whitespace fixes (#154)

Author: jishnub

src/linalg.jl

@@ -151,4 +151,4 @@ MemoryLayout(V::SubBlockSkylineMatrix{T,LL,UU,BlockIndexRange1,BlockIndexRange1}
 # cholesky
 ##
 
-ArrayLayouts._cholesky(::AbstractBandedBlockBandedLayout, axes, A::Symmetric, piv::ArrayLayouts.CNoPivot=ArrayLayouts.CNoPivot(); check::Bool = true) = cholesky!(Symmetric(BlockBandedMatrix(parent(A)), Symbol(A.uplo)), piv; check = check)
+ArrayLayouts._cholesky(::AbstractBandedBlockBandedLayout, axes, A::Symmetric, piv::ArrayLayouts.CNoPivot=ArrayLayouts.CNoPivot(); check::Bool = true) = cholesky!(Symmetric(BlockBandedMatrix(parent(A)), Symbol(A.uplo)), piv; check = check)

test/test_blockskylineqr.jl

@@ -167,7 +167,7 @@ import BlockBandedMatrices: blockcolsupport
         R = UpperTriangular(V)
         @test axes(R) == axes(V) == axes(F.factors)
         @test blocksize(R) == (N,N)
-        @test @allocated(blocksize(R)) ≤ 40
+        @test @allocated(blocksize(R)) ≤ 40
         @test blockbandwidths(R) == (0,2)
         @test @allocated(blockbandwidths(R)) ≤ 40
         @test blockcolsupport(R,Block(4)) == Block.(2:4)

test/test_linalg.jl

@@ -184,4 +184,4 @@ end
     @test Δ isa BandedBlockBandedMatrix
     @test cholesky(Symmetric(Δ)).U ≈ cholesky(Matrix(Δ)).U
     @test cholesky(Symmetric(Δ,:L)).U ≈ cholesky(Matrix(Δ)).U
-end
+end

test/test_misc.jl

@@ -11,8 +11,8 @@ BlockBandedMatrices.subblockbandwidths(::MyBandedBlockBandedMatrix) = (1,1)
 Base.axes(A::MyBandedBlockBandedMatrix) = axes(A.A)
 function Base.getindex(A::MyBandedBlockBandedMatrix, k::Int, j::Int)
     Kk, Jj = findblockindex(axes(A,1), k), findblockindex(axes(A,2), j)
-    -1 ≤ Int(block(Kk)-block(Jj)) ≤ 1 || return 0.0
-    -1 ≤ Int(blockindex(Kk)-blockindex(Jj)) ≤ 1 || return 0.0
+    -1 ≤ Int(block(Kk)-block(Jj)) ≤ 1 || return 0.0
+    -1 ≤ Int(blockindex(Kk)-blockindex(Jj)) ≤ 1 || return 0.0
     A.A[k,j]
 end
 
@@ -25,7 +25,7 @@ BlockBandedMatrices.blockbandwidths(::MyBlockBandedMatrix) = (1,1)
 Base.axes(A::MyBlockBandedMatrix) = axes(A.A)
 function Base.getindex(A::MyBlockBandedMatrix, k::Int, j::Int)
     Kk, Jj = findblockindex(axes(A,1), k), findblockindex(axes(A,2), j)
-    -1 ≤ Int(block(Kk)-block(Jj)) ≤ 1 || return 0.0
+    -1 ≤ Int(block(Kk)-block(Jj)) ≤ 1 || return 0.0
     A.A[k,j]
 end