def execute(self,env,*unEvalArgTuple):
symbol = unEvalArgTuple[0]
if isinstance(symbol, LispCons):
func = Lambda().execute(env,symbol.rest,*unEvalArgTuple[1:len(unEvalArgTuple)])
return self.execute(env,symbol.first,func)
if not isinstance(symbol, LispSymbol):
print "first argument was not a symbol"
return new(LispNull)
value = LISP.evall(unEvalArgTuple[1],env)
env.put(symbol,value)
return value
def execute(self,env,*unEvalArgTuple):
condition = LISP.evall(unEvalArgTuple[0],env)
if condition is new(LispTrue):
return LISP.evall(unEvalArgTuple[1],env)
else:
return LISP.evall(unEvalArgTuple[2],env)
def execute(self,env, *args):
root = LISP.evall(args[0],env)
return LispTKScrollbarClass(root)
def execute(self,env, *args):
root = LISP.evall(args[0],env)
text = LISP.evall(args[1],env)
command = LISP.evall(args[2],env)
return LispTKButtonClass(root,text,command,env)
def execute(self,env, *args):
root = LISP.evall(args[0],env)
text = LISP.evall(args[1],env)
return LispTKLabelClass(root,text)
def execute(self,env, *args):
root = LISP.evall(args[0],env)
return LispTKFrameClass(root)
def execute(self,env, *args):
src = LISP.evall(args[0], env)
lisp = LISP.Reader.readLisp(src.value)
ret= LISP.Eval.evall(lisp,env)
return ret
def execute(self,env, *unevalArgs):
env.set(unevalArgs[0],LISP.evall(unevalArgs[1],env))
def execute(self,env, *unEvalArgs):
evalArg = LISP.evall(unEvalArgs[0],env)
if isinstance(evalArg, LispString):
print "\"%s\"" % evalArg.value
else:
print printLisp(evalArg)
def execute(self,env, *unEvalArgs):
evalArg = LISP.evall(unEvalArgs[0],env)
print printLisp(evalArg)
def execute(self,env,*unEvalArgs):
arg=None;
for uneval in unEvalArgs:
arg = LISP.evall(uneval,env)
return arg