C++ operator precedence

C++ Operator Precedence

Although C++ enables us to add multiple meaning to the operators, yet their association and precedence remain the same take example , the multiplication operator will continue having higher precedence than the add operator.

in the below table gives the precedence and associativity of all the c++ operators. the groups are listed in the decreasing precedence order. The labels prefix and postfix distinguish the uses of ++ and — also the symbols +,-,*, & are used as both unary and binary operators

Operator precedence and associativity

operator precedence in c++ picture

When parsing an expression, an operator which is listed on some row will be bound tighter (as if by parentheses) to its arguments than any operator that is listed on a row further below it. Operators that are in the same cell (there may be several rows of operators listed in a cell) have the same precedence and are grouped in the given direction. For example, the expression a=b=c is parsed as a=(b=c), and not as (a=b)=c because of right-to-left associativity.

  • C++ Dynamic Initialization of Objects
  • C++ Copy Constructor
  • C++ Dynamic Constructor
  • C++ Destructors
  • C++ Exercise
  • C++ Operator Overloading
  • C++ Overloading Unary Operators
  • Const pointer in C
  • Void pointer in c
  • C++ Overloading Binary Operators
  • C++ Overloading Binary Operators Using Friends
  • C++ Manipulation String Using Operators
  • C++ Rules for overloading operators
  • C++ Exercise
  • C++ Basic To class Type
  • C++ Class TO Basic Type
  • C++ One class To another class type
  • C++ Exercise
  • C++ Inheritance introduction
  • C++ Single Inheritance
  • C++ Multiple Inheritance
  • C++ Ambiguity Resolution in inheritance
  • C++ Hierarchical Inheritance
  • C++ Hybrid Inheritance
  • C++ Virtual Base Classes
  • C++ Exercise
  • C++ abstract class
  • C++ nesting of classes
  • C++ Exercise
  • C++ polymorphism
  • C++ Exercise
  • C++ pointers
  • C++ Pointers TO object
  • C++ this pointer
  • C++ Pointer to Derived class
  • C++ Virtual functions
  • C++ Exercise
  • C++ streams
  • C++ unformatted I/O operations
  • C++ Put() and get()
  • C++ getline() and write()
  • C++ Formatted console I/O
  • C++ Manipulators
  • C++ Exercise
  • C++ file handling
  • C++ file stream classes
  • C++ Open and closing file
  • C++ open using constructor
  • C++ open using open()
  • C++ Detecting End of file
  • C++ File modes
  • C++ File pointers and Manipulators
  • C++ Sequential I/O
  • C++ Reading and Writing
  • C++ Updating a File
  • C++ Error handling In File
  • C++ Command Line Arguments
  • C++ Exercise
  • C++ Template introduction
  • C++ Class Templates with multiple Parameters
  • C++ Function templates
  • C++ Function templates with multiple parameters
  • C++ member function Template
  • C++ Exercise
  • C++ Exception handling
  • C++ Basics of Exception Handling
  • C++ Exception Handling Mechanism
  • C++ Throwing Mechanism
  • C++ Catch Mechanism
  • C++ Catch all Exceptions
  • C++ Re-Throwing An Exception
  • C++ Specifying Exceptions
  • C++ Exercise