/**
** Checks if dependencies are met.
**
** @return true if the dependencies are met.
**
** @param l Lua state.
** Argument 1: player
** Argument 2: object which we want to check the dependencies of
*/
static int CclCheckDependency(lua_State *l)
{
LuaCheckArgs(l, 2);
const char *object = LuaToString(l, 2);
lua_pop(l, 1);
const int plynr = TriggerGetPlayer(l);
if (plynr == -1) {
LuaError(l, "bad player: %i" _C_ plynr);
}
const CPlayer *player = &Players[plynr];
if (!strncmp(object, "unit-", 5)) {
const CUnitType *unit_type = UnitTypeByIdent(object);
if (!unit_type) {
LuaError(l, "Invalid unit type: \"%s\"" _C_ object);
}
lua_pushboolean(l, CheckDependencies(unit_type, player));
} else if (!strncmp(object, "upgrade-", 8)) {
const CUpgrade *upgrade = CUpgrade::Get(object);
if (!upgrade) {
LuaError(l, "Invalid upgrade: \"%s\"" _C_ object);
}
lua_pushboolean(l, CheckDependencies(upgrade, player));
} else {
LuaError(l, "Invalid target of dependency check: \"%s\"" _C_ object);
}
return 1;
}
bool CheckDependencies(const CUpgrade *target, const CPlayer *player, bool ignore_units, bool is_predependency, bool is_neutral_use)
{
if (!is_predependency && !CheckDependencies(target, player, ignore_units, true, is_neutral_use)) {
return false;
}
if (UpgradeIdAllowed(*player, target->ID) != 'A' && !((is_predependency || is_neutral_use) && UpgradeIdAllowed(*player, target->ID) == 'R')) {
return false;
}
if (player->Faction != -1 && PlayerRaces.Factions[player->Faction]->Type == FactionTypeHolyOrder) { // if the player is a holy order, and the upgrade is incompatible with its deity, don't allow it
if (PlayerRaces.Factions[player->Faction]->HolyOrderDeity) {
CUpgrade *deity_upgrade = PlayerRaces.Factions[player->Faction]->HolyOrderDeity->DeityUpgrade;
if (deity_upgrade) {
for (CUpgradeModifier *upgrade_modifier : target->UpgradeModifiers) {
if (std::find(upgrade_modifier->RemoveUpgrades.begin(), upgrade_modifier->RemoveUpgrades.end(), deity_upgrade) != upgrade_modifier->RemoveUpgrades.end()) {
return false;
}
}
for (CUpgradeModifier *upgrade_modifier : deity_upgrade->UpgradeModifiers) {
if (std::find(upgrade_modifier->RemoveUpgrades.begin(), upgrade_modifier->RemoveUpgrades.end(), target) != upgrade_modifier->RemoveUpgrades.end()) {
return false;
}
}
}
}
}
if (is_predependency) {
return !target->Predependency || target->Predependency->Check(player, ignore_units);
} else {
return !target->Dependency || target->Dependency->Check(player, ignore_units);
}
}
vtkObject *
avtDatasetToDataObjectFilter::FetchArbitraryVTKObject(int dependencies,
const char *name, int dom, int ts,
const char *type)
{
// If we can't cache it, then there's something in the pipeline that
// subset the cells, transforms the data, etc.
// So, even if there is something in the cache, we can't use it ... it
// might be appropriate for a different pipeline, but not ours.
bool canUse = CheckDependencies(dependencies);
if (! canUse)
return NULL;
avtOriginatingSource *source = GetInput()->GetOriginatingSource();
return source->FetchArbitraryVTKObject(name, dom, ts, type);
}
bool CheckDependencies(const CUpgrade *target, const CUnit *unit, bool ignore_units, bool is_predependency)
{
if (!is_predependency && !CheckDependencies(target, unit, ignore_units, true)) {
return false;
}
if (UpgradeIdAllowed(*unit->Player, target->ID) == 'F') {
return false;
}
if (is_predependency) {
return !target->Predependency || target->Predependency->Check(unit, ignore_units);
} else {
return !target->Dependency || target->Dependency->Check(unit, ignore_units);
}
}
bool CheckDependencies(const CUnitType *target, const CPlayer *player, bool ignore_units, bool is_predependency, bool is_neutral_use)
{
if (!is_predependency && !CheckDependencies(target, player, ignore_units, true, is_neutral_use)) {
return false;
}
if (UnitIdAllowed(*player, target->Slot) == 0) {
return false;
}
if (is_predependency) {
return !target->Predependency || target->Predependency->Check(player, ignore_units);
} else {
return !target->Dependency || target->Dependency->Check(player, ignore_units);
}
}
void
avtDatasetToDataObjectFilter::StoreArbitraryVTKObject(int dependencies,
const char *name, int dom, int ts,
const char *type, vtkObject *obj)
{
bool canUse = CheckDependencies(dependencies);
if (! canUse)
{
if (DebugStream::Level5())
{
debug5 << "Cannot cache " << type << " for " << name << " because "
<< "dependencies were not satisfied.\n"
<< "This is an informational message, not an error." << endl;
}
return;
}
avtOriginatingSource *source = GetInput()->GetOriginatingSource();
source->StoreArbitraryVTKObject(name, dom, ts, type, obj);
}
// converts the input opCPP format to c++ format
bool opDriver::Convert(const opParameters& p) {
opMemoryTracker memorytracker;
bool bResult = true;
// run it
try {
// Validate the files specified on the command
// line (oh and doh).
if (!ValidateDialectFiles(p) || !ValidateFiles(p)) {
return false;
}
if (p.CleanMode) {
bResult = CleanMode(p) ? bResult : false;
return bResult;
}
if (!bResult) return false;
bool bSkipCompiling = false;
// must be in normal mode to read dialects
if (p.NormalMode) {
// check dependencies
bool bNewDependency = CheckDependencies();
if (bNewDependency) {
if (p.Verbose) {
Log("Dependency is out of date, forcing recompile ...");
Log("");
}
ForceCompile();
}
// if new dependency, we can't try to skip
if (!bNewDependency && !p.Force) {
// early skip detection:
// if we have any dialect files out of date, we must continue
if (DialectsCurrent()) {
// if we have any code files out of date, we must continue
if (CodeCurrent()) {
// or else, we can just get out of here...
bSkipCompiling = true;
}
}
}
if (!bSkipCompiling) bResult = DialectMode(p) ? bResult : false;
}
if (!bSkipCompiling) {
if (!bResult) return false;
// validate dialect read parameters
if (!opParameters::ValidateParameters()) return false;
// validate registered dialects
if (!DialectTracker::Validate()) {
opError::Print();
return false;
}
if (p.NormalMode) bResult = NormalMode(p) ? bResult : false;
if (!bResult) return false;
}
// glob mode
if (p.GlobMode) bResult = GlobMode(p) ? bResult : false;
if (!bResult) return false;
return true;
} catch (opException::opCPP_Exception&) {
opError::ExceptionError("opCPP");
} catch (opException::opCPP_ParseException&) {
opError::ExceptionError("opCPP Parse");
} catch (opException::opCPP_FatalException&) {
opError::ExceptionError("opCPP Fatal");
} catch (opException::opCPP_AssertException& e) {
opError::ExceptionError("Assert Failed (" + e.exceptionstring + ")");
} catch (boost::filesystem::filesystem_error& fe) {
opString errorstr = fe.what();
opString who = "";
errorstr.Replace(who, "Error: Improper path detected ");
Log(errorstr);
Log(opParameters::Get().GetCommandLineString());
} catch (...) {
opError::ExceptionError("Unhandled Unknown");
}
opException::CaughtException();
return false;
}
