Hp alm: comprehensive software development & testing

Hewlett Packard Application Lifecycle Management (HP ALM) is a comprehensive software development and testing solution that helps organizations manage and track the entire lifecycle of their applications. From requirements gathering to development, testing, deployment, and maintenance, HP ALM provides a centralized platform for teams to collaborate and ensure the quality and success of their software projects.

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What is the purpose of HP ALM?

The purpose of HP ALM is to streamline and automate the application development and testing processes, improving efficiency, collaboration, and overall software quality. It offers a range of features and capabilities that enable teams to:

  • Manage requirements: HP ALM allows teams to define, track, and manage application requirements, ensuring that they are properly documented and met throughout the development process.
  • Plan and track development: With HP ALM, teams can create project plans, assign tasks, and track progress to ensure that development activities are executed on time and within budget.
  • Perform testing: HP ALM provides a comprehensive testing framework that allows teams to design, execute, and manage different types of tests, including functional, performance, and security testing.
  • Track defects: HP ALM enables teams to log and track software defects, ensuring that they are properly resolved and validated before the application is released.
  • Collaborate and communicate: HP ALM offers built-in collaboration and communication tools that facilitate teamwork and communication between different stakeholders, including developers, testers, project managers, and business analysts.

By providing a centralized platform for managing the entire application lifecycle, HP ALM helps organizations deliver high-quality software products that meet user expectations and business requirements.

What is the difference between HP ALM and JIRA?

HP ALM and JIRA are both popular software development and testing tools, but they have some key differences:

  • Scope: HP ALM is a comprehensive application lifecycle management tool that covers the entire software development process, from requirements gathering to maintenance. JIRA, on the other hand, is more focused on issue tracking and project management.
  • Features: HP ALM offers a wide range of features for requirements management, test management, defect tracking, and collaboration. JIRA, on the other hand, is known for its flexibility and customization options, allowing teams to adapt it to their specific needs.
  • Integration: HP ALM provides seamless integration with other tools in the HP software ecosystem, such as LoadRunner for performance testing and Unified Functional Testing for automated testing. JIRA, on the other hand, offers a wide range of integrations with third-party tools and services, making it easier to connect with other software development and project management tools.
  • User interface: HP ALM has a more structured and enterprise-focused user interface, with extensive menus and options. JIRA, on the other hand, has a more lightweight and user-friendly interface, with a focus on simplicity and ease of use.

Ultimately, the choice between HP ALM and JIRA depends on the specific needs and preferences of the organization. Both tools have their strengths and weaknesses, and it's important to evaluate them based on the requirements and goals of the software development project.

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What are the five stages in application lifecycle management?

There are five stages in the application lifecycle management (ALM) process:

Requirements determination

In the initial phase, stakeholders determine what they need to achieve from the application. They analyze how the application will contribute to business objectives and comply with regulatory requirements. This typically involves creating user stories that outline how different users will interact with the application.

Example of requirements determination:

A bank is considering creating a mobile banking application. They define two users: customers and administrators. The requirements management team identifies two user stories:

  • A user story for customers that states they use the application to submit a request to open a new bank account.
  • A user story for administrators that states they use the application to approve customer documents.

The requirements management team also identifies that the application software system must comply with security standards that align with data privacy laws.

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Application development

In the development phase, multiple teams work together to turn the requirements into a functional application. This involves tasks such as project planning, design, programming, and quality assurance.

Example of application development:

The bank's IT team creates a development plan for the mobile application. They identify that they need to complete the customer user story first and thoroughly test it before addressing the administrator requirements. However, they know they have to satisfy both parties' requirements before launching the new product. They code the application and release it to a beta group within two months.

Application testing

In the software testing phase, quality analysts evaluate the application to ensure it meets the requirements. They identify and prioritize any software errors or failures, which the development team then fixes. Testing and development activities usually occur simultaneously throughout the application lifecycle.

Example of application testing:

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The bank's quality control team tests the account opening business case for the mobile banking application. They discover that customers can only choose a driver's license as proof of identity. Since the bank also accepts passports as proof of identity, they request that the development team update the application to include this information.

Application deployment

In the deployment phase, developers release the application to end users. Version management also involves planning how software changes are deployed over time. Agile development teams automate deployment to accelerate the release of new features and updates, minimizing errors in production.

Example of application deployment:

The bank's mobile application team uses a cloud server to host the application code, making it accessible to administrators through a website. They also deploy the code to the app stores of the most popular mobile platforms, allowing customers to download it directly.

Application maintenance

In the maintenance phase, support and development teams work together to resolve any remaining errors, plan new updates, and further improve the product. They consider user feedback and release new features relevant to customers. Monitoring tools help track performance and usage during the maintenance phase. Over time, as technology evolves, the team may decide to build a new application on modern systems and retire the existing one.

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Example of application maintenance:

The bank's IT team monitors the performance of the mobile application and discovers that it slows down when customers upload documents. They make system changes and improve the design before releasing the next update.

Hewlett Packard Application Lifecycle Management (HP ALM) is a powerful tool that helps organizations manage the entire lifecycle of their software applications. From requirements determination to development, testing, deployment, and maintenance, HP ALM provides a centralized platform for teams to collaborate, track progress, and ensure the quality and success of their projects. By using HP ALM, organizations can streamline their development processes, deliver high-quality software products, and meet user expectations and business requirements.

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