public void Test_Creation_Of_List_Handles_Differences_Correctly()
{
var mockIo = Substitute.For <IIO>();
mockIo.DirectoryExist(Arg.Any <string>()).Returns(true); // Irrelevant at this point
mockIo.GetFiles("a", "*", true).Returns(new List <string>
{
@"a\a_only.txt",
@"a\sub\common.txt",
});
mockIo.GetFiles("b", "*", true).Returns(new List <string>
{
@"b\b_only.txt",
@"b\sub\common.txt",
});
var list = new FileGatherer(mockIo, "a", "b").CreateFilelist().ToList();
Assert.That(list, Has.Count.EqualTo(3), "Expect three entries found");
Assert.That(list.FirstOrDefault(l => l.CommonName.Contains("a_only")), Has.Property(nameof(CompareEntry.PathB)).Null, "a_only must exist only on the item 1 side");
Assert.That(list.FirstOrDefault(l => l.CommonName.Contains("b_only")), Has.Property(nameof(CompareEntry.PathA)).Null, "b_only must exist only on the item 2 side");
Assert.That(list.FirstOrDefault(l => l.PathA != null && l.PathB != null), Has.Property(nameof(CompareEntry.CommonName)).Contains("common"), "b_only must exist only on the item 2 side");
}
public void ShouldHaveDenominationProperty()
{
Assert.That(_sut, Has.Property("Denomination"));
}
public void ShouldHaveCurrencyProperty()
{
Assert.That(_sut, Has.Property("Currency"));
}
public PropertyTest_ConstraintFollows()
{
ParseTree = "<property X <greaterthan 5>>";
StaticSyntax = Has.Property("X").GreaterThan(5);
BuilderSyntax = Builder().Property("X").GreaterThan(5);
}
public void ExistenceTest()
{
Assert.That(ints, Has.Property("Length"));
Assert.That(ints, Has.Length);
}
public void ShouldHaveField_Trending()
{
var @group = new Group();
Assert.That(@group, Has.Property("Trending"));
}
public PropertyExistsTest()
{
ParseTree = "<propertyexists X>";
StaticSyntax = Has.Property("X");
BuilderSyntax = Builder().Property("X");
}
public static void PropertyValue_ShadowingPropertyOfDifferentType(string propertyName, bool shouldUseShadowingProperty)
{
var instance = new DerivedClassWithoutProperty();
Assert.That(instance, Has.Property(propertyName).EqualTo(shouldUseShadowingProperty ? 2 : 1));
}
public static void NUnitExplicitBoolPropertyIsNotProvidedForThirdPartyRunnersInNonExplicitTestCases(string testName)
{
var testCase = GetSampleTestCase(testName);
Assert.That(testCase, Has.Property("Properties").With.None.With.Property("Id").EqualTo("NUnit.Explicit"));
}
public void Ctor()
{
Assert.That(new CredentialNotFoundException("foo"),
Has.Property("Message").EqualTo("Credentials not found for server 'foo'"));
}
public static void PropertyExists_ShadowingPropertyOfDifferentType(string propertyName)
{
var instance = new DerivedClassWithoutProperty();
Assert.That(instance, Has.Property(propertyName));
}
public void ShouldHaveField_GroupsCanPost()
{
var comments = new Comments();
Assert.That(comments, Has.Property("GroupsCanPost"));
}
public void RuntimeFrameworkIsSetForSubpackages()
{
//Runtime Service verifies that requested frameworks are available, therefore this test can only currently be run on platforms with both CLR v2 and v4 available
Assume.That(new RuntimeFramework(RuntimeType.Net, new Version("2.0.50727")), Has.Property(nameof(RuntimeFramework.IsAvailable)).True);
Assume.That(new RuntimeFramework(RuntimeType.Net, new Version("4.0.30319")), Has.Property(nameof(RuntimeFramework.IsAvailable)).True);
var topLevelPackage = new TestPackage(new [] { "a.dll", "b.dll" });
var net20Package = topLevelPackage.SubPackages[0];
net20Package.Settings.Add(InternalEnginePackageSettings.ImageRuntimeVersion, new Version("2.0.50727"));
var net40Package = topLevelPackage.SubPackages[1];
net40Package.Settings.Add(InternalEnginePackageSettings.ImageRuntimeVersion, new Version("4.0.30319"));
_runtimeService.SelectRuntimeFramework(topLevelPackage);
Assert.Multiple(() =>
{
Assert.That(net20Package.Settings[EnginePackageSettings.RuntimeFramework], Is.EqualTo("net-2.0"));
Assert.That(net40Package.Settings[EnginePackageSettings.RuntimeFramework], Is.EqualTo("net-4.0"));
Assert.That(topLevelPackage.Settings[EnginePackageSettings.RuntimeFramework], Is.EqualTo("net-4.0"));
});
}
public void PropertyTests()
{
string[] array = { "abc", "bca", "xyz", "qrs" };
string[] array2 = { "a", "ab", "abc" };
ArrayList list = new ArrayList(array);
// Not available using the classic syntax
// Constraint Syntax
Assert.That(list, Has.Property("Count"));
Assert.That(list, Has.No.Property("Length"));
Assert.That("Hello", Has.Length.EqualTo(5));
Assert.That("Hello", Has.Length.LessThan(10));
Assert.That("Hello", Has.Property("Length").EqualTo(5));
Assert.That("Hello", Has.Property("Length").GreaterThan(3));
Assert.That(array, Has.Property("Length").EqualTo(4));
Assert.That(array, Has.Length.EqualTo(4));
Assert.That(array, Has.Property("Length").LessThan(10));
Assert.That(array, Has.All.Property("Length").EqualTo(3));
Assert.That(array, Has.All.Length.EqualTo(3));
Assert.That(array, Is.All.Length.EqualTo(3));
Assert.That(array, Has.All.Property("Length").EqualTo(3));
Assert.That(array, Is.All.Property("Length").EqualTo(3));
Assert.That(array2, Has.Some.Property("Length").EqualTo(2));
Assert.That(array2, Has.Some.Length.EqualTo(2));
Assert.That(array2, Has.Some.Property("Length").GreaterThan(2));
Assert.That(array2, Is.Not.Property("Length").EqualTo(4));
Assert.That(array2, Is.Not.Length.EqualTo(4));
Assert.That(array2, Has.No.Property("Length").GreaterThan(3));
Assert.That(List.Map(array2).Property("Length"), Is.EqualTo(new int[] { 1, 2, 3 }));
Assert.That(List.Map(array2).Property("Length"), Is.EquivalentTo(new int[] { 3, 2, 1 }));
Assert.That(List.Map(array2).Property("Length"), Is.SubsetOf(new int[] { 1, 2, 3, 4, 5 }));
Assert.That(List.Map(array2).Property("Length"), Is.Unique);
Assert.That(list, Has.Count.EqualTo(4));
// Inherited syntax
Expect(list, Property("Count"));
Expect(list, Not.Property("Nada"));
Expect("Hello", Length.EqualTo(5));
Expect("Hello", Property("Length").EqualTo(5));
Expect("Hello", Property("Length").GreaterThan(0));
Expect(array, Property("Length").EqualTo(4));
Expect(array, Length.EqualTo(4));
Expect(array, Property("Length").LessThan(10));
Expect(array, All.Length.EqualTo(3));
Expect(array, All.Property("Length").EqualTo(3));
Expect(array2, Some.Property("Length").EqualTo(2));
Expect(array2, Some.Length.EqualTo(2));
Expect(array2, Some.Property("Length").GreaterThan(2));
Expect(array2, None.Property("Length").EqualTo(4));
Expect(array2, None.Length.EqualTo(4));
Expect(array2, None.Property("Length").GreaterThan(3));
Expect(Map(array2).Property("Length"), EqualTo(new int[] { 1, 2, 3 }));
Expect(Map(array2).Property("Length"), EquivalentTo(new int[] { 3, 2, 1 }));
Expect(Map(array2).Property("Length"), SubsetOf(new int[] { 1, 2, 3, 4, 5 }));
Expect(Map(array2).Property("Length"), Unique);
Expect(list, Count.EqualTo(4));
}
/// <summary>
/// Returns a new PropertyConstraintExpression, which will either
/// test for the existence of the named property on the object
/// being tested or apply any following constraint to that property.
/// </summary>
public ResolvableConstraintExpression Property(string name)
{
return(Has.Property(name));
}
public void SetUp()
{
ParseTree = "<propertyexists X>";
StaticSyntax = Has.Property("X");
BuilderSyntax = Builder().Property("X");
}
public void ApartmentStateUnknownIsNotRunnable()
{
var testSuite = TestBuilder.MakeFixture(typeof(ApartmentDataRequiresThreadAttribute));
Assert.That(testSuite, Has.Property(nameof(TestSuite.RunState)).EqualTo(RunState.NotRunnable));
}
public void SetUp()
{
ParseTree = "<and <propertyexists X> <equal 7>>";
StaticSyntax = Has.Property("X").And.EqualTo(7);
BuilderSyntax = Builder().Property("X").And.EqualTo(7);
}
public void DeserializeSupersetKey_QueryFile3_List()
{
int testNr = 3;
// Create an instance of the XmlSerializer specifying type and namespace.
TestSuiteXml ts = DeserializeSample();
Assert.That(ts.Tests[testNr].Constraints[0], Is.TypeOf <SupersetOfXml>());
Assert.That(((SupersetOfXml)ts.Tests[testNr].Constraints[0]).ColumnsDef, Has.Count.EqualTo(2));
Assert.That(((SupersetOfXml)ts.Tests[testNr].Constraints[0]).ColumnsDef[0], Has.Property("Index").EqualTo(3));
Assert.That(((SupersetOfXml)ts.Tests[testNr].Constraints[0]).ColumnsDef[0], Has.Property("Tolerance").EqualTo("10"));
Assert.That(((SupersetOfXml)ts.Tests[testNr].Constraints[0]).ColumnsDef[1], Has.Property("Index").EqualTo(4));
Assert.That(((SupersetOfXml)ts.Tests[testNr].Constraints[0]).ColumnsDef[1], Has.Property("Type").EqualTo(ColumnType.Boolean));
}
public void SetUp()
{
ParseTree = "<property X <not <greaterthan 5>>>";
StaticSyntax = Has.Property("X").Not.GreaterThan(5);
BuilderSyntax = Builder().Property("X").Not.GreaterThan(5);
}
public PropertyExistsTest_AndFollows()
{
ParseTree = "<and <propertyexists X> <equal 7>>";
StaticSyntax = Has.Property("X").And.EqualTo(7);
BuilderSyntax = Builder().Property("X").And.EqualTo(7);
}
public void DataFieldsContainCorrectProperties(string expected)
{
Assert.That(_missionDesignService.missionDesignDataList[0], Has.Property(expected));
}
public PropertyTest_NotFollows()
{
ParseTree = "<property X <not <greaterthan 5>>>";
StaticSyntax = Has.Property("X").Not.GreaterThan(5);
BuilderSyntax = Builder().Property("X").Not.GreaterThan(5);
}
public void ParsePath([Random(0, int.MaxValue, 20, Distinct = true)] int seed)
{
// Probably a bit more complex then desired, but it does make something...
var rand = new Random(seed);
var pathCount = rand.Next(2, 9);
var pathBuilder = new StringBuilder();
var expectedPath = new Tuple <ParserPathElementType, object> [pathCount];
for (int i = 0; i < pathCount; i++)
{
var type = PathElementTypes[rand.Next(0, PathElementTypes.Length)];
object value;
if (type.Item2 == ParserPathElementType.IndexField)
{
// Int
value = rand.Next();
}
else
{
// String
var bytes = new byte[16];
rand.NextBytes(bytes);
value = new Guid(bytes).ToString();
}
pathBuilder.AppendFormat("/{0}{1}", type.Item1, value);
expectedPath[i] = new Tuple <ParserPathElementType, object>(type.Item2, value);
}
var appendType = rand.Next(0, 100) < 50;
var typeInfo = PathFieldTypes[rand.Next(0, PathFieldTypes.Length)];
if (appendType)
{
pathBuilder.AppendFormat("&{0}", typeInfo.Item1);
}
else
{
typeInfo = PathFieldTypes[0]; // Get the string type, since it's default
}
// For debugging
Console.WriteLine(pathBuilder);
// Actual tests
var path = ParserUtil.ParsePath(pathBuilder.ToString());
Assert.That(path, Is.Not.Null.And.Length.EqualTo(pathCount));
for (int i = 0; i < pathCount; i++)
{
var typeExpression = Has.Property("Type").EqualTo(expectedPath[i].Item1);
var valueExpression = typeExpression.And.Property(expectedPath[i].Item1 == ParserPathElementType.IndexField ? "IndexValue" : "StringValue").EqualTo(expectedPath[i].Item2);
NUnit.Framework.Constraints.IResolveConstraint finalExpression;
if (i == (pathCount - 1))
{
finalExpression = valueExpression.And.Property("FieldType").EqualTo(typeInfo.Item2);
}
else
{
finalExpression = valueExpression.And.Property("FieldType").EqualTo(ParserPathElementFieldType.NotAValue);
}
Assert.That(path[i], finalExpression);
}
}
public void SeparateConstraintTest()
{
Assert.That(ints, Has.Property("Length").EqualTo(3));
Assert.That(ints, Has.Length.EqualTo(3));
}
public void ShouldHaveExtraPower()
{
object enemy = sut_EF.Create(true);
Assert.That(enemy, Has.Property("ExtraPower"));
}
public void ShouldHaveQuantityProperty()
{
Assert.That(_sut, Has.Property("Quantity"));
}
public void SizeDoesNotMatchInfo_CheckInput()
{
_testContext.Differs.Add(new Differ()
{
Id = 1, LeftInput = "AAAAAA==", RightInput = "AAA="
});
_testContext.SaveChanges();
var result = _sut.CheckInput("1");
Assert.That(result, Has.Property("ResultType").EqualTo("SizeDoesNotMatch") & Has.Property("Diffs").EqualTo(null));
}
public void ShouldHaveTotalProperty()
{
Assert.That(_sut, Has.Property("Total"));
}
public void SetUp()
{
ParseTree = "<after 1000 <property X <equal 10>>>";
StaticSyntax = Has.Property("X").EqualTo(10).After(1000);
BuilderSyntax = Builder().Property("X").EqualTo(10).After(1000);
}
