def bsend(x, destination, use_buffer=False, vanilla=False,
tag=default_tag, bypass=False):
if bypass is True:
#print "bsend_array() bypass True"
bsend_array(x, destination, tag)
return
import types, string
# Input check.
errmsg = 'Destination id (%s) must be an integer.' %destination
assert type(destination) == types.IntType, errmsg
errmsg = 'Tag %d is reserved by pypar - please use another.' %control_tag
assert tag != control_tag, errmsg
# Create metadata about object to be sent
control_info, x = create_control_info(x, vanilla, return_object=True)
protocol = control_info[0]
# Possibly transmit control data
if use_buffer is False:
send_control_info(control_info, destination)
# Transmit payload data
if protocol == 'array':
bsend_array(x, destination, tag)
#print "bsend_array() bypass False"
elif protocol in ['string', 'vanilla']:
bsend_string(x, destination, tag)
#print "bsend_string()"
else:
raise 'Unknown protocol: %s' %protocol
def bsend(x,
destination,
use_buffer=False,
vanilla=False,
tag=default_tag,
bypass=False):
if bypass is True:
bsend_array(x, destination, tag)
return
# Input check.
errmsg = 'Destination id (%s) must be an integer.' % destination
assert type(destination) == types.IntType, errmsg
errmsg = 'Tag %d is reserved by pypar - please use another.' % control_tag
assert tag != control_tag, errmsg
# Create metadata about object to be sent
control_info, x = create_control_info(x, vanilla, return_object=True)
protocol = control_info[0]
# Possibly transmit control data
if use_buffer is False:
send_control_info(control_info, destination)
# Transmit payload data
if protocol == 'array':
bsend_array(x, destination, tag)
elif protocol in ['string', 'vanilla']:
bsend_string(x, destination, tag)
else:
raise 'Unknown protocol: %s' % protocol