increase coverage

Author: dlfivefifty

test/test_adjtransblockbanded.jl

@@ -1,20 +1,41 @@
 using BlockBandedMatrices, ArrayLayouts, Test
-import BlockBandedMatrices: BandedBlockBandedRowMajor, BandedBlockBandedRows
+import BlockBandedMatrices: BandedBlockBandedRowMajor, BandedBlockBandedRows, BandedBlockBandedColumns,BlockBandedRows, BlockBandedColumns
 
 @testset "Adj/Trans" begin
-    A = BandedBlockBandedMatrix(randn(ComplexF64,10,14), 1:4,2:5, (1,2), (2,1))
+    @testset "BandedBlockBanded" begin
+        A = BandedBlockBandedMatrix(randn(ComplexF64,10,14), 1:4,2:5, (1,2), (2,1))
 
-    @test MemoryLayout(transpose(A)) isa BandedBlockBandedRowMajor
-    @test MemoryLayout(A') isa BandedBlockBandedRows
+        @test MemoryLayout(transpose(A)) isa BandedBlockBandedRowMajor
+        @test MemoryLayout(A') isa BandedBlockBandedRows
+        @test MemoryLayout(transpose(A)') isa BandedBlockBandedColumns
 
-    @test A'[Block(1,1)] == A[Block(1,1)]'
-    @test A'[Block(2,3)] == A[Block(3,2)]'
-    @test transpose(A)[Block(1,1)] == transpose(A[Block(1,1)])
-    @test transpose(A)[Block(2,3)] == transpose(A[Block(3,2)])
+        @test A'[Block(1,1)] == A[Block(1,1)]'
+        @test A'[Block(2,3)] == A[Block(3,2)]'
+        @test transpose(A)[Block(1,1)] == transpose(A[Block(1,1)])
+        @test transpose(A)[Block(2,3)] == transpose(A[Block(3,2)])
 
-    @test blockbandwidths(A') == blockbandwidths(transpose(A)) == (2,1)
-    @test subblockbandwidths(A') == subblockbandwidths(transpose(A)) == (1,2)
+        @test blockbandwidths(A') == blockbandwidths(transpose(A)) == (2,1)
+        @test subblockbandwidths(A') == subblockbandwidths(transpose(A)) == (1,2)
 
-    @test BandedBlockBandedMatrix(A') == A'
-    @test BandedBlockBandedMatrix(transpose(A)) == transpose(A)
+        @test BandedBlockBandedMatrix(A') == A'
+        @test BandedBlockBandedMatrix(transpose(A)) == transpose(A)
+    end
+
+    @testset "BlockBanded" begin
+        A = BlockBandedMatrix(randn(ComplexF64,10,14), 1:4,2:5, (1,2))
+
+        @test MemoryLayout(transpose(A)) isa BlockBandedRows
+        @test MemoryLayout(A') isa BlockBandedRows
+        @test MemoryLayout(transpose(A)') isa BlockBandedColumns
+
+        @test A'[Block(1,1)] == A[Block(1,1)]'
+        @test A'[Block(2,3)] == A[Block(3,2)]'
+        @test transpose(A)[Block(1,1)] == transpose(A[Block(1,1)])
+        @test transpose(A)[Block(2,3)] == transpose(A[Block(3,2)])
+
+        @test blockbandwidths(A') == blockbandwidths(transpose(A)) == (2,1)
+
+        @test BlockBandedMatrix(A') == A'
+        @test BlockBandedMatrix(transpose(A)) == transpose(A)
+    end
 end

test/test_misc.jl

@@ -51,6 +51,8 @@ end
     @testset "MyBlockBandedMatrix" begin
         A = MyBlockBandedMatrix(BlockMatrix(randn(6,6), 1:3, 1:3))
         @test MemoryLayout(A) isa BlockBandedMatrices.BlockBandedLayout
+        @test MemoryLayout(A') isa BlockBandedMatrices.BlockBandedLayout
+        @test MemoryLayout(transpose(A)) isa BlockBandedMatrices.BlockBandedLayout
         @test A[Block(3,3)] == A.A[Block(3,3)]
         @test A[Block.(1:3),Block.(1:3)] == A