int main()
{
try{
LinkedStack stk1=LinkedStack();
ArrayStack stk2=ArrayStack(45500);
fillAll(stk1,"random.txt");
emptyAll(stk1,"LSoutput.txt");
fillAll(stk2,"random.txt");
emptyAll(stk2,"ASoutput.txt");
string test="({(())})((([({})])))(((((()([{()}])(()))))))()";
if(isBalanced(test))
cout<<"It is balanced"<<endl;
else
cout<<"It is not balanced"<<endl;
}
catch(string error)
{
cout<<"Error: "<< error<<endl;
}
}
void kitchenFrame::OnNotebook1PageChanged(wxNotebookEvent& event)
{
if(Notebook1->GetSelection() != 0)
{
OrderPanels[Notebook1->GetSelection()-1]->fillAll();
}
else
{
fillAll();
}
}
void kitchenFrame::OnUrlClick(wxHtmlLinkEvent& event)
{
long templong;
wxString link = event.GetLinkInfo().GetHref();
link.Mid(0,link.Find(_T(":"))).ToLong(&templong);
href=true;
int num = templong;
wxString temp;
temp << num;
mysqlpp::Query query = conn->query();
wxString dishId = link.Mid(link.Find(_T(":"))+1);
query <<"UPDATE `orders_dishes` SET `ready` = '1' \
WHERE `orders_dishes`.`id` =" << wx2std(dishId, wxConvUI) << " LIMIT 1";
query.execute(); //we just set to ready only one dish from order
int orderId;
query << "SELECT `order_id` FROM `orders_dishes` WHERE `id`="<< wx2std(dishId, wxConvUI);
mysqlpp::StoreQueryResult res = query.store();
if(res)
{
mysqlpp::Row row;
row = res.at(0);
orderId = int(row["order_id"]);
}
query << "SELECT `id` FROM `orders_dishes` WHERE `ready`=0 AND `order_id`="<< orderId;
res = query.store();
if(res)
{
if(!res.num_rows()) //no dishes to prepare
{
query << "UPDATE `orders` SET `status` = '4' WHERE `orders`.`id` ="<< orderId <<" LIMIT 1 ";
query.execute(); //set the whole order to ready state
//redo the pages to update status
fillAll();
wxString tem;
tem << _T("r:") << orderId;
sendMessageToServer(SocketClient1, tem);
}
}
wxString prodName = StaticText9->GetLabel();
fillDetails(prodName);
fillMain();
}
void Graphics::drawImageTransformed (const Image& imageToDraw,
const AffineTransform& transform,
const bool fillAlphaChannelWithCurrentBrush) const
{
if (imageToDraw.isValid() && ! context.isClipEmpty())
{
if (fillAlphaChannelWithCurrentBrush)
{
context.saveState();
context.clipToImageAlpha (imageToDraw, transform);
fillAll();
context.restoreState();
}
else
{
context.drawImage (imageToDraw, transform);
}
}
}
void Record::init(string data){
valid = false;
//check if given data
if(data==""){
return;
}
//check if data is properly formatted
int numDelims = count(data.begin(),data.end(),DELIM);
if(numDelims!=NUM_REQUIRED_DELIMS){
cerr<<"Found Malformed Record:"<<data<<endl;
throw InvalidInputException();
}
//populate vals
fillAll(data);
type = getType(vals[MISC_ATTR]);
//check type
if(type==None){
cerr<<"Found Malformed MISC:"<<vals[MISC_ATTR]<<endl
<<"\tPath:"<<vals[PATH]<<endl;
throw InvalidInputException();
}
//being type OTHER is not exception worthy, but it isn't valid.
if(type==Other){
cerr<<"Found Device, Socket, or Other Type. Will Not Move.\t"
<<vals[PATH]<<endl;
return;
}
//if we make it here, its good
valid = true;
}
void kitchenFrame::readFromDining(wxSocketBase *sock)
{
unsigned char len;
char *buf;
sock->SetFlags(wxSOCKET_WAITALL);
// Read the size
sock->Read(&len, 1);
buf = new char[len];
// Read the data
sock->Read(buf, len);
wxString s;
s.Printf(_("%s"), buf);
if(s == _T("n:")) //we have new order
{
fillAll();
}
else if(s.Mid(0,2) == _T("m:"))
{
TextCtrl1->AppendText(_("POS: ") + s.Mid(2,s.Length()) + _T("\n"));
}
}
int main(int argc, char **argv){
/*
key_t shmKey;
int shmid;
time_t curtime = -1;
char xtime[40]="\0";
long int size=4194304; // = 4 MB // 131072; //65536;
*/
long int ii=0;
long int adc=0;
pid_t pid;
int xx=0;
/*
Set up LabJack U6
*/
labjackSetup();
/*
Shared memory creation and attachment
*/
shmSetup();
/*
Get the process number for interupts when the two programs need to interact
*/
pid = getpid();
lnptr->pid = pid;
printf("pid = %li \n",(long int)lnptr->pid);
/*
Set up the signal capture routine for when the reading
program wants something changed
*/
memset (&act,'\0', sizeof(act));
act.sa_sigaction = &handlerCommand;
act.sa_flags = SA_SIGINFO;
if (sigaction(SIGALRM,&act,NULL) < 0){
perror("sigaction");
return 1;
}
/*
Read setup file on disk and load into shared memory
*/
printf("Read conf file...\n");
readConf();
printf(" ... Conf file read \n");
/*
Go out and read RTDs and get everything needed loaded into shared memory
*/
updateRTD();
/*
for (ii=0; ii<20; ii++){
if (lnptr->ge[ii].onoff == 1){
lnptr->ge[ii].rtd = readRTD(lnptr->ge[ii].chanRTD);
lnptr->ge[ii].oflo = readRTD(lnptr->ge[ii].chanOFLO);
printf("Active det: %li -> %lf %lf\n", ii,lnptr->ge[ii].rtd,lnptr->ge[ii].oflo );
}
}
lnptr->tank.rtd = readRTD(lnptr->tank.chanRTD);
lnptr->tank.pressure = readRTD(lnptr->tank.chanPRES);
printf("TANK: %lf\n", lnptr->tank.rtd);
*/
/*
Setup time of next fill based on current time and configure file
*/
curtime = time(NULL);
time0 = curtime; // record starting time of program
time1 = time0 + INTERVAL; // set up next read of RTD...usually every minute
for (ii=0; ii<20; ii++){
if (lnptr->ge[ii].onoff == 1){
lnptr->ge[ii].next = time0 + lnptr->ge[ii].interval;
}
else {
lnptr->ge[ii].next = 0;
}
}
/*
Setup monitoring loop to look for changes and requests
*/
// setTimer();
outletStatus();
/*
Setup monitoring loop to look for changes/minute and requests
*/
nread = INTERVAL;
lnptr->command = 0;
while(lnptr->command != -1) {
// curtime = time(NULL); // check what time it is - confirm still running
// lnptr->secRunning = curtime - time0; // record time running (lets user now it it is still up)
updateRTD(); // read and update the RTD information including lnptr->secRunning
/*
if (curtime >= time1) { // read RTDs every INTERVAL (usually ~60 s)
// time1 = time1+INTERVAL;
/ time1 = time1+nread; // read RTDs every nread (usually INTERVAL though during a fill it might be more often)
updateRTD();
}
Check if an RTD is too high
*/
for (ii=0;ii<20;ii++){ // run thru each detector possibility
if (lnptr->ge[ii].onoff == 1) { // run thru each detector that is ON
if (lnptr->ge[ii].rtd > lnptr->ge[ii].limit){ // check rtd is within limit
printf("SHUT DOWN !\n");
strcpy(lnptr->ge[ii].status,"ALARM");
}
if (curtime > lnptr->ge[ii].next){ // check if its time to fill a detector
printf("start a fill ...set command to 8 = Fill All! \n");
lnptr->command = 8;
}
}
}
// AFTER THIS LOOP CHECK FOR COMMANDS COMING IN FROM CONTROL PROGRAM
if (lnptr->command > 20 && lnptr->command <= 40){
closeDet(lnptr->command-21); // way to close individual valves
lnptr->command=0;
}
else if (lnptr->command > 40 && lnptr->command <= 60) {
openDet(lnptr->command-41); // way to open individual valves
lnptr->command=0;
}
else {
switch (lnptr->command) {
case 0:
/*
// signal(SIGTERM,alarm_wakeup); // set the Alarm signal capture
sleep (1); // pause for time
curtime = time(NULL);
printf ("curtime = %li %li \n", curtime, (time1-curtime));
if (curtime >= time1) {
time1 = time1+INTERVAL;
updateRTD();
}
*/
break;
case 1:
printf ("1 selected\n");
updateRTD();
lnptr->command=0;
break;
case 2:
printf ("2 selected\n");
lnptr->command=0;
break;
case 3:
printf ("3 selected\n");
lnptr->command=0;
break;
case 7:
printf ("7 selected\n"); // fill 1 detector
lnptr->command=0;
break;
case 8:
printf ("8 selected\n"); // fill All
fillAll();
lnptr->command=0;
break;
case 10:
printf ("10 selected\n");
closeAllValves(); // close all valves including tank but open manifold
lnptr->command=0;
break;
case 11:
printf ("14 selected\n");
closeTank(); // open tank
lnptr->command=0;
break;
case 12:
printf ("14 selected\n");
closeTank(); // close Tank
lnptr->command=0;
break;
case 13:
printf ("11 selected\n");
closeMani(); // close Manifold
lnptr->command=0;
break;
case 14:
printf ("15 selected\n");
openMani(); // open Manifold
lnptr->command=0;
break;
case 17:
printf ("17 selected\n"); // initial cooldown
outletStatus ();
lnptr->command=0;
break;
case 18:
printf ("18 selected\n"); // initial cooldown
break;
default:
printf ("default selected\n");
lnptr->command=0;
break;
}
}
sleep (nread);
}
/*
Release the shared memory and close the U6
*/
shmdt(lnptr); // detach from shared memory segment
printf("detached from SHM\n");
shmctl(shmid, IPC_RMID, NULL); // remove the shared memory segment hopefully forever
printf("removed from SHM\n");
closeUSBConnection(hU6);
printf("USB closed\n");
return 0;
}
void kitchenFrame::OnTimer1Trigger(wxTimerEvent& event)
{
fillAll();
}
void kitchenFrame::OnButton5Click(wxCommandEvent& event)
{
fillAll();
}
