Uses of Package
convex.core

Packages that use convex.core
  • Classes in convex.core used by convex.core
    Class
    Description
    Class representing a Peer's view of the overall network consensus state.
    A block contains an ordered collection of signed transactions that may be applied collectively as part of a state update.
    Class representing the result of applying a Block to a State.
    Class representing the context to be used for a Belief merge/update function.
    Class representing an Ordering of transactions, along with the consensus position.
    Immutable class representing the encapsulated state of a Peer
    Class representing the result of a Query or Transaction.
    Class representing the immutable state of the CVM State transitions are represented by blocks of transactions, according to the logic: s[n+1] = s[n].applyBlock(b[n]) State contains the following elements - Map of AccountStatus for every Address - Map of PeerStatus for every Peer Address - Global values - Schedule data structure "State.
  • Classes in convex.core used by convex.core.init
    Class
    Description
    Class representing the immutable state of the CVM State transitions are represented by blocks of transactions, according to the logic: s[n+1] = s[n].applyBlock(b[n]) State contains the following elements - Map of AccountStatus for every Address - Map of PeerStatus for every Peer Address - Global values - Schedule data structure "State.
  • Classes in convex.core used by convex.core.lang
    Class
    Description
    Class representing the immutable state of the CVM State transitions are represented by blocks of transactions, according to the logic: s[n+1] = s[n].applyBlock(b[n]) State contains the following elements - Map of AccountStatus for every Address - Map of PeerStatus for every Peer Address - Global values - Schedule data structure "State.
  • Classes in convex.core used by convex.core.util
    Class
    Description
    Class representing the immutable state of the CVM State transitions are represented by blocks of transactions, according to the logic: s[n+1] = s[n].applyBlock(b[n]) State contains the following elements - Map of AccountStatus for every Address - Map of PeerStatus for every Peer Address - Global values - Schedule data structure "State.