void timer_handler(AppContextRef ctx, AppTimerHandle handle, uint32_t cookie) {
if(cookie == UPDATE_SCREEN_RATE_COOKIE) {
if(window_manager_get_layers_to_process() != NOTHING_TO_UPDATE) {
start_appropriate_update();
}
start_timer((uint32_t)WAIT_ON_WINDOW_MS,UPDATE_SCREEN_RATE_COOKIE);
}
else if(cookie == WAIT_FOR_BUFFER_COOKIE) {
send_buffer();
}
else if(cookie == COLD_START_TIMER_COOKIE) {
// only two layers not by a message
window_manager_mark_layer_for_update(UPDATE_TIME | UPDATE_DATE);
send_buffer(); // after startup communicate with phone
start_timer((uint32_t)WAIT_ON_WINDOW_MS, UPDATE_SCREEN_RATE_COOKIE);
}
else if(cookie == SEND_TEXTER_MESSAGE_COOKIE) {
send_request_for_texters();
}
else if(cookie == SEND_MESSAGE_MESSAGE_COOKIE) {
send_request_for_messages();
}
else if(cookie == SEND_SMS_MESSAGE_COOKIE) {
send_request_to_send_message();
}
else if(cookie == RINGER_MAIN_COOKIE) {
send_command_get_ringer_mode();
}
else if(cookie == RINGER_GET_BUFFER_RETRY_COOKIE) {
send_ringer_command();
}
else if(cookie == SEND_APP_VERSION_COOKIE) {
send_app_version();
}
else if(cookie == SEND_COMMAND_RESPONSE_GAP_TIME_COOKIE) {
if(get_state_machine() == AWAITING_RESPONSE) {
resetStateMachine();
window_manager_set_state(WM_BAD);
}
}
}
bool StateMachineRestartTest::runTest(NSFString& errorMessage)
{
startStateMachine();
// Test
// state machine start up
// initial state entering
// null transition.
// entry actions
if (!testHarness.doesEventResultInState(NULL, &state1))
{
errorMessage = "State Machine did not start properly.";
stopStateMachine();
return false;
}
// Test
// state machine event handling
// triggered transitions
// entry actions
if (!testHarness.doesEventResultInState(&event1, &state2))
{
errorMessage = "State Machine did not handle simple event triggered transition from state1 to state2";
stopStateMachine();
return false;
}
// Test
// state machine event handling
// triggered transitions
// entry actions
if (!testHarness.doesEventResultInState(&event2, &state3))
{
errorMessage = "State Machine did not handle simple event triggered transition from state2 to state3";
stopStateMachine();
return false;
}
// Test
// state machine event handling
// triggered transitions
// entry actions
if (!testHarness.doesEventResultInState(&event1, &state2))
{
errorMessage = "State Machine did not handle simple event triggered transition from state3 to state2";
stopStateMachine();
return false;
}
resetStateMachine();
// Test
// state machine restart
// initial state entering
// null transition.
// entry actions
if (!testHarness.doesEventResultInState(NULL, &state1))
{
errorMessage = "State Machine did not reset properly.";
stopStateMachine();
return false;
}
// Test
// state machine event handling
// triggered transitions
// entry actions
if (!testHarness.doesEventResultInState(&event1, &state2))
{
errorMessage = "State Machine did not handle simple event triggered transition from state1 to state2 after reset";
stopStateMachine();
return false;
}
stopStateMachine();
return true;
}