def get_upload(event, context):
organization_id = aws_get_path_parameter(event, "organization_id")
upload_uid = aws_get_path_parameter(event, "upload_uid")
upload = db_queries.get_upload(connection=conn, organization_id=organization_id, upload_uid=upload_uid)
if upload is None:
raise DatabaseReturnedNone(f"Check object id: {upload_uid}")
return upload.to_dict()
def get_history(event, context):
organization_id = aws_get_path_parameter(event, "organization_id")
history_id = aws_get_path_parameter(event, "history_id")
history = db_queries.get_history(connection=conn, organization_id=organization_id, history_id=history_id)
if history is None:
raise DatabaseReturnedNone(f"Check object id: {history_id}")
return history.to_dict()
def get_mapping(event, context):
organization_id = aws_get_path_parameter(event, "organization_id")
mapping_id = aws_get_path_parameter(event, "mapping_id")
mapping = db_queries.get_mapping(connection=conn,
organization_id=organization_id,
mapping_id=mapping_id)
if mapping is None:
raise DatabaseReturnedNone(f"Check object id: {mapping_id}")
return mapping.to_dict()
def get_connection(event, context):
organization_id = aws_get_path_parameter(event, "organization_id")
connection_id = aws_get_path_parameter(event, "connection_id")
connection = db_queries.get_connection(connection=conn,
organization_id=organization_id,
connection_id=connection_id)
if connection is None:
raise DatabaseReturnedNone(f"Check object id: {connection_id}")
return connection.to_dict()
def get_download(event, context):
organization_id = aws_get_path_parameter(event, "organization_id")
download_id = aws_get_path_parameter(event, "download_id")
download = db_queries.get_download(connection=conn,
organization_id=organization_id,
download_id=download_id)
if download is None:
raise DatabaseReturnedNone(f"Check object id: {download_id}")
return download.to_dict()
def get_download_link(event, context):
organization_id = aws_get_path_parameter(event, "organization_id")
download_id = aws_get_path_parameter(event, "download_id")
download = db_queries.get_download(connection=conn,
organization_id=organization_id,
download_id=download_id)
bucket_name = download._bucket_name
obj_name = download._obj_name
if bucket_name is not None:
link = _generate_download_link(bucket_name, obj_name)
expiration = DOWNLOAD_LINK_EXPIRATION
else:
link = 'No link created'
expiration = 0
return {'download_link': link, 'expiration': expiration}
def create_upload(event, context):
"""Create an Upload record."""
organization_id = aws_get_path_parameter(event, "organization_id")
body = json.loads(event['body'])
upload_obj = Upload(body)
response = db_queries.create_upload(connection=conn, organization_id=organization_id, upload=upload_obj)
tup = response[0][0]
return {tup[0]: tup[1]}
def get_upload_link(event, context):
organization_id = aws_get_path_parameter(event, "organization_id")
# body = json.loads(event['body'])
# The better way to do this might be to send back a signed URL
# to the client and have them upload to S3.
# Then have the client make another post to kick off the conversion process.
key = '/'.join([organization_id, _get_date(), '${filename}'])
response = _create_presigned_post(UPLOAD_BUCKET_NAME, key)
return response
def connections(event, context):
organization_id = aws_get_path_parameter(event, "organization_id")
connection_list = db_queries.get_connections(conn, organization_id)
return [connection.to_dict() for connection in connection_list]
