import re from django.forms import IntegerField from django.shortcuts import render from client.models import UserCode, Keys, DocumentType, Document, KeyVal from django.conf import settings from django.core.mail import send_mail from client.models import GroupSettings, UserCode, Keys, DocumentType, Document, KeyVal from django.contrib.auth.models import Group, Permission, User from django.db.models import Q, Count, Case, When, Exists, OuterRef, Subquery, Value from django.core.exceptions import ObjectDoesNotExist from django.http import HttpResponseRedirect, FileResponse, HttpResponse from django.db.models.deletion import ProtectedError from django.template.loader import get_template from django.conf import settings from django.contrib.admin.views.decorators import staff_member_required from django.contrib.auth.decorators import user_passes_test from django.contrib.sessions.backends.db import SessionStore import csv import dateparser from datetime import datetime from datetime import timedelta import pytz import pdfkit from io import BytesIO import base64 from PIL import Image, UnidentifiedImageError import zipfile import json import threading # custom staff check function for non primary group staff members def isStaff(user): if user.is_staff: return True if user.has_perm("client.staff"): return True return False # function to check if "aggiunto" has permission to view documents def isCapi_enabled(user): groups = user.groups.values_list('name', flat=True) group = groups[0] settings = GroupSettings.objects.filter(group__name=group) if len(settings) != 0 and "capi" in groups: return settings[0].view_documents else: return False # function to get group list based on permissions of user def getGroups(request): user = request.user if user.is_staff: groups = list(user.groups.all()) else: groups = list(user.groups.all())[1:] if user.is_superuser and request.session.get("superuser"): groups = list(Group.objects.all()) if "superuser_group" in request.session: su_group = Group.objects.get(name=request.session["superuser_group"]) if su_group in groups: groups.remove(su_group) groups = [su_group] + groups return groups @user_passes_test(isStaff) def index(request): context = {} groups = getGroups(request) q_obj = Q(group__in=groups) doc_types = DocumentType.objects.filter(q_obj & Q(enabled=True)).order_by("-id") # check for settings group_check = [] for i in groups: if i.name == "capi": continue doc_view_check = "" settings = GroupSettings.objects.filter(group=i) # create settings if non existing if len(settings) == 0: settings = GroupSettings(group=i, view_documents=False) else: settings = settings[0] if settings.view_documents: doc_view_check = 'checked="checked"' group_check.append([i.name, doc_view_check]) # check if changing settings if request.method == "POST" and request.user.is_staff: if request.user.is_superuser and "su_status" in request.POST: action = request.POST["su_status"] if action == "change": if "superuser" not in request.session: request.session["superuser"] = True else: request.session["superuser"] = not request.session["superuser"] if "superuser_group" not in request.session: request.session["superuser_group"] = "reparto" elif action in ["diga", "muta", "reparto", "posto", "clan"]: request.session["superuser_group"] = action return HttpResponseRedirect("/server") for i in groups: settings = GroupSettings.objects.filter(group=i) # create settings if non existing if len(settings) == 0: settings = GroupSettings(group=i, view_documents=False) else: settings = settings[0] if i.name in request.POST: settings.view_documents = True settings.save() else: settings.view_documents = False settings.save() return HttpResponseRedirect("/server") context = { 'docs': doc_types, 'groups': group_check, 'doc_view_check': doc_view_check, } return render(request, 'server/index.html', context) @staff_member_required def uapprove(request): context = {} data = [] if request.method == "POST": # get group name and obj group = getGroups(request)[0] # parse text to array data = request.POST["codes"] data = split_codes(data) # check if format is right for i in range(len(data)): if not data[i].startswith("U"): data[i] = data[i] + " - Formato errato" elif not data[i][1:].isdigit(): data[i] = data[i] + " - Formato errato" elif int(data[i][1:]) < 100000 or int(data[i][1:]) > 999999: data[i] = data[i] + " - Formato errato" elif UserCode.objects.filter(code=data[i][1:]).count() == 0: data[i] = data[i] + " - Invalido" else: usercode = UserCode.objects.filter(code=data[i][1:])[0] # if user not in any group add to the same group as staff if usercode.branca == None: usercode.branca = group usercode.save() data[i] = data[i] + " - Ok" elif usercode.branca == group: data[i] = data[i] + " - Già " + group.name else: usercode.branca = group usercode.save() data[i] = data[i] + " - Ok, cambio branca" context = { 'messages': data, 'empty': len(data) == 0, } return render(request, 'server/approve_user.html', context) def split_codes(str): out = [] buffer = "" for i in str: if i.isdigit() or i == "U": buffer += i continue if i == "\n": out.append(buffer) buffer = "" if buffer != "": out.append(buffer) return out @user_passes_test(isStaff) def docapprove(request): context = {} data = [] groups = getGroups(request) # setup variables for error text and success text error = False success = False error_text = "" success_text = "" document = None messages = [] if request.method == "POST": # check if bulk approve or single if "codes" in request.POST: # parse text in array data = request.POST["codes"] data = split_codes(data) # check if code valid for i in range(len(data)): if not data[i].isdigit(): messages.append(data[i] + " - Formato errato") elif int(data[i]) < 100000 or int(data[i]) > 999999: messages.append(data[i] + " - Formato errato") elif Document.objects.filter(code=data[i]).count() == 0: messages.append(data[i] + " - Invalido") elif Document.objects.filter(code=data[i])[0].group not in groups: # check if user has permission to approve document messages.append(data[i] + " - Invalido") else: document = Document.objects.filter(code=data[i])[0] if document.group not in groups: return if document.status != 'wait' and document.status != 'ok': return if document.status == 'ok': # do nothing document already approved messages.append(data[i] + " - Già approvato") else: document.status = 'ok' document.save() messages.append(data[i] + " - Ok") elif "code" in request.POST: print("doing this") data = request.POST["code"] if not data.isdigit(): error_text = "Formato codice errato" error = True elif int(data) < 100000 or int(data) > 999999: error_text = "Formato codice errato" error = True elif Document.objects.filter(code=data).count() == 0: error_text = "Codice invalido" error = True elif Document.objects.filter(code=data)[0].group not in groups: error_text = "Codice invalido" error = True else: # get document document = Document.objects.filter(code=data)[0] if document.group not in groups: return if document.status != 'wait' and document.status != 'ok': return # prepare success message if document.status == 'ok': success_text = "File caricato" success = True else: document.status = 'ok' document.save() success_text = "Documento approvato e file caricato" success = True # check for errors and upload files if "doc_sign" in request.FILES and not error: myfile = request.FILES['doc_sign'] try: im = Image.open(myfile) im_io = BytesIO() # compress image in WEBP im.save(im_io, 'WEBP', quality=50) document.signed_doc.save(data+"_"+myfile.name, im_io) document.save() except UnidentifiedImageError: error = True error_text = "Il file non è un immagine valida" else: error = True error_text = "Prego caricare un file" context = { 'messages': messages, 'empty': len(messages) == 0, "error": error, "error_text": error_text, "success": success, "success_text": success_text, } return render(request, 'server/approve_doc.html', context) @staff_member_required def approve_direct(request): # get groups that the user is manager of groups = getGroups(request) if request.method == "POST" and "doc_code" in request.POST: # if user submitted the form to approve a document doc_code = request.POST["doc_code"] if doc_code.isdigit(): doc_code = int(doc_code) else: doc_code = -1 document = Document.objects.filter(code=doc_code) # user modified manually the code if len(document) != 1: return document = document[0] # user modified the code to an invalid document if document.status != "wait": return # check if user has permission to approve document if document.group not in groups: return document.status = "ok" document.save() return render(request, 'server/approve_doc_direct.html', {"doc": document, "success": True}) # if the user just opened the page if "code" in request.GET: doc_code = request.GET["code"] if doc_code.isdigit(): doc_code = int(doc_code) else: doc_code = -1 else: return render(request, 'server/approve_doc_direct.html', {"error": -1}) document = Document.objects.filter(code=doc_code) if len(document) != 1: return render(request, 'server/approve_doc_direct.html', {"error": "Codice del documento invalido, riscansionare il codice"}) document = document[0] if document.status != "wait": return render(request, 'server/approve_doc_direct.html', {"error": "Questo documento non è in attesa di approvazione"}) # check if user has permission to approve document if document.group not in groups: return render(request, 'server/approve_doc_direct.html', {"error": "Non hai il permesso di approvare questo documento"}) return render(request, 'server/approve_doc_direct.html', {"doc": document}) @staff_member_required def ulist(request): context = {} # group name and obj groups = getGroups(request) if request.method == "POST": # request to remove uc from branca if request.POST["action"][0] == 'd': uc = UserCode.objects.get(id=request.POST["action"][1:]) # check if user has permission to remove usercode if uc.branca not in groups: return uc.branca = None uc.save() # request to download document elif request.POST["action"][0] == 'f': document = Document.objects.get(id=request.POST["action"][1:]) # check if user has permission to view document if document.group == groups[0]: vac_file = "" health_file = "" sign_doc_file = "" # prepare pictures in base64 if document.medical_data: if document.medical_data.vac_certificate.name: with open(document.medical_data.vac_certificate.name, 'rb') as image_file: vac_file = base64.b64encode( image_file.read()).decode() if document.medical_data.health_care_certificate.name: with open(document.medical_data.health_care_certificate.name, 'rb') as image_file: health_file = base64.b64encode( image_file.read()).decode() if document.signed_doc: with open(document.signed_doc.name, 'rb') as image_file: sign_doc_file = base64.b64encode( image_file.read()).decode() # get template and build context template = get_template('server/download_doc.html') doc = [document, KeyVal.objects.filter( container=document), document.personal_data, document.medical_data, document.user.groups.values_list('name', flat=True)[0]] context = {'doc': doc, 'vac': vac_file, 'health': health_file, 'sign_doc_file': sign_doc_file} # render context html = template.render(context) # render pdf using wkhtmltopdf pdf = pdfkit.from_string(html, False) result = BytesIO(pdf) result.seek(0) return FileResponse(result, filename=document.usercode.first_name+"_"+document.usercode.last_name+"_"+document.document_type.name+".pdf") # list users with their documents usercodes = UserCode.objects.filter(branca__in=groups).select_related("user", "medic").order_by("last_name") vac_file = ["/server/media/", "/vac_certificate/usercode"] health_file = ["/server/media/", "/health_care_certificate/usercode"] context = { 'users': usercodes, 'vac_file': vac_file, 'health_file': health_file, } return render(request, 'server/user_list.html', context) @staff_member_required def ulist_table(request): context = {} # group name and obj groups = getGroups(request) # list users with their documents usercodes = UserCode.objects.filter(branca__in=groups).select_related("user", "medic").order_by("user__last_name") vac_file = ["/server/media/", "/vac_certificate/usercode"] health_file = ["/server/media/", "/health_care_certificate/usercode"] context = { 'users': usercodes, 'vac_file': vac_file, 'health_file': health_file, } return render(request, 'server/user_list_table.html', context) @user_passes_test(isStaff) def doctype(request): context = {} # error variables to throw at user error = False error_text = "" # init checkboxes public = True selfsign = True hidden = False personal = True medic = True custom = True message = True group_bool = True public_check = 'checked="checked"' selfsign_check = 'checked="checked"' hidden_check = 'checked="checked"' personal_check = 'checked="checked"' medic_check = 'checked="checked"' custom_check = 'checked="checked"' message_check = 'checked="checked"' group_check = 'checked="checked"' # if user not staff of primary get only non primary groups groups = getGroups(request) if request.method == "POST": # check if request to edit if request.POST["action"][0] == 'e': document_type = DocumentType.objects.get(id=request.POST["action"][1:]) # check if user has permission on the document if document_type.group not in groups: return enabled_check = 'checked="checked"' if document_type.enabled else "" sign_check = 'checked="checked"' if not document_type.auto_sign else "" custom_message_check = 'checked="checked"' if document_type.custom_message else "" staff_only_check = 'checked="checked"' if document_type.staff_only else "" private_check = 'checked="checked"' if document_type.group_private else "" context = { 'doc': document_type, "group": document_type.group.name, "enabled_check": enabled_check, "private_check": private_check, "sign_check": sign_check, "staff_only_check": staff_only_check, "custom_message_check": custom_message_check, } return docedit_wrapper(request, context) # check if request to download elif request.POST["action"][0] == 'p': document_type = DocumentType.objects.get(id=request.POST["action"][1:]) # check if user has permission on the document if document_type.group not in groups: return docs = Document.objects.filter(document_type=document_type).select_related("personal_data", "medical_data", "user") # get time for filename current_time = datetime.strftime(datetime.now(), "%H_%M__%d_%m_%y") response = HttpResponse() response['Content-Disposition'] = 'attachment; filename="' + document_type.name.replace(' ', '_') + '_export_' + current_time + '.csv"' writer = csv.writer(response) # csv header header = ["Nome", "Cognome", "Email", "Branca", "Capo", "Stato", "Data di compilazione"] if document_type.personal_data: header += ["Nome dei genitori", "Via", "CAP", "Comune", "Nazionalita", "Data di nascita", "Telefono di casa", "Telefono", "Scuola", "Anno scolastico", "Numero AVS"] keys = [] if document_type.custom_data: keys = Keys.objects.filter(container=document_type).values_list("key", flat=True) header += keys writer.writerow(header) for doc in docs: capo = "no" if "capi" in doc.usercode.user.groups.values_list('name', flat=True) or doc.usercode.user.is_staff: capo = "si" write_data = [ doc.usercode.first_name, doc.usercode.last_name, doc.usercode.user.email, doc.usercode.branca.name, capo, doc.status, doc.compilation_date, ] if document_type.personal_data: write_data += [ doc.personal_data.parent_name, doc.personal_data.via, doc.personal_data.cap, doc.personal_data.country, doc.personal_data.nationality, doc.personal_data.born_date, doc.personal_data.home_phone, doc.personal_data.phone, doc.personal_data.school, doc.personal_data.year, doc.personal_data.avs_number ] if document_type.custom_data: # add empty cell if no keyval present keyvals = KeyVal.objects.filter(container=doc).values_list("key", "value") for key in keys: for keyval in keyvals: if keyval[0] == key: write_data.append(keyval[1]) break else: write_data.append("") writer.writerow(write_data) return response #check if request to download with medic data elif request.POST["action"][0] == 'm': document_type = DocumentType.objects.get(id=request.POST["action"][1:]) # check if user has permission on the document if document_type.group not in groups: return docs = Document.objects.filter(document_type=document_type) # get time for filename current_time = datetime.strftime(datetime.now(), "%H_%M__%d_%m_%y") response = HttpResponse() response['Content-Disposition'] = 'attachment; filename="' + document_type.name.replace(' ', '_') + '_export_medic_' + current_time + '.csv"' writer = csv.writer(response) # csv header header = ["Nome", "Cognome", "Email", "Branca", "Capo", "Stato", "Data di compilazione", "Nome dei genitori", "Via", "CAP", "Comune", "Nazionalita", "Data di nascita", "Telefono di casa", "Telefono", "Scuola", "Anno scolastico", "Numero AVS", "Contatto d'emergenza", "Parentela del contatto", "Telefono d'emergenza", "Cellulare emergenza", "Indirizzo completo emergenza", "Cassa malati", "Ass. Infortuni", "Ass. RC", "Socio REGA", "Nome del medico", "Telefono medico", "Indirizzo medico", "Malattie", "Vacinazioni", "Data antitetanica", "Allergie", "Assume medicamenti", "Medicamenti", "Informazioni particolari", "Informazioni"] if document_type.custom_data: header += Keys.objects.filter(container=document_type).values_list("key", flat=True) writer.writerow(header) for doc in docs: capo = "no" if "capi" in doc.usercode.user.groups.values_list('name', flat=True) or doc.usercode.user.is_staff: capo = "si" write_data = [ doc.usercode.first_name, doc.usercode.last_name, doc.usercode.user.email, doc.usercode.branca, capo, doc.status, doc.compilation_date, doc.personal_data.parent_name, doc.personal_data.via, doc.personal_data.cap, doc.personal_data.country, doc.personal_data.nationality, doc.personal_data.born_date, doc.personal_data.home_phone, doc.personal_data.phone, doc.personal_data.school, doc.personal_data.year, doc.personal_data.avs_number ] if doc.medical_data: write_data += [ doc.medical_data.emer_name, doc.medical_data.emer_relative, doc.medical_data.emer_phone, doc.medical_data.cell_phone, doc.medical_data.address, doc.medical_data.health_care, doc.medical_data.injuries, doc.medical_data.rc, doc.medical_data.rega, doc.medical_data.medic_name, doc.medical_data.medic_phone, doc.medical_data.medic_address, doc.medical_data.sickness, doc.medical_data.vaccine, doc.medical_data.tetanus_date, doc.medical_data.allergy, doc.medical_data.drugs_bool, doc.medical_data.drugs, doc.medical_data.misc_bool, doc.medical_data.misc ] if document_type.custom_data: write_data += KeyVal.objects.filter(container=doc).values_list("value", flat=True) writer.writerow(write_data) return response # list all selected types for i in request.POST.keys(): if i.isdigit(): docc = DocumentType.objects.get(id=i) # check if user has permission if docc.group in groups: # execute action if request.POST["action"] == 'delete': try: docc.delete() except ProtectedError: error = True error_text = "Non puoi eliminare un tipo a cui é collegato uno o piú documenti" elif request.POST["action"] == 'hide': docc.enabled = False docc.save() elif request.POST["action"] == 'show': docc.enabled = True docc.save() else: error = True error_text = "Non puoi modificare un documento non del tuo gruppo" # check which filters are applied public = "filter_public" in request.POST selfsign = "filter_selfsign" in request.POST hidden = "filter_hidden" in request.POST personal = "filter_personal" in request.POST medic = "filter_medic" in request.POST custom = "filter_custom" in request.POST message = "filter_message" in request.POST group_bool = "filter_group" in request.POST # check if request to clear filters if request.POST["action"] == 'clear': public = True selfsign = True hidden = False personal = True medic = True custom = True message = True group_bool = True # get documents from the list q_obj = Q(group__in=groups) public_types = DocumentType.objects.filter(q_obj) # apply filters if not public: public_types = public_types.filter(group_private=True) public_check = "" if not selfsign: public_types = public_types.filter(auto_sign=False) selfsign_check = "" if not hidden: public_types = public_types.filter(enabled=True) hidden_check = "" if not personal: public_types = public_types.filter(personal_data=False) personal_check = "" if not medic: public_types = public_types.filter(medical_data=False) medic_check = "" if not custom: public_types = public_types.filter(custom_data=False) custom_check = "" if not message: public_types = public_types.filter(custom_message=False) message_check = "" if not group_bool: public_types = public_types.filter(custom_group=False) group_check = "" users_capi = User.objects.filter(groups__name__contains="capi") docs = [] for doc in public_types: doc_count = str(Document.objects.filter(document_type=doc).count()) ref_docs_archived = Document.objects.filter(document_type=doc, status="archive").count() if ref_docs_archived > 0: doc_count += "-" + str(ref_docs_archived) if doc.max_instances != 0: doc_count += "/" + str(doc.max_instances) doc_obj = Document.objects.filter(document_type=doc).exclude(status="archive").select_related( "usercode", "usercode__branca__name", "usercode__user__groups__name" ) grouping = doc_obj.values("usercode__branca__name").annotate( capi=Count("usercode__branca__name", filter=Q(usercode__user__in=users_capi)), total=Count("usercode__branca__name") ) grouping = list(grouping) count = { "diga": [0, 0, 0], "muta": [0, 0, 0], "reparto": [0, 0, 0], "posto": [0, 0, 0], "clan": [0, 0, 0], "total": [0, 0, 0], "doc_count": doc_count, } for branca in grouping: count[branca["usercode__branca__name"]] = [branca["total"]-branca["capi"], branca["capi"], branca["total"]] count["total"][0] += count[branca["usercode__branca__name"]][0] count["total"][1] += count[branca["usercode__branca__name"]][1] count["total"][2] += count[branca["usercode__branca__name"]][2] docs.append([doc, count]) context = { 'docs': docs, 'public_check': public_check, 'selfsign_check': selfsign_check, 'hidden_check': hidden_check, 'personal_check': personal_check, 'medic_check': medic_check, 'custom_check': custom_check, 'message_check': message_check, 'group_check': group_check, 'error': error, 'error_text': error_text, } return render(request, 'server/doc_type.html', context) @user_passes_test(isStaff) def custom_parameters_preview(request): context = {} if "param" not in request.GET: return render(request, 'server/doc_creation_preview.html', context) params = request.GET["param"] params = base64.b64decode(params).decode("utf-8") params = params.splitlines() keys = [] for i in range(len(params)): dic = {} val = params[i] if val.startswith("!"): if len(val) >= 3: val = val[3:].split(",")[0] dic["key"] = val dic["key_extra"] = params[i] dic["id"] = i keys.append(dic) context["keys"] = keys return render(request, 'server/doc_creation_preview.html', context) @user_passes_test(isStaff) def doccreate(request): context = {} groups = getGroups(request) # if user is not staff of primary set default group to secondary and default public type if request.user.is_staff: group_private = False private_check = 'checked="checked"' else: group_private = True private_check = '' # get group obj group = groups[0] # init checkboxes enabled = False personal_data = False medical_data = False custom_data = False custom_group_bool = False staff_only = False name = "" custom_group = "" max_instances = 0 enabled_check = 'checked="checked"' personal_check = 'checked="checked"' sign_check = 'checked="checked"' medical_check = "" custom_check = "" custom_message_check = "" staff_only_check = "" # if type create request sent if request.method == "POST": # gather inserted data enabled = "enabled" in request.POST.keys() auto_sign = "sign" not in request.POST.keys() group_private = "group_private" in request.POST.keys() personal_data = "personal_data" in request.POST.keys() medical_data = "medical_data" in request.POST.keys() custom_data = "custom_data" in request.POST.keys() custom_message = "custom_message" in request.POST.keys() staff_only = "staff_only" in request.POST.keys() custom_message_text = request.POST["custom_message_text"] # parse name with icons name = request.POST["name"] if "<" in name: context["error"] = "true" context["error_text"] = "Il nome non puo' contenere il carattere <" return render(request, 'server/doc_create.html', context) reg = r'\{[\s\S]*\}' name_split = re.split(reg, name) name_matches = re.findall(reg, name) name_matches = list(map(lambda x: "" + x[1:len(x)-1] + "", name_matches)) + [""] name_arr = [val for pair in zip(name_split, name_matches) for val in pair] name = "".join(name_arr) custom_group = request.POST["custom_group"] if request.POST["max_instances"]: max_instances = request.POST["max_instances"] if not max_instances.isdigit(): context["error"] = "true" context["error_text"] = "Il numero massimo di iscritti deve essere un numero" return render(request, 'server/doc_create.html', context) max_instances = int(max_instances) # if group not primary and not public throw error if group_private == True and not request.user.is_staff: context["error"] = "true" context["error_text"] = "Non puoi creare un documento non pubblico per un gruppo non primario" return render(request, 'server/doc_create.html', context) # if already existing name throw error if DocumentType.objects.filter(name=name).count() > 0: context["error"] = "true" context["error_text"] = "Questo nome esiste già. Prego usarne un altro." return render(request, 'server/doc_create.html', context) # check if custom group permissions not met or non public document if custom_group != "": if group_private == True: context["error"] = "true" context["error_text"] = "Non puoi creare un documento non pubblico per un gruppo non primario" return render(request, 'server/doc_create.html', context) if custom_group not in map(lambda x: x.name, groups): context["error"] = "true" context["error_text"] = "Non puoi creare un tipo assegnato ad un gruppo di cui non fai parte" return render(request, 'server/doc_create.html', context) else: group = Group.objects.filter(name=custom_group)[0] custom_group_bool = True # create type doctype = DocumentType( custom_group=custom_group_bool, auto_sign=auto_sign, custom_message=custom_message, custom_message_text=custom_message_text, name=name, enabled=enabled, group_private=group_private, group=group, personal_data=personal_data, medical_data=medical_data, custom_data=custom_data, staff_only=staff_only, max_instances=max_instances) doctype.save() # create custom keys if custom_data: custom = request.POST["custom"] custom = custom.splitlines() for i in custom: val = i if val.startswith("!"): if len(val) >= 3: val = val[3:].split(",")[0] key = Keys(key=val, key_extra=i, container=doctype) key.save() return HttpResponseRedirect('doctype') # build context context = { "enabled_check": enabled_check, "private_check": private_check, "sign_check": sign_check, "personal_check": personal_check, "medical_check": medical_check, "custom_check": custom_check, "staff_only_check": staff_only_check, "custom_message_check": custom_message_check, } return render(request, 'server/doc_create.html', context) @user_passes_test(isStaff) def docedit(request): # create an edit page with empty context return docedit_wrapper(request, {}) @user_passes_test(isStaff) def docedit_wrapper(request, context): groups = getGroups(request) group = groups[0] if request.user.is_staff and "group" in context.keys(): if context["group"] == group.name: context["group"] = "" if request.method == "POST": if "action" not in request.POST.keys(): # get document doc = DocumentType.objects.get(id=request.POST["doc"]) # check if user can edit type if doc.group not in groups: # user is cheating abort return # init variables custom_group_bool = False custom_group = "" max_instances = 0 enabled_check = 'checked="checked"' if doc.enabled else "" sign_check = 'checked="checked"' if not doc.auto_sign else "" custom_message_check = 'checked="checked"' if doc.custom_message else "" staff_only_check = 'checked="checked"' if doc.staff_only else "" private_check = 'checked="checked"' if doc.group_private else "" context = { 'doc': doc, "group": doc.group.name, "enabled_check": enabled_check, "private_check": private_check, "sign_check": sign_check, "staff_only_check": staff_only_check, "custom_message_check": custom_message_check, } if request.user.is_staff: if context["group"] == group.name: context["group"] = "" # gather inserted data enabled = "enabled" in request.POST.keys() auto_sign = "sign" not in request.POST.keys() group_private = "group_private" in request.POST.keys() custom_message = "custom_message" in request.POST.keys() staff_only = "staff_only" in request.POST.keys() custom_message_text = request.POST["custom_message_text"] custom_group = request.POST["custom_group"] if request.POST["max_instances"]: max_instances = request.POST["max_instances"] if not max_instances.isdigit(): context["error"] = "true" context["error_text"] = "Il numero massimo di iscritti deve essere un numero" return render(request, 'server/doc_edit.html', context) max_instances = int(max_instances) # if group not primary and not public throw error if group_private == True and not request.user.is_staff: context["error"] = "true" context["error_text"] = "Non puoi creare un documento non pubblico per un gruppo non primario" return render(request, 'server/doc_edit.html', context) # check if custom group permissions not met or non public document if custom_group != "": if group_private == True: context["error"] = "true" context["error_text"] = "Non puoi creare un documento non pubblico per un gruppo non primario" return render(request, 'server/doc_edit.html', context) if custom_group not in map(lambda x: x.name, groups): context["error"] = "true" context["error_text"] = "Non puoi creare un tipo assegnato ad un gruppo di cui non fai parte" return render(request, 'server/doc_edit.html', context) else: group = Group.objects.filter(name=custom_group)[0] custom_group_bool = True # edit type doc.custom_group = custom_group_bool doc.auto_sign = auto_sign doc.custom_message = custom_message doc.custom_message_text = custom_message_text doc.enabled = enabled doc.group_private = group_private doc.group = group doc.staff_only = staff_only doc.max_instances = max_instances doc.save() return HttpResponseRedirect('doctype') return render(request, 'server/doc_edit.html', context) @user_passes_test(isStaff) def doclist(request, type_id): context = {} # group name and obj parent_groups = getGroups(request) # check if type is selected doc_type = None if type_id != 0: doc_type = DocumentType.objects.get(id=type_id) if doc_type.group not in parent_groups: return # create typezone zurich = pytz.timezone('Europe/Zurich') # init error variables for users error = False error_text = "" # init checkboxes for filter hidden = False wait = True selfsign = True ok = True signdoc = False hidden_check = 'checked="checked"' wait_check = 'checked="checked"' selfsign_check = 'checked="checked"' ok_check = 'checked="checked"' signdoc_check = 'checked="checked"' # set default dates for filters newer = zurich.localize(dateparser.parse("1970-01-01")) older = zurich.localize(datetime.now()) # init chips values owner = [] types = [] groups = [] chips_owner = [] chips_types = [] chips_groups = [] if request.method == "POST": # if download request if request.POST["action"][0] == 'k': document = Document.objects.get(id=request.POST["action"][1:]) # check if user has permission to view doc if document.group in parent_groups: vac_file = "" health_file = "" sign_doc_file = "" # prepare images in base64 if document.medical_data: if document.medical_data.vac_certificate.name: with open(document.medical_data.vac_certificate.name, 'rb') as image_file: vac_file = base64.b64encode( image_file.read()).decode() if document.medical_data.health_care_certificate.name: with open(document.medical_data.health_care_certificate.name, 'rb') as image_file: health_file = base64.b64encode( image_file.read()).decode() if document.signed_doc: with open(document.signed_doc.name, 'rb') as image_file: sign_doc_file = base64.b64encode( image_file.read()).decode() # build with template and render template = get_template('server/download_doc.html') doc = [document, KeyVal.objects.filter( container=document), document.personal_data, document.medical_data] context = {'doc': doc, 'vac': vac_file, 'health': health_file, 'sign_doc_file': sign_doc_file} html = template.render(context) pdf = pdfkit.from_string(html, False) result = BytesIO(pdf) result.seek(0) return FileResponse(result, as_attachment=True, filename=document.usercode.first_name+"_"+document.usercode.last_name+"_"+document.document_type.name+".pdf") # get selected documents and check if user has permission to view selected = [] for i in request.POST.keys(): if i.isdigit(): docc = Document.objects.get(id=i) if docc.group in parent_groups: selected.append(docc) # execute action on selected documents if request.POST["action"] == 'delete' and settings.DEBUG: docc.delete() elif request.POST["action"] == 'approve' and settings.DEBUG: docc.status = 'ok' docc.save() elif request.POST["action"] == 'archive': docc.status = 'archive' if docc.medical_data: docc.medical_data.delete() docc.medical_data.save() docc.medical_data = None docc.save() #elif request.POST["action"] == 'unarchive': # if docc.status == 'archive': # docc.status = 'ok' # docc.save() # else: # error = True # error_text = "Non puoi dearchiviare un documento non archiviato" # get filter values hidden = "filter_hidden" in request.POST wait = "filter_wait" in request.POST selfsign = "filter_selfsign" in request.POST ok = "filter_ok" in request.POST signdoc = "filter_signdoc" in request.POST newer = zurich.localize(dateparser.parse(request.POST["newer"])) older = zurich.localize(dateparser.parse( request.POST["older"]) + timedelta(days=1)) owner = request.POST["owner"].split("^|") types = request.POST["type"].split("^|") groups = request.POST["groups"].split("^|") # clear filters if request.POST["action"] == 'clear': hidden = False wait = True selfsign = True ok = True signdoc = False newer = zurich.localize(dateparser.parse("1970-01-01")) older = zurich.localize(datetime.now()) owner = [] types = [] groups = [] # filter documents based on group of staff and date range q_obj = Q(group__in=parent_groups) & Q(compilation_date__range=[newer, older]) if type_id != 0: q_obj &= Q(document_type=doc_type) # filter documents if not hidden: q_obj &= ~Q(status="archive") hidden_check = "" if not wait: q_obj &= ~Q(status="wait") wait_check = "" if not selfsign: q_obj &= ~Q(status="autosign") selfsign_check = "" if not ok: q_obj &= ~Q(status="ok") ok_check = "" if signdoc: q_obj &= ~Q(signed_doc="") else: signdoc_check = "" # filter types, owner, groups using chips if len(types) > 0: if types[0] != "": q_obj &= Q(document_type__name__in=types) chips_types += types if len(owner) > 0: if owner[0] != "": # TODO fix me, this probably doesn't work anymore q_obj &= Q(user__username__in=list(map(lambda x: x.split("(")[0][:-1], owner))) chips_owner += owner if len(groups) > 0: if groups[0] != "": q_obj &= Q(usercode__branca__name__in=groups) chips_groups += groups # run query documents = Document.objects.filter(q_obj).select_related("usercode", "personal_data", "medical_data", "document_type", "user") users = documents.values("usercode__first_name", "usercode__last_name") vac_file = ["/server/media/", "/vac_certificate/doc"] health_file = ["/server/media/", "/health_care_certificate/doc"] sign_doc_file = ["/server/media/", "/signed_doc/doc"] # get types and users for chips autocompletation if request.user.is_staff: auto_types = DocumentType.objects.filter( Q(group_private=False) | Q(group__in=getGroups(request))) else: auto_types = DocumentType.objects.filter(Q(group_private=False)) context = { "vac_file": vac_file, "health_file": health_file, "sign_doc_file": sign_doc_file, "types": auto_types, "users": users, "groups": Group.objects.all(), "docs": documents, "hidden_check": hidden_check, "wait_check": wait_check, "selfsign_check": selfsign_check, "ok_check": ok_check, "signdoc_check": signdoc_check, "newer": newer, "older": older, "chips_owner": chips_owner, "chips_type": chips_types, "chips_groups": chips_groups, 'error': error, 'error_text': error_text, 'settings': settings, 'total_count': documents.count, 'diga_count': documents.filter(usercode__branca__name="diga").count, 'muta_count': documents.filter(usercode__branca__name="muta").count, 'reparto_count': documents.filter(usercode__branca__name="reparto").count, 'posto_count': documents.filter(usercode__branca__name="posto").count, 'clan_count': documents.filter(usercode__branca__name="clan").count, 'type_id': type_id, } # check if download multiple documents if request.method == "POST": request.session['status'] = True if request.POST["action"] == "download" and len(selected) > 0 and request.session['status']: # save data in session request.session['status'] = False request.session['progress'] = 0 request.session['total'] = len(selected) # run job threading.Thread(target=zip_documents, args=(selected, request.session.session_key)).start() # flag the client to check for updates context["task_id"] = "0" return render(request, 'server/doc_list.html', context) @user_passes_test(isStaff) def doclist_table(request, type_id): context = {} # group name and obj parent_groups = getGroups(request) # check if type is selected doc_type = None if type_id != 0: doc_type = DocumentType.objects.get(id=type_id) if doc_type.group not in parent_groups: return # create typezone zurich = pytz.timezone('Europe/Zurich') # init error variables for users error = False error_text = "" # init checkboxes for filter hidden = False wait = True selfsign = True ok = True signdoc = False hidden_check = 'checked="checked"' wait_check = 'checked="checked"' selfsign_check = 'checked="checked"' ok_check = 'checked="checked"' signdoc_check = 'checked="checked"' # set default dates for filters newer = zurich.localize(dateparser.parse("1970-01-01")) older = zurich.localize(datetime.now()) # init chips values owner = [] types = [] groups = [] chips_owner = [] chips_types = [] chips_groups = [] if request.method == "POST": # get filter values hidden = "filter_hidden" in request.POST wait = "filter_wait" in request.POST selfsign = "filter_selfsign" in request.POST ok = "filter_ok" in request.POST signdoc = "filter_signdoc" in request.POST newer = zurich.localize(dateparser.parse(request.POST["newer"])) older = zurich.localize(dateparser.parse( request.POST["older"]) + timedelta(days=1)) owner = request.POST["owner"].split("^|") types = request.POST["type"].split("^|") groups = request.POST["groups"].split("^|") # clear filters if request.POST["action"] == 'clear': hidden = False wait = True selfsign = True ok = True signdoc = False newer = zurich.localize(dateparser.parse("1970-01-01")) older = zurich.localize(datetime.now()) owner = [] types = [] groups = [] # filter documents based on group of staff and date range q_obj = Q(group__in=parent_groups) & Q(compilation_date__range=[newer, older]) custom_keys = [] if type_id != 0: q_obj &= Q(document_type=doc_type) custom_keys = list(Keys.objects.filter(container=doc_type).values_list("key", flat=True)) custom_keys = list(enumerate(custom_keys)) # filter documents if not hidden: q_obj &= ~Q(status="archive") hidden_check = "" if not wait: q_obj &= ~Q(status="wait") wait_check = "" if not selfsign: q_obj &= ~Q(status="autosign") selfsign_check = "" if not ok: q_obj &= ~Q(status="ok") ok_check = "" if signdoc: q_obj &= ~Q(signed_doc="") else: signdoc_check = "" # filter types, owner, groups using chips if len(types) > 0: if types[0] != "": q_obj &= Q(document_type__name__in=types) chips_types += types if len(owner) > 0: if owner[0] != "": # TODO fix me, this probably doesn't work anymore q_obj &= Q(user__username__in=list(map(lambda x: x.split("(")[0][:-1], owner))) chips_owner += owner if len(groups) > 0: if groups[0] != "": q_obj &= Q(usercode__branca__name__in=groups) chips_groups += groups # run query documents = Document.objects.filter(q_obj).select_related("usercode", "personal_data", "medical_data", "document_type", "user") users = documents.values("usercode__first_name", "usercode__last_name") # get types and users for chips autocompletation if request.user.is_staff: auto_types = DocumentType.objects.filter( Q(group_private=False) | Q(group=getGroups(request)[0])) else: auto_types = DocumentType.objects.filter(Q(group_private=False)) context = { "types": auto_types, "users": users, "groups": Group.objects.all(), "docs": documents, "hidden_check": hidden_check, "wait_check": wait_check, "selfsign_check": selfsign_check, "ok_check": ok_check, "signdoc_check": signdoc_check, "newer": newer, "older": older, "chips_owner": chips_owner, "chips_type": chips_types, "chips_groups": chips_groups, 'error': error, 'error_text': error_text, 'settings': settings, 'type_id': type_id, 'custom_keys': custom_keys, } return render(request, 'server/doc_list_table.html', context) @user_passes_test(isCapi_enabled) def doclist_readonly(request): context = {} # group name and obj groups = request.user.groups.all() if request.user.is_staff: groups_view = [] elif request.user.has_perm("client.staff"): groups_view = list(map(lambda x: x.group, GroupSettings.objects.filter(group=groups[0]).filter(view_documents=True))) else: groups_view = list(map(lambda x: x.group, GroupSettings.objects.filter(group__in=groups).filter(view_documents=True))) perm = Permission.objects.get(codename='staff') for i in groups_view: # get all users that are part of the group and are administrators but not request.user emails = User.objects.filter(groups__name=i).filter(Q(is_staff=True) | Q(user_permissions=perm)).filter(~Q(id=request.user.id)).values_list("email", flat=True) if not settings.DEBUG: send_mail( 'Attenzione! ' + request.user.username + ' ha visionato i documenti del gruppo "' + i.name + '"', "Questo messaggio è stato inviato automaticamente dal sistema di iscrizioni digitali. Ti è arrivata questa mail perchè hai abilitato la possibilità a persone del gruppo capi di visionare i documenti. L'utente con username " + request.user.username + " e con nome registrato " + request.user.first_name + " " + request.user.last_name + " ha visionato dei documenti.", settings.DEFAULT_FROM_EMAIL, emails, fail_silently=False, ) # create typezone zurich = pytz.timezone('Europe/Zurich') # init error variables for users error = False error_text = "" # init checkboxes for filter hidden = False wait = True selfsign = True ok = True signdoc = False hidden_check = 'checked="checked"' wait_check = 'checked="checked"' selfsign_check = 'checked="checked"' ok_check = 'checked="checked"' signdoc_check = 'checked="checked"' # set default dates for filters newer = zurich.localize(dateparser.parse("1970-01-01")) older = zurich.localize(datetime.now()) # init chips values owner = [] types = [] groups = [] chips_owner = [] chips_types = [] chips_groups = [] if request.method == "POST": # if download request if request.POST["action"][0] == 'k': document = Document.objects.get(id=request.POST["action"][1:]) # check if user has permission to view doc if document.group in groups_view: vac_file = "" health_file = "" sign_doc_file = "" # prepare images in base64 if document.medical_data: if document.medical_data.vac_certificate.name: with open(document.medical_data.vac_certificate.name, 'rb') as image_file: vac_file = base64.b64encode( image_file.read()).decode() if document.medical_data.health_care_certificate.name: with open(document.medical_data.health_care_certificate.name, 'rb') as image_file: health_file = base64.b64encode( image_file.read()).decode() if document.signed_doc: with open(document.signed_doc.name, 'rb') as image_file: sign_doc_file = base64.b64encode( image_file.read()).decode() # build with template and render template = get_template('server/download_doc.html') doc = [document, KeyVal.objects.filter( container=document), document.personal_data, document.medical_data] context = {'doc': doc, 'vac': vac_file, 'health': health_file, 'sign_doc_file': sign_doc_file} html = template.render(context) pdf = pdfkit.from_string(html, False) result = BytesIO(pdf) result.seek(0) return FileResponse(result, as_attachment=True, filename=document.usercode.first_name+"_"+document.usercode.last_name+"_"+document.document_type.name+".pdf") # get selected documents and check if user has permission to view selected = [] for i in request.POST.keys(): if i.isdigit(): docc = Document.objects.get(id=i) if docc.group in groups_view: selected.append(docc) # get filter values hidden = "filter_hidden" in request.POST wait = "filter_wait" in request.POST selfsign = "filter_selfsign" in request.POST ok = "filter_ok" in request.POST signdoc = "filter_signdoc" in request.POST newer = zurich.localize(dateparser.parse(request.POST["newer"])) older = zurich.localize(dateparser.parse( request.POST["older"]) + timedelta(days=1)) owner = request.POST["owner"].split("^|") types = request.POST["type"].split("^|") groups = request.POST["groups"].split("^|") # clear filters if request.POST["action"] == 'clear': hidden = False wait = True selfsign = True ok = True signdoc = False newer = zurich.localize(dateparser.parse("1970-01-01")) older = zurich.localize(datetime.now()) owner = [] types = [] groups = [] # filter documents based on group of staff and date range q_obj = Q(group__name__in=groups_view) & Q(compilation_date__range=[newer, older]) # filter documents if not hidden: q_obj &= ~Q(status="archive") hidden_check = "" if not wait: q_obj &= ~Q(status="wait") wait_check = "" if not selfsign: q_obj &= ~Q(status="autosign") selfsign_check = "" if not ok: q_obj &= ~Q(status="ok") ok_check = "" if signdoc: q_obj &= ~Q(signed_doc="") else: signdoc_check = "" # filter types, owner, groups using chips if len(types) > 0: if types[0] != "": q_obj &= Q(document_type__name__in=types) chips_types += types if len(owner) > 0: if owner[0] != "": # TODO: fixme this probably doesn't work q_obj &= Q(user__username__in=list(map(lambda x: x.split("(")[0][:-1], owner))) chips_owner += owner if len(groups) > 0: if groups[0] != "": q_obj &= Q(usercode__branca__name__in=groups) chips_groups += groups # run query documents = Document.objects.filter(q_obj).select_related("usercode", "personal_data", "medical_data", "document_type", "user") users = documents.values("usercode__first_name", "usercode__last_name") vac_file = ["/server/media/", "/vac_certificate/doc"] health_file = ["/server/media/", "/health_care_certificate/doc"] sign_doc_file = ["/server/media/", "/signed_doc/doc"] # get types and users for chips autocompletation auto_types = DocumentType.objects.filter( Q(group_private=False) | Q(group__in=groups_view)) context = { "vac_file": vac_file, "health_file": health_file, "sign_doc_file": sign_doc_file, "types": auto_types, "users": users, "groups": Group.objects.all(), "docs": documents, "hidden_check": hidden_check, "wait_check": wait_check, "selfsign_check": selfsign_check, "ok_check": ok_check, "signdoc_check": signdoc_check, "newer": newer, "older": older, "chips_owner": chips_owner, "chips_type": chips_types, "chips_groups": chips_groups, 'error': error, 'error_text': error_text, 'settings': settings, 'total_count': documents.count, 'diga_count': documents.filter(usercode__branca__name="diga").count, 'muta_count': documents.filter(usercode__branca__name="muta").count, 'reparto_count': documents.filter(usercode__branca__name="reparto").count, 'posto_count': documents.filter(usercode__branca__name="posto").count, 'clan_count': documents.filter(usercode__branca__name="clan").count, } # check if download multiple documents if request.method == "POST": if "status" not in request.session: request.session['status'] = True if request.POST["action"] == "download" and len(selected) > 0 and request.session['status']: # save data in session request.session['status'] = False request.session['progress'] = 0 request.session['total'] = len(selected) # run job threading.Thread(target=zip_documents, args=(selected, request.session.session_key)).start() # flag the client to check for updates context["task_id"] = "0" return render(request, 'server/doc_list_readonly.html', context) def get_progress(request): # if user wants to download result if 'download' in request.GET: # if job is completed if request.session['status']: data = BytesIO(base64.b64decode(request.session['result'])) data.seek(0) return FileResponse(data, as_attachment=True, filename="documents_" + datetime.now().strftime("%H_%M-%d_%m_%y") + ".zip") # otherwise return status data = [request.session['progress'], request.session['total'], request.session['status']] return HttpResponse(json.dumps(data)) def zip_documents(docs, session_key): files = [] # get session session = SessionStore(session_key=session_key) for i in docs: vac_file = "" health_file = "" sign_doc_file = "" # prepare pictures in base64 if i.medical_data: if i.medical_data.vac_certificate.name: with open(i.medical_data.vac_certificate.name, 'rb') as image_file: vac_file = base64.b64encode( image_file.read()).decode() if i.medical_data.health_care_certificate.name: with open(i.medical_data.health_care_certificate.name, 'rb') as image_file: health_file = base64.b64encode( image_file.read()).decode() if i.signed_doc: with open(i.signed_doc.name, 'rb') as image_file: sign_doc_file = base64.b64encode( image_file.read()).decode() template = get_template('server/download_doc.html') doc = [i, KeyVal.objects.filter( container=i), i.personal_data, i.medical_data] context = {'doc': doc, 'vac': vac_file, 'health': health_file, 'sign_doc_file': sign_doc_file} # render context html = template.render(context) # render pdf using wkhtmltopdf pdf = pdfkit.from_string(html, False) filename = i.usercode.first_name+"_"+i.usercode.last_name+"_"+i.document_type.name+".pdf" # append file files.append((filename, pdf)) session['progress'] += 1 session.save() # zip documents mem_zip = BytesIO() with zipfile.ZipFile(mem_zip, mode="w",compression=zipfile.ZIP_DEFLATED) as zf: for f in files: zf.writestr(f[0], f[1]) mem_zip.seek(0) # save result session['result'] = base64.b64encode(mem_zip.getvalue()).decode() session['status'] = True session.save() @user_passes_test(isStaff) def upload_doc(request): # setup group based on staff primary or not groups = getGroups(request) # setup variables for error text and success text error = False success = False error_text = "" success_text = "" document = None # parse document code and check for permissions if request.method == "POST": data = request.POST["code"] if not data.isdigit(): error_text = "Formato codice errato" error = True elif int(data) < 100000 or int(data) > 999999: error_text = "Formato codice errato" error = True elif Document.objects.filter(code=data).count() == 0: error_text = "Codice invalido" error = True elif Document.objects.filter(code=data)[0].group not in groups: error_text = "Codice invalido" error = True else: # get document document = Document.objects.filter(code=data)[0] # prepare success message if document.status == 'ok': success_text = "File caricato" success = True else: document.status = 'ok' document.save() success_text = "Documento approvato e file caricato" success = True # check for errors and upload files if "doc_sign" in request.FILES and not error: myfile = request.FILES['doc_sign'] try: im = Image.open(myfile) im_io = BytesIO() # compress image in WEBP im.save(im_io, 'WEBP', quality=50) document.signed_doc.save(data+"_"+myfile.name, im_io) document.save() except UnidentifiedImageError: error = True error_text = "Il file non è un immagine valida" else: error = True error_text = "Prego caricare un file" context = { "error": error, "error_text": error_text, "success": success, "success_text": success_text, } return render(request, 'server/upload_doc.html', context) @user_passes_test(isStaff) def docpreview(request): context = {} # check for permissions groups = getGroups(request) if request.method == "POST": # get document code code = request.POST["preview"] # check if code valid and user has permission if not code.isdigit(): return render(request, 'server/download_doc.html', context) if Document.objects.filter(code=code).count() == 0: return render(request, 'server/download_doc.html', context) if Document.objects.filter(code=code)[0].group not in groups: return render(request, 'server/download_doc.html', context) # get document document = Document.objects.filter(code=code)[0] doc_group = document.group # user has not permission to view document if doc_group not in groups: return # prepare images in base64 vac_file = "" health_file = "" sign_doc_file = "" if document.medical_data: if document.medical_data.vac_certificate.name: with open(document.medical_data.vac_certificate.name, 'rb') as image_file: vac_file = base64.b64encode(image_file.read()).decode() if document.medical_data.health_care_certificate.name: with open(document.medical_data.health_care_certificate.name, 'rb') as image_file: health_file = base64.b64encode(image_file.read()).decode() if document.signed_doc: with open(document.signed_doc.name, 'rb') as image_file: sign_doc_file = base64.b64encode(image_file.read()).decode() # prepare context doc = [document, KeyVal.objects.filter( container=document), document.personal_data, document.medical_data] context = {'doc': doc, 'vac': vac_file, 'health': health_file, 'sign_doc_file': sign_doc_file} return render(request, 'server/download_doc.html', context) @staff_member_required @user_passes_test(lambda u: u.is_superuser) def debug_uc(request): data = [] users = User.objects.all() for u in users: data.append([u, UserCode.objects.filter(user=u), list(u.groups.all().values_list("name", flat=True))]) context = { "data": data, } return render(request, 'server/debug_usercode.html', context) @user_passes_test(isStaff) def data_request(request): context = {} parent_group = getGroups(request)[0] if request.method == "POST": if "request" not in request.POST.keys(): context["error"] = "Selezionare una richesta" elif request.POST["request"] == "email_all": users_email = UserCode.objects.filter(branca=parent_group).values_list("user__email", flat=True) data = "; ".join(users_email) context["data"] = data elif request.POST["request"] == "data_user": users = UserCode.objects.filter(branca=parent_group) # get time for filename current_time = datetime.strftime(datetime.now(), "%H_%M__%d_%m_%y") response = HttpResponse() response['Content-Disposition'] = 'attachment; filename="data_export_' + current_time + '.csv"' writer = csv.writer(response) # csv header writer.writerow(["Codice", "Nome", "Cognome", "Email", "Nome dei genitori", "Indirizzo", "NAP", "Luogo", "Nazionalita", "Nazionalità secondo G+S", "Data di nascita", "numero di telefono Altro", "numero di telefono Cellulare", "Scuola", "Classe scolastica", "Numero AVS"]) for usercode in users: nationality = usercode.nationality nat_gs = "" if "svizzera" in nationality.lower(): nat_gs = "CH" elif "ch" == nationality.lower(): nat_gs = "CH" else: nat_gs = "DIV" writer.writerow([ "U"+str(usercode.code), usercode.first_name, usercode.last_name, usercode.user.email, usercode.parent_name, usercode.via, usercode.cap, usercode.country, usercode.nationality, nat_gs, usercode.born_date, usercode.home_phone, usercode.phone, usercode.school, usercode.year, usercode.avs_number ]) return response elif request.POST["request"] == "data_user_medic": users = UserCode.objects.filter(branca=parent_group) # get time for filename current_time = datetime.strftime(datetime.now(), "%H_%M__%d_%m_%y") response = HttpResponse() response['Content-Disposition'] = 'attachment; filename="data_export_' + current_time + '.csv"' writer = csv.writer(response) # csv header writer.writerow(["Codice", "Nome", "Cognome", "Email", "Nome dei genitori", "Indirizzo", "NAP", "Luogo", "Nazionalita", "Nazionalità secondo G+S", "Data di nascita", "numero di telefono Altro", "numero di telefono Cellulare", "Scuola", "Classe scolastica", "Numero AVS", "Contatto d'emergenza", "Parentela del contatto", "Telefono d'emergenza", "Cellulare emergenza", "Indirizzo completo emergenza", "Cassa malati", "Ass. Infortuni", "Ass. RC", "Socio REGA", "Nome del medico", "Telefono medico", "Indirizzo medico", "Malattie", "Vacinazioni", "Data antitetanica", "Allergie", "Assume medicamenti", "Medicamenti", "Informazioni particolari", "Informazioni"]) for usercode in users: medic = usercode.medic nationality = usercode.nationality nat_gs = "" if "svizzera" in nationality.lower(): nat_gs = "CH" elif "ch" == nationality.lower(): nat_gs = "CH" else: nat_gs = "DIV" writer.writerow([ "U"+str(usercode.code), usercode.first_name, usercode.last_name, usercode.user.email, usercode.parent_name, usercode.via, usercode.cap, usercode.country, usercode.nationality, nat_gs, usercode.born_date, usercode.home_phone, usercode.phone, usercode.school, usercode.year, usercode.avs_number, medic.emer_name, medic.emer_relative, medic.emer_phone, medic.cell_phone, medic.address, medic.health_care, medic.injuries, medic.rc, medic.rega, medic.medic_name, medic.medic_phone, medic.medic_address, medic.sickness, medic.vaccine, medic.tetanus_date, medic.allergy, medic.drugs_bool, medic.drugs, medic.misc_bool, medic.misc ]) return response return render(request, 'server/data_request.html', context) def media_request(request, id=0, t="", flag=""): if flag == "usercode": usercode = UserCode.objects.get(id=id) if request.user.is_staff: groups = getGroups(request) if usercode.branca not in groups: return else: if usercode.user != request.user: return if t == "health_care_certificate": image_file = usercode.medic.health_care_certificate elif t == "vac_certificate": image_file = usercode.medic.vac_certificate elif flag == "doc": doc = Document.objects.get(id=id) doc_group = doc.group groups = getGroups(request) group_view = Group.objects.filter(name="capi") in groups and GroupSettings.objects.filter(group__name=doc_group).filter(view_documents=True).count() != 0 # check if user can view media if request.user.is_staff: # user is staff if doc_group not in groups: return elif request.user.has_perm("client.staff"): # user is psudo-staff if doc_group not in groups[1:] and not group_view: return else: # is normal user if doc.usercode.user != request.user and not group_view: return if t == "health_care_certificate": image_file = doc.medical_data.health_care_certificate elif t == "vac_certificate": image_file = doc.medical_data.vac_certificate elif t == "signed_doc": image_file = doc.signed_doc return FileResponse(image_file, filename=image_file.name)