whitespace: use only UNIX line endings (\n)

test/testhelpers/SizedArrays.jl

@@ -1,40 +1,40 @@
-# This file is a part of Julia. License is MIT: https://julialang.org/license
-
-# SizedArrays
-
-# This test file defines an array wrapper with statical size. It can be used to
-# test the action of LinearAlgebra with non-number eltype.
-
-module SizedArrays
-
-import Base: +, *, ==
-
-export SizedArray
-
-struct SizedArray{SZ,T,N,A<:AbstractArray} <: AbstractArray{T,N}
- data::A
- function SizedArray{SZ}(data::AbstractArray{T,N}) where {SZ,T,N}
- SZ == size(data) || throw(ArgumentError("size mismatch!"))
- new{SZ,T,N,typeof(data)}(data)
- end
- function SizedArray{SZ,T,N,A}(data::AbstractArray{T,N}) where {SZ,T,N,A}
- SZ == size(data) || throw(ArgumentError("size mismatch!"))
- new{SZ,T,N,A}(A(data))
- end
-end
-Base.convert(::Type{SizedArray{SZ,T,N,A}}, data::AbstractArray) where {SZ,T,N,A} = SizedArray{SZ,T,N,A}(data)
-
-# Minimal AbstractArray interface
-Base.size(a::SizedArray) = size(typeof(a))
-Base.size(::Type{<:SizedArray{SZ}}) where {SZ} = SZ
-Base.getindex(A::SizedArray, i...) = getindex(A.data, i...)
-Base.zero(::Type{T}) where T <: SizedArray = SizedArray{size(T)}(zeros(eltype(T), size(T)))
-+(S1::SizedArray{SZ}, S2::SizedArray{SZ}) where {SZ} = SizedArray{SZ}(S1.data + S2.data)
-==(S1::SizedArray{SZ}, S2::SizedArray{SZ}) where {SZ} = S1.data == S2.data
-function *(S1::SizedArray, S2::SizedArray)
- 0 < ndims(S1) < 3 && 0 < ndims(S2) < 3 && size(S1, 2) == size(S2, 1) || throw(ArgumentError("size mismatch!"))
- data = S1.data * S2.data
- SZ = ndims(data) == 1 ? (size(S1, 1), ) : (size(S1, 1), size(S2, 2))
- SizedArray{SZ}(data)
-end
-end
+# This file is a part of Julia. License is MIT: https://julialang.org/license
+
+# SizedArrays
+
+# This test file defines an array wrapper with statical size. It can be used to
+# test the action of LinearAlgebra with non-number eltype.
+
+module SizedArrays
+
+import Base: +, *, ==
+
+export SizedArray
+
+struct SizedArray{SZ,T,N,A<:AbstractArray} <: AbstractArray{T,N}
+ data::A
+ function SizedArray{SZ}(data::AbstractArray{T,N}) where {SZ,T,N}
+ SZ == size(data) || throw(ArgumentError("size mismatch!"))
+ new{SZ,T,N,typeof(data)}(data)
+ end
+ function SizedArray{SZ,T,N,A}(data::AbstractArray{T,N}) where {SZ,T,N,A}
+ SZ == size(data) || throw(ArgumentError("size mismatch!"))
+ new{SZ,T,N,A}(A(data))
+ end
+end
+Base.convert(::Type{SizedArray{SZ,T,N,A}}, data::AbstractArray) where {SZ,T,N,A} = SizedArray{SZ,T,N,A}(data)
+
+# Minimal AbstractArray interface
+Base.size(a::SizedArray) = size(typeof(a))
+Base.size(::Type{<:SizedArray{SZ}}) where {SZ} = SZ
+Base.getindex(A::SizedArray, i...) = getindex(A.data, i...)
+Base.zero(::Type{T}) where T <: SizedArray = SizedArray{size(T)}(zeros(eltype(T), size(T)))
++(S1::SizedArray{SZ}, S2::SizedArray{SZ}) where {SZ} = SizedArray{SZ}(S1.data + S2.data)
+==(S1::SizedArray{SZ}, S2::SizedArray{SZ}) where {SZ} = S1.data == S2.data
+function *(S1::SizedArray, S2::SizedArray)
+ 0 < ndims(S1) < 3 && 0 < ndims(S2) < 3 && size(S1, 2) == size(S2, 1) || throw(ArgumentError("size mismatch!"))
+ data = S1.data * S2.data
+ SZ = ndims(data) == 1 ? (size(S1, 1), ) : (size(S1, 1), size(S2, 2))
+ SizedArray{SZ}(data)
+end
+end