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zh-cn.py
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zh-cn.py
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#!/usr/bin/env python
# -*- coding:utf8 -*-
"""
读取game-programmer.dot将其转换为中文版的game-programmer-zh-cn.dot
"""
from __future__ import print_function
import csv
import json
import os
import re
try:
from urllib.request import urlopen # Python 3
except ImportError:
from urllib2 import urlopen # Python 2
IMAGE_PATH = './images-zh-cn/{book_index}.jpg'
def get_image(isbn, image_filename):
"""
:type en_isbn: str
:rtype: str
"""
print("get_image(" + isbn + "," + isbn + ")")
response = urlopen(book_url)
html = response.read()
re_image_url = r"https://img\d\.doubanio\.com/lpic/s\d*\.jpg"
image_url = re.search(re_image_url, html).group()
with open(image_filename, 'w') as ft:
response = urlopen(image_url)
image = response.read()
ft.write(image)
def get_book_url_year(isbn):
print("get_book_url_year(" + isbn + ")")
url = "https://api.douban.com/v2/book/isbn/" + isbn
result = "https://book.douban.com/", ""
try:
response = urlopen(url)
detail = response.read()
return json.loads(detail)["alt"], json.loads(detail)["pubdate"][:4]
except Exception as e:
print(isbn)
print(e)
return result
def get_book_info(book_index):
print("get_book_info(" + book_index + ")")
title = "未找到中文"
zh_isbn = ""
with open("isbn.csv") as ff:
spamreader = csv.reader(ff, delimiter=',')
for line in spamreader:
if line[0] == book_index:
title = line[2].strip()
zh_isbn = line[3]
if title == "未找到中文":
return None, None, None
else:
image_path = IMAGE_PATH.format(book_index=book_index.strip('"'))
if not os.path.exists(image_path):
get_image(zh_isbn, image_path)
book_url, book_year = get_book_url_year(zh_isbn)
return title, book_url, book_year
LABEL_DICT = {
"":"",
"Recommended Path": "推荐路线",
"Optional Path": "可选路线",
"Beginning from Age of 5": "从5岁开始",
"Beginning from Age of 8": "从8岁开始",
"Intermediate Game Programming for Kids": "中级孩童游戏编程",
"CS Foundation": "计算机基础",
"Algorithm": "算法",
"Mathematics for CS": "计算机数学",
"C": "C",
"Lua": "Lua",
"C#": "C#",
"Beginning C++": "C++ 新手",
"C++ Practice": "C++ 实践",
"C++ Standard Library": "C++ 标准库",
"Advanced C++": "C++ 进阶",
"Beginning Software Development": "软件开发新手",
"Practice": "实践",
"Design Pattern": "设计模式",
"UML": "UML",
"Beginning Mathematics for Game Programming": "游戏编程数学初阶",
"Advanced Mathematics for Game Programming": "游戏编程数学进阶",
"Beginning Game Programming": "开始游戏编程",
"From Windows/DirectX": "使用Windows/DirectX",
"From Unity": "使用Unity",
"From Unreal": "使用Unreal",
"From Cocos2d-X": "使用Cocos2d-X",
"Intermediate Game Programming": "中级游戏编程",
"Game Programming Articles": "游戏编程文选",
"Beginning Game Engine Development": "游戏引擎开发新手",
"Game Engine Articles": "游戏引擎文选",
"Script Engine": "脚本引擎",
"Optimization": "优化",
"Tool Development": "工具开发",
"Beginning CG Programming": "游戏图形学初级",
"Beginning CG theory": "图形学理论初级",
"Advanced CG": "图形学进阶",
"Real-Time Rendering": "实时渲染",
"Offline Rendering": "离线渲染",
"Direct3D": "Direct3D",
"OpenGL": "OpenGL",
"CG Technologies": "图形学技术",
"CG Articles": "图形学文选",
"Game Audio Programming": "游戏音频编程",
"Beginning Game Animation Programming": "游戏动画初阶",
"Advanced Game Animation Programming": "游戏动画进阶",
"Beginning Game Physics Programming": "游戏物理初阶",
"Advanced Game Physics Programming": "游戏物理进阶",
"Fluid Animation/Simulation": "流体动画/模拟",
"Beginning Game AI": "游戏AI初阶",
"Intermediate Game AI": "中级游戏AI",
"Game AI Articles": "游戏AI文选",
"Beginning Multiplayer Game Programming": "多人游戏编程初阶",
"Multiplayer Game Articles": "多人游戏编程文选",
"Server Programming": "服务器编程",
"Network Protocol": "网络协议",
"Network Programming": "网络编程",
}
SECTION_TITLE_DICT = {
"0.": "0. 编程学前班",
"1.": "1. 计算机科学",
"2.": "2. 编程语言",
"3.": "3. 软件开发",
"4.": "4. 游戏程序员的数学课",
"5.": "5. 游戏编程",
"6.": "6. 游戏引擎开发",
"7.": "7. 计算机图形学（CG）",
"8.": "8. 游戏音效",
"9.": "9. 游戏物理和动画",
"10.": "10. 游戏人工智能（AI）",
"11.": "11. 多人游戏编程",
}
RE_BOOK_LINE = re.compile(r'^\"?\w*\"?\w* \[label=<<TABLE[\S ]* URL="https?:/{2}\w.+"]$')
BOOK_LINE = '{book_index} [label=<<TABLE BORDER="0" CELLSPACING="0"><TR><TD WIDTH="100" HEIGHT="100" FIXEDSIZE="TRUE"><IMG SCALE="TRUE" SRC="{image_path}"/></TD></TR><TR><TD>{book_title}<br/>({book_year})</TD></TR></TABLE>> URL="{url}"]\n'
RE_SECTION_LINE = re.compile(r'^label=<<TABLE BORDER="0" CELLPADDING="10"><TR><TD>\d+\.[\w. ()]*</TD></TR></TABLE>>$')
SECTION_LINE = 'label=<<TABLE BORDER="0" CELLPADDING="10"><TR><TD>{section_title}</TD></TR></TABLE>>\n'
RE_LABEL_LINE = re.compile(r'^\w+ \[label="[\w -=\./\\]*"\]$')
LABEL_LINE = '{label_index} [label="{label}"]\n'
RE_CONTENT_LINE = re.compile(r'[\w ]+\[color="#[\w]{6}", label=[<"]\d+\. [\w ()]+[">]\]')
if __name__ == '__main__':
with open("game-programmer.dot") as en_f, open("game-programmer-zh-cn.dot",'w') as zh_f:
for line in en_f:
#==== 处理标题
if line.strip().startswith('<TR><TD><FONT FACE="Futura" POINT-SIZE="40">A STUDY PATH FOR</FONT></TD></TR>'):
zh_f.write('<TR><TD><FONT FACE="Futura" POINT-SIZE="40">游戏程序员的</FONT></TD></TR>')
continue
elif line.strip().startswith('<TR><TD><FONT FACE="Futura-Bold" POINT-SIZE="40">GAME PROGRAMMER</FONT></TD></TR>'):
zh_f.write('<TR><TD><FONT FACE="Futura" POINT-SIZE="40">学习之路</FONT></TD></TR>')
continue
line_without_space = line.strip()
space_front = line[:len(line)-len(line_without_space)-1]
book_line_match = RE_BOOK_LINE.match(line_without_space)
section_line_match = RE_SECTION_LINE.match(line_without_space)
label_line_match = RE_LABEL_LINE.match(line_without_space)
content_line_match = RE_CONTENT_LINE.match(line_without_space)
if book_line_match is not None:
book_index = line_without_space.split(" ")[0]
book_title, book_url, book_year = get_book_info(book_index.strip('"'))
if book_title is None:
zh_f.write(line)
else:
image_path = IMAGE_PATH.format(book_index=book_index.strip('"'))
writeline = space_front+ BOOK_LINE.format(book_index=book_index, image_path=image_path, book_title=book_title, book_year=book_year, url=book_url)
zh_f.write(writeline)
elif section_line_match is not None:
sectionID = re.search(r'\d+\.', line_without_space).group()
writeline = space_front + SECTION_LINE.format(section_title=SECTION_TITLE_DICT[sectionID])
zh_f.write(writeline)
elif label_line_match is not None:
label_index = label_line_match.group().split(' ')[0]
en_label_content = re.search(r'label="[\w -=\./\\]*"', line_without_space).group()[7:-1]
writeline = space_front + LABEL_LINE.format(label_index=label_index, label=LABEL_DICT[en_label_content])
zh_f.write(writeline)
elif content_line_match is not None:
sectionID = line_without_space.split('.')[0][37:] + '.'
section_title =SECTION_TITLE_DICT[sectionID]
if '<' in line_without_space:
writeline = space_front + line_without_space.split('.')[0][:37] + ' ' + section_title + '>]\n'
elif '"' in line_without_space:
writeline = space_front + line_without_space.split('.')[0][:37] + ' ' + section_title + '"]\n'
else:
writeline = line
zh_f.write(writeline)
else:
zh_f.write(line)