Artifacts generated from e5755bd2483ee35548a1a9a54fa68b2e5eea4638
Home /
Input Output /
formal-ledger-specifications
May 13, 4-5 PM (0)
May 13, 5-6 PM (0)
May 13, 6-7 PM (1)
May 13, 7-8 PM (0)
May 13, 8-9 PM (0)
May 13, 9-10 PM (0)
May 13, 10-11 PM (0)
May 13, 11-12 AM (0)
May 14, 12-1 AM (0)
May 14, 1-2 AM (0)
May 14, 2-3 AM (0)
May 14, 3-4 AM (7)
May 14, 4-5 AM (0)
May 14, 5-6 AM (0)
May 14, 6-7 AM (0)
May 14, 7-8 AM (0)
May 14, 8-9 AM (0)
May 14, 9-10 AM (0)
May 14, 10-11 AM (0)
May 14, 11-12 PM (0)
May 14, 12-1 PM (1)
May 14, 1-2 PM (3)
May 14, 2-3 PM (1)
May 14, 3-4 PM (0)
May 14, 4-5 PM (0)
May 14, 5-6 PM (0)
May 14, 6-7 PM (2)
May 14, 7-8 PM (0)
May 14, 8-9 PM (0)
May 14, 9-10 PM (0)
May 14, 10-11 PM (0)
May 14, 11-12 AM (1)
May 15, 12-1 AM (4)
May 15, 1-2 AM (11)
May 15, 2-3 AM (1)
May 15, 3-4 AM (0)
May 15, 4-5 AM (1)
May 15, 5-6 AM (0)
May 15, 6-7 AM (0)
May 15, 7-8 AM (0)
May 15, 8-9 AM (0)
May 15, 9-10 AM (0)
May 15, 10-11 AM (0)
May 15, 11-12 PM (0)
May 15, 12-1 PM (0)
May 15, 1-2 PM (2)
May 15, 2-3 PM (26)
May 15, 3-4 PM (1)
May 15, 4-5 PM (0)
May 15, 5-6 PM (0)
May 15, 6-7 PM (0)
May 15, 7-8 PM (0)
May 15, 8-9 PM (0)
May 15, 9-10 PM (0)
May 15, 10-11 PM (0)
May 15, 11-12 AM (0)
May 16, 12-1 AM (0)
May 16, 1-2 AM (0)
May 16, 2-3 AM (0)
May 16, 3-4 AM (0)
May 16, 4-5 AM (0)
May 16, 5-6 AM (0)
May 16, 6-7 AM (0)
May 16, 7-8 AM (0)
May 16, 8-9 AM (0)
May 16, 9-10 AM (0)
May 16, 10-11 AM (0)
May 16, 11-12 PM (0)
May 16, 12-1 PM (0)
May 16, 1-2 PM (0)
May 16, 2-3 PM (0)
May 16, 3-4 PM (0)
May 16, 4-5 PM (0)
May 16, 5-6 PM (0)
May 16, 6-7 PM (0)
May 16, 7-8 PM (0)
May 16, 8-9 PM (0)
May 16, 9-10 PM (0)
May 16, 10-11 PM (0)
May 16, 11-12 AM (0)
May 17, 12-1 AM (0)
May 17, 1-2 AM (0)
May 17, 2-3 AM (0)
May 17, 3-4 AM (0)
May 17, 4-5 AM (0)
May 17, 5-6 AM (0)
May 17, 6-7 AM (0)
May 17, 7-8 AM (0)
May 17, 8-9 AM (0)
May 17, 9-10 AM (0)
May 17, 10-11 AM (0)
May 17, 11-12 PM (0)
May 17, 12-1 PM (0)
May 17, 1-2 PM (0)
May 17, 2-3 PM (0)
May 17, 3-4 PM (0)
May 17, 4-5 PM (0)
May 17, 5-6 PM (0)
May 17, 6-7 PM (0)
May 17, 7-8 PM (0)
May 17, 8-9 PM (0)
May 17, 9-10 PM (0)
May 17, 10-11 PM (0)
May 17, 11-12 AM (0)
May 18, 12-1 AM (0)
May 18, 1-2 AM (0)
May 18, 2-3 AM (0)
May 18, 3-4 AM (0)
May 18, 4-5 AM (0)
May 18, 5-6 AM (0)
May 18, 6-7 AM (0)
May 18, 7-8 AM (0)
May 18, 8-9 AM (0)
May 18, 9-10 AM (0)
May 18, 10-11 AM (0)
May 18, 11-12 PM (0)
May 18, 12-1 PM (0)
May 18, 1-2 PM (0)
May 18, 2-3 PM (5)
May 18, 3-4 PM (0)
May 18, 4-5 PM (0)
May 18, 5-6 PM (0)
May 18, 6-7 PM (0)
May 18, 7-8 PM (0)
May 18, 8-9 PM (0)
May 18, 9-10 PM (0)
May 18, 10-11 PM (0)
May 18, 11-12 AM (0)
May 19, 12-1 AM (0)
May 19, 1-2 AM (0)
May 19, 2-3 AM (0)
May 19, 3-4 AM (0)
May 19, 4-5 AM (0)
May 19, 5-6 AM (0)
May 19, 6-7 AM (0)
May 19, 7-8 AM (0)
May 19, 8-9 AM (0)
May 19, 9-10 AM (0)
May 19, 10-11 AM (0)
May 19, 11-12 PM (0)
May 19, 12-1 PM (0)
May 19, 1-2 PM (0)
May 19, 2-3 PM (0)
May 19, 3-4 PM (1)
May 19, 4-5 PM (0)
May 19, 5-6 PM (0)
May 19, 6-7 PM (0)
May 19, 7-8 PM (0)
May 19, 8-9 PM (8)
May 19, 9-10 PM (4)
May 19, 10-11 PM (6)
May 19, 11-12 AM (0)
May 20, 12-1 AM (7)
May 20, 1-2 AM (0)
May 20, 2-3 AM (0)
May 20, 3-4 AM (0)
May 20, 4-5 AM (0)
May 20, 5-6 AM (0)
May 20, 6-7 AM (0)
May 20, 7-8 AM (0)
May 20, 8-9 AM (0)
May 20, 9-10 AM (0)
May 20, 10-11 AM (1)
May 20, 11-12 PM (1)
May 20, 12-1 PM (4)
May 20, 1-2 PM (1)
May 20, 2-3 PM (0)
May 20, 3-4 PM (0)
May 20, 4-5 PM (0)
100 commits this week
May 13, 2026
-
May 20, 2026
Add Computational instance
Add Foreign Entities
Add ENTITIES rule
Add Foreign Entities
Add Computational instance
fix proofs to accommodate dd netid premises
fix import of CERTS-PoV module
Refactor Ledger PoV proof for new symmetric CERTS-pov (CIP-159)
After moving direct-deposit application from LEDGER-V into POST-CERT, CERTS-pov now produces a symmetric "consumed = produced" equation: getCoin s₁ + getCoin (DirectDepositsOf Γ) ≡ getCoin sₙ + getCoin (WithdrawalsOf Γ) Thread the direct-deposit term through the LEDGER-pov proof: * SUBLEDGERS-certs-pov gains "+ sum (map ddwl stxs)" on the LHS, where ddwl = getCoin ∘ DirectDepositsOf is the per-sub-tx direct-deposit total (analogous to wdrwl). * combined-certs gains "+ allDirectDeps" on the LHS, composing the per-sub CERTS-pov chain with the top-level call. * The main LEDGER-V chain wraps the result in +-cancelʳ-≡ to discharge the asymmetric "+ allDirectDeps" combined-certs introduces. Removed: * The certStateFinal local definition (LEDGER-V no longer applies applyDirectDeposits). * step-ii and the applyDirectDeposits-rewardsBalance module parameter (subsumed by indexedSumᵛ'-∪⁺ inside POST-CERT-pov). * The DD-split module parameter (subsumed by per-tx CERTS-pov chain). * Stale "Key Lemma" subsection and stale commented-out lines in bat'. * Unused imports +-identityʳ and +-0-monoid. * Redundant local aliases in bat's where-block. Documentation: rewrote "Key Differences from Conway" point 2 and the LEDGER-V Proof Outline to reflect the new architecture; clarified the LEDGER-I outline.
[Dijkstra] CIP-159-11c: Prove LEDGER preservation of value (#1187)
temporarily committing old stuff before rebase
[Dijkstra] CIP-159-11a: Prove Certs preservation of value (#1185)
adopt improvements from PR #1169
temporarily committing old stuff before rebase
adopt improvements from PR #1169
Refactor Ledger PoV proof for new symmetric CERTS-pov (CIP-159)
After moving direct-deposit application from LEDGER-V into POST-CERT, CERTS-pov now produces a symmetric "consumed = produced" equation: getCoin s₁ + getCoin (DirectDepositsOf Γ) ≡ getCoin sₙ + getCoin (WithdrawalsOf Γ) Thread the direct-deposit term through the LEDGER-pov proof: * SUBLEDGERS-certs-pov gains "+ sum (map ddwl stxs)" on the LHS, where ddwl = getCoin ∘ DirectDepositsOf is the per-sub-tx direct-deposit total (analogous to wdrwl). * combined-certs gains "+ allDirectDeps" on the LHS, composing the per-sub CERTS-pov chain with the top-level call. * The main LEDGER-V chain wraps the result in +-cancelʳ-≡ to discharge the asymmetric "+ allDirectDeps" combined-certs introduces. Removed: * The certStateFinal local definition (LEDGER-V no longer applies applyDirectDeposits). * step-ii and the applyDirectDeposits-rewardsBalance module parameter (subsumed by indexedSumᵛ'-∪⁺ inside POST-CERT-pov). * The DD-split module parameter (subsumed by per-tx CERTS-pov chain). * Stale "Key Lemma" subsection and stale commented-out lines in bat'. * Unused imports +-identityʳ and +-0-monoid. * Redundant local aliases in bat's where-block. Documentation: rewrote "Key Differences from Conway" point 2 and the LEDGER-V Proof Outline to reflect the new architecture; clarified the LEDGER-I outline.
fix import of CERTS-PoV module
[Dijkstra] CIP-159-11c: Prove LEDGER preservation of value (#1187)
[Dijkstra] CIP-159-11a: Prove Certs preservation of value (#1185)
[Dijkstra] CIP-159-11b: Prove UTxO and UTxOW preservation of value (#1186)
adopt improvements from PR #1169
[Dijkstra] CIP-159-11a: Prove Certs preservation of value (#1185)
Artifacts generated from 5fad8f6e38e8b908adeaa1d9ad2c82884ce69cec
in preparation for Carlos' recent refactor