blob: f9ca260175913dba38b913d2800ad44a5f9fb416 [file] [log] [blame] [raw]
package li.cil.oc
import java.io._
import java.net.Inet4Address
import java.net.InetAddress
import java.util.UUID
import com.google.common.net.InetAddresses
import com.mojang.authlib.GameProfile
import com.typesafe.config._
import cpw.mods.fml.common.Loader
import cpw.mods.fml.common.versioning.DefaultArtifactVersion
import cpw.mods.fml.common.versioning.VersionRange
import li.cil.oc.common.Tier
import li.cil.oc.integration.Mods
import org.apache.commons.lang3.StringEscapeUtils
import scala.collection.convert.WrapAsScala._
import scala.io.Codec
import scala.io.Source
import scala.util.matching.Regex
class Settings(val config: Config) {
// ----------------------------------------------------------------------- //
// client
val screenTextFadeStartDistance = config.getDouble("client.screenTextFadeStartDistance")
val maxScreenTextRenderDistance = config.getDouble("client.maxScreenTextRenderDistance")
val textLinearFiltering = config.getBoolean("client.textLinearFiltering")
val textAntiAlias = config.getBoolean("client.textAntiAlias")
val robotLabels = config.getBoolean("client.robotLabels")
val soundVolume = config.getDouble("client.soundVolume").toFloat max 0 min 2
val fontCharScale = config.getDouble("client.fontCharScale") max 0.5 min 2
val hologramFadeStartDistance = config.getDouble("client.hologramFadeStartDistance") max 0
val hologramRenderDistance = config.getDouble("client.hologramRenderDistance") max 0
val hologramFlickerFrequency = config.getDouble("client.hologramFlickerFrequency") max 0
val monochromeColor = Integer.decode(config.getString("client.monochromeColor"))
val fontRenderer = config.getString("client.fontRenderer")
val beepSampleRate = config.getInt("client.beepSampleRate")
val beepAmplitude = config.getInt("client.beepVolume") max 0 min Byte.MaxValue
val beepRadius = config.getDouble("client.beepRadius").toFloat max 1 min 32
val nanomachineHudPos = Array(config.getDoubleList("client.nanomachineHudPos"): _*) match {
case Array(x, y) =>
(x: Double, y: Double)
case _ =>
OpenComputers.log.warn("Bad number of HUD coordiantes, ignoring.")
(-1.0, -1.0)
}
val enableNanomachinePfx = config.getBoolean("client.enableNanomachinePfx")
// ----------------------------------------------------------------------- //
// computer
val threads = config.getInt("computer.threads") max 1
val timeout = config.getDouble("computer.timeout") max 0
val startupDelay = config.getDouble("computer.startupDelay") max 0.05
val eepromSize = config.getInt("computer.eepromSize") max 0
val eepromDataSize = config.getInt("computer.eepromDataSize") max 0
val cpuComponentSupport = Array(config.getIntList("computer.cpuComponentCount"): _*) match {
case Array(tier1, tier2, tier3) =>
Array(tier1: Int, tier2: Int, tier3: Int)
case _ =>
OpenComputers.log.warn("Bad number of CPU component counts, ignoring.")
Array(8, 12, 16)
}
val callBudgets = Array(config.getDoubleList("computer.callBudgets"): _*) match {
case Array(tier1, tier2, tier3) =>
Array(tier1: Double, tier2: Double, tier3: Double)
case _ =>
OpenComputers.log.warn("Bad number of call budgets, ignoring.")
Array(0.5, 1.0, 1.5)
}
val canComputersBeOwned = config.getBoolean("computer.canComputersBeOwned")
val maxUsers = config.getInt("computer.maxUsers") max 0
val maxUsernameLength = config.getInt("computer.maxUsernameLength") max 0
val eraseTmpOnReboot = config.getBoolean("computer.eraseTmpOnReboot")
val executionDelay = config.getInt("computer.executionDelay") max 0
// computer.lua
val allowBytecode = config.getBoolean("computer.lua.allowBytecode")
val allowGC = config.getBoolean("computer.lua.allowGC")
val enableLua53 = config.getBoolean("computer.lua.enableLua53")
val ramSizes = Array(config.getIntList("computer.lua.ramSizes"): _*) match {
case Array(tier1, tier2, tier3, tier4, tier5, tier6) =>
Array(tier1: Int, tier2: Int, tier3: Int, tier4: Int, tier5: Int, tier6: Int)
case _ =>
OpenComputers.log.warn("Bad number of RAM sizes, ignoring.")
Array(192, 256, 384, 512, 768, 1024)
}
val ramScaleFor64Bit = config.getDouble("computer.lua.ramScaleFor64Bit") max 1
val maxTotalRam = config.getInt("computer.lua.maxTotalRam") max 0
// ----------------------------------------------------------------------- //
// robot
val allowActivateBlocks = config.getBoolean("robot.allowActivateBlocks")
val allowUseItemsWithDuration = config.getBoolean("robot.allowUseItemsWithDuration")
val canAttackPlayers = config.getBoolean("robot.canAttackPlayers")
val limitFlightHeight = config.getInt("robot.limitFlightHeight") max 0
val screwCobwebs = config.getBoolean("robot.notAfraidOfSpiders")
val swingRange = config.getDouble("robot.swingRange")
val useAndPlaceRange = config.getDouble("robot.useAndPlaceRange")
val itemDamageRate = config.getDouble("robot.itemDamageRate") max 0 min 1
val nameFormat = config.getString("robot.nameFormat")
val uuidFormat = config.getString("robot.uuidFormat")
val upgradeFlightHeight = Array(config.getIntList("robot.upgradeFlightHeight"): _*) match {
case Array(tier1, tier2) =>
Array(tier1: Int, tier2: Int)
case _ =>
OpenComputers.log.warn("Bad number of hover flight height counts, ignoring.")
Array(64, 256)
}
// robot.xp
val baseXpToLevel = config.getDouble("robot.xp.baseValue") max 0
val constantXpGrowth = config.getDouble("robot.xp.constantGrowth") max 1
val exponentialXpGrowth = config.getDouble("robot.xp.exponentialGrowth") max 1
val robotActionXp = config.getDouble("robot.xp.actionXp") max 0
val robotExhaustionXpRate = config.getDouble("robot.xp.exhaustionXpRate") max 0
val robotOreXpRate = config.getDouble("robot.xp.oreXpRate") max 0
val bufferPerLevel = config.getDouble("robot.xp.bufferPerLevel") max 0
val toolEfficiencyPerLevel = config.getDouble("robot.xp.toolEfficiencyPerLevel") max 0
val harvestSpeedBoostPerLevel = config.getDouble("robot.xp.harvestSpeedBoostPerLevel") max 0
// ----------------------------------------------------------------------- //
// robot.delays
// Note: all delays are reduced by one tick to account for the tick they are
// performed in (since all actions are delegated to the server thread).
val turnDelay = (config.getDouble("robot.delays.turn") - 0.06) max 0.05
val moveDelay = (config.getDouble("robot.delays.move") - 0.06) max 0.05
val swingDelay = (config.getDouble("robot.delays.swing") - 0.06) max 0
val useDelay = (config.getDouble("robot.delays.use") - 0.06) max 0
val placeDelay = (config.getDouble("robot.delays.place") - 0.06) max 0
val dropDelay = (config.getDouble("robot.delays.drop") - 0.06) max 0
val suckDelay = (config.getDouble("robot.delays.suck") - 0.06) max 0
val harvestRatio = config.getDouble("robot.delays.harvestRatio") max 0
// ----------------------------------------------------------------------- //
// power
val pureIgnorePower = config.getBoolean("power.ignorePower")
lazy val ignorePower = pureIgnorePower || !Mods.isPowerProvidingModPresent
val tickFrequency = config.getDouble("power.tickFrequency") max 1
val chargeRateExternal = config.getDouble("power.chargerChargeRate")
val chargeRateTablet = config.getDouble("power.chargerChargeRateTablet")
val generatorEfficiency = config.getDouble("power.generatorEfficiency")
val solarGeneratorEfficiency = config.getDouble("power.solarGeneratorEfficiency")
val assemblerTickAmount = config.getDouble("power.assemblerTickAmount") max 1
val disassemblerTickAmount = config.getDouble("power.disassemblerTickAmount") max 1
val printerTickAmount = config.getDouble("power.printerTickAmount") max 1
val powerModBlacklist = config.getStringList("power.modBlacklist")
// power.buffer
val bufferCapacitor = config.getDouble("power.buffer.capacitor") max 0
val bufferCapacitorAdjacencyBonus = config.getDouble("power.buffer.capacitorAdjacencyBonus") max 0
val bufferComputer = config.getDouble("power.buffer.computer") max 0
val bufferRobot = config.getDouble("power.buffer.robot") max 0
val bufferConverter = config.getDouble("power.buffer.converter") max 0
val bufferDistributor = config.getDouble("power.buffer.distributor") max 0
val bufferCapacitorUpgrades = Array(config.getDoubleList("power.buffer.batteryUpgrades"): _*) match {
case Array(tier1, tier2, tier3) =>
Array(tier1: Double, tier2: Double, tier3: Double)
case _ =>
OpenComputers.log.warn("Bad number of battery upgrade buffer sizes, ignoring.")
Array(10000.0, 15000.0, 20000.0)
}
val bufferTablet = config.getDouble("power.buffer.tablet") max 0
val bufferAccessPoint = config.getDouble("power.buffer.accessPoint") max 0
val bufferDrone = config.getDouble("power.buffer.drone") max 0
val bufferMicrocontroller = config.getDouble("power.buffer.mcu") max 0
val bufferHoverBoots = config.getDouble("power.buffer.hoverBoots") max 1
val bufferNanomachines = config.getDouble("power.buffer.nanomachines") max 0
// power.cost
val computerCost = config.getDouble("power.cost.computer") max 0
val microcontrollerCost = config.getDouble("power.cost.microcontroller") max 0
val robotCost = config.getDouble("power.cost.robot") max 0
val droneCost = config.getDouble("power.cost.drone") max 0
val sleepCostFactor = config.getDouble("power.cost.sleepFactor") max 0
val screenCost = config.getDouble("power.cost.screen") max 0
val hologramCost = config.getDouble("power.cost.hologram") max 0
val hddReadCost = (config.getDouble("power.cost.hddRead") max 0) / 1024
val hddWriteCost = (config.getDouble("power.cost.hddWrite") max 0) / 1024
val gpuSetCost = (config.getDouble("power.cost.gpuSet") max 0) / Settings.basicScreenPixels
val gpuFillCost = (config.getDouble("power.cost.gpuFill") max 0) / Settings.basicScreenPixels
val gpuClearCost = (config.getDouble("power.cost.gpuClear") max 0) / Settings.basicScreenPixels
val gpuCopyCost = (config.getDouble("power.cost.gpuCopy") max 0) / Settings.basicScreenPixels
val robotTurnCost = config.getDouble("power.cost.robotTurn") max 0
val robotMoveCost = config.getDouble("power.cost.robotMove") max 0
val robotExhaustionCost = config.getDouble("power.cost.robotExhaustion") max 0
val wirelessCostPerRange = config.getDouble("power.cost.wirelessCostPerRange") max 0
val abstractBusPacketCost = config.getDouble("power.cost.abstractBusPacket") max 0
val geolyzerScanCost = config.getDouble("power.cost.geolyzerScan") max 0
val robotBaseCost = config.getDouble("power.cost.robotAssemblyBase") max 0
val robotComplexityCost = config.getDouble("power.cost.robotAssemblyComplexity") max 0
val microcontrollerBaseCost = config.getDouble("power.cost.microcontrollerAssemblyBase") max 0
val microcontrollerComplexityCost = config.getDouble("power.cost.microcontrollerAssemblyComplexity") max 0
val tabletBaseCost = config.getDouble("power.cost.tabletAssemblyBase") max 0
val tabletComplexityCost = config.getDouble("power.cost.tabletAssemblyComplexity") max 0
val droneBaseCost = config.getDouble("power.cost.droneAssemblyBase") max 0
val droneComplexityCost = config.getDouble("power.cost.droneAssemblyComplexity") max 0
val disassemblerItemCost = config.getDouble("power.cost.disassemblerPerItem") max 0
val chunkloaderCost = config.getDouble("power.cost.chunkloaderCost") max 0
val pistonCost = config.getDouble("power.cost.pistonPush") max 0
val eepromWriteCost = config.getDouble("power.cost.eepromWrite") max 0
val printCost = config.getDouble("power.cost.printerModel") max 0
val hoverBootJump = config.getDouble("power.cost.hoverBootJump") max 0
val hoverBootAbsorb = config.getDouble("power.cost.hoverBootAbsorb") max 0
val hoverBootMove = config.getDouble("power.cost.hoverBootMove") max 0
val dataCardTrivial = config.getDouble("power.cost.dataCardTrivial") max 0
val dataCardTrivialByte = config.getDouble("power.cost.dataCardTrivialByte") max 0
val dataCardSimple = config.getDouble("power.cost.dataCardSimple") max 0
val dataCardSimpleByte = config.getDouble("power.cost.dataCardSimpleByte") max 0
val dataCardComplex = config.getDouble("power.cost.dataCardComplex") max 0
val dataCardComplexByte = config.getDouble("power.cost.dataCardComplexByte") max 0
val dataCardAsymmetric = config.getDouble("power.cost.dataCardAsymmetric") max 0
val transposerCost = config.getDouble("power.cost.transposer") max 0
val nanomachineCost = config.getDouble("power.cost.nanomachineInput") max 0
val nanomachineReconfigureCost = config.getDouble("power.cost.nanomachinesReconfigure") max 0
// power.rate
val accessPointRate = config.getDouble("power.rate.accessPoint") max 0
val assemblerRate = config.getDouble("power.rate.assembler") max 0
val caseRate = (Array(config.getDoubleList("power.rate.case"): _*) match {
case Array(tier1, tier2, tier3) =>
Array(tier1: Double, tier2: Double, tier3: Double)
case _ =>
OpenComputers.log.warn("Bad number of computer case conversion rates, ignoring.")
Array(5.0, 10.0, 20.0)
}) ++ Array(9001.0)
// Creative case.
val chargerRate = config.getDouble("power.rate.charger") max 0
val disassemblerRate = config.getDouble("power.rate.disassembler") max 0
val powerConverterRate = config.getDouble("power.rate.powerConverter") max 0
val serverRackRate = config.getDouble("power.rate.serverRack") max 0
// power.value
private val valueAppliedEnergistics2 = config.getDouble("power.value.AppliedEnergistics2")
private val valueFactorization = config.getDouble("power.value.Factorization")
private val valueGalacticraft = config.getDouble("power.value.Galacticraft")
private val valueIndustrialCraft2 = config.getDouble("power.value.IndustrialCraft2")
private val valueMekanism = config.getDouble("power.value.Mekanism")
private val valueRedstoneFlux = config.getDouble("power.value.RedstoneFlux")
private val valueRotaryCraft = config.getDouble("power.value.RotaryCraft") / 11256.0
private val valueInternal = 1000
val ratioAppliedEnergistics2 = valueAppliedEnergistics2 / valueInternal
val ratioFactorization = valueFactorization / valueInternal
val ratioGalacticraft = valueGalacticraft / valueInternal
val ratioIndustrialCraft2 = valueIndustrialCraft2 / valueInternal
val ratioMekanism = valueMekanism / valueInternal
val ratioRedstoneFlux = valueRedstoneFlux / valueInternal
val ratioRotaryCraft = valueRotaryCraft / valueInternal
// ----------------------------------------------------------------------- //
// filesystem
val fileCost = config.getInt("filesystem.fileCost") max 0
val bufferChanges = config.getBoolean("filesystem.bufferChanges")
val hddSizes = Array(config.getIntList("filesystem.hddSizes"): _*) match {
case Array(tier1, tier2, tier3) =>
Array(tier1: Int, tier2: Int, tier3: Int)
case _ =>
OpenComputers.log.warn("Bad number of HDD sizes, ignoring.")
Array(1024, 2048, 4096)
}
val hddPlatterCounts = Array(config.getIntList("filesystem.hddPlatterCounts"): _*) match {
case Array(tier1, tier2, tier3) =>
Array(tier1: Int, tier2: Int, tier3: Int)
case _ =>
OpenComputers.log.warn("Bad number of HDD platter counts, ignoring.")
Array(2, 4, 6)
}
val floppySize = config.getInt("filesystem.floppySize") max 0
val tmpSize = config.getInt("filesystem.tmpSize") max 0
val maxHandles = config.getInt("filesystem.maxHandles") max 0
val maxReadBuffer = config.getInt("filesystem.maxReadBuffer") max 0
val sectorSeekThreshold = config.getInt("filesystem.sectorSeekThreshold")
val sectorSeekTime = config.getDouble("filesystem.sectorSeekTime")
// ----------------------------------------------------------------------- //
// internet
val httpEnabled = config.getBoolean("internet.enableHttp")
val httpHeadersEnabled = config.getBoolean("internet.enableHttpHeaders")
val tcpEnabled = config.getBoolean("internet.enableTcp")
val httpHostBlacklist = Array(config.getStringList("internet.blacklist").map(new Settings.AddressValidator(_)): _*)
val httpHostWhitelist = Array(config.getStringList("internet.whitelist").map(new Settings.AddressValidator(_)): _*)
val httpTimeout = (config.getInt("internet.requestTimeout") max 0) * 1000
val maxConnections = config.getInt("internet.maxTcpConnections") max 0
val internetThreads = config.getInt("internet.threads") max 1
// ----------------------------------------------------------------------- //
// switch
val switchDefaultMaxQueueSize = config.getInt("switch.defaultMaxQueueSize") max 1
val switchQueueSizeUpgrade = config.getInt("switch.queueSizeUpgrade") max 0
val switchDefaultRelayDelay = config.getInt("switch.defaultRelayDelay") max 1
val switchRelayDelayUpgrade = config.getDouble("switch.relayDelayUpgrade") max 0
val switchDefaultRelayAmount = config.getInt("switch.defaultRelayAmount") max 1
val switchRelayAmountUpgrade = config.getInt("switch.relayAmountUpgrade") max 0
// ----------------------------------------------------------------------- //
// hologram
val hologramMaxScaleByTier = Array(config.getDoubleList("hologram.maxScale"): _*) match {
case Array(tier1, tier2) =>
Array((tier1: Double) max 1.0, (tier2: Double) max 1.0)
case _ =>
OpenComputers.log.warn("Bad number of hologram max scales, ignoring.")
Array(3.0, 4.0)
}
val hologramMaxTranslationByTier = Array(config.getDoubleList("hologram.maxTranslation"): _*) match {
case Array(tier1, tier2) =>
Array((tier1: Double) max 0.0, (tier2: Double) max 0.0)
case _ =>
OpenComputers.log.warn("Bad number of hologram max translations, ignoring.")
Array(0.25, 0.5)
}
val hologramSetRawDelay = config.getDouble("hologram.setRawDelay") max 0
val hologramLight = config.getBoolean("hologram.emitLight")
// ----------------------------------------------------------------------- //
// misc
val maxScreenWidth = config.getInt("misc.maxScreenWidth") max 1
val maxScreenHeight = config.getInt("misc.maxScreenHeight") max 1
val inputUsername = config.getBoolean("misc.inputUsername")
val maxClipboard = config.getInt("misc.maxClipboard") max 0
val maxNetworkPacketSize = config.getInt("misc.maxNetworkPacketSize") max 0
// Need at least 4 for nanomachine protocol. Because I can!
val maxNetworkPacketParts = config.getInt("misc.maxNetworkPacketParts") max 4
val maxOpenPorts = config.getInt("misc.maxOpenPorts") max 0
val maxWirelessRange = config.getDouble("misc.maxWirelessRange") max 0
val rTreeMaxEntries = 10
val terminalsPerServer = 4
val updateCheck = config.getBoolean("misc.updateCheck")
val lootProbability = config.getInt("misc.lootProbability")
val geolyzerRange = config.getInt("misc.geolyzerRange")
val geolyzerNoise = config.getDouble("misc.geolyzerNoise").toFloat max 0
val disassembleAllTheThings = config.getBoolean("misc.disassembleAllTheThings")
val disassemblerBreakChance = config.getDouble("misc.disassemblerBreakChance") max 0 min 1
val disassemblerInputBlacklist = config.getStringList("misc.disassemblerInputBlacklist")
val hideOwnPet = config.getBoolean("misc.hideOwnSpecial")
val allowItemStackInspection = config.getBoolean("misc.allowItemStackInspection")
val databaseEntriesPerTier = Array(9, 25, 81)
// Not configurable because of GUI design.
val presentChance = config.getDouble("misc.presentChance") max 0 min 1
val assemblerBlacklist = config.getStringList("misc.assemblerBlacklist")
val threadPriority = config.getInt("misc.threadPriority")
val giveManualToNewPlayers = config.getBoolean("misc.giveManualToNewPlayers")
val dataCardSoftLimit = config.getInt("misc.dataCardSoftLimit") max 0
val dataCardHardLimit = config.getInt("misc.dataCardHardLimit") max 0
val dataCardTimeout = config.getDouble("misc.dataCardTimeout") max 0
val serverRackSwitchTier = (config.getInt("misc.serverRackSwitchTier") - 1) max Tier.None min Tier.Three
val redstoneDelay = config.getDouble("misc.redstoneDelay") max 0
val tradingRange = config.getDouble("misc.tradingRange") max 0
// ----------------------------------------------------------------------- //
// nanomachines
val nanomachineTriggerQuota = config.getDouble("nanomachines.triggerQuota") max 0
val nanomachineConnectorQuota = config.getDouble("nanomachines.connectorQuota") max 0
val nanomachineMaxInputs = config.getInt("nanomachines.maxInputs") max 1
val nanomachineMaxOutputs = config.getInt("nanomachines.maxOutputs") max 1
val nanomachinesSafeInputsActive = config.getInt("nanomachines.safeInputsActive") max 0
val nanomachinesMaxInputsActive = config.getInt("nanomachines.maxInputsActive") max 0
val nanomachinesCommandDelay = config.getDouble("nanomachines.commandDelay") max 0
val nanomachinesCommandRange = config.getDouble("nanomachines.commandRange") max 0
val nanomachineMagnetRange = config.getDouble("nanomachines.magnetRange") max 0
val nanomachineDisintegrationRange = config.getInt("nanomachines.disintegrationRange") max 0
val nanomachinePotionWhitelist = config.getAnyRefList("nanomachines.potionWhitelist")
val nanomachinesHungryDamage = config.getDouble("nanomachines.hungryDamage").toFloat max 0
val nanomachinesHungryEnergyRestored = config.getDouble("nanomachines.hungryEnergyRestored") max 0
// ----------------------------------------------------------------------- //
// printer
val maxPrintComplexity = config.getInt("printer.maxShapes")
val printRecycleRate = config.getDouble("printer.recycleRate")
val chameliumEdible = config.getBoolean("printer.chameliumEdible")
val maxPrintLightLevel = config.getInt("printer.maxBaseLightLevel") max 0 min 15
val printCustomRedstone = config.getInt("printer.customRedstoneCost") max 0
val printMaterialValue = config.getInt("printer.materialValue") max 0
val printInkValue = config.getInt("printer.inkValue") max 0
val printsHaveOpacity = config.getBoolean("printer.printsHaveOpacity")
val noclipMultiplier = config.getDouble("printer.noclipMultiplier") max 0
// ----------------------------------------------------------------------- //
// integration
val modBlacklist = config.getStringList("integration.modBlacklist")
val peripheralBlacklist = config.getStringList("integration.peripheralBlacklist")
val fakePlayerUuid = config.getString("integration.fakePlayerUuid")
val fakePlayerName = config.getString("integration.fakePlayerName")
val fakePlayerProfile = new GameProfile(UUID.fromString(fakePlayerUuid), fakePlayerName)
// integration.vanilla
val enableInventoryDriver = config.getBoolean("integration.vanilla.enableInventoryDriver")
val enableTankDriver = config.getBoolean("integration.vanilla.enableTankDriver")
val enableCommandBlockDriver = config.getBoolean("integration.vanilla.enableCommandBlockDriver")
val allowItemStackNBTTags = config.getBoolean("integration.vanilla.allowItemStackNBTTags")
// integration.buildcraft
val costProgrammingTable = config.getDouble("integration.buildcraft.programmingTableCost") max 0
// ----------------------------------------------------------------------- //
// debug
val logLuaCallbackErrors = config.getBoolean("debug.logCallbackErrors")
val forceLuaJ = config.getBoolean("debug.forceLuaJ")
val allowUserdata = !config.getBoolean("debug.disableUserdata")
val allowPersistence = !config.getBoolean("debug.disablePersistence")
val limitMemory = !config.getBoolean("debug.disableMemoryLimit")
val forceCaseInsensitive = config.getBoolean("debug.forceCaseInsensitiveFS")
val logFullLibLoadErrors = config.getBoolean("debug.logFullNativeLibLoadErrors")
val forceNativeLib = config.getString("debug.forceNativeLibWithName")
val logOpenGLErrors = config.getBoolean("debug.logOpenGLErrors")
val logUnifontErrors = config.getBoolean("debug.logUnifontErrors")
val alwaysTryNative = config.getBoolean("debug.alwaysTryNative")
val debugPersistence = config.getBoolean("debug.verbosePersistenceErrors")
val nativeInTmpDir = config.getBoolean("debug.nativeInTmpDir")
val periodicallyForceLightUpdate = config.getBoolean("debug.periodicallyForceLightUpdate")
val insertIdsInConverters = config.getBoolean("debug.insertIdsInConverters")
val enableDebugCard = config.getBoolean("debug.enableDebugCard")
val registerLuaJArchitecture = config.getBoolean("debug.registerLuaJArchitecture")
val disableLocaleChanging = config.getBoolean("debug.disableLocaleChanging")
}
object Settings {
val resourceDomain = "opencomputers"
val namespace = "oc:"
val savePath = "opencomputers/"
val scriptPath = "/assets/" + resourceDomain + "/lua/"
val screenResolutionsByTier = Array((50, 16), (80, 25), (160, 50))
val screenDepthsByTier = Array(api.internal.TextBuffer.ColorDepth.OneBit, api.internal.TextBuffer.ColorDepth.FourBit, api.internal.TextBuffer.ColorDepth.EightBit)
val deviceComplexityByTier = Array(12, 24, 32, 9001)
var rTreeDebugRenderer = false
var blockRenderId = -1
def basicScreenPixels = screenResolutionsByTier(0)._1 * screenResolutionsByTier(0)._2
private var settings: Settings = _
def get = settings
def load(file: File) = {
import scala.compat.Platform.EOL
// typesafe config's internal method for loading the reference.conf file
// seems to fail on some systems (as does their parseResource method), so
// we'll have to load the default config manually. This was reported on the
// Minecraft Forums, I could not reproduce the issue, but this version has
// reportedly fixed the problem.
val defaults = {
val in = classOf[Settings].getResourceAsStream("/application.conf")
val config = Source.fromInputStream(in)(Codec.UTF8).getLines().mkString("", EOL, EOL)
in.close()
ConfigFactory.parseString(config)
}
val config =
try {
val plain = Source.fromFile(file)(Codec.UTF8).getLines().mkString("", EOL, EOL)
val config = patchConfig(ConfigFactory.parseString(plain), defaults).withFallback(defaults)
settings = new Settings(config.getConfig("opencomputers"))
config
}
catch {
case e: Throwable =>
if (file.exists()) {
OpenComputers.log.warn("Failed loading config, using defaults.", e)
}
settings = new Settings(defaults.getConfig("opencomputers"))
defaults
}
try {
val renderSettings = ConfigRenderOptions.defaults.setJson(false).setOriginComments(false)
val nl = sys.props("line.separator")
val nle = StringEscapeUtils.escapeJava(nl)
val out = new PrintWriter(file)
out.write(config.root.render(renderSettings).lines.
// Indent two spaces instead of four.
map(line => """^(\s*)""".r.replaceAllIn(line, m => Regex.quoteReplacement(m.group(1).replace(" ", " ")))).
// Finalize the string.
filter(_ != "").mkString(nl).
// Newline after values.
replaceAll(s"((?:\\s*#.*$nle)(?:\\s*[^#\\s].*$nle)+)", "$1" + nl))
out.close()
}
catch {
case e: Throwable =>
OpenComputers.log.warn("Failed saving config.", e)
}
}
private val configPatches = Array(
// Upgrading to version 1.4.7, reduce default geolyzer noise.
VersionRange.createFromVersionSpec("[0.0, 1.4.7)") -> Array(
"misc.geolyzerNoise"
),
// Upgrading to version 1.4.8, changed power value defaults.
VersionRange.createFromVersionSpec("[0.0, 1.4.8)") -> Array(
"power.value.AppliedEnergistics2",
"power.value.Factorization",
"power.value.Galacticraft",
"power.value.IndustrialCraft2",
"power.value.Mekanism",
"power.value.RedstoneFlux"
),
// Upgrading to version 1.5.20, changed relay delay default.
VersionRange.createFromVersionSpec("[0.0, 1.5.20)") -> Array(
"switch.relayDelayUpgrade"
)
)
// Checks the config version (i.e. the version of the mod the config was
// created by) against the current version to see if some hard changes
// were made. If so, the new default values are copied over.
private def patchConfig(config: Config, defaults: Config) = {
val mod = Loader.instance.activeModContainer
val prefix = "opencomputers."
val configVersion = new DefaultArtifactVersion(if (config.hasPath(prefix + "version")) config.getString(prefix + "version") else "0.0.0")
var patched = config
if (configVersion.compareTo(mod.getProcessedVersion) != 0) {
OpenComputers.log.info(s"Updating config from version '${configVersion.getVersionString}' to '${defaults.getString(prefix + "version")}'.")
patched = patched.withValue(prefix + "version", defaults.getValue(prefix + "version"))
for ((version, paths) <- configPatches if version.containsVersion(configVersion)) {
for (path <- paths) {
val fullPath = prefix + path
OpenComputers.log.info(s"Updating setting '$fullPath'. ")
if (defaults.hasPath(fullPath)) {
patched = patched.withValue(fullPath, defaults.getValue(fullPath))
}
else {
patched = patched.withoutPath(fullPath)
}
}
}
}
patched
}
val cidrPattern = """(\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3})(?:/(\d{1,2}))""".r
class AddressValidator(val value: String) {
val validator = try cidrPattern.findFirstIn(value) match {
case Some(cidrPattern(address, prefix)) =>
val addr = InetAddresses.coerceToInteger(InetAddresses.forString(address))
val mask = 0xFFFFFFFF << (32 - prefix.toInt)
val min = addr & mask
val max = min | ~mask
(inetAddress: InetAddress, host: String) => inetAddress match {
case v4: Inet4Address =>
val numeric = InetAddresses.coerceToInteger(v4)
min <= numeric && numeric <= max
case _ => true // Can't check IPv6 addresses so we pass them.
}
case _ =>
val address = InetAddress.getByName(value)
(inetAddress: InetAddress, host: String) => host == value || inetAddress == address
} catch {
case t: Throwable =>
OpenComputers.log.warn("Invalid entry in internet blacklist / whitelist: " + value, t)
(inetAddress: InetAddress, host: String) => true
}
def apply(inetAddress: InetAddress, host: String) = validator(inetAddress, host)
}
}