Preface
The Transformation Language
Constants
Operators
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- Built-in Variables
  - SYSDATE
    - Example
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Dates
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- FIRST
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- ROUND (Dates)
- ROUND (Numbers)
- RPAD
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- SET_DATE_PART
- SIGN
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- SIZE
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- SQL_LIKE
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- STRUCT
- STRUCT_AS
- SUBSTR
- SUM
- SYSTIMESTAMP
- TAN
- TANH
- TIME_RANGE
- TO_BIGINT
- TO_CHAR (Dates)
- TO_CHAR (Numbers)
- TO_DATE
- TO_DECIMAL
- TO_DECIMAL38
- TO_FLOAT
- TO_INTEGER
- TO_TIMESTAMP_TZ
- TRUNC (Dates)
- TRUNC (Numbers)
- UPPER
- UUID4
- UUID_UNPARSE
- VARIANCE

Transformation Language Reference

10.5.6
- 10.5.9
- 10.5.8
- 10.5.7
- 10.5.4
- 10.5.1
- 10.5

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Arithmetic Operators

Use arithmetic operators to perform mathematical calculations on numeric data.

The following table lists the arithmetic operators in order of precedence in the transformation language:

Operator	Meaning
+, -	Unary plus and minus. Unary plus indicates a positive value. Unary minus indicates a negative value.
*, /, %	Multiplication, division, modulus. A modulus is the remainder after dividing two integers. For example, 13 % 2 = 1 because 13 divided by 2 equals 6 with a remainder of 1.
+, -	Addition, subtraction. The addition operator (+) does not concatenate strings. To concatenate strings, use the string operator \|\|. To perform arithmetic on date values, use the date functions.

If you perform arithmetic on a null value, the function returns NULL.

When you use arithmetic operators in an expression, all of the operands in the expression must be numeric. For example, the expression

1 + '1'

is not valid because it adds an integer to a string. The expression

1.23 + 4 / 2

is valid because all of the operands are numeric.

The transformation language provides built-in date functions that let you perform arithmetic on date/time values.

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Table of Contents

Transformation Language Reference

Transformation Language Reference

Arithmetic Operators

Arithmetic Operators