Ethereum: Why don’t P2PK scripts have your own address?
In the world of cryptocurrency and blockchain technology, titles play a decisive role in the locking of every wallet and the scripts. In this article we will deal with the script by The Ethereum Public Key (P2PK), which does not have its own title.
What is scriptpubkey?
Before you deal with the reasons why the P2PK scripts have no title, we quickly take a look at what is scriptpubkey. Scriptpubkey is a digital signature that represents the public key of the user and enables them to interact with the intelligent contracts of Ethereum Blockchain.
Why isn’t a separate title for P2PK scripts?
If the P2PK scripts did not have its own address, it would be much more convenient for users to manage several accounts with their own separate wallets each. However, this approach has many disadvantages:
1
Scalability: Separate titles of P2PK scripts mean that each user needs a clear wallet for any implementation, which can lead to scalability problems.
- Safety: It is more difficult to use and secure several items with more titles, as it is exposed to a higher risk that someone endangers one of the wall pockets to reach others.
- User experience:
Separate titles of P2PK scripts mean that users have to remind several wallets that can be consumed uncomfortably and in time.
Leading characters and scriptdecodes
In order to understand why the P2PK scripts do not have its own address, we should see how the signs map the scriptdecodes. In Ethereum, the leading character of the title determines which script it refers.
Here are some examples:
0x: The standard is on the public button (1)
0x ...: point to the specific P2PK script
0x ...shows the specific scriptpubkey
You need to know what to get to decode the conductor. This is where the logic of the wallet comes.
Wettle bag logic and scriptdecodes
In Ethereum’s wallet, the script -decoded function takes on the title as input and returns the corresponding P2PK script or scriptpubkey. This is carried out by analyzing the leading actors of the title.
Here is an example:
`Solidity
Function GetScript (title: String) Public view (byte -store) {
// Get the leading characters
Bytes32 Management Chars = Keccak256 (title);
// decoding leading signs for script decode
Chary Memory Scriptdecode = Abi.encodepacked (leadchars);
Return scriptdecode;
}
In this example, the “GetScript” function entered a title as the input and returns the corresponding P2PK script or scriptpubkey.
Diploma
Although the separate titles of the P2PK scripts may seem convenient, this is actually a complex question in which several factors contribute to its design. If we understand how the characters in Ethereum money exchanges are assigned to script decodies, we can rate the complexity of several accounts and transactions on the blockchain.
