pseudo_OBC.c

getData(module, type)
{
	
}


measureApp()
{
	////sera?//////////while (1): //the app is always running, can only be stopped/paused by the OS
		
		checkSpaceAvailable(); //limit each module data to some amount of space
		//duas maneiras:
		//1 - checar em cada execucao se os dados excederam o limite de "n" arquivos e deletar o mais antigo.
		//2 - fazer a mesma checagem, mas com um intervalo maior de tempo e deletar mais de um arquivo antigo.

		x = fopen("bat%i.txt", writeMode, TIME); //creates a file named "bat{REAL TIME}.txt" or something simpler
		fprintf(x, EPS.getBatLevel()); //writes to x
		fclose(x);

		y = fopen("pow%i.txt", writeMode, TIME);
		fprintf(x, EPS.getInstPower());
		fclose(y);

		z = fopen("att%i.txt", writeMode, TIME);
		fprintf(x, ATT.getPos());
		fclose(y);

		w = fopen("pay%i.txt", writeMode, TIME);
		fprintf(x, PAY.getData());
		fclose(z);

		return 0; // finished getting data

		monitorApp(0); //call monitor app to check parameters

		wait(5sec); //no need to run too frequently
}

monitorApp(option)
{
	case 0:
		x = fopen("bat$LAST.txt", readMode);
		y = fopen("pow$LAST.txt", readMode);
		if x < 0.5 and y == NOT_ENOUGH:
			enter LOWPOWER_MODE(1)
			appLog(lowpower_entered)???
		else if x < 0.3 and y == NOT_ENOUGH:
			enter LOWPOWER_MODE(2)
			...
			...
			...
		else:
			enter ACTIVE_MODE

	case 1:
		RESTART_SYSTEM_OMG(); //case of a current peak

		// NOTA:
		// apos a inicializacao, gravar um codigo num arquivo de 1byte. 
		// sempre que ocorrer um RESTART "normal" deve-se apagar o arquivo, no caso de peak current, nao.
		// em toda inicializacao deve-se primeiro checar se o arquivo contem aquele codigo.
		// se ele contiver, significa que ocorreu uma reinializacao brusca, ou seja, houve pico de corrente
		// e deve-se registrar o ocorrido com o app LOG.
}

cmdApp(COM_OUTPUT)
{
	switch(COM_OUTPUT){
		case 1:
			SHUTDOWN_NOW(); // request to shutdown the sattelite when passing thru a forbidden area

		case 2:
			UPDATE_CONFIG(COM_OUTPUT); // ground station sends new parameters to be adopted by some part of the system

		case 3:
			SEND_DATA(); // request to send data collected with measureApp() back to Earth

		default:
			ERROR(NOT_RECOGNIZED); // the data recieved didn't follow any known paterns, keep a note in the log (?) 
	}
}

telApp()
{
	
}

logApp()
{
	definir niveis de prioridade
}