public void Single_flow()
{
var tr = new StringReader("a,b\nb,c\nc,d");
var portnames = FlowLoader.LoadFromReader("x", tr).SelectMany(s => new[] { s.FromPort.Fullname, s.ToPort.Fullname });
Assert.That(portnames.ToArray(), Is.EqualTo(new[] { "x/a", "x/b", "x/b", "x/c", "x/c", "x/d" }));
}
public void Comments_and_whitespace()
{
var tr = new StringReader(@"
a, b // comment
b, c
// comment
c, d
");
var portnames = FlowLoader.LoadFromReader("x", tr).SelectMany(s => new[] { s.FromPort.Fullname, s.ToPort.Fullname });
Assert.That(portnames.ToArray(), Is.EqualTo(new[] { "x/a", "x/b", "x/b", "x/c", "x/c", "x/d" }));
}
public void Flow_port_translation()
{
var tr = new StringReader(@"
.in, f.in
f.out, .out
f
.in, g
g, .out
g
., x
x, .
");
var portnames = FlowLoader.LoadFromReader("/", tr).SelectMany(s => new[] { s.FromPort.Fullname, s.ToPort.Fullname });
Assert.That(portnames.ToArray(), Is.EqualTo(new[] { ".in", "f.in", "f.out", ".out", "f/.in", "f/g", "f/g", "f/.out", "g/", "g/x", "g/x", "g/" }));
}
public void Multiple_flows()
{
var tr = new StringReader(@"
a, b
b, c
// comment
f
c, d
g // comment
d,e
f,g
/
h,i
");
var portnames = FlowLoader.LoadFromReader("x", tr).SelectMany(s => new[] { s.FromPort.Fullname, s.ToPort.Fullname });
Assert.That(portnames.ToArray(), Is.EqualTo(new[] { "x/a", "x/b", "x/b", "x/c", "f/c", "f/d", "g/d", "g/e", "g/f", "g/g", "h", "i" }));
}
