<%! from datetime import datetime from hashlib import sha256 from itertools import count from os.path import expanduser from re import sub, UNICODE from sys import path from time import time from urlparse import parse_qs, urlparse from earwigbot import exceptions from earwigbot.bot import Bot import oursql def get_results(bot, lang, project, name, all_projects, title, url, query): site = get_site(bot, lang, project, name, all_projects) if not site: return None, None page = site.get_page(title) if page.exists in [page.PAGE_MISSING, page.PAGE_INVALID]: return page, None # if url: # result = get_url_specific_results(page, url) # else: # conn = open_sql_connection(bot, "copyvioCache") # if not query.get("nocache"): # result = get_cached_results(page, conn) # if query.get("nocache") or not result: # result = get_fresh_results(page, conn) mc1 = __import__("earwigbot").wiki.copyvios.MarkovChain(page.get()) mc2 = __import__("earwigbot").wiki.copyvios.MarkovChain(u"This is some random textual content for a page.") mci = __import__("earwigbot").wiki.copyvios.MarkovChainIntersection(mc1, mc2) result = __import__("earwigbot").wiki.copyvios.CopyvioCheckResult( True, 0.67123, "http://example.com/", 7, mc1, (mc2, mci)) # END TEST BLOCK return page, result def get_site(bot, lang, project, name, all_projects): if project not in [proj[0] for proj in all_projects]: return None if project == "wikimedia": # Special sites: try: return bot.wiki.get_site(name=name) except exceptions.SiteNotFoundError: try: return bot.wiki.add_site(lang=lang, project=project) except exceptions.APIError: return None try: return bot.wiki.get_site(lang=lang, project=project) except exceptions.SiteNotFoundError: try: return bot.wiki.add_site(lang=lang, project=project) except exceptions.APIError: return None def get_url_specific_results(page, url): t_start = time() result = page.copyvio_compare(url) result.tdiff = time() - t_start return result def open_sql_connection(bot, dbname): conn_args = bot.config.wiki["_toolserverSQL"][dbname] if "read_default_file" not in conn_args and "user" not in conn_args and "passwd" not in conn_args: conn_args["read_default_file"] = expanduser("~/.my.cnf") if "autoping" not in conn_args: conn_args["autoping"] = True if "autoreconnect" not in conn_args: conn_args["autoreconnect"] = True return oursql.connect(**conn_args) def get_cached_results(page, conn): query1 = "DELETE FROM cache WHERE cache_time < DATE_SUB(CURRENT_TIMESTAMP, INTERVAL 3 DAY)" query2 = "SELECT cache_url, cache_time, cache_queries, cache_process_time FROM cache WHERE cache_id = ? AND cache_hash = ?" pageid = page.pageid() hash = sha256(page.get()).hexdigest() t_start = time() with conn.cursor() as cursor: cursor.execute(query1) cursor.execute(query2, (pageid, hash)) results = cursor.fetchall() if not results: return None url, cache_time, num_queries, original_tdiff = results[0] result = page.copyvio_compare(url) result.cached = True result.queries = num_queries result.tdiff = time() - t_start result.original_tdiff = original_tdiff result.cache_time = cache_time.strftime("%b %d, %Y %H:%M:%S UTC") result.cache_age = format_date(cache_time) return result def format_date(cache_time): diff = datetime.utcnow() - cache_time if diff.seconds > 3600: return "{0} hours".format(diff.seconds / 3600) if diff.seconds > 60: return "{0} minutes".format(diff.seconds / 60) return "{0} seconds".format(diff.seconds) def get_fresh_results(page, conn): t_start = time() result = page.copyvio_check(max_queries=10) result.cached = False result.tdiff = time() - t_start cache_result(page, result, conn) return result def cache_result(page, result, conn): pageid = page.pageid() hash = sha256(page.get()).hexdigest() query1 = "SELECT 1 FROM cache WHERE cache_id = ?" query2 = "DELETE FROM cache WHERE cache_id = ?" query3 = "INSERT INTO cache VALUES (?, ?, ?, CURRENT_TIMESTAMP, ?, ?)" with conn.cursor() as cursor: cursor.execute(query1, (pageid,)) if cursor.fetchall(): cursor.execute(query2, (pageid,)) cursor.execute(query3, (pageid, hash, result.url, result.queries, result.tdiff)) def get_sites(bot): max_staleness = 60 * 60 * 24 * 7 conn = open_sql_connection(bot, "globals") query1 = "SELECT update_time FROM updates WHERE update_service = ?" query2 = "SELECT lang_code, lang_name FROM language" query3 = "SELECT project_code, project_name FROM project" with conn.cursor() as cursor: cursor.execute(query1, ("sites",)) try: time_since_update = int(time() - cursor.fetchall()[0][0]) except IndexError: time_since_update = time() if time_since_update > max_staleness: update_sites(bot.wiki.get_site(), cursor) cursor.execute(query2) langs = [(code, name.decode("unicode_escape")) for (code, name) in cursor.fetchall()] cursor.execute(query3) projects = cursor.fetchall() return langs, projects def update_sites(site, cursor): matrix = site.api_query(action="sitematrix")["sitematrix"] del matrix["count"] languages, projects = set(), set() for site in matrix.itervalues(): if isinstance(site, list): # Special sites for special in site: if "closed" not in special and "private" not in special: full = urlparse(special["url"]).netloc lang, project = full.rsplit(".", 2)[:2] code = u"{0}::{1}".format(lang, special["dbname"]) name = special["code"].capitalize() languages.add((code, u"{0} ({1})".format(lang, name))) projects.add((project, project.capitalize())) continue this = set() for web in site["site"]: if "closed" in web: continue project = "wikipedia" if web["code"] == u"wiki" else web["code"] this.add((project, project.capitalize())) if this: code = site["code"] name = site["name"].encode("unicode_escape") languages.add((code, u"{0} ({1})".format(code, name))) projects |= this save_site_updates(cursor, languages, projects) def save_site_updates(cursor, languages, projects): query1 = "SELECT lang_code, lang_name FROM language" query2 = "DELETE FROM language WHERE lang_code = ? AND lang_name = ?" query3 = "INSERT INTO language VALUES (?, ?)" query4 = "SELECT project_code, project_name FROM project" query5 = "DELETE FROM project WHERE project_code = ? AND project_name = ?" query6 = "INSERT INTO project VALUES (?, ?)" query7 = "SELECT 1 FROM updates WHERE update_service = ?" query8 = "UPDATE updates SET update_time = ? WHERE update_service = ?" query9 = "INSERT INTO updates VALUES (?, ?)" synchronize_sites_with_db(cursor, languages, query1, query2, query3) synchronize_sites_with_db(cursor, projects, query4, query5, query6) cursor.execute(query7, ("sites",)) if cursor.fetchall(): cursor.execute(query8, (time(), "sites")) else: cursor.execute(query9, ("sites", time())) def synchronize_sites_with_db(cursor, updates, q_list, q_rmv, q_update): removals = [] cursor.execute(q_list) for site in cursor: updates.remove(site) if site in updates else removals.append(site) cursor.executemany(q_rmv, removals) cursor.executemany(q_update, updates) def highlight_delta(chain, delta): processed = [] prev_prev = prev = chain.START i = 0 all_words = chain.text.split() paragraphs = chain.text.split("\n") for paragraph in paragraphs: processed_words = [] words = paragraph.split(" ") for word, i in zip(words, count(i)): try: next = strip_word(all_words[i+1]) except IndexError: next = chain.END sword = strip_word(word) block = (prev_prev, prev) # Block for before alock = (prev, sword) # Block for after before = [block in delta.chain and sword in delta.chain[block]] after = [alock in delta.chain and next in delta.chain[alock]] is_first = i == 0 is_last = i + 1 == len(all_words) res = highlight_word(word, before, after, is_first, is_last) processed_words.append(res) prev_prev = prev prev = sword processed.append(u" ".join(processed_words)) i += 1 return u"

".join(processed) def highlight_word(word, before, after, is_first, is_last): if before and after: # Word is in the middle of a highlighted block, so don't change # anything unless this is the first word (force block to start) or # the last word (force block to end): res = word if is_first: res = u'' + res if is_last: res += u'' elif before: # Word is the last in a highlighted block, so fade it out and then # end the block; force open a block before the word if this is the # first word: res = fade_word(word, u"out") + u"" if is_first: res = u'' + res elif after: # Word is the first in a highlighted block, so start the block and # then fade it in; force close the block after the word if this is # the last word: res = u'' + fade_word(word, u"in") if is_last: res += u"" else: # Word is completely outside of a highlighted block, so do nothing: res = word return res def fade_word(word, dir): if len(word) <= 4: return u'{1}'.format(dir, word) if dir == u"out": return u'{0}{1}'.format(word[:-4], word[-4:]) return u'{0}{1}'.format(word[:4], word[4:]) def strip_word(word): return sub("[^\w\s-]", "", word.lower(), flags=UNICODE) def urlstrip(url): if url.startswith("http://"): url = url[7:] if url.startswith("https://"): url = url[8:] if url.startswith("www."): url = url[4:] if url.endswith("/"): url = url[:-1] return url %>\ <% lang = project = name = title = url = None query = parse_qs(environ["QUERY_STRING"]) if "lang" in query: lang = query["lang"][0].decode("utf8").lower() if "::" in lang: lang, name = lang.split("::", 1) if "project" in query: project = query["project"][0].decode("utf8").lower() if "title" in query: title = query["title"][0].decode("utf8") if "url" in query: url = query["url"][0].decode("utf8") bot = Bot(".earwigbot") site = bot.wiki.get_site() all_langs, all_projects = get_sites(bot) if lang and project and title: page, result = get_results(bot, lang, project, name, all_projects, title, url, query) else: page = result = None %>\ <%include file="/support/header.mako" args="environ=environ, title='Copyvio Detector', add_css=('copyvios.css',), add_js=('copyvios.js',)"/>

Copyvio Detector

This tool attempts to detect copyright violations in articles. Simply give the title of the page you want to check and hit Submit. The tool will then search for its content elsewhere on the web and display a report if a similar webpage is found. If you also provide a URL, it will not query any search engines and instead display a report comparing the article to that particular webpage, like the Duplication Detector. Check out the FAQ for more information and technical details.

% if page: % elif title: % else: % endif % if url: % else: % endif % if query.get("nocache") or page: % if query.get("nocache"): % else: % endif % endif
Site: http:// . .org
Page title:
URL (optional):
Bypass cache:
% if project and lang and title and not page:

The given site, (project=${project}, language=${lang}) doesn't seem to exist. Check its URL?

% elif project and lang and title and page and not result:

The given page, ${page.title | h}, doesn't seem to exist.

% elif page:
% if result.violation:

${page.title | h} is a suspected violation of ${result.url | urlstrip}.

% else:

No violations detected in ${page.title | h}.

% endif
% endif <%include file="/support/footer.mako" args="environ=environ"/>