btag

) to deal with these two situations, the key point is to solve the problem of multi-layer nesting of the two labels, which is basically suitable for implementing the 80% interface form.There are many methods to interpret templates, including string processing (to solve Nesting is a little complicated) and regular expressions. Here I use a regular expression. below is my solution (this article only provides ideas and reference code, and may not be used directly ).Template File Parsing class:Copy

interpreting template data (personal opinion ^ ). Based on my understanding of website construction, the website display form is simply summarized into single and multiple forms, so we can set two corresponding tags (such as data and list) to deal with these two situations, the key point is to solve the problem of multi-layer nesting of the two labels, which is basically suitable for implementing the 80% interface form. There are many methods to interpret templates, including string processing

interpreting template data (personal opinion ^ ). Based on my understanding of website construction, the website display form is simply summarized into single and multiple forms, so we can set two corresponding tags (such as data and list) to deal with these two situations, the key point is to solve the problem of multi-layer nesting of the two labels, which is basically suitable for implementing the 80% interface form. There are many methods to interpret templates, including string processing

, then we can set two corresponding labels (such as data, list) to deal with these two cases, the key point is to solve the two kinds of multi-layered nested problems, the basic suitable for the realization of 80% interface form. There are several ways to interpret templates, often including string processing (to solve nesting problems), and regular expressions. Here I choose the regular expression, below is my processing method (this article only provides ideas and reference code, may not be u

/* * Class: Template parsing Class * AUTHOR:51JS.COM-ZMM * date:2011.3.1 * email:304924248@qq.com * blog:http://www.cnblogs.com/cnzmm/ * link:http://bbs.it-home.org */ Class Template { Public $html, $vars, $bTag, $eTag; Public $bFlag = ' {', $eFlag = '} ', $pfix = ' zmm: '; Private $folder, $file; function __construct ($vars =array ()) { !empty ($vars) $this->vars = $vars; !empty (

, then we can set two corresponding labels (such as data, list) to deal with these two cases, the key point is to solve the two kinds of multi-layered nested problems, the basic suitable for the realization of 80% interface form. There are several ways to interpret templates, often including string processing (to solve nesting problems), and regular expressions. Here I choose the regular expression, below is my processing method (this article only provides ideas and reference code, may not be us

corresponding tags (such as data, list) to deal with these two situations, the key point is to solve the two kinds of tags of multi-layer nesting problem, basically suitable for the implementation of 80% interface forms. There are many ways to interpret templates, including string processing (solving nesting problems), regular expressions. Here is the regular expression I choose, the following is my processing method (this article only provides ideas and reference code, may not be used directl

corresponding tags (such as data, list) to deal with these two situations, the key point is to solve the two kinds of tags of multi-layer nesting problem, basically suitable for the implementation of 80% interface forms. There are many ways to interpret templates, including string processing (solving nesting problems), regular expressions. Here is the regular expression I choose, the following is my processing method (this article only provides ideas and reference code, may not be used directl

‘,‘tag‘,‘content‘,‘author‘]4 Template Templates PageAdd a new blog.html file to the template file directory to display the form:Html>lang="en"dir="LTR">{% load static%} charset="Utf-8"> Edit Label class=""> class="Tag_type_form"action=""method="POST">{% Csrf_token%} {{Type_form}}type="Submit"name="SUB_BTN">Add Category class=""> class="Blog_tag_form"action="{% url ' btag '%}"method="POST">{% Csrf_token%} {{T

Recently I am reading the spec of USB hid: Http://www.usb.org/developers/devclass_docs/HID1_11.pdf As you can see, when item isLocalWhen btag = 0000 correspondsUsage. The meaning of this usage was not understood at first. I thought it was wrong. It should be written as a usage ID, and someone on the Internet also said that this usage is actually a usage ID. After some research, I finally understood that the above understanding is wrong. This u

The example in this paper describes how Python simply obtains its own extranet IP. Share to everyone for your reference, as follows: #encoding =utf-8#author:walker#date:2016-03-07#function: Get your own extranet ipimport requestsfrom BS4 import beautifulsoup# Get extranet Ipdef Getouterip (): url = R ' http://www.whereismyip.com/' r = requests.get (URL) Btag = BeautifulSoup ( R.text, ' Html.parser ', from_encoding= ' utf-8 '). Find (' B ') I

The example in this article describes how Python simply acquires its own extranet IP. Share to everyone for your reference, specific as follows: #encoding =utf-8 #author: Walker #date: 2016-03-07 #function: Get its own extranet IP import requests from BS4 Import BeautifulSoup #获取外网IP def getouterip (): url = R ' http://www.whereismyip.com/' r = Requests.get (URL) Btag = BeautifulSoup (R.text, ' Html.parser ', from_encoding= ' utf-8 '). Find