segmentation-fault

I print the value that I'm returning right before my return statement, and tell my code to print the value that was returned right after the function call. However, I get a segmentation fault after my first print statement and before my second (also interesting to note, this always happens on the third time the function is called; never the first or the second, never fourth or later). I tried printing out all of the data that I'm working on to see if the rest of my code was doing something it maybe shouldn't, but my data up to that point looks fine. Here's the function: int findHydrogen(struct

We are attempting to test student code, and in an effort to automate the process, we'd like to detect if a student's code overflows the stack. I've met with some success using the libsigsegv library and its corresponding stackoverflow_install_handler. It works brilliantly, until the student's code blows the stack twice. For example, here's some sample output: [# ~]$ ledit ./interpreter -> (use solution) -> (fun 1 2) *** Stack overflow detected *** -> (fun 1 2) Signal -10 [# ~] The initial " * Stack overflow detected * " is the desirable output. After blowing the stack for the second time, all

I tried running PHPUnit this morning and it's producing a Segmentation Fault 11 error (using the command phpunit unit/ - If I run PHPUnit on my functional tests with Selenium then everything works fine, it's only the unit tests that are affected, I've tried the options in other threads here and those didn't fix the issue, and I have tried reinstalling MAMP locally and reinstalling PHPUnit through PEAR. I've also tried switching PHP versions on the command-line. The tests run fine on a colleagues laptop, and they run fine within Jenkins. Does anyone have any ideas as to the issue? I've included

I'm trying to remove items from a C++ linked list using erase and a list iterator: #include <iostream> #include <string> #include <list> class Item { public: Item() {} ~Item() {} }; typedef std::list<Item> list_item_t; int main(int argc, const char *argv[]) { // create a list and add items list_item_t newlist; for ( int i = 0 ; i < 10 ; ++i ) { Item temp; newlist.push_back(temp); std::cout << "added item #" << i << std::endl; } // delete some items int count = 0; list_item_t::iterator it; for ( it = newlist.begin(); count < 5 ; ++it ) { std::cout << "round #" << count << std::endl; newlist