operand

Takes two operands: the left-hand operand is an object and the right is the name of a member of that object.

Note that this does NOT change the types of the operands themselves; the only change is in how the operands are evaluated.

The operands to the call operator are the name of the function and a (possibly empty) comma-separated list of arguments .

Do not provide operator overloads unless at least one of the operands is of the type defining the overload.

If you want to force a floating-point result, be sure that at least one of the operands is a floating-point type.

If one of the operands is of an integral type, then that operand is converted to the floating-point type of the other operand.

At least one of the operands of a binary operator.

The result of an arithmetic operator is always nullable, even if the operands are nonnullable and ANSI_WARNINGS or ARITHABORT is set ON.

The value elements that are combined with an operator are called operands of that operator.

These operators produce a null value if the operands are null; otherwise, the operator uses the contained value to calculate the result.

This instruction format provides up to two registers as source operands, one immediate source, and up to two registers as target operands.

Only one of these operands has to be of the enclosing type.

The output operands are the C expressions on which the output of the assembly instructions will be performed.

Numeric methods and rich comparison methods may return this value if they do not implement the operation for the operands provided.

This instruction format provides up to three registers as source operands, and one target operand.

Flags may have one of two logical states, true or false. Programs that use flags as arithmetic operands have an environmental dependency .

Note that the result is always floating-point (Double), even though both operands are integer constants.

This instruction format provides up to two registers as source operands and up to two target operands.

When performing an addition, both operands must be values and the result is always a value.

Since the operands for the multiplication are 64-bit values, the result of their product is a 128-bit number.

The result data type of a bitwise logical operation depends on the data types of the operands.

For integral types, & computes the logical bitwise AND of its operands.

The problem is that the result of a multiply instruction can be twice as long as its operands.

the logical operation specified , plus the operands of the operation and those operands could be logical expressions themselves.

In AT&T syntax, the size of memory operands is determined from the last character of the opcode name.

One of the operands on the instruction had an incorrect size.

For a comparison operation, exactly two operands must be supplied.

The solution is to cast one of the operands to its 64-bit type.

You then break up the frame's content section into horizontal operands separated by a dashed line.

The result is an integer representing the integer quotient of the two operands, with the remainder discarded.

Operators require both operands to be of a reference type.

A CAS operation includes three operands -- a memory location (V), the expected old value (A), and a new value (B).

You can define the behavior of an operator when one or both of the operands are of the type of your class or structure.

Immediate values and memory references cause different code to be generated when used as operands .

The operands are in the same order that they would be in the equivalent infix expression.

Expressions used in components may also cast arguments and operands to different data types.

The Operator field indicates the basis of comparison of the two operands (note that the two operands are strings).

Each expression returns a value that depends only on the operands of the expression, and no expression has any side effects.

If looser-binding operators take as operands expressions using tighter-binding operators, precedence is handled automatically.

Performs a logical AND of the two operands updating the flags.

Expressions can contain a literal value, a method invocation, an operator and its operands, or a simple name.

If the operands of an equality operator are both of type boolean, then the operation is boolean equality.

The expressions created are a combination of arithmetic and logical operators, plus operands.

An expression involving the specified operands has incompatible operand types or implicitly converted operand types.

If any of the operands is a float, then all operands are evaluated as floats, and the results are floats.

These relative precedence levels affect how we write IO expressions involving operands that use operators with lower precedence.

This will cause the other operands to be promoted to 64-bits and no further conversion is needed when the expression is assigned.

The leftmost element in the list is called the operator, and the other elements are called operands.

If the operands of an equality operator are both of value type, then the operation is value equality.

constant expressions , whose operands are all simple type constants , are evaluated at compilation time.

Floating-point instructions operate on single-precision and double-precision floating-point operands.

If the character is an operator, pop two operands, perform the appropriate operation, and then push the result onto the stack.

Used as operands, register expressions direct the assembler to generate instructions that operate on the CPU registers.

A binary operator is an operator that uses two operands, usually termed the left and right operands.

In Vimscript, comparators always perform numeric comparison, unless both operands are strings.

All operators produce a value from their operands.

Define the behavior of a standard operator when one or both of the operands is a newly-defined class or structure.

The input operands are the C expressions that serve as input operands to the instructions.

All of the actual processing takes place between registers (or between registers and immediate-mode operands).

Operands , historic artifacts, and shared collections are all types of reference data.

The concatenation result represents a single string consisting of the contents of the two operands one after the other.

Declares the operator symbol, operands, and code that define an operator procedure on a class or structure.

Concatenates the string representations of the operands .

It uses a stack architecture, meaning instruction operands are loaded to an internal stack before they're used.

All operands to specific intrinsics are cast to a special type called qword, which is essentially an opaque register value type.

You may assume that the operands and the result are within the range of value of the int type.

Now let's take a look at how to specify individual registers as constraints for the operands.

Be sure the data types of the operands are appropriate for the conversion, and in the correct order.

The collation precedence of the UNION operands and result are evaluated column by column.

The processor's job is to retrieve instructions and operands from memory and to perform. each operation.

Fixed-point instructions operate on byte, halfword, word, and doubleword operands.

The result is a string value representing the concatenation of the two string operands.

The simple answer is that Python converts all operands in an expression to the type of the most complex operand, as necessary.

In Boolean algebra, an operator that indicates an executing operation and generally is located between two operands.

Operands must evaluate to a decimal or hexadecimal number.

Describes the rules that govern the coercion of the operands of bitwise operators.

So long as the operands are both already sorted into document order, this avoids the need to allocate memory for the intermediate node sets.

The following example demonstrates the potential imprecision of floating-point operands.

Chapter 14 looks at operator overloading, which allows operands of class types to be used with the built-in operators.

All registers can be used as register operands , and some registers can be used in other contexts.

The operands are then coerced to the appropriate type, the bitwise operation is performed, and the result is returned.

Coercion is required so the binary formats of the operands are compatible with each other and the bitwise operator.

Operands come from reference data, which is typically published by the target service for the operator.

Both the left and right operands of the APPLY operator are table expressions.

The arithmetic result represents the sum of the two operands.

Operator depends on the data type of the operands.

If both operands are early-bound or if one operand is literal and the other is early-bound, more steps are performed.

Each operator takes as operands two expressions that evaluate to numeric values.

SET ANSI_NULLS ON affects a comparison only if one of the operands of the comparison is either a variable that is NULL or a literal NULL.

This means that the operands and result can be No-collation.

Let's consider how and where a service gets the operands it uses to prepare an operator message.

However, when both operands are positive there is no problem.

gives compiler error if the operands are cast-incompatible.

The Like operator is defined only for pattern matching of String operands.

The operators = and can take operands of class and class-reference types.

Evaluates the numeric values of the operands.

In prefix notation, the operator is written before its operands.

Type, ! Returns true if its two operands refer to different objects.

In postfix notation, the operator comes after its operands.

Operands of data types that widen to the data types for which you are defining the operator.

You can evaluate conditionally with two operands.

Fetches the required operands from the operand stack.

The DataPower XM70 defines a set of fields divided into logical namespaces that return message values that can then be used as operands.

Operands to determine whether they are not equal.

Computes the sum of its two operands.

an operation performed on operands in order to obtain the value of a threshold function.

You supply the operands the same way you do for predefined operators.

Operands should normally be of the same type.

This is not mandatory; GCC tries provide the appropriate suffix by reading the operands.

The result is the quotient of the two operands.

Get operands and perform the operation.

The result is the product of the two operands.

An expression is composed of one or more operands that are combined by operators .

The problem of binary multiple operands is studied.

Bad operands for period operator.

You can use imprecise commands and operands and matching 32-bit registers RA and RB.

Too many command operands! Try again.

If operands are not compatible with each other, they will be coerced to the appropriate type.

Operands to determine if they are not equal.

Both operands will be converted to an int.

Immediate values and memory references cause different code to be generated when used as operands. For example.

These instructions take different kinds of operands depending on the type of instruction.

When we determine the operands and operator, we can perform the operation, as shown in Listing 12.

a threshold operation in which each operand is 0 or 1; output is 1 if and only if more than half the operands have the value 1.

This is true for all numeric data types of the operands.

The operands are pathnames to the C or C language source files.

However, it can also concatenate numeric operands with string operands.

If both operands are arithmetic, or both are non arithmetic (such as array or pointer), they are used without change.

Some operators, such as assignment, require that one of their operands be an lvalue.

If the operands are both numeric, Visual Basic computes the arithmetic result.

If the operands are both strings, Visual Basic concatenates them.

If at least one of the operands evaluates to

Intel syntax accomplishes this by prefixing memory operands (not the opcodes themselves) with byte ptr, word ptr, and dword ptr. Thus

Operands of any different type are converted to

Bitwise operators shall not be applied to operands whose underlying type is signed;

Novel systolic implementation of modular multiplication for large operands

Even under version 7. 2, Vim does only floating-point arithmetic if one of the operands is explicitly floating-point

The conversion process involves reading the operands, operators, and parentheses of the infix expression using the following algorithm

If the operands are of mixed types, the result depends on the setting of the

Both operands are coerced to a type determined by two conditions

The VLSI Implementation for Modular Exponentiation of Large Operands

instruction operands must be the same size

Returns the difference of two operands

If the operands of an equality operator are both of reference type or the

Returns the quotient of two operands

Operands of the same data types for which you are defining the operator; or

Returns the product of two operands

Invalid combination of opcode and operands

As operands to overloaded operators:

Returns the sum of two operands

If the promoted type of the operands is

Symbolic unary operators should always be kept with their operands

Are called unary operators. Operators that take two operands, such as arithmetic operators

On the same operands, with the return type of the class or structure, and you have defined

The main difference between these operands is that the,

Each take two operands of type

When one or both operands are of type

REG, memory When there are two operands, both operands must have the same size (except shift and rotate instructions). For example

AT&T and Intel syntax use the opposite order for source and destination operands. For example