def hour_chart(preachers):
service_year = get_service_year()
ChartData = namedtuple('ChartData', ['legend', 'id', 'label', 'data'])
label = []
data = []
def get_hour(pr, month):
return pr['tatitra'][str(month)]['ora']
for month in service_year:
f = Filter(preachers)
f('returned', month=str(month))
hour = _sum([get_hour(pr, month) for pr in f.preachers])
f_aux = Filter(f.preachers)
f_aux('is_auxiliary', month=str(month))
aux_hour = _sum([get_hour(pr, month) for pr in f_aux.preachers])
f_reg = Filter(f.preachers)
f_reg('is_regular')
reg_hour = _sum([get_hour(pr, month) for pr in f_reg.preachers])
label.append(month.prettie('{short_month} {short_year}'))
data.append((hour, reg_hour, aux_hour))
return ChartData(
legend=['Mpitory rehetra', 'Maharitra', 'Mpanampy'],
id=['all', 'reg', 'aux'],
label=label,
data=data, )
def growth_data_six(id, name, preachers):
GrowthData = namedtuple('GrowthData', ['desc', 'last', 'now'])
MONTH = app.config['MONTH']
month = str(MONTH)
last_month_1 = MONTH.new_me() - 1
last_month_2 = MONTH.new_me() - 2
last_month_3 = MONTH.new_me() - 3
last_month_4 = MONTH.new_me() - 4
last_month_5 = MONTH.new_me() - 5
last_month_6 = MONTH.new_me() - 6
def get_data(pr, month):
return pr['tatitra'][str(month)][id]
f = Filter(preachers)
f('returned', month=str(month))
last_f1 = Filter(preachers)
last_f1('returned', month=str(last_month_1))
last_f2 = Filter(preachers)
last_f2('returned', month=str(last_month_2))
last_f3 = Filter(preachers)
last_f3('returned', month=str(last_month_3))
last_f4 = Filter(preachers)
last_f4('returned', month=str(last_month_4))
last_f5 = Filter(preachers)
last_f5('returned', month=str(last_month_5))
last_f6 = Filter(preachers)
last_f6('returned', month=str(last_month_6))
now_data = _sum([get_data(pr, month) for pr in f.preachers])
last_data_1 = _sum([get_data(pr, last_month_1) for pr in last_f1.preachers])
last_data_2 = _sum([get_data(pr, last_month_2) for pr in last_f2.preachers])
last_data_3 = _sum([get_data(pr, last_month_3) for pr in last_f3.preachers])
last_data_4 = _sum([get_data(pr, last_month_4) for pr in last_f4.preachers])
last_data_5 = _sum([get_data(pr, last_month_5) for pr in last_f5.preachers])
last_data_6 = _sum([get_data(pr, last_month_6) for pr in last_f6.preachers])
last_data = _sum([
last_data_1,
last_data_2,
last_data_3,
last_data_4,
last_data_5,
last_data_6,
]) / 6
return GrowthData(name, last_data, now_data)
def growth_data(id, name, preachers):
GrowthData = namedtuple('GrowthData', ['desc', 'last', 'now'])
MONTH = app.config['MONTH']
month = str(MONTH)
last_month = MONTH.new_me() - 1
def get_data(pr, month):
return pr['tatitra'][str(month)][id]
f = Filter(preachers)
f('returned', month=str(month))
last_f = Filter(preachers)
last_f('returned', month=str(last_month))
now_data = _sum([get_data(pr, month) for pr in f.preachers])
last_data = _sum([get_data(pr, last_month) for pr in last_f.preachers])
return GrowthData(name, last_data, now_data)
def hour_chart(preachers, gid):
service_year = get_service_year()
ChartData = namedtuple('ChartData', ['legend', 'id', 'label', 'data'])
label = []
data = []
for month in service_year:
fr = Filter(preachers)
fr('in_group', gid)
fr('returned', month=str(month))
s_hour = _sum([pr['tatitra'][str(month)]['ora'] for pr in fr.preachers])
label.append(month.prettie('{short_month} {short_year}'))
data.append((s_hour,))
return ChartData(['Ora'], ['grp'], label, data)
def post_report(preachers):
"""
Produce table main report table to post.
:param preacher: list of tri sorted preacher
:return: result object. preachers is accessible with
'non, aux, reg, tot' properties.
"""
p = preachers
MONTH = str(app.config['MONTH'])
non = {
'isa': len(p.non),
'zvn': _sum([_['tatitra'][MONTH]['zavatra_napetraka'] for _ in p.non]),
'vid': _sum([_['tatitra'][MONTH]['video'] for _ in p.non]),
'ora': _sum([_['tatitra'][MONTH]['ora'] for _ in p.non]),
'fit': _sum([_['tatitra'][MONTH]['fitsidihana'] for _ in p.non]),
'fam': _sum([_['tatitra'][MONTH]['fampianarana'] for _ in p.non]), }
aux = {
'isa': len(p.aux),
'zvn': _sum([_['tatitra'][MONTH]['zavatra_napetraka'] for _ in p.aux]),
'vid': _sum([_['tatitra'][MONTH]['video'] for _ in p.aux]),
'ora': _sum([_['tatitra'][MONTH]['ora'] for _ in p.aux]),
'fit': _sum([_['tatitra'][MONTH]['fitsidihana'] for _ in p.aux]),
'fam': _sum([_['tatitra'][MONTH]['fampianarana'] for _ in p.aux]), }
reg = {
'isa': len(p.reg),
'zvn': _sum([_['tatitra'][MONTH]['zavatra_napetraka'] for _ in p.reg]),
'vid': _sum([_['tatitra'][MONTH]['video'] for _ in p.reg]),
'ora': _sum([_['tatitra'][MONTH]['ora'] for _ in p.reg]),
'fit': _sum([_['tatitra'][MONTH]['fitsidihana'] for _ in p.reg]),
'fam': _sum([_['tatitra'][MONTH]['fampianarana'] for _ in p.reg]), }
tot = {
'isa': len(p.all),
'zvn': _sum([_['tatitra'][MONTH]['zavatra_napetraka'] for _ in p.all]),
'vid': _sum([_['tatitra'][MONTH]['video'] for _ in p.all]),
'ora': _sum([_['tatitra'][MONTH]['ora'] for _ in p.all]),
'fit': _sum([_['tatitra'][MONTH]['fitsidihana'] for _ in p.all]),
'fam': _sum([_['tatitra'][MONTH]['fampianarana'] for _ in p.all]), }
result = namedtuple('PostReport', ['non', 'aux', 'reg', 'tot'])
return result(non, aux, reg, tot)
def all_table(preachers):
"""
Report table of current field service.
"""
Row = namedtuple('Row', [
'month', 'publication', 'video', 'hour', 'visit', 'study', 'remark',
'auxiliary'
])
service_year = get_service_year()
result = []
n_returned = 0
for month in service_year:
fr = Filter(preachers)
fr('returned', month=str(month))
if len(fr.preachers) != 0:
report = fr.preachers[0]['tatitra'][str(month)]
result.append(
Row(month=month,
publication=report['zavatra_napetraka'],
video=report['video'],
hour=report['ora'],
visit=report['fitsidihana'],
study=report['fampianarana'],
remark=report['fanamarihana'],
auxiliary=is_auxiliary(str(month))(fr.preachers[0], )))
n_returned += 1
else:
result.append(
Row(month=month,
publication=0,
video=0,
hour=0,
visit=0,
study=0,
remark='',
auxiliary=is_auxiliary(str(month))(preachers[0], )))
class custom_month(object):
def __init__(self, name):
self.name = name
def prettie(self):
return self.name
total = Row(
month=custom_month('Total'),
publication=_sum([_.publication for _ in result]),
video=_sum([_.video for _ in result]),
hour=_sum([_.hour for _ in result]),
visit=_sum([_.visit for _ in result]),
study=_sum([_.study for _ in result]),
remark='',
auxiliary=False,
)
if n_returned > 0:
moyen = Row(
month=custom_month('Moyen'),
publication=round(total.publication / n_returned, 2),
video=round(total.video / n_returned, 2),
hour=round(total.hour / n_returned, 2),
visit=round(total.visit / n_returned, 2),
study=round(total.study / n_returned, 2),
remark='',
auxiliary=False,
)
else:
moyen = Row(
month=custom_month('Moyen'),
publication=0,
video=0,
hour=0,
visit=0,
study=0,
remark='',
auxiliary=False,
)
result.append(total)
result.append(moyen)
return result