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"), 'sathurday': fields.Boolean("Sathurday"), 'sunday': fields.Boolean("Sunday"), '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, obj.sathurday and 6 or 0, obj.sunday and 7 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()