} ExecOutput;
struct ExecStatus {
- usec_t start_timestamp;
- usec_t exit_timestamp;
+ dual_timestamp start_timestamp;
+ dual_timestamp exit_timestamp;
pid_t pid;
int code; /* as in siginfo_t::si_code */
int status; /* as in sigingo_t::si_status */
int cpu_sched_policy;
int cpu_sched_priority;
- cpu_set_t cpu_affinity;
- unsigned long timer_slack_ns;
+ cpu_set_t *cpuset;
+ unsigned cpuset_ncpus;
+ unsigned long timer_slack_nsec;
ExecInput std_input;
ExecOutput std_output;
int syslog_priority;
char *syslog_identifier;
- bool syslog_no_prefix;
+ bool syslog_level_prefix;
+
+ char *tcpwrap_name;
char *tty_path;
char *group;
char **supplementary_groups;
+ char *pam_name;
+
char **read_write_dirs, **read_only_dirs, **inaccessible_dirs;
unsigned long mount_flags;
bool nice_set:1;
bool ioprio_set:1;
bool cpu_sched_set:1;
- bool cpu_affinity_set:1;
- bool timer_slack_ns_set:1;
+ bool timer_slack_nsec_set:1;
/* This is not exposed to the user but available
* internally. We need it to make sure that whenever we spawn
* /bin/mount it is run in the same process group as us so
* that the autofs logic detects that it belongs to us and we
* don't enter a trigger loop. */
- bool no_setsid:1;
+ bool same_pgrp;
};
typedef enum ExitStatus {
EXIT_CGROUP,
EXIT_SETSID, /* 220 */
EXIT_CONFIRM,
- EXIT_STDERR
+ EXIT_STDERR,
+ EXIT_TCPWRAP,
+ EXIT_PAM
} ExitStatus;
void exec_context_done(ExecContext *c);
void exec_context_dump(ExecContext *c, FILE* f, const char *prefix);
-void exec_status_fill(ExecStatus *s, pid_t pid, int code, int status);
+void exec_status_start(ExecStatus *s, pid_t pid);
+void exec_status_exit(ExecStatus *s, pid_t pid, int code, int status);
void exec_status_dump(ExecStatus *s, FILE *f, const char *prefix);
const char* exec_output_to_string(ExecOutput i);