Course : Testing and acceptance for project ownership: Design and implementation

Testing and acceptance for project ownership: Design and implementation






INTER
IN-HOUSE
CUSTOM

Training at your location, our location or remotely

Ref. REA
  3d - 21h00
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Teaching objectives
At the end of the training, the participant will be able to:
Learn aspects of the profession: Psychology, positioning, limits
Understand the interdependencies of accepting a software project
Gain an understanding of functional and non-functional testing techniques
Develop test cases and test scenarios
Document and manage tests
Carry out the tests, up to the acceptance report

Practical details
Hands-on work
Scenarios involving a case study that leads to the design, implementation and execution of application's acceptance tests in a tool-equipped environment.

Course schedule

1
Introduction to acceptance testing

  • What is software testing and acceptance?
  • The difficulties of testing and noncompliance.
  • Tester psychology.
  • Test players: Acceptance manager, tester, automation engineer, ergonomist, etc.
  • Functional testing.
  • The concept of “V&V”, verification and validation.
  • Types of tests.
  • The notion of test coverage.
Exercise
Intuitive testing research based on an example.

2
The project context

  • Understanding roles within the project (project owner, lead contractor, acceptance team, users).
  • The project lifecycle: Traditional and Agile modes.
  • The various processes.
  • The deliverables (technical and functional specifications, acceptance plan, testing, etc.).
  • Requirements (typology, quality criteria).
Case study
Reviewing the specifications being studied and their business requirements.

3
The approach to acceptance testing

  • The acceptance process and its interactions.
  • The steps of the acceptance approach (synoptics).
  • Acceptance in the project schedule.
  • Versioning.
  • Non-regression tests.
Case study
Reviewing the acceptance plan being studied.

4
Managing tests and non-compliances

  • The principles and practices of test management.
  • Test reference spaces, functions. Market tools.
  • Test architecture.
  • Principles of non-compliance management.
  • Anomaly managers, principles and market solutions.
  • Test configuration management (principles and practices).
Hands-on work
Receiving and configuring a test repository. Receiving and configuring an anomaly management tool.

5
Test design

  • Design principles.
  • The course of design.
  • Traceability of requirements and tests.
  • Techniques of partitioning or defining "equivalence classes".
  • “Limit testing” techniques.
  • Decision tables or defining input-output combinations.
  • Cause-effect graphing. Finite state graphing.
  • Non-functional testing techniques (ergonomics, usability, performance, etc.).
  • Covering test objectives.
Hands-on work
Designing tests for the application being tested with the test repository.

6
Implementing tests

  • Principles and conditions of implementation.
  • Providing functional specifications.
  • Testing platforms
  • Manual testing.
  • Test campaigns, databases.
  • Test data generators.
  • Automated testing: Principles, benefits, and drawbacks.
  • Functional test robots (overview).
  • Peer review of tests.
Hands-on work
Implementing tests for the tested application. Presenting the implementation of an automatic test using a functional test robot. Cross-review of tests.

7
Executing tests

  • Preparing the campaign.
  • Delivery of the version being tested and its documentation.
  • Conducting the tests.
  • Recording the results and anomalies.
  • Corrective/upgrading versions (Change Control Board CCB).
  • Consolidating the results.
  • Stopping and acceptance criteria (Go/No go).
  • The acceptance report.
Hands-on work
Carrying out tests for the application being tested. Recording the results and final evaluation.