Merge branch 'master' of ssh://leap.se/leap_client

1 files changed, 0 insertions, 302 deletions

diff --git a/src/leap/testing/qunittest.py b/src/leap/testing/qunittest.py
deleted file mode 100644
index b89ccec3..00000000
--- a/src/leap/testing/qunittest.py
+++ /dev/null
@@ -1,302 +0,0 @@
-# -*- coding: utf-8 -*-
-
-# **qunittest** is an standard Python `unittest` enhancement for PyQt4,
-# allowing
-# you to test asynchronous code using standard synchronous testing facility.
-#
-# The source for `qunittest` is available on [GitHub][gh], and released under
-# the MIT license.
-#
-# Slightly modified by The Leap Project.
-
-### Prerequisites
-
-# Import unittest2 or unittest
-try:
-    import unittest2 as unittest
-except ImportError:
-    import unittest
-
-# ... and some standard Python libraries
-import sys
-import functools
-import contextlib
-import re
-
-# ... and several PyQt classes
-from PyQt4.QtCore import QTimer
-from PyQt4.QtTest import QTest
-from PyQt4 import QtGui
-
-### The code
-
-
-# Override standard main method, by invoking it inside PyQt event loop
-
-def main(*args, **kwargs):
-    qapplication = QtGui.QApplication(sys.argv)
-
-    QTimer.singleShot(0, unittest.main(*args, **kwargs))
-    qapplication.exec_()
-
-"""
-This main substitute does not integrate with unittest.
-
-Note about mixing the event loop and unittests:
-
-Unittest will fail if we keep more than one reference to a QApplication.
-(pyqt expects to be  and only one).
-So, for the things that need a QApplication to exist, do something like:
-
-    self.app = QApplication()
-    QtGui.qApp = self.app
-
-in the class setUp, and::
-
-    QtGui.qApp = None
-    self.app = None
-
-in the class tearDown.
-
-For some explanation about this, see
-  http://stuvel.eu/blog/127/multiple-instances-of-qapplication-in-one-process
-and
-  http://www.riverbankcomputing.com/pipermail/pyqt/2010-September/027705.html
-"""
-
-
-# Helper returning the name of a given signal
-
-def _signal_name(signal):
-    s = repr(signal)
-    name_re = "signal (\w+) of (\w+)"
-    match = re.search(name_re, s, re.I)
-    if not match:
-        return "??"
-    return "%s#%s" % (match.group(2), match.group(1))
-
-
-class _SignalConnector(object):
-    """ Encapsulates signal assertion testing """
-    def __init__(self, test, signal, callable_):
-        self.test = test
-        self.callable_ = callable_
-        self.called_with = None
-        self.emited = False
-        self.signal = signal
-        self._asserted = False
-
-        signal.connect(self.on_signal_emited)
-
-    # Store given parameters and mark signal as `emited`
-    def on_signal_emited(self, *args, **kwargs):
-        self.called_with = (args, kwargs)
-        self.emited = True
-
-    def assertEmission(self):
-        # Assert once wheter signal was emited or not
-        was_asserted = self._asserted
-        self._asserted = True
-
-        if not was_asserted:
-            if not self.emited:
-                self.test.fail(
-                    "signal %s not emited" % (_signal_name(self.signal)))
-
-            # Call given callable is necessary
-            if self.callable_:
-                args, kwargs = self.called_with
-                self.callable_(*args, **kwargs)
-
-    def __enter__(self):
-        # Assert emission when context is entered
-        self.assertEmission()
-        return self.called_with
-
-    def __exit__(self, *_):
-        return False
-
-### Unit Testing
-
-# `qunittest` does not force much abould how test should look - it just adds
-# several helpers for asynchronous code testing.
-#
-# Common test case may look like this:
-#
-#     import qunittest
-#     from calculator import Calculator
-#
-#     class TestCalculator(qunittest.TestCase):
-#         def setUp(self):
-#             self.calc = Calculator()
-#
-#         def test_should_add_two_numbers_synchronously(self):
-#             # given
-#             a, b = 2, 3
-#
-#             # when
-#             r = self.calc.add(a, b)
-#
-#             # then
-#             self.assertEqual(5, r)
-#
-#         def test_should_calculate_factorial_in_background(self):
-#             # given
-#
-#             # when
-#             self.calc.factorial(20)
-#
-#             # then
-#             self.assertEmited(self.calc.done) with (args, kwargs):
-#                 self.assertEqual([2432902008176640000], args)
-#
-#     if __name__ == "__main__":
-#         main()
-#
-# Test can be run by typing:
-#
-#     python test_calculator.py
-#
-# Automatic test discovery is not supported now, because testing PyQt needs
-# an instance of `QApplication` and its `exec_` method is blocking.
-#
-
-
-### TestCase class
-
-class TestCase(unittest.TestCase):
-    """
-    Extends standard `unittest.TestCase` with several PyQt4 testing features
-    useful for asynchronous testing.
-    """
-    def __init__(self, *args, **kwargs):
-        super(TestCase, self).__init__(*args, **kwargs)
-
-        self._clearSignalConnectors()
-        self._succeeded = False
-        self.addCleanup(self._clearSignalConnectors)
-        self.tearDown = self._decorateTearDown(self.tearDown)
-
-    ### Protected methods
-
-    def _clearSignalConnectors(self):
-        self._connectedSignals = []
-
-    def _decorateTearDown(self, tearDown):
-        @functools.wraps(tearDown)
-        def decorator():
-            self._ensureEmitedSignals()
-            return tearDown()
-        return decorator
-
-    def _ensureEmitedSignals(self):
-        """
-        Checks if signals were acually emited. Raises AssertionError if no.
-        """
-        # TODO: add information about line
-        for signal in self._connectedSignals:
-            signal.assertEmission()
-
-    ### Assertions
-
-    def assertEmited(self, signal, callable_=None, timeout=1):
-        """
-        Asserts if given `signal` was emited. Waits 1 second by default,
-        before asserts signal emission.
-
-        If `callable_` is given, it should be a function which takes two
-        arguments: `args` and `kwargs`. It will be called after blocking
-        operation or when assertion about signal emission is made and
-        signal was emited.
-
-        When timeout is not `False`, method call is blocking, and ends
-        after `timeout` seconds. After that time, it validates wether
-        signal was emited.
-
-        When timeout is `False`, method is non blocking, and test should wait
-        for signals afterwards. Otherwise, at the end of the test, all
-        signal emissions are checked if appeared.
-
-        Function returns context, which yields to list of parameters given
-        to signal. It can be useful for testing given parameters. Following
-        code:
-
-            with self.assertEmited(widget.signal) as (args, kwargs):
-                self.assertEqual(1, len(args))
-                self.assertEqual("Hello World!", args[0])
-
-        will wait 1 second and test for correct parameters, is signal was
-        emtied.
-
-        Note that code:
-
-            with self.assertEmited(widget.signal, timeout=False) as (a, k):
-                # Will not be invoked
-
-        will always fail since signal cannot be emited in the time of its
-        connection - code inside the context will not be invoked at all.
-        """
-
-        connector = _SignalConnector(self, signal, callable_)
-        self._connectedSignals.append(connector)
-        if timeout:
-            self.waitFor(timeout)
-            connector.assertEmission()
-
-        return connector
-
-    ### Helper methods
-
-    @contextlib.contextmanager
-    def invokeAfter(self, seconds, callable_=None):
-        """
-        Waits given amount of time and executes the context.
-
-        If `callable_` is given, executes it, instead of context.
-        """
-        self.waitFor(seconds)
-        if callable_:
-            callable_()
-        else:
-            yield
-
-    def waitFor(self, seconds):
-        """
-        Waits given amount of time.
-
-            self.widget.loadImage(url)
-            self.waitFor(seconds=10)
-        """
-        QTest.qWait(seconds * 1000)
-
-    def succeed(self, bool_=True):
-        """ Marks test as suceeded for next `failAfter()` invocation. """
-        self._succeeded = self._succeeded or bool_
-
-    def failAfter(self, seconds, message=None):
-        """
-        Waits given amount of time, and fails the test if `succeed(bool)`
-        is not called - in most common case, `succeed(bool)` should be called
-        asynchronously (in signal handler):
-
-            self.widget.signal.connect(lambda: self.succeed())
-            self.failAfter(1, "signal not emited?")
-
-        After invocation, test is no longer consider as succeeded.
-        """
-        self.waitFor(seconds)
-        if not self._succeeded:
-            self.fail(message)
-
-        self._succeeded = False
-
-### Credits
-#
-# * **Who is responsible:** [Dawid Fatyga][df]
-# * **Source:** [GitHub][gh]
-# * **Doc. generator:** [rocco][ro]
-#
-# [gh]: https://www.github.com/dejw/qunittest
-# [df]: https://github.com/dejw
-# [ro]: http://rtomayko.github.com/rocco/
-#