BOOL CtronEtherIndexs(char *server, int port, char *community, int rdelay,
int timeout, char *cpath, CString &strBuffer)
{
int s;
struct sockaddr_in serv;
int nEther = 0;
int nEthers[256] = {0};
struct oid nEtherDs[256];
int nIfIndex[256] = {0};
char IfDescr[256][64] = {0};
BOOL bResult = TRUE;
int i = 0;
struct oid *poid = NULL, *proid = NULL;
struct snval *psnval = NULL;
strBuffer = _T("");
if(MakeSocket(server, port, s, serv) < 0)
{
return FALSE;
}
poid = (struct oid *)malloc(sizeof(struct oid));
proid = (struct oid *)malloc(sizeof(struct oid));
psnval = (struct snval *)malloc(sizeof(struct snval));
if(poid == NULL || proid == NULL || psnval == NULL)
{
bResult = FALSE;
goto err;
}
memcpy(poid, ðerStatsTable, sizeof(struct oid));
memset(proid, 0, sizeof(struct oid));
memset(psnval, 0, sizeof(struct snval));
// Get Rmon Index
while(SN_NEXT_VALUE(s, serv, community, 1, poid, proid, psnval) == 0)
{
if(compare_oid(*proid, etherStatsIndex) || psnval->sv_type != ASN1_INT)
{
break;
}
nEthers[nEther ++] = psnval->sv_val.sv_int;
if(nEther >= 256)
{
break;
}
memcpy(poid, proid, sizeof(struct oid));
memset(proid, 0, sizeof(struct oid));
memset(psnval, 0, sizeof(struct snval));
}
if(nEther == 0)
{
bResult = FALSE;
goto err;
}
// Get Rmon Data Source
for(i = 0;i < nEther;i ++)
{
struct oid ds = etherStatsDataSource;
ds.id[ds.len ++] = nEthers[i];
memset(psnval, 0, sizeof(struct snval));
if(SN_VALUE(s, serv, community, 1, &ds, psnval) < 0)
{
bResult = FALSE;
goto err;
}
if(psnval->sv_type != ASN1_OBJID)
{
bResult = FALSE;
goto err;
}
nEtherDs[i] = psnval->sv_val.sv_oid;
}
// Get Interface Index
for(i = 0;i < nEther;i ++)
{
memset(psnval, 0, sizeof(struct snval));
if(SN_VALUE(s, serv, community, 1, &nEtherDs[i], psnval) < 0)
{
bResult = FALSE;
goto err;
}
if(psnval->sv_type != ASN1_INT)
{
bResult = FALSE;
goto err;
}
nIfIndex[i] = psnval->sv_val.sv_int;
}
// Get Interface Description
for(i = 0;i < nEther;i ++)
{
struct oid descr = ifDescr;
descr.id[descr.len ++] = nIfIndex[i];
memset(psnval, 0, sizeof(struct snval));
if(SN_VALUE(s, serv, community, 1, &descr, psnval) < 0)
{
bResult = FALSE;
goto err;
}
if(psnval->sv_type != ASN1_OCTSTR)
{
bResult = FALSE;
goto err;
}
strncpy(IfDescr[i], psnval->sv_val.sv_str.sv_str, psnval->sv_val.sv_str.sv_len);
}
// Organize Output
for(i = 0;i < nEther;i ++)
{
char szBuffer[1024] = {0};
sprintf(szBuffer, "%s%d###%s###$$$", szBuffer, nEthers[i], IfDescr[i]);
strBuffer += szBuffer;
}
err:
if(poid) { free(poid); poid = NULL; }
if(proid) { free(proid); proid = NULL; }
if(psnval) { free(psnval); psnval = NULL; }
return bResult;
}
BOOL SNMP_MONITOR(char *server, int port, char *object, char *community, int timeout,
int retrydelay, char *match, char *custpath, char *szReturn)
{
int s, ret = 0;
struct sockaddr_in serv;
if((ret = MakeSocket(server, port, s, serv)) < 0)
{
if(ret == -1)
sprintf(szReturn, "error=%s", FuncGetStringFromIDS("<%IDS_SNMP_1%>")); // <%IDS_SNMP_1%>
else if(ret == -2)
sprintf(szReturn, "error=%s", FuncGetStringFromIDS("<%IDS_SNMP_2%>")); // <%IDS_SNMP_2%>
else
sprintf(szReturn, "error=%s", FuncGetStringFromIDS("<%IDS_SNMP_3%>")); // <%IDS_SNMP_3%>
return FALSE;
}
struct oid *oidp = VerifyObject(object);
if(!oidp)
{
sprintf(szReturn, "error=%s", FuncGetStringFromIDS("<%IDS_SNMP_4%>")); // <%IDS_SNMP_4%>
return FALSE;
}
struct snval snval;
if((ret = SN_VALUE(s, serv, community, 1, oidp, &snval)) < 0)
{
if(ret == -1)
sprintf(szReturn, "error=%s", FuncGetStringFromIDS("<%IDS_SNMP_5%>")); // <%IDS_SNMP_5%>
else if(ret == -2)
sprintf(szReturn, "error=%s", FuncGetStringFromIDS("<%IDS_SNMP_6%>")); // <%IDS_SNMP_6%>
else if(ret == -3)
sprintf(szReturn, "error=%s", FuncGetStringFromIDS("<%IDS_SNMP_7%>")); // <%IDS_SNMP_7%>
else if(ret == -4)
sprintf(szReturn, "error=%s", FuncGetStringFromIDS("<%IDS_SNMP_8%>")); // <%IDS_SNMP_8%>
else if(ret == -5)
sprintf(szReturn, "error=%s", FuncGetStringFromIDS("<%IDS_SNMP_9%>")); // <%IDS_SNMP_9%>
else if(ret == -6)
sprintf(szReturn, "error=%s", FuncGetStringFromIDS("<%IDS_SNMP_10%>")); // <%IDS_SNMP_10%>
else if(ret == -7)
sprintf(szReturn, "error=%s", FuncGetStringFromIDS("<%IDS_SNMP_11%>")); // <%IDS_SNMP_11%>
else if(ret == -8)
sprintf(szReturn, "error=%s", FuncGetStringFromIDS("<%IDS_SNMP_12%>")); // <%IDS_SNMP_12%>
else
sprintf(szReturn, "error=%s", FuncGetStringFromIDS("<%IDS_SNMP_13%>")); // <%IDS_SNMP_13%>
if(oidp) free(oidp);
return FALSE;
}
int i = 0;
switch(snval.sv_type)
{
case ASN1_INT:
switch(oidp->type)
{
case DFF1_IFTYPE:
{
char *iftype = NULL;
iftype = snval.sv_val.sv_int == 1 ? "other" :
snval.sv_val.sv_int == 2 ? "regular1822" :
snval.sv_val.sv_int == 3 ? "hdh1822":
snval.sv_val.sv_int == 4 ? "ddn-x25":
snval.sv_val.sv_int == 5 ? "rfc877-x25":
snval.sv_val.sv_int == 6 ? "ethernet-csmacd":
snval.sv_val.sv_int == 7 ? "iso88023-csmacd":
snval.sv_val.sv_int == 8 ? "iso88024-tokenBus":
snval.sv_val.sv_int == 9 ? "iso88025-tokenRing":
snval.sv_val.sv_int == 10 ? "iso88026-man":
snval.sv_val.sv_int == 11? "starLan":
snval.sv_val.sv_int == 12 ? "proteon-10Mbit":
snval.sv_val.sv_int == 13 ? "proteon-80Mbit":
snval.sv_val.sv_int == 14 ? "hyperchannel":
snval.sv_val.sv_int == 15 ? "fddi":
snval.sv_val.sv_int == 16 ? "lapb":
snval.sv_val.sv_int == 17 ? "sdlc":
snval.sv_val.sv_int == 18 ? "ds1":
snval.sv_val.sv_int == 19 ? "e1":
snval.sv_val.sv_int == 20 ? "basicISDN":
snval.sv_val.sv_int == 21 ? "primaryISDN":
snval.sv_val.sv_int == 22 ? "propPointToPointSerial":
snval.sv_val.sv_int == 23 ? "ppp":
snval.sv_val.sv_int == 24 ? "softwareLoopback":
snval.sv_val.sv_int == 25 ? "eon":
snval.sv_val.sv_int == 26 ? "ethernet-3Mbit":
snval.sv_val.sv_int == 27 ? "nsip":
snval.sv_val.sv_int == 28 ? "slip":
snval.sv_val.sv_int == 29 ? "ultra":
snval.sv_val.sv_int == 30 ? "ds3":
snval.sv_val.sv_int == 31 ? "sip":
snval.sv_val.sv_int == 32 ? "frame-relay": "unknown";
//sprintf(szReturn, "%s=%s###%ld$", oidp->name, iftype, snval.sv_val.sv_int);
sprintf(szReturn, "value=%ld$", snval.sv_val.sv_int);
}
break;
case DFF1_ADMINSTATUS:
{
char *adminstatus = NULL;
adminstatus = snval.sv_val.sv_int == 1 ? "up" :
snval.sv_val.sv_int == 2 ? "down" :
snval.sv_val.sv_int == 3 ? "testing" : "unknown";
//sprintf(szReturn, "%s=%s###%ld$", oidp->name, adminstatus, snval.sv_val.sv_int);
sprintf(szReturn, "value=%ld$", snval.sv_val.sv_int);
}
break;
case DFF1_OPERSTATUS:
{
char *operstatus = NULL;
operstatus = snval.sv_val.sv_int == 1 ? "up" :
snval.sv_val.sv_int == 2 ? "down" :
snval.sv_val.sv_int == 3 ? "testing" : "unknown";
//sprintf(szReturn, "%s=%s###%ld$", oidp->name, operstatus, snval.sv_val.sv_int);
sprintf(szReturn, "value=%ld$", snval.sv_val.sv_int);
}
break;
case DFF1_IPFORWARDING:
{
char *forward = NULL;
forward = snval.sv_val.sv_int == 1 ? "forwarding" :
snval.sv_val.sv_int == 2 ? "not-forwarding" : "unknown";
//sprintf(szReturn, "%s=%s###%ld$", oidp->name, forward, snval.sv_val.sv_int);
sprintf(szReturn, "value=%ld$", snval.sv_val.sv_int);
}
break;
case DFF1_IPROUTETYPE:
{
char *routetype = NULL;
routetype = snval.sv_val.sv_int == 1 ? "other" :
snval.sv_val.sv_int == 2 ? "invalid" :
snval.sv_val.sv_int == 3 ? "direct" :
snval.sv_val.sv_int == 4 ? "indirect" : "unknown";
//sprintf(szReturn, "%s=%s###%ld$", oidp->name, routetype, snval.sv_val.sv_int);
sprintf(szReturn, "value=%ld$", snval.sv_val.sv_int);
}
break;
case DFF1_IPROUTEPROTO:
{
char *routeproto = NULL;
routeproto = snval.sv_val.sv_int == 1 ? "other" :
snval.sv_val.sv_int == 2 ? "local" :
snval.sv_val.sv_int == 3 ? "netmgmt" :
snval.sv_val.sv_int == 4 ? "icmp" :
snval.sv_val.sv_int == 5 ? "egp" :
snval.sv_val.sv_int == 6 ? "ggp" :
snval.sv_val.sv_int == 7 ? "hello" :
snval.sv_val.sv_int == 8 ? "rip" :
snval.sv_val.sv_int == 9 ? "is-is" :
snval.sv_val.sv_int == 10 ? "es-is" :
snval.sv_val.sv_int == 11 ? "ciscoIgrp" :
snval.sv_val.sv_int == 12 ? "bbnSpfIgp" :
snval.sv_val.sv_int == 13 ? "ospf" :
snval.sv_val.sv_int == 14 ? "bgp" : "unknown";
//sprintf(szReturn, "%s=%s###%ld$", oidp->name, routeproto, snval.sv_val.sv_int);
sprintf(szReturn, "value=%ld$", snval.sv_val.sv_int);
}
break;
case DFF1_NETTOMEDIATYPE:
{
char *nettomediatype = NULL;
nettomediatype = snval.sv_val.sv_int == 1 ? "other" :
snval.sv_val.sv_int == 2 ? "invalid" :
snval.sv_val.sv_int == 3 ? "dynamic" :
snval.sv_val.sv_int == 4 ? "static" : "unknown";
//sprintf(szReturn, "%s=%s###%ld$", oidp->name, nettomediatype, snval.sv_val.sv_int);
sprintf(szReturn, "value=%ld$", snval.sv_val.sv_int);
}
break;
case DFF1_TCPRTOALGORITH:
{
char *rtoalgorithm = NULL;
rtoalgorithm = snval.sv_val.sv_int == 1 ? "other" :
snval.sv_val.sv_int == 2 ? "constant" :
snval.sv_val.sv_int == 3 ? "rsre" :
snval.sv_val.sv_int == 4 ? "vanj" : "unknown";
//sprintf(szReturn, "%s=%s###%ld$", oidp->name, rtoalgorithm, snval.sv_val.sv_int);
sprintf(szReturn, "value=%ld$", snval.sv_val.sv_int);
}
break;
case DFF1_TCPCONNSTATE:
{
char *connstate = NULL;
connstate = snval.sv_val.sv_int == 1 ? "closed" :
snval.sv_val.sv_int == 2 ? "listen" :
snval.sv_val.sv_int == 3 ? "synSent" :
snval.sv_val.sv_int == 4 ? "synReceived" :
snval.sv_val.sv_int == 5 ? "established" :
snval.sv_val.sv_int == 6 ? "finWait1" :
snval.sv_val.sv_int == 7 ? "finWait2" :
snval.sv_val.sv_int == 8 ? "closeWait" :
snval.sv_val.sv_int == 9 ? "lastAck" :
snval.sv_val.sv_int == 10 ? "closing" :
snval.sv_val.sv_int == 11 ? "timeWait" :
snval.sv_val.sv_int == 12 ? "deleteTCB" : "unknown";
//sprintf(szReturn, "%s=%s###%ld$", oidp->name, connstate, snval.sv_val.sv_int);
sprintf(szReturn, "value=%ld$", snval.sv_val.sv_int);
}
break;
case DFF1_EGPNEIGHSTATE:
{
char *neighstate = NULL;
neighstate = snval.sv_val.sv_int == 1 ? "idle" :
snval.sv_val.sv_int == 2 ? "acquisition" :
snval.sv_val.sv_int == 3 ? "down" :
snval.sv_val.sv_int == 4 ? "up" :
snval.sv_val.sv_int == 5 ? "cease" : "unknown";
//sprintf(szReturn, "%s=%s###%ld$", oidp->name, neighstate, snval.sv_val.sv_int);
sprintf(szReturn, "value=%ld$", snval.sv_val.sv_int);
}
break;
case DFF1_EGPNEIGHMODE:
{
char *neighmode = NULL;
neighmode = snval.sv_val.sv_int == 1 ? "avtive" :
snval.sv_val.sv_int == 2 ? "passive" : "unknown";
//sprintf(szReturn, "%s=%s###%ld$", oidp->name, neighmode, snval.sv_val.sv_int);
sprintf(szReturn, "value=%ld$", snval.sv_val.sv_int);
}
break;
case DFF1_EGPNEIGHEVENTT:
{
char *neigheventtrigger = NULL;
neigheventtrigger = snval.sv_val.sv_int == 1 ? "start" :
snval.sv_val.sv_int == 2 ? "stop" : "unknown";
//sprintf(szReturn, "%s=%s###%ld$", oidp->name, neigheventtrigger, snval.sv_val.sv_int);
sprintf(szReturn, "value=%ld$", snval.sv_val.sv_int);
}
break;
case DFF1_SNMPENABLETRAP:
{
char *enableauthentraps = NULL;
enableauthentraps = snval.sv_val.sv_int == 1 ? "enabled" :
snval.sv_val.sv_int == 2 ? "disabled" : "unknown";
//sprintf(szReturn, "%s=%s###%ld$", oidp->name, enableauthentraps, snval.sv_val.sv_int);
sprintf(szReturn, "value=%ld$", snval.sv_val.sv_int);
}
break;
default:
//sprintf(szReturn, "%s=%ld$", oidp->name, snval.sv_val.sv_int);
sprintf(szReturn, "value=%ld$", snval.sv_val.sv_int);
break;
}
if(oidp) free(oidp);
return TRUE;
case ASN1_COUNTER:
case ASN1_GAUGE:
//sprintf(szReturn, "%s=%ld$", oidp->name, snval.sv_val.sv_int);
sprintf(szReturn, "value=%u$", snval.sv_val.sv_int);
if(oidp) free(oidp);
return TRUE;
case ASN1_TIMETICKS:
{
int days = 0, hours = 0, minutes = 0, secs = 0, psecs = 0;
days = snval.sv_val.sv_int / (24 * 3600 * 100);
hours = (snval.sv_val.sv_int % (24 * 3600 * 100)) / (3600 * 100);
minutes = ((snval.sv_val.sv_int % (24 * 3600 * 100)) % (3600 * 100)) / (60 * 100);
secs = (((snval.sv_val.sv_int % (24 * 3600 * 100)) % (3600 * 100)) % (60 * 100)) / 100;
psecs = (((snval.sv_val.sv_int % (24 * 3600 * 100)) % (3600 * 100)) % (60 * 100)) % 100;
//if(days)
// sprintf(szReturn, "%s=%d days, %d:%d:%d.%d###%ld$", oidp->name, days, hours, minutes, secs, psecs, snval.sv_val.sv_int);
//else
// sprintf(szReturn, "%s=%d:%d:%d.%d###%ld$", oidp->name, hours, minutes, secs, psecs, snval.sv_val.sv_int);
sprintf(szReturn, "value=%u$", snval.sv_val.sv_int);
if(oidp) free(oidp);
return TRUE;
}
case ASN1_OCTSTR:
//if(!compare_oid(*oidp, interfaces_ifPhysAddress) || !compare_oid(*oidp, at_atPhysAddress))
if(oidp->type == DFF1_PHYSADDR && snval.sv_val.sv_str.sv_len == 6)
//sprintf(szReturn, "%s=%x-%x-%x-%x-%x-%x$", oidp->name,
// *snval.sv_val.sv_str.sv_str & 0xFF,
// *(snval.sv_val.sv_str.sv_str + 1) & 0xFF,
// *(snval.sv_val.sv_str.sv_str + 2) & 0xFF,
// *(snval.sv_val.sv_str.sv_str + 3) & 0xFF,
// *(snval.sv_val.sv_str.sv_str + 4) & 0xFF,
// *(snval.sv_val.sv_str.sv_str + 5) & 0xFF);
sprintf(szReturn, "value=%x-%x-%x-%x-%x-%x$",
*snval.sv_val.sv_str.sv_str & 0xFF,
*(snval.sv_val.sv_str.sv_str + 1) & 0xFF,
*(snval.sv_val.sv_str.sv_str + 2) & 0xFF,
*(snval.sv_val.sv_str.sv_str + 3) & 0xFF,
*(snval.sv_val.sv_str.sv_str + 4) & 0xFF,
*(snval.sv_val.sv_str.sv_str + 5) & 0xFF);
else
{
//sprintf(szReturn, "%s=", oidp->name);
//strncat(szReturn, snval.sv_val.sv_str.sv_str, snval.sv_val.sv_str.sv_len);
//strncat(szReturn, "$", 1);
sprintf(szReturn, "value=", oidp->name);
strncat(szReturn, snval.sv_val.sv_str.sv_str, snval.sv_val.sv_str.sv_len);
strncat(szReturn, "$", 1);
}
if(oidp) free(oidp);
return TRUE;
case ASN1_NULL:
//sprintf(szReturn, "%s=%s$", oidp->name, "");
sprintf(szReturn, "value=%s$", "");
if(oidp) free(oidp);
return TRUE;
case ASN1_OBJID:
//sprintf(szReturn, "%s=", oidp->name);
sprintf(szReturn, "%s=", "value");
if(snval.sv_val.sv_oid.len <= 3)
sprintf(szReturn, "%s$", szReturn);
else
while(i < snval.sv_val.sv_oid.len)
{
if(i == 0)
sprintf(szReturn, "%s1.3.", szReturn);
else if(i == snval.sv_val.sv_oid.len - 1)
sprintf(szReturn, "%s%d$", szReturn, snval.sv_val.sv_oid.id[i]);
else
sprintf(szReturn, "%s%d.", szReturn, snval.sv_val.sv_oid.id[i]);
i ++;
}
if(oidp) free(oidp);
return TRUE;
case ASN1_IPADDR:
//sprintf(szReturn, "%s=%d.%d.%d.%d$", oidp->name,
// (u_char)*snval.sv_val.sv_ipaddr,
// (u_char)*(snval.sv_val.sv_ipaddr + 1),
// (u_char)*(snval.sv_val.sv_ipaddr + 2),
// (u_char)*(snval.sv_val.sv_ipaddr + 3));
sprintf(szReturn, "value=%d.%d.%d.%d$",
(u_char)*snval.sv_val.sv_ipaddr,
(u_char)*(snval.sv_val.sv_ipaddr + 1),
(u_char)*(snval.sv_val.sv_ipaddr + 2),
(u_char)*(snval.sv_val.sv_ipaddr + 3));
if(oidp) free(oidp);
return TRUE;
default:
sprintf(szReturn, "error=%s", FuncGetStringFromIDS("<%IDS_SNMP_14%>")); // <%IDS_SNMP_14%>
if(oidp) free(oidp);
return FALSE;
}
return TRUE;
}
