Software inspection checklist

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Mobile App Access Donesafe on any device with our native mobile app. Project Software Requirements. Tools, References, and Terms. Section Labels :. NPR Click here to view the history of this requirement: SWE History. Checklists, criteria, and tracking of actions and participants are needed to conduct an effective peer review or inspection. Peer reviews and inspections contribute to product and process quality, risk reduction, confirmation of approach, defect identification, and product improvements.

This requirement calls out four important best practices that are associated with effective inspections:. Using a checklist supports the software peer review or software inspection team members by giving them a memory aid regarding what quality aspects they are responsible for in the document under review.

The checklists provide a concrete way for the inspection to improve over time. Defect types that are seen to continually slip through peer reviews or software inspections are added to the checklist so that future teams are aware that they are important to look for.

Checklist items that no longer lead to defects being found are candidates for deletion. If kept up to date in this way, checklists provide a timely and efficient list of the types of issues on which review time should be spent. Using a formal reading technique such as perspective-based reading helps ensure that the viewpoints of the various customers and stakeholders of the product under review are represented.

Peer review or inspection team members take on the roles to represent the different points of view. The combination of different perspectives provides better coverage of the document, i. Readiness and completion criteria are used to ensure that peer review or software inspection time is being spent effectively and that confidence can be had in the outcome.

Readiness criteria are satisfied before an inspection can begin. They represent the minimal set of quality characteristics that are to be satisfied before it is worthwhile to have a team of subject matter experts spend significant time understanding, assessing, and discussing the product under review or inspection. Readiness criteria also indicate the preparedness of the peer review or software inspection team to conduct the review or inspection.

Readiness criteria may specify standards and guidelines to be adhered to; set project-specific criteria like the level of detail or a particular policy to be followed, and may require the use of automated tools like static analysis tools or traceability tools. Completion criteria represent a set of measurable activities that are to be completed at the end of the inspection so that statements can be made with confidence regarding the outcome.

For example, completion criteria may require that all process steps have been completed and documented; metrics have been collected; or that all major defects have been completed and approved. Action items are required to be tracked through completion so that it is assured that the inspection has a positive impact on software quality.

Due to time pressures, teams who identify significant numbers of defects in inspection and then do not take the time to resolve them, are wasting effort. Tracking the action items ensures that such an outcome is avoided. In addition to the impact on software quality, this best practice also aims at keeping the morale of inspection teams high. Nothing is more demoralizing for a team than investing significant time in identifying and reporting software defects if they are never fixed afterward.

Effective peer reviews or software inspections begin with a planning phase in which plans are made regarding the scope of the document under review, the time available, and other key parameters. Product Deployment and Maintenance: Deployment begins immediately after the software product has been thoroughly tested for the requirements and is given the go signal for release and sold, or distributed.

Maintenance and regular updates are also performed. Software inspection is a form of documented quality control in which a team assesses the overall quality of the software, making sure it meets the pre-defined requirement. It is usually conducted by a team of programmers who follow a procedure in reviewing the source code with the intention of identifying defects and enhancing functionality and maintainability.

It also provides recommendations as necessary. A software inspection checklist is usually developed together by the quality control team. The inspection process goes through several stages such as: Planning, Preparation, Inspection Meeting, and Rework.

The Planning stage is where the team meets to discuss the overall conduct of the inspection by the moderator. The Preparation stage is when the inspection of the software takes place. The Inspection Meeting stage is when the discussion of the software is taken up, and is gone through part by part, pointing out defects and areas for improvement. The Rework stage is where the developer takes action if there are necessary changes to be made after the inspection meeting.

These are the common points usually found in a checklist during the software inspection stage: Requirements This is where the question of is the software requirements that were predefined are met.

It also identifies if the services that it was pre-suppose to provide was met, and also identifies the constraints on its operation. Documentation A software inspection also includes checking to see if proper documentation was in place. This documentation should consist of interactive end-use experience and the architecture, such as the Database architecture.

The Database architecture documentation used should be incorporated in the code, the functionality of the application, and the notes that identifies what are the existing bugs and what actions have been taken to fix the bugs. Overall, the documentation should help you understand the software product, its interface, and its ability to fulfill a task. Design and Code Part of the inspection process is to ensure the right architecture and coding process is in place. You have your Database architecture.

Inspecting the Database architecture is to make sure that the workflow process was followed. For the coding, the appropriate code was used when developing the software language to ensure end-user readability and usability experience. Test Plans Since part of the software development process is the software testing phase, it is also inevitable it will become part of the inspection process as well. The inspection team makes sure that the appropriate testings were conducted on the software.

The test plans should include: the overall objective; the scope and approach on how the test will be conducted; the applications or components or codes to be tested; and the schedule and the resources that were allocated for the developers and for testers throughout the process. The purpose of the checklist is to guide the quality assurance team in looking for defects in the architecture and code programing, deviations, and to provide corrective action as necessary.

It is to ensure that predefined requirements are met for the software development. The inspection process is led by a moderator, who is often the senior technical member of the inspection team. Then there is the author, who handles the software product that is going to be inspected.

There is a reader, whose main job is to read the code and identify if there is any defect.