import re import os import json import html import urllib.parse import platform import time import hashlib import subprocess ############################################################ ############################################################ convert_all_md_files_to_html = True # 如果设定为False, 不会转换落单的md changeGGbh5file = True # 如果设定为True, 会修改ggb的网页文件, 可以自动调整路径, 以便正常显示 ### First line identification, author = 'zbzhen' # any str firstlinesite = "https://kz16.top" # any str ### js or css files is_onlinesite = False # 如果设定为True输出为在线html, ggb的在线支持需要在md文件中额外设置在线路径(共三处) onlinesite = "https://kz16.top/" logo = "kz16logo.svg" css = "css/kz16.css" katexcss = "css/katex.css" mermaidjs = "js/mermaid.min.js" search_local_dir = "js/" search_path = search_local_dir + "search.js" ### upload .html files to remote server # 一键上传到服务器需要设定为密钥登陆 upload = False usr = 'root' ip = 'xxx.xxx.xxx.xxx' remotepath = '/var/www/html' constrain_https = False # 强制页面转换为https search = True # 这里统一为本地相对路径, 有需要的话在代码中可以手动改变 ############################################################ ############################################################ mume = './mume ' ss = '/' if platform.system().lower()== 'windows': mume = '.\mume.exe ' ss = '\\' sshremote = 'ssh ' + usr + '@' + ip sshfile = usr + '@' + ip + ':' + remotepath firstline = '\n' path = os.getcwd() lenpath = len(path) ############################################################ ############################################################ def gettx(cdir, description, md5, site): searchjson='' searchdiv = '' if search == True: searchjson='' searchdiv = """
""" https = '' if constrain_https == True: https = '\n' tx0 = firstline + md5 +'\n'\ +' \n' tx1 = ' \n\ \n\ \n\ \n\ \n'\ + https + searchjson + '\n\n\n\ \n\
\n\
\n' tx2 = '
\n' \ +searchdiv+ '\n
\n' mermaindjs = '\n' \ +'\n' txendl = '
' return tx0, tx1, tx2, mermaindjs, txendl def get_start_num(lines): for k, line in enumerate(lines[250:630]): hn = re.findall(r'', line[-6:]) if hn != []: snsub = re.search(r'', lines[k]) != []: t = k break m = -1 Mline = len(lines) for k in range(t, 1-Mline, -1): if re.findall(r'
', lines[k][:40]) != []: m = k break if m == -1: return t return m def get_title_and_toc(lines, sn, snsub): newlines = lines[sn:] newlines[0] = lines[sn][snsub:] hnum = [] index = [] for k, line in enumerate(newlines): hn = re.findall(r'', line[-6:]) if hn != []: hn = int(hn[0]) hnum += [hn] index += [k] a0 = '' a2 = '' tmp = [] title = [] t = 0 allhid='' tss='' for ind in index: line = newlines[ind] hid = re.findall(r'id="(.*?)"', line) htt = re.findall(r'">(.*?)(.*?)' + htt tmpline = ''.join(lines[ind+sn]).replace(old, new) lines[ind+sn] = tmpline tss = htt t += 1 else: hid = hid[-1] htt = htt[-1] tss = hid tss = html.unescape(urllib.parse.unquote(tss)) allhid += tss+', ' tmp += [a0 + hid + a1 + htt + a2] lefts = ['
  • ', '
    • ', '
        • ', '
              • '] rights = ['
                • \n', '
              • \n', '
          • \n', \ '
    \n', '\n'] hnum += [0] toc = '' for i in range(len(hnum)-1): t1 = hnum[i] - hnum[i-1] if t1 <= 0: t1 = 0 t2 = hnum[i] - hnum[i+1] toc += lefts[t1] + tmp[i] + rights[t2] if title == []: title = re.findall(r'(.*?)', line) mjs2 = re.findall(r'mermaid.min.js">', line[-30:]) if (mjs != []) or (mjs2 != []): existenceMermaid = True break num.search_file_nums += 1 num.modified_file_nums += 1 old = 'class="mord mathnormal' new = 'class="mord mathdefault' sn, snsub = get_start_num(lines) en = get_end_num(lines) title, toc, lines, allhid = get_title_and_toc(lines, sn, snsub) mdfile = filename[:-4]+'md' md5 = '' mdfinfo = '' if os.path.exists(mdfile): with open(mdfile, 'r', encoding='utf-8') as fm: mdct = fm.read() md5 = hashlib.md5(mdct.encode('utf-8')).hexdigest() md5 = '\n' modify_time = time.ctime(os.path.getmtime(mdfile)) mdfinfo = 'Author : ' + author+ ",        Modified : " + modify_time mdfinfo = '

    ' + mdfinfo + '

    \n' tx0, tx1, tx2, mermaindjs, txendl = gettx(cdir, allhid, md5, site) with open(filename,'w', encoding='UTF-8') as f: f.writelines(tx0) newline = '' +title+'\n' f.writelines(newline) f.writelines(tx1) f.writelines(toc) f.writelines(tx2) newline = '

    ' + title + '

    \n' f.writelines(newline) f.writelines(mdfinfo) newline = ''.join(lines[sn+1:en]).replace(old,new) f.writelines(newline) if existenceMermaid: f.writelines(mermaindjs) f.writelines(txendl) print('----- modified successfully') if upload: di = "'" + remotepath + filename[lenpath:-filelen] + "'" cmm = sshremote+' "[ -d '+di+' ] && echo ok; mkdir -p ' + di cmm = cmm.replace('\\', '/') cmm += '; exit; " ' cmd = 'scp ' + filename + ' ' + sshfile + filename[lenpath:] print(cmd) subprocess.run(cmm, shell=True) subprocess.run(cmd, shell=True) # val = os.system(cmm) # val = os.system(cmd) keywords = cdir+', ' + allhid print('search: yes') return {"mytitle": html.unescape(title), "title":keywords, "url":url} def get_path_and_file_name_list(path): listfiles = [] listn = [] for root, dirs, files in os.walk(path): for file in files: if file[-5:] == ".html" or file[-3:] == ".md": listfiles.append(root+ ss +file) listn.append(len(file)) return listfiles, listn def convert_md_to_html(files): """ # convert md --> html # append txt meessage f"{firstline}" in the last line of html """ for i in range(len(files)): if files[i][-3:] == ".md": htmlfile = files[i][:-3]+".html" mdfile = files[i] line0 = '' line1 = '' lined = '' change = True if os.path.exists(htmlfile): with open(htmlfile, 'r', encoding='utf-8') as f: lines = f.readlines() if len(lines) > 1: line0, line1 = lines[:2] lined = lines[-1] elif convert_all_md_files_to_html: cmd = mume + mdfile print(cmd) subprocess.run(cmd, shell=True) print('----- mume exe successfully') with open(htmlfile, 'a', encoding='utf-8') as f: f.write('\n\n'+firstline) continue else: change = False if change and (lined != firstline): with open(mdfile, 'r', encoding='utf-8') as fm: mdct = fm.read() md5 = hashlib.md5(mdct.encode('utf-8')).hexdigest() if (line0 != firstline) or (line0 == firstline and line1[:4] == '