bool PluginLocate::HttpRequestHandle(HTTPRequest & request)
{
QString uri = request.GetURI();
if (uri.startsWith("/vl/locate.jsp"))
{
QString serialnumber = request.GetArg("sn").remove(':');
LogInfo(QString("Requesting LOCATE for tag %1").arg(serialnumber));
if(GlobalSettings::Get("Config/StandAlone", true) == false)
{
// Forward request to Violet
QByteArray violetAnswer = request.ForwardTo(GlobalSettings::GetString("DefaultVioletServers/BootServer"));
// Analyse the answer to see if servers has changed
QList<QByteArray> lines = violetAnswer.split('\n');
foreach(QByteArray line, lines)
{
if (line.startsWith("ping"))
{}
else if (line.startsWith("broad"))
{}
else if (line.startsWith("xmpp_domain"))
{}
else
if (line.size() != 0)
LogError(QString("Unknown locate server : ") + line);
}
}
bool PluginRFID::HttpRequestHandle(HTTPRequest & request)
{
QString uri = request.GetURI();
if (uri.startsWith("/vl/rfid.jsp"))
{
QString serialnumber = request.GetArg("sn");
QString tagId = request.GetArg("t");
SetSettings("global/LastTag", tagId);
Ztamp * z = ZtampManager::GetZtamp(this, tagId.toAscii());
Bunny * b = BunnyManager::GetBunny(this, serialnumber.toAscii());
b->SetPluginSetting(GetName(), "LastTag", tagId);
if (z->OnRFID(b))
return true;
if (b->OnRFID(QByteArray::fromHex(tagId.toAscii())))
return true;
}
return false;
}
void PluginAuth::HttpRequestAfter(HTTPRequest & request)
{
QString uri = request.GetURI();
if (uri.startsWith("/vl/bc.jsp"))
{
QString version = request.GetArg("v");
QString serialnumber = request.GetArg("m").remove(':');
Bunny * b = BunnyManager::GetBunny(this, serialnumber.toAscii());
if(b->GetBunnyPassword() == "" && GetSettings("global/authMethod", QString()).toString() == "patched")
{
LogDebug("Analyzing firmware for patch application");
long address1 = 0x00011A4A;
long address2 = 0x00011A91;
long address3 = 0x00011AC9;
long address4 = 0x00011AEB;
int size1 = 3;
int size2 = 6;
int size3 = 6;
int size4 = 1;
QByteArray origin1;
QByteArray origin2;
QByteArray origin3;
QByteArray origin4;
QByteArray patch1;
QByteArray patch2;
QByteArray patch3;
QByteArray patch4;
origin1.append((char)0x02).append((char)0x3D).append((char)0x00);
origin2.append((char)0x02).append((char)0x3D).append((char)0x00).append((char)0x02).append((char)0x3E).append((char)0x00);
origin3.append((char)0x02).append((char)0x3D).append((char)0x00).append((char)0x02).append((char)0x3E).append((char)0x00);
origin4.append((char)0x02);
patch1.append((char)0x07).append((char)0x00).append((char)0x05);
patch2.append((char)0x04).append((char)0x05).append((char)0x04).append((char)0x05).append((char)0x04).append((char)0x05);
patch3.append((char)0x04).append((char)0x05).append((char)0x04).append((char)0x05).append((char)0x04).append((char)0x05);
patch4.append((char)0x01);
bool patch = true;
if(request.reply.indexOf(origin1, address1) != address1)
{
LogDebug("Part 1 : KO");
patch = false;
}
else
LogDebug("Part 1 : OK");
if(request.reply.indexOf(origin2, address2) != address2)
{
LogDebug("Part 2 : KO");
patch = false;
}
else
LogDebug("Part 2 : OK");
if(request.reply.indexOf(origin3, address3) != address3)
{
LogDebug("Part 3 : KO");
patch = false;
}
else
LogDebug("Part 3 : OK");
if(request.reply.indexOf(origin4, address4) != address4)
{
LogDebug("Part 4 : KO");
patch = false;
}
else
LogDebug("Part 4 : OK");
if(patch)
{
LogDebug("Patching firmware");
request.reply.replace(address1, size1, patch1);
request.reply.replace(address2, size2, patch2);
request.reply.replace(address3, size3, patch3);
request.reply.replace(address4, size4, patch4);
}
}
}
}