DIPLOMA IN PROGRAMMING

Module1 : Introduction to C Language

•   Installation link
•   Installation steps
•   C programming features
•   Structure of the C Program

Module 2: Token

•   Introduction to Tokens
•   Importance and Usage of Keywords
•   Rules for Naming Identifiers (Avoiding Keywords)
•   Ignoring Whitespace and Comments during Compilation
•   Definition and Purpose of Variables
•   Importance in Programming
•   Role in Storing and Managing Data
•   Understanding the concept of constants as fixed values
•   Recognizing the role of constants in programming for maintaining data integrity and readability.
•   Understanding operators as symbols that perform operations on operands.
•   Overview of arithmetic operators.

Module 3: Operators

•   Understanding role in combining and modifying Boolean conditions.
•   Applying logical operators to create complex conditions
•   Streamlining code with compound assignment operators.
•   Understanding how the address operator retrieves the memory address of a variable.
•   Reinforce your understanding and practical application of Operators.

Module 4: Decision Making Statements

•   Understanding the role of conditional statements in decision-making.
•   Significance of making decisions in programming for control flow.
•   Identifying scenarios where switch-case is more appropriate than if-else.

Module 5: Looping Statements

•   Introduction to loops as control flow structures in C.
•   Significance of loops in automating repetitive tasks and optimizing code.
•   Overview and Use Cases
•   Incorporation of one loop structure within another
•   Altering the flow of execution within loops.
•   Break and continue statements

Module 6: Array

•   Introduction to Arrays
•   Definition and Purpose
•   Declaration and Initialization
•   Accessing Array Elements
•   Updating array elements
•   Input array element dynamically
•   Search array elements
•   Practice set Questions

Module 7: Strings

•   Definition and Purpose
•   String Declaration and Initialization
•   String Manipulation Functions
•   Practice Set Quesions

Module 8: Functions

•   Introduction to Functions
•   User define functions
•   Types of function
•   Pass by value
•   Pass by reference
•   Practice set Questions

Module 9: pointers

•   Introduction to Pointers
•   Understanding pointers as variables that store memory addresses.
•   Understanding the relationship between pointers and data types.
•   Dynamic Memory Allocation
•   Arrays and Pointers
•   Pointer-related Best Practices

Module 10: Introduction to Structures

•   Definition and Purpose of Structures
•   Importance in Organizing Data
•   Basic Syntax and Declaration
•   C Structure Definition
•   Access Structure Members
•   Initialize Structure Members

Module 11: File handling in c

•   File opening modes in C
•   Create a File in C
•   Reading From a File
•   Write to a File
•   Close the File

Module1 : Structure of the C ++ Programing

•   Installation link
•   Installation steps
•   C++ programming features
•   Difference between c and c++
•   Understanding concepts of oop
•   Printing hello world

Module 2: Token

•   Introduction to Tokens
•   Character set
•   Syntax for Declaring Variables
•   Data Types in Variable Declarations
•   Examples of Variable Declarations

Module 3: Decision Making Statements

•   Overview of if, else if, and else statements.
•   Formulating conditions that evaluate to true or false.
•   Nested if
•   Ternary operators
•   Switch case
•   practice set question

Module 4: Looping Statements

•   While and do while
•   Loop executions
•   Syntax
•   For loop
•   Execution
•   Syntax
•   Nested Loops
•   Patterns programs
•   Break and continue statements
•   practice set question

Module 5: Array

•   Introduction to Arrays
•   Definition and Purpose
•   Declaration and Initialization
•   Accessing Array Elements
•   Updating array elements
•   Input array element dynamically
•   Search array elements
•   Practice set Questions

Module 6: Strings

•   Definition and Purpose
•   String Declaration and Initialization
•   String Manipulation Functions
•   Input string dynamically
•   Practice Set Quesions

Module 7: Functions

•   Introduction to Functions
•   User define functions
•   Types of function
•   Pass by value
•   Pass by reference
•   Practice set Questions

Module 8: pointers

•   Introduction to Pointers
•   Declaration and Initialization of Pointers
•   Pointer Operators
•   The & Operator
•   Pointer Arithmetic
•   Null Pointers
•   Dynamic Memory Allocation
•   Arrays and Pointers
•   Pointer-related Best Practices

Object oriented programming

Module 1: Classes and Objects

•   Classes as user-defined data types.
•   Object instantiation and initialization.
•   Member variables and member functions.

Module 2: Constructors and destructors in classes.

•   Default constructors.
•   Parameterized constructors.
•   Constructor overloading with multiple constructors in a class.
•   Destructor and its role in resource management.

Module 3: Inheritance

•   Definition and concept of inheritance.
•   Creating base and derived classes.
•   Types of inheritance: single, multiple.
•   multilevel
•   hierarchical
•   hybrid

Module 4: encapsulation

•   accesss specifier(private , public , protected).
•   Data Encapsulation.
•   Benefits of Encapsulation
•   Setter and getter method
•   Access Specifiers
•   Encapsulation programs
•   Friend Functions and Classes

Module 5: Polymorphism

•   Compile time polymorphism
•   Method overloading
•   run time polymorphism
•   method overriding
•   Virtual functions
•   Rules for virtual functions
•   Pure virtual functions
•   Virtual base classes

Module 6: Exception Handling

•   Try Block
•   catch block
•   Throw statement
•   Exception Types
•   Exception Handling Mechanism
•   practical Questions

Basic Python

Module1 : Introduction to Python

•   Overview of Python
•   Python Interpreter
•   features of python
•   why python
•   Basic Syntax

Module 2: Tokens in python

•   Definition of identifiers in programming languages.
•   Explanation of their role in uniquely identifying variables, functions, and other entities.
•   Explanation of keywords as reserved words with special meanings in a programming language.
•   How indentation is used to define code blocks instead of explicit braces.
•   Discussion on the ASCII and Unicode character encoding.

Module 3: Identifier rules Mode of python Formatted Input /output

•   Discussion on the rules and conventions for naming identifiers.
•   Users interact with Python prompt directly
•   Reads user input from the console.

Module 4: Datatypes

•   Definition and usage of integers.
•   Explanation of floating-point numbers.
•   Definition of strings as sequences of characters.
•   String manipulation, indexing, and slicing.
•   Introduction to boolean values: True and False.
•   Definition of tuples as ordered, immutable sequences.
•   Understanding the concept of unique elements in a set.
•   Set applications in data analysis and processing.

Module 5: Operators

•  Performing addition and subtraction operations on numeric elements in a list.
•  Overview of bitwise operators (&, |, ^, ~, <>) in Python.
•  Overview of how they test for the presence or absence of a value in a sequence.
•  Definition of operator precedence in Python.

Module 6: Conditional Statement

•   Introduction to Conditional Statements
•   Definition of nested if statements in Python.
•   Ternary operator/short hand if else

Module 7: Looping Statements

•   Understanding how the loop's condition is evaluated.
•   Introduction to Range
•   Definition and purpose of the break statement in Python.
•   Understanding the structure and indentation for nesting.

Module 8: Strings

•   Creating a String
•   Extract string element
•   String Property
•   String Methods
•   String practice set question

Module 9: Functions

•   Introduction to Functions
•   User define functions
•   inbuilt functions
•   function definitions
•   function calling
•   Type of functions
•   positional arguments/required arg
•   default arguments
•   keyword arguments
•   arbitrary positional arguments
•   arbitrary keyword arguments
•   Functions as first class value
•   Lamda function
•   Higher order function
•   map
•   filter
•   reduce

Module 10: list

•   Understanding the concept of order in list elements.
•   Understanding List Characteristics

Module 11: Tuple

•   Creating a tuple
•   Accessing elements from tuple
•   Updating tuple
•   Membership
•   Tuple functions
•   Practical related questions

Module 12: Modules

•   Creating a module
•   Importing a module
•   Importing multiple modules
•   Alias/alias while importing multiple modules
•   Importing single or specific element from module
•   Alias while importing single element
•   Importing a module from another directory Dir()

Module 13: packages

•   Package Structure
•   Directory Hierarchy
•   Importing from a Package
•   Using __init__.py
•   Subpackages
•   Hierarchical Structure
•   practice set questions

Module 14: File handling

•   Create a new file
•   Overwrite an existing one for writing
•   Creating, updating, and analyzing log files aids in monitoring system activities

Module 15: Exception handling

•   Understanding the need for handling exceptions in a program
•   Creating custom exceptions to handle specific situations.
•   Handling exceptions in concurrent and asynchronous programming.

Advance Python

Module1 : Introduction to OOP

•   Overview of classes in Python, defining and using classes.
•   Instantiation of classes, understanding object-oriented principles.
•   Defining and accessing attributes, instance and class methods.

Module 2: Constructor And Destructor Inheritance

•   Understanding __init__ and __del__, their importance and usage.
•   Initialize object state and set default values
•   Extending or modifying functionality in derived classes.
•   Understand how constructors work in a single inheritance scenario.

Module 3: Polymorphism

•   Intoduction to Polymorphism
•   Method overloading
•   method overriding

Module 4: Encapsulation and Abstraction

•   Enhances code organization, security, and maintainability by restricting direct access to internal details of a class.
•   Access control modifiers

Module 5: Regular Expressions

•   Understanding the power of regular expressions, basic syntax.
•   Using match to find patterns at the beginning of strings.
•   Understanding the practical differences and use cases.
•   Exploring commonly used patterns and their applications.

Module 6: Common Gateway Interface

•   Introduction to CGI, its role in web applications.
•   Understanding the CGI architecture and its components.
•   Differences, usage, and handling data with GET and POST.
•   Understanding, creating, and managing cookies in CGI.
•   Implementing file uploads in CGI applications.

Module 7: Database

•   Facilitates database operations in Python
•   Allowing the creation, manipulation, and querying of SQLite databases.
•   Establishes and manages the connection to an SQLite database
•   Points to be remember Before connecting to a MySQL database
•   Handling Errors

Module 8: Networking

•   Communication between devices over a network using sockets
•   Facilitating data exchange.

Module 9: Multithreading

•   Benefits of Using Python for Multithreading
•   Thread modules
•   Thread Creation in Python
•   Thread Lifecycle
•   Thread Synchronization
•   Multithreaded Priority Queue

Module 10: GUI Programming

•   Create the GUI application main window.
•   Add one or more of the above-mentioned widgets to the GUI application.
•   Enter the main event loop to take action against each event triggered by the user.
•   Tkinter Widgets
•   Standard Attributes
•   Geometry Management
•   SimpleDialog:askinteger /askfloat /askstring
•   The FileDialog Module
•   ColorChooser
•   ttk module

Module 11: Sending Emails in Python

•   SMTP
•   Smtplib Module
•   Email Message Components:sender/recipient/subject/body
•   Connection to SMTP Server
•   Sending mails

Module 1: Introduction to java

•   Software development kit for Java
•   Standard libraries for Java applications.
•   Featuring a compiler, development tools, Java Runtime Environment (JRE).
•   Enhances program reliability by gracefully managing unexpected situations.
•   Simple demonstration of printing text to the console.

Module 2: Tokens

•   Introduction to Tokens
•   Character set keywords
•   Understanding tokens is fundamental to the efficiency and robustness of the software development process.
•   Definition and Purpose of Variables
•   Importance in Programming
•   Understanding the concept of constants as fixed values
•   Understanding operators as symbols that perform operations on operands.
•   Overview of arithmetic operators: addition, subtraction, multiplication, division, and modulus.

Module 3: Decision Making Statements

•   Understanding the role of conditional statements in decision-making.
•   Best practices for utilizing switch-case effectively.
•   Application of conditional making statements in solving practical problems.
•   Real-world scenarios to reinforce the understanding of decision-making in programming.

Module 4: Looping Statements

•   Introduction to loops as control flow structures in java.
•   Overview and Use Cases.
•   Incorporation of one loop structure within another.
•   Altering the flow of execution within loops.

Module 5: Array

•   Introduction to arrays as collections of elements.
•   Understanding the significance of arrays for organizing and manipulating data.
•   Application of arrays to solve real-world programming challenges.

Module 6: Enumerated types

•   Understanding Enumerated types
•   Accessing Enum Constants

Module 7: Methods

•   Introduction to Method
•   Different ways of passing parameters to functions
•   Definition and explanation of passing parameters by value.

Module 8: Enhanced for-loop Enumerated types

•   Introduction to Enhanced For-Loop
•   Enhanced for-loop Enumerated types
•   Definition and explanation of passing parameters by value.

Module 9: OOP in java Class and object

•   Improved code structure and organization by representing entities as objects.
•   Enables the implementation of real-world scenarios in a programming context.
•   Facilitates a modular and structured approach to software design.
•   Hierarchical organization facilitates easier maintenance and updates.

Module 10: Constructors and destructors in classes.

•   Constructor overloading with multiple constructors in a class.
•   Destructor and its role in resource management.
•   Introduction to constructors as special member functions for initializing objects.
•   Best practices for destructor implementation.

Module 11: Inheritance

•   Introduction to inheritance as a mechanism for code reuse.
•   Hybrid Inheritance
•   What are Interfaces in Java

Module 12: Encapsulation and Abstraction

•   Introduction to encapsulation as the bundling of data and methods
•   Understanding a class as a blueprint for creating objects.
•   Application of getter and setter methods through hands-on coding exercises.

Module 13: polymorphism

•   Introduction to polymorphism as the ability of objects to take multiple forms.
•   Clearing understanding of rules for successful function overloading.
•   Understanding how polymorphism enhances code flexibility and extensibility.
•   Introduction to virtual functions as a mechanism for achieving runtime polymorphism.

Module 14: Packages ,Exception Handling ,File Handling

•   Package Declaration
•   Importance of Exception Handling
•   Introduction to File Handling
•   File Input/Output Operations

Module 15: Multithreaded Programming ,Network Programming

•   Multithreaded Programming
•   Introduction to Multi-Threading
•   Introduction to Networking InetAddress URL
•   Enables the creation of various collections like lists, sets, and maps, with the ability to traverse and manipulate their elements.

Module 16: Introduction to generics

•   Using Built-in Generics Collections
•   Writing Simple Generic Class ,Bounded Generics ,Wild Card Generics

Module 17: Inner Classes

•   Briefly introduce the types of inner classes to be covered.
•   Discuss the benefits of organizing related classes within the same file.