def test_format_overlapping_events(self):
time_period1 = TimePeriod(self.time_type,
wx.DateTimeFromDMY(1, 7, 2010, 13, 44),
wx.DateTimeFromDMY(2, 7, 2010, 13, 30))
time_period2 = TimePeriod(self.time_type,
wx.DateTimeFromDMY(1, 7, 2010, 13, 44),
wx.DateTimeFromDMY(2, 7, 2010, 13, 30))
delta = time_period2.start_time - time_period1.end_time
self.assertEquals("0", self.time_type.format_delta(delta))
def test_the_new_event_gets_period_from_move_period_fn(self):
new_event = self.db.save_event.call_args[0][0]
new_period = new_event.time_period
expected_period = TimePeriod(PyTimeType(),
datetime.datetime(2010, 8, 1),
datetime.datetime(2010, 8, 1))
self.assertEquals(expected_period, new_period)
def move_period_num_months(period, num):
try:
delta = num
years = abs(delta) / 12
gregorian_start = gregorian.from_time(period.start_time)
gregorian_end = gregorian.from_time(period.end_time)
if num < 0:
years = -years
delta = delta - 12 * years
if delta < 0:
start_month = gregorian_start.month + 12 + delta
end_month = gregorian_end.month + 12 + delta
if start_month > 12:
start_month -= 12
end_month -= 12
if start_month > gregorian_start.month:
years -= 1
else:
start_month = gregorian_start.month + delta
end_month = gregorian_start.month + delta
if start_month > 12:
start_month -= 12
end_month -= 12
years += 1
start_year = gregorian_start.year + years
end_year = gregorian_start.year + years
start_time = gregorian_start.replace(year=start_year,
month=start_month)
end_time = gregorian_end.replace(year=end_year, month=end_month)
return TimePeriod(period.time_type, start_time.to_time(),
end_time.to_time())
except ValueError:
return None
def test_format_period_method(self):
time_period = TimePeriod(self.time_type,
wx.DateTimeFromDMY(1, 7, 2010, 13, 44),
wx.DateTimeFromDMY(2, 7, 2010, 13, 30))
self.assertEquals(
u"01 %s 2010 13:44 to 02 %s 2010 13:30" % (_("Aug"), _("Aug")),
self.time_type.format_period(time_period))
def testLoadSaveViewProperties(self):
# Make sure the database contains categories
self.db.save_category(self.c1)
self.db.save_category(self.c2)
# Set up a view properties object that simulates having selected a
# specific period and hidden one category
vp = ViewProperties()
vp.set_category_visible(self.c1, False)
start = datetime(2010, 3, 23)
end = datetime(2010, 3, 24)
tp = TimePeriod(self.db.get_time_type(), start, end)
vp.displayed_period = tp
# Save these properties and assert that the database fields are written
# correctly
self.db.save_view_properties(vp)
self.assertEquals(self.db.displayed_period, tp)
self.assertEquals(self.db.hidden_categories, [self.c1])
# Load view properties from db simulating that this db was just loaded
# into memory and the view is being configured
new_vp = ViewProperties()
self.db.load_view_properties(new_vp)
self.assertFalse(new_vp.category_visible(self.c1))
self.assertTrue(new_vp.category_visible(self.c2))
self.assertEquals(new_vp.displayed_period, self.db.displayed_period)
# Assert virtual _save method called: 2 save categories, 1 save view
# properties
self.assertEquals(self.db._save.call_count, 3)
def choose_strip(self, metrics, config):
start_time = 1
end_time = 2
limit = 30
period = TimePeriod(self, start_time, end_time)
period_width = metrics.calc_exact_width(period)
while period_width == 0:
start_time *= 10
end_time *= 10
limit /= 10
period = TimePeriod(self, start_time, end_time)
period_width = metrics.calc_exact_width(period)
nbr_of_units = metrics.width / period_width
size = 1
while nbr_of_units > limit:
size *= 10
nbr_of_units /= 10
return (NumStrip(size * 10), NumStrip(size))
def testSaveInvalidDisplayedPeriod(self):
# Assign a zero-period as displayed period
vp = ViewProperties()
start = datetime(2010, 3, 23)
end = datetime(2010, 3, 23)
tp = TimePeriod(PyTimeType(), start, end)
vp.displayed_period = tp
# Assert error when trying to save
self.assertRaises(TimelineIOError, self.db.save_view_properties, vp)
def _get_period(self, t1, t2):
if t1 > t2:
start = t2
end = t1
else:
start = t1
end = t2
return TimePeriod(self.controller.get_timeline().get_time_type(),
self.controller.get_drawer().snap(start),
self.controller.get_drawer().snap(end))
def __init__(self):
self.db = MemoryDB()
from timelinelib.time.gregoriantime import GregorianTimeType
self.db.time_type = GregorianTimeType()
now = gregorian.from_time(self.db.time_type.now())
self.start = self.get_time(now.year, now.month, 1)
self.end = self.start + self.get_days_delta(30)
self.db._set_displayed_period(TimePeriod(self.db.get_time_type(),
self.start, self.end))
self.last_cat = None
def testGetSetDisplayedPeriod(self):
tp = TimePeriod(self.db.get_time_type(), datetime(2010, 3, 23),
datetime(2010, 3, 24))
self.db._set_displayed_period(tp)
# Assert that we get back the same period
self.assertEquals(self.db._get_displayed_period(), tp)
# Assert that the period is correctly loaded into ViewProperties
vp = ViewProperties()
self.db.load_view_properties(vp)
self.assertEquals(vp.displayed_period, tp)
def testSaveNewEvent(self):
self.db.save_event(self.e1)
tp = TimePeriod(self.db.get_time_type(), datetime(2010, 2, 12),
datetime(2010, 2, 14))
self.assertTrue(self.e1.has_id())
self.assertEqual(self.db.get_events(tp), [self.e1])
self.assertEqual(self.db.get_all_events(), [self.e1])
self.assertEqual(self.db_listener.call_count, 1) # 1 save
# Assert virtual _save method called: 1 save event
self.assertEquals(self.db._save.call_count, 1)
def setUp(self):
self.app = wx.App() # a stored app is needed to create fonts
self.drawer = DefaultDrawingAlgorithm()
self.dc = Mock(wx.DC)
self.dc.GetSizeTuple.return_value = IMAGE_SIZE
self.dc.GetTextExtent.return_value = TEXT_SIZE
self.timeline = MemoryDB()
self.view_properties = ViewProperties()
self.view_properties.displayed_period = TimePeriod(
PyTimeType(), datetime.datetime(2010, 1, 1),
datetime.datetime(2011, 1, 1))
def copy_db(from_db, to_db):
"""
Copy all content from one db to another.
to_db is assumed to have no categories (conflicting category names are not
handled).
"""
if isinstance(to_db, MemoryDB):
to_db.disable_save()
# Copy categories (parent attribute fixed later)
cat_map = {}
for cat in from_db.get_categories():
# name, color, and visible all immutable so safe to copy
new_cat = Category(cat.name, cat.color, None, cat.visible)
cat_map[cat.name] = new_cat
to_db.save_category(new_cat)
# Fix parent attribute
for cat in from_db.get_categories():
if cat.parent is not None:
cat_map[cat.name].parent = cat_map[cat.parent.name]
# Copy events
for event in from_db.get_all_events():
cat = None
if event.category is not None:
cat = cat_map[event.category.name]
# start_time, end_time, and text all immutable so safe to copy
new_event = Event(to_db.get_time_type(), event.time_period.start_time,
event.time_period.end_time, event.text, cat)
# description immutable so safe to copy
if event.get_data("description") is not None:
new_event.set_data("description", event.get_data("description"))
# icon immutable in practice (since never modified) so safe to copy
if event.get_data("icon") is not None:
new_event.set_data("icon", event.get_data("icon"))
to_db.save_event(new_event)
# Copy view properties (ViewProperties is specific to db so we need to copy
# like this instead of just using load/save_view_properties in db).
from_vp = ViewProperties()
from_db.load_view_properties(from_vp)
to_vp = ViewProperties()
for from_cat in from_db.get_categories():
cat = cat_map[from_cat.name]
visible = from_vp.is_category_visible(from_cat)
to_vp.set_category_visible(cat, visible)
if from_vp.displayed_period is not None:
# start_time and end_time immutable so safe to copy
start = from_vp.displayed_period.start_time
end = from_vp.displayed_period.end_time
to_vp.displayed_period = TimePeriod(to_db.get_time_type(), start, end)
to_db.save_view_properties(to_vp)
# Save
if isinstance(to_db, MemoryDB):
to_db.enable_save()
def move_period_num_years(period, num):
try:
delta = num
start_year = gregorian.from_time(period.start_time).year
end_year = gregorian.from_time(period.end_time).year
start_time = gregorian.from_time(
period.start_time).replace(year=start_year + delta)
end_time = gregorian.from_time(period.end_time).replace(year=end_year +
delta)
return TimePeriod(period.time_type, start_time.to_time(),
end_time.to_time())
except ValueError:
return None
def testSaveExistingEvent(self):
self.db.save_event(self.e1)
id_before = self.e1.id
self.e1.text = "new text"
self.db.save_event(self.e1)
tp = TimePeriod(self.db.get_time_type(), datetime(2010, 2, 12),
datetime(2010, 2, 14))
self.assertEqual(id_before, self.e1.id)
self.assertEqual(self.db.get_events(tp), [self.e1])
self.assertEqual(self.db.get_all_events(), [self.e1])
self.assertEqual(self.db_listener.call_count, 2) # 1 save
# Assert virtual _save method called: 2 save event
self.assertEquals(self.db._save.call_count, 2)
def fill(list, strip):
"""Fill the given list with the given strip."""
try:
current_start = strip.start(
self._view_properties.displayed_period.start_time)
while current_start < self._view_properties.displayed_period.end_time:
next_start = strip.increment(current_start)
list.append(
TimePeriod(self._db.get_time_type(), current_start,
next_start))
current_start = next_start
except:
#Exception occurs when major=century and when we are at the end of the calendar
pass
def testDeleteExistingEvent(self):
tp = TimePeriod(self.db.get_time_type(), datetime(2010, 2, 12),
datetime(2010, 2, 15))
self.db.save_event(self.e1)
self.db.save_event(self.e2)
# Assert both in db
self.assertEquals(len(self.db.get_events(tp)), 2)
self.assertTrue(self.e1 in self.db.get_events(tp))
self.assertTrue(self.e2 in self.db.get_events(tp))
# Delete first (by event)
self.db.delete_event(self.e1)
self.assertFalse(self.e1.has_id())
self.assertEquals(len(self.db.get_events(tp)), 1)
self.assertTrue(self.e2 in self.db.get_events(tp))
# Delete second (by id)
self.db.delete_event(self.e2.id)
self.assertFalse(self.e2.has_id())
self.assertEquals(len(self.db.get_events(tp)), 0)
# Check events
self.assertEqual(self.db_listener.call_count, 4) # 2 save, 2 delete
# Assert virtual _save method called: 2 save event, 2 delete event
self.assertEquals(self.db._save.call_count, 4)
def _create_db(self):
db = XmlTimeline(self.tmp_path)
# Create categories
cat1 = Category("Category 1", (255, 0, 0), (0, 0, 255), True)
db.save_category(cat1)
cat2 = Category("Category 2", (0, 255, 0), None, True, parent=cat1)
db.save_category(cat2)
cat3 = Category("Category 3", (0, 0, 255), None, True, parent=cat2)
db.save_category(cat3)
# Create events
ev1 = Event(db.get_time_type(), datetime(2010, 3, 3),
datetime(2010, 3, 6), "Event 1", cat1)
ev1.set_data("description", u"The <b>first</b> event åäö.")
ev1.set_data("alert", (datetime(2012, 12, 31), "Time to go"))
db.save_event(ev1)
# Create view properties
vp = ViewProperties()
start = datetime(2010, 3, 1)
end = datetime(2010, 4, 1)
vp.displayed_period = TimePeriod(db.get_time_type(), start, end)
vp.set_category_visible(cat3, False)
db.save_view_properties(vp)
def choose_strip(self, metrics, config):
"""
Return a tuple (major_strip, minor_strip) for current time period and
window size.
"""
day_period = TimePeriod(self, timeline.Time(0, 0), timeline.Time(1, 0))
one_day_width = metrics.calc_exact_width(day_period)
self.major_strip_is_decade = False
if one_day_width > 600:
return (StripDay(), StripHour())
elif one_day_width > 45:
return (StripWeek(config), StripWeekday())
elif one_day_width > 25:
return (StripMonth(), StripDay())
elif one_day_width > 1.5:
return (StripYear(), StripMonth())
elif one_day_width > 0.12:
self.major_strip_is_decade = True
return (StripDecade(), StripYear())
elif one_day_width > 0.012:
return (StripCentury(), StripDecade())
else:
return (StripCentury(), StripCentury())
def test_formats_period_using_time_type(self):
time_period = TimePeriod(ATimeType(), ATime(5), ATime(9))
self.assertEquals("5 to 9", time_period.get_label())
def test_center_after_upper_limit_should_make_period_end_there(self):
tp = TimePeriod(ATimeType(), ATime(10), ATime(14))
self.assertEquals(
tp.center(ATime(200)),
TimePeriod(ATimeType(), ATime(96), ATime(100)))
def test_center_before_lower_limit_should_make_period_start_there(self):
tp = TimePeriod(ATimeType(), ATime(10), ATime(14))
self.assertEquals(
tp.center(ATime(-5)),
TimePeriod(ATimeType(), ATime(0), ATime(4)))
def test_move_moves_1_10th_forward(self):
time_period = TimePeriod(ATimeType(), ATime(0), ATime(10))
self.assertEquals(time_period.move(1),
TimePeriod(ATimeType(), ATime(1), ATime(11)))
def test_move_delta_moves_the_period_that_delta(self):
time_period = TimePeriod(ATimeType(), ATime(10), ATime(20))
self.assertEquals(
time_period.move_delta(ADelta(-10)),
TimePeriod(ATimeType(), ATime(0), ATime(10)))
def test_inside_should_return_true_if_time_is_on_higher_edge(self):
tp = TimePeriod(ATimeType(), ATime(0), ATime(4))
self.assertTrue(tp.inside(ATime(4)))
def test_zoom_in_removes_1_10th_on_each_side(self):
time_period = TimePeriod(ATimeType(), ATime(10), ATime(20))
self.assertEquals(
time_period.zoom(1),
TimePeriod(ATimeType(), ATime(11), ATime(19)))
def test_move_delta_moves_the_period_that_delta(self):
time_period = TimePeriod(ATimeType(), ATime(10), ATime(20))
self.assertEquals(time_period.move_delta(ADelta(-10)),
TimePeriod(ATimeType(), ATime(0), ATime(10)))
def test_center_before_lower_limit_should_make_period_start_there(self):
tp = TimePeriod(ATimeType(), ATime(10), ATime(14))
self.assertEquals(tp.center(ATime(-5)),
TimePeriod(ATimeType(), ATime(0), ATime(4)))
def test_zoom_out_adds_1_10th_on_each_side(self):
time_period = TimePeriod(ATimeType(), ATime(10), ATime(20))
self.assertEquals(time_period.zoom(-1),
TimePeriod(ATimeType(), ATime(9), ATime(21)))
def test_center_after_upper_limit_should_make_period_end_there(self):
tp = TimePeriod(ATimeType(), ATime(10), ATime(14))
self.assertEquals(tp.center(ATime(200)),
TimePeriod(ATimeType(), ATime(96), ATime(100)))
def setUp(self):
self.period = TimePeriod(NumTimeType(), 1, 2)
def test_move_moves_1_10th_forward(self):
time_period = TimePeriod(ATimeType(), ATime(0), ATime(10))
self.assertEquals(
time_period.move(1),
TimePeriod(ATimeType(), ATime(1), ATime(11)))
def test_inside_should_return_false_if_time_is_outside_period(self):
tp = TimePeriod(ATimeType(), ATime(0), ATime(4))
self.assertFalse(tp.inside(ATime(5)))
def test_move_moves_1_10th_backward(self):
time_period = TimePeriod(ATimeType(), ATime(20), ATime(30))
self.assertEquals(
time_period.move(-1),
TimePeriod(ATimeType(), ATime(19), ATime(29)))
def test_delta_should_return_time_specific_delta(self):
tp = TimePeriod(ATimeType(), ATime(0), ATime(4))
self.assertEquals(ADelta(4), tp.delta())
def test_zoom_out_adds_1_10th_on_each_side(self):
time_period = TimePeriod(ATimeType(), ATime(10), ATime(20))
self.assertEquals(
time_period.zoom(-1),
TimePeriod(ATimeType(), ATime(9), ATime(21)))
def test_mean_time_should_return_time_specific_time(self):
tp = TimePeriod(ATimeType(), ATime(0), ATime(4))
self.assertEquals(ATime(2), tp.mean_time())
def test_center_should_center_period_around_time(self):
tp = TimePeriod(ATimeType(), ATime(0), ATime(4))
self.assertEquals(tp.center(ATime(5)),
TimePeriod(ATimeType(), ATime(3), ATime(7)))
def test_center_should_center_period_around_time(self):
tp = TimePeriod(ATimeType(), ATime(0), ATime(4))
self.assertEquals(
tp.center(ATime(5)),
TimePeriod(ATimeType(), ATime(3), ATime(7)))
def test_move_moves_1_10th_backward(self):
time_period = TimePeriod(ATimeType(), ATime(20), ATime(30))
self.assertEquals(time_period.move(-1),
TimePeriod(ATimeType(), ATime(19), ATime(29)))
def test_formats_period_using_time_type(self):
time_period = TimePeriod(ATimeType(), ATime(5), ATime(9))
self.assertEquals("5 to 9", time_period.get_label())
def test_move_period_adds_given_number_of_delta(self):
new_period = move_period(self.period, 6)
self.assertEquals(TimePeriod(NumTimeType(), 7, 8), new_period)
def test_zoom_in_removes_1_10th_on_each_side(self):
time_period = TimePeriod(ATimeType(), ATime(10), ATime(20))
self.assertEquals(time_period.zoom(1),
TimePeriod(ATimeType(), ATime(11), ATime(19)))
