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Kayos 09e8bb3e1d feat(dao): Phase 4c-bis-1 + 4c-bis-2 — typed EffectsMap + GAT policy config
## Type port effects_raw → EffectsMap (4c-bis-1)

Replace ProposalDatum.effects_raw: PlutusData with typed
effects: EffectsMap. Required precondition for the upcoming
proposal_mint_gats builder — every downstream piece reads typed
effects, not opaque bytes.

- ProposalEffectMetadata { datum_hash: 32 bytes, script_hash: Option<28 bytes> }
  ProductIsData → CBOR Array. Field order matches Agora.Proposal.hs:296.
  Maybe ScriptHash → Constr 0 [bytes]/Constr 1 [].
- EffectsMap: Vec<(ResultTag i64, Vec<(ScriptHash, ProposalEffectMetadata)>)>.
  Encoded as nested PlutusData::Map. Keys preserved in insertion
  order (Plutus map equality is set-like, but validator builds the
  expected datum in same order so we stay consistent).
- EffectsMap::info_only(&[0, 1]) helper for the proposal_create case
  (every result_tag → empty inner map). Replaces the hand-rolled
  PlutusData::Map.
- has_neutral_effect() + keys() helpers for validator preflight checks.

Live-decode test (decodes_sulkta_live_proposal_zero) tightened:
Sulkta #0 is NOT pure InfoOnly — tag 1 has a real effect targeting
script hash 92b7..96f with datum_hash 046dff..e83c (no auth-script
wrapper). Tag 0 is empty so phasNeutralEffect still passes. Test
asserts the full typed shape now + round-trips via decode↔encode.

All 4 builders' fixtures updated: effects_raw: constr(0, vec![]) →
effects: EffectsMap::info_only(&[0, 1]). Unused constr/PlutusData/
KeyValuePairs imports pruned.

## DaoConfig GAT policy fields (4c-bis-2)

- DaoConfig.gat_policy: Option<String> (56 hex)
- ScriptRefs.gat_policy_ref: Option<String> (txhash#index)
- DaoConfig::validate now checks gat_policy + stake_st_policy +
  proposal_st_policy are 56 hex chars when set
- All DaoConfig fixtures updated with gat_policy: None
- DaoRegisterArgs gains gat_policy + gat_policy_ref optional fields
- dao_show output includes the new fields automatically (serde)

Sulkta-specific note: gat_policy hash isn't observable on chain
yet (no MintGATs tx has fired). Hand-populate from MLabs deployment
record when ready, or compute from the deployed governor's CBOR
parameters.
2026-05-06 10:13:11 -07:00
.cargo build: strip Gitea token from pallas patch URLs + add cargo config 2026-05-06 07:45:37 -07:00
crates feat(dao): Phase 4c-bis-1 + 4c-bis-2 — typed EffectsMap + GAT policy config 2026-05-06 10:13:11 -07:00
docs rename: sulkta-wallet → aldabra (per Cobb 2026-05-04) 2026-05-04 10:11:23 -07:00
.dockerignore phase 1: full read path — bip39 + cip-3 + cip-1852 + koios + age-mnemonic + rmcp 2026-05-04 11:09:00 -07:00
.gitignore phase 1 scaffold: cargo workspace + 3 crates + roadmap + architecture 2026-05-04 10:02:32 -07:00
Cargo.lock fix(dao): audit punch list — H-1 to H-4 + M-2 + pallas bump 2026-05-06 08:06:44 -07:00
Cargo.toml build: switch aldabra-pallas patch URLs to SSH 2026-05-06 07:55:32 -07:00
Dockerfile phase 1: full read path — bip39 + cip-3 + cip-1852 + koios + age-mnemonic + rmcp 2026-05-04 11:09:00 -07:00
LICENSE phase 1 scaffold: cargo workspace + 3 crates + roadmap + architecture 2026-05-04 10:02:32 -07:00
README.md rename: sulkta-wallet → aldabra (per Cobb 2026-05-04) 2026-05-04 10:11:23 -07:00
ROADMAP.md rename: sulkta-wallet → aldabra (per Cobb 2026-05-04) 2026-05-04 10:11:23 -07:00

aldabra

Rust-native Cardano lite wallet with an MCP-server interface — built for LLM-first usage (send, receive, mint, Plutus interaction).

Status: Phase 1 scaffold (2026-05-04). Compiles, structure in place, real wallet primitives still landing. See ROADMAP.md.

Why

The existing Cardano MCP servers are either read-only doc gateways (Jimmyh-world/Cardano_MCP) or built on Blockfrost (web3-mcp) which is a centralized API we deliberately don't depend on. Sulkta runs its own Koios + Ogmios endpoints on Rackham; we want a wallet that talks directly to those.

Also: it's the first Sulkta Rust project — useful as a workout for crafting-table's Rust toolchain (per Sulkta-Coop/lucy-infra spec-crafting-table.md).

Architecture

Three crates in a Cargo workspace:

Crate Responsibility
aldabra-core Pure crypto + types. Mnemonic → root key (CIP-3), root → payment + stake key (CIP-1852), address construction, signing. No I/O, no network. This is the security boundary.
aldabra-chain Pluggable backends for chain queries. ChainBackend trait, with Koios as the phase-1 implementation. Ogmios + submission paths in phase 2.
aldabra-mcp Binary. MCP server speaking stdio. Glues core + chain together, exposes tools to the LLM client.
            ┌─────────────────────────────┐
LLM client  │       aldabra-mcp (bin)      │  stdio
─────────►  │   tool handlers, lifecycle  │  ────►
            └──────────┬──────────────────┘
                       │
              ┌────────┴────────┐
              ▼                 ▼
       ┌──────────────┐  ┌──────────────┐
       │ aldabra-core  │  │ aldabra-chain │
       │ keys, sign   │  │ Koios/Ogmios │
       └──────────────┘  └──────────────┘

MCP tools (target)

Phase 1:

  • wallet.address — derived base address at account 0, index 0
  • wallet.balance — ADA + native asset balance at the wallet's address
  • wallet.utxos — list UTXOs

Phase 2:

  • wallet.send — build, sign, submit a payment (ADA or native)
  • wallet.tx_status — poll a submitted tx hash

Phase 3:

  • wallet.mint — mint a CIP-25 / CIP-68 native asset
  • wallet.policy.create — generate a policy script (timelock, multisig)

Phase 4:

  • wallet.script.attach — attach an inline datum + reference script
  • wallet.script.spend — spend a Plutus-locked UTXO with redeemer
  • wallet.stake.delegate — delegate to a pool

Build

# Local (requires rustc 1.75+)
cargo build --release

# Through crafting-table (preferred — validates the toolchain there)
crafting-table build aldabra

Run

# Direct invocation (smoke test only — does nothing useful in phase 1)
./target/release/aldabra

# As an MCP server registered with Claude Code:
# add to ~/.claude.json:
#   "aldabra": {
#     "command": "/path/to/aldabra",
#     "env": {
#       "ALDABRA_DATA": "/mnt/cache/appdata/aldabra"
#     }
#   }

Security model

  • Mnemonic source: interactive bootstrap on first run, paste once, encrypted at rest with age. Never written to disk in plaintext.
  • Derived keys: in-memory only, ZeroizeOnDrop on every container.
  • Network exposure: stdio MCP transport — never opens a TCP socket. Only the spawning client process can reach it.
  • Multi-network: mainnet by default, but --network preview / --network preprod for testing without real ADA.

See also