664b726cd3
- all TTY-related exceptions have now been merged into the regular code paths, allowing non-TTY drivers to expose TTY-like devices; - as part of this, CTTY_MAJOR is now fully managed by VFS instead of being an ugly stepchild of the TTY driver; - device styles have become completely obsolete, support for them has been removed throughout the system; same for device flags, which had already become useless a while ago; - device map open/close and I/O function pointers have lost their use, thus finally making the VFS device code actually readable; - the device-unrelated pm_setsid has been moved to misc.c; - some other small cleanup-related changes. Change-Id: If90b10d1818e98a12139da3e94a15d250c9933da
86 lines
3.1 KiB
C
86 lines
3.1 KiB
C
/* Type definitions used in RS.
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*/
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#ifndef RS_TYPE_H
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#define RS_TYPE_H
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/* Definition of an entry of the boot image priv table. */
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struct boot_image_priv {
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endpoint_t endpoint; /* process endpoint number */
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char label[RS_MAX_LABEL_LEN]; /* label to assign to this service */
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int flags; /* privilege flags */
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};
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/* Definition of an entry of the boot image sys table. */
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struct boot_image_sys {
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endpoint_t endpoint; /* process endpoint number */
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int flags; /* system flags */
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};
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/* Definition of an entry of the boot image dev table. */
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struct boot_image_dev {
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endpoint_t endpoint; /* process endpoint number */
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dev_t dev_nr; /* major device number */
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};
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/* Definition of an entry of the system process table. */
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struct rproc {
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struct rprocpub *r_pub; /* pointer to the corresponding public entry */
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struct rproc *r_old_rp; /* pointer to the slot with the old version */
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struct rproc *r_new_rp; /* pointer to the slot with the new version */
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struct rproc *r_prev_rp; /* pointer to the slot with the prev replica */
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struct rproc *r_next_rp; /* pointer to the slot with the next replica */
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pid_t r_pid; /* process id, -1 if the process is not there */
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int r_restarts; /* number of restarts (initially zero) */
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long r_backoff; /* number of periods to wait before revive */
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unsigned r_flags; /* status and policy flags */
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long r_period; /* heartbeat period (or zero) */
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clock_t r_check_tm; /* timestamp of last check */
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clock_t r_alive_tm; /* timestamp of last heartbeat */
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clock_t r_stop_tm; /* timestamp of SIGTERM signal */
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endpoint_t r_caller; /* RS_LATEREPLY caller */
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int r_caller_request; /* RS_LATEREPLY caller request */
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char r_cmd[MAX_COMMAND_LEN]; /* raw command plus arguments */
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char r_args[MAX_COMMAND_LEN]; /* null-separated raw command plus arguments */
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#define ARGV_ELEMENTS (MAX_NR_ARGS+2) /* path, args, null */
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char *r_argv[ARGV_ELEMENTS];
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int r_argc; /* number of arguments */
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char r_script[MAX_SCRIPT_LEN]; /* name of the restart script executable */
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char *r_exec; /* Executable image */
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size_t r_exec_len; /* Length of image */
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struct priv r_priv; /* Privilege structure to be passed to the
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* kernel.
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*/
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uid_t r_uid;
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endpoint_t r_scheduler; /* scheduler */
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int r_priority; /* negative values are reserved for special meanings */
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int r_quantum;
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int r_cpu;
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/* Backup values from the privilege structure. */
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struct io_range r_io_tab[NR_IO_RANGE];
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int r_nr_io_range;
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int r_irq_tab[NR_IRQ];
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int r_nr_irq;
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char r_ipc_list[MAX_IPC_LIST];
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int r_nr_control;
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char r_control[RS_NR_CONTROL][RS_MAX_LABEL_LEN];
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};
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/* Definition of the global update descriptor. */
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struct rupdate {
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int flags; /* flags to keep track of the status of the update */
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clock_t prepare_tm; /* timestamp of when the update was scheduled */
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clock_t prepare_maxtime; /* max time to wait for the process to be ready */
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struct rproc *rp; /* the process under update */
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};
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#endif /* RS_TYPE_H */
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