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Module

x/libauth/src/lib/transaction/transaction-e2e.spec.helper.ts>twoOfTwoRecoverableJson

An ultra-lightweight, zero-dependency JavaScript library for Bitcoin Cash, Bitcoin, and Bitauth applications.
Latest
variable twoOfTwoRecoverableJson
Re-export
import { twoOfTwoRecoverableJson } from "https://deno.land/x/libauth@v2.0.0-alpha.9/src/lib/transaction/transaction-e2e.spec.helper.ts";

type

{ name: "2-of-2 Recoverable Vault"; $schema: "https://libauth.org/schemas/wallet-template-v0.schema.json"; description: "A 2-of-2 wallet, which after a specified delay, can be recovered by either of the original two keys and a signature from a trusted user (e.g. an attorney).\n\nIn this implementation, all wallet addresses become recoverable at the same time. To \"bump\" the recovery time to a later date, create a new wallet and transfer the funds.\n\nThis scheme is described in more detail in BIP-65."; entities: { signer_1: { description: "One of the two co-owners of this wallet. If Signer 1 is unable to sign, Signer 2 and Trusted Party can recover funds after the specified delay."; name: "Signer 1"; scripts: unknown[]; variables: { delay_seconds: { description: "The waiting period (from the time the wallet is created) after which the Trusted Party can assist with delayed recoveries. The delay is measured in seconds, e.g. 1 day is 86400, 30 days is 2592000."; name: "Recovery Delay (Seconds)"; type: "WalletData"; }; first: { name: "Signer 1's HdKey"; type: "HdKey"; }; }; }; signer_2: { description: "One of the two co-owners of this wallet. If Signer 2 is unable to sign, Signer 1 and Trusted Party can recover funds after the specified delay."; name: "Signer 2"; scripts: unknown[]; variables: { second: { name: "Signer 2's HdKey"; type: "HdKey"; }; }; }; trusted_party: { description: "A trusted party, like a lawyer or trusted employee. If either signer is unable to sign, after the specified delay, Trusted Party can help to recover funds by co-signing on that signer's behalf."; name: "Trusted Party"; scripts: unknown[]; variables: { trusted: { name: "Trusted Party's HdKey"; type: "HdKey"; }; }; }; }; scenarios: { after_recovery_time: { description: "An example of a time after the recovery delay has passed."; extends: "before_recovery_time"; name: "After Recovery Time"; transaction: { locktime: 1234061665; }; }; before_recovery_time: { data: { bytecode: { delay_seconds: "2592000"; }; }; description: "An example of a time before a 30 day recovery delay (2592000 seconds) has passed."; name: "Before Recovery Time"; transaction: { locktime: 1231469665; }; }; }; scripts: { lock: { lockingType: "p2sh20"; name: "2-of-2 Recoverable Vault"; script: "OP_IF\n <$(\n <current_block_time> <delay_seconds>\n OP_ADD\n )>\n OP_CHECKLOCKTIMEVERIFY OP_DROP\n <trusted.public_key>\n OP_CHECKSIGVERIFY\n <1>\nOP_ELSE\n <2>\nOP_ENDIF\n<first.public_key> <second.public_key> <2>\nOP_CHECKMULTISIG"; }; recover_1: { estimate: "after_recovery_time"; fails: unknown[]; name: "Recover – Signer 1"; passes: unknown[]; script: "<0>\n<first.signature.all_outputs>\n<trusted.signature.all_outputs>\n<1>"; timeLockType: "timestamp"; unlocks: "lock"; }; recover_2: { estimate: "after_recovery_time"; fails: unknown[]; name: "Recover – Signer 2"; passes: unknown[]; script: "<0>\n<second.signature.all_outputs>\n<trusted.signature.all_outputs>\n<1>"; timeLockType: "timestamp"; unlocks: "lock"; }; spend: { estimate: "before_recovery_time"; name: "Standard Spend"; passes: unknown[]; script: "<0>\n<first.signature.all_outputs>\n<second.signature.all_outputs>\n<0>"; unlocks: "lock"; }; }; supported: unknown[]; version: 0; }