int LuaArchive::GetArchiveInfo(lua_State* L)
{
const std::string archiveName = luaL_checksstring(L, 1);
CArchiveScanner::ArchiveData archiveData = archiveScanner->GetArchiveData(archiveName);
if (archiveData.IsEmpty()) {
return 0;
}
lua_createtable(L, 0, archiveData.GetInfo().size());
for (const auto& pair: archiveData.GetInfo()) {
const std::string& itemName = pair.first;
const InfoItem& itemData = pair.second;
lua_pushsstring(L, itemName);
switch (itemData.valueType) {
case INFO_VALUE_TYPE_STRING: {
lua_pushsstring(L, itemData.valueTypeString);
} break;
case INFO_VALUE_TYPE_INTEGER: {
lua_pushinteger(L, itemData.value.typeInteger);
} break;
case INFO_VALUE_TYPE_FLOAT: {
lua_pushnumber(L, itemData.value.typeFloat);
} break;
case INFO_VALUE_TYPE_BOOL: {
lua_pushboolean(L, itemData.value.typeBool);
} break;
default: assert(false);
}
lua_rawset(L, -3);
}
return 1;
}
int LuaArchive::HasArchive(lua_State* L)
{
const std::string archiveName = luaL_checksstring(L, 1);
CArchiveScanner::ArchiveData archiveData = archiveScanner->GetArchiveData(archiveName);
lua_pushboolean(L, !archiveData.IsEmpty());
return 1;
}
int LuaArchive::GetArchiveReplaces(lua_State* L)
{
const std::string archiveName = luaL_checksstring(L, 1);
CArchiveScanner::ArchiveData archiveData = archiveScanner->GetArchiveData(archiveName);
if (archiveData.IsEmpty()) {
return 0;
}
const std::vector<std::string>& replaces = archiveData.GetReplaces();
unsigned int count = 0;
lua_createtable(L, replaces.size(), 0);
for (const std::string& replace: replaces) {
lua_pushsstring(L, replace);
lua_rawseti(L, -2, ++count);
}
return 1;
}
static bool archNameCompare(const CArchiveScanner::ArchiveData& a, const CArchiveScanner::ArchiveData& b)
{
return (a.GetName() < b.GetName());
}
void CModInfo::Init(const char* modArchive)
{
filename = modArchive;
humanNameVersioned = archiveScanner->NameFromArchive(modArchive);
const CArchiveScanner::ArchiveData md = archiveScanner->GetArchiveData(humanNameVersioned);
humanName = md.GetName();
shortName = md.GetShortName();
version = md.GetVersion();
mutator = md.GetMutator();
description = md.GetDescription();
// initialize the parser
LuaParser parser("gamedata/modrules.lua",
SPRING_VFS_MOD_BASE, SPRING_VFS_ZIP);
// customize the defs environment
parser.GetTable("Spring");
parser.AddFunc("GetModOptions", LuaSyncedRead::GetModOptions);
parser.EndTable();
parser.Execute();
if (!parser.IsValid()) {
LOG_L(L_ERROR, "Failed loading mod-rules, using defaults; error: %s", parser.GetErrorLog().c_str());
}
const LuaTable& root = parser.GetRoot();
{
// system
const LuaTable& system = root.SubTable("system");
const size_t numThreads = std::max(0, configHandler->GetInt("MultiThreadCount"));
bool disableGML = (numThreads == 1);
pathFinderSystem = system.GetInt("pathFinderSystem", PFS_TYPE_DEFAULT) % PFS_NUM_TYPES;
luaThreadingModel = system.GetInt("luaThreadingModel", MT_LUA_SINGLE_BATCH);
//FIXME: remove unsave modes
if (luaThreadingModel > 2) {
LOG_L(L_WARNING, "Experimental luaThreadingModel %d selected! This is currently unmaintained and may be deprecated and/or removed in the future!", luaThreadingModel);
LOG_L(L_WARNING, "Automaticly disabled to prevent desyncs / crashes / hangs / graphical errors!");
if (!configHandler->GetBool("EnableUnsafeAndBrokenMT")) {
luaThreadingModel = 2;
} else {
LOG_L(L_WARNING, "MT enforced: expect desyncs / crashes / hangs / graphical errors!");
}
}
if (numThreads == 0) {
disableGML |= (Threading::GetAvailableCores() <= 1 );
disableGML |= (luaThreadingModel == MT_LUA_NONE );
disableGML |= (luaThreadingModel == MT_LUA_SINGLE );
disableGML |= (luaThreadingModel == MT_LUA_SINGLE_BATCH);
}
if (disableGML) {
// single core, or this game did not make any effort to
// specifically support MT ==> disable it by default
GML::Enable(false);
}
GML::SetCheckCallChain(globalConfig->GetMultiThreadLua() == MT_LUA_SINGLE_BATCH);
}
{
// movement
const LuaTable& movementTbl = root.SubTable("movement");
allowAircraftToLeaveMap = movementTbl.GetBool("allowAirPlanesToLeaveMap", true);
allowAircraftToHitGround = movementTbl.GetBool("allowAircraftToHitGround", true);
allowPushingEnemyUnits = movementTbl.GetBool("allowPushingEnemyUnits", false);
allowCrushingAlliedUnits = movementTbl.GetBool("allowCrushingAlliedUnits", false);
allowUnitCollisionDamage = movementTbl.GetBool("allowUnitCollisionDamage", false);
allowUnitCollisionOverlap = movementTbl.GetBool("allowUnitCollisionOverlap", true);
allowGroundUnitGravity = movementTbl.GetBool("allowGroundUnitGravity", true);
allowHoverUnitStrafing = movementTbl.GetBool("allowHoverUnitStrafing", (pathFinderSystem == PFS_TYPE_QTPFS));
useClassicGroundMoveType = movementTbl.GetBool("useClassicGroundMoveType", false);
}
{
// construction
const LuaTable& constructionTbl = root.SubTable("construction");
constructionDecay = constructionTbl.GetBool("constructionDecay", true);
constructionDecayTime = (int)(constructionTbl.GetFloat("constructionDecayTime", 6.66) * GAME_SPEED);
constructionDecaySpeed = std::max(constructionTbl.GetFloat("constructionDecaySpeed", 0.03), 0.01f);
}
{
// reclaim
const LuaTable& reclaimTbl = root.SubTable("reclaim");
multiReclaim = reclaimTbl.GetInt("multiReclaim", 0);
reclaimMethod = reclaimTbl.GetInt("reclaimMethod", 1);
reclaimUnitMethod = reclaimTbl.GetInt("unitMethod", 1);
reclaimUnitEnergyCostFactor = reclaimTbl.GetFloat("unitEnergyCostFactor", 0.0);
reclaimUnitEfficiency = reclaimTbl.GetFloat("unitEfficiency", 1.0);
reclaimFeatureEnergyCostFactor = reclaimTbl.GetFloat("featureEnergyCostFactor", 0.0);
reclaimAllowEnemies = reclaimTbl.GetBool("allowEnemies", true);
reclaimAllowAllies = reclaimTbl.GetBool("allowAllies", true);
}
{
// repair
const LuaTable& repairTbl = root.SubTable("repair");
repairEnergyCostFactor = repairTbl.GetFloat("energyCostFactor", 0.0);
}
{
// resurrect
const LuaTable& resurrectTbl = root.SubTable("resurrect");
resurrectEnergyCostFactor = resurrectTbl.GetFloat("energyCostFactor", 0.5);
}
{
// capture
const LuaTable& captureTbl = root.SubTable("capture");
captureEnergyCostFactor = captureTbl.GetFloat("energyCostFactor", 0.0);
}
{
// paralyze
const LuaTable& paralyzeTbl = root.SubTable("paralyze");
paralyzeOnMaxHealth = paralyzeTbl.GetBool("paralyzeOnMaxHealth", true);
}
{
// fire-at-dead-units
const LuaTable& fireAtDeadTbl = root.SubTable("fireAtDead");
fireAtKilled = fireAtDeadTbl.GetBool("fireAtKilled", false);
fireAtCrashing = fireAtDeadTbl.GetBool("fireAtCrashing", false);
}
{
// transportability
const LuaTable& transportTbl = root.SubTable("transportability");
transportAir = transportTbl.GetBool("transportAir", false);
transportShip = transportTbl.GetBool("transportShip", false);
transportHover = transportTbl.GetBool("transportHover", false);
transportGround = transportTbl.GetBool("transportGround", true);
targetableTransportedUnits = transportTbl.GetBool("targetableTransportedUnits", false);
}
{
// experience
const LuaTable& experienceTbl = root.SubTable("experience");
CUnit::SetExpMultiplier (experienceTbl.GetFloat("experienceMult", 1.0f));
CUnit::SetExpPowerScale (experienceTbl.GetFloat("powerScale", 1.0f));
CUnit::SetExpHealthScale(experienceTbl.GetFloat("healthScale", 0.7f));
CUnit::SetExpReloadScale(experienceTbl.GetFloat("reloadScale", 0.4f));
}
{
// flanking bonus
const LuaTable& flankingBonusTbl = root.SubTable("flankingBonus");
flankingBonusModeDefault = flankingBonusTbl.GetInt("defaultMode", 1);
}
{
// feature visibility
const LuaTable& featureLOS = root.SubTable("featureLOS");
featureVisibility = featureLOS.GetInt("featureVisibility", FEATURELOS_ALL);
featureVisibility = Clamp(featureVisibility, int(FEATURELOS_NONE), int(FEATURELOS_ALL));
}
{
// sensors, line-of-sight
const LuaTable& sensors = root.SubTable("sensors");
const LuaTable& los = sensors.SubTable("los");
requireSonarUnderWater = sensors.GetBool("requireSonarUnderWater", true);
// losMipLevel is used as index to readMap->mipHeightmaps,
// so the max value is CReadMap::numHeightMipMaps - 1
losMipLevel = los.GetInt("losMipLevel", 1);
losMul = los.GetFloat("losMul", 1.0f);
// airLosMipLevel doesn't have such restrictions, it's just used in various
// bitshifts with signed integers
airMipLevel = los.GetInt("airMipLevel", 2);
airLosMul = los.GetFloat("airLosMul", 1.0f);
if ((losMipLevel < 0) || (losMipLevel > 6)) {
throw content_error("Sensors\\Los\\LosMipLevel out of bounds. "
"The minimum value is 0. The maximum value is 6.");
}
if ((airMipLevel < 0) || (airMipLevel > 30)) {
throw content_error("Sensors\\Los\\AirLosMipLevel out of bounds. "
"The minimum value is 0. The maximum value is 30.");
}
}
}
void CModInfo::Init(const char* modArchive)
{
filename = modArchive;
humanNameVersioned = archiveScanner->NameFromArchive(modArchive);
const CArchiveScanner::ArchiveData md = archiveScanner->GetArchiveData(humanNameVersioned);
humanName = md.GetName();
shortName = md.GetShortName();
version = md.GetVersion();
mutator = md.GetMutator();
description = md.GetDescription();
// initialize the parser
LuaParser parser("gamedata/modrules.lua",
SPRING_VFS_MOD_BASE, SPRING_VFS_ZIP);
// customize the defs environment
parser.GetTable("Spring");
parser.AddFunc("GetModOptions", LuaSyncedRead::GetModOptions);
parser.EndTable();
parser.Execute();
if (!parser.IsValid()) {
LOG_L(L_ERROR, "Failed loading mod-rules, using defaults; error: %s", parser.GetErrorLog().c_str());
}
const LuaTable& root = parser.GetRoot();
{
// system
const LuaTable& system = root.SubTable("system");
pathFinderSystem = system.GetInt("pathFinderSystem", PFS_TYPE_DEFAULT) % PFS_NUM_TYPES;
}
{
// movement
const LuaTable& movementTbl = root.SubTable("movement");
allowAircraftToLeaveMap = movementTbl.GetBool("allowAirPlanesToLeaveMap", true);
allowAircraftToHitGround = movementTbl.GetBool("allowAircraftToHitGround", true);
allowPushingEnemyUnits = movementTbl.GetBool("allowPushingEnemyUnits", false);
allowCrushingAlliedUnits = movementTbl.GetBool("allowCrushingAlliedUnits", false);
allowUnitCollisionDamage = movementTbl.GetBool("allowUnitCollisionDamage", false);
allowUnitCollisionOverlap = movementTbl.GetBool("allowUnitCollisionOverlap", true);
allowGroundUnitGravity = movementTbl.GetBool("allowGroundUnitGravity", true);
allowHoverUnitStrafing = movementTbl.GetBool("allowHoverUnitStrafing", (pathFinderSystem == PFS_TYPE_QTPFS));
useClassicGroundMoveType = movementTbl.GetBool("useClassicGroundMoveType", false);
}
{
// construction
const LuaTable& constructionTbl = root.SubTable("construction");
constructionDecay = constructionTbl.GetBool("constructionDecay", true);
constructionDecayTime = (int)(constructionTbl.GetFloat("constructionDecayTime", 6.66) * GAME_SPEED);
constructionDecaySpeed = std::max(constructionTbl.GetFloat("constructionDecaySpeed", 0.03), 0.01f);
}
{
// reclaim
const LuaTable& reclaimTbl = root.SubTable("reclaim");
multiReclaim = reclaimTbl.GetInt("multiReclaim", 0);
reclaimMethod = reclaimTbl.GetInt("reclaimMethod", 1);
reclaimUnitMethod = reclaimTbl.GetInt("unitMethod", 1);
reclaimUnitEnergyCostFactor = reclaimTbl.GetFloat("unitEnergyCostFactor", 0.0);
reclaimUnitEfficiency = reclaimTbl.GetFloat("unitEfficiency", 1.0);
reclaimFeatureEnergyCostFactor = reclaimTbl.GetFloat("featureEnergyCostFactor", 0.0);
reclaimAllowEnemies = reclaimTbl.GetBool("allowEnemies", true);
reclaimAllowAllies = reclaimTbl.GetBool("allowAllies", true);
}
{
// repair
const LuaTable& repairTbl = root.SubTable("repair");
repairEnergyCostFactor = repairTbl.GetFloat("energyCostFactor", 0.0);
}
{
// resurrect
const LuaTable& resurrectTbl = root.SubTable("resurrect");
resurrectEnergyCostFactor = resurrectTbl.GetFloat("energyCostFactor", 0.5);
}
{
// capture
const LuaTable& captureTbl = root.SubTable("capture");
captureEnergyCostFactor = captureTbl.GetFloat("energyCostFactor", 0.0);
}
{
// paralyze
const LuaTable& paralyzeTbl = root.SubTable("paralyze");
paralyzeOnMaxHealth = paralyzeTbl.GetBool("paralyzeOnMaxHealth", true);
}
{
// fire-at-dead-units
const LuaTable& fireAtDeadTbl = root.SubTable("fireAtDead");
fireAtKilled = fireAtDeadTbl.GetBool("fireAtKilled", false);
fireAtCrashing = fireAtDeadTbl.GetBool("fireAtCrashing", false);
}
{
// transportability
const LuaTable& transportTbl = root.SubTable("transportability");
transportAir = transportTbl.GetBool("transportAir", false);
transportShip = transportTbl.GetBool("transportShip", false);
transportHover = transportTbl.GetBool("transportHover", false);
transportGround = transportTbl.GetBool("transportGround", true);
targetableTransportedUnits = transportTbl.GetBool("targetableTransportedUnits", false);
}
{
// experience
const LuaTable& experienceTbl = root.SubTable("experience");
CUnit::SetExpMultiplier (experienceTbl.GetFloat("experienceMult", 1.0f));
CUnit::SetExpPowerScale (experienceTbl.GetFloat("powerScale", 1.0f));
CUnit::SetExpHealthScale(experienceTbl.GetFloat("healthScale", 0.7f));
CUnit::SetExpReloadScale(experienceTbl.GetFloat("reloadScale", 0.4f));
}
{
// flanking bonus
const LuaTable& flankingBonusTbl = root.SubTable("flankingBonus");
flankingBonusModeDefault = flankingBonusTbl.GetInt("defaultMode", 1);
}
{
// feature visibility
const LuaTable& featureLOS = root.SubTable("featureLOS");
featureVisibility = featureLOS.GetInt("featureVisibility", FEATURELOS_ALL);
featureVisibility = Clamp(featureVisibility, int(FEATURELOS_NONE), int(FEATURELOS_ALL));
}
{
// sensors, line-of-sight
const LuaTable& sensors = root.SubTable("sensors");
const LuaTable& los = sensors.SubTable("los");
requireSonarUnderWater = sensors.GetBool("requireSonarUnderWater", true);
// losMipLevel is used as index to readMap->mipHeightmaps,
// so the max value is CReadMap::numHeightMipMaps - 1
losMipLevel = los.GetInt("losMipLevel", 1);
losMul = los.GetFloat("losMul", 1.0f);
// airLosMipLevel doesn't have such restrictions, it's just used in various
// bitshifts with signed integers
airMipLevel = los.GetInt("airMipLevel", 2);
airLosMul = los.GetFloat("airLosMul", 1.0f);
if ((losMipLevel < 0) || (losMipLevel > 6)) {
throw content_error("Sensors\\Los\\LosMipLevel out of bounds. "
"The minimum value is 0. The maximum value is 6.");
}
if ((airMipLevel < 0) || (airMipLevel > 30)) {
throw content_error("Sensors\\Los\\AirLosMipLevel out of bounds. "
"The minimum value is 0. The maximum value is 30.");
}
}
}
void CModInfo::Init(const char* modArchive)
{
filename = modArchive;
humanName = archiveScanner->NameFromArchive(modArchive);
const CArchiveScanner::ArchiveData md = archiveScanner->GetArchiveData(humanName);
shortName = md.GetShortName();
version = md.GetVersion();
mutator = md.GetMutator();
description = md.GetDescription();
// initialize the parser
LuaParser parser("gamedata/modrules.lua",
SPRING_VFS_MOD_BASE, SPRING_VFS_ZIP);
// customize the defs environment
parser.GetTable("Spring");
parser.AddFunc("GetModOptions", LuaSyncedRead::GetModOptions);
parser.EndTable();
parser.Execute();
if (!parser.IsValid()) {
LOG_L(L_ERROR, "Failed loading mod-rules, using defaults; error: %s",
parser.GetErrorLog().c_str());
}
const LuaTable root = parser.GetRoot();
// determine if bombers are allowed to leave map boundaries
const LuaTable movementTbl = root.SubTable("movement");
allowAirPlanesToLeaveMap = movementTbl.GetBool("allowAirPlanesToLeaveMap", true);
allowPushingEnemyUnits = movementTbl.GetBool("allowPushingEnemyUnits", false);
// determine whether the modder allows the user to use team coloured nanospray
const LuaTable nanosprayTbl = root.SubTable("nanospray");
allowTeamColors = nanosprayTbl.GetBool("allow_team_colors", true);
if (allowTeamColors) {
// Load the users preference for team coloured nanospray
globalRendering->teamNanospray = configHandler->GetBool("TeamNanoSpray");
}
// constructions
const LuaTable constructionTbl = root.SubTable("construction");
constructionDecay = constructionTbl.GetBool("constructionDecay", true);
constructionDecayTime = (int)(constructionTbl.GetFloat("constructionDecayTime", 6.66) * 30);
constructionDecaySpeed = constructionTbl.GetFloat("constructionDecaySpeed", 0.03);
// reclaim
const LuaTable reclaimTbl = root.SubTable("reclaim");
multiReclaim = reclaimTbl.GetInt("multiReclaim", 0);
reclaimMethod = reclaimTbl.GetInt("reclaimMethod", 1);
reclaimUnitMethod = reclaimTbl.GetInt("unitMethod", 1);
reclaimUnitEnergyCostFactor = reclaimTbl.GetFloat("unitEnergyCostFactor", 0.0);
reclaimUnitEfficiency = reclaimTbl.GetFloat("unitEfficiency", 1.0);
reclaimFeatureEnergyCostFactor = reclaimTbl.GetFloat("featureEnergyCostFactor", 0.0);
reclaimAllowEnemies = reclaimTbl.GetBool("allowEnemies", true);
reclaimAllowAllies = reclaimTbl.GetBool("allowAllies", true);
// repair
const LuaTable repairTbl = root.SubTable("repair");
repairEnergyCostFactor = repairTbl.GetFloat("energyCostFactor", 0.0);
// resurrect
const LuaTable resurrectTbl = root.SubTable("resurrect");
resurrectEnergyCostFactor = resurrectTbl.GetFloat("energyCostFactor", 0.5);
// capture
const LuaTable captureTbl = root.SubTable("capture");
captureEnergyCostFactor = captureTbl.GetFloat("energyCostFactor", 0.0);
// paralyze
const LuaTable paralyzeTbl = root.SubTable("paralyze");
paralyzeOnMaxHealth = paralyzeTbl.GetBool("paralyzeOnMaxHealth", true);
// fire-at-dead-units
const LuaTable fireAtDeadTbl = root.SubTable("fireAtDead");
fireAtKilled = fireAtDeadTbl.GetBool("fireAtKilled", false);
fireAtCrashing = fireAtDeadTbl.GetBool("fireAtCrashing", false);
// transportability
const LuaTable transportTbl = root.SubTable("transportability");
transportAir = transportTbl.GetInt("transportAir", false);
transportShip = transportTbl.GetInt("transportShip", false);
transportHover = transportTbl.GetInt("transportHover", false);
transportGround = transportTbl.GetInt("transportGround", true);
// experience
const LuaTable experienceTbl = root.SubTable("experience");
CUnit::SetExpMultiplier (experienceTbl.GetFloat("experienceMult", 1.0f));
CUnit::SetExpPowerScale (experienceTbl.GetFloat("powerScale", 1.0f));
CUnit::SetExpHealthScale(experienceTbl.GetFloat("healthScale", 0.7f));
CUnit::SetExpReloadScale(experienceTbl.GetFloat("reloadScale", 0.4f));
// flanking bonus
const LuaTable flankingBonusTbl = root.SubTable("flankingBonus");
flankingBonusModeDefault = flankingBonusTbl.GetInt("defaultMode", 1);
// feature visibility
const LuaTable featureLOS = root.SubTable("featureLOS");
featureVisibility = featureLOS.GetInt("featureVisibility", 3);
if (featureVisibility < 0 || featureVisibility > 3)
throw content_error("invalid modinfo: featureVisibility, valid range is 0..3");
// sensors
const LuaTable sensors = root.SubTable("sensors");
requireSonarUnderWater = sensors.GetBool("requireSonarUnderWater", true);
/// LoS
const LuaTable los = sensors.SubTable("los");
// losMipLevel is used as index to readmap->mipHeightmaps,
// so the max value is CReadMap::numHeightMipMaps - 1
losMipLevel = los.GetInt("losMipLevel", 1);
losMul = los.GetFloat("losMul", 1.0f);
if ((losMipLevel < 0) || (losMipLevel > 6)) {
throw content_error("Sensors\\Los\\LosMipLevel out of bounds. "
"The minimum value is 0. The maximum value is 6.");
}
// airLosMipLevel doesn't have such restrictions, it's just used in various
// bitshifts with signed integers
airMipLevel = los.GetInt("airMipLevel", 2);
if ((airMipLevel < 0) || (airMipLevel > 30)) {
throw content_error("Sensors\\Los\\AirLosMipLevel out of bounds. "
"The minimum value is 0. The maximum value is 30.");
}
airLosMul = los.GetFloat("airLosMul", 1.0f);
const LuaTable system = root.SubTable("system");
luaThreadingModel = system.GetInt("luaThreadingModel", MT_LUA_SINGLE_BATCH);
}