def test_keyTestExecute(self):
self.arg1 = None
self.keys = {}
sch = threadly.Scheduler(10)
sch.execute(self.arguments, args=("test", ), kwargs={"key": "test"})
time.sleep(0.1)
self.assertEqual(self.arg1, "test")
self.assertEqual(self.keys["key"], "test")
sch.shutdown().get()
def test_keyTest2(self):
global ADD
p = threadly.Scheduler(10)
for i in xrange(100):
p.schedule(TEST2, key="BLAH")
for k in p._Scheduler__keys:
while p._Scheduler__keys[k].size() > 0:
time.sleep(0.1)
self.assertEqual(1267650600228229401496703205376, ADD)
p.shutdown().get()
def test_futureDoubleSet(self):
global clf, llf
sch = threadly.Scheduler(10)
LF1 = threadly.ListenableFuture()
LF2 = sch.schedule_with_future(callLF, delay=0.100, args=(LF1, ))
self.assertTrue(LF1.get())
self.assertTrue(LF2.get())
LF3 = sch.schedule_with_future(callLF, delay=0.100, args=(LF1, ))
self.assertFalse(LF3.get())
self.assertEqual(10, sch.get_poolsize())
sch.shutdown().get()
def test_futureCallerExceptions(self):
global clf, llf
sch = threadly.Scheduler(10)
LF1 = threadly.ListenableFuture()
LF1.add_listener(listenException)
LF1.add_listener(listenException)
LF1.add_callable(callException)
LF2 = sch.schedule_with_future(callLF, delay=0.100, args=(LF1, ))
self.assertTrue(LF1.get())
self.assertTrue(LF2.get())
sch.shutdown().get()
def test_keyTest3(self):
global ADD
ADD = 1
p = threadly.Scheduler(10)
fl = []
for i in xrange(100):
f = p.schedule_with_future(TEST2, key="BLAH", delay=0.001 * i)
fl.append(f)
for f in fl:
f.get(100)
self.assertEqual(1267650600228229401496703205376, ADD)
p.shutdown().get()
def test_shutdownTest1(self):
p = threadly.Scheduler(1)
p.schedule(time.sleep, recurring=True, args=(0.1, ))
p.schedule(time.sleep, recurring=True, args=(0.1, ))
p.schedule(time.sleep, recurring=True, args=(0.1, ))
p.schedule(time.sleep, recurring=True, args=(0.1, ))
p.schedule(time.sleep, recurring=True, args=(0.1, ))
p.schedule(time.sleep, recurring=True, args=(0.1, ))
p.schedule(time.sleep, recurring=True, args=(0.1, ))
p.schedule(time.sleep, recurring=True, args=(0.1, ))
p.schedule(time.sleep, recurring=True, args=(0.1, ))
time.sleep(0.1)
p.shutdown_now()
def test_keyTestSchedule(self):
self.arg1 = None
self.keys = {}
sch = threadly.Scheduler(10)
sch.schedule(self.arguments,
recurring=True,
delay=0.010,
args=("test", ),
kwargs={"key": "test"},
key="TEST")
time.sleep(0.2)
self.assertEqual(self.arg1, "test")
self.assertEqual(self.keys["key"], "test")
sch.shutdown().get()
def test_timeingTest1(self):
global LASTRUN
global RUNS
p = threadly.Scheduler(2)
LASTRUN = time.time()
p.schedule(TEST, delay=0.01, recurring=True)
time.sleep(0.500)
p.remove(TEST)
p.shutdown_now()
AVG = sum(RUNS) / float(len(RUNS))
self.assertTrue(AVG < 0.0130)
self.assertTrue(AVG > 0.0099)
def test_keyTest(self):
global CALL
global PASSED
p = threadly.Scheduler(10)
LASTRUN = time.time()
threads = list()
for i in xrange(1001):
p.schedule(TEST1, key="TEST")
for k in p._Scheduler__keys:
while p._Scheduler__keys[k].size() > 0:
time.sleep(0.1)
p.shutdown_now()
self.assertEqual(1, CALL)
def __init__(self, ip, port, hflip=False, vflip=False, delayMS=50):
self.__camera = PiCamera(framerate=30)
self.__delay = delayMS
# self.__camera.resolution= (1920,1080)
# self.__camera.resolution= (1280,720)
self.__camera.resolution= (853,480)
self.__camera.vflip = vflip
self.__camera.hflip = hflip
self.__camera.exposure_mode = 'auto'
self.__pool = threadly.Scheduler(5)
self.__SE = litesockets.SocketExecuter(scheduler=self.__pool)
self.__server = self.__SE.createTCPServer(ip, port)
self.__clients = {}
self.__good = []
self.__log = logging.getLogger("MjpegServer:{}:{}".format(ip, port))
self.__server.setOnClient(self.__acceptor)
self.__server.start()
self.__log.info("New MjpegServer started! "+str(self.__delay))
def test_removeScheduledTest2(self):
p = threadly.Scheduler(30)
LASTRUN = time.time()
p.schedule(time.time, delay=10, recurring=True)
p.schedule(TEST, delay=10000, recurring=True)
p.schedule(TEST, delay=10000, recurring=True)
p.schedule(TEST, delay=10000, recurring=True)
p.schedule(TEST, delay=10000, recurring=True)
p.remove(TEST)
self.assertEqual(4, p._Scheduler__delayed_tasks.size())
p.remove(TEST)
self.assertEqual(3, p._Scheduler__delayed_tasks.size())
p.remove(TEST)
self.assertEqual(2, p._Scheduler__delayed_tasks.size())
p.remove(TEST)
self.assertEqual(1, p._Scheduler__delayed_tasks.size())
p.remove(TEST)
self.assertEqual(1, p._Scheduler__delayed_tasks.size())
p.shutdown().get()
def test_futureTest1(self):
global clf, llf
sch = threadly.Scheduler(1)
LF1 = threadly.ListenableFuture()
LF2 = sch.schedule_with_future(callLF, delay=0.100, args=(LF1, ))
LF2.add_listener(listenFromFuture)
LF2.add_callable(callFromFuture, args=(1, ))
LF1.add_listener(listenFromFuture)
LF1.add_callable(callFromFuture, args=(1, ))
self.assertTrue(LF1.get())
self.assertTrue(LF2.get())
# Make sure all callbacks finish
with lock:
time.sleep(0.1)
self.assertEqual(2, llf)
self.assertEqual(2, clf)
LF2.add_listener(listenFromFuture)
LF2.add_callable(callFromFuture, args=(1, ))
LF1.add_listener(listenFromFuture)
LF1.add_callable(callFromFuture, args=(1, ))
self.assertEqual(4, llf)
self.assertEqual(4, clf)
sch.shutdown().get()
def main():
args = create_parser().parse_args()
threads = int(args.threads)
EXEC = threadly.Scheduler(threads)
server_domain = args.server_url
if args.server_url[:8] == "https://":
server_domain = args.server_url[8:]
elif args.server_url[:7] == "http://":
server_domain = args.server_url[7:]
if os.environ.get('BBMIGRATE_IN_DOCKER') == "true":
open("{}/.gitconfig".format(str(Path.home())),
"w").write("[credential]\n helper = store\n")
open("{}/.git-credentials".format(str(Path.home())),
"w").write("https://{}:{}@{}\nhttps://{}:{}@{}\n".format(
args.server_user, urllib.parse.quote(args.server_pass),
server_domain, args.cloud_user,
urllib.parse.quote(args.cloud_pass), "bitbucket.org"))
# setting up directory for repo clones
dir_name = os.path.abspath(args.repo_path)
clone_dir = dir_name
try:
if not os.path.isdir(clone_dir):
os.mkdir(clone_dir)
except OSError:
logger.exception(f'Failed to create directory {clone_dir}')
sys.exit(1)
logger.info("Saving repos to path:{}".format(clone_dir))
# initializing Bitbucket Server instance
try:
bitbucket_server = Bitbucket(url=args.server_url,
username=args.server_user,
password=args.server_pass)
except Error:
logger.exception(
f'Unable to instantiate Bitbucker Server connection! One or more parameters may be missing or malformed.'
)
sys.exit(1)
try:
projects_gen = bitbucket_server.project_list()
except Error:
logger.exception(
f'Failed to retrieve data from Bitbucket Server {args.server_url}')
sys.exit(1)
projects = []
logger.info(
f'Retrieving projects and repos from Bitbucket Server {args.server_url}'
)
for p in projects_gen:
new_project_key = p['key'].replace("-", "")
project_dir = os.path.join(clone_dir, new_project_key)
p['project_dir'] = project_dir
p['new_project_key'] = new_project_key
projects.append(p)
try:
repos = bitbucket_server.repo_list(project_key=p['key'])
except Error:
logger.exception(
"Failed to gather repository list from Bitbucket Server project {}"
.format(p['name']))
sys.exit(1)
logger.info(
"Retrieving repositories from Bitbucket Server project {}".format(
p['name']))
p['repos'] = []
for r in repos:
new_repo_name = new_project_key.lower() + "." + r['slug'].lower()
repo_dir = os.path.join(project_dir, r['slug'])
new_repo_git = "https://bitbucket.org/" + args.workspace + "/" + new_repo_name + ".git"
old_repo_git = ""
for href in r['links']['clone']:
if href['href'][:8] == "https://":
old_repo_git = href['href']
break
r['old_repo_git'] = old_repo_git
r['new_repo_git'] = new_repo_git
r['new_repo_name'] = new_repo_name
r['repo_dir'] = repo_dir
p['repos'].append(r)
p['repos'] = sorted(p['repos'], key=lambda k: k['slug'])
projects = sorted(projects, key=lambda k: k['key'])
processing = []
logger.info("Duplicating projects on BBCloud")
for p in projects:
proj = p
f = EXEC.schedule_with_future(bbcloud.duplicate_project,
args=(args.cloud_user, args.cloud_pass,
args.workspace, proj))
processing.append(f)
for lf in processing:
lf.get()
processing = []
logger.info("Duplicating repos and cloning them on BBCloud")
for project in projects:
project_name = project['name']
project_dir = project['project_dir']
try:
os.mkdir(project_dir)
except:
pass
for repo in project['repos']:
p = project
r = repo
f = EXEC.schedule_with_future(
git.backupRepo,
args=(args.cloud_user, args.cloud_pass, args.workspace, p, r,
clone_dir, args.no_remove_repos))
processing.append(f)
if len(processing) > 10:
for lf in processing:
lf.get()
processing = []
for lf in processing:
lf.get()
# When it's all over, remove the tmp dir to keep things tidy
if not args.no_remove_repos:
try:
os_system_string = "rm -rf " + clone_dir
os.system(os_system_string)
except OSError:
logger.exception(f'Failed to remove temp directory {clone_dir}')
sys.exit(1)
import threadly, time, logging, sys, traceback, cProfile, pstats
from io import StringIO
logging.basicConfig(
level=logging.DEBUG,
format="%(asctime)s %(name)-12s %(levelname)-8s %(message)s",
datefmt="%m-%d %H:%M")
sch = threadly.Scheduler(100)
llf = list()
def pstack():
code = []
for threadId, stack in sys._current_frames().items():
code.append("\n# ThreadID: %s" % threadId)
for filename, lineno, name, line in traceback.extract_stack(stack):
code.append('File: "%s", line %d, in %s' %
(filename, lineno, name))
if line:
code.append(" %s" % (line.strip()))
for line in code:
print(line)
def blah():
print("1")
pass
def test_exptTest1(self):
p = threadly.Scheduler(1)
p.execute(EXP)
time.sleep(0.1)