transactions to the network that will get ordered and committed to the distributed ledger, and receive events when this process is complete. Through a peer connection, applications can execute chaincodes to a peer’s ledger, that peer generates an appropriate event. Block events include the full block content, while block transaction events include summary information only, such as whether each transaction transaction in the block has been validated or invalidated. Chaincode events that the chaincode execution has produced can also be published at this time. Applications can register for these event types so that

transactions to the network that will get ordered and committed to the distributed ledger, and receive events when this process is complete. Through a peer connection, applications can execute chaincodes to a peer’s ledger, that peer generates an appropriate event. Block events include the full block content, while block transaction events include summary information only, such as whether each transaction transaction in the block has been validated or invalidated. Chaincode events that the chaincode execution has produced can also be published at this time. Applications can register for these event types so that

transactions to the network that will get ordered and committed to the distributed ledger, and receive events when this process is complete. Through a peer connection, applications can execute chaincodes to a peer’s ledger, that peer generates an appropriate event. Block events include the full block content, while block transaction events include summary information only, such as whether each transaction transaction in the block has been validated or invalidated. Chaincode events that the chaincode execution has produced can also be published at this time. Applications can register for these event types so that

transactions to the network that will get ordered and committed to the distributed ledger, and receive events when this process is complete. Through a peer connection, applications can execute chaincodes to a peer’s ledger, that peer generates an appropriate event. Block events include the full block content, while block transaction events include summary information only, such as whether each transaction transaction in the block has been validated or invalidated. Chaincode events that the chaincode execution has produced can also be published at this time. Applications can register for these event types so that

transactions to the network that will get ordered and committed to the distributed ledger, and receive events when this process is complete. Through a peer connection, applications can execute chaincodes to a peer’s ledger, that peer generates an appropriate event. Block events include the full block content, while block transaction events include summary information only, such as whether each transaction transaction in the block has been validated or invalidated. Chaincode events that the chaincode execution has produced can also be published at this time. Applications can register for these event types so that

transactions to the network that will get ordered and committed to the distributed ledger, and receive events when this process is complete. Through a peer connection, applications can execute chaincodes to a peer’s ledger, that peer generates an appropriate event. Block events include the full block content, while block transaction events include summary information only, such as whether each transaction transaction in the block has been validated or invalidated. Chaincode events that the chaincode execution has produced can also be published at this time. Applications can register for these event types so that

transactions to the network that will get ordered and committed to the distributed ledger, and receive events when this process is complete. Through a peer connection, applications can execute chaincodes to a peer’s ledger, that peer generates an appropriate event. Block events include the full block content, while block transaction events include summary information only, such as whether each transaction transaction in the block has been validated or invalidated. Chaincode events that the chaincode execution has produced can also be published at this time. Applications can register for these event types so that

transactions to the network that will get ordered and committed to the distributed ledger, and receive events when this process is complete. Through a peer connection, applications can execute chaincodes to a peer’s ledger, that peer generates an appropriate event. Block events include the full block content, while block transaction events include summary information only, such as whether each transaction transaction in the block has been validated or invalidated. Chaincode events that the chaincode execution has produced can also be published at this time. Applications can register for these event types so that

transactions to the network that will get ordered and committed to the distributed ledger, and receive events when this process is complete. Through a peer connection, applications can execute chaincodes to a peer’s ledger, that peer generates an appropriate event. Block events include the full block content, while block transaction events include summary information only, such as whether each transaction transaction in the block has been validated or invalidated. Chaincode events that the chaincode execution has produced can also be published at this time. Applications can register for these event types so that

transactions to the network that will get ordered and committed to the distributed ledger, and receive events when this process is complete. Through a peer connection, applications can execute chaincodes to a peer’s ledger, that peer generates an appropriate event. Block events include the full block content, while block transaction events include summary information only, such as whether each transaction transaction in the block has been validated or invalidated. Chaincode events that the chaincode execution has produced can also be published at this time. Applications can register for these event types so that