def execute(self, args):
d = dict(vars(args))
command = d.pop("command_class")
fields = d.pop("table")
xml = d.pop("xml")
if xml:
d['response'] = 'xml'
else:
d['response'] = 'json'
csv_fields = d.pop("csv")
no_headers = d.pop("noheaders")
http_method = d.pop("method")
for k,v in d.items():
if v is None:
del(d[k])
if http_method:
retval = client.connect().connect(http_method, command.__name__, d)
else:
retval = client.connect().request(command.__name__, d)
return retval, fields, xml, csv_fields, no_headers
def set_up(node, data):
"""Transfer configuration-script on instances and run it."""
user = data['username']
ip = node[1]
key_file = data['ssh-key']
client = paramiko.SSHClient()
client.set_missing_host_key_policy(paramiko.AutoAddPolicy())
client.connect(hostname=ip, username=user, key_filename=key_file)
with SCPClient(client.get_transport()) as scp:
scp.put('cloud-configuration.sh', "/home/" + user)
scp.put('server.py', "/home/" + user)
scp.put('clopper_pb2.py', "/home/" + user)
scp.put('clopper_pb2_grpc.py', "/home/" + user)
scp.put(data['credentials'], "/home/" + user)
logging.info("Start installation on " + node[0])
(stdin, stdout,
stderr) = client.exec_command('bash ~/cloud-configuration.sh')
counter = 0
while not stdout.channel.exit_status_ready():
time.sleep(1)
counter += 1
if counter % 60 == 0:
logging.info("Installation in progress on " + node[0])
exit_status = stdout.channel.recv_exit_status()
if exit_status == 0:
logging.info("Installation on " + node[0] + " completed.")
else:
logging.error("Installation failed on " + node[0])
client.close()
def initClient(self, first):
#init client during initialization, and when retry button is clicked
print('init client')
try:
default_addr = ('140.143.62.99', 2333)
if len(sys.argv) == 1:
self.client = client.connect(*default_addr)
else:
self.client = client.connect(sys.argv[1], int(sys.argv[2]))
self.client.connectFail(self.c.socketError)
self.c.socketError.connect(notConnected)
self.app.processEvents()
self.client.listen()
except Exception as e:
#set label, lock buttons if needed
print('failed')
print(e)
if first:
notConnected()
self.label.setText('not connected')
self.retry.show()
self.app.processEvents()
return
#recover buttons, set labels and others
print('connected')
if first == False:
self.recover()
else:
self.dfh.setAcceptDrops(True)
self.dfh.setText('Drag .mp3 .wav Files Here')
self.label.setText('connected')
self.app.processEvents()
def connectServer(login, server):
'''\
Connection to a remote server
Parameters
login: string
server: string
'''
print "Login: "******" Server: " + server
client.connect(login, "127.0.1.1", 6000)
def main():
ser = serial.Serial('/dev/ttyACM0', 9600)
# should send a python dictionary
client.connect()
while True:
data = ser.readline()
print(data)
client.send_to_blender(data)
def connect(self):
client.setIP(self.entry1.get())
client.setPath(self.filepath)
try:
client.setPort(int(self.entry2.get()))
client.connect()
client.run()
self.OnButtonClick()
except:
self.warning()
def runTest(self):
try:
# login
service = client.connect('*****@*****.**')
# create household
hid = call(self, service.create, 'Household', dict(name='my household'))
# create household member
hmid = call(self, service.create, 'HouseholdMember', dict(household=hid))
# create store
s0id = call(self, service.create, 'RetailStore', dict(name='Store 0'))
# create household store
hsid = call(self, service.create, 'HouseholdStore',
dict(household=hid, retail_store=s0id))
# fetch household stores
fetched = call(self, service.fetch, 'HouseholdStore', [])
self.assert_(1 == len(fetched), fetched)
self.assert_(fetched[0][1]['household']['name'] == 'my household')
self.assert_(fetched[0][1]['retail_store']['name'] == 'Store 0')
finally:
# clean up
call(self, service.delete, 'HouseholdStore', hsid)
call(self, service.delete, 'RetailStore', s0id)
call(self, service.delete, 'HouseholdMember', hmid)
call(self, service.delete, 'Household', hid)
def __call__(self, **kwargs):
api = [f for f in API_REFS if f['name'] == self.method_name]
if not api:
print '[%s] method is not suuported.' % self.method_name
return
options = api[0]['options']
required_opt = [opt['option'][2:] for opt in options
if opt['required'] == 'true']
missing = set(required_opt) - set(kwargs.keys())
if missing:
print '[%s] option is required.' % ', '.join(list(missing))
return
params = dict([(k,v) for (k,v) in kwargs.items()
for opt in options
if opt['option'][2:] == k])
json = client.connect(host=self.command.host,api_key=self.command.api_key,
secret_key=self.command.secret_key,debug=self.command.debug
).get(self.method_name,params)
if json:
retval = dict2obj(json[json.keys()[0]])
if retval and hasattr(retval,'list'):
return retval.list
else:
return retval
def main():
# start local server to respond to pings and whatnot
thrd = threading.Thread(target=server.loop,
args=(protocol.node.handler,))
thrd.daemon = True # to ensure program exits even if thrd still runs
thrd.start()
while 1:
# look for things the server might want to know
local_changes = statistics.gather()
print 'Local changes:',local_changes
node_changes = watcher.gather()
print 'Node changes:',node_changes
# and send them to the server
try:
s = client.connect(MASTER_ADDR)
# 1: data push
request = protocol.master.push_request(local_changes, node_changes)
stamp,version,do_clear_cache = protocol.master.push_response(
client.ask(s, request))
print 'Data pushed to server.'
if do_clear_cache:
print 'Cache cleared due to server request.'
statistics.cache = {}
watcher.cache = {}
# check if we're out of date
if version>conf.VERSION:
print 'Client of out date!'
print 'Version %d, latest is %d.' % (conf.VERSION, version)
print 'Exiting.'
import sys
sys.exit(1)
# 2: node list request
print 'Node timestamps, server:',stamp,'mine:',neighbours.stamp
if stamp!=neighbours.stamp:
# request update!
request = protocol.master.nodes_request()
stamp,nodes = protocol.master.nodes_response(
client.ask(s, request))
print 'Received',len(nodes),' new nodes with stamp:',stamp
neighbours.set(stamp,nodes)
client.close(s)
except:
import traceback
traceback.print_exc()
print 'Failed to connect to server. Aborting communication.'
# since the server didn't get our date (and is probably down!)
# we really should clear our cache, to ensure the server gets a
# full picture
statistics.cache = {}
watcher.cache = {}
# then wait, to not waste resourses
print 'Sleeping...'
try:
time.sleep(POLLING_INTERVAL)
except KeyboardInterrupt:
print 'Exiting.'
return 0
def has_monitord(hostname):
'Check if the host has monitord runing by trying to connect and ping.'
try:
s = client.connect(hostname)
return client.ask(s, protocol.node.ping())=='pong'
except:
return False
def clustercheck():
success = True
clusterIndexRaw = FileOperations.readFile("clusterIndex.cli")
clusterIndex = clusterIndexRaw.split()
ClusterCount = len(clusterIndex)
counter = 0
while counter < ClusterCount:
try:
get = client.connect(clusterIndex[counter], 10008, "1+1")
if (int(get) == 2):
counter += 1
else:
counter += 1
success = False
except Exception:
counter += 1
success = False
return success
def connect(component):
g = component.gump
if client.connect(g.component("hostname").text, int(g.component("port").text), g.component("account").text, g.component("password").text):
return True
else:
client.messagebox("Could not connect to %s" % g.component("hostname").text)
return False
def runTest(self):
try:
service = client.connect()
sid = service.create('StoreSection', dict(name='cold cuts'))
ids = []
ids.append(call(self, service.create, 'ItemDescription', dict(store_section=sid,
description='bologna',
is_default=True)))
ids.append(call(self, service.create, 'ItemDescription', dict(store_section=sid,
description='turkey',
is_default=True)))
ids.append(call(self, service.create, 'ItemDescription', dict(store_section=sid,
description='Turkey Pastrami',
is_default=True)))
ids.append(call(self, service.create, 'ItemDescription', dict(store_section=sid,
description='tuscan salami',
is_default=True)))
ids.append(call(self, service.create, 'ItemDescription', dict(store_section=sid,
description='tuq',
is_default=True)))
turkey_meats = service.fetch('ItemDescription',
[('description', 'startswith', 'tur')])
self.assert_(not isinstance(turkey_meats, ErrorFault), turkey_meats)
self.assert_(len(turkey_meats) == 2, len(turkey_meats))
descriptions = [dct['description'] for id, dct in turkey_meats]
self.assert_('turkey' in descriptions, descriptions)
self.assert_('Turkey Pastrami' in descriptions, descriptions)
finally:
for id in ids:
call(self, service.delete, 'ItemDescription', id)
call(self, service.delete, 'StoreSection', sid)
def clustercheckUI():
success = True
clusterIndexRaw = FileOperations.readFile("clusterIndex.cli")
clusterIndex = clusterIndexRaw.split()
ClusterCount = len(clusterIndex)
counter = 0
while counter < ClusterCount:
try:
get = client.connect(clusterIndex[counter], 10008, "1+1")
if(int(float(get)) == 2):
print("Server " + clusterIndex[counter] + " OK")
counter += 1
else:
print("Server " + clusterIndex[counter] + " FAIL")
counter += 1
success = False
except Exception:
print("Server " + clusterIndex[counter] + " FAIL (EXCEPTION IN CODE)")
counter += 1
success = False
print("Done!")
return success
def clustercheck():
success = True
clusterIndexRaw = FileOperations.readFile("clusterIndex.cli")
clusterIndex = clusterIndexRaw.split()
ClusterCount = len(clusterIndex)
counter = 0
while counter < ClusterCount:
try:
get = client.connect(clusterIndex[counter], 10008, "1+1")
if(int(get) == 2):
counter += 1
else:
counter += 1
success = False
except Exception:
counter += 1
success = False
return success
def runTest(self):
try:
# login and create stuff
service = client.connect('*****@*****.**')
hid = call(self, service.create, 'Household', dict(name='my household'))
hmid = call(self, service.create, 'HouseholdMember', dict(household=hid))
sid = call(self, service.create, 'RetailStore', dict(name='The Store'))
hsid = call(self, service.create, 'HouseholdStore', dict(retail_store=sid))
dairy_id = call(self, service.create, 'StoreSection', dict(name='Dairy'))
desc_id = call(self, service.create, 'ItemDescription',
dict(description='milk', store_section=dairy_id))
# fetch recommendations and make assertions
recommendations = call(self, service.fetch, 'ItemRecommendation',
[('StoreSection', '=', dairy_id)])
self.assertEqual(1, len(recommendations), pformat(recommendations))
for id, rec in recommendations:
self.assertEqual('milk', rec.description)
self.assertEqual('Dairy', rec.store_section.name)
finally:
# clean up
call(self, service.delete, 'ItemDescription', desc_id)
call(self, service.delete, 'StoreSection', dairy_id)
call(self, service.delete, 'HouseholdStore', hsid)
call(self, service.delete, 'RetailStore', sid)
call(self, service.delete, 'HouseholdMember', hmid)
call(self, service.delete, 'Household', hid)
def create_front(repoUrl):
if repoUrl.startswith("boar://"):
front = client.connect(repoUrl)
front.isRemote = True
else:
front = Front(Repo(repoUrl))
front.isRemote = False
return front
def connect(self, _):
port = int(self.port.text)
ip = self.ip.text
username = self.username.text
if not client.connect(ip, port, username, show_error):
return
chat_app.createChatPage()
chat_app.screen_manager.current = "Chat"
def main():
s = connect()
while True:
for t in range(0, 80):
print(f"T: {t}")
c = Compositor().new_frame()
c.color_test(t)
s.sendall(c.as_state_event().serialize().encode())
time.sleep(0.1)
def connectchat(self, _):
ip = self.ip.text
port = int(self.port.text)
username = self.username.text
if not client.connect(ip, port, username, show_err):
return
kivymdMDApp.create_chatpage()
kivymdMDApp.screenmanager.current = "chat"
def runTest(self):
try:
# login as test1 and create a household
service = client.connect('*****@*****.**')
hid = call(self, service.create, 'Household', dict(name='test1 household'))
hmid = call(self, service.create, 'HouseholdMember', dict(household=hid))
# login as test2 and fetch household
service2 = client.connect('*****@*****.**')
fetched = call(self, service2.fetch, 'HouseholdMember', [])
# assert that the fetched list is empty
self.assertEqual(0, len(fetched), pformat(fetched))
finally:
# clean up
call(self, service.delete, 'HouseholdMember', hmid)
call(self, service.delete, 'Household', hid)
def connect(component):
g = component.gump
if client.connect(
g.component("hostname").text, int(g.component("port").text),
g.component("account").text,
g.component("password").text):
return True
else:
client.messagebox("Could not connect to %s" %
g.component("hostname").text)
return False
def connect(self, _):
port = int(self.port.text)
ip = self.ip.text
username = self.username.text
# Connect and handle errors if can't connect
if not client.connect(ip, port, username, show_error):
return
chat_app.create_chat_page()
chat_app.screen_manager.current = "Chat"
def runTest(self):
ids = []
try:
service = client.connect()
for name in "barfooquux", "FoOquux", "bar":
ids.append(call(self, service.create,
"RetailStore", {"name": name}))
pairs = call(self, service.fetch,
"RetailStore", [("name", "like", "foo")])
self.assertEqual(ids[:2], [id for id, _ in pairs])
finally:
for id in ids: call(self, service.delete, "RetailStore", id)
def __init__(self, mode):
self.mode = mode
# start connection
if mode == "client":
self.sock = connect()
if mode == "server":
self.sock = serve()
#initise class wide variables
self.packets = {}
self._queue = []
self.temp_id = 0
def main():
"""
Connect to an SNI-enabled server and request a specific hostname, specified
by argv[1], of it.
"""
if len(argv) < 2:
print 'Usage: %s <hostname>' % (argv[0],)
return 1
client = socket()
print 'Connecting...',
stdout.flush()
client.connect(('127.0.0.1', 8443))
print 'connected', client.getpeername()
client_ssl = Connection(Context(TLSv1_METHOD), client)
client_ssl.set_connect_state()
client_ssl.set_tlsext_host_name(argv[1])
client_ssl.do_handshake()
print 'Server subject is', client_ssl.get_peer_certificate().get_subject()
client_ssl.close()
def main():
"""
Connect to an SNI-enabled server and request a specific hostname, specified
by argv[1], of it.
"""
if len(argv) < 2:
print 'Usage: %s <hostname>' % (argv[0], )
return 1
client = socket()
print 'Connecting...',
stdout.flush()
client.connect(('127.0.0.1', 8443))
print 'connected', client.getpeername()
client_ssl = Connection(Context(TLSv1_METHOD), client)
client_ssl.set_connect_state()
client_ssl.set_tlsext_host_name(argv[1])
client_ssl.do_handshake()
print 'Server subject is', client_ssl.get_peer_certificate().get_subject()
client_ssl.close()
def test_simple_push_pull(self):
queue = random_queue_name()
with client.connect(*self.server_addr) as c:
c.ping()
c.push("my-task", queue=queue)
task = c.fetch(timeout=1, queues=[queue])
assert task["name"] == "my-task"
c.nack(task["id"])
task = c.fetch(timeout="1.2s", queues=[queue])
assert task["name"] == "my-task"
c.ack(task["id"])
def connect(self, _):
# Get information for sockets client
port = int(self.port.text)
ip = self.ip.text
username = self.username.text
if not client.connect(ip, port, username, show_error):
return
# Create chat page and activate it
chat_app.create_chat_page()
chat_app.screen_manager.current = 'Chat'
def distribute_test_suite(node_dict, test_suite, data):
"""SSH into the remote instance and transfer data with SCP."""
# compress project-dir
project = shutil.make_archive(expanduser('~/tmp/project'),
'gztar',
root_dir=data['project'])
writer = Writer(data, test_suite.content)
#distribute test suite among instances
for node, bundle in zip(node_dict.iteritems(), test_suite):
config, cl = writer.generate_input(bundle)
ip = node[1]
key_file = data['ssh-key']
user = data['username']
client = paramiko.SSHClient()
client.set_missing_host_key_policy(paramiko.AutoAddPolicy())
client.connect(hostname=ip, username=user, key_filename=key_file)
with SCPClient(client.get_transport()) as scp:
scp.put(config, "/home/" + user + "/tmp/config.tar.gz")
scp.put(cl, "/home/" + user + "/tmp/params.tar.gz")
scp.put(project, "/home/" + user + "/tmp/project.tar.gz")
client.close()
def send_data(self):
global server_answer, chat, chance
if self.user_type.get():
user_data = {"operation": "login", "user": self.user_name.get(),
"password": hashlib.md5(self.password.get()).hexdigest(), 'type': 'normal'}
else:
user_data = {"operation": "login", "user": self.user_name.get(),
"password": None, 'type': 'guest'}
server_answer = client.connect(user_data)
if not server_answer:
root.destroy()
else:
self.lf.pack_forget()
chat = ChatOpen(server_answer)
def optin(update, context, recipient, sk):
"""
Checks if user already optin for an ASA,
subscribes users if condition is false.
:param update:
:param context:
:param recipient: public key of subscriber
:param sk: Signature of subscriber
:return: true if success.
"""
algod_client = connect(update, context)
params = algod_client.suggested_params()
# Check if recipient holding DMT2 asset prior to opt-in
print(algod_client.account_info(recipient))
account_info_pk = algod_client.account_info(recipient)
print(account_info_pk)
holding = None
# idx = 0
for assetinfo in account_info_pk['assets']:
scrutinized_asset = assetinfo['asset-id']
# idx = idx + 1
if asset_id == scrutinized_asset:
holding = True
msg = "This address has opted in for DMT2, ID {}".format(asset_id)
logging.info("Message: {}".format(msg))
logging.captureWarnings(True)
break
if not holding:
# Use the AssetTransferTxn class to transfer assets and opt-in
txn = AssetTransferTxn(sender=recipient,
sp=params,
receiver=recipient,
amt=0,
index=asset_id)
# Sign the transaction
# Firstly, convert mnemonics to private key.
# For tutorial purpose, we will focus on using private key
# sk = mnemonic.to_private_key(seed)
sendTrxn = txn.sign(sk)
# Submit transaction to the network
txid = algod_client.send_transaction(sendTrxn)
message = "Transaction was signed with: {}.".format(txid)
wait = wait_for_confirmation(update, context, algod_client, txid)
time.sleep(2)
hasOptedIn = bool(wait is not None)
if hasOptedIn:
update.message.reply_text(f"Opt in success\n{message}")
return hasOptedIn
def test_transaction(self):
queue = random_queue_name()
with client.connect(*self.server_addr) as c:
c.ping()
c.push("my-task", queue=queue)
task = c.fetch(timeout=1, queues=[queue])
assert task["name"] == "my-task"
with c.transaction() as tx:
tx.ack(task["id"])
for _ in range(10):
tx.push("another-task", queue=queue)
def connectionTest():
# Init and reset database connection
_, cursor = connect()
# Run query
cursor.execute("SELECT * from patients limit 10;")
data = cursor.fetchall()
print(data)
# Close connection
closeConnection()
# return data
return json.dumps(data, indent=4, sort_keys=True, default=str)
def run(self):
midi_input, _port_name = open_midiinput(port="aurora")
midi_input.set_callback(self.callback)
self.led_index = 0
self.key = 0
self.km = KeyMapper()
self.m = dict(self.km.km)
self.compositor = Compositor()
self.s = connect()
while True:
time.sleep(0.05)
frame = self.compositor.new_frame()
wire_event = frame.as_state_event()
payload = wire_event.serialize().encode()
self.s.sendall(payload)
def test_transaction_failure(self):
queue = random_queue_name()
with client.connect(*self.server_addr) as c:
# Transaction commit must fail. Any operation within the transaction must be buffered.
with self.assertRaises(client.ResponseError):
with c.transaction() as tx:
try:
tx.push("a-task", queue=queue)
tx.ack(1234567890)
except Exception as exc:
raise Exception("this must not fail") from exc
# Failed transaction must not execute any operation.
with self.assertRaises(client.EmptyError):
c.fetch(queues=[queue], timeout="1ms")
def runTest(self):
try:
# create stuff
service = client.connect('*****@*****.**')
hid = call(self, service.create, 'Household', dict(name='my household'))
hmid = call(self, service.create, 'HouseholdMember', dict(household=hid))
# fetch and make assertions
results = call(self, service.fetch, 'HouseholdMember', [])
self.assertEqual(1, len(results))
finally:
# clean up
call(self, service.delete, 'HouseholdMember', hmid)
call(self, service.delete, 'Household', hid)
def test_server_down(self):
queue = random_queue_name()
with client.connect(*self.server_addr) as c:
c.ping()
# Stopping the server must disconnect the client.
self._server_process.terminate()
self._server_process.wait()
for _ in range(30):
time.sleep(0.3)
if not c.is_connected():
return
raise Exception("client still connected")
def runTest(self):
try:
service = client.connect('*****@*****.**')
hid = service.create('Household', dict(name='my-household'))
self.make_assertion(hid)
hmid = service.create('HouseholdMember', dict(household=hid))
self.make_assertion(hmid)
hms = service.fetch('HouseholdMember')
self.make_assertion(hms)
finally:
d_hm = service.delete('HouseholdMember', hmid)
try:
self.assert_(not isinstance(d_hm, ErrorFault), d_hm)
finally:
d_h = service.delete('Household', hid)
self.assert_(not isinstance(d_h, ErrorFault), d_h)
def __init__(self):
# Get a username before launching the main chat application
username_popup = tkinter.Tk()
username_popup.withdraw()
self.username = simpledialog.askstring("Username",
"Please enter a username",
parent=username_popup)
# Connect to the server and assign the username entered above
if not client.connect(IP, PORT, self.username, show_error):
return
# Start the GUI
Thread(target=self.loop).start()
# Start listening for messages from the server
client.start_listening(self.receive_message, show_error)
def runTest(self):
try:
# login
service = client.connect('*****@*****.**')
# create household
hid = call(self, service.create, 'Household', dict(name='my household'))
# create household member
hmid = call(self, service.create, 'HouseholdMember', dict(household=hid))
# create store
s0id = call(self, service.create, 'RetailStore', dict(name='Store 0'))
s1id = call(self, service.create, 'RetailStore', dict(name='Store 1'))
# create lists for both stores
l0id = call(self, service.create, 'ShoppingList', dict(RetailStore=s0id))
l1id = call(self, service.create, 'ShoppingList', dict(RetailStore=s1id))
# fetch those lists
lists = call(self, service.fetch, 'ShoppingList')
self.assertEqual(2, len(lists), lists)
def make_assertions(expected_id, expected_name):
for id, shop_list in lists:
if id == expected_id:
self.assertEqual(shop_list.household_store.retail_store.name,
expected_name,
shop_list)
break
else:
self.fail('Did not find id=%s in lists' % expected_id)
make_assertions(l0id, 'Store 0')
make_assertions(l1id, 'Store 1')
finally:
# clean up
call(self, service.delete, 'ShoppingList', l1id)
call(self, service.delete, 'ShoppingList', l0id)
call(self, service.delete, 'RetailStore', s1id)
call(self, service.delete, 'RetailStore', s0id)
call(self, service.delete, 'HouseholdMember', hmid)
call(self, service.delete, 'Household', hid)
def get_name(self):
global currentServer
name, ok = QInputDialog.getText(self, 'Input Dialog', 'Enter your name:')
if ok:
if name == '':
self.get_name()
else:
self.name = name
self.sock = connect(self.name, currentServer)
thread = Thread(target=self.handle_chat)
thread.start()
else:
box = QMessageBox()
box.setText('Ухади')
box.exec()
app.closeAllWindows()
stop()
def execute(clusterComputer, command, highValue):
clusterIndexRaw = FileOperations.readFile("clusterIndex.cli")
clusterIndex = clusterIndexRaw.split()
clusterLenght = len(clusterIndex)
get = ""
if(clusterComputer > clusterLenght):
get = "ERROR!"
elif highValue == 1:
get = highValueClient.connect(clusterIndex[(clusterComputer - 1)], 10008, command)
else:
get = client.connect(clusterIndex[(clusterComputer - 1)], 10008, command)
return get
def enter_game(self, tokdef=''):
self.token_code = tokdef
if (self.token_code != ''):
Global.data = client.connect(self.get_token())
Global.token = self.get_token()
if (Global.data == 'invalid token'):
layout = GridLayout(cols=1, padding=15, spacing=15)
label__text = Label(text='Invalid Token.\nTry Again')
layout.add_widget(label__text)
popup = Popup(title='Error',
content=layout,
size_hint=(None, None),
size=(200, 100))
popup.open()
else:
Playground_Screen = PlaygroundScreen(name='playground')
sm.add_widget(Playground_Screen)
sm.current = 'playground'
def main():
s = connect()
print(f"Connected. Starting handlers.")
eh = EventHandler(s)
midi_input, _port_name = open_midiinput(port="aurora")
midi_input.set_callback(eh.on_midi_event)
print(midi_input)
try:
while True:
time.sleep(0.05)
eh.on_parsed_event(mido.Message("clock"))
except KeyboardInterrupt:
pass
finally:
midi_input.close_port()
del midi_input
def main():
cl = client.connect(("", DEFAULT_MASTER_CLIENT_PORT))
f = cl.create("hello.txt")
for i in range(10):
f.write(b"Hello")
f.close()
f = cl.open("hello.txt")
while True:
buf = f.read(len("Hello"))
if not buf:
break
print(buf)
f.close()
cl.delete("hello.txt")
cl.close()
def execute(clusterComputer, command, highValue):
clusterIndexRaw = FileOperations.readFile("clusterIndex.cli")
clusterIndex = clusterIndexRaw.split()
clusterLenght = len(clusterIndex)
get = ""
if (clusterComputer > clusterLenght):
get = "ERROR!"
elif highValue == 1:
get = highValueClient.connect(clusterIndex[(clusterComputer - 1)],
10008, command)
else:
get = client.connect(clusterIndex[(clusterComputer - 1)], 10008,
command)
return get
def runTest(self):
try:
service = client.connect()
a_id = call(self, service.create, 'StoreSection', dict(name='sect A'))
b_id = call(self, service.create, 'StoreSection', dict(name='sect B'))
c_id = call(self, service.create, 'StoreSection', dict(name='sect C'))
# passing the empty list of filters is very important, otherwise the
# filters argument might be changed by the other tests (?!?!?!?!?!?!)
# and this call will return an empty list as the result
sects = call(self, service.fetch, 'StoreSection', [])
self.assert_(len(sects) == 3, len(sects))
sects = dict(sects)
self.assert_(sects[a_id]['name'] == 'sect A', sects[a_id]['name'])
self.assert_(sects[b_id]['name'] == 'sect B', sects[b_id]['name'])
self.assert_(sects[c_id]['name'] == 'sect C', sects[c_id]['name'])
finally:
call(self, service.delete, 'StoreSection', c_id)
call(self, service.delete, 'StoreSection', b_id)
call(self, service.delete, 'StoreSection', a_id)
def runTest(self):
try:
service = client.connect()
#print 'Connecting to %s' % service
id = service.create('RetailStore', dict(name='foo'))
#print 'id=%s (%s)' % (id, type(id))
self.assert_(isinstance(id, (int, long)),
'id=%s (%s)' % (id, type(id)))
error = service.create('RetailStore', dict(name='foo'))
#print error
self.assert_(isinstance(error, ErrorFault), error)
fetched = service.fetch('RetailStore', [('name', '=', 'foo')], 1)
if isinstance(fetched, ErrorFault): self.fail(fetched)
fetched_id, fetched_store = fetched
self.assertEqual(id, fetched_id, fetched_id)
self.assertEqual('foo', fetched_store['name'])
service.update('RetailStore', id, dict(name='bar'))
self.assertEqual('bar', service.get('RetailStore', id)['name'])
finally:
service.delete('RetailStore', id)
self._make_assertions(None, service.get('RetailStore', id))
def main(args):
from sys import exit
from optparse import OptionParser
import logging
import time
import client
js_logger = logging.getLogger("")
filename = "robot-output.{0}".format(time.strftime("%H%M%S"))
rec_file = "recs/" + filename + ".rec"
log_file = "logs/" + filename + ".log"
logging.basicConfig(filename=log_file, filemode="w",level=logging.DEBUG,format="%(module)s:%(levelname)s: %(message)s")
js_logger.addHandler(client.logconsole)
parser = OptionParser()
parser.add_option("-a", "--addr", default = "localhost:8880")
parser.add_option("-s", "--seat", type="int", default = 1)
parser.add_option("-g", "--game", default = None)
parser.add_option("-n", "--nick", default = None)
parser.add_option("-w", "--wait", action="store_true", default = False)
parser.add_option("-r", "--recordfile", default = rec_file)
parser.add_option("-p", "--play", action="store_true", default = False)
(options, args) = parser.parse_args()
print options
if ":" not in options.addr:
print "try using host:port"
sys.exit(-1)
host, port = options.addr.split(":")
client = VCRClient(options.recordfile, not options.play)
if not client.connect((host, int(port))):
print("Could not connect to: {0}".format(options.addr))
exit(-1)
client.setup(options.game, not options.wait, options.seat, options.nick)
client.run()
def runTest(self):
try:
# create stuff
service = client.connect('*****@*****.**')
hid = call(self, service.create, 'Household', dict(name='my household'))
hmid = call(self, service.create, 'HouseholdMember', dict(household=hid))
s0id = call(self, service.create, 'RetailStore', dict(name='Store 0'))
s1id = call(self, service.create, 'RetailStore', dict(name='Store 1'))
hsid = call(self, service.create, 'HouseholdStore',
dict(household=hid, retail_store=s0id))
l0id = call(self, service.create, 'ShoppingList', dict(RetailStore=s0id))
l1id = call(self, service.create, 'ShoppingList', dict(RetailStore=s1id))
# fetch the list using HouseholdStore - should return l0, but not l1
lists = call(self, service.fetch, 'ShoppingList',
[('HouseholdStore', '=', hsid)])
self.assertEqual(1, len(lists), pformat(lists))
def make_assertions(expected_id, expected_name):
for id, shop_list in lists:
if id == expected_id:
self.assertEqual(shop_list.household_store.retail_store.name,
expected_name,
shop_list)
break
else:
self.fail('Did not find id=%s in lists' % expected_id)
make_assertions(l0id, 'Store 0')
finally:
# clean up
call(self, service.delete, 'ShoppingList', l1id)
call(self, service.delete, 'ShoppingList', l0id)
call(self, service.delete, 'HouseholdStore', hsid)
call(self, service.delete, 'RetailStore', s1id)
call(self, service.delete, 'RetailStore', s0id)
call(self, service.delete, 'HouseholdMember', hmid)
call(self, service.delete, 'Household', hid)
def runTest(self):
ids = []
service = client.connect()
try:
ids.append(
call(self, service.create, "RetailStore", {"name": "st0"}))
st0 = call(self, service.get, "RetailStore", ids[0])
error = service.clone(st0["_key"], {"name": "st0"})
self.assert_(isinstance(error, ErrorFault), error)
ids.append(
call(self, service.clone, st0["_key"], {"name": "st1"}))
finally:
for id in ids:
call(self, service.delete, "RetailStore", id)
def run(batch_size: int):
with client.connect("localhost", 12345) as c:
queue_name = random.choice([
"default", "highprio", "lowprio", "email", "sysalert", "bacground", "service.bob",
"service.alice", "service.charlie", "service.danny", "invoices", "monitoring",
])
to_ack: List[int] = []
while True:
c.ping()
start = time.time()
with c.transaction() as tx:
payload = {
"something_id": 1241244,
"client_id": 104922,
"user_id": 91492,
"recover": True,
"text": "In publishing and graphic design, Lorem ipsum is a placeholder text"
"commonly used to demonstrate the visual form of a document or a typeface without"
"relying on meaningful content",
"now": start,
}
for _ in range(batch_size):
tx.push("my-task", payload, queue=queue_name)
for id in to_ack:
tx.ack(id)
to_ack = []
for _ in range(254 // 2):
try:
task = c.fetch(timeout=1, queues=[queue_name])
to_ack.append(task["id"])
except client.EmptyError:
break
work_time_ms = int((time.time() - start) * 1000)
def runTest(self):
hid = hmid = rsid = None
try:
service = client.connect('*****@*****.**')
hid = call(self, service.create, 'Household', dict(name='foo household'))
hmid = call(self, service.create, 'HouseholdMember', dict(household=hid))
rsid = call(self, service.create, 'RetailStore', dict(name='Big Box'))
# create ShoppingList by passing in RetailStore
slid = hsid = None
try:
slid = call(self, service.create, "ShoppingList",
dict(RetailStore=rsid))
# creating a ShoppingList in this manner in turn creates a
# HouseholdStore behind the scenes
hsid, _ = call(self, service.fetch, 'HouseholdStore',
[("retail_store", "=", rsid)], 1)
self.assert_(hsid is not None, str(hsid))
finally:
if slid: call(self, service.delete, "ShoppingList", slid)
if hsid: call(self, service.delete, "HouseholdStore", hsid)
# create ShoppingList by passing in HouseholdStore
hsid2 = slid2 = None
try:
hsid2 = call(self, service.create, 'HouseholdStore',
dict(retail_store=rsid))
slid2 = call(self, service.create, "ShoppingList",
dict(HouseholdStore=hsid2))
finally:
if slid2: call(self, service.delete, "ShoppingList", slid2)
if hsid2: call(self, service.delete, 'HouseholdStore', hsid2)
finally:
if rsid: call(self, service.delete, 'RetailStore', rsid)
if hmid: call(self, service.delete, 'HouseholdMember', hmid)
if hid: call(self, service.delete, 'Household', hid)
def clustercheckUI():
success = True
clusterIndexRaw = FileOperations.readFile("clusterIndex.cli")
clusterIndex = clusterIndexRaw.split()
ClusterCount = len(clusterIndex)
counter = 0
while counter < ClusterCount:
try:
get = client.connect(clusterIndex[counter], 10008, "1+1")
if (int(float(get)) == 2):
print("Server " + clusterIndex[counter] + " OK")
counter += 1
else:
print("Server " + clusterIndex[counter] + " FAIL")
counter += 1
success = False
except Exception:
print("Server " + clusterIndex[counter] +
" FAIL (EXCEPTION IN CODE)")
counter += 1
success = False
print("Done!")
return success
def play_tictactoe(host, port):
sock = connect(host, port, 'tictactoe')
return play(sock, get_move)
#!/usr/bin/env python
import client
if __name__=='__main__':
client.connect()
print client.close()
