Software Development Delhi Offers High-End Software Services

Software Development is a sequence of processes implemented to improve the business methodologies using high-end advanced technologies. Software Development is a part of software development life cycle where system analysis, design and coding are considered as the main component of software development. Now a days Software Development Delhi has emerged as a big hub for accessing information technology enabled services for many business and others. Every system is trying to be computerized with help of using software services. Hence old systems are replaced by new technology-enabled system because of many features and specializations of software.

Software Development is the development of rich software, which takes care of many tasks thus making manual task easier and less hectic. In case of using hundreds of people in the industry, if a computer system is used, it can solve out the task of all those with utmost accuracy and in least time. This is one of the most important characteristic due to which software development is undertaken by many industries to make their system more flexible. Due to this software industry is gaining popularity and booming and many new software are companies are coming up in the market to offer best services and products. Software development is also known as process of transforming user’s requirement into a software product. Now this product sorts out human tasks in less time with perfection.

If one says software development then it is known that India is one such hub from where most of the companies around the world outsource their task to India. This popularity to India is due to many reasons, which makes it exclusive hub for software services. They get quality work at best lowest prices compared to other countries of the world. In this way many companies are benefited as they get best services at cheapest prices. In this way they are able to save lot of revenues for their company. This helps Indian economy to grow along with their company to earn more profits as well.

One of the reasons due to which India is consider a unique hub for software services is due to English language. English is considered as most spoken and understood language in this world and a large part of Indian population speaks and understands English. So Indian companies are getting benefited as more projects to do. Indian software market is growing day by day due to highly skilled software professionals who are able to offer best services with their hard work and intelligence. Indian knowledge industry is so large with respect to information technology, which makes it a better sector to undertake software services. Indian government is also helping companies in expansion and providing other help to help them grow in every possible way. Many new cities are emerging as software services centers for offering various services to software vendors.

Agile Software Development Tools For Success

Software development methodology refers to a set method for solving information problems using a programming language. This study covers specific methods that scope the stages of analyzing, designing, developing, testing, documenting, implementing, and evaluating inside the intricate sphere of software engineering.

Several methodologies began to rise in the late 90’s and thus stimulated public attention particularly to software developers. Various combinations were formulated from old ideas, new ideas, and transmuted old ideas on every each methodology. Prior to that, they all emphasized close collaboration between the programmer team and business experts; face-to-face communication (as more efficient than written documentation); frequent delivery of new deployable business value; tight, self-organizing teams; and ways to craft the code and the team such that the inevitable requirements mix-ups were not being led into crisis. In elaborative relation from those details mentioned, Agile Software Development uncovers better ways of developing software by doing it and helping others do it. Such principles or values are being extracted out from it as follows:

o Individuals and interactions over processes and agile tools

o Working software over comprehensive documentation

o Customer collaboration over contract negotiation

o Customer collaboration over contract negotiation

The term Agile software development was coined in the year 2001, subsequently to the formulation of the Agile Manifesto. This is a group of software development methodologies based on iterative development, where requirements and solutions evolve through collaboration between self-organizing and cross-functional teams. The said Agile development generally promotes disciplined project management process that upholds such as:

o Frequent inspection and adaptation

o Leadership philosophy that encourages teamwork

o Self-organization and accountability

o Set of engineering best practices; of which allows rapid delivery of high-quality software

o Aligns development with customer needs and company goals as a business approach

As lots of studies and research are being carried out just for the betterment of the world of technology and information, agile development methods have grown technically by numbers of them. Henceforth, they promote mostly with development iterations, teamwork, collaboration, and process adaptability throughout the life-cycle of the project.

The said methods are very efficient and organized wherein they break tasks into small increments with minimal planning, and do not directly involve long-term planning. Iterations are short time frames, such as the “timeboxes”, that typically last from one to four weeks. Each iteration involves a team working through a full software development cycle including planning, requirements analysis, design, coding, unit testing, and acceptance testing when a working product is demonstrated to stakeholders. Thus, it utterly helps minimize overall risk, and lets the project adapt to changes quickly. Stakeholders produce documentation as required. Its goal is to have an available release after on every each iterations since multiples of them (products or new features) are expected to be released afterwards, regarding to the fact that a single iteration may not add enough functionality to warrant a guaranteed market release.

In relation about the collaboration between cross-functional and self-organizing team mentioned a while ago; a team composition in an agile project are usually of those that were mentioned, without consideration for any existing corporate hierarchy or the corporate roles of team members. Team members normally take responsibility for tasks that deliver the functionality an iteration requires. They decide individually how to meet an iteration’s requirements.

The methods thereof emphasize face-to-face communication over written documents when the team is all in the same location. When a team works in different locations, they maintain daily contact through videoconferencing, voice, e-mail, etc.

Agile development teams mostly work in a single open office (called bullpen), which facilitates such communication. Each team is composed of members that typically ranges with 5-9 people to enable team communication and collaboration conveniently pliable. So it is then expected that larger development efforts may be delivered by multiple teams working toward a common goal or different parts of an effort. Coordination of priorities across teams is hence may be required for it.

Agile tools are being created in order to help development teams on their infinite search of the right and sufficient essential tools for software development. The agile tools are as follows:

1. JIRA Studio as a hosted development suite

-brings together Atlassian’s products to give you agile project management, issue tracking, wiki collaboration, source code analysis and reviews, plus subversion to improve release planning, team communication and customer feedback gathering.

Useful for: Developer, team lead and product manager

Designed for: Planning, Lightning feedback and gathering customer feedback

2. JIRA + GreenHopper for agile project management

-Coupled with the Greenhopper plugin, JIRA is the foundation of a powerful agile platform for developers to plan releases, gather feedback, track issues and manage project status.

Useful for: Developer, Team Lead and Product Manager

Designed for: agile planning, gathering customer feedback and monitoring team performance

3. Confluence for agile collaboration

-designed to help agile developers plan requirements, collaborate on changes and display metrics.

Useful for: Developers (internal blogging with peers), technical writers (develop docs) and product managers (collaborate on requirements and Balsamiq mockups)

Designed for: planning (PRDs and JIRA issues macro), lightning feedback (documenting changes, RSS + Dashboards) and team performance metrics (JIRA Issues macro + Bamboo builds plugin)

4. FishEye for code analysis

-With FishEye’s insight into a source code repository agile developers can find code fast, get notified about relevant code changes and receive useful metrics on team performance.

Useful for: Developers (find code fast), Team Leads (metrics on the team and each developer) and Technical Leads (RSS for a branch)

Designed for: lightning feedback and team performance metrics

5. Bamboo for continuous integration

-Agile developers use continuous integration to get the most from their unit tests. Set up Bamboo to get instantaneous feedback on the impact of each commit and monitor build metrics.

Useful for: Developers (learn about their commits), Team Leads (get build stats fast) and Testers (perform integration and performance tests early in the game)

Designed for: Testing early and often (CI Whitepaper), lightning feedback (two- way IM) and team performance metrics

6. Clover for code coverage

-The ultimate Java code coverage tool for agile development, Clover accurately assesses the impact on your tests and notifies you of test coverage gaps before it is too late.

Useful for: Developers and testers

Designed for: Testing early and often and lightning feedback

7. Crucible for code reviews

-integrates peer code review directly into your work habits. Agile developers use Crucible get timely feedback on their code and maintain metrics and an audit trail.

Useful for: Developer (Distributed review), Team lead (get developers to learn from each other) and Technical lead (Get metrics on audit trail on who did what and why)

Designed for: Testing Early and often (pre-commit reviews), lightning Feedback (review notifications), Performance Metrics (reports and audit trail)

8. Pyxis – creators of GreenHopper

-Given by the certified trainers and by practitioners with industry expertise, Pyxis’ training program provides effective techniques through practical exercises and group discussions to increase your knowledge of Agility and help your software development team build the right software.

Useful for: Developers, Team Leaders, Scrum Masters, Product Managers, and Product Owners

Designed for: Mastering agile software engineering practices and developing innovative project management practices

The Agile tools given are some of the few tools that are being offered from Agile Software Development developers provided by the internet. Some tools vary accordingly from depending on its uses which are said to be well-tested.

The Basic Methodology of Software Development Services

Software development is a technically complex process which goes through various stages during the whole development procedure. The concept is termed as software (S/W) development life cycle (SDLC) and involves various stages of (S/W) development. To successfully offer software development services, organizations should define a development methodology that suits the requirements of the project. Different projects may require different methodologies therefore software development service providers must evaluate the project requirements first and then formulate the strategy for the software development life cycle.

Most of the software development service providers have a pre-defined methodology that is implemented while developing a software. The process gets a little modified according to the project requirements but the essence of the project development procedure remains the same. The basic stages of software development are as mentioned below:

Requirements Specifications: The first and foremost step while developing software must be gathering the requirements of the project. The organizations must start with analyzing the feasibility and the requirements of the project. Some questions that must be clarified in this phase are:

What are client’s expectations of the project?

What would the user want in the software?

Is the project technically feasible or not?

The above questions, along with many more, must be answered and properly justified before software development service providers move any further.

Design: This stage involves development of an outlay for developing the project with all the little details included. The project requirements are evaluated and an implementation strategy for achieving these requirements in the form of a software is formulated. The designing phase is divided into two categories i.e. system design and component design. The system design is design of the software as a whole where questions like how the individual components will interact with each other are answered. The component design phase, as the name suggests, deals with the planning for each individual component.

Implementation: The components are actually created in the implementation phase. The design layout created in the previous phase is implemented and converted into a machine language that the computer can understand and respond to. Programming languages such as C, C++, C#, Asp.Net, PHP etc are used according to the project requirement to achieve the best possible results. The source code and database are created in the implementation phase. Accurate and effective designing of the software is essential for a successful implementation of the software.

Testing: The testing phase usually starts after the components are created but in some cases the software development service provider can start the testing along with the implementation phase. This methodology may require a little more effort and time but the end solution is void of any discrepancies or errors as they are detected and removed as soon as a component is developed.

Installation: The components of the software are combined together and the completed software is installed and executed on a computer system. If all the previous phases have been performed expertly then there will be no problem in the installation phase. A thorough testing is again recommended after installing the software to make sure that the end solution is working as desired.

Maintenance: It has been noticed that almost every software goes through changes and modification after it is completed. This may be due to some new requirements, overlooked features or the change in the business strategy. This requires constant evaluation and maintenance of the software.

Most of the software (S/W) development service providers follow the above described development methodology for creating softwares. It is the basic methodology of S/W development services. Once the software is completed and delivered successfully, the task of the service provider does not end. A professional S/W development company will offer maintenance services to insure a smooth and well functioning solution to their clients.