int maina()
{
LinkedList* l;
l = LinkedList_new();
LinkedListIterator* iter = LinkedList_getIterator(l);
if (LinkedListIterator_hasMore(iter))
{
return 1;
}
if (LinkedListIterator_getNext(iter) != NULL)
{
return 2;
}
if (LinkedListIterator_getSame(iter) != NULL)
{
return 3;
}
LinkedListIterator_delete(iter);
int i;
int* j;
// Add 100 integer pointers to list.
for (i = 0; i < 100; i++)
{
j = malloc(sizeof(int));
*j = i;
LinkedList_addLast(l, j);
}
iter = LinkedList_getIterator(l);
int count = 0;
while (LinkedListIterator_hasMore(iter))
{
j = LinkedListIterator_getNext(iter);
if (count != *j)
{
return 4;
}
count++;
if (j != LinkedListIterator_getSame(iter))
{
return 5;
}
}
if (count != 99)
{
return 6;
}
LinkedListIterator_delete(iter);
LinkedList_deleteContents(l, intDeleter);
LinkedList_delete(l);
return 0;
}
void RenderBatch_delete(void* batch)
{
smug_assert(NULL != batch);
RenderBatch* thebatch = (RenderBatch*)batch;
BatchData_delete(thebatch->data);
freeBuffer(&thebatch->vertexBufferIndex);
freeBuffer(&thebatch->colorBufferIndex);
freeBuffer(&thebatch->textureBufferIndex);
// Delete only list, don't touch drawables
LinkedList_delete(thebatch->drawables);
free(thebatch);
}
void PathName_delete(PathName* self)
{
smug_assert(_invariant(self));
if (self->root)
{
String_delete(self->root);
}
if (self->bareName)
{
String_delete(self->bareName);
if (self->extension)
{
String_delete(self->extension);
}
}
LinkedList_deleteContents(self->path, String_deleteVoid);
LinkedList_delete(self->path);
free(self);
}
/* --------- */
int
Luna_run(Luna *self)
{
char *inputBuffer;
int pid, sentBytes, errors;
Transmitter *lcTransmitter;
LinkedList *relayHosts;
Receiver *lcReceiver;
User *lcUser;
if (!self) { return 0; }
/* load user */
if ((lcUser = User_new(self->_user)) == NULL) {
printf("Unable to load user: %s\n%s\n", self->_user, LUNA_HAIKU_1);
return 0;
}
if ((relayHosts = LinkedList_maskFromList(User_userData(lcUser), 5, LinkedList_count(User_userData(lcUser)) - 4)) == NULL) {
printf("Unable to mask user %s's relay hosts; ensure relay hosts exist in %s's configuration.\n%s\n",
self->_user, self->_user, LUNA_HAIKU_3);
User_delete(lcUser);
return 0;
}
/* build transmission */
if ((lcTransmitter = Transmitter_new(self, relayHosts, User_entropyList(lcUser))) == NULL) {
printf("Unable to create transmitter.\n%s\n", LUNA_HAIKU_3);
User_delete(lcUser);
LinkedList_delete(relayHosts);
return 0;
}
if (self->_verbose) { printf("Using max time lapse: %d.\n", self->_maxTimeLapse); }
/* build receiver */
if ((lcReceiver = Receiver_new(self)) == NULL) {
printf("Unable to create receiver.\n%s\n", LUNA_HAIKU_3);
User_delete(lcUser);
LinkedList_delete(relayHosts);
Transmitter_delete(lcTransmitter);
return 0;
}
if (!(pid = Receiver_listen(lcReceiver, __defaultListener))) {
printf("Unable to listen on %s, transmitting only.\n", self->_device);
exit(0);
} else {
if (self->_verbose) { printf("Listening for replies on %s\n", self->_device); }
}
/* initialize input */
inputBuffer = (char *)malloc(self->_datagramSize);
if (!inputBuffer) {
printf("Unable to alloc input buffer.\n%s\n", LUNA_HAIKU_3);
User_delete(lcUser);
LinkedList_delete(relayHosts);
Transmitter_delete(lcTransmitter);
Receiver_delete(lcReceiver);
return 0;
}
bzero(inputBuffer, self->_datagramSize);
/* transfer data */
errors = 0;
printf("Please enter data on separate lines followed by a carriage return; EOF (Ctrl+D) to terminate Luna.\n");
for (; fgets(inputBuffer, self->_datagramSize, stdin); ) {
if ((sentBytes = (self->_maxTimeLapse)
? Transmitter_relayInjectAtMaxTimeLapse(lcTransmitter, self->_destination, self->_maxTimeLapse, inputBuffer, __defaultEncodingHandler)
: Transmitter_relayInject(lcTransmitter, self->_destination, inputBuffer, __defaultEncodingHandler))) {
} else {
/* failure */
if (self->_maxErrors < ++errors) {
printf("Quitting due to excessive errors.\n%s\n", LUNA_HAIKU_4);
break;
}
}
}
/* vocalize */
if (self->_verbose) {
printf("Transmitted %u time(s) for a travelling total of %u bytes.\n",
Transmitter_count(lcTransmitter), Transmitter_bytes(lcTransmitter));
}
/* cleanup */
free(inputBuffer);
User_delete(lcUser);
LinkedList_delete(relayHosts);
Receiver_delete(lcReceiver);
Transmitter_delete(lcTransmitter);
return 0;
}