public void FunctionWithOperatorNameIsNotAnOperator()
{
string code = "bool isoperator(int ch) { return false; }";
TestContext context = CCCParserTests.SetupContext(code, true);
Assert.AreEqual("isoperator", context.NextFunction());
}
public void MethodPreceededByTabIsRecognized()
{
string code = "int\tFoo() { ";
TestContext context = CCCParserTests.SetupContext(code, true);
Assert.AreEqual("Foo", context.NextFunction());
}
public void TestOnlyReturnNameWhenAskedToSkipSignature()
{
string code = "void CMyClass::Function(int j, double d, const X& x){}";
TestContext context = CCCParserTests.SetupContext(code, true);
Assert.AreEqual("CMyClass::Function", context.NextFunction());
}
public void TestVoidOperator()
{
string code = "operator()(void const*) const {}";
TestContext context = CCCParserTests.SetupContext(code, false);
Assert.AreEqual("operator()", context.NextFunction());
}
public void FunctionNameWithGenericsIsRecognizedAsFunction()
{
string code = "CreateVariable<T>(string name) {}";
TestContext context = CCCParserTests.SetupContext(code);
Assert.IsTrue(context.NextIsFunction());
}
public void FunctionWithGeneric()
{
string code = "CreateVariable<T>(string name) {}";
TestContext context = CCCParserTests.SetupContext(code);
Assert.AreEqual("CreateVariable<T>(string name)", context.NextFunction());
}
public void FullNamespaceQualifiedCppFunctionIsFound()
{
string code = "void xxx::yyy::zzz::MyFoo::Bar(void) { }";
TestContext context = CCCParserTests.SetupContext(code);
Assert.AreEqual("xxx::yyy::zzz::MyFoo::Bar(void)", context.NextFunction());
}
public void TemplateStatementIsConsumed()
{
string code = "template <typename X, class Y>NEXT";
TestContext context = CCCParserTests.SetupContext(code);
context.ccc.ConsumeTemplate();
Assert.AreEqual("NEXT", context.parser.PeekNextKeyword());
}
public void TestFunctionNotRecognizedAsClass()
{
string code = "void ClassFunc();";
TestContext context = CCCParserTests.SetupContext(code);
Assert.AreEqual(false, context.NextIsClass());
}
public void TestNextIsClass()
{
string code = "class CMyClass {"; //forward declaration
TestContext context = CCCParserTests.SetupContext(code);
Assert.AreEqual(true, context.NextIsClass());
}
public void PureVirtual()
{
string code = "virtual int XYZ() = 0;";
TestContext context = CCCParserTests.SetupContext(code);
context.NextFunction();
}
public void CppStyleForwardDeclared()
{
string code = "int X::Deliver() const;";
TestContext context = CCCParserTests.SetupContext(code);
context.NextFunction();
}
public void CStyleForwardDeclared()
{
string code = "int Deliver(int y, int x);";
TestContext context = CCCParserTests.SetupContext(code);
context.NextFunction();
}
public void CppStyleStaticCPP()
{
string code = "int C::StaticFunction() { }";
TestContext context = CCCParserTests.SetupContext(code);
Assert.AreEqual("C::StaticFunction()", context.NextFunction());
Assert.AreEqual("{", context.parser.PeekNextKeyword());
}
public void CppyUnaryOperator()
{
string code = "bool X::operator != (const X& r) {} ";
TestContext context = CCCParserTests.SetupContext(code);
Assert.AreEqual("X::operator !=(const X& r)", context.NextFunction());
Assert.AreEqual("{", context.parser.PeekNextKeyword());
}
public void TestCppStyleLessThanOperatorIsFoundAsFunction()
{
string code = "CSHA1::operator<< (const char *message_array){}";
TestContext context = CCCParserTests.SetupContext(code, true);
Assert.IsTrue(context.NextIsFunction());
Assert.AreEqual("CSHA1::operator<<", context.NextFunction());
}
public void TestCppStylePointerOperator()
{
string code = "CItemValue::operator->(){}";
TestContext context = CCCParserTests.SetupContext(code, true);
Assert.IsTrue(context.NextIsFunction());
Assert.AreEqual("CItemValue::operator ->", context.NextFunction());
}
public void ArgsWithParenthesis()
{
string code = "GetMimeData(__inout CStringA &str, __in_ecount(dwFieldLen) LPCSTR szField, __in DWORD dwFieldLen, __out LPBOOL pbFound, __in BOOL bIgnoreCase = FALSE) throw() {}";
TestContext context = CCCParserTests.SetupContext(code);
Assert.IsTrue(context.NextIsFunction());
Assert.AreEqual("GetMimeData", context.NextFunction());
}
public void TestCSharpAttributesWithNamedParam()
{
string code = "[SuppressMessage(\"Rule\", Justification = \"Yeah\"]\r\n" +
"protected static Func(A b,B b,C c) {}";
TestContext context = CCCParserTests.SetupContext(code);
Assert.AreEqual("Func(A b,B b,C c)", context.NextFunction());
}
public void TestTemplateFunctionMultiParams()
{
string code = "template <typename X, typename Z>\r\n" +
"static int FuncB(X x) { return 1; } \r\n";
TestContext context = CCCParserTests.SetupContext(code);
Assert.AreEqual("FuncB(X x)", context.NextFunction());
}
public void CEqualityOperator()
{
string code = "bool operator == (GUID& r1, GUID& r2) {}";
TestContext context = CCCParserTests.SetupContext(code);
Assert.AreEqual("operator ==(GUID& r1,GUID& r2)", context.NextFunction()); // global context
Assert.AreEqual("{", context.parser.PeekNextKeyword());
}
public void SpecializedTemplate()
{
string code = "template <>EXTRA";
TestContext context = CCCParserTests.SetupContext(code);
context.ccc.ConsumeTemplate();
Assert.AreEqual("EXTRA", context.parser.PeekNextKeyword());
}
public void CppMultiFunctions()
{
string code = "void C::Foo() const {} " +
"void B::Bar() const {} ";
TestContext context = CCCParserTests.SetupContext(code);
Assert.AreEqual("C::Foo()", context.NextFunction());
Assert.AreEqual("B::Bar()", context.NextFunction());
}
public void CppUsingStatements()
{
string code = "using xxx::YYY::cf::x; " +
"void CMyClass::Foo() {} ";
TestContext context = CCCParserTests.SetupContext(code);
Assert.AreEqual("CMyClass::Foo()", context.NextFunction());
Assert.AreEqual("{", context.parser.PeekNextKeyword());
}
public void CSharpEqualityOperator()
{
string code = "public class CO { " +
" public static bool operator ==(CO c1, CO c2) {} }";
TestContext context = CCCParserTests.SetupContext(code);
Assert.AreEqual("CO::operator ==(CO c1,CO c2)", context.NextFunction()); // global context
Assert.AreEqual("{", context.parser.PeekNextKeyword());
}
public void CppConstStyleFunction()
{
string code = "int Y::Foo() const {}";
TestContext context = CCCParserTests.SetupContext(code);
string function = context.NextFunction();
Assert.AreEqual("{", context.parser.PeekNextKeyword());
Assert.AreEqual("Y::Foo()", function);
}
public void TestCShardFieldsDoesNotThrowParserOff()
{
string code = "public class X { " +
" public int Age { get; private set; } " +
" public Foo() {}";
TestContext context = CCCParserTests.SetupContext(code, false);
Assert.AreEqual("X::Foo()", context.NextFunction());
}
public void TestClassWithGeneric()
{
string code = "" +
"class SingletonProvider<T> where T : new()\r\n" +
"{ void Foo() {} }";
TestContext context = CCCParserTests.SetupContext(code);
Assert.IsTrue(context.NextIsClass());
Assert.AreEqual("SingletonProvider<T>::Foo()", context.NextFunction());
}
public void TestTemplatedClassWithInheritance()
{
string code = "template <typename X, typename B>\r\n" +
"class Bar<X, B> : public Base { \r\n " +
" void Foo(void) { } \r\n "
+ "}";
TestContext context = CCCParserTests.SetupContext(code);
Assert.AreEqual("Bar<X,B>::Foo(void)", context.NextFunction());
}
public void TemplatebasedReturn()
{
string code = "private List<string> GetList(int j) {}";
TestContext context = CCCParserTests.SetupContext(code);
string function = context.NextFunction();
Assert.AreEqual("{", context.parser.PeekNextKeyword());
Assert.AreEqual("GetList(int j)", function);
}
