def get_end_label(self, period):
return l10n_date_medium(period['end'], decode=True)
def get_start_label(self, period):
return l10n_date_medium(period['start'], decode=True)
def filename(self):
report_date = l10n_date_medium(timezone.now().date())
return u'{name} {report_date}.xlsx'.format(name=self.report_name, report_date=report_date)
def end_display(self):
return l10n_date_medium(self.period['end'])
def start_display(self):
return l10n_date_medium(self.period['start'])
def get_program_filter_data(request):
"""uses request user to populate program data for filter dropdowns in IPTT Quickstart / IPTT Reeport"""
programs = []
#countries = request.user.tola_user.available_countries
programs_qs = request.user.tola_user.available_programs.filter(
funding_status="Funded",
reporting_period_start__isnull=False,
reporting_period_end__isnull=False).order_by('id')
frequencies_qs = Indicator.objects.filter(
program__in=programs_qs, target_frequency__isnull=False).order_by(
'program_id',
'target_frequency').values('program_id',
'target_frequency').distinct()
for program in programs_qs:
frequencies = [
f['target_frequency'] for f in frequencies_qs
if f['program_id'] == program.pk
]
if frequencies:
start_formatted = l10n_date_medium(program.reporting_period_start)
end_formatted = l10n_date_medium(program.reporting_period_end)
programs.append({
'id': program.pk,
'name': program.name,
'old_style_levels': not program.results_framework,
'frequencies': frequencies,
'reporting_period_start': start_formatted,
'reporting_period_end': end_formatted,
'result_chain_filter_label': program.rf_chain_sort_label,
'short_result_chain_label': program.rf_chain_group_label,
# blanks in below strings are placeholders until this moves to associative arrays:
'periodDateRanges': {
'1': [[
start_formatted,
end_formatted,
'',
'',
'',
program.reporting_period_start.isoformat(),
program.reporting_period_end.isoformat(),
]],
'2': [[
start_formatted,
end_formatted,
ugettext('Midline'),
'',
'',
program.reporting_period_start.isoformat(),
program.reporting_period_end.isoformat(),
],
[
start_formatted,
end_formatted,
ugettext('Endline'),
'',
'',
program.reporting_period_start.isoformat(),
program.reporting_period_end.isoformat(),
]],
'3': [[
l10n_date_medium(period['start']),
l10n_date_medium(period['end']),
period['start'] > timezone.now().date(),
'',
'',
period['start'].isoformat(),
period['end'].isoformat(),
] for period in PeriodicTarget.generate_for_frequency(3)
(program.reporting_period_start,
program.reporting_period_end)],
'4': [[
l10n_date_medium(period['start']),
l10n_date_medium(period['end']),
period['start'] > timezone.now().date(),
'',
'',
period['start'].isoformat(),
period['end'].isoformat(),
] for period in PeriodicTarget.generate_for_frequency(4)
(program.reporting_period_start,
program.reporting_period_end)],
'5': [[
l10n_date_medium(period['start']),
l10n_date_medium(period['end']),
period['start'] > timezone.now().date(),
'',
'',
period['start'].isoformat(),
period['end'].isoformat(),
] for period in PeriodicTarget.generate_for_frequency(5)
(program.reporting_period_start,
program.reporting_period_end)],
'6': [[
l10n_date_medium(period['start']),
l10n_date_medium(period['end']),
period['start'] > timezone.now().date(),
'',
'',
period['start'].isoformat(),
period['end'].isoformat(),
] for period in PeriodicTarget.generate_for_frequency(6)
(program.reporting_period_start,
program.reporting_period_end)],
'7': [[
l10n_date_medium(period['start']),
l10n_date_medium(period['end']),
l10n_monthname(period['start']), period['start'].year,
period['start'] > timezone.now().date(),
period['start'].isoformat(), period['end'].isoformat()
] for period in PeriodicTarget.generate_for_frequency(7)
(program.reporting_period_start,
program.reporting_period_end)],
}
})
return programs
