public static TheoryData <string> InvalidCookieNames()
{
var invalidNames = new TheoryData <string>
{
"foo=",
"foo;",
"foo\0",
"foo👍",
"foo\\",
"foo(",
"foo)",
"foo<",
"foo>",
"foo@foo",
"foo,bar",
"foo:bar",
"foo\"bar",
"bar/foo",
"foo[bar",
"foo]bar",
"foo?bar",
"{foo",
"}foo",
};
foreach (var value in Constant.WhitespaceValues)
{
invalidNames.Add(value);
}
return(invalidNames);
}
public static TheoryData <string, string, string, string> TestData()
{
var testsString = EmbeddedResourceUtils.LoadResourceFile(typeof(JsonPatchFactoryTests).Assembly,
"JsonPatchGenerator.Tests.Resources.tests.json");
var tests = (JArray)JToken.Parse(testsString);
var result = new TheoryData <string, string, string, string>();
foreach (var test in tests.Cast <JObject>())
{
if (test.Property("error") != null)
{
continue;
}
if (test.Property("disabled") != null)
{
continue;
}
var doc = test.Property("doc") !.Value;
var expected = test.Property("expected") !.Value;
var patch = test.Property("patch") !.Value;
var comment = test.Property("comment")?.Value.Value <string>() ?? string.Empty;
result.Add(doc.ToString(Formatting.None), expected.ToString(Formatting.None),
patch.ToString(Formatting.None), comment);
}
return(result);
}
private static TheoryData <TestCase> GetTestMethodsFromDll(Func <string[], MethodDefinitionHandle, TestCase> methodSelector)
{
var retVal = new TheoryData <TestCase>();
foreach (var testDllName in GetAllTestDlls())
{
var testModule = GetModuleForTestAssembly(testDllName);
foreach (var methodHandle in testModule.MetadataReader.MethodDefinitions)
{
var method = (EcmaMethod)testModule.GetMethod(methodHandle);
var methodName = method.Name;
if (!String.IsNullOrEmpty(methodName) && methodName.Contains("_"))
{
var mparams = methodName.Split('_');
var specialMethodHandle = HandleSpecialTests(mparams, method);
var newItem = methodSelector(mparams, specialMethodHandle);
if (newItem != null)
{
newItem.TestName = mparams[0];
newItem.MethodName = methodName;
newItem.ModuleName = testDllName;
retVal.Add(newItem);
}
}
}
}
return(retVal);
}
// helper method to generate theory data from all values of an enum type
internal static TheoryData<T> GetEnumTheoryData<T>() where T : Enum
{
var data = new TheoryData<T>();
foreach (T item in Enum.GetValues(typeof(T)))
data.Add(item);
return data;
}
public static TheoryData <DistributedCacheEntryOptions> PresetOptions()
{
var theoryData = new TheoryData <DistributedCacheEntryOptions>();
theoryData.Add(new DistributedCacheEntryOptions {
AbsoluteExpirationRelativeToNow = TimeSpan.FromMinutes(30)
});
theoryData.Add(new DistributedCacheEntryOptions {
SlidingExpiration = TimeSpan.FromMinutes(30)
});
theoryData.Add(new DistributedCacheEntryOptions {
AbsoluteExpiration = DateTimeOffset.Now.AddDays(1)
});
return(theoryData);
}
private static TheoryData <string, int, int> GenerateImageResizeData()
{
var result = new TheoryData <string, int, int>();
string[] resamplerNames = typeof(KnownResamplers).GetProperties(BindingFlags.Public | BindingFlags.Static)
.Select(p => p.Name)
.Where(name => name != nameof(KnownResamplers.NearestNeighbor))
.ToArray();
int[] dimensionVals =
{
// Arbitrary, small dimensions:
9, 10, 11, 13, 49, 50, 53, 99, 100, 199, 200, 201, 299, 300, 301,
// Typical image sizes:
640, 480, 800, 600, 1024, 768, 1280, 960, 1536, 1180, 1600, 1200, 2048, 1536, 2240, 1680, 2560,
1920, 3032, 2008, 3072, 2304, 3264, 2448
};
IOrderedEnumerable <(int s, int d)> source2Dest = dimensionVals
.SelectMany(s => dimensionVals.Select(d => (s, d)))
.OrderBy(x => x.s + x.d);
foreach (string resampler in resamplerNames)
{
foreach ((int s, int d)x in source2Dest)
{
result.Add(resampler, x.s, x.d);
}
}
return(result);
}
public static TheoryData <INode[], IEdge[], IPath[]> SelfReferingNodes()
{
var data = new TheoryData <INode[], IEdge[], IPath[]>();
var nStart = new Node("nStart", new List <string> {
"e1"
}, new List <string> {
"e1", "e2"
});
var n1 = new Node("n1", new List <string> {
"e2", "e3"
}, new List <string> {
"e3", "e4"
});
var nEnd = new Node("nEnd", new List <string> {
"e4"
});
var e1 = new Edge("e1", "nStart", "nStart");
var e2 = new Edge("e2", "nStart", "n1");
var e3 = new Edge("e3", "n1", "n1");
var e4 = new Edge("e4", "n1", "nEnd");
data.Add(
new INode[] { nStart, n1, nEnd },
new IEdge[] { e1, e2, e3, e4 },
new IPath[] { new Path(new IGraphObject[] { nStart, e2, n1, e4, nEnd }) }
);
return(data);
}
public static TheoryData <ScanCompareType, float, float, byte[], ScanResult, bool, ScanResult> GetTestCompareWithPreviousData()
{
var data = new TheoryData <ScanCompareType, float, float, byte[], ScanResult, bool, ScanResult>
{
{ ScanCompareType.Changed, 0.0f, 0.0f, BitConverter.GetBytes(0.0f), new FloatScanResult(1.0f), true, new FloatScanResult(0.0f) },
{ ScanCompareType.Changed, 0.0f, 0.0f, BitConverter.GetBytes(1.0f), new FloatScanResult(1.0f), false, null },
{ ScanCompareType.NotChanged, 0.0f, 0.0f, BitConverter.GetBytes(1.0f), new FloatScanResult(1.0f), true, new FloatScanResult(1.0f) },
{ ScanCompareType.NotChanged, 0.0f, 0.0f, BitConverter.GetBytes(0.0f), new FloatScanResult(1.0f), false, null },
{ ScanCompareType.Increased, 0.0f, 0.0f, BitConverter.GetBytes(2.0f), new FloatScanResult(1.0f), true, new FloatScanResult(2.0f) },
{ ScanCompareType.Increased, 0.0f, 0.0f, BitConverter.GetBytes(1.0f), new FloatScanResult(1.0f), false, null },
{ ScanCompareType.Increased, 0.0f, 0.0f, BitConverter.GetBytes(0.0f), new FloatScanResult(1.0f), false, null },
{ ScanCompareType.IncreasedOrEqual, 0.0f, 0.0f, BitConverter.GetBytes(2.0f), new FloatScanResult(1.0f), true, new FloatScanResult(2.0f) },
{ ScanCompareType.IncreasedOrEqual, 0.0f, 0.0f, BitConverter.GetBytes(1.0f), new FloatScanResult(1.0f), true, new FloatScanResult(1.0f) },
{ ScanCompareType.IncreasedOrEqual, 0.0f, 0.0f, BitConverter.GetBytes(0.0f), new FloatScanResult(1.0f), false, null },
{ ScanCompareType.Decreased, 0.0f, 0.0f, BitConverter.GetBytes(0.0f), new FloatScanResult(1.0f), true, new FloatScanResult(0.0f) },
{ ScanCompareType.Decreased, 0.0f, 0.0f, BitConverter.GetBytes(1.0f), new FloatScanResult(1.0f), false, null },
{ ScanCompareType.Decreased, 0.0f, 0.0f, BitConverter.GetBytes(2.0f), new FloatScanResult(1.0f), false, null },
{ ScanCompareType.DecreasedOrEqual, 0.0f, 0.0f, BitConverter.GetBytes(0.0f), new FloatScanResult(1.0f), true, new FloatScanResult(0.0f) },
{ ScanCompareType.DecreasedOrEqual, 0.0f, 0.0f, BitConverter.GetBytes(1.0f), new FloatScanResult(1.0f), true, new FloatScanResult(1.0f) },
{ ScanCompareType.DecreasedOrEqual, 0.0f, 0.0f, BitConverter.GetBytes(2.0f), new FloatScanResult(1.0f), false, null }
};
var basicData = GetTestCompareBasicData();
foreach (var x in basicData)
{
data.Add((ScanCompareType)x[0], (float)x[1], (float)x[2], (byte[])x[3], new FloatScanResult(1.0f), (bool)x[4], (ScanResult)x[5]);
}
return(data);
}
public static TheoryData <Enum> GetEnumTypeTheoryDataInvalidMasked(Type enumType)
{
var data = new TheoryData <Enum>();
IEnumerable <Enum> values = Enum.GetValues(enumType).Cast <Enum>().OrderBy(p => p);
long allMasked = 0;
foreach (Enum value in values)
{
allMasked |= Convert.ToInt64(value);
}
data.Add((Enum)Enum.ToObject(enumType, int.MaxValue));
data.Add((Enum)Enum.ToObject(enumType, allMasked + 1));
return(data);
}
public static TheoryData <string, IReadOnlyList <SubtitleTrackEvent> > Parse_MultipleDialogues_TestData()
{
var data = new TheoryData <string, IReadOnlyList <SubtitleTrackEvent> >();
data.Add(
@"[Events]
Format: Layer, Start, End, Text
Dialogue: ,0:00:01.18,0:00:01.85,dialogue1
Dialogue: ,0:00:02.18,0:00:02.85,dialogue2
Dialogue: ,0:00:03.18,0:00:03.85,dialogue3
",
new List <SubtitleTrackEvent>
{
new SubtitleTrackEvent("1", "dialogue1")
{
StartPositionTicks = 11800000,
EndPositionTicks = 18500000
},
new SubtitleTrackEvent("2", "dialogue2")
{
StartPositionTicks = 21800000,
EndPositionTicks = 28500000
},
new SubtitleTrackEvent("3", "dialogue3")
{
StartPositionTicks = 31800000,
EndPositionTicks = 38500000
}
});
return(data);
}
private static TheoryData <TestCase> GetTestTypeFromDll(Func <string[], TypeDefinitionHandle, TestCase> typeSelector)
{
var retVal = new TheoryData <TestCase>();
foreach (var testDllName in GetAllTestDlls())
{
EcmaModule testModule = GetModuleForTestAssembly(testDllName);
MetadataReader metadataReader = testModule.PEReader.GetMetadataReader();
foreach (TypeDefinitionHandle typeHandle in metadataReader.TypeDefinitions)
{
var typeDef = metadataReader.GetTypeDefinition(typeHandle);
var typeName = metadataReader.GetString(typeDef.Name);
if (!string.IsNullOrEmpty(typeName) && typeName.Contains("_"))
{
var mparams = typeName.Split('_');
TestCase newItem = typeSelector(mparams, typeHandle);
if (newItem != null)
{
newItem.TestName = mparams[0];
newItem.TypeName = typeName;
newItem.ModuleName = testDllName;
retVal.Add(newItem);
}
}
}
}
return(retVal);
}
public static TheoryData <INode[], IEdge[], IPath[]> ShorterPath()
{
var data = new TheoryData <INode[], IEdge[], IPath[]>();
var nStart = new Node("nStart", null, new List <string> {
"e1", "e3"
});
var n2 = new Node("n2", new List <string> {
"e1"
}, new List <string> {
"e2"
});
var nEnd = new Node("nEnd", new List <string> {
"e2", "e3"
});
var e1 = new Edge("e1", "nStart", "n2");
var e2 = new Edge("e2", "n2", "nEnd");
var e3 = new Edge("e3", "nStart", "nEnd");
data.Add(
new INode[] { nStart, n2, nEnd },
new IEdge[] { e1, e2, e3 },
new IPath[] { new Path(new IGraphObject[] { nStart, e3, nEnd }) });
return(data);
}
// helper method to generate theory data for some values of a int
internal static TheoryData <float> GetFloatTheoryData()
{
var data = new TheoryData <float>();
data.Add(float.MaxValue);
data.Add(float.MinValue);
data.Add(float.Epsilon);
data.Add(float.Epsilon * -1);
data.Add(float.NegativeInfinity); // not sure about these two
data.Add(float.PositiveInfinity); // 2
data.Add(0);
data.Add(-1);
data.Add(1);
data.Add(float.MaxValue / 2);
return(data);
}
public static IEnumerable <object[]> Serialize_should_throw_when_effectiveGuidRepresentation_is_Unspecified_MemberData()
{
var data = new TheoryData <GuidRepresentationMode, GuidRepresentation, GuidRepresentation, GuidRepresentation?>();
foreach (var defaultGuidRepresentationMode in EnumHelper.GetValues <GuidRepresentationMode>())
{
foreach (var defaultGuidRepresentation in EnumHelper.GetValues <GuidRepresentation>())
{
if (defaultGuidRepresentationMode == GuidRepresentationMode.V3 && defaultGuidRepresentation != GuidRepresentation.Unspecified)
{
continue;
}
foreach (var serializerGuidRepresentation in EnumHelper.GetValues <GuidRepresentation>())
{
foreach (var writerGuidRepresentation in EnumHelper.GetValuesAndNull <GuidRepresentation>())
{
var effectiveGuidRepresentation = serializerGuidRepresentation;
if (defaultGuidRepresentationMode == GuidRepresentationMode.V2 && serializerGuidRepresentation == GuidRepresentation.Unspecified)
{
effectiveGuidRepresentation = writerGuidRepresentation ?? defaultGuidRepresentation;
}
if (effectiveGuidRepresentation != GuidRepresentation.Unspecified)
{
continue;
}
data.Add(defaultGuidRepresentationMode, defaultGuidRepresentation, serializerGuidRepresentation, writerGuidRepresentation);
}
}
}
}
return(data);
}
private static void AddDecryptMismatchTheoryData(
string testId,
SymmetricSecurityKey decryptKey,
SymmetricSecurityKey encryptkey,
string decryptAlgorithm,
string encryptAlgorithm,
ExpectedException ee,
TheoryData <AuthenticatedEncryptionTestParams> theoryData)
{
var authenticatedData = Guid.NewGuid().ToByteArray();
var plainText = Guid.NewGuid().ToByteArray();
var provider = new AuthenticatedEncryptionProvider(encryptkey, encryptAlgorithm);
var results = provider.Encrypt(plainText, authenticatedData);
theoryData.Add(new AuthenticatedEncryptionTestParams
{
AuthenticatedData = authenticatedData,
DecryptAlgorithm = decryptAlgorithm,
DecryptKey = decryptKey,
EE = ee,
EncryptionResults = results,
Provider = new AuthenticatedEncryptionProvider(decryptKey, decryptAlgorithm),
TestId = testId
});
}
public static TheoryData <ScanCompareType, byte, byte, byte[], ScanResult, bool, ScanResult> GetTestCompareWithPreviousData()
{
var data = new TheoryData <ScanCompareType, byte, byte, byte[], ScanResult, bool, ScanResult>
{
{ ScanCompareType.Changed, 0, 0, new byte[] { 0 }, new ByteScanResult(1), true, new ByteScanResult(0) },
{ ScanCompareType.Changed, 0, 0, new byte[] { 1 }, new ByteScanResult(1), false, null },
{ ScanCompareType.NotChanged, 0, 0, new byte[] { 1 }, new ByteScanResult(1), true, new ByteScanResult(1) },
{ ScanCompareType.NotChanged, 0, 0, new byte[] { 0 }, new ByteScanResult(1), false, null },
{ ScanCompareType.Increased, 0, 0, new byte[] { 2 }, new ByteScanResult(1), true, new ByteScanResult(2) },
{ ScanCompareType.Increased, 0, 0, new byte[] { 1 }, new ByteScanResult(1), false, null },
{ ScanCompareType.Increased, 0, 0, new byte[] { 0 }, new ByteScanResult(1), false, null },
{ ScanCompareType.IncreasedOrEqual, 0, 0, new byte[] { 2 }, new ByteScanResult(1), true, new ByteScanResult(2) },
{ ScanCompareType.IncreasedOrEqual, 0, 0, new byte[] { 1 }, new ByteScanResult(1), true, new ByteScanResult(1) },
{ ScanCompareType.IncreasedOrEqual, 0, 0, new byte[] { 0 }, new ByteScanResult(1), false, null },
{ ScanCompareType.Decreased, 0, 0, new byte[] { 0 }, new ByteScanResult(1), true, new ByteScanResult(0) },
{ ScanCompareType.Decreased, 0, 0, new byte[] { 1 }, new ByteScanResult(1), false, null },
{ ScanCompareType.Decreased, 0, 0, new byte[] { 2 }, new ByteScanResult(1), false, null },
{ ScanCompareType.DecreasedOrEqual, 0, 0, new byte[] { 0 }, new ByteScanResult(1), true, new ByteScanResult(0) },
{ ScanCompareType.DecreasedOrEqual, 0, 0, new byte[] { 1 }, new ByteScanResult(1), true, new ByteScanResult(1) },
{ ScanCompareType.DecreasedOrEqual, 0, 0, new byte[] { 2 }, new ByteScanResult(1), false, null }
};
var basicData = GetTestCompareBasicData();
foreach (var x in basicData)
{
data.Add((ScanCompareType)x[0], (byte)x[1], (byte)x[2], (byte[])x[3], new ByteScanResult(1), (bool)x[4], (ScanResult)x[5]);
}
return(data);
}
private static TheoryData <string, int, int> GenerateImageResizeData()
{
var result = new TheoryData <string, int, int>();
string[] resamplerNames = TestUtils.GetAllResamplerNames(false);
int[] dimensionVals =
{
// Arbitrary, small dimensions:
9, 10, 11, 13, 49, 50, 53, 99, 100, 199, 200, 201, 299, 300, 301,
// Typical image sizes:
640, 480, 800, 600, 1024, 768, 1280, 960, 1536, 1180, 1600, 1200, 2048, 1536, 2240, 1680, 2560,
1920, 3032, 2008, 3072, 2304, 3264, 2448
};
IOrderedEnumerable <(int s, int d)> source2Dest = dimensionVals
.SelectMany(s => dimensionVals.Select(d => (s, d)))
.OrderBy(x => x.s + x.d);
foreach (string resampler in resamplerNames)
{
foreach ((int s, int d)x in source2Dest)
{
result.Add(resampler, x.s, x.d);
}
}
return(result);
}
public static TheoryData <Test> GetTestSuite(string @case, string[] excludedStrings)
{
var testsDirectory = Path.GetRelativePath(Directory.GetCurrentDirectory(), $"SCION.SCXML/tests/{@case}");
var excluded = excludedStrings.Select(data =>
{
var splitted = data.Split(":", 2).ToArray();
return(name: splitted[0], reason: splitted[1]);
}).ToDictionary(e => e.name, e => e.reason);
if (!Directory.Exists(testsDirectory))
{
throw new ArgumentException($"Could not find case: {@case} ({testsDirectory} does not exist)");
}
var testConfigurations = Directory.GetFiles(testsDirectory, "*.scxml")
.Select(Path.GetFileName)
.Select(name => name.Replace(".scxml", string.Empty))
.Select(name => (name, path: Path.Join(testsDirectory, name)))
.Select(test =>
new Test(
test.name,
$"{test.path}.scxml",
File.ReadAllText($"{test.path}.json"),
excluded.ContainsKey(test.name) ? Option.From(excluded[test.name]) : Option.None <string>()));
var theoryData = new TheoryData <Test>();
foreach (var test in testConfigurations)
{
theoryData.Add(test);
}
return(theoryData);
}
public static TheoryData <string, SecurityKey, bool> HasPrivateKeyTheoryData()
{
var theoryData = new TheoryData <string, SecurityKey, bool>();
#if NET452 || NET461
theoryData.Add(
"KeyingMaterial.RsaSecurityKeyWithCspProvider_2048",
KeyingMaterial.RsaSecurityKeyWithCspProvider_2048,
true
);
theoryData.Add(
"KeyingMaterial.RsaSecurityKeyWithCspProvider_2048_Public",
KeyingMaterial.RsaSecurityKeyWithCspProvider_2048_Public,
false
);
#endif
#if NET461
theoryData.Add(
"KeyingMaterial.RsaSecurityKeyWithCngProvider_2048",
KeyingMaterial.RsaSecurityKeyWithCngProvider_2048,
true
);
theoryData.Add(
"KeyingMaterial.RsaSecurityKeyWithCngProvider_2048_Public",
KeyingMaterial.RsaSecurityKeyWithCngProvider_2048_Public,
false
);
#endif
theoryData.Add(
"KeyingMaterial.RsaSecurityKey_2048",
KeyingMaterial.RsaSecurityKey_2048,
true
);
theoryData.Add(
"KeyingMaterial.RsaSecurityKey_2048_Public",
KeyingMaterial.RsaSecurityKey_2048_Public,
false
);
theoryData.Add(
"KeyingMaterial.RsaSecurityKey_2048_FromRsa",
KeyingMaterial.RsaSecurityKey_2048_FromRsa,
true
);
theoryData.Add(
"KeyingMaterial.RsaSecurityKey_2048_FromRsa_Public",
KeyingMaterial.RsaSecurityKey_2048_FromRsa_Public,
false
);
return(theoryData);
}
public static TheoryData <IEnumerable <T> > EnumerableData()
{
var data = new TheoryData <IEnumerable <T> >();
IEnumerable <int> counts = CountData().Select(array => array[0]).Cast <int>();
foreach (int count in counts)
{
data.Add(Enumerable.Repeat(default(T), count));
// Test perf: Capture the items into a List here so we
// only enumerate the sequence once.
data.Add(s_generator.GenerateEnumerable(count).ToList());
}
return(data);
}
public static TheoryData <int> CapacityData()
{
var data = new TheoryData <int>();
for (int i = 0; i < 6; i++)
{
int powerOfTwo = 1 << i;
// Return numbers of the form 2^N - 1, 2^N and 2^N + 1
// This should cover most of the interesting cases
data.Add(powerOfTwo - 1);
data.Add(powerOfTwo);
data.Add(powerOfTwo + 1);
}
return(data);
}
public static TheoryData <Size> GetSizeTheoryData(TestIncludeType includeType)
{
var data = new TheoryData <Size>();
if (!includeType.HasFlag(TestIncludeType.NoPositives))
{
data.Add(new Size());
data.Add(new Size(new Point(1, 1)));
data.Add(new Size(1, 2));
}
if (!includeType.HasFlag(TestIncludeType.NoNegatives))
{
data.Add(new Size(-1, 1));
data.Add(new Size(1, -1));
}
return(data);
}
public static TheoryData <AuthenticatedEncryptionTestParams> IsSupportedAlgorithmTheoryData()
{
var theoryData = new TheoryData <AuthenticatedEncryptionTestParams>();
theoryData.Add(new AuthenticatedEncryptionTestParams
{
DecryptAlgorithm = SecurityAlgorithms.Aes128CbcHmacSha256,
DecryptKey = null,
EE = ExpectedException.NoExceptionExpected,
IsSupportedAlgorithm = false,
Provider = new DerivedAuthenticatedEncryptionProvider(Default.SymmetricEncryptionKey256, SecurityAlgorithms.Aes128CbcHmacSha256),
TestId = "Test1"
});
theoryData.Add(new AuthenticatedEncryptionTestParams
{
DecryptAlgorithm = SecurityAlgorithms.Aes128CbcHmacSha256,
DecryptKey = null,
EE = ExpectedException.NoExceptionExpected,
IsSupportedAlgorithm = false,
Provider = new DerivedAuthenticatedEncryptionProvider(Default.SymmetricEncryptionKey256, SecurityAlgorithms.Aes128CbcHmacSha256),
TestId = "Test2"
});
theoryData.Add(new AuthenticatedEncryptionTestParams
{
DecryptAlgorithm = SecurityAlgorithms.Aes128Encryption,
DecryptKey = Default.SymmetricEncryptionKey256,
EE = ExpectedException.NoExceptionExpected,
IsSupportedAlgorithm = false,
Provider = new DerivedAuthenticatedEncryptionProvider(Default.SymmetricEncryptionKey256, SecurityAlgorithms.Aes128CbcHmacSha256),
TestId = "Test3"
});
theoryData.Add(new AuthenticatedEncryptionTestParams
{
DecryptAlgorithm = SecurityAlgorithms.Aes128CbcHmacSha256,
DecryptKey = Default.AsymmetricSigningKey,
EE = ExpectedException.NoExceptionExpected,
IsSupportedAlgorithm = false,
Provider = new DerivedAuthenticatedEncryptionProvider(Default.SymmetricEncryptionKey256, SecurityAlgorithms.Aes128CbcHmacSha256),
TestId = "Test4"
});
return(theoryData);
}
public static TheoryData <Point> GetPointTheoryData(TestIncludeType includeType)
{
var data = new TheoryData <Point>();
if (!includeType.HasFlag(TestIncludeType.NoPositives))
{
data.Add(new Point());
data.Add(new Point(10));
data.Add(new Point(1, 2));
}
if (!includeType.HasFlag(TestIncludeType.NoNegatives))
{
data.Add(new Point(int.MaxValue, int.MinValue));
data.Add(new Point(-1, -2));
}
return(data);
}
public static TheoryData GetEnumTypeTheoryData(Type enumType)
{
var data = new TheoryData<Enum>();
foreach (Enum item in Enum.GetValues(enumType))
{
data.Add(item);
}
return data;
}
private static TheoryData <string, Dictionary <string, string> > GetParts_ValidAuthHeader_Success_Data()
{
var data = new TheoryData <string, Dictionary <string, string> >();
data.Add(
"x=\"123,123\",y=\"123\"",
new Dictionary <string, string>
{
{ "x", "123,123" },
{ "y", "123" }
});
data.Add(
"x=\"123,123\", y=\"123\",z=\"'hi'\"",
new Dictionary <string, string>
{
{ "x", "123,123" },
{ "y", "123" },
{ "z", "'hi'" }
});
data.Add(
"x=\"ab\"",
new Dictionary <string, string>
{
{ "x", "ab" }
});
data.Add(
"param=Hörbücher",
new Dictionary <string, string>
{
{ "param", "Hörbücher" }
});
data.Add(
"param=%22%Hörbücher",
new Dictionary <string, string>
{
{ "param", "\"%Hörbücher" }
});
return(data);
}
public static TheoryData <string, SecurityTokenDescriptor, TokenValidationParameters, ExpectedException> RoundTripJWEParams()
{
var theoryData = new TheoryData <string, SecurityTokenDescriptor, TokenValidationParameters, ExpectedException>();
theoryData.Add(
"Test1",
Default.SymmetricEncryptSignSecurityTokenDescriptor(),
Default.SymmetricEncyptSignTokenValidationParameters,
ExpectedException.NoExceptionExpected
);
theoryData.Add(
"Test2",
Default.SecurityTokenDescriptor(Default.SymmetricEncryptingCredentials, Default.SymmetricSigningCredentials, ClaimSets.DefaultClaims),
Default.TokenValidationParameters(Default.SymmetricEncryptionKey256, Default.SymmetricSigningKey256),
ExpectedException.NoExceptionExpected
);
// signing key not found
theoryData.Add(
"Test3",
Default.SymmetricEncryptSignSecurityTokenDescriptor(),
new TokenValidationParameters
{
IssuerSigningKey = NotDefault.SymmetricSigningKey256,
TokenDecryptionKey = Default.SymmetricEncryptionKey256,
},
ExpectedException.SecurityTokenSignatureKeyNotFoundException("IDX10501:")
);
// encryption key not found
theoryData.Add(
"Test4",
Default.SymmetricEncryptSignSecurityTokenDescriptor(),
new TokenValidationParameters
{
IssuerSigningKey = Default.SymmetricSigningKey256,
TokenDecryptionKey = NotDefault.SymmetricEncryptionKey,
},
ExpectedException.SecurityTokenDecryptionFailedException("IDX10609:")
);
return(theoryData);
}
private static TheoryData <int, BinaryOperatorKind> Build_RightCount_Diagnostic_TheoryData()
{
var theoryData = new TheoryData <int, BinaryOperatorKind>();
foreach (var fixerData in RightCount_Fixer_TheoryData)
{
theoryData.Add((int)fixerData[0], (BinaryOperatorKind)fixerData[1]);
}
return(theoryData);
}
private static TheoryData <BinaryOperatorKind, int> Build_LeftCount_Diagnostic_TheoryData()
{
var theoryData = new TheoryData <BinaryOperatorKind, int>();
foreach (var fixerData in LeftCount_Fixer_TheoryData)
{
theoryData.Add((BinaryOperatorKind)fixerData[0], (int)fixerData[1]);
}
return(theoryData);
}
public static TheoryData <Type> GetIsNotSimpleTheories()
{
var result = new TheoryData <Type>();
foreach (var type in GetNoneSimpleTypes())
{
result.Add(type);
}
return(result);
}
public static TheoryData<KeyValuePair<string, string[]>> CreditCards()
{
var json = File.ReadAllText("Data\\ValidCards.json");
var creditCards = JsonConvert.DeserializeObject<Dictionary<string, string[]>>(json);
var data = new TheoryData<KeyValuePair<string, string[]>>();
foreach (var item in creditCards)
{
data.Add(item);
}
return data;
}
private static TheoryData<string, string[]> GetInvalidNameOrPrefixData(
Func<string, string, string> onNameError,
string whitespaceErrorString,
Func<string, string> onDataError)
{
// name, expectedErrorMessages
var data = new TheoryData<string, string[]>
{
{ "!", new[] { onNameError("!", "!") } },
{ "hello!", new[] { onNameError("hello!", "!") } },
{ "!hello", new[] { onNameError("!hello", "!") } },
{ "he!lo", new[] { onNameError("he!lo", "!") } },
{
"!he!lo!",
new[]
{
onNameError("!he!lo!", "!"),
onNameError("!he!lo!", "!"),
onNameError("!he!lo!", "!"),
}
},
{ "@", new[] { onNameError("@", "@") } },
{ "hello@", new[] { onNameError("hello@", "@") } },
{ "@hello", new[] { onNameError("@hello", "@") } },
{ "he@lo", new[] { onNameError("he@lo", "@") } },
{
"@he@lo@",
new[]
{
onNameError("@he@lo@", "@"),
onNameError("@he@lo@", "@"),
onNameError("@he@lo@", "@"),
}
},
{ "/", new[] { onNameError("/", "/") } },
{ "hello/", new[] { onNameError("hello/", "/") } },
{ "/hello", new[] { onNameError("/hello", "/") } },
{ "he/lo", new[] { onNameError("he/lo", "/") } },
{
"/he/lo/",
new[]
{
onNameError("/he/lo/", "/"),
onNameError("/he/lo/", "/"),
onNameError("/he/lo/", "/"),
}
},
{ "<", new[] { onNameError("<", "<") } },
{ "hello<", new[] { onNameError("hello<", "<") } },
{ "<hello", new[] { onNameError("<hello", "<") } },
{ "he<lo", new[] { onNameError("he<lo", "<") } },
{
"<he<lo<",
new[]
{
onNameError("<he<lo<", "<"),
onNameError("<he<lo<", "<"),
onNameError("<he<lo<", "<"),
}
},
{ "?", new[] { onNameError("?", "?") } },
{ "hello?", new[] { onNameError("hello?", "?") } },
{ "?hello", new[] { onNameError("?hello", "?") } },
{ "he?lo", new[] { onNameError("he?lo", "?") } },
{
"?he?lo?",
new[]
{
onNameError("?he?lo?", "?"),
onNameError("?he?lo?", "?"),
onNameError("?he?lo?", "?"),
}
},
{ "[", new[] { onNameError("[", "[") } },
{ "hello[", new[] { onNameError("hello[", "[") } },
{ "[hello", new[] { onNameError("[hello", "[") } },
{ "he[lo", new[] { onNameError("he[lo", "[") } },
{
"[he[lo[",
new[]
{
onNameError("[he[lo[", "["),
onNameError("[he[lo[", "["),
onNameError("[he[lo[", "["),
}
},
{ ">", new[] { onNameError(">", ">") } },
{ "hello>", new[] { onNameError("hello>", ">") } },
{ ">hello", new[] { onNameError(">hello", ">") } },
{ "he>lo", new[] { onNameError("he>lo", ">") } },
{
">he>lo>",
new[]
{
onNameError(">he>lo>", ">"),
onNameError(">he>lo>", ">"),
onNameError(">he>lo>", ">"),
}
},
{ "]", new[] { onNameError("]", "]") } },
{ "hello]", new[] { onNameError("hello]", "]") } },
{ "]hello", new[] { onNameError("]hello", "]") } },
{ "he]lo", new[] { onNameError("he]lo", "]") } },
{
"]he]lo]",
new[]
{
onNameError("]he]lo]", "]"),
onNameError("]he]lo]", "]"),
onNameError("]he]lo]", "]"),
}
},
{ "=", new[] { onNameError("=", "=") } },
{ "hello=", new[] { onNameError("hello=", "=") } },
{ "=hello", new[] { onNameError("=hello", "=") } },
{ "he=lo", new[] { onNameError("he=lo", "=") } },
{
"=he=lo=",
new[]
{
onNameError("=he=lo=", "="),
onNameError("=he=lo=", "="),
onNameError("=he=lo=", "="),
}
},
{ "\"", new[] { onNameError("\"", "\"") } },
{ "hello\"", new[] { onNameError("hello\"", "\"") } },
{ "\"hello", new[] { onNameError("\"hello", "\"") } },
{ "he\"lo", new[] { onNameError("he\"lo", "\"") } },
{
"\"he\"lo\"",
new[]
{
onNameError("\"he\"lo\"", "\""),
onNameError("\"he\"lo\"", "\""),
onNameError("\"he\"lo\"", "\""),
}
},
{ "'", new[] { onNameError("'", "'") } },
{ "hello'", new[] { onNameError("hello'", "'") } },
{ "'hello", new[] { onNameError("'hello", "'") } },
{ "he'lo", new[] { onNameError("he'lo", "'") } },
{
"'he'lo'",
new[]
{
onNameError("'he'lo'", "'"),
onNameError("'he'lo'", "'"),
onNameError("'he'lo'", "'"),
}
},
{ "hello*", new[] { onNameError("hello*", "*") } },
{ "*hello", new[] { onNameError("*hello", "*") } },
{ "he*lo", new[] { onNameError("he*lo", "*") } },
{
"*he*lo*",
new[]
{
onNameError("*he*lo*", "*"),
onNameError("*he*lo*", "*"),
onNameError("*he*lo*", "*"),
}
},
{ Environment.NewLine, new[] { whitespaceErrorString } },
{ "\t", new[] { whitespaceErrorString } },
{ " \t ", new[] { whitespaceErrorString } },
{ " ", new[] { whitespaceErrorString } },
{ Environment.NewLine + " ", new[] { whitespaceErrorString } },
{
"! \t\r\n@/<>?[]=\"'*",
new[]
{
onNameError("! \t\r\n@/<>?[]=\"'*", "!"),
onNameError("! \t\r\n@/<>?[]=\"'*", " "),
onNameError("! \t\r\n@/<>?[]=\"'*", "\t"),
onNameError("! \t\r\n@/<>?[]=\"'*", "\r"),
onNameError("! \t\r\n@/<>?[]=\"'*", "\n"),
onNameError("! \t\r\n@/<>?[]=\"'*", "@"),
onNameError("! \t\r\n@/<>?[]=\"'*", "/"),
onNameError("! \t\r\n@/<>?[]=\"'*", "<"),
onNameError("! \t\r\n@/<>?[]=\"'*", ">"),
onNameError("! \t\r\n@/<>?[]=\"'*", "?"),
onNameError("! \t\r\n@/<>?[]=\"'*", "["),
onNameError("! \t\r\n@/<>?[]=\"'*", "]"),
onNameError("! \t\r\n@/<>?[]=\"'*", "="),
onNameError("! \t\r\n@/<>?[]=\"'*", "\""),
onNameError("! \t\r\n@/<>?[]=\"'*", "'"),
onNameError("! \t\r\n@/<>?[]=\"'*", "*"),
}
},
{
"! \tv\ra\nl@i/d<>?[]=\"'*",
new[]
{
onNameError("! \tv\ra\nl@i/d<>?[]=\"'*", "!"),
onNameError("! \tv\ra\nl@i/d<>?[]=\"'*", " "),
onNameError("! \tv\ra\nl@i/d<>?[]=\"'*", "\t"),
onNameError("! \tv\ra\nl@i/d<>?[]=\"'*", "\r"),
onNameError("! \tv\ra\nl@i/d<>?[]=\"'*", "\n"),
onNameError("! \tv\ra\nl@i/d<>?[]=\"'*", "@"),
onNameError("! \tv\ra\nl@i/d<>?[]=\"'*", "/"),
onNameError("! \tv\ra\nl@i/d<>?[]=\"'*", "<"),
onNameError("! \tv\ra\nl@i/d<>?[]=\"'*", ">"),
onNameError("! \tv\ra\nl@i/d<>?[]=\"'*", "?"),
onNameError("! \tv\ra\nl@i/d<>?[]=\"'*", "["),
onNameError("! \tv\ra\nl@i/d<>?[]=\"'*", "]"),
onNameError("! \tv\ra\nl@i/d<>?[]=\"'*", "="),
onNameError("! \tv\ra\nl@i/d<>?[]=\"'*", "\""),
onNameError("! \tv\ra\nl@i/d<>?[]=\"'*", "'"),
onNameError("! \tv\ra\nl@i/d<>?[]=\"'*", "*"),
}
},
};
if (onDataError != null)
{
data.Add("data-", new[] { onDataError("data-") });
data.Add("data-something", new[] { onDataError("data-something") });
data.Add("Data-Something", new[] { onDataError("Data-Something") });
data.Add("DATA-SOMETHING", new[] { onDataError("DATA-SOMETHING") });
}
return data;
}
public static TheoryData<KeyValuePair<string, string[]>> CreditCards(CardIssuer cardIssuer)
{
var theoryData = new TheoryData<KeyValuePair<string, string[]>>();
foreach (var creditCard in CreditCards()
.SelectMany(item => item.Cast<KeyValuePair<string, string[]>>())
.Where(x => x.Key.Equals(cardIssuer.ToString(), StringComparison.OrdinalIgnoreCase)))
{
theoryData.Add(creditCard);
}
return theoryData;
}