Difference between revisions of "Checkit"
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=== Test Data Generation === |
=== Test Data Generation === |
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| − | + | * Generalized data structure generation |
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| − | + | * Automatic shrink for any data type that is checkable |
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| − | + | * Whole-test argument capture and reply |
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| − | + | * support for test data containing partially defined data |
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=== Running Tests === |
=== Running Tests === |
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| − | + | * Parallelism support for multicore |
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| − | + | * Timeout support |
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| − | + | * Test timing and timing sanity checking support |
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| − | + | * partial application efficiency checking |
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| − | + | * integration with the Dynamic HPC interface (run tests until no new coverage is being found, for example) |
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=== Reporting Tests === |
=== Reporting Tests === |
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| − | + | * ASCII |
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| − | + | * XML and HTML |
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| − | + | * Custom reports |
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Checkit is being actively developed at the University of Kansas. |
Checkit is being actively developed at the University of Kansas. |
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Revision as of 15:41, 23 August 2008
Checkit is a toolkit for building QuickCheck style libraries, and is offered as an alternative to cloning and modifying QuickCheck.
Like QuickCheck, it uses a prop_ style list of properties, written in Haskell.
Highlights
Test Data Generation
- Generalized data structure generation
- Automatic shrink for any data type that is checkable
- Whole-test argument capture and reply
- support for test data containing partially defined data
Running Tests
- Parallelism support for multicore
- Timeout support
- Test timing and timing sanity checking support
- partial application efficiency checking
- integration with the Dynamic HPC interface (run tests until no new coverage is being found, for example)
Reporting Tests
- ASCII
- XML and HTML
- Custom reports
Checkit is being actively developed at the University of Kansas.