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	Create 08_2_Building_the_Structure_of_P2SH.md
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				| @ -71,7 +71,7 @@ To complete your serialization, you translate the hexcode into binary. On the co | ||||
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| ## Analyze a P2SH Multisig | ||||
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| To better understand this process, we will reverse-engineer the P2SH multisig that we created in [§6.1: Sending a Transaction to a Multisig](6_1_Sending_a_Transaction_to_a_Multisig.md). Take a look at the `redeemScript` that you used, which you now know is the hex-serialized version of the locking script: | ||||
| To better understand this process, we will reverse-engineer the P2SH multisig that we created in [§6.1: Sending a Transaction to a Multisig](06_1_Sending_a_Transaction_to_a_Multisig.md). Take a look at the `redeemScript` that you used, which you now know is the hex-serialized version of the locking script: | ||||
| ``` | ||||
| 52210307fd375ed7cced0f50723e3e1a97bbe7ccff7318c815df4e99a59bc94dbcd819210367c4f666f18279009c941e57fab3e42653c6553e5ca092c104d1db279e328a2852ae | ||||
| ``` | ||||
| @ -133,6 +133,10 @@ Note that the `hex scriptPubKey` for P2SH Script transaction will _always_ start | ||||
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| 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 7 and 9-10. | ||||
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| ## What's Next? | ||||
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| Continue "Embedding Bitcoin Scripts" with [§8.3: Running a Bitcoin Script with P2SH](08_3_Running_a_Bitcoin_Script_with_P2SH.md). | ||||
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| ## Appendix: The Integer Conversion Script | ||||
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| The following script collects the complete methodology for changing an integer between -2147483647 and 2147483647 to a little-endian signed-magnitude representation in hex: | ||||
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