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@eval module $ (gensym ())
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using Compat: Returns
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- using Test: @test , @testset , @test_broken
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+ using Test: @test , @testset
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using BlockArrays:
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AbstractBlockArray, Block, BlockedOneTo, blockedrange, blocklengths, blocksize
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using NDTensors. BlockSparseArrays: BlockSparseArray, block_nstored
@@ -217,10 +217,10 @@ const elts = (Float32, Float64, Complex{Float32}, Complex{Float64})
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@test size (a[I, I]) == (1 , 1 )
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@test isdual (axes (a[I, :], 2 ))
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@test isdual (axes (a[:, I], 1 ))
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- @test_broken isdual (axes (a[I, :], 1 ))
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- @test_broken isdual (axes (a[:, I], 2 ))
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- @test_broken isdual (axes (a[I, I], 1 ))
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- @test_broken isdual (axes (a[I, I], 2 ))
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+ @test isdual (axes (a[I, :], 1 ))
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+ @test isdual (axes (a[:, I], 2 ))
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+ @test isdual (axes (a[I, I], 1 ))
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+ @test isdual (axes (a[I, I], 2 ))
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end
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@testset " dual GradedUnitRange" begin
@@ -243,10 +243,10 @@ const elts = (Float32, Float64, Complex{Float32}, Complex{Float64})
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@test size (a[I, I]) == (1 , 1 )
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@test isdual (axes (a[I, :], 2 ))
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@test isdual (axes (a[:, I], 1 ))
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- @test_broken isdual (axes (a[I, :], 1 ))
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- @test_broken isdual (axes (a[:, I], 2 ))
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- @test_broken isdual (axes (a[I, I], 1 ))
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- @test_broken isdual (axes (a[I, I], 2 ))
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+ @test isdual (axes (a[I, :], 1 ))
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+ @test isdual (axes (a[:, I], 2 ))
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+ @test isdual (axes (a[I, I], 1 ))
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+ @test isdual (axes (a[I, I], 2 ))
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end
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@testset " dual BlockedUnitRange" begin # self dual
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