Process completed with exit code 1.

[JuliaFormatter] reported by reviewdog 🐶 Raw Output: test/test_treetensornetworks/test_expect.jl:13:- @test res_a ≈ res_b rtol=1e-6 test/test_treetensornetworks/test_expect.jl:13:+ @test res_a ≈ res_b rtol = 1e-6

[JuliaFormatter] reported by reviewdog 🐶 Raw Output: test/test_treetensornetworks/test_expect.jl:17:- tooth_lengths = fill(5, 6) test/test_treetensornetworks/test_expect.jl:18:- c = named_comb_tree(tooth_lengths) test/test_treetensornetworks/test_expect.jl:19:- s = siteinds("S=1/2", c) test/test_treetensornetworks/test_expect.jl:20:- d = Dict() test/test_treetensornetworks/test_expect.jl:21:- magnetization = Dict() test/test_treetensornetworks/test_expect.jl:22:- for (i, v) in enumerate(vertices(s)) test/test_treetensornetworks/test_expect.jl:23:- d[v] = isodd(i) ? "Up" : "Dn" test/test_treetensornetworks/test_expect.jl:24:- magnetization[v] = isodd(i) ? 0.5 : -0.5 test/test_treetensornetworks/test_expect.jl:25:- end test/test_treetensornetworks/test_expect.jl:26:- states = v -> d[v] test/test_treetensornetworks/test_expect.jl:27:- state = TTN(s, states) test/test_treetensornetworks/test_expect.jl:28:- res=expect("Sz", state) # just testing that this doesn't go via expect for arbitrary tensor networks. test/test_treetensornetworks/test_expect.jl:29:- @test all([isapprox(res[v], magnetization[v],atol=1e-8) for v in vertices(s)]) test/test_treetensornetworks/test_expect.jl:17:+ tooth_lengths = fill(5, 6) test/test_treetensornetworks/test_expect.jl:18:+ c = named_comb_tree(tooth_lengths) test/test_treetensornetworks/test_expect.jl:19:+ s = siteinds("S=1/2", c) test/test_treetensornetworks/test_expect.jl:20:+ d = Dict() test/test_treetensornetworks/test_expect.jl:21:+ magnetization = Dict() test/test_treetensornetworks/test_expect.jl:22:+ for (i, v) in enumerate(vertices(s)) test/test_treetensornetworks/test_expect.jl:23:+ d[v] = isodd(i) ? "Up" : "Dn" test/test_treetensornetworks/test_expect.jl:24:+ magnetization[v] = isodd(i) ? 0.5 : -0.5 test/test_treetensornetworks/test_expect.jl:25:+ end test/test_treetensornetworks/test_expect.jl:26:+ states = v -> d[v] test/test_treetensornetworks/test_expect.jl:27:+ state = TTN(s, states) test/test_treetensornetworks/test_expect.jl:28:+ res = expect("Sz", state) # just testing that this doesn't go via expect for arbitrary tensor networks. test/test_treetensornetworks/test_expect.jl:29:+ @test all([isapprox(res[v], magnetization[v]; atol=1e-8) for v in vertices(s)])