eth_getBlockReceipts - Pulsechain RPC Method
Return every transaction receipt in a block on Pulsechain. Useful for indexers, analytics pipelines, and event backfills across low-cost DeFi, staking protocols, and Ethereum-compatible dApps with reduced fees.
Returns all transaction receipts for a block on Pulsechain. This is more efficient than calling eth_getTransactionReceipt once per transaction when you already know the target block.
Why Pulsechain? Build on the Ethereum fork L1 with lower gas fees and proof-of-stake consensus with full Ethereum state fork, proof-of-stake consensus, lower gas fees than Ethereum mainnet, and PulseX DEX ecosystem.
When to Use This Method
eth_getBlockReceipts is useful for DeFi developers, staking protocol builders, and teams migrating from Ethereum:
- Indexer Backfills — Pull every receipt in a block with one request instead of looping over transaction hashes
- Event Collection — Scan all logs emitted by a block when building analytics or data pipelines
- Settlement Auditing — Verify every transaction outcome in a target block for low-cost DeFi, staking protocols, and Ethereum-compatible dApps with reduced fees
- Operational Debugging — Compare receipt-level gas usage, status, and logs across multiple transactions at once
Code Examples
Error Handling
| Error Code | Message | Description |
|---|---|---|
| -32602 | Invalid params | The block identifier is malformed |
| -32000 | Header not found | The referenced block does not exist on the node |
Related Methods
eth_getTransactionReceipt- Retrieve a single transaction receipteth_getBlockByHash- Retrieve the block object itselfeth_getBlockByNumber- Retrieve a block by number or tag
eth_getBlockByHash
Retrieve complete block data by block hash on Pulsechain. Essential for DeFi developers, staking protocol builders, and teams migrating from Ethereum building on the Ethereum fork L1 with lower gas fees and proof-of-stake consensus.
eth_getBalance
Query account balance on Pulsechain. Essential for wallet applications and low-cost DeFi, staking protocols, and Ethereum-compatible dApps with reduced fees on the Ethereum fork L1 with lower gas fees and proof-of-stake consensus.