def test_create_days_between__right_included(self):
start = date(2010, 1, 20)
end = date(2010, 1, 22)
middle = start + timedelta(1)
self.assert_(start < end)
self.assertEquals([start, middle, end], create_days_between(start, end, include_start=True, include_end=True))
self.assertEquals([middle, end], create_days_between(start, end, include_start=False, include_end=True))
def test_create_days_between__one_day_mix_included(self):
start = date(2010, 1, 20)
end = date(2010, 1, 20)
self.assert_(start <= end)
self.assertEquals([start],
create_days_between(start,
end,
include_start=True,
include_end=True))
self.assertEquals([end],
create_days_between(start,
end,
include_start=True,
include_end=True))
self.assertEquals([start],
create_days_between(start,
end,
include_start=True,
include_end=False))
self.assertEquals([start],
create_days_between(start,
end,
include_start=False,
include_end=True))
self.assertEquals([],
create_days_between(start,
end,
include_start=False,
include_end=False))
def test_create_days_between__two_days_mixed_included(self):
start = date(2010, 1, 20)
end = date(2010, 1, 21)
self.assert_(start < end)
self.assertEquals([start,end], create_days_between(start, end, include_start=True, include_end=True))
self.assertEquals([start], create_days_between(start, end, include_start=True, include_end=False))
self.assertEquals([end], create_days_between(start, end, include_start=False, include_end=True))
self.assertEquals([], create_days_between(start, end, include_start=False, include_end=False))
def test_create_days_between__empty_range(self):
start = date(2010, 1, 20)
end = date(2010, 1, 19)
self.assert_(start > end)
self.assertEquals([], create_days_between(start, end, include_start=True, include_end=True))
self.assertEquals([], create_days_between(start, end, include_start=True, include_end=False))
self.assertEquals([], create_days_between(start, end, include_start=False, include_end=False))
self.assertEquals([], create_days_between(start, end, include_start=False, include_end=True))
def test_create_days_between__right_included(self):
start = date(2010, 1, 20)
end = date(2010, 1, 22)
middle = start + timedelta(1)
self.assert_(start < end)
self.assertEquals([start, middle, end],
create_days_between(start,
end,
include_start=True,
include_end=True))
self.assertEquals([middle, end],
create_days_between(start,
end,
include_start=False,
include_end=True))
def test_create_days_between__empty_range(self):
start = date(2010, 1, 20)
end = date(2010, 1, 19)
self.assert_(start > end)
self.assertEquals([],
create_days_between(start,
end,
include_start=True,
include_end=True))
self.assertEquals([],
create_days_between(start,
end,
include_start=True,
include_end=False))
self.assertEquals([],
create_days_between(start,
end,
include_start=False,
include_end=False))
self.assertEquals([],
create_days_between(start,
end,
include_start=False,
include_end=True))
def get_html_of_scale(self, groups):
"""
Returns html for scale (podziałka).
Args:
groups -- groups of segments (list of list of Segment instances).
Raises:
If group is empty, then raises ValueError
"""
if not groups:
raise ValueError('Given groups is empty: %s' % (repr(groups)))
max_days_to_display_days = self.config.get_int(
'tb_max_days_to_display_days')
max_days_to_display_weeks = self.config.get_int(
'tb_max_days_to_display_weeks')
max_days_to_display_days = max(
1, max_days_to_display_days) # at least one day
max_days_to_display_weeks = max(
1, max_days_to_display_weeks) # at least one day
if max_days_to_display_days >= max_days_to_display_weeks: # _days should be < _weeks
max_days_to_display_days = max_days_to_display_weeks - 1
width = self.get_width_of_group(groups[0])
display_days = width <= max_days_to_display_days
display_weeks = (
not display_days) and width <= max_days_to_display_weeks
display_months = (not display_days) and (not display_weeks)
first_day, last_day = groups[0][0].start, groups[0][-1].end
days_in_range = create_days_between(first_day,
last_day,
include_start=True,
include_end=True)
html = ''
if display_days:
html = u'<div class="scaleWrapper">'
for day in days_in_range:
title = unicode(day)
html += u'<div class="scale_part" style="width: %.3f%%" title="%s">' % (
100.0 / width, title)
html += title
html += u'</div>'
html += u'</div>'
elif display_weeks:
week_to_first_day_map = {}
for day in days_in_range:
wfd = week_for_day(day)
if wfd not in week_to_first_day_map:
week_to_first_day_map[wfd] = day
weeks_in_range = [week_for_day(day) for day in days_in_range]
grouped_weeks = [(key[0], key[1], len(list(group)))
for key, group in groupby(weeks_in_range)
] # [year, week_nr, len]
display_year = len(set([y for y, n, c in grouped_weeks])) > 1
html = u'<div class="scaleWrapper">'
for year, week_nr, week_len in grouped_weeks:
first_day = week_to_first_day_map[(year, week_nr)]
period_name = u'%s, %d (%dw)' % (first_day.strftime('%B'),
first_day.day, week_nr)
hover_title = period_name
if display_year:
title = u'%d week of %d' % (week_nr, year)
else:
title = u'%d week' % (week_nr, )
html += u'<div class="scale_part" style="width: %.3f%%" title="%s">' % (
100.0 * week_len / width, hover_title)
html += title
html += u'</div>'
html += u'</div>'
elif display_months:
months_in_range = [month_for_day(day) for day in days_in_range]
grouped_months = [(key[0], key[1], len(list(group)))
for key, group in groupby(months_in_range)
] # [year, month_nr, len]
display_year = len(set([y for y, m, c in grouped_months])) > 1
html = u'<div class="scaleWrapper">'
for year, month_nr, week_len in grouped_months:
title = u'%d-%d' % (year, month_nr)
html += u'<div class="scale_part" style="width: %.3f%%" title="%s">' % (
100.0 * week_len / width, title)
html += title
html += u'</div>'
html += u'</div>'
else:
assert False, 'Unknown type of scale. Are values in configuration correct?'
# # count gcd
# the_gcd = self.gcd_for_group(groups[0])
# for group in groups:
# the_gcd = gcd(the_gcd, self.gcd_for_group(group))
return html
def get_html_of_scale(self, groups):
"""
Returns html for scale (podziałka).
Args:
groups -- groups of segments (list of list of Segment instances).
Raises:
If group is empty, then raises ValueError
"""
if not groups:
raise ValueError('Given groups is empty: %s' % (repr(groups)))
max_days_to_display_days = self.config.get_int('tb_max_days_to_display_days')
max_days_to_display_weeks = self.config.get_int('tb_max_days_to_display_weeks')
max_days_to_display_days = max(1, max_days_to_display_days) # at least one day
max_days_to_display_weeks = max(1, max_days_to_display_weeks) # at least one day
if max_days_to_display_days >= max_days_to_display_weeks: # _days should be < _weeks
max_days_to_display_days = max_days_to_display_weeks - 1
width = self.get_width_of_group(groups[0])
display_days = width <= max_days_to_display_days
display_weeks = (not display_days) and width <= max_days_to_display_weeks
display_months = (not display_days) and (not display_weeks)
first_day, last_day = groups[0][0].start, groups[0][-1].end
days_in_range = create_days_between(first_day, last_day, include_start=True, include_end=True)
html = ''
if display_days:
html = u'<div class="scaleWrapper">'
for day in days_in_range:
title = unicode(day)
html += u'<div class="scale_part" style="width: %.3f%%" title="%s">' % (100.0 / width, title)
html += title
html += u'</div>'
html += u'</div>'
elif display_weeks:
week_to_first_day_map = {}
for day in days_in_range:
wfd = week_for_day(day)
if wfd not in week_to_first_day_map:
week_to_first_day_map[wfd] = day
weeks_in_range = [week_for_day(day) for day in days_in_range]
grouped_weeks = [(key[0],key[1],len(list(group))) for key,group in groupby(weeks_in_range)] # [year, week_nr, len]
display_year = len(set([y for y,n,c in grouped_weeks])) > 1
html = u'<div class="scaleWrapper">'
for year,week_nr,week_len in grouped_weeks:
first_day = week_to_first_day_map[(year,week_nr)]
period_name = u'%s, %d (%dw)' % (first_day.strftime('%B'), first_day.day, week_nr)
hover_title = period_name
if display_year:
title = u'%d week of %d' % (week_nr, year)
else:
title = u'%d week' % (week_nr,)
html += u'<div class="scale_part" style="width: %.3f%%" title="%s">' % (100.0 * week_len / width, hover_title)
html += title
html += u'</div>'
html += u'</div>'
elif display_months:
months_in_range = [month_for_day(day) for day in days_in_range]
grouped_months = [(key[0],key[1],len(list(group))) for key,group in groupby(months_in_range)] # [year, month_nr, len]
display_year = len(set([y for y,m,c in grouped_months])) > 1
html = u'<div class="scaleWrapper">'
for year,month_nr,week_len in grouped_months:
title = u'%d-%d' % (year, month_nr)
html += u'<div class="scale_part" style="width: %.3f%%" title="%s">' % (100.0 * week_len / width, title)
html += title
html += u'</div>'
html += u'</div>'
else:
assert False, 'Unknown type of scale. Are values in configuration correct?'
# # count gcd
# the_gcd = self.gcd_for_group(groups[0])
# for group in groups:
# the_gcd = gcd(the_gcd, self.gcd_for_group(group))
return html
