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Operators
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Systemoutprintln(" + hex[(b >> 4) & 0x0f] Systemoutprintln(" + hex[(c >> 4) & 0x0f] Systemoutprintln(" + hex[(d >> 4) & 0x0f] Systemoutprintln("(b & + hex[(e >> 4) & 0x0f] } }
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b = 0x" + hex[b & 0x0f]); b >> 4 = 0x" + hex[c & 0x0f]); b >>> 4 = 0x" + hex[d & 0x0f]); 0xff) >> 4 = 0x" + hex[e & 0x0f]);
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The following output of this program shows how the >>> operator appears to do nothing when dealing with bytes The variable b is set to an arbitrary negative byte value for this demonstration Then c is assigned the byte value of b shifted right by four, which is 0xff because of the expected sign extension Then d is assigned the byte value of b unsigned shifted right by four, which you might have expected to be 0x0f, but is actually 0xff because of the sign extension that happened when b was promoted to int before the shift The last expression sets e to the byte value of b masked to 8 bits using the AND operator, then shifted right by four, which produces the expected value of 0x0f Notice that the unsigned shift right operator was not used for d, since the state of the sign bit after the AND was known b = 0xf1 b >> 4 = 0xff b >>> 4 = 0xff (b & 0xff) >> 4 = 0x0f
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Bitwise Operator Compound Assignments
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All of the binary bitwise operators have a compound form similar to that of the algebraic operators, which combines the assignment with the bitwise operation For example, the following two statements, which shift the value in a right by four bits, are equivalent:
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a = a >> 4; a >>= 4;
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Likewise, the following two statements, which result in a being assigned the bitwise expression a OR b, are equivalent:
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a = a | b; a |= b;
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The following program creates a few integer variables and then uses compound bitwise operator assignments to manipulate the variables:
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class OpBitEquals { public static void main(String args[]) { int a = 1; int b = 2; int c = 3; a |= 4; b >>= 1;
Part I:
The Java Language
c <<= 1; a ^= c; Systemoutprintln("a = " + a); Systemoutprintln("b = " + b); Systemoutprintln("c = " + c); } }
The output of this program is shown here: a = 3 b = 1 c = 6
Relational Operators
The relational operators determine the relationship that one operand has to the other Specifically, they determine equality and ordering The relational operators are shown here:
Operator == != > < >= <= Result Equal to Not equal to Greater than Less than Greater than or equal to Less than or equal to
The outcome of these operations is a boolean value The relational operators are most frequently used in the expressions that control the if statement and the various loop statements Any type in Java, including integers, floating-point numbers, characters, and Booleans can be compared using the equality test, ==, and the inequality test, != Notice that in Java equality is denoted with two equal signs, not one (Remember: a single equal sign is the assignment operator) Only numeric types can be compared using the ordering operators That is, only integer, floating-point, and character operands may be compared to see which is greater or less than the other As stated, the result produced by a relational operator is a boolean value For example, the following code fragment is perfectly valid:
int a = 4; int b = 1; boolean c = a < b;
In this case, the result of a<b (which is false) is stored in c If you are coming from a C/C++ background, please note the following In C/C++, these types of statements are very common:
4: