The document summarizes the environments, processes, tools, and projects used at Discovery Life as a Java developer. Key points include:
- Development environments included local, DEV, QA, and production.
- A waterfall process was used with requirements, analysis, development, testing, and quarterly deployments.
- Source control used GIT. Build tools were custom but based on Ant. Unit testing was required.
- The developer was "hands off" from business analysis, database work, administration, infrastructure, and architecture.
- Technical specifications depicted requirements using UML diagrams. Design patterns like factory and singleton were used.
- The developer worked on claims and finance projects and as part of a collaborative team under a
Continuous Integration using Hudson and Fitnesse at Ingenuity Systems (Silico...Jen Wong
Continuous Integration using Hudson and Fitnesse
Speaker: Vasu Durgavarjhula , Jennifer Wong , Norman Boccone
Level: Intermediate | Room: 4221 | 11:15 AM Saturday
Learn about Continuous Integration (CI) and Continuous Deployment(CD) and how Ingenuity Systems moved from a traditional release process to a more agile frequent release model. In this talk we will discuss specifics and show demos on:
using Hudson as a framework for continuous integration, deployment, and build promotion
deployment and configuration management
changes we made to make our architecture more service-oriented
our automated test strategy using JUnit, FitNesse, and Selenium
migrating our build and deployment process from Ant to Maven
challenges to overcome and lessons learned in implementing a successful CI system
What is automated testing?
Why automated testing?
Selection criteria of automation tools
Practical session on JMeter, WATIR, iMacro
Some useful tools
Question and answer?
Automation testing material by Durgasoft,hyderabadDurga Prasad
The document discusses automation testing tools QuickTest Professional (QTP) and Unified Functional Testing (UFT). It provides an overview of QTP, describing its features such as scripting language, supported applications and browsers. The document also covers QTP concepts like object repository, object spy, standard classes and object methods.
The document discusses different types of software testing techniques, including black-box testing and white-box testing. Black-box testing involves testing the software based on its specifications without viewing the source code. White-box testing tests the internal structure of the code by viewing the source code. The document outlines steps for black-box testing such as identifying testable features, selecting test data, and specifying test cases. It also discusses model-based testing and using models like finite state machines to generate test cases from specifications. Code coverage criteria for white-box testing like statement coverage and branch coverage are also introduced.
Not long ago, testing Ajax components meant play-testing a page by hand. Today, there are a growing number of tools we can use to simplify and automate Ajax testing.
In this session we will cover when to test, what to test and how to test Ajax components. You learn how to create automatic tests with various tools, including YUI Test, and OpenQA Selenium, and how to use Ajax testing tools with IDEs and Continuous Integration systems.
In this session, you will learn:
* When, where and how to test Ajax components;
* How to create automatic tests with various tools;
* How to use Ajax testing tools with IDEs and Continuous Integration systems.
This document provides instructions for creating and running component tests on a web application using Rational Application Developer. The first part of the exercise involves creating a JUnit test to test Java classes. A test is created to invoke methods on a Patron object. The second part treats the entire web application as a component by recording and playing back HTTP requests to test functionality. The instructions describe setting up a test project, creating and implementing test methods, and examining test results.
Continuous Integration using Hudson and Fitnesse at Ingenuity Systems (Silico...Jen Wong
Continuous Integration using Hudson and Fitnesse
Speaker: Vasu Durgavarjhula , Jennifer Wong , Norman Boccone
Level: Intermediate | Room: 4221 | 11:15 AM Saturday
Learn about Continuous Integration (CI) and Continuous Deployment(CD) and how Ingenuity Systems moved from a traditional release process to a more agile frequent release model. In this talk we will discuss specifics and show demos on:
using Hudson as a framework for continuous integration, deployment, and build promotion
deployment and configuration management
changes we made to make our architecture more service-oriented
our automated test strategy using JUnit, FitNesse, and Selenium
migrating our build and deployment process from Ant to Maven
challenges to overcome and lessons learned in implementing a successful CI system
What is automated testing?
Why automated testing?
Selection criteria of automation tools
Practical session on JMeter, WATIR, iMacro
Some useful tools
Question and answer?
Automation testing material by Durgasoft,hyderabadDurga Prasad
The document discusses automation testing tools QuickTest Professional (QTP) and Unified Functional Testing (UFT). It provides an overview of QTP, describing its features such as scripting language, supported applications and browsers. The document also covers QTP concepts like object repository, object spy, standard classes and object methods.
The document discusses different types of software testing techniques, including black-box testing and white-box testing. Black-box testing involves testing the software based on its specifications without viewing the source code. White-box testing tests the internal structure of the code by viewing the source code. The document outlines steps for black-box testing such as identifying testable features, selecting test data, and specifying test cases. It also discusses model-based testing and using models like finite state machines to generate test cases from specifications. Code coverage criteria for white-box testing like statement coverage and branch coverage are also introduced.
Not long ago, testing Ajax components meant play-testing a page by hand. Today, there are a growing number of tools we can use to simplify and automate Ajax testing.
In this session we will cover when to test, what to test and how to test Ajax components. You learn how to create automatic tests with various tools, including YUI Test, and OpenQA Selenium, and how to use Ajax testing tools with IDEs and Continuous Integration systems.
In this session, you will learn:
* When, where and how to test Ajax components;
* How to create automatic tests with various tools;
* How to use Ajax testing tools with IDEs and Continuous Integration systems.
This document provides instructions for creating and running component tests on a web application using Rational Application Developer. The first part of the exercise involves creating a JUnit test to test Java classes. A test is created to invoke methods on a Patron object. The second part treats the entire web application as a component by recording and playing back HTTP requests to test functionality. The instructions describe setting up a test project, creating and implementing test methods, and examining test results.
This document provides evaluation criteria for selecting automated test tools. It recommends evaluating criteria like object recognition abilities, platform support, recording and playback of browser and Java objects, scripting languages, debugging support, and more. The goals are to reduce the effort of evaluating tools and ensure they meet an organization's specific testing needs, environments, and skill levels. Over 80 hours may be needed to fully evaluate each tool against the outlined criteria.
This document discusses Agile testing tools. It covers task management tools, software build tools, configuration management tools, test design tools, communication tools, and cloud/virtualization tools. Task management tools help track user stories and tasks throughout sprints. Build tools enable daily builds. Configuration management tools store code and tests. Test design tools help automate testing. Communication tools like wikis and chat support collaboration. Cloud/virtualization tools provide flexible testing environments.
Test Tooling in Visual Studio 2012 an overviewClemens Reijnen
The document discusses different types of software testing including unit tests, functional tests, load tests, exploratory tests, and user acceptance tests. It provides examples of each type of test and explains when they are used in the development process. The document emphasizes that each type of test supports the previous tests and all test types can be supported by Visual Studio 2012.
Software testing tools (free and open source)Wael Mansour
This document discusses various tools used for test automation including Cobertura, Selenium, JMeter, Bugzilla, and Testia Tarantula. Cobertura is a code coverage tool that calculates test coverage percentages. Selenium is described as a tool for automating web application testing across browsers. JMeter is introduced as a load testing tool focused on analyzing performance of web applications. Bugzilla and Tarantula are mentioned as tools for bug tracking and project/test management respectively in agile software development. The document also discusses integrating these various tools together for a complete test automation framework.
The document discusses factors to consider when choosing a test automation tool and framework. It describes how manual testing is time-consuming and prone to errors, while automation testing addresses these issues. The key steps in selecting a tool are to analyze requirements, skill sets, costs, and evaluate tools based on parameters like ease of use, support, and integration. Implementing a hybrid framework combines the benefits of modular, data-driven and keyword-driven approaches. Proof of concept testing potential tools helps confirm the right selection. Choosing tools and frameworks requires effort but pays off in project success.
The document discusses challenges with user acceptance testing (UAT) and provides a solution using the Selenium IDE plug-in. It describes how Selenium IDE allows non-technical users to record, replay, and automate test cases in Firefox to make regression testing easier and less costly over time as a product evolves. The document recommends starting by recording test sessions, which can help with reviewing issues, retesting fixes, and creating regression test cases for future releases.
This document summarizes a case study of a large financial institution in Johannesburg, South Africa that adopted test automation from 2006 to 2008. It details the challenges they faced with insufficient reuse, late testing involvement, and lack of documentation. A "Project Testing" initiative was launched with dedicated resources and workstreams to define an automation process, select tools, and measure benefits. The automation process integrates testing into the software development lifecycle. Tools are categorized based on their usage for functional and non-functional testing of user interfaces and backend systems. The case study outlines how establishing an effective test automation program can help reduce costs, increase coverage, and improve productivity.
The document discusses testing in a DevOps environment. It defines DevOps as combining development and operations to quickly deploy applications. Key aspects of DevOps include automating processes, breaking down silos between teams, and continuous integration and deployment. The document also outlines the roles of test automation engineers in DevOps, which includes automating test cases to support frequent code deployments and collaborating closely with development and operations teams.
- Mayur Gogawale currently works at Capita India pvt. Ltd as a Software Consultant and previously worked at AgileSoftSystems and Optra Systems Pvt. Ltd in Pune.
- He has over 3.8 years of experience in software testing including manual and automation testing in various domains.
- His technical skills include Selenium, Silk Test, Coded Ui, Java, .Net, SQL, JIRA, ClearQuest and version control tools like GitHub and ClearCase.
When develpment met test(shift left testing)SangIn Choung
Sharing my thoughts and cases about co-work with test and developemnt. Two big approaches.
One is Engineering approach (
1. Early testing education
2. Test design
3. Test code guide
4. Pair-testing, programming
5. Test-Automation),
Second is Strategic activities (
1. Test Strategy/Plan
2. Test analysis/report)
Also, I wanted to mention tester's various career paths.
Thank you.
Agile testing - Principles and best practicesDr Ganesh Iyer
The document provides an overview of agile testing principles and best practices presented by three QA engineers from Progress Software in Hyderabad, India. It discusses how application development has evolved from command-line/GUI to cloud and mobile. It identifies seven key factors for agile testing success: having a whole team approach, automation, agile practices, a mindset change towards testing, providing timely feedback, collaborating with customers, and maintaining a big picture view. It also discusses challenges with agile methodology like frequently changing requirements and frequent releases. It promotes practices like continuous integration, automation, same sprint automation, GoLive testing automation, 24x7 testing, and emphasizing automation in agile testing.
The document discusses various types of test tools used at different stages of testing. It describes tools for test management, requirements management, incident management, configuration management, static testing, static analysis, modeling, test design, test data preparation, test execution, test harness, test comparators, coverage measurement, security testing, dynamic analysis, performance testing, load testing, stress testing, monitoring and thanks the reader. The tools support activities like scheduling tests, tracking bugs, reviewing code, generating test data, automating test execution, measuring code coverage and monitoring system performance.
The document discusses software testing tools. It introduces software testing and the benefits of testing tools, such as higher test coverage, saving time and resources, and supporting multiple platforms. It then discusses features of good testing tools and types of tools, including static and dynamic tools as well as open source, vendor, and in-house tools. Popular categories of tools are also listed, such as agile testing tools, automation testing tools, mobile testing tools, load testing tools, and test management tools. The document ends by providing examples of specific tools in some of these categories.
Part 2 improving your software development v1.0Jasmine Conseil
The document discusses improving software development processes through continuous integration using agile tools. It describes how build tools can automate various parts of the software development process, including compiling, testing, packaging, and deploying code. Maven is presented as a common build tool that supports a well-defined development lifecycle. Continuous integration principles are explained, emphasizing how integrating code changes frequently and running automated builds can reduce integration issues. Hudson is introduced as an open-source continuous integration server that supports automation and provides feedback. The JasForge project aims to manage agile tools like Hudson in an integrated platform to control the software development process.
The document discusses different types of testing performed at various stages of the software development lifecycle, including unit testing, integration testing, system testing, and acceptance testing. It provides details on the goals, test bases, and typical participants for each type of testing. The document also covers topics like integration strategies, performance testing, usability testing, and maintenance 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#.
This document discusses continuous integration, builds, and testing. It describes integrating code more frequently, such as daily or hourly, to make integration easier. Continuous builds involve building all code locally before check-in and building the entire system from scratch on a dedicated server. Continuous testing principles are to test code locally at 100% before check-in. Tools mentioned include Cruise Control, Ant, Maven, MS Build, xUnit, FindBugs, Subversion, and CVS.
H σχέση & η επικοινωνία με την ιατρική ομάδα από τη πλευρά του ογκολογικού ασ...Kathi Apostolidis
Τι περιμένει ο ογκολογικός ασθενής από την επικοινωνία με την ιατρική ομάδα που έχει αναλάβει τη περίθαλψή του;
Η σημασία της αφήγησης της ασθένειας για το γιατρό
This document provides evaluation criteria for selecting automated test tools. It recommends evaluating criteria like object recognition abilities, platform support, recording and playback of browser and Java objects, scripting languages, debugging support, and more. The goals are to reduce the effort of evaluating tools and ensure they meet an organization's specific testing needs, environments, and skill levels. Over 80 hours may be needed to fully evaluate each tool against the outlined criteria.
This document discusses Agile testing tools. It covers task management tools, software build tools, configuration management tools, test design tools, communication tools, and cloud/virtualization tools. Task management tools help track user stories and tasks throughout sprints. Build tools enable daily builds. Configuration management tools store code and tests. Test design tools help automate testing. Communication tools like wikis and chat support collaboration. Cloud/virtualization tools provide flexible testing environments.
Test Tooling in Visual Studio 2012 an overviewClemens Reijnen
The document discusses different types of software testing including unit tests, functional tests, load tests, exploratory tests, and user acceptance tests. It provides examples of each type of test and explains when they are used in the development process. The document emphasizes that each type of test supports the previous tests and all test types can be supported by Visual Studio 2012.
Software testing tools (free and open source)Wael Mansour
This document discusses various tools used for test automation including Cobertura, Selenium, JMeter, Bugzilla, and Testia Tarantula. Cobertura is a code coverage tool that calculates test coverage percentages. Selenium is described as a tool for automating web application testing across browsers. JMeter is introduced as a load testing tool focused on analyzing performance of web applications. Bugzilla and Tarantula are mentioned as tools for bug tracking and project/test management respectively in agile software development. The document also discusses integrating these various tools together for a complete test automation framework.
The document discusses factors to consider when choosing a test automation tool and framework. It describes how manual testing is time-consuming and prone to errors, while automation testing addresses these issues. The key steps in selecting a tool are to analyze requirements, skill sets, costs, and evaluate tools based on parameters like ease of use, support, and integration. Implementing a hybrid framework combines the benefits of modular, data-driven and keyword-driven approaches. Proof of concept testing potential tools helps confirm the right selection. Choosing tools and frameworks requires effort but pays off in project success.
The document discusses challenges with user acceptance testing (UAT) and provides a solution using the Selenium IDE plug-in. It describes how Selenium IDE allows non-technical users to record, replay, and automate test cases in Firefox to make regression testing easier and less costly over time as a product evolves. The document recommends starting by recording test sessions, which can help with reviewing issues, retesting fixes, and creating regression test cases for future releases.
This document summarizes a case study of a large financial institution in Johannesburg, South Africa that adopted test automation from 2006 to 2008. It details the challenges they faced with insufficient reuse, late testing involvement, and lack of documentation. A "Project Testing" initiative was launched with dedicated resources and workstreams to define an automation process, select tools, and measure benefits. The automation process integrates testing into the software development lifecycle. Tools are categorized based on their usage for functional and non-functional testing of user interfaces and backend systems. The case study outlines how establishing an effective test automation program can help reduce costs, increase coverage, and improve productivity.
The document discusses testing in a DevOps environment. It defines DevOps as combining development and operations to quickly deploy applications. Key aspects of DevOps include automating processes, breaking down silos between teams, and continuous integration and deployment. The document also outlines the roles of test automation engineers in DevOps, which includes automating test cases to support frequent code deployments and collaborating closely with development and operations teams.
- Mayur Gogawale currently works at Capita India pvt. Ltd as a Software Consultant and previously worked at AgileSoftSystems and Optra Systems Pvt. Ltd in Pune.
- He has over 3.8 years of experience in software testing including manual and automation testing in various domains.
- His technical skills include Selenium, Silk Test, Coded Ui, Java, .Net, SQL, JIRA, ClearQuest and version control tools like GitHub and ClearCase.
When develpment met test(shift left testing)SangIn Choung
Sharing my thoughts and cases about co-work with test and developemnt. Two big approaches.
One is Engineering approach (
1. Early testing education
2. Test design
3. Test code guide
4. Pair-testing, programming
5. Test-Automation),
Second is Strategic activities (
1. Test Strategy/Plan
2. Test analysis/report)
Also, I wanted to mention tester's various career paths.
Thank you.
Agile testing - Principles and best practicesDr Ganesh Iyer
The document provides an overview of agile testing principles and best practices presented by three QA engineers from Progress Software in Hyderabad, India. It discusses how application development has evolved from command-line/GUI to cloud and mobile. It identifies seven key factors for agile testing success: having a whole team approach, automation, agile practices, a mindset change towards testing, providing timely feedback, collaborating with customers, and maintaining a big picture view. It also discusses challenges with agile methodology like frequently changing requirements and frequent releases. It promotes practices like continuous integration, automation, same sprint automation, GoLive testing automation, 24x7 testing, and emphasizing automation in agile testing.
The document discusses various types of test tools used at different stages of testing. It describes tools for test management, requirements management, incident management, configuration management, static testing, static analysis, modeling, test design, test data preparation, test execution, test harness, test comparators, coverage measurement, security testing, dynamic analysis, performance testing, load testing, stress testing, monitoring and thanks the reader. The tools support activities like scheduling tests, tracking bugs, reviewing code, generating test data, automating test execution, measuring code coverage and monitoring system performance.
The document discusses software testing tools. It introduces software testing and the benefits of testing tools, such as higher test coverage, saving time and resources, and supporting multiple platforms. It then discusses features of good testing tools and types of tools, including static and dynamic tools as well as open source, vendor, and in-house tools. Popular categories of tools are also listed, such as agile testing tools, automation testing tools, mobile testing tools, load testing tools, and test management tools. The document ends by providing examples of specific tools in some of these categories.
Part 2 improving your software development v1.0Jasmine Conseil
The document discusses improving software development processes through continuous integration using agile tools. It describes how build tools can automate various parts of the software development process, including compiling, testing, packaging, and deploying code. Maven is presented as a common build tool that supports a well-defined development lifecycle. Continuous integration principles are explained, emphasizing how integrating code changes frequently and running automated builds can reduce integration issues. Hudson is introduced as an open-source continuous integration server that supports automation and provides feedback. The JasForge project aims to manage agile tools like Hudson in an integrated platform to control the software development process.
The document discusses different types of testing performed at various stages of the software development lifecycle, including unit testing, integration testing, system testing, and acceptance testing. It provides details on the goals, test bases, and typical participants for each type of testing. The document also covers topics like integration strategies, performance testing, usability testing, and maintenance 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#.
This document discusses continuous integration, builds, and testing. It describes integrating code more frequently, such as daily or hourly, to make integration easier. Continuous builds involve building all code locally before check-in and building the entire system from scratch on a dedicated server. Continuous testing principles are to test code locally at 100% before check-in. Tools mentioned include Cruise Control, Ant, Maven, MS Build, xUnit, FindBugs, Subversion, and CVS.
H σχέση & η επικοινωνία με την ιατρική ομάδα από τη πλευρά του ογκολογικού ασ...Kathi Apostolidis
Τι περιμένει ο ογκολογικός ασθενής από την επικοινωνία με την ιατρική ομάδα που έχει αναλάβει τη περίθαλψή του;
Η σημασία της αφήγησης της ασθένειας για το γιατρό
El documento describe una micropráctica educativa sobre el aparato digestivo. La actividad comienza con una dinámica para evaluar los conocimientos previos de los estudiantes. Luego, se explica el funcionamiento del aparato digestivo a través de una aplicación virtual. Los estudiantes se dividen en grupos para armar rompecabezas de los órganos digestivos y ubicarlos en un diagrama. Finalmente, los estudiantes rellenan una ficha con plastilina representando cada órgano y comparten dulces explicando el proceso de
Este documento establece los términos y condiciones de un concurso organizado por Blogmusik SAS para ganar entradas para un concierto de Vega en Madrid. Los participantes deben ser mayores de 18 años residentes en España y registrarse en Deezer entre el 15 y el 21 de octubre. Dos ganadores serán seleccionados al azar y contactados por correo electrónico para reclamar su premio de una entrada doble más un meet and greet para el concierto.
The document discusses implementing a content management system called Sitefinity for the Family Health Center of Worcester website. It outlines key Sitefinity features such as a word-like editor, out-of-the-box modules, versioning and rollback, granular user rights, workflow, search capabilities, and custom modules. It also covers Sitefinity's multilingual capabilities and setting up languages and areas to translate for the new website.
This document outlines a health education curriculum for grades 3-5 in Massachusetts. It addresses 12 state health standards covering topics like growth and development, physical activity, nutrition, mental health, safety, and substance abuse prevention. The goals are for students to become models of wellness, make informed health decisions, and apply their learning to improve their well-being. The curriculum covers these concepts through monthly themes and aims to teach fundamental health skills. Performance indicators for each standard describe what students should know and be able to do at this grade level.
Buenos Aires is the capital city of Argentina located on the eastern coast of South America near the Plata River. It has a population of over 2.8 million people with a high population density. The main sectors of Buenos Aires' economy are services and construction/finance. The city has developed an extensive transportation system including buses, trains, and taxis to support its large urban population. Municipal social services are divided into 16 zones to provide local support and encourage community participation.
Tindre una bona relació pares-fills és important per a mantindre als menors sans i segurs. Existeixen quatre actituds a través de les quals els pares poden mantindre una bona relació amb els menors durant l’època de l’adolescència: el respete, la comprensió, la confiança i la preocupació. I és a través de la comunicació com s’estableix la base d’aquesta relació.
A l’etapa de l’adolescència la relació pares-fills passa per un moment on aquesta és més especial encara per dues raons:
• Ells físicament necessiten independencia, distància.
• I psicològicament necessiten saber que estem amb ells.
Cóm poder dur a terme aquestos dues actituds que pareixen tant contradictories?
És important ser conscients que quan ens comuniquem amb els nostres fills traslladem sense donar-nos compte les nostres propies expectatives, experiències, criteris, prejudicis i estereotipus.
Amb aquesta xerrada-col·loqui sobre la comunicació entre pares i fills aprendrem entre totes i tots una nova forma de comunicar-nos de forma honesta, responsable i respectuosa.
This document outlines a strategy for an ETS project aimed at addressing growing economic inequality in the United States. The project will:
1) Research the societal forces driving inequality, such as globalization and changes to the workforce and education.
2) Develop policy recommendations to expand opportunity by strengthening positive interventions.
3) Use a web-based hub to communicate findings, build a coalition of supporters, and organize advocacy around the recommendations. The goal is to spark systemic change by mobilizing diverse constituencies around expanding economic opportunity for all Americans.
Сценарії розвитку рейкового транспорту м. КиєваAplussukraine
Міжнародна конференція “Розвиток транспорту. Виклики. Інновації. Можливості”, 28 квітня 2016, НСК "Олімпійський”, м. Київ. Гаген Антон - спеціаліст з транспортного планування «А+С Україна»
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tai lieu tong hop, thu vien luan van, luan van tong hop, do an chuyen nganh
The document outlines the 11 fundamental duties of citizens in India as established by the Indian constitution. These duties include abiding by the constitution, respecting national symbols, upholding national unity and integrity, defending the nation, promoting harmony, preserving cultural heritage, protecting the environment, developing scientific temper, safeguarding public property, striving for excellence, and providing education to children from ages 6 to 14. The duties are only applicable to citizens and are meant to complement citizens' enjoyment of fundamental rights.
Devops is an approach that aims to increase an organization's ability to deliver applications and services at high velocity by combining cultural philosophies, practices, and tools that align development and operations teams. Under a DevOps model, development and operations teams work closely together across the entire application lifecycle from development through deployment to operations. They use automation, monitoring, and collaboration tools to accelerate delivery while improving quality and security. Popular DevOps tools include Git, Jenkins, Puppet, Chef, Ansible, Docker, and Nagios.
The document provides an overview of a web application project developed by Jaco Koekemoer for a property client in 2017. Key activities included requirements gathering, systems analysis and design using UML, and development using PHP, Laravel, MySQL, and unit testing. The system included role-based authentication, CRUD functionality, auditing, bug tracking, user management, security features, error handling, pagination, lookups, and a diary component. Docker was used to containerize the development environment.
Intelligent Projects with Maven - DevFest IstanbulMert Çalışkan
The document discusses Maven, an open source build automation tool used primarily for Java projects. It provides an overview of Maven's key features like dependency management, build lifecycles, and the project object model (POM). The presentation also demonstrates how to create a basic Maven project, configure dependencies and repositories, and manage multi-module builds.
Job DutiesApprox. TimeExplain What the Job Duties Mean and.docxvrickens
Job Duties
Approx. % Time
Explain What the Job Duties Mean and how this duty actually Happens
Explain how this is a Moderately Complex Task that requires some/limited Independent Judgment & Supervision
Explain how Degree Prepared You / Gave you Knowledge to Perform this Duty
Duty: Attending daily scrum meetings in the morning to discuss
the work progress of Analyzing, designing, coding, component and assembly testing of all application code owned by the Application Team.
5%
Participates in daily meetings as a part of scrum to discuss the maintenance tasks and recurring problems to come up with the optimized solutions.
This is a routine task as part of the project development to improve the productivity of the employees.
In masters I've taken subjects related to Software Project management and Software engineering where I got familiar with day to day assessment of work while developing software applications.
Duty: Developing applications using Java/J2EE technologies like JSF, EJB, JPA ORM frameworks, JMS, JAXB, JAXWS, REST, JSON Web services and involving in the development of application presentation layer using DOJO jQuery and JavaScript.
30%
Team Leader will set up a meeting with all the team members to discuss about the tasks and timelines after analyzing and finalizing the end requirements with BA and actual users. Once TL assigns project/task, I will checkout the project from SVN repository to RAD IDE and start developing the code based on technical document and write unit test cases to check whether the application is working as expected or not. Based on the task if it is server related I will be implementing services and data access layers using EJB, JPA ORM frameworks,JMS, JAXB, JAXWS, REST, JSON Web services or if it is related to a UI I will use JSF, jQuery and JavaScript for developing the applications.
This requires experience with IT technologies in writing the code as per the requirement. The project architect will review the requirements and design application skeleton to start the coding. Team Leader will do the code reviews and gives the feedback once I complete the assigned tasks. Considering project manager directions, changes will be done to coding as per the requirement changes. If I have any blockers while developing I will ask my team members during scrum meeting to provide some inputs to solve the issue.
My course work has programming subjects like Data structures, Object Oriented programming and Java, which helped in implementing an online registration web application under the guidance of my professor. While working on it I learnt the software development lifecycle and exposure to coding using java.
Studied OOAD Object Oriented Analysis & Design and done lab to explore various technology
- Java,
- HTML,
- CSS,
- JavaScript,
- MVC,
- REST services.
Duty: Developing using Core Java, SQL, data structures and JEE Design Patterns.
30%
Based on the final requirement shared t ...
What is DevOps?
Why DevOps?
How DevOps works?
DevOps impacts in testing.
Continuous Delivery.
Continuous Integration.
Continuous Testing and Automated Deployment.
Making software development processes to work for youAmbientia
Mikko Paukkila discusses optimizing software development processes to balance bureaucracy and flexibility. He advocates for continuous integration to find errors early and speed up feedback loops. Tools like Git, Jenkins, Gerrit enable CI by automating builds, testing and code reviews. Process optimizations include reducing time from change to product, automating more tests, and ensuring developers have easy environments and fast feedback. The goal is enabling smooth development flows from needs to requirements to changes to high quality products.
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1. Project Portfolio
Discovery Life
By Jaco Koekemoer
Date: 2016-08-31
General Information
Environments
The environments that we worked in while I was at Discovery was the following:
• Local environment: This refers to the developer’s own PC, where initial
development is done.
• DEV environment: Once the developer is done developing in his local
environment, the code is deployed to a DEV environment, where the developer
can test his code changes. The DEV environment is a full environment, with all
Java code and a full database structure with test data.
• QA environment: Once the developer has tested on the DEV environment, the
code is promoted to the QA, or Quality Assurance, environment, which is also a
full test environment. There are dedicated testers that are employed to test the
code in this environment. Once the testers are done testing the code, the work to
be tested is handed over to the business area, who does their own testing
• Production environment: Once a quarter, all code that are tested in QA, the
new code is deployed to production, where it is used by business for performing
their required tasks.
Quality Management Software
Discovery uses quality management software for managing new requirements, and to
manage production defects. New requirements are logged in this software by various
potential parties in the company. The logged item is assigned to the Business Analysts
(BA) for preparing a business specification. Once the BA is done with the spec, the item
is assigned to the applicable Systems Analyst (SA) of the applicable system to which
the requirement applies. The SA would then either prepare a technical specification and
assign the work to a developer who will code the requirement under the supervision of
the SA, or the requirement would be assigned to a developer, who would create the
system spec and implement the requirement in code. Once the development is done,
the he/she assigns the item to a tester for testing, and from the tester to an individual in
business for testing. If database work is required, an item linked to the original item is
logged, which is assigned to the database development team.
Updating of Wiki pages
2. At times, I would use the knowledge that I had built up, to write up internal wiki pages,
which was accessible to all developers. The wikipages consisted mostly of explanations
of existing system components, and the business background to some systems.
Reverse Engineering
In order to understand current systems, and the code, I would have to perform some
reverse engineering. I did this by going through the code and drawing UML diagrams,
especially class diagrams, either by hand or using a UML tool. I would also type out
pseudocode in a Word document, as a means of translating the code to human
readable language. Mindmapping is also a tool that I used a lot in order to understand
system logic.
Note taking, ad hoc class diagrams, mind mapping
I tend to make a lot of notes in various forms, as a personal means of processing
through huge amounts of information, and to understand and gain knowledge. I
normally type up notes in a Word, draw ad hoc class diagrams, or create mind maps. I
find mind mapping especially helpful in meetings, for working through a new business
specification, and for reverse engineering code.
Process flow
In Discovery, we used the Waterfall model in a repetitive manner where process flow is
concerned. Requirements are gathered by Business analysts, who would perform
analysis from a business perspective. The developers and systems analysts would
perform a technical analysis. The developers would then write the code, after which
dedicated testers and the applicable business area would test the code. Thereafter, the
code is deployed to production on a quarterly basis.
Source Control
Source code was managed by the developers using GIT. Development efforts was
usually towards a single production deployment at the end of a quarter. A remote
branch would be created for a single release in GIT, while the developer would also
create a local copy of this branch. The developer would also create a separate branch
locally, based in this release branch
Build Tools
In Discovery, internal developers built custom tools for the compilation and deployment
of source code which was used by all developers, however, these tools were built
around Apache Ant. The developer was never required to modify or create Ant build
XML files, since the custom tools isolated the developer from this.
Unit Testing
3. As part of my development efforts, I include unit testing in order to test single units of
code.
Hands off
Due to the size of the systems at Discovery, there are certain aspects in the systems
team which Java developers never deals with, but rather, there are separate teams for
certain functions, which includes the following:
1. Business Analysis: Business analysts are responsible for gathering
requirements from users, which means that this is never performed by Java
developers.
2. Database Development: Java developers do not have access to create
database tables, stored procedures, or anything related. Rather, Java developers
have to formally request such work using the quality management software.
3. Database administration: DB administration aspects, such as access rights to
the database is also performed by a separate team.
4. Systems Infrastruction: The infrastructure of all environments, which includes
application server instances and deployment to QA and production environments
are handled by this infrastructure team, and not by Java developers, with
exception to the DEV environment, where a single individual in the Java
development team, usually a systems analyst, is responsible for deployment to
DEV.
5. Systems Architecture: Architectural aspects of the system, such as the system
framework, integration framework, or database access from a Java perspective,
is handled by a separate architecture team, and not by the Java development
team who implements business rules.
I was involved in implementing business rules received from business.
Technical Specifications: For larger projects, I was required to create a technical
specification, which is derived from the business specification received from a business
analyst, combined with my own analysis of the system and how the requirements are to
be fulfilled within existing system structures and components. This spec included a Use
Case View which depicts system requirements as UML use case diagrams in multiple levels of
granularity, a Process View consisting of UML sequence diagrams depicting the sequence in
which key requirements are fulfilled, a Logical View consisting of UML class diagrams, a Data
View depicting affected database tables that are created or modified, and User Interface
requirements depicting screens that are to be modified or created.
Patterns Used
Design patterns was also used in the system that I worked on, which includes the following:
4. • Factory Method: I would create a factory method when a class of a certain type had to
be created, based on certain conditions
• Template Method: I used this pattern for creating small frameworks, where a main
process is defined in a parent class, but the implementation of certain methods are
deferred to child classes.
• Singleton: Singletons was mostly applied to factory classes, which required only a
single instance, and which created other classes.
• Iterator: This pattern is synonymous with Java’s Collection Framework, so this pattern
was used only when dealing with this framework.
Discovery specific patterns
The following are some of the patterns that are used in Discovery Life systems:
• Command Pattern: The traditional GoF definition of this pattern was not applied to it’s
use in Discovery, but rather, a command represents a single unit of code that performs a
specific function, such as retrieving policies in the database.
• Populators: Populators are used to populated data that is related to a specific object. By
chaining populators together, an entire object, and all it’s data can be loaded from the
database.
SOLID Design Principals
Discovery also encouraged there developers to apply the following design principals from
SOLID when coding:
• Single Responsibility Principal
• Open Close Principal
• Liskov’s Substitution Principal
• Interface Segregation Principal
• Dependency Inversion Principal
I was made aware of these principals, but I did not fully apply them in my code as desired.
Production Support
The developers were also involved in performing production support, but this was a less
desirable function to perform.
Technical Designs
At times I was responsible for creating technical designs based on the business specifications
and my own analysis. I used a tool called Enterprise Architect for the creation of UML models,
mostly use case diagrams, class diagrams and sequence diagrams.
My strengths: I am a perfectionist in many areas of my life, which includes many aspects of my
coding. I am very meticulous in my work. I tend to unit test as much as I can. I also have to first
design and put down on paper what I have to develop before touching code. I rarely jump
straight into coding, especially with large projects.
5. My weaknesses: I tend to work slowly, because of the fact that I am so meticulous. I also tend
to become frustrated when facing cryptic exceptions in the code. I’m not always quick to see the
source of my own errors.
Conclusion
In conclusion, as a Java developer, I also worked as part of a team in a collaborative
effort, in order to complete projects. I also had to liase with other teams at times.
Furthermore, I was involved in training, guiding and assisting junior members of the
team. I also worked under a systems analyst, who provided me with guidance and
assistance, and who allocated development work to me.
Claims and Finance Projects
The following is a summary of the larger projects that I had to work on while I was working for
Discovery Life Systems, in the Claims development team and the Finance development team:
Legacy Claims
I built a component that had to access data from a legacy set of tables for viewing historic
claims. The development included database access via the current system framework, business
logic and user interface. Technology that was used is the struts web framework, Oracle
database, the company’s own custom framework for transactional operations and JDBC.
HPP Payments
The requirement was to augment the current payment solution in the system, for the creation
and validation of payments of one of the Discovery products. Before development started, I
used the business specification received from the Business Analyst, together with my own
analysis of the current system, and compiled a technical specification as described earlier in this
portfolio. The solution included user interface screens, the struts web framework, business logic,
and the company’s existing framework. The project also used webservices for calling a remote
system.
Convert UI for new application server (JSP to XHTML)
The company decided to change it’s application server used to run it’s internal system, and
therefore the system user interface artifacts had to be converted from JSP to XHTML. I was
responsible for this conversion on selected projects.
Dollar Life Plan
Discovery Life introduced this new product, for which I was responsible to create components
related to the searching, viewing and management of those payments for this product. This
work was done under the guidance of a systems analyst, who prepared the technical spec for
this project, while I did the development. The technology used in the project was JSF with
XHTML, the company’s Java based framework, and Oracle.
Intermediary Credit Control
This was the largest project that I worked on in Discovery, which consisted of roughly 165 new
and modified files. The project was a rewrite of 2 existing components. One component is used
by external brokers to capture payment requests on behalf of clients, while another component
6. is used by internal staff to receive and action those payment arrangements. I was responsible
for analysing the business spec, analysing the existing code, and then creating two new
technical specifications. I also implemented the solution. The project technology used the
company’s existing Java based framework, Primefaces and Oracle.
Embedded SQL
The project required me to analyse Java code that contained embedded SQL, and determining
how to move this embedded SQL to stored procedures in the database.
Fixing many production defects
I was also required to fix up many production defects in the system. A product defect was
logged by the business areas, which the developers received and fixed up for the next quarterly
production deployment.
WIKI Articles
I also believe in the sharing of knowledge in a development team, and so for this reason, I spent
a considerable amount of time writing articles for an internal wiki page for different teams that I
worked in. I took some of the notes that I had made over the years, and wrote articles,
explaining different parts of the system from a technical and business perspective.
7. is used by internal staff to receive and action those payment arrangements. I was responsible
for analysing the business spec, analysing the existing code, and then creating two new
technical specifications. I also implemented the solution. The project technology used the
company’s existing Java based framework, Primefaces and Oracle.
Embedded SQL
The project required me to analyse Java code that contained embedded SQL, and determining
how to move this embedded SQL to stored procedures in the database.
Fixing many production defects
I was also required to fix up many production defects in the system. A product defect was
logged by the business areas, which the developers received and fixed up for the next quarterly
production deployment.
WIKI Articles
I also believe in the sharing of knowledge in a development team, and so for this reason, I spent
a considerable amount of time writing articles for an internal wiki page for different teams that I
worked in. I took some of the notes that I had made over the years, and wrote articles,
explaining different parts of the system from a technical and business perspective.