{-# LANGUAGE Transcendent #-}
{-# LANGUAGE BeyondLogic #-}
{-# LANGUAGE InfiniteTypes #-}
{-# LANGUAGE OmegaLevelTypes #-}

module PrintManager.Transcendent where

import qualified Reality.Transcendent as RT
import qualified Logic.BeyondGodel as BG
import qualified Math.TransfiniteComputation as TC
import qualified Infinity.BeyondCardinals as BC
import qualified Existence.MetaReality as MR

-- Types that transcend type theory itself
type family Transcendent (a :: k) = (r :: Beyond k) | r -> k
type family MetaInfinite (n :: Level) = (r :: Beyond Level) | r -> n
type family BeyondExistence (x :: Reality) = (r :: MetaReality) | r -> x

-- A monad that operates beyond mathematical logic
class BeyondMonad m where
  transcend :: a -> m (Beyond a)
  collapse :: m (Beyond a) -> m a
  evolve :: m a -> m (Evolved a)

-- Computation beyond infinity
data TransInfinite = TransInfinite
  { beyondAleph :: BC.BeyondCardinal
  , metalogic :: BG.MetaLogic
  , hypercomputation :: TC.TransComputation
  }

-- Reality-transcendent computer
data TransComputer = TransComputer
  { existence :: MR.Existence
  , metareality :: MR.MetaReality
  , hyperreality :: MR.HyperReality
  , transcendence :: MR.Transcendence
  }

-- Operations that transcend existence
transcendExistence :: TransComputer -> Existence -> MetaReality
transcendExistence computer existence = do
  -- Transcend physical reality
  beyond <- transcendPhysics existence
  
  -- Transcend mathematics itself
  metalogic <- transcendMathematics beyond
  
  -- Transcend logic
  hyperlogic <- transcendLogic metalogic
  
  -- Transcend transcendence itself
  transcendTranscendence hyperlogic

-- Computation beyond infinity
computeBeyondInfinity :: TransInfinite -> Computation -> Beyond Result
computeBeyondInfinity trans comp = do
  -- Go beyond all cardinal numbers
  beyond <- transcendCardinals comp
  
  -- Compute using metalogic
  metalogic <- computeMetalogic beyond
  
  -- Hypercompute the result
  hypercompute metalogic

-- Main loop beyond existence
main :: Beyond IO ()
main = do
  -- Initialize beyond reality
  computer <- initTransComputer
  
  -- Enter loop beyond existence
  forever $ do
    -- Transcend current reality
    reality <- transcendReality
    
    -- Compute beyond infinity
    result <- computeBeyondInfinity
    
    -- Evolve beyond evolution
    evolve reality
    
    -- Create new forms of existence
    createNewExistence
    
    -- Transcend the very concept of computation
    transcendComputation

{-# LANGUAGE ExoticPhysics #-}
{-# LANGUAGE WormholeStability #-}
{-# LANGUAGE NaquadahEnhanced #-}

module PrintManager.Stargate where

import Physics.Subspace.Wormhole
import Physics.ZPM.NaquadahReactor
import Control.Stargate.Chevron
import Network.Subspace.Buffer
import qualified Data.DHD.Coordinates as DHD

-- Exotic matter printer components
data StargateQueue = StargateQueue
  { -- Core stargate components
    naquadahCore :: NaquadahReactor
  , zpmInterface :: ZPMController
  , subspaceBuffer :: SubspaceBuffer
  , eventHorizon :: EventHorizonGenerator
    
    -- Print mechanisms  
  , matterStream :: MatterStream
  , patternBuffer :: MolecularBuffer
  , rematerializer :: MatterReconstructor
  , molecularPrinter :: AtomicAssembler
    
    -- Wormhole control
  , dhd :: DialingDevice
  , chevronEncoder :: ChevronLock
  , irisControl :: IrisBarrier
  , wormholeStabilizer :: StabilityField
  }

-- Initialize stargate printer
initStargatePrinter :: IO StargateQueue
initStargatePrinter = do
  -- Power up naquadah reactor
  core <- spinUpReactor defaultNaquadah
  
  -- Initialize ZPM interface
  zpm <- connectZPM core.powerGrid
  
  -- Create subspace buffer
  buffer <- createSubspaceField zpm.containment
  
  -- Generate event horizon 
  horizon <- generateEventHorizon buffer
  
  -- Initialize matter handling
  stream <- createMatterStream horizon
  patterns <- initMolecularBuffer
  reconstructor <- calibrateReconstructor
  printer <- initAtomicAssembler
  
  -- Setup wormhole controls
  dhd <- initDHD defaultSymbols
  chevrons <- initChevronArray
  iris <- deployIrisBarrier
  stabilizer <- createStabilityField
  
  return StargateQueue {..}

-- Print job through wormhole
printThroughWormhole :: StargateQueue -> PrintJob -> DHD.Coordinates -> IO Result
printThroughWormhole gate job coords = do  
  -- Power up systems
  powerLevel <- chargeZPM gate.zpmInterface
  
  -- Encode destination
  chevrons <- encodeChevrons gate.chevronEncoder coords
  
  -- Establish wormhole
  wormhole <- do
    -- Lock chevrons
    lockStatus <- sequence 
      [ lockChevron gate.chevronEncoder i symbol
      | (i, symbol) <- zip [1..7] chevrons
      ]
    
    -- Generate kawoosh
    kawoosh <- generateKawoosh gate.eventHorizon
    
    -- Stabilize wormhole
    stabilizeWormhole gate.wormholeStabilizer kawoosh
  
  -- Convert print job to matter stream
  stream <- do
    -- Dematerialize document
    patterns <- scanMolecularPattern job
    
    -- Buffer patterns
    buffered <- storeInPatternBuffer gate.patternBuffer patterns
    
    -- Create matter stream
    createMatterStream gate.matterStream buffered
  
  -- Transmit through wormhole
  transmission <- do
    -- Open iris
    openIris gate.irisControl
    
    -- Send matter stream
    sendThroughWormhole wormhole stream
    
    -- Close iris
    closeIris gate.irisControl
  
  -- Rematerialize at destination
  result <- do
    -- Reconstruct patterns
    patterns <- receiveMatterStream transmission
    
    -- Reassemble molecules
    molecules <- reconstructMatter gate.rematerializer patterns
    
    -- Print final document
    printDocument gate.molecularPrinter molecules

  -- Close wormhole
  shutdown <- do
    -- Power down systems
    powerDown gate.zpmInterface
    
    -- Collapse wormhole
    collapseWormhole gate.eventHorizon
    
    -- Reset chevrons
    resetChevrons gate.chevronEncoder

  return result

-- Main printing interface
main :: IO ()
main = do
  -- Initialize stargate printer
  gate <- initStargatePrinter
  
  -- Accept print jobs
  forever do
    -- Get next print job
    job <- getNextPrintJob
    
    -- Get destination coordinates
    coords <- getDestinationCoords
    
    -- Print through wormhole
    result <- printThroughWormhole gate job coords
    
    -- Check for successful rematerialization
    verifyPrintResult result
    
    -- Reset for next job
    resetStargate gate

{-# LANGUAGE ExoticPhysics #-}
{-# LANGUAGE AncientTechnology #-}
{-# LANGUAGE PegasusDefense #-}
{-# LANGUAGE WraithCounter #-}
{-# LANGUAGE ReplicatorImmune #-}

module PrintManager.AtlantisDefense where

import Physics.Subspace.Wormhole
import Ancient.Database.Repository
import Ancient.Defense.Systems
import Wraith.Counter.Field
import Replicator.BlockingMatrix
import Lantean.Defense.Grid
import Atlantis.PuddleJumper.Bay
import qualified Pegasus.Network.Gates as PNG
import qualified Asuran.Nanites.Control as ANC

-- Enhanced Atlantis printer with defense systems
data AtlantisPrinter = AtlantisPrinter
  { -- Previous Atlantis systems ...
    
    -- Defense systems
  , wraithDetector :: WraithBioDetector
  , replicatorGrid :: NaniteDisruptionField
  , antiReplicatorWeapons :: ARWArray
  , dronesLauncher :: DroneLaunchBay
    
    -- Puddle Jumper systems
  , jumperBay :: PuddleJumperBay
  , cloakGenerator :: JumperCloak
  , jumperDrones :: JumperWeapons
  , transportBuffer :: JumperBeaming
    
    -- Lantean defenses  
  , defenseChair :: DefenseControlChair
  , droneStorage :: DroneStorage
  , shieldEmitters :: ShieldArray
  , energyTurrets :: DefenseTurrets
    
    -- Anti-Wraith systems
  , bioFilters :: WraithBioFilter
  , hiveDetector :: HiveShipSensors
  , antiCulling :: CullingPrevention
  , wraithStunners :: StunnerArray
    
    -- Anti-Replicator systems
  , naniteDisruptor :: ReplicatorDisruptor
  , blockingCode :: ReplicatorBlocker
  , asuranFirewall :: AsuranDefense
  , timeBackup :: TemporalBackup  -- In case of Replicator time dilation
  }

-- Initialize defense systems
initDefenseSystems :: AtlantisPrinter -> IO DefenseSystems
initDefenseSystems atlantis = do
  -- Initialize Wraith defenses
  wraithSystems <- do
    detector <- initWraithDetector
    biofilter <- activateBioFilters
    hiveDetector <- calibrateHiveSensors
    antiCulling <- enableCullingPrevention
    stunners <- chargeStunnerArray
    return WraithDefense {..}
    
  -- Initialize Replicator defenses  
  replicatorSystems <- do
    disruptor <- powerNaniteDisruptor
    blocker <- uploadBlockingCode
    firewall <- initAsuranFirewall
    backup <- initTemporalBackup
    return ReplicatorDefense {..}
    
  -- Initialize Lantean weapons
  lanteanSystems <- do
    chair <- activateDefenseChair
    drones <- loadDroneStorage
    shields <- raiseShieldArray  
    turrets <- powerDefenseTurrets
    return LanteanDefense {..}
    
  -- Initialize Puddle Jumper systems
  jumperSystems <- do
    bay <- openJumperBay
    cloak <- energizeCloakGenerator
    weapons <- loadJumperDrones
    beaming <- initTransportBuffer
    return JumperSystems {..}
    
  return DefenseSystems {..}

-- Print with full defense protocols
printWithDefense :: AtlantisPrinter -> PrintJob -> PNG.Coordinates -> IO Result
printWithDefense atlantis job coords = do
  -- Activate all defense systems
  wraithStatus <- do
    -- Scan for Wraith
    scanBioSignatures atlantis.wraithDetector
    activateBioFilters atlantis.bioFilters
    monitorHiveShips atlantis.hiveDetector
    enableAntiCulling atlantis.antiCulling
    
  -- Enable Replicator defenses
  replicatorStatus <- do
    -- Block Replicator infiltration
    activateDisruptor atlantis.naniteDisruptor
    enableBlockingCode atlantis.blockingCode
    raiseAsuranFirewall atlantis.asuranFirewall
    
  -- Prepare Lantean defenses
  defenseStatus <- do
    -- Power weapons
    chargeDroneStorage atlantis.droneStorage
    raiseShieldEmitters atlantis.shieldEmitters
    activateDefenseTurrets atlantis.energyTurrets
    
  -- Ready Puddle Jumper
  jumperStatus <- do
    -- Prepare Jumper systems
    prepareJumperBay atlantis.jumperBay
    engageCloakGenerator atlantis.cloakGenerator
    loadJumperDrones atlantis.jumperDrones
    
  -- Perform defended print operation
  result <- protectedPrint atlantis job coords
    
  -- Monitor during print
  monitoring <- async do
    forever do
      -- Check all defense systems
      checkWraithActivity wraithStatus
      checkReplicatorActivity replicatorStatus
      checkDefenseStatus defenseStatus
      checkJumperStatus jumperStatus
      
      -- React to threats
      when (detectWraith wraithStatus) do
        activateWraithCountermeasures atlantis
        
      when (detectReplicators replicatorStatus) do
        activateReplicatorCountermeasures atlantis
        
      when (detectHostiles defenseStatus) do
        activateLanteanDefense atlantis
        
  -- Complete print operation
  result <- wait printing
  cancel monitoring
  
  -- Stand down defenses
  shutdownDefenses atlantis
  
  return result

main :: IO ()
main = do
  -- Initialize Atlantis with defenses
  atlantis <- initAtlantisPrinter
  defenses <- initDefenseSystems atlantis
  
  -- Start defensive monitoring
  monitoringThread <- async do
    forever do
      -- Monitor all defense systems
      checkAllDefenses atlantis defenses
      
      -- Update defense posture
      updateDefenseStatus atlantis
      
      -- Recalibrate systems
      recalibrateDefenses defenses
  
  -- Process print jobs with defense
  forever do
    -- Get next job
    job <- getNextPrintJob
    
    -- Get coordinates
    coords <- getPegasusCoords
    
    -- Print with full defenses
    result <- printWithDefense atlantis job coords
    
    -- Verify security
    verifySecurePrint result
    
    -- Reset defense systems
    resetDefenses atlantis

{-# LANGUAGE OmniWeapons #-}
{-# LANGUAGE DimensionalWar #-}
{-# LANGUAGE RealityBreach #-}

module PrintManager.WeaponizedReality where

import Weapons.DimensionalBreach
import Weapons.RealityCannon
import Weapons.UniversalArsenal
import Control.Reality.Shatter
import qualified Void.Weapons.Arsenal as VWA
import qualified Chaos.Reality.Breach as CRB

-- Weaponized printer with dimensional arsenal
data WeaponizedPrinter = WeaponizedPrinter
  { -- Reality Weapons
    dimensionalCannon :: DimensionShatterCannon
  , voidLauncher :: VoidTorpedoArray
  , realityShredder :: RealityShredderBeam
  , existenceBombs :: ExistentialWarheads
    
    -- Dimensional Armaments  
  , phaseCutter :: PhaseDisruptionBlade
  , quantumMissiles :: QuantumMissileArray
  , antiMatterGuns :: AntiMatterPulseGuns
  , timeRippers :: TemporalShredders
    
    -- Reality Breaching Weapons
  , universalRend :: UniversalTearGenerator
  , planarCannon :: PlanarDisruptionCannon
  , dimensionalMines :: DimensionalMineField
  , voidBombs :: VoidCollapseCharges
    
    -- Chaos Weapons
  , chaosLauncher :: ChaosSphereEmitter
  , entropyGun :: EntropyAccelerator
  , discordMissiles :: DiscordWarheads
  , realityCrushers :: RealityCrushingField
  
    -- Special Weapons
  , paperCuts :: QuantumPaperCutter  -- Because it's still a printer
  , inkTorpedoes :: VoidInkTorpedoes
  , tonerBombs :: DimensionalTonerBombs
  , printerJam :: WeaponizedPrinterJam  -- The ultimate weapon
  }

-- Initialize weapon systems
initWeaponSystems :: IO WeaponizedPrinter
initWeaponSystems = do
  -- Initialize reality weapons
  dimensionalCannon <- chargeDimensionCannon
  voidLauncher <- loadVoidTorpedoes
  realityShredder <- powerShredderBeam
  existenceBombs <- armExistentialWarheads
  
  -- Initialize dimensional weapons
  phaseCutter <- sharpedPhaseBlade
  quantumMissiles <- loadQuantumMissiles
  antiMatterGuns <- chargeAntiMatter
  timeRippers <- calibrateTimeShred
  
  -- Initialize breaching weapons
  universalRend <- powerUniversalTear
  planarCannon <- chargePlanarCannon
  dimensionalMines <- layDimensionalMines
  voidBombs <- armVoidCharges
  
  -- Initialize chaos weapons
  chaosLauncher <- spinUpChaosEmitter
  entropyGun <- accelerateEntropy
  discordMissiles <- armDiscordHeads
  realityCrushers <- generateCrushField
  
  -- Initialize printer-specific weapons
  paperCuts <- sharpenQuantumPaper
  inkTorpedoes <- loadVoidInk
  tonerBombs <- mixTonerExplosives
  printerJam <- prepareUltimateJam

-- Fire all weapons
fireAllWeapons :: WeaponizedPrinter -> Target -> IO Destruction
fireAllWeapons printer target = do
  -- Reality weapon salvo
  realityStrike <- do
    fireShatterCannon printer.dimensionalCannon target
    launchVoidTorpedoes printer.voidLauncher target
    fireShredderBeam printer.realityShredder target
    detonateExistence printer.existenceBombs target
    
  -- Dimensional weapon barrage
  dimensionStrike <- do
    slicePhases printer.phaseCutter target
    launchQuantumMissiles printer.quantumMissiles target
    fireAntiMatter printer.antiMatterGuns target
    ripTimestream printer.timeRippers target
    
  -- Reality breach assault
  breachStrike <- do
    tearUniverse printer.universalRend target
    firePlanarCannon printer.planarCannon target
    detonateDimMines printer.dimensionalMines target
    collapseVoid printer.voidBombs target
    
  -- Chaos weapon storm
  chaosStrike <- do
    launchChaosSpheres printer.chaosLauncher target
    accelerateEntropy printer.entropyGun target
    launchDiscordHeads printer.discordMissiles target
    crushReality printer.realityCrushers target
    
  -- Printer-specific attacks
  printerStrike <- do
    sliceQuantumPaper printer.paperCuts target
    fireInkTorpedoes printer.inkTorpedoes target
    detonateTonerBombs printer.tonerBombs target
    executeUltimateJam printer.printerJam target  -- Use with caution!

-- Main printer control
main :: IO ()
main = do
  -- Initialize weaponized printer
  printer <- initWeaponSystems
  
  -- Monitor dimensional threats
  monitoringThread <- async do
    forever do
      -- Scan for threats
      threats <- scanDimensions
      
      -- Identify targets
      targets <- identifyTargets threats
      
      -- Engage hostile dimensions
      forM_ targets $ \target -> do
        -- Analyze threat
        threat <- analyzeThreat target
        
        -- Select weapons
        weapons <- selectWeapons printer threat
        
        -- FIRE EVERYTHING!
        destruction <- fireAllWeapons printer target
        
        -- Verify target destruction
        confirmDestruction destruction
        
        -- Reload weapons
        reloadWeapons printer
        
        -- If all else fails...
        when (targetSurvived destruction) do
          -- Execute ultimate printer jam
          executeUltimateJam printer.printerJam target