def get_list_of_files_in_range(
tstart, tstop, target_dir=get_env_variable('STAGING_DIRECTORY')):
"""!!!Not Implemented!!!
:param tstart: [description]
:type tstart: [type]
:param tstop: [description]
:type tstop: [type]
:param target_dir: [description], defaults to get_env_variable('STAGING_DIRECTORY')
:type target_dir: [type], optional
"""
pass
def _create_archive_database():
""" Create an empty archive.meta.info.db3 database if it doesn't exist
This file is responsible for tracking the ingest history/progess
as well as the individual files that have been ingested.
"""
db_filepath = os.path.join(TELEMETRY_ARCHIVE,'archive.meta.info.db3')
if not os.path.exists(db_filepath):
with open(get_env_variable('JETA_ARCHIVE_DEFINITION_SOURCE'), 'r') as db_definition_file:
db_definition_script = db_definition_file.read()
print('Creating archive tracking database (sqlite3) {}'.format(db_filepath))
db = sqlite3.connect(db_filepath)
cur = db.cursor()
cur.executescript(db_definition_script)
cur.close()
def get_total_archive_area_size(area="archive"):
"""Get the size of a archive area in bytes
:param area: the area in the archive to get for which to get the size, defaults to "archive"
:type area: str, optional
:return: size of the archive area in bytes
:rtype: float
"""
from pathlib import Path
area_map = {
'archive': Path('/srv/telemetry/archive/data/tlm'),
'staging': Path(get_env_variable('STAGING_DIRECTORY')),
}
root_directory = area_map[area]
return sum(f.stat().st_size for f in root_directory.glob('**/*')
if f.is_file())
def main():
""" Update stats for the data archive based on opt parameters.
This may be called in a loop by the program-level main().
"""
logger.info('Runtime options: \n{}'.format(opt))
logger.info('Update Module: {}'.format(os.path.abspath(__file__)))
logger.info('Fetch Module: {}'.format(os.path.abspath(fetch.__file__)))
# TODO: Write a tests
# colnames = [x for x in pickle.load('msids in the arhcive file', 'rb')) if x not in fetch.IGNORE_COLNAMES]
colnames = None
ALL_KNOWN_MSID_METAFILE = get_env_variable('ALL_KNOWN_MSID_METAFILE')
with h5py.File(ALL_KNOWN_MSID_METAFILE, 'r') as h5:
colnames = list(h5.keys())
if opt.update_stats:
for colname in colnames:
msid = statistics(colname, 'daily')
statistics(colname, '5min', msid)
logger.info(f'Stats updated.')
import unittest
import pytest
from unittest.mock import patch
# jeta specific modules
from jeta.archive.utils import get_env_variable
from jeta.staging.manage import (
get_staged_files_by_date,
remove_activity,
_format_activity_destination,
_create_activity_staging_area
)
HOME = str(Path.home())
STAGING_DIRECTORY = get_env_variable('STAGING_DIRECTORY')
class TestStaging(unittest.TestCase):
def setUp(self) -> None:
return super().setUp()
def tearDown(self) -> None:
return super().tearDown()
def test_smoke_test(self):
assert 1 == 1
def test_can_import_manage(self):
import importlib
import h5py
import pickle
import sqlite3
import glob
import ntpath
import uuid
import pyyaks.logger
import pyyaks.context
import jeta.archive.file_defs as file_defs
from jeta.archive.utils import get_env_variable
ENG_ARCHIVE = get_env_variable('TELEMETRY_ARCHIVE')
STAGING_DIRECTORY = get_env_variable('STAGING_DIRECTORY')
# The backlog is a special activity that hosts ingest files that should still be ingested
# but processing them is behind. i.e. can be any number of files for any range.
BACKLOG_DIRECTORY = f'{STAGING_DIRECTORY}backlog/'
def _format_activity_destination(dst):
return f'{STAGING_DIRECTORY}{dst}/'
def _create_activity_staging_area(name, description=""):
_activity = f"{STAGING_DIRECTORY}{name}"
if os.path.exists(_activity):
import pickle
import sqlite3
import numpy as np
import h5py
import tables
# import pyyaks.logger
# import pyyaks.context
from astropy.time import Time
import jeta.archive.file_defs as file_defs
from jeta.archive.utils import get_env_variable
ENG_ARCHIVE = get_env_variable('ENG_ARCHIVE')
TELEMETRY_ARCHIVE = get_env_variable('TELEMETRY_ARCHIVE')
ALL_KNOWN_MSID_METAFILE = get_env_variable('ALL_KNOWN_MSID_METAFILE')
# JETA_LOGS = get_env_variable('JETA_LOGS')
# logger = pyyaks.logger.get_logger(
# filename=f'{JETA_LOGS}/jeta.operations.log',
# name='jeta_operations_logger',
# level='INFO',
# format="%(asctime)s %(message)s"
# )
def _create_archive_database():
""" Create an empty archive.meta.info.db3 database if it doesn't exist
# Frequency Per Day to ingest
INGEST_CADENCE = 2
# An assumption about the average number of files per ingest.
# default: 60 files covering an ~24mins interval each.
AVG_NUMBER_OF_FILES = 60
# The expected life time of the mission in years
MISSION_LIFE_IN_YEARS = 20
# The avg maximum number of rows per file per
# analysis performed by DMS.
MAX_ROWS_PER_FILE = 10_280_811
# Archive persistent storage locations on disk.
ENG_ARCHIVE = get_env_variable('ENG_ARCHIVE')
TELEMETRY_ARCHIVE = get_env_variable('TELEMETRY_ARCHIVE')
STAGING_DIRECTORY = get_env_variable('STAGING_DIRECTORY')
JETA_LOGS = get_env_variable('JETA_LOGS')
ALL_KNOWN_MSID_METAFILE = get_env_variable('ALL_KNOWN_MSID_METAFILE')
BYPASS_GAP_CHECK = int(os.environ['JETA_BYPASS_GAP_CHECK'])
UPDATE_STATS = int(os.environ['JETA_UPDATE_STATS'])
# Calculate the number of files per year for archive space allocation prediction/allocation.
FILES_IN_A_YEAR = (AVG_NUMBER_OF_FILES * INGEST_CADENCE) * 365
ft = fetch.ft
msid_files = pyyaks.context.ContextDict('update.msid_files',
basedir=ENG_ARCHIVE)
