char *print_tcp_descriptor (char *desc, int prov, int num)
{
nstat_tcp_descriptor *ntd = (nstat_tcp_descriptor *) desc;
#if 0
int i = 0;
fprintf(stderr, "\nDESC:\n 0: ");
for (i = 0; i < 160; i++)
{
unsigned char *debug = (char *) ntd;
fprintf (stderr, "%x ", debug[i]);
if (i %16 == 15) { fprintf(stderr, "\n%d: ", i+1);}
}
#endif
int ipv6 = 0;
char localAddrPrint[40];
char remoteAddrPrint[40];
const char *localPrint, *remotePrint;
unsigned short localPort, remotePort;
char timeBuf[30];
time_t now;
struct tm *n;
char *returned = (char *) malloc(1024);
returned[0] ='\0'; // Dont need AF_ because we have this already in the address, right?
time(&now);
n = localtime(&now);
strftime(timeBuf, 29, "%H:%M:%S", n);
//sprintf(timeBuf, "%d......", num);
sprintf (returned + strlen(returned), "%-8s ", timeBuf);
// This was changed in ML - this might change again..
char *pname;
int pid;
switch (g_OsVer)
{
case 7:
pid = ntd->pid;
pname = (char *)&ntd->pname;
break;
case 8: case 9:
pid = ((nstat_tcp_descriptor_10_8 *) ntd)->pid;
pname = ((nstat_tcp_descriptor_10_8 *) ntd)->pname;
break;
case 10:
pid = ((nstat_tcp_descriptor_10_10 *) ntd)->pid;
pname = ((nstat_tcp_descriptor_10_10 *) ntd)->pname;
break;
default:
// When we get to 10.11, we'll deal with it.. for now , stay silent
pname = NULL;
pid = -1;
break;
}
sprintf(returned + strlen(returned), "%6d\t", pid);
if (pname[0]) { sprintf(returned + strlen(returned), "%-16s\t", pname );}
else { sprintf(returned + strlen(returned), " \t");}
// sprintf(returned+strlen(returned), "%d\t", ntd->sndbufused);
if (ntd->local.v4.sin_family == AF_INET6) {
//printf("IPv6\t");
ipv6++; }
if (!ipv6)
{
localPort = ntohs(ntd->local.v4.sin_port);
remotePort = ntohs(ntd->remote.v4.sin_port);
}
else {
localPort = ntohs(ntd->local.v6.sin6_port);
remotePort = ntohs(ntd->remote.v6.sin6_port);
}
if (ntd->remote.v6.sin6_family == AF_INET6) {
localPrint = inet_ntop(ntd->local.v6.sin6_family,&(ntd->local.v6.sin6_addr), localAddrPrint, 40);
remotePrint = inet_ntop(ntd->remote.v6.sin6_family,&(ntd->remote.v6.sin6_addr), remoteAddrPrint, 40);
}
if (ntd->remote.v4.sin_family == AF_INET) {
localPrint = inet_ntop(ntd->local.v4.sin_family,&(ntd->local.v4.sin_addr), localAddrPrint, 40);
remotePrint = inet_ntop(ntd->remote.v4.sin_family,&(ntd->remote.v4.sin_addr), remoteAddrPrint, 40);
}
if (remoteAddrPrint)
{
sprintf (remoteAddrPrint + strlen(remoteAddrPrint),":%-5hu", (unsigned short) remotePort);
}
else sprintf (remoteAddrPrint, "*.*");
if (localAddrPrint) {
sprintf (localAddrPrint + strlen(localAddrPrint),":%-5hu", (unsigned short) localPort);
if (remotePort == 0)
{
sprintf(returned + strlen(returned),"%-21s\t*.* \t ", localAddrPrint);
}
else
sprintf(returned + strlen(returned), "%-21s\t%-25s\t", localAddrPrint, remoteAddrPrint);
}
sprintf(returned + strlen(returned), "%d\t%-10s\t", ntd->ifindex, stateToText(ntd->state));
if (wantPackets)
sprintf(returned+strlen(returned), "%lld\t%lld", descriptorCounts[num].nstat_rxpackets, descriptorCounts[num].nstat_txpackets);
else
sprintf(returned+strlen(returned), "%lld\t%lld", descriptorCounts[num].nstat_rxbytes, descriptorCounts[num].nstat_txbytes);
if ( strstr(returned, "CLOSED") && strstr(returned,"("))
{
refreshSrc(prov,num);
}
return (returned);
}
char *
print_tcp_descriptor (char *desc, int prov, int num)
{
nstat_tcp_descriptor *ntd = (nstat_tcp_descriptor *) desc;
int ipv6 = 0;
char localAddrPrint[40];
char remoteAddrPrint[40];
const char *localPrint, *remotePrint;
unsigned short localPort, remotePort;
char timeBuf[30];
time_t now;
struct tm *n;
char *returned = (char *) malloc(1024);
returned[0] ='\0'; // Dont need AF_ because we have this already in the address, right?
time(&now);
n = localtime(&now);
strftime(timeBuf, 29, "%H:%M:%S", n);
//sprintf(timeBuf, "%d......", num);
sprintf (returned + strlen(returned), "%-8s ", timeBuf);
// sprintf(returned+strlen(returned), "%d\t", ntd->sndbufused);
if (ntd->local.v4.sin_family == AF_INET6) {
//printf("IPv6\t");
ipv6++; }
if (!ipv6)
{
localPort = ntohs(ntd->local.v4.sin_port);
remotePort = ntohs(ntd->remote.v4.sin_port);
}
else {
localPort = ntohs(ntd->local.v6.sin6_port);
remotePort = ntohs(ntd->remote.v6.sin6_port);
}
if (ntd->remote.v6.sin6_family == AF_INET6) {
localPrint = inet_ntop(ntd->local.v6.sin6_family,&(ntd->local.v6.sin6_addr), localAddrPrint, 40);
remotePrint = inet_ntop(ntd->remote.v6.sin6_family,&(ntd->remote.v6.sin6_addr), remoteAddrPrint, 40);
}
if (ntd->remote.v4.sin_family == AF_INET) {
localPrint = inet_ntop(ntd->local.v4.sin_family,&(ntd->local.v4.sin_addr), localAddrPrint, 40);
remotePrint = inet_ntop(ntd->remote.v4.sin_family,&(ntd->remote.v4.sin_addr), remoteAddrPrint, 40);
}
if (remoteAddrPrint)
{
sprintf (remoteAddrPrint + strlen(remoteAddrPrint),":%-5hu", (unsigned short) remotePort);
}
else sprintf (remoteAddrPrint, "*.*");
if (localAddrPrint) {
sprintf (localAddrPrint + strlen(localAddrPrint),":%-5hu", (unsigned short) localPort);
if (remotePort == 0)
{
sprintf(returned + strlen(returned),"%-21s\t*.* \t ", localAddrPrint);
}
else
sprintf(returned + strlen(returned), "%-21s\t%-25s\t", localAddrPrint, remoteAddrPrint);
}
sprintf(returned + strlen(returned), "%d\t%-10s\t", ntd->ifindex, stateToText(ntd->state));
sprintf(returned + strlen(returned), "%-5d ", ntd->pid);
if (ntd->pname[0]) { sprintf(returned + strlen(returned), "(%s)", ntd->pname );}
else { sprintf(returned + strlen(returned), " ");}
if ( strstr(returned, "CLOSED") && strstr(returned,"("))
{
refreshSrc(prov,num);
}
return (returned);
}
