Uses of Class
convex.core.Block

Packages that use Block

Package	Description
convex.core	Fundamental Convex classes used for the decentralised network

Uses of Block in convex.core

Methods in convex.core that return Block

Modifier and Type	Method	Description
static Block	Block.create(long timestamp, AVector<SignedData<ATransaction>> transactions)	Creates a block with the given transactions.
static Block	Block.create(long timestamp, List<SignedData<ATransaction>> transactions)	Creates a block with the given timestamp and transactions
static Block	Block.of(long timestamp, SignedData<ATransaction>... transactions)	Creates a block with the given transactions.
static Block	Block.read(Blob b, int pos)	Read a Block from a Blob encoding
Block	Block.updateRefs(IRefFunction func)

Methods in convex.core that return types with arguments of type Block

Modifier and Type	Method	Description
AVector<SignedData<Block>>	BeliefMerge.computeWinningOrder(HashMap<Order,Double> stakedOrders, long consensusPoint, double initialTotalStake)	Compute the new winning Order for this Peer, including any new blocks encountered
SignedData<Block>	Order.getBlock(long i)	Get a specific Block in this Order
AVector<SignedData<Block>>	Order.getBlocks()	Gets the Blocks in this Order

Methods in convex.core with parameters of type Block

Modifier and Type	Method	Description
static BlockResult	BlockResult.createInvalidBlock(State state, Block block, AString message)	Creates a BlockResult for an invalid Block (i.e.
boolean	Block.equals(Block a)	Tests if this Block is equal to another
Peer	Peer.proposeBlock(Block block)	Propose a new Block.

Method parameters in convex.core with type arguments of type Block

Modifier and Type	Method	Description
Order	Order.append(SignedData<Block> block)	Append a new block of transactions in this Order
BlockResult	State.applyBlock(SignedData<Block> signedBlock)	Applies a signed Block to the current state, i.e.
BlockResult	State.checkBlock(SignedData<Block> signedBlock)	Checks if a block is valid for application to the current state
Belief	Belief.proposeBlock(AKeyPair kp, SignedData<Block> signedBlock)	Propose a new Block at the end of the current Order
Order	Order.withBlocks(AVector<SignedData<Block>> newBlocks)	Updates blocks in this Order.