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Made changes to ch04.asciidoc

This commit is contained in:
myarbrough@oreilly.com 2014-11-18 07:28:49 -08:00
parent d5e0783c68
commit 1616767746

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@ -533,8 +533,7 @@ $ sudo pip install ecdsa
$ # Run the script
$ python ec-math.py
Secret: 38090835015954358862481132628887443905906204995912378278060168703580660294000
EC point: (70048853531867179489857750497606966272382583471322935454624595540007269312627,
105262206478686743191060800263479589329920209527285803935736021686045542353380)
EC point: (70048853531867179489857750497606966272382583471322935454624595540007269312627, 105262206478686743191060800263479589329920209527285803935736021686045542353380)
BTC public key: 029ade3effb0a67d5c8609850d797366af428f4a0d5194cb221d807770a1522873
----
====
@ -546,7 +545,7 @@ Another method for making keys is((("deterministic key generation"))) _determini
[TIP]
====
Wallets contain keys, not coins. The coins are stored on the blockchain in the form of transaction-outputs (often noted as((("txout notation")))((("vout notation"))) _vout_ or _txout_). Each user has a wallet containing keys. Wallets are really keychains containing pairs of private/public keys (see <<private_public_keys>>). Users sign transactions with the keys, thereby proving they own the transaction outputs (their coins).
Bitcoin wallets contain keys, not coins. Each user has a wallet containing keys. Wallets are really keychains containing pairs of private/public keys (see <<private_public_keys>>). Users sign transactions with the keys, thereby proving they own the transaction outputs (their coins). The coins are stored on the block chain in the form of transaction-ouputs (often noted as vout or txout).((("txout notation")))((("vout notation")))
====
[[random_wallet]]