Bitwise inclusive (normal) OR flags = flags | 42; yes left to right bitor Alternate spelling for 13 && Logical AND if (conditionA && conditionB) ... yes left to right and Alternate spelling for && 14 Logical OR
&Bitwise ANDflags = flags & 42;YES bitandAlternate spelling for & Group 11 ^Bitwise exclusive OR (XOR)flags = flags ^ 42;YES xorAlternate spelling for ^ Group 12 |Bitwise inclusive (normal) ORflags = flags | 42;YES bitorAlternate spelling for | Group 13 &&Logical ANDif( conditionA &&...
位异或运算符 11级 “ ∧ ”按位异或运算符（Bitwise exclusive OR operator）。位或运算符 12 级 “ | ”按位或运算符（Bitwise inclusive OR operator）。逻辑与运算符 13级 “&&”逻辑与运算符。逻辑或运算符 14 级 “ || ”逻辑或运算符。三元条件运算符 15级 ? :条件运算符。赋值运算符...
The latest version of this topic can be found at C Bitwise Operators. The bitwise operators perform bitwise-AND (&), bitwise-exclusive-OR (^), and bitwise-inclusive-OR (|) operations. Syntax AND-expression: equality-expression AND-expression & equality-expression exclusive-OR-expression: AND-ex...
bitwise inclusive OR| logical AND&& logical OR|| ternary? : assignment= += -= *= /= %= &= ^= |= <<= >>= >>>= C++运算符优先级 PrecedenceOperatorDescriptionAssociativity 1::Scope resolutionLeft-to-right 2++--Suffix/postfix increment and decrement ...
inclusive-OR-expression: exclusive-OR-expression inclusive-OR-expression|exclusive-OR-expression The operands of bitwise operators must have integral types, but their types can be different. These operators perform the usual arithmetic conversions; the type of the result is the type of the oper...
7 << >> Bitwise left shift and right shift 8 < <= For relational operators < and ≤ respectively > >= For relational operators > and ≥ respectively 9 == != For relational = and ≠ respectively 10 & Bitwise AND 11 ^ Bitwise XOR (exclusive or) 12 | Bitwise OR (inclusive or) 13 ...
inclusive-OR-expression? exclusive-OR-expressioninclusive-OR-expression|exclusive-OR-expression 按位运算符的操作数必须具有整数类型,但其类型会不同。 这些运算符执行常用算术转换;结果的类型是转换后操作数的类型。 C 按位运算符如下所述: 运算符描述 ...
To correct this warning, use the following code: int SystemState(); int f(int SignalValue) { return SystemState() | ((SignalValue != 0) ? 1 : 0); } See Also Bitwise Inclusive OR Operator: | Conditional Operator: ? :