bool test_host_resolver::TestResolveIPs::operator()()
{
host_resolver IP1("192.168.0.1");
if (IP1.get_host().to_string() != "192.168.0.1")
return false;
host_resolver IP2("255.255.255.255");
if (IP2.get_host().to_string() != "255.255.255.255")
return false;
host_resolver IP3("0.0.0.0");
if (IP3.get_host().to_string() != "0.0.0.0")
return false;
return true;
}
/* main():
* The equivalent of the MONCMD server built into uMon...
* Blocks on port 777 waiting for an incoming message, then
* responds with "thanks".
*/
int
main(int argc, char *argv[])
{
int rc = 0;
unetStart();
cmdInit();
mon_printf("%s: MONCMD server using uMon's ethernet API...\n",
argv[0]);
/* This loop processes incoming UDP and incoming serial port
* (console) activity... Terminate on reception of ctrl-c
* (0x03) from console.
*/
while(1) {
if (mon_gotachar()) {
int c = mon_getchar();
if (c == 0x03) {
mon_printf("\n<ctrl-c>\n");
break;
}
else
processChar(c);
}
/* Set up the server to receive packets on any port...
* Then after udpRecvFrom returns, use the value of u.dport
* to determine which port the packet came in on.
*/
udpInfo.dport = ANY_UDP_PORT;
udpInfo.packet = (char *)unetPacket;
udpInfo.plen = sizeof(unetPacket);
/* Check for an incoming packet. This does not block. It will
* return negative if there is an error, zero of there is no packet
* pending; else some positive number representing the incoming
* packet size.
*/
rc = udpRecvFrom(&udpInfo);
if (rc > 0) {
if (udpInfo.dport == 777) {
udp_umoncmd((char *)udpInfo.udata);
}
else {
mon_printf("\nUDP rcv'd on port %d, from %d.%d.%d.%d:%d ...\n",
udpInfo.dport,
IP1(udpInfo.sip.s_addr), IP2(udpInfo.sip.s_addr),
IP3(udpInfo.sip.s_addr), IP4(udpInfo.sip.s_addr),
udpInfo.sport);
mon_printmem((char *)udpInfo.udata,rc,1);
}
}
else if (rc < 0) {
unetError("recv",rc,UNETACT_ALL);
}
}
unetStop();
return(0);
}
void FC_handle_message( sys_scatter *scat )
{
int16 *cur_fc_buf;
packet_header *pack_ptr;
proc dummy_proc;
int my_index;
int16 temp_window,temp_personal_window;
configuration *Cn;
Cn = Conf_ref();
pack_ptr = (packet_header *)scat->elements[0].buf;
if ( ! Conf_get_dangerous_monitor_state() ) {
Alarm( FLOW_CONTROL, "FC_handle_message: Request to change flow control from (%d.%d.%d.%d) denied. Monitor in safe mode\n", IP1(pack_ptr->proc_id), IP2(pack_ptr->proc_id), IP3(pack_ptr->proc_id), IP4(pack_ptr->proc_id) );
return;
}
if( ! ( pack_ptr->memb_id.proc_id == 15051963 && Conf_id_in_conf( Cn, pack_ptr->proc_id ) != -1 ) )
{
Alarm( FLOW_CONTROL,
"FC_handle_message: Illegal monitor request\n");
return;
}
cur_fc_buf = (int16 *)scat->elements[1].buf;
my_index = Conf_proc_by_id( Conf_my().id, &dummy_proc );
if( Same_endian( pack_ptr->type ) ) {
temp_window = cur_fc_buf[Conf_num_procs( Cn )];
temp_personal_window = cur_fc_buf[my_index];
}else{
temp_window = Flip_int16( cur_fc_buf[Conf_num_procs( Cn )] );
temp_personal_window = Flip_int16( cur_fc_buf[my_index] );
}
if( temp_window != -1 ) Window = temp_window;
if( temp_personal_window != -1 ) Personal_window = temp_personal_window;
GlobalStatus.window = Window;
GlobalStatus.personal_window = Personal_window;
Alarm( FLOW_CONTROL,
"FC_handle_message: Got monitor mess, Window %d Personal %d\n",
Window, Personal_window );
}