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Expression not -standard -bit -bitcoins transaction outputs with clear addresses
In the event of non -standard transaction results, you can identify and decode the corresponding script addresses. In this article we will examine the method for expressing these results of transactions in the format of a legible person, in particular the direction of clear addresses, which may not be clearly identified with the standard Explorer -Blockchain tools.
Understanding the custom transaction results
NOT -NON -Standard -Transaction results are generated by the Bitcoin script system using ECDs (an algorithm of the digital signature of the elliptical curve) and the script. The “TXID” field contains the output medication, while subsequent scripts represent individual operations such as transactions or fees.
In the case of not standard outputs with a large number of scripts, it can be difficult to identify certain scripts and suitable addresses. Our approach appears here – use of unique address formats that are used less frequently.
Express custom transaction outputs
In order to express user -defined transaction results with clear addresses, we use the following methods:
* Prefix Conscript Coding : Instead of using txid as prefixes for scripts, we use a clear identifier to display each script. We create the assignment between the output medication and the corresponding scripting index.
* The format of the scripting signature : We will change the format of the scripting signature so that an additional field contains a clear address.
Here is an example of what it can look like:
`
1 – 0x00000000 (TXID)
|. 2 – Script_index
|. 3 – op_0x00000001 (op_code) = 0x00000001
|. 4 – op_0x00000002 (op_code) = 0x00000008
|. 5 – amount_0x0000001f (amount)
|. 6 – Script_0x00000003 (Script_0_0x00000003) = address_0x00000003
2 – 0x00000000 (TXID)
|. 3 – 0x00000001 (op_code) = op_0x00000001
|. 4 – 0x00000002 (op_code) = op_0x00000008
|. 5 – amount_0x0000001f (amount)
|. 6 – Script_0x00000003 (Script_0_0x00000003) = address_0x00000003
2 – 0x00000000 (TXID)
|. 3 – 0x00000001 (op_code) = op_0x00000001
|. 4 – 0x00000002 (op_code) = op_0x00000008
|. 5 – amount_0x0000001f (amount)
|. 6 – Script_0x00000003 (Script_0_0x00000003) = address_0x00000003
…
`
In this coding, each output script is shown by a clear identifier (“txid "), followed by the corresponding" op_code "," amount "and then an additional field for saving a clear address.
Examples of use
To demonstrate this approach in action, look at a non -standard transaction edition that contains many scripts:
1 – 0x00000000 (TXID)
|. 2 – Script_index_0
|. 3 – op_0x00000001 (op_code) = 0x00000001
|. 4 – amount_0x0000001F (amount)
|. 5 – Script_0x00000003 (Script_0_0x00000003) = address_0x00000003
2 – 0x00000000 (TXID)
|. 3 – 0x00000001 (op_code) = op_0x00000001
|. 4 – amount_0x0000001F (amount)
|. 5 – Script_0x00000004 (Script_0_0x00000004) = Adress_0x00000005
…
`
In this example, the first output material OP_CODE 0x00000001`, while the second output material” op_code “has 0x000008. Suitable amounts are saved in separate fields in each output script.
By using the clear address format, we can express custom transaction results in a simple way to analyze and visualize the data.
Application
Expressing non -standard results from Bitcoin transactions with unique addresses requires creativity and a bit of script magic. By using coding and changing the script script, we can create assignments between the output materials and your corresponding addresses. This approach enables more efficient analysis and visualization of data, which makes it easier to identify patterns and trends on the web.