Knowledge

ERROR_MRM_INVALID_PRICONFIG - 15111 (0x3B07)

Invalid PRI config file.

Updated: Feb 21, 2026

Technical Background

The ERROR_MRM_INVALID_PRICONFIG error, with the numeric code 15111 and hex code 0x3B07, is a specific error that indicates an issue with the PRI configuration file. This error typically arises when a system operation encounters a problem related to the PRI (Persistent Runtime Information) configuration.

Error Details

The ERROR_MRM_INVALID_PRICONFIG error signifies that the system has detected an invalid or corrupted PRI configuration file. The PRI configuration is crucial for certain Windows operations, particularly those involving runtime information persistence and recovery. An invalid configuration can lead to operational failures or unexpected behavior in affected applications.

Common Causes

  • Invalid Parameter Values: Incorrect values provided during the operation that led to the error.
  • Incorrect Object Type: The object being operated on is not of the expected type, leading to a mismatch with the PRI configuration requirements.
  • Corrupted Data: The PRI configuration file may be damaged or corrupted, preventing proper operation.

Real-World Context

This error can occur in various scenarios where the system attempts to read or write to the PRI configuration. For example, during system startup, shutdown, or when performing operations that rely on persistent runtime information.

Is This Error Critical?

The criticality of this error depends on the specific operation and context. If the operation is essential for system stability or application functionality, then the error could be considered critical. However, in less critical scenarios, it may only indicate a minor issue that can be resolved without immediate impact.

How to Diagnose

To diagnose the ERROR_MRM_INVALID_PRICONFIG error, follow these steps:

  1. Review Operation Context: Determine which operation triggered the error and ensure that all parameters are correctly set.
  2. Validate Parameters: Check for any invalid or incorrect parameter values that could have caused the error.
  3. Confirm Object Types: Verify that the object being operated on is of the correct type and matches the expected configuration requirements.

How to Resolve

To resolve the ERROR_MRM_INVALID_PRICONFIG error, consider these practical steps:

  1. Correct Parameter Usage: Ensure all parameters are correctly set according to the operation's requirements.
  2. Adjust Operation Context: If necessary, adjust the context in which the operation is being performed to ensure compatibility with the PRI configuration.
  3. Restore Data: If the error is due to corrupted data, attempt to restore the PRI configuration file from a backup or reconfigure it using valid parameters.

Developer Notes

Developers should be aware that this error can impact system stability and application functionality. It is important to validate all input parameters and ensure that operations are performed in an environment where the PRI configuration is correctly set up.

Related Errors

  • ERROR_MRM_CORRUPTED_PRICONFIG (15109, 0x3B05): Indicates a corrupted PRI configuration file.
  • ERROR_MRM_INVALID_OPERATION (15112, 0x3B08): Occurs when an invalid operation is attempted on the PRI configuration.

FAQ

Q: What does the ERROR_MRM_INVALID_PRICONFIG error mean?

A: The ERROR_MRM_INVALID_PRICONFIG error indicates that the system has detected an issue with the PRI configuration file, such as incorrect or corrupted data.

Q: How can I prevent this error from occurring?

A: Ensure all parameters are correctly set and verify that the object being operated on is of the correct type. Regularly back up the PRI configuration file to prevent corruption.

Q: What actions should I take if I encounter this error?

A: Review the operation context, validate parameters, and confirm object types. If necessary, restore data from a backup or reconfigure using valid parameters.

Summary

The ERROR_MRM_INVALID_PRICONFIG error is a specific issue related to an invalid PRI configuration file. It can be caused by incorrect parameter values, corrupted data, or mismatched object types. By understanding the context and taking appropriate diagnostic and resolution steps, developers can effectively manage this error and ensure system stability.