def printDict():
"""
Prints the contents of the local object store.
"""
objects = PyDOOMS._store.objects.copy()
logging.debug("-------------------------------------Node: " + str(PyDOOMS.getNodeID()) + " --------------------------------------------")
for element in objects:
if (isinstance(objects[element],TestObject)):
logging.debug(str(element) + " - " + str(objects[element]))
#logging.info("WriteLoopTest1 finished")
reset()
#WriteLoopTest2(workerID)
#logging.info("WriteLoopTest2 finished")
#reset()
WriteLoopTest3(workerID)
#logging.info("WriteLoopTest3 finished")
reset()
AttributeTest1(workerID)
#logging.info("AttributeTest1 finished")
reset()
ObjectAttributeTest1(workerID)
#logging.info("ObjectAttributeTest1 finished")
ShutdownTest(workerID)
#logging.info("ShutdownTest finished")
try:
PyDOOMS.execute(testSuite)
if (PyDOOMS.getNodeID() == 0):
logging.info("All tests passed")
except Exception as e:
logging.exception(e)
logging.critical("Tests failed")
Assumes the argument supplied to the nodes is the node ID, starting from 0
Node 0 creates the shared objects and sums the result,
all other nodes fetches the objects and each thread will work on one object each
"""
import random, math, sys, os, time, logging
sys.path.append(os.path.abspath(os.path.join(os.path.dirname(__file__), '..')))
import threading
import PyDOOMS
from Board import Board
# SETUP
start = time.time()
myname = PyDOOMS.getNodeID()
numberOfClients = eval(sys.argv[2])
threadsPerNode = eval(sys.argv[3])
darts = 4000000
totalClients = numberOfClients*threadsPerNode
darts = darts / totalClients
# Worker function
def worker(workerID, myDarts):
if (myname == 0 and workerID == 0):
for boardID in range(totalClients):
Board(boardID)
