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Define GPUArrays tests dynamically #863

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Define GPUArrays tests dynamically #863

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95 changes: 14 additions & 81 deletions test/gpuarrays_tests.jl
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Original file line number Diff line number Diff line change
@@ -1,89 +1,22 @@
@testsetup module TSGPUArrays
export gpuarrays_test
@testitem "gpuarrays" begin

using AMDGPU
import GPUArrays
include(joinpath(pkgdir(GPUArrays), "test", "testsuite.jl"))

gpuarrays_test(test_name::String) = TestSuite.tests[test_name](ROCArray)
end
# TODO define `@testitem` dynamically
const gpuarrays_tests = collect(keys(TestSuite.tests))

@testitem "gpuarrays - base" setup=[TSGPUArrays] begin
gpuarrays_test("base")
end
@testitem "gpuarrays - broadcasting" setup=[TSGPUArrays] begin
gpuarrays_test("broadcasting")
end
@testitem "gpuarrays - constructors" setup=[TSGPUArrays] begin
gpuarrays_test("constructors")
end
@testitem "gpuarrays - indexing find" setup=[TSGPUArrays] begin
gpuarrays_test("indexing find")
end
@testitem "gpuarrays - indexing multidimensional" setup=[TSGPUArrays] begin
if Sys.islinux() # TODO Windows does not support hostcalls.
gpuarrays_test("indexing multidimensional")
AMDGPU.synchronize(; stop_hostcalls=true)
run_gpuarrays_test(test_name::String) =
TestSuite.tests[test_name](ROCArray)

for test_name in gpuarrays_tests
if test_name == "indexing multidimensional" && !Sys.islinux()
# Skipping indexing multidimensional test on non-Linux
else
run_gpuarrays_test(test_name)
if test_name == "indexing multidimensional"
AMDGPU.synchronize(; stop_hostcalls=true)
end
end
end
end
@testitem "gpuarrays - indexing scalar" setup=[TSGPUArrays] begin
gpuarrays_test("indexing scalar")
end
@testitem "gpuarrays - linalg/core" setup=[TSGPUArrays] begin
gpuarrays_test("linalg/core")
end
@testitem "gpuarrays - linalg/mul!/matrix-matrix" setup=[TSGPUArrays] begin
gpuarrays_test("linalg/mul!/matrix-matrix")
end
@testitem "gpuarrays - linalg/mul!/vector-matrix" setup=[TSGPUArrays] begin
gpuarrays_test("linalg/mul!/vector-matrix")
end
@testitem "gpuarrays - linalg/norm" setup=[TSGPUArrays] begin
gpuarrays_test("linalg/norm")
end
@testitem "gpuarrays - math/intrinsics" setup=[TSGPUArrays] begin
gpuarrays_test("math/intrinsics")
end
@testitem "gpuarrays - math/power" setup=[TSGPUArrays] begin
gpuarrays_test("math/power")
end
@testitem "gpuarrays - random" setup=[TSGPUArrays] begin
gpuarrays_test("random")
end
@testitem "gpuarrays - reductions/== isequal" setup=[TSGPUArrays] begin
gpuarrays_test("reductions/== isequal")
end
@testitem "gpuarrays - reductions/any all count" setup=[TSGPUArrays] begin
gpuarrays_test("reductions/any all count")
end
@testitem "gpuarrays - reductions/mapreduce" setup=[TSGPUArrays] begin
gpuarrays_test("reductions/mapreduce")
end
@testitem "gpuarrays - reductions/mapreducedim!" setup=[TSGPUArrays] begin
gpuarrays_test("reductions/mapreducedim!")
end
@testitem "gpuarrays - reductions/mapreducedim!_large" setup=[TSGPUArrays] begin
gpuarrays_test("reductions/mapreducedim!_large")
end
@testitem "gpuarrays - reductions/minimum maximum extrema" setup=[TSGPUArrays] begin
gpuarrays_test("reductions/minimum maximum extrema")
end
@testitem "gpuarrays - reductions/reduce" setup=[TSGPUArrays] begin
gpuarrays_test("reductions/reduce")
end
@testitem "gpuarrays - reductions/reducedim!" setup=[TSGPUArrays] begin
gpuarrays_test("reductions/reducedim!")
end
@testitem "gpuarrays - reductions/sum prod" setup=[TSGPUArrays] begin
gpuarrays_test("reductions/sum prod")
end
@testitem "gpuarrays - statistics" setup=[TSGPUArrays] begin
gpuarrays_test("statistics")
end
@testitem "gpuarrays - uniformscaling" setup=[TSGPUArrays] begin
gpuarrays_test("uniformscaling")
end
@testitem "gpuarrays - alloc cache" setup=[TSGPUArrays] begin
gpuarrays_test("alloc cache")
end