def global_calendar(request, *args, **kwargs):
user_now = request.session.get('USERNAME', False)
user_head_portrait = User.objects.get(username=user_now).head_portrait
if User.objects.get(username=user_now).is_superuser:
admin = True
global_manage = True
tasks = Taskorder.objects.all().order_by('-time')
calendar = []
for task in tasks:
start_date = task.start_date
end_date = task.end_date
summary = task.summary
color = task.type.color
textColor = task.type.textColor
calendar.append({
'id': task.id,
'text': summary,
'start_date': start_date,
'end_date': end_date,
'color': color,
'textColor': textColor
})
scheduler_css = 'dhtmlxscheduler_flat.css'
scheduler_css_url = 'codebase/' + scheduler_css
return render_to_response('index/index_calendar.html', locals())
def calendar(self) -> List[List[int]]:
"""Return a calendar instance"""
year, month = self._date.year, self._date.month
calendar: List[List[int]] = self._calendar.monthdayscalendar(year, month)
if len(calendar) is 5:
calendar.append([0] * 7)
return calendar
def import_gtfs_feed(dbhost, dbuser, dbpass, dbname, feeddir, action): print "\nUniBus-MySQL-Tool Suite" print "Import GTFS data from csv format to MySQL database." print "Copyright @ Zhenwang.Yao 2008. \n" if not os.path.exists(feeddir): print "Error: Path %s does not exist!!!" % feeddir sys.exit(1) if action == "-append": agency.append(dbhost, dbuser, dbpass, dbname, os.path.join(feeddir, "agency.txt")) calendar.append(dbhost, dbuser, dbpass, dbname, os.path.join(feeddir, "calendar.txt")) calendar_dates.append(dbhost, dbuser, dbpass, dbname, os.path.join(feeddir, "calendar_dates.txt")) routes.append(dbhost, dbuser, dbpass, dbname, os.path.join(feeddir, "routes.txt")) shapes.append(dbhost, dbuser, dbpass, dbname, os.path.join(feeddir, "shapes.txt")) stops.append(dbhost, dbuser, dbpass, dbname, os.path.join(feeddir, "stops.txt")) stop_times.append(dbhost, dbuser, dbpass, dbname, os.path.join(feeddir, "stop_times.txt")) trips.append(dbhost, dbuser, dbpass, dbname, os.path.join(feeddir, "trips.txt")) else: #action == "-refresh" #citydb.drop(dbname) citydb.create(dbhost, dbuser, dbpass, dbname) agency.refresh(dbhost, dbuser, dbpass, dbname, os.path.join(feeddir, "agency.txt")) calendar.refresh(dbhost, dbuser, dbpass, dbname, os.path.join(feeddir, "calendar.txt")) calendar_dates.refresh(dbhost, dbuser, dbpass, dbname, os.path.join(feeddir, "calendar_dates.txt")) routes.refresh(dbhost, dbuser, dbpass, dbname, os.path.join(feeddir, "routes.txt")) shapes.refresh(dbhost, dbuser, dbpass, dbname, os.path.join(feeddir, "shapes.txt")) stops.refresh(dbhost, dbuser, dbpass, dbname, os.path.join(feeddir, "stops.txt")) stop_times.refresh(dbhost, dbuser, dbpass, dbname, os.path.join(feeddir, "stop_times.txt")) trips.refresh(dbhost, dbuser, dbpass, dbname, os.path.join(feeddir, "trips.txt"))
def changeToresult():
# sql = 'SELECT a.`SITEID` FROM wb_info a'
# cursor.execute(sql)
# for item in cursor.fetchall():
# wbid.append(str(item[0]))
with open('../processDataJson/child.json', 'r', encoding='utf-8') as f:
data = json.load(f)
wbid = data.keys()
for k in wbid:
temp = []
for i in list(range(0, 7)):
for j in list(range(0, 24)):
temp.append([i, j, data[k]["circleS"][i][j]])
circleMax.append(data[k]["circleS"][i][j])
data[k]["circleS"] = temp
calendar = []
for b in data[k]['calendar'].items():
calendar.append(list(b))
calendarMax.append(list(b)[1])
data[k]["calendar"] = calendar
# print(circleMax, calendarMax)
with open('../processDataJson/childData.json', 'w', encoding='utf-8') as f:
f.write(json.dumps(data))
def compute_delay(self, baseline, batches):
import calendar
#1. select the interested batches
sel_bat = batches[batches.opportunity_id.isin(baseline)]
l1sel = (sel_bat.cable_production_line == 'Line1') | \
((sel_bat.cable_voltage <= self.MAX_VOLTAGE_L1) & \
(sel_bat.cable_area <= self.MAX_AREA_L1))
l2sel = (sel_bat.cable_production_line == 'Line2') | \
((sel_bat.cable_voltage > self.MAX_VOLTAGE_L1) | \
(sel_bat.cable_area > self.MAX_AREA_L1) | \
(sel_bat.cable_kind == 'SEG'))
sel_bat_L1 = sel_bat[l1sel]
sel_bat_L2 = sel_bat[l2sel]
#2. find the first production batches
d = sel_bat.delivery_date.min()
start_date = datetime(d.year, d.month, 1)
self.end_date = sel_bat.delivery_date.max()
curr_date = start_date + relativedelta(months=1)
L1_workload = []
L2_workload = []
calendar = []
while start_date < self.end_date:
l1batch = sel_bat_L1[(sel_bat_L1.delivery_date >= start_date) & \
(sel_bat_L1.delivery_date < curr_date)]
l2batch = sel_bat_L2[(sel_bat_L2.delivery_date >= start_date) & \
(sel_bat_L2.delivery_date < curr_date)]
L1_workload.append(l1batch.workload.sum())
L2_workload.append(l2batch.workload.sum())
calendar.append((curr_date - start_date).days * 24.)
start_date = start_date + relativedelta(months=1)
curr_date = curr_date + relativedelta(months=1)
L1_workload = np.asarray(L1_workload)
L2_workload = np.asarray(L2_workload)
calendar = np.asarray(calendar)
overload = np.sum((L1_workload - calendar).clip(min = 0)+\
(L2_workload - calendar).clip(min = 0))
return overload
def import_to_offline_db(dbname, feeddir, action, version): print "\nUniBus-SQLite-Tool Suite" print "Covert GTFS data from csv format to sqlite format." print "Copyright @ Zhenwang.Yao 2008. \n" if not os.path.exists(feeddir): print "Error: Path %s does not exist!!!" % feeddir sys.exit(1) if action == "-append": calendar.append(dbname, os.path.join(feeddir, "calendar.txt")) calendar_dates.append(dbname, os.path.join(feeddir, "calendar_dates.txt")) stop_times.append(dbname, os.path.join(feeddir, "stop_times.txt")) trips.append(dbname, os.path.join(feeddir, "trips.txt")) dbinfo.add(dbname, version) else: #action == "-refresh" #citydb.drop(dbname) calendar.refresh(dbname, os.path.join(feeddir, "calendar.txt")) calendar_dates.refresh(dbname, os.path.join(feeddir, "calendar_dates.txt")) stop_times.refresh(dbname, os.path.join(feeddir, "stop_times.txt")) trips.refresh(dbname, os.path.join(feeddir, "trips.txt")) dbinfo.add(dbname, version)
def regenerate_web(self):
notebook_dirname = lambda x: 'n{:03}'.format(x)
page_filename = lambda p, n: 'n{:03}/p{:06}.html'.format(n, p)
notebook_covername = lambda x: 'images/note/n{:07x}_0.png'.format(x)
schedule_dirname = lambda x: 's{:03}'.format(x)
sch_page_filename = lambda p, n: 's{:03}/p{:06}.html'.format(n, p)
schedule_covername = lambda x: 'images/schedule/s{:07x}_0.png'.format(x
)
def form_filename(id_, thumb=False):
notebook = self.d['forms'][id_]['notebook']
if notebook == -1:
# uform
return 'images/{thumb}uform/f{id:07x}_0.png'.format(
thumb='thumbnail/' if thumb else '', id=id_)
elif notebook == 0:
# built-in form
return 'images/{thumb}form/f{id:07x}_0.png'.format(
thumb='thumbnail/' if thumb else '', id=id_)
else:
# imported form
return 'images/{thumb}impt/n{nb:06x}/f{id:07x}_0.png'.format(
thumb='thumbnail/' if thumb else '', id=id_, nb=notebook)
def page_imagename(id_, notebook, layer, thumb=False):
return 'images/{thumb}page/n{nb:06x}/{tp}{id:07x}_{layer}.png'.format(
thumb='thumbnail/' if thumb else '',
tp='t' if thumb else 'p',
id=id_,
nb=notebook,
layer=layer)
def sch_form_filename(id_, schedule):
return 'images/sch_form/s{sch:06x}/f{id:07x}_0.png'.format(
sch=schedule, id=id_)
def sch_page_imagename(id_, schedule, layer, thumb=False):
return 'images/{thumb}sch_page/s{sch:06x}/{tp}{id:07x}_{layer}.png'.format(
thumb='thumbnail/' if thumb else '',
tp='t' if thumb else 'p',
id=id_,
sch=schedule,
layer=layer)
# copy over static files
self._mkdir('static')
provider = get_provider('chicraccoon')
static_dir = provider.get_resource_filename(ResourceManager(),
'web_static')
for entry in os.scandir(static_dir):
shutil.copy(entry.path, self._path('static'))
# generate HTML
env = Environment(loader=PackageLoader('chicraccoon', 'web_templates'),
autoescape=select_autoescape(['html']),
trim_blocks=True,
lstrip_blocks=True)
# generate index page
index_template = env.get_template('index.html')
notebooks = []
for id_ in self.d['notebooks']:
cover = notebook_covername(id_)
if not os.path.exists(self._path(cover)):
cover = 'static/notebook_default.png'
notebooks.append({
'link':
'{}/index.html'.format(notebook_dirname(id_)),
'cover':
cover
})
schedules = []
for id_ in self.d['schedules']:
cover = schedule_covername(id_)
if not os.path.exists(self._path(cover)):
cover = 'static/schedule_default.png'
schedules.append({
'link':
'{}/index.html'.format(schedule_dirname(id_)),
'cover':
cover
})
with open(self._path('index.html'), 'w') as f:
f.write(
index_template.render(notebooks=notebooks,
schedules=schedules))
# generate note and notebook pages
notebook_template = env.get_template('notebook.html')
page_template = env.get_template('notebook_page.html')
for id_, notebook in self.d['notebooks'].items():
self._mkdir(notebook_dirname(id_))
pages = []
page_ids = notebook['pages']
for i, page_id in enumerate(page_ids):
page = self.d['pages'][page_id]
thumb_layers = [form_filename(page['form'], True)]
layers = [form_filename(page['form'])]
if os.path.exists(self._path(page_imagename(page_id, id_, 0))):
thumb_layers.append(page_imagename(page_id, id_, 0, True))
thumb_layers.append(page_imagename(page_id, id_, 1, True))
layers.append(page_imagename(page_id, id_, 0))
layers.append(page_imagename(page_id, id_, 1))
prev_link = None
if i != 0:
prev_link = page_filename(page_ids[i - 1], id_)
next_link = None
if i != len(page_ids) - 1:
next_link = page_filename(page_ids[i + 1], id_)
with open(self._path(page_filename(page_id, id_)), 'w') as f:
f.write(
page_template.render(layers=layers,
base_dir='../',
page_num=i + 1,
pages_total=len(page_ids),
prev_link=prev_link,
next_link=next_link))
pages.append({
'layers': thumb_layers,
'link': page_filename(page_id, id_)
})
with open(self._path(notebook_dirname(id_), 'index.html'),
'w') as f:
f.write(notebook_template.render(pages=pages, base_dir='../'))
# generate schedule pages
one_day = datetime.timedelta(days=1)
parse_date = lambda x: datetime.datetime.utcfromtimestamp(x).date()
schedule_template = env.get_template('schedule.html')
sch_page_template = env.get_template('schedule_page.html')
for id_, schedule in self.d['schedules'].items():
self._mkdir(schedule_dirname(id_))
page_objects = list([(x, self.d['sch_pages'][x])
for x in schedule['pages']])
start_date = parse_date(schedule['start_date'])
end_date = parse_date(schedule['end_date'])
calendar = []
last_month = -1
week = []
date = start_date
date -= one_day * date.weekday() # go to beginning of the week
page = 0
while date <= end_date:
while (page < len(page_objects) - 1) and \
(date > parse_date(page_objects[page][1]['end_date'])):
page += 1
week.append({
'day':
date.day,
'date':
date.strftime('%Y-%m-%d'),
'link':
sch_page_filename(page_objects[page][0], id_),
'touched':
page_objects[page][1]['touched']
})
if date.weekday() == 6:
if last_month != date.month:
calendar.append({
'days': week,
'month': date.strftime('%B %Y')
})
last_month = date.month
else:
calendar.append({'days': week})
week = []
date += one_day
if len(week) > 0:
calendar.append(week)
week = []
with open(self._path(schedule_dirname(id_), 'index.html'),
'w') as f:
f.write(
schedule_template.render(calendar=calendar,
base_dir='../'))
for i, (page_id, page) in enumerate(page_objects):
layers = [sch_form_filename(page_id, id_)]
if os.path.exists(
self._path(sch_page_imagename(page_id, id_, 0))):
layers.append(sch_page_imagename(page_id, id_, 0))
layers.append(sch_page_imagename(page_id, id_, 1))
prev_link = None
if i != 0:
prev_link = sch_page_filename(page_objects[i - 1][0], id_)
next_link = None
if i != len(page_objects) - 1:
next_link = sch_page_filename(page_objects[i + 1][0], id_)
start_date = parse_date(page['start_date']).isoformat()
end_date = parse_date(page['end_date']).isoformat()
with open(self._path(sch_page_filename(page_id, id_)),
'w') as f:
f.write(
sch_page_template.render(base_dir='../',
layers=layers,
prev_link=prev_link,
next_link=next_link,
start_date=start_date,
end_date=end_date))