Software Testing Dictionary
A
B
C
D
E
F
G
H
I
K
L
M
N
O
P
Q
R
S
T
U
V
W
Useful Resources
Selected Reading
A
- Automated Software Testing
- Audit
- Assertion Testing
- Anomaly
- Arc Testing
- API Testing
- Alpha Testing
- All-pairs Testing
- Agile Testing
- Age Testing
- Ad Hoc Testing
- Actual Outcome
- Active Testing
- Accessibility Testing
- Acceptance Testing
B
- Business Requirement
- Business Process
- Build Validation
- Bug
- Breadth Testing
- Branch Testing
- Boundary Testing
- Bottom Up Testing
- Black box Testing
- Binary Portability Testing
- Big-Bang Testing
- Beta Testing
- Benchmark Testing
- Behavior Testing
- Bebugging
- Basis Test Set
- Basis Path Testing
- Baseline Artifacts
- Backward Compatibility Testing
C
- Cyclomatic Complexity
- Coverage Items
- Correctness
- Conversion Testing
- Control Flow Path
- Context Driven Testing
- Conformance Testing
- Configuration Testing
- Condition Coverage Testing
- Concurrency Testing
- Compliance Testing
- Compatibility Testing
- Comparison Testing
- Code Free Testing
- Code Driven Testing
- Code-Based Testing
- Code Walkthrough
- Code Review
- Code Inspection
- Code Freeze
- Code Coverage
- Cause-Effect Graph
- Capture/Replay Tool
- Capability Maturity Model
D
- Dynamic Testing
- Durability Testing
- Domain Testing
- Documentation Testing
- Development Environment
- Destructive Testing
- Depth Testing
- Dependency Testing
- Delta Release
- Defect Life Cycle
- Defect Logging and Tracking
- Defect
- Decision Coverage Testing
- Debugging
- Database Testing
- Data Flow Testing
- Data Driven Testing
- Data Integrity Testing
E
- Exploratory Testing
- Expected Outcome
- Exit Criteria
- Exhaustive Testing
- Error Seeding
- Error Guessing
- Error
- Equivalence Partitioning Testing
- Entry Criteria
- Endurance Testing
- End-to-End Testing
- Emulator
F
- Fuzz Testing
- Functional Testing
- Functional Requirements
- Functional Decomposition
- Feature Testing
- Feasible Path
- Fault injection Testing
- Fault
- Failure
- Failover Testing
G
H
I
- Issues
- Isolation Testing
- Inter Systems Testing
- Internationalization Testing
- Interface Testing
- Integration Testing
- Install/Uninstall Testing
- Inspection
- Infeasible Path
- Independent testing
- Incremental Testing
- Implementation Testing
K
L
M
- Mutation Testing
- Monkey Testing
- Modularity Driven Testing
- Modified Condition Testing
- Model Based Testing
- Manual Testing
- Maintainability
N
O
P
- Prototype Testing
- Progressive Testing
- Process Cycle Test
- Priority
- Predicted Outcome
- Precondition
- Post Condition
- Positive Testing
- Portability Testing
- Performance Testing
- Penetration Testing
- Peer Review
- Path Testing
- Passive Testing
- Partial Test Automation
- Parallel Testing
- Pairwise Testing
- Pair Testing
Q
R
- Root Cause
- Risk Management
- Risk
- Review
- Retesting
- Result
- Requirements Traceability Matrix
- Requirements Based Testing
- Requirements
- Reliability Testing
- Release Note
- Release Candidate
- Regression Testing
- Recovery Testing
- Random Testing
S
- System Under Test
- System Testing
- System Integration Testing
- Syntax Testing
- Symbolic Execution
- Stub
- Structured Walkthrough
- Structural Testing
- Stress Testing
- Storage Testing
- Statistical Testing
- Static Testing
- State Transition
- Stability Testing
- Software Requirement Specification
- Soak Testing
- Smoke Testing
- Simulation
- Security Testing
- Script
- Schedule
- Scenario Testing
- Scalability Testing
- Sanity Testing
- Safety Testing
T
- Traceability
- Total Quality Management
- Top Down Integ. Testing
- Thread Testing
- Test Tools
- Test Strategy
- Test Steps
- Test Plan
- Test Maturity Model
- Test Management
- Test Execution
- Test Environment
- Test Driver
- Test Driven Development
- Test Data Management
- Test Data
- Test Completion Matrix
- Test Completion Report
- Test Completion Criterion
- Test Suite
- Test Case Design Technique
- Test Case
- Test Bed
- Test Basis
- Test Automation
- Test Approach
- Technical Review
U
- User Interface Testing
- User Acceptance Testing
- Use Case Testing
- Usability Testing
- Unreachable Code
- Unit Testing
V
W
Useful Resources
Selected Reading
- Who is Who
- Computer Glossary
- HR Interview Questions
- Effective Resume Writing
- Questions and Answers
- UPSC IAS Exams Notes
Capability Maturity Model
Capabipty Maturity Model
What is Capabipty Maturity Model?
The Software Engineering Institute (SEI) Capabipty Maturity Model (CMM) specifies an increasing series of levels of a software development organization. The higher the level, the better the software development process, hence reaching each level is an expensive and time-consuming process.Levels of CMM
等级1:Initial——软件过程的特点是不一致,有时甚至混乱。 危机期间放弃了既定的程序和标准做法。 本组织的成功在很大程度上取决于个人的努力、才能和英雄。 英雄们最终转向其他组织,利用他们丰富的知识和教训。
Level Two: Repeatable - This level of Software Development Organization has a basic and consistent project management processes to track cost, schedule, and functionapty. The process is in place to repeat the earper successes on projects with similar apppcations. Program management is a key characteristic of a level two organization.
Level Three: Defined - The software process for both management and engineering activities are documented, standardized, and integrated into a standard software process for the entire organization and all projects across the organization use an approved, tailored version of the organization s standard software process for developing,testing and maintaining the apppcation.
四级:管理 - 管理层可以通过精确测量有效地控制软件开发工作。 就此而言,本组织为软件处理和软件维护设定了量化的质量目标。 在这一成熟程度,利用统计技术和其他定量技术控制流程的运行,在数量上可以预测。
5级:优化——这一级的主要特征是,通过渐进和创新的技术改进,不断改进进程业绩。 在这一层面,进程的变化是改进进程业绩,同时保持统计概率,以实现既定的量化进程改进目标。