public void ValidPattern(string pattern, string[] paramNames, string pathTemplateString)
{
var pat = new ResourcePattern(pattern);
Assert.Equal(paramNames, pat.ParameterNames);
Assert.Equal(pathTemplateString, pat.PathTemplateString);
}
public void ValidParent(string pattern, string expectedParentPattern)
{
var pat = new ResourcePattern(pattern);
var parent = pat.Parent();
Assert.Equal(expectedParentPattern, parent.ToString());
}
public void ValidPattern(string pattern, string[] paramNames, string pathTemplateString, string[] expandArgs, string expanded)
{
var pat = new ResourcePattern(pattern);
Assert.Equal(paramNames, pat.ParameterNames);
Assert.Equal(pathTemplateString, pat.PathTemplateString);
Assert.Equal(expanded, pat.Expand(expandArgs));
}
public void SemiValidPattern(string pattern, string[] paramNames, string pathTemplateString)
{
// TODO: When we make tight/loose validation conditional, this test should change to
// assert that the patterns provided are valid under loose validation, and invalid under tight validation.
var pat = new ResourcePattern(pattern);
Assert.Equal(paramNames, pat.ParameterNames);
Assert.Equal(pathTemplateString, pat.PathTemplateString);
}
public void InvalidParent(string pattern)
{
var pat = new ResourcePattern(pattern);
Assert.Throws <InvalidOperationException>(() => pat.Parent());
}
public void ValidExpansion(string pattern, string[] expandArgs, string expanded)
{
var pat = new ResourcePattern(pattern);
Assert.Equal(expanded, pat.Expand(expandArgs));
}
public void ValidRegexMatchingGaxTest(string pattern, string regexStr)
{
var pat = new ResourcePattern(pattern);
Assert.Equal(regexStr, pat.FullFieldRegexString);
}
public void ValidRegexes(string pattern, string regexStr)
{
var pat = new ResourcePattern(pattern);
Assert.Equal(regexStr, pat.RegexString);
}