project1 = Project(project_id='9G90401',
summary='煤气化装置项目',
isassociated=False, isreserved=False,
doclink='//fileserver2/platform/9G90401',
pm=person1,
projecttype=type1)
project1.save()
project2 = Project(project_id='8H10001',
summary='浙大八通道',
isassociated=False, isreserved=False,
doclink='//fileserver2/platform/8H10001',
pm=person3,
projecttype=type1)
project2.save()
project3 = Project(project_id='有薪假',
summary='Paid leave',
isassociated=False, isreserved=False,
doclink='//fileserver/Devision/HR',
pm=person_admin,
projecttype=type5)
project3.save()
t1 = TaskTime(employee=person1, t_hours=1.0, t_percentage=0.1, workday=date.today(), project=project1)
t1.save()
t2 = TaskTime(employee=person1, t_hours=1.6, t_percentage=0.2, workday=date.today(), project=project2)
t2.save()
t3 = TaskTime(employee=person1, t_hours=1.6, t_percentage=0.2, workday=date.today(), project=project3)
t3.save()
print 'Database creation successful'
def timeline(request, year, month, week=0):
"""Renders the timeline page."""
assert isinstance(request, HttpRequest)
if request.method == 'POST':
result = validate_task(request)
if result[0]:
return HttpResponseRedirect('/error/')
else:
# update the database
for key, value in result[1].iteritems():
day_project = key.split(DELIMITER)
# day string format: 2016 Fri, Oct 21
# retrieve year from 'year' parameter
datetime0 = datetime.strptime('%s %s' % (year, day_project[0]), FORM_DATE_FORMAT)
day = datetime(datetime0.year, datetime0.month, datetime0.day)
project = Project.objects.get(project_id=day_project[1])
percentage = value
# Retrieving a single object with get()
user = Person.objects.get(user=request.user)
t_percentage = percentage / 100.0
t_hours = float('%.1f' % (t_percentage * DAY_WORKING_HOURS))
# INSERT or UPDATE a database row
try:
tm = TaskTime.objects.get(workday=day, project=project)
tm.t_hours = t_hours
tm.t_percentage = t_percentage
except TaskTime.DoesNotExist:
# add a new row in DB
tm = TaskTime(employee=user, t_hours=t_hours,
t_percentage=t_percentage, workday=day, project=project)
except TaskTime.MultipleObjectsReturned:
return HttpResponseRedirect('/error/')
tm.save()
return HttpResponseRedirect('/thanks/')
else:
weeks = calendar.monthcalendar(int(year), int(month))
weeknumber = int(week)
if 0 == weeknumber or weeknumber > len(weeks):
weeknumber = -1
else:
weeknumber -= 1
# Find the first day in one week of this month like [0, 0, 0, 0, 1, 2, 3]
first = 0
for day in range(0, WEEK_DAYS_NUM, 1):
if 0 != weeks[weeknumber][day]:
first = day
break
# Make a valid week range which may cover the last month or the next month.
monday = datetime(int(year), int(month), weeks[weeknumber][first]) - timedelta(days=first)
weekdays = [monday]
for day in range(1, WEEK_DAYS_NUM, 1):
weekdays.append(monday + timedelta(days=day))
tasks = TaskTime.objects.filter(employee__user__username=request.user.username,
workday__gte=weekdays[0],
workday__lte=weekdays[-1])
# If there is no task, then we create empty tasks in the browser.
task_num = len(tasks)
empty_task_num = PLACEHOLD_TASKTIME_NUM
if 0 == task_num:
task_num = PLACEHOLD_TASKTIME_NUM
else:
empty_task_num = 0
return render(
request,
'app/timeline.html',
{
'title': 'About',
'message': 'Your timeline page',
'year': datetime.now().year,
'tasks': tasks,
'projects': Project.objects.all(),
'weekdays': weekdays,
'projectID': create_names(task_num, PROJECT_ELEMENT_NAME, ELEMENT_ID_SURNAME),
'dayID': create_names(task_num, DAY_ELEMENT_NAME, ELEMENT_ID_SURNAME),
'timeID': create_names(task_num, TASKTIME_ELEMENT_NAME, ELEMENT_ID_SURNAME),
'projectName': create_names(task_num, PROJECT_ELEMENT_NAME, ELEMENT_SURNAME),
'dayName': create_names(task_num, DAY_ELEMENT_NAME, ELEMENT_SURNAME),
'timeName': create_names(task_num, TASKTIME_ELEMENT_NAME, ELEMENT_SURNAME),
'emptyTasks': range(empty_task_num),
}
)
