Test process
Upcoming SlideShare
Loading in...5
×
 

Test process

on

  • 1,599 views

Quick guide on test process

Quick guide on test process

Statistics

Views

Total Views
1,599
Views on SlideShare
1,599
Embed Views
0

Actions

Likes
1
Downloads
156
Comments
0

0 Embeds 0

No embeds

Accessibility

Categories

Upload Details

Uploaded via as Microsoft PowerPoint

Usage Rights

© All Rights Reserved

Report content

Flagged as inappropriate Flag as inappropriate
Flag as inappropriate

Select your reason for flagging this presentation as inappropriate.

Cancel
  • Full Name Full Name Comment goes here.
    Are you sure you want to
    Your message goes here
    Processing…
Post Comment
Edit your comment

Test process Test process Presentation Transcript

  • Test Process
  • Includes: Test Planning, Monitoring, Control Test Analysis Test Design Test Implementation Test Execution Test Closure Activities Test Management Test Documentation and Work products Test Strategy Project Rick Management Test Estimation Test Metrics Reviews Business Value of Testing Defect Management Test Process
  •  Test Planning includes:  identifying activities for meeting objectives defined in test strategy  identifying methods for gathering and tracking metrics  determine adherence to plan and assess achievement of objectives  selection of tools  scheduling of trainings  establishing documentation guidelines  Test Monitoring:  defining targets  measuring progress based on test conditions and groups of test conditions  Test Control:  is an ongoing activity  involves comparing actual progress against the plan  implementing corrective actions when needed  revisiting test planning activities if needed Test Planning, Monitoring and Control:
  • Defines “what” is to be tested in the form of test conditions Test Conditions: identified by analysis of test basis, test objectives, and product risks. identified using formal test techniques and general analytical techniques include:  Level of testing  Level of detail and Quality of test basis  System/Software Complexity  Project/Product Risk  Relationship between Test basis – What is to be tested ? How it is to be tested ?  SDLC in Use  Test Management tool in Use  Level at which test design and test work products are to be specified  Knowledge of Test Analysts  Level of maturity of test process and Organization  Availability of project stakeholders Test Analysis:
  • Test Implementation: Defines “how” something is to be tested Identification of test cases Stepwise elaboration of identified test conditions or test basis using test techniques Test Design: Tests are organized and prioritized by Test Analysts Test designs are implemented as concrete test cases, test procedures, and test data Involves final checks to ensure test team is ready for test execution. These checks include:  Availability of required test environment  Availability of test data  Delivery of code  All test cases have been written, reviewed and ready for run  Test execution schedule  Order in which manual and automated test cases are to be run  Check for constraints, risks and priorities
  • Test Closure Activities: Efficiency is the KEY begins once test object is delivered and entry criteria to test execution are satisfied Tools – for test management, defect tracking, test execution and automation – need to be in place Standards for test logging and defect reporting are published Tracking of test results Tracking of test metrics Metrics to be understood by the team Evaluating exit criteria and reporting Test Execution: Fall into four main groups: Test completion check Test artifacts handover Lessons learned Archiving results, logs, reports, and work products in Configuration Management Systems
  • Test Strategy: Secure and utilize resources-people, software, hardware, infrastructure etc. Carry out value-adding process Plan and control test process Understanding testing stakeholders Alignment of Test activities and Lifecycle activities Managing Non-functional testing Managing Experience-based testing Test Management: Integration procedures Test specification techniques Independence of testing Mandatory and optional standards Test environments Test automation & Test tools Reusability of software work products and test work products Confirmation testing and Regression testing Test control and reporting Test measurement and Metrics Defect Management, Roles and Responsibilities & Configuration manager
  • Risk based testing: Risk Identification:  Expert Interviews  Independent Assessments  Use of risk templates  Project retrospectives  Risk workshops  Brainstorming  Checklists  Calling on past experience Risk Assessment:  Complexity of technology and teams  Personnel and training issues  Conflict within the team  Contractual problems with suppliers  Geographically distributed team  Legacy versus new approaches  Tools and technology  Weak managerial or technical leadership  Time, resource, budget and management pressure  Lack of earlier quality assurance activities  High change rates  High earlier defect rates  Interfacing and Integration issues Factors impacting project/product risks:  Frequency of use of affected feature  Criticality of feature  Damage to reputation  Loss of business  Potential financial, ecological or social losses or liability  Civil or criminal legal sanctions  Loss of license  Lack of reasonable workarounds  Visibility of failure leading to negative publicity  Safety Risk MitigationRisk Mitigation GoalGoal Risk ManagementRisk Management
  • Master Test Plan: Items to be tested and not to be tested Quality characteristics to be tested and not to be tested Testing schedule and budget Test execution cycle and their relationship to the software plan Relationships and deliverables among departments Definition of test items – in-scope and out-of-scope Specific entry criteria, continuation criteria and exit criteria Relationships among levels Test project risks Overall governance of the testing effort Responsibilities for executing each of the test levels Inputs and Outputs from each of the test levels
  • Test Estimation: Considers all factors that can influence cost, effort and duration of testing activities. Factors include below: Required level of quality of the system Size of system to be tested Historical data, Industry data and Benchmark data Process factors:  Test strategy  Development and Maintenance cycle  Process maturity  Accuracy of project estimate Material factors  Test automation and tools  Test environment  Test data  Development environment  Project documentation People factors Complexity of process, technology, organization etc.
  •  Product(quality) risks  Defects  Tests  Coverage  Confidence Estimation Techniques: (can be top-down or bottom-up)  Intuition, guesses or past experience  Work breakdown structures (WBS)  Team estimation sessions (e.g. Wide Band Delphi)  Company standards and Norms  Percentage of the overall project effort or staffing levels  Organizational history and metrics Test Metrics-Definition and Usage:  Testing Metrics  Project Metrics  Product Metrics  Process Metrics  People Metrics Test progress is monitored by: Definition Reporting ValidityTest Manager Tracking
  • Reviews:  Contractual reviews  Requirement reviews  Top-level design reviews  Detailed design reviews  Code reviews  Test work product reviews  Test entry reviews  Acceptance reviews Types of reviews:  Informal review  Walkthrough  Technical review  Inspection  Management reviews  Audits Role of review leader:  Collect review metrics  Use review metrics to define ROI  Provide feedback to review participants and stake holders
  • Business Value of testing: Delivers value to the organization, project, operation in both quantitative and qualitative ways Distributed, outsourced and insourced testing Helps manage the application of industry standards Cost of Quality Costs of prevention Costs of detection Costs of internal failure Costs of external failure