134 lines
4.5 KiB
Python
134 lines
4.5 KiB
Python
import os
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import random
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import time
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from django.http import JsonResponse
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from django.shortcuts import render
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from pages.models import Message
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from chart.models import PlottingLibrary
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from chart import tools
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path = os.getcwd()
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# def tick():
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# file_list = os.listdir(f"{path}/file_keep")
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#
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# for i in file_list:
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# try:
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# int(i)
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# except:
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# pass
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#
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# else:
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# os.system(f"rm -r {path}/file_keep/{i}")
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#
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#
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# scheduler = BackgroundScheduler()
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# scheduler.add_job(tick, 'interval', minutes=0.5)
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# scheduler.start()
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# 返回随机生成的头像
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def icon_create():
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icon_list = ["layui-icon-heart-fill", 'layui-icon-rate-half', 'layui-icon-rate',
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'layui-icon-cellphone', 'layui-icon-snowflake', 'layui-icon-read',
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'layui-icon-headset', 'layui-icon-release']
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return random.choice(icon_list)
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# 返回前端时间
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def time_f():
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return time.strftime("%Y-%m-%d", time.localtime())
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# 返回首页
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def index(request):
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return render(request, './page/index.html')
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# 返回静态页面
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def out_page(request, page_name):
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if "Dot_Plot.html" in page_name:
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return render(request, f'./chart/{page_name}')
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else:
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return render(request, f'./page/{page_name}', {"url": tools.url_})
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# 处理留言信息
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def message(request):
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message_text = request.GET.get("message", None)
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get_break = request.GET.get("get_break", None)
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if get_break == "1":
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return JsonResponse({'data': [{"icon": i.icon, 'data': i.data, 'time': i.time} for i in Message.objects.all()]})
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if message_text is None or len(message_text) < 1:
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message_text = "You didn't make any comments and wasted dozens of K of traffic."
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db = Message(data=message_text, icon=icon_create(), time=time_f())
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db.save()
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return JsonResponse({"data": message_text, 'icon': icon_create(), "time": time_f()})
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# 返回首页信息
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def sort_load(request):
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page = int(request.GET.get("page"))
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sort = request.GET.get("sort", "all")
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if sort == "all":
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a = len(PlottingLibrary.objects.all())
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pages = tools.return_pages(a)
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return_data = PlottingLibrary.objects.all()[(page - 1) * 12:]
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if len(return_data) >= 12:
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return_data = return_data[:12]
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elif sort == "Scatter plot":
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a = len(PlottingLibrary.objects.filter(sort="Scatter plot"))
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pages = tools.return_pages(a)
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return_data = PlottingLibrary.objects.filter(sort="Scatter plot")[(page - 1) * 12:]
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if len(return_data) >= 12:
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return_data = return_data[:12]
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elif sort == "Line chart":
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a = len(PlottingLibrary.objects.filter(sort="Line chart"))
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pages = tools.return_pages(a)
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return_data = PlottingLibrary.objects.filter(sort="Line chart")[(page - 1) * 12:]
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if len(return_data) >= 12:
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return_data = return_data[:12]
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elif sort == "Pie chart":
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a = len(PlottingLibrary.objects.filter(sort="Pie chart"))
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pages = tools.return_pages(a)
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return_data = PlottingLibrary.objects.filter(sort="Pie chart")[(page - 1) * 12:]
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if len(return_data) >= 12:
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return_data = return_data[:12]
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elif sort == "Histogram":
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a = len(PlottingLibrary.objects.filter(sort="Histogram"))
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pages = tools.return_pages(a)
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return_data = PlottingLibrary.objects.filter(sort="Histogram")[(page - 1) * 12:]
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if len(return_data) >= 12:
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return_data = return_data[:12]
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elif sort == "Heat map":
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a = len(PlottingLibrary.objects.filter(sort="Heat map"))
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pages = tools.return_pages(a)
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return_data = PlottingLibrary.objects.filter(sort="Heat map")[(page - 1) * 12:]
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if len(return_data) >= 12:
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return_data = return_data[:12]
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elif sort == "Dot plot":
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a = len(PlottingLibrary.objects.filter(sort="Dot plot"))
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pages = tools.return_pages(a)
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return_data = PlottingLibrary.objects.filter(sort="Dot plot")[(page - 1) * 12:]
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if len(return_data) >= 12:
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return_data = return_data[:12]
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elif sort == "Chord Diagram":
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a = len(PlottingLibrary.objects.filter(sort="Chord Diagram"))
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pages = tools.return_pages(a)
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return_data = PlottingLibrary.objects.filter(sort="Chord Diagram")[(page - 1) * 12:]
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if len(return_data) >= 12:
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return_data = return_data[:12]
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data = {"pages": pages, 'data': [{"name": i.name, "url": i.url, "show_chart": i.index_img}
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for i in return_data]}
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return JsonResponse(data)
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