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Testing Plugins
===============

The plugin interface is well-tested enough to safely unit test your
use of its hooks with some level of confidence. However, there is also
a mixin for unittest.TestCase called PluginTester that's designed to
test plugins in their native runtime environment.

Here's a simple example with a do-nothing plugin and a composed suite.

    >>> import unittest
    >>> from nose.plugins import Plugin, PluginTester
    >>> class FooPlugin(Plugin):
    ...     pass
    >>> class TestPluginFoo(PluginTester, unittest.TestCase):
    ...     activate = '--with-foo'
    ...     plugins = [FooPlugin()]
    ...     def test_foo(self):
    ...         for line in self.output:
    ...             # i.e. check for patterns
    ...             pass
    ...
    ...         # or check for a line containing ...
    ...         assert "ValueError" in self.output
    ...     def makeSuite(self):
    ...         class TC(unittest.TestCase):
    ...             def runTest(self):
    ...                 raise ValueError("I hate foo")
    ...         return [TC('runTest')]
    ...
    >>> res = unittest.TestResult()
    >>> case = TestPluginFoo('test_foo')
    >>> _ = case(res)
    >>> res.errors
    []
    >>> res.failures
    []
    >>> res.wasSuccessful()
    True
    >>> res.testsRun
    1

And here is a more complex example of testing a plugin that has extra
arguments and reads environment variables.

    >>> import unittest, os
    >>> from nose.plugins import Plugin, PluginTester
    >>> class FancyOutputter(Plugin):
    ...     name = "fancy"
    ...     def configure(self, options, conf):
    ...         Plugin.configure(self, options, conf)
    ...         if not self.enabled:
    ...             return
    ...         self.fanciness = 1
    ...         if options.more_fancy:
    ...             self.fanciness = 2
    ...         if 'EVEN_FANCIER' in self.env:
    ...             self.fanciness = 3
    ...
    ...     def options(self, parser, env=os.environ):
    ...         self.env = env
    ...         parser.add_option('--more-fancy', action='store_true')
    ...         Plugin.options(self, parser, env=env)
    ...
    ...     def report(self, stream):
    ...         stream.write("FANCY " * self.fanciness)
    ...
    >>> class TestFancyOutputter(PluginTester, unittest.TestCase):
    ...     activate = '--with-fancy' # enables the plugin
    ...     plugins = [FancyOutputter()]
    ...     args = ['--more-fancy']
    ...     env = {'EVEN_FANCIER': '1'}
    ...
    ...     def test_fancy_output(self):
    ...         assert "FANCY FANCY FANCY" in self.output, (
    ...                                         "got: %s" % self.output)
    ...     def makeSuite(self):
    ...         class TC(unittest.TestCase):
    ...             def runTest(self):
    ...                 raise ValueError("I hate fancy stuff")
    ...         return [TC('runTest')]
    ...
    >>> res = unittest.TestResult()
    >>> case = TestFancyOutputter('test_fancy_output')
    >>> _ = case(res)
    >>> res.errors
    []
    >>> res.failures
    []
    >>> res.wasSuccessful()
    True
    >>> res.testsRun
    1

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    multiprocessing poses a problem for doctests, since the strategy
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    inspecting the results won't work: the child processes will
    write to the objects, but the data will not be reflected
    in the parent doctest-ing process.

    The solution is to create file-like objects which will interact with
    multiprocessing in a more desirable way.

    All processes can write to this object, but only the creator can read.
    This allows the testing system to see a unified picture of I/O.
    c

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    Subclass this and mix in unittest.TestCase to run integration/functional
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    artifacts of how your plugin interacted with the stub test suite.

    - activate

      - the argument to send nosetests to activate the plugin

    - suitepath

      - if set, this is the path of the suite to test. Otherwise, you
        will need to use the hook, makeSuite()

    - plugins

      - the list of plugins to make available during the run. Note
        that this does not mean these plugins will be *enabled* during
        the run -- only the plugins enabled by the activate argument
        or other settings in argv or env will be enabled.

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    c


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            >>> import unittest
            >>> class SomeTest(unittest.TestCase):
            ...     def runTest(self):
            ...         raise ValueError("Now do something, plugin!")
            ...
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            <unittest...TestSuite tests=[<...SomeTest testMethod=runTest>]>

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    information with an ellipsis (...), removing traceback stacks, and
    removing trailing whitespace.

    Use this version of run wherever you are writing a doctest that
    tests nose (or unittest) test result output.

    Note: do not use doctest: +ELLIPSIS when testing nose output,
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