/**
* Validate timestamps of a service s
*/
static void check_timestamp(Service_T s) {
Timestamp_T t;
time_t now;
ASSERT(s && s->timestamplist);
if ((int)time(&now) == -1) {
Event_post(s, Event_Data, STATE_FAILED, s->action_DATA, "can't obtain actual system time");
return;
} else
Event_post(s, Event_Data, STATE_SUCCEEDED, s->action_DATA, "actual system time obtained");
for (t = s->timestamplist; t; t = t->next) {
if (t->test_changes) {
/* if we are testing for changes only, the value is variable */
if (t->timestamp != s->inf->timestamp) {
/* reset expected value for next cycle */
t->timestamp = s->inf->timestamp;
Event_post(s, Event_Timestamp, STATE_CHANGED, t->action, "timestamp was changed for %s", s->path);
} else {
DEBUG("'%s' timestamp was not changed for %s\n", s->name, s->path);
Event_post(s, Event_Timestamp, STATE_CHANGEDNOT, t->action, "timestamp was not changed for %s", s->path);
}
break;
} else {
/* we are testing constant value for failed or succeeded state */
if (Util_evalQExpression(t->operator, (int)(now - s->inf->timestamp), t->time))
Event_post(s, Event_Timestamp, STATE_FAILED, t->action, "timestamp test failed for %s", s->path);
else {
DEBUG("'%s' timestamp test succeeded for %s\n", s->name, s->path);
Event_post(s, Event_Timestamp, STATE_SUCCEEDED, t->action, "timestamp succeeded");
}
}
}
}
/**
* Check that the server returns a valid HTTP response as well as checksum
* or content regex if required
* @param s A socket
* @return TRUE if the response is valid otherwise FALSE
*/
static int check_request(Socket_T socket, Port_T P) {
int status, content_length = -1;
char buf[LINE_SIZE];
if (! socket_readln(socket, buf, LINE_SIZE)) {
socket_setError(socket, "HTTP: Error receiving data -- %s", STRERROR);
return FALSE;
}
Str_chomp(buf);
if (! sscanf(buf, "%*s %d", &status)) {
socket_setError(socket, "HTTP error: Cannot parse HTTP status in response: %s", buf);
return FALSE;
}
if (! Util_evalQExpression(P->operator, status, P->status)) {
socket_setError(socket, "HTTP error: Server returned status %d", status);
return FALSE;
}
/* Get Content-Length header value */
while (socket_readln(socket, buf, LINE_SIZE)) {
if ((buf[0] == '\r' && buf[1] == '\n') || (buf[0] == '\n'))
break;
Str_chomp(buf);
if (Str_startsWith(buf, "Content-Length")) {
if (! sscanf(buf, "%*s%*[: ]%d", &content_length)) {
socket_setError(socket, "HTTP error: Parsing Content-Length response header '%s'", buf);
return FALSE;
}
if (content_length < 0) {
socket_setError(socket, "HTTP error: Illegal Content-Length response header '%s'", buf);
return FALSE;
}
}
}
if (P->url_request && P->url_request->regex && ! do_regex(socket, content_length, P->url_request))
return FALSE;
if (P->request_checksum)
return check_request_checksum(socket, content_length, P->request_checksum, P->request_hashtype);
return TRUE;
}
/**
* Test size
*/
static void check_size(Service_T s) {
Size_T sl;
ASSERT(s && s->sizelist);
for (sl = s->sizelist; sl; sl = sl->next) {
/* if we are testing for changes only, the value is variable */
if (sl->test_changes) {
if (!sl->test_changes_ok) {
/* the size was not initialized during monit start, so set the size now
* and allow further size change testing */
sl->test_changes_ok = TRUE;
sl->size = s->inf->priv.file.st_size;
} else {
if (sl->size != s->inf->priv.file.st_size) {
Event_post(s, Event_Size, STATE_CHANGED, sl->action, "size was changed for %s", s->path);
/* reset expected value for next cycle */
sl->size = s->inf->priv.file.st_size;
} else {
DEBUG("'%s' size has not changed [current size=%llu B]\n", s->name, s->inf->priv.file.st_size);
Event_post(s, Event_Size, STATE_CHANGEDNOT, sl->action, "size was not changed", s->path);
}
}
break;
}
/* we are testing constant value for failed or succeeded state */
if (Util_evalQExpression(sl->operator, s->inf->priv.file.st_size, sl->size))
Event_post(s, Event_Size, STATE_FAILED, sl->action, "size test failed for %s -- current size is %llu B", s->path, s->inf->priv.file.st_size);
else {
DEBUG("'%s' file size check succeeded [current size=%llu B]\n", s->name, s->inf->priv.file.st_size);
Event_post(s, Event_Size, STATE_SUCCEEDED, sl->action, "size succeeded");
}
}
}
/**
* Extract the Scoreboard line from the mod_status response.
* Count the active apache child processes, and those which are
* in other states. If each percentage exceeds the corresponding
* limit, then return FALSE.
* @param s A socket
* @param limit The maximum percentage of logging processes
* @return TRUE if logging is OK otherwise FALSE
*/
static int check_apache_stat(Socket_T socket) {
int scored = 0;
int errors = 0;
char line[READ_SIZE];
char search_string[READ_SIZE + 1];
int loglimit= 0;
int closelimit= 0;
int dnslimit= 0;
int keepalivelimit= 0;
int replylimit= 0;
int requestlimit= 0;
int startlimit= 0;
int waitlimit= 0;
int gracefullimit= 0;
int cleanuplimit= 0;
int no_logging = 0;
int no_close = 0;
int no_dns = 0;
int no_keepalive = 0;
int no_reply = 0;
int no_request = 0;
int no_start = 0;
int no_wait = 0;
int no_graceful = 0;
int no_cleanup = 0;
int active_servers = 0;
char *p;
Port_T myPort= (Port_T)socket_get_Port(socket);
ASSERT(myPort);
loglimit= myPort->ApacheStatus.loglimit;
closelimit= myPort->ApacheStatus.closelimit;
dnslimit= myPort->ApacheStatus.dnslimit;
keepalivelimit= myPort->ApacheStatus.keepalivelimit;
replylimit= myPort->ApacheStatus.replylimit;
requestlimit= myPort->ApacheStatus.requestlimit;
startlimit= myPort->ApacheStatus.startlimit;
waitlimit= myPort->ApacheStatus.waitlimit;
gracefullimit= myPort->ApacheStatus.gracefullimit;
cleanuplimit= myPort->ApacheStatus.cleanuplimit;
while(NULL != socket_readln(socket, line, READ_SIZE)) {
if(Str_startsWith(line, "Scoreboard")) {
if(1 != sscanf(line, "%*s%*[: ]%1024s", search_string)) {
Str_chomp(line);
socket_setError(socket, "APACHE-STATUS error: parsing Apache status response '%s'\n",
line);
return FALSE;
} else {
scored = 1;
}
}
}
DEBUG("Scoreboard: %s\n", search_string);
/* Check that some scoreboard line was found, if not return an error */
if(!scored){
socket_setError(socket, "APACHE-STATUS error: no scoreboard line returned by Apache\n");
return FALSE;
}
/* Total each of the status messages in the scoreboard */
for(p = search_string ; *p ; p++){
active_servers++;
switch(*p){
case 'S':
no_start++;
break;
case 'R':
no_request++;
break;
case 'W':
no_reply++;
break;
case 'K':
no_keepalive++;
break;
case 'D':
no_dns++;
break;
case 'C':
no_close++;
break;
case 'L':
no_logging++;
break;
case 'G':
no_graceful++;
break;
case 'I':
no_cleanup++;
break;
case '_':
no_wait++;
break;
case '.':
active_servers--;
break;
}
}
if(active_servers <= 0){
socket_setError(socket, "APACHE-STATUS warning: No idle server or threads found\n");
/* This is not really an error, only a very bussy server */
return TRUE;
}
/*
* Conditions are only tested if the limit parameter is greater than zero.
*/
if(loglimit > 0){
if(Util_evalQExpression(myPort->ApacheStatus.loglimitOP,
(100 * no_logging / active_servers), loglimit)) {
socket_setError(socket, "APACHE-STATUS error:"
" %i percent of Apache processes are logging\n", loglimit);
errors++;
}
}
if(startlimit > 0){
if(Util_evalQExpression(myPort->ApacheStatus.startlimitOP,
(100 * no_start / active_servers), startlimit)) {
socket_setError(socket, "APACHE-STATUS error:"
" %i percent of Apache processes are starting\n", startlimit);
errors++;
}
}
if(requestlimit > 0){
if(Util_evalQExpression(myPort->ApacheStatus.requestlimitOP,
(100 * no_request / active_servers), requestlimit)) {
socket_setError(socket, "APACHE-STATUS error:"
" %i percent of Apache processes are reading requests\n",
requestlimit);
errors++;
}
}
if(replylimit > 0 ){
if(Util_evalQExpression(myPort->ApacheStatus.replylimitOP,
(100 * no_reply / active_servers), replylimit)) {
socket_setError(socket, "APACHE-STATUS error:"
" %i percent of Apache processes are sending a reply\n", replylimit);
errors++;
}
}
if(keepalivelimit > 0){
if(Util_evalQExpression(myPort->ApacheStatus.keepalivelimitOP,
(100 * no_keepalive / active_servers), keepalivelimit)) {
socket_setError(socket, "APACHE-STATUS error:"
" %i percent of Apache processes are in keepalive\n", keepalivelimit);
errors++;
}
}
if(dnslimit > 0){
if(Util_evalQExpression(myPort->ApacheStatus.dnslimitOP,
(100 * no_dns / active_servers), dnslimit)) {
socket_setError(socket, "APACHE-STATUS error:"
" %i percent of Apache processes are waiting for DNS\n", dnslimit);
errors++;
}
}
if(closelimit > 0){
if(Util_evalQExpression(myPort->ApacheStatus.closelimitOP,
(100 * no_close / active_servers), closelimit)){
socket_setError(socket, "APACHE-STATUS error:"
" %i percent of Apache processes are closing connections\n",
closelimit);
errors++;
}
}
if(gracefullimit > 0){
if(Util_evalQExpression(myPort->ApacheStatus.gracefullimitOP,
(100 * no_graceful / active_servers), gracefullimit)) {
socket_setError(socket, "APACHE-STATUS error:"
" %i percent of Apache processes are finishing gracefully\n",
gracefullimit);
errors++;
}
}
if(cleanuplimit > 0){
if(Util_evalQExpression(myPort->ApacheStatus.cleanuplimitOP,
(100 * no_cleanup / active_servers), cleanuplimit)) {
socket_setError(socket, "APACHE-STATUS error:"
" %i percent of Apache processes are in idle cleanup\n",
cleanuplimit);
errors++;
}
}
if(waitlimit > 0){
if(Util_evalQExpression(myPort->ApacheStatus.waitlimitOP,
(100 * no_wait / active_servers), waitlimit)) {
socket_setError(socket, "APACHE-STATUS error:"
" %i percent of Apache processes are waiting for a connection\n",
waitlimit);
errors++;
}
}
return (errors==0);
}
static int parse_scoreboard(Socket_T socket, char *scoreboard) {
int logging = 0, close = 0, dns = 0, keepalive = 0, reply = 0, request = 0, start = 0, wait = 0, graceful = 0, cleanup = 0, open = 0;
for (char *state = scoreboard; *state; state++) {
switch (*state) {
case 'S':
start++;
break;
case 'R':
request++;
break;
case 'W':
reply++;
break;
case 'K':
keepalive++;
break;
case 'D':
dns++;
break;
case 'C':
close++;
break;
case 'L':
logging++;
break;
case 'G':
graceful++;
break;
case 'I':
cleanup++;
break;
case '_':
wait++;
break;
case '.':
open++;
break;
}
}
int total = logging + close + dns + keepalive + reply + request + start + wait + graceful + cleanup + open;
if (! total)
return TRUE; // Idle server
int errors = 0;
Port_T p = socket_get_Port(socket);
ASSERT(p);
//FIXME: socket_setError overrides previous => either stop on first error, or append errors and set error at the end (convert error buffer to stringbuffer?)
if (p->ApacheStatus.loglimit > 0 && Util_evalQExpression(p->ApacheStatus.loglimitOP, (100 * logging / total), p->ApacheStatus.loglimit)) {
socket_setError(socket, "APACHE-STATUS: error -- %d percent of processes are logging", 100 * logging / total);
errors++;
}
if (p->ApacheStatus.startlimit > 0 && Util_evalQExpression(p->ApacheStatus.startlimitOP, (100 * start / total), p->ApacheStatus.startlimit)) {
socket_setError(socket, "APACHE-STATUS: error -- %d percent of processes are starting", 100 * start / total);
errors++;
}
if (p->ApacheStatus.requestlimit > 0 && Util_evalQExpression(p->ApacheStatus.requestlimitOP, (100 * request / total), p->ApacheStatus.requestlimit)) {
socket_setError(socket, "APACHE-STATUS: error -- %d percent of processes are reading requests", 100 * request / total);
errors++;
}
if (p->ApacheStatus.replylimit > 0 && Util_evalQExpression(p->ApacheStatus.replylimitOP, (100 * reply / total), p->ApacheStatus.replylimit)) {
socket_setError(socket, "APACHE-STATUS: error -- %d percent of processes are sending a reply", 100 * reply / total);
errors++;
}
if (p->ApacheStatus.keepalivelimit > 0 && Util_evalQExpression(p->ApacheStatus.keepalivelimitOP, (100 * keepalive / total), p->ApacheStatus.keepalivelimit)) {
socket_setError(socket, "APACHE-STATUS: error -- %d percent of processes are in keepalive", 100 * keepalive / total);
errors++;
}
if (p->ApacheStatus.dnslimit > 0 && Util_evalQExpression(p->ApacheStatus.dnslimitOP, (100 * dns / total), p->ApacheStatus.dnslimit)) {
socket_setError(socket, "APACHE-STATUS: error -- %d percent of processes are waiting for DNS", 100 * dns / total);
errors++;
}
if (p->ApacheStatus.closelimit > 0 && Util_evalQExpression(p->ApacheStatus.closelimitOP, (100 * close / total), p->ApacheStatus.closelimit)) {
socket_setError(socket, "APACHE-STATUS: error -- %d percent of processes are closing connections", 100 * close / total);
errors++;
}
if (p->ApacheStatus.gracefullimit > 0 && Util_evalQExpression(p->ApacheStatus.gracefullimitOP, (100 * graceful / total), p->ApacheStatus.gracefullimit)) {
socket_setError(socket, "APACHE-STATUS: error -- %d percent of processes are finishing gracefully", 100 * graceful / total);
errors++;
}
if (p->ApacheStatus.cleanuplimit > 0 && Util_evalQExpression(p->ApacheStatus.cleanuplimitOP, (100 * cleanup / total), p->ApacheStatus.cleanuplimit)) {
socket_setError(socket, "APACHE-STATUS: error -- %d percent of processes are in idle cleanup", 100 * cleanup / total);
errors++;
}
if (p->ApacheStatus.waitlimit > 0 && Util_evalQExpression(p->ApacheStatus.waitlimitOP, (100 * wait / total), p->ApacheStatus.waitlimit)) {
socket_setError(socket, "APACHE-STATUS: error -- %d percent of processes are waiting for a connection", 100 * wait / total);
errors++;
}
return (errors == 0);
}
/**
* Check process resources
*/
static void check_process_resources(Service_T s, Resource_T r) {
int okay = TRUE;
char report[STRLEN]={0};
ASSERT(s && r);
switch(r->resource_id) {
case RESOURCE_ID_CPU_PERCENT:
if (s->monitor == MONITOR_INIT || s->inf->priv.process.cpu_percent < 0) {
DEBUG("'%s' cpu usage check skipped (initializing)\n", s->name);
} else if (Util_evalQExpression(r->operator, s->inf->priv.process.cpu_percent, r->limit)) {
snprintf(report, STRLEN, "cpu usage of %.1f%% matches resource limit [cpu usage%s%.1f%%]", s->inf->priv.process.cpu_percent/10.0, operatorshortnames[r->operator], r->limit/10.0);
okay = FALSE;
} else
snprintf(report, STRLEN, "'%s' cpu usage check succeeded [current cpu usage=%.1f%%]", s->name, s->inf->priv.process.cpu_percent/10.0);
break;
case RESOURCE_ID_TOTAL_CPU_PERCENT:
if (s->monitor == MONITOR_INIT || s->inf->priv.process.total_cpu_percent < 0) {
DEBUG("'%s' total cpu usage check skipped (initializing)\n", s->name);
} else if (Util_evalQExpression(r->operator, s->inf->priv.process.total_cpu_percent, r->limit)) {
snprintf(report, STRLEN, "total cpu usage of %.1f%% matches resource limit [cpu usage%s%.1f%%]", s->inf->priv.process.total_cpu_percent/10.0, operatorshortnames[r->operator], r->limit/10.0);
okay = FALSE;
} else
snprintf(report, STRLEN, "'%s' total cpu usage check succeeded [current cpu usage=%.1f%%]", s->name, s->inf->priv.process.total_cpu_percent/10.0);
break;
case RESOURCE_ID_CPUUSER:
if (s->monitor == MONITOR_INIT || systeminfo.total_cpu_user_percent < 0) {
DEBUG("'%s' cpu user usage check skipped (initializing)\n", s->name);
} else if (Util_evalQExpression(r->operator, systeminfo.total_cpu_user_percent, r->limit)) {
snprintf(report, STRLEN, "cpu user usage of %.1f%% matches resource limit [cpu user usage%s%.1f%%]", systeminfo.total_cpu_user_percent/10.0, operatorshortnames[r->operator], r->limit/10.0);
okay = FALSE;
} else
snprintf(report, STRLEN, "'%s' cpu user usage check succeeded [current cpu user usage=%.1f%%]", s->name, systeminfo.total_cpu_user_percent/10.0);
break;
case RESOURCE_ID_CPUSYSTEM:
if (s->monitor == MONITOR_INIT || systeminfo.total_cpu_syst_percent < 0) {
DEBUG("'%s' cpu system usage check skipped (initializing)\n", s->name);
} else if (Util_evalQExpression(r->operator, systeminfo.total_cpu_syst_percent, r->limit)) {
snprintf(report, STRLEN, "cpu system usage of %.1f%% matches resource limit [cpu system usage%s%.1f%%]", systeminfo.total_cpu_syst_percent/10.0, operatorshortnames[r->operator], r->limit/10.0);
okay = FALSE;
} else
snprintf(report, STRLEN, "'%s' cpu system usage check succeeded [current cpu system usage=%.1f%%]", s->name, systeminfo.total_cpu_syst_percent/10.0);
break;
case RESOURCE_ID_CPUWAIT:
if (s->monitor == MONITOR_INIT || systeminfo.total_cpu_wait_percent < 0) {
DEBUG("'%s' cpu wait usage check skipped (initializing)\n", s->name);
} else if (Util_evalQExpression(r->operator, systeminfo.total_cpu_wait_percent, r->limit)) {
snprintf(report, STRLEN, "cpu wait usage of %.1f%% matches resource limit [cpu wait usage%s%.1f%%]", systeminfo.total_cpu_wait_percent/10.0, operatorshortnames[r->operator], r->limit/10.0);
okay = FALSE;
} else
snprintf(report, STRLEN, "'%s' cpu wait usage check succeeded [current cpu wait usage=%.1f%%]", s->name, systeminfo.total_cpu_wait_percent/10.0);
break;
case RESOURCE_ID_MEM_PERCENT:
if (s->type == TYPE_SYSTEM) {
if (Util_evalQExpression(r->operator, systeminfo.total_mem_percent, r->limit)) {
snprintf(report, STRLEN, "mem usage of %.1f%% matches resource limit [mem usage%s%.1f%%]", systeminfo.total_mem_percent/10.0, operatorshortnames[r->operator], r->limit/10.0);
okay = FALSE;
} else
snprintf(report, STRLEN, "'%s' mem usage check succeeded [current mem usage=%.1f%%]", s->name, systeminfo.total_mem_percent/10.0);
} else {
if (Util_evalQExpression(r->operator, s->inf->priv.process.mem_percent, r->limit)) {
snprintf(report, STRLEN, "mem usage of %.1f%% matches resource limit [mem usage%s%.1f%%]", s->inf->priv.process.mem_percent/10.0, operatorshortnames[r->operator], r->limit/10.0);
okay = FALSE;
} else
snprintf(report, STRLEN, "'%s' mem usage check succeeded [current mem usage=%.1f%%]", s->name, s->inf->priv.process.mem_percent/10.0);
}
break;
case RESOURCE_ID_MEM_KBYTE:
if (s->type == TYPE_SYSTEM) {
if (Util_evalQExpression(r->operator, systeminfo.total_mem_kbyte, r->limit)) {
snprintf(report, STRLEN, "mem amount of %ldkB matches resource limit [mem amount%s%ldkB]", systeminfo.total_mem_kbyte, operatorshortnames[r->operator], r->limit);
okay = FALSE;
} else
snprintf(report, STRLEN, "'%s' mem amount check succeeded [current mem amount=%ldkB]", s->name, systeminfo.total_mem_kbyte);
} else {
if (Util_evalQExpression(r->operator, s->inf->priv.process.mem_kbyte, r->limit)) {
snprintf(report, STRLEN, "mem amount of %ldkB matches resource limit [mem amount%s%ldkB]", s->inf->priv.process.mem_kbyte, operatorshortnames[r->operator], r->limit);
okay = FALSE;
} else
snprintf(report, STRLEN, "'%s' mem amount check succeeded [current mem amount=%ldkB]", s->name, s->inf->priv.process.mem_kbyte);
}
break;
case RESOURCE_ID_SWAP_PERCENT:
if (s->type == TYPE_SYSTEM) {
if (Util_evalQExpression(r->operator, systeminfo.total_swap_percent, r->limit)) {
snprintf(report, STRLEN, "swap usage of %.1f%% matches resource limit [swap usage%s%.1f%%]", systeminfo.total_swap_percent/10.0, operatorshortnames[r->operator], r->limit/10.0);
okay = FALSE;
} else
snprintf(report, STRLEN, "'%s' swap usage check succeeded [current swap usage=%.1f%%]", s->name, systeminfo.total_swap_percent/10.0);
}
break;
case RESOURCE_ID_SWAP_KBYTE:
if (s->type == TYPE_SYSTEM) {
if (Util_evalQExpression(r->operator, systeminfo.total_swap_kbyte, r->limit)) {
snprintf(report, STRLEN, "swap amount of %ldkB matches resource limit [swap amount%s%ldkB]", systeminfo.total_swap_kbyte, operatorshortnames[r->operator], r->limit);
okay = FALSE;
} else
snprintf(report, STRLEN, "'%s' swap amount check succeeded [current swap amount=%ldkB]", s->name, systeminfo.total_swap_kbyte);
}
break;
case RESOURCE_ID_LOAD1:
if (Util_evalQExpression(r->operator, (int)(systeminfo.loadavg[0]*10.0), r->limit)) {
snprintf(report, STRLEN, "loadavg(1min) of %.1f matches resource limit [loadavg(1min)%s%.1f]", systeminfo.loadavg[0], operatorshortnames[r->operator], r->limit/10.0);
okay = FALSE;
} else
snprintf(report, STRLEN, "'%s' loadavg(1min) check succeeded [current loadavg(1min)=%.1f]", s->name, systeminfo.loadavg[0]);
break;
case RESOURCE_ID_LOAD5:
if (Util_evalQExpression(r->operator, (int)(systeminfo.loadavg[1]*10.0), r->limit)) {
snprintf(report, STRLEN, "loadavg(5min) of %.1f matches resource limit [loadavg(5min)%s%.1f]", systeminfo.loadavg[1], operatorshortnames[r->operator], r->limit/10.0);
okay = FALSE;
} else
snprintf(report, STRLEN, "'%s' loadavg(5min) check succeeded [current loadavg(5min)=%.1f]", s->name, systeminfo.loadavg[1]);
break;
case RESOURCE_ID_LOAD15:
if (Util_evalQExpression(r->operator, (int)(systeminfo.loadavg[2]*10.0), r->limit)) {
snprintf(report, STRLEN, "loadavg(15min) of %.1f matches resource limit [loadavg(15min)%s%.1f]", systeminfo.loadavg[2], operatorshortnames[r->operator], r->limit/10.0);
okay = FALSE;
} else
snprintf(report, STRLEN, "'%s' loadavg(15min) check succeeded [current loadavg(15min)=%.1f]", s->name, systeminfo.loadavg[2]);
break;
case RESOURCE_ID_CHILDREN:
if (Util_evalQExpression(r->operator, s->inf->priv.process.children, r->limit)) {
snprintf(report, STRLEN, "children of %i matches resource limit [children%s%ld]", s->inf->priv.process.children, operatorshortnames[r->operator], r->limit);
okay = FALSE;
} else
snprintf(report, STRLEN, "'%s' children check succeeded [current children=%i]", s->name, s->inf->priv.process.children);
break;
case RESOURCE_ID_TOTAL_MEM_KBYTE:
if (Util_evalQExpression(r->operator, s->inf->priv.process.total_mem_kbyte, r->limit)) {
snprintf(report, STRLEN, "total mem amount of %ldkB matches resource limit [total mem amount%s%ldkB]", s->inf->priv.process.total_mem_kbyte, operatorshortnames[r->operator], r->limit);
okay = FALSE;
} else
snprintf(report, STRLEN, "'%s' total mem amount check succeeded [current total mem amount=%ldkB]", s->name, s->inf->priv.process.total_mem_kbyte);
break;
case RESOURCE_ID_TOTAL_MEM_PERCENT:
if (Util_evalQExpression(r->operator, s->inf->priv.process.total_mem_percent, r->limit)) {
snprintf(report, STRLEN, "total mem amount of %.1f%% matches resource limit [total mem amount%s%.1f%%]", (float)s->inf->priv.process.total_mem_percent/10.0, operatorshortnames[r->operator], (float)r->limit/10.0);
okay = FALSE;
} else
snprintf(report, STRLEN, "'%s' total mem amount check succeeded [current total mem amount=%.1f%%]", s->name, s->inf->priv.process.total_mem_percent/10.0);
break;
default:
LogError("'%s' error -- unknown resource ID: [%d]\n", s->name, r->resource_id);
return;
}
if (! okay)
Event_post(s, Event_Resource, STATE_FAILED, r->action, "%s", report);
else {
Event_post(s, Event_Resource, STATE_SUCCEEDED, r->action, "%s", report);
if (*report)
DEBUG("%s\n", report);
}
}
