📄️ Troubleshooting Kubernetes Exit Codes
In Kubernetes, understanding exit codes is essential for diagnosing and resolving issues that arise within containers. Exit codes are returned by processes to indicate their success or failure. Each exit code has a specific meaning that helps developers troubleshoot problems efficiently.
📄️ Exit Code 0
Exit Code 0: Successful Execution
📄️ Exit Code 1
Exit Code 1 in Kubernetes
📄️ Exit Code 2
Exit Code 2: Misuse of Shell Built-ins
📄️ Exit Code 125
Exit Code 125: Container Failed to Run Example in Kubernetes
📄️ Exit Code 126
Exit Code 126 in Kubernetes
📄️ Exit Code 127
Exit Code 127 in Kubernetes
📄️ Exit Code 128
Exit Code 128 in Kubernetes
📄️ Exit Code 130
Exit Code 130: Script Terminated by User (SIGINT)
📄️ Exit Code 134
Exit Code 134: Abnormal Termination (SIGABRT)
📄️ Exit Code 137
Exit Code 137: Container Killed (SIGKILL)
📄️ Exit Code 139
Exit Code 139: Segmentation Fault (SIGSEGV)
📄️ Exit Code 141
Exit Code 141: Broken Pipe (SIGPIPE)
📄️ Exit Code 143
Exit Code 143: Graceful Termination (SIGTERM)
📄️ Exit Code 255
Exit Code 255: Exit Status Out Of Range