void
registerHleModule(const std::string &name,
HleModule *module)
{
if (std::find(decaf::config::system::lle_modules.begin(),
decaf::config::system::lle_modules.end(),
name) != decaf::config::system::lle_modules.end()) {
gLog->warn("Replacing HLE with LLE for module {}.", name);
return;
}
// Register module
decaf_check(sHleModules.find(name) == sHleModules.end());
sHleModules.emplace(name, module);
// Register every function symbol
auto &symbolMap = module->getSymbolMap();
for (auto &pair : symbolMap) {
auto symbol = pair.second;
if (symbol->type == HleSymbol::Function) {
registerHleFunc(reinterpret_cast<HleFunction *>(symbol));
}
}
}
uint32_t
registerUnimplementedHleFunc(const std::string &module, const std::string &name)
{
auto ppcFn = new functions::HleFunctionImpl<void>();
ppcFn->valid = false;
ppcFn->module = module;
ppcFn->name = name;
ppcFn->wrapped_function = nullptr;
registerHleFunc(ppcFn);
return ppcFn->syscallID;
}
void
registerHleModule(const std::string &name, HleModule *module)
{
// TODO: Handle if there is a collision
gHleModules.emplace(name, module);
auto symbols = module->getSymbols();
for (auto &sym : symbols) {
if (sym->type == HleSymbol::Function) {
registerHleFunc(reinterpret_cast<HleFunction*>(sym));
}
}
}
