public void IsMatching_ExactMatch_NoMatch()
{
var scope = NamespaceScope.Parse("mynamespace.other");
scope.IsMatching("mynamespace.othe").Should().BeFalse();
scope.IsMatching("mynamespace.other2").Should().BeFalse();
scope.IsMatching("mynamespace.other.deep").Should().BeFalse();
}
public void Compare_All_Tests()
{
var ns1 = NamespaceScope.Parse("mynamespace");
var ns2 = NamespaceScope.Parse("mynamespace.other");
ns1.CompareTo(NamespaceScope.All).Should().Be(-1);
ns2.CompareTo(NamespaceScope.All).Should().Be(-1);
NamespaceScope.All.CompareTo(ns1).Should().Be(1);
NamespaceScope.All.CompareTo(ns2).Should().Be(1);
}
public void ParseConfig_FailureTests()
{
Action runParse = () => NamespaceScope.Parse("my*name");
runParse.ShouldThrow <Exception>();
runParse = () => NamespaceScope.Parse("");
runParse.ShouldThrow <Exception>().And.Message.Should().Contain("empty");
runParse = () => NamespaceScope.Parse("my.other.");
runParse.ShouldThrow <Exception>();
runParse = () => NamespaceScope.Parse("my.other*");
runParse.ShouldThrow <Exception>();
}
public void Parse_GeneralParsingTests()
{
var result = NamespaceScope.Parse("mynamespace");
result.ToString().Should().Be("mynamespace");
result = NamespaceScope.Parse("mynamespace.other");
result.ToString().Should().Be("mynamespace.other");
result = NamespaceScope.Parse("mynamespace.other.*");
result.ToString().Should().Be("mynamespace.other.*");
result = NamespaceScope.Parse("mynamespace.other+*");
result.ToString().Should().Be("mynamespace.other+*");
}
public void Compare_MatchType_Tests()
{
var ns1 = NamespaceScope.Parse("mynamespace");
var ns2 = NamespaceScope.Parse("mynamespace.*");
var ns3 = NamespaceScope.Parse("mynamespace+*");
ns1.CompareTo(ns2).Should().Be(-1);
ns2.CompareTo(ns1).Should().Be(1);
ns1.CompareTo(ns3).Should().Be(-1);
ns3.CompareTo(ns1).Should().Be(1);
ns2.CompareTo(ns3).Should().Be(-1);
ns3.CompareTo(ns2).Should().Be(1);
}
public void Compare_Length_Tests()
{
var ns1 = NamespaceScope.Parse("mynamespace");
var ns2 = NamespaceScope.Parse("mynamespace.other");
var ns3 = NamespaceScope.Parse("mynamespace.other.deep");
ns1.CompareTo(ns2).Should().Be(1);
ns2.CompareTo(ns1).Should().Be(-1);
ns1.CompareTo(ns3).Should().Be(1);
ns3.CompareTo(ns1).Should().Be(-1);
ns2.CompareTo(ns3).Should().Be(1);
ns3.CompareTo(ns2).Should().Be(-1);
}
public void Sorting_NamespaceDefinitionTypeOrder()
{
var def1 = new AssemblyLevelTraceOnDefinition(NamespaceScope.Parse("rootnamespace"), TraceTargetVisibility.All, TraceTargetVisibility.All);
var def2 = new AssemblyLevelTraceOnDefinition(NamespaceScope.Parse("rootnamespace.*"), TraceTargetVisibility.All, TraceTargetVisibility.All);
var def3 = new AssemblyLevelTraceOnDefinition(NamespaceScope.Parse("rootnamespace+*"), TraceTargetVisibility.All, TraceTargetVisibility.All);
var list = new List <AssemblyLevelTraceDefinition>()
{
def1, def2, def3
};
list.Sort(new AssemblyLevelTraceDefinitionComparer());
list[0].Should().BeSameAs(def1);
list[1].Should().BeSameAs(def2);
list[2].Should().BeSameAs(def3);
}
public void Sorting_TraceOnNoTraceOrder()
{
AssemblyLevelTraceOnDefinition def1 = new AssemblyLevelTraceOnDefinition(NamespaceScope.Parse("rootnamespace"), TraceTargetVisibility.All, TraceTargetVisibility.All);
AssemblyLevelTraceOnDefinition def2 = new AssemblyLevelTraceOnDefinition(NamespaceScope.Parse("rootnamespace.other"), TraceTargetVisibility.All, TraceTargetVisibility.All);
AssemblyLevelNoTraceDefinition def3 = new AssemblyLevelNoTraceDefinition(NamespaceScope.Parse("rootnamespace"));
AssemblyLevelNoTraceDefinition def4 = new AssemblyLevelNoTraceDefinition(NamespaceScope.Parse("rootnamespace.other"));
List <AssemblyLevelTraceDefinition> list = new List <AssemblyLevelTraceDefinition>()
{
def1, def2, def3, def4
};
list.Sort(new AssemblyLevelTraceDefinitionComparer());
list[0].Should().BeSameAs(def4);
list[1].Should().BeSameAs(def2);
list[2].Should().BeSameAs(def3);
list[3].Should().BeSameAs(def1);
}
public void Sorting_MethodVisibility()
{
var def1 = new AssemblyLevelTraceOnDefinition(NamespaceScope.Parse("rootnamespace.other"), TraceTargetVisibility.All, TraceTargetVisibility.All);
var def2 = new AssemblyLevelTraceOnDefinition(NamespaceScope.Parse("rootnamespace.other"), TraceTargetVisibility.All, TraceTargetVisibility.InternalOrMoreVisible);
var def3 = new AssemblyLevelTraceOnDefinition(NamespaceScope.Parse("rootnamespace.other"), TraceTargetVisibility.All, TraceTargetVisibility.Public);
var def4 = new AssemblyLevelTraceOnDefinition(NamespaceScope.Parse("rootnamespace.other"), TraceTargetVisibility.All, TraceTargetVisibility.ProtectedOrMoreVisible);
var def5 = new AssemblyLevelTraceOnDefinition(NamespaceScope.Parse("rootnamespace.other"), TraceTargetVisibility.All, TraceTargetVisibility.None);
var list = new List <AssemblyLevelTraceDefinition>()
{
def1, def2, def3, def4, def5
};
list.Sort(new AssemblyLevelTraceDefinitionComparer());
list[0].Should().BeSameAs(def5);
list[1].Should().BeSameAs(def3);
list[2].Should().BeSameAs(def2);
list[3].Should().BeSameAs(def4);
list[4].Should().BeSameAs(def1);
}
public void IsMatching_OnlyChildren_DeepChild_Match()
{
var scope = NamespaceScope.Parse("mynamespace.other.*");
scope.IsMatching("mynamespace.other.child.deep").Should().BeTrue();
}
public void IsMatching_OnlyChildren_Overstring_NoMatch()
{
var scope = NamespaceScope.Parse("mynamespace.other.*");
scope.IsMatching("mynamespace.othe").Should().BeFalse();
}
public void IsMatching_ExactMatch_Match()
{
var scope = NamespaceScope.Parse("mynamespace.other");
scope.IsMatching("mynamespace.other").Should().BeTrue();
}
public void IsMatching_SelfAndChildren_Child_Match()
{
var scope = NamespaceScope.Parse("mynamespace.other+*");
scope.IsMatching("mynamespace.other.child").Should().BeTrue();
}
public void IsMatching_SelfAndChildren_Substring_NoMatch()
{
var scope = NamespaceScope.Parse("mynamespace.other+*");
scope.IsMatching("mynamespace.other2").Should().BeFalse();
}
