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QNX/utils/p/pidin/pidin.h
dongl f6b2677c0f Initial commit
2025-08-20 19:02:58 +08:00

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/*
* $QNXLicenseC:
* Copyright 2007, QNX Software Systems. All Rights Reserved.
*
* You must obtain a written license from and pay applicable license fees to QNX
* Software Systems before you may reproduce, modify or distribute this software,
* or any work that includes all or part of this software. Free development
* licenses are available for evaluation and non-commercial purposes. For more
* information visit http://licensing.qnx.com or email licensing@qnx.com.
*
* This file may contain contributions from others. Please review this entire
* file for other proprietary rights or license notices, as well as the QNX
* Development Suite License Guide at http://licensing.qnx.com/license-guide/
* for other information.
* $
*/
#ifndef __PIDIN_HEADER__
#define __PIDIN_HEADER__
#include <stdio.h>
#include <stdint.h>
#include <sys/types.h>
#include <sys/neutrino.h>
#include <sys/kercalls.h>
#include <sys/debug.h>
#include <sys/procfs.h>
/*
* flags for dspinfo
*/
#define DONT_RECURSE 0x1
#define DO_THREADS 0x2
struct shared_info;
extern struct format {
int width;
char *title;
int (*print) (FILE * fp, int pid, int *tid, struct format * fmt, int fd, struct shared_info * info);
#define TITLE_LEFT_JUSTIFIED 0x1
#define DATA_CENTERED 0x2
#define MULTI_LINE 0x4 /* No title required for this field, it spans a line */
#define DATA_FILL 0x8
#define PERSERVE_RIGHT 0x10
#define DATA_LEFT_JUSTIFIED 0x20
#define PROCESS_ONLY 0x40
#define ZOMBIE_INVALID 0x80 /* this field is invalid if its a zombie */
#define ZI ZOMBIE_INVALID
#define NA 0x100 /* print (n/a) if not available */
#define MEMORY_INFO 0x200
#define THREAD_UNIQUE 0x400
#define TU THREAD_UNIQUE
#define TITLE_RIGHT_JUSTIFIED 0x800
unsigned int flags;
char letter;
} formats[256];
#define NUM_KCALLS __KER_BAD
extern const char *const kc_names[NUM_KCALLS + 1];
#define NUM_THREAD_STATE 16
extern const int num_thread_states;
extern const char *const thread_state[];
extern const char *const spaces;
extern const char *const zeros;
extern const char *const na;
extern const char* regnames[];
extern const int nregnames;
struct shared_info {
/*
* as infomation is gathered it is added here
*/
procfs_status *status;
procfs_debuginfo *name;
procfs_mapinfo *mem;
int num_mem;
#define SEPARATE_MEMORY 0x1
#define NO_MEMINFO 0x2
int flags;
procfs_info *info;
struct _thread_local_storage *tls;
unsigned int text;
unsigned int data;
unsigned int stack;
unsigned int vstack;
struct memobjects {
char *name;
unsigned int text_size;
unsigned int data_size;
unsigned int vaddr;
unsigned int offset;
} *memobjects;
unsigned int num_memobjects;
unsigned int next_memobject;
procfs_irq *irqs;
int num_irqs;
procfs_timer *timers;
int num_timers;
procfs_channel *channels;
int num_channels;
size_t gprs_size;
procfs_greg *gprs;
struct coid_info {
int fd;
int pid;
int ioflag;
size_t offset;
size_t size;
char *name;
} *coids;
int num_coids;
};
int fill_status(int expectwarn, struct shared_info *i, int *tid, int fd);
int fill_name(struct shared_info *i, int fd);
int fill_mem(struct shared_info *i, int fd);
int fill_info(struct shared_info *i, int fd);
int fill_timers(struct shared_info *i, int fd);
int fill_irqs(struct shared_info *i, int fd);
int fill_channels(struct shared_info *i, int fd);
int fwoutput(FILE * fp, int len, const char *str);
int format_data_string(FILE * fp, struct format *fmt, const char *str);
int format_title_string(FILE * fp, struct format *fmt, const char *str);
int format_data_int(FILE * fp, struct format *fmt, int d);
extern int Channels(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int Registers(FILE* fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int Timers(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int Coids(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int Interrupt(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int Arguments(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int WhereBlocked(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int Environment(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int DebugFlags(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int ProcessFlags(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int ThreadFlags(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int PidTidField(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int State(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int KerCall(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int Memory(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int Name(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int ThreadName(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int pid(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int tid(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int codesize(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int datasize(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int stacksize(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int long_name(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int Pgrp(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int parentpid(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int Sibling(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int Child(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int Sid(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int Uid(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int Gid(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int EUid(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int EGid(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int SUid(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int SGid(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int SigIgnore(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int SigPending(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int ProcessUtime(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *i);
extern int ProcessStime(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *i);
extern int ProcessCutime(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *i);
extern int ProcessCstime(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *i);
extern int ThreadSUtime(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *i);
extern int ProcessStartTime(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *i);
extern int ThreadStartTime(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *i);
extern int NumThreads(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int priority(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int MemObjectCode(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int MemObjectData(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int MemObjectMapAddr(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int MemObjectOffset(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int LastCPU(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int ExtSched(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern int Rmasks(FILE * fp, int pid, int *tid, struct format *fmt, int fd, struct shared_info *info);
extern uint64_t normalize_data_size(uint64_t size, char **sym);
extern void error_exit(int printmsg, const char *fmt,...);
extern void warning_exit(int printmsg, int expectwarn, const char *fmt,...);
extern int dspsyspage(char *enables);
extern struct syspage_entry *load_syspage(int fd, int full);
extern uint64_t get_total_mem(struct syspage_entry *ptr);
#endif
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