UINDO Technologies

Curriculum

23 Sections
214 Lessons
10 Weeks

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Getting Started
10
- 2.1
  Brief Introduction
- 2.2
  Programming Language
- 2.3
  About C Programming
- 2.4
  C Character Set
- 2.5
  Constants, Variables & Keywords
- 2.6
  Constants in C
- 2.7
  Variables in C
- 2.8
  Writing a C Program
- 2.9
  Instructions and Assignments
- 2.10
  Basic Operators in C Programming
The Decision Control Structure
5
- 3.1
  Decisions Control Structure & the If Statement
- 3.2
  The if-else Statement
- 3.3
  Use of Logical Operators
- 3.4
  Different types of Operators
- 3.5
  Points to remember
Loop Control Structure
9
- 4.1
  Loops and the While loop
- 4.2
  While Loop
- 4.3
  For Loop
- 4.4
  Operators in Loop
- 4.5
  The Odd Loop
- 4.6
  Break Statement
- 4.7
  Continue Statement
- 4.8
  Do-while loop
- 4.9
  Tips to remember
Case Control Structure
4
- 5.1
  Decisions using switch
- 5.2
  The Tips and Traps
- 5.3
  Switch versus if-else Ladder
- 5.4
  The goto keyword
Functions and Pointers
16
- 6.1
  About Functions
- 6.2
  Passing Values between Functions
- 6.3
  Scope Rule of Functions
- 6.4
  Calling Convention
- 6.5
  One Dicey Issue
- 6.6
  Advanced Features of Functions
- 6.7
  Function Declaration and Prototypes
- 6.8
  Call by Value or Call by Reference
- 6.9
  An Introduction to Pointers
- 6.10
  Pointer Notation
- 6.11
  Function Calls
- 6.12
  Basics of Call by value and call by reference
- 6.13
  Conclusions
- 6.14
  Recursion
- 6.15
  Recursion and Stack
- 6.16
  Adding Functions to the Library
Data Types Revisited
12
- 7.1
  Data type
- 7.2
  Integer number variables
- 7.3
  Integers, signed and unsigned
- 7.4
  Chars, signed and unsigned
- 7.5
  Floats and Doubles
- 7.6
  Issues related to Data types
- 7.7
  Storage Classes in C
- 7.8
  Automatic Storage Class
- 7.9
  Register Storage Class
- 7.10
  Static Storage Class
- 7.11
  External Storage Class
- 7.12
  To study the Ground rules for the Storage Class
The C Preprocessor
4
- 8.1
  Features of C Preprocessor
- 8.2
  Preprocessor and Macro Directives
- 8.3
  Macros with Arguments and Macros versus Functions
- 8.4
  Various Directives
Arrays
12
- 9.1
  What are Arrays?
- 9.2
  Usage of Arrays
- 9.3
  Pointers and Arrays
- 9.4
  Passing an Entire Array to a Function
- 9.5
  Two Dimensional Arrays
- 9.6
  Initializing a 2-Dimensional Array
- 9.7
  Memory Map of a 2-Dimensional Array
- 9.8
  Pointers and 2-Dimensional Arrays
- 9.9
  Pointer to an Array 295
- 9.10
  Passing 2-D array to a Function
- 9.11
  Array of Pointers
- 9.12
  Three Dimensional Array
Pupating on Strings
6
- 10.1
  What are Strings?
- 10.2
  Pointers and Strings
- 10.3
  Standard Library String Functions
- 10.4
  Two-Dimensional Array of Characters
- 10.5
  Array of Pointers to Strings
- 10.6
  Limitations of Array of Pointers to Strings
Structures
7
- 11.1
  Why Use Structures?
- 11.2
  Declaring a Structure
- 11.3
  Accessing Structure Elements
- 11.4
  Array of Structures
- 11.5
  Additional Features of Structures
- 11.6
  Uses of Structures
- 11.7
  Unformatted Console I/O Functions
Console Input/output
3
- 12.1
  Types of I/O
- 12.2
  Formatted Console I/O Functions
- 12.3
  sprintf( ) and sscanf( ) Functions
File Input/Output
19
- 13.1
  Data Organization
- 13.2
  File Operations
- 13.3
  Opening a File
- 13.4
  Reading from a File
- 13.5
  Trouble in Opening a File
- 13.6
  Closing the File
- 13.7
  Counting Characters, Tabs, Spaces
- 13.8
  A File-copy Program
- 13.9
  Writing to a File
- 13.10
  File Opening Modes
- 13.11
  String (line) I/O in Files
- 13.12
  The Awkward Newline
- 13.13
  Record I/O inFiles
- 13.14
  Text Files and Binary Files
- 13.15
  Record I/O Revisited
- 13.16
  Database Management
- 13.17
  Low Level Disk I/O
- 13.18
  A Low Level File-copy Program
- 13.19
  I/O Under Windows
More Issues in Input/output
7
- 14.1
  Using argc and argv
- 14.2
  Detecting Errors in Reading/Writing
- 14.3
  Explanation
- 14.4
  Standard I/O Devices
- 14.5
  I/O Redirection
- 14.6
  Redirecting the Output
- 14.7
  Redirecting the Input & Both Ways at Once
Operations on Bits
7
- 15.1
  Binay System & Bitwise Operators
- 15.2
  Bitwise AND Operator
- 15.3
  Bitwise OR Operator
- 15.4
  Bitwise XOR Operator
- 15.5
  One’s Complement Operator
- 15.6
  Shift Operator
- 15.7
  The showbits( ) Function
Miscellaneous Features
9
- 16.1
  Enumerated Data Type and its uses
- 16.2
  Understanding with a Program
- 16.3
  Renaming Data Types with typedef
- 16.4
  Typecasting
- 16.5
  Bit Fields
- 16.6
  Pointers to Functions
- 16.7
  Functions Returning Pointers
- 16.8
  Functions with Variable Number of Arguments
- 16.9
  Unions & Union of Structure
Under Windows 535
10
- 17.1
  Uses of Windows
- 17.2
  Integers
- 17.3
  The Use of typedef
- 17.4
  Pointers in the 32-bit World
- 17.5
  Memory Management & Device Access
- 17.6
  DOS Programming Model
- 17.7
  Windows Programming Model
- 17.8
  Event Driven Model & Windows programming
- 17.9
  The First Windows Program
- 17.10
  Hungarian Notation
Windows Programming
8
- 18.1
  The Role of a Message Box
- 18.2
  Here Comes the windows
- 18.3
  More Windows
- 18.4
  A Real-World Window
- 18.5
  Creation and Displaying of Window
- 18.6
  Interaction with Window
- 18.7
  Reacting to Messages
- 18.8
  Program Instances
Graphics under Windows
15
- 19.1
  Graphics fundamentals
- 19.2
  Device Independent Drawing
- 19.3
  Hello Windows program
- 19.4
  Drawing Shapes
- 19.5
  Types of Pens
- 19.6
  Types of Brushes
- 19.7
  Code and Resources
- 19.8
  Freehand Drawing, the Paintbrush Style
- 19.9
  Capturing the Mouse
- 19.10
  Device Context, a Closer Look
- 19.11
  Displaying a Bitmap
- 19.12
  Animation at Work
- 19.13
  WM_CREATE and On Create( )
- 19.14
  WM_TIMER and On Timer( )
- 19.15
  Points to remember
Interaction with Hardware
12
- 20.1
  Hardware Interaction
- 20.2
  Hardware Interaction, DOS Perspective
- 20.3
  Hardware Interaction, Windows Perspective
- 20.4
  Communication with Storage Devices
- 20.5
  The Read Sector( ) Function
- 20.6
  Accessing Other Storage Devices
- 20.7
  Communication with Keyboard
- 20.8
  Dynamic Linking
- 20.9
  Windows Hooks
- 20.10
  Caps Locked, Permanently
- 20.11
  Mangling Keys
- 20.12
  Key Logger
Under Linux
7
- 21.1
  What is Linux
- 21.2
  C Programming Under Linux
- 21.3
  The ‘Hello Linux’ Program
- 21.4
  Processes
- 21.5
  Parent and Child Processes
- 21.6
  More Processes
- 21.7
  Zombies and Orphans
More Linux Programming
5
- 22.1
  Communication using Signals
- 22.2
  Handling Multiple Signals
- 22.3
  Registering a Common Handler
- 22.4
  Blocking Signals
- 22.5
  Event Driven Programming
Memory Mapping
7
- 23.1
  Introduction to Memory Map
- 23.2
  Memory Organization
- 23.3
  Segmentation
- 23.4
  Loading OS & Booting Process
- 23.5
  The resident and transient memory area
- 23.6
  Program memory area at run time
- 23.7
  Memory representation of data & function objects
C Traps & Pitfall
20
- 24.1
  Introduction
- 24.2
  Lexical pitfalls
- 24.3
  Exceptions, String & characters
- 24.4
  Understanding Declaration
- 24.5
  Exceptions in Operators’ precedence
- 24.6
  Use of Semicolons
- 24.7
  The Switch statement
- 24.8
  Calling functions
- 24.9
  The Dangling else problem
- 24.10
  Linkages
- 24.11
  External Types
- 24.12
  Expression evaluation sequence
- 24.13
  Issues related to actual parameters
- 24.14
  Eshew Synecdoche
- 24.15
  Library Function
- 24.16
  Preprocessor
- 24.17
  Portability pitfalls
- 24.18
  Signed & Unsigned characters
- 24.19
  Random numbers
- 24.20
  Portability problems

₹3,500.00

Course Features

Lectures 214
Quiz 0
Duration 10 weeks
Skill level All levels
Language English
Students 47
Certificate Yes
Assessments Yes

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