lot of memory
# Only testing non-unit-diag as unit-diag should never
# be indexing non-shared memory outside of what non-unit-diag does
- name: trsm_left_size_t_overflow
category: stress
function:
- trsm
- trsm_batched
# - trsm_strided_batched
precision: *single_double_precisions_complex_real
side: [L]
uplo: [L, U]
transA: [N, C]
diag: [ N ] #, U]
matrix_size: *left_overflow_sizes
alpha_beta: *alpha_range_sub
stride_scale: [ 1 ]
batch_count: [ 1 ]
pointer_mode_device: false
gpu_arch: ['90a','942','950']
os_flags: LINUX
- name: trsm_right_size_t_overflow
category: stress
function:
- trsm
- trsm_batched
# - trsm_strided_batched
precision: *single_double_precisions_complex_real
side: [R]
uplo: [L, U]
transA: [N, C]
diag: [ N ] #, U]
matrix_size: *right_overflow_sizes
alpha_beta: *alpha_range_sub
stride_scale: [ 1 ]
batch_count: [ 1 ]
pointer_mode_device: false
gpu_arch: ['90a','942','950']
os_flags: LINUX
- name: trsm_left_internal_api
category: pre_checkin
function:
- trsm: *single_precision
- trsm_batched: *single_precision
- trsm_strided_batched: *single_precision
side: [ L ]
uplo: [ L, U ]
transA: [ N, C ]
diag: [ N ]
matrix_size: *internal_interface_sizes_left
alpha_beta: *alpha_range_sub
stride_scale: [ 1 ]
batch_count: [ 3 ]
pointer_mode_device: false
api: INTERNAL
- name: trsm_right_internal_api
category: pre_checkin
function:
- trsm: *single_precision
- trsm_batched: *single_precision
- trsm_strided_batched: *single_precision
side: [ R ]
uplo: [ L, U ]
transA: [ N, C ]
diag: [ N ]
matrix_size: *internal_interface_sizes_right
alpha_beta: *alpha_range_sub
stride_scale: [ 1 ]
batch_count: [ 3 ]
pointer_mode_device: false
api: INTERNAL
#############
## trsm_ex ##
#############
- name: trsm_ex_bad_arg
category: quick
function:
- trsm_ex_bad_arg
- trsm_batched_ex_bad_arg
- trsm_strided_batched_ex_bad_arg
precision: *single_precision
side: [L]
uplo: [L]
transA: [N]
diag: [N]
api: [ C, FORTRAN ]
# Small - quick
- name: trsm_ex_small
category: quick
function: trsm_ex
precision: *single_double_precisions
side: [L, R]
uplo: [L, U]
transA: [N, C]
diag: [N, U]
matrix_size: *small_matrix_size_range
alpha: *alpha_range
- name: trsm_ex_small_complex
category: quick
function: trsm_ex
precision: *single_double_precisions_complex
side: [L, R]
uplo: [L, U]
transA: [N, C]
diag: [N, U]
matrix_size: *small_matrix_size_range
alpha_beta: *complex_alpha_range
- name: trsm_batched_ex_small
category: quick
function: trsm_batched_ex
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: R, uplo: L, transA: C, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
- { side: R, uplo: U, transA: N, diag: U }
matrix_size: *small_matrix_size_range
alpha: *alpha_range
batch_count: [-1, 0, 1, 3]
- name: trsm_batched_ex_small_complex
category: quick
function: trsm_batched_ex
precision: *single_double_precisions_complex
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: R, uplo: L, transA: C, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
- { side: R, uplo: U, transA: N, diag: U }
matrix_size: *small_matrix_size_range
alpha_beta: *complex_alpha_range
batch_count: [-1, 0, 1, 3]
- name: trsm_strided_batched_ex_small
category: quick
function: trsm_strided_batched_ex
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: R, uplo: L, transA: C, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
- { side: R, uplo: U, transA: N, diag: U }
matrix_size: *small_matrix_size_range
alpha: *alpha_range
stride_scale: [ 1, 3 ]
batch_count: [-1, 0, 1, 3]
- name: trsm_strided_batched_ex_small_complex
category: quick
function: trsm_strided_batched_ex
precision: *single_double_precisions_complex
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: R, uplo: L, transA: C, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
- { side: R, uplo: U, transA: N, diag: U }
matrix_size: *small_matrix_size_range
alpha_beta: *complex_alpha_range
stride_scale: [ 1, 1.5 ]
batch_count: [-1, 0, 1, 3]
# Medium - pre_checkin
- name: trsm_ex_medium
category: pre_checkin
function: trsm_ex
precision: *single_double_precisions
side: [L, R]
uplo: [L, U]
transA: [N, C]
diag: [N, U]
matrix_size: *medium_matrix_size_range
alpha: *alpha_range
- name: trsm_batched_ex_medium
category: pre_checkin
function: trsm_batched_ex
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: R, uplo: L, transA: C, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
- { side: R, uplo: U, transA: N, diag: U }
matrix_size: *medium_matrix_size_range
alpha: *alpha_range
batch_count: [1, 3]
- name: trsm_strided_batched_ex_medium
category: pre_checkin
function: trsm_strided_batched_ex
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: R, uplo: L, transA: C, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
- { side: R, uplo: U, transA: N, diag: U }
matrix_size: *medium_matrix_size_range
alpha: *alpha_range
stride_scale: [ 1, 1.5 ]
batch_count: [ 1, 3 ]
- name: trsm_ex_testset1_small
category: pre_checkin
function: trsm_ex
precision: *single_double_precisions
side: [R]
uplo: [L]
transA: [T]
diag: [U]
matrix_size: *testset1_small_matrix_size_range
alpha: *alpha_range
- name: trsm_ex_testset2_small
category: pre_checkin
function: trsm_ex
precision: *single_double_precisions
side: [L]
uplo: [L]
transA: [N]
diag: [U]
matrix_size: *testset2_small_matrix_size_range
alpha: *alpha_range
# nightly
- name: trsm_ex_testset1
category: nightly
function: trsm_ex
precision: *single_double_precisions
side: [L]
uplo: [L]
transA: [N]
diag: [U]
matrix_size: *testset1_matrix_size_range
alpha: [ 1 ]
- name: trsm_batched_ex_testset1
category: nightly
function: trsm_batched_ex
precision: *single_double_precisions
side: [L]
uplo: [L]
transA: [N]
diag: [U]
matrix_size: *testset1_matrix_size_range
alpha: [ 1 ]
batch_count: [ 2 ]
- name: trsm_strided_batched_ex_testset1
category: nightly
function: trsm_strided_batched_ex
precision: *single_double_precisions
side: [L]
uplo: [L]
transA: [N]
diag: [U]
matrix_size: *testset1_matrix_size_range
alpha: [ 1 ]
stride_scale: [ 2 ]
batch_count: [ 2 ]
- name: trsm_ex_testset2
category: nightly
function: trsm_ex
precision: *single_double_precisions
side: [R]
uplo: [L]
transA: [T]
diag: [U]
matrix_size: *testset2_matrix_size_range
alpha: [ 1 ]
- name: trsm_batched_ex_testset2
category: nightly
function: trsm_batched_ex
precision: *single_double_precisions
side: [R]
uplo: [L]
transA: [T]
diag: [U]
matrix_size: *testset2_matrix_size_range
alpha: [ 1 ]
batch_count: [ 2 ]
- name: trsm_strided_batched_ex_testset2
category: nightly
function: trsm_strided_batched_ex
precision: *single_double_precisions
side: [R]
uplo: [L]
transA: [T]
diag: [U]
matrix_size: *testset2_matrix_size_range
alpha: [ 1 ]
stride_scale: [ 2 ]
batch_count: [ 2 ]
- name: trsm_ex_large
category: nightly
function: trsm_ex
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: N }
- { side: R, uplo: L, transA: N, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
matrix_size: *large_matrix_size_range
alpha: *alpha_range
- name: trsm_batched_ex_large
category: nightly
function: trsm_batched_ex
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: N }
- { side: R, uplo: L, transA: N, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
matrix_size: *large_matrix_size_range
alpha: *alpha_range
batch_count: [ 2 ]
- name: trsm_strided_batched_ex_large
category: nightly
function: trsm_strided_batched_ex
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: N }
- { side: R, uplo: L, transA: N, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
matrix_size: *large_matrix_size_range
alpha: *alpha_range
stride_scale: [ 2 ]
batch_count: [ 2 ]
# nightly - many batches
- name: trsm_batched_ex_manybatch
category: nightly
function: trsm_batched_ex
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: R, uplo: L, transA: C, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
- { side: R, uplo: U, transA: N, diag: U }
matrix_size: *small_matrix_size_range
alpha: *alpha_range
batch_count: [64]
- name: trsm_strided_batched_ex_manybatch
category: nightly
function: trsm_strided_batched_ex
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: R, uplo: L, transA: C, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
- { side: R, uplo: U, transA: N, diag: U }
matrix_size: *small_matrix_size_range
alpha: *alpha_range
stride_scale: [ 1 ]
batch_count: [64]
- name: trsm_left_ILP64
category: stress
arguments:
# - { M: 2, N: 2147483649, lda: 4, ldb: 4, batch_count: 1 }
- { M: 4, N: 8000, lda: 2147483649, ldb: 10, batch_count: 1 }
- { M: 8000, N: 4, lda: 8001, ldb: 2147483649, batch_count: 1 }
# - { M: 2, N: 2147483646, lda: 2, ldb: 2, batch_count: 1 } # non-64-bit size
side: [ L ]
uplo: [ L, U ]
transA: [ N, T ]
diag: [ N ]
api: [ C_64 ]
os_flags: [ LINUX ]
stride_scale: [ 1 ]
function: trsm
precision: *single_precision
pointer_mode_host: false
- name: trsm_right_ILP64
category: stress
arguments:
# - { M: 2147483649, N: 2, lda: 10, ldb: 2147483650, batch_count: 1 }
- { M: 512, N: 4, lda: 2147483649, ldb: 10, batch_count: 1 }
# - { M: 2147483646, N: 2, lda: 2, ldb: 2147483646, batch_count: 1 } # non-64-bit-size
side: [ R ]
uplo: [ L, U ]
transA: [ N, T ]
diag: [ U ]
api: [ C_64 ]
os_flags: [ LINUX ]
stride_scale: [ 1 ]
function: trsm
precision: *single_precision
pointer_mode_host: false
- name: trsm_large_batch
category: stress
arguments:
- { M: 3, N: 3, lda: 3, ldb: 3, batch_count: *c_grid_yz_require_passes }
side: [ L, R ]
uplo: [ L, U ]
transA: [ N ]
diag: [ U ]
stride_scale: [ 1 ]
function:
- trsm_batched: *single_precision
- trsm_strided_batched: *single_precision
- trsm_batched_ex: *single_precision
- trsm_strided_batched_ex: *single_precision
pointer_mode_host: false
- name: trsm_batched_ILP64
category: stress
arguments:
- { M: 4, N: 4, lda: 4, ldb: 4, batch_count: *c_grid_yz_require_passes }
side: [ L ]
uplo: [ L ]
transA: [ N ]
diag: [ U ]
api: [ C_64 ]
os_flags: [ LINUX ]
stride_scale: [ 1 ]
function:
- trsm_batched: *single_precision
- trsm_strided_batched: *single_precision
pointer_mode_host: false
- name: trsm_graph_test
category: pre_checkin
function:
- trsm
- trsm_batched
- trsm_strided_batched
- trsm_ex
- trsm_batched_ex
- trsm_strided_batched_ex
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: R, uplo: L, transA: C, diag: N }
- { side: L, uplo: U, transA: C, diag: N }
- { side: R, uplo: U, transA: N, diag: U }
matrix_size:
- { M: 31, N: 31, lda: 32, ldb: 32 }
alpha_beta: *complex_alpha_range
stride_scale: [ 1 ]
batch_count: [ 3 ]
user_allocated_workspace: [0, 1000000]
graph_test: true
- name: trsm_repeatability_check
category: stress
function:
- trsm
- trsm_batched
- trsm_strided_batched
- trsm_ex
- trsm_batched_ex
- trsm_strided_batched_ex
precision: *single_double_precisions
arguments:
- { side: L, uplo: L, transA: N, diag: U }
- { side: L, uplo: L, transA: C, diag: N }
- { side: R, uplo: U, transA: C, diag: N }
- { side: R, uplo: U, transA: N, diag: U }
matrix_size: *medium_matrix_size_extra
alpha_beta: *complex_alpha_range
stride_scale: [ 1 ]
batch_count: [ 2 ]
atomics_mode: 0
iters: 5
initialization: hpl
pointer_mode_host : false
devices: 4
repeatability_check: true
...
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