public void eval(Environment aEnvironment, int aStackTop) throws Exception {
// Get operator
LispError.checkArgumentCore(
aEnvironment,
aStackTop,
getArgumentPointer(aEnvironment, aStackTop, 1).getCons() != null,
1);
String orig = getArgumentPointer(aEnvironment, aStackTop, 1).getCons().string();
LispError.checkArgumentCore(aEnvironment, aStackTop, orig != null, 1);
// The arity
LispError.checkArgumentCore(
aEnvironment,
aStackTop,
getArgumentPointer(aEnvironment, aStackTop, 2).getCons() != null,
2);
LispError.checkArgumentCore(
aEnvironment,
aStackTop,
getArgumentPointer(aEnvironment, aStackTop, 2).getCons().string() != null,
2);
int arity =
Integer.parseInt(getArgumentPointer(aEnvironment, aStackTop, 2).getCons().string(), 10);
aEnvironment.unFenceRule(UtilityFunctions.symbolName(aEnvironment, orig), arity);
// Return true
UtilityFunctions.internalTrue(aEnvironment, getResult(aEnvironment, aStackTop));
}
public void eval(Environment aEnvironment, int aStackTop) throws Exception {
ConsPointer first = new ConsPointer();
UtilityFunctions.internalTail(first, argumentPointer(aEnvironment, aStackTop, 1));
UtilityFunctions.internalTail(result(aEnvironment, aStackTop), first);
ConsPointer head = new ConsPointer();
head.setCons(aEnvironment.iListAtom.copy(false));
head.getCons().rest().setCons(result(aEnvironment, aStackTop).getCons().subList().getCons());
result(aEnvironment, aStackTop).getCons().subList().setCons(head.getCons());
}
public void eval(Environment aEnvironment, int aStackTop) throws Exception {
LispError.checkCore(
aEnvironment, aStackTop, aEnvironment.iSecure == false, LispError.KLispErrSecurityBreach);
ConsPointer evaluated = new ConsPointer();
evaluated.setCons(argumentPointer(aEnvironment, aStackTop, 1).getCons());
// Get file name
LispError.checkArgumentCore(aEnvironment, aStackTop, evaluated.getCons() != null, 1);
String orig = evaluated.getCons().string();
LispError.checkArgumentCore(aEnvironment, aStackTop, orig != null, 1);
UtilityFunctions.loadDefFile(aEnvironment, orig);
UtilityFunctions.internalTrue(aEnvironment, result(aEnvironment, aStackTop));
}
void Compare(Environment aEnvironment, int aStackTop) throws Exception {
ConsPointer result1 = new ConsPointer();
ConsPointer result2 = new ConsPointer();
result1.setCons(
BuiltinFunctionInitialize.getArgumentPointer(aEnvironment, aStackTop, 1).getCons());
result2.setCons(
BuiltinFunctionInitialize.getArgumentPointer(aEnvironment, aStackTop, 2).getCons());
boolean cmp;
BigNumber n1 = result1.getCons().getNumber(aEnvironment.getPrecision());
BigNumber n2 = result2.getCons().getNumber(aEnvironment.getPrecision());
if (n1 != null && n2 != null) {
cmp = numfunc(n1, n2);
} else {
String str1;
String str2;
str1 = result1.getCons().string();
str2 = result2.getCons().string();
LispError.checkArgumentCore(aEnvironment, aStackTop, str1 != null, 1);
LispError.checkArgumentCore(aEnvironment, aStackTop, str2 != null, 2);
// the getPrecision argument is ignored in "lex" functions
cmp = lexfunc(str1, str2, aEnvironment.getTokenHash(), aEnvironment.getPrecision());
}
UtilityFunctions.internalBoolean(
aEnvironment, BuiltinFunctionInitialize.getResult(aEnvironment, aStackTop), cmp);
}
public void eval(Environment aEnvironment, int aStackTop) throws Exception {
org.mathpiper.lisp.UtilityFunctions.internalDefMacroRuleBase(aEnvironment, aStackTop, true);
}
