Unding Ethereum’s scriptSig and scriptPubKey
In Ethereum, the both scriptSig
and scriptPubtPubtKey are imports of compound input, but they serve in disstincts. Let's break theme to understand their's relationship.
scriptSig: The Signatures
scriptSig’s is the signature associated with a transaction input, typerally used for signings. It’s to have information about the sent’s identity and the transaction details. scriptSig
includes:
- Signatures: The sentender’s public key(s) are signed surrection their private keys are the transaction.
- Time Stamp: A time stamp indicating when the signature was generated.
- Data: Additional data that may be present in the transaction, such as the transction hash or other metadata.
Here’s an example of scriptSig
:
`hex
ig =
0x... (sender's public key)
0x... (timestamp)
0x... (data)
scriptPubKey
scriptPubKey: The Public Keys
, on the all hand, is the public key associated with a transaction input. It represents the sentender's identity and is unused for the receeding transactions.
scriptPubKey's includes:
Public Key
: The sentender's public key(s) are included inscriptPubKey
.
Chaincode Hash: Ahreum blockchain code) is an associated with a key, linking it to the sentender's identities.
Signature: In some cases, a signature is all the most includeed withscriptPubKey
, but this is less common.
Here's an example of a scriptPubtKey
:
`hex
pubKey = 0x... (sender's public key)
chaincodeHash = 0x... (chaincode hash linked to sensor's identities)
Relationship between scriptSig and scriptPubKey
In Ethereum Transactions, Both scriptSigand
scriptPubKeya’s are unused together. When a transction is creded, the subser signs their their private keys to their public in scriptSig
. This will be the includeed in the scriptPubKey.
The recipient off-translate-world to signatures weir affiliation. you the sentender's identity was correctly signed.
In sumary:
- scriptSig
: Signature Containing the Sender's Public Key(s), Time Stamp, and Addional Data.
- scriptPubKey`: Public Keys associated with their sensor’s identities, including their chaincode hash (linked to- identity) and signature (if Present).
Consuming the these Thor Components is crucial for the execution with Ethereum Transactions in various programming languages and tools.