clinic/netforce_clinic/models/gen_visit.py

248 lines
9.2 KiB
Python

from datetime import datetime, timedelta
from netforce.access import get_active_user
from netforce.model import Model, fields, get_model
FMT_DATE="%Y-%m-%d"
FMT_DATETIME="%Y-%m-%d %H:%M:%S"
class GenVisit(Model):
_name="clinic.gen.visit"
_transient=True
def _get_duration(self,ids,context={}):
res={}
for obj in self.browse(ids):
duration=datetime.strptime(obj.date_to,FMT_DATETIME)-datetime.strptime(obj.date_from,FMT_DATETIME)
res[obj.id]=duration.days
return res
_fields={
'date_from': fields.DateTime("From", required=True),
'date_to': fields.DateTime("To", required=True),
'cycle_id': fields.Many2One("clinic.cycle","Cycle", required=True),
'lines': fields.One2Many("clinic.gen.visit.line","gen_id","Lines"),
'monday': fields.Boolean("Monday"),
'tuesday': fields.Boolean("Tuesdays"),
'wednesday': fields.Boolean("Wednesdays"),
'thursday': fields.Boolean("Thursdays"),
'friday': fields.Boolean("Fridays"),
'doctor_id': fields.Many2One("clinic.doctor","Doctor"),
'nurse_id': fields.Many2One("clinic.nurse","Nurse"),
'department_id': fields.Many2One("clinic.department","Department"),
'duration': fields.Integer("Duration (hrs)", function="_get_duration"),
}
def _get_lines(self,context={}):
ids=context.get("ids")
if not ids:
ids=[context.get("refer_id")]
lines=[{'patient_id': id} for id in ids]
return lines
def _get_nurse(self,context={}):
user_id=get_active_user()
print("user_id ",user_id)
nurse_ids=get_model("clinic.nurse").search([['user_id','=',user_id]])
if nurse_ids:
return nurse_ids[0]
return None
def _get_cycle(self,context={}):
cycle_ids=get_model('clinic.cycle').search([],order="sequence")
if cycle_ids:
cycle_id=cycle_ids[0]
return cycle_id or None
_defaults={
'lines': _get_lines,
'date_from': lambda *a: datetime.now().strftime(FMT_DATETIME),
'date_to': lambda *a: datetime.now().strftime(FMT_DATETIME),
'nurse_id': _get_nurse,
'duration': 1,
'cycle_id': _get_cycle,
'monday': True,
}
def onchange_time(self,context={}):
data=context['data']
cycle_id=data['cycle_id']
duration=1
if cycle_id:
cycle=get_model('clinic.cycle').browse(cycle_id)
duration=cycle.duration or 0
seconds=duration*3600
date_from=data['date_from']
date_to=(datetime.strptime(date_from,FMT_DATETIME)+timedelta(seconds=seconds)).strftime(FMT_DATETIME)
data['date_to']='%s %s'%(data['date_to'][0:10],date_to[11:])
duration=(datetime.strptime(data['date_to'],FMT_DATETIME)-datetime.strptime(data['date_from'],FMT_DATETIME)).seconds/3600
data['duration']=duration
return data
def onchange_dateto(self,context={}):
data=context['data']
data['duration']=(datetime.strptime(data['date_to'],FMT_DATETIME)-datetime.strptime(data['date_from'],FMT_DATETIME)).seconds/3600
return data
def gen_visit(self,ids,context):
obj=self.browse(ids)[0]
visit_obj=get_model('clinic.visit')
days=[
obj.monday and 1 or 0,
obj.tuesday and 2 or 0,
obj.wednesday and 3 or 0,
obj.thursday and 4 or 0,
obj.friday and 5 or 0,
]
days=[day for day in days if day]
if not days:
raise Exception("Please select Day")
visit_vals=[]
date_from=datetime.strptime(obj.date_from,FMT_DATETIME)
date_to=datetime.strptime(obj.date_to,FMT_DATETIME)
for line in obj.lines:
ntoday=1
day_total=(date_to-date_from).days+ntoday
for weekday in days:
wd=date_from.weekday()
start_date=date_from
while wd != weekday-1:
start_date+=timedelta(days=1)
wd=start_date.weekday()
#XXX should gen only in scope
if start_date.strftime(FMT_DATE) > date_to.strftime(FMT_DATE):
continue
count=0
while count < day_total:
tmp=start_date+timedelta(days=count)
vals={
'patient_id': line.patient_id.id,
'doctor_id': obj.doctor_id.id,
'nurse_id': obj.nurse_id.id,
'department_id': obj.department_id.id,
'cycle_id': obj.cycle_id.id,
'time_start': "%s %s" % (tmp.strftime(FMT_DATE),date_from.strftime(FMT_DATETIME)[11:]),
'time_stop': "%s %s" % (tmp.strftime(FMT_DATE),date_to.strftime(FMT_DATETIME)[11:]),
'state': 'draft',
}
visit_vals.append(vals)
count+=7
dom=[]
dom.append(['time_start','>=','%s %s'%(tmp.strftime(FMT_DATE)[0:10],' 00:00:00')])
dom.append(['time_stop','<=','%s %s'%(tmp.strftime(FMT_DATE)[0:10],' 23:59:59')])
dom.append(['patient_id', '=', line.patient_id.id])
dom.append(['cycle_id', '=', obj.cycle_id.id]) #XXX
dom.append(['state','=','draft'])
vids=visit_obj.search(dom)
visit_obj.delete(vids)
start_date=tmp
for vals in visit_vals:
visit_obj.create(vals)
return {
'next': {
'name': 'clinic_patient',
'mode': 'list',
},
'flash': 'Generate OK',
}
def clear_visit(self,ids,context={}):
obj=self.browse(ids)[0]
days=[
obj.monday and 1 or 0,
obj.tuesday and 2 or 0,
obj.wednesday and 3 or 0,
obj.thursday and 4 or 0,
obj.friday and 5 or 0,
]
days=[day for day in days if day]
visit_ids=[]
date_from=datetime.strptime(obj.date_from,FMT_DATETIME)
date_to=datetime.strptime(obj.date_to,FMT_DATETIME)
visit_obj=get_model("clinic.visit")
if days:
for line in obj.lines:
# loop days in weekend
ntoday=1
day_total=(date_to-date_from).days+ntoday
for weekday in days:
wd=date_from.weekday()
start_date=date_from
while wd != weekday-1:
start_date+=timedelta(days=1)
wd=start_date.weekday()
#XXX should gen only in scop
if start_date.strftime(FMT_DATE) > date_to.strftime(FMT_DATE):
continue
count=0
while count < day_total:
tmp=start_date+timedelta(days=count)
time_start="%s 00:00:00" % (tmp.strftime(FMT_DATE))
time_stop="%s 23:59:59" % (tmp.strftime(FMT_DATE))
patient_id=line.patient_id.id
dom=[]
dom.append(['time_start','>=','%s'%time_start])
dom.append(['time_stop','<=','%s'%time_stop])
dom.append(['patient_id','=','%s'%patient_id])
dom.append(['state','=','draft'])
count+=7
print(dom)
vids=visit_obj.search(dom)
if vids:
visit_ids.append(vids[0])
start_date=tmp
else:
time_start=obj.date_from
time_stop=obj.date_to
for line in obj.lines:
patient_id=line.patient_id.id
dom=[]
dom.append(['time_start','>=','%s'%time_start])
dom.append(['time_stop','<=','%s'%time_stop])
dom.append(['patient_id','=','%s'%patient_id])
dom.append(['state','=','draft'])
vids=visit_obj.search(dom)
if vids:
visit_ids.append(vids[0])
if visit_ids:
print("visit_ids ", len(visit_ids))
get_model("clinic.visit").delete(visit_ids)
return {
'next': {
'name': 'clinic_patient',
'mode': 'list',
},
'flash': 'Clear OK',
}
def _clear_visit(self,ids,context):
obj=self.browse(ids)[0]
visit_obj=get_model("clinic.visit")
for line in obj.lines:
patient_id=line.patient_id
dom=[]
dom.append(['patient_id','=',patient_id.id])
dom.append(['state','=','draft'])
# clear
# only from to and day
visit_ids=visit_obj.search(dom)
visit_obj.delete(visit_ids)
return {
'next': {
'name': 'clinic_patient',
'mode': 'list',
},
'flash': 'Clear OK',
}
GenVisit.register()