gRPC

gRPC 2 UNKNOWN vs 15 DATA_LOSS

Both gRPC 2 (UNKNOWN) and 15 (DATA_LOSS) belong to the gRPC Status Codes category. 2 indicates that an unknown error occurred. This may be returned when a server raises an exception that doesn't map to any known gRPC status code. Meanwhile, 15 means that unrecoverable data loss or corruption has occurred.

Beschreibung

An unknown error occurred. This may be returned when a server raises an exception that doesn't map to any known gRPC status code.

Wann Sie es sehen

The server threw an unhandled exception or returned an error that gRPC couldn't classify into a more specific status code.

Wie man es behebt

Check the server logs for the underlying exception. Wrap server-side errors with explicit gRPC status codes instead of letting them bubble up as UNKNOWN.

Beschreibung

Unrecoverable data loss or corruption has occurred.

Wann Sie es sehen

Critical data was lost or corrupted — for example, a checksum mismatch during transmission or an unrecoverable storage failure on the server.

Wie man es behebt

Investigate the data integrity failure immediately. Restore from backups if available, and check for hardware failures or network corruption in the data path.

Wesentliche Unterschiede

1.

gRPC 2: An unknown error occurred. This may be returned when a server raises an exception that doesn't map to any known gRPC status code.

2.

gRPC 15: Unrecoverable data loss or corruption has occurred.

3.

You encounter 2 when the server threw an unhandled exception or returned an error that gRPC couldn't classify into a more specific status code.

4.

You encounter 15 when critical data was lost or corrupted — for example, a checksum mismatch during transmission or an unrecoverable storage failure on the server.

Wann welchen verwenden

For 2 (UNKNOWN): Check the server logs for the underlying exception. Wrap server-side errors with explicit gRPC status codes instead of letting them bubble up as UNKNOWN. For 15 (DATA_LOSS): Investigate the data integrity failure immediately. Restore from backups if available, and check for hardware failures or network corruption in the data path.

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