public void Parse_should_handle_unescaped_dollar_sign(string text, string canonical)
{
// gets doubled in the canonical representation
var f = PropertyProviderFormat.Parse(text);
Assert.Equal(canonical, f.ToString());
}
public void Format_should_fill_nominal()
{
var f = PropertyProviderFormat.Parse("Hello, ${planet}");
var pp = PropertyProvider.FromValue(new {
planet = "Phazon",
});
Assert.Equal("Hello, Phazon", f.Format(pp));
}
public void Format_should_invoke_delegates()
{
var f = PropertyProviderFormat.Parse("Hello, ${planet}");
Func <string> thunk = () => "Phazon";
var pp = PropertyProvider.FromValue(new {
planet = thunk,
});
Assert.Equal("Hello, Phazon", f.Format(pp));
}
public void Format_should_invoke_delegates_with_arg()
{
var f = PropertyProviderFormat.Parse("Hello, ${Planet}");
Func <string, string> thunk2 = k => (k + " Phazon");
var pp = PropertyProvider.FromValue(new {
planet = thunk2,
});
Assert.Equal("Hello, Planet Phazon", f.Format(pp));
}
public void TryParse_should_return_false_on_malformed(string text)
{
PropertyProviderFormat s;
Assert.False(PropertyProviderFormat.TryParse(text, out s));
}
public void Parse_should_escape_double_dollar()
{
var f = PropertyProviderFormat.Parse("$$");
Assert.Equal("$$", f.ToString());
}
public void Parse_should_handle_inline_expansions(string text, string id)
{
var f = PropertyProviderFormat.Parse(text);
Assert.Equal("${" + id + "}", f.ToString());
}
public void Parse_should_handle_expansions(string text)
{
var f = PropertyProviderFormat.Parse(text);
Assert.Equal("${expr} literal", f.ToString());
}
public void Parse_should_handle_literal_nominal()
{
var f = PropertyProviderFormat.Parse("just a literal");
Assert.Equal("just a literal", f.ToString());
}
