def __init__(self, b64string, name):
self.engine = Database().engine
# create images table if not exist
if not self.engine.dialect.has_table(self.engine, self.__tablename__):
Base.metadata.create_all(self.engine)
self.name = name
self.b64string = b64string
def __init__(self, created_at, result):
self.engine = Database().engine
# create images table if not exist
if not self.engine.dialect.has_table(self.engine, self.__tablename__):
Base.metadata.create_all(self.engine)
self.created_at = created_at
self.result = result
def __init__(self, accuracy, label, img):
self.engine = Database().engine
# create images table if not exist
if not self.engine.dialect.has_table(self.engine, self.__tablename__):
Base.metadata.create_all(self.engine)
self.accuracy = accuracy
self.label = label
self.img = img
def create_classification(self):
sess = Database().session()
sess.add(
DBClassification(
created_at=self.created_at,
result=self.result,
))
sess.commit()
sess.close()
def replace_by_popular_contained(text):
q = Database.get_popular_organisation_names(100)
popular_org_names = [r[0] for r in q]
for popular_org_name in popular_org_names:
if popular_org_name in text and popular_org_name != text:
print(f'{text} -> {popular_org_name}')
text = popular_org_name
break
return text
def total_predictions():
"""
counts the number of predictions of the corresponding classes
:return: The amount of predictions belong to each corresponding class
"""
predictions = {}
sess = Database().session()
amounts = []
for label in sess.query(DBResult.label):
amounts.append(label)
sess.close()
predictions.update({
list(label)[0]: amount
for label, amount in Counter(amounts).items()
})
total_amount = reduce(lambda x, y: x + y, Counter(amounts).values())
return predictions, total_amount
def count_predictions(label):
"""
count all predictions or all predictions associated to a specific label made.
:param label:
:return: total amount of classifications
"""
sess = Database().session()
if label:
rows = sess.query(
func.count('*').filter(DBResult.label == "{label}".format(
label=label))).scalar()
else:
rows = sess.query(func.count(DBResult.result_id)).scalar()
sess.close()
return rows
def calc_accuracies():
"""
Calculates the accuracy with which the class was predicted.
:param label: the class with which the associated precisions of the classifications are calculated
:return: accuracy of associated predictions
"""
accuracies = {}
sess = Database().session()
for label in sess.query(DBResult.label):
label = list(label)[0]
acc_sum = sess.query(func.sum(DBResult.accuracy)).filter(
DBResult.label == "{label}".format(label=label)).scalar()
accuracies.update({
label:
round(acc_sum / DBClassification.count_predictions(label), 2)
})
sess.close()
return accuracies
def resolve_answer(self, *args, **kwargs):
return Database.query(AnswerModel).first()
from service.downloader import Downloader
from service.database import Database
from database.remiss import Remiss
AMOUNT = 1000
RESET_DB = True
if RESET_DB:
Database.drop_tables()
Database.create_tables()
print(f'I-0 - Recreated database.\n')
saved_remisser = Remiss.query.all()
print(f'I-1 - Found {len(saved_remisser)} remisser in the database.\n')
print('Querying regeringen.se...')
remisser = Downloader.get_last_remisser(AMOUNT)
nb_of_remisser = len(remisser)
print(f'I-2 - Found {nb_of_remisser} remisser online.\n')
for index, online_remiss in enumerate(remisser, start=1):
found = False
for saved_remiss in saved_remisser:
if saved_remiss.url == online_remiss.url:
print(f'{index}/{nb_of_remisser} remiss(er) - '
f'Already saved (id {saved_remiss.id})')
found = True
if found:
def create(self, collection_name):
data = self.to_json()
data['create_time'] = datetime.datetime.utcnow()
return Database.insert(collection=collection_name, data=data)
def update(self, collection_name, query):
data = self.to_json()
data['update_time'] = datetime.datetime.utcnow()
return Database.update(collection=collection_name,
query=query,
data={"$set": data})
from pdfminer.pdfparser import PDFSyntaxError
from database.document import Document
from database.consultee import Consultee
from service.downloader import Downloader
from service.document_parser import DocumentParser
from service.database import Database
from service.file_manager import FileManager
from io import BytesIO
RESET_DB = False
RESET_FILES = False
if RESET_DB:
Database.delete_all(Consultee)
Database.commit()
print(f'Emptied the consultee table.\n')
saved_documents = Document.query.filter(Document.type == 'consultee_list')
for document in saved_documents:
if not RESET_DB and document.consultee_list != []:
print(f'Consultees for remiss {document.remiss_id} already saved.')
continue
elif RESET_DB:
Consultee.query.filter(
Consultee.consultee_list_id == document.id
).delete()
filepath = f'tmp/{document.remiss_id}/{document.id}.pdf'
"""Package for DB connection""" from service.database import Database db_instance = Database()
def get_role(user_id):
role = Database.find_one(ROLE_COLLECTION, {"user_id": user_id})
if role:
return Role(**role)
return None
def shutdown_session(exception=None):
Database.remove()
def find_one(cls, collection_name, query):
result = Database.find_one(collection=collection_name, query=query)
if result:
return cls(**result).to_json()
return None
def find(cls, collection_name, query):
results = Database.find(collection=collection_name, query=query)
results = [cls(**result).to_json() for result in results]
return results
def get_all(cls, collection_name):
results = Database.find(collection=collection_name, query={})
return [cls(**result).to_json() for result in results]
def get_one_by_id(cls, collection_name, id):
result = Database.find_one(collection=collection_name,
query={'_id': id})
return cls(**result).to_json()
def resolve_answers(self, *args, **kwargs):
return Database.query(AnswerModel).all()
for answer in answers_for_remiss:
if RESET_DB or answer.organisation is None:
org_name = answer.files[0].name
if len(answers_for_remiss) > 3:
filenames = [a.files[0].name for a in answers_for_remiss]
common = Cleaner.long_substr(filenames)
if len(common) > 3:
org_name = org_name.replace(common, '')
org_name = Cleaner.get_organisation_name(org_name)
answer.organisation = org_name
Database.commit()
print(f'{remiss_index}/{nb_of_remisser} - Cleaned')
saved_lists = Document.query.filter(Document.type == 'consultee_list').all()
print('II-2 Cleaning organisation names from consultee lists...')
for document_index, consultee_list in enumerate(saved_lists, start=1):
consultees_for_list = Consultee.query.filter_by(
consultee_list_id=consultee_list.id).all()
nb_of_consultee_lists = len(saved_lists)
for consultee in consultees_for_list:
if RESET_DB or consultee.cleaned_name is None:
org_name = consultee.name
