public void PopulatedListMonadLaw(Law <TestArgs <ListF, string, int, long> > law)
{
var args = TestArgs.Default <ListF>();
args.LiftedA = new List <string> {
args.A
}.K();
args.LiftedB = new List <int> {
args.B
}.K();
args.LiftedFuncAtoB = new List <Func <string, int> > {
args.FuncAtoB
}.K();
args.LiftedFuncBtoC = new List <Func <int, long> > {
args.FuncBtoC
}.K();
args.FuncAtoLiftedB = a => new List <int> {
args.FuncAtoB(a)
}.K();
args.FuncBtoLiftedC = b => new List <long> {
args.FuncBtoC(b)
}.K();
law.TestLaw(args).ShouldBe(true);
}
public void OkFunctorLaw(Law <TestArgs <ResultOkF <bool>, string, int, long> > law)
{
var args = TestArgs.Default <ResultOkF <bool> >();
args.LiftedA = Ok(args.A).K <string, bool>();
law.TestLaw(args).ShouldBe(true);
}
public void ErrorInvariantLaw(Law <TestArgs <ResultOkF <bool>, string, int, long> > law)
{
var args = TestArgs.Default <ResultOkF <bool> >();
args.LiftedA = Error(false).K <string, bool>();
law.TestLaw(args).ShouldBe(true);
}
public void SuccessFunctorLaw(Law <TestArgs <TryF, string, int, long> > law)
{
var args = TestArgs.Default <TryF>();
args.LiftedA = new Success <string>(args.A);
law.TestLaw(args).ShouldBe(true);
}
public void FailureFunctorLaw(Law <TestArgs <TryF, string, int, long> > law)
{
var args = TestArgs.Default <TryF>();
args.LiftedA = GetFailure <string>().K();
law.TestLaw(args).ShouldBe(true);
}
public void SomeFunctorLaw(Law <TestArgs <OptionF, string, int, long> > law)
{
var args = TestArgs.Default <OptionF>();
args.LiftedA = Some(args.A);
law.TestLaw(args).ShouldBe(true);
}
public void EmptyListFunctorLaw(Law <TestArgs <ListF, string, int, long> > law)
{
var args = TestArgs.Default <ListF>();
args.LiftedA = new List <string>().K();
law.TestLaw(args).ShouldBe(true);
}
public void NoneInvariantLaw(Law <TestArgs <OptionF, string, int, long> > law)
{
var args = TestArgs.Default <OptionF>();
args.LiftedA = None.K <string>();
law.TestLaw(args).ShouldBe(true);
}
public void PopulatedListInvariantLaw(Law <TestArgs <ListF, string, int, long> > law)
{
var args = TestArgs.Default <ListF>();
args.LiftedA = new List <string> {
args.A
}.K();
law.TestLaw(args).ShouldBe(true);
}
public void OkApplyLaw(Law <TestArgs <ResultOkF <bool>, string, int, long> > law)
{
var args = TestArgs.Default <ResultOkF <bool> >();
args.LiftedA = Ok(args.A).K <string, bool>();
args.LiftedB = Ok(args.B).K <int, bool>();
args.LiftedFuncAtoB = Ok(args.FuncAtoB).K <Func <string, int>, bool>();
args.LiftedFuncBtoC = Ok(args.FuncBtoC).K <Func <int, long>, bool>();
law.TestLaw(args).ShouldBe(true);
}
public void ErrorApplyLaw(Law <TestArgs <ResultOkF <bool>, string, int, long> > law)
{
var args = TestArgs.Default <ResultOkF <bool> >();
args.LiftedA = Error(false).K <string, bool>();
args.LiftedB = Error(false).K <int, bool>();
args.LiftedFuncAtoB = Error(false).K <Func <string, int>, bool>();
args.LiftedFuncBtoC = Error(false).K <Func <int, long>, bool>();
law.TestLaw(args).ShouldBe(true);
}
public void SuccessApplicativeLaw(Law <TestArgs <TryF, string, int, long> > law)
{
var args = TestArgs.Default <TryF>();
args.LiftedA = new Success <string>(args.A);
args.LiftedB = new Success <int>(args.B);
args.LiftedFuncAtoB = new Success <Func <string, int> >(args.FuncAtoB);
args.LiftedFuncBtoC = new Success <Func <int, long> >(args.FuncBtoC);
law.TestLaw(args).ShouldBe(true);
}
public void EmptyListApplyLaw(Law <TestArgs <ListF, string, int, long> > law)
{
var args = TestArgs.Default <ListF>();
args.LiftedA = new List <string>().K();
args.LiftedB = new List <int>().K();
args.LiftedFuncAtoB = new List <Func <string, int> >().K();
args.LiftedFuncBtoC = new List <Func <int, long> >().K();
law.TestLaw(args).ShouldBe(true);
}
public void SomeApplyLaw(Law <TestArgs <OptionF, string, int, long> > law)
{
var args = TestArgs.Default <OptionF>();
args.LiftedA = Some(args.A);
args.LiftedB = Some(args.B);
args.LiftedFuncAtoB = Some(args.FuncAtoB);
args.LiftedFuncBtoC = Some(args.FuncBtoC);
law.TestLaw(args).ShouldBe(true);
}
public void NoneApplyLaw(Law <TestArgs <OptionF, string, int, long> > law)
{
var args = TestArgs.Default <OptionF>();
args.LiftedA = None.K <string>();
args.LiftedB = None.K <int>();
args.LiftedFuncAtoB = None.K <Func <string, int> >();
args.LiftedFuncBtoC = None.K <Func <int, long> >();
law.TestLaw(args).ShouldBe(true);
}
public void FailureApplyLaw(Law <TestArgs <TryF, string, int, long> > law)
{
var args = TestArgs.Default <TryF>();
args.LiftedA = GetFailure <string>().K();
args.LiftedB = GetFailure <int>().K();
args.LiftedFuncAtoB = GetFailure <Func <string, int> >().K();
args.LiftedFuncBtoC = GetFailure <Func <int, long> >().K();
law.TestLaw(args).ShouldBe(true);
}
public void SuccessMonadLaw(Law <TestArgs <TryF, string, int, long> > law)
{
var args = TestArgs.Default <TryF>();
args.LiftedA = new Success <string>(args.A);
args.LiftedB = new Success <int>(args.B);
args.LiftedFuncAtoB = new Success <Func <string, int> >(args.FuncAtoB);
args.LiftedFuncBtoC = new Success <Func <int, long> >(args.FuncBtoC);
args.FuncAtoLiftedB = a => new Success <int>(args.FuncAtoB(a));
args.FuncBtoLiftedC = b => new Success <long>(args.FuncBtoC(b));
law.TestLaw(args).ShouldBe(true);
}