Examples of using Operand in English and their translations into Serbian
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Colloquial
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Ecclesiastic
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Computer
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Latin
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Cyrillic
Operand XOR data.
Added before the operand.
The operand to do the operation with.
Unary operators act on one operand.
No operand in an integer division, %1, can be %2.
A match means that the operand is ready.
No operand in an integer division, %1, can be %2.
(increment) Increments the operand by 1.
No operand in an integer division, %1, can be %2.
They can be written either before the operand or after it.
No operand in an integer division, %1, can be %2.
Incorrect type of argument or operand is used.
If used after the operand, they are called postfix operators.
Unary Operators- Unary Operators has only one operand.
Enter an operand, or select a previous operand from the list.
A unary operator is an operator that takes only one operand.
If they are written before the operand, then they are termed as prefix operators.
The main difference between the two is the placement: either before or after the operand.
When an operation is made,the result becomes an operand itself(for later operators).
Integer instructions can also accept one memory parameter as a destination operand.
However, if they are written after the operand, then they are termed as postfix operators.
Intel 64's BSF and BSR instructions act differently when the source is zero and the operand size is 32 bits.
The increment operator adds 1 to its operand, and the decrement operator subtracts 1.
This allows chained assignment by using the value of one assignment expression as the input(right operand) of the next.
Because it discards its first operand, it is generally only useful where the first operand has desirable side effects.
All arithmetic andlogical instructions have 2 source operands and 1 destination operand.
The functional unit must calculate the real value to keep track of the functional units that produce the operand.
If the increment and decrement operators are written before the operand, then they are termed as prefix operators.
To be effective, the operands of these instructions must be at addresses which cover the possible address, Base+A,of the rejected instruction's operand.
Logical disjunction is usually short-circuited; that is,if the first(left) operand evaluates to true then the second(right) operand is not evaluated.