priority_spec = unpack_prio).complete()
DUECA_fillpacker = dueca.FillPacker().param(
buffer_size = bulk_max_size).complete()
DUECA_fillunpacker = dueca.FillUnpacker().param(
priority_spec = bulk_unpack_prio,
buffer_size = bulk_max_size).complete()
### the packer manager keeps an inventory of all packers for transport to
### other nodes. The three arguments are a fill (bulk) packer, a normal packer
### and (if possible) a high_priority packer. One set per destination, here
### all referring to the same two packers
DUECA_packermanager = dueca.PackerManager()
if use_ip_comm:
for i in range(no_of_nodes):
DUECA_packermanager.param(
add_set = dueca.PackerSet(
DUECA_fillpacker, DUECA_packer, DUECA_packer).complete())
DUECA_packermanager.complete()
### 4 _ The channel manager. From now on channel_using objects can
### be created.
DUECA_channelmanager = dueca.ChannelManager().complete()
### 5 _ The ticker. A channel_using object! From now on
### ticker_using objects can be created
DUECA_ticker = dueca.Ticker().param(
base_increment = tick_base_increment,
compatible_increment = tick_compatible_increment,
time_step = tick_time_step,
sync_mode = rt_sync_mode).complete()
### 6 _ communication hardware accessors. These may use the ticker
DUECA_packer = dueca.Packer().complete()
DUECA_unpacker = dueca.Unpacker().param(
priority_spec=unpack_prio).complete()
DUECA_fillpacker = dueca.FillPacker().param(
buffer_size=bulk_max_size).complete()
DUECA_fillunpacker = dueca.FillUnpacker().param(
priority_spec=bulk_unpack_prio, buffer_size=bulk_max_size).complete()
### the packer manager keeps an inventory of all packers for transport to
### other nodes. The three arguments are a fill (bulk) packer, a normal packer
### and (if possible) a high_priority packer. One set per destination, here
### all referring to the same two packers
DUECA_packermanager = dueca.PackerManager()
if use_ip_comm:
for i in range(no_of_nodes):
DUECA_packermanager.param(add_set=dueca.PackerSet(
DUECA_fillpacker, DUECA_packer, DUECA_packer).complete())
DUECA_packermanager.complete()
### 4 _ The channel manager. From now on channel_using objects can
### be created.
DUECA_channelmanager = dueca.ChannelManager().complete()
### 5 _ The ticker. A channel_using object! From now on
### ticker_using objects can be created
DUECA_ticker = dueca.Ticker().param(
base_increment=tick_base_increment,
compatible_increment=tick_compatible_increment,
time_step=tick_time_step,
sync_mode=rt_sync_mode).complete()
### 6 _ communication hardware accessors. These may use the ticker