def process_reporting_data(data):
# quick way to handle both .zip and .csv
try:
zip_file = ZipFileManager("downloaded.zip").write_content(data)
report_csv = zip_file.read_first_file(
).return_content_as_stripped_string()
except zipfile.BadZipFile as e:
report_csv = Reader(
data
).return_content_as_stripped_string_with_commas_within_quotes_removed(
)
report_csv_file = FileManager("report.csv").write_content(report_csv)
formatted_reporting_data = [
data.split(',')
for data in Reader(report_csv).return_content_as_list()
]
return formatted_reporting_data
def get_reporting_data(gmail_service, advertiser):
api = GmailApi(gmail_service, advertiser.get_email_subject())
if advertiser.get_download_link():
email_body = api.get_latest_message_body()
download_link = Reader(email_body).get_download_link(
advertiser.get_download_link())
return requests.get(download_link).content
reporting = api.get_latest_message_attachment()
return reporting
import eventlet
import socketio
import json
import requests
from app.reader import Reader
sio = socketio.Server(cors_allowed_origins='*')
app = socketio.WSGIApp(sio)
hintCounter = 1
reader = Reader()
db_data = {}
# return all elements containing key <key> set to value <value>
# based on https://stackoverflow.com/questions/9807634/
# find-all-occurrences-of-a-key-in-nested-dictionaries-and-lists
def gen_dict_extract(var, key, value):
if isinstance(var, list):
for d in var:
for result in gen_dict_extract(d, key, value):
yield result
elif isinstance(var, dict):
for k, v in var.items():
if k == key and v == value:
yield var
if isinstance(v, dict) or isinstance(v, list):
for result in gen_dict_extract(v, key, value):
yield result
else:
print('UNEXPECTED:', var)
from app.reader import Reader
reader = Reader()
assignment = reader.assignment_from_json_file('../example_files/block_example.json')
api_response = reader.data_from_json('../example_files/block_example.json')
reconstructed_response = assignment.to_json(2)
print(api_response == reconstructed_response)
# assignment -> answer -> lines -> equation -> expression ->
# convert answer to question 2 back to json
print('Reconstructed data:', assignment.to_json(2))
print()
# print the first line's first expression json
print("First line's first expression: ",
assignment.answers[0].lines[0].expressions[0].to_json())
print()
# print first line's json
print("First line's expression", assignment.answers[0].lines[0].to_json())
print()
# print 0-th index answer's json
print(assignment.answers[0].to_json())
print()
def test_to_json():
reader = Reader()
assignment = reader.from_json_file('./example_files/block_example.json')
api_response = reader.data_from_json('./example_files/block_example.json')
reconstructed_response = assignment.to_json(2)
assert api_response == reconstructed_response
def test_load_data():
reader = Reader()
api_response = reader.data_from_json('./example_files/block_example.json')
def test_read_json_file():
reader = Reader()
assignment = reader.from_json_file('./example_files/block_example.json')
def start(self):
Engine.readConfiguration()
Reader.readFiles(workingYear=Engine.workingYear,
BBLIndex=Engine.BBLFieldIndex,
APPBBLIndex=Engine.APPBBLFieldIndex)