Java and Java Operator Precedence Operator binding:
A, Java operator precedence determines the order of execution of the operation expression, and expression is connected with the operator's compliance with the rules of Java expression;
The expression: x + 2 * y + 10 + 5 * (z + 20);
Two, Java operator binding determines the level of the same order parallel operators;
Arithmetic operators such as addition and subtraction operators: 2 + 8-5; The binding subtraction operator is left to right, using the calculated first 2 + 8 at minus 5 calculated;
The following table summarizes the priority of the Java conventional binding operator:
| priority | description | Operators | Associativity |
| 1 | Separator | [ ] ( ) . , ; | |
| 2 | Classified objects, increment decrement operators, Logical NOT | instanceof ++ -- ! | From right to left |
| 3 | Multiplication and division arithmetic operators | * / | From left to right |
| 4 | Subtraction arithmetic operators | + - | From left to right |
| 5 | Shift operator | >> << >>> | From left to right |
| 6 | Size relational operators | > >= < <= | From left to right |
| 7 | Equal relational operators | == != | From left to right |
| 8 | Bitwise AND | & | From left to right |
| 9 | Bitwise XOR | ^ | From left to right |
| 10 | Bitwise or | | | From left to right |
| 11 | Logical AND operator | && | From left to right |
| 12 | Logical OR operator | || | From left to right |
| 13 | Ternary operator | ? : | From left to right |
| 14 | Assignment Operators | = | From right to left |
Wherein requires detailed knowledge of the monocular, binary operator;Arithmetic operators;Relational operator;Logical operators; use,
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