Information noteThe "Set verbatim=1" statement is included in the example to ensure that the spaces are not automatically trimmed before the demonstration of the trim function. See Verbatim for more information.
Results
Load the data and open a sheet. Create a new table and add this field as a dimension:
InputText
Create the following calculated dimension:
=Trim(InputText) to remove any extra leading or trailing spaces from InputText.
Results table
InputText
Trim(InputText)
' abc '
'abc'
' def '
'def'
The output of the Trim function removes all leading and trailing spaces.
Example - Trim scenario
Overview
A customer relationship management (CRM) system contains records with inconsistent data entry that include extra leading spaces. For reporting purposes, the data requires cleaning to remove these spaces and to ensure proper sorting and grouping of customer names.
Open the Data load editor and add the load script below to a new section.
The load script contains:
A dataset which is loaded into a data table called Example.
One field in the data table called CustomerName.
Load script
Set verbatim=1;
Example:
Load * inline [
CustomerName
' John Doe '
'Jane Smith '
' Michael Johnson'
'Emily Davis'
];
Information noteThe "Set verbatim=1" statement is included in the example to ensure that the spaces are not automatically trimmed before the demonstration of the trim function. See Verbatim for more information.
Results
Load the data and open a sheet. Create a new table and add this field as a dimension:
CustomerName
Create the following calculated dimension:
=Trim(CustomerName) to remove any extra leading or trailing spaces from CustomerName.
Results table
CustomerName
Trim(CustomerName)
' Michael Johnson'
'Michael Johnson'
' John Doe '
'John Doe'
'Emily Davis'
'Emily Davis'
'Jane Smith '
'Jane Smith'
The output shows that the Trim function removed all leading and trailing spaces from the original string values in CustomerName.
Example - Trim advanced scenario
Overview
This example removes all leading and trailing spaces from the original text string. The chart expression includes measures that use the Len function to count the characters in the string before and after using the Trim function.
Open the Data load editor and add the load script below to a new section.
The load script contains:
A dataset which is loaded into a data table called Example.
Information noteThe "Set verbatim=1" statement is included in the example to ensure that the spaces are not automatically trimmed before the demonstration of the trim function. See Verbatim for more information.
Results
Load the data and open a sheet. Create a new table and add this field as a dimension:
String
Create the following calculated dimension:
=Trim(String), to remove any extra leading or trailing spaces
Create the following measures:
=Len(String), to count the length of the original string
=Len(Trim(String)), to count the length of the string after the spaces have been removed.
Results table
String
Trim(String)
Len(String)
Len(Trim(String))
' abc '
'abc'
10
3
' def '
'def'
6
3
When you compare the output of the Trim function to the original string values in the script, you can see how all leading and trailing spaces have been removed.
The following code shows how to use the function in a load script.
Set verbatim=1;
Example:
Load *, len(TrimString) as TrimStringLength;
Load *, trim(String) as TrimString;
Load *, len(String) as StringLength;
Load * inline [
String
' abc '
' def '](delimiter is '\t');
Information noteThe "Set verbatim=1" statement is included in the example to ensure that the spaces are not automatically trimmed before the demonstration of the trim function. See Verbatim for more information.
Results table
String
StringLength
TrimString
TrimStringLength
abc
10
abc
3
def
6
def
3
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