def resolve_attribute_recursively(self, obj, value, base_id):
unresolved = []
if type(value)==StringType:
if value=='': return unresolved
this_id = atlas.get_base_id(base_id)
other_id = atlas.get_base_id(value)
if self.objects.has_key(other_id):
#pointer resolved, but all depencies still might not be resolved for this to be ok...
key = atlas.get_last_part(base_id)
if type(obj)==ListType: key = int(key)
if self.verbose:
print "!!", str(obj)[:100], value, base_id, key, atlas.resolve_pointer(self.objects, value)
self.depencies.copy(this_id, other_id)
obj[key] = atlas.resolve_pointer(self.objects, value)
self.check_bidirectiontal(obj, key)
self.links.add(value, base_id)
return unresolved
else:
#pointer not resolved, record needed info for later resolving:
if self.verbose:
print "??", str(obj)[:70], base_id, this_id, value, other_id
unresolved.append(other_id)
#1) add value into "what pointers other_id object can resolve" -dictionary
self.pending.add(other_id, base_id)
if self.verbose:
print self.pending
#2) what pointers need to be resolved for this object
self.depencies.add(this_id, base_id)
if self.verbose:
print self.depencies
return unresolved
elif type(value)==ListType:
if self.verbose:
print "list:", base_id
for i in range(len(value)):
value2 = value[i]
res = self.resolve_attribute_recursively(value, value2, "%s.%s" % (base_id, i))
if res: unresolved = unresolved + res
return unresolved
elif type(value)==DictType or \
(type(value)==InstanceType and hasattr(value, "items") and not hasattr(value, "id")):
if self.verbose:
print "dict:", base_id
for key, value2 in value.items():
res = self.resolve_attribute_recursively(value, value2, "%s.%s" % (base_id, key))
if res: unresolved = unresolved + res
return unresolved
#ignore unknown types (like Vector3D)
if self.verbose:
print "this type (%s) not handled yet (%s)..." % (type(value), value)
if type(value)==InstanceType:
print "class:", value.__class__, value.__class__.__bases__
#raise ValueError, "this type (%s) not handled yet (%s)..." % (type(value), value)
return unresolved
def find_glued_ids(vector, obj, point_ids):
obj_ok = 0
all_ok = 1
#point_ids[1] = "brook1.polyline.0"
result = []
for id in point_ids:
obj_id = string.split(id, ".")[0]
id2 = obj_id + "._" + string.join(string.split(id, ".")[1:], ".")
vector2 = tuple(atlas.resolve_pointer(gm.objects, id2))
if obj_id==obj.id:
#get absolute position
if vector==vector2:
obj_ok = 1
if debug_flag:
print "this ok: %s: %s with %s glue_id from %s" % (obj_id, vector, id, point_ids)
else:
if debug_flag:
print "not this one: %s: %s!=%s with %s glue_id from %s" % (obj_id, vector, vector2, id, point_ids)
else:
if vector==vector2:
result.append(obj_id)
if debug_flag:
print "other ok: %s <-> %s: %s with %s glue_id from %s" % (obj.id, obj_id, vector, id, point_ids)
else:
if debug_flag:
print "other not ok: %s <-> %s: %s!=%s with %s glue_id from %s" % (obj.id, obj_id, vector, vector2, id, point_ids)
all_ok = 0
if obj_ok and not all_ok:
raise ValueError, "object %s has %s as absolute position, but not every other is same position in list: %s" % (obj.id, vector, point_ids)
return result
def find_glued_ids(vector, obj, point_ids):
obj_ok = 0
all_ok = 1
#point_ids[1] = "brook1.polyline.0"
result = []
for id in point_ids:
obj_id = string.split(id, ".")[0]
id2 = obj_id + "._" + string.join(string.split(id, ".")[1:], ".")
vector2 = tuple(atlas.resolve_pointer(gm.objects, id2))
if obj_id==obj.id:
#get absolute position
if vector==vector2:
obj_ok = 1
if debug_flag:
print "this ok: %s: %s with %s glue_id from %s" % (obj_id, vector, id, point_ids)
else:
if debug_flag:
print "not this one: %s: %s!=%s with %s glue_id from %s" % (obj_id, vector, vector2, id, point_ids)
else:
if vector==vector2:
result.append(obj_id)
if debug_flag:
print "other ok: %s <-> %s: %s with %s glue_id from %s" % (obj.id, obj_id, vector, id, point_ids)
else:
if debug_flag:
print "other not ok: %s <-> %s: %s!=%s with %s glue_id from %s" % (obj.id, obj_id, vector, vector2, id, point_ids)
all_ok = 0
if obj_ok and not all_ok:
raise ValueError, "object %s has %s as absolute position, but not every other is same position in list: %s" % (obj.id, vector, point_ids)
return result
def set_op(self, op):
ent = op.arg
#CHEAT: should create missing objects, not assume that we are up to date
obj = atlas.resolve_pointer(self.objects, ent.id)
self.objects._send_flag = 0
try:
for key, value in ent.items(convert2plain_flag=0):
if key == "id": continue
if type(obj) == ListType:
obj[key] = value
else:
setattr(obj, key, value)
finally:
self.objects._send_flag = 1
if self.verbose:
print "updated entity:", ent
self.call_trigger("set", self.objects[atlas.get_base_id(ent.id)])
def set_op(self, op):
ent = op.arg
#CHEAT: should create missing objects, not assume that we are up to date
obj = atlas.resolve_pointer(self.objects, ent.id)
self.objects._send_flag = 0
try:
for key,value in ent.items(convert2plain_flag=0):
if key=="id": continue
if type(obj)==ListType:
obj[key] = value
else:
setattr(obj, key, value)
finally:
self.objects._send_flag = 1
if self.verbose:
print "updated entity:", ent
self.call_trigger("set", self.objects[atlas.get_base_id(ent.id)])
def new_object(self, obj):
ok_objects = {}
if self.verbose:
print "-" * 60
print "new_object:", obj.id
for pointer in self.pending.get1(obj.id):
if self.verbose:
print "pointer:", pointer
obj2, id = atlas.resolve_pointer2(self.objects, pointer)
#obj2[id] = obj
if type(obj2[id]) == StringType:
obj2[id] = atlas.resolve_pointer(self.objects, obj2[id])
self.check_bidirectiontal(obj2, id)
self.links.add(obj.id, pointer)
other_id_lst = self.depencies.get2(pointer)
self.depencies.remove(pointer)
for other_id in other_id_lst:
if self.verbose:
print "other_id:", other_id
self.depencies.copy(other_id, obj.id)
if not self.depencies.get1(other_id):
if self.verbose:
print "!!", other_id
ok_objects[other_id] = self.objects[other_id]
self.pending.remove(obj.id)
if self.depencies.get1(obj.id):
if self.verbose:
print "not ok!"
else:
if self.verbose:
print "ok!"
ok_objects[obj.id] = self.objects[obj.id]
if self.verbose:
print "===> ok_objects:", obj.id, ok_objects.keys()
print "!!!>", self.pending
print "???>", self.depencies
#print self.links
print "=" * 60
for i in range(4):
print
import sys
sys.stdout.flush()
return ok_objects.values()
def new_object(self, obj):
ok_objects = {}
if self.verbose:
print "-"*60
print "new_object:", obj.id
for pointer in self.pending.get1(obj.id):
if self.verbose:
print "pointer:", pointer
obj2, id = atlas.resolve_pointer2(self.objects, pointer)
#obj2[id] = obj
if type(obj2[id])==StringType:
obj2[id] = atlas.resolve_pointer(self.objects, obj2[id])
self.check_bidirectiontal(obj2, id)
self.links.add(obj.id, pointer)
other_id_lst = self.depencies.get2(pointer)
self.depencies.remove(pointer)
for other_id in other_id_lst:
if self.verbose:
print "other_id:", other_id
self.depencies.copy(other_id, obj.id)
if not self.depencies.get1(other_id):
if self.verbose:
print "!!", other_id
ok_objects[other_id] = self.objects[other_id]
self.pending.remove(obj.id)
if self.depencies.get1(obj.id):
if self.verbose:
print "not ok!"
else:
if self.verbose:
print "ok!"
ok_objects[obj.id] = self.objects[obj.id]
if self.verbose:
print "===> ok_objects:", obj.id, ok_objects.keys()
print "!!!>", self.pending
print "???>", self.depencies
#print self.links
print "="*60
for i in range(4): print
import sys
sys.stdout.flush()
return ok_objects.values()
def resolve_pointer(self, id):
return atlas.resolve_pointer(self.objects, id)
def resolve_pointer(self, id):
return atlas.resolve_pointer(self.objects, id)
