def __wait_fdu(self, fdu_uuid):
'''
Function used to wait if an instance changest state
(eg. configured -> run) or goes to error state
:param node_uuid
:param fdu_uuid
:param state the new expected state
:return dict {'status':<new status>,
'fdu_uuid':fdu_uuid}
'''
local_var = MVar()
def cb(fdu_info):
local_var.put(fdu_info)
fdu_info = self.connector.glob.actual.get_fdu_info(
self.sysid, self.tenantid, fdu_uuid)
while fdu_info is None:
fdu_info = self.connector.glob.actual.get_fdu_info(
self.sysid, self.tenantid, fdu_uuid)
# while fdu_info is None:
# fdu_info = local_var.get()
res = {'fdu_uuid': fdu_uuid}
return res
def test_get_put(self):
def worker(var):
time.sleep(randint(1, 3))
var.put(1)
def worker2(var):
var.put(3)
local_var = MVar()
Thread(target=worker, args=(local_var, ), daemon=True).start()
res = local_var.take()
local_var.put(2)
Thread(target=worker2, args=(local_var, ), daemon=True).start()
res2 = local_var.take()
res3 = local_var.take()
self.assertEqual(res, 1)
self.assertEqual(res2, 2)
self.assertEqual(res3, 3)
import unittest
import time
from mvar import MVar
import zenoh
z1_sub1_mvar = MVar()
z2_sub1_mvar = MVar()
z1_sto1_last_res = None
z1_sto1_mvar = MVar()
z2_sto1_last_res = None
z2_sto1_mvar = MVar()
replies = []
replies_mvar = MVar()
def z1_sub1_listener(rname, data, info):
z1_sub1_mvar.put((rname, data))
def z2_sub1_listener(rname, data, info):
z2_sub1_mvar.put((rname, data))
def z1_sto1_listener(rname, data, info):
global z1_sto1_last_res
z1_sto1_last_res = (rname, (data, info))
z1_sto1_mvar.put((rname, data))
def z2_sto1_listener(rname, data, info):
global z2_sto1_last_res
import time
from threading import Thread
from random import randint
from mvar import MVar
def worker(var):
time.sleep(randint(1, 3))
var.put(1)
def worker2(var):
var.put(3)
print('Starting Worker1 and waiting on MVar the result...')
local_var = MVar()
Thread(target=worker, args=(local_var, ), daemon=True).start()
res = local_var.take()
print("Worker1 returned {}".format(res))
print("Putting a value on the MVar to block Worker2")
local_var.put(2)
print('Starting Worker2...')
Thread(target=worker2, args=(local_var, ), daemon=True).start()
res2 = local_var.take()
print("Getting previous value stored in MVar to"
"unlock Worker2 - MVar.take() returned {}".format(res2))
res3 = local_var.take()
print("Worker3 returned {}".format(res3))