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How to use SplitMeta method in autotest

Best Python code snippet using autotest_python

querylib.py

Source:querylib.py

1"""2	querylib - holds functions used for querying3"""4import searchtool.settings as sets5import re6import itertools7from googleapiclient.discovery import build8import datetime9import time10import json11def validateOptionalArgs(indicators, start_date, end_date, number_of_results):12	"""13		returns true if all option arguments are valid14	"""15	if indicators != "off":16				17		# check indicators contains valid codes18		db = sets.getDB()19		db_indicator_types = db.indicators.find()20		db_codes = []21		for ind_type in db_indicator_types:22			db_codes.append(ind_type['code'])23		for code in indicators:24			if code not in db_codes:25				return False26	if start_date != "off":27		# check start date is valid28		isValidStartDate = re.match(r'^(0[1-9]|[12][0-9]|3[01])[- /.](0[1-9]|1[012])[- /.](19|20)\d\d$', start_date)29		30		if not isValidStartDate:31			return False32	if end_date != "off":33		# check start date is valid34		isValidEndDate = re.match(r'^(0[1-9]|[12][0-9]|3[01])[- /.](0[1-9]|1[012])[- /.](19|20)\d\d$', end_date)35		if not isValidEndDate:36			return False37	# check number of results is a valid int38	if type(number_of_results) is not int:39		return False40	# check number of results is multiple of ten41	if number_of_results % 10 != 0:42		return False43	return True44def generateQuery(query_string, indicators, query_mode):45	"""46		Generate query(s) from base string and indicators.47		- SINGLE query mode returns a string48		- MULTI query mode returns a list of strings49	"""50	db = sets.getDB()51	# if indicators off, just return the query52	if indicators == "off":53		return query_string54	55	# indicator list provided56	# handle based on query mode57	if query_mode == 'single':58		# query mode is SINGLE, create a single string59		# get the indicators from the database60		indcator_types = []61		for ind_code in indicators:62			indicator_types.append(db.indicators.find({"code": ind_code}))63		generated_query_string = query_string64		65		for ind_type in indcator_types:66			generated_query_string += " AND ("67			68			ind_words = []69			for iword in ind_type['words']:70				ind_words += iword71			for word in ind_words:72				generated_query_string +=  + "'" + word + "' OR "73			generated_query_string += ")"74		return generated_query_string75	else:76		# query mode is MULTI, create a list of queries77		# get the indicators from the database78		indicator_types = []79		80		for ind_code in indicators:81			db_ind = db.indicators.find_one({"code": ind_code})82			indicator_types.append(db_ind)83		# make ind_words a nested list of indicators by their indicator type84		ind_words = []85		for ind_type in indicator_types:86			ind_words.append(ind_type['words'])87		# get all combinations88		all_combos = list(itertools.product(*ind_words))89		query_list = []90		# have one query that is just the query string91		query_list.append(query_string)92		for combo in all_combos:93			combo = list(combo)94			temp_query = query_string95			for key_phrase in combo:96				temp_query += ' AND "' + key_phrase + '"'97			query_list.append(temp_query)98		return query_list99def get_date_string(start_date, end_date):100	"""101		Turns the dates into a string for the API102	"""103	# first convert dates104	start_date = start_date.replace('/', '')105	end_date = end_date.replace('/','')106	if start_date == 'off' and end_date == 'off':107		return ""108	elif start_date == 'off' and end_date != 'off':109		return "date:r::" + end_date110	elif start_date != 'off' and end_date == 'off':111		return "date:r:" + start_date + ":"112	else:113		return "date:r:" + start_date + ":" + end_date114def queryAPI(query, start_date, end_date, number_of_results):115	"""116		Query the API, return the results as a list of JSON object117	"""118	# get config119	api_key = sets.getAPIKey()120	search_engine_id = sets.getSearchEngineID()121	service = build("customsearch", "v1", developerKey=api_key)122	result_list = []123	# make multiple api calls in multiples of 10 to get number of results124	for i in range(0, number_of_results, 10):125		i += 1126		api_call = service.cse().list(127			q=query,128			cx=search_engine_id,129			sort=get_date_string(start_date, end_date),130			start=i131		)132		result = api_call.execute()133		# get the results134		results = []135		total_results = result['queries']['request'][0]['totalResults']136		if int(total_results) > 0:137			for item in result['items']:138				splitMeta = item['snippet'].split(" ")139				if len(splitMeta) > 2:140					if splitMeta[3] == "...":141						date = splitMeta[0] + " " + splitMeta[1] + " " + splitMeta[2]142						meta = " ".join(splitMeta[4:len(splitMeta)])143					else:144						date = "No date available"145						meta = item['snippet']146				results.append({147					'title': item['title'],148					'url': item['link'],149					'date': date,150					'meta': meta151				})152		#build the JSON object153		json_data = {154			"query"				:	str(api_call.__dict__["uri"]),155			"query_string"		:	str(query),156			"search_engine_id"	:	str(search_engine_id),157			"start_date"		:	str(start_date),158			"end_date"			:	str(end_date),159			"query_mode"		:	str(sets.getQueryMode()),160			"number_of_runs"	:	str(sets.getNumberOfRuns()),161			"number_of_results"	:	number_of_results,162			"start_from_result" :	i,163			"total_results"		:	total_results,164			"timestamp"			:	str(datetime.datetime.fromtimestamp(time.time())),165			"results"			:	results166		}167		result_list.append(json_data)168	return result_list169def calculateDuplications():170	"""171	Drops and populates the query_duplications table with calculated duplications172	"""173	db = sets.getDB()174	db.query_duplications.drop()175	# get all results (query history)176	archive_results = db.query_archive.find()177	# init duplication count list178	duplication_count = []179	for res in archive_results:180		query_string = res['query_string'] 181		date = res['timestamp'][0:13] #2017-08-21 16:34:31.622082182		results_list = res['results']183		for r in results_list:184			url = r['url']185			# Ignore query parameters186			url_split = url.split('?')187			base_url = url_split[0]188			flag = False189			for record in duplication_count:190				if base_url == record['url']:191					record['count'] = record['count'] + 1192					if query_string not in record['query_list']:193						record['query_list'].append(query_string)194					if date not in record['date_list']:195						record['date_list'].append(date)196					197					flag = True198					break199			if flag == False:200				duplication_count.append({"url": base_url, "count": 1, "query_list": [query_string], "date_list": [date]})201	for item in duplication_count:202		db.query_duplications.insert({203			"url": item['url'],204			"frequency": item['count'],205			"query_list": item['query_list'],206			"date_list": item['date_list']207		})...

translate.py

Source:translate.py

1import string2import sys3import os4import codecs5import unicodedata6class translate:7	def translateGIB(GIBstring):	8	9		moves = []10		11		body = False12		13		# I don't like gib files14		while(GIBstring != None):15			first = GIBstring.read(1)16			if(first != 'S'):17				next = GIBstring.read(2)18				if(next == 'GE'):				# this is the eof19					GIBstring = None20					break21				metadata = GIBstring.readline()22				if(next == '[W'):23					splitmeta = metadata.replace(':',',').split(',')24					whitePlayer = splitmeta[5]25				if(next == '[B'):26					splitmeta = metadata.replace(':',',').split(',')27					blackPlayer = splitmeta[5]28			elif(first == 'S'):                  # read a move from file29				body = True30				line = GIBstring.readline()31				splitLine = line.split()32				if (splitLine[0] == 'TO'):33					color = splitLine[3]34					moveX = int(splitLine[4])35					moveY = int(splitLine[5])36					moves.append((color, moveX, moveY))37			   # try again next line38				39		# PB[nathan9 ]BR[3D]PW[sidae777 ]WR[3D]40		SGFstring = '(;GM[1]FF[4]CA[UTF-8]SZ[19]PB[%s]PW[%s]' % (blackPlayer, whitePlayer)41		42		for move in moves:43			if (move[0] == '1'):44				SGFstring += ';B['45			elif (move[0] == '2'):46				SGFstring += ';W['47			else:48				return "Error"49			50			SGFstring += '%s%s]' % (chr(move[1] + 97),chr(move[2] + 97)) # go from number to letter representation with ascii offset for 'a'51		  52		SGFstring += ')'  53		return SGFstring54		55	rootDir = sys.argv[1]56	targetDir = sys.argv[2]57  	58	for dirName, subdirList, fileList in os.walk(rootDir):59		for fname in fileList:60			if fname.endswith('.gib'):61				print("Cpnverting %s" %fname)62				path = os.path.join(dirName, fname)63				with open(path, mode='rt', encoding="utf-8", errors="ignore") as infile:64					sgfBody = translateGIB(infile)65				writePath = targetDir + dirName[len(rootDir):]66				if not os.path.exists(writePath):67					os.makedirs(writePath)68				writefname = fname[:-4] + '.sgf'69				with open(writePath + '/' + writefname, 'w') as f:70					f.write(sgfBody)71			else:72				continue...

highlight.py

Source:highlight.py

...11  global _TEMPLATE12  if not _TEMPLATE:13    _TEMPLATE = Template(14        '<span style="color: {color|htmltag};">{token|html}</span>')15  meta_left, meta_right = SplitMeta(meta)16  token_re = MakeTokenRegex(meta_left, meta_right)17  tokens = token_re.split(template_str)18  html = []19  for i, token in enumerate(tokens):20    # By the definition of re.split, even tokens are literal strings, and odd21    # tokens are directives.22    if i % 2 == 0:23      html.append(cgi.escape(token))24    else:25      # Because of the regex, the token should be at least 2 characters long26      c = token[1]27      if c == '#':28        token_type = COMMENT29      elif c == '.':...

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