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Understanding transaction with Bitcoin lock
As a bitcoin user, understanding the nuances of transaction lock time is crucial to understanding how transactions are checked and processed in blockchain. In this article, we will deepen the specifics of how a particular transaction was satisfied with your blocking report.
Transaction Government
Let's look at the transaction provided: 3C1C9FB9D6B215EFDEEDB5CAF6A951A9E6C1E3DE6E5674F6463E9467497. This transaction includes three records that we will turn to "1" and "2". The first input exit is indicated "3", while the second entrance is called "32".
op_pushbytes
The first lines of the transaction are op_pushbytes_3 fa0140, followed by 'op_csv. These commands indicate that we are about to press byt (0x4001fa) and calculate the amount of verification (PE_CSV) for it.
op_drop
The transaction then executes theop_dropcommand, which indicates that the amount of inspection calculated earlier is discarded. This happens so that subsequent calculations can be carried out without having to recom the amount of inspection.
relative satisfaction of blocking time
Now, let's focus on satisfying the relative lock time for this transaction. The relative lock time refers to the interval of time between two consecutive transactions that share a common input. In other words, if the transaction A has a input with a value X and a transaction B shares the same input, the relative time of locking the transaction B will be the difference between their input values.
For our transaction:
- Login 1 (with a value of 0x4001fa) is shared by both transactions.
- Transaction A output is output 3 while the transaction exit B is indicated "32".
In order to satisfy the relative lock time for this transaction, we must ensure that the difference between the input values does not exceed a particular limit. In the context of Bitcoin, the standard value for validation of the input is defined asnsexe = 0x4001fa, which means that the transaction will be considered valid only if the input corresponds to the input used in the previous transaction (in this case, transaction a).
However, as both entrances have the same value (0x4001fa) and we have already reduced the amount of the inspection, it is unlikely to be validated. In practice, Bitcoin uses a healthier validation mechanism that includes multiple inspections, including the OP_checkmint command.
Conclusion
In short, in order to satisfy the relative lock time for this specific transaction, the input values must be accurately corresponding to successive transactions that share a common input. As both entrances have the same value (0x4001fa`), it is unlikely that the difference in the entrance values will be significant enough to activate the validation checks. However, this provides information on how the Bitcoin lock mechanisms work and emphasizes the importance of carefully examining records in transactions when checking your lock report.
