def my_tasks(request,datefrom=None,dateto=None):
# Get all tasks for this user
aliases = TaskAlias.objects.filter( task__isnull = False ).filter( interval__importevent__user = request.user ).distinct()
# Filter aliases if there is some datetimes
if datefrom and dateto:
try:
datefrom, dateto = str2dt(datefrom), str2dt(dateto)
except ValueError:
dateto, datefrom = False, False
# Show all
return HttpResponseRedirect( reverse('my_tasks') )
# Empty list for each task to send to the template
tasks = []
# Loop thru aliases for this user,
# and find via all aliases for that (proper) task, find total time (for this user)
for a in aliases:
# Get all intervals for this task for this user
intervals = Interval.objects.filter( alias__task = a.task ).filter( importevent__user = request.user )
# Filter by date if datetimes are present
if datefrom and dateto:
intervals = intervals.filter( start__gte = datefrom, end__lte = dateto )
# Sum timedeltas for all the intervals for this task in this time period
total = sum_tds( [ i.duration for i in intervals ] )
# Append this task, and total time to the list for the template
tasks.append({ 'name':a.task.name, 'total':total })
# JSON List of Task names
categories = simplejson.dumps( [ i['name'] for i in tasks ] )
# JSON List of values
values = simplejson.dumps( [ float(i['total'].seconds / 60 ) for i in tasks ] )
# Get list of last 12 months for the selectbox, see helpers.py
months = month_list( datefrom=datefrom, dateto=dateto )
return render(request,'graph.html', {
'title' : 'My projects',
'tasks' : tasks,
'categories' : categories,
'values' : values,
'date' : { 'from' : datefrom, 'to' : dateto },
'base_url' : reverse( my_tasks ),
'months' : months,
'datefrom' : datefrom.strftime('%Y-%m-%d') if datefrom else False,
'dateto' : dateto.strftime('%Y-%m-%d') if dateto else False
})
def all_tasks(request,datefrom=None,dateto=None):
# Try to get date info
if datefrom and dateto:
try:
datefrom, dateto = str2dt(datefrom), str2dt(dateto)
except ValueError:
# Show all
return HttpResponseRedirect( reverse('all_tasks') )
# Get all proper task objects
mtasks = Task.objects.all()
# Empty list for each task to send to the template
tasks = []
for t in mtasks:
# Get all intervals for this task
intervals = Interval.objects.filter( alias__task = t )
# Filter by date if datetimes are present
if datefrom and dateto:
intervals = intervals.filter( start__gte = datefrom, end__lte = dateto )
# Sum timedeltas for all the intervals for this task in this time period
total = sum_tds( [ i.duration for i in intervals ] )
# Append this task, and total time to the list for the template
tasks.append({ 'name':t.name, 'total':total })
# JSON List of Task names
categories = simplejson.dumps( [ i['name'] for i in tasks ] )
# JSON List of values
values = simplejson.dumps( [ float(i['total'].seconds / 60 ) for i in tasks ] )
# Get list of last 12 months for the selectbox, see helpers.py
months = month_list( datefrom=datefrom, dateto=dateto )
return render(request,'graph.html', {
'title' : 'All projects',
'tasks' : tasks,
'categories' : categories,
'values' : values,
'date' : { 'from' : datefrom, 'to' : dateto },
'base_url' : reverse( all_tasks ),
'months' : months,
'datefrom' : datefrom.strftime('%Y-%m-%d') if datefrom else False,
'dateto' : dateto.strftime('%Y-%m-%d') if dateto else False
})
def people_tasks(request,datefrom=None,dateto=None):
# Try to get date info
if datefrom and dateto:
try:
datefrom, dateto = str2dt(datefrom), str2dt(dateto)
except ValueError:
dateto, datefrom = False, False
# Show all events
return HttpResponseRedirect( reverse('my_tasks') )
else:
mtasks = Task.objects.filter( taskalias__interval__start__gte = datefrom, taskalias__interval__end__lte = dateto ).distinct()
else:
mtasks = Task.objects.all().distinct()
# All users
users = User.objects.filter( importevent__isnull = False ).distinct()
# List of string task names (categories)
task_names = [ t.name for t in mtasks ]
# list to append for each user a dict with their name and a list of all the total times for all tasks
data = []
# each user, all tasks
for u in users:
# List of time (totals) for this user for every task in mtasks
series = []
for t in mtasks:
# collect intervals for this user for this task
intervals = Interval.objects.filter( alias__task = t ).filter( importevent__user = u )
# Date filter
if datefrom and dateto:
intervals = intervals.filter( start__gte = datefrom, end__lte = dateto )
if intervals:
# Sum intervals for this task, to create total time this user has spent on it
total = sum_tds( [ i.duration for i in intervals ] )
total_mins = float( total.seconds / 60 )
series.append(total_mins)
else:
# No intervals recorded so send 0 to keep list lined up
series.append(0)
data.append( { 'name' : str(u), 'data' : series } )
# Get list of last 12 months for the selectbox, see helpers.py
months = month_list( datefrom=datefrom, dateto=dateto )
return render(request,'graph_people.html', {
'title' : 'Projects',
'tasks' : mtasks,
'series' : simplejson.dumps(data),
'categories' : simplejson.dumps(task_names),
'date' : { 'from' : datefrom, 'to' : dateto },
'base_url' : reverse( people_tasks ),
'months' : months,
'datefrom' : datefrom.strftime('%Y-%m-%d') if datefrom else False,
'dateto' : dateto.strftime('%Y-%m-%d') if dateto else False
})
def get_total_time(self): intervals = self.get_intervals() timedeltas = [ i.duration for i in intervals ] total = sum_tds( timedeltas ) return total
def get_total_time(self, user=None): ''' Sum the total timedelta attached to all aliases of this task ''' timedeltas = [ a.get_total_time() for a in self.get_aliases(user=user) ] return sum_tds( timedeltas )