public void ShouldMatchInputClaim()
{
var store = new MockPolicyStore();
ClaimsPolicyEvaluator evaluator = new ClaimsPolicyEvaluator(store);
InputPolicyClaim inputClaim = new InputPolicyClaim(this.issuer, this.inputClaimType, "myInputClaim");
OutputPolicyClaim outputClaim = new OutputPolicyClaim(this.outputClaimType, "myOutputClaimValue");
PolicyRule rule = new PolicyRule(AssertionsMatch.Any, new[] { inputClaim }, outputClaim);
var policyScope = new PolicyScope(new Uri("http://myScope"), new[] { rule });
policyScope.AddIssuer(new Issuer("http://originalIssuer", string.Empty, "OriginalIssuer"));
store.RetrieveScopesReturnValue = new List <PolicyScope>()
{
policyScope
};
IEnumerable <Claim> evaluatedOutputClaims = evaluator.Evaluate(new Uri("http://myScope"), new[] { new Claim("http://myInputClaimType", "myInputClaim", string.Empty, "http://myInputClaimIssuer", "http://originalIssuer") });
Assert.IsNotNull(evaluatedOutputClaims);
Assert.AreEqual(1, evaluatedOutputClaims.Count());
Assert.AreEqual("http://myOutputClaimType", evaluatedOutputClaims.ElementAt(0).ClaimType);
Assert.AreEqual("myOutputClaimValue", evaluatedOutputClaims.ElementAt(0).Value);
Assert.AreEqual("http://myInputClaimIssuer", evaluatedOutputClaims.ElementAt(0).Issuer);
Assert.AreEqual("OriginalIssuer", evaluatedOutputClaims.ElementAt(0).OriginalIssuer);
}
public void ShouldOutputCorrectInputValue()
{
var store = new MockPolicyStore();
ClaimsPolicyEvaluator evaluator = new ClaimsPolicyEvaluator(store);
InputPolicyClaim inputPolicyClaim1 = new InputPolicyClaim(this.issuer, this.inputClaimType, "*");
ClaimType outputClaimType1 = new ClaimType("http://myOutputClaimType1");
OutputPolicyClaim outputPolicyClaim1 = new OutputPolicyClaim(outputClaimType1, "myOutputClaimValue");
PolicyRule policyRule1 = new PolicyRule(AssertionsMatch.Any, new[] { inputPolicyClaim1 }, outputPolicyClaim1);
InputPolicyClaim inputPolicyClaim2 = new InputPolicyClaim(this.issuer, this.inputClaimType, "inputClaimValue");
ClaimType outputClaimType2 = new ClaimType("http://myOutputClaimType2");
OutputPolicyClaim outputPolicyClaim2 = new OutputPolicyClaim(outputClaimType2, string.Empty, CopyFromConstants.InputValue);
PolicyRule policyRule2 = new PolicyRule(AssertionsMatch.Any, new[] { inputPolicyClaim2 }, outputPolicyClaim2);
store.RetrieveScopesReturnValue = new List <PolicyScope>()
{
new PolicyScope(new Uri("http://myScope"), new[] { policyRule1, policyRule2 })
};
IEnumerable <Claim> evaluatedOutputClaims = evaluator.Evaluate(new Uri("http://myScope"), new[] { new Claim("http://myInputClaimType", "inputClaimValue", string.Empty, "http://myInputClaimIssuer") });
Assert.IsNotNull(evaluatedOutputClaims);
Assert.AreEqual(2, evaluatedOutputClaims.Count());
var outputClaim1 = evaluatedOutputClaims.FirstOrDefault(c => c.ClaimType == "http://myOutputClaimType1");
Assert.IsNotNull(outputClaim1);
Assert.AreEqual("myOutputClaimValue", outputClaim1.Value);
var outputClaim2 = evaluatedOutputClaims.FirstOrDefault(c => c.ClaimType == "http://myOutputClaimType2");
Assert.IsNotNull(outputClaim2);
Assert.AreEqual("inputClaimValue", outputClaim2.Value);
}
public void ShouldMatchInputClaimAndCopyInputIssuerToOutputValue()
{
var store = new MockPolicyStore();
ClaimsPolicyEvaluator evaluator = new ClaimsPolicyEvaluator(store);
ClaimType inputClaimType = new ClaimType("http://myInputClaimType");
ClaimType outputClaimType = new ClaimType("http://myOutputClaimType");
Issuer issuer = new Issuer("http://myInputClaimIssuer");
InputPolicyClaim inputClaim = new InputPolicyClaim(issuer, inputClaimType, "myInputClaim");
OutputPolicyClaim outputClaim = new OutputPolicyClaim(outputClaimType, string.Empty, CopyFromConstants.InputIssuer);
PolicyRule rule = new PolicyRule(AssertionsMatch.Any, new[] { inputClaim }, outputClaim);
store.RetrieveScopesReturnValue = new List <PolicyScope>()
{
new PolicyScope(new Uri("http://myScope"), new[] { rule })
};
IEnumerable <Claim> evaluatedOutputClaims = evaluator.Evaluate(new Uri("http://myScope"), new[] { new Claim("http://myInputClaimType", "myInputClaim", string.Empty, "http://myInputClaimIssuer") });
Assert.IsNotNull(evaluatedOutputClaims);
Assert.AreEqual(1, evaluatedOutputClaims.Count());
Assert.AreEqual("http://myOutputClaimType", evaluatedOutputClaims.ElementAt(0).ClaimType);
Assert.AreEqual("http://myInputClaimIssuer", evaluatedOutputClaims.ElementAt(0).Value);
}
public void ShouldMatchInputClaimValueInCaseInsensitiveFashion()
{
var store = new MockPolicyStore();
var scopeUri = new Uri("http://myScope");
var inputClaimValue = "myInputClaimValue";
var outputClaimValue = "myOutputClaimValue";
InputPolicyClaim inputClaim = new InputPolicyClaim(
new Issuer("http://myInputClaimIssuer", "myInputClaimIssuer"),
new ClaimType("http://myInputClaimType", "myInputClaimType"),
inputClaimValue);
OutputPolicyClaim outputClaim = new OutputPolicyClaim(
new ClaimType("http://myOutputClaimType", "myOutputClaimType"),
outputClaimValue);
PolicyRule rule = new PolicyRule(AssertionsMatch.Any, new[] { inputClaim }, outputClaim);
store.RetrieveScopesReturnValue = new List <PolicyScope> {
new PolicyScope(scopeUri, new[] { rule })
};
var evaluator = new ClaimsPolicyEvaluator(store);
var evaluatedOutputClaims = evaluator.Evaluate(scopeUri, new[] { new Claim("http://myInputClaimType", inputClaimValue.ToUpperInvariant(), string.Empty, "http://myInputClaimIssuer") });
Assert.IsNotNull(evaluatedOutputClaims);
Assert.AreEqual(1, evaluatedOutputClaims.Count());
Assert.AreEqual(outputClaimValue, evaluatedOutputClaims.ElementAt(0).Value);
}
public void AddRuleThrowsIfIssuerOfInputClaimIsNull()
{
var scope = RetrievePolicyScope();
var inputClaim = new InputPolicyClaim(null, sampleClaimType, "sample value");
var rule = new PolicyRule(AssertionsMatch.Any, new List <InputPolicyClaim> {
inputClaim
}, GetSampleOutputClaim());
Assert.Throws <ArgumentException>(() => scope.AddRule(rule), "The Issuer property of the Claim cannot be null.");
}
public void AddRuleThrowsIfIssuerOfInputClaimIsNull()
{
var scope = RetrievePolicyScope();
var inputClaim = new InputPolicyClaim(null, sampleClaimType, "sample value");
var rule = new PolicyRule(AssertionsMatch.Any, new List <InputPolicyClaim> {
inputClaim
}, GetSampleOutputClaim());
scope.AddRule(rule);
}
private static XElement SerializeInputClaim(InputPolicyClaim claim)
{
XElement inputElement = new XElement("claim");
inputElement.SetAttributeValue("type", claim.ClaimType.DisplayName);
inputElement.SetAttributeValue("value", claim.Value);
inputElement.SetAttributeValue("issuer", claim.Issuer.DisplayName);
return(inputElement);
}
public void AddRuleThrowsIfIssuerOfInputClaimDoesNotExists()
{
var scope = RetrievePolicyScope();
var newIssuer = new Issuer("http://newsampleissuer");
var inputClaim = new InputPolicyClaim(newIssuer, sampleClaimType, "sample value");
var rule = new PolicyRule(AssertionsMatch.Any, new List <InputPolicyClaim> {
inputClaim
}, GetSampleOutputClaim());
Assert.Throws <PolicyScopeException>(() => scope.AddRule(rule), "The issuer 'http://newsampleissuer' was not found on the issuers section of the scope.");
}
public void AddRuleThrowsIfIssuerOfInputClaimDoesNotExists()
{
var scope = RetrievePolicyScope();
var newIssuer = new Issuer("http://newsampleissuer");
var inputClaim = new InputPolicyClaim(newIssuer, sampleClaimType, "sample value");
var rule = new PolicyRule(AssertionsMatch.Any, new List <InputPolicyClaim> {
inputClaim
}, GetSampleOutputClaim());
scope.AddRule(rule);
}
public void ShouldAddRuleViaWCF()
{
ChannelFactory <IPolicyStore> factory = new ChannelFactory <IPolicyStore>(new BasicHttpBinding(), new EndpointAddress("http://localhost:3333/policystore"));
IPolicyStore store = factory.CreateChannel();
var scope = store.RetrieveScopes().ElementAt(0);
InputPolicyClaim inputClaim = new InputPolicyClaim(scope.Issuers.ElementAt(0), scope.ClaimTypes.ElementAt(0), "thevalue");
OutputPolicyClaim outputClaim = new OutputPolicyClaim(scope.ClaimTypes.ElementAt(0), CopyFromConstants.InputValue);
PolicyRule rule = new PolicyRule(AssertionsMatch.All, new[] { inputClaim }, outputClaim);
store.AddPolicyRule(scope.Uri, rule);
var updatedScope = store.RetrieveScopes().ElementAt(0);
Assert.AreEqual(3, updatedScope.Rules.Count());
}
public void AddRuleShouldSetTheRightClaimTypeDisplayName()
{
var scope = RetrievePolicyScope();
var inputClaimType = new ClaimType("http://tests/sampleclaimtype/", string.Empty);
var inputClaim = new InputPolicyClaim(sampleIssuer, inputClaimType, "new sample value");
var rule = new PolicyRule(AssertionsMatch.Any, new List <InputPolicyClaim> {
inputClaim
}, GetSampleOutputClaim());
Assert.AreEqual(string.Empty, inputClaimType.DisplayName);
Assert.AreEqual(1, scope.ClaimTypes.Count);
scope.AddRule(rule);
Assert.AreEqual(sampleClaimType.DisplayName, inputClaimType.DisplayName);
Assert.AreEqual(1, scope.ClaimTypes.Count);
}
public void ShouldNotMatchInputClaimWithDifferentValue()
{
var store = new MockPolicyStore();
ClaimsPolicyEvaluator evaluator = new ClaimsPolicyEvaluator(store);
InputPolicyClaim inputClaim = new InputPolicyClaim(this.issuer, this.inputClaimType, "myInputClaim");
OutputPolicyClaim outputClaim = new OutputPolicyClaim(this.outputClaimType, "myOutputClaimValue");
PolicyRule rule = new PolicyRule(AssertionsMatch.Any, new[] { inputClaim }, outputClaim);
store.RetrieveScopesReturnValue = new List <PolicyScope> {
new PolicyScope(new Uri("http://myScope"), new[] { rule })
};
IEnumerable <Claim> evaluatedOutputClaims = evaluator.Evaluate(new Uri("http://myScope"), new[] { new Claim("http://myInputClaimType", "otherInputClaim", string.Empty, "http://myInputClaimIssuer") });
Assert.IsNotNull(evaluatedOutputClaims);
Assert.AreEqual(0, evaluatedOutputClaims.Count());
}
public void AddRuleShouldAddClaimTypeIfDoesNotExists()
{
var scope = RetrievePolicyScope();
var claimFullName = "http://tests/newsampleclaimtype/";
var inputClaim = new InputPolicyClaim(sampleIssuer, new ClaimType(claimFullName, string.Empty), "new sample value");
var rule = new PolicyRule(AssertionsMatch.Any, new List <InputPolicyClaim> {
inputClaim
}, GetSampleOutputClaim());
Assert.AreEqual(1, scope.ClaimTypes.Count);
scope.AddRule(rule);
Assert.AreEqual(2, scope.ClaimTypes.Count);
var result = scope.ClaimTypes.ElementAt(1);
Assert.AreEqual(claimFullName, result.FullName);
Assert.AreEqual("newsampleclaimtype", result.DisplayName);
}
public void ShouldMatchInputClaimWithWildcardOnValue()
{
var store = new MockPolicyStore();
ClaimsPolicyEvaluator evaluator = new ClaimsPolicyEvaluator(store);
InputPolicyClaim inputClaim = new InputPolicyClaim(new Issuer("http://myInputClaimIssuer", "myInputClaimIssuer"), new ClaimType("http://myInputClaimType", "myInputClaimType"), "*");
OutputPolicyClaim outputClaim = new OutputPolicyClaim(new ClaimType("http://myOutputClaimType", "myOutputClaimType"), "myOutputClaimValue");
PolicyRule rule = new PolicyRule(AssertionsMatch.Any, new[] { inputClaim }, outputClaim);
store.RetrieveScopesReturnValue = new List <PolicyScope>()
{
new PolicyScope(new Uri("http://myScope"), new[] { rule })
};
IEnumerable <Claim> evaluatedOutputClaims = evaluator.Evaluate(new Uri("http://myScope"), new[] { new Claim("http://myInputClaimType", "anyValueShouldMatch", string.Empty, "http://myInputClaimIssuer") });
Assert.IsNotNull(evaluatedOutputClaims);
Assert.AreEqual(1, evaluatedOutputClaims.Count());
Assert.AreEqual("http://myOutputClaimType", evaluatedOutputClaims.ElementAt(0).ClaimType);
Assert.AreEqual("myOutputClaimValue", evaluatedOutputClaims.ElementAt(0).Value);
}
