void SetUp()
{
RESET_FAKE(voidfunc1);
RESET_FAKE(voidfunc2);
RESET_FAKE(longfunc0);
FFF_RESET_HISTORY();
}
virtual void SetUp() {
// Code here will be called immediately after the constructor (right
// before each test).
RESET_FAKE(disable_interrupts);
RESET_FAKE(enable_interrupts);
RESET_FAKE(getCurrentPID);
FFF_RESET_HISTORY();
addr = malloc(TOTAL_SPACE);
if (addr == NULL) {
printf("SetUp could not allocate memory\n");
exit(1);
}
test_mmr = configure_memory(addr, TOTAL_SPACE);
}
virtual void SetUp() {
// Code here will be called immediately after the constructor (right
// before each test).
FFF_RESET_HISTORY();
RESET_FAKE(initialize_io_touch_pad);
RESET_FAKE(fgetc_touch_pad);
RESET_FAKE(fputc_touch_pad);
RESET_FAKE(initialize_io_adc);
RESET_FAKE(fgetc_potentiometer);
RESET_FAKE(fputc_potentiometer);
RESET_FAKE(fgetc_thermistor);
RESET_FAKE(fputc_thermistor);
RESET_FAKE(initialize_io_lcd);
RESET_FAKE(fgetc_lcd);
RESET_FAKE(fputc_lcd);
RESET_FAKE(initialize_io_uart);
RESET_FAKE(fgetc_uart);
RESET_FAKE(fputc_uart);
RESET_FAKE(fflush_uart);
RESET_FAKE(initialize_io_button);
RESET_FAKE(fgetc_button);
RESET_FAKE(fputc_button);
RESET_FAKE(initialize_io_led);
RESET_FAKE(fgetc_led);
RESET_FAKE(fputc_led);
RESET_FAKE(disable_interrupts);
RESET_FAKE(enable_interrupts);
RESET_FAKE(getCurrentPID);
test_stream = &ts;
}
virtual void SetUp() {
// Code here will be called immediately after the constructor (right
// before each test).
RESET_FAKE(ledOrangeOn);
RESET_FAKE(ledOrangeOff);
RESET_FAKE(pushbuttonInitAll);
RESET_FAKE(sw1In);
RESET_FAKE(sw2In);
RESET_FAKE(initialize_io_touch_pad);
RESET_FAKE(fgetc_touch_pad);
RESET_FAKE(fputc_touch_pad);
RESET_FAKE(initialize_io_adc);
RESET_FAKE(fgetc_potentiometer);
RESET_FAKE(fputc_potentiometer);
RESET_FAKE(fgetc_thermistor);
RESET_FAKE(fputc_thermistor);
RESET_FAKE(initialize_io_lcd);
RESET_FAKE(fgetc_lcd);
RESET_FAKE(fputc_lcd);
RESET_FAKE(initialize_io_uart);
RESET_FAKE(fgetc_uart);
RESET_FAKE(fputc_uart);
RESET_FAKE(fflush_uart);
RESET_FAKE(initialize_io_button);
RESET_FAKE(fgetc_button);
RESET_FAKE(fputc_button);
RESET_FAKE(initialize_io_led);
RESET_FAKE(fgetc_led);
RESET_FAKE(fputc_led);
RESET_FAKE(find_file);
RESET_FAKE(setup_stream_fs);
RESET_FAKE(initialize_io_fs);
RESET_FAKE(create_fs);
RESET_FAKE(delete_fs);
RESET_FAKE(fgetc_fs);
RESET_FAKE(fputc_fs);
RESET_FAKE(disable_interrupts);
RESET_FAKE(enable_interrupts);
RESET_FAKE(getCurrentPID);
FFF_RESET_HISTORY();
test_stream = &ts;
}