/**
* run action of init view
*/
static void run(void) {
char initMessage[40] = "Initializing";
if (isTimerElapsed(initTimer)) {
/* set new timer */
initTimer = setUpTimer(RUN_INTERVAL);
if (intervals < 25) {
intervals++;
}
for (int i = 1; i < intervals; i++) {
strcat(initMessage,".");
}
DisplayState *displaystate = getDisplayState();
/* Select fonts */
displaystate->font = GrCreateFont((unsigned char *) FONTNAME, 14, NULL);
GrSetGCFont(displaystate->gContextID, displaystate->font);
GrText(displaystate->gWinID, displaystate->gContextID, 120, 30, initMessage, -1, GR_TFASCII | GR_TFTOP);
GrDestroyFont(displaystate->font);
}
/* Did someone turn the coffeemaker off? */
if (getSwitchState(POWER_SWITCH) == switch_off) {
#ifdef DEBUG
printf("Detected power switch to off\n");
#endif
switchOff();
}
}
int GM862::executeCommand(String command){
// Serial.println("command: '" + command + "'\nlength: " + command.length());
// parse command and execute
int state = -1;
if(command.equalsIgnoreCase("reboot")){
switchOff();
delay(8000);
switchOn();
delay(16000);
init();
state = 97;
} else if(command.equalsIgnoreCase("delete messages")){
deleteMessage("0");
state = 96;
} else if(command.equalsIgnoreCase("help")){
state = 95;
}
for(int i=0;i<=numOfCommands;i++){
// Serial.println("'" + command + "' ?? '" + commands[i] + "'");
if(command.equalsIgnoreCase(commands[i])){
state = i;
break;
}
}
return state;
}
LedDeviceTinkerforge::~LedDeviceTinkerforge()
{
// Close the device (if it is opened)
if (_ipConnection != nullptr && _ledStrip != nullptr)
{
switchOff();
}
// Clean up claimed resources
delete _ipConnection;
delete _ledStrip;
}
/*** CONSTRUCTEUR ***/
Ihm::Ihm(Server *server, QWidget *parent) :
QMainWindow(parent),
ui(new Ui::Ihm)
{
ui->setupUi(this);
pDynamique = new Dynamique;
pBdd = new Bdd;
_server = server;
ui->addressLineEdit->setText(server->address());
ui->portSpinBox->setValue(server->port());
connect(ui->onPushButton, SIGNAL(clicked()), this, SLOT(onPushButton_clicked()));
connect(ui->offPushButton, SIGNAL(clicked()), _server, SLOT(switchOff()));
connect(ui->addressLineEdit, SIGNAL(textChanged(QString)), this, SLOT(addressLineEdit_textEdited(QString)));
connect(ui->portSpinBox, SIGNAL(valueChanged(QString)), _server, SLOT(setPort(QString)));
connect(server, SIGNAL(sig_switchedOn()), this, SLOT(server_switchedOn()));
connect(server, SIGNAL(sig_switchedOff()), this, SLOT(server_switchedOff()));
connect(server, SIGNAL(sig_switchedOffOnError(QString)), this, SLOT(server_switchedOffOnError(QString)));
connect(server, SIGNAL(sig_addressChanged(QString)), this, SLOT(server_addressChanged(QString)));
connect(server, SIGNAL(sig_portChanged(quint16)), this, SLOT(server_portChanged(quint16)));
connect(server, SIGNAL(sig_newConnection(const ClientConnection&)), this, SLOT(server_newConnection(const ClientConnection&)));
//réception signal homme en danger
connect(this, SIGNAL(signalHommeEnDanger(QString &)), this, SLOT(hommeEnDanger(QString &)));
//réception signal perte réceptin
connect(this, SIGNAL(signalPerteReception(int, int, T_ListeLabel *)), this, SLOT(perteReception(int, int, T_ListeLabel *)));
//obtention du nombre de vue max
int vueMax = pBdd->getVueMax();
//déclaration QList
QList<T_TupleOnglet> listeTupleO;
//récupération des infos sur les onglets
pBdd->getVue(&listeTupleO);
if(!listeTupleO.empty()){
for(int i = 0; i < listeTupleO.count() && i < vueMax; i++) {
int num_vue = listeTupleO.at(i).num_vue;
QString legende = listeTupleO.at(i).legende;
QString image = listeTupleO.at(i).image;
//ajout de l'onglet
this->ajoutOnglet(num_vue, legende, image);
}
}
//supprimer les deux onglets de base
ui->tabWidget->removeTab(0);
ui->tabWidget->removeTab(vueMax);
//mettre l'onglet de base dans la vue
ui->tabWidget->setCurrentIndex(0);
//régler les temps des timer en fonction de la base de données
int tempoMouv; // ms tempo pour le timer mouvement
int tempoRec; // ms tempo pour le timer de réception
pBdd->getTempo(&tempoMouv, &tempoRec);
this->setTempo(tempoMouv, tempoRec);
// lecteurActif(pLecteur); // à enlever à l'intégration
// lecteurInactif(pLecteur); // à enlever à l'intégration
// lecteurInconnu(); // à enlever à l'intégration
// traitementTrame("F60016A703"); //à enlever à l'intégration
// traitementTrame("050026B102"); //à enlever à l'intégration
//trame type : AD D01 6A7 01
//AD niveau de reception
//DO1 n° de badge
//6A7 mouvement
//01 n° lecteur
}
int main(void){
state currentState = STATE_MM1;
action actionToDo = NO_ACTION;
// FSM state/action matrix
stateElement stateMatrix[7][8] = {
// MM1
{{STATE_MM1, NO_ACTION}, {STATE_OFF, SWITCH_OFF}, {STATE_CHARGING, CHARGING}, {STATE_MM1, NO_ACTION}, {STATE_MM2, SHOW_MM2}, {STATE_MM2, SHOW_MM2}, {STATE_MM1, NO_ACTION}, {STATE_HISTORY, SHOW_HISTORY}},
// OFF
{{STATE_MM1, SHOW_MM1}, {STATE_OFF, NO_ACTION}, {STATE_OFF, NO_ACTION}, {STATE_OFF, NO_ACTION}, {STATE_OFF, NO_ACTION}, {STATE_OFF, NO_ACTION}, {STATE_OFF, NO_ACTION}, {STATE_OFF, NO_ACTION}},
// CHARING
{{STATE_CHARGING, NO_ACTION}, {STATE_CHARGING, NO_ACTION}, {STATE_CHARGING, NO_ACTION}, {STATE_MM1, SHOW_MM1}, {STATE_CHARGING, NO_ACTION}, {STATE_CHARGING, NO_ACTION}, {STATE_CHARGING, UPDATE_CHARGE}, {STATE_CHARGING, NO_ACTION}},
// MM2
{{STATE_MM2, NO_ACTION}, {STATE_OFF, SWITCH_OFF}, {STATE_CHARGING, CHARGING}, {STATE_MM2, NO_ACTION}, {STATE_MM1, SHOW_MM1}, {STATE_MM1, SHOW_MM1}, {STATE_MM2, NO_ACTION}, {STATE_RECORD, SHOW_RECORD}},
// HISTORY
{{STATE_HISTORY, NO_ACTION}, {STATE_OFF, SWITCH_OFF}, {STATE_CHARGING, CHARGING}, {STATE_HISTORY, NO_ACTION}, {STATE_SHOWLAP, SHOW_NEXT_LENGTH}, {STATE_SHOWLAP, SHOW_PREV_LENGTH}, {STATE_HISTORY, NO_ACTION}, {STATE_MM1, SHOW_MM1}},
// SHOWLAP
{{STATE_SHOWLAP, NO_ACTION}, {STATE_OFF, SWITCH_OFF}, {STATE_CHARGING, CHARGING}, {STATE_HISTORY, NO_ACTION}, {STATE_SHOWLAP, SHOW_NEXT_LENGTH}, {STATE_SHOWLAP, SHOW_PREV_LENGTH}, {STATE_HISTORY, NO_ACTION}, {STATE_HISTORY, SHOW_HISTORY}},
// RECORD
{{STATE_RECORD, NO_ACTION}, {STATE_OFF, SWITCH_OFF}, {STATE_CHARGING, CHARGING}, {STATE_RECORD, NO_ACTION}, {STATE_MM1, SHOW_MM1}, {STATE_MM1, SHOW_MM1}, {STATE_RECORD, UPDATE_RECORD}, {STATE_RECORD, ADD_LENGTH}}
};
initSystem();
showMM1();
while(1){
event e = getEvent();
// Obtain the next action
stateElement stateEvaluation = stateMatrix[currentState][e];
currentState = stateEvaluation.nextState;
actionToDo = stateEvaluation.actionToDo;
switch(actionToDo){
case NO_ACTION:
break;
case SHOW_MM1:
getBatteryPercentage();
showMM1();
break;
case SWITCH_OFF:
getBatteryPercentage();
showOffScreen();
_delay_ms(2000);
switchOff();
break;
case CHARGING:
initTimer();
getBatteryPercentage();
showChargingScreen();
break;
case SHOW_MM2:
getBatteryPercentage();
showMM2();
break;
case UPDATE_CHARGE:
getBatteryPercentage();
showChargingScreen();
break;
case SHOW_HISTORY:
showHistoryTotal();
break;
case SHOW_NEXT_LENGTH:
getNextLength();
showLength();
break;
case SHOW_PREV_LENGTH:
getPreviousLength();
showLength();
break;
case SHOW_RECORD:
initTimer();
currentLength = 0;
totLenTime = 0;
showRecordScreen();
break;
case UPDATE_RECORD:
totLenTime++;
curLenTime++;
showRecordScreen();
break;
case ADD_LENGTH:
//curLenTime = 0;
recordCurrentLength();
showRecordScreen();
break;
default:
break;
}
}
}
void Socket::off()
{
std::cout << id << ": Off" << std::endl;
state = 0;
switchOff( systemCode, unitCode );
}
