Test fixtures can contain one or more test cases, and each test case can have a number of elements to it. These elements are coded as specific
entry points that the
Micro Focus Unit Testing Framework can recognize.
The
Micro Focus Unit Testing Framework uses a number of call prototypes to help construct the entry point names. These prototypes are located in the
mfunit.cpy copybook, which is available from the
cpylib directory of your product installation directory.
Note: If you are unable to use the copybook, due to its use of level-78 items, which are not supported with mainframe dialects,
you must specify the following entry point names:
Element
|
Entry point
|
test setup
|
MFUS_test_case_name
|
test setup (data-driven tests)
|
MFUDS_test_case_name
|
test metadata setup
|
MFUM_test_case_name
|
test case
|
MFUT_test_case_name
|
test teardown
|
MFUE_test_case_name
|
test teardown (data-driven tests)
|
MFUDE_test_case_name
|
The main elements are:
- The test setup
- Any pre-requisite conditions that need to be satisfied before the test case is run can be set up in this section. For example,
if the test case requires that a data file already exists or is open ready for input, you can code such things in this section.
This section is optional.
...
entry MFU-TC-SETUP-PREFIX & "MyTestCase"
*>initial setup code goes here
goback
...
-
Tip: Use the
code template
testsetup to enter the stub code for a test setup.
- The test setup for data-driven tests
- This section performs a similar function to the test setup (above), except that for data-driven, it will only run once, before
the first time that the test case is run. Using a normal test setup section would result in the setup being run each time
that the test case is executed, and due to the nature of data-driven tests, that would be for each selected row in the data
file, which could be inefficient.
- This type of setup could be used to include connection details, that ideally only need to run once per test run. This section
is optional.
...
entry MFU-TC-SETUP-DD-PREFIX & "MyTestCase"
//initial data-driven setup code goes here//
goback
...
- The test metadata setup
- There are a number of metadata details that you add directly through your source code, such as test description and test timeout;
see
Using Dynamic Metadata. For data-driven tests, this section must at least contain the MFU-MD-TESTDATA metadata declaration; for all other test types,
this section is optional.
...
entry MFU-TC-METADATA-SETUP-PREFIX & "MyTestCase"
*>initial metadata setup code goes here
*>e.g. move "csv:mycsvfile.csv" to MFU-MD-TESTDATA
goback
...
-
Tip: Use the
code template
testdata to enter the stub code for adding test metadata.
- The test case
- This section contains the actual testing logic and test assertions.
...
entry MFU-TC-PREFIX & "MyTestCase"
*>test case code goes here
goback
...
-
Tip: Use the
code template
testcase to enter the stub code for a test case.
- The test teardown
- This section enables you to tidy up the environment, such as releasing or closing resources, after the test has been run.
This may be critical if you run multiple test cases within a test suite. This section is optional.
...
entry MFU-TC-TEARDOWN-PREFIX & "MyTestCase"
*>clean-up code goes here
goback
...
-
Tip: Use the
code template
testteardown to enter the stub code for a test teardown.
- The test teardown for data-driven tests
- This section performs a similar function to the test teardown (above), except that for data-driven, it will only run once,
after the last time that the test case is run. Using a normal test teardown section would result in the test environment being
torn down after test case was executed, and due to the nature of data-driven tests, that would be for each selected row in
the data file.
- This type of teardown could be used to include disconnection details, that ideally only need to run once per test run. This
section is optional.
-
...
entry MFU-TC-TEARDOWN-DD-PREFIX & "MyTestCase"
//clean-up code goes here//
goback
...
Test cases cannot share setups or teardowns; you must code a separate setup or teardown for each test case that requires one.
The sections relating to a test case can appear in your code in any order, but are run in the order shown here.