Difference between revisions of "Using CDD"
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= Getting Started = | = Getting Started = | ||
− | The following will first give a quick overview of the two main features of CDD | + | The following will first give a quick overview of the two main features of CDD: |
− | + | == Test Case Execution == | |
+ | This adds full unit testing support to EiffelStudio. It is similar to the xUnit family of testing tools. Each test case that contains the word ''''TEST'''' in its name and inherits from class ''''CDD_TEST_CASE'''' is automatically considered a test class. Test cases are autmatically executed after every compilation. Execution can be restricted, disabled and individual test cases can be started in debug mode. | ||
− | CDD | + | == Test Case Extraction == |
+ | CDD observs the developer while running the program under development. Whenever an exception is thrown CDD gets activated automatically and extracts a test cases that is able to reproduce the observed failure. Once a test case is extracted it shows up in the test case view and behaves like an ordinary manually written test cases. | ||
− | |||
− | + | = How to add a manual test case = | |
− | + | To add a manual test case simply press the ''''Create new manual test case'''' button: | |
− | + | [[Image:create_test_case.png|center]] | |
− | + | Alternatively you can also create a new test case manually. Just create a new class whose name contains the word ''''TEST'''', have it inherit from CDD_TEST_CASE and add one or several unit test routines. Make sure that all unit test routines start with ''''test_''''. Here is a simple example test class: | |
<eiffel> | <eiffel> | ||
Line 37: | Line 38: | ||
</eiffel> | </eiffel> | ||
− | After you have added your test class, recompile and your test case should automatially appear in the ''''Testing'''' tool window. | + | After you have added your test class, recompile and your test case should automatially appear in the ''''Testing'''' tool window. |
− | + | ||
− | + | ||
= How to extract a test case = | = How to extract a test case = | ||
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end | end | ||
</eiffel> | </eiffel> | ||
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− | |||
= How to restrict test case execution = | = How to restrict test case execution = | ||
If the ''''Restrict'''' push-button is pressed, only test cases matching the current filter criterion (i.e. test cases that show up in the tree-view) will be executed. You can use this to shorten testing time when working on a particular subset of your program. | If the ''''Restrict'''' push-button is pressed, only test cases matching the current filter criterion (i.e. test cases that show up in the tree-view) will be executed. You can use this to shorten testing time when working on a particular subset of your program. | ||
+ | |||
+ | = How to run a test case in debug mode = | ||
+ | |||
+ | To debug a test case, first select it in the test case view and then press the ''Debug selected test routine'' button. | ||
+ | |||
+ | = How to delete a test case = | ||
+ | |||
+ | Test cases or more precisely test routines are regular routines in test classes. In order to delete a test routine simply delete the routine code from the test class. Note that you can easily pick'n'drop the routine into the editor. | ||
+ | You can also simply pick'n'drop a test routine to the class deletion pebble. Do note however that this always deletes | ||
+ | the whole class (which may contain other test routines as well). |
Latest revision as of 03:32, 14 February 2008
Contents
Getting Started
The following will first give a quick overview of the two main features of CDD:
Test Case Execution
This adds full unit testing support to EiffelStudio. It is similar to the xUnit family of testing tools. Each test case that contains the word 'TEST' in its name and inherits from class 'CDD_TEST_CASE' is automatically considered a test class. Test cases are autmatically executed after every compilation. Execution can be restricted, disabled and individual test cases can be started in debug mode.
Test Case Extraction
CDD observs the developer while running the program under development. Whenever an exception is thrown CDD gets activated automatically and extracts a test cases that is able to reproduce the observed failure. Once a test case is extracted it shows up in the test case view and behaves like an ordinary manually written test cases.
How to add a manual test case
To add a manual test case simply press the 'Create new manual test case' button:
Alternatively you can also create a new test case manually. Just create a new class whose name contains the word 'TEST', have it inherit from CDD_TEST_CASE and add one or several unit test routines. Make sure that all unit test routines start with 'test_'. Here is a simple example test class:
class TEST_BANK_ACCOUNT inherit CDD_TEST_CASE feature test_deposit local ba: BANK_ACCOUNT do create ba.make_with_balance (0) ba.deposit (100) check money_depisited: ba.balance = 100 end end end
After you have added your test class, recompile and your test case should automatially appear in the 'Testing' tool window.
How to extract a test case
CDD automatically extracts a new test case after every thrown exception. This test case will appear in the normal test case tool window and can be managed like an ordinary manually written test case.
How to search for a test case
Use the filter text box to search for test case by name or tag. Make sure you press enter after you have changed the filter text.
How to add a tag to a test case
You can add custom tags to test cases by adding a indexing item 'tag' to either the test class or the test routine. Here is an example of a test class with a tag:
indexing tag: "fixme" class TEST_BANK_ACCOUNT inherit CDD_TEST_CASE feature test_deposit local ba: BANK_ACCOUNT do create ba.make_with_balance (0) ba.deposit (100) check money_depisited: ba.balance = 100 end end end
How to restrict test case execution
If the 'Restrict' push-button is pressed, only test cases matching the current filter criterion (i.e. test cases that show up in the tree-view) will be executed. You can use this to shorten testing time when working on a particular subset of your program.
How to run a test case in debug mode
To debug a test case, first select it in the test case view and then press the Debug selected test routine button.
How to delete a test case
Test cases or more precisely test routines are regular routines in test classes. In order to delete a test routine simply delete the routine code from the test class. Note that you can easily pick'n'drop the routine into the editor. You can also simply pick'n'drop a test routine to the class deletion pebble. Do note however that this always deletes the whole class (which may contain other test routines as well).