def call_trigger(self, call_type, obj):
try:
self.objects._send_flag = 0
if self.verbose:
print call_type, obj.id
self.check_consistency("before new_object:", [])
if call_type != "delete":
resolved_objects = self.resolver.new_object(obj)
else:
resolved_objects = [obj]
self.check_consistency("before:", resolved_objects)
#CHEAT: should store call call_type at first try and use that
changes_flag = -1
while changes_flag:
changes_flag = 0
for i in range(len(resolved_objects)):
obj2 = resolved_objects[i]
if obj2.id == "right_meadow":
print "type(right_meadow.contains[0]) ==", type(
obj2.contains[0])
obj3 = self.check_class(obj2)
## if obj2.id=="fence2":
## print "???? fence2 <- right_meadow:", self.objects.get("right_meadow")
## print "classes:", obj2.__class__, obj2.__class__.__bases__, obj3.__class__, obj3.__class__.__bases__
## print "fence2:self,resolver:", self.objects["fence2"].__class__, self.objects["fence2"].__class__.__bases__, self.resolver.objects["fence2"].__class__, self.resolver.objects["fence2"].__class__.__bases__
if id(obj3) != id(obj2):
## print obj2.id, obj2.__class__, obj3.id, obj3.__class__
changes_flag = changes_flag + 1
setattr(self.objects, obj3.id, obj3)
resolved_objects[i] = obj2 = self.objects[obj2.id]
## print ">>>fence2:self,resolver:", getattr(self.objects, obj2.id).__class__, getattr(self.objects, obj2.id).__class__.__bases__, self.objects["fence2"].__class__, self.objects["fence2"].__class__.__bases__, self.resolver.objects["fence2"].__class__, self.resolver.objects["fence2"].__class__.__bases__
for pointer in self.resolver.links.get1(obj2.id):
obj_other, id_other = atlas.resolve_pointer2(
self.objects, pointer)
obj_other[id_other] = obj2
## if obj2.id=="right_meadow" and pointer=="meadow1.contains.1":
## if type(obj2.contains[0])==StringType:
## print "eeeerr0:", obj2.id, obj2.contains[0]
## print "!!!!", obj2.id, obj2.__class__, obj2.__class__.__bases__, obj2.contains[0].id, obj2.contains[0].__class__, obj2.contains[0].__class__.__bases__
## print "fence2:self,resolver:", self.objects["fence2"].__class__, self.objects["fence2"].__class__.__bases__, self.resolver.objects["fence2"].__class__, self.resolver.objects["fence2"].__class__.__bases__
self.check_consistency("loop: %s:" % obj2.id,
resolved_objects)
## print "call_trigger: changes loop:", changes_flag, map(lambda o:o.id, resolved_objects)
## print "call_trigger:", map(str_inf, resolved_objects)
## print "call_trigger: links:", self.resolver.links
self.check_consistency("after:", resolved_objects)
for obj2 in resolved_objects:
for func in self.triggers.get(call_type, []):
self.check_consistency("before func with %s:" % obj2.id,
[])
res = func(obj2)
self.check_consistency("after func with %s:" % obj2.id, [])
if res:
self.ask(res)
self.check_consistency("after ask with %s:" % obj2.id, [])
self.check_consistency("after func:", resolved_objects)
finally:
self.objects._send_flag = 1
def call_trigger(self, call_type, obj):
try:
self.objects._send_flag = 0
if self.verbose:
print call_type, obj.id
self.check_consistency("before new_object:", [])
if call_type!="delete":
resolved_objects = self.resolver.new_object(obj)
else:
resolved_objects = [obj]
self.check_consistency("before:", resolved_objects)
#CHEAT: should store call call_type at first try and use that
changes_flag = -1
while changes_flag:
changes_flag = 0
for i in range(len(resolved_objects)):
obj2 = resolved_objects[i]
if obj2.id=="right_meadow": print "type(right_meadow.contains[0]) ==",type(obj2.contains[0])
obj3 = self.check_class(obj2)
## if obj2.id=="fence2":
## print "???? fence2 <- right_meadow:", self.objects.get("right_meadow")
## print "classes:", obj2.__class__, obj2.__class__.__bases__, obj3.__class__, obj3.__class__.__bases__
## print "fence2:self,resolver:", self.objects["fence2"].__class__, self.objects["fence2"].__class__.__bases__, self.resolver.objects["fence2"].__class__, self.resolver.objects["fence2"].__class__.__bases__
if id(obj3)!=id(obj2):
## print obj2.id, obj2.__class__, obj3.id, obj3.__class__
changes_flag = changes_flag + 1
setattr(self.objects, obj3.id, obj3)
resolved_objects[i] = obj2 = self.objects[obj2.id]
## print ">>>fence2:self,resolver:", getattr(self.objects, obj2.id).__class__, getattr(self.objects, obj2.id).__class__.__bases__, self.objects["fence2"].__class__, self.objects["fence2"].__class__.__bases__, self.resolver.objects["fence2"].__class__, self.resolver.objects["fence2"].__class__.__bases__
for pointer in self.resolver.links.get1(obj2.id):
obj_other, id_other = atlas.resolve_pointer2(self.objects, pointer)
obj_other[id_other] = obj2
## if obj2.id=="right_meadow" and pointer=="meadow1.contains.1":
## if type(obj2.contains[0])==StringType:
## print "eeeerr0:", obj2.id, obj2.contains[0]
## print "!!!!", obj2.id, obj2.__class__, obj2.__class__.__bases__, obj2.contains[0].id, obj2.contains[0].__class__, obj2.contains[0].__class__.__bases__
## print "fence2:self,resolver:", self.objects["fence2"].__class__, self.objects["fence2"].__class__.__bases__, self.resolver.objects["fence2"].__class__, self.resolver.objects["fence2"].__class__.__bases__
self.check_consistency("loop: %s:" % obj2.id, resolved_objects)
## print "call_trigger: changes loop:", changes_flag, map(lambda o:o.id, resolved_objects)
## print "call_trigger:", map(str_inf, resolved_objects)
## print "call_trigger: links:", self.resolver.links
self.check_consistency("after:", resolved_objects)
for obj2 in resolved_objects:
for func in self.triggers.get(call_type, []):
self.check_consistency("before func with %s:" % obj2.id, [])
res = func(obj2)
self.check_consistency("after func with %s:" % obj2.id, [])
if res:
self.ask(res)
self.check_consistency("after ask with %s:" % obj2.id, [])
self.check_consistency("after func:", resolved_objects)
finally:
self.objects._send_flag = 1
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 delete_op(self, op):
id_lst = string.split(op.arg.id, ".")
root_obj = self.objects[id_lst[0]]
self.objects._send_flag = 0
try:
obj, id = atlas.resolve_pointer2(self.objects, op.arg.id)
if type(obj) == ListType:
del obj[id]
else:
delattr(obj, id)
finally:
self.objects._send_flag = 1
if self.verbose:
print "deleted entity:", op.arg.id
if len(id_lst) > 1:
self.call_trigger("set", root_obj)
else:
self.call_trigger("delete", root_obj)
if hasattr(root_obj, "loc"):
other = root_obj.loc
if hasattr(other, "contains"):
other.contains.remove(root_obj)
print "removed this object from %s contains" % other.id
def delete_op(self, op):
id_lst = string.split(op.arg.id, ".")
root_obj = self.objects[id_lst[0]]
self.objects._send_flag = 0
try:
obj, id = atlas.resolve_pointer2(self.objects, op.arg.id)
if type(obj)==ListType:
del obj[id]
else:
delattr(obj, id)
finally:
self.objects._send_flag = 1
if self.verbose:
print "deleted entity:", op.arg.id
if len(id_lst)>1:
self.call_trigger("set", root_obj)
else:
self.call_trigger("delete", root_obj)
if hasattr(root_obj, "loc"):
other = root_obj.loc
if hasattr(other, "contains"):
other.contains.remove(root_obj)
print "removed this object from %s contains" % other.id
def fetch_object_id(self, id_path):
try:
return atlas.resolve_pointer2(self.server.objects, id_path)
except IndexError, KeyError:
return None, ""
def fetch_object_id(self, id_path):
try:
return atlas.resolve_pointer2(self.server.objects, id_path)
except IndexError, KeyError:
return None, ""
