void LOG_PROCESSOR_USAGE()
{
int j = 0;
int rc;
int num_descript;
size_t toc_sz = 0;
size_t max_toc_sz = (10 * sizeof(descript));
struct dirent **cpuent;
descript *toc;
descript *ttoc;
/* do something different for VmWare and Solaris */
cpucount = scandir("/sys/class/cpuid", &cpuent, file_select, versionsort);
DEBUGMSGTL(("rec:rec_log:rec_log_proc_usage","cpucount = %d\n", cpucount));
if (cpucount == -1)
return;
if (!rec_init() )
return;
/* do Code Descriptor */
if ((rc = doCodeDescriptor(s_ams_rec_handle,
s_ams_rec_class,
REC_CODE_AMS_PROCESSOR_USAGE,
0,
REC_SEV_PERIOD,
REC_BINARY_DATA,
REC_VIS_CUSTOMER,
REC_CODE_AMS_PROCESSOR_USAGE_STR))
!= RECORDER_OK) {
DEBUGMSGTL(("rec:rec_log_error",
"Host Name register descriptor failed %d\n", rc));
return;
}
num_descript = sizeof(fld)/sizeof(field) * cpucount;
DEBUGMSGTL(("rec:rec_log:rec_log_proc_usage","ProcUsage num_descript = %d\n", num_descript));
toc_sz = sizeof(descript) * num_descript;
toc = malloc(toc_sz);
DEBUGMSGTL(("rec:log","Initial Processor Usage toc_sz = %ld\n", toc_sz));
/* now do the field descriptor */
memset(toc, 0, toc_sz);
for (j = 0; j < num_descript; j++ ) {
toc[j].flags = REC_FLAGS_DESCRIPTOR | REC_FLAGS_DESC_FIELD;
toc[j].classs = s_ams_rec_class;
toc[j].code = REC_CODE_AMS_PROCESSOR_USAGE;
toc[j].field = j;
toc[j].severity_type = REC_SEV_PERIOD | fld[j%2].tp;
toc[j].format = fld[j%2].sz;
toc[j].visibility = REC_VIS_CUSTOMER;
strncpy(toc[j].desc, fld[j%2].nm,
sizeof(toc[j].desc) - strlen(toc[j].desc - 1));
strcat(toc[j].desc, cpuent[j/2]->d_name);
DEBUGMSGTL(("rec:log", "toc[i] = %p\n", &toc[j]));
dump_chunk("rec:rec_log","descriptor", (const u_char *)&toc[j], 96);
if (j % 2)
free(cpuent[j/2]);
}
dump_chunk("rec:rec_log", "toc", (const u_char *)toc, toc_sz);
free(cpuent);
ttoc = toc;
while (toc_sz > RECORDER_MAX_BLOB_SIZE) {
DEBUGMSGTL(("rec:log","Processor Usage ttoc = %p\n", ttoc));
DEBUGMSGTL(("rec:log","Processor Usage toc_sz = %ld\n", toc_sz));
if ((rc = rec_api4_field(s_ams_rec_handle,
max_toc_sz,
ttoc)) != RECORDER_OK) {
DEBUGMSGTL(("rec:rec_log_error","Proc Usage register descriptor failed %d\n",
rc));
return;
}
toc_sz = toc_sz - max_toc_sz;
ttoc = (void *)ttoc + max_toc_sz;
}
if ((rc = rec_api4_field(s_ams_rec_handle, toc_sz, ttoc))
!= RECORDER_OK) {
DEBUGMSGTL(("rec:rec_log_error","Proc Usage register descriptor failed %d\n", rc));
return;
}
free(toc);
if (!proc_usage_reinit)
switch (log_interval) {
case 0:
rec_log_proc_usage(0, &cpucount);
break;
case 1:
snmp_alarm_register(60, SA_REPEAT, &rec_log_proc_usage, &cpucount);
break;
case 2:
snmp_alarm_register(600, SA_REPEAT, &rec_log_proc_usage, &cpucount);
break;
case 3:
snmp_alarm_register(3600, SA_REPEAT, &rec_log_proc_usage, &cpucount);
break;
}
else
proc_usage_reinit = 0;
return;
}
static int log_buffer_contents_rec(char *msg) {
int i = 0;
int rc = 0;
int num_descript = 0;
size_t toc_sz = 0;
size_t blob_sz = 0;
char* blob;
RECORDER_API4_RECORD *toc;
if (NULL != msg) {
if (!rec_init()) {
return -1;
}
if ((rc = doCodeDescriptor(s_ams_rec_handle,
s_ams_rec_class,
REC_CODE_AMS_OS_CRASH,
0,
REC_SEV_CRIT,
REC_BINARY_DATA,
REC_VIS_CUSTOMER,
REC_CODE_AMS_OS_CRASH_STR)) != RECORDER_OK) {
DEBUGMSGTL(("rec:rec_kdump","KDump register descriptor failed %d\n", rc));
return -1;
}
/* TODO: Since I'm collapsing all of the kdump data into a
* single field, do I have to do this?
*/
num_descript = sizeof(fld)/sizeof(field);
DEBUGMSGTL(("rec:log","Kdump num_descript = %d\n", num_descript));
if ((toc_sz = sizeof(RECORDER_API4_RECORD) * num_descript)
> RECORDER_MAX_BLOB_SIZE) {
DEBUGMSGTL(("rec:log", "KDump descriptor too large %ld\n", toc_sz));
return -1;
}
DEBUGMSGTL(("rec:log", "Kdump toc_sz = %ld\n", toc_sz));
if ((toc = malloc(toc_sz)) == NULL) {
DEBUGMSGTL(("rec:log","KDump unable to malloc %ld bytes\n", toc_sz));
return -1;
}
memset(toc, 0, toc_sz);
/* now setup field descriptor */
for (i = 0; i < num_descript; i++) {
toc[i].flags = REC_FLAGS_API4 | REC_FLAGS_DESC_FIELD;
toc[i].classs = s_ams_rec_class;
toc[i].code = REC_CODE_AMS_OS_CRASH;
toc[i].field = i;
toc[i].severity_type = REC_DESC_SEVERITY_CRITICAL | fld[i].tp;
toc[i].format = fld[i].sz;
toc[i].visibility = REC_DESC_VISIBILITY_CUSTOMER;
strncpy(toc[i].desc, fld[i].nm, strlen(fld[i].nm));
DEBUGMSGTL(("rec:log", "toc[i] = %p\n", &toc[i]));
dump_chunk("rec:rec_log", "descriptor", (const u_char*)&toc[i], 96);
}
dump_chunk("rec:rec_log", "toc", (const u_char*)toc, toc_sz);
if ((rc = rec_api4_field(s_ams_rec_handle, toc_sz, toc))
!= RECORDER_OK) {
DEBUGMSGTL(("rec:log", "KDump register descriptor failed %d\n", rc));
free(toc);
return -1;
}
free(toc);
blob_sz = RECORDER_MAX_BLOB_SIZE;
if ((blob = malloc(blob_sz)) == NULL) {
DEBUGMSGTL(("rec:log", "KDump unable to malloc() %ld blob\n", blob_sz));
return -1;
}
memset(blob, 0, blob_sz);
strncpy(blob, msg, blob_sz);
blob_sz = strlen(blob);
if ((rc = rec_api6(s_ams_rec_handle, (const char*)blob, blob_sz))
!= RECORDER_OK) {
DEBUGMSGTL(("rec:log", "KDump log to recorder data failed (%d)\n", rc));
free(blob);
return -1;
}
DEBUGMSGTL(("rec:log", "Logged record for code %d\n", REC_CODE_AMS_OS_CRASH));
free(blob);
return 0;
}
/* msg was NULL */
return -1;
}
