def functor(self, object):
if object.isStruct():
functor = getFunctor(object)
if functor == ATOM_FUNCTOR:
return None
elif functor == NULLARY_FUNCTOR:
functor = object.getTerm(0).toString()
return functor
elif object.isList():
return None
else:
raise ConstructorValueException("Not a compound object")
def createVariable(self, start, end, string):
name = str(string)
if name.startswith("$$"):
raise ConstructorValueException(
"Cannot create an ICL variable equivalent to a captured variable"
)
minusDollar = name[1:]
stripped = minusDollar.lstrip(
"_") # look for first character after $_*
if stripped == "" or stripped[0] not in "ABCDEFGHIJKLMNOPQRSTUVWXYZ":
return IclVar("_" + minusDollar)
else:
return IclVar(minusDollar)
def components(self, obj):
if obj.isList():
return [x for x in obj.iterator()]
elif obj.isStruct():
functor = getFunctor(obj)
if functor == ATOM_FUNCTOR:
return None
elif functor == NULLARY_FUNCTOR:
return ()
else:
return [x for x in obj.iterator()]
else:
raise ConstructorValueException("Not a compound object")
def asString(self, obj):
if obj.isStr():
return obj.toUnquotedString()
elif obj.isVar():
name = iclVarName(obj)
stripped = name.lstrip("_")
if stripped == "" or stripped[
0] not in "ABCDEFGHIJKLMNOPQRSTUVWXYZ":
return '$' + name[1:]
else:
return '$' + name
elif obj.isStruct():
functor = getFunctor(obj)
args = [icl_to_value(x) for x in obj.iterator()]
if functor == ATOM_FUNCTOR and obj.getNumChildren() == 1:
return obj.getTerm(0).toUnquotedString()
elif obj.isIclDataQ():
return dataq_to_string(obj, None)[1]
else:
raise ConstructorValueException(
"Not a String, Variable, or Symbol")
def category(self, object):
if object.isStr():
return self.STRING
elif object.isInt():
return self.INTEGER
elif object.isFloat():
return self.FLOAT
elif object.isStruct():
functor = getFunctor(object)
if functor == ATOM_FUNCTOR:
return self.SYMBOL
else:
return self.STRUCTURE
elif object.isList():
return self.LIST
elif object.isVar():
return self.VARIABLE
elif object.isIclDataQ():
return self.STRING
else:
raise ConstructorValueException("Not a valid object")
def asBigInteger(self, obj):
raise ConstructorValueException("Cannot handle big integers")
def asInteger(self, obj):
try:
i = obj.toInt()
return int(i)
except:
raise ConstructorValueException("Not a valid integer: %r" % obj)
def asFloat(self, obj):
try:
return obj.toFloat()
except:
raise ConstructorValueException("Not a Float: %r" % obj)
def createBigInteger(self, start, end, integer):
raise ConstructorValueException("Cannot handle big integers")