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Edited ch05_wallets.adoc with Atlas code editor

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clenser 2023-10-19 20:11:53 +00:00
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@ -1439,7 +1439,7 @@ child of key m/x, which is the x-th child of m.
===== Navigating the HD wallet tree structure
The((("tree structure", "in HD wallets", secondary-sortas="HD wallets", id="tree-hd-wallet")))((("key generation", "HD (hierarchical deterministic)", "tree structure", id="keygen-hd-tree")))((("HD (hierarchical deterministic) key generation", "tree structure", id="hd-keygen-tree"))) HD wallet tree structure offers tremendous flexibility. Each parent
The((("tree structure in HD wallets", id="tree-hd-wallet")))((("key generation", "HD (hierarchical deterministic)", "tree structure", id="keygen-hd-tree")))((("HD (hierarchical deterministic) key generation", "tree structure", id="hd-keygen-tree"))) HD wallet tree structure offers tremendous flexibility. Each parent
extended key can have 4 billion children: 2 billion normal children and
2 billion hardened children. Each of those children can have another 4
billion children, and so on. The tree can be as deep as you want, with
@ -1528,5 +1528,5 @@ required to spend your bitcoins is lost, those bitcoins will forever be
unspendable. Nobody can get them back for you. In this chapter, we
looked at the systems that modern wallet applications use to help you
prevent losing that data. Remember, however, that it's up to you to
actually use the systems available to make good backups and ((("key generation", "HD (hierarchical deterministic)", "extended keys", startref="keygen-hd-extend-webstore")))((("HD (hierarchical deterministic) key generation", "extended keys", "web store example", startref="hd-keygen-extend-webstore")))((("extended keys", "web store example", startref="extend-key-webstore")))((("web store example (extended keys)", startref="webstore-extend-key")))((("tree structure", "in HD wallets", secondary-sortas="HD wallets", startref="tree-hd-wallet")))((("key generation", "HD (hierarchical deterministic)", "tree structure", startref="keygen-hd-tree")))((("HD (hierarchical deterministic) key generation", "tree structure", startref="hd-keygen-tree")))regularly
actually use the systems available to make good backups and ((("key generation", "HD (hierarchical deterministic)", "extended keys", startref="keygen-hd-extend-webstore")))((("HD (hierarchical deterministic) key generation", "extended keys", "web store example", startref="hd-keygen-extend-webstore")))((("extended keys", "web store example", startref="extend-key-webstore")))((("web store example (extended keys)", startref="webstore-extend-key")))((("tree structure in HD wallets", startref="tree-hd-wallet")))((("key generation", "HD (hierarchical deterministic)", "tree structure", startref="keygen-hd-tree")))((("HD (hierarchical deterministic) key generation", "tree structure", startref="hd-keygen-tree")))regularly
test them.