def log(self):
self.loc = self.loc_box.get()
self.data = [
(self.ln_boxes[x].get(), self.pn_boxes[x].get(), self.desc_boxes[x].get())
for x in range(self.num_entries)
if self.ln_boxes[x].get() != "" and self.pn_boxes[x].get() != ""
]
# print self.data # for debugging
conn = sql.connect(filename)
curs = conn.cursor()
for x in self.data:
# check if the lot number is already in the database, if it is, don't add a second one, just update where it is.
curs.execute("SELECT * FROM items WHERE lot_number=?", (x[0],))
if curs.fetchone() is None:
curs.execute(
"INSERT INTO items (lot_number,part_number,location,overstock,description) VALUES (?,?,?,,?)",
(x[0], x[1], self.loc, 0, x[2]),
)
else:
curs.execute("UPDATE items SET location=? WHERE lot_number=?", (self.loc, x[0]))
conn.commit()
conn.close()
self.master.destroy()
main.go()
def daemonize(squadron_dir, config_file, polltime, repo, node_name, exit_loop=threading.Event()):
"""
Runs squadron every polltime minutes.
Keyword arguments:
squadron_dir -- squadron directory
config_file -- config file or None for defaults
polltime -- minutes to sleep in between runs
repo -- source code for the squadron_dir for updating
node_name -- override for nodename
loglevel -- how much to log
"""
log.debug('entering daemon.daemonize %s',
[squadron_dir, config_file, polltime, repo])
first_squadron_dir = main.get_squadron_dir(squadron_dir, None)
parsed_config = parse_config(first_squadron_dir, log, config_file)
print "Daemon is using loglevel: " + str(log.getEffectiveLevel())
if not polltime:
polltime = float(parsed_config['polltime'])
else:
polltime = float(polltime)
squadron_dir = main.get_squadron_dir(squadron_dir, parsed_config)
log.info('Using Squadron dir: %s', squadron_dir)
if not os.path.exists(squadron_dir):
log.info('Cloning %s into %s', repo, squadron_dir)
repo = Repo.clone_from(repo, squadron_dir)
else:
repo = Repo(squadron_dir)
wakeup = threading.Event()
webhook_thread = None
if 'webhook' in parsed_config:
run_webhook = parsed_config['webhook']
if bool(run_webhook):
user = parsed_config['webhook_username']
password = parsed_config['webhook_password']
app = notify.webhook.WebHookHandler(user, password,
lambda x: wakeup.set(), log)
listen = parsed_config['webhook_listen']
port = parsed_config['webhook_port']
webhook_thread, webhook_server = notify.server.get_server(listen,
port, app.application)
log.info('Starting webhook server on %s:%s', listen, port)
webhook_thread.start()
while not exit_loop.is_set():
start_time = time.time()
try:
git = repo.git
log.debug('Doing git pull --rebase')
out = git.pull('--rebase')
log.debug('Git pull returned: %s', out)
ret = main.go(squadron_dir, node_name=node_name,
config_file=config_file, dry_run=False)
except Exception as e:
log.exception('Caught top level exception')
end_time = time.time()
log.debug('daemon is sleeping: %s', polltime)
if end_time - start_time < 60:
# Don't wake up too often
wakeup.clear()
if wakeup.wait(polltime):
log.debug('Woken up early')
wakeup.clear()
if webhook_thread:
log.info('Stopping webhook server')
webhook_server.stop()
log.debug('Joining webhook server thread')
webhook_thread.join()
log.info('Stopped webhook server')
def daemonize(squadron_dir,
config_file,
polltime,
repo,
node_name,
exit_loop=threading.Event()):
"""
Runs squadron every polltime minutes.
Keyword arguments:
squadron_dir -- squadron directory
config_file -- config file or None for defaults
polltime -- seconds to sleep in between runs
repo -- source code for the squadron_dir for updating
node_name -- override for nodename
loglevel -- how much to log
"""
log.debug('entering daemon.daemonize %s',
[squadron_dir, config_file, polltime, repo])
first_squadron_dir = main.get_squadron_dir(squadron_dir, None)
parsed_config = parse_config(first_squadron_dir, log, config_file)
print "Daemon is using loglevel: " + str(log.getEffectiveLevel())
if not polltime:
polltime = float(parsed_config['polltime'])
else:
polltime = float(polltime)
squadron_dir = main.get_squadron_dir(squadron_dir, parsed_config)
log.info('Using Squadron dir: %s', squadron_dir)
if not os.path.exists(squadron_dir):
log.info('Cloning %s into %s', repo, squadron_dir)
repo = Repo.clone_from(repo, squadron_dir)
else:
repo = Repo(squadron_dir)
wakeup = threading.Event()
webhook_thread = None
if 'webhook' in parsed_config:
run_webhook = parsed_config['webhook']
if bool(run_webhook):
user = parsed_config['webhook_username']
password = parsed_config['webhook_password']
app = notify.webhook.WebHookHandler(user, password,
lambda x: wakeup.set(), log)
listen = parsed_config['webhook_listen']
port = parsed_config['webhook_port']
webhook_thread, webhook_server = notify.server.get_server(
listen, port, app.application)
log.info('Starting webhook server on %s:%s', listen, port)
webhook_thread.start()
while not exit_loop.is_set():
start_time = time.time()
try:
git = repo.git
log.debug('Doing git pull --rebase')
out = git.pull('--rebase')
log.debug('Git pull returned: %s', out)
ret = main.go(squadron_dir,
node_name=node_name,
config_file=config_file,
dry_run=False,
dont_rollback=True)
except Exception as e:
log.exception('Caught top level exception')
end_time = time.time()
log.debug('daemon is sleeping: %s', polltime)
if end_time - start_time < 60:
# Don't wake up too often
wakeup.clear()
if wakeup.wait(polltime):
log.debug('Woken up early')
wakeup.clear()
if webhook_thread:
log.info('Stopping webhook server')
webhook_server.stop()
log.debug('Joining webhook server thread')
webhook_thread.join()
log.info('Stopped webhook server')
# (c) Copyright 2018 by Coinkite Inc. This file is part of Coldcard <coldcardwallet.com>
# and is covered by GPLv3 license found in COPYING.
#
# Code for the simulator to run, to get it to the point where main.py is called
# on real system. Equivilent to a few lines of code found in stm32/COLDCARD/initfs.c
import machine, pyb, sys, os
if '--metal' in sys.argv:
# next in argv will be two open file descriptors to use for serial I/O to a real Coldcard
import bare_metal
_n = sys.argv.index('--metal') + 1
bare_metal.start(*(int(sys.argv[a]) for a in [_n, _n + 1]))
del _n, bare_metal
if '--sflash' not in sys.argv:
import nvstore
from sim_settings import sim_defaults
nvstore.SettingsObject.default_values = lambda _: dict(sim_defaults)
if sys.argv[-1] != '-q':
from main import go
import sim_quickstart
go()
# EOF
def restart(root=None): if hasattr(root,"destroy"): root.destroy() main.go()
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
__author__ = 'ipetrash'
from main import go, show_test_calc
show_test_calc()
expression = '3,14159265358979323846264338327950288419716939937510582097494459230781640628620' \
'8998628034825342117067982148086513282306647093844609550582231725359408128481117'
go(expression)
# In case you want the MAC address, here it is
macaddr = ubinascii.hexlify(wlan.config('mac'), ':').decode()
print("Device MAC:", macaddr)
else:
wlan, wconfig = None, None
# Ok, give even a little more time for things to settle before
# we move on to main.py
time.sleep(2)
# Pack up the wireless info so we can pass it around
wlconfig = {"wlan": wlan, "wconfig": wconfig}
gc.collect()
return config, wlconfig
if __name__ == "__main__":
config, wlconfig = init()
deviceid = config['deviceid']
if main is not None:
if config['knownaps'] is not None and config['dbconfig'] is not None:
main.go(deviceid, config, wlconfig, loops=25)
else:
print("WiFi and database configurations are null.")
print("Aborting main loop start!")
else:
print("No main() found! Is that what you meant to do?")
def test_empty():
with pytest.raises(ValueError, match="Text is empty. Abort encoding."):
go("")
def test_encoding(text, expected_encoded):
encoded_text, _ = go(text)
assert encoded_text == expected_encoded
def test_loss(text):
_, decoded_text = go(text)
assert decoded_text == text
def test_go(self):
""" Test that it all works and writes out the file. """
# deck_filename = 'Test_deck_string_methods'
deck_filename = 'Test deck (string methods)'
main.go(deck_filename, self.url)
self.assertTrue(os.path.exists(deck_filename + '.apkg'))
def reset(master): master.destroy() main.go()
#-*-coding:utf-8-*-
from main import go
if __name__ == '__main__':
# singer={'name':'jaychou','singermid':'0025NhlN2yWrP4'}
# singer = {'name': 'tfboys', 'singermid': '000zmpju02bEBm'}
# singer = {'name': 'Joker', 'singermid': '002J4UUk29y8BY'}
singer = {'name': 'Eason', 'singermid': '003Nz2So3XXYek'}
go(singer)
import main feed='http://gtfs.s3.amazonaws.com/bart-archiver_20140109_0110.zip' in_dbhost='funicular2.crlfdv1vx6e1.us-east-1.rds.amazonaws.com' in_dbname='gtfs_engine' in_username='******' in_password = '******' short_agency_name_no_spaces='BART' main.go(feed,in_dbhost,in_dbname,in_username,in_password,short_agency_name_no_spaces)
def go_back(master): if hasattr(master,"destroy"): master.destroy() main.go()
fatal(f'given pattern file does not exist')
tests = [f for f in slices_path.iterdir()]
tests.sort()
passed = 0
failed = []
for test_dir in tests:
ast_path = get_ast_filepath(test_dir)
out_path = get_out_filepath(test_dir)
if out_path.exists():
out_path.unlink()
try:
go(ast_path, pattern_path)
result = verify_output(test_dir)
except:
result = ERROR
report_result(test_dir, result)
if result == PASSED:
passed += 1
else:
failed.append(test_dir)
print(f"Passed {passed}/{len(tests)} ({100*passed/len(tests)}%)")
for f in failed:
print(f)