def emsThreadStub(conn, taskn):
"""Function that receives EMS fork-join functions, executes them,
and returns the results."""
sys.path.append("../Python/")
global ems
import ems
ems.initialize(taskn, True, 'fj', '/tmp/fj_main.ems')
print("STUB: This is the start of it", taskn)
ems.myID = taskn
ems.diag("Stub diag. Taskn=" + str(taskn) + " myid=" + str(ems.myID))
while True:
msg = conn.recv()
print("CONN RECV ON", taskn)
func = msg['func']
args = msg['args']
if func is None:
print("Farewell!!!!!!!! from ", taskn)
conn.close()
exit(0)
ems.diag("func=" + str(func) + " args=" + str(args))
# print("func=" + str(func) + " args=" + str(args))
retval = func(*args)
conn.send(str(retval))
import time
sys.path.append("../Python/ems/") # Path to EMS Python Module
import ems
nprocs = 12
nelem = 1000
ems.initialize(nprocs, False, 'bsp', '/tmp/pyems_foo_test.ems')
time.sleep(ems.myID/5)
assert ems.barrier()
various_consts = ["簣ひょ갤妣ゃキェぱ覣.𐤦ぴ盥", -99999, 1 << 35, 9821.3456, "bar", False]
unmapped_fname = '/tmp/py_unmapped.ems'
# TODO: 3D array
unmapped = ems.new(nelem * nprocs, nprocs * nelem * 100, unmapped_fname)
ems.diag("=============== INIT COMPLETE ======================")
def sum(left, right):
if type(left) == int:
return right + left
if type(left) == float:
return right * left
else:
return str(right) + str(left)
def target(idx):
return idx + (ems.myID * nelem)
THIS_DIR = os.path.realpath(os.path.dirname(__file__))
sys.path.append(os.path.realpath(os.path.join(THIS_DIR, "../Python/ems")))
import ems
nprocs = 12
nelem = 1000
ems.initialize(nprocs, False, 'bsp', '/tmp/pyems_foo_test.ems')
time.sleep(ems.myID / 5)
assert ems.barrier()
various_consts = ["簣ひょ갤妣ゃキェぱ覣.𐤦ぴ盥", -99999, 1 << 35, 9821.3456, "bar", False]
unmapped_fname = '/tmp/py_unmapped.ems'
# TODO: 3D array
unmapped = ems.new(nelem * nprocs, nprocs * nelem * 100, unmapped_fname)
ems.diag("=============== INIT COMPLETE ======================")
def sum(left, right):
if type(left) == int:
return right + left
if type(left) == float:
return right * left
else:
return str(right) + str(left)
def target(idx):
return idx + (ems.myID * nelem)
def fj_test(a, b, c, taskN=None):
global global_str, nprocs, ems
global_str = "The new globstrrrrrr"
# import ems
# ems.initialize(nprocs, True, 'fj', '/tmp/fj_main.ems')
ems.diag("FJ0")
assert taskN == None
ems.diag("FJ1")
ems.barrier()
ems.diag("FJ2")
# assert(typeof local_str === "undefined", "The local string did not stay local");
# ems.diag("global_str=" + global_str + " a =" + a + " b=" + b + " c=" + c)
ems.diag("global_str=" + global_str + " a =" + a + " b=" + b + " c=" + c)
ems.diag("FJ3")
assert a == "The Global String" # Hardcoded due to no closures
assert b == 'two'
assert c == 'three'
ems.diag("FJ4")
def fj_test(a, b, c, taskN=None):
global global_str, nprocs, ems
global_str = "The new globstrrrrrr"
# import ems
# ems.initialize(nprocs, True, 'fj', '/tmp/fj_main.ems')
ems.diag("FJ0")
assert taskN == None
ems.diag("FJ1")
ems.barrier()
ems.diag("FJ2")
# assert(typeof local_str === "undefined", "The local string did not stay local");
# ems.diag("global_str=" + global_str + " a =" + a + " b=" + b + " c=" + c)
ems.diag("global_str=" + global_str + " a =" + a + " b=" + b + " c=" + c)
ems.diag("FJ3")
assert a == "The Global String" # Hardcoded due to no closures
assert b == 'two'
assert c == 'three'
ems.diag("FJ4")
# global_str += "Updated by process " + str(ems.myID)
ems.diag("Entering first parallel region")
ems.parallel(fj_test, global_str, 'two', 'three', 'taaaaaasdasdasda')
ems.diag("globstr=" + global_str)
ems.diag("This side")
time.sleep(ems.myID/2)
ems.parallel(ems.barrier)
ems.diag("That side")