void Action::apply(City &city, Goods &turnGoods) {
processApply(city, turnGoods);
}
bool ControlBodyTranslator::preorder(const IR::MethodCallExpression* expression) {
builder->append("/* ");
visit(expression->method);
builder->append("(");
bool first = true;
for (auto a : *expression->arguments) {
if (!first)
builder->append(", ");
first = false;
visit(a);
}
builder->append(")");
builder->append("*/");
builder->newline();
auto mi = P4::MethodInstance::resolve(expression,
control->program->refMap,
control->program->typeMap);
auto apply = mi->to<P4::ApplyMethod>();
if (apply != nullptr) {
processApply(apply);
return false;
}
auto ef = mi->to<P4::ExternFunction>();
if (ef != nullptr) {
processFunction(ef);
return false;
}
auto ext = mi->to<P4::ExternMethod>();
if (ext != nullptr) {
processMethod(ext);
return false;
}
auto bim = mi->to<P4::BuiltInMethod>();
if (bim != nullptr) {
builder->emitIndent();
if (bim->name == IR::Type_Header::isValid) {
visit(bim->appliedTo);
builder->append(".ebpf_valid");
return false;
} else if (bim->name == IR::Type_Header::setValid) {
visit(bim->appliedTo);
builder->append(".ebpf_valid = true");
return false;
} else if (bim->name == IR::Type_Header::setInvalid) {
visit(bim->appliedTo);
builder->append(".ebpf_valid = false");
return false;
}
}
auto ac = mi->to<P4::ActionCall>();
if (ac != nullptr) {
// Action arguments have been eliminated by the mid-end.
BUG_CHECK(expression->arguments->size() == 0,
"%1%: unexpected arguments for action call", expression);
visit(ac->action->body);
return false;
}
::error("Unsupported method invocation %1%", expression);
return false;
}
