Advance C programming Course

Table Of Contents

01-introduction

0 folders, 1 file

02-exceptions

0 folders, 4 files

03-files

0 folders, 5 files

04-the-standard-template-library

0 folders, 12 files

05-operator-overloading

0 folders, 6 files

06-template-classes-and-functions

0 folders, 4 files

07-passing-functions-to-functions

0 folders, 5 files

08-c-11s-amazing-new-features

0 folders, 31 files

09-about-gui-programming-in-c

0 folders, 1 file

10-a-project-drawing-fractal-images

3 folders, 36 files

11-bonus-videos

What you will Learn

1. Exceptions-basics

2. Standard-exceptions

3. Custom-exceptions

4. Exception-catching-order

5. Writing-text-files

6. Reading-text-files

7. Parsing-text-files

8. Structs-and-padding

9. Reading-and-writing-binary-files

10. Vectors

11. Vectors-and-memory

12. twodimensional-vectors

13. lists

14. maps

15. Custom-objects-as-map-values

16. custom-objects-as-map-keys

17. multimaps

18. sets

19. stacks-and-queues

20. sorting-vectors-deque-and-friend

21. stl-complex-data-types

22. overloading-the-assignment-operator

23. printing-overloading-left-bit-shift

24. complex-number-class

25. overloading-plus

26. overloading-equality-test

28. overloading-the-dereference-operator

29-templates-an-important-note

30. template-classes

31. template-functions

32. template-functions-and-type-inference

33. function-pointers

34. using-function-pointers

35. object-slicing-and-polymorphism

36. abstract-classes-and-pure-virtual-functions

37. functors

38. decltype-typeid-and-name-mangling

039. the-auto-keyword

40. rangebased-loops

41. nested-template-classes

42. a-ring-buffer-class

43. making-classes-iterable

44. initialization-in-c-98

45. initialization-in-c-11

46. initializer-lists

47. object-initialization-default-and-delete

48. introducing-lambda-expressions

49. Lambda-parameters-and-return-types

50. lambda-capture-expressions

51. capturing-this-with-lambdas

52. the-standard-function-type

53. mutable-lambdas

54. delegating-constructors

55. elision-and-optimization

56. constructors-and-memory

57. rvalues-and-lvalues

58. lvalue-references

59. rvalue-references

60. move-constructors

61. move-assignment-operators

62. static-casts

63. dynamic-cast

64. reinterpret-cast

65. perfect-forwarding

66. bind

67. unique-pointers

68. shared-pointers

69. source-code.html

70. fractal-creator-hello-world

71. bitmap-file-headers

72. bitmap-info-headers

73. bitmap-class

74. bitmap-memory

75. bitmap-header-values

76. writing-a-bitmap

77. setting-bitmap-pixels

78. scaling

79. a-mandelbrot-class

80. the-fractal-algorithm

81. improving-the-image

82. the-colour-histogram

83. validating-the-histogram

84. eliminating-max-iterations

85. storing-the-iteration

86. using-the-histogram

87. colour-transforms

88. a-zoom-class

89. the-zoom-list-class

90. centering-and-scaling

91. applying-the-zoom

92. zooming-in

93. reorganising-main

94. implementing-fractalcreator

95. an-rgb-class

96. using-the-rgb-class

97. specifying-color-ranges

98. calculating-range-totals

99. checking-the-range-total

100.getting-the-pixel-range-updated

101. rangebased-coloring

102. More-exercises

101. Multiple Inheritance

C programming is a general-purpose, procedural, imperative programming language developed in 1972 by Dennis M. Ritchie at the Bell Telephone Laboratories to develop the UNIX OS . C is that the most generally used computer-oriented language . It keeps fluctuating at favorite scale of recognition along side Java programing language , which is additionally equally popular and most generally used among modern software programmers.

Why to Learn C Programming?

C programing language is recommended for college students and dealing professionals to become an excellent programmer specially once they are working in Software Development Domain.

key advantages of learning C Programming:
Easy to find out

Structured language

It produces efficient programs

It can handle low-level activities

It are often compiled on a spread of computer platforms

        Facts about C

C was invented to write down an OS called UNIX.

C is a successor of B language which was introduced round the early 1970s.

The language was formalized in 1988 by the American National Standard Institute (ANSI).

The UNIX OS was totally written in C.

Today C is that the most generally used and popular System programing language .

Most of the state-of-the-art software are implemented using C.

Today's hottest Linux OS and RDBMS MySQL are written in C.

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