Example #1
0
int main(void)
{
#ifdef QUICKSTART
    test obj;
    test obj2;

    init_test(&obj);
    test_set_pins(&obj, 16, 17);
    
    init_test(&obj2);
    test_set_pins(&obj2, 20, 21);

    printf("defaultPin %d, defaultOtherPin %d, myFloatConstant %g\n", test_defaultPin, test_defaultOtherPin, test_myFloatConstant);
    printf("obj: pin %d, other pin %d\n", test_get_pin(&obj), test_get_other_pin(&obj));
    printf("obj2: pin %d, other pin %d\n", test_get_pin(&obj2), test_get_other_pin(&obj2));

    test_start_blinker(&obj);
    
    test_blink(&obj);
    test_set_pin(&obj, 18);
    test_blink(&obj);

    test_blink(&obj2);
    test_set_pin(&obj2, 22);
    test_blink(&obj2);
    
    while (1) {
        test_blink(&obj);
        test_blink(&obj2);
    }
    
    while (1)
        ;
        
#endif

#ifdef ACTIVITYBOARD
    test obj;
    
    init_test(&obj);
    
    test_set_pins(&obj, 26, 27);
    while (1)
        test_blink();
#endif

    return 0;
}
Example #2
0
int main(void)
{
  /* Watchdog timer disabled */
  WDTCTL = WDTPW + WDTHOLD;
  set_letter('B');
  initPorts();
  LED_OUT &= ~(LED0);

  BCSCTL3 |= LFXT1S_2; 	// Use slow oscillator (12kHz)

  TACTL = 0x0200 + TAIE + MC_3 + ID_3; //0x0200 = SMCLK
  TACCTL0 = CCIE;
  TACCR0 = 99;

  WRITE_SR(GIE);       // Enable global interrupts

  test_blink(P1OUT_, LED0);
  //LED_OUT^= 0xff;
  while(1)
  {
    //Loop forever
    
  }
}
Example #3
0
void run_tests(TestState *parent, int selectedTest)
{
    TestState state;

    initState(&state, "Test", parent);
    state.selectedTest = selectedTest;

    if (startTest(&state, "the empty command")) {
        if (serialRequest(&state, ""))
            checkSerialResponse(&state, "=S,0");
    }

    if (startTest(&state, "an invalid command")) {
        if (serialRequest(&state, "FOO"))
            checkSerialResponse(&state, "=E,1");
    }

#ifdef DO_BLINK_TEST
    if (startTest(&state, "Blink LEDs on GPIO13 and GPIO15")) {
        if (test_blink(&state))
            passTest(&state, "");
        else
            failTest(&state, "");
    }
#endif

    if (state.ssid) {
        if (startTest(&state, "switch to STA+AP mode")) {
            if (serialRequest(&state, "SET:wifi-mode,3"))
                checkSerialResponse(&state, "=S,0");
        }
        if (startTest(&state, "JOIN")) {
            if (serialRequest(&state, "JOIN:%s,%s", state.ssid, state.passwd))
                checkSerialResponse(&state, "=S,0");
            if (state.testPassed)
                msleep(10000); // wait for WX to disconnect. It has a .5 second delay
        }
        beginGroup(&state);
        if (startTest(&state, "CHECK:station-ipaddr")) {
            if (!skipTest(&state)) {
                char ipaddr[32];
                do {
                    if (!serialRequest(&state, "CHECK:station-ipaddr"))
                        break;
                } while (!waitAndCheckSerialResponse(&state, "=S,0.0.0.0", "=S,^s", ipaddr, sizeof(ipaddr)));
                if (state.testPassed) {
                    infoTest(&state, "got '%s'", ipaddr);
                    if (GetInternetAddress(ipaddr, 80, &state.moduleAddr) != 0)
                        infoTest(&state, "error: failed to parse IP address '%s'", ipaddr);
                }
            }
        }
    }

    if (startTest(&state, "simple transaction")) {
        if (test_001(&state))
            passTest(&state, "");
        else
            failTest(&state, "");
    }

    testResults(&state);
}