def recordIdUsed(self, id, obj):
"""Called when object is used"""
if not self._info.has_key(id):
# make sure that we don't loop when getting state info
self._info[id] = None
# get exists and state info
# this will call recordIdUsed for anything obj references
cl_name = obj.__class__.__name__
if not (CONSTRUCTOR_NAME_CLASS.has_key(cl_name)):
print "ERROR: No constructor has been installed for %s"%cl_name
try:
existIEArgs = [inverse_eval(x) for x in obj.constructor_args()]
existIEArgs.insert(0, cl_name)
self._existsIEFacts.append((id, List(existIEArgs)))
except:
errid = NEWPM.displayError()
print
print "ERROR finding constructor_args() for instance %d of %s" \
% (id, cl_name)
print
try:
state_args = obj.state_args()
if state_args:
stateIEArgs = [inverse_eval(x) for x in state_args]
self._stateIEFacts.append((id, List(stateIEArgs)))
except:
errid = NEWPM.displayError()
print
print "ERROR finding state_args() for instance %d of %s" \
% (id, cl_name)
print
self._info[id] = obj
def recordIdUsed(self, id, obj):
"""Called when object is used"""
if not self._info.has_key(id):
# make sure that we don't loop when getting state info
self._info[id] = None
# get exists and state info
# this will call recordIdUsed for anything obj references
cl_name = obj.__class__.__name__
if not (CONSTRUCTOR_NAME_CLASS.has_key(cl_name)):
print "ERROR: No constructor has been installed for %s" % cl_name
try:
existIEArgs = [inverse_eval(x) for x in obj.constructor_args()]
existIEArgs.insert(0, cl_name)
self._existsIEFacts.append((id, List(existIEArgs)))
except:
errid = NEWPM.displayError()
print
print "ERROR finding constructor_args() for instance %d of %s" \
% (id, cl_name)
print
try:
state_args = obj.state_args()
if state_args:
stateIEArgs = [inverse_eval(x) for x in state_args]
self._stateIEFacts.append((id, List(stateIEArgs)))
except:
errid = NEWPM.displayError()
print
print "ERROR finding state_args() for instance %d of %s" \
% (id, cl_name)
print
self._info[id] = obj
def failure_inverse_eval(failure):
return Structure(Symbol("failure"), [inverse_eval(x) for x in deconstructFailure(failure)])
def failure_inverse_eval(failure):
return Structure(Symbol("failure"),
[inverse_eval(x) for x in deconstructFailure(failure)])
