static int
StrToPortRange(const char *str, u_short *low, u_short *high, const char *proto)
{
char *minus;
int res;
minus = strchr(str, '-');
if (minus)
*minus = '\0'; /* Cheat the const-ness ! */
res = StrToPort(str, low, proto);
if (minus)
*minus = '-'; /* Cheat the const-ness ! */
if (res == 0) {
if (minus)
res = StrToPort(minus + 1, high, proto);
else
*high = *low;
}
return res;
}
//短信唤醒并发送注册命令
void SmsWakeup(void)
{
static BYTE i,loc;
i = 0;
while(i<SmsLength)
{
if (SmsContent[i] == ',')
{
break;
}
i++;
}
if (i>=SmsLength)
{
goto Fail;
}
mset(IpAddrStr,0,16);
mset(PortStr,0,6);
mcpy(IpAddrStr,&SmsContent[3],i-3); // Server Ip Address
if (!CheckValidIpAddr())
{
goto Fail;
}
if (!StrToIpAdd((BYTE*)&SysParam[SP_SERVERIP]))
{
goto Fail;
}
loc = i;
mcpy(PortStr,&SmsContent[loc+1],SmsLength-loc-1); // Server Port
if (!CheckValidPort())
{
goto Fail;
}
if (!StrToPort((BYTE*)&SysParam[SP_SERVERPORT]))
{
goto Fail;
}
SaveSysParam();
NeedConnSrv = 1;
return;
Fail:
NeedConnSrv = 0;
mcpy(&SmsContent[SmsLength],"(Fail)\r\n",8);
SmsLength += 8;
if (SysParam[SP_MODTYPE] == GSM_MG323)
{
Send_Pdu_SMS();
}
else if (SysParam[SP_MODTYPE] == CDMA_MC323)
{
Send_Txt_SMS(SmsNumber, SmsContent);
}
}
static void ParseOption (const char* option, const char* parms)
{
int i;
struct OptionInfo* info;
int yesNoValue;
int aliasValue;
int numValue;
u_short uNumValue;
const char* strValue;
struct in_addr addrValue;
int max;
char* end;
CODE* fac_record = NULL;
/*
* Find option from table.
*/
max = sizeof (optionTable) / sizeof (struct OptionInfo);
for (i = 0, info = optionTable; i < max; i++, info++) {
if (!strcmp (info->name, option))
break;
if (info->shortName)
if (!strcmp (info->shortName, option))
break;
}
if (i >= max) {
warnx ("unknown option %s", option);
Usage ();
}
uNumValue = 0;
yesNoValue = 0;
numValue = 0;
strValue = NULL;
/*
* Check parameters.
*/
switch (info->parm) {
case YesNo:
if (!parms)
parms = "yes";
if (!strcmp (parms, "yes"))
yesNoValue = 1;
else
if (!strcmp (parms, "no"))
yesNoValue = 0;
else
errx (1, "%s needs yes/no parameter", option);
break;
case Service:
if (!parms)
errx (1, "%s needs service name or "
"port number parameter",
option);
uNumValue = StrToPort (parms, "divert");
break;
case Numeric:
if (parms)
numValue = strtol (parms, &end, 10);
else
end = NULL;
if (end == parms)
errx (1, "%s needs numeric parameter", option);
break;
case String:
strValue = parms;
if (!strValue)
errx (1, "%s needs parameter", option);
break;
case None:
if (parms)
errx (1, "%s does not take parameters", option);
break;
case Address:
if (!parms)
errx (1, "%s needs address/host parameter", option);
StrToAddr (parms, &addrValue);
break;
}
switch (info->type) {
case PacketAliasOption:
aliasValue = yesNoValue ? info->packetAliasOpt : 0;
PacketAliasSetMode (aliasValue, info->packetAliasOpt);
break;
case Verbose:
verbose = yesNoValue;
break;
case DynamicMode:
dynamicMode = yesNoValue;
break;
case InPort:
inPort = uNumValue;
break;
case OutPort:
outPort = uNumValue;
break;
case Port:
inOutPort = uNumValue;
break;
case AliasAddress:
memcpy (&aliasAddr, &addrValue, sizeof (struct in_addr));
break;
case TargetAddress:
PacketAliasSetTarget(addrValue);
break;
case RedirectPort:
SetupPortRedirect (strValue);
break;
case RedirectProto:
SetupProtoRedirect(strValue);
break;
case RedirectAddress:
SetupAddressRedirect (strValue);
break;
case ProxyRule:
PacketAliasProxyRule (strValue);
break;
case InterfaceName:
if (ifName)
free (ifName);
ifName = strdup (strValue);
break;
case ConfigFile:
ReadConfigFile (strValue);
break;
case LogDenied:
logDropped = 1;
break;
case LogFacility:
fac_record = facilitynames;
while (fac_record->c_name != NULL) {
if (!strcmp (fac_record->c_name, strValue)) {
logFacility = fac_record->c_val;
break;
}
else
fac_record++;
}
if(fac_record->c_name == NULL)
errx(1, "Unknown log facility name: %s", strValue);
break;
case PunchFW:
SetupPunchFW(strValue);
break;
}
}
