Agile Software

Agile Software attempts to minimize risk by developing software in short iterations.

This development methodology is about adaptability. Because of the chaotic nature of software development, it may be impossible to control or to predict.

• Customer satisfaction by rapid, continuous delivery of useful software
• Working software is delivered frequently (weeks rather than months)
• Working software is the principal measure of progress
• Even late changes in requirements are welcomed
• Close, daily, cooperation between business people and developers
• Face-to-face conversation is the best form of communication
• Projects are built around motivated individuals, who should be trusted
• Continuous attention to technical excellence and good design
• Simplicity
• Self-organizing teams
• Regular adaptation to changing circumstances

Historically, development processes were created to alleviate this chaos by making the process more predictive through defining formal roles and phases.

However, these phases did not eliminate the chaos, and in fact, probably added to it because they were not built to deal with changes once past a particular phase. For instance, it was not easy to get updated requirements or definitions about an issue now that the project was in the testing phase and supposedly done with the requirements/definition phase.

This chaos is caused by customers changing their requirements or, not having them defined at the start of the next phase. In addition, because of the changes in the system, the bugs that occur during the development process are not predictive.

Things were tweaked in the predictive methodology to accommodate the need for clarification about the requirements. For example, a pre-release would be shipped to give customers a peak at the new product.

This gave them the ability to review the release and one last shot at making any corrective action. However, if a major change was required, it could cause a long delay in the release of the actual product.

So, a movement from a Predictive process model to an Adaptive process model that could better handle moving requirements and non predictive bugs.

Agile Software is a development process that embraced this chaotic and non predictive emerged....

By implementing wise SCM patterns the team using a fast and nimble development process has ability to deliver the benefits to their customers.

Agile Software

There are several different Software Development Life Cycle Methods.

Some have been around for years and years and some are relatively new.

• Waterfall
• Iterative
• Top-Down
• Feature Driven
• Prototyping
• Hybrid
• Object-Oriented
• Agile Software

For more information about Software Development Life Cycles Models

Software Development Processes are standards that a Software Development Team uses to help manage, control and report on their software development.

Here are some very typical SDP Steps:

• Plan
• Define
• Construct
• Test
• Deploy

For more information about Software Development Process

There are many Software Engineering Best Practices.

Here are some of the more commonly used SE Best Practices

• Iteratively Develop Software
• Actively Manage Specifications and Requirements
• Develop and Leverage Component-based Software
• Continuously Review and Improve your Software Development Practices
• Verify and Quantify Software Quality
• Manage Software Change

For more information about Software Engineering Best Practices

The IEEE Computer Society defines Software Engineering as the application of a systematic, disciplined and quantifiable approach to the development, maintenance and operation of software.

For more information about Software Engineering

Software Development Life Cycle Software Development Life Cycle is the process in which you encapsulate your software development. Specifically meaning, it is the process and tools you use to ensure the accuracy and timeliness of your software development efforts.

Agile SCM Implementing Agile Software Configuration Management processes and practices will help your ability to successfully implement Agile software development processes.

Agile Software Agile software attempts to minimize risk by developing software in short iterations. This development methodology is about adaptability. Because of the chaotic nature of software development, it may be impossible to control or to predict.

Agile Source Code Providing agile source code control processes and procedures greatly aids an organization's ability to successfully implement Agile software development processes.

Feature Driven Development Feature Driven Development, FDD, is a short-iteration development process. It consists of five basic activities: Develop an Overall Model, Build a Feature List, Plan by Feature, Design by Feature, Build by Feature

Software Development Processes The Software Development Process, SDP, is the methodology used by a development team to produce software.

Software Development Life Cycle Models Software Development Life Cycle Models are systems and processes a software developer or software development team leverage to systematically produce software: Agile, Feature Driven Development, Waterfall, Object Oriented, Prototyping.

Software Engineering The IEEE Computer Society defines Software Engineering as the application of a systematic, disciplined and quantifiable approach to the development, maintenance and operation of software.

Software Engineering Best Practices Software Engineering Best Practices, SE Best Practices are the processes and techniques that have been proven over time to provide successful Software Engineering Results. When searching the Internet, there are many Software Engineering Best Practices to be found on the World Wide Web. Here are some of the more commonly used and proven SE Best Practices.

Software Requirements Software Requirements are the details and specifications about how the software should act and behave. There are several types requirements: Business, Functional, Non-Functional, User and System Requirements.

Software Requirements Template Software Requirements Template is an outline of a Software Requirements Specification that was used in a large software company. It is not meant to be the one and only way to do cover your Software Requirements. It is intended to be a starting point for you or your organization to approach Software Requirements.

Software Engineering Salaries Software Engineering Salaries - This page is dedicated to publishing salary information about Software Engineering jobs around the World.

Software Engineering Salaries Australia Software Engineering Salaries Australia - This page is dedicated to publishing salary information about Software Engineering jobs in Australia.

Software Engineering Salaries Canada Software Engineering Salaries Canada - This page is dedicated to publishing salary information about Software Engineering jobs in Canada.

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Software Engineering Salaries Germany Software Engineering Salaries Germany - This page is dedicated to publishing salary information about Software Engineering jobs in Germany.

Software Engineering Salaries India Software Engineering Salaries India - This page is dedicated to publishing salary information about Software Engineering jobs in India.

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Software Engineering Salaries Jamaica Software Engineering Salaries Jamaica - This page is dedicated to publishing salary information about Software Engineering jobs in Jamaica.

Software Engineering Salaries Malaysia Software Engineering Salaries Malaysia - This page is dedicated to publishing salary information about Software Engineering jobs in Malaysia.

Software Engineering Salaries Netherlands Software Engineering Salaries Netherlands - This page is dedicated to publishing salary information about Software Engineering jobs in Netherlands.

Software Engineering Salaries United States Software Engineering Salaries United States - This page is dedicated to publishing salary information about Software Engineering jobs in United States.

Software Quality Assurance Software Quality Assurance is the systematic testing of a software product to meet the planned requirements. Quality Assurance is the testing of a software product and the process improvement of the testing cycle.

Software Testing Software Testing is the systematic and sometimes programmatic, investigation of software for defects and to ensure the application runs appropriately.

SCMWise Software Configuration Management SCMWise is dedicated to Software Configuration Management. This site is a central repository for the collection of best practices, processes, methodologies and tools that surround SCM.