def project(self, project):
self._project = project
# Get a count of active tests to display in the status bar.
count, labels = self.project.find_tests(True)
self.run_summary.set('T:%s P:0 F:0 E:0 X:0 U:0 S:0' % count)
# Populate the initial tree nodes. This is recursive, because
# the tree could be of arbitrary depth.
for testModule_name, testModule in sorted(project.items()):
self._add_test_module('', testModule)
# Listen for any state changes on nodes in the tree
TestModule.bind('active', self.on_nodeActive)
TestCase.bind('active', self.on_nodeActive)
TestMethod.bind('active', self.on_nodeActive)
TestModule.bind('inactive', self.on_nodeInactive)
TestCase.bind('inactive', self.on_nodeInactive)
TestMethod.bind('inactive', self.on_nodeInactive)
# Listen for new nodes added to the tree
TestModule.bind('new', self.on_nodeAdded)
TestCase.bind('new', self.on_nodeAdded)
TestMethod.bind('new', self.on_nodeAdded)
# Listen for any status updates on nodes in the tree.
TestMethod.bind('status_update', self.on_nodeStatusUpdate)
# Update the project to make sure coverage status matches the GUI
self.on_coverageChange()
def project(self, project):
self._project = project
# Get a count of active tests to display in the status bar.
count, labels = self.project.find_tests(True)
self.run_summary.set('T:%s P:0 F:0 E:0 X:0 U:0 S:0' % count)
# Populate the initial tree nodes. This is recursive, because
# the tree could be of arbitrary depth.
for testModule_name, testModule in sorted(project.items()):
self._add_test_module('', testModule)
# Listen for any state changes on nodes in the tree
TestModule.bind('active', self.on_nodeActive)
TestCase.bind('active', self.on_nodeActive)
TestMethod.bind('active', self.on_nodeActive)
TestModule.bind('inactive', self.on_nodeInactive)
TestCase.bind('inactive', self.on_nodeInactive)
TestMethod.bind('inactive', self.on_nodeInactive)
# Listen for new nodes added to the tree
TestModule.bind('new', self.on_nodeAdded)
TestCase.bind('new', self.on_nodeAdded)
TestMethod.bind('new', self.on_nodeAdded)
# Listen for any status updates on nodes in the tree.
TestMethod.bind('status_update', self.on_nodeStatusUpdate)
# Update the project to make sure coverage status matches the GUI
self.on_coverageChange()
def project(self, project):
self._project = project
# Populate the initial tree nodes. This is recursive, because
# the tree could be of arbitrary depth.
for testModule_name, testModule in sorted(project.items()):
self._add_test_module('', testModule)
# Listen for any state changes on nodes in the tree
TestModule.bind('active', self.on_nodeActive)
TestCase.bind('active', self.on_nodeActive)
TestMethod.bind('active', self.on_nodeActive)
TestModule.bind('inactive', self.on_nodeInactive)
TestCase.bind('inactive', self.on_nodeInactive)
TestMethod.bind('inactive', self.on_nodeInactive)
# Listen for new nodes added to the tree
TestModule.bind('new', self.on_nodeAdded)
TestCase.bind('new', self.on_nodeAdded)
TestMethod.bind('new', self.on_nodeAdded)
# Listen for any status updates on nodes in the tree.
TestMethod.bind('status_update', self.on_nodeStatusUpdate)
def project(self, project):
self._project = project
# Populate the initial tree nodes. This is recursive, because
# the tree could be of arbitrary depth.
for testModule_name, testModule in sorted(project.items()):
self._add_test_module('', testModule)
# Listen for any state changes on nodes in the tree
TestModule.bind('active', self.on_nodeActive)
TestCase.bind('active', self.on_nodeActive)
TestMethod.bind('active', self.on_nodeActive)
TestModule.bind('inactive', self.on_nodeInactive)
TestCase.bind('inactive', self.on_nodeInactive)
TestMethod.bind('inactive', self.on_nodeInactive)
# Listen for new nodes added to the tree
TestModule.bind('new', self.on_nodeAdded)
TestCase.bind('new', self.on_nodeAdded)
TestMethod.bind('new', self.on_nodeAdded)
# Listen for any status updates on nodes in the tree.
TestMethod.bind('status_update', self.on_nodeStatusUpdate)
