This document provides an introduction to unit testing Mule flows using Munit. It defines what a unit test is and characteristics of good unit tests. Reasons for writing unit tests are given such as reducing bugs and improving design. Dependencies for Munit unit testing like JUnit and Munit framework are described. Capabilities of Munit like mocking message processors and outbound endpoints are outlined. Finally, resources credited for the information are provided.
The Run and Wait scope provided by MUnit allows you to instruct MUnit to wait until all asynchronous executions have completed. Hence, test execution does not start until all threads opened by production code have finished processing.
This presentation provides you an introduction to Mule Expression Language. You can watch the demo through the following link : https://youtu.be/fAj98tFqv_M
The Run and Wait scope provided by MUnit allows you to instruct MUnit to wait until all asynchronous executions have completed. Hence, test execution does not start until all threads opened by production code have finished processing.
This presentation provides you an introduction to Mule Expression Language. You can watch the demo through the following link : https://youtu.be/fAj98tFqv_M
Waiting is having the automated task execution elapse a certain amount of time before continuing with the next step. It provides some slack between actions performed, in selenium slack between locating an element or any other operation with the element. The wait is mostly used to handle the ElementNotVisibleException exception during load of web page. Waits help a user to troubleshoot issues while re-directing to different web pages by refreshing the entire web page and re-loading the new web elements. At times there can be Ajax calls as well. Thus, a time lag can be seen while reloading the web pages and reflecting the web elements.
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Introduction to jmeter & how to view jmeter Test Result in Real-TimeBugRaptors
BugRaptors use different types of tools for performance and load testing. One of the tools we use is JMeter to analyze the performance of web applications and Mobile apps with varying load. It is used to test performance both on static and dynamic resources such as static files, Java Servlets, ASP.NET, PHP, CGI scripts, Java objects, databases, FTP servers, and more.
SAF is a customized framework developed using Selenium, a widely accepted web application automation tool. It shrinks test cycle times and related costs. Selenium is a portable software testing framework for web applications. The tests can be written as HTML tables or coded in a number of popular programming languages. They can
be run directly in most modern web browsers. Selenium can be deployed on Windows, Linux and Macintosh.
Waiting is having the automated task execution elapse a certain amount of time before continuing with the next step. It provides some slack between actions performed, in selenium slack between locating an element or any other operation with the element. The wait is mostly used to handle the ElementNotVisibleException exception during load of web page. Waits help a user to troubleshoot issues while re-directing to different web pages by refreshing the entire web page and re-loading the new web elements. At times there can be Ajax calls as well. Thus, a time lag can be seen while reloading the web pages and reflecting the web elements.
https://www.ducatindia.com/javatraining/
Introduction to jmeter & how to view jmeter Test Result in Real-TimeBugRaptors
BugRaptors use different types of tools for performance and load testing. One of the tools we use is JMeter to analyze the performance of web applications and Mobile apps with varying load. It is used to test performance both on static and dynamic resources such as static files, Java Servlets, ASP.NET, PHP, CGI scripts, Java objects, databases, FTP servers, and more.
SAF is a customized framework developed using Selenium, a widely accepted web application automation tool. It shrinks test cycle times and related costs. Selenium is a portable software testing framework for web applications. The tests can be written as HTML tables or coded in a number of popular programming languages. They can
be run directly in most modern web browsers. Selenium can be deployed on Windows, Linux and Macintosh.
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This page provides a brief overview of testing Mule, linking testing concepts to the tools available to test your Mule applications, as well as to more in-depth pages detailing each concept.
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Introduction to Automation
• What is automation
• Advantages of automation & Disadvantages of automation
• Different types of Automation Tools
• What to automate in projects
• When to start automation. Scope for automation testing in projects
• About open-source automation tools
Introduction to Selenium
• What is selenium
• Why selenium
• Advantage and Disadvantages of selenium
Selenium components
• Selenium IDE
• Selenium RC
• Selenium WebDriver
• Selenium Grid
Selenium IDE
• Introduction to IDE
• IDE Installation
• Installation and uses of Firepath, Firebug & Debug bar
• Property & value of elements
• Selenium commands
• Assertions & Verification
• Running, pausing and debugging script
• Disadvantages of selenium IDE
• How to convert selenium IDE Scripts into other languages
Locators
• Tools to identify elements/objects
• Firebug
• IE Developer tools
• Google Chrome Developer tools
• Locating elements by ID
• Finding elements by name
• Finding elements by link text
• Finding elements by XPath
• Finding Elements by using CSS
• Summary
Selenium RC
• What is selenium RC
• Advantages of RC, Architecture
• What is Eclipse/IntelliJ, Selenium RC configure with Eclipse/IntelliJ
• Creating, running & debugging RC scripts
Java Concepts
• Introduction to OOPs concepts and Java
• Installation: Java, Eclipse/IntelliJ, selenium, TestNg/JUnit
• operators in java
• Data types in java
• Conditional statements in java
• Looping statements in java
• Output statements in java
• Classes & Objects
• Collection Framework
• Regular Expressions
• Exception Handling
• Packages, Access Specifiers /Modifiers
• String handling
• Log4J for logging
Selenium Web Driver with Java
• Introduction to WebDriver
• Advantages
• Different between RC and WebDriver
• Selenium WebDriver- commands
• Generate scripts in Eclipse/IntelliJ. Run Test Scripts.
• Debugging Test Script
• Database Connections
• Assertions, validations
• Working with Excel
• Pass the data from Excel
• Working with multiple browser
• Window Handling, Alert/confirm & Popup Handling
• Mouse events
• Wait mechanism
• Rich Web Handling: Calendar handing, Auto suggest, Ajax, browser forward/back navigation, keyboard events, certificate handling, event listeners
TestNg/JUnit Framework
• What is TestNg/JUnit
• Integrate the Selenium Scripts and Run from TestNg/JUnit
• Reporting Results and Analysis
• Run Scripts from multiple programs
• Parallel running using TestNg/JUnit
Automation Framework development in Agile testing
• Introduction to Frame W
JUnit: A unit testing framework that is extensively used to test the code written in Java.
Unit testing is a type of software testing.
Software testing: The process of examining whether the software and its components meet the specified requirements
Other types of software testing are as shown.
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Introduction to Unit Testing for Mule Flows using Munit(Java) - Part 1
1. Introduction to Unit Testing
for Mule Flows using
Munit(Java) - Part 1
January 6, 2015
2. What is a unit test?
A unit test is an automated piece of code that invokes a unit of work in the system and then checks a single assumption about
the behavior of that unit of work.
A unit of work is a single logical functional use case in the system that can be invoked by some public interface (in most cases). A unit of
work can span a single method, a whole class or multiple classes working together to achieve one single logical purpose that can be
verified.
3. What makes a good unit test?
1. Able to be fully automated
2. Has full control over all the pieces running (Use mocks or stubs to achieve this isolation when needed)
3. Can be run in any order if part of many other tests
4. Runs in memory (no DB or File access, for example)
5. Consistently returns the same result (You always run the same test, so no random numbers, for example.
save those for integration or range tests)
6. Runs fast
7. Tests a single logical concept in the system
8. Readable
9. Maintainable
10.Trustworthy (when you see its result, you don’t need to debug the code just to be sure)
4. Why do we need a Unit Test?
1. Tests Reduce Bugs in New Features
2. Tests Reduce Bugs in Existing Features
3. Tests Are Good Documentation
4. Tests Reduce the Cost of Change
5. Tests Improve Design
6. Tests Allow Refactoring
7. Tests Constrain Features
8. Tests Defend Against Other Programmers
6. What is JUnit?
JUnit is a simple framework to write repeatable tests. It is an instance of the
xUnit architecture for unit testing frameworks.
7. What is Munit?
MUnit is a Mule application testing framework that allows you to easily build automated tests for your
integrations and APIs. It provides a full suite of integration and unit test capabilities, and is fully
integrated with Maven and Surefire for integration with your continuous deployment environment.
8. Munit Capabilities
Create your Mule test by writing Mule code
Create your Mule test by writing Java code
Disable flow inbound endpoints
Disable endpoint connectors
Mock outbound endpoints
Mock message processors
9. Munit Capabilities
Verify message processor calls
Create not only unit tests but also integration tests in a local environment — MUnit allows you to start a local
FTP/SFTP, DB server or mail server
Call the Mule client from Mule code
Assert flow exceptions
Enable or disable particular tests
See assertion/error reports with Mule stack trace