void ServiceProvider::sendOperations(Jolie::Message message)
{
kDebug() << "send operations.";
//kDebug() << printJolieMessage(message);
Jolie::Message response(message.resourcePath(), message.operationName(), message.id());
//FIXME: this is duplicated from Plasma::Service
QString path = KStandardDirs::locate("data", "plasma/services/" + m_service->name() +
".operations");
if (path.isEmpty()) {
kDebug() << "Cannot find operations description:" << m_service->name() << ".operations";
response.setFault(Jolie::Fault("NoOperationsDescription"));
} else {
kDebug() << "file = " << path;
QFile file(path);
file.open(QIODevice::ReadOnly);
Jolie::Value value;
value.children(JolieMessage::Field::OPERATIONSDESCRIPTION) << Jolie::Value(file.readAll());
file.close();
response.setData(value);
}
QByteArray id = JolieMessage::field(JolieMessage::Field::IDENTITYID, message);
QByteArray uuid = JolieMessage::field(JolieMessage::Field::UUID, message);
response = appendToken(response, id, uuid);
kDebug() << "caller = " << id.toBase64();
//hack around the not yet async service adaptor api in qtjolie
if (m_descriptorMap.contains(id + uuid)) {
kDebug() << "descriptor found, sending message";
AuthorizationManager::self()->d->server->sendReply(
m_descriptorMap.value(id + uuid), response);
} else {
kDebug() << "no valid entry in descriptormap.";
}
}
void ServiceProvider::sendEnabledOperations(Jolie::Message message)
{
kDebug() << "send enabled operations.";
Jolie::Message response(message.resourcePath(), message.operationName(), message.id());
QStringList enabledOperationsList;
foreach (const QString &operation, m_service->operationNames()) {
if (m_service->isOperationEnabled(operation)) {
enabledOperationsList << operation;
}
}
kDebug() << "enabled operations: " << enabledOperationsList;
QByteArray enabledOperationsArray;
QDataStream out(&enabledOperationsArray, QIODevice::WriteOnly);
out << enabledOperationsList;
Jolie::Value value;
value.children(JolieMessage::Field::ENABLEDOPERATIONS) << Jolie::Value(enabledOperationsArray);
response.setData(value);
QByteArray id = JolieMessage::field(JolieMessage::Field::IDENTITYID, message);
QByteArray uuid = JolieMessage::field(JolieMessage::Field::UUID, message);
response = appendToken(response, id, uuid);
kDebug() << "caller = " << id.toBase64();
//hack around the not yet async service adaptor api in qtjolie
if (m_descriptorMap.contains(id + uuid)) {
kDebug() << "descriptor found, sending message";
AuthorizationManager::self()->d->server->sendReply(
m_descriptorMap.value(id + uuid), response);
} else {
kDebug() << "no valid entry in descriptormap.";
}
}
const Jolie::Message &message)
{
Q_UNUSED(server)
if (message.operationName() == "startConnection") {
kDebug() << "reset token";
//add the identity
Credentials identity;
QByteArray identityByteArray = JolieMessage::field(JolieMessage::Field::IDENTITY, message);
QDataStream stream(&identityByteArray, QIODevice::ReadOnly);
stream >> identity;
AuthorizationManager::self()->d->addCredentials(identity);
Jolie::Message response(message.resourcePath(), message.operationName(), message.id());
QByteArray uuid = JolieMessage::field(JolieMessage::Field::UUID, message);
response = appendToken(response, identity.id().toAscii(), uuid);
AuthorizationManager::self()->d->server->sendReply(descriptor, response);
return;
}
if (JolieMessage::field(JolieMessage::Field::TOKEN, message).isEmpty()) {
Jolie::Message response(message.resourcePath(), message.operationName(), message.id());
response.setFault(Jolie::Fault(JolieMessage::Error::INVALIDTOKEN));
AuthorizationManager::self()->d->server->sendReply(descriptor, response);
return;
}
//m_descriptor = descriptor;
QByteArray id = JolieMessage::field(JolieMessage::Field::IDENTITYID, message);
QByteArray uuid = JolieMessage::field(JolieMessage::Field::UUID, message);
//function only called when run button pressed
int scannar::splitStr()
{ deallocateVector();
//need to add this otherwise the last value will be cut of.
//Space used because space will be ignored
srcCode+=" \n";
//position
size_t pos=0;
size_t range=1;
bool push=false;
//numerals,alphabets and _
string regex="abcdefghijklmnopqrstuvwxyz1234567890ABCDEFGHIJKLMNOPQRSTUVWXYZ_.";
//filtering all the non aplhabetical and numerical symbols
size_t delimiter = srcCode.find_first_not_of(regex);
size_t oldPos=0;
while (delimiter!=std::string::npos)
{
size_t length=delimiter-pos;
//if not string,char or comment
if(srcCode.substr(delimiter,1).compare("\"")!=0
&&srcCode.substr(delimiter,1).compare("'")!=0
&&srcCode.substr(delimiter,2).compare("//")!=0)
{
//length>0 because when then :: problems get eliminated ie
//problems related to continues delimiters.
if(length>0)
{
codeFragments.push_back(srcCode.substr(pos,length));
}
//gets rid of space
if(srcCode.substr(delimiter,1).compare(" ")!=0)
{
codeFragments.push_back(srcCode.substr(delimiter,1));
}
range=1;
}
else{
bool comment=false;
found=false;
size_t findQuotes=0;
//if it is a string type
if(srcCode.substr(delimiter,1).compare("\"")==0)
{
findQuotes= srcCode.find_first_of("\"",delimiter+1);
}
//if it is a comment
else if(srcCode.substr(delimiter,1).compare("/")==0){
if(srcCode.substr(delimiter+1,1).compare("/")==0)
{
if(length>0)
{
codeFragments.push_back(srcCode.substr(pos,length));
}
findQuotes= srcCode.find_first_of("\n",delimiter+2);
comment=true;
}
}
else
{
findQuotes= srcCode.find_first_of("'",delimiter+1);
}
if(findQuotes==string::npos&&comment==false)
{
range=delimiter;
return 6;
}
else
{
length=findQuotes-delimiter;
range=length+1;
if(!comment)
{
codeFragments.push_back(srcCode.substr(delimiter,length+1));
}
else
{
++lineNumber;
codeFragments.push_back("\n");
}
}
push=true;
}
pos=delimiter+range;
//used only for comments
oldPos=delimiter;
delimiter=srcCode.find_first_not_of(regex,delimiter+range);
}
int msg= appendToken();
return msg;
}
