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Edited ch06.asciidoc with Atlas code editor

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nadams 2017-04-24 13:17:25 -07:00
parent 147197cfaa
commit 190030d3ca
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@ -560,7 +560,7 @@ That signature is a serialized byte-stream of the +R+ and +S+ values produced by
* +0x45+—the length of the sequence (69 bytes)
* +0x02+—an integer value follows
* +0x21+—the length of the integer (33 bytes)
* +R+—+00884d142d86652a3f47ba4746ec719bbfbd040a570b1deccbb6498c75c4ae24cb+
* +R+—++00884d142d86652a3f47ba4746ec719bbfbd040a570b1deccbb6498c75c4ae24cb++
* +0x02+—another integer follows
* +0x20+—the length of the integer (32 bytes)
* +S+—++4b9f039ff08df09cbe9f6addac960298cad530a863ea8f53982c09db8f6e3813++
@ -667,9 +667,7 @@ Note that in verifying the signature, the private key is neither known nor revea
[TIP]
====
The math of ECDSA is complex and difficult to understand. There are a number of great guides online that might help. Search for "ECDSA explained" or try this one:
http://www.instructables.com/id/Understanding-how-ECDSA-protects-your-data/?ALLSTEPS
The math of ECDSA is complex and difficult to understand. There are a number of great guides online that might help. Search for "ECDSA explained" or try this one: http://www.instructables.com/id/Understanding-how-ECDSA-protects-your-data/?ALLSTEPS[]
====
==== The Importance of Randomness in Signatures