Unit testing using Munit Part 1
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A unit test is an automated piece of code that invokes a unit of work in the system and checks a single assumption about its behavior. A unit of work spans a single logical functional use case that can be invoked through a public interface, such as a method or class. Unit tests are fully automated, isolated, repeatable, fast, and test a single concept. Frameworks like JUnit and MUnit provide tools for writing unit tests in Java and Mule applications.
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Learn through Experience -- We differentiate our training and development program by delivering Role-Based training instead of Product-based training. Ultimately, our goal is to deliver the best IT Training to our clients.
In this training, attendees learn:
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
Unit testing, principles
Unit testing tests individual units of source code to determine if they are fit for use. It is different from integration testing, which combines modules, and validation testing, which checks that a system meets specifications. The goal of unit testing is to isolate and test each part of a program to show that individual parts are correct. Unit testing provides benefits such as finding problems early, facilitating automated testing and change, and improving software quality. Guidelines for effective unit testing include knowing the objective of each test, making tests self-sufficient, ensuring tests are deterministic, following naming conventions, duplicating code for readability, testing results not implementation, and using isolation frameworks.
Test driven development and unit testing with examples in C++
Test-driven development (TDD) relies on short development cycles of writing a failing test case, producing code to pass that test, and refactoring the code. Unit testing tests individual units of code by isolating each part and showing they work correctly. Boost.Test is a popular C++ unit testing framework that allows organizing tests into suites and fixtures, and provides assertions and output of results. A minimal Boost.Test example defines a test case using BOOST_AUTO_TEST_CASE that contains an assertion like BOOST_CHECK_EQUAL to test that 2+2 equals 4.
An introduction to unit testing
The document discusses introductory concepts and best practices for unit testing, including:
1. Why unit tests are important for reducing bugs, improving design, and making development faster.
2. The different types of tests like unit tests, integration tests, and functional tests.
3. What constitutes a unit test, including that it is small, repeatable, consistent, and fast.
4. An example of writing a "Hello World" unit test in C#.
TDD Workshop UTN 2012
This was a workshop given on the UTN University, for the Software Engineering students. The idea is to give a brief explanation about TDD, and how to use it.
Unit testing & TDD concepts with best practice guidelines.
This article is about software testing. Why do we need testing? What type of tests are there? And we'll talk about the testing levels.
Unit Testing in Java
Unit testing involves writing code to test individual units or components of an application to ensure they operate as intended. A unit test targets a specific function or class and ensures the code works correctly. A test suite is a collection of test cases that test a module. Frameworks like JUnit simplify the unit testing process and allow for test automation. JUnit tests are created in the same project structure with a "Test" suffix and use annotations to define test cases and suites. Tests can then be run and results analyzed to measure code coverage.
Presentation
This document discusses best practices for automated testing in Java, including:
- The different levels of testing (unit, integration, acceptance) according to Growing Object-Oriented Software Guided by Tests.
- Libraries and tools for Java testing like JUnit, Mockito, Spring Test.
- Using Maven for testing with plugins like Surefire for unit tests and Failsafe for integration tests.
- Examples of integration testing approaches including testing layers separately and testing applications deployed on servers with dependencies on other systems mocked.
JUnit- A Unit Testing Framework
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.
Bt0081 software engineering2
The document discusses different types of software assessment techniques, including metric-oriented assessments, unified model assessments, process improvement assessments, and tool support assessments. It also covers the importance of version and release management in tracking different versions of a system. Finally, it discusses various software testing fundamentals, strategies, and principles, such as unit testing, integration testing, validation testing, stress testing, and the importance of designing software for testability.
Testing mule
Mule provides tools for testing Mule applications at various levels:
- Unit testing focuses on individual components without running Mule and uses MUnit.
- Functional testing runs Mule with limited configuration to test flows, routing, and error handling.
- Integration testing exercises the full application configuration similarly to a production environment.
MUnit is Mule's testing framework that allows mocking message processors and endpoints to isolate components during testing.
Mule testing
Mule provides tools for testing Mule applications at various levels:
- Unit testing focuses on individual components without running Mule; MUnit supports this.
- Functional testing exercises Mule configuration and message flows using the FunctionalTestCase.
- Integration testing validates full applications as close to production as possible.
MUnit, integrated with Anypoint Studio and Maven, allows authoring and running tests at all levels.
Hadoop testing workshop - july 2013
This document summarizes a Hadoop testing workshop agenda. The agenda covers testing fundamentals like unit tests, integration tests, and performance tests. It discusses why testing is important for catching bugs early and allowing for easy development. Specific best practices and examples are provided for writing unit tests for MapReduce jobs using MRUnit. Integration testing techniques using MiniMRCluster and MiniDFSCluster are also covered. The document concludes with suggestions for profiling and benchmarking performance as well as diagnosing issues using Hadoop APIs.
Unit & integration testing
Unit tests verify small pieces of code by invoking a unit of code and checking assumptions, while integration tests verify larger pieces of code by testing interactions between units and dependencies. Good unit tests are automated, repeatable, isolated, and fail when expected behavior changes. Test-driven development involves writing tests before code to specify and drive code implementation.
Introduction testingmule
The document discusses different types of software testing for Mule applications, including unit testing, integration testing, and functional testing. It provides details on unit testing individual units of code in isolation. Integration testing involves combining units of code and testing them as a group. Functional testing uses the FunctionalTestCase class to test Mule flows by starting an embedded Mule server within a test case.
Similar to Unit testing using Munit Part 1 (20)
Introduction to Unit Testing for Mule Flows using Munit(Java) - Part 1
Introduction to Unit Testing for Mule Flows using Munit(Java) - Part 1
Automated Software Testing Framework Training by Quontra Solutions
Automated Software Testing Framework Training by Quontra Solutions
Test driven development and unit testing with examples in C++
Test driven development and unit testing with examples in C++
Unit testing & TDD concepts with best practice guidelines.
Unit testing & TDD concepts with best practice guidelines.
More from Anand kalla
Maven in Mule
This document provides an overview of Maven, including:
- Maven is a build tool that manages Java projects and dependencies through XML POM files.
- Projects are built from local and remote repositories of dependencies specified in POMs.
- The document outlines the directory structure for Maven projects including components, source files, and generated artifacts.
- Maven plugins are used to generate documentation, compile code, test, package artifacts and more through goals defined in POM files.
Java Fundamentals in Mule
This document introduces an object oriented programming course in Java that will cover core computer science concepts needed to create software applications in Java. The course objectives are listed and include learning Java features and applying OOP principles like encapsulation, inheritance, polymorphism. The course will be divided into units covering Java basics, inheritance, data structures, exception handling, and GUI programming. An overview of Java is also provided, noting its portability, object oriented nature, and standard library of classes and methods.
Java in Mule
This document provides an overview and outline of an extensive Java programming course. The course aims to teach students Java syntax, object-oriented programming concepts, exceptions, generics, streams, concurrency, data structures, and build tools to make them proficient Java developers. It contains 12 sections covering these topics through over 12 hours of video lessons. The target audience is programmers and developers looking to build software and systems using Java.
web services
The document discusses web services and how they allow different software applications to communicate and share resources despite running on different platforms or using different programming languages. Web services use open standards like XML, SOAP and HTTP to define interfaces and transmit data between applications in a self-contained, platform-independent way. They enable reuse of application components and integration of existing software.
SOAP Service in Mule Esb
This document provides an overview of web services and related technologies including:
- Web services allow for integration and communication between organizations through standardized XML messaging and protocols.
- A service-oriented architecture uses services that can be discovered and invoked over the web.
- Key technologies that enable web services are XML, XML Schema, SOAP, WSDL, and UDDI. These provide standards for messaging, data description, service description and discovery.
UDDI in Mule Esb
The document describes the Universal Description, Discovery, and Integration (UDDI) API, which allows businesses to publish themselves on the internet and discover other businesses. UDDI is an XML-based registry for businesses to publish information on their products and services to allow other businesses to find them. It consists of three elements - businessEntity, businessService, and bindingTemplate - that describe a business, its services, and how to access those services.
WSDL in Mule Esb
WSDL is an XML language used to describe web services, defining operations provided by the service, data formats, and location. It describes what a service does via operations, how it is accessed via protocols and data formats, and where it is located via URLs. A WSDL document defines types, messages, operations, bindings and services. Translators can generate code from WSDL or derive WSDL from existing code.
Send email attachment using smtp in mule esb
Mule ESB is a lightweight Java-based integration platform that allows developers to connect applications together quickly and easily. It enables integration regardless of application technologies. The document provides an example of using Mule ESB to send an email attachment by reading a file from a source directory using the SMTP connector and attachment transformer. It describes the prerequisites and provides the full XML configuration for the flow.
Mule oracle connectors
This document provides summaries of various Oracle connectors available through the MuleSoft Anypoint Platform. It describes connectors for Oracle Service Cloud (RightNow), PeopleSoft, Database, E-Business Suite, Siebel, and a Siebel to Salesforce contact broadcast. The connectors allow integration between these Oracle applications and third party systems, enabling synchronization of data and automation of business processes between Oracle products and other cloud or on-premises applications and databases.
Mule google connectors
The document describes Google connectors that can be used to integrate Google services like Prediction, Tasks, Contacts, Calendar, and Spreadsheets with third party applications. It provides details on each connector, explaining how they allow applications to perform operations with the corresponding Google API and sync data between Google services and other applications and systems.
Mule execution
The document discusses implementing an example loan broker application using Mule ESB. It provides an overview of the key components involved - a Loan Broker service, Credit Agency service, Lender service, Banking Gateway and individual Bank services. It describes the message flow and how each component is implemented as a Mule endpoint, service or router. It discusses how Mule handles message routing, transformation and correlation to orchestrate the end-to-end request and response processing across the different systems and services.
Mule database-connectors
This document provides information on various database connectors available through Anypoint Platform by MuleSoft. It lists and describes connectors for connecting to databases such as Oracle Database, MySQL, JDBC, PostgreSQL, DB2, and Cassandra. The connectors allow applications to perform CRUD operations on database records and integrate databases with other applications and systems.
Mule batch processing
Batch processing in Mule allows processing of messages in batches by initiating batch jobs. A batch job splits messages into individual records, performs actions on each record in parallel, and reports results while optionally outputting processed data to other systems. Batch processing is useful for integrating or synchronizing data between applications, extracting-transforming-loading data from flat files to databases, and handling large volumes of API data. Mule's batch feature introduced in 2013 simplifies processing large amounts of data through record-based reporting, error handling, and parallel processing.
Mule architecture
Mule is a lightweight integration platform that enables connecting systems, services, APIs, and devices. It manages message routing, data mapping, orchestration, reliability, security, and scalability between nodes. Mule architecture is based on Enterprise Service Bus concepts and allows applications to communicate by carrying data between them. A Mule flow processes messages through a sequence of message sources, processors, and endpoints to integrate applications on-premise or in the cloud.
Mule anypoint exchange
This document discusses Anypoint Exchange in Mule, listing how it can be classified by products, patterns, difficulty levels, and common business objects. Specifically, it notes that Anypoint Exchange allows for patterns like aggregation, bi-directional integration, and broadcast integration. It also supports common objects like accounts, contacts, leads, opportunities, and products. The document provides information on integrating different systems using Anypoint Exchange in Mule.
Mule soap
The document discusses validating SOAP requests against an XSD schema file in Mule. It explains how to use a schema validation filter to validate the SOAP request and throw a custom error message if invalid. The code sample shows placing the filter before the SOAP service, and adding a subflow to handle invalid requests. The schema validation filter refers to the XSD file and validates the request against it.
Mule soa
The document discusses how and why the company selected Mule as their service-oriented architecture, providing examples of Mule use cases and best practices learned. It describes evaluating major open source ESB products based on criteria like support and performance. Testing uncovered some issues with Mule 3.1.1 that were quickly resolved with MuleSoft's help. Examples shown include using Mule as a scalable web application, accessing heterogeneous data sources, and sending support requests. Best practices discussed include test-driven development, customizing Mule's distribution, and staged migration of systems.
Mule security saml
The document discusses Mule's support for SAML (Security Assertion Markup Language) for exchanging security information between federated systems. It describes how to configure the SAML module in Mule, including adding the SAML JAR, configuring the security manager with key providers and realms, and configuring security filters on CXF endpoints. It also explains the differences between the Sender Vouches and Holder-of-Key SAML profiles.
Mule security jaas
The document discusses how to configure the JaasSimpleAuthenticationProvider security provider in Mule to use the Jaas Authentication Service. It describes two configuration methods - passing a Jaas configuration file that defines login modules and credentials, or configuring attributes directly on the provider. The Jaas configuration file example shows a file defining a login module, required flag, and authorized users mapped to passwords.
Mule for each scope header collection
The document discusses using a foreach scope to process a list of values passed as a query parameter in a URL. It describes how a Java component can convert a comma-separated string of query parameter values into a list, which can then be iterated over using a foreach scope. The flow listens on an HTTP listener, uses the Java component to convert the query parameter to a list, and then processes that list with a foreach scope to output each value individually.
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Unit testing using Munit Part 1
- 2. 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. 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. 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
- 5. Anypoint Studio (any Runtime) ● Junit ● Munit ● Hamcrest
- 6. JUnit is a simple framework to write repeatable tests. It is an instance of the xUnit architecture for unit testing frameworks.
- 7. 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. 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. 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