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bitwise logical Non-arithmetic ~A bitwise logical non-operation is single-purpose, with only one operand. Bitwise logical non-operation bitwise pairs the value of an operand into a non-operation, i.e. if one is equal to 0, it is converted to 1, and if one is equal to 1, it is converted to 0. For example, the binary 10010001 is a bitwise logical non-operation, the result is equal to 01101110, in decimal notation is: ~145 equals 110, the binary 01010101 is a bitwise logical non-operation, the result is equal to 10101010. In decimal notation is ~85 equals 176.
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, bit logic and operations &Bitwise logic and operations perform bitwise AND operations on two operands. Rules with operations: 1 and 1 equals 1, 1 and 0 equals 0, 0 and 0 equals 0. Only 1&1 = 1 and the rest are 0 for example: 10010001 (binary) &11110000 equals 10010000 (binary).
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bit logic or operations |Bitwise logic OR operation bitwise OR operation of two operands. Or the rule of operation is: 1 or 1, etc. 1, 1 or 0 equals 1, 0 or 0 equals 0. Only 0|0=0, the rest are 1 such as 10010001 (binary) | 11110000 (binary) equals 11110001 (binary).
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, bitwise logical XOR, or operation ^A bitwise logical XOR operation makes two operands bitwise XOR. The rules for XOR operations are: 1 xor or 1 equals 0, 1 xor or 0 equals 1, 0 xor or 0 equals 0. That is, the same 0, different 1. For example: 10010001 (binary) ^11110000 (binary) equals 01100001 (binary).
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, bitwise left shift arithmetic <<The bitwise left shift operation shifts the entire number of digits to the left by a number of bits, left-shifted to the vacated portion 0. For example: A 8-bit byte variable byte a=0x65 (that is, binary 01100101), moving it 3 bits to the left: the result of A<<3 is 0x27 (that is, the binary 00101000).
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, bitwise right SHIFT arithmetic >>The bitwise right SHIFT operation shifts the entire number of digits to the right by several bits, and the vacated portion of the right shift is 0. For example: A 8-bit byte variable byte a=0x65 (both (binary 01100101)) shifts it to the right 3 bits: The result of A>>3 is 0x0c (binary 00001100).
[Flags] Public enumClassstatisticstype {applyaudition=1<<0,//which is 2 of the power of 0.Required=1<<1,//which is 2 of the power of 1.Participation=1<<2,//which is 2 of the power of 2.Normal=1<<3,//which is 2 of the power of 3. All= Applyaudition | Required | Participation | Normal//that is, 2 of the power of 0 + 2 of 1 Power + 2 2 Power + 2 power of 3 times}
var c1 = classstatisticstype.all; var c2 = classstatisticstype.normal; var c3 = C1 & C2; // used to determine if C1 contains c2,>0, <=0 does not contain var c4 = c1 ^ C2; // Remove C2 from C1 Console.WriteLine (C1); Console.WriteLine (C2); Console.WriteLine (C3); Console.WriteLine (C4);
Bitwise operations and bitwise operations in enums
