def test(config):
"""Test argument structure:
[ # collection of window controllers
[ # window controller / collection of projects
["doc1", "doc2", "doc3", ...], # project / collection of editors
...
]
...
]
"""
result = None
ac = Application()
m = Mocker()
editor = m.mock(Editor) # this is the editor we're looking for
document = m.mock(TextDocument)
(editor.document << document).count(0, None)
ac.iter_windows = m.method(ac.iter_windows)
eds = ac.iter_windows() >> []
for ed_projects in config:
ed = m.mock(Window)
eds.append(ed)
projects = []
ed.projects >> projects
found = False
for project_editors in ed_projects:
project = m.mock(Project)
projects.append(project)
editors = []
if not found:
project.editors >> editors
for doc_name in project_editors:
if doc_name == DOC:
editors.append(editor)
result = ed
found = True
else:
editors.append(m.mock(Editor))
with m:
ed = ac.find_window_with_editor(editor)
eq_(ed, result)
def test(config, unordered=0):
"""
config - represents a list of window controllers in on-screen z-order
with the front-most window controller first. Key:
None - generic NSWindowController (not WindowController)
<int> - Window index in ac.windows
unordered - (optional, default 0) number of windows in
ac.windows that are not in the on-screen z-order window
list.
"""
ac = Application()
m = Mocker()
app_class = m.replace(ak, 'NSApp')
app = app_class()
eds = {}
unordered_eds = []
z_windows = []
for item in config:
if item is None:
wc = m.mock(ak.NSWindowController)
else:
wc = m.mock(WindowController)
ed = m.mock(Window)
print(ed, item)
if item != 7:
(wc.window_ << ed).count(3)
unordered_eds.append(ed)
else:
wc.window_ >> ed
eds[item] = ed
win = m.mock(ak.NSWindow)
win.windowController() >> wc
z_windows.append(win)
for x in range(unordered):
unordered_eds.append(m.mock(Window))
ac.windows = unordered_eds # + [v for k, v in sorted(eds.items())]
app.orderedWindows() >> z_windows
sorted_eds = [eds[i] for i in config if i not in (None, 7)]
sorted_eds.extend(ed for ed in unordered_eds if ed not in sorted_eds)
with m:
result = list(ac.iter_windows())
eq_(result, sorted_eds)
