- A Brief History of C
- Features & characteristics of C
- Structure of a ‘C’ Program
- Program Development Life Cycle
- Complier Vs Interpreters
- Compilation & Execution of C Program On Dos & Unix
C & C++ Language classes in Pune
C & C++ Language Classes
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Prerequisites for this course: Familiarity with the Basic C programming language
Course Duration: Instructor lead: 60 hours + Practical’s
C Language Syllabus
- Character Set
- C Tokens Keywords & Identifiers Constants Integer, Floating Point, Character, String, Enumeration
- Backslash characters / Escape sequences
- Data Types in C
- Variables
- Declaration & Definition
- User-Defined Type declarations
- Operators & Expressions Arithmetic, Relational, Logical, Increment Decrement , Bit wise, Assignment, Conditional
- Type conversions in Expressions Implicit Type Conversion
- Explicit Type Conversions
- Precedence & Associability of Operators.
- Console Input & Output functions
- Formatted Input & Output (scanf/printf)
- sprintf & sscanf
- Selection Statements If, Nested if, if….else, else if Ladder ternary operator, switch, Nested switch, conditional expression
- Iterative Statements while loop, do -while loop, for loop
- Jump Statements Goto & label, break & continue, exit() function
- Compound Statements
- Null Statements
- Single Dimension Arrays
- Declaration, Initialization, Accessing array
- Elements, Memory Representation
- Multidimensional Arrays
- Declaration, Initialization, Accessing array
- Elements, Memory Representation
- String (character array)
- Declaration, Initialization
- String Manipulation Functions
- Memory Organization
- Basics of Pointer
- Application of Pointer
- Pointer Expressions Declaration of Pointer, Initializing Pointer, De -referencing Pointer Void Pointer Pointer Arithmetic
- Precedence of &, * operators
- Pointer to Pointer
- Constant Pointer
- Dynamic Memory Allocation
- sizeof(), malloc(), calloc(), realloc(), free()
- Pointers and Arrays
- Pointers and character string
- Array of pointers
- Types of functions
- Declaration & Definition
- Arguments & local variables
- Parameter passing
- Call by value & Call by reference
- Passing arrays, strings to functions
- Pointers to functions
- Recursion
- Meaning of Terms
- Scope - Block scope & file scope
- Storage Classes Automatic Storage, Extern Storage, Static Storage, Register Storage
- Structures Declaration and Initializing Structure, Accessing Structure members, Structure Assignments,
- Array of Structures, Nested structure, Passing Structure to function, Structure Pointer, typedef keyword
- Unions Declaration and Initializing Union,
- Accessing union members,
- Difference between Structure & Union
- Enumerated data type
- Preprocessor Directive Macro Substitution, File Inclusion directive, Conditional Compilation directives
- Defining & Opening a File
- Closing a File
- Input/Output Operations on Files
- Error Handling During I/O Operation
- Random Access To Files
- Introduction Bitwise AND, OR, Excusive OR, Bitwise SHIFT Operators 12.2 Applications Masking, Internal Representation of Date
- Bit Fields
- Drawing Object in C Line, Circle, Rectangle, Ellipse
- Changing Foreground & Background
- Filling Object by Color
- Command Line Arguments<
C++ Language Syllabus
- Introduction
- Procedural Vs Object Oriented Programming
- Classes, Object, Data Abstraction,
- Encapsulation, Inheritance, Polymorphism
- Dynamic Binding, Message Passing
- Object Oriented Languages
- Object Based languages
- A Brief History of C & C++
- C Vs C++
- A Simple C++ Program
- Application of C++
- Structure & Class
- Compiling & Linking
- Tokens, Keywords, Identifiers & Constants
- Basic Data Types, User-Defined Data Types,
- Symbolic Constant, Type Compatibility,
- Reference Variables, Operator in C++,
- Scope Resolution Operator,
- Member De-referencing Operators,
- Memory Management Operators,
- Manipulators, Type Cast Operator
- The Main Function, Function Prototyping
- Call by Reference, Call by Address,
- Call by Value, Return by Reference
- Inline Function, Default Arguments
- Const Arguments, Function Overloading,
- Friend Function
- A Sample C++ Program with class
- Access specifiers
- Defining Member Functions
- Making an Outside Function Inline
- Nesting of Member Functions
- Private Member Functions
- Arrays within a Class
- Memory Allocation for Objects
- Static Data Members, Static Member
- Functions, Arrays of Objects
- Object as Function Argument
- Friend Functions, Returning Objects,
- Const member functions
- Pointer to Members, Local Classes
- Object composition & delegation
- Constructor
- Parameterized Constructor
- Multiple Constructor in a Class
- Constructors with Default Arguments
- Dynamic Initialization of Objects
- Copy Constructor
- Dynamic Constructor
- Const Object
- Destructor
- Defining operator Overloading
- Overloading Unary Operator
- Overloading Binary Operator
- Overloading Binary Operator Using Friend function
- Manipulating of String Using Operators
- Type Conversion
- Rules for Overloading Operators
- Defining Derived Classes
- Single Inheritance
- Making a Private Member Inheritable
- Multilevel Inheritance
- Hierarchical Inheritance
- Multiple Inheritance, Hybrid Inheritance
- Virtual Base Classes, Abstract Classes
- Constructor in Derived Classes
- Nesting of Classes
- Pointer to Object, This pointer,
- Pointer to Derived Class,
- Virtual Function,
- Pure Virtual Function,
- Early Vs Late Binding
- C++ Streams, C++ Stream Classes
- Unformatted I/O Operation
- Formatted I/O Operation
- Managing Output with Manipulators
- Classes for File Stream Operation
- Opening & Closing Files
- Detection of End of File
- More about Open( ): File modes
- File pointer & manipulator
- Sequential Input & output Operation
- Updating a File : Random Access
- Command Line Arguments
- Generic Function,
- A function with Generic Data Types,
- Explicitly Overloading a Generic Function,
- Overloading a Function Template,
- Using Standard Parameter with Template Functions,
- Generic Function Restriction,>
- Applying Generic Function : Generic Sort,
- Generic Classes,
- An Example with Two Generic Data Types
- Using Non-Type Arguments with Generic Class,
- Using Default Arguments With Template Classes,
- Explicit Class Specification,
- The typename & export keywords
- Exception Handling Fundamentals
- The try Block, the catch Exception Handler
- The throw Statements
- The try/throw/catch sequence
- Exception Specification
- Unexpected Exception
- Catch – All Exception Handlers
- Throwing an exception from handler
- Uncaught Exception
- STL Programming Model, Sequence
- Container Adapter, Integrator
- Algorithms, Predicates, Allocators
- Introducing Namespaces
- Referring to Members of a Namespace
- The using namespace Statement
- Defining A Namespaces
- Nested Namespaces
- Unnamed Namespaces
- Namespace Aliases
- New-Style Casts, dynamic_cast, static_cast, reinterpret_cast
- const_cast, Runtime Type Information
- (RTTI), A Simple Application of Run-Time
- Type ID, Ttypeid Can be Applied to Template Classes
