Fix summary indication

Summary was mentioning the previous file instead of this one.
This commit is contained in:
namcios 2021-08-05 11:02:12 -03:00 committed by GitHub
parent 9ca5d0eb70
commit e515da4a7c
No known key found for this signature in database
GPG Key ID: 4AEE18F83AFDEB23

View File

@ -171,7 +171,7 @@ Depending on your API, you might be able to enter this as an `asm`-style `script
Note that the `hex scriptPubKey` for P2SH Script transaction will _always_ start with an `a914`, which is the `OP_HASH160` followed by an `OP_PUSHDATA` of 20 bytes (hex: `0x14`); and it will _always_ end with a `87`, which is an `OP_EQUAL`. So all you have to do is put your hashed redeem script in between those numbers. Note that the `hex scriptPubKey` for P2SH Script transaction will _always_ start with an `a914`, which is the `OP_HASH160` followed by an `OP_PUSHDATA` of 20 bytes (hex: `0x14`); and it will _always_ end with a `87`, which is an `OP_EQUAL`. So all you have to do is put your hashed redeem script in between those numbers.
## Summary: Understanding the Foundation of P2SH ## Summary: Building the Structure of P2SH
Actually creating the P2SH locking script dives further into the guts of Bitcoin than you've ever gone before. Though it's helpful to know how all of this works at a very low level, it's most likely that you'll have an API taking care of all of the heavy-lifting for you. Your task will simply be to create the Bitcoin Script to do the locking ... which is the main topic of chapters 9 and 11-12. Actually creating the P2SH locking script dives further into the guts of Bitcoin than you've ever gone before. Though it's helpful to know how all of this works at a very low level, it's most likely that you'll have an API taking care of all of the heavy-lifting for you. Your task will simply be to create the Bitcoin Script to do the locking ... which is the main topic of chapters 9 and 11-12.