Test Deliverables In Software Testing

The first step in any project is understanding the deliverables. The success of a project hinges on all team members agreeing on what constitutes a successful outcome. In order to ensure that everyone is on the same page, it’s important to create a document that outlines the expectations for the project.

This document is typically referred to as a test deliverable. A test deliverable should include:

  • A clear definition of what needs to be accomplished
  • An explanation of how success will be measured
  • A timeline for completion
  • A list of resources required
  • Roles and responsibilities for each team member Creating a comprehensive test deliverable at the beginning of a project will save time and frustration down the road. By taking the time to establish clear expectations, you can avoid misunderstandings and set your team up for success.

When it comes to software testing, there are a lot of different types of deliverables that can be produced. In this blog post, we’ll go over some of the most common ones. One of the most important deliverables from a software testing engagement is the test report.

This document should provide a detailed account of all the tests that were conducted, along with their results. It should also include an analysis of those results and any recommendations for further action. Another common deliverable is the test plan.

This document outlines all of the different tests that will be conducted during a software testing engagement. It should also specify when those tests will be carried out and who will be responsible for conducting them. Yet another common deliverable is the test cases themselves.

These documents specify exactly what needs to be tested and how it should be done. They are typically written by the testers themselves and then reviewed by the rest of the team before being executed. Finally, one other common deliverable from software testing engagements is defect reports.

These documents detail any bugs or issues that were discovered during testing, along with information on how to reproduce them. Defect reports are critical for helping developers fix problems in their code so that they don’t impact users down the line.

Test Deliverables Examples

As a software development team, it’s important to have a clear understanding of what your test deliverables are and how they fit into your software development process. Test deliverables are simply the outputs of your testing activities. They can be in the form of documentation, code, or both.


  • Test Cases – A test case is a document that describes an input, action, or event and an expected output, result, or response. It is typically used in black-box testing and can be used to automate test execution. T
  • est Plans – A test plan is a high-level document that provides an overview of your entire testing effort. It should identify what needs to be tested, who will do it, when it will be done, and how the results will be evaluated.
  • Bug Reports – A bug report is a document that describes a problem with your software application. It should include enough information for someone else to reproduce the problem and provide details about its severity and impact on users.


  • Test Scripts – A test script is a set of instructions (written in a scripting language) for executing a test case. It can be used to automate test execution and often includes assertions for verifying expected results.
  • Test Harnesses – A test harness is a piece of code that allows you to run multiple tests against your software application at once. It can also be used to simulate different user scenarios or load conditions during performance testing.

Test Deliverables in Agile

There are many different types of software testing, but when it comes to Agile, there are three primary test deliverables: unit tests, functional tests, and acceptance tests. Here’s a closer look at each one: Unit Tests

Unit tests are the foundation of Agile testing. They focus on small pieces of code (units) and test them in isolation from the rest of the system. By doing so, you can identify errors early and prevent them from propagating throughout the codebase.

In order for unit tests to be effective, they must be automated and run frequently – ideally, after every code change. Functional Tests Functional tests build on top of unit tests by testing the functionality of individual features or components.

Unlike unit tests which focus on isolated units of code, functional tests exercise the whole feature – from start to finish. This type of testing is essential for ensuring that features work as intended and meet customers’ expectations. Acceptance Tests

The last type of test deliverable is acceptance testing. This is typically done by the customer or product owner who will assess whether a feature meets their needs and requirements. Acceptance tests usually come in the form of user stories which describe how a feature should be used in order to meet specific objectives.

While acceptancetests are not always required, they can be very helpful in confirming that a feature is ready for production use.

Test Plan Example Pdf

A test plan is a document that outlines the strategy for testing a software application. The purpose of a test plan is to provide a structure for testing, so that all team members are aware of what needs to be tested and when. A test plan should also identify any risks or potential issues that could impact the success of the testing process.

There are many different ways to create a test plan, but most plans will include similar information. Here is an example test plan template that you can use as a starting point:

  • Introduction – This section should provide an overview of the project, as well as the objectives of the testing process. It should also identify who will be responsible for each stage of testing.
  • Scope of Testing – This section should define what will be included in the testing process. This may include identifying which features need to be tested, as well as specific operating systems or browsers that need to be supported. Any risks or potential issues should also be noted here.
  • Test Strategy – The test strategy section should outline how testing will be conducted. This may include specifying which types of tests will be used (e.g., functional, regression, load), as well as how often tests will be run (e.g., daily, weekly). Any tools or technologies that will be used during testing should also be identified here..
  • Test Cases – This section contains the actual test cases that need to be executed during testing.. Eachtest case includes detailed steps on howto reproducethe issue, as wellas expected results..
  • Test Execution – Thissection provides instructions onhowto executethetestcases..It includesinformation suchas whowillbe runningthe tests,when theywillbe run,and how often.

Test Plan Template Word

A test plan is a document that outlines how you will go about testing a particular software application. It provides a roadmap for testing and helps ensure that all the necessary steps are taken in order to thoroughly test the app. A good test plan template will cover various aspects such as what needs to be tested, when it needs to be tested, who will carry out the tests, and what tools and resources will be used.

There are many different ways to approach creating a test plan template. One popular approach is using Word templates. This can be a great way to get started because it allows you to easily create a well-formatted document.

There are also many different test plan templates available online which you can download and use for free. When creating your test plan template in Word, it’s important to include all the essential information while still keeping the document concise and easy to read. The best way to do this is by using bullet points and short paragraphs rather than long blocks of text.

You should also avoid using technical jargon unless it’s absolutely necessary. Remember that your goal is to create a document that anyone can understand, regardless of their level of technical expertise. Once you have created your basic outline, you can start filling in the details.

Begin by outlining each individual test that needs to be carried out. Include information such as what needs to be tested, how it will be tested, who will carry out the tests, and what tools and resources are required. Be sure to include deadlines for each task so that everyone involved knows when they need to have everything completed by.

After outlining all the individual tests, you can then move on to creating more detailed sections covering things like hardware requirements, software dependencies, testing environment setup instructions, etc. Again, try to keep these sections concise and easy to understand. Includings screenshots or diagrams can often be helpful here too.

Once you have everything included in yourtemplate , take some time touse irtestplanning process . Thiswill help ensurethatyour teamis clearonallthe tasksinvolvedand helpsavoidanylastminute surprises or changes .

Test Plan Review

A test plan review is a process where a project’s stakeholders review the test plan to ensure that it accurately reflects the project’s objectives. The review should identify any areas where the plan does not align with the objectives, and make recommendations for how those areas can be addressed. The review process should involve all of the project’s stakeholders, including developers, testers, business analysts, and product owners.

Each stakeholder should bring their own perspective to the table, and all perspectives should be considered when making decisions about the test plan. Once the review is complete, the team should update the test plan to reflect any changes that were made as a result of the review.

Test Plan Framework

A test plan is a document that outlines the approach that will be taken to testing a software application. The purpose of a test plan is to ensure that all aspects of the software have been tested and that any potential issues have been identified and addressed. A good test plan should be comprehensive and cover all aspects of the software under test.

There are many different ways to develop a test plan, but there are some common elements that should be included:

  • Scope: This defines what will be covered by the testing. It should include details on what features will be tested, what platforms or environments will be used, and what type of testing (e.g., functional, performance, security) will be conducted.
  • Approach: This describes how the testing will be carried out. It should identify who will perform the testing, when it will take place, and what tools and resources will be used.
  • Test cases: These are specific test scenarios that exercise particular functionality within the software. A good test case includes both positive and negative tests and should cover all expected use cases for a feature.
  • Expected results: For each test case, there should be an expected outcome that can either pass or fail the case.
  • Exit criteria: This defines when testing can be stopped. It usually includes conditions such as all high priority bugs being fixed or meeting specific performance goals. Developing a thorough and well-organized test plan is essential for ensuring a successful software release.

Entry And Exit Criteria

In software development, entry and exit criteria are used to define the conditions that must be met in order for a task or deliverable to be considered complete. Entry criteria typically identify the input required to begin work on a task, while exit criteria specify the conditions that must be met before the task can be considered complete. Entry and exit criteria are important tools for managing project scope and ensuring that quality standards are met.

By clearly defining what is needed to start and finish a task, you can avoidScope creep – the tendency for projects to gradually expand in scope over time – and ensure that your team remains focused on delivering a high-quality product. There are many different types of entry and exit criteria that can be used, depending on the nature of the task or deliverable. Some common examples include:


For tasks related to developing new functionality, functional specifications may serve as entry criteria. These specs should detail what the new functionality should do, how it should behave, and any other relevant information. Once the new functionality has been developed and tested, it can be considered complete according to these specs.


Tasks related to usability testing may have entry criteria specifying things like target users, expected use cases, or specific user interface elements that need to be tested. Exit criterion might include things like minimum acceptable levels of satisfaction or completion rates from test users.


If compatibility with other systems or platforms is important, corresponding compatibility tests may need to pass before a task can be considered complete.

In this case, entry criterion might specify which platforms need to be compatible, while exit criterion would detail what level of compatibility is required (e.g., 100% successful data transfers).


For security-related tasks, commonentry criterion might include items like password strength requirements or data encryption standards.

Test Deliverables

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What are Examples of Test Deliverables?

As the name suggests, test deliverables are the end products of a testing process. They can take many different forms, but all serve to provide information that can be used to improve the quality of a software product. Common examples of test deliverables include:

Test plans: A document outlining the approach that will be taken to testing a software product. It should detail the objectives of testing, the resources that will be required, and the schedule for completing testing. Test cases: A set of instructions detailing how to carry out specific tests on a software product.

Test cases should be written in a way that makes them easy to follow and understand. Test reports: A document summarizing the results of testing. Test reports should include information on what was tested, how it was tested, and what defects were found.

What is Test Deliverables And Test Artifacts?

Test deliverables are the documents and other products that are produced as a result of testing activities. They may include test plans, test cases, test reports, and other documentation. Test artifacts are the files and data that are used during testing, such as requirements specifications, design documents, and test scripts.

What are the Deliverables of the Phase Test Case Development?

The deliverables of the phase test case development are:

  • A test plan, which documents the approach that will be taken to testing the software. This should include details on who will be responsible for each stage of testing, what types of tests will be run, and when they will be carried out.
  • A set of test cases, which are specific instructions on how to carry out a test and what expected results should be seen. These should be designed to cover all key functionality in the software and any areas that are particularly important to the business or end users.
  • A report on the results of testing, including any bugs or issues found and how they were resolved. This can help to identify potential problems early on and ensure that they are fixed before the software is released to customers or made live.

What are Deliverables in Qa?

Deliverables in QA are the documents or software components that are delivered to the customer at the end of a project. These deliverables can include, but are not limited to, test plans, test cases, test reports, and software code.

What are Test Deliverables? || List of Test Deliverables with Explanation


Deliverables are the materials or products that are given to the customer at the end of a project. A software testing project will have different deliverables than a construction project, but both types of projects will have some form of deliverable. The purpose of a deliverable is to make sure that the customer is happy with the results of the project and that all agreed-upon objectives have been met.

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