1
0
mirror of https://github.com/bitcoin/bips.git synced 2025-01-19 05:45:07 +01:00

Update bip-0174.mediawiki

I, personally, find this easier to read.
This commit is contained in:
kiminuo 2021-03-31 10:22:39 +02:00 committed by GitHub
parent 1f0b563738
commit f45d7c5784
No known key found for this signature in database
GPG Key ID: 4AEE18F83AFDEB23

View File

@ -74,13 +74,11 @@ Where:
: Magic bytes which are ASCII for psbt <ref>'''Why use 4 bytes for psbt?''' The : Magic bytes which are ASCII for psbt <ref>'''Why use 4 bytes for psbt?''' The
transaction format needed to start with a 5 byte header which uniquely identifies transaction format needed to start with a 5 byte header which uniquely identifies
it. The first bytes were chosen to be the ASCII for psbt because that stands for it. The first bytes were chosen to be the ASCII for psbt because that stands for
Partially Signed Bitcoin Transaction. </ref> followed by a separator of <tt>0xFF</tt> Partially Signed Bitcoin Transaction. </ref> followed by a separator of <tt>0xFF</tt><ref>'''Why Use a separator after the magic bytes?''' The separator
<ref>'''Why Use a separator after the magic bytes?''' The separator
is part of the 5 byte header for PSBT. This byte is a separator of <tt>0xff</tt> because is part of the 5 byte header for PSBT. This byte is a separator of <tt>0xff</tt> because
this will cause any non-PSBT unserializer to fail to properly unserialize the PSBT this will cause any non-PSBT unserializer to fail to properly unserialize the PSBT
as a normal transaction. Likewise, since the 5 byte header is fixed, no transaction as a normal transaction. Likewise, since the 5 byte header is fixed, no transaction
in the non-PSBT format will be able to be unserialized by a PSBT unserializer.</ref>. This integer must be serialized in the non-PSBT format will be able to be unserialized by a PSBT unserializer.</ref>. This integer must be serialized in most significant byte order.
in most significant byte order.
The currently defined global types are as follows: The currently defined global types are as follows: