The software development process is a systematic approach used to design, develop, and deploy software applications. It involves a series of steps that ensure efficient and high-quality software delivery. This description provides an overview of the software development process and its key components.
The first phase of the process is requirements gathering. During this stage, developers work closely with stakeholders to identify and document the software's functional and non-functional requirements. This includes understanding user needs, defining system behavior, and establishing project goals.
Once the requirements are gathered, the next step is system design. This involves creating a detailed architecture and design for the software. Developers determine how the different components of the system will interact, design the user interface, and plan for data storage and processing.
After the system design, the development phase begins. Developers write the code according to the design specifications. They use programming languages and tools to implement the software's features and functionality. This phase involves writing and testing individual modules, integrating them, and ensuring they work together seamlessly.
Testing is a critical part of the software development process. It helps identify and fix defects or issues in the software. Developers perform various types of testing, including unit testing (testing individual units of code), integration testing (testing how different components work together), and system testing (testing the entire system as a whole). Testing ensures that the software meets the specified requirements and functions correctly.
Once the software is developed and tested, it undergoes a deployment phase. This involves preparing the software for release and distribution. Developers package the software, create installation routines, and document user guides or manuals. They may also collaborate with operations teams to set up servers, configure databases, and ensure the software is ready to be deployed in the desired environment.
After deployment, the software enters a maintenance phase. During this phase, developers address bug fixes, security updates, and software enhancements. They may also provide technical support to users, handle user feedback, and optimize the software's performance.
Throughout the software development process, project management plays a crucial role. Project managers oversee the development team, allocate resources, monitor progress, and ensure timely delivery. They also handle communication with stakeholders, manage risks, and make decisions to keep the project on track.
In recent years, agile methodologies have gained popularity in software development. Agile approaches emphasize iterative and collaborative development, with a focus on adaptability and responsiveness to changing requirements. Scrum and Kanban are examples of agile frameworks commonly used in software development.
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The development world has come to realize that the way we build applications opens the door to hackers.
We are starting to realize that it is the code itself that is enabling the attacks. It’s the responsibility of the
development team to build software that is inherently impervious to attack. Catching and dealing with
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the applications have been deployed.
In this presentation, it will cover different software development methodologies. These include the common types of SDM, and the pros and cons.
A software development methodology involves several steps. These include planning, structuring, and performance tracking.
In some instances, it may also include extreme programming. The objective is to streamline the process when developing software or any product.
Almost all software development methodologies are non-technical. This means they do not deal with the technical aspects of software design and development. They focus more on the internal operations, and other processes involved in the project.
Take note that each has its specific features. Gauge your options, and choose the best one that suits your needs.
How to Optimize Your Software Development Process for Maximum Efficiency.pdfIT Service India
Efficiency in software development is not a one-time achievement; it's an ongoing commitment to refining your processes. By implementing clear requirements, agile practices, automation, and a focus on code quality, you can optimize your development process for maximum efficiency. Embrace a culture of continuous improvement, and your team will be better equipped to deliver high-quality software products faster than ever before.
Traditional, full-code waterfall application development, with its focus on a sequential define-develop-test-deploy-maintain approach has given way for many enterprises to low-code/no-code development
Boast the Potential of DevOps with CI CDZoe Gilbert
DevOps CI/CD is the best practice of continuous integration, continuous delivery, and Deployment by optimizing the resources. Reading this blog, help you understand the key points of adopting the right attitude to the CI/CD approach to enable good quality software.
The development world has come to realize that the way we build applications opens the door to hackers.
We are starting to realize that it is the code itself that is enabling the attacks. It’s the responsibility of the
development team to build software that is inherently impervious to attack. Catching and dealing with
security defects earlier in the development lifecycle is much more economical than dealing with them once
the applications have been deployed.
In this presentation, it will cover different software development methodologies. These include the common types of SDM, and the pros and cons.
A software development methodology involves several steps. These include planning, structuring, and performance tracking.
In some instances, it may also include extreme programming. The objective is to streamline the process when developing software or any product.
Almost all software development methodologies are non-technical. This means they do not deal with the technical aspects of software design and development. They focus more on the internal operations, and other processes involved in the project.
Take note that each has its specific features. Gauge your options, and choose the best one that suits your needs.
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Software development methodologies refer to structured processes used when undertaking a project, from the conceptual designs and pragmatic realities back to early computing days that provide a systematic approach towards software development.
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internally within the Bank
Suggested baby step approach towards maturity in QA
Designed Functional and Partial System integration test
cases to give thorough business knowledge for developers
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Rapid Application Development is an agile project management strategy based on prototyping and customer feedback. It mainly focuses on building a prototype, release cycles, and iterations rather than on costly planning.
Top 5 software development methodologies_ Explained.docx.pdfJPLoft Solutions
Software development methodologies refer to structured processes used when undertaking a project, from the conceptual designs and pragmatic realities back to early computing days that provide a systematic approach towards software development.
Software Measurement: Lecture 3. Metrics in OrganizationProgrameter
Materials of the lecture on metrics and measures held by Programeter CEO Mark Kofman during the Software Economics course at Tartu University: courses.cs.ut.ee/2010/se
Software Engineering in a Quick and Easy way - v1.pdfKAJAL MANDAL
The Most Common must know Software Development life cycle Models. As we discussed in our earlier article on Software Engineering, we have learned about the aspects of Software Engineering and the qualities that it should possess. Now let us move ahead and learn about the models of the software development life cycle. What is a software development life cycle? A software development life cycle, sometimes also called the SDLC life cycle, represents and describes the various activities that are to be performed to build a software product. These activities are grouped into several phases and sequentially linked in order. Hence we can also say, that a software development life cycle is a structured list of activities that are followed to develop software, from the inception to the delivery of the final product. During any phase of the life cycle of development, one or more activities might have to be carried out to start or finish that phase. For example, in the inception phase of actual coding, it is expected that the architectural designing phase is completed. Why software development life cycle model is required? In every model of SDLC, every phase may have its own child life cycle, for every team of a specific skill set. So in an environment of complicated projects and a variety of skill-based teams, it is vital to follow a pre-defined structured process. This creates discipline and maintains decorum in the working culture. All team members are interdependent. Failure of any one team will affect the deliverables of other teams. And all together it might lead to project failures. SDLC also defines entry and exit criteria for every phase. For example, say, if a team member starts coding, assuming that pro-activeness will help finish the project much earlier. This would be the perfect recipe for disaster and project failure. Why? Because, after putting down a month of effort they might realize that the project needs a roving vehicle on Mars to collect data. Unfortunately, the team doesn’t have that with them. So they can not proceed further. That means a feasibility study was not performed before the team started working on deliverables. Which in technical terms, is a breach of SDLC, and hence the loss of effort, or project failure. The team should have done a feasibility study before jumping straight into deliverables. Then they would have realized that the project is not doable, many days in advance. As so, they could have saved some unnecessary effort. Hence it is strongly suggested to follow a methodology, or process while working on complex and team-based projects. It becomes easier for the entire team to work together, support each other, manage, and track the progress of the development. Regardless of the model you follow, SDLC models always ensure smooth delivery, reporting, and chaos-free delivery of the project. Classic Waterfall Model. Prototyping Model. Iterative Waterfall Model. Rapid Action Development. Spiral Model.
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Prepared a Book of Knowledge for future training purposes
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cases to give thorough business knowledge for developers
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4. Why to follow structured process??
-Clear Project Scope and Objectives
-Effective Planning and Resource Management
-Risk Mitigation
-Improved Collaboration and Communication
-Quality Assurance
-Efficiency and Productivity
-Customer Satisfaction
6. Software Development Methodology(SDM)
Waterfall Methodology- linear, sequential approach
Agile Methodology- involve breaking the project into small
increments
Iterative Methodology- developing software in repeated cycles or
iterations
7. How to choose SDM?
If the requirements are expected to evolve or if there is a need for
frequent iterations and adjustments, agile methodologies may be
more suitable.
For projects with well-defined and stable requirements, traditional
methodologies like waterfall may be appropriate.
If stakeholder collaboration and feedback are crucial, methodologies
like agile may be appropriate.
8. Why SDLC?
Team is divided to work on a feature of the product and is allowed to
work as they want.
One of the developers decides to design first whereas the other
decides to code first and the other on the documentation part.
This will lead to project failure
9. Requirement Phase
A customer wants to have an application which involves money
transactions.
In this case, the requirement has to be clear like what kind of
transactions will be done, how it will be done, in which currency it will
be done, etc.
In case of any ambiguity, a call is set up for further discussion.
Once the requirement is clearly understood, the SRS (Software
Requirement Specification) document is created.
10. Design Phase
Go through the SRS document.
If confusion, resolve on meeting
Use Figma, Adobe etc. for designing.
Wireframe, Logo Design and Brand Color selection.
Apply Branding
Iterations with feedback from customer.
15. Continuous Integration(CI)
New code is integrated into a shared repository by working teams regularly,
sometimes even several times per day
Newly integrated code can be tested through an automated build process
to support early bug detection
Removal, helping to ensure that releases contain only quality code with
few or no errors.
16. Continuous Deployment(CD)
Describes a software release strategy where new code passes through a
battery of automated tests
Continuous deployment works best for software development teams that
have invested heavily in automated testing
Helps ensure new code is production-ready as it is developed.
