Julia 1.6 compat

ITensor · May 8, 2024 · 963a443 · 963a443
1 parent 61c523d
commit 963a443
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diff --git a/Project.toml b/Project.toml
@@ -9,7 +9,7 @@ CUDA = "052768ef-5323-5732-b1bb-66c8b64840ba"
 ITensors = "9136182c-28ba-11e9-034c-db9fb085ebd5"
 
 [compat]
-Adapt = "4"
+Adapt = "3, 4"
 CUDA = "4, 5"
 ITensors = "0.3, 0.4, 0.5"
 julia = "1.6"
diff --git a/test/test_cudense.jl b/test/test_cudense.jl
@@ -14,19 +14,6 @@ using Test: @test, @testset
   l = Index(ml, "l")
   a = Index(ma, "a")
   indices = [i, j, k, l, a]
-  ## @testset "Test add CuDense" begin
-  ##   A = [SType(1.0) for ii in 1:dim(i), jj in 1:dim(j)]
-  ##   dA = ITensorGPU.CuDense{SType,CuVector{SType,ITensorGPU.default_buffertype()}}(
-  ##     SType(1.0), dim(i) * dim(j)
-  ##   )
-  ##   B = [SType(2.0) for ii in 1:dim(i), jj in 1:dim(j)]
-  ##   dB = ITensorGPU.CuDense{SType,CuVector{SType,ITensorGPU.default_buffertype()}}(
-  ##     SType(2.0), dim(i) * dim(j)
-  ##   )
-  ##   dC = +(dA, IndexSet(i, j), dB, IndexSet(j, i))
-  ##   hC = collect(dC)
-  ##   @test collect(A + B) ≈ hC
-  ## end
   @testset "Test2 add CuDense" begin
     for i1 in indices, i2 in indices
       i1 == i2 && continue
@@ -44,20 +31,6 @@ using Test: @test, @testset
       @test B ≈ cpu(cuB) #check does operation `+=`` modify cuB
     end
   end
-
-  ## @testset "Test subtract CuDense" begin
-  ##   A = [SType(1.0) for ii in 1:dim(i), jj in 1:dim(j)]
-  ##   dA = ITensorGPU.CuDense{SType,CuVector{SType,ITensorGPU.default_buffertype()}}(
-  ##     SType(1.0), dim(i) * dim(j)
-  ##   )
-  ##   B = [SType(2.0) for ii in 1:dim(i), jj in 1:dim(j)]
-  ##   dB = ITensorGPU.CuDense{SType,CuVector{SType,ITensorGPU.default_buffertype()}}(
-  ##     SType(2.0), dim(i) * dim(j)
-  ##   )
-  ##   dC = -(dA, IndexSet(i, j), dB, IndexSet(i, j))
-  ##   hC = collect(dC)
-  ##   @test A - B ≈ hC
-  ## end
   @testset "Test2 subtract CuDense" begin
     for i1 in indices, i2 in indices
       i1 == i2 && continue
@@ -76,43 +49,4 @@ using Test: @test, @testset
       #end
     end
   end
-  ## @testset "Test permute CuDense" begin
-  ##   A = [SType(ii * jj) for ii in 1:dim(i), jj in 1:dim(j)]
-  ##   dA = ITensorGPU.CuDense{SType,CuVector{SType,ITensorGPU.default_buffertype()}}(
-  ##     NDTensors.Dense(vec(A))
-  ##   )
-  ##   B = [SType(0.0) for ii in 1:dim(j), jj in 1:dim(j)]
-  ##   dB = ITensorGPU.CuDense{SType,CuVector{SType,ITensorGPU.default_buffertype()}}(
-  ##     SType(0.0), dim(i) * dim(j)
-  ##   )
-  ##   dC = permute!(dB, IndexSet(j, i), dA, IndexSet(i, j))
-  ##   hC = cpu(dC)
-  ##   @test transpose(A) == hC
-  ## end
-  ## @testset "Test move CuDense on/off GPU" begin
-  ##   A = [SType(1.0) for ii in 1:dim(i), jj in 1:dim(j)]
-  ##   dA = ITensorGPU.CuDense{SType,CuVector{SType,ITensorGPU.default_buffertype()}}(
-  ##     NDTensors.Dense(vec(A))
-  ##   )
-  ##   dB = convert(NDTensors.Dense{SType,Vector{SType}}, dA)
-  ##   @test NDTensors.data(dB) == vec(A)
-  ## end
-  ## @testset "Test basic CuDense features" begin
-  ##   @test NDTensors.Dense{SType,CuVector{SType,ITensorGPU.default_buffertype()}}(10) isa
-  ##     ITensorGPU.CuDense{SType}
-  ##   @test complex(NDTensors.Dense{SType,CuVector{SType}}) ==
-  ##     NDTensors.Dense{complex(SType),CuVector{complex(SType)}}
-  ## end
-  ## if SType == Float64
-  ##   @testset "Test CuDense complex" begin
-  ##     A = CUDA.rand(SType, dim(i) * dim(j))
-  ##     dA = ITensorGPU.CuDense{SType,CuVector{SType,ITensorGPU.default_buffertype()}}(A)
-  ##     dC = complex(dA)
-  ##     @test typeof(dC) !== typeof(dA)
-  ##     cdC = CuArray(dC)
-  ##     hC = collect(cdC)
-  ##     ccA = complex.(A)
-  ##     @test hC == collect(ccA)
-  ##   end
-  ## end
 end # End Dense storage test
diff --git a/test/test_cumps.jl b/test/test_cumps.jl
@@ -239,37 +239,3 @@ end
     @test inner(M0, M) > 0.1
   end
 end
-
-#=@testset "Other MPS methods" begin
-
-  @testset "sample! method" begin
-    N = 10
-    sites = [Index(3,"Site,n=$n") for n=1:N]
-    psi = makeRandomCuMPS(sites,chi=3)
-    nrm2 = inner(psi,psi)
-    psi[1] *= (1.0/sqrt(nrm2))
-
-    s = sample!(psi)
-
-    @test length(s) == N
-    for n=1:N
-      @test 1 <= s[n] <= 3
-    end
-
-    # Throws becase not orthogonalized to site 1:
-    orthogonalize!(psi,3)
-    @test_throws ErrorException sample(psi)
-
-    # Throws becase not normalized
-    orthogonalize!(psi,1)
-    psi[1] *= (5.0/norm(psi[1]))
-    @test_throws ErrorException sample(psi)
-
-    # Works when ortho & normalized:
-    orthogonalize!(psi,1)
-    psi[1] *= (1.0/norm(psi[1]))
-    s = sample(psi)
-    @test length(s) == N
-  end
-
-end=#