Defining a Statset

[01] voidlststats(char *basepath)
[02] {
[03]    struct SpmiStatSet *ssp;
[04]    char     tmp[128];
[05]
[06]    if (!(ssp = RSiCreateStatSetx(rsh)))
[07]    {
[08]       fprintf(stderr, “RsiCons1 can\'t create StatSet\n”);
[09]       exit(62);
[10]    }
[11]
[12]    strcpy(tmp, basepath);
[13]    strcat(tmp, “CPU/cpu0”);
[14]    if ((tix = addstat(tix, ssp, tmp, “cpu0”)) == -1)
[15]    {
[16]       if (strlen(RSiEMsg))
[17]          fprintf(stderr, “%s”, RSiEMsg);
[18]       exit(63);
[19]    }
[20]
[21]    RSiStartFeedx(rsh, ssp, 1000);
[22]    while(TRUE)
[23]       RSiMainLoopx(499);
[24] }

In the sample program, the SpmiStatSet is created in the local lststats function shown previously in lines 6 through 10.

Lines 12 through 19 invoke the local function addstat (Adding Statistics to the Statset), which finds all the CPU-related statistics in the context hierarchy and initializes the arrays to collect and print the information. The first two lines expand the value path name passed to the function by appending CPU/cpu0. The resulting string is the path name of the context where all CPU-related statistics for cpu0 are held. The path name has the hosts/hostname/CPU/cpu0 format without a terminating slash, which is what is expected by the subroutines that take a value path name as an argument. The addstat function is shown in the next section. It uses three of the traversal functions to access the CPU-related statistics.