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Member "atop-2.8.1/prev/photoproc_26.h" (7 Jan 2023, 4460 Bytes) of package /linux/misc/atop-2.8.1.tar.gz:


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    1 /* 
    2 ** structure containing only relevant process-info extracted 
    3 ** from kernel's process-administration
    4 */
    5 struct tstat_26 {
    6     /* GENERAL TASK INFO                    */
    7     struct gen_26 {
    8         int tgid;       /* threadgroup identification   */
    9         int pid;        /* process identification   */
   10         int ppid;           /* parent process identification*/
   11         int ruid;       /* real  user  identification   */
   12         int euid;       /* eff.  user  identification   */
   13         int suid;       /* saved user  identification   */
   14         int fsuid;      /* fs    user  identification   */
   15         int rgid;       /* real  group identification   */
   16         int egid;       /* eff.  group identification   */
   17         int sgid;       /* saved group identification   */
   18         int fsgid;      /* fs    group identification   */
   19         int nthr;       /* number of threads in tgroup  */
   20         char    name[PNAMLEN+1];/* process name string          */
   21         char    isproc;     /* boolean: process level?      */
   22         char    state;      /* process state ('E' = exited) */
   23         int excode;     /* process exit status      */
   24         time_t  btime;      /* process start time (epoch)   */
   25         time_t  elaps;      /* process elaps time (hertz)   */
   26         char    cmdline[CMDLEN+1];/* command-line string        */
   27         int nthrslpi;   /* # threads in state 'S'       */
   28         int nthrslpu;   /* # threads in state 'D'       */
   29         int nthrrun;    /* # threads in state 'R'       */
   30 
   31         int ctid;       /* OpenVZ container ID      */
   32         int vpid;       /* OpenVZ virtual PID       */
   33 
   34         int wasinactive;    /* boolean: task inactive   */
   35 
   36         char    container[16];  /* Docker container id (12 pos) */
   37     } gen;
   38 
   39     /* CPU STATISTICS                       */
   40     struct cpu_26 {
   41         count_t utime;      /* time user   text (ticks)     */
   42         count_t stime;      /* time system text (ticks)     */
   43         int nice;       /* nice value                   */
   44         int prio;       /* priority                     */
   45         int rtprio;     /* realtime priority            */
   46         int policy;     /* scheduling policy            */
   47         int curcpu;     /* current processor            */
   48         int sleepavg;       /* sleep average percentage     */
   49         int ifuture[4]; /* reserved for future use  */
   50         char    wchan[16];  /* wait channel string      */
   51         count_t rundelay;   /* schedstat rundelay (nanosec) */
   52         count_t cfuture[1]; /* reserved for future use  */
   53     } cpu;
   54 
   55     /* DISK STATISTICS                      */
   56     struct dsk_26 {
   57         count_t rio;        /* number of read requests  */
   58         count_t rsz;        /* cumulative # sectors read    */
   59         count_t wio;        /* number of write requests     */
   60         count_t wsz;        /* cumulative # sectors written */
   61         count_t cwsz;       /* cumulative # written sectors */
   62                     /* being cancelled              */
   63         count_t cfuture[4]; /* reserved for future use  */
   64     } dsk;
   65 
   66     /* MEMORY STATISTICS                        */
   67     struct mem_26 {
   68         count_t minflt;     /* number of page-reclaims  */
   69         count_t majflt;     /* number of page-faults    */
   70         count_t vexec;      /* virtmem execfile (Kb)        */
   71         count_t vmem;       /* virtual  memory  (Kb)    */
   72         count_t rmem;       /* resident memory  (Kb)    */
   73         count_t pmem;       /* resident memory  (Kb)    */
   74         count_t vgrow;      /* virtual  growth  (Kb)        */
   75         count_t rgrow;      /* resident growth  (Kb)        */
   76         count_t vdata;      /* virtmem data     (Kb)        */
   77         count_t vstack;     /* virtmem stack    (Kb)        */
   78         count_t vlibs;      /* virtmem libexec  (Kb)        */
   79         count_t vswap;      /* swap space used  (Kb)        */
   80         count_t vlock;      /* virtual locked   (Kb)    */
   81         count_t cfuture[3]; /* reserved for future use  */
   82     } mem;
   83 
   84     /* NETWORK STATISTICS                       */
   85     struct net_26 {
   86         count_t tcpsnd;     /* number of TCP-packets sent   */
   87         count_t tcpssz;     /* cumulative size packets sent */
   88         count_t tcprcv;     /* number of TCP-packets recved */
   89         count_t tcprsz;     /* cumulative size packets rcvd */
   90         count_t udpsnd;     /* number of UDP-packets sent   */
   91         count_t udpssz;     /* cumulative size packets sent */
   92         count_t udprcv;     /* number of UDP-packets recved */
   93         count_t udprsz;     /* cumulative size packets sent */
   94         count_t avail1;     /* */
   95         count_t avail2;     /* */
   96         count_t cfuture[4]; /* reserved for future use  */
   97     } net;
   98 
   99     struct gpu_26 {
  100         char    state;      // A - active, E - Exit, '\0' - no use
  101         char    cfuture[3]; //
  102         short   nrgpus;     // number of GPUs for this process
  103         int32_t gpulist;    // bitlist with GPU numbers
  104 
  105         int gpubusy;    // gpu busy perc process lifetime      -1 = n/a
  106         int membusy;    // memory busy perc process lifetime   -1 = n/a
  107         count_t timems;     // milliseconds accounting   -1 = n/a
  108                     // value 0   for active process,
  109                     // value > 0 after termination
  110 
  111         count_t memnow;     // current    memory consumption in KiB
  112         count_t memcum;     // cumulative memory consumption in KiB
  113         count_t sample;     // number of samples
  114     } gpu;
  115 };