PS::PickState(Main &main, OCamlBinding &ocaml)
: _main(main)
, _ocaml(ocaml)
, _b(loadBundle(main, ocaml))
, _launchSolvingState(false)
{
lua_State *l = this->_b->act.getLuaState();
auto *bun = this->_b;
auto &act = bun->act;
int ret;
// TODO: ftlua
ret = lua_getglobal(l, "PickState");
FTASSERT(ret == LUA_TTABLE);
lua_pushinteger(l, 0);
lua_pushlightuserdata(l, this);
lua_settable(l, -3);
lua_pop(l, 1);
act.fireEvent("GRID_LIST_UPDATE", bun->extractGridNames()
, bun->grids.size());
act.fireEvent("SELECTED_GRID_CHANGED", bun->selectedId);
act.fireEvent("Bordel", 42, std::string("caca"));
act.queryRedrawAll();
return ;
}
RS::ResultState(Main &main, OCamlBinding &ocaml, ISolverListener::report_s r)
: _main(main)
, _ocaml(ocaml)
, _b(loadBundle(main, ocaml))
, _leave(false)
{
lua_State *l = this->_b->act.getLuaState();
auto *bun = this->_b;
auto &act = bun->act;
int ret;
// TODO: ftlua
ret = lua_getglobal(l, "ResultState");
FTASSERT(ret == LUA_TTABLE);
lua_pushinteger(l, 0);
lua_pushlightuserdata(l, this);
lua_settable(l, -3);
lua_pop(l, 1);
// act.fireEvent("GRID_LIST_UPDATE", bun->extractGridNames()
// , bun->grids.size());
act.fireEvent("RESULT_DATA", r.time, r.g, r.init_h, r.avg_h, r.nodes
, r.max_open, r.max_closed, r.max_both, r.steps);
// act.fireEvent("Bordel", 42, std::string("caca"));
act.queryRedrawAll();
return ;
}
uint16_t GX::Stage::acquireBundle(uint64_t permanentBundleID)
{
uint16_t bundleIndex = loadedBundles.size();
for (uint16_t i = 0; i < loadedBundles.size(); i++)
{
if (loadedBundles[i].referenceCount and loadedBundles[i].permanentBundleID == permanentBundleID)
{
loadedBundles[i].referenceCount++;
return i;
}
bundleIndex = std::min(i, bundleIndex);
}
if (loadedBundles.size() == bundleIndex)
loadedBundles.push_back(LoadedBundle());
loadedBundles[bundleIndex].referenceCount++;
loadedBundles[bundleIndex].permanentBundleID = permanentBundleID;
//Do actual loading
loadBundle(bundleIndex);
return bundleIndex;
}
