stack

I have a MapActivity that will display the Android Search box when a search button is pressed. The SearchManager manages the dialog, and passes the user's query to a searchable activity, which searches an SQLite DB and displays the results using a custom adapter. This works fine - and I'm getting the correct results from the DB displayed. However, what I want to do is display the result in the MapActivity on a map when the user clicks on a search result. Currently, this means starting a new MapActivity, passing the search result in using a Bundle. I'd have thought the cleaner way was to pass

I receive this Run-Time Check Failure upon the return in the following code. I believe similar code is running fine elsewhere in the program. Any ideas? String GetVariableName(CString symbol, CString filepath) { char acLine[512]; char acPreviousLine[512]; CString csFile; FILE *fp; csFile.Format("%svariables.txt", filepath); fp = fopen(csFile, "r"); if (! fp) return(""); for (;;) { strcpy(acPreviousLine, acLine); // NULL means we are out of lines in the file. if (myfgets(acLine, 511, fp) == NULL) break; // "END" indicates end of file if (! strcmp(acLine, "END")) break; if (! strcmp(acLine,

I have an object(A) which has a list composed of objects (B). The objects in the list(B) are pointers, but should the list itself be a pointer? I'm migrating from Java to C++ and still haven't gotten fully accustomed to the stack/heap. The list will not be passed outside of class A, only the elements in the list. Is it good practice to allocate the list itself on the heap just in case? Also, should the class that contains the list(A) also be on the heap itself? Like the list, it will not be passed around. Andrew Grant Bear in mind that The list would only be on the stack if Object-A was also

This question already has answers here : Closed 9 years ago . Possible Duplicate: Why are structs stored on the stack while classes get stored on the heap(.NET)? Can anyone tell me that how the allocation of memory is done that which object is to be stored in stack and which to be in heap portion of the memory? 3 rules of thumb: Objects are stored on the heap . These include instances of reference-types and boxed value-types. Local variables and parameters are stored on the stack . For local value-types, this means that the value itself is stored on the stack. For local reference-types, only

I have a UINavigationController . I have to pop a view from a UINavigationController and replace it with another view. How we can search for a UIViewController object and replace it with another ? when i print NSMutableArray *allViewControllers = [NSMutableArray arrayWithArray: myDelegate.navigationController.viewControllers]; I tried.. [allViewControllers removeObjectIdenticalTo: @"NonLogginedViewController"]; [allViewControllers removeObjectIdenticalTo: myDelegate.nonLogginedViewController]; myDelegate.navigationController.viewControllers = allViewControllers; But it didn't update the

I have a nested struct. type ConfigOne struct { // Daemon section from config file. Daemon daemon } type daemon struct { Loglevel int Logfile string } And I have a String() string method on that type, which I am trying to return the nested struct elements as func (c ConfigOne)String() string{ return fmt.Sprintf("%+v\n", c) } When I am trying to print it as c := &modules.ConfigOne{} c.Daemon.Loglevel = 1 c.Daemon.Logfile = "/tmp/test.log" modules.Logger.Infoln(c.String()) I am getting the error runtime: goroutine stack exceeds 1000000000-byte limit fatal error: stack overflow runtime stack:

I would like to have labels on only the top part of my stacked bar plot. Here is my data frame: #create data frame building <- c("Burj \nKhalifa", "Zifeng \nTower", "Bank of \nAmerica Tower", "Burj Al Arab", "Emirates \nTower One", "New York \nTimes Tower", "Emirates \nTower Two", "Rose Rayhaan \nby Rotana", "The \nPinnacle", "Minsheng \nBank Building") occupiable<- c(585, 317, 235, 198, 241, 220, 213, 237, 265, 237) nonoccupiable <- c(244, 133, 131, 124, 113, 99, 97, 96, 95, 94) df.build <- data.frame(building, occupiable, nonoccupiable) #melt data frame for stack bar plot df.build2 <- melt