void EX1_TEST() {
UtInit();
_tprintf(_T("\n ::: *** -- Starting EXERCICIO 1 (UtJoin function) TEST -- *** ::: \n"));
UtCreate(auxFunction_for_Ex1, NULL);
testerHandle = UtCreate(uselessFunction, (UT_ARGUMENT)5);
UtRun();
_tprintf(_T("\n\n ::: *** -- EXERCICIO 1 - TEST COMPLETED -- *** ::: \n"));
UtEnd();
}
int main () {
UtInit();
Test1();
getchar();
UtEnd();
return 0;
}
/* Original main */
int main1 () {
UtInit();
Test1();
printf("Press any key to finish");
getchar();
UtEnd();
return 0;
}
VOID Test1 () {
ULONG Index;
Test1_Count = 0;
printf("\n :: Test 1 - BEGIN :: \n\n");
for (Index = 0; Index < MAX_THREADS; ++Index) {
UtCreate(Test1_Thread, (UT_ARGUMENT)('0' + Index), 16 * 4096 , _T("ThreadName"));
}
UtDump(STACK_SIZE);
UtRun();
UtDump(STACK_SIZE);
_ASSERTE(Test1_Count == MAX_THREADS);
UtEnd();
printf("\n\n :: Test 1 - END :: \n");
}
static VOID ClientServerMsg() {
LONG vals[] = {1,2,3,4,5,6};
CLIENT_ARGS cargs;
cargs.numbers = vals;
cargs.totalNumbers = sizeof(vals)/sizeof(LONG);
InitializeListHead(&QMSG);
UtInit();
ClientId = UtCreate(Client, (UT_ARGUMENT) &cargs,16*4096,NULL);
ServerId = UtCreate(Server, NULL, 16*4096,NULL);
UtRun();
UtEnd();
printf("ClientServerMsg Test Done!\n");
}
int main(){
UtInit();
//JoinTest(); /* Ex1_Test */
//SleepTest(); /* Ex2_Test */
/*
Escreva programas para determinar o tempo de comutação de threads na biblioteca UThread. Para
a medição de tempos, utilize a função da Windows API GetTickCount.
*/
SwitchTest(); /* Ex3_Test */
UtRun();
printf("\nPress any key to finish");
getchar();
UtEnd();
return 0;
}
int main(int argc, const char * argv[]) {
if (argc != 3) {
fprintf(stderr, "use: %s input_file filter_char\n", argv[0]);
exit(1);
}
UtInit();
Prepare();
UtCreate(ReaderThread, (UT_ARGUMENT)argv[1]);
UtCreate(FilterThread, (UT_ARGUMENT)argv[2][0]);
UtCreate(PrinterThread, (UT_ARGUMENT)0);
UtRun();
UtEnd();
return 0;
}
int main(int argc, char* argv[])
{
int i;
InitConsole();
ClearScreen(BACKGROUND_GRAY, BLACK);
UtInit();
UtCreate(Stopper, (UTHREAD_ARGUMENT) SIMULATION_TIME);
for (i=0; i < PARTICLES_NUMBER; ++i )
UtCreate(RainParticle, NULL);
UtRun();
UtEnd();
ClearScreen(BACKGROUND_WHITE, BLACK);
printf("End of Simulation!\n");
return 0;
}
void EX2_TEST() {
totalEx2Tests = 4, currentEx2Test = 1;
UtInit();
_tprintf(_T("\n ::: *** -- Starting EXERCICIO 2 (UtSleep function) TEST -- *** ::: \n"));
// Wait more than 0 milliseconds
UtCreate(auxFunction_for_Ex2, (UT_ARGUMENT)0);
// Wait more than 2000 milliseconds
UtCreate(auxFunction_for_Ex2, (UT_ARGUMENT)2000);
// Wait more than 10000 milliseconds
UtCreate(auxFunction_for_Ex2, (UT_ARGUMENT)10000);
// Wait more than 13000 milliseconds
UtCreate(auxFunction_for_Ex2, (UT_ARGUMENT)13000);
UtRun();
_tprintf(_T("\n\n ::: *** -- EXERCICIO 2 - TEST COMPLETED -- *** ::: \n"));
UtEnd();
}
void EX3_TEST() {
UtInit();
_tprintf(_T("\n ::: *** -- Starting EXERCICIO 3 (CONTEXT SWITCH TIME) TEST -- *** ::: \n"));
totalEx3Tests = 5; currentEx3Test = 1; ex3FunctionsFinished = 0;
test3MustEnd = FALSE;
// Create the thread that will wake the others in case they are ALL sleeping
UtCreate(auxFunctionThatYields, (UT_ARGUMENT)NULL);
UtCreate((UT_FUNCTION)veryUselessTimeConsumingFunction, (UT_ARGUMENT)1000); //1 s
UtCreate((UT_FUNCTION)veryUselessTimeConsumingFunction, (UT_ARGUMENT)2000); //2 s
UtCreate((UT_FUNCTION)veryUselessTimeConsumingFunction, (UT_ARGUMENT)5000); //5 s
UtCreate((UT_FUNCTION)veryUselessTimeConsumingFunction, (UT_ARGUMENT)10000); //10 s
UtCreate((UT_FUNCTION)veryUselessTimeConsumingFunction, (UT_ARGUMENT)12000); //12 s
UtRun();
_tprintf(_T("\n\n ::: *** -- EXERCICIO 3 - TEST COMPLETED -- *** ::: \n"));
UtEnd();
}
DWORD _tmain( DWORD argc, PTCHAR argv[] ) {
long numbers[MAX_WORK] = {0, 1, 2, 3, 4, 5, 6, 7, 8, 9};
UtInit();
utClient = UtCreate(Client, numbers);
utServer = UtCreate(Server, numbers);
UtRun();
UtEnd();
printf("factoriais:\n\t");
for (int i = 0; i < MAX_WORK; i++)
printf("%d ", numbers[i]);
putchar('\n');
printf("Press enter key to finish...\n");
getchar();
return 0;
}
