• Introduction to Python Programming Language
• Why do we need Python?  
• Program structure in Python 
• Execution steps 
• Interactive Shell 
• Executable or script files. 
• User Interface or IDE 
• Memory management and Garbage collections  
• Object creation and deletion 
• Object properties 
• Data Types and Operations 
• Numbers 
• Strings 
• List 
• Tuple 
• Dictionary 
• Other Core Types 
• Statements and Syntax in Python 
•  Assignments, Expressions and prints 
•  If tests and Syntax Rules
• While and For Loops 
• Iterations and Comprehensions 
• File Operations 
• Opening a file 
• Using Files 
• Other File tools 
• Functions in Python  
• Function definition and call 
• Function Scope 
• Arguments 
• Function Objects
• Anonymous Functions 
• Modules and Packages 
• Module Creations and Usage 
• Module Search Path 
• Module Vs. Script 
• Package Creation and Importing 
• Classes in Python 
• Classes and instances 
• Classes method calls 
• Inheritance and Compositions 
• Static and Class Methods 
• Bound and Unbound Methods 
• Operator Overloading 
• Polymorphism 
• Exception Handling in Python Programming 
• Default Exception Handler 
• Catching Exceptions 
• Raise an exception 
• User defined exception 
• Advanced Python Concepts 
•  Decorators
• Generators 
• Iterators 
• Co-routines 
• Standard Library Modules 
• Exercises 
• Roadmap with Python 

• Command Line arguments 
• Display Hooks 
• Standard data streams and Redirections Os module 
• Sub-process module 
• Forking processes 
• Exec functions 
• Working with comprehensions 
• Working with Descriptors, Iterators, Generators and Decorators.
• The yield statement range and x-range Working with Context Managers Wrapping Objects 
• Callback functions 
• Duck Typing, Monkey Patching in Python Encapsulating Object Creation: Factory 

• Introduction to Threads in python 
• Thread module 
• Threading module 
• Introduction to Pipes in python Anonymous pipes 
• Named pipes, FIFOs 
• Introduction to Recursion 
• Recursive functions in Python 
• Depth of Recursion 

• CGI Programming
• Introduction to WSGI 
• Introduction to PEP3333 
• Bottle Framework 
• Flask Framework 
• WebTest Framework 
• Create a basic Web Service in python Working with Databases 
• Connecting with Cassandra DB, SQLite3, MySQL 
• Database Operations 

• Network Programming 
• Working with XML Files 
• Developing GUIs 
• Working with SMTP Integrating Python with other Languages 

“C” PROGRAMMING LANGUAGE is a high level and general purpose programming language which is adequate for developing portable applications and firmware. This is the most widely used language. It belongs to the structured and procedural paradigm of languages.

• What is C ?
• Execution of C Program
• History
• Structure of C Program

• Character Set
• Identifier
• Variable
• Keywords
• Escape Sequence Characters

• Real Constant
• Integer Constant
• Character Constant
• String Constant

• Floating point values in real life and in “C”, float literals
• Arithmetic operators
• Priority and binding
• Post-and pre –incrementation and –decrementation
• Operators of type op=
• Char type and ASCII code, char literals
• Equivalence of int and char data
• Comparison operators
• Conditional execution and if keyword
• printf()and scanf()functions: absolute basics
• Flow control
• Conditional execution continued: the “else” branch
• Moreinteger and float types
• Conversions–why?
• Type cast and its operators
• Loops–while, do and for
• Controlling the loop execution –break and continue
• Logical and bitwise operators

• Assignment Operator
• Arithmetic Operators
• Logical Operators
• Relational Operators
• Shorthand Operators
• Unary Operators
• Conditional / Ternary Operator
• Biwise Operators
• Operator Precedence and Associativity
• If Statement
• If-Else Statement
• Nested If-Else
• Switch Case
• Looping Statements
• Looping / Iterative Statements
• while
• do while
• for loop
• Break Statement
• Continue Statement
• Goto

• Functions–why?
• How to declare, define and invoke a function
• Variables’ scope, local variables and function parameters
• Pointers, arrays and structures as function parameters
• Function result and return statement
• Void as a parameter, pointer and result
• Parameterzing the main function
• External function and the extern declarator
• Header files and their role

• Storage Classes
• Automatic Storage Class (auto)
• Register Storage Class (register)
• Static Storage Class (static)
• External Storage Class (extern)

• Switch:different faces of ‘if’
• Arrays(vectors) –why do you need them?
• Sortingin real life and in a computer memory
• Initiators: a simple way to set an array
• Pointers: another kind of data in “C”
• An address, a reference, a dereference and the size of operator
• Simple pointer and pointer to nothing (NULL) & operator
• Pointers arithmetic
• Pointers vs. arrays: different forms of the same phenomenon
• Using strings: basics
• Basicfunctions dedicated to string manipulation
• Memory management and structures
• Themeaning of array indexing
• Theusage of pointers: perils and disadvantages
• Void type
• Arrays of arrays and multi dimensional arrays
• Memory allocation and deallocation:malloc()and free()functions
• Arrays of pointers vs. multidimensional arrays
• Structures–why?
• Declaring, using and initializing structures
• Pointers to structures and arrays of structures
• Basics of recursive data collections

• Structure
• Array in Structures
• Structure with Array
• Difference between array and structure
• Pointer

• Union
• Difference between structure and union
• Strings
• File Handling

• Header File
• Assert.h
• Ctype.h
• Math.h
• Process.h
• String.h
• Time.h

C++ is basically an object oriented programming language and is an extension of C language. Thus, you will be able to code C++ in the style of C language. It is taken to be an intermediate level language, since it incorporates high, as well as low level language features. Join us the leading C++ training institute in Kolkata.

• What is C++?
• Why C++?
• C and C++
• Exception Handling
• Object Oriented Programming
• Standard Template Library

• Types
• Booleans
• Integer Types
• Floating-Point Types
• Sizes
• Void
• Enumerations
• Declarations

• Pointers
• Arrays
• Pointers into Arrays
• Constants
• References
• Pointers to void
• Structures

• A Deck Calculator
• Operator Summary
• Statement Summary
• Comments and Indentation

• Function Declarations
• Argument Passing
• Value Return
• Overloaded Function Names
• Default Arguments
• Pointer to Function
• Macros

• Namespaces
• Exceptions

• Separate Compilation
• Linkage
• Using Header Files
• Programs

• Classes
• Access Control
• Constructors
• Member functions
• Static members
• Destructors
• Memory allocation
• Member initialization

• Introduction
• Operator Functions
• A Complete Number Type
• Conversion Operators
• Friends
• Large Objects
• Essential Operators
• Subscripting
• Functions Calls
• Dereferencing
• Increment and Decrement
• A String Class

• Introduction
• Derived Classes
• Abstract Classes
• Design of Class Hierarchies
• Class Hierarchies and Abstract Classes