void check_load_stats(int conn, int warn, int crit, char *param) {
char *p, *v;
int rc=0;
struct xmltree *response;
int value=-1;
sendreq(conn, "<lo>-1</lo>");
response=xmlparsefd(conn);
if (!strcmp(param, "1"))
v=xmlvalue(response, "isr/LOAD/one");
else if (!strcmp(param, "5"))
v=xmlvalue(response, "isr/LOAD/fv");
else if (!strcmp(param, "15"))
v=xmlvalue(response, "isr/LOAD/ff");
if (v!=NULL)
value=atoi(v);
if (value==-1) { rc=3; }
else if (crit>0 && value>crit) { rc=2; }
else if (crit<0 && value<-crit) { rc=2; }
else if (warn>0 && value>warn) { rc=1; }
else if (warn<0 && value<-warn) { rc=1; }
addcheckresult(rc, 'l', param, value, warn, crit, 0, -1);
xmlfreetree(response);
}
void check_cpu_stats(int conn, int warn, int crit, char *param) {
char *p, *v;
int rc=0;
struct xmltree *response;
int total=0;
char buf[]="isr/CPU/c/.";
sendreq(conn, "<c>-1</c>");
response=xmlparsefd(conn);
total=0;
for (p=param; *p; p++) {
buf[sizeof buf - 2]=*p;
if ((v=xmlvalue(response, buf))==NULL) {
addcheckresult(3, 'c', p, 0, warn, crit, 0, 100);
return;
}
total+=atoi(v);
}
if (crit>0 && total>crit) { rc=2; }
else if (crit<0 && total<-crit) { rc=2; }
else if (warn>0 && total>warn) { rc=1; }
else if (warn<0 && total<-warn) { rc=1; }
addcheckresult(rc, 'c', param, total, warn, crit, 0, 100);
xmlfreetree(response);
}
void check_memory_stats(int conn, int warn, int crit, char *param) {
int rc=0;
struct xmltree *response;
int total=0, temp;
char buf[80], parmbuf[80], *p, *r;
sendreq(conn, "<m>-1</m>");
response=xmlparsefd(conn);
strcpy(parmbuf, param);
p=strtok(parmbuf, ",");
while (p) {
strcpy(buf, "isr/MEM/");
strcat(buf, p);
if ((r=xmlvalue(response, buf))==NULL) {
addcheckresult(3, 'm', p, 0, warn, crit, 0, -1);
return;
}
temp=atoi(r);
total+=temp;
p=strtok(NULL, ",");
}
if (crit>0 && total>crit) { rc=2; }
else if (crit<0 && total<-crit) { rc=2; }
else if (warn>0 && total>warn) { rc=1; }
else if (warn<0 && total<-warn) { rc=1; }
addcheckresult(rc, 'm', param, total, warn, crit, 0, 100);
xmlfreetree(response);
}
char const * xmlselect (NODE * node, char const * element, char const * attribute)
{
node = xmlelement (node, element);
if ((attribute) && (* attribute))
{
node = xmlattribute (node, attribute);
node = xmlvalue (node);
}
else
{
node = xmlcontent (node);
}
return (node? node->text: "");
}
void check_uptime(int conn, int warn, int crit) {
char *p, *v;
int rc=0;
struct xmltree *response;
int value=-1;
sendreq(conn, "<u></u>");
response=xmlparsefd(conn);
v=xmlvalue(response, "isr/UPT/u");
if (v!=NULL)
value=atoi(v);
if (value==-1) { rc=3; }
else if (crit>0 && value>crit) { rc=2; }
else if (crit<0 && value<-crit) { rc=2; }
else if (warn>0 && value>warn) { rc=1; }
else if (warn<0 && value<-warn) { rc=1; }
addcheckresult(rc, 'u', "", value, warn, crit, 0, -1);
xmlfreetree(response);
}
