# -*- coding: utf-8 -*- import csv import datetime import json import random import math from django.contrib.auth import authenticate, login, logout from django.contrib.auth.models import User from django.db.models import Q from django.http import JsonResponse, HttpResponse, FileResponse, StreamingHttpResponse from django.shortcuts import render from django.core.mail import send_mail # Create your views here. from django.views.decorators.csrf import csrf_exempt from dashboard.models import Task, Investigators, Findings, Sampletrees, Samplebush, Sampleherbal, \ Sampleinterlayerplants, Simplebiomass, Simplesoil, Barcodes, Landuse, Weather, Community, UserProfile, Jurisdiction, \ Verificationcode, Area_code_2020, Sampletreesalways, Samplebushalways, Sampleherbalalways, Special, Specieslibrary, \ Sampletreesplantimages, Samplebushplantimages, Sampleherbalplantimages, Dronephotos, Scenephoto, Accessory, \ Sampletreessampling, Samplebushsampling, Sampleherbalsampling, Vegetationcommunity def index(request): return HttpResponse("OK") @csrf_exempt def user_login(request): obj = json.loads(request.body.decode('utf-8')) if request.method == 'POST': if not obj['username']: return HttpResponse('{"status":"0","message":"请输入用户名"}') else: username = obj['username'] print(str(username) + "66666666666666666666666666666666666666666666666666666") if not obj['password']: return HttpResponse('{"status":"0","message":"请输入密码"}') else: password = obj['password'] if username is not None and password is not None: user = authenticate(username=username, password=password) if user is not None: if user.is_staff and user.is_active: login(request, user) return HttpResponse('{"status":"1","message":"登录成功"}') elif user.is_active is False: return HttpResponse('{"status":"0","message":"账户尚未激活，请到邮箱点击链接激活"}') else: return HttpResponse('{"status":"0","message":"用户名或密码错误"}') else: return HttpResponse('用户名或密码错误，请您确认用户名和密码 ') return HttpResponse('{"status":"0","message":"请用post请求"}') @csrf_exempt def user_register(request): flag = False if request.method == 'POST': obj = json.loads(request.body.decode('utf-8')) if not obj['username']: return HttpResponse('{"status":"0","message":"请输入用户名"}') else: username = obj['username'] if not obj['email']: return HttpResponse('{"status":"0","message":"请输入邮箱"}') else: email = obj['email'] if not obj['password']: return HttpResponse('{"status":"0","message":"请输入密码"}') else: password = obj['password'] if not obj['confirm_password']: return HttpResponse('{"status":"0","message":"请再次输入密码"}') else: confirm_password = obj['confirm_password'] if not obj['task']: return HttpResponse('{"status":"0","message":"请选择课题组"}') else: task = obj['task'] if not obj['special']: return HttpResponse('{"status":"0","message":"请选择专题组"}') else: special = obj['special'] phone = obj['phone'] name = obj['name'] organization = obj['organization'] if password is not None and confirm_password is not None: if password == confirm_password: flag = True else: return HttpResponse('{"status":"0","message":"两次输入的密码不一致，请重新输入"}') filter_result = User.objects.filter(email=email) filter_result_username = User.objects.filter(username=username) if len(filter_result) > 0 or len(filter_result_username) > 0: return HttpResponse('{"status":"0","message":"用户已存在"}') if username is not None and password is not None and confirm_password is not None and email is not None and flag: user = User.objects.create_user(username, email, password) user.first_name = phone user.last_name = organization user.is_active = False user.is_staff = True user.save() print(user.id, task) jurisdiction_id = Jurisdiction.objects.get(jurisdiction=4).id if special == '0': return HttpResponse('{"status":"0","message":"专题组不能为空"}') userprofile = UserProfile(user_id=user.id, task_id=task, jurisdiction_id=jurisdiction_id, name=name, special_id=special) userprofile.save() verificationcode = Verificationcode(user_id=user.id, verificationcode='0000') verificationcode.save() email = user.email form = [email, ] print(str(form)) url = 'http://210.77.68.250:8081/user/activate/' + email send_mail('账号激活', '您已注册成功，请点击此链接激活账号：' + str(url), '1397910458qq@sina.com', form, fail_silently=False) return HttpResponse('{"status":"1","message":"注册成功，激活链接已发送至您的邮箱，请到邮箱激活后登录"}') else: task = Task.objects.all() results = [] for t in task: o = dict() o['id'] = str(t.id) o['organization'] = t.organization o['taskname'] = t.taskname o['taskcode'] = t.taskcode o['remark'] = t.remark results.append(o) return HttpResponse(json.dumps({ "task": results })) return HttpResponse('{"status":"0","message":"请使用post请求"}') # 用户注册邮箱激活 def email_activate(request, email): user = User.objects.get(email=email) user.is_active = True user.save() return render(request, 'dashboard/email_activate.html', {'email': email}) def user_logout(request): logout(request) return HttpResponse('{"status":"1","message":"登出成功"}') def user_info(request): username = request.GET.get('username') user = User.objects.get(username=username) if user.is_superuser is True: jurisdiction = '系统管理员' else: jurisdiction_id = UserProfile.objects.get(user_id=user.id).jurisdiction_id jurisdiction = Jurisdiction.objects.get(id=jurisdiction_id).explain results = [] o = dict() o['id'] = str(user.id) o['username'] = user.username o['organization'] = user.last_name o['phone'] = user.first_name o['email'] = user.email o['jurisdiction'] = jurisdiction o['data_joined'] = str(user.date_joined).split(' ')[0] results.append(o) return HttpResponse(json.dumps({ "status": "1", "user": results })) @csrf_exempt def reset_password(request): if request.method == 'POST': obj = json.loads(request.body.decode('utf-8')) user_id = obj['id'] password = obj['password'] verificationcode = obj['verification_code'] v = Verificationcode.objects.get(user_id=user_id).verificationcode if v == verificationcode: u = User.objects.get(id=user_id) u.set_password(password) u.save() return HttpResponse(json.dumps({ "status": "1", "message": "重置成功" })) else: return HttpResponse(json.dumps({ "status": "0", "message": "验证码错误" })) id = request.GET.get('id') user = User.objects.get(id=id) email = user.email form = [email, ] print(str(form)) number = random.randint(1000, 9999) Verificationcode.objects.filter(user_id=user.id).update(verificationcode=number) send_mail('验证码', '您本次重置密码验证码为：' + str(number), '1397910458qq@sina.com', form, fail_silently=False) print("发送成功") return HttpResponse('ok') # 忘记密码 @csrf_exempt def forget_password(request): if request.method == 'POST': obj = json.loads(request.body.decode('utf-8')) e = obj['email'] u = User.objects.get(email=e) password = obj['password'] verificationcode = obj['verification_code'] v = Verificationcode.objects.get(user_id=u.id).verificationcode if v == verificationcode: u = User.objects.get(id=u.id) u.set_password(password) u.save() return HttpResponse(json.dumps({ "status": "1", "message": "重置成功" })) else: return HttpResponse(json.dumps({ "status": "0", "message": "验证码错误" })) email = request.GET.get('email') print(email) results = User.objects.filter(email=email) print(results) if len(results) == 0: return HttpResponse(json.dumps({ "status": "0", "message": "该邮箱尚未注册，请输入正确的邮箱" })) form = [email, ] print(str(form)) number = random.randint(1000, 9999) user = User.objects.get(email=email) Verificationcode.objects.filter(user_id=user.id).update(verificationcode=number) send_mail('验证码', '您本次重置密码验证码为：' + str(number), '1397910458qq@sina.com', form, fail_silently=False) print("发送成功") return HttpResponse(json.dumps({ "status": "1", "message": "验证码已发送至您的邮箱，请查收" })) # 课题组 @csrf_exempt def task_add(request): obj = json.loads(request.body.decode('utf-8')) if request.method == 'POST': principal = obj['principal'] linkman = obj['linkman'] taskname = obj['taskname'] taskcode = obj['taskcode'] remark = obj['remark'] print(str(remark)) task = Task(principal=principal, linkman=linkman, taskname=taskname, taskcode=taskcode, remark=remark) print(str(task)) task.save() return HttpResponse('{"status":"1","message":"添加成功"}') return HttpResponse('{"status":"0","message":"请发送post请求"}') def task_delete(request, pk): if pk: task = Task.objects.get(id=pk) task.delete() return HttpResponse('{"status":"1","message":"删除成功"}') else: return HttpResponse('{"status":"0","message":"请传入正确的id"}') @csrf_exempt def task_update(request, pk): task = Task.objects.get(id=pk) print(str(task.id)) if request.method == 'POST': obj = json.loads(request.body.decode('utf-8')) principal = obj['principal'] linkman = obj['linkman'] taskname = obj['taskname'] taskcode = obj['taskcode'] remark = obj['remark'] Task.objects.filter(id=pk).update(principal=principal, linkman=linkman, taskname=taskname, taskcode=taskcode, remark=remark) return HttpResponse('{"status":"1","message":"修改成功"}') else: return HttpResponse(json.dumps({ "status": "1", "id": str(task.id), "taskcode": task.taskcode, "taskname": task.taskname, "principal": task.principal, "linkman": task.linkman, "remark": task.remark, })) def task_search(request): task = Task.objects.all() results = [] for t in task: o = dict() o['id'] = str(t.id) o['principal'] = t.principal o['organization'] = t.organization o['taskname'] = t.taskname o['taskcode'] = t.taskcode o['remark'] = t.remark results.append(o) return HttpResponse(json.dumps({ "status": "1", "task": results })) # 调查者信息 @csrf_exempt def investigators_add(request): if request.method == 'POST': obj = json.loads(request.body.decode('utf-8')) form = obj['form'] print(str(form)) if form is not None: investigators = Investigators(name=form['name'], phone=form['phone'], email=form['email'], organization=form['organization'], remark=form['remark']) investigators.save() return HttpResponse(json.dumps({ "status": "1", "message": "添加成功", })) else: return HttpResponse(json.dumps({ "status": "0", "message": "请输入完整信息", })) # username = request.GET.get('username') # user = User.objects.get(username=username) # print(username) # userProfile = UserProfile.objects.get(user_id=user.id) # if user.is_superuser is True or userProfile.jurisdiction == 0: # # task = Task.objects.all() # else: # task = Task.objects.filter(id=userProfile.task_id) # results = [] # print(task) # for t in task: # o = dict() # o['id'] = str(t.id) # o['organization'] = t.organization # o['taskname'] = t.taskname # o['taskcode'] = t.taskcode # o['remark'] = t.remark # results.append(o) return HttpResponse(json.dumps({ "status": "0" })) def investigators_delete(request, pk): if pk: investigators = Investigators.objects.get(id=pk) investigators.delete() return HttpResponse('{"status":"1","message":"删除成功"}') else: return HttpResponse('{"status":"0","message":"请传入正确的id"}') @csrf_exempt def investigators_update(request, pk): investigators = Investigators.objects.get(id=pk) if request.method == 'POST': obj = json.loads(request.body.decode('utf-8')) form = obj['form'] Investigators.objects.filter(id=pk).update(name=form['name'], phone=form['phone'], email=form['email'], organization=form['organization'], remark=form['remark']) return HttpResponse(json.dumps({ "status": "1", "message": "修改成功", })) else: # username = request.GET.get('username') # print(str(username) + "999999999999999999999999999999999999999999") # user = User.objects.get(username=username) # # userProfile = UserProfile.objects.get(user_id=user.id) # if user.is_superuser is True or userProfile.jurisdiction == 0: # # task = Task.objects.all() # else: # task = Task.objects.filter(id=userProfile.task_id) # resultstask = [] # for t in task: # o = dict() # o['id'] = str(t.id) # o['principal'] = str(t.principal) # o['organization'] = t.organization # o['taskname'] = t.taskname # o['taskcode'] = t.taskcode # o['remark'] = t.remark # resultstask.append(o) return HttpResponse(json.dumps({ "id": str(investigators.id), "name": investigators.name, "phone": investigators.phone, "email": investigators.email, "organization": investigators.organization, "remark": investigators.remark, })) def investigators_search(request): # username = request.GET.get('username') # task = Task.objects.get(userprofile__user__username=username) investigators = Investigators.objects.all() results = [] for i in investigators: o = dict() o['id'] = str(i.id) o['name'] = i.name o['phone'] = i.phone o['email'] = i.email o['organization'] = i.organization o['remark'] = i.remark results.append(o) return HttpResponse(json.dumps({ "status": "1", "investigators": results })) def findings_search(request): findings = Findings.objects.all() results = [] for f in findings: o = dict() o['findingscode'] = f.findingscode o['date'] = f.date o['id'] = str(f.id) o['investigators_id'] = str(f.investigators_id) results.append(o) return HttpResponse(json.dumps({ "status": "1", "findings": results })) # 样地 # @csrf_exempt # def quadrat_add(request): # if request.method == 'POST': # obj = json.loads(request.body.decode('utf-8')) # code = obj['code'] # type = obj['type'] # length = obj['length'] # wide = obj['wide'] # task = obj['task_taskname'] # task_id = Task.objects.get(taskname=task).id # findings = obj['findings_findingscode'] # findings_id = Findings.objects.get(findingscode=findings).id # print(str(task), str(findings)) # if code is not None: # quadrat = Quadrat(code=code, type=type, length=length, wide=wide, task_id=task_id, findings_id=findings_id) # quadrat.save() # # return HttpResponse(json.dumps({ # "status": "1", # "message": "添加成功", # })) # else: # return HttpResponse(json.dumps({ # "status": "", # "message": "请输入完整信息", # })) # findingscode = request.GET.get('findingscode') # findings = Findings.objects.get(findingscode=findingscode) # task = Task.objects.get(investigators__findings__id=findings.id) # print(str(task) + "66666666666666666666666666666") # return HttpResponse(json.dumps({ # "task_taskname": str(task.taskname), # "findings_findingscode": str(findings.findingscode), # })) # # # def quadrat_delete(request, pk): # if request.user.is_authenticated: # if pk: # quadrat = Quadrat.objects.get(id=pk) # quadrat.delete() # return HttpResponse('{"status":"1","message":"删除成功"}') # else: # return HttpResponse('{"status":"0","message":"请传入正确的id"}') # else: # return HttpResponse('{"status":"0","message":"请您登录后操作"}') # # # @csrf_exempt # def quadrat_update(request, pk): # if request.user.is_authenticated: # if pk: # quadrat = Quadrat.objects.get(id=pk) # if request.method == 'POST': # obj = json.loads(request.body.decode('utf-8')) # code = obj['code'] # type = obj['type'] # length = obj['length'] # wide = obj['wide'] # task = obj['task'] # findings = obj['findings'] # Quadrat.objects.filter(id=pk).update(code=code, type=type, length=length, wide=wide, task=task, # findings_id=findings) # return HttpResponse(json.dumps({ # "status": "1", # "message": "修改成功", # })) # task = Task.objects.all() # findings = Findings.objects.all() # taskresults = [] # findingsresults = [] # for t in task: # o = dict() # o['id'] = str(t.id) # o['principalid'] = str(t.principalid) # o['principalname'] = t.principalname # o['principalphone'] = t.principalphone # o['principalemail'] = t.principalemail # o['linkmanid'] = str(t.linkmanid) # o['linkmanname'] = t.linkmanname # o['linkmanphone'] = t.linkmanphone # o['linkmanemail'] = t.linkmanemail # o['organization'] = t.organization # o['taskname'] = t.taskname # o['taskcode'] = t.taskcode # o['remark'] = t.remark # taskresults.append(o) # for f in findings: # o = dict() # o['findingscode'] = f.findingscode # o['date'] = f.date # o['id'] = str(f.id) # o['investigators_id'] = str(f.investigators_id) # findingsresults.append(o) # return HttpResponse(json.dumps({ # "task": taskresults, # "findings": findingsresults, # "id": str(quadrat.id), # "code": quadrat.code, # "type": quadrat.type, # "length": quadrat.length, # "wide": quadrat.wide, # "task_id": str(quadrat.task_id), # "findings_id": str(quadrat.findings_id) # })) # else: # return HttpResponse('{"status":"0","message":"请传入正确的id"}') # else: # return HttpResponse('{"status":"0","message":"请您登录后操作"}') # # # def quadrat_search(request): # quadrat = Quadrat.objects.all() # results = [] # for q in quadrat: # o = dict() # o['id'] = str(q.id) # o['code'] = q.code # o['type'] = q.type # o['length'] = q.length # o['wide'] = q.wide # o['task_id'] = str(q.task_id) # o['findings_id'] = str(q.findings_id) # results.append(o) # return HttpResponse(json.dumps({ # "status": "1", # "quadrat": results # })) # 乔木样本 @csrf_exempt def sampletrees_add(request): name_choices = Sampletrees.NAME_CHOICES life_choices = Sampletrees.LIFE_CHOICES wuhou_choices = Sampletrees.WUHOU_CHOICES name_choices_results = [] life_choices_results = [] wuhou_choices_results = [] for n in name_choices: o = dict() o['name_choices'] = list(n)[0] name_choices_results.append(o) for l in life_choices: o = dict() o['life_choices'] = list(l)[0] life_choices_results.append(o) for w in wuhou_choices: o = dict() o['wuhou_choices'] = list(w)[0] wuhou_choices_results.append(o) enforcement = None economic = None smallkindarea = None dbh1 = None if request.method == 'POST': findingscode = request.POST.get('findingscode') findings = Findings.objects.get(findingscode=findingscode) username = request.POST.get('username') user = User.objects.get(username=username).username chinesename = request.POST.get('chinesename') latinname = request.POST.get('latinname') if len(chinesename) == 0 or len(latinname) == 0: return HttpResponse(json.dumps({ "status": "0", "message": "物种名不能为空" })) name = Specieslibrary.objects.filter(scientificchinesename=chinesename, latinname=latinname).count() if name == 0: specieslibrary = Specieslibrary(scientificchinesename=chinesename, latinname=latinname, status='0') specieslibrary.save() id = specieslibrary.id else: name = Specieslibrary.objects.get(scientificchinesename=chinesename, latinname=latinname) id = name.id results = Sampletrees.objects.filter(name_id=id) if len(results) != 0: return HttpResponse(json.dumps({ "status": "0", "message": "该物种已经存在" })) phenophase = request.POST.get('phenophase') biotype = request.POST.get('biotype') totalfreshweight = request.POST.get('totalfreshweight') freshweightofsample = request.POST.get('freshweightofsample') totaldryweight = request.POST.get('totaldryweight') dryweightofsample = request.POST.get('dryweightofsample') abundance = request.POST.get('abundance') if abundance == '': return HttpResponse(json.dumps({ "status": "0", "message": "请填写多度" })) radio1 = request.POST.get('radio1') radio2 = request.POST.get('radio2') radio3 = request.POST.get('radio3') sampletreerichness = request.POST.get('sampletreerichness') sampletreedensity = request.POST.get('sampletreedensity') sampletreesalways = Sampletreesalways(sampletreerichness=sampletreerichness, sampletreedensity=sampletreedensity) sampletreesalways.save() if radio1 == '1': enforcement = '是' elif radio1 == '2': enforcement = '否' else: return HttpResponse(json.dumps({ "status": "0", "message": "请选择是否为珍稀濒危物种" })) if radio2 == '1': economic = '是' elif radio2 == '2': economic = '否' else: return HttpResponse(json.dumps({ "status": "0", "message": "请选择是否为经济植物" })) if radio3 == '1': smallkindarea = '100m*100m' elif radio3 == '2': smallkindarea = '100m*20m' sampletrees = Sampletrees(findings_id=findings.id, smallkindarea=smallkindarea, name_id=id, phenophase=phenophase, biotype=biotype, totalfreshweight=totalfreshweight, freshweightofsample=freshweightofsample, totaldryweight=totaldryweight, dryweightofsample=dryweightofsample, abundance=abundance, enforcement=enforcement, publisher=user, sampletreesalways_id=sampletreesalways.id, economic=economic) sampletrees.save() i = 0 while request.POST.get("arrit[%s][dbh]" % (i)) is not None or request.POST.get( "arrit[%s][hight]" % (i)) is not None or request.POST.get("arrit[%s][canopy1]" % (i)) is not None: hight = request.POST.get("arrit[%s][hight]" % (i)) dbh = request.POST.get("arrit[%s][dbh]" % (i)) canopy1 = request.POST.get("arrit[%s][canopy1]" % (i)) canopy2 = request.POST.get("arrit[%s][canopy2]" % (i)) radio4 = request.POST.get("arrit[%s][radio4]" % (i)) if radio4 == '1': dbh1 = dbh elif radio4 == '2': dbh1 = float(dbh) / math.pi sampletreessampling = Sampletreessampling(hight=hight, dbh=dbh1, canopy1=canopy1, canopy2=canopy2, sampletrees_id=sampletrees.id) sampletreessampling.save() i += 1 j = 0 while request.POST.get("upload[%s][u]" % (j)) is not None: u = request.POST.get("upload[%s][u]" % (j)) im = request.FILES.get("inputtypefiles[%s][im]" % (j)) sampletreesplantimages = Sampletreesplantimages(type=u, file=im, sampletrees_id=sampletrees.id) sampletreesplantimages.save() j += 1 sampletrees_for_add_list = [] sampletreessampling_for_add_list = [] sampletrees_for_add = Sampletrees.objects.get(id=sampletrees.id) sampletreessampling_for_add = Sampletreessampling.objects.filter(sampletrees_id=sampletrees.id) for s_g in sampletreessampling_for_add: o = dict() o['id'] = str(s_g.id) o['hight'] = s_g.hight o['dbh'] = s_g.dbh o['canopy1'] = s_g.canopy1 o['canopy2'] = s_g.canopy2 sampletreessampling_for_add_list.append(o) o = dict() o['id'] = str(sampletrees_for_add.id) o['smallkindarea'] = sampletrees_for_add.smallkindarea o['chinesename'] = Specieslibrary.objects.get(id=sampletrees_for_add.name_id).scientificchinesename o['latinname'] = Specieslibrary.objects.get(id=sampletrees_for_add.name_id).latinname o['phenophase'] = sampletrees_for_add.phenophase o['biotype'] = sampletrees_for_add.biotype o['totalfreshweight'] = sampletrees_for_add.totalfreshweight o['freshweightofsample'] = sampletrees_for_add.freshweightofsample o['totaldryweight'] = sampletrees_for_add.totaldryweight o['dryweightofsample'] = sampletrees_for_add.dryweightofsample o['abundance'] = sampletrees_for_add.abundance o['enforcement'] = sampletrees_for_add.enforcement o['economic'] = sampletrees_for_add.economic o['sampletreerichness'] = Sampletreesalways.objects.get( sampletrees__id=sampletrees_for_add.id).sampletreerichness o['sampletreedensity'] = Sampletreesalways.objects.get(sampletrees__id=sampletrees_for_add.id).sampletreedensity sampletrees_for_add_list.append(o) return HttpResponse(json.dumps({ "status": "1", "message": "添加成功", "sampletrees_for_add_list": sampletrees_for_add_list, "sampletreessampling_for_add_list": sampletreessampling_for_add_list, "name_choices": name_choices_results, "life_choices": life_choices_results, "wuhou_choices": wuhou_choices_results, })) return HttpResponse(json.dumps({ "status": "1", "name_choices": name_choices_results, "life_choices": life_choices_results, "wuhou_choices": wuhou_choices_results, })) def sampletrees_delete(request, pk): if pk: sampletrees = Sampletrees.objects.get(id=pk) sampletrees.delete() return HttpResponse('{"status":"1","message":"删除成功"}') else: return HttpResponse('{"status":"0","message":"请传入正确的id"}') @csrf_exempt def sampletrees_update(request, pk): name_choices = Sampletrees.NAME_CHOICES life_choices = Sampletrees.LIFE_CHOICES wuhou_choices = Sampletrees.WUHOU_CHOICES name_choices_results = [] life_choices_results = [] wuhou_choices_results = [] for n in name_choices: o = dict() o['name_choices'] = list(n)[0] name_choices_results.append(o) for l in life_choices: o = dict() o['life_choices'] = list(l)[0] life_choices_results.append(o) for w in wuhou_choices: o = dict() o['wuhou_choices'] = list(w)[0] wuhou_choices_results.append(o) enforcement = None economic = None smallkindarea = None dbh1 = None sampletrees = Sampletrees.objects.get(id=pk) sampletreesalways = Sampletreesalways.objects.get(id=sampletrees.sampletreesalways_id) if request.method == 'POST': username = request.POST.get('username') chinesename = request.POST.get('chinesename') latinname = request.POST.get('latinname') name = Specieslibrary.objects.filter(scientificchinesename=chinesename, latinname=latinname).count() if len(chinesename) == 0 or len(latinname) == 0: return HttpResponse(json.dumps({ "status": "0", "message": "物种名不能为空" })) if name == 0: specieslibrary = Specieslibrary(scientificchinesename=chinesename, latinname=latinname, status='0') specieslibrary.save() id = specieslibrary.id else: name = Specieslibrary.objects.get(scientificchinesename=chinesename, latinname=latinname) id = name.id phenophase = request.POST.get('phenophase') biotype = request.POST.get('biotype') totalfreshweight = request.POST.get('totalfreshweight') freshweightofsample = request.POST.get('freshweightofsample') totaldryweight = request.POST.get('totaldryweight') dryweightofsample = request.POST.get('dryweightofsample') abundance = request.POST.get('abundance') radio1 = request.POST.get('radio1') radio2 = request.POST.get('radio2') radio3 = request.POST.get('radio3') if radio1 == '1': enforcement = '是' elif radio1 == '2': enforcement = '否' if radio2 == '1': economic = '是' elif radio2 == '2': economic = '否' if radio3 == '1': smallkindarea = '100m*100m' elif radio3 == '2': smallkindarea = '100m*20m' sampletreerichness = request.POST.get('sampletreerichness') print(sampletreerichness) sampletreedensity = request.POST.get('sampletreedensity') Sampletreesalways.objects.filter(id=sampletreesalways.id).update(sampletreerichness=sampletreerichness, sampletreedensity=sampletreedensity) Sampletrees.objects.filter(id=pk).update( smallkindarea=smallkindarea, name_id=id, phenophase=phenophase, biotype=biotype, totalfreshweight=totalfreshweight, freshweightofsample=freshweightofsample, totaldryweight=totaldryweight, dryweightofsample=dryweightofsample, abundance=abundance, enforcement=enforcement, publisher=username, sampletreesalways_id=sampletreesalways.id, economic=economic) i = 0 while request.POST.get("arrit[%s][dbh]" % (i)) is not None or request.POST.get( "arrit[%s][hight]" % (i)) is not None or request.POST.get("arrit[%s][canopy1]" % (i)) is not None: id = request.POST.get("arrit[%s][id]" % (i)) hight = request.POST.get("arrit[%s][hight]" % (i)) dbh = request.POST.get("arrit[%s][dbh]" % (i)) canopy1 = request.POST.get("arrit[%s][canopy1]" % (i)) canopy2 = request.POST.get("arrit[%s][canopy2]" % (i)) radio4 = request.POST.get("arrit[%s][radio4]" % (i)) if radio4 == '1': dbh1 = dbh elif radio4 == '2': dbh1 = float(dbh) / math.pi if id is not None: Sampletreessampling.objects.filter(id=id).update(hight=hight, dbh=dbh1, canopy1=canopy1, canopy2=canopy2) else: sampletreessampling = Sampletreessampling(hight=hight, dbh=dbh1, canopy1=canopy1, canopy2=canopy2, sampletrees_id=pk) sampletreessampling.save() i += 1 j = 0 while request.POST.get("upload[%s][u]" % (j)) is not None: u = request.POST.get("upload[%s][u]" % (j)) im = request.FILES.get("inputtypefiles[%s][im]" % (j)) sampletreesplantimages = Sampletreesplantimages(type=u, file=im, sampletrees_id=sampletrees.id) sampletreesplantimages.save() j += 1 return HttpResponse(json.dumps({ "status": "1", "message": "修改成功", "name_choices": name_choices_results, "life_choices": life_choices_results, "wuhou_choices": wuhou_choices_results, })) file_list = [] sampletreessampling_list = [] sampletreesplantimages = Sampletreesplantimages.objects.filter(sampletrees__id=pk) sampletreessampling = Sampletreessampling.objects.filter(sampletrees__id=pk) for s_g in sampletreessampling: o = dict() o['id'] = str(s_g.id) o['hight'] = s_g.hight o['dbh'] = s_g.dbh o['canopy1'] = s_g.canopy1 o['canopy2'] = s_g.canopy2 o['radio4'] = '1' sampletreessampling_list.append(o) print(sampletreesplantimages) for s in sampletreesplantimages: file = dict() file['file'] = s.file.url file['type'] = s.type file['id'] = str(s.id) file_list.append(file) print(file_list) e = None if sampletrees.enforcement == '是': e = '1' elif sampletrees.enforcement == '否': e = '2' c = None if sampletrees.economic == '是': c = '1' elif sampletrees.economic == '否': c = '2' return HttpResponse(json.dumps({ "id": str(sampletrees.id), "smallkindarea": sampletrees.smallkindarea, "chinesename": Specieslibrary.objects.get(id=sampletrees.name_id).scientificchinesename, "latinname": Specieslibrary.objects.get(id=sampletrees.name_id).latinname, "phenophase": sampletrees.phenophase, "biotype": sampletrees.biotype, "totalfreshweight": sampletrees.totalfreshweight, "freshweightofsample": sampletrees.freshweightofsample, "totaldryweight": sampletrees.totaldryweight, "dryweightofsample": sampletrees.dryweightofsample, "abundance": sampletrees.abundance, "enforcement": e, "economic": c, "name_choices": name_choices_results, "life_choices": life_choices_results, "wuhou_choices": wuhou_choices_results, "sampletreerichness": sampletreesalways.sampletreerichness, "sampletreedensity": sampletreesalways.sampletreedensity, "sampletreessampling_list": sampletreessampling_list, "file_list": list(file_list) })) def sampletrees_search(request): findingscode = request.GET.get('findingscode') sampletrees = Sampletrees.objects.filter(findings__findingscode=findingscode) results = [] for s in sampletrees: o = dict() o['id'] = str(s.id) o['chinesename'] = Specieslibrary.objects.get(id=s.name_id).scientificchinesename o['latinname'] = Specieslibrary.objects.get(id=s.name_id).latinname # o['hight'] = s.hight # o['dbh'] = s.dbh # o['canopy1'] = s.canopy1 # o['canopy2'] = s.canopy2 o['phenophase'] = s.phenophase o['biotype'] = s.biotype o['totalfreshweight'] = s.totalfreshweight o['freshweightofsample'] = s.freshweightofsample o['totaldryweight'] = s.totaldryweight o['dryweightofsample'] = s.dryweightofsample o['findings'] = findingscode results.append(o) return HttpResponse(json.dumps({ "status": "1", "sampletrees": results })) # 灌木样本 @csrf_exempt def samplebush_add(request): name_choices = Samplebush.NAME_CHOICES name_choices_results = [] for n in name_choices: o = dict() o['name_choices'] = list(n)[0] name_choices_results.append(o) if request.method == 'POST': enforcement = None typical = None economic = None findingscode = request.POST.get('findingscode') findings = Findings.objects.get(findingscode=findingscode) username = request.POST.get('username') chinesename = request.POST.get('chinesename') latinname = request.POST.get('latinname') if len(chinesename) == 0 or len(latinname) == 0: return HttpResponse(json.dumps({ "status": "0", "message": "物种名不能为空" })) smallkindside = request.POST.get('smallkindside') if len(smallkindside) == 0: return HttpResponse(json.dumps({ "status": "0", "message": "小样方号不能为空" })) name = Specieslibrary.objects.filter(scientificchinesename=chinesename, latinname=latinname).count() if name == 0: specieslibrary = Specieslibrary(scientificchinesename=chinesename, latinname=latinname, status='0') specieslibrary.save() id = specieslibrary.id else: name = Specieslibrary.objects.get(scientificchinesename=chinesename, latinname=latinname) id = name.id results = Samplebush.objects.filter(name_id=id,smallkindside=smallkindside) if len(results) != 0: return HttpResponse(json.dumps({ "status": "0", "message": "该物种已经存在" })) coverdegree = request.POST.get('coverdegree') frequency = request.POST.get('frequency') totalfreshweight = request.POST.get('totalfreshweight') freshweightofsample = request.POST.get('freshweightofsample') totaldryweight = request.POST.get('totaldryweight') dryweightofsample = request.POST.get('dryweightofsample') abundance = request.POST.get('abundance') samplebushrichness = request.POST.get('samplebushrichness') samplebushdensity = request.POST.get('samplebushdensity') radio1 = request.POST.get('radio1') radio2 = request.POST.get('radio2') radio3 = request.POST.get('radio3') number = request.POST.get('number') if radio1 == '1': enforcement = '是' elif radio1 == '2': enforcement = '否' else: return HttpResponse(json.dumps({ "status": "0", "message": "请选择是否为珍稀濒危物种" })) if radio2 == '1': economic = '是' elif radio2 == '2': economic = '否' else: return HttpResponse(json.dumps({ "status": "0", "message": "请选择是否为经济植物" })) if radio3 == '1': typical = '是' elif radio3 == '2': typical = '否' else: return HttpResponse(json.dumps({ "status": "0", "message": "请选择是否为优势灌木" })) samplebushalways = Samplebushalways(samplebushrichness=samplebushrichness, samplebushdensity=samplebushdensity) samplebushalways.save() if findingscode is not None: samplebush = Samplebush(findings_id=findings.id, smallkindside=smallkindside, smallkindarea='10m*10m', name_id=id, coverdegree=coverdegree, totalfreshweight=totalfreshweight, totaldryweight=totaldryweight, abundance=abundance, enforcement=enforcement, publisher=username, samplebushalways_id=samplebushalways.id, typical=typical, economic=economic, frequency=frequency, number=number) samplebush.save() i = 0 while request.POST.get("arrit[%s][hight]" % (i)) is not None: hight = request.POST.get("arrit[%s][hight]" % (i)) canopy1 = request.POST.get("arrit[%s][canopy1]" % (i)) canopy2 = request.POST.get("arrit[%s][canopy2]" % (i)) dryweightofsample = request.POST.get("arrit[%s][dryweightofsample]" % (i)) freshweightofsample = request.POST.get("arrit[%s][freshweightofsample]" % (i)) samplebushsampling = Samplebushsampling(hight=hight, canopy1=canopy1, canopy2=canopy2, dryweightofsample=dryweightofsample, freshweightofsample=freshweightofsample, samplebush_id=samplebush.id) samplebushsampling.save() i += 1 j = 0 while request.POST.get("upload[%s][u]" % (j)) is not None: u = request.POST.get("upload[%s][u]" % (j)) im = request.FILES.get("inputtypefiles[%s][im]" % (j)) sampletreesplantimages = Samplebushplantimages(type=u, file=im, samplebush_id=samplebush.id) sampletreesplantimages.save() j += 1 samplebush_for_add_list = [] samplebushsampling_for_add_list = [] samplebush_for_add = Samplebush.objects.filter(id=samplebush.id) samplebushsampling_for_add = Samplebushsampling.objects.filter(samplebush_id=samplebush.id) for s_g in samplebushsampling_for_add: i = dict() i['id'] = str(s_g.id) i['canopy1'] = s_g.canopy1 i['canopy2'] = s_g.canopy2 i['hight'] = s_g.hight i['dryweightofsample'] = s_g.dryweightofsample i['freshweightofsample'] = s_g.freshweightofsample samplebushsampling_for_add_list.append(i) for s_t in samplebush_for_add: o = dict() o['id'] = str(s_t.id) o['smallkindarea'] = s_t.smallkindarea o['smallkindside'] = s_t.smallkindside o['chinesename'] = Specieslibrary.objects.get(id=s_t.name_id).scientificchinesename o['latinname'] = Specieslibrary.objects.get(id=s_t.name_id).latinname o['totalfreshweight'] = s_t.totalfreshweight o['totaldryweight'] = s_t.totaldryweight o['abundance'] = s_t.abundance o['enforcement'] = s_t.enforcement o['typical'] = s_t.typical o['economic'] = s_t.economic o['frequency'] = s_t.frequency o['number'] = s_t.number o['samplebushrichness'] = Samplebushalways.objects.get(samplebush__id=s_t.id).samplebushrichness o['samplebushdensity'] = Samplebushalways.objects.get(samplebush__id=s_t.id).samplebushdensity samplebush_for_add_list.append(o) return HttpResponse(json.dumps({ "status": "1", "message": "添加成功", "samplebush_for_add_list": samplebush_for_add_list, "samplebushsampling_for_add_list": samplebushsampling_for_add_list, "name_choices": name_choices_results, })) return HttpResponse(json.dumps({ "status": "1", "name_choices": name_choices_results, })) def samplebush_delete(request, pk): if pk: samplebush = Samplebush.objects.get(id=pk) samplebush.delete() return HttpResponse('{"status":"1","message":"删除成功"}') else: return HttpResponse('{"status":"0","message":"请传入正确的id"}') @csrf_exempt def samplebush_update(request, pk): name_choices = Samplebush.NAME_CHOICES name_choices_results = [] file_list = [] for n in name_choices: o = dict() o['name_choices'] = list(n)[0] name_choices_results.append(o) samplebush = Samplebush.objects.get(id=pk) samplebushalways = Samplebushalways.objects.get(id=samplebush.samplebushalways_id) if request.method == 'POST': username = request.POST.get('username') smallkindside = request.POST.get('smallkindside') chinesename = request.POST.get('chinesename') latinname = request.POST.get('latinname') if len(chinesename) == 0 or len(latinname) == 0: return HttpResponse(json.dumps({ "status": "0", "message": "物种名不能为空" })) name = Specieslibrary.objects.filter(scientificchinesename=chinesename, latinname=latinname).count() if name == 0: specieslibrary = Specieslibrary(scientificchinesename=chinesename, latinname=latinname, status='0') specieslibrary.save() id = specieslibrary.id else: name = Specieslibrary.objects.get(scientificchinesename=chinesename, latinname=latinname) id = name.id coverdegree = request.POST.get('coverdegree') frequency = request.POST.get('frequency') totalfreshweight = request.POST.get('totalfreshweight') totaldryweight = request.POST.get('totaldryweight') abundance = request.POST.get('abundance') number = request.POST.get('number') radio1 = request.POST.get('radio1') radio2 = request.POST.get('radio2') radio3 = request.POST.get('radio3') print(type(radio3), type(radio2), type(radio1)) enforcement = None typical = None economic = None if radio1 == '1': enforcement = '是' elif radio1 == '2': enforcement = '否' if radio2 == '1': economic = '是' elif radio2 == '2': economic = '否' if radio3 == '1': typical = '是' elif radio3 == '2': typical = '否' samplebushrichness = request.POST.get('samplebushrichness') samplebushdensity = request.POST.get('samplebushdensity') print(samplebushrichness, samplebushdensity) Samplebushalways.objects.filter(id=samplebush.samplebushalways_id).update( samplebushrichness=samplebushrichness, samplebushdensity=samplebushdensity) Samplebush.objects.filter(id=pk).update(smallkindside=smallkindside, smallkindarea='10m*10m', name_id=id, coverdegree=coverdegree, totalfreshweight=totalfreshweight, totaldryweight=totaldryweight, abundance=abundance, enforcement=enforcement, publisher=username, samplebushalways_id=samplebushalways.id, typical=typical, economic=economic, frequency=frequency, number=number) i = 0 while request.POST.get("arrit[%s][hight]" % (i)) is not None or request.POST.get( "arrit[%s][canopy1]" % (i)) is not None or request.POST.get( "arrit[%s][canopy2]" % (i)) is not None or request.POST.get( "arrit[%s][dryweightofsample]" % (i)) is not None or request.POST.get( "arrit[%s][freshweightofsample]" % (i)) is not None or request.POST.get( "arrit[%s][id]" % (i)) is not None: id = request.POST.get("arrit[%s][id]" % (i)) hight = request.POST.get("arrit[%s][hight]" % (i)) canopy1 = request.POST.get("arrit[%s][canopy1]" % (i)) canopy2 = request.POST.get("arrit[%s][canopy2]" % (i)) dryweightofsample = request.POST.get("arrit[%s][dryweightofsample]" % (i)) freshweightofsample = request.POST.get("arrit[%s][freshweightofsample]" % (i)) if id is not None: Samplebushsampling.objects.filter(id=id).update(hight=hight, canopy1=canopy1, canopy2=canopy2, dryweightofsample=dryweightofsample, freshweightofsample=freshweightofsample, ) else: samplebushsampling = Samplebushsampling(hight=hight, canopy1=canopy1, canopy2=canopy2, dryweightofsample=dryweightofsample, freshweightofsample=freshweightofsample, samplebush_id=samplebush.id) samplebushsampling.save() i += 1 j = 0 while request.POST.get("upload[%s][u]" % (j)) is not None: u = request.POST.get("upload[%s][u]" % (j)) im = request.FILES.get("inputtypefiles[%s][im]" % (j)) sampletreesplantimages = Samplebushplantimages(type=u, file=im, samplebush_id=samplebush.id) sampletreesplantimages.save() j += 1 return HttpResponse(json.dumps({ "status": "1", "message": "修改成功", "name_choices": name_choices_results, })) samplebushplantimages = Samplebushplantimages.objects.filter(samplebush__id=pk) samplebushsampling = Samplebushsampling.objects.filter(samplebush_id=pk) samplebushsampling_list = [] for s_g in samplebushsampling: o = dict() o['id'] = str(s_g.id) o['canopy1'] = s_g.canopy1 o['canopy2'] = s_g.canopy2 o['radio4'] = '1' o['hight'] = s_g.hight o['dryweightofsample'] = s_g.dryweightofsample o['freshweightofsample'] = s_g.freshweightofsample samplebushsampling_list.append(o) for s in samplebushplantimages: file = dict() file['file'] = s.file.url file['type'] = s.type file['id'] = str(s.id) file_list.append(file) e = None if samplebush.enforcement == '是': e = '1' elif samplebush.enforcement == '否': e = '2' t = None if samplebush.typical == '是': t = '1' elif samplebush.typical == '否': t = '2' c = None if samplebush.economic == '是': c = '1' elif samplebush.economic == '否': c = '2' return HttpResponse(json.dumps({ "id": str(samplebush.id), "samplebushrichness": samplebushalways.samplebushrichness, "samplebushdensity": samplebushalways.samplebushdensity, "smallkindside": samplebush.smallkindside, "smallkindarea": samplebush.smallkindarea, "chinesename": Specieslibrary.objects.get(id=samplebush.name_id).scientificchinesename, "latinname": Specieslibrary.objects.get(id=samplebush.name_id).latinname, "coverdegree": samplebush.coverdegree, "totalfreshweight": samplebush.totalfreshweight, "totaldryweight": samplebush.totaldryweight, "abundance": samplebush.abundance, "number": samplebush.number, "enforcement": e, "typical": t, "economic": c, "frequency": samplebush.frequency, "name_choices": name_choices_results, "file_list": file_list, "samplebushsampling_list": samplebushsampling_list, })) def samplebush_search(request): findingscode = request.GET.get('findingscode') samplebush = Samplebush.objects.filter(findings__findingscode=findingscode) results = [] for s in samplebush: o = dict() o['id'] = str(s.id) o['findings'] = findingscode o['smallkindside'] = s.smallkindside o['smallkindarea'] = s.smallkindarea o['chinesename'] = Specieslibrary.objects.get(id=s.name_id).scientificchinesename o['latinname'] = Specieslibrary.objects.get(id=s.name_id).latinname o['coverdegree'] = s.coverdegree o['totalfreshweight'] = s.totalfreshweight o['totaldryweight'] = s.totaldryweight o['abundance'] = s.abundance o['enforcement'] = s.enforcement o['economic'] = s.economic o['typical'] = s.typical o['frequency'] = s.frequency results.append(o) return HttpResponse(json.dumps({ "status": "1", "samplebush": results })) # 草本样本 @csrf_exempt def sampleherbal_add(request): image_chiose = Samplebushplantimages.NAME_CHOICES image_choices_results = [] for i in image_chiose: o = dict() o['image_choices'] = list(i)[0] image_choices_results.append(o) if request.method == 'POST': enforcement = None typical = None economic = None findingscode = request.POST.get('findingscode') findings = Findings.objects.get(findingscode=findingscode) username = request.POST.get('username') smallkindside = request.POST.get('smallkindside') if len(smallkindside) == 0: return HttpResponse(json.dumps({ "status": "0", "message": "小样方号不能为空" })) chinesename = request.POST.get('chinesename') latinname = request.POST.get('latinname') name = Specieslibrary.objects.filter(scientificchinesename=chinesename, latinname=latinname).count() if len(chinesename) == 0 or len(latinname) == 0: return HttpResponse(json.dumps({ "status": "0", "message": "物种名不能为空" })) if name == 0: specieslibrary = Specieslibrary(scientificchinesename=chinesename, latinname=latinname, status='0') specieslibrary.save() id = specieslibrary.id else: name = Specieslibrary.objects.get(scientificchinesename=chinesename, latinname=latinname) id = name.id results = Sampleherbal.objects.filter(name_id=id,smallkindside=smallkindside) if len(results) != 0: return HttpResponse(json.dumps({ "status": "0", "message": "该物种已经存在" })) ontotalfreshweight = request.POST.get('ontotalfreshweight') ontotaldryweight = request.POST.get('ontotaldryweight') abundance = request.POST.get('abundance') pointscoverage = request.POST.get('pointscoverage') speciesontotalfreshweight = request.POST.get('speciesontotalfreshweight') speciesontotaldryweight = request.POST.get('speciesontotaldryweight') sampleherbalrichness = request.POST.get('sampleherbalrichness') sampleherbaldensity = request.POST.get('sampleherbaldensity') sampleherbalcoverdegree = request.POST.get('sampleherbalcoverdegree') radio1 = request.POST.get('radio1') radio2 = request.POST.get('radio2') radio3 = request.POST.get('radio3') if radio1 == '1': enforcement = '是' elif radio1 == '2': enforcement = '否' if radio2 == '1': economic = '是' elif radio2 == '2': economic = '否' if radio3 == '1': typical = '是' elif radio3 == '2': typical = '否' sampleherbalalways = Sampleherbalalways(sampleherbalrichness=sampleherbalrichness, sampleherbaldensity=sampleherbaldensity, sampleherbalcoverdegree=sampleherbalcoverdegree) sampleherbalalways.save() sampleherbal = Sampleherbal(findings_id=findings.id, smallkindside=smallkindside, smallkindarea='1m*1m', speciesontotalfreshweight=speciesontotalfreshweight, name_id=id, ontotaldryweight=ontotaldryweight, abundance=abundance, ontotalfreshweight=ontotalfreshweight, speciesontotaldryweight=speciesontotaldryweight, pointscoverage=pointscoverage, enforcement=enforcement, publisher=username, sampleherbalalways_id=sampleherbalalways.id, economic=economic, ) sampleherbal.save() i = 0 while request.POST.get("arrit[%s][hight]" % (i)) is not None: hight = request.POST.get("arrit[%s][hight]" % (i)) sampleherbalsampling = Sampleherbalsampling(hight=hight, sampleherbal_id=sampleherbal.id) sampleherbalsampling.save() i += 1 j = 0 while request.POST.get("upload[%s][u]" % (j)) is not None: u = request.POST.get("upload[%s][u]" % (j)) im = request.FILES.get("inputtypefiles[%s][im]" % (j)) sampletreesplantimages = Sampleherbalplantimages(type=u, file=im, sampleherbal_id=sampleherbal.id) sampletreesplantimages.save() j += 1 sampleherbal_for_add_list = [] sampleherbalsampling_for_add_list = [] sampleherbal_for_add = Sampleherbal.objects.filter(id=sampleherbal.id) sampleherbalsampling_for_add = Sampleherbalsampling.objects.filter(sampleherbal_id=sampleherbal.id) for s_g in sampleherbalsampling_for_add: i = dict() i['id'] = str(s_g.id) i['hight'] = s_g.hight sampleherbalsampling_for_add_list.append(i) for s_t in sampleherbal_for_add: o = dict() o['id'] = str(s_t.id) o['smallkindside'] = s_t.smallkindside o['smallkindarea'] = s_t.smallkindarea o['chinesename'] = Specieslibrary.objects.get(id=s_t.name_id).scientificchinesename o['latinname'] = Specieslibrary.objects.get(id=s_t.name_id).latinname o['abundance'] = s_t.abundance o['pointscoverage'] = s_t.pointscoverage o['enforcement'] = s_t.enforcement o['economic'] = s_t.economic o['ontotalfreshweight'] = s_t.ontotalfreshweight o['ontotaldryweight'] = s_t.ontotaldryweight o['speciesontotalfreshweight'] = s_t.speciesontotalfreshweight o['speciesontotaldryweight'] = s_t.speciesontotaldryweight o['sampleherbalrichness'] = Sampleherbalalways.objects.get(sampleherbal__id=s_t.id).sampleherbalrichness o['sampleherbaldensity'] = Sampleherbalalways.objects.get(sampleherbal__id=s_t.id).sampleherbaldensity o['sampleherbalcoverdegree'] = Sampleherbalalways.objects.get( sampleherbal__id=s_t.id).sampleherbalcoverdegree sampleherbal_for_add_list.append(o) return HttpResponse(json.dumps({ "status": "1", "message": "添加成功", "sampleherbal_for_add_list": sampleherbal_for_add_list, "sampleherbalsampling_for_add_list": sampleherbalsampling_for_add_list, "image_choices": image_choices_results, })) return HttpResponse(json.dumps({ "status": "1", "image_choices": image_choices_results, })) def sampleherbal_delete(request, pk): if pk: sampleherbal = Sampleherbal.objects.get(id=pk) sampleherbal.delete() return HttpResponse('{"status":"1","message":"删除成功"}') else: return HttpResponse('{"status":"0","message":"请传入正确的id"}') @csrf_exempt def sampleherbal_update(request, pk): name_choices = Sampleherbal.NAME_CHOICES name_choices_results = [] for n in name_choices: o = dict() o['name_choices'] = list(n)[0] name_choices_results.append(o) sampleherbal = Sampleherbal.objects.get(id=pk) sampleherbalalways = Sampleherbalalways.objects.get(id=sampleherbal.sampleherbalalways_id) if request.method == 'POST': enforcement = None typical = None economic = None username = request.POST.get('username') smallkindside = request.POST.get('smallkindside') chinesename = request.POST.get('chinesename') latinname = request.POST.get('latinname') if len(chinesename) == 0 or len(latinname) == 0: return HttpResponse(json.dumps({ "status": "0", "message": "物种名不能为空" })) name = Specieslibrary.objects.filter(scientificchinesename=chinesename, latinname=latinname).count() if name == 0: specieslibrary = Specieslibrary(scientificchinesename=chinesename, latinname=latinname, status='0') specieslibrary.save() id = specieslibrary.id else: name = Specieslibrary.objects.get(scientificchinesename=chinesename, latinname=latinname) id = name.id ontotalfreshweight = request.POST.get('ontotalfreshweight') ontotaldryweight = request.POST.get('ontotaldryweight') abundance = request.POST.get('abundance') pointscoverage = request.POST.get('pointscoverage') speciesontotalfreshweight = request.POST.get('speciesontotalfreshweight') speciesontotaldryweight = request.POST.get('speciesontotaldryweight') sampleherbalrichness = request.POST.get('sampleherbalrichness') sampleherbaldensity = request.POST.get('sampleherbaldensity') sampleherbalcoverdegree = request.POST.get('sampleherbalcoverdegree') radio1 = request.POST.get('radio1') radio2 = request.POST.get('radio2') radio3 = request.POST.get('radio3') if radio1 == '1': enforcement = '是' elif radio1 == '2': enforcement = '否' if radio2 == '1': economic = '是' elif radio2 == '2': economic = '否' if radio3 == '1': typical = '是' elif radio3 == '2': typical = '否' Sampleherbalalways.objects.filter(id=sampleherbal.sampleherbalalways_id).update( sampleherbalrichness=sampleherbalrichness, sampleherbaldensity=sampleherbaldensity, sampleherbalcoverdegree=sampleherbalcoverdegree) Sampleherbal.objects.filter(id=pk).update(smallkindside=smallkindside, smallkindarea='1m*1m', speciesontotalfreshweight=speciesontotalfreshweight, name_id=id, ontotaldryweight=ontotaldryweight, abundance=abundance, ontotalfreshweight=ontotalfreshweight, speciesontotaldryweight=speciesontotaldryweight, pointscoverage=pointscoverage, enforcement=enforcement, publisher=username, sampleherbalalways_id=sampleherbalalways.id, economic=economic, ) i = 0 while request.POST.get("arrit[%s][hight]" % (i)) is not None: id = request.POST.get("arrit[%s][id]" % (i)) hight = request.POST.get("arrit[%s][hight]" % (i)) if id is not None: Sampleherbalsampling.objects.filter(id=id).update(hight=hight) else: sampleherbalsampling = Sampleherbalsampling(hight=hight, sampleherbal_id=sampleherbal.id) sampleherbalsampling.save() i += 1 j = 0 while request.POST.get("upload[%s][u]" % (j)) is not None: u = request.POST.get("upload[%s][u]" % (j)) im = request.FILES.get("inputtypefiles[%s][im]" % (j)) sampletreesplantimages = Sampleherbalplantimages(type=u, file=im, sampleherbal_id=sampleherbal.id) sampletreesplantimages.save() j += 1 return HttpResponse(json.dumps({ "status": "1", "message": "修改成功", "name_choices": name_choices_results, })) file_list = [] sampleherbalsampling_list = [] sampleherbalplantimages = Sampleherbalplantimages.objects.filter(sampleherbal__id=pk) sampleherbalsampling = Sampleherbalsampling.objects.filter(sampleherbal_id=pk) for s_g in sampleherbalsampling: o = dict() o['id'] = str(s_g.id) o['hight'] = s_g.hight sampleherbalsampling_list.append(o) print(sampleherbalplantimages) for s in sampleherbalplantimages: file = dict() file['file'] = s.file.url file['type'] = s.type file['id'] = str(s.id) file_list.append(file) print(file_list) e = None if sampleherbal.enforcement == '是': e = '1' elif sampleherbal.enforcement == '否': e = '2' c = None if sampleherbal.economic == '是': c = '1' elif sampleherbal.economic == '否': c = '2' return HttpResponse(json.dumps({ "id": str(sampleherbal.id), "findings": str(sampleherbal.findings_id), "sampleherbalrichness": sampleherbalalways.sampleherbalrichness, "sampleherbaldensity": sampleherbalalways.sampleherbaldensity, "sampleherbalcoverdegree": sampleherbalalways.sampleherbalcoverdegree, "smallkindside": sampleherbal.smallkindside, "smallkindarea": sampleherbal.smallkindarea, "chinesename": Specieslibrary.objects.get(id=sampleherbal.name_id).scientificchinesename, "latinname": Specieslibrary.objects.get(id=sampleherbal.name_id).latinname, "abundance": sampleherbal.abundance, "pointscoverage": sampleherbal.pointscoverage, "ontotalfreshweight": sampleherbal.ontotalfreshweight, "ontotaldryweight": sampleherbal.ontotaldryweight, "speciesontotalfreshweight": sampleherbal.speciesontotalfreshweight, "speciesontotaldryweight": sampleherbal.speciesontotaldryweight, "enforcement": e, "economic": c, "file_list": file_list, "sampleherbalsampling_list": sampleherbalsampling_list, "name_choices": name_choices_results, })) def sampleherbal_search(request): findingscode = request.GET.get('findingscode') sampleherbal = Sampleherbal.objects.filter(findings__findingscode=findingscode) results = [] for s in sampleherbal: o = dict() o['id'] = str(s.id) o['findings'] = findingscode o['smallkindside'] = s.smallkindside o['smallkindarea'] = s.smallkindarea o['chinesename'] = Specieslibrary.objects.get(id=s.name_id).scientificchinesename o['latinname'] = Specieslibrary.objects.get(id=s.name_id).latinname o['abundance'] = s.abundance o['pointscoverage'] = s.pointscoverage o['ontotalfreshweight'] = s.ontotalfreshweight o['ontotaldryweight'] = s.ontotaldryweight o['speciesontotalfreshweight'] = s.speciesontotalfreshweight o['speciesontotaldryweight'] = s.speciesontotaldryweight o['enforcement'] = s.enforcement o['economic'] = s.economic results.append(o) return HttpResponse(json.dumps({ "status": "1", "sampleherbal": results })) # 土壤样本 @csrf_exempt def simplesoil_add(request): if request.method == 'POST': findingscode = request.POST.get('findingscode') findings = Findings.objects.get(findingscode=findingscode) username = request.POST.get('username') matrix = request.POST.get('matrix') color = request.POST.get('color') agrotype = request.POST.get('agrotype') thickness = request.POST.get('thickness') rootbiomassarea = request.POST.get('rootbiomassarea') undertotaldryweight1 = request.POST.get('undertotaldryweight1') undertotaldryweight2 = request.POST.get('undertotaldryweight2') undertotaldryweight3 = request.POST.get('undertotaldryweight3') smallkindside = request.POST.get('smallkindside') j = 0 file = request.FILES.get("files[%s][fi]" % (j)) print(str(file) + "777777777777777777777777777777777") soildepth1 = request.POST.get('soildepth1') ph1 = request.POST.get('ph1') organiccontent1 = request.POST.get('organiccontent1') nitrogen1 = request.POST.get('nitrogen1') phosphor1 = request.POST.get('phosphor1') kalium1 = request.POST.get('kalium1') gravel1 = request.POST.get('gravel1') mediumCoarseSand1 = request.POST.get('mediumCoarseSand1') fineSand1 = request.POST.get('fineSand1') veryFineSand1 = request.POST.get('veryFineSand1') mucilage1 = request.POST.get('mucilage1') soildepth2 = request.POST.get('soildepth2') ph2 = request.POST.get('ph2') organiccontent2 = request.POST.get('organiccontent2') nitrogen2 = request.POST.get('nitrogen2') phosphor2 = request.POST.get('phosphor2') kalium2 = request.POST.get('kalium2') gravel2 = request.POST.get('gravel2') mediumCoarseSand2 = request.POST.get('mediumCoarseSand2') fineSand2 = request.POST.get('fineSand2') veryFineSand2 = request.POST.get('veryFineSand2') mucilage2 = request.POST.get('mucilage2') soildepth3 = request.POST.get('soildepth3') ph3 = request.POST.get('ph3') organiccontent3 = request.POST.get('organiccontent3') nitrogen3 = request.POST.get('nitrogen3') phosphor3 = request.POST.get('phosphor3') kalium3 = request.POST.get('kalium3') gravel3 = request.POST.get('gravel3') mediumCoarseSand3 = request.POST.get('mediumCoarseSand3') fineSand3 = request.POST.get('fineSand3') veryFineSand3 = request.POST.get('veryFineSand3') mucilage3 = request.POST.get('mucilage3') soildepth4 = request.POST.get('soildepth4') ph4 = request.POST.get('ph4') organiccontent4 = request.POST.get('organiccontent4') nitrogen4 = request.POST.get('nitrogen4') phosphor4 = request.POST.get('phosphor4') kalium4 = request.POST.get('kalium4') gravel4 = request.POST.get('gravel4') mediumCoarseSand4 = request.POST.get('mediumCoarseSand4') fineSand4 = request.POST.get('fineSand4') veryFineSand4 = request.POST.get('veryFineSand4') mucilage4 = request.POST.get('mucilage4') soildepth5 = request.POST.get('soildepth5') ph5 = request.POST.get('ph5') organiccontent5 = request.POST.get('organiccontent5') nitrogen5 = request.POST.get('nitrogen5') phosphor5 = request.POST.get('phosphor5') kalium5 = request.POST.get('kalium5') gravel5 = request.POST.get('gravel5') mediumCoarseSand5 = request.POST.get('mediumCoarseSand5') fineSand5 = request.POST.get('fineSand5') veryFineSand5 = request.POST.get('veryFineSand5') mucilage5 = request.POST.get('mucilage5') soildepth6 = request.POST.get('soildepth6') ph6 = request.POST.get('ph6') organiccontent6 = request.POST.get('organiccontent6') nitrogen6 = request.POST.get('nitrogen6') phosphor6 = request.POST.get('phosphor6') kalium6 = request.POST.get('kalium6') gravel6 = request.POST.get('gravel6') mediumCoarseSand6 = request.POST.get('mediumCoarseSand6') fineSand6 = request.POST.get('fineSand6') veryFineSand6 = request.POST.get('veryFineSand6') mucilage6 = request.POST.get('mucilage6') simplesoil1 = Simplesoil(findings_id=findings.id, publisher=username, matrix=matrix, color=color, agrotype=agrotype, thickness=thickness, soildepth=soildepth1, ph=ph1, organiccontent=organiccontent1, nitrogen=nitrogen1, phosphor=phosphor1, kalium=kalium1, gravel=gravel1, mediumCoarseSand=mediumCoarseSand1, fineSand=fineSand1, veryFineSand=veryFineSand1, mucilage=mucilage1, undertotaldryweight1=undertotaldryweight1, undertotaldryweight2=undertotaldryweight2, undertotaldryweight3=undertotaldryweight3, file=file, rootbiomassarea=rootbiomassarea,smallkindside=smallkindside) simplesoil1.save() simplesoil2 = Simplesoil(findings_id=findings.id, publisher=username, matrix=matrix, color=color, agrotype=agrotype, thickness=thickness, soildepth=soildepth2, ph=ph2, organiccontent=organiccontent2, nitrogen=nitrogen2, phosphor=phosphor2, kalium=kalium2, gravel=gravel2, mediumCoarseSand=mediumCoarseSand2, fineSand=fineSand2, veryFineSand=veryFineSand2, mucilage=mucilage2, undertotaldryweight1=undertotaldryweight1, undertotaldryweight2=undertotaldryweight2, undertotaldryweight3=undertotaldryweight3, file=file, rootbiomassarea=rootbiomassarea,smallkindside=smallkindside) simplesoil2.save() simplesoil3 = Simplesoil(findings_id=findings.id, publisher=username, matrix=matrix, color=color, agrotype=agrotype, thickness=thickness, soildepth=soildepth3, ph=ph3, organiccontent=organiccontent3, nitrogen=nitrogen3, phosphor=phosphor3, kalium=kalium3, gravel=gravel3, mediumCoarseSand=mediumCoarseSand3, fineSand=fineSand3, veryFineSand=veryFineSand3, mucilage=mucilage3, undertotaldryweight1=undertotaldryweight1, undertotaldryweight2=undertotaldryweight2, undertotaldryweight3=undertotaldryweight3, file=file, rootbiomassarea=rootbiomassarea,smallkindside=smallkindside) simplesoil3.save() simplesoil4 = Simplesoil(findings_id=findings.id, publisher=username, matrix=matrix, color=color, agrotype=agrotype, thickness=thickness, soildepth=soildepth4, ph=ph4, organiccontent=organiccontent4, nitrogen=nitrogen4, phosphor=phosphor4, kalium=kalium4, gravel=gravel4, mediumCoarseSand=mediumCoarseSand4, fineSand=fineSand4, veryFineSand=veryFineSand4, mucilage=mucilage4, undertotaldryweight1=undertotaldryweight1, undertotaldryweight2=undertotaldryweight2, undertotaldryweight3=undertotaldryweight3, file=file, rootbiomassarea=rootbiomassarea,smallkindside=smallkindside) simplesoil4.save() simplesoil5 = Simplesoil(findings_id=findings.id, publisher=username, matrix=matrix, color=color, agrotype=agrotype, thickness=thickness, soildepth=soildepth5, ph=ph5, organiccontent=organiccontent5, nitrogen=nitrogen5, phosphor=phosphor5, kalium=kalium5, gravel=gravel5, mediumCoarseSand=mediumCoarseSand5, fineSand=fineSand5, veryFineSand=veryFineSand5, mucilage=mucilage5, undertotaldryweight1=undertotaldryweight1, undertotaldryweight2=undertotaldryweight2, undertotaldryweight3=undertotaldryweight3, file=file, rootbiomassarea=rootbiomassarea,smallkindside=smallkindside) simplesoil5.save() simplesoil6 = Simplesoil(findings_id=findings.id, publisher=username, matrix=matrix, color=color, agrotype=agrotype, thickness=thickness, soildepth=soildepth6, ph=ph6, organiccontent=organiccontent6, nitrogen=nitrogen6, phosphor=phosphor6, kalium=kalium6, gravel=gravel6, mediumCoarseSand=mediumCoarseSand6, fineSand=fineSand6, veryFineSand=veryFineSand6, mucilage=mucilage6, undertotaldryweight1=undertotaldryweight1, undertotaldryweight2=undertotaldryweight2, undertotaldryweight3=undertotaldryweight3, file=file, rootbiomassarea=rootbiomassarea,smallkindside=smallkindside) simplesoil6.save() return HttpResponse(json.dumps({ "status": "1", "message": "添加成功", })) def simplesoil_delete(request, pk): if pk: simplesoil = Simplesoil.objects.get(id=pk) simplesoil.delete() return HttpResponse('{"status":"1","message":"删除成功"}') else: return HttpResponse('{"status":"0","message":"请传入正确的id"}') @csrf_exempt def simplesoil_update(request, pk): if pk: simplesoil = Simplesoil.objects.get(id=pk) if request.method == 'POST': j = 0 file = request.FILES.get("files[%s][fi]" % (j)) print(str(file) + "9999999999999999999999999999999") username = request.POST.get('username') soildepth = request.POST.get('soildepth') agrotype = request.POST.get('agrotype') matrix = request.POST.get('matrix') ph = request.POST.get('ph') color = request.POST.get('color') organiccontent = request.POST.get('organiccontent') nitrogen = request.POST.get('nitrogen') phosphor = request.POST.get('phosphor') kalium = request.POST.get('kalium') gravel = request.POST.get('gravel') mediumCoarseSand = request.POST.get('mediumCoarseSand') fineSand = request.POST.get('fineSand') veryFineSand = request.POST.get('veryFineSand') mucilage = request.POST.get('mucilage') thickness = request.POST.get('thickness') rootbiomassarea = request.POST.get('rootbiomassarea') undertotaldryweight1 = request.POST.get('undertotaldryweight1') undertotaldryweight2 = request.POST.get('undertotaldryweight2') undertotaldryweight3 = request.POST.get('undertotaldryweight3') smallkindside = request.POST.get('smallkindside') if file is not None: Simplesoil.objects.filter(id=pk).update(publisher=username, matrix=matrix, color=color, agrotype=agrotype, thickness=thickness, soildepth=soildepth, ph=ph, organiccontent=organiccontent, nitrogen=nitrogen, phosphor=phosphor, kalium=kalium, gravel=gravel, mediumCoarseSand=mediumCoarseSand, fineSand=fineSand, veryFineSand=veryFineSand, mucilage=mucilage, undertotaldryweight1=undertotaldryweight1, undertotaldryweight2=undertotaldryweight2, undertotaldryweight3=undertotaldryweight3, rootbiomassarea=rootbiomassarea,smallkindside=smallkindside) s = Simplesoil.objects.get(id=pk) s.file = file s.save() else: Simplesoil.objects.filter(id=pk).update(publisher=username, matrix=matrix, color=color, agrotype=agrotype, thickness=thickness, soildepth=soildepth, ph=ph, organiccontent=organiccontent, nitrogen=nitrogen, phosphor=phosphor, kalium=kalium, gravel=gravel, mediumCoarseSand=mediumCoarseSand, fineSand=fineSand, veryFineSand=veryFineSand, mucilage=mucilage, undertotaldryweight1=undertotaldryweight1, undertotaldryweight2=undertotaldryweight2, undertotaldryweight3=undertotaldryweight3, rootbiomassarea=rootbiomassarea,smallkindside=smallkindside) return HttpResponse(json.dumps({ "status": "1", "message": "修改成功", })) return HttpResponse(json.dumps({ "id": str(simplesoil.id), "soildepth": simplesoil.soildepth, "agrotype": simplesoil.agrotype, "matrix": simplesoil.matrix, "ph": simplesoil.ph, "color": simplesoil.color, "organiccontent": simplesoil.organiccontent, "nitrogen": simplesoil.nitrogen, "phosphor": simplesoil.phosphor, "kalium": simplesoil.kalium, "gravel": simplesoil.gravel, "mediumCoarseSand": simplesoil.mediumCoarseSand, "fineSand": simplesoil.fineSand, "veryFineSand": simplesoil.veryFineSand, "mucilage": simplesoil.mucilage, "rootbiomassarea": simplesoil.rootbiomassarea, "file": simplesoil.file.url, "undertotaldryweight1": simplesoil.undertotaldryweight1, "undertotaldryweight2": simplesoil.undertotaldryweight2, "undertotaldryweight3": simplesoil.undertotaldryweight3, "smallkindside": simplesoil.smallkindside, "thickness": simplesoil.thickness })) else: return HttpResponse('{"status":"0","message":"请传入正确的id"}') def simplesoil_search(request): findingscode = request.GET.get('findingscode') simplesoil = Simplesoil.objects.filter(findings__findingscode=findingscode) results = [] for s in simplesoil: o = dict() o['id'] = str(s.id) o['findings'] = findingscode o['soildepth'] = s.soildepth o['agrotype'] = s.agrotype o['matrix'] = s.matrix o['ph'] = s.ph o['color'] = s.color o['organiccontent'] = s.organiccontent o['nitrogen'] = s.nitrogen o['phosphor'] = s.phosphor o['kalium'] = s.kalium o['gravel'] = s.gravel o['mediumCoarseSand'] = s.mediumCoarseSand o['fineSand'] = s.fineSand o['veryFineSand'] = s.veryFineSand o['mucilage'] = s.mucilage o['thickness'] = s.thickness o['undertotaldryweight1'] = s.undertotaldryweight1 o['undertotaldryweight2'] = s.undertotaldryweight2 o['undertotaldryweight3'] = s.undertotaldryweight3 results.append(o) return HttpResponse(json.dumps({ "status": "1", "simplesoil": results })) # 条形码 @csrf_exempt def barcodes_upload(request): if request.method == 'POST': obj = json.loads(request.body.decode('utf-8')) form = obj['form'] username = obj['username'] user = User.objects.get(username=username).username findingscode = obj['findingscode'] chinesename = form['chinesename'] latinname = form['latinname'] if len(chinesename) == 0 or len(latinname) == 0: return HttpResponse(json.dumps({ "status": "0", "message": "物种名不能为空" })) name = Specieslibrary.objects.filter(scientificchinesename=chinesename, latinname=latinname).count() if name == 0: specieslibrary = Specieslibrary(scientificchinesename=chinesename, latinname=latinname, status='0') specieslibrary.save() id = specieslibrary.id else: name = Specieslibrary.objects.get(scientificchinesename=chinesename, latinname=latinname) id = name.id results = Barcodes.objects.filter(name_id=id) if len(results) != 0: if len(chinesename) == 0 or len(latinname) == 0: return HttpResponse(json.dumps({ "status": "0", "message": "该物种已经存在" })) findings = Findings.objects.get(findingscode=findingscode) barcodes = Barcodes(findings_id=findings.id, name_id=id, dna_1=form['dna_1'], dna_2=form['dna_2'], dna_3=form['dna_3'], dna_4=form['dna_4'], dna_5=form['dna_5'], publisher=user, family=form['family'], category=form['category'], findingscode=form['findingscode']) barcodes.save() return HttpResponse(json.dumps({ "status": "1", "message": "添加成功" })) def barcodes_delete(request, pk): if pk: barcodes = Barcodes.objects.get(id=pk) barcodes.delete() return HttpResponse('{"status":"1","message":"删除成功"}') else: return HttpResponse('{"status":"0","message":"请传入正确的id"}') @csrf_exempt def barcodes_update(request, pk): barcodes = Barcodes.objects.get(id=pk) if request.method == 'POST': obj = json.loads(request.body.decode('utf-8')) form = obj['form'] username = obj['username'] chinesename = form['chinesename'] latinname = form['latinname'] if len(chinesename) == 0 or len(latinname) == 0: return HttpResponse(json.dumps({ "status": "0", "message": "物种名不能为空" })) name = Specieslibrary.objects.filter(scientificchinesename=chinesename, latinname=latinname).count() if name == 0: specieslibrary = Specieslibrary(scientificchinesename=chinesename, latinname=latinname, status='0') specieslibrary.save() id = specieslibrary.id else: name = Specieslibrary.objects.get(scientificchinesename=chinesename, latinname=latinname) id = name.id results = Barcodes.objects.filter(name_id=id) if len(results) != 0: if len(chinesename) == 0 or len(latinname) == 0: return HttpResponse(json.dumps({ "status": "0", "message": "该物种已经存在" })) Barcodes.objects.filter(id=pk).update(name_id=id, dna_1=form['dna_1'], dna_2=form['dna_2'], dna_3=form['dna_3'], dna_4=form['dna_4'], dna_5=form['dna_5'], publisher=username, family=form['family'], category=form['category'], findingscode=form['findingscode']) return HttpResponse(json.dumps({ "status": "1", "message": "修改成功", })) return HttpResponse(json.dumps({ "id": str(barcodes.id), "chinesename": Specieslibrary.objects.get(id=barcodes.name_id).scientificchinesename, "latinname": Specieslibrary.objects.get(id=barcodes.name_id).latinname, "dna_1": barcodes.dna_1, "dna_2": barcodes.dna_2, "dna_3": barcodes.dna_3, "dna_4": barcodes.dna_4, "dna_5": barcodes.dna_5, "family": barcodes.family, "category": barcodes.category, "findingscode": barcodes.findingscode, })) def barcodes_search(request): findingscode = request.GET.get('findingscode') barcodes = Barcodes.objects.filter(findings__findingscode=findingscode) results = [] for b in barcodes: o = dict() o['id'] = str(b.id) o['findingscode'] = findingscode o['chinesename'] = Specieslibrary.objects.get(id=b.name_id).scientificchinesename o['latinname'] = Specieslibrary.objects.get(id=b.name_id).latinname o['family'] = b.family o['category'] = b.category o['dna_1'] = b.dna_1 o['dna_2'] = b.dna_2 o['dna_3'] = b.dna_3 o['dna_4'] = b.dna_4 o['dna_5'] = b.dna_5 results.append(o) return HttpResponse(json.dumps({ "status": "1", "barcodes": results })) # 土地利用 @csrf_exempt def landuse_add(request): if request.method == 'POST': obj = json.loads(request.body.decode('utf-8')) findingscode = obj['findingscode'] findings = Findings.objects.get(findingscode=findingscode) typelanduse = obj['typelanduse'] # arealanduse = obj['arealanduse'] # typelandcover = obj['typelandcover'] # arealandcover = obj['arealandcover'] # ph = obj['ph'] if findingscode is not None: landuse = Landuse(findings_id=findings.id, typelanduse=typelanduse, ) landuse.save() return HttpResponse(json.dumps({ "status": "1", "message": "添加成功", })) else: return HttpResponse(json.dumps({ "status": "", "message": "请输入完整信息", })) def landuse_delete(request, pk): if request.user.is_authenticated: if pk: landuse = Landuse.objects.get(id=pk) landuse.delete() return HttpResponse('{"status":"1","message":"删除成功"}') else: return HttpResponse('{"status":"0","message":"请传入正确的id"}') else: return HttpResponse('{"status":"0","message":"请您登录后操作"}') @csrf_exempt def landuse_update(request, pk): if pk: landuse = Landuse.objects.get(id=pk) if request.method == 'POST': obj = json.loads(request.body.decode('utf-8')) form = obj['form'] username = obj['username'] Landuse.objects.filter(id=pk).update(typelanduse=form['typelanduse'], publisher=username) return HttpResponse(json.dumps({ "status": "1", "message": "修改成功", })) return HttpResponse(json.dumps({ "id": str(landuse.id), "typelanduse": landuse.typelanduse, # "arealanduse": landuse.arealanduse, # "typelandcover": landuse.typelandcover, # "arealandcover": landuse.arealandcover, # "ph": landuse.ph, })) else: return HttpResponse('{"status":"0","message":"请传入正确的id"}') def landuse_search(request): findingscode = request.GET.get('findingscode') landuse = Landuse.objects.filter(findings__findingscode=findingscode) results = [] for l in landuse: o = dict() o['id'] = str(l.id) o['findings'] = findingscode o['typelanduse'] = l.typelanduse # o['arealanduse'] = l.arealanduse # o['typelandcover'] = l.typelandcover # o['arealandcover'] = l.arealandcover # o['ph'] = l.ph results.append(o) return HttpResponse(json.dumps({ "status": "1", "landuse": results })) # 气象 @csrf_exempt def weather_add(request): if request.method == 'POST': obj = json.loads(request.body.decode('utf-8')) findingscode = obj['findingscode'] findings = Findings.objects.get(findingscode=findingscode) month = obj['month'] year = obj['year'] max = obj['max'] min = obj['min'] averagetemperature = obj['averagetemperature'] annualtemperature = obj['annualtemperature'] temperaturemin = obj['temperaturemin'] temperaturemax = obj['temperaturemax'] username = obj['username'] user = User.objects.get(username=username).username if findingscode is not None: weather = Weather(findings_id=findings.id, month=month, year=year, max=max, min=min, averagetemperature=averagetemperature, annualtemperature=annualtemperature, temperaturemin=temperaturemin, temperaturemax=temperaturemax, publisher=user) weather.save() return HttpResponse(json.dumps({ "status": "1", "message": "添加成功", })) def weather_delete(request, pk): if pk: weather = Weather.objects.get(id=pk) weather.delete() return HttpResponse('{"status":"1","message":"删除成功"}') else: return HttpResponse('{"status":"0","message":"请传入正确的id"}') @csrf_exempt def weather_update(request, pk): if pk: weather = Weather.objects.get(id=pk) if request.method == 'POST': obj = json.loads(request.body.decode('utf-8')) form = obj['form'] username = obj['username'] user = User.objects.get(username=username).username Weather.objects.filter(id=pk).update(month=form['month'], year=form['year'], max=form['max'], min=form['min'], averagetemperature=form['averagetemperature'], annualtemperature=form['annualtemperature'], temperaturemin=form['temperaturemin'], temperaturemax=form['temperaturemax'], publisher=user) return HttpResponse(json.dumps({ "status": "1", "message": "修改成功", })) return HttpResponse(json.dumps({ "month": weather.month, "year": weather.year, "max": weather.max, "min": weather.min, "averagetemperature": weather.averagetemperature, "annualtemperature": weather.annualtemperature, "temperaturemin": weather.temperaturemin, "temperaturemax": weather.temperaturemax })) else: return HttpResponse('{"status":"0","message":"请传入正确的id"}') def weather_search(request): findingscode = request.GET.get('findingscode') weather = Weather.objects.filter(findings__findingscode=findingscode) results = [] for w in weather: o = dict() o['id'] = str(w.id) o['findings'] = findingscode o['month'] = w.month o['year'] = w.year o['max'] = w.max o['min'] = w.min o['averagetemperature'] = w.averagetemperature o['annualtemperature'] = w.annualtemperature o['temperaturemin'] = w.temperaturemin o['temperaturemax'] = w.temperaturemax results.append(o) return HttpResponse(json.dumps({ "status": "1", "weather": results })) # 群落 @csrf_exempt def community_add(request): if request.user.is_authenticated: if request.method == 'POST': obj = json.loads(request.body.decode('utf-8')) findings = obj['findings'] coenotype = obj['coenotype'] communityname = obj['communityname'] speciesnamechinese = obj['speciesnamechinese'] speciesnamelatin = obj['speciesnamelatin'] height = obj['height'] coverdegree = obj['coverdegree'] crownlength = obj['crownlength'] crownwidth = obj['crownwidth'] number = obj['number'] establishmentname = obj['establishmentname'] mainspeciesnamechinese = obj['mainspeciesnamechinese'] mainspeciesnamelatin = obj['mainspeciesnamelatin'] secondaryestablishmentcommunity = obj['secondaryestablishmentcommunity'] secondaryspecieschinese = obj['secondaryspecieschinese'] secondaryspecieslatin = obj['secondaryspecieslatin'] trees = obj['trees'] shrub = obj['shrub'] herbal = obj['herbal'] litters = obj['litters'] site = obj['site'] locationdescription = obj['locationdescription'] locationreferencepoint = obj['locationreferencepoint'] lon = obj['lon'] lat = obj['lat'] terrain = obj['terrain'] elevation = obj['elevation'] exposure = obj['exposure'] gradient = obj['gradient'] slopeposition = obj['slopeposition'] river = obj['river'] riverlength = obj['riverlength'] riverwidth = obj['riverwidth'] riverdeep = obj['riverdeep'] rivershape = obj['rivershape'] jamming = obj['jamming'] if findings is not None: community = Community(findings_id=findings, coenotype=coenotype, communityname=communityname, speciesnamechinese=speciesnamechinese, speciesnamelatin=speciesnamelatin, height=height, coverdegree=coverdegree, crownlength=crownlength, crownwidth=crownwidth, number=number, establishmentname=establishmentname, mainspeciesnamechinese=mainspeciesnamechinese, mainspeciesnamelatin=mainspeciesnamelatin, secondaryestablishmentcommunity=secondaryestablishmentcommunity, secondaryspecieschinese=secondaryspecieschinese, secondaryspecieslatin=secondaryspecieslatin, trees=trees, shrub=shrub, herbal=herbal, litters=litters, site=site, locationdescription=locationdescription, locationreferencepoint=locationreferencepoint, lon=lon, lat=lat, terrain=terrain, elevation=elevation, exposure=exposure, gradient=gradient, slopeposition=slopeposition, river=river, riverlength=riverlength, riverwidth=riverwidth, riverdeep=riverdeep, rivershape=rivershape, jamming=jamming) community.save() return HttpResponse(json.dumps({ "status": "1", "message": "添加成功", })) else: return HttpResponse(json.dumps({ "status": "", "message": "请输入完整信息", })) findings = Findings.objects.all() results = [] for f in findings: o = dict() o['findingscode'] = f.findingscode o['date'] = f.date o['id'] = str(f.id) o['investigators_id'] = str(f.investigators_id) results.append(o) return HttpResponse(json.dumps({ "findings": results, })) else: return HttpResponse('{"status":"0","message":"请您登录后操作"}') def community_delete(request, pk): if request.user.is_authenticated: if pk: community = Community.objects.get(id=pk) community.delete() return HttpResponse('{"status":"1","message":"删除成功"}') else: return HttpResponse('{"status":"0","message":"请传入正确的id"}') else: return HttpResponse('{"status":"0","message":"请您登录后操作"}') @csrf_exempt def community_update(request, pk): if request.user.is_authenticated: if pk: community = Community.objects.get(id=pk) if request.method == 'POST': obj = json.loads(request.body.decode('utf-8')) findings = obj['findings'] coenotype = obj['coenotype'] communityname = obj['communityname'] speciesnamechinese = obj['speciesnamechinese'] speciesnamelatin = obj['speciesnamelatin'] height = obj['height'] coverdegree = obj['coverdegree'] crownlength = obj['crownlength'] crownwidth = obj['crownwidth'] number = obj['number'] establishmentname = obj['establishmentname'] mainspeciesnamechinese = obj['mainspeciesnamechinese'] mainspeciesnamelatin = obj['mainspeciesnamelatin'] secondaryestablishmentcommunity = obj['secondaryestablishmentcommunity'] secondaryspecieschinese = obj['secondaryspecieschinese'] secondaryspecieslatin = obj['secondaryspecieslatin'] trees = obj['trees'] shrub = obj['shrub'] herbal = obj['herbal'] litters = obj['litters'] site = obj['site'] locationdescription = obj['locationdescription'] locationreferencepoint = obj['locationreferencepoint'] lon = obj['lon'] lat = obj['lat'] terrain = obj['terrain'] elevation = obj['elevation'] exposure = obj['exposure'] gradient = obj['gradient'] slopeposition = obj['slopeposition'] river = obj['river'] riverlength = obj['riverlength'] riverwidth = obj['riverwidth'] riverdeep = obj['riverdeep'] rivershape = obj['rivershape'] jamming = obj['jamming'] Community.objects.filter(id=pk).update(findings_id=findings, coenotype=coenotype, communityname=communityname, speciesnamechinese=speciesnamechinese, speciesnamelatin=speciesnamelatin, height=height, coverdegree=coverdegree, crownlength=crownlength, crownwidth=crownwidth, number=number, establishmentname=establishmentname, mainspeciesnamechinese=mainspeciesnamechinese, mainspeciesnamelatin=mainspeciesnamelatin, secondaryestablishmentcommunity=secondaryestablishmentcommunity, secondaryspecieschinese=secondaryspecieschinese, secondaryspecieslatin=secondaryspecieslatin, trees=trees, shrub=shrub, herbal=herbal, litters=litters, site=site, locationdescription=locationdescription, locationreferencepoint=locationreferencepoint, lon=lon, lat=lat, terrain=terrain, elevation=elevation, exposure=exposure, gradient=gradient, slopeposition=slopeposition, river=river, riverlength=riverlength, riverwidth=riverwidth, riverdeep=riverdeep, rivershape=rivershape, jamming=jamming) return HttpResponse(json.dumps({ "status": "1", "message": "修改成功", })) findings = Findings.objects.all() results = [] for f in findings: o = dict() o['findingscode'] = f.findingscode o['date'] = f.date o['id'] = str(f.id) o['investigators_id'] = str(f.investigators_id) results.append(o) return HttpResponse(json.dumps({ "findings": results, "id": str(community.id), "findings_id": str(community.findings_id), "coenotype": community.coenotype, "communityname": community.communityname, "speciesnamechinese": community.speciesnamechinese, "speciesnamelatin": community.speciesnamelatin, "height": community.height, "coverdegree": community.coverdegree, "crownlength": community.crownlength, "crownwidth": community.crownwidth, "number": community.number, "establishmentname": community.establishmentname, "mainspeciesnamechinese": community.mainspeciesnamechinese, "mainspeciesnamelatin": community.mainspeciesnamelatin, "secondaryestablishmentcommunity": community.secondaryestablishmentcommunity, "secondaryspecieschinese": community.secondaryspecieschinese, "secondaryspecieslatin": community.secondaryspecieslatin, "trees": community.trees, "shrub": community.shrub, "herbal": community.herbal, "litters": community.litters, "site": community.site, "locationdescription": community.locationdescription, "locationreferencepoint": community.locationreferencepoint, "lon": community.lon, "lat": community.lat, "terrain": community.terrain, "elevation": community.elevation, "exposure": community.exposure, "gradient": community.gradient, "slopeposition": community.slopeposition, "river": community.river, "riverlength": community.riverlength, "riverwidth": community.riverwidth, "riverdeep": community.riverdeep, "rivershape": community.rivershape, "jamming": community.jamming })) else: return HttpResponse('{"status":"0","message":"请传入正确的id"}') else: return HttpResponse('{"status":"0","message":"请您登录后操作"}') def community_search(request): community = Community.objects.all() results = [] for c in community: o = dict() o['id'] = str(c.id) o['findings_id'] = str(c.findings_id) o['coenotype'] = c.coenotype o['communityname'] = c.communityname o['speciesnamechinese'] = c.speciesnamechinese o['speciesnamelatin'] = c.speciesnamelatin o['height'] = c.height o['coverdegree'] = c.coverdegree o['crownlength'] = c.crownlength o['crownwidth'] = c.crownwidth o['number'] = c.number o['establishmentname'] = c.establishmentname o['mainspeciesnamechinese'] = c.mainspeciesnamechinese o['mainspeciesnamelatin'] = c.mainspeciesnamelatin o['secondaryestablishmentcommunity'] = c.secondaryestablishmentcommunity o['secondaryspecieschinese'] = c.secondaryspecieschinese o['secondaryspecieslatin'] = c.secondaryspecieslatin o['trees'] = c.trees o['shrub'] = c.shrub o['herbal'] = c.herbal o['litters'] = c.litters o['site'] = c.site o['locationdescription'] = c.locationdescription o['locationreferencepoint'] = c.locationreferencepoint o['lon'] = c.lon o['lat'] = c.lat o['terrain'] = c.terrain o['elevation'] = c.elevation o['exposure'] = c.exposure o['gradient'] = c.gradient o['slopeposition'] = c.slopeposition o['river'] = c.river o['riverlength'] = c.riverlength o['riverwidth'] = c.riverwidth o['riverdeep'] = c.riverdeep o['rivershape'] = c.rivershape o['jamming'] = c.jamming results.append(o) return HttpResponse(json.dumps({ "status": "1", "community": community })) # 调查点数量 def index_echarts_findings(request): task = Task.objects.all() results1 = [] for t in task: o = dict() findings = Findings.objects.filter(task_id=t.id).count() key = t.taskname value = findings o['value'] = value o['name'] = key results1.append(o) return HttpResponse(json.dumps({ "status": "0", "findingstask": results1, })) # 样本数量 def index_echarts_sample(request): task = Task.objects.all() results = [] for t in task: o = dict() sampletrees = Sampletrees.objects.filter(findings__task_id=t.id).count() samplebush = Samplebush.objects.filter(findings__task_id=t.id).count() sampleherbal = Sampleherbal.objects.filter(findings__task_id=t.id).count() simplesoil = Simplesoil.objects.filter(findings__task_id=t.id).count() barcodes = Barcodes.objects.filter(findings__task_id=t.id).count() landuse = Landuse.objects.filter(findings__task_id=t.id).count() weather = Weather.objects.filter(findings__task_id=t.id).count() key = t.taskname value = int(int(sampletrees) + int(samplebush) + int(sampleherbal) + int(simplesoil) + int(barcodes) + int( landuse) + int(weather)) o['value'] = value o['name'] = key results.append(o) return HttpResponse(json.dumps({ "status": "0", "sample": results, })) # 样本类型 def index_echarts_sampletype(request): task = Task.objects.all() product_list = [] findings_list = [] sampletrees_list = [] samplebush_list = [] sampleherbal_list = [] simplesoil_list = [] barcodes_list = [] landuse_list = [] weather_list = [] for t in task: product_list.append(t.taskname) findings = Findings.objects.filter(task_id=t.id).count() findings_list.append(findings) sampletrees1 = Sampletrees.objects.filter(findings__task_id=t.id).count() print(str(sampletrees1) + "=========================================") sampletrees_list.append(sampletrees1) samplebush = Samplebush.objects.filter(findings__task_id=t.id).count() samplebush_list.append(samplebush) sampleherbal = Sampleherbal.objects.filter(findings__task_id=t.id).count() sampleherbal_list.append(sampleherbal) simplesoil = Simplesoil.objects.filter(findings__task_id=t.id).count() simplesoil_list.append(simplesoil) barcodes = Barcodes.objects.filter(findings__task_id=t.id).count() barcodes_list.append(barcodes) landuse = Landuse.objects.filter(findings__task_id=t.id).count() landuse_list.append(landuse) weather = Weather.objects.filter(findings__task_id=t.id).count() weather_list.append(weather) print(str(product_list)) print(str(sampletrees_list)) print(str(findings_list)) print(str(sampleherbal_list)) return HttpResponse(json.dumps({ 'status': "1", 'product_list': product_list, 'findings_list': findings_list, 'sampletrees_list': sampletrees_list, 'samplebush_list': samplebush_list, 'sampleherbal_list': sampleherbal_list, 'simplesoil_list': simplesoil_list, 'barcodes_list': barcodes_list, 'landuse_list': landuse_list, 'weather_list': weather_list })) # 获得省份 def get_province(request): provinces = Area_code_2020.objects.filter(pcode='0') results = [] for p in provinces: o = dict() o['id'] = str(p.id) o['code'] = p.code o['level'] = p.level o['name'] = p.name o['pcode'] = p.pcode results.append(o) return HttpResponse(json.dumps({ "status": "1", "provinces": results })) # 获得市 def get_city(request): province_code = request.GET.get('province_code') citis = Area_code_2020.objects.filter(pcode=province_code) results = [] for c in citis: o = dict() o['id'] = str(c.id) o['code'] = c.code o['level'] = c.level o['name'] = c.name o['pcode'] = c.pcode results.append(o) return HttpResponse(json.dumps({ "status": "1", "citis": results })) # 获得县 def get_district(request): city_code = request.GET.get('city_code') districts = Area_code_2020.objects.filter(pcode=city_code) results = [] for d in districts: o = dict() o['id'] = str(d.id) o['code'] = d.code o['level'] = d.level o['name'] = d.name o['pcode'] = d.pcode results.append(o) return HttpResponse(json.dumps({ "status": "1", "districts": results })) # 获得乡 def get_country(request): district_code = request.GET.get('district_code') country = Area_code_2020.objects.filter(pcode=district_code) results = [] for c in country: o = dict() o['id'] = str(c.id) o['code'] = c.code o['level'] = c.level o['name'] = c.name o['pcode'] = c.pcode results.append(o) return HttpResponse(json.dumps({ "status": "1", "country": results })) # 获得村 def get_village(request): country_code = request.GET.get('country_code') villages = Area_code_2020.objects.filter(pcode=country_code) results = [] for v in villages: o = dict() o['id'] = str(v.id) o['code'] = v.code o['level'] = v.level o['name'] = v.name o['pcode'] = v.pcode results.append(o) return HttpResponse(json.dumps({ "status": "1", "villages": results })) # 获取专题组 def get_special(request): task = request.GET.get('task') results = [] if len(task) != 0: special = Special.objects.filter(task_id=task) for s in special: o = dict() o['id'] = str(s.id) o['specialname'] = s.specialname o['specialcode'] = s.specialcode o['remark'] = s.remark results.append(o) return HttpResponse(json.dumps({ "status": "1", "special": results })) def latinname_search_for_specieslibrary(request): latinname = request.GET.get('latinname') species_data_list = [] if len(latinname) != 0: # species = Specieslibrary.objects.filter(Q(latinname__contains=latinname))[:20] species = Specieslibrary.objects.filter(latinname__istartswith=latinname)[:20] print(species) for s in species: o = dict() o['id'] = str(s.id) o['family'] = s.family o['familylatinname'] = s.familylatinname o['scientificchinesename'] = s.scientificchinesename o['latinname'] = s.latinname species_data_list.append(o) return HttpResponse(json.dumps({ "status": "1", "species_data_list": species_data_list })) return HttpResponse(json.dumps({ "status": "0", "message": "传入的拉丁名为空" })) def chinesename_search_for_specieslibrary(request): chinesename = request.GET.get('chinesename') species_data_list = [] if len(chinesename) != 0: species = Specieslibrary.objects.filter(Q(scientificchinesename__contains=chinesename))[:20] print(species) for s in species: o = dict() o['id'] = str(s.id) o['family'] = s.family o['familylatinname'] = s.familylatinname o['scientificchinesename'] = s.scientificchinesename o['latinname'] = s.latinname species_data_list.append(o) print(species_data_list) return HttpResponse(json.dumps({ "status": "1", "species_data_list": species_data_list })) return HttpResponse(json.dumps({ "status": "0", "message": "传入的中文名为空" })) # 乔木数据展示 def sampletrees_data_list(request): sampletrees = Sampletrees.objects.all() sampletrees_data_list = [] sampletreessampling_list = [] for s in sampletrees: sampletreessampling = Sampletreessampling.objects.filter(sampletrees_id=s.id) for s_g in sampletreessampling: i = dict() i['id'] = str(s_g.id) i['hight'] = s_g.hight i['dbh'] = s_g.dbh i['canopy1'] = s_g.canopy1 i['canopy2'] = s_g.canopy2 sampletreessampling_list.append(i) o = dict() o['id'] = str(s.id) o['findings'] = s.findings.findingscode o['smallkindarea'] = s.smallkindarea o['chinesename'] = Specieslibrary.objects.get(id=s.name_id).scientificchinesename o['latinname'] = Specieslibrary.objects.get(id=s.name_id).latinname o['phenophase'] = s.phenophase o['biotype'] = s.biotype o['totalfreshweight'] = s.totalfreshweight o['freshweightofsample'] = s.freshweightofsample o['totaldryweight'] = s.totaldryweight o['dryweightofsample'] = s.dryweightofsample o['abundance'] = s.abundance o['enforcement'] = s.enforcement o['sampletreerichness'] = s.sampletreesalways.sampletreerichness o['sampletreedensity'] = s.sampletreesalways.sampletreedensity sampletrees_data_list.append(o) return HttpResponse(json.dumps({ "status": "1", "sampletrees_data_list": sampletrees_data_list, "sampletreessampling_list": sampletreessampling_list, })) def task_distribution_sampletrees(request): task = Task.objects.all() sampletrees_list = [] for t in task: o = dict() o['value'] = Sampletrees.objects.filter(findings__task_id=t.id).count() o['name'] = t.taskname sampletrees_list.append(o) return HttpResponse(json.dumps({ "status": "1", "sampletrees_list": sampletrees_list, })) # 灌木数据展示 def samplebush_data_list(request): samplebush = Samplebush.objects.all() samplebush_data_list = [] for s in samplebush: o = dict() o['id'] = str(s.id) o['findings'] = s.findings.findingscode o['smallkindside'] = s.smallkindside o['smallkindarea'] = s.smallkindarea o['chinesename'] = Specieslibrary.objects.get(id=s.name_id).scientificchinesename o['latinname'] = Specieslibrary.objects.get(id=s.name_id).latinname o['coverdegree'] = s.coverdegree o['totalfreshweight'] = s.totalfreshweight o['totaldryweight'] = s.totaldryweight o['abundance'] = s.abundance o['frequency'] = s.frequency if s.enforcement == 0: o['enforcement'] = '否' if s.enforcement == 1: o['enforcement'] = '是' o['samplebushrichness'] = s.samplebushalways.samplebushrichness o['samplebushdensity'] = s.samplebushalways.samplebushdensity samplebush_data_list.append(o) return HttpResponse(json.dumps({ "status": "1", "samplebush_data_list": samplebush_data_list, })) def task_distribution_samplebush(request): task = Task.objects.all() samplebush_list = [] for t in task: o = dict() o['value'] = Samplebush.objects.filter(findings__task_id=t.id).count() o['name'] = t.taskname samplebush_list.append(o) return HttpResponse(json.dumps({ "status": "1", "samplebush_list": samplebush_list, })) # 草本数据展示 def sampleherbal_data_list(request): sampleherbal = Sampleherbal.objects.all() sampleherbal_data_list = [] for s in sampleherbal: o = dict() o['id'] = str(s.id) o['findings'] = s.findings.findingscode o['smallkindside'] = s.smallkindside o['smallkindarea'] = s.smallkindarea o['chinesename'] = Specieslibrary.objects.get(id=s.name_id).scientificchinesename o['latinname'] = Specieslibrary.objects.get(id=s.name_id).latinname o['ontotalfreshweight'] = s.ontotalfreshweight o['ontotaldryweight'] = s.ontotaldryweight o['abundance'] = s.abundance o['pointscoverage'] = s.pointscoverage o['speciesontotalfreshweight'] = s.speciesontotalfreshweight o['speciesontotaldryweight'] = s.speciesontotaldryweight o['enforcement'] = s.enforcement o['economic'] = s.economic o['sampleherbalrichness'] = s.sampleherbalalways.sampleherbalrichness o['sampleherbaldensity'] = s.sampleherbalalways.sampleherbaldensity o['sampleherbalcoverdegree'] = s.sampleherbalalways.sampleherbalcoverdegree sampleherbal_data_list.append(o) return HttpResponse(json.dumps({ "status": "1", "sampleherbal_data_list": sampleherbal_data_list, })) def task_distribution_sampleherbal(request): task = Task.objects.all() sampleherbal_list = [] for t in task: o = dict() o['value'] = Sampleherbal.objects.filter(findings__task_id=t.id).count() o['name'] = t.taskname sampleherbal_list.append(o) print(sampleherbal_list) return HttpResponse(json.dumps({ "status": "1", "sampleherbal_list": sampleherbal_list, })) # 调查点展示 def findings_data_list(request): findings = Findings.objects.all() findings_data_list = [] for f in findings: o = dict() o['id'] = str(f.id) o['findingscode'] = f.findingscode o['investigators'] = f.investigators.name o['date'] = f.date.split('T')[0] o['site'] = f.site o['terrain'] = f.terrain o['elevation'] = f.elevation o['gradient'] = f.gradient o['lon'] = f.lon o['lat'] = f.lat o['vegetationtypegroups'] = f.vegetationtypegroups o['vegetation'] = f.vegetation o['vegetationsubtypes'] = f.vegetationsubtypes o['formationgroup'] = f.formationgroup o['formation'] = f.formation o['lon1'] = round(float(f.lon), 2) o['lat1'] = round(float(f.lat), 2) findings_data_list.append(o) return HttpResponse(json.dumps({ "status": "1", "findings_data_list": findings_data_list, })) # 调查点分布 def findings_distribution_geo(request): findings = Findings.objects.all() results = [] for f in findings: o = dict() o['lat'] = f.lat o['lon'] = f.lon o['findingscode'] = f.findingscode o['investigators'] = f.investigators.name o['date'] = f.date.split('T')[0] o['terrain'] = f.terrain o['gradient'] = f.gradient o['elevation'] = f.elevation o['exposure'] = f.exposure o['site'] = f.site results.append(o) print(results) return HttpResponse(json.dumps({ "status": "1", "findings_distribution": results })) def findings_reveal(request, pk): findings = Findings.objects.filter(id=pk) results = [] for f in findings: o = dict() o['id'] = str(f.id) o['findingscode'] = f.findingscode o['investigators'] = f.investigators.name o['date'] = str(f.date).split('T')[0] o['site'] = f.site o['locationdescription'] = f.locationdescription o['elevation'] = f.elevation o['gradient'] = f.gradient o['terrain'] = f.terrain o['exposure'] = f.exposure o['river'] = f.river o['riverlength'] = f.riverlength o['riverwidth'] = f.riverwidth o['riverdeep'] = f.riverdeep o['rivershape'] = f.rivershape o['lon1'] = round(float(f.lon), 3) o['lat1'] = round(float(f.lat), 3) o['lon'] = f.lon o['lat'] = f.lat o['jamming'] = f.jamming o['vegetationtypegroups'] = f.vegetationtypegroups o['vegetation'] = f.vegetation o['vegetationsubtypes'] = f.vegetationsubtypes o['formationgroup'] = f.formationgroup o['formation'] = f.formation results.append(o) return HttpResponse(json.dumps({ "status": "0", "findings": results })) # 图——调查类型分布 def survey_type_distribution(request, pk): sampletrees = Sampletrees.objects.filter(findings_id=pk).count() samplebush = Samplebush.objects.filter(findings_id=pk).count() sampleherbal = Sampleherbal.objects.filter(findings_id=pk).count() simplesoil = Simplesoil.objects.filter(findings_id=pk).count() results = [] o1 = dict() o2 = dict() o3 = dict() o4 = dict() o1['name'] = '乔木' o1['value'] = sampletrees o2['name'] = '灌木' o2['value'] = samplebush o3['name'] = '草本' o3['value'] = sampleherbal o4['name'] = '土壤' o4['value'] = simplesoil results.append(o1) results.append(o2) results.append(o3) results.append(o4) print(results) return HttpResponse(json.dumps({ "status": "1", "results": results })) # 图-调查点数据量 def findings_data_size(request, pk): sampletrees = Sampletrees.objects.filter(findings_id=pk).count() samplebush = Samplebush.objects.filter(findings_id=pk).count() sampleherbal = Sampleherbal.objects.filter(findings_id=pk).count() simplesoil = Simplesoil.objects.filter(findings_id=pk).count() results = [] results.append(sampletrees) results.append(samplebush) results.append(sampleherbal) results.append(simplesoil) return HttpResponse(json.dumps({ "status": "1", "results": results })) # 乔木删除图片 def sampletrees_delete_image(request, pk): print(pk) if pk: sampletreesplantimages = Sampletreesplantimages.objects.get(id=pk) sampletreesplantimages.delete() return HttpResponse(json.dumps({ "status": "1", "message": "删除成功" })) # 灌木图片删除 def samplebush_delete_image(request, pk): samplebushplantimages = Samplebushplantimages.objects.get(id=pk) samplebushplantimages.delete() return HttpResponse(json.dumps({ "status": "1", "message": "删除成功" })) # 草本图片删除 def sampleherbal_delete_image(request, pk): sampleherbalplantimages = Sampleherbalplantimages.objects.get(id=pk) sampleherbalplantimages.delete() return HttpResponse(json.dumps({ "status": "1", "message": "删除成功" })) # 数据详情信息 def sampletrees_detail(request, pk): s = Sampletrees.objects.get(id=pk) sampletrees_data_list = [] image_list = [] sampletreessampling_list = [] sampletreessampling = Sampletreessampling.objects.filter(sampletrees_id=s.id) for s_g in sampletreessampling: i = dict() i['id'] = str(s_g.id) i['hight'] = s_g.hight if s_g.dbh != '': i['dbh'] = round(float(s_g.dbh), 1) i['canopy1'] = s_g.canopy1 i['canopy2'] = s_g.canopy2 sampletreessampling_list.append(i) o = dict() o['id'] = str(s.id) o['findings'] = s.findings.findingscode o['exposure'] = s.findings.exposure o['terrain'] = s.findings.terrain o['smallkindarea'] = s.smallkindarea o['chinesename'] = Specieslibrary.objects.get(id=s.name_id).scientificchinesename o['latinname'] = Specieslibrary.objects.get(id=s.name_id).latinname o['phenophase'] = s.phenophase o['biotype'] = s.biotype o['totalfreshweight'] = s.totalfreshweight o['freshweightofsample'] = s.freshweightofsample o['totaldryweight'] = s.totaldryweight o['dryweightofsample'] = s.dryweightofsample o['abundance'] = s.abundance o['enforcement'] = s.enforcement o['economic'] = s.economic o['sampletreerichness'] = s.sampletreesalways.sampletreerichness o['sampletreedensity'] = s.sampletreesalways.sampletreedensity o['lon'] = s.findings.lon o['lat'] = s.findings.lat o['findingscode'] = s.findings.findingscode o['investigators'] = s.findings.investigators.name o['date'] = str(s.findings.date).split('T')[0] o['site'] = s.findings.site o['locationdescription'] = s.findings.locationdescription o['elevation'] = s.findings.elevation o['gradient'] = s.findings.gradient o['river'] = s.findings.river o['riverlength'] = s.findings.riverlength o['riverwidth'] = s.findings.riverwidth o['riverdeep'] = s.findings.riverdeep o['rivershape'] = s.findings.rivershape o['jamming'] = s.findings.jamming o['vegetationtypegroups'] = s.findings.vegetationtypegroups o['vegetation'] = s.findings.vegetation o['vegetationsubtypes'] = s.findings.vegetationsubtypes o['formationgroup'] = s.findings.formationgroup o['formation'] = s.findings.formation o['lon1'] = round(float(s.findings.lon), 2) o['lat1'] = round(float(s.findings.lat), 2) sampletrees_data_list.append(o) image = Sampletreesplantimages.objects.filter(sampletrees_id=s.id) for img in image: s = dict() s['type'] = img.type s['file'] = img.file.url image_list.append(s) return HttpResponse(json.dumps({ "status": "1", "sampletreessampling_list": sampletreessampling_list, "sampletrees_data_list": sampletrees_data_list, "image_list": image_list, })) def samplebush_detail(request, pk): s = Samplebush.objects.get(id=pk) samplebush_data_list = [] image_list = [] samplebushsampling_list = [] samplebushsampling = Samplebushsampling.objects.filter(samplebush_id=pk) for s_g in samplebushsampling: i = dict() i['id'] = str(s_g.id) i['canopy1'] = s_g.canopy1 i['canopy2'] = s_g.canopy2 i['hight'] = s_g.hight i['freshweightofsample'] = s_g.freshweightofsample i['canopy1'] = s_g.canopy1 samplebushsampling_list.append(i) o = dict() o['id'] = str(s.id) o['findings'] = s.findings.findingscode o['terrain'] = s.findings.terrain o['exposure'] = s.findings.exposure o['smallkindside'] = s.smallkindside o['smallkindarea'] = s.smallkindarea o['chinesename'] = Specieslibrary.objects.get(id=s.name_id).scientificchinesename o['latinname'] = Specieslibrary.objects.get(id=s.name_id).latinname o['coverdegree'] = s.coverdegree o['frequency'] = s.frequency o['totalfreshweight'] = s.totalfreshweight o['totaldryweight'] = s.totaldryweight o['abundance'] = s.abundance o['enforcement'] = s.enforcement o['economic'] = s.economic o['typical'] = s.typical o['samplebushrichness'] = s.samplebushalways.samplebushrichness o['samplebushdensity'] = s.samplebushalways.samplebushdensity o['findingscode'] = s.findings.findingscode o['investigators'] = s.findings.investigators.name o['date'] = str(s.findings.date).split('T')[0] o['site'] = s.findings.site o['locationdescription'] = s.findings.locationdescription o['elevation'] = s.findings.elevation o['gradient'] = s.findings.gradient o['river'] = s.findings.river o['riverlength'] = s.findings.riverlength o['riverwidth'] = s.findings.riverwidth o['riverdeep'] = s.findings.riverdeep o['rivershape'] = s.findings.rivershape o['jamming'] = s.findings.jamming o['vegetationtypegroups'] = s.findings.vegetationtypegroups o['vegetation'] = s.findings.vegetation o['vegetationsubtypes'] = s.findings.vegetationsubtypes o['formationgroup'] = s.findings.formationgroup o['formation'] = s.findings.formation o['lon'] = s.findings.lon o['lat'] = s.findings.lat o['lon1'] = round(float(s.findings.lon), 2) o['lat1'] = round(float(s.findings.lat), 2) samplebush_data_list.append(o) image = Samplebushplantimages.objects.filter(samplebush_id=s.id) for img in image: s = dict() s['type'] = img.type s['file'] = img.file.url image_list.append(s) return HttpResponse(json.dumps({ "status": "1", "samplebush_data_list": samplebush_data_list, "image_list": image_list, "samplebushsampling_list": samplebushsampling_list, })) def sampleherbal_detail(request, pk): s = Sampleherbal.objects.get(id=pk) sampleherbal_data_list = [] sampleherbalsampling_list = [] sampleherbalsampling = Sampleherbalsampling.objects.filter(sampleherbal_id=pk) for s_g in sampleherbalsampling: i = dict() i['id'] = str(s_g.id) i['hight'] = s_g.hight sampleherbalsampling_list.append(i) image_list = [] o = dict() o['id'] = str(s.id) o['findings'] = s.findings.findingscode o['terrain'] = s.findings.terrain o['exposure'] = s.findings.exposure o['smallkindside'] = s.smallkindside o['smallkindarea'] = s.smallkindarea o['chinesename'] = Specieslibrary.objects.get(id=s.name_id).scientificchinesename o['latinname'] = Specieslibrary.objects.get(id=s.name_id).latinname # o['totalfreshweight'] = s.totalfreshweight # o['totaldryweight'] = s.totaldryweight o['abundance'] = s.abundance o['pointscoverage'] = s.pointscoverage # o['abovegroundbiomass'] = s.abovegroundbiomass # o['undergroundbiomass'] = s.undergroundbiomass o['enforcement'] = s.enforcement o['economic'] = s.economic o['ontotalfreshweight'] = s.ontotalfreshweight o['ontotaldryweight'] = s.ontotaldryweight o['speciesontotalfreshweight'] = s.speciesontotalfreshweight o['speciesontotaldryweight'] = s.speciesontotaldryweight o['sampleherbalrichness'] = s.sampleherbalalways.sampleherbalrichness o['sampleherbaldensity'] = s.sampleherbalalways.sampleherbaldensity o['sampleherbalcoverdegree'] = s.sampleherbalalways.sampleherbalcoverdegree o['findingscode'] = s.findings.findingscode o['investigators'] = s.findings.investigators.name o['date'] = str(s.findings.date).split('T')[0] o['site'] = s.findings.site o['locationdescription'] = s.findings.locationdescription o['elevation'] = s.findings.elevation o['gradient'] = s.findings.gradient o['river'] = s.findings.river o['riverlength'] = s.findings.riverlength o['riverwidth'] = s.findings.riverwidth o['riverdeep'] = s.findings.riverdeep o['rivershape'] = s.findings.rivershape o['jamming'] = s.findings.jamming o['vegetationtypegroups'] = s.findings.vegetationtypegroups o['vegetation'] = s.findings.vegetation o['vegetationsubtypes'] = s.findings.vegetationsubtypes o['formationgroup'] = s.findings.formationgroup o['formation'] = s.findings.formation o['lon'] = s.findings.lon o['lat'] = s.findings.lat o['lon1'] = round(float(s.findings.lon), 2) o['lat1'] = round(float(s.findings.lat), 2) sampleherbal_data_list.append(o) image = Sampleherbalplantimages.objects.filter(sampleherbal_id=s.id) for img in image: s = dict() s['type'] = img.type s['file'] = img.file.url image_list.append(s) return HttpResponse(json.dumps({ "status": "1", "sampleherbal_data_list": sampleherbal_data_list, "image_list": image_list, "sampleherbalsampling_list": sampleherbalsampling_list, })) @csrf_exempt def drone_photo_upload(request): findingscode = request.POST.get('findingscode') print(str(findingscode) + "6666666666666666666666666666666") findings = Findings.objects.get(findingscode=findingscode) j = 0 while request.FILES.get("files[%s][fi]" % (j)) is not None: files = request.FILES.get("files[%s][fi]" % (j)) dronephotos = Dronephotos(file=files, findings_id=findings.id) dronephotos.save() j += 1 return HttpResponse(json.dumps({ "status": "1", "message": "上传成功" })) @csrf_exempt def scene_photo_upload(request): findingscode = request.POST.get('findingscode') findings = Findings.objects.get(findingscode=findingscode) j = 0 while request.FILES.get("files[%s][fi]" % (j)) is not None: files = request.FILES.get("files[%s][fi]" % (j)) print(files) scenephoto = Scenephoto(file=files, findings_id=findings.id) scenephoto.save() j += 1 return HttpResponse(json.dumps({ "status": "1", "message": "上传成功" })) @csrf_exempt def accessory_upload(request): findingscode = request.POST.get('findingscode') findings = Findings.objects.get(findingscode=findingscode) j = 0 while request.FILES.get("files[%s][fi]" % (j)) is not None: files = request.FILES.get("files[%s][fi]" % (j)) accessory = Accessory(file=files, findings_id=findings.id) accessory.save() j += 1 return HttpResponse(json.dumps({ "status": "1", "message": "上传成功" })) # 删除采样信息 def sampletreessampling_delete(request, pk): sampletreessampling = Sampletreessampling.objects.get(id=pk) sampletreessampling.delete() return HttpResponse('{"status":"1","message":"删除成功"}') def samplebushsampling_delete(request, pk): samplebushsampling = Samplebushsampling.objects.get(id=pk) samplebushsampling.delete() return HttpResponse('{"status":"1","message":"删除成功"}') def sampleherbalsampling_delete(request, pk): sampleherbalsampling = Sampleherbalsampling.objects.get(id=pk) sampleherbalsampling.delete() return HttpResponse('{"status":"1","message":"删除成功"}') def type_search_for_vegetationcommunity(request): type = request.GET.get('type') print(type) vegetationcommunity_data_list = [] vegetationcommunity = None if len(type) != 0: vegetationcommunity = Vegetationcommunity.objects.filter(type__contains=type)[:20] print(vegetationcommunity) else: vegetationcommunity = Vegetationcommunity.objects.all() for v in vegetationcommunity: o = dict() o['id'] = str(v.id) o['type'] = v.type o['group'] = v.group vegetationcommunity_data_list.append(o) return HttpResponse(json.dumps({ "status": "1", "type_vegetationcommunity_data_list": vegetationcommunity_data_list })) def group_search_for_vegetationcommunity(request): group = request.GET.get('group') vegetationcommunity_data_list = [] vegetationcommunity = None if len(group) != 0: vegetationcommunity = Vegetationcommunity.objects.filter(group__contains=group)[:20] else: vegetationcommunity = Vegetationcommunity.objects.all() for v in vegetationcommunity: o = dict() o['id'] = str(v.id) o['type'] = v.type o['group'] = v.group vegetationcommunity_data_list.append(o) return HttpResponse(json.dumps({ "status": "1", "group_vegetationcommunity_data_list": vegetationcommunity_data_list })) def dna_data_export(request): username = request.GET.get('username') print("username:" + str(username)) dna = None dna_results = [] user = User.objects.get(username=username) jurisdiction = UserProfile.objects.get(user_id=user.id).jurisdiction if user.is_superuser is True or jurisdiction == 0: dna = Barcodes.objects.all() elif jurisdiction == 1: task_id = UserProfile.objects.get(user_id=user.id).task_id dna = Barcodes.objects.filter(findings__task_id=task_id) else: special_id = UserProfile.objects.get(user_id=user.id).special_id dna = Barcodes.objects.filter(findings__special_id=special_id) path = '/var/www/p3/DesertVegetationCommunitySurvey/media/downloadfiles/' with open(path + 'DNA-%s.csv' % (username), 'w') as csvfile: writer = csv.writer(csvfile) writer.writerow( ["chinesename", "latinname", "family", "category", "findingscode", "rbcL", "matK", "psbA-trnH", "trnL-F", "ITS", "publisher"]) for d in dna: chinesename = Specieslibrary.objects.get(id=d.name_id).scientificchinesename latinname = Specieslibrary.objects.get(id=d.name_id).latinname family = d.family category = d.category findingscode = d.findingscode rbcL = d.dna_1 matK = d.dna_2 psbA = d.dna_3 trnL = d.dna_4 ITS = d.dna_5 publisher = d.publisher writer.writerow( [chinesename, latinname, family, category, findingscode, rbcL, matK, psbA, trnL, ITS, publisher]) src_dir = path + 'DNA-' + username + '.csv' print(src_dir) file = open(src_dir, 'rb') response = StreamingHttpResponse(file) response['Content-Type'] = 'application/octet-stream' response['Content-Disposition'] = 'attachment;filename="DNA-%s.csv"' % (username) return response def sampletrees_data_export(request): username = request.GET.get('username') print("username:" + str(username)) sampletrees = None user = User.objects.get(username=username) jurisdiction = UserProfile.objects.get(user_id=user.id).jurisdiction if user.is_superuser is True or jurisdiction == 0: sampletrees = Sampletrees.objects.all() elif jurisdiction == 1: task_id = UserProfile.objects.get(user_id=user.id).task_id sampletrees = Sampletrees.objects.filter(findings__task_id=task_id) else: special_id = UserProfile.objects.get(user_id=user.id).special_id sampletrees = Sampletrees.objects.filter(findings__special_id=special_id) path = '/var/www/p3/DesertVegetationCommunitySurvey/media/downloadfiles/' with open(path + 'Sampletrees-%s.csv' % (username), 'w') as csvfile: writer = csv.writer(csvfile) writer.writerow( ["物种名", "拉丁名", "调查点编号", "样方面积", "物候相", "生活型", "多度", "是否珍稀濒危", "是否是经济植物", "乔木丰富度", "乔木密度", "数据发布者"]) for d in sampletrees: chinesename = Specieslibrary.objects.get(id=d.name_id).scientificchinesename latinname = Specieslibrary.objects.get(id=d.name_id).latinname findingscode = d.findings.findingscode smallkindarea = d.smallkindarea phenophase = d.phenophase biotype = d.biotype abundance = d.abundance enforcement = d.enforcement economic = d.economic publisher = d.publisher sampletreerichness = d.sampletreesalways.sampletreerichness sampletreedensity = d.sampletreesalways.sampletreedensity writer.writerow( [chinesename, latinname, findingscode, smallkindarea, phenophase, biotype, abundance, enforcement, economic, sampletreerichness, sampletreedensity, publisher]) src_dir = path + 'Sampletrees-' + username + '.csv' print(src_dir) file = open(src_dir, 'rb') response = StreamingHttpResponse(file) response['Content-Type'] = 'application/octet-stream' response['Content-Disposition'] = 'attachment;filename="Sampletrees-%s.csv"' % (username) return response def samplebush_data_export(request): username = request.GET.get('username') print("username:" + str(username)) samplebush = None user = User.objects.get(username=username) jurisdiction = UserProfile.objects.get(user_id=user.id).jurisdiction if user.is_superuser is True or jurisdiction == 0: samplebush = Samplebush.objects.all() elif jurisdiction == 1: task_id = UserProfile.objects.get(user_id=user.id).task_id samplebush = Samplebush.objects.filter(findings__task_id=task_id) else: special_id = UserProfile.objects.get(user_id=user.id).special_id samplebush = Samplebush.objects.filter(findings__special_id=special_id) path = '/var/www/p3/DesertVegetationCommunitySurvey/media/downloadfiles/' with open(path + 'Samplebush-%s.csv' % (username), 'w') as csvfile: writer = csv.writer(csvfile) writer.writerow( ["物种名", "拉丁名", "调查点编号", "样方面积", "小样方号", "盖度", "频度", "总干重", "总鲜重", "多度", "是否濒危", "是否是经济植物", "是否优势灌木", "灌木丰富度", "灌木密度", "数据发布者"]) for d in samplebush: chinesename = Specieslibrary.objects.get(id=d.name_id).scientificchinesename latinname = Specieslibrary.objects.get(id=d.name_id).latinname findingscode = d.findings.findingscode smallkindarea = d.smallkindarea smallkindside = d.smallkindside coverdegree = d.coverdegree frequency = d.frequency totaldryweight = d.totaldryweight totalfreshweight = d.totalfreshweight abundance = d.abundance enforcement = d.enforcement economic = d.economic typical = d.typical samplebushrichness = d.samplebushalways.samplebushrichness samplebushdensity = d.samplebushalways.samplebushdensity publisher = d.publisher writer.writerow( [chinesename, latinname, findingscode, smallkindarea,smallkindside, coverdegree, frequency, totaldryweight, totalfreshweight, abundance, enforcement, economic,typical,samplebushrichness,samplebushdensity, publisher]) src_dir = path + 'Samplebush-' + username + '.csv' print(src_dir) file = open(src_dir, 'rb') response = StreamingHttpResponse(file) response['Content-Type'] = 'application/octet-stream' response['Content-Disposition'] = 'attachment;filename="Samplebush-%s.csv"' % (username) return response def sampleherbal_data_export(request): username = request.GET.get('username') print("username:" + str(username)) samplebush = None user = User.objects.get(username=username) jurisdiction = UserProfile.objects.get(user_id=user.id).jurisdiction if user.is_superuser is True or jurisdiction == 0: sampleherbal = Sampleherbal.objects.all() elif jurisdiction == 1: task_id = UserProfile.objects.get(user_id=user.id).task_id sampleherbal = Sampleherbal.objects.filter(findings__task_id=task_id) else: special_id = UserProfile.objects.get(user_id=user.id).special_id sampleherbal = Sampleherbal.objects.filter(findings__special_id=special_id) path = '/var/www/p3/DesertVegetationCommunitySurvey/media/downloadfiles/' with open(path + 'Sampleherbal-%s.csv' % (username), 'w') as csvfile: writer = csv.writer(csvfile) writer.writerow( ["物种名", "拉丁名", "调查点编号", "样方面积", "小样方号", "样方地上总生物量总鲜重", "样方地上总生物量总干重", "多度", "分盖度", "物种地上总生物量总鲜重", "物种地上总生物量总干重", "是否濒危", "是否是经济植物", "草本丰富度", "草本密度","草本总盖度", "数据发布者"]) for d in sampleherbal: chinesename = Specieslibrary.objects.get(id=d.name_id).scientificchinesename latinname = Specieslibrary.objects.get(id=d.name_id).latinname findingscode = d.findings.findingscode smallkindarea = d.smallkindarea smallkindside = d.smallkindside ontotalfreshweight = d.ontotalfreshweight ontotaldryweight = d.ontotaldryweight abundance = d.abundance pointscoverage = d.pointscoverage speciesontotalfreshweight = d.speciesontotalfreshweight speciesontotaldryweight = d.speciesontotaldryweight enforcement = d.enforcement economic = d.economic sampleherbalrichness = d.sampleherbalalways.sampleherbalrichness sampleherbaldensity = d.sampleherbalalways.sampleherbaldensity sampleherbalcoverdegree = d.sampleherbalalways.sampleherbalcoverdegree publisher = d.publisher writer.writerow( [chinesename, latinname, findingscode, smallkindarea, smallkindside, ontotalfreshweight, ontotaldryweight, abundance, pointscoverage,speciesontotalfreshweight,speciesontotaldryweight, enforcement, economic,sampleherbalrichness,sampleherbaldensity,sampleherbalcoverdegree, publisher]) src_dir = path + 'Sampleherbal-' + username + '.csv' print(src_dir) file = open(src_dir, 'rb') response = StreamingHttpResponse(file) response['Content-Type'] = 'application/octet-stream' response['Content-Disposition'] = 'attachment;filename="Sampleherbal-%s.csv"' % (username) return response