public void IsMatchReturnsTrueForNonQueryContainmentMatch()
{
// Arrange.
const string Path1 = "/WebApp/Administration/Test.aspx";
const string Path2 = "/webapp/admin/manage.aspx";
const string Path3 = "/WebApp/Admin.aspx";
const string Path4 = "/WebApp/Reports/TestAdminReport.aspx";
const string Path5 = "/WebApp/Reports/TestReport.aspx?Admin=true";
const string Path6 = "/WebApp/Reports/TestReport.aspx?Param1=42&Admin=true";
const string Pattern = @"(?<!\?|&)Admin";
var matcher = new RegexPathMatcher();
// Act.
var result1 = matcher.IsMatch(Path1, Pattern, true);
var result2 = matcher.IsMatch(Path2, Pattern, true);
var result3 = matcher.IsMatch(Path3, Pattern, true);
var result4 = matcher.IsMatch(Path4, Pattern, true);
var result5 = matcher.IsMatch(Path5, Pattern, true);
var result6 = matcher.IsMatch(Path6, Pattern, true);
// Assert.
Assert.True(result1);
Assert.True(result2);
Assert.True(result3);
Assert.True(result4);
Assert.False(result5);
Assert.False(result6);
}
public void IsMatchWithCaseInsensitiveReturnsFalseForNearMatch()
{
// Arrange.
const string Path = "/WebApp/Administration/Test.aspx?Param1=42&Param2=No";
const string Pattern = @"/webapp/administration/test\.aspx(\?.+&|\?)param2=yes";
var matcher = new RegexPathMatcher();
// Act.
var result = matcher.IsMatch(Path, Pattern, true);
// Assert.
Assert.False(result);
}
public void IsMatchReturnsFalseForMissingQuery()
{
// Arrange.
const string Path = "/WebApp/Administration/Test.aspx";
const string Pattern = @"/WebApp/Administration/Test\.aspx(\?.+&|\?)Param2=No";
var matcher = new RegexPathMatcher();
// Act.
var result = matcher.IsMatch(Path, Pattern, true);
// Assert.
Assert.False(result);
}
/// <summary>
/// Creates an appropriate path matcher for the specified match type.
/// </summary>
/// <param name="matchType">The PathMatchType used to determine the appropriate path matcher.</param>
/// <returns></returns>
public static IPathMatcher Create(PathMatchType matchType)
{
// Check for cached matchers first.
IDictionary <PathMatchType, IPathMatcher> cachedMatchers = CachedMatchers;
if (cachedMatchers != null && cachedMatchers.ContainsKey(matchType))
{
IPathMatcher cachedPathMatcher = cachedMatchers[matchType];
Logger.LogFormat("Cached {0} retrieved.", cachedPathMatcher.GetType().Name);
return(cachedPathMatcher);
}
// Create the appropriate path matcher.
IPathMatcher pathMatcher;
switch (matchType)
{
case PathMatchType.Regex:
pathMatcher = new RegexPathMatcher();
break;
case PathMatchType.StartsWith:
pathMatcher = new StartsWithPathMatcher();
break;
case PathMatchType.Exact:
pathMatcher = new ExactPathMatcher();
break;
default:
throw new ArgumentOutOfRangeException("matchType");
}
// Cache the path matcher, if possible.
if (cachedMatchers != null)
{
cachedMatchers.Add(matchType, pathMatcher);
}
Logger.LogFormat("Creating {0}.", pathMatcher.GetType().Name);
return(pathMatcher);
}
/// <summary>
/// Creates an appropriate path matcher for the specified match type.
/// </summary>
/// <param name="matchType">The PathMatchType used to determine the appropriate path matcher.</param>
/// <returns></returns>
public static IPathMatcher Create(PathMatchType matchType)
{
// Check for cached matchers first.
IDictionary<PathMatchType, IPathMatcher> cachedMatchers = CachedMatchers;
if (cachedMatchers != null && cachedMatchers.ContainsKey(matchType)) {
IPathMatcher cachedPathMatcher = cachedMatchers[matchType];
Logger.LogFormat("Cached {0} retrieved.", cachedPathMatcher.GetType().Name);
return cachedPathMatcher;
}
// Create the appropriate path matcher.
IPathMatcher pathMatcher;
switch (matchType) {
case PathMatchType.Regex:
pathMatcher = new RegexPathMatcher();
break;
case PathMatchType.StartsWith:
pathMatcher = new StartsWithPathMatcher();
break;
case PathMatchType.Exact:
pathMatcher = new ExactPathMatcher();
break;
default:
throw new ArgumentOutOfRangeException("matchType");
}
// Cache the path matcher, if possible.
if (cachedMatchers != null) {
cachedMatchers.Add(matchType, pathMatcher);
}
Logger.LogFormat("Creating {0}.", pathMatcher.GetType().Name);
return pathMatcher;
}
public void IsMatchWithCaseInsensitiveReturnsTrueForEquivalentPartialQueryMatch()
{
// Arrange.
const string Path1 = "/WebApp/Administration/Test.aspx?Param1=42&Param2=No";
const string Path2 = "/WebApp/Administration/Test.aspx?Param2=No&Param1=42";
const string Path3 = "/WebApp/Administration/Test.aspx?Param2=No";
const string Pattern = @"/webapp/administration/test\.aspx(\?.+&|\?)param2=no";
var matcher = new RegexPathMatcher();
// Act.
var result1 = matcher.IsMatch(Path1, Pattern, true);
var result2 = matcher.IsMatch(Path2, Pattern, true);
var result3 = matcher.IsMatch(Path3, Pattern, true);
// Assert.
Assert.True(result1);
Assert.True(result2);
Assert.True(result3);
}