def execute(self, output=None):
'''
This will execute all checkings of data with other sources.
'''
self.file = None
if not output == None: self.file = open(output, "w")
for person in self.profiles:
#We write in the screen the name of the person
print_out(person.nameLifespan(), self.file)
#REMEMORI
reader = rememori_reader(language=self.language,
name_convention=self.name_convention)
records = reader.profile_is_matched(person)
for obtained in records:
print_out(
" - " + obtained.nameLifespan() + " " +
obtained.gen_data["web_ref"][0], self.file)
#EL NORTE DE CASTILLA
reader2 = elnortedecastilla_reader(
language=self.language, name_convention=self.name_convention)
records2 = reader2.profile_is_matched(person)
for obtained in records2:
print_out(
" - " + obtained.nameLifespan() + " " +
obtained.gen_data["web_ref"][0], self.file)
#ABC
reader3 = abc_reader(language=self.language,
name_convention=self.name_convention)
records3 = reader3.profile_is_matched(person)
for obtained in records3:
print_out(
" - " + obtained.nameLifespan() + " " +
obtained.gen_data["web_ref"][0], self.file)
if not self.file == None: self.file.close()
def test_using_elnortedecastilla(self):
'''
Test checking el Norte de Castilla parser
'''
profile = gen_profile("José Luis", "García Martín")
profile.setCheckedDateWithDates("birth", date(1931, 4, 2), "EXACT")
reader = elnortedecastilla_reader()
records = reader.profile_is_matched(profile)
assert (len(records) > 0)
pass
def execute(self, database, output = None, storage = False, threshold = 360, id_profile = None):
'''
This will execute all checkings of data with other sources.
Database shall be one instance of a database child of common_database
Output is the optional argument to get the result
Storage is to store the result in the database
'''
if id_profile:
profiles = [database.get_profile_by_ID(id_profile)]
else:
profiles = database.get_all_profiles()
self.file = None
if output is not None: self.file = open(output, "w")
print_out("Total number of profiles = " + str(len(profiles)), self.file)
for person in profiles:
#Firstly, we need to analyze if we need to add the research log, if does not exist, of course
log_loc = get_research_log_id(person, storage = storage)
#Check which analysis will be done
checks_2_perform = {}
overall_check = False
for parser in ALL_PARSERS:
checks_2_perform[parser] = continue_analysis(person, parser, threshold, log_loc, self.file)
if checks_2_perform[parser]: overall_check = True
skipping = ""
log_level = 20
if not overall_check:
skipping = " -- SKIPPED"
log_level = 15
#We write in the screen the name of the person
print_out(str(person.get_id()) + " = " + person.nameLifespan() + skipping, self.file, log_level = log_level)
#Variable for urls in tasks
self.urls_task = ""
#We accumulate all readers
readers_2_use = {}
readers_2_use["REMEMORI"] = rememori_reader(language=self.language, name_convention=self.name_convention)
readers_2_use["ELNORTEDECASTILLA"] = elnortedecastilla_reader(language=self.language, name_convention=self.name_convention)
readers_2_use["ABC"] = abc_reader(language=self.language, name_convention=self.name_convention)
readers_2_use["ESQUELAS"] = esquelas_reader(language=self.language, name_convention=self.name_convention)
readers_2_use["CEMENTRY VALENCIA"] = valencia_reader(language=self.language, name_convention=self.name_convention)
readers_2_use["LAVANGUARDIA"] = vanguardia_reader(language=self.language, name_convention=self.name_convention)
for parser in ALL_PARSERS:
if checks_2_perform[parser]:
records = readers_2_use[parser].profile_is_matched(person)
self.result_analyzer(person, records, storage, parser, log_loc)
#We add a single task for all URLs in the person
if storage and self.urls_task != "": person.set_task("CHECK WEB REFERENCES ", details = self.urls_task)
if self.file is not None: self.file.close()
def execute(self, database, output = None, storage = False, threshold = 360, id_profile = None):
'''
This will execute all checkings of data with other sources.
Database shall be one instance of a database child of common_database
Output is the optional argument to get the result
Storage is to store the result in the database
'''
if id_profile:
profiles = [database.get_profile_by_ID(id_profile)]
else:
profiles = database.get_all_profiles()
self.file = None
if not output == None: self.file = open(output, "w")
print_out("Total number of profiles = " + str(len(profiles)), self.file)
for person in profiles:
#Check which analysis will be done
check_rememori = continue_analysis(person, "REMEMORI", threshold)
check_norte = continue_analysis(person, "ELNORTEDECASTILLA", threshold)
check_abc = continue_analysis(person, "ABC", threshold)
skipping = ""
if (not check_rememori) and (not check_norte) and (not check_abc): skipping = " -- SKIPPED"
#Variable for urls in tasks
self.urls_task = ""
#We write in the screen the name of the person
print_out(str(person.get_id()) + " = " + person.nameLifespan() + skipping, self.file)
#REMEMORI
if check_rememori:
reader = rememori_reader(language=self.language, name_convention=self.name_convention)
records = reader.profile_is_matched(person)
self.result_analyzer(person, records, storage, "REMEMORI")
#EL NORTE DE CASTILLA
if check_norte:
reader2 = elnortedecastilla_reader(language=self.language, name_convention=self.name_convention)
records2 = reader2.profile_is_matched(person)
self.result_analyzer(person, records2, storage, "ELNORTEDECASTILLA")
#ABC
if check_abc:
reader3 = abc_reader(language=self.language, name_convention=self.name_convention)
records3 = reader3.profile_is_matched(person)
self.result_analyzer(person, records3, storage, "ABC")
#We add a single task for all URLs in the person
if storage and self.urls_task != "": person.set_task("CHECK WEB REFERENCES ", details = self.urls_task)
if not self.file == None: self.file.close()