def _get_runnable_keywords(self, context, args):
keywords = Keywords([])
for keyword in self._get_keywords(args):
if self._variable_syntax_in(keyword.name, context):
continue
keywords.add_keyword(keyword)
return keywords
def __parse_dedup_detail(self, bidpools):
ids = []
updatetimes = []
resume_details = []
for bid in bidpools:
__resume_details = {}
_id = bid["userId"]
if bid.get("updateTime", None):
_updatetime = re.search(r'\d{4}-\d{2}-\d{2}', str(bid["updateTime"]))
updatetimes.append(_updatetime.group())
else:
from datetime import date
_updatetime = date.today().strftime("%Y-%m-%d")
updatetimes.append(_updatetime)
ids.append(_id)
__resume_details["workyear"] = bid.get('jobYeay')
__resume_details["sex"] = Keywords().Sex(bid.get('sex')) if bid.get("sex", None) else ""
__resume_details["latestcompany"] = bid.get('latelyCompName')
__resume_details["desworklocation"] = bid.get('cityName')
__resume_details["latestdegree"] = Keywords().Education(str(bid.get('education'))) if bid.get("education", None) else ""
__resume_details["desindustry"] = bid.get('jobTitle')
for k, v in __resume_details.items():
if v == "":
__resume_details.pop(k)
resume_details.append(__resume_details)
# print "8888%s%s%s" % (ids, updatetimes, resume_details)
return ids, updatetimes, resume_details
def _get_runnable_keywords(self, context, args):
keywords = Keywords([])
for keyword in self._get_keywords(args):
if self._variable_syntax_in(keyword.name, context):
continue
keywords.add_keyword(keyword)
return keywords
def __init__(self, keyword, libname):
self.name = keyword.name
self.keywords = Keywords(keyword.steps)
self.return_value = keyword.return_.value
self._libname = libname
self.doc = self._doc = keyword.doc.value
self._timeout = keyword.timeout
self._keyword_args = keyword.args.value
class RunnableTestCase(BaseTestCase):
def __init__(self, tc_data, parent, defaults):
BaseTestCase.__init__(self, tc_data.name, parent)
self.doc = tc_data.doc.value
self.setup = defaults.get_setup(tc_data.setup)
self.teardown = defaults.get_teardown(tc_data.teardown)
self.tags = defaults.get_tags(tc_data.tags)
self.timeout = defaults.get_timeout(tc_data.timeout)
template = defaults.get_template(tc_data.template)
self.keywords = Keywords(tc_data.steps, template)
def run(self, context, suite_errors):
self._suite_errors = suite_errors
self._start_run(context)
if self.run_errors.is_allowed_to_run():
self._run(context)
else:
self._not_allowed_to_run()
self._end_run(context)
def _start_run(self, context):
self.run_errors = TestRunErrors(self._suite_errors)
self.status = 'RUNNING'
self.starttime = utils.get_timestamp()
self.run_errors.init_err(self._init_test(context))
context.start_test(self)
def _init_test(self, context):
errors = []
self.doc = context.replace_vars_from_setting('Documentation', self.doc,
errors)
self.setup.replace_variables(context.get_current_vars(), errors)
self.teardown.replace_variables(context.get_current_vars(), errors)
self.tags = utils.normalize_tags(context.replace_vars_from_setting('Tags',
self.tags,
errors))
self.timeout.replace_variables(context.get_current_vars())
if errors:
return 'Test case initialization failed:\n%s' % '\n'.join(errors)
if not self.name:
return 'Test case name is required.'
if not self.keywords:
return 'Test case contains no keywords'
return None
def _run(self, context):
self.timeout.start()
self._run_setup(context)
if not self.run_errors.setup_failed():
try:
self.keywords.run(context)
except ExecutionFailed, err:
self.run_errors.kw_err(unicode(err))
self.keyword_failed(err)
context.set_test_status_before_teardown(*self._report_status())
self._run_teardown(context)
self._report_status_after_teardown()
def __init__(self):
self.FOURSQUARE_API_URL = 'https://api.foursquare.com/v2/venues/search'
self._foursquare_client = foursquare.Foursquare(
client_id=os.environ['FOURSQUARE_CLIENT_ID'],
client_secret=os.environ['FOURSQUARE_CLIENT_SECRET'],
lang='ja')
categories = self._foursquare_client.venues.categories()
self._categories = self._flatten_categories(categories)
self._keyword = Keywords()
def __init__(self, tc_data, parent, defaults):
BaseTestCase.__init__(self, tc_data.name, parent)
self.doc = tc_data.doc.value
self.setup = defaults.get_setup(tc_data.setup)
self.teardown = defaults.get_teardown(tc_data.teardown)
self.tags = defaults.get_tags(tc_data.tags)
self.timeout = defaults.get_timeout(tc_data.timeout)
template = defaults.get_template(tc_data.template)
self.keywords = Keywords(tc_data.steps, template)
class RunnableTestCase(BaseTestCase):
def __init__(self, tc_data, parent, defaults):
BaseTestCase.__init__(self, tc_data.name, parent)
self.doc = tc_data.doc.value
self.setup = defaults.get_setup(tc_data.setup)
self.teardown = defaults.get_teardown(tc_data.teardown)
self.tags = defaults.get_tags(tc_data.tags)
self.timeout = defaults.get_timeout(tc_data.timeout)
template = defaults.get_template(tc_data.template)
self.keywords = Keywords(tc_data.steps, template)
def run(self, context, suite_errors):
self._suite_errors = suite_errors
self._start_run(context)
if self.run_errors.is_allowed_to_run():
self._run(context)
else:
self._not_allowed_to_run()
self._end_run(context)
def _start_run(self, context):
self.run_errors = TestRunErrors(self._suite_errors)
self.status = 'RUNNING'
self.starttime = utils.get_timestamp()
self.run_errors.init_err(self._init_test(context))
context.start_test(self)
def _init_test(self, context):
errors = []
self.doc = context.replace_vars_from_setting('Documentation', self.doc,
errors)
self.setup.replace_variables(context.get_current_vars(), errors)
self.teardown.replace_variables(context.get_current_vars(), errors)
self.tags = utils.normalize_tags(
context.replace_vars_from_setting('Tags', self.tags, errors))
self.timeout.replace_variables(context.get_current_vars())
if errors:
return 'Test case initialization failed:\n%s' % '\n'.join(errors)
if not self.name:
return 'Test case name is required.'
if not self.keywords:
return 'Test case contains no keywords'
return None
def _run(self, context):
self.timeout.start()
self._run_setup(context)
if not self.run_errors.setup_failed():
try:
self.keywords.run(context)
except ExecutionFailed, err:
self.run_errors.kw_err(unicode(err))
self.keyword_failed(err)
context.set_test_status_before_teardown(*self._report_status())
self._run_teardown(context)
self._report_status_after_teardown()
def __init__(self, keyword, libname):
self.name = keyword.name
self.keywords = Keywords(keyword.steps)
self.return_value = keyword.return_.value
self._libname = libname
self.doc = self._doc = keyword.doc.value
self._timeout = keyword.timeout
self._keyword_args = keyword.args.value
def GET(self):
web.header('Content-Type', 'text/html;charset=UTF-8')
form = web.input(email="*****@*****.**", adgroupId=None)
logger.info("Received user " + form.email +
" request to add or update ad keywords")
httpsSession = createHttpsSession(form.email)
wordsPath = cf.get("apiservices", "keywords")
wordhandler = Keywords(wordsPath, httpsSession, logger)
if form.adgroupId is not None:
result = wordhandler.query_keywords(email=form.email,
adgroupId=form.adgroupId)
else:
result = wordhandler.query_all_targeted_keywords(email=form.email)
return result
def is_person_page(page):
"""Determines whether or not the given page object is a person page."""
if "list" in page.title.lower():
return False
return len([c for c in page.categories
if Keywords.check_match("people", c)
and "list" not in c.lower()
and "errors" not in c.lower()
and "wikipedia" not in c.lower()]) > 0
def __init__(self, tc_data, parent, defaults):
BaseTestCase.__init__(self, tc_data.name, parent)
self.doc = tc_data.doc.value
self.setup = defaults.get_setup(tc_data.setup)
self.teardown = defaults.get_teardown(tc_data.teardown)
self.tags = defaults.get_tags(tc_data.tags)
self.timeout = defaults.get_timeout(tc_data.timeout)
template = defaults.get_template(tc_data.template)
self.keywords = Keywords(tc_data.steps, template)
def __init__(self):
self.FOURSQUARE_API_URL = 'https://api.foursquare.com/v2/venues/search'
self._foursquare_client = foursquare.Foursquare(
client_id=SECRETS['FOURSQUARE_CLIENT_ID'],
client_secret=SECRETS['FOURSQUARE_CLIENT_SECRET'],
lang='ja'
)
categories = self._foursquare_client.venues.categories()
self._categories = self._flatten_categories(categories)
self._keyword = Keywords()
def is_person_page(page):
"""Determines whether or not the given page object is a person page."""
if "list" in page.title.lower(
): # TODO This catches "list" as in "journalist", etc.
return False
return len([
c for c in page.categories
if Keywords.check_match("people", c) and "list" not in c.lower()
and "errors" not in c.lower() and "wikipedia" not in c.lower()
]) > 0
def is_animal_page(page):
"""Determines whether or not the given page object is aa animal page."""
if "list" in page.title.lower():
return False
if is_person_page(page):
return False
return len([
c for c in page.categories
if Keywords.check_match("animals", c) and "list" not in c.lower()
and "errors" not in c.lower() and "wikipedia" not in c.lower()
]) > 0
def run_import(self):
for source in self.get_sources():
try:
_parser_class = Parser_Provider.get_parser(source.name)
_parser = _parser_class(source.rss_url)
for news in _parser.parse_news():
if news['content']:
news_words = Parse_Text.parse(news['content'], lang = source.lang)
print news_words
shingles = Shingles.generate(news_words)
keywords_weight = Keywords.get_weights(news_words)
news['source_id'] = source.id
news_id = self.insert_news(news)
if news_id:
self.insert_shingles(news_id, shingles)
self.insert_keywords(news_id, keywords_weight)
except ValueError:
pass
class Bot:
def __init__(self):
self.keyword_fetcher = Keywords()
self.spot_client = Spot()
def fetch_spot(self, sentence):
result = self.keyword_fetcher.extract_from_sentence(sentence)
message = {}
message_body = ''
spot = self.spot_client.recommend_spot(list(result[1])[0], result[0])
if spot:
message_body += spot['name']
message_body += 'はどうでしょうか？'
message_body += 'オススメポイントは'
message_body += spot['reason']
message_body += ' です'
message['body'] = message_body
message['image'] = spot['image']
else:
message_body = '申し訳ありません、候補が見つかりませんでした'
message['body'] = message_body
return message
VERIFY_TOKEN = "pe:/4H>}]245kph"
PAGE_ACCESS_TOKEN = "EAAOTV8ZBzN5EBAEGGkXKbgl7uCzrgPlZCo2fGSHZBbTnVdixE8oxl3ROtVfZB5wT0nOZCxVz2APPpnxZAMDy48vnPFDKd0gsu41pPSuVtlLvYZASZBDZAMnCfNo5YvCpaZC6RPVDmZCTHIYm3gKCDP8vPmQwfukTJD3QVSQQDLoGQKeMwZDZD"
# Instantiate data object
# In real situations, load data from API / database
dataObj = Data()
luminaria_embutir = dataObj.luminaria_embutir
controladores = dataObj.controladores
eletrofita = dataObj.eletrofita
fita_led = dataObj.fita_led
lampada_led = dataObj.lampada_led
luminaria_led = dataObj.luminaria_led
lustres = dataObj.lustres
# Instantiate keywords
keywords = Keywords()
@app.route('/webhook', methods=['GET', 'POST'])
def index():
# Verify webhook
if request.method == 'GET':
mode = request.values['hub.mode']
token = request.values['hub.verify_token']
challenge = request.values['hub.challenge']
if mode is not None and token is not None:
if mode == 'subscribe' and token == VERIFY_TOKEN:
print("WEBHOOK_VERIFIED")
return challenge, 200
class Spot:
def __init__(self):
self.FOURSQUARE_API_URL = 'https://api.foursquare.com/v2/venues/search'
self._foursquare_client = foursquare.Foursquare(
client_id=SECRETS['FOURSQUARE_CLIENT_ID'],
client_secret=SECRETS['FOURSQUARE_CLIENT_SECRET'],
lang='ja'
)
categories = self._foursquare_client.venues.categories()
self._categories = self._flatten_categories(categories)
self._keyword = Keywords()
def _flatten_categories(self, nested_categories):
result = []
for categories in nested_categories['categories']:
result.append((categories['name'], categories['id']))
for sub_category in self._flatten_categories(categories):
result.append(sub_category)
return result
def _match_category_ids(self, keywords):
matched_category_ids = [(category[0], category[1]) for category in self._categories if category[0] in keywords]
return matched_category_ids
def recommend_spot(self, location, keywords):
target_categories = self._match_category_ids(keywords)
target_category_names = set(category[0] for category in target_categories)
target_category_ids = set(category[1] for category in target_categories)
params={
'near':location,
'categoryId':reduce(lambda i, s:i+','+s, target_category_ids),
'intent': 'browse',
'limit':50,
}
try :
response = self._foursquare_client.venues.search(params=params)
except:
return None
## Reccomend comment
candidates = []
for venue in response['venues']:
venue_id = venue['id']
candidate = {}
if venue['stats']['tipCount'] >= 2 and venue['stats']['checkinsCount'] >= 1500:
venue_detail = self._foursquare_client.venues(venue_id)['venue']
if len(venue_detail['tips']['groups']) > 1:
tips = venue_detail['tips']['groups'][1]['items']
else:
tips = venue_detail['tips']['groups'][0]['items']
word_counter = Counter()
for tip in tips:
if 'lang' in tip and tip['lang'] != 'ja':
continue
keywords, _ = self._keyword.extract_from_sentence(tip['text'])
for keyword in keywords:
like_count = tip['likes']['count']
word_counter[keyword] += 1 * (1 if like_count == 0 else like_count)
print(venue['id'], venue['name'], word_counter)
tags = []
for key, count in word_counter.most_common(10):
if count > 1:
tags.append(key)
if len(tags) > 0:
candidate['name'] = venue['name']
candidate['tags'] = tags
if 'photos' in venue_detail and venue_detail['photos']['groups'] and venue_detail['photos']['groups'][0]['items']:
photo = venue_detail['photos']['groups'][0]['items'][0]
candidate['image'] = photo['prefix'] + '128x128' +photo['suffix']
candidates.append(candidate)
if len(candidates) > 0:
break
if len(candidates) == 0:
return None
# Instantly return most popular candidate
print(candidates)
top_candidate = candidates[0]
ret = {
'name': top_candidate['name'],
'reason': reduce(lambda i, s: i+' '+s, top_candidate['tags']), # Add recommend reason
'image': top_candidate['image']
}
return ret
class Analyze(object):
def __init__(self):
self.keywords_model = None
self.pos_model = None
self.seg_model = None
self.init_cws()
self.init_pos()
def init_cws(self):
if self.seg_model is None:
self.seg_model = bilstm_crf.Predict(
add_curr_dir('model/cws.model'))
def init_pos(self):
if self.pos_model is None:
self.pos_model = bilstm_crf.Predict(
add_curr_dir('model/pos.model'))
def init_mmseg(self):
if self.seg_mmseg is None:
self.seg_mmseg = mmseg.MMSeg()
@staticmethod
def __lab2word(sentence, labels):
sen_len = len(sentence)
tmp_word = ""
words = []
for i in range(sen_len):
label = labels[i]
w = sentence[i]
if label == "B":
tmp_word += w
elif label == "M":
tmp_word += w
elif label == "E":
tmp_word += w
words.append(tmp_word)
tmp_word = ""
else:
tmp_word = ""
words.append(w)
if tmp_word:
words.append(tmp_word)
return words
def cws_text(self, sentence):
if sentence == '':
return ['']
labels = self.seg_model.predict([sentence])[0]
return self.__lab2word(sentence, labels)
def cws_list(self, sentences):
text_list = sentences
all_labels = self.seg_model.predict(text_list)
sent_words = []
for ti, text in enumerate(text_list):
seg_labels = all_labels[ti]
sent_words.append(self.__lab2word(text, seg_labels))
return sent_words
def cws(self, sentence, input='text', model='default'):
"""中文分词
:param sentence: str or list
文本或者文本列表，根据input的模式来定
:param input: str
句子输入的格式，text则为默认的文本，batch则为批量的文本列表
:param model: str
分词所使用的模式，default为默认模式，mmseg为mmseg分词方式
:return:
"""
if model == 'default':
self.init_cws()
if input == 'batch':
words_list = self.cws_list(sentence)
return words_list
else:
words = self.cws_text(sentence)
return words
elif model == 'mmseg':
self.init_mmseg()
words = self.seg_mmseg.cws(sentence)
return words
else:
pass
return []
def keywords(self, text, topkey=5):
if self.keywords_model == None:
self.keywords_model = Keywords(tol=0.0001, window=2)
return self.keywords_model.keywords(text, topkey)
def pos(self, sentence, input='words'): # 传入的是词语
self.init_pos()
if input == 'batch':
all_labels = self.pos_model.predict(sentence)
return all_labels
else:
labels = self.pos_model.predict([sentence])[0]
return labels
def keywords(self, text, topkey=5):
if self.keywords_model == None:
self.keywords_model = Keywords(tol=0.0001, window=2)
return self.keywords_model.keywords(text, topkey)
def __parse_resume_details(self, response_datas):
resume = response_datas
yfkeywords = Keywords()
_resume = {}
assert resume
if 'resume' not in resume:
raise Exception('No Resume Return! Maybe Over 300!')
_resume["sex"] = yfkeywords.Sex(str(resume["resume"].get("sex"))) if resume["resume"].get("sex", None) else None
_resume["jobState"] = yfkeywords.JobState(str(resume["resume"].get("jobState"))) if resume["resume"].get(
"jobState") else None
_resume["maritalStatus"] = yfkeywords.MaritalStatus(str(resume["resume"].get("maritalStatus"))) if resume[
"resume"].get("maritalStatus") else None
_resume["expectWorkType"] = yfkeywords.Worktype(str(resume["resume"].get("expectWorkType"))) if resume[
"resume"].get("expectWorkType", None) else None
_resume["education"] = yfkeywords.Education(str(resume["resume"].get("education"))) if resume["resume"].get(
"education", None) else None
for field in ('expectCity', 'city', 'province', 'hukouProvince', 'hukouCity'):
if "," in str(resume["resume"].get(field)):
citys = str(resume["resume"].get(field))
parsed_citys = []
for i in citys.split(","):
parsed_citys.append(yfkeywords.Expectcity(str(i)))
_resume[field] = ",".join(parsed_citys)
else:
_resume[field] = yfkeywords.Expectcity(str(resume["resume"].get(field))) if resume["resume"].get(field,
None) else None
_resume["expectSalary"] = yfkeywords.Expectsalary(str(resume["resume"].get("expectSalary"))) if resume[
"resume"].get("expectSalary", None) else None
if "," in str(resume["resume"].get("jobTitle")):
jobtitles = str(resume["resume"].get("jobTitle"))
parsed_jobtitles = []
for i in jobtitles.split(","):
parsed_jobtitles.append(yfkeywords.Jobtitle(str(i)))
_resume["jobTitle"] = ",".join(parsed_jobtitles)
else:
_resume["jobTitle"] = yfkeywords.Jobtitle(str(resume["resume"].get("jobTitle"))) if resume["resume"].get(
"jobTitle", None) else None
for k, v in _resume.iteritems():
resume['resume'][k] = v
for field in ['work_experiences', 'educations']:
if field in resume:
items = []
for item in resume[field]:
if 'salary' in item:
item["salary"] = yfkeywords.Expectsalary(str(item.get("salary"))) if item.get("salary",
None) else None
if 'compSize' in item:
item["compSize"] = yfkeywords.CompSize(str(item.get("compSize"))) if item.get("compSize",
None) else None
if 'compIndustry' in item:
item["compIndustry"] = yfkeywords.Industry(str(item.get("compIndustry"))) if item.get(
"compIndustry", None) else None
if 'compProperty' in item:
item["compProperty"] = yfkeywords.CompProperty(str(item.get("compProperty"))) if item.get(
"compProperty", None) else None
if 'education' in item:
item["education"] = yfkeywords.Education(str(item.get("education"))) if item.get("education",
None) else None
items.append(item)
resume[field] = items
return resume
class UserKeywordHandler(object):
type = "user"
def __init__(self, keyword, libname):
self.name = keyword.name
self.keywords = Keywords(keyword.steps)
self.return_value = keyword.return_.value
self._libname = libname
self.doc = self._doc = keyword.doc.value
self._timeout = keyword.timeout
self._keyword_args = keyword.args.value
@property
def longname(self):
return "%s.%s" % (self._libname, self.name) if self._libname else self.name
@property
def shortdoc(self):
return self.doc.splitlines()[0] if self.doc else ""
def init_keyword(self, varz):
self._errors = []
self.doc = varz.replace_meta("Documentation", self._doc, self._errors)
self.timeout = KeywordTimeout(self._timeout.value, self._timeout.message)
self.timeout.replace_variables(varz)
def run(self, context, arguments):
context.namespace.start_user_keyword(self)
try:
return self._run(context, arguments)
finally:
context.namespace.end_user_keyword()
def _run(self, context, argument_values):
args_spec = UserKeywordArguments(self._keyword_args, self.longname)
variables = context.get_current_vars()
if context.dry_run:
return self._dry_run(context, variables, args_spec, argument_values)
return self._variable_resolving_run(context, variables, args_spec, argument_values)
def _dry_run(self, context, variables, args_spec, argument_values):
resolved_arguments = args_spec.resolve_arguments_for_dry_run(argument_values)
self._execute(context, variables, args_spec, resolved_arguments)
return None
def _variable_resolving_run(self, context, variables, args_spec, argument_values):
resolved_arguments = args_spec.resolve(argument_values, variables)
self._execute(context, variables, args_spec, resolved_arguments)
return self._get_return_value(variables)
def _execute(self, context, variables, args_spec, resolved_arguments):
args_spec.set_variables(resolved_arguments, variables, context.output)
self._verify_keyword_is_valid()
self.timeout.start()
self.keywords.run(context)
def _verify_keyword_is_valid(self):
if self._errors:
raise DataError("User keyword initialization failed:\n%s" % "\n".join(self._errors))
if not (self.keywords or self.return_value):
raise DataError("User keyword '%s' contains no keywords" % self.name)
def _get_return_value(self, variables):
if not self.return_value:
return None
try:
ret = variables.replace_list(self.return_value)
except DataError, err:
raise DataError("Replacing variables from keyword return value " "failed: %s" % unicode(err))
if len(ret) != 1 or is_list_var(self.return_value[0]):
return ret
return ret[0]
class Spot:
def __init__(self):
self.FOURSQUARE_API_URL = 'https://api.foursquare.com/v2/venues/search'
self._foursquare_client = foursquare.Foursquare(
client_id=os.environ['FOURSQUARE_CLIENT_ID'],
client_secret=os.environ['FOURSQUARE_CLIENT_SECRET'],
lang='ja')
categories = self._foursquare_client.venues.categories()
self._categories = self._flatten_categories(categories)
self._keyword = Keywords()
def _flatten_categories(self, nested_categories):
result = []
for categories in nested_categories['categories']:
result.append((categories['name'], categories['id']))
for sub_category in self._flatten_categories(categories):
result.append(sub_category)
return result
def _match_category_ids(self, keywords):
matched_category_ids = [(category[0], category[1])
for category in self._categories
if category[0] in keywords]
return matched_category_ids
def recommend_spot(self, location, keywords):
print(keywords)
target_categories = self._match_category_ids(keywords)
target_category_names = set(category[0]
for category in target_categories)
target_category_ids = set(category[1]
for category in target_categories)
params = {
'near': location,
'categoryId': reduce(lambda i, s: i + ',' + s,
target_category_ids),
'limit': 50,
}
try:
response = self._foursquare_client.venues.search(params=params)
except:
return None
## Reccomend comment
candidates = []
for venue in response['venues']:
venue_id = venue['id']
candidate = {}
if venue['stats']['tipCount'] >= 2 and venue['stats'][
'checkinsCount'] >= 1500:
venue_detail = self._foursquare_client.venues(
venue_id)['venue']
if len(venue_detail['tips']['groups']) > 1:
tips = venue_detail['tips']['groups'][1]['items']
else:
tips = venue_detail['tips']['groups'][0]['items']
word_counter = Counter()
for tip in tips:
if 'lang' in tip and tip['lang'] != 'ja':
continue
keywords, _ = self._keyword.extract_from_sentence(
tip['text'])
for keyword in keywords:
like_count = tip['likes']['count']
word_counter[keyword] += 1 * (1 if like_count == 0 else
like_count)
tags = []
for key, count in word_counter.most_common(10):
if count > 1:
tags.append(key)
if len(tags) > 0:
candidate['name'] = venue['name']
candidate['tags'] = tags
if 'photos' in venue_detail and venue_detail['photos'][
'groups'] and venue_detail['photos']['groups'][0][
'items']:
photo = venue_detail['photos']['groups'][0]['items'][0]
candidate['image'] = photo[
'prefix'] + '128x128' + photo['suffix']
candidates.append(candidate)
if len(candidates) > 0:
break
if len(candidates) == 0:
return None
# Instantly return most popular candidate
print(candidates)
top_candidate = candidates[0]
ret = {
'name': top_candidate['name'],
'reason': reduce(lambda i, s: i + ' ' + s,
top_candidate['tags']), # Add recommend reason
'image': top_candidate['image']
}
return ret
def __init__(self):
self.keyword_fetcher = Keywords()
self.spot_client = Spot()
class PythonParser():
def __init__(self):
self.keywords = Keywords("python")
self.math_parser = MathParser()
def parse(self, dictation):
words = dictation.split()
# print(str(words))
if self.keywords.is_keyword(words[0]):
parser = "create_" + words[0]
return getattr(self, parser)(words[1:])
else:
return ["Bad command"]
def create_class(self, words):
snippet = ['class ']
start_index_v = helper.find_next_index({'base'}, words)
if start_index_v == -1:
snippet[0] += format_class(words) + '():'
else:
snippet[0] += format_class(words[0:start_index_v]) + '('
while True:
next_index_v = helper.find_next_index({'base'}, words, start_index_v)
if next_index_v == -1:
snippet[0] += format_class(words[start_index_v+1:]) + '):'
break
else:
snippet[0] += format_class(words[start_index_v+1:next_index_v]) + ', '
start_index_v = next_index_v
return snippet
def create_function(self, words):
snippets = [""]
snippets[0] = 'def '
start_index_v = helper.find_next_index({'variable'}, words)
if start_index_v == -1:
for w in words:
snippets[0] += w.lower() + '_'
snippets[0] = snippets[0][:-1] + '():'
else:
snippets[0] += format_variable(words[0:start_index_v]) + '('
while True:
next_index_v = helper.find_next_index({'variable'}, words, start_index_v)
if next_index_v == -1:
snippets[0] += format_variable(words[start_index_v+1:]) + '):'
break
else:
snippets[0] += format_variable(words[start_index_v+1:next_index_v]) + ', '
start_index_v = next_index_v
return snippets
def create_define(self, words):
return self.create_function(words)
def create_for(self, words):
snippets = [""]
# X from start to end
index_from = helper.find_next_index({'from'}, words)
index_in = helper.find_next_index({'in'}, words)
if index_from > 0:
snippets[0] = 'for ' + format_variable(words[0:index_from]) + ' in range( '
index_to = helper.find_next_index({'to'}, words)
start = words[index_to-1]
stop = words[index_to+1]
snippets[0] += start + ', ' + stop + '):'
# X in List
elif index_in > 0:
snippets[0] = 'for ' + format_variable(words[0:index_in]) + ' in ' + format_variable(words[index_in+1:]) + ':'
else:
snippets[0] = 'for '
return snippets
def create_while(self, words):
snippets = [""]
if words[0] == 'call':
snippets[0] = 'while'+ self.create_call(words[1:])[0] + ':'
elif words[0] == 'variable':
snippets[0] = 'while ' + format_variable(words) + ':'
else:
# used process later
snippets[0] = 'while ' + self.process_conditional_math(helper.convert_to_string(words)) + ':'
return snippets
def create_if(self, words):
snippets = ["if "]
processed = self.process_conditional_math(helper.convert_to_string(words))
snippets[0] += processed + ':'
return snippets
def create_elif(self, words):
snippets = ["elif "]
processed = self.process_conditional_math(helper.convert_to_string(words))
snippets[0] += processed + ':'
return snippets
def create_else(self, words):
snippets = ["else:", "nl"]
return snippets
def create_return(self, words):
snippets = [""]
if words[0] == 'variable':
snippets[0] = format_variable(words[1:])
else:
snippets[0] = helper.convert_to_string(words)
return snippets
def create_print(self, words):
snippets = [""]
length = len(words)
print(str(words))
if words[0] == 'variable' and length > 1:
snippets[0] = 'print(str(' + format_variable(words[1:]) + '))'
else:
pass
snippets[0] = 'print('
snippets.append('quote')
snippets.append(format(helper.convert_to_string(words)))
snippets.append('quote')
snippets.append(')')
return snippets
def create_variable(self, words):
snippets = [""]
index_type = helper.find_next_index({'array', 'dictionary', 'set', 'call', 'integer', 'string', 'equals'}, words)
if index_type > 0:
if words[index_type] == 'array':
snippets[0] = format_variable(words[0:index_type]) + ' = []'
elif words[index_type] == 'dictionary' or words[index_type] == 'set':
snippets[0] = format_variable(words[0:index_type]) + ' = {}'
elif words[index_type] == 'call':
snippets[0] = format_variable(words[0:index_type]) + ' = ' + self.create_call(words[index_type+1:])[0]
elif words[index_type] == 'integer':
snippets[0] = format_variable(words[0:index_type]) + ' = ' + helper.verify_number(words[index_type+1])
elif words[index_type] == 'string':
snippets[0] = format_variable(words[0:index_type]) + ' = '
snippets.append('quote')
snippets.append(helper.convert_to_string(words[index_type+1:]))
snippets.append('quote')
elif words[index_type] == 'equals':
snippets[0] = format_variable(words[0:index_type]) + ' = ' + self.process_conditional_math(helper.convert_to_string(words[index_type+1:]))
else:
snippets[0] = format_variable(words[0:index_type]) + ' = '
else:
snippets[0] = format_variable(words) + ' = '
return snippets
def create_call(self, words):
snippets = [""]
start_index_arg = -1
start_index_sub = helper.find_next_index({'sub', 'period', 'function', 'class'}, words)
#print(str(start_index_sub))
if start_index_sub == -1:
start_index_arg = helper.find_next_index({'variable', 'arg', 'argument'}, words)
if start_index_arg == -1:
snippets[0] += format_variable(words)
else:
snippets[0] += format_variable(words[0:start_index_arg])
elif start_index_sub == 0:
while True:
next_index_sub = helper.find_next_index({'sub', 'period', 'class', 'function'}, words, start_index_sub)
if next_index_sub == -1:
start_index_arg = helper.find_next_index({'variable', 'arg', 'argument'}, words)
if start_index_arg == -1:
if words[start_index_sub] == 'class':
snippets[0] += format_class(words[start_index_sub+1:])
else:
snippets[0] += format_variable(words[start_index_sub+1:])
else:
if words[start_index_sub] == 'class':
snippets[0] += format_class(words[start_index_sub+1:start_index_arg])
else:
snippets[0] += format_variable(words[start_index_sub+1:start_index_arg])
break
else:
if words[start_index_sub] == 'class':
snippets[0] += format_class(words[start_index_sub+1:next_index_sub]) + '.'
else:
snippets[0] += format_variable(words[start_index_sub+1:next_index_sub]) + '.'
start_index_sub = next_index_sub
else:
snippets[0] += format_variable(words[0:start_index_sub]) + '.'
while True:
next_index_sub = helper.find_next_index({'sub', 'period', 'class', 'function'}, words, start_index_sub)
if next_index_sub == -1:
start_index_arg = helper.find_next_index({'variable', 'arg', 'argument'}, words)
if start_index_arg == -1:
if words[start_index_sub] == 'class':
snippets[0] += format_class(words[start_index_sub+1:])
else:
snippets[0] += format_variable(words[start_index_sub+1:])
else:
if words[start_index_sub] == 'class':
snippets[0] += format_class(words[start_index_sub+1:start_index_arg])
else:
snippets[0] += format_variable(words[start_index_sub+1:start_index_arg])
break
else:
snippets[0] += format_class(words[start_index_sub+1:next_index_sub]) + '.'
start_index_sub = next_index_sub
# handle any arguments
if start_index_arg == -1:
snippets[0] += '()'
else:
snippets[0] += '('
while True:
next_index_arg = helper.find_next_index({'variable', 'arg', 'argument'}, words, start_index_arg)
if next_index_arg == -1:
snippets[0] += format_variable(words[start_index_arg+1:]) + ')'
break
else:
snippets[0] += format_variable(words[start_index_arg+1:next_index_arg]) + ', '
start_index_arg = next_index_arg
return snippets
def process_math(self, words):
replaced = words
for i in range(0,len(Keywords.math_keyword_list)):
if Keywords.math_keyword_list[i] in replaced:
replaced = replaced.replace(Keywords.math_keyword_list[i], Keywords.math_replacement_list[i])
return replaced
def process_conditional_math(self, words):
replaced = words
for i in range(0,len(Keywords.conditional_keyword_list)):
if Keywords.conditional_keyword_list[i] in replaced:
replaced = replaced.replace(Keywords.conditional_keyword_list[i], Keywords.conditional_replacement_list[i])
replaced = self.process_math(replaced)
replaced_array = replaced.split(' ')
# print(str(replaced_array))
snippet = ''
start_index_symbol = helper.find_next_index(Keywords.symbols, replaced_array)
snippet += format_variable(replaced_array[0:start_index_symbol]) + ' '
while True:
next_index_symbol = helper.find_next_index(Keywords.symbols, words, start_index_symbol)
if next_index_symbol == -1:
snippet += replaced_array[start_index_symbol] + ' ' + format_variable(replaced_array[start_index_symbol+1:])
break
else:
snippet += replaced_array[start_index_symbol] + ' ' + format_variable(replaced_array[start_index_symbol+1:next_index_symbol])
start_index_symbol = next_index_symbol
return snippet
'kt1s', 'kt2s', 'kp1s', 'kp2s', 'kp3s', 'kbgs', 'kbvs', 'kbds', 'kfcs',
'kbes', 'kbms', 'kros', 'kcas', 'kcwi'
]
server = []
for i in allServers:
server.append(i)
for i in range(1, 4):
for j in range(1, 17):
server.append('kp' + str(i) + 's')
#print(server)
#print(binary_keywords)
fdata = FactoryData(process_names)
binVals = Keywords(server, binary_keywords)
histKeys = Keywords()
#print(binVals.get_keyword())
external_stylesheets = ['https://codepen.io/chriddyp/pen/bWLwgP.css']
app = dash.Dash(__name__)
app.config.suppress_callback_exceptions = True
theme = {
'dark': False,
'detail': '#007439',
'primary': '#00EA64',
'secondary': '#6E6E6E'
}
def test_keywords_merger(self):
keys = Keywords()
self.assertEqual(12, len(keys.merge(KEYWORDS, addwords=ADDWORDS, prewords=PREWORDS)))
class UserKeywordHandler(object):
type = 'user'
def __init__(self, keyword, libname):
self.name = keyword.name
self.keywords = Keywords(keyword.steps)
self.return_value = keyword.return_.value
self._libname = libname
self.doc = self._doc = keyword.doc.value
self._timeout = keyword.timeout
self._keyword_args = keyword.args.value
@property
def longname(self):
return '%s.%s' % (self._libname,
self.name) if self._libname else self.name
@property
def shortdoc(self):
return self.doc.splitlines()[0] if self.doc else ''
def init_keyword(self, varz):
self._errors = []
self.doc = varz.replace_meta('Documentation', self._doc, self._errors)
self.timeout = KeywordTimeout(self._timeout.value,
self._timeout.message)
self.timeout.replace_variables(varz)
def run(self, context, arguments):
context.namespace.start_user_keyword(self)
try:
return self._run(context, arguments)
finally:
context.namespace.end_user_keyword()
def _run(self, context, argument_values):
args_spec = UserKeywordArguments(self._keyword_args, self.longname)
variables = context.get_current_vars()
if context.dry_run:
return self._dry_run(context, variables, args_spec,
argument_values)
return self._variable_resolving_run(context, variables, args_spec,
argument_values)
def _dry_run(self, context, variables, args_spec, argument_values):
resolved_arguments = args_spec.resolve_arguments_for_dry_run(
argument_values)
self._execute(context, variables, args_spec, resolved_arguments)
return None
def _variable_resolving_run(self, context, variables, args_spec,
argument_values):
resolved_arguments = args_spec.resolve(argument_values, variables)
self._execute(context, variables, args_spec, resolved_arguments)
return self._get_return_value(variables)
def _execute(self, context, variables, args_spec, resolved_arguments):
args_spec.set_variables(resolved_arguments, variables, context.output)
self._verify_keyword_is_valid()
self.timeout.start()
self.keywords.run(context)
def _verify_keyword_is_valid(self):
if self._errors:
raise DataError('User keyword initialization failed:\n%s' %
'\n'.join(self._errors))
if not (self.keywords or self.return_value):
raise DataError("User keyword '%s' contains no keywords" %
self.name)
def _get_return_value(self, variables):
if not self.return_value:
return None
try:
ret = variables.replace_list(self.return_value)
except DataError, err:
raise DataError('Replacing variables from keyword return value '
'failed: %s' % unicode(err))
if len(ret) != 1 or is_list_var(self.return_value[0]):
return ret
return ret[0]
def test_keywords_merger(self):
keys = Keywords()
self.assertEqual(
12, len(keys.merge(KEYWORDS, addwords=ADDWORDS,
prewords=PREWORDS)))
def __init__(self):
self.keywords = Keywords("python")
self.math_parser = MathParser()
class UserKeywordHandler(object):
type = 'user'
def __init__(self, keyword, libname):
self.name = keyword.name
self.keywords = Keywords(keyword.steps)
self.return_value = keyword.return_.value
self.teardown = keyword.teardown
self.libname = libname
self.doc = self._doc = keyword.doc.value
self._timeout = keyword.timeout
self._keyword_args = keyword.args.value
@property
def longname(self):
return '%s.%s' % (self.libname, self.name) if self.libname else self.name
@property
def shortdoc(self):
return self.doc.splitlines()[0] if self.doc else ''
def init_keyword(self, varz):
self._errors = []
self.doc = varz.replace_meta('Documentation', self._doc, self._errors)
self.timeout = KeywordTimeout(self._timeout.value, self._timeout.message)
self.timeout.replace_variables(varz)
def run(self, context, arguments):
context.namespace.start_user_keyword(self)
try:
return self._run(context, arguments)
finally:
context.namespace.end_user_keyword()
def _run(self, context, argument_values):
args_spec = UserKeywordArguments(self._keyword_args, self.longname)
variables = context.get_current_vars()
if context.dry_run:
return self._dry_run(context, variables, args_spec, argument_values)
return self._variable_resolving_run(context, variables, args_spec, argument_values)
def _dry_run(self, context, variables, args_spec, argument_values):
resolved_arguments = args_spec.resolve_arguments_for_dry_run(argument_values)
self._execute(context, variables, args_spec, resolved_arguments)
return None
def _variable_resolving_run(self, context, variables, args_spec, argument_values):
resolved_arguments = args_spec.resolve(argument_values, variables,
context.output)
self._execute(context, variables, args_spec, resolved_arguments)
return self._get_return_value(variables)
def _execute(self, context, variables, args_spec, resolved_arguments):
args_spec.set_variables(resolved_arguments, variables, context.output)
self._verify_keyword_is_valid()
self.timeout.start()
try:
self.keywords.run(context)
except ExecutionFailed, error:
pass
else:
# -*- coding: utf-8 -*-
from tweepy.streaming import StreamListener
from tweepy import OAuthHandler
from tweepy import Stream
from tweepy import API
import json
import pika
import time
import sys
from config import config
from keywords import Keywords
keywordObj = Keywords(['python', 'javascript'])
#Variables that contains the user credentials to access Twitter API
access_token = config['access_token']
access_token_secret = config['access_token_secret']
consumer_key = config['consumer_key']
consumer_secret = config['consumer_secret']
class TweetProducer(StreamListener):
def __init__(self, api):
self.api = api
super(StreamListener, self).__init__()
#setup rabbitMQ Connection
connection = pika.BlockingConnection(
pika.ConnectionParameters(host='localhost'))
self.channel = connection.channel()
def download_resume(self, id, headers):
logger.info('headers %s of download resume' % (headers))
try_times = 0
url = "http://www.yifengjianli.com/bidme/getUserResume"
_resume = {}
yfkeywords = Keywords()
while True:
try_times += 1
try:
time.sleep(random.uniform(3, 10))
response = self.session.post(url, data={
"userId": id,
"resumeCookie": "",
}, headers=headers, timeout=30, proxies=self.proxies)
assert response
assert response.status_code == 200
response.encoding = 'utf-8'
except Exception:
logger.warning(
'fetch url %s with %s fail:\n%s' % (url, self.proxies, traceback.format_exc()))
if try_times > 5:
raise Exception("PROXY_FAIL!")
else:
time.sleep(30)
else:
break
resume = json.loads(response.text)
assert resume
if 'resume' not in resume:
raise Exception('No Resume Return! Maybe Over 300!')
_resume["sex"] = yfkeywords.Sex(str(resume["resume"].get("sex"))) if resume["resume"].get("sex", None) else None
_resume["jobState"] = yfkeywords.JobState(str(resume["resume"].get("jobState"))) if resume["resume"].get("jobState") else None
_resume["maritalStatus"] = yfkeywords.MaritalStatus(str(resume["resume"].get("maritalStatus"))) if resume["resume"].get("maritalStatus") else None
_resume["expectWorkType"] = yfkeywords.Worktype(str(resume["resume"].get("expectWorkType"))) if resume["resume"].get("expectWorkType", None) else None
_resume["education"] = yfkeywords.Education(str(resume["resume"].get("education"))) if resume["resume"].get("education", None) else None
for field in ('expectCity', 'city', 'province', 'hukouProvince', 'hukouCity'):
if "," in str(resume["resume"].get(field)):
citys = str(resume["resume"].get(field))
parsed_citys = []
for i in citys.split(","):
parsed_citys.append(yfkeywords.Expectcity(str(i)))
_resume[field] = ",".join(parsed_citys)
else:
_resume[field] = yfkeywords.Expectcity(str(resume["resume"].get(field))) if resume["resume"].get(field, None) else None
_resume["expectSalary"] = yfkeywords.Expectsalary(str(resume["resume"].get("expectSalary"))) if resume["resume"].get("expectSalary", None) else None
if "," in str(resume["resume"].get("jobTitle")):
jobtitles = str(resume["resume"].get("jobTitle"))
parsed_jobtitles = []
for i in jobtitles.split(","):
parsed_jobtitles.append(yfkeywords.Jobtitle(str(i)))
_resume["jobTitle"] = ",".join(parsed_jobtitles)
else:
_resume["jobTitle"] = yfkeywords.Jobtitle(str(resume["resume"].get("jobTitle"))) if resume["resume"].get("jobTitle", None) else None
for k, v in _resume.iteritems():
resume['resume'][k] = v
for field in ['work_experiences', 'educations']:
if field in resume:
items = []
for item in resume[field]:
if 'salary' in item:
item["salary"] = yfkeywords.Expectsalary(str(item.get("salary"))) if item.get("salary", None) else None
if 'compSize' in item:
item["compSize"] = yfkeywords.CompSize(str(item.get("compSize"))) if item.get("compSize", None) else None
if 'compIndustry' in item:
item["compIndustry"] = yfkeywords.Industry(str(item.get("compIndustry"))) if item.get("compIndustry", None) else None
if 'compProperty' in item:
item["compProperty"] = yfkeywords.CompProperty(str(item.get("compProperty"))) if item.get("compProperty", None) else None
if 'education' in item:
item["education"] = yfkeywords.Education(str(item.get("education"))) if item.get("education", None) else None
items.append(item)
resume[field] = items
return json.dumps(resume, ensure_ascii=False)