// See the comments in the base class. DfaMatcher fixes a long-standing bug
// with catchall parameters and empty segments.
public override async Task Quirks_CatchAllParameter(string template, string path, string[] keys, string[] values)
{
// Arrange
var(matcher, endpoint) = CreateMatcher(template);
var(httpContext, context) = CreateContext(path);
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertMatch(context, httpContext, endpoint, keys, values);
}
public virtual async Task Match_WierdCharacterCases(string template, string path, string[] keys, string[] values)
{
// Arrange
var(matcher, endpoint) = CreateMatcher(template);
var(httpContext, context) = CreateContext(path);
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertMatch(context, httpContext, endpoint, keys, values);
}
public virtual async Task NotMatch_DefaultValues(string template, string path)
{
// Arrange
var(matcher, endpoint) = CreateMatcher(template);
var(httpContext, context) = CreateContext(path);
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertNotMatch(context, httpContext);
}
public virtual async Task Match_Constraint()
{
// Arrange
var(matcher, endpoint) = CreateMatcher("/{p:int}");
var(httpContext, context) = CreateContext("/14");
var values = new RouteValueDictionary(new { p = "14", });
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertMatch(context, httpContext, endpoint, values);
}
public virtual async Task Match_SingleParameter_TrailingSlash()
{
// Arrange
var(matcher, endpoint) = CreateMatcher("/{p}");
var(httpContext, context) = CreateContext("/14/");
var values = new RouteValueDictionary(new { p = "14", });
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertMatch(context, httpContext, endpoint, values);
}
public virtual async Task Match_ExtraDefaultValues()
{
// Arrange
var endpoint = CreateEndpoint("/a/{b}/{c}", new { b = "17", c = "18", d = "19" });
var matcher = CreateMatcher(endpoint);
var(httpContext, context) = CreateContext("/a");
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertMatch(context, httpContext, endpoint, new { b = "17", c = "18", d = "19" });
}
public async Task Match_HostWithPort_IncorrectHost()
{
// Arrange
var endpoint = CreateEndpoint("/hello", hosts: new string[] { "contoso.com:8080", });
var matcher = CreateMatcher(endpoint);
var(httpContext, context) = CreateContext("/hello", "www.contoso.com:8080");
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertNotMatch(context, httpContext);
}
public async Task Match_Host_Unicode()
{
// Arrange
var endpoint = CreateEndpoint("/hello", hosts: new string[] { "æon.contoso.com", });
var matcher = CreateMatcher(endpoint);
var(httpContext, context) = CreateContext("/hello", "æon.contoso.com");
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertMatch(context, httpContext, endpoint);
}
public async Task Match_NoMetadata_MatchesAnyProtoMethod()
{
// Arrange
var endpoint = CreateEndpoint("/hello");
var matcher = CreateMatcher(endpoint);
var(httpContext, context) = CreateContext("/hello", "GET");
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertMatch(context, httpContext, endpoint);
}
public async Task Match_Port_NoHostHeader_InferProtosPort()
{
// Arrange
var endpoint = CreateEndpoint("/hello", hosts: new string[] { "*:443", });
var matcher = CreateMatcher(endpoint);
var(httpContext, context) = CreateContext("/hello", null, "https");
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertMatch(context, httpContext, endpoint);
}
public async Task Match_ProtoMethod_CaseInsensitive()
{
// Arrange
var endpoint = CreateEndpoint("/hello", httpMethods: new string[] { "GeT", });
var matcher = CreateMatcher(endpoint);
var(httpContext, context) = CreateContext("/hello", "GET");
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertMatch(context, httpContext, endpoint);
}
public async Task Match_EmptyMethodList_MatchesAnyProtoMethod()
{
// Arrange
var endpoint = CreateEndpoint("/hello", httpMethods: new string[] { });
var matcher = CreateMatcher(endpoint);
var(httpContext, context) = CreateContext("/hello", "GET");
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertMatch(context, httpContext, endpoint);
}
public async Task Match_ProtoMethod_CORS_Preflight()
{
// Arrange
var endpoint = CreateEndpoint("/hello", httpMethods: new string[] { "GET", }, acceptCorsPreflight: true);
var matcher = CreateMatcher(endpoint);
var(httpContext, context) = CreateContext("/hello", "GET", corsPreflight: true);
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertMatch(context, httpContext, endpoint);
}
[Fact] // This matches because the endpoint accepts OPTIONS
public async Task Match_NoMetadata_MatchesAnyProtoMethod_CORS_Preflight_DoesNotSupportPreflight()
{
// Arrange
var endpoint = CreateEndpoint("/hello", acceptCorsPreflight: false);
var matcher = CreateMatcher(endpoint);
var(httpContext, context) = CreateContext("/hello", "GET", corsPreflight: true);
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertMatch(context, httpContext, endpoint);
}
public async Task Match_WildcardHostAndWildcardPort_MatchesAnyHost()
{
// Arrange
var endpoint = CreateEndpoint("/hello", hosts: new string[] { "*:*", });
var matcher = CreateMatcher(endpoint);
var(httpContext, context) = CreateContext("/hello", "contoso.com");
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertMatch(context, httpContext, endpoint);
}
[Fact] // The non-http-method-specific endpoint is part of the same candidate set
public async Task Match_EndpointWithProtoMethodPreferred_FallsBackToNonSpecific()
{
// Arrange
var endpoint1 = CreateEndpoint("/{x}", httpMethods: new string[] { "GET", });
var endpoint2 = CreateEndpoint("/{x}", httpMethods: new string[] { });
var matcher = CreateMatcher(endpoint1, endpoint2);
var(httpContext, context) = CreateContext("/hello", "POST");
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertMatch(context, httpContext, endpoint2, ignoreValues: true);
}
public async Task Match_EndpointWithProtoMethodPreferred_EmptyList()
{
// Arrange
var endpoint1 = CreateEndpoint("/hello", httpMethods: new string[] { "GET", });
var endpoint2 = CreateEndpoint("/bar", httpMethods: new string[] { });
var matcher = CreateMatcher(endpoint1, endpoint2);
var(httpContext, context) = CreateContext("/hello", "GET");
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertMatch(context, httpContext, endpoint1);
}
[Fact] // When one of the candidates handles all verbs, dont use a 405 endpoint
public async Task NotMatch_ProtoMethod_WithAllMethodEndpoint_DoesNotReturn405()
{
// Arrange
var endpoint1 = CreateEndpoint("/{x:int}", httpMethods: new string[] { });
var endpoint2 = CreateEndpoint("/hello", httpMethods: new string[] { "DELETE" });
var matcher = CreateMatcher(endpoint1, endpoint2);
var(httpContext, context) = CreateContext("/hello", "POST");
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertNotMatch(context, httpContext);
}
[Fact] // When all of the candidates handles specific verbs, use a 405 endpoint
public async Task NotMatch_ProtoMethod_CORS_DoesNotReturn405()
{
// Arrange
var endpoint1 = CreateEndpoint("/hello", httpMethods: new string[] { "GET", "PUT" }, acceptCorsPreflight: true);
var endpoint2 = CreateEndpoint("/hello", httpMethods: new string[] { "DELETE" });
var matcher = CreateMatcher(endpoint1, endpoint2);
var(httpContext, context) = CreateContext("/hello", "POST", corsPreflight: true);
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertNotMatch(context, httpContext);
}
public virtual async Task Quirks_CatchAllParameter(string template, string path, string[] keys, string[] values)
{
// Arrange
var(matcher, endpoint) = CreateMatcher(template);
var(httpContext, context) = CreateContext(path);
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertNotMatch(context, httpContext);
// Need to access these to prevent a warning from the xUnit analyzer.
// Some of these tests will match (and process the values) and some will not.
GC.KeepAlive(keys);
GC.KeepAlive(values);
}
public virtual async Task Match_SingleParameter_WierdNames()
{
// Arrange
var(matcher, endpoint) = CreateMatcher("/foo/{ }/{.!$%}/{dynamic.data}");
var(httpContext, context) = CreateContext("/foo/space/weirdmatch/matcherid");
var values = new RouteValueDictionary()
{
{ " ", "space" },
{ ".!$%", "weirdmatch" },
{ "dynamic.data", "matcherid" },
};
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertMatch(context, httpContext, endpoint, values);
}
public virtual async Task Match_SelectEndpoint_BasedOnOrder(string template1, string template2)
{
// Arrange
var expected = CreateEndpoint(template1, order: 0);
var other = CreateEndpoint(template2, order: 1);
var path = "/template/5";
// Arrange
var matcher = CreateMatcher(other, expected);
var(httpContext, context) = CreateContext(path);
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertMatch(context, httpContext, expected, ignoreValues: true);
}
public virtual async Task Match_IntegrationTest_MultipleEndpoints(string path, string expectedTemplate)
{
// Arrange
var templates = new[]
{
"",
"Literal1",
"Literal1/Literal2",
"Literal1/Literal2/Literal3",
"Literal1/Literal2/Literal3/{*constrainedCatchAll:int}",
"Literal1/Literal2/Literal3/{*catchAll}",
"{constrained1:int}",
"{constrained1:int}/{constrained2:int}",
"{constrained1:int}/{constrained2:int}/{constrained3:int}",
"{constrained1:int}/{constrained2:int}/{constrained3:int}/{*constrainedCatchAll:int}",
"{constrained1:int}/{constrained2:int}/{constrained3:int}/{*catchAll}",
"{parameter1}",
"{parameter1}/{parameter2}",
"{parameter1}/{parameter2}/{parameter3}",
"{parameter1}/{parameter2}/{parameter3}/{*constrainedCatchAll:int}",
"{parameter1}/{parameter2}/{parameter3}/{*catchAll}",
};
var endpoints = templates.Select((t) => CreateEndpoint(t)).ToArray();
var expected = endpoints[Array.IndexOf(templates, expectedTemplate)];
var matcher = CreateMatcher(endpoints);
var(httpContext, context) = CreateContext(path);
// Act
await matcher.MatchAsync(httpContext, context);
// Assert
MatcherAssert.AssertMatch(context, httpContext, expected, ignoreValues: true);
}
