How to use ST12 - Single transaction analysis

SAP Transaction Code - Details

• Transaction Code: ST12

  Description: Single transaction analysis

  Release: S/4HANA and ECC 6

• • Program: /SSF/CALL_TA_PROJ

    Screen: 1000

    Authorization Object: S_ADMI_FCD

  • Development Package: SSF_FRAMEWORK_STARTING_POINTS

    Package Description:

    Parent Package:

  • Module/Component:

    Description:

Smart SAP Assistant

• SAP Tcode: ST12 - Single transaction analysis

  
  Overview: 
  ST12 is a SAP transaction code used to analyze the performance of a single transaction. It provides detailed information about the performance of a single transaction, including the number of times it was executed, the average response time, and the number of users who have accessed it. 
  
  Functionality: 
  ST12 allows users to analyze the performance of a single transaction in order to identify any potential issues or bottlenecks. It provides detailed information about the performance of a single transaction, including the number of times it was executed, the average response time, and the number of users who have accessed it. This information can be used to identify any potential issues or bottlenecks that may be affecting the performance of the transaction. 
  
  Step-by-step How to Use: 
  1. Enter ST12 in the SAP command field. 
  2. Select the desired transaction from the list of available transactions. 
  3. Select “Single Transaction Analysis” from the list of available options. 
  4. Enter the desired date range for which you would like to analyze the performance of the transaction. 
  5. Select “Execute” to generate a report with detailed information about the performance of the selected transaction. 
  
  Other Recommendations: 
  It is recommended that users regularly analyze their transactions using ST12 in order to identify any potential issues or bottlenecks that may be affecting their system’s performance. Additionally, users should ensure that they are using up-to-date versions of SAP in order to ensure optimal performance and reliability.