transactionBlocks
The transaction blocks that exist in the network.
scanLimit restricts the number of candidate transactions scanned when
gathering a page of results. It is required for queries that apply two
or more complex filters (on function, affected address, recipient, input
object, changed object, or wrapped or deleted object), and can be at
most serviceConfig.maxScanLimit. A kind filter cannot be
combined with any of them.
When the scan limit is reached the page will be returned even if it has
fewer than first results when paginating forward (last when
paginating backwards). If there are more transactions to scan,
pageInfo.hasNextPage (or pageInfo.hasPreviousPage) will be set to
true, and PageInfo.endCursor (or PageInfo.startCursor) will be set
to the last transaction that was scanned as opposed to the last (or
first) transaction in the page.
Requesting the next (or previous) page after this cursor will resume the
search, scanning the next scanLimit many transactions in the
direction of pagination, and so on until all transactions in the
scanning range have been visited.
By default, the scanning range includes all checkpointed transactions
known to GraphQL, but it can be restricted by the after and before
cursors, and the beforeCheckpoint, afterCheckpoint and
atCheckpoint filters. Transactions that don't have a checkpoint yet
are always omitted.
DEPRECATION NOTICE: Support for the combination of two or more complex
filters as discussed above will stop with the v1.38 release. scanLimit
will thus become obsolete and will be removed as well.
transactionBlocks(
first: Int
after: String
last: Int
before: String
filter: TransactionBlockFilter
scanLimit: Int
): TransactionBlockConnection!
Arguments
transactionBlocks.first ● Int scalar
transactionBlocks.after ● String scalar
transactionBlocks.last ● Int scalar
transactionBlocks.before ● String scalar
transactionBlocks.filter ● TransactionBlockFilter input
transactionBlocks.scanLimit ● Int deprecated scalar
scanLimit will be removed with v1.38, along with the support for combining complex filters.