def main():
"""
:return: None
:rtype: None
"""
ics_url, file, wiki, debug = get_args()
event_strings = []
past_events = []
if file:
calendar = Calendar(deradicalise_ical(open(file).read()))
else:
ics_result = requests.get(ics_url)
ics_result.encoding = 'utf-8'
calendar = Calendar(deradicalise_ical(ics_result.text))
for event in sorted(calendar.events, key=lambda ev: ev.begin):
event = EntropiaEvent(event)
if not event.is_past_event:
event_strings.append("\n" + LINE_SEPARATOR + str(event))
else:
past_events.append(event)
append_past_events(past_events, wiki['user'], wiki['pass'],
wiki['archive'])
termine = BOTWARNING + "\n" + TABLE_HEADER + "\n" + "".join(
event_strings) + "\n" + "".join(TABLE_FOOTER)
if debug:
print(termine)
site = Site('entropia.de', path='/')
site.login(wiki['user'], wiki['pass'])
page = site.pages[wiki['page']]
if termine:
page.save(termine, "Terminbot was here")
page.purge()
def localblock(bot, trigger, username, password, Site):
if trigger.account in stewards or trigger.account in cvt:
options = trigger.group(2).split(" ")
if len(options) == 2:
wiki = options[0]
target = options[1]
site = Site(wiki + '.miraheze.org', clients_useragent=ua)
site.login(username, password)
api(query, http_method='POST', format='json', meta='tokens')
for token in result['query']['tokens'].values():
tokens = token['csrftoken']
site.api(block, http_method='POST', format='json', user=target, expiry='3 days', nocreate=1, autoblock=1, token=tokens)
elif len(options) > 2 and len(options) < 5:
wiki = options[0]
target = options[1]
time = options[2]
site = Site(wiki + '.miraheze.org', clients_useragent=ua)
site.login(username, password)
api(query, http_method='POST', format='json', meta='tokens')
for token in result['query']['tokens'].values():
tokens = token['csrftoken']
site.api(block, http_method='POST', format='json', user=target, expiry=time, nocreate=1, autoblock=1, token=tokens)
else:
bot.reply('Syntax is .block <wiki> <target> <time>', trigger.sender)
else:
if trigger.account == '':
noaccount()
else:
bot.say('Access Denied: ' + trigger.account + ' (' + trigger.hostmask + ') is not in the trusted list. This incident will be reported.', trigger.sender)
bot.say('Security Alert: ' + trigger.account + ' (' + trigger.hostmask + ') attempted to use CVT on ' + trigger.sender, '#ExamBot-logs')
def login(host: str, path: str, scheme: str, username='', password='') -> \
ClassVar:
site_ = Site(host=host, path=path, scheme=scheme)
if username and password:
site_.login(username=username, password=password)
global site
site = site_
return site_
def site_login():
"""
Log-in to the Semantic MediaWiki using a USERNAME and PASSWORD
Create a file called local.py with your credentials
"""
site = Site(('http', 'beta.floranorthamerica.org'))
site.login(src.local.USERNAME, src.local.PASSWORD)
return site
def main():
parser = argparse.ArgumentParser(description='Datofeilfikser')
parser.add_argument('--page', required=False, help='Name of a single page to check')
args = parser.parse_args()
cnt = {'pagesChecked': 0, 'datesChecked': 0, 'datesModified': 0, 'datesUnresolved': 0}
pagesWithNoKnownErrors = []
unresolved = []
config = json.load(open('config.json', 'r'))
site = Site('no.wikipedia.org')
site.login(config['username'], config['password'])
cat = site.Categories['Sider med kildemaler som inneholder datofeil']
if args.page:
page = site.pages[args.page]
p = Page(page)
else:
n = 0
for page in cat.members():
n += 1
logging.info('%02d %s - %.1f MB', n, page.name, memory_usage_psutil())
# print "-----------[ %s ]-----------" % page.name
p = Page(page)
cnt['pagesChecked'] += 1
cnt['datesChecked'] += p.checked
cnt['datesModified'] += len(p.modified)
cnt['datesUnresolved'] += len(p.unresolved)
if len(p.modified) == 0 and len(p.unresolved) == 0:
pagesWithNoKnownErrors.append(page.name)
unresolved.extend(p.unresolved)
# if cnt['pagesChecked'] > 100:
# break
# print
# print "Pages with no known templates with date errors:"
# for p in pagesWithNoKnownErrors:
# print ' - %s' % p
cnt['datesOk'] = cnt['datesChecked'] - cnt['datesModified'] - cnt['datesUnresolved']
unresolvedTxt = u"Pages checked: %(pagesChecked)d, dates checked: %(datesChecked)d, of which<br>\n" % cnt
unresolvedTxt += " OK: %(datesOk)d, modified: %(datesModified)d, unresolved errors: %(datesUnresolved)d\n\n" % cnt
unresolvedTxt += u'Unresolved errors:\n\n{|class="wikitable sortable"\n! Artikkel !! Felt !! Verdi\n|-\n'
for p in unresolved:
unresolvedTxt += u'| [[%(page)s]] || %(key)s || <nowiki>%(value)s</nowiki>\n|-\n' % p
page = site.pages[u'Bruker:DanmicholoBot/Datofiks/Uløst']
page.save(unresolvedTxt, summary='Oppdaterer')
def main():
# Generate below at https://dota2.gamepedia.com/Special:BotPasswords
username = '******'
password = '******'
dotawiki = Site('dota2.gamepedia.com/',
path='',
clients_useragent='MePsyDuckDota2WikiEditingBot/1.0')
dotawiki.login(username=username, password=password)
process(dotawiki)
def login(host: str, path: str, scheme: str, username='', password='') -> \
ClassVar:
'''
Logs in to wiki. Creates the global var site (instance of mwclient.Site),
though which writing to the wiki is possible
'''
site_ = Site(host=host, path=path, scheme=scheme)
if username and password:
site_.login(username=username, password=password)
global site
site = site_
return site_
def append_past_events(past_events, wiki_user, wiki_pw, wiki_archive):
"""
Append the "new" past events to the wiki archive page
:param past_events: the past events that were not added to the events page
:type past_events: list
:param wiki_user: bot user for the wiki
:type wiki_user: str
:param wiki_pw: password for the wiki user
:type wiki_pw: str
:param wiki_archive: archive page
:type wiki_archive: str
:return: None
:rtype: None
"""
site = Site('entropia.de', path='/')
site.login(wiki_user, wiki_pw)
page = site.pages[wiki_archive]
text = page.text().split('\n')
last_table_position = 0
for event in past_events:
year_header = "== {} ==".format(event.endtime.strftime('%Y'))
for index, txtline in enumerate(text):
if txtline == '|}':
last_table_position = index
if str(event) in text:
continue
if year_header in text:
append_list = ('\n' + LINE_SEPARATOR + str(event))
text = text[:last_table_position] + [
append_list,
] + text[last_table_position:]
else:
append_list = (3 * '\n' + year_header + ARCHIVE_TABLE_HEADER +
'\n' + LINE_SEPARATOR + '\n' + str(event) + '\n|}')
text = text[:last_table_position + 1] + [
append_list,
] + text[last_table_position + 1:]
page.save("\n".join(text))
def addToWiki(name, text):
site = Site(cfg.wikiurl, path="/")
site.login(cfg.wikiuser, cfg.wikipassword)
page = site.pages[name]
patternstart = r'<(a).*?>'
result = re.sub(patternstart, "[", text)
patternend = r'<(/a).*?>'
result = re.sub(patternend, "]", result)
search_results = re.finditer(r'\[.*?\]', result)
for item in search_results:
rep = str(item.group(0)).lstrip('[').rstrip(']').replace("/", "/")
result = result.replace(str(item.group(0)),
"[" + rep + " " + rep + "]")
result.replace("<!DOCTYPE HTML><html><body>", "").replace(
"</body></html>", "") + "[[Kategorie:" + cfg.wikiKategorie + "]]"
write_Plenum(name, result)
page.save(text=result, summary="Neuanlage")
class website_connection:
ua = "MultiWikiTool run by User: "******"Incorrect login info")
raise IOError('Incorrect login info for' + wikipath)
#throw and catch error in parent block
self.page = self.website.pages[page_name]
#gets the text in the page, returns empty string if page does not exist
def get_text(self):
return self.page.text()
def save_text(self, text, edit_summary):
self.page.save(text, edit_summary)
def start(self, job: Job):
import sys
args, config, logger, lang = self.__init_system()
logger.info(lang.t("main.starting_bot"))
client = Site(config["wiki"]["api"])
logger.info(lang.t("main.logging_in").format(name=config["wiki"]["name"]))
try:
client.user = args.user
client.password = args.password
client.login(args.user, args.password)
logger.info(lang.t("main.logged_in").format(user=args.user))
except LoginError:
logger.error(lang.t("main.wrong_credentials"))
sys.exit(2)
except MaximumRetriesExceeded:
logger.error(lang.t("main.maximum_retries"))
sys.exit(2)
except APIError:
logger.error(lang.t("main.api_error"))
sys.exit(2)
job.bootstrap(client, logger, args.tasks, args.password)
job.run()
cookies_file_en = '/data/project/deltaquad-bots/stewie-en.txt'
cookies_file_meta = '/data/project/deltaquad-bots/stewie-meta.txt'
#en login
cookie_jar_en = MozillaCookieJar(cookies_file_en)
if os.path.exists(cookies_file_en):
# Load cookies from file, including session cookies (expirydate=0)
cookie_jar_en.load(ignore_discard=True, ignore_expires=True)
connection = requests.Session()
connection.cookies = cookie_jar_en # Tell Requests session to use the cookiejar.
enwiki = Site('en.wikipedia.org', pool=connection)
if not enwiki.logged_in:
enwiki.login(login.username, login.password)
# Save cookies to file, including session cookies (expirydate=0)
cookie_jar_en.save(ignore_discard=True, ignore_expires=True)
###############
#meta login
cookie_jar_meta = MozillaCookieJar(cookies_file_meta)
if os.path.exists(cookies_file_meta):
# Load cookies from file, including session cookies (expirydate=0)
cookie_jar_meta.load(ignore_discard=True, ignore_expires=True)
connection = requests.Session()
connection.cookies = cookie_jar_meta # Tell Requests session to use the cookiejar.
def download(dl, args):
url = urlparse(dl)
if url.netloc:
filename = url.path
site_name = url.netloc
if args.site is not DEFAULT_SITE and not args.quiet:
# this will work even if the user specifies 'commons.wikimedia.org'
print('Warning: target is a URL, '
'ignoring site specified with --site')
else:
filename = dl
site_name = args.site
file_match = valid_file(filename)
# check if this is a valid file
if file_match and file_match.group(1):
# has File:/Image: prefix and extension
filename = file_match.group(2)
else:
# no file extension and/or prefix, probably an article
print("Could not parse input '{}' as a file. ".format(filename))
sys.exit(1)
filename = unquote(filename) # remove URL encoding for special characters
dest = args.output or filename
if args.verbose >= 2:
print('User agent: {}'.format(USER_AGENT))
# connect to site and identify ourselves
if args.verbose >= 1:
print('Site name: {}'.format(site_name))
try:
site = Site(site_name, path=args.path, clients_useragent=USER_AGENT)
if args.username and args.password:
site.login(args.username, args.password)
except ConnectionError as e:
# usually this means there is no such site, or there's no network
# connection, though it could be a certificate problem
print("Error: couldn't connect to specified site.")
if args.verbose >= 2:
print('Full error message:')
print(e)
sys.exit(1)
except HTTPError as e:
# most likely a 403 forbidden or 404 not found error for api.php
print("Error: couldn't find the specified wiki's api.php. "
"Check the value of --path.")
if args.verbose >= 2:
print('Full error message:')
print(e)
sys.exit(1)
except (InvalidResponse, LoginError) as e:
# InvalidResponse: site exists, but we couldn't communicate with the
# API endpoint for some reason other than an HTTP error.
# LoginError: missing or invalid credentials
print(e)
sys.exit(1)
# get info about the target file
try:
file = site.images[filename]
except APIError as e:
# an API error at this point likely means access is denied,
# which could happen with a private wiki
print('Error: access denied. Try providing credentials with '
'--username and --password.')
if args.verbose >= 2:
print('Full error message:')
for i in e.args:
print(i)
sys.exit(1)
if file.imageinfo != {}:
# file exists either locally or at a common repository,
# like Wikimedia Commons
file_url = file.imageinfo['url']
file_size = file.imageinfo['size']
file_sha1 = file.imageinfo['sha1']
if args.verbose >= 1:
print("Info: downloading '{}' "
"({} bytes) from {}".format(filename, file_size, site.host),
end='')
if args.output:
print(" to '{}'".format(dest))
else:
print('\n', end='')
print('Info: {}'.format(file_url))
if os.path.isfile(dest) and not args.force:
print("File '{}' already exists, skipping download "
"(use -f to ignore)".format(dest))
else:
try:
fd = open(dest, 'wb')
except IOError as e:
print('File could not be written. '
'The following error was encountered:')
print(e)
sys.exit(1)
else:
# download the file(s)
if args.verbose >= 1:
leave_bars = True
else:
leave_bars = False
with tqdm(leave=leave_bars,
total=file_size,
unit='B',
unit_scale=True,
unit_divisor=CHUNKSIZE) as progress_bar:
with fd:
res = site.connection.get(file_url, stream=True)
progress_bar.set_postfix(file=dest, refresh=False)
for chunk in res.iter_content(CHUNKSIZE):
fd.write(chunk)
progress_bar.update(len(chunk))
# verify file integrity and optionally print details
dl_sha1 = verify_hash(dest)
if args.verbose >= 1:
print('Info: downloaded file SHA1 is {}'.format(dl_sha1))
print('Info: server file SHA1 is {}'.format(file_sha1))
if dl_sha1 == file_sha1:
if args.verbose >= 1:
print('Info: hashes match!')
# at this point, we've successfully downloaded the file
else:
print('Error: hash mismatch! Downloaded file may be corrupt.')
sys.exit(1)
else:
# no file information returned
print(
"Target '{}' does not appear to be a valid file.".format(filename))
sys.exit(1)
try:
from scheduled_bots.local import WDUSER, WDPASS
except ImportError:
if "WDUSER" in os.environ and "WDPASS" in os.environ:
WDUSER = os.environ['WDUSER']
WDPASS = os.environ['WDPASS']
else:
raise ValueError(
"WDUSER and WDPASS must be specified in local.py or as environment variables"
)
CACHE_SIZE = 99999
CACHE_TIMEOUT_SEC = 300 # 5 min
site = Site(('https', 'www.wikidata.org'))
site.login(WDUSER, WDPASS)
def chunks(iterable, size):
it = iter(iterable)
item = list(islice(it, size))
while item:
yield item
item = list(islice(it, size))
@cached(TTLCache(CACHE_SIZE, CACHE_TIMEOUT_SEC))
def getConceptLabels(qids):
qids = "|".join({
qid.replace("wd:", "") if qid.startswith("wd:") else qid
for qid in qids
sys.exit(1)
registrant = 'NONE'
return (registrant, target)
#
# Main
#
userinfo = getUserInfo(BOTINFO)
email = getEmail(EMAILINFO)
try:
site = Site('en.wikipedia.org')
site.login(userinfo['username'], userinfo['password'])
except Exception:
traceback.print_exc()
sys.exit(1)
crossref = queryCrossref(email, APIMEMBERS, APIPREFIXES, BLOCKSIZE)
filename = os.environ[
'WIKI_WORKING_DIR'] + '/Dois/doi-registrants-' + date.today().strftime(
'%Y%m%d')
file = open(filename, 'w', 1)
print('Retrieving Wikipedia data ...')
for order in tqdm(sorted(crossref, key=int), leave=None):
sorted_values = list(plants.values())
sorted_values.sort(key=sortFunc)
sorted_plants = {}
for i in sorted_values:
for k in plants.keys():
if plants[k] == i:
sorted_plants[k] = plants[k]
plants.pop(k)
break
for pl in sorted_plants.keys():
page_txt += "|-\n| {} || {}\n".format(data["plants"][pl]["name"],
sorted_plants[pl])
page_txt += "|}\n"
# Output
with open("biomes.txt", "w") as f:
f.write(page_txt)
ua = "RealisticBiomes/0.0.1 Smal"
site = Site('civwiki.org', clients_useragent=ua)
page = site.pages['Template:RealisticBiomesConfig (CivClassic 2.0)']
text = page.text()
#text. += page_txt
site.login(USER, PASSWORD)
page.edit(page_txt, "Automated Data Update")
print(page.text())
def main(argv):
# ------------- Constant Variables ----------------
MERGE = True
WORLD_AREA = math.pi * (13000 * 13000)
MODE = "OFFLINE"
DATA_URL = "https://githubraw.com/ccmap/data/master/land_claims.civmap.json"
SANDBOX = False
# ------------------------------------------------
try:
opts, args = getopt.getopt(
argv, "h", ["markdown", "wiki", "offline", "sandbox", "help"])
except getopt.GetoptError:
print("areaCalculator.py --wiki")
sys.exit(2)
for opt, arg in opts:
if opt in ('-h', '--help'):
print("--markdown , --wiki , --offline , --sandbox , --help")
if opt in "--markdown":
MODE = "MARKDOWN"
if opt in "--wiki":
MODE = "WIKI"
if opt in "--offline":
MODE = "OFFLINE"
if opt in "--sandbox":
MODE = "WIKI"
SANDBOX = True
# Get the latest claims json
headers = {
'User-Agent':
'Mozilla/5.0 (Windows NT 6.1; WOW64; rv:23.0) Gecko/20100101 Firefox/23.0'
}
req = urllib.request.Request(url=DATA_URL, headers=headers)
with urllib.request.urlopen(req) as url:
data = json.loads(url.read().decode())
# Calculate and sort the area of every polygon, combining ones from the same nation
areas = {}
shortnames = {}
for feat in data["features"]:
name = feat["name"]
if MERGE:
nation = (re.sub(
"\(|\)", "",
re.search("(^[^()]+$)|\((.*)\)", name.replace("\n",
" ")).group()))
if "shortname" in feat:
shortnames[nation] = feat["shortname"]
if ACRONYMS.get(nation) is not None:
nation = ACRONYMS.get(nation)
else:
nation = name
area = 0
if "polygon" in feat:
for poly in feat["polygon"]:
area += polygon_area(poly)
else:
print(feat)
if nation in areas:
areas[nation] += area
else:
areas[nation] = area
areas_sorted = {}
areas_sorted_keys = sorted(areas, key=areas.get, reverse=True)
for w in areas_sorted_keys:
areas_sorted[w] = areas[w]
# Render the table
if MODE == "MARKDOWN":
with open('areas.md', 'w') as f:
f.write("#|Nation|Area (km²)|% of Map Area\n")
f.write(":---:|:---:|:---:|:---:|\n")
f.write("{}|{}|{}|{}\n".format(0, "*CivClassic*",
round(WORLD_AREA / 1000000, 3),
100))
i = 1
for key in areas_sorted.keys():
are = round(areas[key] / 1000000, 3)
per = round((areas[key] / WORLD_AREA) * 100, 3)
print(key, are)
f.write("{}|{}|{}|{}\n".format(i, key, are, per))
i = i + 1
if MODE == "WIKI" or MODE == "OFFLINE":
# Get all countries with a flag template
flag_template_whitelist = []
ua = "AreaListCalculator/0.0.1 Smal"
site = Site('civwiki.org', clients_useragent=ua)
category = site.categories['All country data templates']
for page in category:
flag_template_whitelist.append(
page.name[len("Template:Country data") + 1:])
# Generate the wiki table
new_table = ""
new_table += "{| class=\"wikitable sortable\"\n|+\n!Rank\n!Nation\n!Area in km²\n!% of Map Area\n|-\n"
new_table += ("|-\n|{}\n|{}\n|{}\n|{}\n".format(
0, "''[[CivClassic]]''", round(WORLD_AREA / 1000000, 3), 100))
i = 1
for key in areas_sorted.keys():
are = round(areas[key] / 1000000, 3)
per = round((areas[key] / WORLD_AREA) * 100, 3)
#print(key,are)
nation_txt = "[[{}]]".format(key)
if key in flag_template_whitelist:
nation_txt = "{{{{flag|{}}}}}".format(key)
elif key in shortnames:
if shortnames[key] in flag_template_whitelist:
nation_txt = "{{{{flag|{}}}}}".format(shortnames[key])
new_table += "|-\n|{}\n|{}\n|{}\n|{}\n".format(
i, nation_txt, are, per)
i = i + 1
new_table += "|}"
# Upload the table to civwiki
if SANDBOX == False:
page = site.pages['List_of_nations_by_area']
else:
page = site.pages['List_of_nations_by_area/Sandbox']
text = page.text()
parsed = wtp.parse(text)
for section in parsed.sections:
if section.title == "Nations by area":
section.contents = new_table
print(parsed.string)
if MODE == "OFFLINE":
with open('areas.txt', 'w') as f:
f.write(parsed.string)
else:
site.login(USER, PASSWORD)
page.edit(parsed.string, "Automated Table Update")
def main(argv):
# ------------- Constant Variables ----------------
MERGE = True
WORLD_AREA = math.pi * (13000 * 13000)
MODE = os.environ.get('MODE', 'OFFLINE')
SANDBOX = False
USER = os.environ.get('USERNAME', '')
PASSWORD = os.environ.get('PASSWORD', '')
# ------------------------------------------------
if MODE == "SANDBOX":
SANDBOX = True
MODE == "WIKI"
# ["MARKDOWN","WIKI","OFFLINE","SANDBOX","USERNAME","PASSWORD"]
# Get the latest claims json
with open('land_claims.civmap.json', 'r') as file:
data = json.loads(file.read())
# Calculate and sort the area of every polygon, combining ones from the same nation
owner = {}
areas_t = {}
areas = {}
shortnames = {}
for feat in data["features"]:
name = feat["name"]
territory = feat["name"]
if MERGE:
nation = (re.sub(
"\(|\)", "",
re.search("(^[^()]+$)|\((.*)\)", name.replace("\n",
" ")).group()))
territory = name.replace("\n", " ").strip()
if "shortname" in feat:
shortnames[nation] = feat["shortname"]
if ACRONYMS.get(nation) is not None:
nation = ACRONYMS.get(nation)
if ACRONYMS.get(territory) is not None:
territory = ACRONYMS.get(territory)
else:
nation = name
if territory[0] == "(": # Handle specific edge cases
territory = nation
owner[territory] = nation
area = 0
if "polygon" in feat:
for poly in feat["polygon"]:
area += polygon_area(poly)
# Nation
for nat in nation.split('/'):
if nat in areas:
areas[nat] += area
else:
areas[nat] = area
# Territories
if territory in areas_t:
areas_t[territory] += area
else:
areas_t[territory] = area
areas_sorted = {}
areas_sorted_keys = sorted(areas, key=areas.get, reverse=True)
for w in areas_sorted_keys:
areas_sorted[w] = areas[w]
areas_t_sorted = {}
areas_t_sorted_keys = sorted(areas_t, key=areas_t.get, reverse=True)
for w in areas_t_sorted_keys:
areas_t_sorted[w] = areas_t[w]
# Render the table
if MODE == "MARKDOWN":
with open('areas.md', 'w') as f:
f.write("#|Nation|Area (km²)|% of Map Area\n")
f.write(":---:|:---:|:---:|:---:|\n")
f.write("{}|{}|{}|{}\n".format(0, "*CivClassic*",
round(WORLD_AREA / 1000000, 3),
100))
i = 1
for key in areas_sorted.keys():
are = round(areas[key] / 1000000, 3)
per = round((areas[key] / WORLD_AREA) * 100, 3)
# print(key,are)
f.write("{}|{}|{}|{}\n".format(i, key, are, per))
i = i + 1
if MODE == "WIKI" or MODE == "OFFLINE":
# Get all countries with a flag template
flag_template_whitelist = []
ua = "AreaListCalculator/0.0.1 Smal"
site = Site('civwiki.org', clients_useragent=ua)
category = site.categories['All country data templates']
for page in category:
flag_template_whitelist.append(
page.name[len("Template:Country data") + 1:])
# ------------------------------------------
# Generate the nation table
#
nation_table = ""
nation_table += "{| class=\"wikitable sortable\"\n|+\n!Rank\n!Nation\n!Area in km²\n!% of Map Area\n|-\n"
nation_table += ("|-\n|{}\n|{}\n|{}\n|{}\n".format(
0, "''[[CivClassic]]''", round(WORLD_AREA / 1000000, 3), 100))
i = 1
for key in areas_sorted.keys():
are = round(areas[key] / 1000000, 3)
per = round((areas[key] / WORLD_AREA) * 100, 3)
#print(key,are)
nation_txt = "[[{}]]".format(key)
if key in flag_template_whitelist or key in FLAG_REDIRECTS:
nation_txt = "{{{{flag|{}}}}}".format(key)
elif key in shortnames:
if shortnames[key] in flag_template_whitelist:
nation_txt = "{{{{flag|{}}}}}".format(shortnames[key])
nation_table += "|-\n|{}\n|{}\n|{}\n|{}\n".format(
i, nation_txt, are, per)
i = i + 1
nation_table += "|}\n"
# ------------------------------------------------
# Generate the territory table
#
territory_table = ""
territory_table += "{| class=\"wikitable sortable\"\n|+\n!Rank\n!Territory\n!Area in km²\n!% of Map Area\n|-\n"
territory_table += ("|-\n|{}\n|{}\n|{}\n|{}\n".format(
0, "''[[CivClassic]]''", round(WORLD_AREA / 1000000, 3), 100))
i = 1
for key in areas_t_sorted.keys():
are = round(areas_t[key] / 1000000, 3)
per = round((areas_t[key] / WORLD_AREA) * 100, 3)
territory = re.sub("\(.*?\)", "", key).strip()
nation = owner[key]
#print(territory,nation)
territory_txt = key
if territory == nation:
territory_txt = "[[{}]]".format(key)
if key in flag_template_whitelist or key in FLAG_REDIRECTS:
territory_txt = "{{{{flag|{}}}}}".format(key)
elif key in shortnames:
if shortnames[key] in flag_template_whitelist:
territory_txt = "{{{{flag|{}}}}}".format(
shortnames[key])
else: # This is a territory
flag = ""
# Check if terrritory has flag of its own
if territory in flag_template_whitelist or territory in FLAG_REDIRECTS:
flag = "{{{{flagicon|{}}}}} ".format(territory)
# -- disabled code that would've placed the parent nation's flag if the territory lacked its own
#else:
# if nation in flag_template_whitelist or nation in FLAG_REDIRECTS:
# flag = "{{{{flagicon|{}}}}} ".format(nation)
# elif nation in shortnames:
# if shortnames[nation] in flag_template_whitelist:
# flag = "{{{{flagicon|{}}}}} ".format(shortnames[nation])
territory_txt = flag + "[[{}|{}]]".format(territory, key)
territory_table += "|-\n|{}\n|{}\n|{}\n|{}\n".format(
i, territory_txt, are, per)
i = i + 1
territory_table += "|}\n"
#print(territory_table)
# ---------------------------------------------------
# Upload the table to civwiki
#
if SANDBOX == False:
page = site.pages['List_of_nations_by_area (CivClassic)']
else:
page = site.pages['List_of_nations_by_area (CivClassic)/Sandbox']
text = page.text()
parsed = wtp.parse(text)
# print(parsed.pformat())
for section in parsed.sections:
if section.title == "Nations by area":
section.contents = nation_table
if section.title == "Territories by area":
section.contents = territory_table
if MODE == "OFFLINE":
with open('areas.txt', 'w') as f:
f.write(parsed.string)
else:
site.login(USER, PASSWORD)
if page != parsed.string:
page.edit(parsed.string, "Automated Table Update")
import mwclient
from mwclient import Site
import sys
import scrapContent as scrap
url="sindhipedia.org"
user_name= 'Administrator'
password= '******'
page_name= sys.argv[1]
site=Site(('http',url),path='/',)
site.login(user_name, password)
page = site.pages[sys.argv[1]]
if sys.argv[2] == '-d':
print 'Deleting Page !', sys.argv[1]
page.delete()
sys.exit()
if (page.exists):
print 'Page ' , sys.argv[1] ,'Already exists'
sys.exit()
else:
print "Creating Page " , sys.argv[1]
print page.can('edit')
text= scrap.scrapDynamic(sys.argv[1] ,5); # result comes in sections so you have to define textspreadratio
#print "Generator Output: ",text
page.save(text, 'Edit Summary')
print 'Created Page' , sys.argv[1] ,'!!'
def main(argv):
# ------------- Constant Variables ----------------
DATA_URL = "https://raw.githubusercontent.com/CivClassic/AnsibleSetup/master/templates/public/plugins/FactoryMod/config.yml.j2"
server_name = "CivClassic 2.0"
MODE = "NONE"
# -------------------------------------------------
try:
opts, args = getopt.getopt(argv,"h",["markdown","wiki","offline","sandbox","help"])
except getopt.GetoptError:
print("factoryMod.py --wiki")
sys.exit(2)
for opt,arg in opts:
if opt in ('-h','--help'):
print ("--wiki , --offline , --help")
if opt in "--wiki":
MODE = "WIKI"
if opt in "--offline":
MODE = "OFFLINE"
if opt in "--none":
MODE = "NONE"
# Get the latest biomes yaml
headers = {'User-Agent':'Mozilla/5.0 (Windows NT 6.1; WOW64; rv:23.0) Gecko/20100101 Firefox/23.0'}
req = urllib.request.Request(url=DATA_URL, headers=headers)
page_txt = ""
#page_txt = "= Realistic Biomes Growth Rates =\n"
# Download the config
data = []
with urllib.request.urlopen(req) as url:
data = yaml.load(url.read().decode())
#print(data)
print("Config Downloaded, parsing data...")
default_fuel_interval = data['default_fuel_consumption_intervall']
default_fuel = parseMaterials(data['default_fuel'])
#default_fuel = "" # Everything in civclassics uses the same fuel so clearing for readibility
factories = []
for factory in data['factories']:
n_factory = {}
fac = data['factories'][factory]
print (fac['name'])
n_factory['name'] = fac['name']
n_factory['recipes'] = []
n_factory['repair'] = []
n_factory['tables'] = {}
# Get Setup Cost
if fac['type'] == 'FCC':
n_factory['setup'] = parseMaterials(fac['setupcost'])
#print(n_factory['setup'])
else:
print("type",fac['type'])
for recipe in fac['recipes']:
rec = data['recipes'][recipe]
name = rec['name']
r_in = ""
r_out = ""
time = rec['production_time']
fuel = ""
if rec['type'] == 'PRODUCTION':
r_in = parseMaterials(rec['input'])
r_out = parseMaterials(rec['output'])
#print("{} | {} -> {}".format(rec['name'],r_in,r_out))
elif rec['type'] == 'REPAIR':
r_in = parseMaterials(rec['input'])
r_out = "+{} health".format(rec['health_gained'])
#print("Repair: {}".format(r_in))
elif rec['type'] == 'RANDOM':
r_in = parseMaterials(rec['input'])
r_out = "(Random Item)"
table = []
# Parse the Loot Table Here
for output in rec['outputs']:
roll = {}
poss = rec['outputs'][output]
roll['name'] = clean_name(output)
roll['chance'] = poss['chance']*100
roll['item'] = parseMaterials(rec['outputs'][output])
table.append(roll)
n_factory['tables'][name] = table
elif rec['type'] == 'UPGRADE':
r_in = parseMaterials(rec['input'])
r_out = "Convert factory to {}".format(rec['factory'])
elif rec['type'] == 'COMPACT':
r_in = "1 Crate, (Stack to Compact)"
r_out = "(Compacted Stack)"
elif rec['type'] == 'DECOMPACT':
r_in = "(Compacted Stack)"
r_out = "(Decompacted Stack)"
elif rec['type'] == 'WORDBANK':
pass
elif rec['type'] == 'PRINTBOOK':
r_in = parseMaterials(rec['input']) + ", 1 Oak Trapdoor (Printing Plate)"
r_out = "{} Printed Books".format(rec['outputamount'])
elif rec['type'] == 'PRINTINGPLATE':
r_in = parseMaterials(rec['input']) + ", 1 Written Book"
r_out = parseMaterials(rec['output']) + " (Printing Plate)"
elif rec['type'] == 'PRINTINGPLATEJSON':
r_in = parseMaterials(rec['input']) + ", 1 Written Book"
r_out = parseMaterials(rec['output']) + " (Printing Plate)"
elif rec['type'] == 'PRINTNOTE':
r_in = "{}, {}".format(parseMaterials(rec['input']), '1 Oak Trapdoor (Printing Plate)')
r_out = "{} {}".format(rec['outputamount'],rec['title'])
else:
print(rec['type'],rec['name'])
#Fuel math
interval = default_fuel_interval
if 'fuel_consumption_intervall' in rec:
interval = rec['fuel_consumption_intervall']
fuel_type = default_fuel
if 'fuel' in rec:
fuel_type = rec['fuel']
fuel = "{} {}".format(int(float(time[:-1])/float(interval[:-1])),fuel_type)
parsed_rec = {
"name":name,
"input":r_in,
"output":r_out,
"time":time,
"fuel":fuel
}
if rec['type'] != 'REPAIR':
n_factory['recipes'].append(parsed_rec)
else:
n_factory['repair'].append(parsed_rec)
#print(name,r_in,r_out,time,fuel)
factories.append(n_factory)
#print(n_factory)
'''
if MODE == "MARKDOWN":
txt = ""
for fac in factories:
txt += "#### {}\n".format(fac['name'])
if 'setup' in fac:
txt += "**Setup Cost**: {}\n".format(fac['setup'])
txt += "| Recipe | Input | Output | Time | Fuel |\n"
txt += "| --- | --- | --- | --- | --- |\n"
for rec in fac['recipes']:
txt += "| {} | {} | {} | {} | {} |\n".format(
rec['name'],
rec['input'],
rec['output'],
rec['time'],
rec['fuel']
)
txt += "| *{}* | {} | *{}* | {} | {} |\n".format(
fac['repair']['name'],
fac['repair']['input'],
fac['repair']['output'],
fac['repair']['time'],
fac['repair']['fuel']
)
txt += "\n"
with open("factories.md","w") as f:
f.write(txt)
'''
if MODE == "WIKI" or MODE == "OFFLINE":
print("Writing tables...")
fac_txt = {}
ua = "FactoryMod/0.0.1 Smal"
site = Site('civwiki.org',clients_useragent=ua)
site.login(USER,PASSWORD)
if not os.path.exists('preview'):
os.makedirs('preview')
for fac in factories:
# Generate Factory Table
txt = ""
txt += "{|class=\"wikitable mw-collapsible\"\n"
txt += "|+ class=\"nowrap\" |{}\n".format(fac['name'])
txt += "! Recipe !! Input !! Output !! Time !! Fuel \n"
for rec in fac['recipes']:
txt += "|-\n| {} || {} || {} || {} || {} \n".format(
rec['name'],
rec['input'],
rec['output'],
rec['time'],
rec['fuel']
)
for rep in fac['repair']:
txt += "|-\n| ''{}'' || {} || ''{}'' || {} || {} \n".format(
rep['name'],
rep['input'],
rep['output'],
rep['time'],
rep['fuel']
)
if 'setup' in fac:
txt += "|-\n| '''Create Factory''' || colspan=\"4\"| {}\n".format(fac['setup'])
txt += "|}"
# Generate Additional Tables
for table_key in fac['tables']:
txt += "\n{|class=\"wikitable mw-collapsible mw-collapsed sortable\"\n"
txt += "|+ class=\"nowrap\" |{}\n".format(table_key)
txt += "! Name !! Item !! Chance\n"
for item in fac['tables'][table_key]:
txt += "|-\n"
txt += "| {} || {} || align=\"right\"| {}\n".format(
item['name'],
item['item'],
round(item['chance'],5)
)
txt += "|}"
page_title = 'Template:FactoryModConfig {} ({})'.format(fac['name'],server_name)
with open('preview/{}.txt'.format(page_title),'w') as f:
f.write(txt)
page = site.pages[page_title]
if (page.text() != txt):
print("DIFF",page_title)
if MODE == "WIKI":
page.edit(txt,"Automated Data Update")
else:
print("SAME",page_title)
sleep(0.2) # To prevent rate limiting
print("Done!")
cookies_file = '/data/project/deltaquad-bots/int-admin-cookies.txt'
cookie_jar = MozillaCookieJar(cookies_file)
if os.path.exists(cookies_file):
# Load cookies from file, including session cookies (expirydate=0)
cookie_jar.load(ignore_discard=True, ignore_expires=True)
print('We have %d cookies' % len(cookie_jar))
connection = requests.Session()
connection.cookies = cookie_jar # Tell Requests session to use the cookiejar.
masterwiki = Site('en.wikipedia.org', pool=connection)
print("Login status: ")
print(masterwiki.logged_in)
if not masterwiki.logged_in:
masterwiki.login(login.username, login.password)
# Save cookies to file, including session cookies (expirydate=0)
print(connection.cookies)
cookie_jar.save(ignore_discard=True, ignore_expires=True)
pagelist = masterwiki.pages["User:AmandaNP/scriptcopy.js"].text()
pagelist = pagelist.split("\n")
for wikipage in pagelist:
wikipage = wikipage.split(",")
postpage = masterwiki.pages[wikipage[0]]
source = wikipage[1]
website = urllib.request.urlopen(source)
webtext = website.read()
if postpage.text == webtext: continue
import datetime
from mwclient import Site
site = Site('https://lol.gamepedia.com', path="/") # Set wiki
site.login('RheingoldRiver@BotPasswordName', 'smldrgsrthmldyhj')
limit = -1
now = datetime.datetime.utcnow()
now_timestamp = now.isoformat()
then = now - datetime.timedelta(hours=4) # change hours if needed
last_timestamp = then.isoformat()
revisions = site.api('query',
format='json',
list='recentchanges',
rcstart=now_timestamp,
rcend=last_timestamp,
rcprop='title|ids',
rclimit='max',
rcdir='older')
pages = []
pages_used = {}
revs = {}
failed_pages = []
for revision in revisions['query']['recentchanges']:
revs[revision['revid']] = True
if revision['title'] in pages_used:
pass
