From 055a3e75e8c037825257a73d35baa31f5b3c9a64 Mon Sep 17 00:00:00 2001 From: clenser Date: Thu, 19 Oct 2023 19:47:12 +0000 Subject: [PATCH] Edited ch05_wallets.adoc with Atlas code editor --- ch05_wallets.adoc | 4 ++-- 1 file changed, 2 insertions(+), 2 deletions(-) diff --git a/ch05_wallets.adoc b/ch05_wallets.adoc index 87952d5c..3b72ebf7 100644 --- a/ch05_wallets.adoc +++ b/ch05_wallets.adoc @@ -408,7 +408,7 @@ codes continue to be widely ((("wallets", "recovery codes", startref="wallet-rec ==== Backing Up Nonkey Data -The ((("wallets", "nonkey data", "backing up", id="wallet-nonkey-backups")))((("nonkey data", "backing up", id="nonkey-backups")))((("backing up", "nonkey data", id="backup-nonkey")))most important data in a wallet database is its private keys. If +The ((("wallets", "nonkey data, backing up", id="wallet-nonkey-backups")))((("nonkey data, backing up", id="nonkey-backups")))((("backing up", "nonkey data", id="backup-nonkey")))most important data in a wallet database is its private keys. If you lose access to the private keys, you lose the ability to spend your bitcoins. Deterministic key derivation and recovery codes provide a reasonably robust solution for backing up and recovering your keys and @@ -502,7 +502,7 @@ Later, if the original wallet database is lost, the user can enter their recovery code into the wallet application to restore their seed. The application can then retrieve the latest backup file, regenerate the encryption key, decrypt the backup, and restore all of the user's labels -and additional ((("wallets", "nonkey data", "backing up", startref="wallet-nonkey-backups")))((("nonkey data", "backing up", startref="nonkey-backups")))((("backing up", "nonkey data", startref="backup-nonkey")))protocol data. +and additional ((("wallets", "nonkey data, backing up", startref="wallet-nonkey-backups")))((("nonkey data, backing up", startref="nonkey-backups")))((("backing up", "nonkey data", startref="backup-nonkey")))protocol data. ==== Backing Up Key Derivation Paths