Bitcoin: How was this transaction’s relative locktime satisfied?

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Understand Bitcoin Locktime Operation

Bitcoin: How was this transaction's relative locktime satisfied?

As a Bitcoin user, understanding the nuances of surgery blocking time is very important to understand how block circuit surgery is checked and processed. In this article, we will deepen the details of how the operation stated was satisfied with the relative time of blocking.

Transactions Disglose

Let’s analyze the operation presented: 3C1C9FB9D6B215FDEDB5CAF6A951A9E6C1E3DE6E5674F6463E94667497This operation includes three records we will call "1" and "2". The output of the first post is marked as "3" and the second entry is known as "32".

OPPUPUSHBYtes

The first lines of the operation are "OP_UPUSHBYtes_3 FA0140" followed by OP_CSV. These teams indicate that we are going to press the byte chain (0x4001Fa value) and then calculate the amount of inspection (op_csv).

op_drop

The operation continues to perform the OP_Drop team, which indicates that the amount of the previously calculated inspection is eliminated. This is done so that subsequent calculations can be performed without the amount of the inspection.

Relative lock time satisfaction

Now let's focus on satisfying relative blocking time for this operation. The relative blocking time refers to the time interval between two consecutive operations that have a general post. In other words, if A operation has a record with X value and surgery B shares the same input, then relative B, surgery B blocking time would be the difference between its input values.

For the transaction we specify:

  • 1 input (with 0x4001fa value) shares both transactions.

  • A Operation Output is 3 exit and surgery B exit is marked as "32".

To satisfy the relative time of blocking this operation, we need to ensure that the difference between the input values ​​does not exceed a certain limit. In the context of Bitcoin, the default input approval value is determinedThis case, operation a).

However, since both records have the same value (0x4001FA) and we have already removed the inspection amount, the operation is unlikely to be confirmed. In practice, Bitcoin uses a stronger approval mechanism that covers several checks, including the OPCheckmint command.

Conclusion

In conclusion, in order to satisfy the relative time of blocking this particular operation, the input values ​​must be accurately coincided between the consecutive operations that have a general record. Since both entries have the same value (0x4001FA), the difference in input values ​​is unlikely to be significant enough to activate the verification of approval. However, this provides information on how Bitcoin blocking mechanisms work, and emphasizes the importance of carefully examining the operation input by checking their relative blocking time.

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