int main(int argc, const char * argv[]) {
char code[1000] = "";
FILE *fp = fopen(argv[1], "r");
int i = 0;
char c;
while((c = fgetc(fp)) != EOF){
code[i++] = c;
}
fclose(fp);
code[i] = '\0';
VM* vm = newVM();
Context* global = newContext();
Contexts* contexts = newContexts();
pushContext(contexts, global);
Method* methods[MAX_METHOD_NUM] = {
defineMethod("+", method_add),
defineMethod("add", method_add),
defineMethod("-", method_minus),
defineMethod("minus", method_minus),
defineMethod("*", method_multiply),
defineMethod("multiply", method_multiply),
defineMethod("/", method_divide),
defineMethod("divide", method_divide),
defineMethod("\\", method_last),
defineMethod("last", method_last)
};
return execute(code, vm, contexts, methods);
}
void Dot::init() {
global_scope = new Scope();
null_type = new DotType(this, "null");
string_type = new DotString(this);
number_type = new DotNumber(this);
null_value = new DotValue(this, null_type);
operators.push_back(new AssignOperator(this)); //0
operators.push_back((operatorMethod = new MethodOperator(this))); //1
operators.push_back(new AddOperator(this)); //2
operators.push_back(new SubOperator(this)); //3
operators.push_back(new MulOperator(this)); //4
operators.push_back(new DivOperator(this)); //5
defineMethod("print", new DotPrintMethod(this));
defineMethod("type", new DotTypeMethod(this));
}
void ListModel::defineUtilMethods()
{
auto klass = RubyClass(RubyModule(RubyModule("QML"), "Data"), "ListModel");
klass.defineMethod("create_wrapper", RUBYQML_FUNCTION_INFO(&createWrapper));
}
void wrenDefineStaticMethod(WrenVM* vm, const char* className,
const char* methodName, int numParams,
WrenForeignMethodFn methodFn)
{
defineMethod(vm, className, methodName, numParams, methodFn, true);
}
