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Made changes to ch04.asciidoc

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drusselloctal@gmail.com 2014-10-30 09:35:22 -07:00
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@ -473,7 +473,7 @@ include::code/key-to-address-ecc-example.py[]
----
====
Here's the output from running this code:
<<key-to-address_script_run>> shows the output from running this code.
[[key-to-address_script_run]]
.Running key-to-address-ecc-example.py
@ -507,10 +507,10 @@ Compressed Bitcoin Address (b58check) is:
====
Here's another example, using the Python ECDSA library for the Elliptic Curve math and without using any specialized bitcoin libraries:
<<ec_math>> is another example, using the Python ECDSA library for the elliptic curve math and without using any specialized bitcoin libraries.
[[ec_math]]
.A script demonstrating Elliptic Curve math used for bitcoin keys
.A script demonstrating elliptic curve math used for bitcoin keys
====
[source, python]
----
@ -518,7 +518,7 @@ include::code/ec-math.py[]
----
====
Running the script:
<<ec_math_run>> shows the output produced by running this script.
[[ec_math_run]]
.Installing the Python ECDSA library and running the ec_math.py script
@ -545,7 +545,7 @@ Another method for making keys is _deterministic key generation_. Here you deriv
[TIP]
====
Wallets contain keys, not coins. The coins are stored on the blockchain in the form of transaction-outputs (often noted as _vout_ or _txout_). Each user has a wallet containing keys. Wallets are really keychains containing pairs of private/public keys (See XREF-public_key]). Users sign transactions with the keys, thereby proving they own the transaction outputs (their coins).
Wallets contain keys, not coins. The coins are stored on the blockchain in the form of transaction-outputs (often noted as _vout_ or _txout_). Each user has a wallet containing keys. Wallets are really keychains containing pairs of private/public keys (see XREF-public_key]). Users sign transactions with the keys, thereby proving they own the transaction outputs (their coins).
====
[[random_wallet]]