No.
1. Member-of operator (.) 2. Pointer-to-member-of operator (.*) 3. Ternary condition operator (?:) 4. Scope resolution operator (::) 5. sizeof operator 6. typeid operator
The only "special" operators in C++ are those that cannot be overloaded. That is; the dot member operator (.), pointer to member operator (.*), ternary conditional operator (:?), scope resolution operator (::), sizeof() and typeof().
conditional operator , size of operator , membership operator and scope resulation operator can not be overload in c++
comma (,) is an example
The if statementex.if (index < 5)printf("Index is less than 5\n");elseprintf("index is greater or equal to 5\n");(You can also replace the "if" with a "?" and the "else" with a "?" -- no, that would be syntax error)
A hidden global variable must be one that has its scope blocked by a local variable of the same name. To access the hidden variable, use the scope resolution operator ::, such as is ::variable_name. If there is another reason for the hidden status, please clarify and restate the question.
Scope resolution allows the programmer to disambiguate between names that are common to two or more namespaces. For instance, if you imported two namespaces that both exposed different string classes, the compiler would not know which string class to use unless you use scope resolution to differentiate them. Scope resolution can also be used to differentiate between the different function overrides within a class hierarchy. By default, the most-derived function override is always executed implicitly, but that override may choose to invoke one or more of its base class overrides using scope resolution. struct a { virtual void foo() {/*...*/} }; struct b : a { virtual void foo() override; }; void b::foo() { a::foo(); // explicitly invoke base class method using scope resolution. // ...specialisation code goes here... }
calloc operator,malloc operator
If I understand your question, the number sign for a value or number can represent either a positive quantity or a negative quantity when attached to a native data type.For other data types it can represent the opposite of, or can be an overloaded operator (either unary or binary) that can take on any representation you with the operator to have (which can include non-intuitive reasoning's).
There is no unary plus in C, but if there were, it would have only one operand, unlike the binary plus which has two: x = a + b; /* binary plus */ x = + b; /* unary plus -- not in C*/ x = a - b; /* unary plus */ x = - b; /* unary minus */
For =A1+B1, the operator is the plus sign (+).
// Note: ^ is the XOR operator a = a ^ b b = b ^ a a = a ^ b