def test_when_pencil_write_at_is_passed_a_string_and_an_index_greater_than_paper_text_length_it_adds_text_to_end(self):
paper = Paper()
paper.text = "An apple a day keeps the doctor away"
self.pencil.write_at(paper, ", don't you know.", 40)
self.assertEqual(paper.text, "An apple a day keeps the doctor away, don't you know.")
def test_when_pencil_write_at_is_passed_a_string_and_an_index_that_is_in_bounds_but_string_len_plus_index_is_greater_than_paper_text_length_it_overwrites_and_addes_on(self):
paper = Paper()
paper.text = "An apple a day keeps the doctor away"
self.pencil.write_at(paper, "from coming around.", 32)
self.assertEqual(paper.text, "An apple a day keeps the doctor @@@@ coming around.")
def test_when_pencil_write_at_is_passed_a_string_and_an_index_it_will_write_the_string_on_the_paper_at_that_index_and_overwrite_filled_spaces_with_symbol(self):
paper = Paper()
paper.text = "An a day keeps the doctor away"
self.pencil.write_at(paper, "artichoke", 3)
self.assertEqual(paper.text, "An artich@k@ay keeps the doctor away")
def test_when_pencil_write_at_is_passed_a_string_and_an_index_it_will_write_the_string_on_the_paper_at_that_index_on_white_space(self):
paper = Paper()
paper.text = "An a day keeps the doctor away"
self.pencil.write_at(paper, "onion", 3)
self.assertEqual(paper.text, "An onion a day keeps the doctor away")
def __init__(self, papers, id_to_name, author_papers, treat_id_different_people=False,
console_log_level=logging.ERROR, file_log_level=logging.DEBUG, log_format=None, log_path=None,
raise_error=False, skip_error_papers=False, one_target_per_paper=False, save_data=False, ext_directory=False, save_path=None,
cores=4, remove_all_papers=False):
if not log_format:
log_format = '%(asctime)s|%(levelname)8s|%(module)20s|%(funcName)20s: %(message)s'
if not log_path:
log_path = os.getcwd() + "/logs/disambiguation.log"
self.logger = createLogger("disambiguator", log_path, log_format, console_log_level, file_log_level)
self.console_log_level = console_log_level
self.treat_id_different_people = treat_id_different_people
self.papers = {}
for k, p in papers.items():
if isinstance(p, Paper):
self.papers = papers
break
self.papers[k] = Paper(**p)
self.id_to_name = deepcopy(id_to_name)
self.author_papers = deepcopy(author_papers)
self.author_id_suffix = Counter()
self.raise_error = raise_error
self.error_papers = set()
self.new_papers = {}
self.new_author_papers = defaultdict(list)
self.new_id_to_name = {}
self.old_ids = set()
self.skip_errors = skip_error_papers
self.one_per_paper = one_target_per_paper
self.save_data = save_data
self.ext_directory = ext_directory
self.save_path = save_path
self.cores = cores
self.remove_all_papers = remove_all_papers
def _process_results(self, url: str) -> List[Dict]:
res = requests.get(url).content
soup = BeautifulSoup(res, 'html.parser')
papers = [Paper(entry=entry) for entry in soup.findAll('entry')]
return [p.get_json() for p in papers]
def setUp(self) -> None:
self.config_raw = json.load(open("config.json"))
self.config_raw["log path"] = "/tests/targetCreatorTests/logs/"
self.config_raw["raise error"] = False
self.config_raw["treat id different people"] = True
self.config_raw["skip error papers"] = True
self.log_path = self.config_raw["log path"]
self.test_authors = [
"hua-wu", "yun-chen", "victor-ok-li", "linfeng-song", "peng-li",
"tatsuya-izuha", "yun-huang", "xuan-jing-huang", "qiang-wang"
]
self.test_papers = [
"W18-5212", "C18-1314", "P16-1159", "P17-1176", "W11-1911",
"C14-1179", "P07-1089"
]
self.test_multiple_auth = ["P17-1776", "C14-1179"]
self.test_non_parsed = ["S19-2016"]
# config = ConfigHandler(self.config_raw,"setup_test_target_creator")
# data = loadData([ "id_to_name", "author_papers"],config.logger,config)
self.parsed_raw = json.load(
open(os.getcwd() +
"/tests/authorDisambiguationTests/test_papers.json"))
self.papers = {x: Paper(**v) for x, v in self.parsed_raw.items()}
self.author_papers = {}
self.id_to_name = {}
for p, v in self.papers.items():
for a in v.affiliations.keys():
if a not in self.author_papers:
self.author_papers[a] = []
self.author_papers[a].append(p)
for a, n in v.authors.items():
self.id_to_name[a] = n
def test_when_pencil_write_is_passed_a_paper_instance_and_a_string_to_write_it_will_degrade_the_pencil_durability_and_write_the_resulting_string_on_the_paper(self):
paper = Paper()
self.assertEqual(self.pencil.current_tip_durability, 1000)
self.pencil.write(paper, "This is a string to be written.")
self.assertEqual(paper.text, "This is a string to be written.")
self.assertEqual(self.pencil.current_tip_durability, 974)
def setUp(self):
self.log_path = os.getcwd() + '/tests/pdfParserTests/logs/'
self.config = json.load(
open("/home/gabe/Desktop/research-main/config.json"))
test_paper_path = os.getcwd() + "/tests/pdfParserTests/"
data_path = os.getcwd() + "/data"
self.test_paper1_root = etree.XML(
open(test_paper_path + "test_1.tei.xml", "rb").read())
self.test_paper1_xml = open(test_paper_path + "test_1.tei.xml",
"rb").read()
self.test1_key = "Q13-1004"
self.test_paper2_root = etree.XML(
open(test_paper_path + "test_2.tei.xml", "rb").read())
self.test_paper2_xml = open(test_paper_path + "test_2.tei.xml",
"rb").read()
self.test2_key = "W19-4450"
self.test_paper3_root = etree.XML(
open(test_paper_path + "test_3.tei.xml", "rb").read())
self.test_paper4_root = etree.XML(
open(test_paper_path + "test_4.tei.xml", "rb").read())
self.aliases = json.load(open(data_path + "/json/aliases.json"))
papers_tmp = json.load(open(data_path + "/json/acl_papers.json"))
self.papers = {x: Paper(**v) for x, v in papers_tmp.items()}
self.id_to_name = json.load(open(data_path + "/json/id_to_name.json"))
self.same_names = [
x.strip()
for x in open(data_path + "/txt/same_names.txt").readlines()
]
self.parser_args = {
"aliases": self.aliases,
"id_to_name": self.id_to_name,
"same_names": self.same_names,
"sim_cutoff": .75
}
self.wrapper_args = {
"aliases": self.aliases,
"papers": self.papers,
"id_to_name": self.id_to_name,
"same_names": self.same_names
}
self.data_path = os.getcwd() + "/data/"
def weekly_papers(event, context):
print(event)
print(context)
linebot = LineBotApi(CHANNEL_ACCESS_TOKEN)
papers = es.random_search(size=5)
papers = [Paper(json=p) for p in papers]
contents = {'type': 'carousel', 'contents': [
p.get_flex_contents() for p in papers]}
try:
linebot.push_message(USER_ID, FlexSendMessage(
alt_text='Weekly Papers',
contents=contents
))
except LineBotApiError as e:
print(e)
def setUp(self) -> None:
test_papers = json.load(
open(os.getcwd() +
"/tests/authorDisambiguationTests/test_papers.json"))
self.test_papers = {}
for k, p in test_papers.items():
self.test_papers[k] = Paper(**p)
self.config = json.load(open(os.getcwd() + "/config.json"))
data_path = os.getcwd() + "/data"
# papers_dict = json.load(open(data_path + "/json/parsed_papers.json"))
self.incomplete = [
x.strip() for x in open(data_path +
"/txt/incomplete_papers.txt").readlines()
if x != "\n"
]
self.papers = {}
# for k,p in papers_dict.items():
# self.papers[k] = Paper(**p)
self.author_papers = json.load(
open(data_path + "/json/author_papers.json"))
self.log_path = os.getcwd() + '/tests/authorDisambiguationTests/logs/'
org_corpus = [[stemmer.stem(w) for w in x.strip().split()]
for x in open(data_path +
"/txt/org_corpus.txt").readlines()]
department_corpus = [[
stemmer.stem(w) for w in x.strip().split()
] for x in open(data_path + "/txt/department_corpus.txt").readlines()]
self.incomplete = [
x.strip() for x in open(data_path +
"/txt/incomplete_papers.txt").readlines()
]
self.compare_authors_args = {
"company_corpus": org_corpus,
"department_corpus": department_corpus,
"threshold": .4,
"str_algorithm": ["jaro", "similarity"]
}
self.id_to_name = json.load(open(data_path + "/json/id_to_name.json"))
def webhook(event, context):
# receive user input
linebot = LineBotApi(CHANNEL_ACCESS_TOKEN)
# handler = WebhookHandler(CHANNEL_SECRET)
# msg = json.loads(event['body'])
# {"events":[
# {"type":"message","replyToken":"a5d6dadb84a346428bc53ea9ce656cea", "message":{"type":"text","id":"13044610237128","text":"yo"}}
# ]}
events = json.loads(event['body'])['events']
for e in events:
reply_token = e['replyToken']
text = e['message']['text'].strip()
papers = es.search(text, ['title', 'abstract'])
papers = [Paper(json=p) for p in papers]
if papers:
contents = {'type': 'carousel', 'contents': [
p.get_flex_contents() for p in papers]}
linebot.reply_message(reply_token, FlexSendMessage(
alt_text=f'papers for {text}',
contents=contents
))
else:
linebot.reply_message(reply_token,
TextSendMessage(text='Results Not Found'))
response = {
'statusCode': 200,
'body': json.dumps({'message': 'ok'})
}
return response
def test_when_print_text_is_called_it_prints_text_variable_to_stdout(
self, mock_output):
paper = Paper()
paper.write("Hello World!")
paper.print_text()
self.assertEqual(mock_output.getvalue(), "Hello World!\n")
def test_when_write_is_passed_string_it_adds_string_to_text_variable_in_the_paper_instance_with_existing_text(
self):
paper = Paper()
paper.text = "Hello "
paper.write("World!")
self.assertEqual(paper.text, "Hello World!")
def test_updatePapers(self):
print("INFO: Testing updatePapers")
with open(os.getcwd() + self.log_path + "update_papers.log", "w") as f:
pass
config = ConfigHandler(self.config_raw, "update_papers")
author_papers_copy = deepcopy(self.author_papers)
papers_copy = {x: Paper(**v.asDict()) for x, v in self.papers.items()}
tests = [
["qiang-wang", "qiang-wang1", None], # No papers passed
['hua-wu', "hua-wu1", ['P16-1159']], # Error papers
['yun-chen', "yun-chen1", ['P16-1159']], # Not in paper
['yun-chen', "yun-chen1", ['P17-1176']],
['victor-ok-li', "victor-ok-li1",
['P17-1176']], # Paper already done
["xuan-jing-huang", "fail-test", ["P19-1642"]],
['fail-test', "yun-huang1", ['S19-2016']],
]
target_creator = TargetCreator(papers_copy, self.id_to_name,
author_papers_copy,
**config["TargetCreator"])
target_creator.one_per_paper = False
target_creator.error_papers = {"P16-1159"}
a = tests[0]
target_creator._updatePapers(*a)
self.assertEqual(1, len(target_creator.new_papers))
self.assertEqual(1, len(target_creator.new_author_papers))
self.assertTrue("qiang-wang1" in target_creator.new_author_papers)
self.assertTrue("W19-4416" in target_creator.new_papers)
self.assertTrue(
"qiang-wang1" in target_creator.new_papers["W19-4416"].authors)
self.assertTrue("qiang-wang1" in
target_creator.new_papers["W19-4416"].affiliations)
b = tests[1]
target_creator._updatePapers(*b)
self.assertEqual(1, len(target_creator.new_papers))
self.assertEqual(1, len(target_creator.new_author_papers))
c = tests[2]
target_creator._updatePapers(*c)
self.assertEqual(1, len(target_creator.new_papers))
self.assertEqual(1, len(target_creator.new_author_papers))
d = tests[3]
target_creator._updatePapers(*d)
self.assertEqual(2, len(target_creator.new_papers))
self.assertEqual(2, len(target_creator.new_author_papers))
self.assertTrue(
"qiang-wang1" in target_creator.new_papers["W19-4416"].authors)
self.assertTrue("qiang-wang1" in
target_creator.new_papers["W19-4416"].affiliations)
self.assertTrue(
"yun-chen1" in target_creator.new_papers["P17-1176"].authors)
self.assertTrue(
"yun-chen1" in target_creator.new_papers["P17-1176"].affiliations)
e = tests[4]
target_creator._updatePapers(*e)
self.assertEqual(2, len(target_creator.new_papers))
self.assertEqual(3, len(target_creator.new_author_papers))
self.assertTrue(
"yun-chen1" in target_creator.new_papers["P17-1176"].authors)
self.assertTrue(
"yun-chen1" in target_creator.new_papers["P17-1176"].affiliations)
self.assertTrue(
"victor-ok-li1" in target_creator.new_papers["P17-1176"].authors)
self.assertTrue("victor-ok-li1" in
target_creator.new_papers["P17-1176"].affiliations)
f = tests[5]
target_creator._updatePapers(*f)
self.assertEqual(2, len(target_creator.new_papers))
self.assertEqual(3, len(target_creator.new_author_papers))
g = tests[6]
target_creator._updatePapers(*g)
self.assertEqual(2, len(target_creator.new_papers))
self.assertEqual(3, len(target_creator.new_author_papers))
def test_when_pencil_write_at_is_passed_a_string_and_an_index_less_than_zero_raises_index_error(self):
paper = Paper()
paper.text = "An apple a day keeps the doctor away"
self.assertRaises(IndexError, lambda: self.pencil.write_at(paper, "Remember, a", -10))
def setUp(self):
self.paper = Paper()
self.pencil = pencil_factory.get_no2_hb()
self.initial_point_durability = self.pencil.point_durability
def test_paper_should_initialize_last_erased_field(self):
paper = Paper()
self.assertEqual(paper.last_erased, -1)
def setUp(self):
self.paper = Paper()
self.eraser = Eraser(durability=1000)
def setUp(self):
self.initial_eraser_durability = 1000
self.paper = Paper()
self.eraser = Eraser(durability=self.initial_eraser_durability)
def test_paper_text_should_be_set_with_text_property(self):
paper = Paper()
paper.text = 'abc'
self.assertEqual(paper.text, 'abc')
def test_can_initialize_paper_with_text(self):
paper = Paper(initial_text='Hello Fellow')
self.assertEqual(paper.text, 'Hello Fellow')
def setUp(self):
self.config = json.load(
open("/home/gabe/Desktop/research-main/config.json"))
data_path = "/home/gabe/Desktop/research-main/data"
papers_dict = json.load(open(data_path + "/json/parsed_papers.json"))
self.test_auth_info = json.load(
open(
"/home/gabe/Desktop/research-main/tests/createPairTests/test_papers.json"
))
self.incomplete = [
x.strip() for x in open(data_path +
"/txt/incomplete_papers.txt").readlines()
]
self.test_papers = {
"N12-1057": {
"owen-rambow": "Owen Rambow",
"mona-diab": "Mona Diab",
"vinodkumar-prabhakaran": "Vinodkumar Prabhakaran"
},
"N19-1050": {
"shima-asaadi": "Shima Asaadi",
"saif-mohammad": "Saif Mohammad",
"svetlana-kiritchenko": "Svetlana Kiritchenko"
},
"C16-1050": {
"elaheh-shafieibavani": "Elaheh ShafieiBavani",
"mohammad-ebrahimi": "Mohammad Ebrahimi",
"raymond-wong": "Raymond Wong",
"fang-chen": "Fang Chen"
},
"S19-2016": {
"tobias-putz": "Tobias P\u00fctz",
"kevin-glocker": "Kevin Glocker"
},
"P19-1642": {
"iacer-calixto": "Iacer Calixto",
"miguel-rios": "Miguel Rios",
"wilker-aziz": "Wilker Aziz"
},
"W19-4022": {
"jungyeul-park": "Jungyeul Park",
"francis-tyers": "Francis Tyers"
},
"Q19-1001": {
"dan-roth": "Dan Roth",
"alla-rozovskaya": "Alla Rozovskaya"
},
"P15-1150": {
"christopher-d-manning": "Christopher D. Manning",
"kai-sheng-tai": "Kai Sheng Tai",
"richard-socher": "Richard Socher"
},
'P17-1139': {
'yang-liu-ict': 'Yang Liu',
'maosong-sun': 'Maosong Sun',
'jiacheng-zhang': 'Jiacheng Zhang',
'huanbo-luan': 'Huanbo Luan',
'jingfang-xu': 'Jingfang Xu'
},
'C10-2136': {
'yang-liu-ict': 'Yang Liu',
'yajuan-lu': 'Yajuan Lv',
'qun-liu': 'Qun Liu',
'jinsong-su': 'Jinsong Su',
'haitao-mi': 'Haitao Mi',
'hongmei-zhao': 'Hongmei Zhao'
},
'D18-1041': {
'yang-liu-ict': 'Yang Liu',
'jinsong-su': 'Jinsong Su',
'jiali-zeng': 'Jiali Zeng',
'huating-wen': 'Huating Wen',
'jun-xie': 'Jun Xie',
'yongjing-yin': 'Yongjing Yin',
'jianqiang-zhao': 'Jianqiang Zhao'
},
'Q18-1029': {
'yang-liu-ict': 'Yang Liu',
'zhaopeng-tu': 'Zhaopeng Tu',
'shuming-shi': 'Shuming Shi',
'tong-zhang': 'Tong Zhang'
},
'P17-1176': {
'yang-liu-ict': 'Yang Liu',
'victor-ok-li': 'Victor O.K. Li',
'yun-chen': 'Yun Chen',
'yong-cheng': 'Yong Cheng'
},
'P09-1065': {
'yang-liu-ict': 'Yang Liu',
'qun-liu': 'Qun Liu',
'haitao-mi': 'Haitao Mi',
'yang-feng': 'Yang Feng'
},
'P13-1084': {
'yang-liu-ict': 'Yang Liu',
'jun-zhao': 'Jun Zhao',
'guangyou-zhou': 'Guangyou Zhou',
'shizhu-he': 'Shizhu He',
'fang-liu': 'Fang Liu'
}
}
self.test_keys = []
for k, info in self.test_papers.items():
for a in info.keys():
if a == "yang-feng":
continue
self.test_keys.append(k + " " + a)
self.papers = {}
self.short_papers = {}
for k, info in papers_dict.items():
if k in self.test_papers or k in self.incomplete:
self.short_papers[k] = Paper(**papers_dict[k])
self.papers[k] = Paper(**papers_dict[k])
for a, aff_info in info["affiliations"].items():
if a == "yang-feng":
continue
if "type" in aff_info and len(aff_info["type"]) > 2:
print(k)
print(info)
break
self.default_args = dict(author_cutoff=0, drop_null_authors=False)
self.log_path = os.getcwd() + '/createPairTests/logs/'
def test_should_instantiate_paper_with_empty_text_field(self):
paper = Paper()
self.assertIsInstance(paper, Paper)
self.assertEqual(paper.text, '')
print("INFO: Starting Create Data")
gc.collect()
config_raw = json.load(open("config.json"))
config = ConfigHandler(config_raw,
"disambiguate",
raise_error_unknown=True)
data = loadData([
"department_corpus", "incomplete_papers", "org_corpus", "conflicts",
"parsed_papers", "same_names", "test_special_keys", "author_papers",
"id_to_name"
], config.logger, config)
author_papers = data["author_papers"]
id_to_name = data["id_to_name"]
same_names = data["same_names"]
parsed = data["parsed_papers"]
parsed = {x: Paper(**info) for x, info in parsed.items()}
org_corpus = data["org_corpus"]
department_corpus = data["department_corpus"]
incomplete = data["incomplete_papers"]
special_keys = data["test_special_keys"]
input_handler = InputHandler(parsed, author_papers, id_to_name,
**config["InputHandler"])
# input_handler.handleUserInput()
input_handler.targets = [
"francisco-m-couto1",
"qin-lu1",
"manuel-carlos-diaz-galiano1",
"luis-nieto-pina1",
"yang-liu",
"luciano-del-corro1",
"izzeddin-gur1",
def setUp(self):
self.pencil = pencil_factory.get_no2_hb()
self.paper = Paper()
def __init__(self, papers=None, author_papers=None, compare_args=None, id_to_name=None,
console_log_level=logging.ERROR, file_log_level=logging.DEBUG, log_format=None, log_path=None,
save_data=False, ext_directory=False, save_path=None, threshold=.2, name_similarity_cutoff=.92,
str_algorithm="jaro-similarity", model=None, model_name="VC1", model_path=None,
create_new_author=False, compare_cutoff=3, tie_breaker="max", cores=4, DEBUG_MODE=False,
sim_overrides=False, allow_authors_not_in_override=True, same_paper_diff_people=True, use_probabilities=False):
if not log_format:
log_format = '%(asctime)s|%(levelname)8s|%(module)20s|%(funcName)20s: %(message)s'
if not log_path:
log_path = os.getcwd() + "/logs/disambiguation.log"
self.logger = createLogger("author_disambiguation", log_path, log_format, console_log_level, file_log_level)
self.console_log_level = console_log_level
self.model = model
self.model_name = model_name
if self.model is None:
if not model_path:
model_path = os.getcwd()
self.model = pickle.load(open("{}/models/{}/model.pickle".format(model_path, model_name), "rb"))
try:
if self.model.voting == "hard" and use_probabilities:
self.logger.warning("hard voting does not support probabilities")
self.use_probabilities = False
else:
self.use_probabilities = use_probabilities
except Exception as e:
self.logger.debug("model does not have voting")
self.use_probabilities = False
if not DEBUG_MODE:
# Argument validation
if compare_args and not isinstance(compare_args, dict):
self.logger.error("passed compare_args is not valid")
self.logger.exception(TypeError("compare_args is not a dict"))
raise TypeError("compare_args is not a dict")
elif not compare_args:
self.logger.error("passed compare_args is not valid")
self.logger.exception(ValueError("compare_args is None"))
raise ValueError("compare_args is None")
else:
self.compare_args = compare_args
if author_papers and (not isinstance(author_papers, dict) and not isinstance(author_papers, defaultdict)):
self.logger.error("passed author_papers is not valid")
self.logger.error("type is {}".format(type(author_papers)))
self.logger.exception(TypeError("author_papers is not a dict"))
raise TypeError("author_papers is not a dict")
elif not author_papers:
author_papers, status, error_msg = self._findData("author_papers.json")
if status != 0:
self.logger.error(
"passed author_papers is not valid and could not find the file author_papers.json")
self.logger.error("self._findData(\"author_papers.json\") returned error {}".format(error_msg))
self.logger.exception(ValueError("No valid author_papers found"))
raise ValueError("No valid author_papers found")
else:
self.author_papers = deepcopy(author_papers)
else:
self.author_papers = deepcopy(author_papers)
if papers and not isinstance(papers, dict):
self.logger.error("passed papers is not valid")
self.logger.exception(TypeError("papers is not a dict"))
raise TypeError("papers is not a dict")
elif not papers:
papers, status, error_msg = self._findData("parsed_papers.json")
if status != 0:
self.logger.error("passed papers is not valid and could not find the file parsed_papers.json")
self.logger.error("self._findData(\"parsed_papers.json\") returned error {}".format(error_msg))
self.logger.exception(ValueError("No valid parsed_papers found"))
raise ValueError("No valid parsed_papers found")
else:
if len(papers) == 0:
self.logger.exception(ValueError("Found papers is empty"))
raise ValueError("Found papers is empty")
self.logger.debug("Converting papers from dict to Paper object")
self.papers = {}
for k, info in papers.items():
self.papers[k] = Paper(**info)
else:
if len(papers) == 0:
self.logger.exception(ValueError("Passed papers is empty"))
raise ValueError("Passed papers is empty")
test_key = list(papers.keys())[0]
if isinstance(test_key, dict):
self.papers = {}
for k, info in papers.items():
try:
self.papers[k] = Paper(**info)
except Exception as e:
self.logger.error("Exception raised when converting paper dicts to Paper")
self.logger.error("k={}".format(k))
self.logger.error("info={}".format(info))
self.logger.exception(e)
raise e
else:
self.papers = papers
if id_to_name and not isinstance(id_to_name, dict):
self.logger.error("passed id_to_name is not valid")
self.logger.exception(TypeError("id_to_name is not a dict"))
raise TypeError("id_to_name is not a dict")
elif not id_to_name:
id_to_name, status, error_msg = self._findData("id_to_name.json")
if status != 0:
self.logger.error("passed id_to_name is not valid and could not find the file parsed_papers.json")
self.logger.error("self._findData(\"id_to_name.json\") returned error {}".format(error_msg))
self.logger.exception(ValueError("No valid id_to_name found"))
raise ValueError("No valid id_to_name found")
else:
if len(id_to_name) == 0:
self.logger.exception(ValueError("Found id_to_name is empty"))
raise ValueError("Found id_to_name is empty")
self.id_to_name = id_to_name
else:
if len(id_to_name) == 0:
self.logger.exception(ValueError("Passed id_to_name is empty"))
raise ValueError("Passed id_to_name is empty")
self.id_to_name = id_to_name
else:
printLogToConsole(self.console_log_level, "RUNNING IN DEBUG_MODE!", logging.WARNING)
self.logger.warning("Running in DEBUG_MODE")
self.id_to_name = id_to_name if id_to_name else {}
self.papers = papers if papers else {}
self.compare_args = compare_args if compare_args else {}
self.author_papers = author_papers if author_papers else {}
self.compare_terms = len(CompareAuthors.compare_terms)
self.save_data = save_data
self.save_dir = save_path
self.ext_directory = ext_directory
self.threshold = threshold
self.name_similarity_cutoff = name_similarity_cutoff
algo_name, measure = str_algorithm.split("-")
self.author_name = {x: nameFromDict(self.id_to_name[x]) for x in self.id_to_name.keys()}
self.cores = cores
self.str_algorithm = getAlgo(algo_name, measure)
self.create_new_author = create_new_author
self.compare_cutoff = compare_cutoff
self.tie_breaker = tie_breaker
self.sim_overrides = sim_overrides
self.allow_authors_not_in_override = allow_authors_not_in_override
self.same_paper_diff_people = same_paper_diff_people
self.logger.debug("AuthorDisambiguation initialized with arguments:")
self.logger.debug("\tcompare_args={}".format(list(self.compare_args.keys())))
self.logger.debug("\talgorithm={}".format(algo_name))
self.logger.debug("\tmeasure={}".format(measure))
self.logger.debug("\tthreshold={}".format(threshold))
self.logger.debug("\tname_similarity_cutoff={}".format(name_similarity_cutoff))
self.logger.debug("\tunique authors={}".format(len(self.author_papers)))
self.logger.debug("\tcompare_cutoff={}".format(self.compare_cutoff))
self.logger.debug("\ttie_breaker={}".format(self.tie_breaker))
self.logger.debug("\tsim_overrides={}".format(self.sim_overrides))
self.logger.debug("\tsame_paper_diff_people={}".format(self.same_paper_diff_people))
self.logger.debug("\tuse_probabilities={}".format(self.use_probabilities))
if self.compare_cutoff != 3:
self.logger.warning("Non-default value for compare_cutoff, currently this is not implemented")
