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jlwrap.jl
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@testitem "any" begin
struct Foo
value::Int
end
Base.:(+)(x::Foo) = "+ $(x.value)"
Base.:(-)(x::Foo) = "- $(x.value)"
Base.abs(x::Foo) = "abs $(x.value)"
Base.:(~)(x::Foo) = "~ $(x.value)"
Base.:(+)(x::Foo, y::Foo) = "$(x.value) + $(y.value)"
Base.:(-)(x::Foo, y::Foo) = "$(x.value) - $(y.value)"
Base.:(*)(x::Foo, y::Foo) = "$(x.value) * $(y.value)"
Base.:(/)(x::Foo, y::Foo) = "$(x.value) / $(y.value)"
Base.:(÷)(x::Foo, y::Foo) = "$(x.value) ÷ $(y.value)"
Base.:(%)(x::Foo, y::Foo) = "$(x.value) % $(y.value)"
Base.:(^)(x::Foo, y::Foo) = "$(x.value) ^ $(y.value)"
Base.:(<<)(x::Foo, y::Foo) = "$(x.value) << $(y.value)"
Base.:(>>)(x::Foo, y::Foo) = "$(x.value) >> $(y.value)"
Base.:(&)(x::Foo, y::Foo) = "$(x.value) & $(y.value)"
Base.:(|)(x::Foo, y::Foo) = "$(x.value) | $(y.value)"
@testset "type" begin
@test pyis(pytype(pyjl(Foo(1))), PythonCall.pyjlanytype)
@test pyis(pytype(pyjl(nothing)), PythonCall.pyjlanytype)
@test pyis(pytype(pyjl(missing)), PythonCall.pyjlanytype)
end
@testset "bool" begin
@test pytruth(pyjl(Foo(0)))
@test pytruth(pyjl(Foo(1)))
@test pytruth(pyjl(nothing))
@test pytruth(pyjl(missing))
end
@testset "pos" begin
z = pyjl(+Foo(1))
@test pyconvert(String, z) == "+ 1"
end
@testset "neg" begin
z = pyjl(-Foo(1))
@test pyconvert(String, z) == "- 1"
end
@testset "abs" begin
z = pyjl(abs(Foo(1)))
@test pyconvert(String, z) == "abs 1"
end
@testset "inv" begin
z = pyjl(~Foo(1))
@test pyconvert(String, z) == "~ 1"
end
@testset "add" begin
z = pyjl(Foo(1)) + pyjl(Foo(2))
@test pyconvert(String, z) == "1 + 2"
end
@testset "radd" begin
z = pyjlraw(Foo(1)) + pyjl(Foo(2))
@test pyconvert(String, z) == "1 + 2"
end
@testset "sub" begin
z = pyjl(Foo(1)) - pyjl(Foo(2))
@test pyconvert(String, z) == "1 - 2"
end
@testset "rsub" begin
z = pyjlraw(Foo(1)) - pyjl(Foo(2))
@test pyconvert(String, z) == "1 - 2"
end
@testset "mul" begin
z = pyjl(Foo(1)) * pyjl(Foo(2))
@test pyconvert(String, z) == "1 * 2"
end
@testset "rmul" begin
z = pyjlraw(Foo(1)) * pyjl(Foo(2))
@test pyconvert(String, z) == "1 * 2"
end
@testset "truediv" begin
z = pyjl(Foo(1)) / pyjl(Foo(2))
@test pyconvert(String, z) == "1 / 2"
end
@testset "rtruediv" begin
z = pyjlraw(Foo(1)) / pyjl(Foo(2))
@test pyconvert(String, z) == "1 / 2"
end
@testset "floordiv" begin
z = pyjl(Foo(1)) ÷ pyjl(Foo(2))
@test pyconvert(String, z) == "1 ÷ 2"
end
@testset "rfloordiv" begin
z = pyjlraw(Foo(1)) ÷ pyjl(Foo(2))
@test pyconvert(String, z) == "1 ÷ 2"
end
@testset "mod" begin
z = pyjl(Foo(1)) % pyjl(Foo(2))
@test pyconvert(String, z) == "1 % 2"
end
@testset "rmod" begin
z = pyjlraw(Foo(1)) % pyjl(Foo(2))
@test pyconvert(String, z) == "1 % 2"
end
@testset "pow" begin
z = pyjl(Foo(1)) ^ pyjl(Foo(2))
@test pyconvert(String, z) == "1 ^ 2"
end
@testset "rpow" begin
z = pyjlraw(Foo(1)) ^ pyjl(Foo(2))
@test pyconvert(String, z) == "1 ^ 2"
end
@testset "lshift" begin
z = pyjl(Foo(1)) << pyjl(Foo(2))
@test pyconvert(String, z) == "1 << 2"
end
@testset "rlshift" begin
z = pyjlraw(Foo(1)) << pyjl(Foo(2))
@test pyconvert(String, z) == "1 << 2"
end
@testset "rshift" begin
z = pyjl(Foo(1)) >> pyjl(Foo(2))
@test pyconvert(String, z) == "1 >> 2"
end
@testset "rrshift" begin
z = pyjlraw(Foo(1)) >> pyjl(Foo(2))
@test pyconvert(String, z) == "1 >> 2"
end
@testset "and" begin
z = pyjl(Foo(1)) & pyjl(Foo(2))
@test pyconvert(String, z) == "1 & 2"
end
@testset "rand" begin
z = pyjlraw(Foo(1)) & pyjl(Foo(2))
@test pyconvert(String, z) == "1 & 2"
end
@testset "or" begin
z = pyjl(Foo(1)) | pyjl(Foo(2))
@test pyconvert(String, z) == "1 | 2"
end
@testset "ror" begin
z = pyjlraw(Foo(1)) | pyjl(Foo(2))
@test pyconvert(String, z) == "1 | 2"
end
end
@testitem "array" begin
@testset "type" begin
@test pyis(pytype(pyjl(fill(nothing))), PythonCall.pyjlarraytype)
@test pyis(pytype(pyjl([1 2; 3 4])), PythonCall.pyjlarraytype)
end
@testset "bool" begin
@test !pytruth(pyjl(fill(nothing, 0, 1)))
@test !pytruth(pyjl(fill(nothing, 1, 0)))
@test pytruth(pyjl(fill(nothing)))
@test pytruth(pyjl(fill(nothing, 1, 2)))
@test pytruth(pyjl(fill(nothing, 1, 2, 3)))
end
end
@testitem "base" begin
end
@testitem "callback" begin
end
@testitem "dict" begin
@testset "type" begin
@test pyis(pytype(pyjl(Dict())), PythonCall.pyjldicttype)
end
@testset "bool" begin
@test !pytruth(pyjl(Dict()))
@test pytruth(pyjl(Dict("one"=>1, "two"=>2)))
end
end
@testitem "io" begin
@testset "type" begin
@test pyis(pytype(pyjl(devnull)), PythonCall.pyjlbinaryiotype)
@test pyis(pytype(pybinaryio(devnull)), PythonCall.pyjlbinaryiotype)
@test pyis(pytype(pytextio(devnull)), PythonCall.pyjltextiotype)
end
@testset "bool" begin
@test pytruth(pybinaryio(devnull))
@test pytruth(pytextio(devnull))
end
end
@testitem "iter" begin
x1 = [1,2,3,4,5]
x2 = pyjl(x1)
x3 = pylist(x2)
x4 = pyconvert(Vector{Int}, x3)
@test x1 == x4
end
@testitem "module" begin
@testset "type" begin
@test pyis(pytype(pyjl(PythonCall)), PythonCall.pyjlmoduletype)
end
@testset "bool" begin
@test pytruth(pyjl(PythonCall))
end
end
@testitem "number" begin
@testset "type" begin
@test pyis(pytype(pyjl(false)), PythonCall.pyjlintegertype)
@test pyis(pytype(pyjl(0)), PythonCall.pyjlintegertype)
@test pyis(pytype(pyjl(0//1)), PythonCall.pyjlrationaltype)
@test pyis(pytype(pyjl(0.0)), PythonCall.pyjlrealtype)
@test pyis(pytype(pyjl(Complex(0.0))), PythonCall.pyjlcomplextype)
end
@testset "bool" begin
@test !pytruth(pyjl(false))
@test !pytruth(pyjl(0))
@test !pytruth(pyjl(0//1))
@test !pytruth(pyjl(0.0))
@test !pytruth(pyjl(Complex(0.0)))
@test pytruth(pyjl(true))
@test pytruth(pyjl(3))
@test pytruth(pyjl(5//2))
@test pytruth(pyjl(2.3))
@test pytruth(pyjl(Complex(1.2, 3.4)))
end
end
@testitem "objectarray" begin
end
@testitem "raw" begin
end
@testitem "set" begin
@testset "type" begin
@test pyis(pytype(pyjl(Set())), PythonCall.pyjlsettype)
end
@testset "bool" begin
@test !pytruth(pyjl(Set()))
@test pytruth(pyjl(Set([1,2,3])))
end
end
@testitem "type" begin
@testset "type" begin
@test pyis(pytype(pyjl(Int)), PythonCall.pyjltypetype)
end
@testset "bool" begin
@test pytruth(pyjl(Int))
end
end
@testitem "vector" begin
@testset "type" begin
@test pyis(pytype(pyjl([1, 2, 3, 4])), PythonCall.pyjlvectortype)
end
@testset "bool" begin
@test !pytruth(pyjl([]))
@test pytruth(pyjl([1]))
@test pytruth(pyjl([1,2]))
end
end