Ethereum: Is a public message at blockchain.info embedded in the actual block chain? [duplicate]

Ethereum: Is a public message on blockchain.info embedded in a real block chain?

When it comes to interaction with Ethereum, one of the most appropriate features is the ability to add a public message to each transaction. This feature allows users to share additional information about their transactions, such as the details of the property sent or received. However, many can wonder if this public message is built into the actual blockchain itself.

In order to understand the answer to this question, we dive into the internal action of the Ethereum and how the messages are processed within blockchain.

How does Ethereum work

Ethereum Blockchain is a decentralized, distributed book that records all transactions throughout the net. It consists of blocks containing a list of transactions known as “block”. Each block has its own unique identifier (also called “hash”) and is connected to the previous blocks through a procedure called “merging”.

Public messages: Key feature

One key feature of the Ethereum that allows users to share additional information about their transactions is the ability to add public messages. These messages can be up to 1024 characters long and each block is added to the “hash transaction”. The message itself does not have certain limitations on length or content.

Is the public message installed?

The question of whether the public message was built into Ethereum’s blockchain truly built -in, not just added, caused a discussion among developers and users. To better understand this, let’s look at how messages format within the block:

`strength

{

“Transaction”: SHA256 (

“0x … transaction hash …”, // hash alone transactions.

“Blocknumber”, // number of blocks that are mined.

“Gaslimit”, // Gas limit specified in the transaction request.

“Value”, // Value sent in this transaction, expressed as a hexadecimal number.

“Nonce”, // Random integer used to prevent an attack on a re -choice

, ,,

“Blockhash”: Sha256 (

“0x … block hash …”, // hash the block itself.

“Time mark”, // Time mark on which the block mined.

“Gasprice”, // Gas price for this transaction.

“Nonce”, // Random integer used to prevent an attack on a re -choice

, ,,

“Transcationation”: 1,

“Txhash”: Sha256 (

“0x … transaction hash …”,

“Blocknumber”,

“Time mark”,

“Gaspice”,

“Nonce”

)

Iche

`

From this output it is clear thattransactionhash” contains not only hash transactions, but also additional information such as the block number and the time mark. This includes gas price and without value.

Conclusion

Although some may claim that the public message itself does not have a direct, built -in place in Blockchain (as added to each block), others claim that it is truly “built” in the sense that its content is part of a part of the transaction information structure. The content of the message can be greatly distinguished and is usually not hardly coded in blockchain, but is included as a field only for an accessory.

Real implementation can depend on how the messages format within the blocks, but at the fundamental level, all additional information provided by users through this feature should really be considered embedded in some form within the block structure.

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