Condition syntax

Trigger conditions can be described by following list of operators, values and functions.

Operators

Logical

Operator	Description
`or`, `\|\|`	TRUE if either Boolean expression is TRUE. Example: [CommentType] = 'Public' or [Created] < '#01/01/2015#'
`and`, `&&`	TRUE if both Boolean expression is TRUE. Example: [AssignedTo] = '' and [AssignedTo] = [Editor]

Operator

Description

or, ||

TRUE if either Boolean expression is TRUE.

Example:

   [CommentType] = 'Public' or [Created] < '#01/01/2015#'

and, &&

TRUE if both Boolean expression is TRUE.

Example:

   [AssignedTo] = '' and [AssignedTo] = [Editor]

The and operator has more priority than the or.

Relational

=, ==, !=, <>
<, <=, >, >=

1 < 2

Additive

+, -

1 + 2 - 5

Multiplicative

*, /, %

5 * 5

Bitwise

& (bitwise and), | (bitwise or), ^ (bitwise xor), << (left shift), >> (right shift)

1 >> 5

Unary

!, not, -, ~ (bitwise not)

not true

Primary

(, )
values

(2 + 3) * 4

Values

References

Operator	Description
`[Prev]`	Return ticket item before changes. Example: ([Prev::Status] <> [Status]) and ([Status] == 'Solved')

Integers

They are represented using numbers.

Floating point numbers

Use the dot to define the decimal part.

123.456
.123

They are evaluated as Decimal.

Scientific notation

You can use the e to define power of ten (10^).

1.22e1
1e2
1e+2
1e-2
.1e-2
1e10

Dates and Times

Must be enclosed between sharps.

#2008/01/31# // for en-US culture

Booleans

Booleans can be either true or false.

true

Strings

Any character between single quotes ' are evaluated as String.

'hello'

You can escape special characters using \, ', \n, \r, \t.

Function

A function is made of a name followed by braces, containing optionally any value as arguments.

Abs(1), doSomehting(1, 'dummy')

Parameters

A parameter as a name, and can be optionally contained inside brackets.

2 + x, 2 + [x]

Functions

Name	Description	Usage	Result
Abs	Returns the absolute value of a specified number.	`Abs(-1)`	`1M`
Acos	Returns the angle whose cosine is the specified number.	`Acos(1)`	`0d`
Asin	Returns the angle whose sine is the specified number.	`Asin(0)`	`0d`
Atan	Returns the angle whose tangent is the specified number.	`Atan(0)`	`0d`
Ceiling	Returns the smallest integer greater than or equal to the specified number.	`Ceiling(1.5)`	`2d`
Cos	Returns the cosine of the specified angle.	`Cos(0)`	`1d`
Exp	Returns e raised to the specified power.	`Exp(0)`	`1d`
Floor	Returns the largest integer less than or equal to the specified number.	`Floor(1.5)`	`1d`
IEEERemainder	Returns the remainder resulting from the division of a specified number by another specified number.	`IEEERemainder(3, 2)`	`-1d`
Log	Returns the logarithm of a specified number.	`Log(1, 10)`	`0d`
Log10	Returns the base 10 logarithm of a specified number.	`Log10(1)`	`0d`
Max	Returns the larger of two specified numbers.	`Max(1, 2)`	`2`
Min	Returns the smaller of two numbers.	`Min(1, 2)`	`1`
Pow	Returns a specified number raised to the specified power.	`Pow(3, 2)`	`9d`
Round	Rounds a value to the nearest integer or specified a number of decimal places. The mid number behavior can be changed by using EvaluateOption.RoundAwayFromZero during construction of the Expression object.	`Round(3.222, 2)`	`3.22d`
Sign	Returns a value indicating the sign of a number.	`Sign(-10)`	`-1`
Sin	Returns the sine of the specified angle.	`Sin(0)`	`0d`
Sqrt	Returns the square root of a specified number.	`Sqrt(4)`	`2d`
Tan	Returns the tangent of the specified angle.	`Tan(0)`	`0d`
Truncate	Calculates the integral part of a number.	`Truncate(1.7)`	`1`

It also includes other general purpose ones.

Name	Description	Usage	Result
in	Returns whether an element is in a set of values.	`in(1 + 1, 1, 2, 3)`	`true`
if	Returns a value based on a condition.	`if(3 % 2 = 1, 'value is true', 'value is false')`	`value is true`
contains	Returns true if the first string contains the second.	`contains('1234', '23')`	`true`
match	Indicates whether the specified regular expression (second argument) finds a match in the specified input string (first argument).	`match('1298-673-4192', '^[a-zA-Z0-9]\d{2}[a-zA-Z0-9](-\d{3}){2}[A-Za-z0-9]$')`	`true`