Activity *createActivity(ActivityDescriptor descriptor, MessageQueueMode messageQueueMode) {
// Create new activity instance
Activity *activity = (Activity *) malloc(sizeof(Activity));
memset(activity, 0, sizeof(Activity));
// Copy activity descriptor (from stack to heap)
ActivityDescriptor *descriptorCopy = (ActivityDescriptor *)malloc(sizeof(ActivityDescriptor));
memcpy(descriptorCopy, &descriptor, sizeof(ActivityDescriptor));
activity->descriptor = descriptorCopy;
if (descriptor.scope == activityScope_local) {
// Create new message queue (= queue for incoming messages)
mqd_t messageQueue = createMessageQueue(descriptor.name, messageQueueMode);
if (messageQueue < 0) {
logErr("[%s] Error creating activity's message queue for incoming messages: %s", descriptor.name, strerror(errno));
// TODO Error handling
}
activity->messageQueue = messageQueue;
activity->messageQueueMode = messageQueueMode;
activity->polling = NULL_FILE_DESCRIPTOR;
// Start new thread
pthread_t thread;
if (pthread_create(&thread, NULL, runThread, activity) < 0) {
logErr("[%s] Error creating new thread for activity: %s", descriptor.name, strerror(errno));
// TODO Error handling
}
activity->thread = thread;
}
return activity;
}
void RejectedPromises::dispose() {
if (m_queue.isEmpty())
return;
std::unique_ptr<MessageQueue> queue = createMessageQueue();
queue->swap(m_queue);
processQueueNow(std::move(queue));
}
void RejectedPromises::processQueue()
{
if (m_queue.isEmpty())
return;
OwnPtrWillBeRawPtr<MessageQueue> queue = createMessageQueue();
queue->swap(m_queue);
Platform::current()->currentThread()->scheduler()->timerTaskRunner()->postTask(BLINK_FROM_HERE, new Task(bind(&RejectedPromises::processQueueNow, PassRefPtrWillBeRawPtr<RejectedPromises>(this), queue.release())));
}
void RejectedPromises::dispose()
{
if (m_queue.isEmpty())
return;
OwnPtrWillBeRawPtr<MessageQueue> queue = createMessageQueue();
queue->swap(m_queue);
processQueueNow(queue.release());
}
void Server::createSharedMemory(){
try{
memoryRegion = new mapped_region(anonymous_shared_memory(MEMORY_SIZE));
memset(memoryRegion->get_address(),0,memoryRegion->get_size());
createMessageQueue();
} catch (exception& e){
cerr << "Exception: sharedMemory: " << e.what() << endl;
}
}
void RejectedPromises::processQueue() {
if (m_queue.isEmpty())
return;
std::unique_ptr<MessageQueue> queue = createMessageQueue();
queue->swap(m_queue);
Platform::current()
->currentThread()
->scheduler()
->timerTaskRunner()
->postTask(BLINK_FROM_HERE, WTF::bind(&RejectedPromises::processQueueNow,
PassRefPtr<RejectedPromises>(this),
passed(std::move(queue))));
}
int main (void)
{
int msgId;
system("clear");
// Create message queue
msgId = createMessageQueue();
while(1)
{
printf("Waiting for OSPF packet to send \n");
// Read message sent from Java server through tcpClient and send to server/router on network
readMsgQueueAndSendOspfPkt(msgId);
}
return 0;
}
int main(int argc, char *argv[]){
//Variables
struct timeval startThread, endThread, startCipher, endCipher;
//connectServer(argc, argv);
char key[] = {"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"};
int messageCipher = 1;
int rc = createMessageQueue("cipher", messageCipher);
gettimeofday(&startThread, NULL);
gettimeofday(&startCipher, NULL);
if(rc != 0){
printf("Problem creating message queue");
return 1;
}
FILE *fp;
fp = fopen("teste.txt", "r");
// Starts thread cipher side
/** threadParameters dataThread;
dataThread.fileName = "cipher";
dataThread.fileOut = "cipher.txt";
dataThread.eof = 0;
int type = 3;
createThread(&dataThread, type);
**/
//Message struct
message msg;
char plaintext;
RC4 params;
int result, countTable = 0, count = 0;
rc4Initializer(¶ms, key);
while( ( plaintext = fgetc(fp) ) != EOF ){
rc4CipherAlgorithm(¶ms, plaintext);
}
msg.eof = 1;
writeMessageToQueue(msg, count);
fclose(fp);
gettimeofday(&endCipher, NULL);
//printf("Waiting thread ends\n");
//do{
// usleep(100);
//}while(dataThread.eof == 0);
destroyMessageQueue();
gettimeofday(&endThread, NULL);
int threadx_ms = startThread.tv_sec*1000 + startThread.tv_usec/1000;
int thready_ms = endThread.tv_sec*1000 + endThread.tv_usec/1000;
int diffThread = thready_ms - threadx_ms;
int cipherx_ms = startCipher.tv_sec*1000 + startCipher.tv_usec/1000;
int ciphery_ms = endCipher.tv_sec*1000 + endCipher.tv_usec/1000;
int diffCipher = ciphery_ms - cipherx_ms;
printf("Execution with thread: %d\n",diffThread);
printf("Execution without thread: %d\n", diffCipher);
}
int main() {
int msgid = createMessageQueue("PATIENT");
clearCalendar(&day);
struct msgbuf patient;
patient.pid = getpid();
quit = false;
bool log_on = false;
while (!quit) {
if (!log_on) {
printf("---------\n");
printf("MAIN MENU\n");
printf("---------\n");
printf("\tIf you want to login, enter 'l'.\n");
printf("\tIf you want to register, enter 'r'.\n");
printf("\tIf you want to quit, enter 'q': ");
char choice;
scanf("%s", &choice);
if (choice == 'q') {
quit = true;
}
else if (choice == 'r') {
patient = registerNewPatient(msgid);
log_on = true;
}
else if (choice == 'l') {
patient = login(msgid, P_LOGIN_REQUEST);
if (patient.index < 1000) {
log_on = true;
}
}
}
else if (log_on) {
printf("------------\n");
printf("HELLO %s!\n", patient.name);
printf("------------\n");
displayInstruction();
while (true) {
char decision;
scanf("%s", &decision);
if (decision == 'q') {
log_on = false;
printf("\tYou've logout successfully\n");
break;
}
else if (decision == 'd') {
requestForDoctorsList(msgid, &patient);
}
else if (decision == 's') {
displayStatusOfVisit(msgid, patient);
displayInstruction();
}
else if (decision == 'c') {
cancelVisit(msgid, &patient);
displayInstruction();
}
else if (decision == 'v') {
changeDateOfVisit(msgid, &patient);
displayInstruction();
}
}
}
}
return 0;
}
