bool SunJVMDLL::run(const std::string& mainclass, bool waitDeath)
{
if (m_statusCode == SunJVMDLL::JVM_NOT_STARTED)
instanciate();
if (m_statusCode == SunJVMDLL::JVM_LOADED)
{
JClassProxy disp(this, mainclass);
jstring emptystr = newUTFString(std::string(""));
jobjectArray mainargs = newObjectArray(m_arguments.size(), "java.lang.String", emptystr);
for (int i =0; i<m_arguments.size(); i++)
{
env()->SetObjectArrayElement(mainargs, i, newUTFString(m_arguments[i]));
}
printf("arguments array = %d\n", mainargs);
jvalue ma[1];
ma[0].l = mainargs;
disp.invokeStatic(std::string("void main(java.lang.String[] args)"), ma);
if (waitDeath == true)
m_javavm->DestroyJavaVM();
return true;
}
return false;
}
bool ModJsonRpc::execute(HttpdConnection& i_connection)
{
i_connection.lockHttpd();
if(this->_mod!=NULL){
i_connection.unlockHttpd();
return false;
}
this->_mod=(TcJsonRpcEx_t*)malloc(sizeof(TcJsonRpcEx_t));
i_connection.unlockHttpd();
if(this->_mod==NULL){
return false;
}
this->_mod->cppmod_ptr=this;
//initialize websocket
NyLPC_cModJsonRpc_initialize(&(this->_mod->super),this->_path,this->_rpc_table);
if(NyLPC_cModJsonRpc_canHandle(&(this->_mod->super),i_connection._ref_inst)){
if(NyLPC_cModJsonRpc_execute(&(this->_mod->super),i_connection._ref_inst)){
//initialize object array
this->_objects=newObjectArray();
return true;
}
}
NyLPC_cModJsonRpc_finalize(&(this->_mod->super));
free(this->_mod);
i_connection.lockHttpd();
this->_mod=NULL;
i_connection.unlockHttpd();
return false;
}
jobjectArray SunJVMDLL::newObjectArray(int size, const std::string& classname, jobject initialValue)
{
jclass cls = findClass(classname);
return newObjectArray(size, cls, initialValue);
}