def check_sanity(_map, nodes, verbose=False):
if verbose:
print(_map)
print(("x: %s\n" % str(x)))
print((type, _map.__name__))
_config = {
'type': "blocking",
'threads': False,
'nproc': nodes,
'ncpus': nodes
}
mapconfig = {'nodes': nodes}
start = time.time()
res = _map(squared, x, **mapconfig)
end = time.time() - start
if verbose:
print(("time to results:", end))
print(("y: %s\n" % str(res)))
assert res == x2
mapconfig.update(_config)
res = _map(squared, x, **mapconfig)
assert res == x2
mapconfig.update({'program': 'hostname', 'workdir': '.', 'file': ''})
res = _map(squared, x, **mapconfig)
assert res == x2
from pyina.mappers import worker_pool
mapconfig.update({'mapper': worker_pool, 'timelimit': '00:00:02'})
res = _map(squared, x, **mapconfig)
assert res == x2
def check_sanity(_map, nodes, verbose=False):
if verbose:
print(_map)
print(("x: %s\n" % str(x)))
print((type, _map.__name__))
_config = {'type':"blocking", 'threads':False, 'nproc':nodes, 'ncpus':nodes}
mapconfig = {'nodes':nodes}
start = time.time()
res = _map(squared, x, **mapconfig)
end = time.time() - start
if verbose:
print(( "time to results:", end))
print(( "y: %s\n" % str(res)))
assert res == x2
mapconfig.update(_config)
res = _map(squared, x, **mapconfig)
assert res == x2
mapconfig.update({'program':'hostname','workdir':'.','file':''})
res = _map(squared, x, **mapconfig)
assert res == x2
from pyina.mappers import worker_pool
mapconfig.update({'mapper':worker_pool,'timelimit':'00:00:02'})
res = _map(squared, x, **mapconfig)
assert res == x2
def check_maps(_map, nodes, items=4, delay=0):
_x = range(int(-items / 2), int(items / 2), 2)
_y = range(len(_x))
_d = [delay] * len(_x)
_z = [0] * len(_x)
#print map
res1 = list(map(busy_squared, _x))
mapconfig = {'nodes': nodes}
#print _map
_res1 = _map(busy_squared, _x, **mapconfig)
assert _res1 == res1
res2 = list(map(busy_add, _x, _y, _d))
_res2 = _map(busy_add, _x, _y, _d, **mapconfig)
assert _res2 == res2
def check_maps(_map, nodes, items=4, delay=0 ):
_x = range(int(-items/2), int(items/2),2)
_y = range(len(_x))
_d = [delay]*len(_x)
_z = [0]*len(_x)
#print map
res1 = list(map(busy_squared, _x))
mapconfig = {'nodes':nodes}
#print _map
_res1 = _map(busy_squared, _x, **mapconfig)
assert _res1 == res1
res2 = list(map(busy_add, _x, _y, _d))
_res2 = _map(busy_add, _x, _y, _d, **mapconfig)
assert _res2 == res2
def test_maps(_map, nodes, items=4, delay=0 ):
_x = range(-items/2,items/2,2)
_y = range(len(_x))
_d = [delay]*len(_x)
_z = [0]*len(_x)
#print map
res1 = map(busy_squared, _x)
mapconfig = {'nodes':nodes}
#print _map
_res1 = _map(busy_squared, _x, **mapconfig)
assert _res1 == res1
res2 = map(busy_add, _x, _y, _d)
_res2 = _map(busy_add, _x, _y, _d, **mapconfig)
assert _res2 == res2
