def testState(self):
history = History(self.notebook)
for page in self.pages:
history.append(page)
self.assertHistoryEquals(history, self.pages)
path = history.get_current()
self.assertEqual(history.get_state(path), (None, None))
path.cursor = 42
self.assertEqual(history.get_state(path), (42, None))
def testState(self): history = History(self.notebook) for page in self.pages: history.append(page) self.assertHistoryEquals(history, self.pages) path = history.get_current() self.assertEqual(history.get_state(path), (None, None)) path.cursor = 42 self.assertEqual(history.get_state(path), (42, None))
def testSerialize(self):
'''Test parsing the history from the state file'''
uistate = INIConfigFile(VirtualFile([]))
history = History(self.notebook, uistate)
for page in self.pages:
history.append(page)
self.assertHistoryEquals(history, self.pages)
self.assertCurrentEquals(history, self.pages[-1])
# rewind 2
for i in range(2):
prev = history.get_previous()
history.set_current(prev)
# check state
#~ import pprint
#~ pprint.pprint(uistate)
self.assertHistoryEquals(history, uistate['History']['list'])
self.assertRecentEquals(history, uistate['History']['recent'])
self.assertEqual(uistate['History']['current'], len(self.pages) - 3)
# clone uistate by text
lines = uistate.dump()
newuistate = INIConfigFile(VirtualFile(lines))
newuistate['History'].setdefault('list', [])
newuistate['History'].setdefault('recent', [])
newuistate['History'].setdefault('current', 0)
# check new state
self.assertHistoryEquals(
history, [Path(t[0]) for t in newuistate['History']['list']])
self.assertRecentEquals(
history, [Path(t[0]) for t in newuistate['History']['recent']])
self.assertEqual(newuistate['History']['current'], len(self.pages) - 3)
# and compare resulting history object
newhistory = History(self.notebook, newuistate)
self.assertEqual(list(newhistory.get_history()),
list(history.get_history()))
self.assertEqual(list(newhistory.get_recent()),
list(history.get_recent()))
self.assertEqual(newhistory.get_current(), history.get_current())
# Check recent is initialized if needed
newuistate = INIConfigFile(VirtualFile(lines))
newuistate['History'].setdefault('recent', [])
newuistate['History'].pop('recent')
newhistory = History(self.notebook, newuistate)
self.assertEqual(list(newhistory.get_history()),
list(history.get_history()))
self.assertEqual(list(newhistory.get_recent()),
list(history.get_recent()))
self.assertEqual(newhistory.get_current(), history.get_current())
def testSerialize(self):
'''Test parsing the history from the state file'''
uistate = INIConfigFile(VirtualFile([]))
history = History(self.notebook, uistate)
for page in self.pages:
history.append(page)
self.assertHistoryEquals(history, self.pages)
self.assertCurrentEquals(history, self.pages[-1])
# rewind 2
for i in range(2):
prev = history.get_previous()
history.set_current(prev)
# check state
#~ import pprint
#~ pprint.pprint(uistate)
self.assertHistoryEquals(history, uistate['History']['list'])
self.assertRecentEquals(history, uistate['History']['recent'])
self.assertEqual(uistate['History']['current'], len(self.pages) - 3)
# clone uistate by text
lines = uistate.dump()
newuistate = INIConfigFile(VirtualFile(lines))
newuistate['History'].setdefault('list', [])
newuistate['History'].setdefault('recent', [])
newuistate['History'].setdefault('current', 0)
# check new state
self.assertHistoryEquals(history, [Path(t[0]) for t in newuistate['History']['list']])
self.assertRecentEquals(history, [Path(t[0]) for t in newuistate['History']['recent']])
self.assertEqual(newuistate['History']['current'], len(self.pages) - 3)
# and compare resulting history object
newhistory = History(self.notebook, newuistate)
self.assertEqual(list(newhistory.get_history()), list(history.get_history()))
self.assertEqual(list(newhistory.get_recent()), list(history.get_recent()))
self.assertEqual(newhistory.get_current(), history.get_current())
# Check recent is initialized if needed
newuistate = INIConfigFile(VirtualFile(lines))
newuistate['History'].setdefault('recent', [])
newuistate['History'].pop('recent')
newhistory = History(self.notebook, newuistate)
self.assertEqual(list(newhistory.get_history()), list(history.get_history()))
self.assertEqual(list(newhistory.get_recent()), list(history.get_recent()))
self.assertEqual(newhistory.get_current(), history.get_current())
def testChildren(self):
'''Test getting namespace from history'''
history = History(self.notebook)
for name in ('Test:wiki', 'Test:foo:bar', 'Test:foo', 'TODOList:bar'):
page = self.notebook.get_page(Path(name))
history.append(page)
self.assertEqual(history.get_child(Path('Test')), Path('Test:foo'))
self.assertEqual(history.get_grandchild(Path('Test')), Path('Test:foo:bar'))
self.assertEqual(history.get_child(Path('NonExistent')), None)
self.assertEqual(history.get_grandchild(Path('NonExistent')), None)
history.append(self.notebook.get_page(Path('Test:wiki')))
self.assertEqual(history.get_child(Path('Test')), Path('Test:wiki'))
self.assertEqual(history.get_grandchild(Path('Test')), Path('Test:wiki'))
def testMovePage(self):
'''Test history is updated for moved pages'''
history = History(self.notebook)
for page in self.pages:
history.append(page)
self.assertIn(Path('Test:wiki'), list(history.get_history()))
history._on_page_moved(self.notebook, Path('Test'), Path('New'), False)
self.assertNotIn(Path('Test:wiki'), list(history.get_history()))
self.assertIn(Path('New:wiki'), list(history.get_history()))
history._on_page_moved(self.notebook, Path('New'), Path('Test'), False)
self.assertNotIn(Path('New:wiki'), list(history.get_history()))
self.assertIn(Path('Test:wiki'), list(history.get_history()))
self.assertHistoryEquals(history, self.pages)
def testMovePage(self):
'''Test history is updated for moved pages'''
history = History(self.notebook)
for page in self.pages:
history.append(page)
self.assertIn(Path('Test:wiki'), list(history.get_history()))
history._on_page_moved(self.notebook, Path('Test'), Path('New'))
self.assertNotIn(Path('Test:wiki'), list(history.get_history()))
self.assertIn(Path('New:wiki'), list(history.get_history()))
history._on_page_moved(self.notebook, Path('New'), Path('Test'))
self.assertNotIn(Path('New:wiki'), list(history.get_history()))
self.assertIn(Path('Test:wiki'), list(history.get_history()))
self.assertHistoryEquals(history, self.pages)
def testUnique(self): '''Get recent pages from history''' history = History(self.notebook) for page in self.pages: history.append(page) self.assertEqual(len(history.history), len(self.pages)) unique = list(history.get_unique()) self.assertEqual(unique[0], history.get_current()) self.assertEqual(len(unique), len(self.pages)) for page in self.pages: history.append(page) self.assertEqual(len(history.history), 2*len(self.pages)) unique = list(history.get_unique()) self.assertEqual(unique[0], history.get_current()) self.assertEqual(len(unique), len(self.pages)) unique = set([page.name for page in unique]) # collapse doubles self.assertEqual(len(unique), len(self.pages))
def testDeletedNotInUnique(self): '''Test if deleted pages and their children show up in unique history list''' zim.history.MAX_RECENT = len(self.pages) + 1 history = History(self.notebook) for page in self.pages: history.append(page) for page in self.pages: history.append(page) self.assertHistoryEquals(history, 2 * self.pages) uniques = list(history.get_recent()) self.assertEqual(len(uniques), len(self.pages)) page = history.get_current() history._on_page_deleted(self.notebook, page) uniques = list(history.get_recent()) self.assertTrue(len(uniques) < len(self.pages)) i = len(uniques) history.set_current(page) uniques = list(history.get_recent()) self.assertEqual(len(uniques), i + 1) # Not same as len(self.pages) because of deleted children for page in self.pages: history._on_page_deleted(self.notebook, page) uniques = list(history.get_recent()) self.assertEqual(len(uniques), 0) self.assertEqual( len(list(history.get_history())), 2 * len(self.pages) ) for page in history.get_history(): history.set_current(page) uniques = list(history.get_recent()) self.assertEqual(len(uniques), len(self.pages))
def testLinear(self): '''Walk back and forth through the history''' history = History(self.notebook) self.assertTrue(history.get_current() is None) for page in self.pages: history.append(page) self.assertEqual(len(history.history), len(self.pages)) self._assertCurrent(history, self.pages[-1]) pages = list(history.get_history()) self.assertEqual(pages[0], history.get_current()) self.assertEqual(len(pages), len(self.pages)) # walk backwards for i in range(2, len(self.pages)+1): prev = history.get_previous() self.assertFalse(prev is None) self.assertEqual(prev.name, self.pages[-i].name) self.assertFalse(prev.is_last) history.set_current(prev) self._assertCurrent(history, self.pages[0]) self.assertTrue(history.get_previous() is None) self.assertTrue(prev.is_first) # walk forward for i in range(1, len(self.pages)): next = history.get_next() self.assertFalse(next is None) self.assertEqual(next.name, self.pages[i].name) self.assertFalse(next.is_first) history.set_current(next) self._assertCurrent(history, self.pages[-1]) self.assertTrue(history.get_next() is None) self.assertTrue(history.get_current().is_last)
def testSerialize(self): '''Test parsing the history from the state file''' uistate = ConfigDict() history = History(self.notebook, uistate) for page in self.pages: history.append(page) self.assertEqual(len(history.history), len(self.pages)) self._assertCurrent(history, self.pages[-1]) # rewind 2 for i in range(2): prev = history.get_previous() history.set_current(prev) # check state #~ import pprint #~ pprint.pprint(uistate) self.assertEqual(len(uistate['History']['history']), len(history.history)) #~ self.assertEqual(len(uistate['History']['pages']), len(history.history)) self.assertEqual(uistate['History']['current'], len(history.history)-3) # clone uistate by text lines = uistate.dump() newuistate = ConfigDict() newuistate.parse(lines) # check new state self.assertEqual(len(uistate['History']['history']), len(history.history)) #~ self.assertEqual(len(newuistate['History']['pages']), len(history.history)) self.assertEqual(newuistate['History']['current'], len(history.history)-3) # and compare resulting history object newhistory = History(self.notebook, newuistate) self.assertEqual(newhistory.history, history.history) self.assertEqual(newhistory.current, history.current)
def testDeletedNotInUnique(self):
'''Test if deleted pages and their children show up in unique history list'''
zim.history.MAX_RECENT = len(self.pages) + 1
history = History(self.notebook)
for page in self.pages:
history.append(page)
for page in self.pages:
history.append(page)
self.assertHistoryEquals(history, 2 * self.pages)
uniques = list(history.get_recent())
self.assertEqual(len(uniques), len(self.pages))
page = history.get_current()
history._on_page_deleted(self.notebook, page)
uniques = list(history.get_recent())
self.assertTrue(len(uniques) < len(self.pages))
i = len(uniques)
history.set_current(page)
uniques = list(history.get_recent())
self.assertEqual(len(uniques), i + 1)
# Not same as len(self.pages) because of deleted children
for page in self.pages:
history._on_page_deleted(self.notebook, page)
uniques = list(history.get_recent())
self.assertEqual(len(uniques), 0)
self.assertEqual(len(list(history.get_history())), 2 * len(self.pages))
for page in history.get_history():
history.set_current(page)
uniques = list(history.get_recent())
self.assertEqual(len(uniques), len(self.pages))
def testChildren(self):
'''Test getting namespace from history'''
history = History(self.notebook)
for name in ('Test:wiki', 'Test:foo:bar', 'Test:foo', 'TaskList:bar'):
page = self.notebook.get_page(Path(name))
history.append(page)
self.assertEqual(history.get_child(Path('Test')), Path('Test:foo'))
self.assertEqual(history.get_grandchild(Path('Test')),
Path('Test:foo:bar'))
self.assertEqual(history.get_child(Path('NonExistent')), None)
self.assertEqual(history.get_grandchild(Path('NonExistent')), None)
history.append(self.notebook.get_page(Path('Test:wiki')))
self.assertEqual(history.get_child(Path('Test')), Path('Test:wiki'))
self.assertEqual(history.get_grandchild(Path('Test')),
Path('Test:wiki'))
page = self.notebook.get_page(Path('Some:deep:nested:page'))
history.append(page)
self.assertEqual(history.get_child(Path('Some')), Path('Some:deep'))
self.assertEqual(history.get_grandchild(Path('Some')),
Path('Some:deep:nested:page'))
def testUnique(self): '''Get recent pages from history''' default_max_recent = zim.history.MAX_RECENT zim.history.MAX_RECENT = len(self.pages) + 1 history = History(self.notebook) for page in self.pages: history.append(page) self.assertHistoryEquals(history, self.pages) unique = list(history.get_recent()) self.assertEqual(unique[0], history.get_current()) self.assertEqual(len(unique), len(self.pages)) for page in self.pages: history.append(page) self.assertHistoryEquals(history, 2 * self.pages) unique = list(history.get_recent()) self.assertEqual(unique[0], history.get_current()) self.assertEqual(len(unique), len(self.pages)) unique = set([page.name for page in unique]) # collapse doubles self.assertEqual(len(unique), len(self.pages)) zim.history.MAX_RECENT = 3 history = History(self.notebook) for page in self.pages: history.append(page) zim.history.MAX_RECENT = default_max_recent self.assertHistoryEquals(history, self.pages) unique = list(history.get_recent()) self.assertEqual(unique[0], history.get_current()) self.assertEqual(len(unique), 3)
def testUnique(self):
'''Get recent pages from history'''
default_max_recent = zim.history.MAX_RECENT
zim.history.MAX_RECENT = len(self.pages) + 1
history = History(self.notebook)
for page in self.pages:
history.append(page)
self.assertHistoryEquals(history, self.pages)
unique = list(history.get_recent())
self.assertEqual(unique[0], history.get_current())
self.assertEqual(len(unique), len(self.pages))
for page in self.pages:
history.append(page)
self.assertHistoryEquals(history, 2 * self.pages)
unique = list(history.get_recent())
self.assertEqual(unique[0], history.get_current())
self.assertEqual(len(unique), len(self.pages))
unique = {page.name for page in unique} # collapse doubles
self.assertEqual(len(unique), len(self.pages))
zim.history.MAX_RECENT = 3
history = History(self.notebook)
for page in self.pages:
history.append(page)
zim.history.MAX_RECENT = default_max_recent
self.assertHistoryEquals(history, self.pages)
unique = list(history.get_recent())
self.assertEqual(unique[0], history.get_current())
self.assertEqual(len(unique), 3)
def testLinear(self): '''Walk back and forth through the history''' history = History(self.notebook) self.assertTrue(history.get_current() is None) for page in self.pages: history.append(page) self.assertHistoryEquals(history, self.pages) self.assertCurrentEquals(history, self.pages[-1]) pages = list(history.get_history()) self.assertEqual(pages[0], history.get_current()) self.assertEqual(len(pages), len(self.pages)) self.assertEqual(pages[0].cursor, None) # Newly appended pages should not have the cursor # set - pageview has logic to do the right thing when # no cursor is set. Setting default e.g. 0 will # overrule this logic. # walk backwards for i in range(2, len(self.pages)+1): prev = history.get_previous() self.assertFalse(prev is None) self.assertEqual(prev.name, self.pages[-i].name) self.assertFalse(prev.is_last) history.set_current(prev) self.assertCurrentEquals(history, self.pages[0]) self.assertTrue(history.get_previous() is None) self.assertTrue(prev.is_first) self.assertHistoryEquals(history, self.pages) # walk forward for i in range(1, len(self.pages)): next = history.get_next() self.assertFalse(next is None) self.assertEqual(next.name, self.pages[i].name) self.assertFalse(next.is_first) history.set_current(next) self.assertCurrentEquals(history, self.pages[-1]) self.assertTrue(history.get_next() is None) self.assertTrue(history.get_current().is_last) self.assertHistoryEquals(history, self.pages) # Add page multiple times current = history.get_current() path = Path(current.name) for j in range(5): history.append(path) self.assertHistoryEquals(history, self.pages) # history does not store duplicates self.assertEquals(history.get_current(), current) # Test dropping forward stack historylist = list(history.get_history()) path1 = historylist[10] path2 = historylist[0] history.set_current(path1) self.assertEquals(history.get_current(), path1) # rewind self.assertHistoryEquals(history, self.pages) # no change history.append(path2) # new path - drop forward stack i = len(pages) - 10 wanted = self.pages[:i] + [path2] self.assertHistoryEquals(history, wanted) # Test max entries default_max_history = zim.history.MAX_HISTORY zim.history.MAX_HISTORY = 3 for page in self.pages: history.append(page) zim.history.MAX_HISTORY = default_max_history self.assertHistoryEquals(history, self.pages[-3:])
def testLinear(self):
'''Walk back and forth through the history'''
history = History(self.notebook)
self.assertTrue(history.get_current() is None)
for page in self.pages:
history.append(page)
self.assertHistoryEquals(history, self.pages)
self.assertCurrentEquals(history, self.pages[-1])
pages = list(history.get_history())
self.assertEqual(pages[0], history.get_current())
self.assertEqual(len(pages), len(self.pages))
self.assertEqual(pages[0].cursor, None)
# Newly appended pages should not have the cursor
# set - pageview has logic to do the right thing when
# no cursor is set. Setting default e.g. 0 will
# overrule this logic.
# walk backwards
for i in range(2, len(self.pages) + 1):
prev = history.get_previous()
self.assertFalse(prev is None)
self.assertEqual(prev.name, self.pages[-i].name)
self.assertFalse(prev.is_last)
history.set_current(prev)
self.assertCurrentEquals(history, self.pages[0])
self.assertTrue(history.get_previous() is None)
self.assertTrue(prev.is_first)
self.assertHistoryEquals(history, self.pages)
# walk forward
for i in range(1, len(self.pages)):
next = history.get_next()
self.assertFalse(next is None)
self.assertEqual(next.name, self.pages[i].name)
self.assertFalse(next.is_first)
history.set_current(next)
self.assertCurrentEquals(history, self.pages[-1])
self.assertTrue(history.get_next() is None)
self.assertTrue(history.get_current().is_last)
self.assertHistoryEquals(history, self.pages)
# Add page multiple times
current = history.get_current()
path = Path(current.name)
for j in range(5):
history.append(path)
self.assertHistoryEquals(
history, self.pages) # history does not store duplicates
self.assertEqual(history.get_current(), current)
# Test dropping forward stack
historylist = list(history.get_history())
path1 = historylist[10]
path2 = historylist[0]
history.set_current(path1)
self.assertEqual(history.get_current(), path1) # rewind
self.assertHistoryEquals(history, self.pages) # no change
history.append(path2) # new path - drop forward stack
i = len(pages) - 10
wanted = self.pages[:i] + [path2]
self.assertHistoryEquals(history, wanted)
# Test max entries
default_max_history = zim.history.MAX_HISTORY
zim.history.MAX_HISTORY = 3
for page in self.pages:
history.append(page)
zim.history.MAX_HISTORY = default_max_history
self.assertHistoryEquals(history, self.pages[-3:])