memory management of multi-dimensional array
Could you please show me an example how to compute the location of an element in a multi-dimensional array.
String splits to create arrays
Creating an array of strings for configuration or verification purposes can get long and ugly in code. For example:
Big O notation allocate array of N element
In Big O notation, allocate an array of N element is defined by O(1) or O(n) ?
For example in C#, if I allocate an array like this :
Big O notation allocate array of N element
In Big O notation, allocate an array of N element is defined by O(1) or O(n) ?
For example in C#, if I allocate an array like this :
Big O notation allocate array of N element
In Big O notation, allocate an array of N element is defined by O(1) or O(n) ?
For example in C#, if I allocate an array like this :
Conveniently sorting and (binary?) searching an array of pairs of numbers?
So I have an array of distinct pairs of positive integers. That is, my array looks something like this (for instance):
Using action array vs Switch Case [closed]
Closed 9 years ago.
Is it possible to quickly change an array declared on the stack to one declared on the heap
I have about 5000 lines of code which manipulates a large array in C++. The problem is that when I try to make the array even larger i.e. A[10000][10000], the gcc compiler throws me a segmentation fault error.
Is it possible to quickly change an array declared on the stack to one declared on the heap
I have about 5000 lines of code which manipulates a large array in C++. The problem is that when I try to make the array even larger i.e. A[10000][10000], the gcc compiler throws me a segmentation fault error.
Question about multidimensional arrays
I was wondering something about the multidimensional arrays and then I got a doubt about a concept, specifically about their representation on memory.