Bicep numeric operators
The numeric operators use integers to do calculations and return integer values. To run the examples, use Azure CLI or Azure PowerShell to deploy Bicep file.
Operator | Name |
---|---|
* |
Multiply |
/ |
Divide |
% |
Modulo |
+ |
Add |
- |
Subtract |
- |
Minus |
Note
Subtract and minus use the same operator. The functionality is different because subtract uses two operands and minus uses one operand.
Multiply *
operand1 * operand2
Multiplies two integers.
Operands
Operand | Type | Description |
---|---|---|
operand1 |
integer | Number to multiply. |
operand2 |
integer | Multiplier of the number. |
Return value
The multiplication returns the product as an integer.
Example
Two integers are multiplied and return the product.
param firstInt int = 5
param secondInt int = 2
output product int = firstInt * secondInt
Output from the example:
Name | Type | Value |
---|---|---|
product |
integer | 10 |
Divide /
operand1 / operand2
Divides an integer by an integer.
Operands
Operand | Type | Description |
---|---|---|
operand1 |
integer | Integer that's divided. |
operand2 |
integer | Integer that's used for division. Can't be zero. |
Return value
The division returns the quotient as an integer.
Example
Two integers are divided and return the quotient.
param firstInt int = 10
param secondInt int = 2
output quotient int = firstInt / secondInt
Output from the example:
Name | Type | Value |
---|---|---|
quotient |
integer | 5 |
Modulo %
operand1 % operand2
Divides an integer by an integer and returns the remainder.
Operands
Operand | Type | Description |
---|---|---|
operand1 |
integer | The integer that's divided. |
operand2 |
integer | The integer that's used for division. Can't be 0. |
Return value
The remainder is returned as an integer. If the division doesn't produce a remainder, 0 is returned.
Example
Two pairs of integers are divided and return the remainders.
param firstInt int = 10
param secondInt int = 3
param thirdInt int = 8
param fourthInt int = 4
output remainder int = firstInt % secondInt
output zeroRemainder int = thirdInt % fourthInt
Output from the example:
Name | Type | Value |
---|---|---|
remainder |
integer | 1 |
zeroRemainder |
integer | 0 |
Add +
operand1 + operand2
Adds two integers.
Operands
Operand | Type | Description |
---|---|---|
operand1 |
integer | Number to add. |
operand2 |
integer | Number that's added to a number. |
Return value
The addition returns the sum as an integer.
Example
Two integers are added and return the sum.
param firstInt int = 10
param secondInt int = 2
output sum int = firstInt + secondInt
Output from the example:
Name | Type | Value |
---|---|---|
sum |
integer | 12 |
Subtract -
operand1 - operand2
Subtracts an integer from an integer.
Operands
Operand | Type | Description |
---|---|---|
operand1 |
integer | Larger number that's subtracted from. |
operand2 |
integer | Number that's subtracted from the larger number. |
Return value
The subtraction returns the difference as an integer.
Example
An integer is subtracted and returns the difference.
param firstInt int = 10
param secondInt int = 4
output difference int = firstInt - secondInt
Output from the example:
Name | Type | Value |
---|---|---|
difference |
integer | 6 |
Minus -
-integerValue
Multiplies an integer by -1
.
Operand
Operand | Type | Description |
---|---|---|
integerValue |
integer | Integer multiplied by -1 . |
Return value
An integer is multiplied by -1
. A positive integer returns a negative integer and a negative integer returns a positive integer. The values can be wrapped with parentheses.
Example
param posInt int = 10
param negInt int = -20
output startedPositive int = -posInt
output startedNegative int = -(negInt)
Output from the example:
Name | Type | Value |
---|---|---|
startedPositive |
integer | -10 |
startedNegative |
integer | 20 |
Next steps
- To create a Bicep file, see Quickstart: Create Bicep files with Visual Studio Code.
- For information about how to resolve Bicep type errors, see Any function for Bicep.
- To compare syntax for Bicep and JSON, see Comparing JSON and Bicep for templates.
- For examples of Bicep functions, see Bicep functions.