def test_model_observe_child_adding_removing(task):
"""Test that adding removing a child does trigger the expected behavior.
"""
model = ExecutionEditorModel(root=task)
assert model.pools == ['test']
c = ComplexTask(name='comp2',
parallel={
'activated': True,
'pool': 'test2'
})
task.add_child_task(2, c)
assert 'test2' in model.pools
c.add_child_task(
0,
SimpleTask(name='simp3', parallel={
'activated': True,
'pool': 'test3'
}))
assert 'test3' in model.pools
task.move_child_task(2, 0)
assert sorted(model.pools) == ['test', 'test2', 'test3']
task.remove_child_task(0)
assert model.pools == ['test']
model.root = None
task.children[0].parallel = {'activated': True, 'pool': 'test2'}
assert 'test2' not in model.pools
# For coverage
model._children_observer(ContainerChange(collapsed=[ContainerChange()]))
def test_model_observe_child_adding_removing(task):
"""Test that adding removing a child does trigger the expected behavior.
"""
model = ExecutionEditorModel(root=task)
assert model.pools == ["test"]
c = ComplexTask(name="comp2", parallel={"activated": True, "pool": "test2"})
task.add_child_task(2, c)
assert "test2" in model.pools
c.add_child_task(0, SimpleTask(name="simp3", parallel={"activated": True, "pool": "test3"}))
assert "test3" in model.pools
task.move_child_task(2, 0)
assert sorted(model.pools) == ["test", "test2", "test3"]
task.remove_child_task(0)
assert model.pools == ["test"]
model.root = None
task.children[0].parallel = {"activated": True, "pool": "test2"}
assert "test2" not in model.pools
# For coverage
model._children_observer(ContainerChange(collapsed=[ContainerChange()]))
def task():
r = RootTask()
r.add_child_task(0, SimpleTask(name='simp1', database_entries={'t': 1}))
c = ComplexTask(name='comp1', database_entries={'t1': 2, 't2': 'r'})
c.add_child_task(0, SimpleTask(name='simp2', database_entries={'t': 1}))
c2 = ComplexTask(name='comp2', database_entries={'t1': 2, 't2': 'r'})
c2.add_child_task(0, SimpleTask(name='simp3', database_entries={'t': 1}))
c.add_child_task(1, c2)
r.add_child_task(1, c)
return r
def task():
"""Create a basic task hierarchy for testing.
"""
root = RootTask()
root.add_child_task(0, SimpleTask(name="simp1"))
comp = ComplexTask(name="comp1", wait={"activated": True, "no_wait": ["test"]})
comp.add_child_task(0, SimpleTask(name="simp2", parallel={"activated": True, "pool": "test"}))
root.add_child_task(1, comp)
return root
def test_analysing_task_dependencies(monkeypatch, task_workbench,
task_dep_collector):
"""Test analysing the dependencies of a task.
"""
runtime = ['test']
plugin = task_workbench.get_plugin('ecpy.tasks')
monkeypatch.setattr(plugin.get_task_infos('ecpy.ComplexTask'),
'dependencies', runtime)
dep = set()
errors = dict()
run = task_dep_collector.analyse(task_workbench, ComplexTask(), getattr,
dep, errors)
assert run == runtime
assert 'ecpy.ComplexTask' in dep
assert not errors
dep = set()
run = task_dep_collector.analyse(task_workbench, {'task_id': '__dummy__'},
getitem, dep, errors)
assert not run
assert not dep
assert '__dummy__' in errors
def task():
r = RootTask()
r.add_child_task(0, SimpleTask(name='simp1', database_entries={'t': 1}))
c = ComplexTask(name='comp1', database_entries={'t1': 2, 't2': 'r'})
c.add_child_task(0,
SimpleTask(name='simp2', database_entries={'t': 1}))
c2 = ComplexTask(name='comp2', database_entries={'t1': 2, 't2': 'r'})
c2.add_child_task(0,
SimpleTask(name='simp3', database_entries={'t': 1}))
c.add_child_task(1, c2)
r.add_child_task(1, c)
return r
def task():
"""Create a basic task hierarchy for testing.
"""
root = RootTask()
root.add_child_task(0, SimpleTask(name='simp1'))
comp = ComplexTask(name='comp1',
wait={
'activated': True,
'no_wait': ['test']
})
comp.add_child_task(
0,
SimpleTask(name='simp2', parallel={
'activated': True,
'pool': 'test'
}))
root.add_child_task(1, comp)
return root
def test_node_sorting(task):
"""Test that a node model correctly order its children and react to
task re-ordering.
"""
ed = EditorModel(root=task)
nmodel = ed.nodes['root']
task.add_child_task(0, ComplexTask(name='cc'))
nmodel.sort_nodes()
assert [c.task.name for c in nmodel.children] == ['cc', 'comp1']
assert sorted(nmodel.entries) == sorted(
['default_path', 'simp1_t', 'comp1_t1', 'comp1_t2'])
task.move_child_task(0, 2)
assert [c.task.name for c in nmodel.children] == ['comp1', 'cc']
assert (sorted(nmodel.children[0].entries) == sorted(
['simp2_t', 'comp2_t1', 'comp2_t2']))
change = ContainerChange(collapsed=[ContainerChange()])
nmodel._react_to_task_children_event(change) # For coverage
def test_handling_node_manipulation(task):
"""Test handling manipulation occuring on a node.
"""
ed = EditorModel(root=task)
cc = ComplexTask(name='cc')
task.add_child_task(0, cc)
assert 'root/cc' in ed.nodes
assert cc is ed.nodes['root'].children[0].task
task.remove_child_task(0)
assert 'root/cc' not in ed.nodes
# For coverage check that we could handle a list of changes
ed._react_to_nodes([('', '', '')])
# Test failing to find a task by path
with pytest.raises(ValueError):
ed._get_task('root/unknown')
def task():
root = RootTask()
root.add_child_task(0, ComplexTask(name='Dummy'))
return root
