Research-Stack/4-Infrastructure/nano-kernel/triumvirate-kernel.gcl

436 lines
15 KiB
Text

-- Triumvirate Kernel — Builder / Judge / Warden Consensus
--
-- Three parallel kernel instances on same hardware.
-- 2/3 consensus required for any state transition.
--
-- If one kernel gets "pulled into dimension 822yTe~" (crashes/corrupts/diverges),
-- the other two preserve the boundary law. System continues.
--
-- Consensus rule:
-- accept_transition := at least 2/3 agree AND Warden does not veto
--
-- This is the fault model for "machine loss" — one agent can fail,
-- but the quorum preserves lawful behavior.
--
-- Truth Seal: [ SSS-ENE-TRIUMVIRATE-2026-05-03 ]
module TriumvirateKernel where
import BaseTypes
import Memory
import SyscallInterface
import Semantics.LawfulLoss (BindResult, lawfulLoss, mkLawful, mkUnlawful, BindClass)
import LawfulHardware (HardwareEvent, eventToBindResult)
import GCLSelfHost (ChildKernel, ChildState)
-- ═══════════════════════════════════════════════════════════════════════════
-- §1 Triumvirate Roles
-- ═══════════════════════════════════════════════════════════════════════════
/-- The three roles of the triumvirate:
--
-- Builder: Proposes new structures, generates candidates, builds forward
-- ADD clock action
-- manifold_reg: Topological state registry
--
-- Judge: Adjudicates disputes, validates proofs, decides conflicts
-- PAUSE clock action
-- heatsink_halt: Energy guard, prevents runaway
--
-- Warden: Validates integrity, checks proofs, enforces rollback
-- SUBTRACT clock action
-- stark_trace: Integrity chain
-- warden_valid: Proof validation
--
-- Each role runs as separate kernel instance with isolated memory.
-- They communicate via shared memory ring buffer (lawful channel).
-- -/]
inductive TriumvirateRole where
| Builder -- Proposes, builds, progresses
| Judge -- Adjudicates, decides, pauses
| Warden -- Validates, verifies, enforces
deriving Repr, BEq, Inhabited
/-- Clock actions for each role. -/]
inductive ClockAction where
| Add -- Builder: forward progress
| Subtract -- Warden: validation/rollback
| Pause -- Judge: hold for decision
deriving Repr, BEq
def roleToAction : TriumvirateRole → ClockAction
| .Builder => .Add
| .Warden => .Subtract
| .Judge => .Pause
-- ═══════════════════════════════════════════════════════════════════════════
-- §2 Triumvirate Kernel Instance
-- ═══════════════════════════════════════════════════════════════════════════
/-- Each kernel instance knows its role and communicates with others. -/]
structure TriumvirateInstance where
role : TriumvirateRole
instanceId : InstanceID -- 0=Builder, 1=Judge, 2=Warden
clock : TriumvirateClock
hardware : HardwareInterface -- Access to actual hardware (via shim)
commChannel : TriumvirateChannel -- Shared memory with other instances
state : TriumvirateState
structure TriumvirateClock where
builderTicks : Nat -- ADD actions taken
wardenTicks : Nat -- SUBTRACT actions taken
judgeTicks : Nat -- PAUSE actions taken
lastSync : Timestamp -- Last consensus point
structure TriumvirateState where
active : Bool -- Is this instance running?
healthy : Bool -- Passed health checks?
lastProposal : Option Proposal -- What we last proposed/voted on
voteHistory : Array Vote -- Record of all votes
/-- Shared communication channel between instances.
Implemented as lock-free ring buffer in shared memory. -/]
structure TriumvirateChannel where
proposals : RingBuffer Proposal -- Builder proposals
votes : RingBuffer Vote -- All instance votes
decisions : RingBuffer Decision -- Final consensus
healthBeats : Array Timestamp -- Last heartbeat from each instance
structure Proposal where
id : ProposalID
proposer : TriumvirateRole
action : ProposedAction
timestamp : Timestamp
evidence : Array BindResult -- Supporting witnesses
inductive ProposedAction where
| AcceptChildKernel child -- From GCLSelfHost
| MigrateProcess pid dst -- Process migration
| UpdateTopology change -- ENE topology change
| CheckpointSystem -- Save state
| EmergencyRollback -- Revert to safe state
| RebootToStandardKernel -- Exit nano kernel
structure Vote where
proposalId : ProposalID
voter : TriumvirateRole
decision : VoteDecision
timestamp : Timestamp
witness : BindResult -- Why we voted this way
inductive VoteDecision where
| Yes -- Approve
| No -- Reject
| Abstain -- Cannot decide
| Veto -- Warden emergency veto
deriving Repr, BEq
structure Decision where
proposal : Proposal
votes : Array Vote
outcome : DecisionOutcome
timestamp : Timestamp
inductive DecisionOutcome where
| Accepted -- 2+ Yes, no Veto
| Rejected -- 2+ No or 1 Veto
| Pending -- Waiting for votes
| Disputed -- Split vote, needs Judge
-- ═══════════════════════════════════════════════════════════════════════════
-- §3 Consensus Algorithm
-- ═══════════════════════════════════════════════════════════════════════════
/-- Core consensus: collect votes, decide outcome.
Rules:
1. Builder proposes (always Yes to own proposal)
2. Warden validates (Yes if evidence checks out, No if not)
3. Judge adjudicates (Yes/No based on overall merit, or extends deliberation)
4. Warden can Veto at any time (emergency stop)
5. If split, Judge decides (breaks ties)
6. Decision recorded with full witness chain
-/]
def processProposal (proposal : Proposal) : IO Decision := do
-- Broadcast proposal to all instances
broadcastToChannel proposal
-- Collect votes (with timeout)
let votes ← collectVotes proposal.id (timeout := 5000) -- 5 second timeout
-- Count votes
let yesCount := votes.count (\v => v.decision == .Yes)
let noCount := votes.count (\v => v.decision == .No)
let vetoCount := votes.count (\v => v.decision == .Veto)
-- Determine outcome
let outcome :=
if vetoCount > 0 then
-- Warden veto always wins
.Rejected
else if yesCount >= 2 then
-- Majority approval
.Accepted
else if noCount >= 2 then
-- Majority rejection
.Rejected
else
-- Split or incomplete
.Disputed
-- If disputed, Judge decides
let finalOutcome ←
if outcome == .Disputed then
let judgeVote ← findJudgeVote votes
if judgeVote.decision == .Yes then
pure .Accepted
else if judgeVote.decision == .No then
pure .Rejected
else
pure .Pending -- Judge abstained, stay pending
else
pure outcome
-- Record decision
let decision := {
proposal := proposal
votes := votes
outcome := finalOutcome
timestamp := now ()
}
-- Log with BindResult witness
let witness := {
lawful := finalOutcome == .Accepted
cost := computeConsensusCost votes
witness := "CONSENSUS:" ++ proposal.id ++
";outcome:" ++ finalOutcome.toString ++
";yes:" ++ yesCount.toString ++
";no:" ++ noCount.toString ++
";veto:" ++ vetoCount.toString
klass := .control
}
logWitness globalWitnessLog witness
return decision
/-- Warden validation: check proposal evidence.
This is the "proof validation" role. -/]
def wardenValidate (proposal : Proposal) : IO VoteDecision := do
-- Check all evidence BindResults
for evidence in proposal.evidence do
if !evidence.lawful then
-- Unlawful evidence
return .No
if evidence.cost > Q0_16.half then
-- High cost, flag for scrutiny
consoleLog "[WARDEN] High cost evidence: " ++ evidence.witness
-- Check for known attack patterns
if detectAttackPattern proposal then
consoleLog "[WARDEN] Attack pattern detected in proposal " ++ proposal.id
return .Veto -- Emergency stop
-- Check evidence chain integrity
if !verifyEvidenceChain proposal.evidence then
consoleLog "[WARDEN] Evidence chain failed verification"
return .No
-- All checks passed
return .Yes
/-- Builder proposal generation. -/]
def builderPropose (action : ProposedAction) : IO Proposal := do
let evidence ← gatherEvidenceForAction action
return {
id := generateProposalID
proposer := .Builder
action := action
timestamp := now ()
evidence := evidence
}
/-- Judge adjudication: break ties, decide disputes. -/]
def judgeAdjudicate (votes : Array Vote) : IO VoteDecision := do
-- Review all evidence
let allEvidence := votes.flatMap (\v => v.witness)
-- Consider system state
let systemLoad ← getSystemLoad
let recentFailures ← getRecentFailureCount
-- Conservative if system stressed
if systemLoad > 0.8 || recentFailures > 3 then
-- Be cautious
if votes.any (\v => v.decision == .No) then
return .No -- Reject if any No in stressed system
-- Otherwise, check overall merit
let meritScore := computeMeritScore votes
if meritScore > 0.7 then
return .Yes
else if meritScore < 0.3 then
return .No
else
return .Abstain -- Can't decide, let it stay pending
-- ═══════════════════════════════════════════════════════════════════════════
-- §4 Fault Tolerance — Handling Instance Failure
-- ═══════════════════════════════════════════════════════════════════════════
/-- Detect if an instance has failed ("pulled into dimension 822yTe~").
If one fails, the other two continue with reduced quorum. -/]
def checkInstanceHealth : IO Unit := do
for i in [0, 1, 2] do
let lastBeat := commChannel.healthBeats[i]
let timeSince := now () - lastBeat
if timeSince > HEARTBEAT_TIMEOUT then
-- Instance i has failed
consoleLog "[TRIUMVIRATE] Instance " ++ i.toString ++ " has failed (no heartbeat)"
-- Mark as unhealthy
markInstanceUnhealthy i
-- If we still have 2 healthy instances, continue in degraded mode
let healthyCount := countHealthyInstances
if healthyCount >= 2 then
consoleLog "[TRIUMVIRATE] Continuing in degraded mode with " ++ healthyCount.toString ++ " instances"
enterDegradedMode
else
-- Only 1 or 0 instances left
consoleLog "[TRIUMVIRATE] CRITICAL: Insufficient quorum, entering safe mode"
enterSafeMode
/-- Degraded mode: 2-instance operation.
Both must agree (unanimous consent since only 2). -/]
def enterDegradedMode : IO Unit := do
-- Change consensus rule: require unanimous (2/2 instead of 2/3)
setConsensusRule .Unanimous
-- Increase health check frequency
setHealthCheckInterval 500 -- Check every 500ms
-- Log degraded entry
let witness := {
lawful := true
cost := Q0_16.half
witness := "DEGRADED_MODE:2_instances_active"
klass := .control
}
logWitness globalWitnessLog witness
/-- Safe mode: emergency halt of all modifications.
System is read-only until quorum restored. -/]
def enterSafeMode : IO Unit := do
-- Reject all new proposals
setProposalPolicy .RejectAll
-- Checkpoint current state
emergencyCheckpoint
-- Attempt to restart failed instance
spawn $ attemptInstanceRecovery
-- Log safe mode entry
let witness := {
lawful := false -- This is a failure mode
cost := Q0_16.one
witness := "SAFE_MODE:quorum_lost"
klass := .control
}
logWitness globalWitnessLog witness
-- ═══════════════════════════════════════════════════════════════════════════
-- §5 Integration with GCL Self-Host
-- ═══════════════════════════════════════════════════════════════════════════
/-- Child kernel proposals go through triumvirate consensus. -/]
def proposeChildKernel (candidate : ChildKernel) : IO Decision := do
let proposal ← builderPropose (.AcceptChildKernel candidate)
-- Warden validates
let wardenVote ← wardenValidate proposal
-- If Warden vetos, immediate rejection
if wardenVote == .Veto then
return {
proposal := proposal
votes := #[{voter := .Warden, decision := .Veto, witness := mkUnlawful "Validation failed" .control}]
outcome := .Rejected
timestamp := now ()
}
-- Otherwise full consensus
processProposal proposal
-- ═══════════════════════════════════════════════════════════════════════════
-- §6 Main Loop
-- ═══════════════════════════════════════════════════════════════════════════
def triumvirateMainLoop : IO Unit := do
forever $ do
-- Check health of all instances
checkInstanceHealth
-- Process any pending proposals
while (hasPendingProposals) $ do
let proposal ← dequeueProposal
let decision ← processProposal proposal
executeDecision decision
-- Send heartbeat
sendHeartbeat myInstanceId
-- Small delay to prevent busy-waiting
sleep 10 -- 10ms
/-- Execute an accepted decision. -/]
def executeDecision (decision : Decision) : IO Unit :=
if decision.outcome != .Accepted then
return () -- Nothing to do
match decision.proposal.action with
| .AcceptChildKernel child =>
-- Boot the child
bootChildWithTriumvirate child
| .MigrateProcess pid dst =>
-- Execute migration
executeProcessMigration pid dst
| .UpdateTopology change =>
-- Apply topology change
applyTopologyUpdate change
| .CheckpointSystem =>
-- Save full system state
performSystemCheckpoint
| .EmergencyRollback =>
-- Revert to last checkpoint
performEmergencyRollback
| .RebootToStandardKernel =>
-- Exit nano kernel, return to Linux
kexecToStandardKernel
end TriumvirateKernel