**Reminder :** memory is divided in two main section heap and stack ↵
- Heap for dynamic memory allocation ↵
- stack for static memory allocation ↵
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**array vs vector in memory ?** ↵
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we take this example ↵
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#include<array> ↵
#include<vector> ↵
... ↵
auto myArray =array<int,4>{1,2,3,4} ; ↵
auto myVector =vector<int>{1,2,3,4} ; ↵
// Display the adress of myArray and myVector↵
std::cout<<"adress of myArray " <<&myArray<<std::endl; ↵
std::cout<<"adress of myVector" <<&myVector<<std::endl ; ↵
// display the adress the first adress of myArray and myVector↵
std::cout<<"adress of myArray[0] " <<&myArray[0]<<std::endl; ↵
std::cout<<"adress of myVector[0]" <<&myVector[0]<<std::endl ; ↵
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Result : ↵
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adress of myArray 0055FBBC↵
adress of myVector0055FBA4↵
adress of myArray[0] 0055FBBC↵
adress of myVector[0]00980C60↵
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===> This show that c++ handle Vectors and array in a different way ↵
the adress of myArray is the same as the adress of the first element :the array is directly located where the data is stored (stack)↵
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the adress of myVector is not the same as the adress of the first element: the vector
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