Groups.jl/test/runtests.jl

using Test
import AbstractAlgebra
using Groups

include("symmetric.jl")
using LinearAlgebra

@testset "Groups" begin

   @testset "wlmetric_ball" begin
      M = AbstractAlgebra.MatrixAlgebra(AbstractAlgebra.zz, 3)
      w = one(M); w[1,2] = 1;
      r = one(M); r[2,3] = -3;
      s = one(M); s[1,3] = 2; s[3,2] = -1;

      S = [w,r,s]; S = unique([S; inv.(S)]);
      _, sizes = Groups.wlmetric_ball(S, radius=4);
      @test sizes == [7, 33, 141, 561]
      _, sizes = Groups.wlmetric_ball_serial(S, radius=4);
      @test sizes == [7, 33, 141, 561]
   end

   include("FreeGroup-tests.jl")
   include("AutGroup-tests.jl")
   include("FPGroup-tests.jl")

   @testset "New FPGroups" begin
      using Groups.New
      using KnuthBendix

      using GroupsCore
      include(joinpath(pathof(GroupsCore), "..", "..", "test", "conformance_test.jl"))

      include("free_groups.jl")
      include("fp_groups.jl")
      include("automorphisms.jl")
      include("benchmarks.jl")
   end
end