Ethereum: What happens if you set prune= to a value between 0 and 550?

What happens if you define a value between 0 and 550

When optimizing the scaling and Bitcoin performance optimization, there are several parameters that have an impact on how data are processed and transferred from the network. One of these parameters is “Prune” that controls whether the blockchain contains or not in each transaction before it is confirmed.

In this article we will examine what happens if you define prune = 1 and what effects on the Bitcoin core. In particular, we will examine the cutting behavior for values ​​between 0 and 550.

The standard cutting value

By default, Bitcoin Core disabled the trim, which means that all transaction history is stored in the memory before it is confirmed. This has several advantages:

  • Enables more efficient storage and restoration.

  • Reduces the overload that is assigned to the frequent disc access.

However, pruning can also have some negative effects on performance, especially if it is large amounts of data.

The value of the distance

As already mentioned, the “Prune” controls whether additional data is stored in the memory or not before it is confirmed. By defining prune = 1 you essentially activate the cut for all transactions.

If you define Puning = 1 as a value between 0 and 550, the following scenarios will probably appear:

* Without effect

Ethereum: What happens if you set prune=<n> to a value between 0 and 550?<br />
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<p>: For values ​​under 0, the parameter has no influence on the Bitcoin core. In other words, you can leave it because you have no influence.</p>
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<p><strong>* Optimization for large transactions </strong>: For values ​​between 0 and 550 (including), <code>prune = 1</code> enables trimming for all transactions. This means that additional data is stored in the memory before you are confirmed.</p>
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<p><strong>* Performance implications </strong>: Although pruning may seem a good cause, this can also have performance effects. When dealing with large amounts of data, the frequent disc access can cause considerable overload. If the network is overloaded, the analysis and review of transactions can take longer.</p>
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<p><strong>Diploma</strong></p>
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<p>In summary, it can be said that the configuration of <code>prune = 1 'for a value between 0 and 550 enables circumcision for all transactions in Bitcoin core, but can have an effect on the performance due to excessive access to the CD and the analysis times . This seems to be an attractive option for large deprivations, but it is important to weigh the advantages against possible disadvantages.</p>
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<p><strong> Best Practices </strong></p>
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In order to minimize performance problems by definingprune = 1, consider the following:

* Use a lower circumcision value : For smaller amounts of data or high network activities, you can try to "cut" as a lower value (e.g. 20) to determine whether it improves performance.

* Monitor network traffic : Keep your network traffic in the eye and adjustpomar`. If you notice significant times of the CD access, you should increase the circumcision value or examine other optimization techniques.

In summary, the define of “Cutting = 1” for a value between 0 and 550 can appear against -intuitive at the beginning, but it is important to understand its effects on performance and scalability. After the recommended practices and the surveillance network, you can make well -founded decisions about your main bitcoin configuration.

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