package tezos-protocol-013-PtJakart

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Tezos/Protocol: economic-protocol definition

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Authors

T

Tezos devteam

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contact@tezos.com

Sources

tezos-16.1.tar.gz

sha256=43723d096307603703a1a89ed1b2eb202b365f5e7824b96b0cbf813b343a6cf7

sha512=b2a637f2e965000d3d49ad85277ca24d6cb07a1a7cf2bc69d296d8b03ad78c3eaa8e21e94b9162e62c2e11649cd03bc845b2a3dafe623b91065df69d47dc8e4f

doc/tezos-protocol-013-PtJakart.raw/Tezos_raw_protocol_013_PtJakart/Sc_rollup_repr/Commitment/index.html

Module `Sc_rollup_repr.Commitment`Source

A commitment represents a claim about the state of the Inbox and PVM at some Inbox level.

More formally, a commitment is a claim that:

assuming the PVM and Inbox are in a state implied by predecessor
the PVM consumes number_of_messages messages tagged with inbox_level from the Inbox
the PVM advances to the state compressed_state over number_of_ticks ticks

Commitments are disjoint. The next correct commitment is a function of the previous machine state and Inbox.

number_of_messages and inbox_level can be proven/disproven by Merkle proofs on the Inbox state.

compressed_state and number_of_ticks can be proven/disproven by PVM execution, or equivalently, by an interactive proof game between conflicting parties, such that a correct executor always wins the game.

Sourcetype t = {

compressed_state : State_hash.t;
inbox_level : Raw_level_repr.t;
predecessor : Commitment_hash.t;
number_of_messages : Number_of_messages.t;
number_of_ticks : Number_of_ticks.t;

}

Sourceval pp : Tezos_protocol_environment_013_PtJakart.Format.formatter -> t -> unit

Sourceval encoding : t Tezos_protocol_environment_013_PtJakart.Data_encoding.t

Sourceval hash : t -> Commitment_hash.t