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212 lines
11 KiB
Text
212 lines
11 KiB
Text
import Semantics.SwarmQueryAPI
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import Semantics.OmnidirectionalInterface
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import Semantics.GpuDutyAssignment
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import Semantics.RcloneIntegration
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import Semantics.DomainModelIntegration
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-- import Semantics.MathQuery
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import Semantics.Autobalance
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import Semantics.Forgejo
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import Semantics.Github
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import Semantics.DistributedTraining
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-- import Semantics.NetworkUtilization
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-- import Semantics.NIICore.MereotopologicalSheafHypergraph
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-- import Semantics.NIICore.UncertaintyMetaPredictiveDifferential
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-- import Semantics.NextGenAgentDesign
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-- import Semantics.SwarmCodeReview
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-- import Semantics.GeneBytecodeJIT
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-- import Semantics.MathDebate
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-- import Semantics.SwarmTopology
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-- import Semantics.TopologyOptimization
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import Semantics.NonStandardInterfaces
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-- import Semantics.SwarmCompetition
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import Semantics.VideoPhysics
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import Semantics.MereotopologicalVideo
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import Semantics.SabotagePrevention
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import Semantics.EfficiencyAnalysis
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import Lean.Data.Json
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open Lean Semantics
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def main (args : List String) : IO Unit := do
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match args with
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| ["run", moduleName, funcName, jsonStr] =>
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match Json.parse jsonStr with
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| .error e =>
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IO.println ("{ \"error\": \"JSON parse error: " ++ e ++ "\" }")
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(← IO.getStdout).flush
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| .ok j =>
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-- Dispatch to specific module
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match moduleName with
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| "Semantics.SwarmQueryAPI" =>
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-- ... (existing SwarmQueryAPI logic)
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match funcName with
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| "query" =>
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match (fromJson? j : Except String Semantics.SwarmQueryAPI.SwarmQueryRequest) with
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| .error e => IO.println ("{ \"error\": \"Conversion error: " ++ e ++ "\" }")
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| .ok req =>
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let state := Semantics.OmnidirectionalInterface.RouterState.empty
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let (_, resp) := Semantics.SwarmQueryAPI.runViaOrchestrator state req "cli" 0 []
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IO.println (Json.compress (Json.mkObj [("result", toJson resp)]))
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| "getStats" =>
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IO.println (Json.compress (Json.mkObj [("result", toJson Semantics.SwarmQueryAPI.getStats)]))
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| _ => IO.println "{ \"error\": \"Unknown function\" }"
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-- | "Semantics.NIICore.MereotopologicalSheafHypergraph" =>
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-- match funcName with
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-- | "runHybridTest" =>
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-- let result ← Semantics.NIICore.MereotopologicalSheafHypergraph.runHybridTest
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-- IO.println (Json.compress (Json.mkObj [("result", toJson result)]))
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-- | _ => IO.println "{ \"error\": \"Unknown function\" }"
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--
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-- | "Semantics.NextGenAgentDesign" =>
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-- match funcName with
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-- | "runDesignProcess" =>
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-- let result := Semantics.NextGenAgentDesign.runDesignProcess
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-- IO.println (Json.compress (Json.mkObj [("result", toJson result)]))
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-- | _ => IO.println "{ \"error\": \"Unknown function\" }"
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-- | "Semantics.NIICore.UncertaintyMetaPredictiveDifferential" =>
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-- match funcName with
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-- | "runHybridTest" =>
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-- let result ← Semantics.NIICore.UncertaintyMetaPredictiveDifferential.runHybridTest
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-- IO.println (Json.compress (Json.mkObj [("result", toJson result)]))
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-- | _ => IO.println "{ \"error\": \"Unknown function\" }"
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--
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-- | "Semantics.SwarmCodeReview" =>
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-- match funcName with
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-- | "generateReport" =>
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-- let result := Semantics.SwarmCodeReview.exampleReport
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-- IO.println (Json.compress (Json.mkObj [("result", toJson result)]))
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-- | _ => IO.println "{ \"error\": \"Unknown function\" }"
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--
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-- | "Semantics.GeneBytecodeJIT" =>
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-- match funcName with
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-- | "runSampleJit" =>
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-- let result := Semantics.GeneBytecodeJIT.runSampleJit
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-- IO.println (Json.compress (Json.mkObj [("result", toJson result)]))
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-- | _ => IO.println "{ \"error\": \"Unknown function\" }"
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--
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-- | "Semantics.MathDebate" =>
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-- match funcName with
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-- | "runSampleDebate" =>
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-- let result := Semantics.MathDebate.runSampleDebate
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-- IO.println (Json.compress (Json.mkObj [("result", toJson result)]))
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-- | _ => IO.println "{ \"error\": \"Unknown function\" }"
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-- | "Semantics.SwarmTopology" =>
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-- match funcName with
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-- | "runSampleAnalysis" =>
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-- let result := Semantics.SwarmTopology.runSampleAnalysis
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-- IO.println (Json.compress (Json.mkObj [("result", toJson result)]))
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-- | _ => IO.println "{ \"error\": \"Unknown function\" }"
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-- | "Semantics.TopologyOptimization" =>
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-- match funcName with
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-- | "runSampleOptimization" =>
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-- let result := Semantics.TopologyOptimization.runSampleOptimization
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-- IO.println (Json.compress (Json.mkObj [("result", toJson result)]))
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-- | _ => IO.println "{ \"error\": \"Unknown function\" }"
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| "Semantics.NonStandardInterfaces" =>
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match funcName with
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| "getCoverage" =>
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let result := Semantics.NonStandardInterfaces.getCoverage
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IO.println (Json.compress (Json.mkObj [("result", toJson result)]))
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| _ => IO.println "{ \"error\": \"Unknown function\" }"
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-- | "Semantics.SwarmCompetition" =>
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-- match funcName with
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-- | "runSampleCompetition" =>
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-- let result := Semantics.SwarmCompetition.runSampleCompetition
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-- IO.println (Json.compress (Json.mkObj [("result", toJson result)]))
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-- | _ => IO.println "{ \"error\": \"Unknown function\" }"
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| "Semantics.VideoPhysics" =>
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match funcName with
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| "masterEquation" =>
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match (fromJson? j : Except String Semantics.VideoPhysics.VWMState) with
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| .error e => IO.println ("{ \"error\": \"Conversion error: " ++ e ++ "\" }")
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| .ok state =>
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let result := Semantics.VideoPhysics.masterEquation state
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IO.println (Json.compress (Json.mkObj [("result", toJson result)]))
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| _ => IO.println "{ \"error\": \"Unknown function\" }"
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| "Semantics.MereotopologicalVideo" =>
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match funcName with
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| "isConsistent" =>
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-- Simple placeholder for consistency check trigger
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IO.println "{ \"result\": true }"
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| _ => IO.println "{ \"error\": \"Unknown function\" }"
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| "Semantics.SabotagePrevention" =>
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match funcName with
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| "sabotageBind" =>
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match (j.getObjVal? "action", j.getObjVal? "stateBefore", j.getObjVal? "stateAfter") with
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| (.ok a, .ok sb, .ok sa) =>
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match (fromJson? a : Except String Semantics.SabotagePrevention.AgentAction),
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(fromJson? sb : Except String Semantics.SabotagePrevention.SystemState),
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(fromJson? sa : Except String Semantics.SabotagePrevention.SystemState) with
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| .ok action, .ok stateBefore, .ok stateAfter =>
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let result := Semantics.SabotagePrevention.sabotageBind action stateBefore stateAfter
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IO.println (Json.compress (Json.mkObj [("result", toJson result)]))
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| .error e, _, _ => IO.println (Json.compress (Json.mkObj [("error", Json.str s!"Action conversion error: {e}")]))
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| _, .error e, _ => IO.println (Json.compress (Json.mkObj [("error", Json.str s!"StateBefore conversion error: {e}")]))
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| _, _, .error e => IO.println (Json.compress (Json.mkObj [("error", Json.str s!"StateAfter conversion error: {e}")]))
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| _ => IO.println "{ \"error\": \"Missing arguments\" }"
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| _ => IO.println "{ \"error\": \"Unknown function\" }"
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| "Semantics.EfficiencyAnalysis" =>
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match funcName with
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| "generateEfficiencySummary" =>
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match (j.getObjVal? "sabotage", j.getObjVal? "restoration", j.getObjVal? "sync", j.getObjVal? "energy") with
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| (.ok s, .ok r, .ok sy, .ok e) =>
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match (fromJson? s : Except String Semantics.EfficiencyAnalysis.SabotagePreventionGains),
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(fromJson? r : Except String Semantics.EfficiencyAnalysis.ServiceRestorationGains),
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(fromJson? sy : Except String Semantics.EfficiencyAnalysis.SyncAttackPreventionGains),
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(fromJson? e : Except String Semantics.EfficiencyAnalysis.EnergyTrackingGains) with
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| .ok sab, .ok res, .ok syn, .ok ene =>
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let result := Semantics.EfficiencyAnalysis.generateEfficiencySummary sab res syn ene
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IO.println (Json.compress (Json.mkObj [("result", toJson result)]))
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| _, _, _, _ => IO.println "{ \"error\": \"Conversion error\" }"
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| _ => IO.println "{ \"error\": \"Missing arguments\" }"
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| "calculateSabotagePreventionGains" =>
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match (j.getObjVal? "baselineEfficiency", j.getObjVal? "baselineConnectivity", j.getObjVal? "afterSabotageEfficiency", j.getObjVal? "afterSabotageConnectivity") with
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| (.ok be, .ok bc, .ok ase, .ok asc) =>
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match (fromJson? be : Except String Semantics.Q16_16),
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(fromJson? bc : Except String Semantics.Q16_16),
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(fromJson? ase : Except String Semantics.Q16_16),
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(fromJson? asc : Except String Semantics.Q16_16) with
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| .ok be', .ok bc', .ok ase', .ok asc' =>
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let result := Semantics.EfficiencyAnalysis.calculateSabotagePreventionGains be' bc' ase' asc'
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IO.println (Json.compress (Json.mkObj [("result", toJson result)]))
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| _, _, _, _ => IO.println "{ \"error\": \"Conversion error\" }"
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| _ => IO.println "{ \"error\": \"Missing arguments\" }"
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| _ => IO.println "{ \"error\": \"Unknown function\" }"
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| "Semantics.DistributedTraining" =>
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match funcName with
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| "defaultConfig" =>
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IO.println (Json.compress (Json.mkObj [("result", toJson Semantics.DistributedTraining.DistributedTrainingConfig.defaultConfig)]))
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| "NetworkResources.defaultResources" =>
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IO.println (Json.compress (Json.mkObj [("result", toJson Semantics.DistributedTraining.NetworkResources.defaultResources)]))
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| "NodeAssignment.assignAllNodes" =>
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let result := Semantics.DistributedTraining.NodeAssignment.assignAllNodes Semantics.DistributedTraining.NetworkNode.allNodes
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IO.println (Json.compress (Json.mkObj [("result", toJson result)]))
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| _ => IO.println "{ \"error\": \"Unknown function\" }"
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| "Semantics.GpuDutyAssignment" =>
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-- Placeholder for GpuDutyAssignment functions
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IO.println "{ \"result\": \"module_ready\" }"
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| "Semantics.RcloneIntegration" =>
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-- Placeholder for RcloneIntegration functions
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IO.println "{ \"result\": true }"
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| _ =>
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-- ...
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IO.println ("{ \"error\": \"Unknown module: " ++ moduleName ++ "\" }")
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(← IO.getStdout).flush
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| _ =>
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IO.println "{ \"error\": \"Unknown command format. Use: run <module> <func> <json>\" }"
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(← IO.getStdout).flush
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