glibc/mach/err_kern.sub
Samuel Thibault 563202976e hurd: make strerror(0) coherent with other ports
Some tests assume that it is "Success", and it is not necessarily
related to the kernel anyway.
2019-12-01 16:36:43 +00:00

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/*
* Mach Operating System
* Copyright (c) 1991,1990,1989 Carnegie Mellon University
* All Rights Reserved.
*
* Permission to use, copy, modify and distribute this software and its
* documentation is hereby granted, provided that both the copyright
* notice and this permission notice appear in all copies of the
* software, derivative works or modified versions, and any portions
* thereof, and that both notices appear in supporting documentation.
*
* CARNEGIE MELLON ALLOWS FREE USE OF THIS SOFTWARE IN ITS
* CONDITION. CARNEGIE MELLON DISCLAIMS ANY LIABILITY OF ANY KIND FOR
* ANY DAMAGES WHATSOEVER RESULTING FROM THE USE OF THIS SOFTWARE.
*
* Carnegie Mellon requests users of this software to return to
*
* Software Distribution Coordinator or Software.Distribution@CS.CMU.EDU
* School of Computer Science
* Carnegie Mellon University
* Pittsburgh PA 15213-3890
*
* any improvements or extensions that they make and grant Carnegie the
* rights to redistribute these changes.
*/
/*
* (pre-GNU) HISTORY
*
* Revision 2.3 92/04/01 19:38:02 rpd
* Added err_codes_device.
* [92/03/09 rpd]
*
* Revision 2.2 92/01/16 00:08:50 rpd
* Moved from user collection to mk collection.
*
* Revision 2.3 91/08/29 15:51:22 rpd
* Updated err_codes_kern.
* [91/08/15 rpd]
*
* Revision 2.2 91/03/27 16:05:27 mrt
* First checkin
*
*/
/*
* File: err_kern.sub
* Author: Douglas Orr, Carnegie Mellon University
* Date: Mar, 1988
*
* error codes for Mach and Unix kernels
*/
static char * err_codes_kern[] = {
"Success",
"(os/kern) invalid address",
"(os/kern) protection failure",
"(os/kern) no space available",
"(os/kern) invalid argument",
"(os/kern) failure",
"(os/kern) resource shortage",
"(os/kern) not receiver",
"(os/kern) no access",
"(os/kern) memory failure",
"(os/kern) memory error",
"(os/kern) already in set",
"(os/kern) not in set",
"(os/kern) name exists",
"(os/kern) aborted",
"(os/kern) invalid name",
"(os/kern) invalid task",
"(os/kern) invalid right",
"(os/kern) invalid value",
"(os/kern) urefs overflow",
"(os/kern) invalid capability",
"(os/kern) right exists",
"(os/kern) invalid host",
"(os/kern) memory present",
};
static char * err_codes_device[] = {
"(os/device) hardware IO error",
"(os/device) operation would block",
"(os/device) no such device",
"(os/device) device already open",
"(os/device) device is shut down",
"(os/device) invalid operation",
"(os/device) invalid record number",
"(os/device) invalid IO size",
"(os/device) memory allocation failure",
"(os/device) read only",
};
static char * err_codes_unix[] = {
NO_SUCH_ERROR,
"(os/unix) no rights to object",
"(os/unix) file or directory does not exist",
"(os/unix) no such process",
"(os/unix) interrupted system call",
"(os/unix) i/o error",
"(os/unix) device does not exist",
"(os/unix) argument list is too long",
"(os/unix) invalid executable object format",
"(os/unix) bad file descriptor number",
"(os/unix) no child processes are present",
"(os/unix) no more processes are available",
"(os/unix) insufficient memory",
"(os/unix) access denied",
"(os/unix) memory access fault",
"(os/unix) block device required for operation",
"(os/unix) mount device busy",
"(os/unix) file already exists",
"(os/unix) cross device link",
"(os/unix) device does not exist",
"(os/unix) object is not a directory",
"(os/unix) object is a directory",
"(os/unix) invalid argument",
"(os/unix) internal file table overflow",
"(os/unix) maximum number of open files reached",
"(os/unix) object is not a tty-like device",
"(os/unix) executable object is in use",
"(os/unix) file is too large",
"(os/unix) no space is left on device",
"(os/unix) illegal seek attempt",
"(os/unix) read-only file system",
"(os/unix) too many links",
"(os/unix) broken pipe",
"(os/unix) argument is too large",
"(os/unix) result is out of range",
"(os/unix) operation on device would block",
"(os/unix) operation is now in progress",
"(os/unix) operation is already in progress",
"(os/unix) socket operation attempted on non-socket object",
"(os/unix) destination address is required",
"(os/unix) message is too long",
"(os/unix) protocol type is incorrect for socket",
"(os/unix) protocol type is not available",
"(os/unix) protocol type is not supported",
"(os/unix) socket type is not supported",
"(os/unix) operation is not supported on sockets",
"(os/unix) protocol family is not supported",
"(os/unix) address family is not supported by protocol family",
"(os/unix) address is already in use",
"(os/unix) can't assign requested address",
"(os/unix) network is down",
"(os/unix) network is unreachable",
"(os/unix) network dropped connection on reset",
"(os/unix) software aborted connection",
"(os/unix) connection reset by peer",
"(os/unix) no buffer space is available",
"(os/unix) socket is already connected",
"(os/unix) socket is not connected",
"(os/unix) can't send after socket shutdown",
"(os/unix) too many references; can't splice",
"(os/unix) connection timed out",
"(os/unix) connection was refused",
"(os/unix) too many levels of symbolic links",
"(os/unix) file name exceeds system maximum limit",
"(os/unix) host is down",
"(os/unix) there is no route to host",
"(os/unix) directory is not empty",
"(os/unix) quota on number of processes exceeded",
"(os/unix) quota on number of users exceeded",
"(os/unix) quota on available disk space exceeded",
};
static struct error_subsystem err_kern_sub[] = {
{
"(os/kern)",
errlib_count(err_codes_kern),
err_codes_kern,
},
{
"(os/device)",
errlib_count(err_codes_device),
err_codes_device,
},
{
"(os/?)",
0,
},
{
"(os/unix)",
errlib_count(err_codes_unix),
err_codes_unix,
},
};