public async Task Create_Exceptional_Merge_With_More()
{
await UnitTestAsync(
_ => result("Funk12"),
async s =>
{
var first = await Exc.CreateAsync <string, ArgumentException>(_ => GetNameByIdAsync(s))
.OnFailureAsync(e => GetNullStringAsync())
.OnEmptyAsync(_ => GetNameByIdAsync("Funk123"))
.MapAsync(async ss => ss.Concat(await GetNameByIdAsync("Funk123")).ToString());
var second = failure <string, ArgumentException>(new ArgumentException("Error occured")).ToImmutableList()
.Concat(failure <string, ArgumentException>(new ArgumentException("Another occured")).ToImmutableList())
.Concat(Exc.Empty <string, ArgumentException>().ToImmutableList());
return(first.MergeRange(second));
},
r =>
{
Assert.True(r.IsFailure);
Assert.IsType <EnumerableException <ArgumentException> >(r.Failure.UnsafeGet());
Assert.Equal(2, r.Failure.UnsafeGet().Count);
Assert.Equal("Error occured", r.RootFailure.UnsafeGet().Message);
}
);
}
public async Task Create_Exceptional_Recover_Continue_Empty()
{
await UnitTestAsync(
_ => result("Funk12"),
s =>
{
return(Exc.CreateAsync <string, ArgumentException>(_ => GetNameByIdAsync(s))
.OnFailureAsync(e => GetNullStringAsync())
.OnEmptyAsync(_ => GetNameByIdAsync("Funk123"))
.MapAsync(async ss => ss.Concat(await GetNameByIdAsync("Funk123"))));
},
s => Assert.Equal("HarunHarun", s.UnsafeGetSuccess())
);
}
public async Task Create_Exceptional_Throws_Recover_On_Empty_Nothing()
{
await UnitTestAsync(
_ => result("Funk12"),
s =>
{
return(run(func(async() =>
{
var result = await Exc.CreateAsync <string, ArgumentException>(_ => GetNameByIdAsync(s));
return result.OnFailure(e => GetNameById("Funk12")).OnEmpty(_ => GetNameById("Funk123"));
})));
},
e => Assert.IsType <EnumerableException <ArgumentException> >(e.Failure.UnsafeGet())
);
}
public async Task Create_Exceptional_Throws_Recover_On_Empty()
{
await UnitTestAsync(
_ => result("Funk12"),
s =>
{
return(run(func(async() =>
{
var result = await Exc.CreateAsync <string, ArgumentException>(_ => GetNameByIdAsync(s));
return result.OnFailure(e => GetNullString()).OnEmpty(_ => GetNameById("Funk123"));
})));
},
e => Assert.Equal("Harun", e.UnsafeGetSuccess())
);
}
public async Task Create_Exceptional_Throws_Recover_Chain_Throws_Async()
{
await UnitTestAsync(
_ => result("Funk12"),
s =>
{
return(result(act(async() =>
{
await Exc.CreateAsync <string, ArgumentException>(_ => GetNameByIdAsync(s))
.OnFailureAsync(e => GetNameByIdAsync(null));
})));
},
async a => Assert.Throws <InvalidOperationException>(await a)
);
}
public async Task Create_Exceptional_Merge_With_Another()
{
await UnitTestAsync(
_ => result("Funk12"),
async s =>
{
var first = await Exc.CreateAsync <string, ArgumentException>(_ => GetNameByIdAsync(s))
.OnFailureAsync(e => GetNullStringAsync())
.OnEmptyAsync(_ => GetNameByIdAsync("Funk123"))
.MapAsync(async ss => ss.Concat(await GetNameByIdAsync("Funk123")).ToString());
var second = Exc.Empty <string, ArgumentException>();
return(first.Merge(second));
},
r => Assert.True(r.IsEmpty)
);
}
public async Task Create_Exceptional_Continue_When_Failure()
{
await UnitTestAsync(
_ => result("Funk12"),
s =>
{
return(Exc.CreateAsync <string, ArgumentException>(_ => GetNameByIdAsync(s))
.MapAsync(async ss => ss.Concat(await GetNameByIdAsync(s)))
.MapAsync(async ss => ss.Concat(await GetNameByIdAsync(s))));
},
e =>
{
var root = e.RootFailure.UnsafeGet();
Assert.Equal("Invalid id", root.Message);
Assert.IsType <EnumerableException <ArgumentException> >(e.UnsafeGetFailure());
}
);
}
public async Task Create_Exceptional_MapFailureAsync()
{
await UnitTestAsync(
_ => result("Funk12"),
async s =>
{
return(await Exc.CreateAsync <string, ArgumentException>(_ => GetNameByIdAsync(s))
.OnFailureAsync(e => GetNullStringAsync())
.OnEmptyAsync(_ => GetNameByIdAsync(s))
.MapAsync(async ss => ss.Concat(await GetNameByIdAsync("Funk123")).ToString())
.MapFailureAsync(e => new InvalidOperationException(e.Root.UnsafeGet().Message)));
},
r =>
{
Assert.True(r.IsFailure);
Assert.IsType <EnumerableException <InvalidOperationException> >(r.Failure.UnsafeGet());
Assert.Equal("Invalid id", r.RootFailure.UnsafeGet().Message);
}
);
}
public async Task Create_Exceptional_Merge_With_Another_Map_Failure()
{
await UnitTestAsync(
_ => result("Funk12"),
async s =>
{
var first = await Exc.CreateAsync <string, ArgumentException>(_ => GetNameByIdAsync(s))
.OnFailureAsync(e => GetNullStringAsync())
.OnEmptyAsync(_ => GetNameByIdAsync("Funk123"))
.MapAsync(async ss => ss.Concat(await GetNameByIdAsync("Funk123")).ToString());
return(first.Merge(failure <string, ArgumentException>(new ArgumentException("Error occured")))
.MapFailure(e => new InvalidOperationException("New Exception type.")));
},
r =>
{
Assert.True(r.IsFailure);
Assert.IsType <EnumerableException <InvalidOperationException> >(r.Failure.UnsafeGet());
Assert.Equal("New Exception type.", r.RootFailure.UnsafeGet().Message);
}
);
}