When it comes to software creation, it is important to ensure that you design one that meets the objectives that have been set out. As a software developer, what do you know about software product quality and processes? Can you follow all the steps to software development? Take up the test below and get to test your knowledge. All the best!
Completed software code
Requirements
Reviewed code
Tested design document
Teamleader
Client
Standards
S/w methodology
Using good Coding Practices
Using language specific Coding Standards
Using the design document as a basis to write the code
Cognizant process tools
C2.0
Prolite
E-tracker
None
Inspection
Reviewed document
Testing
S/w development methodology
All
QAG(quality assurance group)
Progammer
Intial
Defined
Quantitavely managed
Managed
All
Optimizing
Manual
Semi automation
None
Automation
Author
Moderator/ co-ordinator
Reviewer
Other reviewers
Testing
Review
Inspection
Walk through
Delivery of product
Methodology
Quality assurance technique
Quality control technique
Identify the s/w work product
A non-trained reviewer
Not documented
Documented
Checklist
Check the compliance of the process and standards
Reviewing tested code
Deliver the product
Inspect the documents
Check in
Waterfall model
Incremental model
Spiral model
Agile model
True
False
True
False
Stable requirements
Understand technology
Small selection
Complex problem
Time management
True
False
4
1
5
3
Planning, overview ,review
Overview,review,planning
Planning,review,overview
Review,planning,overview
V-model
Rad
Adaptive
Evolutionary prototyping
Waterfall
Agile
M-model
Review document
Requirements
Change of process in s/w methodology
Inspected document
Configurable item
Non configurable item
Formal agreement project plan
Version control
Demonstrates the configurable item plans
To record how the process is
To report how the process is
To estimate how the process is
To verify the process is correct or not
It affects the baseline
No impact on the process functionality
Impacted on the process
None
Combination of measures
Combination of metrics
Bad practices derived from previous measures
Good practices derived from privious metrics
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