I have a buffer class in my C++ application as follows: class Buffer { public: Buffer(size_t res): _rpos(0), _wpos(0)
I\'m having an issue understanding why releasing an object that I just created is causing a memory access error in my application.
I\'ve noticed that some of Apple\'s examples include both a retain and readonly modifier on properties. What\'s the point of including retain if no setter gets generated when we\'re using the readonly
In a response elsewhere, I found the following snippet: In general it is nicer in C to have the caller allocate memory, not the
First of all, using delete for anything allocated with new[] is undefined behaviour according to C++ standard.
I am using JSON to receive data from the web service, creating text to JSON object is resource hungry operation.
Programing languages like C,C++ will not sto开发者_运维百科re array values in Heap rather it keeps the value in STACK. But in Java why there is a necessity to keep array values in heap?In Java, arrays
I\'ve been doing my best to learn C++ but my previous training will fall short in one major issue: memory management.My primary languages all have automatic garbage collection, so keeping track of eve
I have a class like this: class Inner; class Cont { public: Cont(); virtual ~Cont(); private: Inner* m_inner;
Say I have two process p1,p2 runnning as a part of my application. Say p1 is running initially executing function f1() and then f1() calls f2().With the invocation of f2() process p2 starts excuting
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