def get_tables(self):
cnds = self.navb.conditions()
cnds.update({"(birth_date) <= '%s'" % (self.navb.finish) : ''})
cnds.update({"(birth_date) >= '%s'" % (self.navb.start) : ''})
cnds, markup, cols = self.navb.neater_tables(cnds = cnds, extras = [
('national_id', 'Mother ID'),
('user_phone', 'Reporter Phone'),
('birth_date', 'Birth date'),
('child_weight', 'Weight'),
('recent_muac', 'Muac'),
('created_at', 'Submission Date'),
('indexcol', 'ID')
])
markup.update({'indexcol': lambda x, _, __: '<a href="/dashboards/report?tbl=bir&id=%s">View</a>' % (x), })
cnds.update({queries.DELIVERY_DATA['query_str']: ''})
INDICS = [('all', 'total', 'Total')] + [(makecol(x[0]), x[0], x[1]) for x in queries.DELIVERY_DATA['attrs']]
INDICSDICT = {x[0]: (x[1], x[2]) for x in INDICS}
title, sc, group, attrs, nat, tabular, locateds, INDICS_HEADERS = ('', '', '', [], [], [],[],[])
if self.navb.kw.get('subcat') is not None:
sc = self.navb.kw.get('subcat')
dcols = [x[0] for x in cols]
wcl = INDICSDICT.get(sc)#; print wcl, PREDICT
INDICS = [(sc, wcl[0], wcl[1])] if wcl else []
INDICS_HEADERS = dict([ ( makecol(x[0]), x[2]) for x in INDICS])
if wcl and wcl[0] != 'total': cnds.update({wcl[0]: ''})
nat = Birth.fetch_log_births(cnds, dcols)
#print wcl, INDICSDICT, INDICS
else:
dcols = [x[0] for x in cols]
nat = Birth.fetch_log_births(cnds, dcols)
if self.navb.kw.get('view') == 'table' or self.navb.kw.get('view') != 'log' :
group_by = []
group_by += ['province_pk'] if self.navb.kw.get('nation') or not group_by else []
group_by += ['district_pk'] if self.navb.kw.get('province') else []
group_by += ['referral_facility_pk'] if self.navb.kw.get('district') else []
group_by += ['facility_pk'] if self.navb.kw.get('hd') else []
#print "\nGROUP BY: %s \n" % group_by
LOCS = {'nation': self.navb.kw.get('nation'),
'province': self.navb.kw.get('province'),
'district': self.navb.kw.get('district'),
'hospital': self.navb.kw.get('hd'),
'location': self.navb.kw.get('hc')
}
locateds = Birth.fetch_births_by_location(cnds, group_by = group_by, INDICS = INDICS)
#print [[y.__dict__ for y in x] for x in locateds]#, INDICS, LOCS, self.navb.locs()
tabular = give_me_table(locateds, self.navb.locs(), INDICS = INDICS, LOCS = LOCS)
#print locateds, "\n", tabular
INDICS_HEADERS = dict([ ( makecol(x[0]), x[2]) for x in INDICS])
desc = 'Deliveries%s' % (' (%s)' % ( self.navb.find_descr( [(makecol(x[0]), x[2]) for x in INDICS], sc ) ) )
#print INDICS_HEADERS, tabular, locateds
return (title, desc, group, attrs, markup, cols, nat, tabular, locateds, INDICS_HEADERS)
def get_stats(self):
cnds = self.navb.conditions()
cnds.update({"(created_at) <= '%s'" % (self.navb.finish): ''})
cnds.update({
"(delivery_date + INTERVAL \'%d days\') >= '%s'" % (PNC_GESTATION, self.navb.start):
''
})
exts = {}
cols = ['COUNT(*) AS total']
title, group, attrs, nat = ('', '', [], []) #; print self.navb.kw
if self.navb.kw.get('group') == 'no_risk':
title = 'No Risk'
group = 'no_risk'
exts.update({
self.navb.kw.get('group'):
('COUNT(*)', queries.PNC_DATA['NO_RISK']['query_str'])
})
cols = ['COUNT(*) AS total']
nat = Pncvisit.fetch_pncvisits(cnds, cols, exts)
elif self.navb.kw.get('group') == 'at_risk':
title = 'At Risk'
group = 'at_risk'
attrs = [(makecol(x[0]), x[1])
for x in queries.PNC_DATA['RISK']['attrs']]
exts.update(
dict([(makecol(x[0]), ('COUNT(*)', x[0]))
for x in queries.PNC_DATA['RISK']['attrs']]))
exts.update({
self.navb.kw.get('group'):
('COUNT(*)', queries.PNC_DATA['RISK']['query_str'])
})
cols = ['COUNT(*) AS total']
nat = Pncvisit.fetch_pncvisits(cnds, cols, exts)
elif self.navb.kw.get('group') in [
makecol(x[0]) for x in queries.PNC_DATA['PNC']['attrs']
]:
title = makedict(
queries.PNC_DATA['PNC']['attrs'])[self.navb.kw.get('group')][1]
group = self.navb.kw.get('group')
exts.update({
self.navb.kw.get('group'):
('COUNT(*)', makedict(queries.PNC_DATA['PNC']['attrs'])[
self.navb.kw.get('group')][0])
})
cols = ['COUNT(*) AS total']
nat = Pncvisit.fetch_pncvisits(cnds, cols, exts)
else:
cols = ['COUNT(*) AS total']
exts = {
'no_risk':
('COUNT(*)', queries.PNC_DATA['NO_RISK']['query_str']),
'at_risk': ('COUNT(*)', queries.PNC_DATA['RISK']['query_str'])
}
exts.update(
dict([(makecol(x[0]), ('COUNT(*)', x[0]))
for x in queries.PNC_DATA['PNC']['attrs']]))
nat = Pncvisit.fetch_pncvisits(cnds, cols, exts)
#print title, group, attrs, "NAT: ", nat[0].__dict__
return (title, group, attrs, nat)
def get_stats(self):
cnds = self.navb.conditions()
cnds.update({"(anc_date) <= '%s'" % (self.navb.finish): ''})
cnds.update({
"(lmp + INTERVAL \'%d days\') >= '%s'" % (GESTATION, self.navb.start):
''
})
exts = {}
attrs = [(makecol(x[0]), x[1]) for x in queries.ANC_DATA['attrs']]
cnds.update({queries.ANC_DATA['query_str']: ''})
exts.update(
dict([(makecol(x[0]), ('COUNT(*)', x[0]))
for x in queries.ANC_DATA['attrs']])) #;print exts
cols = ['COUNT(*) AS total']
nat = Ancvisit.fetch_ancvisits(cnds, cols, exts)
precnds = self.navb.conditions()
precnds.update({"(created_at) <= '%s'" % (self.navb.finish): ''})
precnds.update({
"(lmp + INTERVAL \'%d days\') >= '%s'" % (GESTATION, self.navb.start):
''
}) #
preexts = dict([('stdanc1',
('COUNT(*)',
'(lmp + INTERVAL \'90 days\') <= created_at'))])
pre = Pregnancy.fetch_pregnancies(precnds, cols, preexts)
#print attrs, "NAT: ", nat[0].__dict__, "PRE: ", pre[0].__dict__
return [attrs, pre, nat]
def get_stats(self):
cnds = self.navb.conditions()
cnds.update({"(birth_date) <= '%s'" % (self.navb.finish) : ''})
cnds.update({"(birth_date) >= '%s'" % (self.navb.start) : ''})
exts = {}
attrs = [(makecol(x[0]), x[1]) for x in queries.DELIVERY_DATA['attrs']]
cnds.update({queries.DELIVERY_DATA['query_str']: ''})
exts.update(dict([(makecol(x[0]), ('COUNT(*)', x[0])) for x in queries.DELIVERY_DATA['attrs']]))#;print exts
cols = ['COUNT(*) AS total']
nat = Birth.fetch_births(cnds, cols, exts)
return [attrs, nat]
def get_tables(self):
cnds = self.navb.conditions()
cnds.update({
"(created_at) >= '%s'" % (self.navb.start): '',
"(created_at) <= '%s'" % (self.navb.finish): ''
})
exts = {}
cnds, markup, cols = self.navb.neater_tables(
cnds=cnds,
extras=[('province_pk', 'Province'), ('district_pk', 'District'),
('referral_facility_pk', 'Hospital'),
('facility_pk', 'Health Centre'), ('sector_pk', 'Sector'),
('cell_pk', 'Cell'), ('village_pk', 'Village'),
('user_phone', 'Reporter Phone'),
('created_at', 'Submission Datetime'),
('indexcol', 'Message')])
markup.update({
'drugs':
lambda x, _, __: '%s' % (Stock.get_report_drugs(x))
})
markup.update({
'message':
lambda x, _, __: '%s' % (Stock.get_report_details(x))
})
markup.update({
'indexcol':
lambda x, _, __:
'<a href="/dashboards/report?tbl=so&id=%s">View</a>' % (x),
})
DESCRI = []
STOCKDICT = makedict(queries.STOCK_DATA['attrs'])
INDICS = []
attrs = []
group = "Stock"
title = "Stock Notifications"
sc = self.navb.kw.get('subcat')
if self.navb.kw.get('subcat') and self.navb.kw.get('subcat') in [
makecol(x[0]) for x in queries.STOCK_DATA['attrs']
]:
cnds.update({queries.STOCK_DATA['query_str']: ''})
cnds.update({STOCKDICT[self.navb.kw.get('subcat')][0]: ''})
INDICS = [STOCKDICT[self.navb.kw.get('subcat')]]
dcols = [x[0] for x in cols]
nat = Stock.fetch_log_stock(cnds, dcols)
#DESCRI.append((group, title))
desc = 'Stock-out cases%s' % (' (%s)' % (self.navb.find_descr(
DESCRI + [(makecol(x[0]), x[1])
for x in INDICS], sc or self.navb.kw.get('subcat'))))
#print title, group, attrs, "NAT: ", nat[0].__dict__
return (title, desc, group, attrs, markup, cols, nat)
def get_stats(self):
cnds = self.navb.conditions()
cnds.update({
"(created_at) >= '%s'" % (self.navb.start): '',
"(created_at) <= '%s'" % (self.navb.finish): ''
})
exts = {}
attrs = [(makecol(x[0]), x[1]) for x in queries.STOCK_DATA['attrs']]
exts.update(
dict([(makecol(x[0]), ('COUNT(*)', x[0]))
for x in queries.STOCK_DATA['attrs']])) #;print exts
cols = ['COUNT(*) AS total']
nat = Stock.fetch_stock(cnds, cols, exts)
#print attrs, "NAT: ", nat[0].__dict__
return [attrs, nat]
def get_stats(self):
cnds = self.navb.conditions()
cnds.update({"(created_at) <= '%s'" % (self.navb.finish) : ''})
cnds.update({"(created_at) >= '%s'" % (self.navb.start) : ''})
ccm_exts = {}
ccm_attrs = [(makecol(x[0]), x[1]) for x in queries.CCM_DATA['attrs']]
ccm_exts.update(dict([(makecol(x[0]), ('COUNT(*)', x[0])) for x in queries.CCM_DATA['attrs']]))
cols = ['COUNT(*) AS total']
ccm = CCM.fetch_ccms(cnds, cols, ccm_exts)
cmr_exts = {}
cmr_attrs = [(makecol(x[0]), x[1]) for x in queries.CMR_DATA['attrs']]
cmr_exts.update(dict([(makecol(x[0]), ('COUNT(*)', x[0])) for x in queries.CMR_DATA['attrs']]))
cmr = CCM.fetch_cmrs(cnds, cols, cmr_exts)
#print ccm_attrs, cmr_attrs, ccm[0].__dict__, cmr[0].__dict__
return [ccm_attrs, cmr_attrs, ccm, cmr]
def get_stats(self):
cnds = self.navb.conditions()
cnds.update({
"(created_at) >= '%s'" % (self.navb.start): '',
"(created_at) <= '%s'" % (self.navb.finish): ''
})
exts = {}
attrs = [(makecol(x[0]), x[1])
for x in queries.ERROR_PRONE_DATA['attrs']]
exts.update(
dict([(makecol(x[0]), ('COUNT(*)', x[0]))
for x in queries.ERROR_PRONE_DATA['attrs']])) #;print exts
cols = ['COUNT(*) AS total']
nat = Enderror.fetch_enderrors(cnds, cols, exts)
avg = average
return [attrs, avg, nat]
def get_stats(self):
cnds = self.navb.conditions()
cnds.update({
"(created_at) >= '%s'" % (self.navb.start): '',
"(created_at) <= '%s'" % (self.navb.finish): '',
"keyword = 'SMN'": ''
}) #;print cnds
exts = {
'smn': ('COUNT(*)', "keyword = 'SMN'"),
'smr': ('COUNT(*)', "keyword = 'SMR'")
}
attrs = [(makecol(x[0]), x[1]) for x in queries.MALARIA_DATA['attrs']]
exts.update(
dict([(makecol(x[0]), ('COUNT(*)', x[0]))
for x in queries.MALARIA_DATA['attrs']])) #;print exts
cols = ['COUNT(*) AS total']
nat = Malaria.fetch_malaria(cnds, cols, exts)
#print attrs, "NAT: ", nat[0].__dict__
return [attrs, nat]
def get_stats(self):
cnds = self.navb.conditions()
cnds.update({"(created_at) <= '%s'" % (self.navb.finish): ''})
cnds.update({"(created_at) >= '%s'" % (self.navb.start): ''})
exts = {}
vac_comps_attrs = [(makecol(x[0]), x[1])
for x in queries.VAC_DATA['VAC_COMPLETION']['attrs']
]
exts.update(
dict([(makecol(x[0]), ('COUNT(*)', x[0]))
for x in queries.VAC_DATA['VAC_COMPLETION']['attrs']]))
vac_series_attrs = [(makecol(x[0]), x[1])
for x in queries.VAC_DATA['VAC_SERIES']['attrs']]
exts.update(
dict([(makecol(x[0]), ('COUNT(*)', x[0]))
for x in queries.VAC_DATA['VAC_SERIES']['attrs']]))
cols = ['COUNT(*) AS total']
nat = Childhealth.fetch_childhealths(cnds, cols, exts)
#print vac_comps_attrs, vac_series_attrs, nat[0].__dict__
return [vac_comps_attrs, vac_series_attrs, nat]
def get_stats(self):
cnds = self.navb.conditions()
cnds.update({"(created_at) <= '%s'" % (self.navb.finish) : ''})
cnds.update({"(created_at) >= '%s'" % (self.navb.start) : ''})
exts = {}
attrs = [ ((makecol(x[0][0]), x[0][1]), [ (makecol(y[0]), y[1]) for y in x[1] ]) for x in queries.DEATH_DATA['attrs']]
attrs_bylocs = dict(attrs)
exts.update(dict([(makecol(x[0][0]), ('COUNT(*)', x[0][0])) for x in queries.DEATH_DATA['attrs']]))
exts.update(dict([(makecol(y[0][0]), ('COUNT(*)', y[0][0])) for y in [ x[1] for x in queries.DEATH_DATA['attrs']] ]))
exts.update(dict([(makecol(y[1][0]), ('COUNT(*)', y[1][0])) for y in [ x[1] for x in queries.DEATH_DATA['attrs']] ]))
exts.update(dict([(makecol(y[2][0]), ('COUNT(*)', y[2][0])) for y in [ x[1] for x in queries.DEATH_DATA['attrs']] ]))
exts.update(dict([(makecol(y[3][0]), ('COUNT(*)', y[3][0])) for y in [ x[1] for x in queries.DEATH_DATA['attrs']] ]))
cols = ['COUNT(*) AS total']
nat = Death.fetch_deaths(cnds, cols, exts)
#print attrs, nat[0].__dict__
return [attrs, attrs_bylocs, nat]
def get_stats(self):
cnds = self.navb.conditions()
cnds.update({"(created_at) <= '%s'" % (self.navb.finish): ''})
cnds.update({"(created_at) >= '%s'" % (self.navb.start): ''})
red_exts = {}
red_attrs = [(makecol(x[0]), x[1]) for x in queries.RED_DATA['attrs']]
red_exts.update(
dict([(makecol(x[0]), ('COUNT(*)', x[0]))
for x in queries.RED_DATA['attrs']]))
cols = ['COUNT(*) AS total']
red = Redalert.fetch_redalerts(cnds, cols, red_exts)
rar_exts = {}
rar_attrs = [(makecol(x[0]), x[1]) for x in queries.RAR_DATA['attrs']]
rar_outs = [(makecol(x[0]), x[1]) for x in queries.RAR_DATA['outs']]
rar_exts.update(
dict([(makecol(x[0]), ('COUNT(*)', x[0]))
for x in queries.RAR_DATA['attrs']]))
rar_exts.update(
dict([(makecol(x[0]), ('COUNT(*)', x[0]))
for x in queries.RAR_DATA['outs']]))
rar = Redalert.fetch_redresults(cnds, cols, rar_exts)
#print red_attrs, rar_attrs, red[0].__dict__, rar[0].__dict__
return [red_attrs, rar_attrs, rar_outs, red, rar]
def get_tables(self):
cnds = self.navb.conditions()
cnds.update({"(created_at) <= '%s'" % (self.navb.finish): ''})
cnds.update({
"(delivery_date + INTERVAL \'%d days\') >= '%s'" % (PNC_GESTATION, self.navb.start):
''
})
cnds, markup, cols = self.navb.neater_tables(
cnds=cnds,
extras=[('national_id', 'Mother ID'),
('user_phone', 'Reporter Phone'),
('delivery_date', 'Birth date'), ('pnc_visit', 'Visit'),
('created_at', 'Submission Date'), ('indexcol', "ID")])
markup.update({
'indexcol':
lambda x, _, __:
'<a href="/dashboards/report?tbl=pnc&id=%s">View</a>' % (x),
})
INDICS = [
('all', 'total', 'Total'),
] + [(makecol(x[0]), x[0], x[1])
for x in queries.PNC_DATA['PNC']['attrs']] + [
('no_risk', "%s" % queries.PNC_DATA['NO_RISK']['query_str'],
'No Risk'),
('at_risk', "%s" % queries.PNC_DATA['RISK']['query_str'],
'At Risk'),
]
INDICSDICT = {x[0]: (x[1], x[2]) for x in INDICS}
title, sc, group, attrs, nat, tabular, locateds, INDICS_HEADERS = (
'', '', '', [], [], [], [], [])
if self.navb.kw.get('group'):
group = self.navb.kw.get('group')
wcl = INDICSDICT[group] #;print wcl, INDICSDICT
title = wcl[1]
INDICS = [(group, wcl[0], wcl[1])] if wcl else []
INDICS_HEADERS = dict([(makecol(x[0]), x[2]) for x in INDICS])
if wcl and wcl[0] != 'total': cnds.update({wcl[0]: ''})
if group == 'at_risk':
INDICS += [(makecol(x[0]), x[0], x[1])
for x in queries.PNC_DATA['RISK']['attrs']]
else:
pass
INDICSDICT.update({x[0]: (x[1], x[2]) for x in INDICS})
if self.navb.kw.get('subcat'):
sc = self.navb.kw.get('subcat')
wclsc = INDICSDICT[sc] #;print wclsc, ATTRSDICT, ATTRS
INDICS = [(sc, wcl[0], wclsc[1])] if wclsc else []
INDICS_HEADERS = dict([(makecol(x[0]), x[2]) for x in INDICS])
cnds.update({wclsc[0]: ''})
#print cnds
dcols = [x[0] for x in cols]
nat = Pncvisit.fetch_log_pncvisits(cnds, dcols)
else:
dcols = [x[0] for x in cols]
nat = Pncvisit.fetch_log_pncvisits(cnds, dcols)
if self.navb.kw.get(
'view') == 'table' or self.navb.kw.get('view') != 'log':
group_by = []
group_by += [
'province_pk'
] if self.navb.kw.get('nation') or not group_by else []
group_by += ['district_pk'] if self.navb.kw.get('province') else []
group_by += ['referral_facility_pk'
] if self.navb.kw.get('district') else []
group_by += ['facility_pk'] if self.navb.kw.get('hd') else []
#print "\nGROUP BY: %s \n" % group_by
LOCS = {
'nation': self.navb.kw.get('nation'),
'province': self.navb.kw.get('province'),
'district': self.navb.kw.get('district'),
'hospital': self.navb.kw.get('hd'),
'location': self.navb.kw.get('hc')
}
locateds = Pncvisit.fetch_pncvisits_by_location(cnds,
group_by=group_by,
INDICS=INDICS)
#print [[y.__dict__ for y in x] for x in locateds]#, INDICS, LOCS, self.navb.locs()
tabular = give_me_table(locateds,
self.navb.locs(),
INDICS=INDICS,
LOCS=LOCS)
#print locateds, "\n", tabular
INDICS_HEADERS = dict([(makecol(x[0]), x[2]) for x in INDICS])
desc = 'Postnatal visits%s' % (
' (%s)' % (self.navb.find_descr([(makecol(x[0]), x[2])
for x in INDICS], sc or group)))
#print INDICS_HEADERS, tabular, locateds
return (title, desc, group, attrs, markup, cols, nat, tabular,
locateds, INDICS_HEADERS)
def get_tables(self):
cnds = self.navb.conditions()
cnds.update({"(created_at) <= '%s'" % (self.navb.finish) : ''})
cnds.update({"(created_at) >= '%s'" % (self.navb.start) : ''})
cnds, markup, cols = self.navb.neater_tables(cnds = cnds, extras = [
('national_id', 'Mother ID'),
('user_phone', 'Reporter Phone'),
('birth_date', 'Birth date'),
('child_number', 'Child Number'),
('death_code', 'Visit'),
('created_at', 'Submission Date'),
('indexcol', "ID")
])
markup.update({'indexcol': lambda x, _, __: '<a href="/dashboards/report?tbl=dth&id=%s">View</a>' % (x), })
INDICS = [('all', 'total', 'Total')]
for x in queries.DEATH_DATA['attrs']:
INDICS.append((makecol(x[0][0]), x[0][0], x[0][1]))
for y in x[1]: INDICS.append((makecol(y[0]), y[0], '%s %s' % (x[0][1], y[1]) ))
INDICSDICT = {x[0]: (x[1], x[2]) for x in INDICS}
title, sc, group, attrs, nat, tabular, locateds, INDICS_HEADERS = ('', '', '', [], [], [],[],[])
if self.navb.kw.get('subcat'):
sc = self.navb.kw.get('subcat')
wcl = INDICSDICT[sc]#;print wcl, INDICSDICT
INDICS = [(sc, wcl[0], wcl[1])] if wcl else []
INDICS_HEADERS = dict([ ( makecol(x[0]), x[2]) for x in INDICS])
if wcl and wcl[0] != 'total': cnds.update({wcl[0]: ''})
dcols = [x[0] for x in cols]
nat = Death.fetch_log_deaths(cnds, dcols)
else:
dcols = [x[0] for x in cols]
nat = Death.fetch_log_deaths(cnds, dcols)
if self.navb.kw.get('view') == 'table' or self.navb.kw.get('view') != 'log' :
group_by = []
group_by += ['province_pk'] if self.navb.kw.get('nation') or not group_by else []
group_by += ['district_pk'] if self.navb.kw.get('province') else []
group_by += ['referral_facility_pk'] if self.navb.kw.get('district') else []
group_by += ['facility_pk'] if self.navb.kw.get('hd') else []
#print "\nGROUP BY: %s \n" % group_by
LOCS = {'nation': self.navb.kw.get('nation'),
'province': self.navb.kw.get('province'),
'district': self.navb.kw.get('district'),
'hospital': self.navb.kw.get('hd'),
'location': self.navb.kw.get('hc')
}
locateds = Death.fetch_deaths_by_location(cnds, group_by = group_by, INDICS = INDICS)
#print [[y.__dict__ for y in x] for x in locateds]#, INDICS, LOCS, self.navb.locs()
tabular = give_me_table(locateds, self.navb.locs(), INDICS = INDICS, LOCS = LOCS)
#print locateds, "\n", tabular
INDICS_HEADERS = dict([ ( makecol(x[0]), x[2]) for x in INDICS])
desc = 'Deaths%s' % (' (%s)' % ( self.navb.find_descr( [(makecol(x[0]), x[2]) for x in INDICS], sc or group ) ) )
#print INDICS_HEADERS, tabular, locateds
return (title, desc, group, attrs, markup, cols, nat, tabular, locateds, INDICS_HEADERS)
def get_tables(self):
cnds = self.navb.conditions()
cnds.update({"(created_at) <= '%s'" % (self.navb.finish): ''})
cnds.update({"(created_at) >= '%s'" % (self.navb.start): ''})
exts = {}
cnds, markup, cols = self.navb.neater_tables(
cnds=cnds,
extras=[('province_pk', 'Province'), ('district_pk', 'District'),
('referral_facility_pk', 'Hospital'),
('facility_pk', 'Health Centre'), ('sector_pk', 'Sector'),
('cell_pk', 'Cell'), ('village_pk', 'Village'),
('user_phone', 'Reporter Phone'), ('message', 'Message'),
('created_at', 'Submission Date')])
INDICS = [
("pre", 'total', "Pregnancy", Pregnancy.fetch_log_pregnancies,
Pregnancy.fetch_pregnancies_by_location),
("anc", 'total', "Antenatal Consultation",
Ancvisit.fetch_log_ancvisits,
Ancvisit.fetch_ancvisits_by_location),
("ref", 'total', "Refusal", Refusal.fetch_log_refusals,
Refusal.fetch_refusals_by_location),
("red", 'total', "Red Alert", Redalert.fetch_log_redalerts,
Redalert.fetch_redalerts_by_location),
("rar", 'total', "Red Alert Result", Redalert.fetch_log_redresults,
Redalert.fetch_redresults_by_location),
("risk", 'total', "Risk", Risk.fetch_log_risks,
Risk.fetch_risks_by_location),
("res", 'total', "Risk Result", Riskresult.fetch_log_riskresults,
Riskresult.fetch_riskresults_by_location),
("dep", 'total', "Departure", Departure.fetch_log_departures,
Departure.fetch_departures_by_location),
("bir", 'total', "Birth", Birth.fetch_log_births,
Birth.fetch_births_by_location),
("pnc", 'total', "Postnatal Care", Pncvisit.fetch_log_pncvisits,
Pncvisit.fetch_pncvisits_by_location),
("nbc", 'total', "Newborn Care", Nbcvisit.fetch_log_nbcvisits,
Nbcvisit.fetch_nbcvisits_by_location),
("chi", 'total', "Child Health",
Childhealth.fetch_log_childhealths,
Childhealth.fetch_childhealths_by_location),
("cbn", 'total', "Community Based Nutrition",
Nutrition.fetch_log_nutritions,
Nutrition.fetch_nutritions_by_location),
("ccm", 'total', "Community Case Management", CCM.fetch_log_ccms,
CCM.fetch_ccms_by_location),
("cmr", 'total', "Case Management Response", CCM.fetch_log_cmrs,
CCM.fetch_cmrs_by_location),
("dth", 'total', "Death", Death.fetch_log_deaths,
Death.fetch_deaths_by_location),
("smn", 'total', "Severe Malaria", Malaria.fetch_log_malaria,
Malaria.fetch_malaria_by_location),
("smr", 'total', "Severe Malaria Result",
Malaria.fetch_log_malaria, Malaria.fetch_malaria_by_location),
("rso", 'total', "Risk Of Stock Out", Stock.fetch_log_stock,
Stock.fetch_stock_by_location),
("so", 'total', "Stock out", Stock.fetch_log_stock,
Stock.fetch_stock_by_location),
("ss", 'total', "Stock Supplied", Stock.fetch_log_stock,
Stock.fetch_stock_by_location),
]
INDICSDICT = {x[0]: (x[1], x[2], x[3], x[4]) for x in INDICS}
title, sc, group, attrs, nat, tabular, locateds, INDICS_HEADERS = (
'', '', '', [], [], [], [], [])
if self.navb.kw.get('subcat'):
sc = self.navb.kw.get('subcat')
wcl = INDICSDICT[sc] #;print wcl, INDICSDICT
INDICS = [(sc, wcl[0], wcl[1])] if wcl else []
INDICS_HEADERS = dict([(makecol(x[0]), x[2]) for x in INDICS])
if sc in ['smn', 'smr', 'rso', 'so', 'ss']:
cnds = self.extra_cnds(
cnds, extra={"keyword = '%s'" % sc.upper(): ''})
dcols = [x[0] for x in cols]
nat = wcl[2](cnds, dcols)
else:
nat = Redalert.fetch_log_redalerts(cnds, dcols)
if self.navb.kw.get(
'view') == 'table' or self.navb.kw.get('view') != 'log':
group_by = []
group_by += [
'province_pk'
] if self.navb.kw.get('nation') or not group_by else []
group_by += ['district_pk'] if self.navb.kw.get('province') else []
group_by += ['referral_facility_pk'
] if self.navb.kw.get('district') else []
group_by += ['facility_pk'] if self.navb.kw.get('hd') else []
#print "\nGROUP BY: %s \n" % group_by
LOCS = {
'nation': self.navb.kw.get('nation'),
'province': self.navb.kw.get('province'),
'district': self.navb.kw.get('district'),
'hospital': self.navb.kw.get('hd'),
'location': self.navb.kw.get('hc')
}
if self.navb.kw.get('subcat'):
#print INDICS, LOCS, cnds, group_by
wcl = INDICSDICT[sc]
INDICS = [(sc, wcl[0], wcl[1])] if wcl else []
INDICS_HEADERS = dict([(makecol(x[0]), x[2]) for x in INDICS])
locateds = wcl[3](cnds, group_by=group_by, INDICS=INDICS)
else:
INDICS = REDINDICS + RARINDICS
locateds = Redalert.fetch_redalerts_by_location(
cnds, group_by=group_by, INDICS=REDINDICS)
locateds += Redalert.fetch_redresults_by_location(
cnds, group_by=group_by, INDICS=RARINDICS)
#print [[y.__dict__ for y in x] for x in locateds]#, INDICS, LOCS, self.navb.locs()
tabular = give_me_table(locateds,
self.navb.locs(),
INDICS=INDICS,
LOCS=LOCS)
#print locateds, "\n", tabular
INDICS_HEADERS = dict([(makecol(x[0]), x[2]) for x in INDICS])
desc = 'Reports%s' % (
' (%s)' % (self.navb.find_descr([(makecol(x[0]), x[2])
for x in INDICS], sc or group)))
#print INDICS_HEADERS, tabular, locateds
return (title, desc, group, attrs, markup, cols, nat, tabular,
locateds, INDICS_HEADERS)
def get_tables(self):
cnds = self.navb.conditions()
cnds.update({"(created_at) <= '%s'" % (self.navb.finish): ''})
cnds.update({
"(lmp + INTERVAL \'%d days\') >= '%s'" % (GESTATION, self.navb.start):
''
}) #;print cnds
exts = {}
cnds, markup, cols = self.navb.neater_tables(
cnds=cnds,
extras=[('national_id', 'Mother ID'),
('user_phone', 'Reporter Phone'), ('lmp', 'LMP'),
('gravidity', 'Gravidity'), ('parity', 'Parity'),
('mother_weight', 'Weight'), ('mother_height', 'Height'),
('bmi', 'BMI'), ('created_at', 'Submission Date'),
('indexcol', 'ID')])
markup.update({
'indexcol':
lambda x, _, __:
'<a href="/dashboards/report?tbl=pre&id=%s">View</a>' % (x),
})
#print cnds, markup, cols
DESCRI = []
HIGHRISKDICT = makedict(queries.HIGH_RISK['attrs'])
RISKDICT = makedict(queries.RISK['attrs'])
INDICS = []
title, sc, group, attrs, nat, tabular, locateds, INDICS_HEADERS = (
'', '', '', [], [], [], [], []) #; print self.navb.kw
if self.navb.kw.get('subcat') is not None:
sc = self.navb.kw.get('subcat') #;print RISKDICT
wcl = HIGHRISKDICT.get(sc) or RISKDICT.get(sc) #;print wcl
INDICS = [(sc, wcl[0], wcl[1])] if wcl else []
cnds.update({wcl[0]: ''})
dcols = [x[0] for x in cols] #;print "INDICS: ", INDICS
#nat = Pregnancy.fetch_log_pregnancies(cnds, dcols)
elif self.navb.kw.get('group') == 'no_risk':
title = 'No Risk'
group = 'no_risk'
INDICS = [(group, queries.NO_RISK['query_str'], title)]
cnds.update({queries.NO_RISK['query_str']: ''})
dcols = [x[0] for x in cols] #;print INDICS
#nat = Pregnancy.fetch_log_pregnancies(cnds, dcols)
elif self.navb.kw.get(
'group') == 'at_risk' and self.navb.kw.get('subcat') is None:
title = 'At Risk'
group = 'at_risk'
INDICS = [(group, queries.RISK['query_str'], title)]
for k in RISKDICT.keys():
INDICS.append((k, RISKDICT[k][0], RISKDICT[k][1]))
cnds.update({queries.RISK['query_str']: ''})
dcols = [x[0] for x in cols]
#nat = Pregnancy.fetch_log_pregnancies(cnds, dcols)
elif self.navb.kw.get(
'group') == 'high_risk' and self.navb.kw.get('subcat') is None:
title = 'High Risk'
group = 'high_risk'
INDICS = [(group, queries.HIGH_RISK['query_str'], title)]
for k in HIGHRISKDICT.keys():
INDICS.append((k, HIGHRISKDICT[k][0], HIGHRISKDICT[k][1]))
cnds.update({queries.HIGH_RISK['query_str']: ''})
dcols = [x[0] for x in cols]
#nat = Pregnancy.fetch_log_pregnancies(cnds, dcols)
elif self.navb.kw.get('group') == 'toilet':
title = 'With Toilet'
group = 'toilet'
INDICS = [(group, "LOWER(toilet) = 'to'", title)]
cnds.update({"LOWER(toilet) = 'to'": ''})
dcols = [x[0] for x in cols]
#nat = Pregnancy.fetch_log_pregnancies(cnds, dcols)
elif self.navb.kw.get('group') == 'handwash':
title = 'With Handwashing'
group = 'handwash'
INDICS = [(group, "LOWER(handwash) = 'hw'", title)]
cnds.update({"LOWER(handwash) = 'hw'": ''})
dcols = [x[0] for x in cols]
#nat = Pregnancy.fetch_log_pregnancies(cnds, dcols)
elif self.navb.kw.get('group') == 'notoilet':
title = 'No Toilet'
group = 'notoilet'
INDICS = [(group, "LOWER(toilet) = 'nt'", title)]
cnds.update({"LOWER(toilet) = 'nt'": ''})
dcols = [x[0] for x in cols]
#nat = Pregnancy.fetch_log_pregnancies(cnds, dcols)
elif self.navb.kw.get('group') == 'nohandwash':
title = 'No Handwashing'
group = 'nohandwash'
INDICS = [(group, "LOWER(handwash) = 'nh'", title)]
cnds.update({"LOWER(handwash) = 'nh'": ''})
dcols = [x[0] for x in cols]
#nat = Pregnancy.fetch_log_pregnancies(cnds, dcols)
else:
dcols = [x[0] for x in cols]
INDICS = [
("no_risk", queries.NO_RISK['query_str'], 'No Risk'),
("at_risk", queries.RISK['query_str'], 'At Risk'),
("high_risk", queries.HIGH_RISK['query_str'], 'High Risk'),
("toilet", "LOWER(toilet) = 'to'", 'With toilet'),
("handwash", "LOWER(handwash) = 'hw'", 'With handwashing'),
("notoilet", "LOWER(toilet) = 'nt'", 'With no toilet'),
("nohandwash", "LOWER(handwash) = 'nh'", 'With no Handwashing')
]
#nat = Pregnancy.fetch_log_pregnancies(cnds, dcols)
if self.navb.kw.get(
'view') == 'table' or self.navb.kw.get('view') != 'log':
group_by = []
group_by += [
'province_pk'
] if self.navb.kw.get('nation') or not group_by else []
group_by += ['district_pk'] if self.navb.kw.get('province') else []
group_by += ['referral_facility_pk'
] if self.navb.kw.get('district') else []
group_by += ['facility_pk'] if self.navb.kw.get('hd') else []
#print "\nGROUP BY: %s \n" % group_by
LOCS = {
'nation': self.navb.kw.get('nation'),
'province': self.navb.kw.get('province'),
'district': self.navb.kw.get('district'),
'hospital': self.navb.kw.get('hd'),
'location': self.navb.kw.get('hc')
}
locateds = Pregnancy.fetch_pregnancies_by_location(
cnds, group_by=group_by, INDICS=INDICS)
#print [[y.__dict__ for y in x] for x in locateds]#, INDICS, LOCS, self.navb.locs()
tabular = give_me_table(locateds,
self.navb.locs(),
INDICS=INDICS,
LOCS=LOCS)
#print tabular
INDICS_HEADERS = dict([(makecol(x[0]), x[2]) for x in INDICS])
nat = Pregnancy.fetch_log_pregnancies(cnds, dcols)
DESCRI.append((group, title))
desc = 'Pregnancies%s' % (' (%s)' % (self.navb.find_descr(
DESCRI + [(makecol(x[0]), x[2])
for x in INDICS], sc or self.navb.kw.get('group'))))
#print title, group, attrs, "NAT: ", nat[0].__dict__
return (title, desc, group, attrs, markup, cols, nat, tabular,
locateds, INDICS_HEADERS)
def get_tables(self):
cnds = self.navb.conditions()
cnds.update({"(created_at) <= '%s'" % (self.navb.finish) : ''})
cnds.update({"(created_at) >= '%s'" % (self.navb.start) : ''})
cnds, markup, cols = self.navb.neater_tables(cnds = cnds, extras = [
('national_id', 'Mother ID'),
('user_phone', 'Reporter Phone'),
('birth_date', 'Birth date'),
('child_number', 'Child number'),
('muac', 'MUAC'),
('created_at', 'Submission Date'),
('indexcol', "ID")
])
title, sc, group, attrs, nat, tabular, locateds, INDICS_HEADERS = ('', '', '', [], [], [],[],[])
CCMINDICS = [('ccm', 'total', 'Total CCM'),] + [(makecol(x[0]), x[0], x[1]) for x in queries.CCM_DATA['attrs'] ]
CCMINDICSDICT = {x[0]: (x[1], x[2]) for x in CCMINDICS}
CMRINDICS = [('cmr', 'total', 'Total CMR'),] + [(makecol(x[0]), x[0], x[1]) for x in queries.CMR_DATA['attrs'] ]
CMRINDICSDICT = {x[0]: (x[1], x[2]) for x in CMRINDICS}
INDICS = CCMINDICS
if self.navb.kw.get('subcat'):
sc = self.navb.kw.get('subcat')
dcols = [x[0] for x in cols]
if self.navb.kw.get('group') == 'cmr' or self.navb.kw.get('subcat') == 'cmr':
wcl = CMRINDICSDICT[sc]#;print wcl, CMRINDICSDICT
INDICS = [(sc, wcl[0], wcl[1])] if wcl else []
INDICS_HEADERS = dict([ ( makecol(x[0]), x[2]) for x in INDICS])
if wcl and wcl[0] != 'total': cnds.update({wcl[0]: ''})
markup.update({'indexcol': lambda x, _, __: '<a href="/dashboards/report?tbl=cmr&id=%s">View</a>' % (x), })
nat = CCM.fetch_log_cmrs(cnds, dcols)
else:
wcl = CCMINDICSDICT[sc]#;print wcl, CCMINDICSDICT
INDICS = [(sc, wcl[0], wcl[1])] if wcl else []
INDICS_HEADERS = dict([ ( makecol(x[0]), x[2]) for x in INDICS])
if wcl and wcl[0] != 'total': cnds.update({wcl[0]: ''})
markup.update({'indexcol': lambda x, _, __: '<a href="/dashboards/report?tbl=ccm&id=%s">View</a>' % (x), })
nat = CCM.fetch_log_ccms(cnds, dcols)
else:
dcols = [x[0] for x in cols]
if self.navb.kw.get('group') == 'cmr' or self.navb.kw.get('subcat') == 'cmr':
markup.update({'indexcol': lambda x, _, __: '<a href="/dashboards/report?tbl=cmr&id=%s">View</a>' % (x), })
nat = CMR.fetch_log_cmrs(cnds, dcols)
else:
markup.update({'indexcol': lambda x, _, __: '<a href="/dashboards/report?tbl=ccm&id=%s">View</a>' % (x), })
nat = CCM.fetch_log_ccms(cnds, dcols)
if self.navb.kw.get('view') == 'table' or self.navb.kw.get('view') != 'log' :
group_by = []
group_by += ['province_pk'] if self.navb.kw.get('nation') or not group_by else []
group_by += ['district_pk'] if self.navb.kw.get('province') else []
group_by += ['referral_facility_pk'] if self.navb.kw.get('district') else []
group_by += ['facility_pk'] if self.navb.kw.get('hd') else []
#print "\nGROUP BY: %s \n" % group_by
LOCS = {'nation': self.navb.kw.get('nation'),
'province': self.navb.kw.get('province'),
'district': self.navb.kw.get('district'),
'hospital': self.navb.kw.get('hd'),
'location': self.navb.kw.get('hc')
}
if self.navb.kw.get('subcat') in [x[0] for x in CCMINDICS]:
#print PRE_INDICS, LOCS, cnds, group_by
locateds = CCM.fetch_ccms_by_location(cnds, group_by = group_by, INDICS = CCMINDICS)
elif self.navb.kw.get('subcat') in [x[0] for x in CMRINDICS]:
#print INDICS, LOCS, cnds, group_by
locateds = CCM.fetch_cmrs_by_location(cnds, group_by = group_by, INDICS = CMRINDICS)
else:
INDICS = CCMINDICS + CMRINDICS
locateds = CCM.fetch_ccms_by_location(cnds, group_by = group_by, INDICS = CCMINDICS)
locateds += CCM.fetch_cmrs_by_location(cnds, group_by = group_by, INDICS = CMRINDICS)
#print [[y.__dict__ for y in x] for x in locateds]#, INDICS, LOCS, self.navb.locs()
tabular = give_me_table(locateds, self.navb.locs(), INDICS = INDICS, LOCS = LOCS)
#print locateds, "\n", tabular
INDICS_HEADERS = dict([ ( makecol(x[0]), x[2]) for x in INDICS])
desc = 'CCM%s' % (' (%s)' % ( self.navb.find_descr( [(makecol(x[0]), x[2]) for x in INDICS], sc or group ) ) )
#print INDICS_HEADERS, tabular, locateds
return (title, desc, group, attrs, markup, cols, nat, tabular, locateds, INDICS_HEADERS)
def get_deilivery_notifications_tables(self):
cnds = self.navb.conditions()
cnds.update({"(created_at) <= '%s'" % (self.navb.finish): ''})
cnds.update({
"(lmp + INTERVAL \'%d days\') >= '%s'" % (GESTATION, self.navb.start):
''
}) #;print cnds
cnds, markup, cols = self.navb.neater_tables(
cnds=cnds,
extras=[('national_id', 'Mother ID'),
('user_phone', 'Reporter Phone'), ('lmp', 'LMP'),
('gravidity', 'Gravidity'), ('parity', 'Parity'),
('mother_weight', 'Weight'), ('mother_height', 'Height'),
('bmi', 'BMI'), ('created_at', 'Submission Date')])
today = self.navb.start #datetime.today().date()
next_monday = today + timedelta(days=-today.weekday(), weeks=1)
next_sunday = next_monday + timedelta(days=6)
next_two_monday = today + timedelta(days=-today.weekday(), weeks=2)
next_two_sunday = next_two_monday + timedelta(days=6)
attrs = [
('next_week', 'Deliveries in Next Week',
"(lmp + INTERVAL '%s days') BETWEEN '%s' AND '%s'" %
(GESTATION, next_monday, next_sunday)),
('next_two_week', 'Deliveries in Next two Weeks',
"(lmp + INTERVAL '%s days') BETWEEN '%s' AND '%s'" %
(GESTATION, next_two_monday, next_two_sunday)),
]
INDICSDICT = {x[0]: (x[2], x[1]) for x in attrs}
INDICS = [(x[0], x[2], x[1]) for x in attrs]
title, sc, group, attrs, nat, tabular, locateds, INDICS_HEADERS = (
'', '', '', [], [], [], [], [])
if self.navb.kw.get('subcat') is not None:
sc = self.navb.kw.get('subcat')
dcols = [x[0] for x in cols]
wcl = INDICSDICT.get(sc)
INDICS = [(sc, wcl[0], wcl[1])] if wcl else []
if sc == 'next_week':
INDICS += [
('no_risk',
"(lmp + INTERVAL '%s days') BETWEEN '%s' AND '%s' AND %s"
% (GESTATION, next_monday, next_sunday,
queries.NO_RISK['query_str']), 'No Risk'),
('at_risk',
"(lmp + INTERVAL '%s days') BETWEEN '%s' AND '%s' AND %s"
% (GESTATION, next_monday, next_sunday,
queries.RISK['query_str']), 'At Risk'),
('high_risk',
"(lmp + INTERVAL '%s days') BETWEEN '%s' AND '%s' AND %s"
% (GESTATION, next_monday, next_sunday,
queries.HIGH_RISK['query_str']), 'High Risk')
]
elif sc == 'next_two_week':
INDICS += [
('no_risk',
"(lmp + INTERVAL '%s days') BETWEEN '%s' AND '%s' AND %s"
% (GESTATION, next_two_monday, next_two_sunday,
queries.NO_RISK['query_str']), 'No Risk'),
('at_risk',
"(lmp + INTERVAL '%s days') BETWEEN '%s' AND '%s' AND %s"
% (GESTATION, next_two_monday, next_two_sunday,
queries.RISK['query_str']), 'At Risk'),
('high_risk',
"(lmp + INTERVAL '%s days') BETWEEN '%s' AND '%s' AND %s"
% (GESTATION, next_tow_monday, next_two_sunday,
queries.HIGH_RISK['query_str']), 'High Risk')
]
INDICS_HEADERS = dict([(makecol(x[0]), x[2]) for x in INDICS])
cnds.update({wcl[0]: ''})
nat = Pregnancy.fetch_log_pregnancies(cnds, dcols)
#print wcl, INDICSDICT, INDICS
else:
INDICS += [
('no_risk',
"(lmp + INTERVAL '%s days') BETWEEN '%s' AND '%s' AND %s" %
(GESTATION, next_monday, next_two_sunday,
queries.NO_RISK['query_str']), 'No Risk'),
('at_risk',
"(lmp + INTERVAL '%s days') BETWEEN '%s' AND '%s' AND %s" %
(GESTATION, next_monday, next_two_sunday,
queries.RISK['query_str']), 'At Risk'),
('high_risk',
"(lmp + INTERVAL '%s days') BETWEEN '%s' AND '%s' AND %s" %
(GESTATION, next_monday, next_two_sunday,
queries.HIGH_RISK['query_str']), 'High Risk')
]
dcols = [x[0] for x in cols]
nat = Pregnancy.fetch_log_pregnancies(cnds, dcols)
if self.navb.kw.get(
'view') == 'table' or self.navb.kw.get('view') != 'log':
group_by = []
group_by += [
'province_pk'
] if self.navb.kw.get('nation') or not group_by else []
group_by += ['district_pk'] if self.navb.kw.get('province') else []
group_by += ['referral_facility_pk'
] if self.navb.kw.get('district') else []
group_by += ['facility_pk'] if self.navb.kw.get('hd') else []
#print "\nGROUP BY: %s \n" % group_by
LOCS = {
'nation': self.navb.kw.get('nation'),
'province': self.navb.kw.get('province'),
'district': self.navb.kw.get('district'),
'hospital': self.navb.kw.get('hd'),
'location': self.navb.kw.get('hc')
}
locateds = Pregnancy.fetch_pregnancies_by_location(
cnds, group_by=group_by, INDICS=INDICS)
tabular = give_me_table(locateds,
self.navb.locs(),
INDICS=INDICS,
LOCS=LOCS)
#print locateds, "\n", tabular
INDICS_HEADERS = dict([(makecol(x[0]), x[2]) for x in INDICS])
desc = 'Deliveries Notifications%s' % (
' (%s)' % (self.navb.find_descr([(makecol(x[0]), x[2])
for x in INDICS], sc)))
"""
nat = Pregnancy.fetch_pregnancies(cnds, cols, exts)
details = {}
for attr in attrs:
attr_cnds = self.navb.conditions()
attr_cnds.update({"(created_at) <= '%s'" % (self.navb.finish) : ''})
attr_cnds.update({attr[2]: ''})
cols = ['COUNT(*) AS total']
exts = {'no_risk': ('COUNT(*)', queries.NO_RISK['query_str']),
'at_risk': ('COUNT(*)', queries.RISK['query_str']),
'high_risk': ('COUNT(*)', queries.HIGH_RISK['query_str']),
}
details.update({ attr[0] : Pregnancy.fetch_pregnancies(attr_cnds, cols, exts) })
#print title, group, attrs, "NAT: ", nat[0].__dict__, details
"""
return (title, desc, group, attrs, markup, cols, nat, tabular,
locateds, INDICS_HEADERS)
def get_stats(self):
cnds = self.navb.conditions()
cnds.update({"(created_at) <= '%s'" % (self.navb.finish): ''})
cnds.update({
"(lmp + INTERVAL \'%d days\') >= '%s'" % (GESTATION, self.navb.start):
''
}) #;print cnds
exts = {}
cols = ['COUNT(*) AS total']
title, group, attrs, nat = ('', '', [], []) #; print self.navb.kw
if self.navb.kw.get('group') == 'no_risk':
title = 'No Risk'
group = 'no_risk'
cnds.update({queries.NO_RISK['query_str']: ''})
cols = ['COUNT(*) AS total']
nat = Pregnancy.fetch_pregnancies(cnds, cols, exts)
elif self.navb.kw.get('group') == 'at_risk':
title = 'At Risk'
group = 'at_risk'
cnds.update({queries.RISK['query_str']: ''})
attrs = [(makecol(x[0]), x[1]) for x in queries.RISK['attrs']]
exts.update(
dict([(makecol(x[0]), ('COUNT(*)', x[0]))
for x in queries.RISK['attrs']]))
cols = ['COUNT(*) AS total']
nat = Pregnancy.fetch_pregnancies(cnds, cols, exts)
elif self.navb.kw.get('group') == 'high_risk':
title = 'High Risk'
group = 'high_risk'
cnds.update({queries.HIGH_RISK['query_str']: ''})
attrs = [(makecol(x[0]), x[1]) for x in queries.HIGH_RISK['attrs']]
exts.update(
dict([(makecol(x[0]), ('COUNT(*)', x[0]))
for x in queries.HIGH_RISK['attrs']]))
cols = ['COUNT(*) AS total']
nat = Pregnancy.fetch_pregnancies(cnds, cols, exts)
elif self.navb.kw.get('group') == 'toilet':
title = 'With Toilet'
group = 'toilet'
cnds.update({"LOWER(toilet) = 'to'": ''})
cols = ['COUNT(*) AS total']
nat = Pregnancy.fetch_pregnancies(cnds, cols, exts)
elif self.navb.kw.get('group') == 'handwash':
title = 'With Handwashing'
group = 'handwash'
cnds.update({"LOWER(handwash) = 'hw'": ''})
cols = ['COUNT(*) AS total']
nat = Pregnancy.fetch_pregnancies(cnds, cols, exts)
elif self.navb.kw.get('group') == 'notoilet':
title = 'No Toilet'
group = 'notoilet'
cnds.update({"LOWER(toilet) = 'nt'": ''})
cols = ['COUNT(*) AS total']
nat = Pregnancy.fetch_pregnancies(cnds, cols, exts)
elif self.navb.kw.get('group') == 'nohandwash':
title = 'No Handwashing'
group = 'nohandwash'
cnds.update({"LOWER(handwash) = 'nh'": ''})
cols = ['COUNT(*) AS total']
nat = Pregnancy.fetch_pregnancies(cnds, cols, exts)
else:
cols = ['COUNT(*) AS total']
exts = {
'no_risk': ('COUNT(*)', queries.NO_RISK['query_str']),
'at_risk': ('COUNT(*)', queries.RISK['query_str']),
'high_risk': ('COUNT(*)', queries.HIGH_RISK['query_str']),
'toilet': ('COUNT(*)', "LOWER(toilet) = 'to'"),
'notoilet': ('COUNT(*)', "LOWER(toilet) = 'nt'"),
'handwash': ('COUNT(*)', "LOWER(handwash) = 'hw'"),
'nohandwash': ('COUNT(*)', "LOWER(handwash) = 'nh'")
}
nat = Pregnancy.fetch_pregnancies(cnds, cols, exts)
#print title, group, attrs, "NAT: ", nat[0].__dict__
return (title, group, attrs, nat)
def get_tables(self):
cnds = self.navb.conditions() #;print cnds
if self.navb.kw.get("search") and self.navb.kw.get("identity"):
mkw = "%%%s%%" % self.navb.kw.get('identity').strip()
if self.navb.kw.get("search") == 'nid':
cnds.update({"national_id LIKE %s": mkw})
if self.navb.kw.get("search") == 'sim':
cnds.update({"telephone LIKE %s": mkw})
exts = {}
attrs = [(x.indexcol, x.code.lower(), x.name)
for x in Enduser.get_roles()]
cnds, markup, cols = self.navb.neater_tables(
cnds=cnds,
extras=[
('indexcol', 'ID'),
('national_id', 'National ID'),
('telephone', 'Telephone'),
('surname', 'Surname'),
('given_name', 'Given Name'),
('role_pk', 'Role'),
('email', 'Email'),
('is_active', 'Is Active'),
#('last_seen', 'Last Seen'),
('province_pk', 'Province'),
('district_pk', 'District'),
('referral_facility_pk', 'Hospital'),
('facility_pk', 'Health Centre'),
('sector_pk', 'Sector'),
('cell_pk', 'Cell'),
('village_pk', 'Village'),
])
markup.update({
'action':
lambda x, _, __:
'<a href="/dashboards/updateuser?id=%s">Edit %s</a>' % (x, x),
})
markup.update({
'role_pk':
lambda x, _, __: '%s' % (Enduser.get_role_name(x))
})
markup.update({
'indexcol':
lambda x, _, __:
'<a href="/dashboards/report?tbl=chw&id=%s">View</a> | \
<a href="/dashboards/activate?action=activate&id=%s">Activate</a> | \
<a href="/dashboards/activate?action=deactivate&id=%s">Deactivate</a>'
% (x, x, x),
})
sc = self.navb.kw.get('subcat')
#print cnds, markup, cols, sc, attrs
DESCRI = []
USERDICT = {y[1]: (y[0], y[2]) for y in attrs}
INDICS = []
group = "User"
title = "User List"
if self.navb.kw.get('subcat') and self.navb.kw.get('subcat') in [
makecol(x[1]) for x in attrs
]:
cnds.update(
{'role_pk = %s': USERDICT[self.navb.kw.get('subcat')][0]})
INDICS = [(self.navb.kw.get('subcat'),
USERDICT[self.navb.kw.get('subcat')][1])]
group = USERDICT[self.navb.kw.get('subcat')][1]
dcols = [x[0] for x in cols]
#print cnds
nat = Enduser.fetch_user_table(cnds, dcols)
#DESCRI.append((group, title))
desc = 'Users%s' % (' (%s)' % (self.navb.find_descr(
DESCRI + INDICS, sc or self.navb.kw.get('subcat'))))
#print INDICS, title, group, attrs, "NAT: ", nat[0].__dict__
return (title, desc, group, attrs, markup, cols, nat)
def get_tables(self):
chi_cnds = self.navb.conditions()
five_years_ago = self.navb.start - timedelta(days=TRACKING_DAYS)
chi_cnds.update({"(birth_date) <= '%s'" % (self.navb.finish): ''})
chi_cnds.update({"(birth_date) >= '%s'" % (five_years_ago): ''})
chi_attrs = queries.CHILD_NUTR.keys()
pre_cnds = self.navb.conditions()
pre_cnds.update({"(created_at) <= '%s'" % (self.navb.finish): ''})
pre_cnds.update({
"(recent_lmp + INTERVAL \'%d days\') >= '%s'" % (GESTATION, self.navb.start):
''
})
pre_attrs = queries.MOTHER_NUTR.keys()
chi_cnds, markup, chicols = self.navb.neater_tables(
cnds=chi_cnds,
extras=[('national_id', 'Mother ID'),
('user_phone', 'Reporter Phone'),
('birth_date', 'Birth date'), ('child_weight', 'Weight'),
('recent_muac', 'Muac'), ('created_at', 'Submission Date'),
('indexcol', "ID")])
CHIINDICS = [
('child', 'total', 'Total Children'),
] + [(makecol(x), queries.CHILD_NUTR[x][0], queries.CHILD_NUTR[x][1])
for x in chi_attrs]
CHIINDICSDICT = {x[0]: (x[1], x[2]) for x in CHIINDICS}
pre_cnds, markup, precols = self.navb.neater_tables(
cnds=pre_cnds,
extras=[
('national_id', 'Mother ID'),
('user_phone', 'Reporter Phone'),
('recent_lmp', 'LMP'),
#('gravidity', 'Gravidity'),
#('parity', 'Parity'),
('recent_mother_weight', 'Weight'),
('recent_mother_height', 'Height'),
('recent_bmi', 'BMI'),
('recent_muac', 'MUAC'),
('created_at', 'Submission Date'),
('indexcol', "ID")
])
PREINDICS = [
('mother', 'total', 'Total Mothers'),
] + [(makecol(x), queries.MOTHER_NUTR[x][0], queries.MOTHER_NUTR[x][1])
for x in pre_attrs]
PREINDICSDICT = {x[0]: (x[1], x[2]) for x in PREINDICS}
INDICS = CHIINDICS
title, sc, group, attrs, nat, tabular, locateds, INDICS_HEADERS = (
'', '', '', [], [], [], [], [])
if self.navb.kw.get('subcat'):
sc = self.navb.kw.get('subcat')
if self.navb.kw.get('group') == 'mother' or self.navb.kw.get(
'subcat') == 'mother':
wcl = PREINDICSDICT[sc] #;print wcl, CMRINDICSDICT
INDICS = [(sc, wcl[0], wcl[1])] if wcl else []
INDICS_HEADERS = dict([(makecol(x[0]), x[2]) for x in INDICS])
if wcl and wcl[0] != 'total': pre_cnds.update({wcl[0]: ''})
dcols, cols = [x[0] for x in precols], precols
markup.update({
'indexcol':
lambda x, _, __:
'<a href="/dashboards/report?tbl=mother&id=%s">View</a>' %
(x),
})
nat = Nutrition.fetch_log_mothers(pre_cnds, dcols)
else:
wcl = CHIINDICSDICT[sc] #;print wcl, CCMINDICSDICT
INDICS = [(sc, wcl[0], wcl[1])] if wcl else []
INDICS_HEADERS = dict([(makecol(x[0]), x[2]) for x in INDICS])
if wcl and wcl[0] != 'total': chi_cnds.update({wcl[0]: ''})
dcols, cols = [x[0] for x in chicols], chicols
markup.update({
'indexcol':
lambda x, _, __:
'<a href="/dashboards/report?tbl=bir&id=%s">View</a>' %
(x),
})
nat = Nutrition.fetch_log_children(chi_cnds, dcols)
else:
if self.navb.kw.get('group') == 'mother' or self.navb.kw.get(
'subcat') == 'mother':
dcols, cols = [x[0] for x in precols], precols
markup.update({
'indexcol':
lambda x, _, __:
'<a href="/dashboards/report?tbl=mother&id=%s">View</a>' %
(x),
})
nat = Nutrition.fetch_log_mothers(pre_cnds, dcols)
else:
dcols, cols = [x[0] for x in chicols], chicols
markup.update({
'indexcol':
lambda x, _, __:
'<a href="/dashboards/report?tbl=bir&id=%s">View</a>' %
(x),
})
nat = Nutrition.fetch_log_children(chi_cnds, dcols)
if self.navb.kw.get(
'view') == 'table' or self.navb.kw.get('view') != 'log':
group_by = []
group_by += [
'province_pk'
] if self.navb.kw.get('nation') or not group_by else []
group_by += ['district_pk'] if self.navb.kw.get('province') else []
group_by += ['referral_facility_pk'
] if self.navb.kw.get('district') else []
group_by += ['facility_pk'] if self.navb.kw.get('hd') else []
#print "\nGROUP BY: %s \n" % group_by
LOCS = {
'nation': self.navb.kw.get('nation'),
'province': self.navb.kw.get('province'),
'district': self.navb.kw.get('district'),
'hospital': self.navb.kw.get('hd'),
'location': self.navb.kw.get('hc')
}
if self.navb.kw.get('subcat') in [x[0] for x in CHIINDICS]:
#print PRE_INDICS, LOCS, cnds, group_by
locateds = Nutrition.fetch_children_by_location(
chi_cnds, group_by=group_by, INDICS=CHIINDICS)
elif self.navb.kw.get('subcat') in [x[0] for x in PREINDICS]:
#print INDICS, LOCS, cnds, group_by
locateds = Nutrition.fetch_mothers_by_location(
pre_cnds, group_by=group_by, INDICS=PREINDICS)
else:
INDICS = CHIINDICS + PREINDICS
locateds = Nutrition.fetch_children_by_location(
chi_cnds, group_by=group_by, INDICS=CHIINDICS)
locateds += Nutrition.fetch_mothers_by_location(
pre_cnds, group_by=group_by, INDICS=PREINDICS)
#print [[y.__dict__ for y in x] for x in locateds]#, INDICS, LOCS, self.navb.locs()
tabular = give_me_table(locateds,
self.navb.locs(),
INDICS=INDICS,
LOCS=LOCS)
#print locateds, "\n", tabular
INDICS_HEADERS = dict([(makecol(x[0]), x[2]) for x in INDICS])
desc = 'Nutrition%s' % (
' (%s)' % (self.navb.find_descr([(makecol(x[0]), x[2])
for x in INDICS], sc or group)))
#print INDICS_HEADERS, tabular, locateds
return (title, desc, group, attrs, markup, cols, nat, tabular,
locateds, INDICS_HEADERS)
def get_tables(self):
cnds = self.navb.conditions()
cnds.update({
"(created_at) >= '%s'" % (self.navb.start): '',
"(created_at) <= '%s'" % (self.navb.finish): '',
"keyword = 'SMN'": ''
})
exts = {}
cnds, markup, cols = self.navb.neater_tables(
cnds=cnds,
extras=[('has_gone_hc', 'Received at HC'),
('has_gone_hd', 'Received at DH'),
('province_pk', 'Province'), ('district_pk', 'District'),
('referral_facility_pk', 'Hospital'),
('facility_pk', 'Health Centre'), ('sector_pk', 'Sector'),
('cell_pk', 'Cell'), ('village_pk', 'Village'),
('national_id', 'National ID'),
('user_phone', 'Reporter Phone'),
('created_at', 'Submission Datetime'),
('indexcol', 'Message')])
markup.update({
'action':
lambda x, _, __:
'<a href="/dashboards/diagnosisdash?id=%s">Fill Diagnosis Form %s</a>'
% (x, x),
})
markup.update({
'indexcol':
lambda x, _, __:
'<a href="/dashboards/report?tbl=smn&id=%s">View</a>' % (x),
})
markup.update({
'has_gone_hc':
lambda x, _, __: '%s' %
('<b style="color:red;">HC: NO</b>'
if not x else '<b style="color:green;">HC: YES</b>')
})
markup.update({
'has_gone_hd':
lambda x, _, __: '%s' %
('<b style="color:red;">DH: NO</b>'
if not x else '<b style="color:green;">DH: YES</b>')
})
markup.update({
'symptoms':
lambda x, _, __: '%s' % (Malaria.get_report_symptoms(x))
})
markup.update({
'drugs':
lambda x, _, __: '%s' % (Malaria.get_report_drugs(x))
})
markup.update({
'message':
lambda x, _, __: '%s' % (Malaria.get_report_details(x))
})
DESCRI = []
MALARIADICT = makedict(queries.MALARIA_DATA['attrs'])
INDICS = [('all', 'total', 'Total')] + [
(makecol(x[0]), x[0], x[1]) for x in queries.MALARIA_DATA['attrs']
]
attrs = []
group = "Severe Malaria"
title = "Severe Malaria Notifications"
sc = self.navb.kw.get('subcat')
title, sc, group, attrs, nat, tabular, locateds, INDICS_HEADERS = (
'', '', '', [], [], [], [], [])
if self.navb.kw.get('subcat') and self.navb.kw.get('subcat') in [
makecol(x[0]) for x in queries.MALARIA_DATA['attrs']
]:
sc = self.navb.kw.get('subcat')
wcl = MALARIADICT.get(sc)
cnds.update({wcl[0]: ''})
INDICS = [(sc, wcl[0], wcl[1])] if wcl else []
#print INDICS, MALARIADICT
if self.navb.kw.get(
'view') == 'table' or self.navb.kw.get('view') != 'log':
group_by = []
group_by += [
'province_pk'
] if self.navb.kw.get('nation') or not group_by else []
group_by += ['district_pk'] if self.navb.kw.get('province') else []
group_by += ['referral_facility_pk'
] if self.navb.kw.get('district') else []
group_by += ['facility_pk'] if self.navb.kw.get('hd') else []
#print "\nGROUP BY: %s \n" % group_by
LOCS = {
'nation': self.navb.kw.get('nation'),
'province': self.navb.kw.get('province'),
'district': self.navb.kw.get('district'),
'hospital': self.navb.kw.get('hd'),
'location': self.navb.kw.get('hc')
}
locateds = Malaria.fetch_malaria_by_location(cnds,
group_by=group_by,
INDICS=INDICS)
#print [[y.__dict__ for y in x] for x in locateds]#, INDICS, LOCS, self.navb.locs()
tabular = give_me_table(locateds,
self.navb.locs(),
INDICS=INDICS,
LOCS=LOCS)
#print tabular
INDICS_HEADERS = dict([(makecol(x[0]), x[2]) for x in INDICS])
dcols = [x[0] for x in cols]
nat = Malaria.fetch_log_malaria(cnds, dcols)
#DESCRI.append((group, title))
desc = 'Severe malaria cases%s' % (' (%s)' % (self.navb.find_descr(
DESCRI + [(makecol(x[0]), x[2])
for x in INDICS], sc or self.navb.kw.get('subcat'))))
#print title, group, attrs, "NAT: ", nat[0].__dict__
return (title, desc, group, attrs, markup, cols, nat, tabular,
locateds, INDICS_HEADERS)
def get_tables(self):
#print "KW: ", self.navb.kw
cnds = self.navb.conditions()
cnds.update({"(anc_date) <= '%s'" % (self.navb.finish): ''})
cnds.update({
"(lmp + INTERVAL \'%d days\') >= '%s'" % (GESTATION, self.navb.start):
''
})
precnds = self.navb.conditions()
precnds.update({"(created_at) <= '%s'" % (self.navb.finish): ''})
precnds.update({
"(lmp + INTERVAL \'%d days\') >= '%s'" % (GESTATION, self.navb.start):
''
}) #
cnds, markup, cols = self.navb.neater_tables(
cnds=cnds,
extras=[('indexcol', 'ID'), ('national_id', 'Mother ID'),
('user_phone', 'Reporter Phone'), ('lmp', 'LMP'),
('mother_weight', 'Weight'), ('muac', 'Muac'),
('created_at', 'Submission Date')])
markup.update({
'indexcol':
lambda x, _, __:
'<a href="/dashboards/report?tbl=anc&id=%s">View</a>' % (x),
})
INDICS = [(makecol(x[0]), x[0], x[1])
for x in queries.ANC_DATA['attrs']]
PRE_INDICS = [('anc1', 'total', 'ANC1'),
('stdanc1', '(lmp + INTERVAL \'90 days\') <= created_at',
'Standard ANC1')]
ANCDICT = makedict(queries.ANC_DATA['attrs'])
PREDICT = {x[0]: (x[1], x[2]) for x in PRE_INDICS}
title, sc, group, attrs, nat, tabular, locateds, INDICS_HEADERS = (
'', '', '', [], [], [], [], [])
if self.navb.kw.get('subcat') is not None:
sc = self.navb.kw.get('subcat')
dcols = [x[0] for x in cols]
if self.navb.kw.get('subcat') in [x[0] for x in PRE_INDICS]:
wcl = PREDICT.get(sc) #; print wcl, PREDICT
INDICS = [(sc, wcl[0], wcl[1])] if wcl else []
INDICS_HEADERS = dict([(makecol(x[0]), x[2])
for x in PRE_INDICS])
if wcl and wcl[0] != 'total': precnds.update({wcl[0]: ''})
nat = Pregnancy.fetch_log_pregnancies(precnds, dcols)
else:
wcl = ANCDICT.get(sc)
INDICS = [(sc, wcl[0], wcl[1])] if wcl else []
INDICS_HEADERS = dict([(makecol(x[0]), x[2]) for x in INDICS])
cnds.update({wcl[0]: ''})
nat = Ancvisit.fetch_log_ancvisits(cnds, dcols)
#;print "INDICS: ", INDICS
#print wcl, ANCDICT, INDICS
else:
dcols = [x[0] for x in cols]
#nat = Ancvisit.fetch_log_ancvisits(cnds, dcols)
nat = Pregnancy.fetch_log_pregnancies(precnds, dcols)
if self.navb.kw.get(
'view') == 'table' or self.navb.kw.get('view') != 'log':
group_by = []
group_by += [
'province_pk'
] if self.navb.kw.get('nation') or not group_by else []
group_by += ['district_pk'] if self.navb.kw.get('province') else []
group_by += ['referral_facility_pk'
] if self.navb.kw.get('district') else []
group_by += ['facility_pk'] if self.navb.kw.get('hd') else []
#print "\nGROUP BY: %s \n" % group_by
LOCS = {
'nation': self.navb.kw.get('nation'),
'province': self.navb.kw.get('province'),
'district': self.navb.kw.get('district'),
'hospital': self.navb.kw.get('hd'),
'location': self.navb.kw.get('hc')
}
if self.navb.kw.get('subcat') in [x[0] for x in PRE_INDICS]:
#print PRE_INDICS, LOCS, precnds, group_by
locateds = Pregnancy.fetch_pregnancies_by_location(
precnds, group_by=group_by, INDICS=PRE_INDICS)
elif self.navb.kw.get('subcat') in [x[0] for x in INDICS]:
#print INDICS, LOCS, cnds, group_by
locateds = Ancvisit.fetch_ancvisits_by_location(
cnds, group_by=group_by, INDICS=INDICS)
else:
INDICS = PRE_INDICS + INDICS
locateds = Ancvisit.fetch_ancvisits_by_location(
cnds, group_by=group_by, INDICS=INDICS)
locateds += Pregnancy.fetch_pregnancies_by_location(
precnds, group_by=group_by, INDICS=PRE_INDICS)
#print [[y.__dict__ for y in x] for x in locateds]#, INDICS, LOCS, self.navb.locs()
tabular = give_me_table(locateds,
self.navb.locs(),
INDICS=INDICS,
LOCS=LOCS)
#print locateds, "\n", tabular
INDICS_HEADERS = dict([(makecol(x[0]), x[2]) for x in INDICS])
desc = 'Antenatal care visits%s' % (
' (%s)' % (self.navb.find_descr([(makecol(x[0]), x[2])
for x in INDICS], sc)))
#print INDICS_HEADERS, tabular, locateds
return (title, desc, group, attrs, markup, cols, nat, tabular,
locateds, INDICS_HEADERS)
def get_tables(self):
cnds = self.navb.conditions()
cnds.update({"(created_at) <= '%s'" % (self.navb.finish): ''})
cnds.update({"(created_at) >= '%s'" % (self.navb.start): ''})
cnds, markup, cols = self.navb.neater_tables(
cnds=cnds,
extras=[('national_id', 'Mother ID'),
('user_phone', 'Reporter Phone'),
('birth_date', 'Birth date'),
('child_number', 'Child Number'),
('child_weight', 'Child Weight'),
('mother_weight', 'Mother Weight'),
('created_at', 'Submission Date')])
REDINDICS = [
('red', 'total', 'Total RED'),
] + [(makecol(x[0]), x[0], x[1]) for x in queries.RED_DATA['attrs']]
REDINDICSDICT = {x[0]: (x[1], x[2]) for x in REDINDICS}
RARINDICS = [
('rar', 'total', 'Total RAR'),
] + [
(makecol(x[0]), x[0], x[1]) for x in queries.RAR_DATA['attrs']
] + [(makecol(x[0]), x[0], x[1]) for x in queries.RAR_DATA['outs']]
RARINDICSDICT = {x[0]: (x[1], x[2]) for x in RARINDICS}
INDICS = REDINDICS
title, sc, group, attrs, nat, tabular, locateds, INDICS_HEADERS = (
'', '', '', [], [], [], [], [])
if self.navb.kw.get('subcat'):
sc = self.navb.kw.get('subcat')
if self.navb.kw.get('group') == 'rar' or self.navb.kw.get(
'subcat') == 'rar':
wcl = RARINDICSDICT[sc] #;print wcl, RARINDICSDICT
INDICS = [(sc, wcl[0], wcl[1])] if wcl else []
INDICS_HEADERS = dict([(makecol(x[0]), x[2]) for x in INDICS])
if wcl and wcl[0] != 'total': cnds.update({wcl[0]: ''})
dcols = [x[0] for x in cols]
nat = Redalert.fetch_log_redresults(cnds, dcols)
else:
wcl = REDINDICSDICT[sc] #;print wcl, CCMINDICSDICT
INDICS = [(sc, wcl[0], wcl[1])] if wcl else []
INDICS_HEADERS = dict([(makecol(x[0]), x[2]) for x in INDICS])
if wcl and wcl[0] != 'total': cnds.update({wcl[0]: ''})
dcols = [x[0] for x in cols]
nat = Redalert.fetch_log_redalerts(cnds, dcols)
else:
if self.navb.kw.get('group') == 'rar' or self.navb.kw.get(
'subcat') == 'rar':
dcols = [x[0] for x in cols]
nat = Redalert.fetch_log_redresults(cnds, dcols)
else:
dcols = [x[0] for x in cols]
nat = Redalert.fetch_log_redalerts(cnds, dcols)
if self.navb.kw.get(
'view') == 'table' or self.navb.kw.get('view') != 'log':
group_by = []
group_by += [
'province_pk'
] if self.navb.kw.get('nation') or not group_by else []
group_by += ['district_pk'] if self.navb.kw.get('province') else []
group_by += ['referral_facility_pk'
] if self.navb.kw.get('district') else []
group_by += ['facility_pk'] if self.navb.kw.get('hd') else []
#print "\nGROUP BY: %s \n" % group_by
LOCS = {
'nation': self.navb.kw.get('nation'),
'province': self.navb.kw.get('province'),
'district': self.navb.kw.get('district'),
'hospital': self.navb.kw.get('hd'),
'location': self.navb.kw.get('hc')
}
if self.navb.kw.get('subcat') in [x[0] for x in REDINDICS]:
#print REDINDICS, LOCS, cnds, group_by
locateds = Redalert.fetch_redalerts_by_location(
cnds, group_by=group_by, INDICS=REDINDICS)
elif self.navb.kw.get('subcat') in [x[0] for x in RARINDICS]:
#print RARINDICS, LOCS, cnds, group_by
locateds = Redalert.fetch_redresults_by_location(
cnds, group_by=group_by, INDICS=RARINDICS)
else:
INDICS = REDINDICS + RARINDICS
locateds = Redalert.fetch_redalerts_by_location(
cnds, group_by=group_by, INDICS=REDINDICS)
locateds += Redalert.fetch_redresults_by_location(
cnds, group_by=group_by, INDICS=RARINDICS)
#print [[y.__dict__ for y in x] for x in locateds]#, INDICS, LOCS, self.navb.locs()
tabular = give_me_table(locateds,
self.navb.locs(),
INDICS=INDICS,
LOCS=LOCS)
#print locateds, "\n", tabular
INDICS_HEADERS = dict([(makecol(x[0]), x[2]) for x in INDICS])
desc = 'Red alerts%s' % (
' (%s)' % (self.navb.find_descr([(makecol(x[0]), x[2])
for x in INDICS], sc or group)))
#print INDICS_HEADERS, tabular, locateds
return (title, desc, group, attrs, markup, cols, nat, tabular,
locateds, INDICS_HEADERS)
