LLC207: Python Programming BootCamp
Python is an interpreted, object-oriented, high-level programming language with dynamic semantics. Its high-level built in data structures, combined with dynamic typing and dynamic binding, make it very attractive for Rapid Application Development, as well as for use as a scripting or glue language to connect existing components together. Python’s simple, easy to learn syntax emphasizes readability and therefore reduces the cost of program maintenance. Python supports modules and packages, which encourages program modularity and code reuse.
LLC030 level expertise or knowledge of command line usage of Linux OS is essential. No earlier programming skills required.
This course is for software developers, administrators, and other users who want to acquire advanced Python programming skills.
Duration: 36 Hours (6 weeks, 2 sessions a week, 3 hours per session)
Training Fee: Rs.18,000/- (Plus GST)
Module 1: Introduction to Python Programming
– Introduction to Python Programming
– Comparison with other programming language
– Installing Python and pip
– Scope of Python in Production
– Working with IDE and interpreter
– Features of Python
– Python Versions
– Creating your first python program
– Python keywords and identifiers
– Python Variables
– Type of Conversion
Data Types, Operators, Strings, Conditional statements & Loops
– Python Data Types
— Arithmetic operators
— Relational operators
— Conditional operators
— Logical operators
— Bitwise operators
– Introduction to string
— Basic string operation
— String functions and methods
— Deleting a string
— String manipulation and concatenation
– Conditional Statements
— What are conditional statements?
— Working with “if” condition
— Working with “if-else” condition
— Working with “if-elif” condition
— Nested if condition
— Introduction to Loops concept
— Working with ‘while’ loop
— Working with ‘for’ loop
— Break statement and Continue statement
– Practical examples for each topic
Module 3: Sequence of Data (Data Types)
– Python Lists
— Lists are mutable
— Getting to Lists
— List indices
— Traversing a list
— List operations, slices and methods
— Map, filter and reduce
— Deleting elements
– Python Tuples
— Creating Tuples
— Advantages of Tuple over List
— Comparing tuples
— Deleting a Tuple
— Slicing of Tuple
— Built-in functions with Tuple
— How to create a set?
— Iteration Over Sets
— Python Set Methods
— Python Set Operations
— Union of sets
— How to create a dictionary?
— Python Dictionary Methods
— Copying dictionary
— Delete Keys from the dictionary
— Dictionary len() Method
— Python List cmp() Method
— Programming examples for all type of data types
Module 4: Functions
– What is a function?
– How to define and call a function in Python?
– Types of Functions
– How Function Return Value?
– Types of Arguments in Functions
– Rules to define a function in Python
– Nested Functions
– Call By Value, Call by Reference
– map(), filter(), reduce() functions
– Anonymous Functions/Lambda functions
Module 5: Modules, Packages, Date & Time
– Python Module
— What is a Module?
— Types of Modules
— The import Statement
— The from…import Statement
— ..import * Statement
— Creating User defined Modules
– Python Packages
— What is a Package?
— Introduction to Packages?
— Importing module from a package
— Creating a Package
— Popular Python Packages
– Python Date and time
— How to Use Date & DateTime Class
— How to Format Time Output
— Calendar in Python
— The Time Module
— Python Calendar Module
– Practical examples
Module 6: File and Error Handling
– Python File Handling
– What is a data, Information File?
– How to create a Text Fill and Append Data to a File and Read a File
– Closing a file
– Read, read line, read lines, write, write lines
– Renaming and Deleting Files
– Directories in Python
– Python Error Handling
– Python Errors
– Common RunTime Errors in PYTHON
– Chain of importance Of Exception
– Exception Handling
– Try & Except
– Try, Except & else
– Python Custom Exceptions
– Ignore Errors
– Practical Examples
Module 7: Classes and Objects
– Introduction to OOPs Programming
– Object Oriented Programming System
– OOPS Principles
– Define Classes
– Creating Objects
– Class variables and Instance Variables Constructors
– Basic concept of Object and Classes
– Access Modifiers
– How to define Python classes
– Python Namespace–
– What is Inheritance?
– Types of Inheritance?
Module 8: Database Communication
– What is Database?
– Types of Databases?
– What is DBMS, RDBMS?
– Working with MariaDB
– How to create a database?
– How to upload data into table
– Integration of database and output of other program
– Creation of MariaDB users
– Working with remote database storage
– Altering the table using python
Module 9: Multi-Threading and GUI Tkinter
– Python Multi-Threading
— What is Multi-Threading?
— Threading Module
— Defining a Thread
– Python GUI -Tkinter
— Components and Events
— Adding Controls
— Entry Widget, Text Widget, Radio Button, Check Button
— List Boxes, Menus, ComboBox
Module 10: Introduction to web frameworks
– Django – Design
– Advantages of Django
– Installing Django
– Designing Web Pages
– PYTHON Flask
Module 11: Project-1
Module 12: Project-2