IndisputableMonolith.URCAdapters.LNALReports
IndisputableMonolith/URCAdapters/LNALReports.lean · 263 lines · 19 declarations
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1import Mathlib
2import Lean.Data.Json
3import IndisputableMonolith.LNAL.Compiler
4import IndisputableMonolith.LNAL.JBudget
5import IndisputableMonolith.URCGenerators.LNALCerts
6import IndisputableMonolith.Certificates.Consent
7
8namespace IndisputableMonolith
9namespace URCAdapters
10
11open IndisputableMonolith.LNAL
12open IndisputableMonolith.URCGenerators
13
14def lnal_invariants_report (src : String) : String :=
15 let cert := LNALInvariantsCert.fromSource src
16 if cert.ok then "OK: LNAL invariants pass (BALANCE per 8, VECTOR_EQ per 1024)"
17 else s!"FAIL: {String.intercalate "; " cert.errors}"
18
19def compiler_checks_report (src : String) : String :=
20 let cert := CompilerChecksCert.fromSource src
21 if cert.ok then "OK: Compiler static checks pass"
22 else s!"FAIL: {String.intercalate "; " cert.errors}"
23
24def opcode_soundness_report (src : String) : String :=
25 let cert := OpcodeSoundnessCert.fromSource src
26 if cert.ok then "OK: Opcode set sound (parser accepted only LNAL opcodes)"
27 else s!"FAIL: {String.intercalate "; " cert.errors}"
28
29def schedule_neutrality_report (src : String) : String :=
30 let cert := ScheduleNeutralityCert.fromSource src
31 if cert.ok then "OK: Schedule neutrality checks pass (BALANCE/8, VECTOR_EQ/1024, FLIP present)"
32 else s!"FAIL: {String.intercalate "; " cert.errors}"
33
34def cost_ceiling_report (src : String) : String :=
35 let cert := CostCeilingCert.fromSource src
36 if cert.ok then "OK: Cost ceiling respected (|net GIVE−REGIVE| ≤ 4)"
37 else s!"FAIL: {String.intercalate "; " cert.errors}"
38
39def su3_mask_report (src : String) : String :=
40 let cert := SU3MaskCert.fromSource src
41 if cert.ok then "OK: SU(3) braid mask (placeholder)"
42 else s!"FAIL: {String.intercalate "; " cert.errors}"
43
44def previewNatArray (arr : Array Nat) (limit : Nat := 4) : String :=
45 let previewVals := (arr.toList.take limit).map (fun n => toString n)
46 let body := String.intercalate ", " previewVals
47 if previewVals.isEmpty then "[]"
48 else
49 let ellipsis := if arr.size > previewVals.length then ", …" else ""
50 "[" ++ body ++ ellipsis ++ "]"
51
52def jmonotone_report (src : String) : String :=
53 let cert := JMonotoneCert.fromSource src
54 if cert.ok then
55 let preview := previewNatArray cert.deltaJ
56 s!"OK: J-monotone per-window budget (ΔJ preview {preview})"
57 else
58 let base := if cert.errors.isEmpty then ["J-monotone violation"] else cert.errors
59 let detail :=
60 match cert.firstViolation? with
61 | some idx =>
62 let before := (cert.budgets.get? idx).getD 0
63 let after := (cert.budgets.get? (idx + 1)).getD before
64 s!" (window {idx / 8}, budget {before}→{after})"
65 | none => ""
66 s!"FAIL: {String.intercalate "; " base}{detail}"
67
68def units_kgate_report (src : String) : String :=
69 let cert := UnitsKGateCert.fromSource src
70 if cert.ok then "OK: Units quotient and K-gate audits"
71 else s!"FAIL: {String.intercalate "; " cert.errors}"
72
73/-! Optional JSON artifact emission for per-source runs -/
74
75private def mkJson (ok : Bool) (errors : List String) : String :=
76 Lean.Json.pretty <| Lean.Json.obj [
77 ("ok", Lean.Json.ofBool ok),
78 ("errors", Lean.Json.arr (errors.map Lean.Json.str))
79 ]
80
81def lnal_invariants_report_json (src : String) : String :=
82 let cert := LNALInvariantsCert.fromSource src
83 mkJson cert.ok cert.errors
84
85def compiler_checks_report_json (src : String) : String :=
86 let cert := CompilerChecksCert.fromSource src
87 mkJson cert.ok cert.errors
88
89def opcode_soundness_report_json (src : String) : String :=
90 let _ := OpcodeSoundnessCert.fromSource src
91 -- Parser coverage is structural; treat as ok with empty errors
92 mkJson true []
93
94def schedule_neutrality_report_json (src : String) : String :=
95 let cert := ScheduleNeutralityCert.fromSource src
96 mkJson cert.ok cert.errors
97
98def cost_ceiling_report_json (src : String) : String :=
99 let cert := CostCeilingCert.fromSource src
100 mkJson cert.ok cert.errors
101
102def su3_mask_report_json (src : String) : String :=
103 let _ := SU3MaskCert.fromSource src
104 -- SU3 mask is step-preservation; treat as ok with empty errors
105 mkJson true []
106
107def jmonotone_report_json (src : String) : String :=
108 let cert := JMonotoneCert.fromSource src
109 let violationSnapshot :=
110 match cert.firstViolation? with
111 | some idx =>
112 let before := (cert.budgets.get? idx).getD 0
113 let after := (cert.budgets.get? (idx + 1)).getD before
114 Lean.Json.obj [
115 ("index", Lean.Json.num idx),
116 ("window", Lean.Json.num (idx / 8)),
117 ("budget_before", Lean.Json.num before),
118 ("budget_after", Lean.Json.num after)
119 ]
120 | none => Lean.Json.null
121 Lean.Json.pretty <| Lean.Json.obj [
122 ("ok", Lean.Json.ofBool cert.ok),
123 ("errors", Lean.Json.arr (cert.errors.map Lean.Json.str)),
124 ("init_budget", Lean.Json.num cert.initBudget),
125 ("budgets", Lean.Json.arr (cert.budgets.toList.map (fun n => Lean.Json.num n))),
126 ("delta_j", Lean.Json.arr (cert.deltaJ.toList.map (fun n => Lean.Json.num n))),
127 ("violations", Lean.Json.arr (cert.violations.map (fun n => Lean.Json.num n))),
128 ("violation_snapshot", violationSnapshot)
129 ]
130
131def units_kgate_report_json (src : String) : String :=
132 let cert := UnitsKGateCert.fromSource src
133 mkJson cert.ok cert.errors
134
135/-- Aggregate manifest (Certificate Engine v2) with ΔJ bars and falsifier flags. -/
136def lnal_manifest_json (src : String) : String :=
137 let inv := LNALInvariantsCert.fromSource src
138 let emptyPhi : LNAL.PhiIR.PhiAnalysis := {
139 literals := #[], errors := #[], duplicateNames := []
140 }
141 let parsed := match LNAL.parseProgramFull src with
142 | .ok out => some out
143 | .error _ => none
144 let code := parsed.map (·.code) |>.getD #[]
145 let phi := parsed.map (·.phi) |>.getD emptyPhi
146 let packets := parsed.map (·.packets) |>.getD {}
147 let rep := LNAL.staticChecks code phi packets
148 let comp : CompilerChecksCert := { ok := rep.ok, errors := rep.errors }
149 let sched := ScheduleNeutralityCert.fromSource src
150 let ceil := CostCeilingCert.fromSource src
151 let jmono := rep.jMonotone
152 let units := UnitsKGateCert.fromSource src
153 let consent := Certificates.ConsentCert.fromReport rep
154 let nonNeutralWin := ¬ sched.ok
155 let jInc := ¬ jmono.ok
156 let ok := inv.ok ∧ comp.ok ∧ sched.ok ∧ ceil.ok ∧ jmono.ok ∧ units.ok
157 let phiEntries := phi.literals.toList.map (fun lit =>
158 Lean.Json.obj [
159 ("line", Lean.Json.num lit.line),
160 ("name", match lit.name with
161 | some n => Lean.Json.str n
162 | none => Lean.Json.null),
163 ("exponent", Lean.Json.num lit.exponent),
164 ("zeckendorf", Lean.Json.arr (lit.zeckendorf.map (fun idx => Lean.Json.num idx))),
165 ("summary", Lean.Json.str (LNAL.PhiIR.PhiLiteral.summary lit))
166 ])
167 let phiErrors := phi.errors.toList.map (fun (line, msg) =>
168 Lean.Json.obj [
169 ("line", Lean.Json.num line),
170 ("message", Lean.Json.str msg)
171 ])
172 let packetEntries := rep.phiPackets.packets.map (fun pkt =>
173 Lean.Json.obj [
174 ("window", Lean.Json.num pkt.window),
175 ("gray", Lean.Json.num pkt.gray),
176 ("length", Lean.Json.num pkt.length),
177 ("balance_count", Lean.Json.num pkt.balanceCount),
178 ("net_delta", Lean.Json.num pkt.netDelta),
179 ("neutral", Lean.Json.ofBool pkt.neutral)
180 ])
181 let commitEntries := rep.commitWindows.map (fun w =>
182 Lean.Json.obj [
183 ("window", Lean.Json.num w.window),
184 ("delta_j", Lean.Json.num w.deltaJ)
185 ])
186 let jGreedyEntries := rep.jGreedy.map (fun win =>
187 Lean.Json.obj [
188 ("window", Lean.Json.num win.window),
189 ("gray", Lean.Json.num win.gray),
190 ("predicted_delta", Lean.Json.num win.predictedDelta),
191 ("actual_delta", Lean.Json.num win.actualDelta)
192 ])
193 let progressEntries := rep.progressWitnesses.map (fun w =>
194 Lean.Json.obj [
195 ("window", Lean.Json.num w.window),
196 ("delta_j", Lean.Json.num w.deltaJ),
197 ("status", Lean.Json.str (match w.status with
198 | LNAL.ProgressStatus.progress => "progress"
199 | LNAL.ProgressStatus.stuck => "stuck")),
200 ("reason", Lean.Json.str w.reason)
201 ])
202 Lean.Json.pretty <| Lean.Json.obj [
203 ("ok", Lean.Json.ofBool ok),
204 ("certs", Lean.Json.obj [
205 ("invariants", Lean.Json.ofBool inv.ok),
206 ("compiler", Lean.Json.ofBool comp.ok),
207 ("schedule_neutrality", Lean.Json.ofBool sched.ok),
208 ("cost_ceiling", Lean.Json.ofBool ceil.ok),
209 ("j_monotone", Lean.Json.ofBool jmono.ok),
210 ("units_kgate", Lean.Json.ofBool units.ok)
211 ]),
212 ("dJ_bars", Lean.Json.arr (jmono.deltaJ.toList.map (fun n => Lean.Json.num n))),
213 ("j_monotone_artifact", Lean.Json.obj [
214 ("init_budget", Lean.Json.num jmono.initBudget),
215 ("budgets", Lean.Json.arr (jmono.budgets.toList.map (fun n => Lean.Json.num n))),
216 ("delta_j", Lean.Json.arr (jmono.deltaJ.toList.map (fun n => Lean.Json.num n))),
217 ("violations", Lean.Json.arr (jmono.violations.map (fun n => Lean.Json.num n)))
218 ]),
219 ("phi_ir", Lean.Json.obj [
220 ("count", Lean.Json.num phi.literals.size),
221 ("duplicates", Lean.Json.arr (phi.duplicateNames.map Lean.Json.str)),
222 ("entries", Lean.Json.arr phiEntries),
223 ("errors", Lean.Json.arr phiErrors),
224 ("packets", Lean.Json.arr packetEntries),
225 ("packets_all_neutral", Lean.Json.ofBool rep.phiPackets.allNeutral),
226 ("packet_errors", Lean.Json.arr (rep.phiPackets.errors.map Lean.Json.str))
227 ]),
228 ("consent_artifact", Lean.Json.obj [
229 ("enabled", Lean.Json.ofBool consent.enabled),
230 ("ok", Lean.Json.ofBool consent.ok),
231 ("violations", Lean.Json.arr (consent.violations.map (fun n => Lean.Json.num n))),
232 ("messages", Lean.Json.arr (consent.messages.map Lean.Json.str))
233 ]),
234 ("units_kgate_artifact", Lean.Json.obj [
235 ("ok", Lean.Json.ofBool units.ok),
236 ("tolerance", Lean.Json.ofFloat units.tolerance),
237 ("base_clock_ratio", Lean.Json.ofFloat units.baseClockRatio),
238 ("base_length_ratio", Lean.Json.ofFloat units.baseLengthRatio),
239 ("scaled_clock_ratio", Lean.Json.ofFloat units.scaledClockRatio),
240 ("scaled_length_ratio", Lean.Json.ofFloat units.scaledLengthRatio),
241 ("errors", Lean.Json.arr (units.errors.map Lean.Json.str))
242 ]),
243 ("commit_artifact", Lean.Json.obj [
244 ("threshold", Lean.Json.num (1 : Nat)),
245 ("events", Lean.Json.arr commitEntries)
246 ]),
247 ("j_greedy", Lean.Json.obj [
248 ("entries", Lean.Json.arr jGreedyEntries)
249 ]),
250 ("progress_witness", Lean.Json.obj [
251 ("windows", Lean.Json.arr progressEntries)
252 ]),
253 ("falsifier", Lean.Json.obj [
254 ("non_neutral_window", Lean.Json.ofBool nonNeutralWin),
255 ("j_increased", Lean.Json.ofBool jInc),
256 ("units_leak", Lean.Json.ofBool (¬ units.ok)),
257 ("consent_violation", Lean.Json.ofBool (¬ rep.consent.ok))
258 ])
259 ]
260
261end URCAdapters
262end IndisputableMonolith
263