def make_link(self, title, date, method=None):
if method is None:
method = self.context.view.method
# Build link
link = ';{method}?start={date}&end={date}'
link = link.format(date=Date.encode(date), method=method)
# Enabled ?
enabled = self.context.view.method == method
return {'title': title,
'link': link,
'css': 'enabled' if enabled else ''}
def make_link(self, title, date, method=None):
if method is None:
method = self.context.view.method
# Build link
link = ';{method}?start={date}&end={date}'
link = link.format(date=Date.encode(date), method=method)
# Enabled ?
enabled = self.context.view.method == method
return {
'title': title,
'link': link,
'css': 'enabled' if enabled else ''
}
def get_calendar_namespace(self, resource, context):
# Base namespace
proxy = super(MultiweekView, self)
namespace = proxy.get_calendar_namespace(resource, context)
# Get today date
today_date = date.today()
# Current date
c_date = self.get_current_date(context)
# Display link to add/edit an event
with_new_url = self.get_with_new_url(resource, context)
# Start date
start = self.get_start_date(c_date)
nweeks = self.get_nweeks(c_date, start)
# Get header line with days of the week
namespace['days_of_week'] = self.days_of_week_ns(start,
ndays=self.ndays)
# Get the 5 weeks
namespace['weeks'] = []
link = ';new_event?dtstart={date}&dtend={date}'
day = start
for kk in range(nweeks):
ns_week = []
# 7 days a week
for d in range(7):
# Day in timetable
if d < self.ndays:
ns_day = {
'url': None,
'nday': day.day,
'selected': (day == today_date),
'events': []
}
if day.day == 1:
month_name = months[day.month].gettext()
ns_day['nday'] = u'%d %s' % (day.day, month_name)
if with_new_url:
ns_day['url'] = link.format(date=Date.encode(day))
# Get a list of events to display on view
for event in self.get_events(day):
ns_day['events'].append({
'stream':
event.render(event=event, day=day),
'color':
event.get_color(),
'status':
event.get_value('status') or 'cal_busy'
})
ns_week.append(ns_day)
day = day + timedelta(1)
namespace['weeks'].append(ns_week)
return namespace
def value_(self):
value = self.value
if value is None:
return '', ''
try:
value = self.datatype.decode(value)
except StandardError:
# XXX Heuristic here
from itools.web import get_context
context = get_context()
return (context.get_form_value(self.name),
context.get_form_value('%s_time' % self.name))
if type(value) is datetime:
value_date = value.date()
value_time = value.time()
else:
value_date = value
value_time = self.value_time_default
if value_time is None:
return Date.encode(value_date), ''
return Date.encode(value_date), value_time.strftime('%H:%M')
def value_(self):
value = self.value
if value is None:
return '', ''
try:
value = self.datatype.decode(value)
except StandardError:
# XXX Heuristic here
from itools.web import get_context
context = get_context()
return (context.get_form_value(self.name),
context.get_form_value('%s_time' % self.name))
if type(value) is datetime:
value_date = value.date()
value_time = value.time()
else:
value_date = value
value_time = self.value_time_default
if value_time is None:
return Date.encode(value_date), ''
return Date.encode(value_date), value_time.strftime('%H:%M')
def get_calendar_namespace(self, resource, context):
# Base namespace
proxy = super(MultiweekView, self)
namespace = proxy.get_calendar_namespace(resource, context)
# Get today date
today_date = date.today()
# Current date
c_date = self.get_current_date(context)
# Display link to add/edit an event
with_new_url = self.get_with_new_url(resource, context)
# Start date
start = self.get_start_date(c_date)
nweeks = self.get_nweeks(c_date, start)
# Get header line with days of the week
namespace['days_of_week'] = self.days_of_week_ns(start,
ndays=self.ndays)
# Get the 5 weeks
namespace['weeks'] = []
link = ';new_event?dtstart={date}&dtend={date}'
day = start
for kk in range(nweeks):
ns_week = []
# 7 days a week
for d in range(7):
# Day in timetable
if d < self.ndays:
ns_day = {
'url': None,
'nday': day.day,
'selected': (day == today_date),
'events': []}
if day.day == 1:
month_name = months[day.month].gettext()
ns_day['nday'] = u'%d %s' % (day.day, month_name)
if with_new_url:
ns_day['url'] = link.format(date=Date.encode(day))
# Get a list of events to display on view
for event in self.get_events(day):
ns_day['events'].append(
{'stream': event.render(event=event, day=day),
'color': event.get_color(),
'status': event.get_value('status') or 'cal_busy'})
ns_week.append(ns_day)
day = day + timedelta(1)
namespace['weeks'].append(ns_week)
return namespace
def start(self):
return Date.encode(self.c_date)
def get_grid_data(data,
grid,
start_date=None,
templates=(None, None),
with_new_url=True,
add_icon=None):
"""
Build final namespace from data and grid to be used in gridlayout
templates.
"""
template, template_fd = templates
if template is None:
template = default_template
if template_fd is None:
template_fd = default_template_fd
# Build grid with Time objects
grid = [Time.decode(x) for x in grid]
# Build..
headers, events_with_time, events_without_time = [], [], []
for column in data:
time_grid = []
full_day = []
events = column['events']
# Build the time grid
for event in events:
start, end = event['start'], event['end']
# Put the event in the right place
if not event['TIME']:
event['ns'] = stl(template_fd, {'event': event})
full_day.append(event)
else:
start, end = Time.decode(start), Time.decode(end)
insert_item(time_grid, start, end, event, event['cal'])
# Fix grid if needed
if start not in grid:
grid.append(start)
if end not in grid:
grid.append(end)
# Finalize
headers.append(column.get('header'))
events_with_time.append(time_grid)
events_without_time.append(full_day)
# Sort the grid
grid.sort()
######################################################################
# Build_timegrids_collection with given data:
# (events_with_time, headers, grid, events_without_time,
# start_date=None)
today = date.today()
if start_date:
current_date = start_date
ns_full_day = None
if filter(lambda x: x, events_without_time):
ns_full_day = []
ns_headers = []
cols = []
for i in range(len(events_with_time)):
table, ncols = render_namespace(events_with_time[i], grid,
with_new_url)
if headers is not None:
if current_date == today:
h_class = 'cal_day_selected'
else:
h_class = 'header'
ns_headers.append({
'header': headers[i],
'width': ncols,
'class': h_class
})
if ns_full_day is not None:
ns_full_day.append({
'events': events_without_time[i],
'width': ncols
})
# Add date to newurl for each cell having this parameter
# Build namespace for the content of cells containing event (new)
if start_date is not None:
str_date = Date.encode(current_date)
for column in table:
for cell in column['cells']:
if cell['newurl'] is not None:
url = '%s&date=%s' % (cell['newurl'], str_date)
cell['newurl'] = url
if cell['new']:
cell['ns'] = stl(template, {
'cell': cell,
'add_icon': add_icon
})
current_date = current_date + timedelta(1)
cols.append(table)
body = []
for i in range(len(grid) - 1):
body.append({
'start': Time.encode(grid[i]),
'end': Time.encode(grid[i + 1]),
'items': [col[i] for col in cols]
})
namespace = {
'headers': ns_headers,
'body': body,
'full_day_events': ns_full_day
}
return namespace
def start(self):
return Date.encode(self.c_date)
def get_grid_data(data, grid, start_date=None, templates=(None, None),
with_new_url=True, add_icon=None):
"""
Build final namespace from data and grid to be used in gridlayout
templates.
"""
template, template_fd = templates
if template is None:
template = default_template
if template_fd is None:
template_fd = default_template_fd
# Build grid with Time objects
grid = [ Time.decode(x) for x in grid ]
# Build..
headers, events_with_time, events_without_time = [], [], []
for column in data:
time_grid = []
full_day = []
events = column['events']
# Build the time grid
for event in events:
start, end = event['start'], event['end']
# Put the event in the right place
if not event['TIME']:
event['ns'] = stl(template_fd, {'event': event})
full_day.append(event)
else:
start, end = Time.decode(start), Time.decode(end)
insert_item(time_grid, start, end, event, event['cal'])
# Fix grid if needed
if start not in grid:
grid.append(start)
if end not in grid:
grid.append(end)
# Finalize
headers.append(column.get('header'))
events_with_time.append(time_grid)
events_without_time.append(full_day)
# Sort the grid
grid.sort()
######################################################################
# Build_timegrids_collection with given data:
# (events_with_time, headers, grid, events_without_time,
# start_date=None)
today = date.today()
if start_date:
current_date = start_date
ns_full_day = None
if filter(lambda x: x, events_without_time):
ns_full_day = []
ns_headers = []
cols = []
for i in range(len(events_with_time)):
table, ncols = render_namespace(events_with_time[i], grid,
with_new_url)
if headers is not None:
if current_date == today:
h_class = 'cal_day_selected'
else:
h_class = 'header'
ns_headers.append({'header': headers[i], 'width': ncols,
'class': h_class})
if ns_full_day is not None:
ns_full_day.append({'events': events_without_time[i],
'width': ncols})
# Add date to newurl for each cell having this parameter
# Build namespace for the content of cells containing event (new)
if start_date is not None:
str_date = Date.encode(current_date)
for column in table:
for cell in column['cells']:
if cell['newurl'] is not None:
url = '%s&date=%s' % (cell['newurl'], str_date)
cell['newurl'] = url
if cell['new']:
cell['ns'] = stl(template, {'cell': cell,
'add_icon': add_icon})
current_date = current_date + timedelta(1)
cols.append(table)
body = []
for i in range(len(grid)-1):
body.append({'start': Time.encode(grid[i]),
'end': Time.encode(grid[i+1]),
'items': [col[i] for col in cols]})
namespace = {'headers': ns_headers, 'body': body,
'full_day_events': ns_full_day}
return namespace
