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|
//!CCastExpression
//%C
int i = (int)'A';
//!CPPCastExpression
//%CPP
TestClass* i = dynamic_cast<TestClass*>(tc);
TestClass* i = static_cast<TestClass*>(tc);
TestClass* i = reinterpret_cast<TestClass*>(tc);
TestClass* i = const_cast<TestClass*>(tc);
//!ArraySubscrition
//%C GNU
int i = arr[0];
int i = arr[y];
//!CPPBinaryExpression
//%CPP
int i = 1 * x;
int i = 1 / x;
int i = 1 % x;
int i = 1 + x;
int i = 1 - x;
int i = 1 << x;
int i = 1 >> x;
bool b = 1 < x;
bool b = 1 > x;
bool b = 1 <= x;
bool b = 1 >= x;
int i = 1 & x;
int i = 1 ^ x;
int i = 1 | x;
bool b = 1 && x;
bool b = 1 || x;
int i = x;
void foo()
{
i *= x;
}
void foo()
{
i /= x;
}
void foo()
{
1 %= x;
}
void foo()
{
1 += x;
}
void foo()
{
1 -= x;
}
void foo()
{
1 <<= x;
}
void foo()
{
1 >>= x;
}
void foo()
{
1 &= x;
}
void foo()
{
1 |= x;
}
bool b = 1 == x;
bool b = 1 != x;
int i = a.x;
int i = a->x;
//!BinaryExpression with MacroExpansions
//%CPP
#define ZWO 2
int i = ZWO + 2;
int i = 2 + ZWO;
//= Preprocessor-Direkrive wird nur bei VP-Translationunits geschrieben
int i = ZWO + 2;
int i = 2 + ZWO;
//!GPPBinaryExpression
//%CPP GNU
int i = 1 <? x;
int i = 1 >? x;
//!ConditionalExpression
//%CPP
int a = 1 < 2 ? 2 : 3;
//!ExpressionList
//%CPP
int a = 1, b = 2, c = 3;
//!FieldReference
//%CPP
int i = tc->a;
int y = tc.getI();
//!CPPFieldReference
//%CPP
int i = tc->template get_new<int>();
int y = tc.template get_new<int>();
//!FunctionCall
//%CPP
int a = tc.getI();
//!IdExpression
//%CPP
int i = a;
//!LiteralExpression
//%CPP
int i = 1;
int i = 'a';
string s = "abc";
//!CPPLiteralExpression
//%CPP
TestClass* tc = this;
bool b = true;
bool b = false;
//!UnaryExpression
//%CPP
int i = ++a;
int i = --a;
int i = +a;
int i = -a;
int* b = &a;
int i = *b;
int i = ~b;
bool b = !false;
int i = sizeof a;
int i = a--;
int i = a++;
int i = (b);
//!CPPUnaryExpression
//%CPP
void f()
{
throw "Fehler";
}
type_info c = typeid (a);
//!CPPUnaryExpression without operand Bug 318552
//%CPP
void rethrow()
{
try {
int i = 1;
throw i;
}
catch (int j){
throw ;
}
}
//!TypeIdExpression
//%CPP
int d = sizeof (int);
//!CPPTypeIdExpression
//%CPP
type_info c = typeid (int);
//!CPPDeleteExpression
//%CPP
void f()
{
delete tc;
}
//!CPPNewExpression
//%CPP
TestClass* tc = new TestClass();
//!CPPSimpleTypeConstructorExpression
//%CPP
int i = int(1);
//!CPP LiteralExpression with string literal
//%CPP
int main()
{
using namespace std::string_literals;
auto str = "foobar"s;
}
//!CPP LiteralExpression with user defined literal
//%CPP
constexpr long double operator ""_deg(long double deg)
{
return deg * 3.141592 / 180;
}
int main()
{
double x = 90.0_deg;
}
//!Star this lambda capture
//%CPP
struct S
{
void foo()
{
[*this] {
}
;
}
};
//!This lambda capture
//%CPP
struct S
{
void foo()
{
[this] {
}
;
}
};
//!Operator sizeofParameterPack
//%CPP
template<typename... T>
void f(T... a)
{
if (sizeof...(a)){
}
}
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