Move out BlockVec (#149)

* Move out BlockVec

* Update blockconcat.jl

Author: dlfivefifty

src/LazyBandedMatrices.jl

@@ -17,7 +17,7 @@ import ArrayLayouts: MemoryLayout, bidiagonallayout, bidiagonaluplo, diagonaldat
                      materialize!, MulAdd, MatMulVecAdd
 import LazyArrays: ApplyLayout, AbstractPaddedLayout, PaddedLayout, PaddedColumns, BroadcastLayout, LazyArrayStyle, LazyLayout,
                    arguments, call, tuple_type_memorylayouts, paddeddata, _broadcast_sub_arguments, resizedata!,
-                   _cumsum, convexunion, applylayout, AbstractLazyBandedLayout, ApplyBandedLayout, BroadcastBandedLayout, LazyBandedLayout
+                   _cumsum, convexunion, applylayout, AbstractLazyBandedLayout, ApplyBandedLayout, BroadcastBandedLayout, LazyBandedLayout, applied_eltype
 import BandedMatrices: AbstractBandedMatrix, BandedStyle, bandwidths, isbanded
 import BlockBandedMatrices: AbstractBlockBandedLayout, AbstractBandedBlockBandedLayout, BlockRange1, Block1, blockbandwidths, subblockbandwidths,
                              BlockBandedStyle, BandedBlockBandedStyle, isblockbanded, isbandedblockbanded
@@ -35,6 +35,8 @@ const AbstractLazyBandedBlockBandedLayout = LazyArraysBlockBandedMatricesExt.Abs
 const ApplyBandedBlockBandedLayout = LazyArraysBlockBandedMatricesExt.ApplyBandedBlockBandedLayout
 const LazyBlockBandedLayouts = LazyArraysBlockBandedMatricesExt.LazyBlockBandedLayouts
 
+const BlockVec = LazyArraysBlockArraysExt.BlockVec
+
 
 export DiagTrav, KronTrav, blockkron, BlockKron, BlockBroadcastArray, BlockVcat, BlockHcat, BlockHvcat, unitblocks
 

src/blockconcat.jl

@@ -488,11 +488,6 @@ MemoryLayout(::Type{BlockBroadcastArray{T,N,FF,Args}}) where {T,N,FF,Args} = blo
 
 resize!(c::BlockBroadcastVector{T,typeof(vcat)}, N::Block{1}) where T = BlockBroadcastVector{T}(vcat, resize!.(c.args, N)...)
 
-####
-# BlockVec
-####
-
-const BlockVec = LazyBandedMatrices.LazyArraysBlockArraysExt.BlockVec
 
 ####
 # summary

test/test_blockconcat.jl

@@ -421,35 +421,4 @@ end
     end
 end
 
-@testset "BlockVec" begin
-    X = randn(5,4)
-    b = BlockVec(X)
-    @test size(b) == (20,)
-    @test length(b) == 20
-    @test MemoryLayout(b) isa ApplyLayout{typeof(blockvec)}
-    @test b == vec(X)
-    @test view(b, Block(3)) ≡ view(X, :, 3)
-    @test b[Block(3)] isa Vector
-    b[5] = 6
-    @test X[5] == 6
-    @test resize!(b, Block(2)) == b[Block.(1:2)]
-
-    c = BlockVec(X')
-    @test c == vec(X')
-    @test view(c, Block(3)) ≡ view(X', :, 3)
-    @test resize!(c, Block(2)) == c[Block.(1:2)]
-
-    c = BlockVec(transpose(X))
-    @test c == vec(transpose(X))
-    @test view(c, Block(3)) ≡ view(transpose(X), :, 3)
-    @test resize!(c, Block(2)) == c[Block.(1:2)]
-
-    X = cache(Zeros(5,6));
-    X[1,1] = 2
-    c = BlockVec(X);
-    @test MemoryLayout(c) isa PaddedColumns
-    @test paddeddata(c) isa BlockVec
-    @test paddeddata(c) == [2]
-end
-
 end # module