Ethereum: Why don’t P2PK scripts don’t have their address?
Cryptocurrency and blockchain technology in the world plays a crucial role in mapping on specific wallets and locking scripts. In this article, we will go into why the Ethereum Public Key (P2PK) script has no address.
What is scriptpubkey?
Before diving to the reasons why P2PK scripts do not have its address, we will quickly review what scriptpubkey is. ScriptpubKey is a digital signature denoting the user’s public key and allows them to interact with smart contracts Ethereum Blockchain.
Why not a separate address for P2PK scripts?
If the P2PK scripts had no address, it would be easier for users to manage multiple accounts, each with their own purse. However, there are several disadvantages to this approach:
1
Scalability: P2PK Scrip Separate Addresses mean that each user needs a unique wallet for each transaction, which can cause scalability problems.
- Security: With more addresses, it is harder to manage and strengthen several purses, because there is a greater risk that someone compromises one purse to access others.
3
User experience: P2PK scripts individual addresses mean that users will have to remember several purses that can be uncomfortable and time consuming.
Leading characters and scenario codes
To understand why P2PK scripts do not have its address, let’s look at the main characters on the map script cores. The leading nature of the Ethereum address determines which script it indicates.
Here are some examples:
0x: points to the default public key (1)
0x ...: points to the particular P2PK script
0x ...: points to specific scriptpubkey
To decode the leading character, you need to know what it indicates. Wallet logic comes here.
Wallet logic and scenario codes
In Ethereum’s wallets, the scenario encoded feature takes the address as input and returns the corresponding P2PK script or scriptpubKey. This is done by parsing the main characters of the address.
Here is an example:
`SOLIDITY
Function GetsCript (Address: String) Public view returns (byte memory) {
// Get the main characters
Bytes32 leaders = KECCAK256 (address);
// decipher the main characters in script sodode
Bytes memory scriptdecode = both.Encodepacked (leaders);
Return scriptdecode;
}
`
In this example, the “GetScript” feature takes the address as input and returns the corresponding P2PK script or scriptpubKey.
Conclusion
While individual addresses for P2PK scripts may seem comfortable, it is actually a complicated problem with a number of factors that contribute to its design. Understanding the main characters on the map of scriptdecodes Ethereum wallets, we can assess the complexity of several accounts and business management in the blockchain.