void QGenieSmartnetworkThread::doCmdTMOption( const QStringList &reqlist, QStringList &retlist)
{
retlist.clear();
if(reqlist.count()<1)
{
retlist<<QString::number(FE_LACK_PARAMETER)<<"lack parameters";
return;
}
int iret;
QString sret;
bool btemp;
const QDomNode &node=doFunc(reqlist[0],"DeviceConfig","GetTrafficMeterEnabled"
,&iret,&sret);
if(iret !=0)
{
retlist<<QString::number(iret)<<sret<<"when get enable state";
return;
}
QDomElement elem=node.firstChild().toElement();
if((elem.attribute("NewTrafficMeterEnable").toInt(&btemp)==1)
&&btemp)
{
const QDomNode node1=doFunc(reqlist[0],"DeviceConfig","GetTrafficMeterOptions"
,&iret,&sret);
elem=node1.firstChild().toElement();
if(iret !=0)
{
retlist<<QString::number(iret)<<sret;
return;
}
const char *cTMParas[]=
{
"NewControlOption"
,"NewMonthlyLimit"
,"RestartHour"
,"RestartMinute"
,"RestartDay"
};
retlist<<"000"<<"1";
for(int i=0;i<sizeof(cTMParas)/sizeof(cTMParas[0]);i++)
{
retlist<<elem.attribute(cTMParas[i]);
}
}
else
{
retlist<<"000"<<"0";
}
}
void QGenieSmartnetworkThread::doCmdTMStatistics( const QStringList &reqlist, QStringList &retlist)
{
retlist.clear();
if(reqlist.count()<1)
{
retlist<<QString::number(FE_LACK_PARAMETER)<<"lack parameters";
return;
}
int iret;
QString sret;
const QDomNode &node=doFunc(reqlist[0],"DeviceConfig","GetTrafficMeterStatistics"
,&iret,&sret);
if(iret!=0)
{
retlist<<QString::number(iret)<<sret;
return;
}
QDomElement elem=node.firstChild().toElement();
retlist<<"000";
const char *cTMParas[]=
{
"NewTodayConnectionTime","NewTodayUpload","NewTodayDownload",
"NewYesterdayConnectionTime","NewYesterdayUpload","NewYesterdayDownload",
"NewWeekConnectionTime","NewWeekUpload","NewWeekDownload",
"NewMonthConnectionTime","NewMonthUpload","NewMonthDownload",
"NewLastMonthConnectionTime","NewLastMonthUpload","NewLastMonthDownload"
};
for(int i=0;i<sizeof(cTMParas)/sizeof(cTMParas[0]);i++)
{
retlist<< elem.attribute(cTMParas[i]) ;
}
}
void QGenieSmartnetworkThread::doCmdFirmware(const QStringList &reqlist, QStringList &retlist)
{
retlist.clear();
if(reqlist.count()<1)
{
retlist<<QString::number(FE_LACK_PARAMETER)<<"lack parameters";
return;
}
int iret;
QString sret;
const QDomNode &node=doFunc(reqlist[0],"DeviceInfo","GetInfo"
,&iret,&sret);
if(iret!=0)
{
retlist<<QString::number(iret)<<sret;
return;
}
QDomElement elem=node.firstChild().toElement();
retlist<<"000";
retlist<< elem.attribute("Firmwareversion") ;
const QDomNode node1=doFunc(reqlist[0],"WLANConfiguration","Is5GSupported"
,&iret,&sret);
if(!iret)
{
retlist.clear();
retlist<<QString::number(iret)<<sret;
return;
}
elem=node1.firstChild().toElement();
QString _5GState="0";
bool btemp1;
int is5GSupported=elem.attribute("New5GSupported").toInt(&btemp1);
if(btemp1 && (is5GSupported==1))
{
const quint32 wireless5G=(1<<0);
const quint32 gacc5G=(1<<1);
_5GState=QString::number(wireless5G|gacc5G);
}
retlist<<_5GState ;
}
void QGenieSmartnetworkThread::doCmdGet5GGaccInfo(const QStringList &reqlist, QStringList &retlist)
{
retlist.clear();
if(reqlist.count()<1)
{
retlist<<QString::number(FE_LACK_PARAMETER)<<"lack parameter";
return;
}
// QMap<QString,QString> paras;
int iret;
QString sret;
const QDomNode node=doFunc(reqlist[0],"WLANConfiguration","Get5GGuestAccessEnabled"
,&iret,&sret);
QDomElement elem=node.firstChild().toElement();
if(iret !=0)
{
retlist<<QString::number(iret)<<sret;
return;
}
QString senabled=elem.attribute("NewGuestAccessEnabled");
const QDomNode &node1=doFunc(reqlist[0],"WLANConfiguration","Get5GGuestAccessNetworkInfo"
,&iret,&sret);
if(iret !=0)
{
retlist<<QString::number(iret)<<sret;
return;
}
elem=node1.firstChild().toElement();
retlist<<"000"<<senabled;
const char *cParas[]={
"NewSSID"
,"NewSecurityMode"
,"NewKey"
};
for(int i=0;i<sizeof(cParas)/sizeof(cParas[0]);i++)
{
retlist<<elem.attribute(cParas[i]);
}
}
void descendAndDo(DIR *dir, char *fromDirName, char *toDirName, char *baseSrcName,
char *baseFromName, char *baseToName, int allowAppend,
char *archiveExtension, int doFunc()) {
struct dirent *dp;
char fromName[MAXPATHLEN];
char toName[MAXPATHLEN];
struct stat st;
while ((dp = readdir(dir)) != NULL) {
sprintf(fromName,"%s/%s",fromDirName,dp->d_name);
sprintf(toName,"%s/%s",toDirName,dp->d_name);
if (strcmp(dp->d_name,".") && strcmp(dp->d_name,"..")) {
stat(fromName,&st);
if (st.st_mode & S_IFDIR) {
DIR *childdir;
//printf(" is a directory\n");
if ((childdir = opendir(fromName)) == NULL) {
fprintf(stderr,"Error: Couldn't open directory %s\n",fromName);
exit(1);
}
if (!doFunc(fromName,toName,baseSrcName,baseToName,
allowAppend,archiveExtension)) {
fprintf(stderr,"Error: Failed executing doFunc\n");
exit(1);
}
/* Recurse here */
descendAndDo(childdir,fromName,toName,baseSrcName,baseFromName,
baseToName,allowAppend,archiveExtension,doFunc);
} else {
if (!doFunc(fromName,toName,baseSrcName,baseToName,
allowAppend,archiveExtension)) {
fprintf(stderr,"Error: Failed executing doFunc\n");
exit(1);
}
}
}
}
(void)closedir(dir);
}
void QGenieSmartnetworkThread::doCmdTMSetEnable( const QStringList &reqlist, QStringList &retlist)
{
retlist.clear();
if(reqlist.count()<2)
{
retlist<<QString::number(FE_LACK_PARAMETER)<<"lack parameters";
return;
}
int iret;
QString sret;
QMap<QString,QString> paras;
paras.insert("NewTrafficMeterEnable",reqlist[1]);
doFunc(reqlist[0],"DeviceConfig","EnableTrafficMeter"
,&iret,&sret,paras);
retlist<<QString::number(iret)<<sret;
}
void evalStackPush(Stack *s, token val)
{
if(prefs.display.postfix)
printf("\t%s\n", val);
switch(tokenType(val))
{
case function:
{
//token res;
//operand = (token)stackPop(s);
if (doFunc(s, val) < 0)
return;
//stackPush(s, res);
}
break;
case expop:
case multop:
case addop:
{
if(stackSize(s) >= 2)
{
// Pop two operands
// Evaluate
if (doOp(s, val) < 0)
return;
// Push result
//stackPush(s, res);
}
else
{
stackPush(s, val);
}
}
break;
case value:
{
stackPush(s, val);
}
break;
default:
break;
}
}
void QGenieSmartnetworkThread::doCmdIs5GOk(const QStringList &reqlist, QStringList &retlist)
{
retlist.clear();
int iret;
QString sret;
const QDomNode &node=doFunc(reqlist[0],"WLANConfiguration","Is5GSupported"
,&iret,&sret);
if(iret!=0)
{
retlist<<QString::number(iret)<<sret;
return;
}
QDomElement elem=node.firstChild().toElement();
retlist<<"000";
retlist<< elem.attribute("New5GSupported") ;
}
void QGenieSmartnetworkThread::doCmdSetWireless( const QStringList &reqlist, QStringList &retlist)
{
retlist.clear();
if(reqlist.count()<5)
{
retlist<<QString::number(FE_LACK_PARAMETER)<<"lack parameter";
return;
}
QMap<QString,QString> paras;
paras.insert("NewSSID",reqlist[1]);
paras.insert("NewRegion",reqlist[2]);
paras.insert("NewChannel",reqlist[3]);
paras.insert("NewWirelessMode",reqlist[4]);
bool bSecure=false;
if(reqlist.count()>6 && reqlist[6]!="" && (0!=reqlist[5].compare("none",Qt::CaseInsensitive)))
{
bSecure=true;
Q_ASSERT(
(0==reqlist[5].compare("WPA-PSK/WPA2-PSK",Qt::CaseInsensitive))
||(0==reqlist[5].compare("WPA2-PSK",Qt::CaseInsensitive))
);
paras.insert("NewWPAEncryptionModes",reqlist[5]);
paras.insert("NewWPAPassphrase",reqlist[6]);
}
int iret;
QString sret;
/*const QDomNode &node=*/doFunc(reqlist[0]
,"WLANConfiguration"
,bSecure?"SetWLANWPAPSKByPassphrase":"SetWLANNoSecurity"
,&iret,&sret
,paras);
retlist<<QString::number(iret)<<sret;
}
void QGenieSmartnetworkThread::doCmdTMSetOption( const QStringList &reqlist, QStringList &retlist)
{
retlist.clear();
if(reqlist.count()<6)
{
retlist<<QString::number(FE_LACK_PARAMETER)<<"lack parameters";
return;
}
int iret;
QString sret;
QMap<QString,QString> paras;
paras.insert("NewControlOption", reqlist[1]);
paras.insert("NewMonthlyLimit", reqlist[2]);
paras.insert("RestartHour", reqlist[3]);
paras.insert("RestartMinute", reqlist[4]);
paras.insert("RestartDay", reqlist[5]);
doFunc(reqlist[0],"DeviceConfig","SetTrafficMeterOptions"
,&iret,&sret,paras);
retlist<<QString::number(iret)<<sret;
}
void QGenieSmartnetworkThread::doCmdAttachDevice(const QStringList &reqlist, QStringList &retlist)
{
retlist.clear();
if(reqlist.count()<1)
{
retlist<<"-1"<<"lack parameter";
return;
}
QMap<QString,QString> paras;
int iret;
QString sret;
const QDomNode &node=doFunc(reqlist[0]
,"DeviceInfo"
,"GetAttachDevice"
,&iret,&sret
,paras);
if(iret!=0)
{
retlist<<QString::number(iret)<<sret;
return;
}
QDomElement elem=node.firstChild().toElement();
retlist<<elem.attribute("_responseCode");
QString stemp=elem.attribute("NewAttachDevice");
if(stemp.isEmpty())
{
retlist<<"0"<<"0";
}
else
{
//7@1;192.168.1.2;geines-Mac-mini;28:37:37:12:09:2F;wireless;54;86;Allow@2;192.168.1.6;xgywz-PC;00:1D:0F:33:08:1C;wireless;54;87;Allow@3;192.168.1.10;Android_359836041571187;A8:26:D9:CB:2E:A4;wireless;54;79;Allow@4;192.168.1.11;Android_357710047293728;64:A7:69:3F:E6:E9;wireless;54;67;Allow@5;192.168.1.14;android_8eb092bb95e89cf;C8:AA:21:80:A8:F1;wireless;54;87;Allow@6;192.168.1.15;--;28:37:37:12:C6:9D;wireless;54;86;Allow@7;192.168.1.29;PC2011110909BPO;14:E6:E4:06:F8:E8;wireless;54;92;Allow
QRegExp reg("@\\d+;");
QStringList slist=stemp.split(reg);
qDebug()<<slist;
int c=slist.count();
if(c<1)
{
retlist<<"0"<<"0";
}
else
{
retlist<<"0";
for(int i=0;i<c;i++)
{
QStringList ssublist=slist[i].split(";");
int cc=ssublist.count();
for(int j=0;j<cc;j++)
{
retlist<<ssublist[j];
}
if(1==i)
{
retlist.insert(2,QString::number(cc));
}
}
}
}
}
void QGenieSmartnetworkThread::doCmdSet5GGaccInfo(const QStringList &reqlist, QStringList &retlist)
{
retlist.clear();
const int c=reqlist.count();
if(c<2)
{
retlist<<QString::number(FE_LACK_PARAMETER)<<"lack parameter";
return;
}
int iret;
QString sret;
QMap<QString,QString> paras;
const QDomNode &node=doFunc(reqlist[0],"WLANConfiguration","Get5GGuestAccessEnabled"
,&iret,&sret);
QDomElement elem=node.firstChild().toElement();
bool btemp;
int ienabled=elem.attribute("NewGuestAccessEnabled").toInt(&btemp);
if(iret!=0 ||!btemp ||(ienabled!=0 && ienabled!=1))
{
retlist<<((iret!=0)?QString::number(ienabled):"-30")<<sret;
return;
}
if(reqlist[1]=="0")
{
if(ienabled !=0)
{
int itemp;
QString stemp;
paras.clear();
paras.insert("NewGuestAccessEnabled","0");
/*const QDomNode &node1=*/doFunc(reqlist[0],"WLANConfiguration","Set5GGuestAccessEnabled"
,&itemp,&stemp,paras);
retlist<<QString::number(itemp)<<stemp;
return;
}
else
{
retlist<<"000"<<"already disabled";
}
}
else
{
if(c<5)
{
retlist<<QString::number(FE_LACK_PARAMETER)<<"lack parameters 2";
return;
}
int itemp;
QString stemp;
paras.clear();
paras.clear();
paras.insert("NewSSID",reqlist[2]);
paras.insert("NewSecurityMode",reqlist[3]);
paras.insert("NewKey1",reqlist[4]);
paras.insert("NewKey2","0");
paras.insert("NewKey3","0");
paras.insert("NewGuestAccessEnabled",reqlist[1]);
/* const QDomNode &node2=*/doFunc(reqlist[0],"WLANConfiguration"
,"Set5GGuestAccessEnabled2"
,&itemp,&stemp,paras);
retlist<<QString::number(itemp);
return;
}
}
void QGenieSmartnetworkThread::doCmdGet5GInfo(const QStringList &reqlist, QStringList &retlist)
{
QDomElement elem;
retlist.clear();
int c=reqlist.count();
if(c<1)
{
retlist<<QString::number(FE_LACK_PARAMETER)<<"not enough parameters";
return;
}
int itemp;
QString stemp;
const QDomNode &_node=doFunc(reqlist[0],"WLANConfiguration","Get5GInfo"
,&itemp,&stemp);
if(itemp!=0 )
{
retlist<<QString::number(itemp)<<stemp;
return;
}
elem=_node.firstChild().toElement();
const char *cParas[]={
"NewSSID","NewRegion","NewChannel","NewWirelessMode","NewWLANMACAddress"
};
for(int i=0;i<sizeof(cParas)/sizeof(cParas[0]);i++)
{
retlist<<elem.attribute(cParas[i]);
}
//////////////////////////////////////////////////
//////////////////////////////////////////////////
QString secure_mode=elem.attribute("NewBasicEncryptionModes");
QString secure_wep=elem.attribute("NewWEPAuthType");
if((0==secure_mode.compare("wep",Qt::CaseInsensitive))
||(0==secure_mode.compare("wep64",Qt::CaseInsensitive))
|| (0==secure_mode.compare("wep128",Qt::CaseInsensitive))
// || (0==secure_mode.compare("WPA2-PSK[AES]",Qt::CaseInsensitive))
)
{
const QDomNode &_node0=doFunc(reqlist[0],"WLANConfiguration","Get5GWEPSecurityKeys"
,&itemp,&stemp);
if(itemp!=0)
{
retlist.clear();
retlist<<QString::number(itemp)<<stemp;
return;
}
elem=_node0.firstChild().toElement();
retlist.insert(0,elem.attribute("_responseCode"));
retlist<<secure_mode<<elem.attribute("NewWEPKey");
}
else if(
(0==secure_mode.compare("wpa2-psk",Qt::CaseInsensitive))
|| (0==secure_mode.compare("wpa-psk/wpa2-psk",Qt::CaseInsensitive))
|| (0==secure_mode.compare("wpa-psk",Qt::CaseInsensitive))
|| (0==secure_mode.compare("mixed wpa",Qt::CaseInsensitive))
)
{
const QDomNode &_node1=doFunc(reqlist[0],"WLANConfiguration","Get5GWPASecurityKeys"
,&itemp,&stemp);
if(itemp!=0)
{
retlist.clear();
retlist<<QString::number(itemp)<<stemp;
return;
}
elem=_node1.firstChild().toElement();
retlist.insert(0,elem.attribute("_responseCode"));
retlist<<secure_mode<<secure_wep<<elem.attribute("NewWPAPassphrase");
}
else
{
retlist.insert(0,"000");
retlist<<"None"<<""<<"";
}
}
bool SVT_Soap::doFunc(const char *host, const char *module, const char *method
,const QMap<QString,QString> *paras,QMap<QString,QString> *retmap)
{
return doFunc(QString(host),QString(module),QString(method),paras,retmap);
}