577 lines
20 KiB
Python
577 lines
20 KiB
Python
###############################
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## Lexipython Lexicon engine ##
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###############################
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import sys # For argv and stderr
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import os # For reading directories
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import re # For parsing lex content
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import io # For writing pages out as UTF-8
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import networkx # For pagerank analytics
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from collections import defaultdict # For rank inversion in statistics
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from urllib import parse
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# Short utility functions for handling titles
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def titlecase(s):
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"""Enforces capitalization of titles."""
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s = s.strip()
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return s[:1].capitalize() + s[1:]
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def titleescape(s):
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"""Makes an article title filename-safe."""
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s = s.strip()
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s = re.sub(r"\s+", '_', s) # Replace whitespace with _
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s = parse.quote(s) # Encode all other characters
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s = re.sub(r"%", "", s) # Strip encoding %s
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if len(s) > 64: # If the result is unreasonably long,
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s = hex(abs(hash(s)))[2:] # Replace it with a hex hash
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return s
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def titlestrip(s):
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"""Strips certain prefixes for title sorting."""
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if s.startswith("The "): return s[4:]
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if s.startswith("An "): return s[3:]
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if s.startswith("A "): return s[2:]
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return s
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# Main article class
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class LexiconArticle:
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"""
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A Lexicon article and its metadata.
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Members:
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author string: the author of the article
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turn integer: the turn the article was written for
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title string: the article title
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title_filesafe string: the title, escaped, used for filenames
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content string: the HTML content, with citations replaced by format hooks
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citations dict from format hook string to tuple of link alias and link target title
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wcites list: titles of written articles cited
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pcites list: titles of phantom articles cited
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citedby list: titles of articles that cite this
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The last three are filled in by populate().
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"""
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def __init__(self, author, turn, title, content, citations):
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"""
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Creates a LexiconArticle object with the given parameters.
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"""
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self.author = author
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self.turn = turn
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self.title = title
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self.title_filesafe = titleescape(title)
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self.content = content
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self.citations = citations
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self.wcites = set()
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self.pcites = set()
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self.citedby = set()
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@staticmethod
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def from_file_raw(raw_content):
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"""
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Parses the contents of a Lexipython source file into a LexiconArticle
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object. If the source file is malformed, returns None.
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"""
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headers = raw_content.split('\n', 3)
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if len(headers) != 4:
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print("Header read error")
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return None
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author_header, turn_header, title_header, content_raw = headers
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# Validate and sanitize the author header
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if not author_header.startswith("# Author:"):
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print("Author header missing")
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return None
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author = author_header[9:].strip()
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# Validate and sanitize the turn header
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if not turn_header.startswith("# Turn:"):
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print("Turn header missing")
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return None
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turn = None
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try:
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turn = int(turn_header[7:].strip())
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except:
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print("Turn header error")
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return None
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# Validate and sanitize the title header
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if not title_header.startswith("# Title:"):
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print("Title header missing")
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return None
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title = titlecase(title_header[8:])
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# Parse the content and extract citations
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paras = re.split("\n\n+", content_raw.strip())
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content = ""
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citations = {}
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format_id = 1
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if not paras:
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print("No content")
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for para in paras:
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# Escape angle brackets
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para = re.sub("<", "<", para)
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para = re.sub(">", ">", para)
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# Replace bold and italic marks with tags
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para = re.sub(r"//([^/]+)//", r"<i>\1</i>", para)
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para = re.sub(r"\*\*([^*]+)\*\*", r"<b>\1</b>", para)
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# Replace \\LF with <br>LF
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para = re.sub(r"\\\\\n", "<br>\n", para)
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# Abstract citations into the citation record
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link_match = re.search(r"\[\[(([^|\[\]]+)\|)?([^|\[\]]+)\]\]", para)
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while link_match:
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# Identify the citation text and cited article
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cite_text = link_match.group(2) if link_match.group(2) else link_match.group(3)
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cite_title = titlecase(link_match.group(3))
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# Record the citation
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citations["c"+str(format_id)] = (cite_text, cite_title)
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# Stitch the format id in place of the citation
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para = para[:link_match.start(0)] + "{c"+str(format_id)+"}" + para[link_match.end(0):]
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format_id += 1 # Increment to the next format citation
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link_match = re.search(r"\[\[(([^|\[\]]+)\|)?([^|\[\]]+)\]\]", para)
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# Convert signature to right-aligned
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if para[:1] == '~':
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para = "<hr><span class=\"signature\"><p>" + para[1:] + "</p></span>\n"
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else:
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para = "<p>" + para + "</p>\n"
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content += para
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return LexiconArticle(author, turn, title, content, citations)
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def build_page_content(self):
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"""
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Formats citations into the article content as normal HTML links
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and returns the result.
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"""
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format_map = {
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format_id: "<a href=\"{1}.html\"{2}>{0}</a>".format(
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cite_tuple[0], titleescape(cite_tuple[1]),
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"" if cite_tuple[1] in self.wcites else " class=\"phantom\"")
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for format_id, cite_tuple in self.citations.items()
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}
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return self.content.format(**format_map)
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def build_page_citeblock(self, prev_target, next_target):
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"""
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Builds the citeblock content HTML for use in regular article pages.
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For each defined target, links the target page as Previous or Next.
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"""
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citeblock = "<div class=\"content citeblock\">\n"
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# Prev/next links
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if next_target is not None:
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citeblock += "<p style=\"float:right\"><a href=\"{}.html\">Next →</a></p>\n".format(titleescape(next_target))
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if prev_target is not None:
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citeblock += "<p><a href=\"{}.html\">← Previous</a></p>\n".format(titleescape(prev_target))
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elif next_target is not None:
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citeblock += "<p> </p>\n"
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# Citations
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cites_links = [
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"<a href=\"{1}.html\"{2}>{0}</a>".format(
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title, titleescape(title),
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"" if title in self.wcites else " class=\"phantom\"")
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for title in sorted(self.wcites | self.pcites)]
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cites_str = " | ".join(cites_links)
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if len(cites_str) < 1: cites_str = "--"
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citeblock += "<p>Citations: {}</p>\n".format(cites_str)
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# Citedby
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citedby_links = [
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"<a href=\"{1}.html\">{0}</a>".format(
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title, titleescape(title))
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for title in self.citedby]
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citedby_str = " | ".join(citedby_links)
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if len(citedby_str) < 1: citedby_str = "--"
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citeblock += "<p>Cited by: {}</p>\n</div>\n".format(citedby_str)
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return citeblock
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# Parsing functions for source intake
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def parse_from_directory(directory):
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"""
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Reads and parses each source file in the given directory.
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Input: directory, the path to the folder to read
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Output: a list of parsed articles
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"""
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articles = []
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print("Reading source files from", directory)
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for filename in os.listdir(directory):
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path = directory + filename
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# Read only .txt files
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if filename[-4:] == ".txt":
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print(" Parsing", filename)
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with open(path, "r", encoding="utf8") as src_file:
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raw = src_file.read()
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article = LexiconArticle.from_file_raw(raw)
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if article is None:
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print(" ERROR")
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else:
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print(" success:", article.title)
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articles.append(article)
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return articles
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def populate(lexicon_articles):
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"""
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Given a list of lexicon articles, fills out citation information
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for each article and creates phantom pages for missing articles.
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"""
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article_by_title = {article.title : article for article in lexicon_articles}
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# Determine all articles that exist or should exist
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extant_titles = set([citation[1] for article in lexicon_articles for citation in article.citations])
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# Interlink all citations
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for article in lexicon_articles:
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for cite_tuple in article.citations.values():
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target = cite_tuple[1]
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# Create article objects for phantom citations
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if target not in article_by_title:
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article_by_title[target] = LexiconArticle(None, sys.maxsize, target, "<p><i>This entry hasn't been written yet.</i></p>", {})
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# Interlink citations
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if article_by_title[target].author is None:
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article.pcites.add(target)
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else:
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article.wcites.add(target)
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article_by_title[target].citedby.add(article.title)
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return list(article_by_title.values())
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def load_resource(filename, cache={}):
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"""Loads files from the resources directory with caching."""
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if filename not in cache:
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cache[filename] = open("resources/" + filename, "r", encoding="utf8").read()
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return cache[filename]
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def load_config():
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"""Loads values from the config file."""
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config = {}
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with open("lexicon.cfg", "r", encoding="utf8") as f:
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line = f.readline()
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while line:
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# Skim lines until a value definition begins
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conf_match = re.match(">>>([^>]+)>>>\s+", line)
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if not conf_match:
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line = f.readline()
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continue
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# Accumulate the conf value until the value ends
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conf = conf_match.group(1)
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conf_value = ""
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line = f.readline()
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conf_match = re.match("<<<{0}<<<\s+".format(conf), line)
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while line and not conf_match:
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conf_value += line
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line = f.readline()
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conf_match = re.match("<<<{0}<<<\s+".format(conf), line)
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if not line:
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raise SystemExit("Reached EOF while reading config value {}".format(conf))
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config[conf] = conf_value.strip()
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# Check that all necessary values were configured
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for config_value in ['LEXICON_TITLE', 'PROMPT', 'SESSION_PAGE', "INDEX_LIST"]:
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if config_value not in config:
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raise SystemExit("Error: {} not set in lexipython.cfg".format(config_value))
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return config
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# Build functions
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def build_contents_page(articles, config):
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"""
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Builds the full HTML of the contents page.
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"""
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content = ""
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# Article counts
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phantom_count = len([article for article in articles if article.author is None])
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if phantom_count == 0:
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content = "<p>There are <b>{0}</b> entries in this lexicon.</p>\n".format(len(articles))
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else:
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content = "<p>There are <b>{0}</b> entries, <b>{1}</b> written and <b>{2}</b> phantom.</p>\n".format(
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len(articles), len(articles) - phantom_count, phantom_count)
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# Prepare article links
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link_by_title = {article.title : "<a href=\"../article/{1}.html\"{2}>{0}</a>".format(
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article.title, article.title_filesafe,
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"" if article.author is not None else " class=\"phantom\"")
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for article in articles}
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# Write the articles in alphabetical order
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content += load_resource("contents.html")
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content += "<div id=\"index-order\" style=\"display:block\">\n<ul>\n"
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indices = config["INDEX_LIST"].split("\n")
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alphabetical_order = sorted(articles, key=lambda a: a.title)
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check_off = list(alphabetical_order)
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for index_str in indices:
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content += "<h3>{0}</h3>\n".format(index_str)
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for article in alphabetical_order:
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if (titlestrip(article.title)[0].upper() in index_str):
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check_off.remove(article)
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content += "<li>"
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content += link_by_title[article.title]
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content += "</li>\n"
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if len(check_off) > 0:
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content += "<h3>&c.</h3>\n".format(index_str)
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for article in check_off:
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content += "<li>"
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content += link_by_title[article.title]
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content += "</li>\n"
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content += "</ul>\n</div>\n"
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# Write the articles in turn order
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content += "<div id=\"turn-order\" style=\"display:none\">\n<ul>\n"
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latest_turn = max([article.turn for article in articles if article.author is not None])
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turn_order = sorted(articles, key=lambda a: (a.turn, a.title))
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check_off = list(turn_order)
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for turn_num in range(1, latest_turn + 1):
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content += "<h3>Turn {0}</h3>\n".format(turn_num)
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for article in turn_order:
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if article.turn == turn_num:
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check_off.remove(article)
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content += "<li>"
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content += link_by_title[article.title]
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content += "</li>\n"
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if len(check_off) > 0:
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content += "<h3>Unwritten</h3>\n"
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for article in check_off:
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content += "<li>"
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content += link_by_title[article.title]
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content += "</li>\n"
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content += "</ul>\n</div>\n"
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# Fill in the page skeleton
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entry_skeleton = load_resource("entry-page.html")
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css = load_resource("lexicon.css")
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return entry_skeleton.format(
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title="Index of " + config["LEXICON_TITLE"],
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lexicon=config["LEXICON_TITLE"],
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css=css,
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logo=config["LOGO_FILENAME"],
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prompt=config["PROMPT"],
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content=content,
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citeblock="")
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def build_rules_page(config):
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"""
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Builds the full HTML of the rules page.
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"""
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content = load_resource("rules.html")
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# Fill in the entry skeleton
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entry_skeleton = load_resource("entry-page.html")
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css = load_resource("lexicon.css")
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return entry_skeleton.format(
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title="Rules",
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lexicon=config["LEXICON_TITLE"],
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css=css,
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logo=config["LOGO_FILENAME"],
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prompt=config["PROMPT"],
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content=content,
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citeblock="")
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def build_formatting_page(config):
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"""
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Builds the full HTML of the formatting page.
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"""
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content = load_resource("formatting.html")
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# Fill in the entry skeleton
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entry_skeleton = load_resource("entry-page.html")
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css = load_resource("lexicon.css")
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return entry_skeleton.format(
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title="Formatting",
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lexicon=config["LEXICON_TITLE"],
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css=css,
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logo=config["LOGO_FILENAME"],
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prompt=config["PROMPT"],
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content=content,
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citeblock="")
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def build_session_page(config):
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"""
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Builds the full HTML of the session page.
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"""
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# Fill in the entry skeleton
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entry_skeleton = load_resource("entry-page.html")
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css = load_resource("lexicon.css")
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return entry_skeleton.format(
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title=config["LEXICON_TITLE"],
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lexicon=config["LEXICON_TITLE"],
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css=css,
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logo=config["LOGO_FILENAME"],
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prompt=config["PROMPT"],
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content=config["SESSION_PAGE"],
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citeblock="")
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def build_statistics_page(articles, config):
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"""
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Builds the full HTML of the statistics page.
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"""
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content = ""
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cite_map = {article.title : [cite_tuple[1] for cite_tuple in article.citations.values()] for article in articles}
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# Pages by pagerank
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content += "<div class=\"moveable\">\n"
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content += "<p><u>Top 10 pages by page rank:</u><br>\n"
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G = networkx.Graph()
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for citer, citeds in cite_map.items():
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for cited in citeds:
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G.add_edge(citer, cited)
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ranks = networkx.pagerank(G)
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sranks = sorted(ranks.items(), key=lambda x: x[1], reverse=True)
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ranking = list(enumerate(map(lambda x: x[0], sranks)))
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content += "<br>\n".join(map(lambda x: "{0} – {1}".format(x[0]+1, x[1]), ranking[:10]))
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content += "</p>\n"
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content += "</div>\n"
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# Top numebr of citations made
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content += "<div class=\"moveable\">\n"
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content += "<p><u>Most citations made from:</u><br>\n"
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citation_tally = [(kv[0], len(kv[1])) for kv in cite_map.items()]
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citation_count = defaultdict(list)
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for title, count in citation_tally: citation_count[count].append(title)
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content += "<br>\n".join(map(
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lambda kv: "{0} – {1}".format(kv[0], "; ".join(kv[1])),
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sorted(citation_count.items(), reverse=True)[:3]))
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content += "</p>\n"
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content += "</div>\n"
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# Top number of times cited
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content += "<div class=\"moveable\">\n"
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content += "<p><u>Most citations made to:</u><br>\n"
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all_cited = set([title for cites in cite_map.values() for title in cites])
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cited_by_map = { cited: [citer for citer in cite_map.keys() if cited in cite_map[citer]] for cited in all_cited }
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cited_tally = [(kv[0], len(kv[1])) for kv in cited_by_map.items()]
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cited_count = defaultdict(list)
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for title, count in cited_tally: cited_count[count].append(title)
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content += "<br>\n".join(map(
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lambda kv: "{0} – {1}".format(kv[0], "; ".join(kv[1])),
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sorted(cited_count.items(), reverse=True)[:3]))
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content += "</p>\n"
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content += "</div>\n"
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# Author pageranks
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content += "<div class=\"moveable\">\n"
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content += "<p><u>Author total page rank:</u><br>\n"
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authors = sorted(set([article.author for article in articles if article.author is not None]))
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articles_by = {author : [a for a in articles if a.author == author] for author in authors}
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author_rank = {author : sum(map(lambda a: ranks[a.title], articles)) for author, articles in articles_by.items()}
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content += "<br>\n".join(map(
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lambda kv: "{0} – {1}".format(kv[0], round(kv[1], 3)),
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sorted(author_rank.items(), key=lambda t:-t[1])))
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content += "</p>\n"
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content += "</div>\n"
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# Author citations made
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content += "<div class=\"moveable\">\n"
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content += "<p><u>Citations made by author</u><br>\n"
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author_cite_count = {author : sum(map(lambda a:len(a.wcites | a.pcites), articles)) for author, articles in articles_by.items()}
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content += "<br>\n".join(map(
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lambda kv: "{0} – {1}".format(kv[0], kv[1]),
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sorted(author_cite_count.items(), key=lambda t:-t[1])))
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content += "</p>\n"
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content += "</div>\n"
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# Author cited count
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content += "<div class=\"moveable\">\n"
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content += "<p><u>Citations made to author</u><br>\n"
|
|
cited_times = {author : 0 for author in authors}
|
|
for article in articles:
|
|
if article.author is not None:
|
|
cited_times[article.author] += len(article.citedby)
|
|
content += "<br>\n".join(map(
|
|
lambda kv: "{0} – {1}".format(kv[0], kv[1]),
|
|
sorted(cited_times.items(), key=lambda t:-t[1])))
|
|
content += "</p>\n"
|
|
content += "</div>\n"
|
|
|
|
# Fill in the entry skeleton
|
|
entry_skeleton = load_resource("entry-page.html")
|
|
css = load_resource("lexicon.css")
|
|
return entry_skeleton.format(
|
|
title="Statistics",
|
|
lexicon=config["LEXICON_TITLE"],
|
|
css=css,
|
|
logo=config["LOGO_FILENAME"],
|
|
prompt=config["PROMPT"],
|
|
content=content,
|
|
citeblock="")
|
|
|
|
def build_graphviz_file(cite_map):
|
|
"""
|
|
Builds a citation graph in dot format for Graphviz.
|
|
"""
|
|
result = []
|
|
result.append("digraph G {\n")
|
|
# Node labeling
|
|
written_entries = list(cite_map.keys())
|
|
phantom_entries = set([title for cites in cite_map.values() for title in cites if title not in written_entries])
|
|
node_labels = [title[:20] for title in written_entries + list(phantom_entries)]
|
|
node_names = [hash(i) for i in node_labels]
|
|
for i in range(len(node_labels)):
|
|
result.append("{} [label=\"{}\"];\n".format(node_names[i], node_labels[i]))
|
|
# Edges
|
|
for citer in written_entries:
|
|
for cited in cite_map[citer]:
|
|
result.append("{}->{};\n".format(hash(citer[:20]), hash(cited[:20])))
|
|
# Return result
|
|
result.append("overlap=false;\n}\n")
|
|
return "".join(result)#"…"
|
|
|
|
# Summative functions
|
|
|
|
def command_build(argv):
|
|
if len(argv) >= 3 and (argv[2] != "partial" and argv[2] != "full"):
|
|
print("unknown build type: " + argv[2])
|
|
return
|
|
# Load content
|
|
config = load_config()
|
|
entry_skeleton = load_resource("entry-page.html")
|
|
css = load_resource("lexicon.css")
|
|
articles = [article for article in parse_from_directory("raw/") if article is not None]
|
|
written_titles = [article.title for article in articles]
|
|
articles = sorted(populate(articles), key=lambda a: (a.turn, a.title))
|
|
#print(articles[13].title_filesafe)
|
|
#return
|
|
phantom_titles = [article.title for article in articles if article.title not in written_titles]
|
|
|
|
# Write the redirect page
|
|
print("Writing redirect page...")
|
|
with open("out/index.html", "w", encoding="utf8") as f:
|
|
f.write(load_resource("redirect.html").format(lexicon=config["LEXICON_TITLE"]))
|
|
|
|
# Write the article pages
|
|
print("Deleting old article pages...")
|
|
for filename in os.listdir("out/article/"):
|
|
if filename[-5:] == ".html":
|
|
os.remove("out/article/" + filename)
|
|
print("Writing article pages...")
|
|
l = len(articles)
|
|
for idx in range(l):
|
|
article = articles[idx]
|
|
with open("out/article/" + article.title_filesafe + ".html", "w", encoding="utf8") as f:
|
|
content = article.build_page_content()
|
|
citeblock = article.build_page_citeblock(
|
|
None if idx == 0 else articles[idx - 1].title,
|
|
None if idx == l-1 else articles[idx + 1].title)
|
|
article_html = entry_skeleton.format(
|
|
title = article.title,
|
|
lexicon = config["LEXICON_TITLE"],
|
|
css = css,
|
|
logo = config["LOGO_FILENAME"],
|
|
prompt = config["PROMPT"],
|
|
content = content,
|
|
citeblock = citeblock)
|
|
f.write(article_html)
|
|
print(" Wrote " + article.title)
|
|
|
|
# Write default pages
|
|
print("Writing default pages...")
|
|
with open("out/contents/index.html", "w", encoding="utf8") as f:
|
|
f.write(build_contents_page(articles, config))
|
|
print(" Wrote Contents")
|
|
with open("out/rules/index.html", "w", encoding="utf8") as f:
|
|
f.write(build_rules_page(config))
|
|
print(" Wrote Rules")
|
|
with open("out/formatting/index.html", "w", encoding="utf8") as f:
|
|
f.write(build_formatting_page(config))
|
|
print(" Wrote Formatting")
|
|
with open("out/session/index.html", "w", encoding="utf8") as f:
|
|
f.write(build_session_page(config))
|
|
print(" Wrote Session")
|
|
with open("out/statistics/index.html", "w", encoding="utf8") as f:
|
|
f.write(build_statistics_page(articles, config))
|
|
print(" Wrote Statistics")
|
|
|
|
# Write auxiliary files
|
|
# TODO: write graphviz file
|
|
# TODO: write compiled lexicon page
|
|
|
|
def main():
|
|
if len(sys.argv) < 2:
|
|
print("Available commands:")
|
|
print(" - build [partial] : Build the lexicon and generate phantom stubs for all unwritten articles.")
|
|
print(" - build full : Build the lexicon and generate Ersatz pages for all unwritten articles.")
|
|
elif sys.argv[1] == "build":
|
|
command_build(sys.argv)
|
|
else:
|
|
print("Unknown command: " + sys.argv[1])
|
|
|
|
if __name__ == "__main__":
|
|
main()
|