def _build_layered_connection_dict(self, debug=False):
""" First cut routing of the nets.
This works layer by layer. The space between the layers is
divided into tracks and only one net section may be on a track.
"""
self.layered_connection_dict = {}
self._determine_glue_points()
# Keep track on which tracks we're routing the horizontal
# sections of the nets on. Forcing each horizontal section
# to be on a unique track will prevent them from running on
# top of each other. Consult this dictionary before assigning
# horizontal tracks.
# Keys are horizontal routing channel ids, '0' is the channel
# between the inputs and the first layer of modules. The
# value is the next available track.
track_dictionary = {}
# hypernet_list = []
net_id = 0
for start_conn, end_conn in self.connection_list:
# Track info for horizontal sections
layer = self._get_layer(start_conn)
track = track_dictionary.setdefault(layer, 0)
netname = 'hypernet_' + str(net_id)
# Get start point
start_point = self.glue_points[start_conn]
end_point = self.glue_points[end_conn]
# Prepare drawing object
drawobj = Drawing_Object(name=netname,
parent=self,
label=netname,
obj_type='hypernet')
drawobj.layer = layer
drawobj.track = track
drawobj.start_conn = start_conn
drawobj.end_conn = end_conn
# Midway point - this is the x co-ord for the horizontal section
drawobj.horizontal_origin = (((end_point.x - start_point.x) / 2) +
start_point.x)
drawobj.hypernet_tree = [
start_point.x,
start_point.y,
0, # horizontal section position
end_point.y,
end_point.x
]
drawobj.update_horizontal_position()
# ...
self.layered_connection_dict.setdefault(layer, []).append(drawobj)
net_id += 1
track_dictionary[layer] += 1
if debug:
print "FROM:", start_conn, " TO:", end_conn
print " X:", start_point.x, end_point.x
print " ", drawobj.hypernet_tree
def _build_layered_connection_dict( self, debug=False ):
""" First cut routing of the nets.
This works layer by layer. The space between the layers is
divided into tracks and only one net section may be on a track.
"""
self.layered_connection_dict = {}
self._determine_glue_points()
# Keep track on which tracks we're routing the horizontal
# sections of the nets on. Forcing each horizontal section
# to be on a unique track will prevent them from running on
# top of each other. Consult this dictionary before assigning
# horizontal tracks.
# Keys are horizontal routing channel ids, '0' is the channel
# between the inputs and the first layer of modules. The
# value is the next available track.
track_dictionary = {}
# hypernet_list = []
net_id = 0
for start_conn, end_conn in self.connection_list:
# Track info for horizontal sections
layer = self._get_layer( start_conn )
track = track_dictionary.setdefault( layer, 0 )
netname = 'hypernet_'+str(net_id)
# Get start point
start_point = self.glue_points[start_conn]
end_point = self.glue_points[end_conn]
# Prepare drawing object
drawobj = Drawing_Object(name=netname,
parent=self,
label=netname,
obj_type='hypernet')
drawobj.layer = layer
drawobj.track = track
drawobj.start_conn = start_conn
drawobj.end_conn = end_conn
# Midway point - this is the x co-ord for the horizontal section
drawobj.horizontal_origin = ( ( ( end_point.x - start_point.x ) / 2 )
+ start_point.x )
drawobj.hypernet_tree = [ start_point.x, start_point.y,
0, # horizontal section position
end_point.y, end_point.x ]
drawobj.update_horizontal_position()
# ...
self.layered_connection_dict.setdefault( layer, [] ).append( drawobj )
net_id += 1
track_dictionary[layer] += 1
if debug:
print "FROM:", start_conn, " TO:", end_conn
print " X:", start_point.x, end_point.x
print " ", drawobj.hypernet_tree
def _build_drawing_object_dict(self, debug=False):
""" Build the list of objects to display on the screen.
Add the instance modules and ports."""
self.drawing_object_dict = {}
# Add module instanciations to the list
# - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
if self.module.inst_dict.values():
for iii, inst in enumerate(self.module.inst_dict.values()):
drawobj = Drawing_Object(
name=inst.module_ref.name,
parent=self, #hmmm, for flightlines only! FIXME
label=inst.name,
obj_type='module',
)
submod = inst.module_ref
for port_name in submod.port_name_list:
port = submod.port_dict[
port_name] # This preserves port ordering
if port.direction == 'input':
drawobj.lhs_ports.append(port.GetLabelStr())
else:
drawobj.rhs_ports.append(port.GetLabelStr())
# Add to drawing object dict
self.drawing_object_dict[inst.name] = drawobj
else:
# a wee fake thingy for modules with no sub modules
drawobj = Drawing_Object(
name='_Nothing_',
parent=self, #hmmm, for flightlines only! FIXME
label='_here',
obj_type='module')
self.drawing_object_dict['_Nothing'] = drawobj
# Add the port instances
# - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
if self.module.port_name_list:
for port in self.module.port_dict.values():
if port.direction == 'input':
key = '_iport'
else:
key = '_oport'
# Unitless positions for the meantime
#x_pos += 2 # inst_col_dict[key]
drawobj = Drawing_Object(
name='port',
parent=self, #hmmm
label=port.GetLabelStr(),
obj_type='port')
#print port.direction
if port.direction == 'output':
drawobj.mirror = True
drawobj._update_sizes()
# Add to drawing object dict
self.drawing_object_dict[port.GetLabelStr()] = drawobj
else:
print "Woops, modules should have ports, " + \
self.module.name + " doesn't seem to have ones!"
# Add any passthrus as they are needed. These are vertice
# names in the graph dictionary which are not covered by
# inst or port names.
passthru_id = 0
for node in self.graph_edges.keys():
if not self.drawing_object_dict.get(node, None):
if node == '_iport':
continue
if debug: print "Found a new thang..", node
drawobj = Drawing_Object(
name=node + '_' + str(passthru_id),
parent=self, #hmmm, for flightlines only! FIXME
label=node,
obj_type='passthru',
)
drawobj.lhs_ports.append('_in')
drawobj.rhs_ports.append('_out')
drawobj.startpt = wx.Point(0, 0)
drawobj.endpt = wx.Point(20, 0)
self.drawing_object_dict[node] = drawobj
passthru_id += 1
if debug:
libdb.show_dictionary("Drawing Object Dictionary",
self.drawing_object_dict)
def _build_drawing_object_dict( self, debug=False):
""" Build the list of objects to display on the screen.
Add the instance modules and ports."""
self.drawing_object_dict = {}
# Add module instanciations to the list
# - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
if self.module.inst_dict.values() :
for iii,inst in enumerate(self.module.inst_dict.values()):
drawobj = Drawing_Object( name=inst.module_ref.name,
parent=self, #hmmm, for flightlines only! FIXME
label=inst.name,
obj_type='module',
)
submod = inst.module_ref
for port_name in submod.port_name_list:
port = submod.port_dict[ port_name ] # This preserves port ordering
if port.direction == 'input':
drawobj.lhs_ports.append( port.GetLabelStr() )
else:
drawobj.rhs_ports.append( port.GetLabelStr() )
# Add to drawing object dict
self.drawing_object_dict[inst.name] = drawobj
else:
# a wee fake thingy for modules with no sub modules
drawobj = Drawing_Object( name='_Nothing_',
parent=self, #hmmm, for flightlines only! FIXME
label='_here',
obj_type='module')
self.drawing_object_dict['_Nothing'] = drawobj
# Add the port instances
# - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
if self.module.port_name_list:
for port in self.module.port_dict.values():
if port.direction == 'input':
key = '_iport'
else:
key = '_oport'
# Unitless positions for the meantime
#x_pos += 2 # inst_col_dict[key]
drawobj = Drawing_Object( name='port',
parent=self, #hmmm
label=port.GetLabelStr(),
obj_type='port' )
#print port.direction
if port.direction == 'output':
drawobj.mirror = True
drawobj._update_sizes()
# Add to drawing object dict
self.drawing_object_dict[port.GetLabelStr()] = drawobj
else:
print "Woops, modules should have ports, " + \
self.module.name + " doesn't seem to have ones!"
# Add any passthrus as they are needed. These are vertice
# names in the graph dictionary which are not covered by
# inst or port names.
passthru_id = 0
for node in self.graph_edges.keys():
if not self.drawing_object_dict.get( node, None ):
if node == '_iport':
continue
if debug: print "Found a new thang..", node
drawobj = Drawing_Object( name=node + '_' + str(passthru_id),
parent=self, #hmmm, for flightlines only! FIXME
label=node,
obj_type='passthru',
)
drawobj.lhs_ports.append( '_in' )
drawobj.rhs_ports.append( '_out' )
drawobj.startpt = wx.Point(0,0)
drawobj.endpt = wx.Point(20,0)
self.drawing_object_dict[node] = drawobj
passthru_id += 1
if debug:
libdb.show_dictionary( "Drawing Object Dictionary",
self.drawing_object_dict )