Includes:
ABOUT THE COURSE
This course introduces learners to the concepts of object-oriented programming. The course covers introductory elements of object-oriented programming including inheritance, polymorphism, encapsulation, abstraction, aggregation and advanced concepts like error handling, file handling and Python libraries. Learners will be able to understand the methodologies of architecting an object-oriented programming solution and implement it to solve a business problem.COURSE OBJECTIVES
Upon successful completion of the course, the learner will be able to :In this module you will learn to create classes and objects of the class and to define methods and all them for a particular functioning,multiple ways to create objects,access modifiers in python and how to use them.
In this module you will learn different types of relationships with classes and what is Association,Aggregation, Composition and how to interrelate the classes using these concepts.
In this module you will learn what is inheritance and different types of inheritance(Simple, Multiple and Multilevel inheritance) and to implement the learnt concepts on the questions to code.
In this module you will learn about the Abstract classes and the necessary keywords to be used in abstract classes,code level implementation of abstract classes in Python.
In this module you will learn what is Exception handling in Python and the classes involved in Exceptions,try-finally-catch clauses and the code level implementation of Exception handling in Python.
In this module you will learn what is Thread and the lifecycle of a Thread and to implement Threads using Thread Class and the thread API methods and the thread Synchronization and Thread Interaction.
In this module you will learn about StreamWriters and their functioning, StreamReaders and their functioning,StreamReaderWriter and their functioning and the code level implementation of Streams and Writers in Python.
In this module you will learn about the need for annotations and use available annotations,to define custom annotations, Lambda expressions,scoping rules for Lambda expressions and code level implementation of Lambda in Python.
In this module you will learn about database programming,benefits of DB,Database-API,errors and Exception Handling in DB programming by solving problems and code level implementation of Database connection in Python, Database connection using SQL and its Operations.
ABOUT THE COURSE
Jenkins, originally called Hudson, is an open source Continuous Integration tool written in Java. Jenkins is easy to use. The user interface is simple, intuitive, and visually appealing, and Jenkins as a whole has a very low learning curve. Jenkins does not sacrifice power or extensibility.COURSE OBJECTIVES
Upon successful completion of the course, the learner will be able to :In this module you are going to learn about continuous integration.Continuous Integration (CI) is a development practice that requires developers to integrate code into a shared repository several times a day.
Jenkins helps to automate the non-human part of the software development process, with continuous integration and facilitating technical aspects of continuous delivery. This module will take you through step by step process to install Jenkins.
The freestyle build job is the most flexible and configurable option, and can be used for any type of project. It is relatively straightforward to set up. In this module you will learn to create a Jenkins freestyle project.
Jenkins supports CVS and Subversion out of the box, with built-in support for Git, and also integrates with a large number of other version control systems via plugins. In this module you will learn to create a Jenkins project with the some of the source code management.
One of the basic principles of Continuous Integration is that a build should be verifiable. Using Jenkins you can test your code. There are many ways you can integrate automated tests into your application. This module will take you through steps create a Jenkins project with testing.
Jenkins allows you to built your project at regular intervals. For all scheduling tasks, Jenkins uses a cron-style syntax. In this module you will learn to schedule and use parameters to build your Jenkins project.
In this module, you will discover how to leverage Jenkins and architect highly efficient build pipelines. Jenkins Pipeline is a suite of plugins which supports implementing and integrating continuous delivery pipelines into Jenkins.
Code quality metrics can encompass many aspects of code quality, from coding standards and best practices right through to code coverage. In this module you will learn to create a Jenkins project with the code quality report.
Distributed builds are generally used either to absorb extra load, for example absorbing spikes in build activity by dynamically adding extra machines as required, or to run specialized build jobs in specific operating systems or environments. In this module you will learn to use Jenkins with distributed builds.
Continuous Deployment is the process whereby any code change, subject to automated tests and other appropriate verifications, is immediately deployed into production. In this module you will learn to use continuous development in Jenkins.
ABOUT THE COURSE
A strong foundation of understanding Ant concepts is important for Automating software built processes. In this course, you will learn about Ant basics, structure, syntax and its implementation details. Another Neat Tool (ANT) is a Java-based build tool that is been used to build J2EE projects. It is XML based and so all the build scripts are easy to learn.COURSE OBJECTIVES
Upon successful completion of the course, the learner will be able to :In this module you will get full information about Apache Ant. We will give you an introduction to Ant and a guidance to install Ant in your local machine.This module will help you to install Ant in your machine.
In this module you will get information about Ant Project. We will show how to create and build an ant project.
In this module you will get information about Ant Property Tasks. We will show how to set a property in an ant project and how to use this properties.
In this module you will get complete information about Ant File Tasks. We will show how to create a file or a directory , how to delete a file or a directory, how to copy a file or a directory, how to concat a file or a directory, how to move a file or a directory and how to rename or replace a file.
In this module you will get information about Ant compile Task. We will show how to compile java files.
In this module you will get information about Ant archive Tasks. We will show how to create a zip file, how to create jar and war file and how to unzip a zipped file.
In this module you will get information about Integrating ANT into your IDE. We will show how to Integrate ANT into your IDE and build an ant project using IDE.
This module will help you to self assess you on the topics which you have learnt from the previous modules.
ABOUT THE COURSE
Chef is a configuration management technology to manage infrastructure. It helps to manage complex infrastructure with simple and more productive manner.COURSE OBJECTIVES
Upon successful completion of the course, the learner will be able to:In this module you will learn what is chef and how it works.
In this module you will learn how to setup workstation, what is resource and how to write recipes.
In this module you will learn how to manage recipes using cookbook.
In this module you will learn about what are dependencies and attributes, and how to use them.
In this module you will learn how to setup chef server, to configure knife and some knife commands.
In this module you will learn how to create instance using vagrant and how to configure nodes.
In this module you will learn what are roles and how to use them.
In this module you will learn what is test kitchen and how to use it.
ABOUT THE COURSE
Subversion is a software versioning and revision control system distributed to work together and maintain a complete history of their work. Git is a distributed revision control and source code management system for a web-based and non web-based applications development.COURSE OBJECTIVES
Upon successful completion of the course, the learner will be able to :In this module you will be going to learn what is SVN and how to install in various platforms.
In this module you will be going to learn about the life cycle of SVN.
In this module you will be going to learn about the life cycle of SVN.
In this module you will be going to learn about the Checkout Process of SVN.
In this module you will be going to learn about the Perform Changes in SVN.
In this module you will be going to learn about how to Review Changes in SVN.
In this module you will be going to learn about how to work with Update Process of SVN.
In this module you will be going to learn about how to fix the mistakes in SVN.
In this module you will be going to learn about how to check a conflict of codes in SVN.
In this module you will be going to learn about how to give a meaningful tag for a version in SVN.
In this module you will be going to learn about how to working in various braches like master,development,testing etc., in SVN.
In this module you will be going to learn about how to set up the GIT environment.
In this module you will be going to learn about the life cycle and architecture of GIT.
In this module you will be going to learn about how to perform various operations like create,clone,push,commit,update etc., in GIT
ABOUT THE COURSE
Docker is a container management service. It is an open source tool that makes it easier to deploy apps with the help of containers.COURSE OBJECTIVES
Upon successful completion of the course, the learner will be able to:This module will give you the introduction to docker and the basic commands.
In this module you will learn how to install Docker in various platforms.
In this module you will learn how to build custom docker images for various applications.
In this module you will learn how to build a web server with the help of Docker.
In this module you will learn how to create a docker service and scale a dockerized application.
In this module you will learn how to perform Continuous Integration in Docker with Jenkins.
E-Box is a Technology Enabled Active Learning and
Assessment platform for technology and engineering
domains apart from the basic LMS components like
quizzes, assignments, lesson components.