C++ STL vector

Description

Click the following links for the tutorial for STL and vector.

1. Creating a vector that holds integers
2. Specializing STL vector, store int value in vector
3. Vector insert and erase
4. Using Uniform Initialization to Construct a vector
5. Initializing Objects with Initializer Lists
6. Explicit initializer_list Usage
7. Storing a Growing Number of Objects Using STL vector
8. Resizing a vector



9. Reducing the capacity of a vector
10. Removing elements from a vector
11. Adding elements to arbitrary points in a vector
12. Use the capacity method to determine how many elements the vector is capable of storing before it will resize.
13. Bounds-checking on vectors
14. Storing Strings in a Sequence, Use a vector for array-like storage of your strings.
15. Storing Pointers in a vector
16. Copying a vector, copy the contents of one vector into another.



17. Using vectors Instead of Arrays to store built-in types, objects, pointers, etc. in a sequence
18. Demonstrating C++ Standard Library class template vector.
19. Recursively Find the Minimum Value in a vector
20. Use vector to track Dice Rolling random number
21. Use a vector of integers to track value range
22. Bucket Sort on vector of positive integers
23. Enhanced Bubble Sort on vector of number
24. Bubble Sort on vector of number
25. Merge Sort vector of number
26. Quick sort on vector
27. Recursive Binary Search on vector of integer
28. Recursive Linear Search on vector
29. Binary search to find an integer from a vector
30. Vector class element at, erase, insert functions.
31. Working with a vector container to add integer value
32. Outputting product records & cost, Getting the alignment right.
33. Storing double type numbers in a vector
34. Storing student ages in dynamic array containers
35. Storing student names and grades in two vectors
36. Frequency of words in text.
37. Sorting an array in ascending sequence - using a vector<T> container
38. The Capacity and Size of a Vector
39. Using std::vector<T> Containers
40. Demonstrate push_back(), operator[], size() on vector
41. Demonstrate insert(), erase() on vector
42. Demonstrate constructors, swap(), empty(), back(), pop_back() on vector
43. Vector to string objects, push_back(), and []
44. Create vector of int and add value to the vector
45. Reserve space for 50 elements in vector
46. Resize a vector
47. Show the size and capacity of vector.
48. Create an empty vector and then assign it a sequence that is the reverse of another vector.
49. Change vector element values using array subscript syntax
50. Create another vector that contains a subrange of vector.
51. Cycle through vector in the reverse direction using a reverse_iterator.
52. Cycle through vector in the forward direction using an iterator.
53. Declare reverse iterator to a vector<int>
54. Declare an iterator to a vector<int>.
55. Get the first and last element from vector using rbegin() and rend()
56. Get the first and last element from vector using begin() and end()
57. Use pop_back() to remove one element from vector.
58. Add elements to the end of vector using push_back member function.
59. Compute the average of the values in vector using array subscripting operator.
60. Assign elements to vector using array-subscripting syntax.
61. Exchange the contents of vector 1 and vector 3.
62. Insert element to vector at the end
63. Remove the first element from vector
64. Insert element at the start of vector
65. Determine if one vector is less than vector with lexicographical compare.
66. Insert more characters into vector at the end.
67. Compare two vector containers.
68. Show the size of vector, which is the number of elements
69. Create another vector that is the same as the first vector
70. Use a reverse iterator to show the contents of vector in reverse.
71. Declare a reverse iterator for vector.
72. Insert characters into vector. An iterator to the inserted object is returned.
73. Obtain an iterator to the start of vector.
74. Declare an iterator to a vector<char>.
75. Declare an empty vector that can hold char objects.
76. Store user-defined objects in a vector.
77. Extract Sentences from a Vector of Characters