package tezt-tezos

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package tezt-tezos

tezt-tezos
- Tezt_tezos
  - Account
    
    Bootstrap
  - Accuser
  - Baker
  - Cli_arg
  - Client
    
    Admin
    
    RPC
    
    Sc_rollup
    
    Spawn
    
    Zk_rollup
  - Cluster
  - Codec
  - Constant
  - Curl
  - Dac_client
  - Dac_helper
    
    Call_endpoint
    
    V0
    
    Coordinator
    
    V1
    
    Scenarios
  - Dac_node
    
    Config_file
    
    RPC
  - Dac_rpc
    
    V0
    
    Coordinator
    
    V1
  - Daemon
    
    Level
    
    Make
    
    X
    
    PARAMETERS
  - Dal_common
    
    Check
    
    Commitment
    
    Committee
    
    Helpers
    
    Parameters
    
    RPC
    
    Local
    
    Remote
    
    RPC_legacy
  - Dal_node
    
    Config_file
  - Demo_client
  - Endpoint
  - Evm_node
  - Fa12
  - Injector
    
    RPC
  - Mempool
    
    Config
  - Michelson_script
  - Node
    
    Config_file
    
    RPC
  - Operation
    
    Anonymous
    
    Consensus
    
    Manager
    
    Voting
  - Operation_core
    
    Anonymous
    
    Consensus
    
    Manager
    
    Voting
  - Operation_legacy
  - Port
  - Protocol
  - Protocol_compiler
  - Proxy_server
  - RPC
  - RPC_core
    
    CALLERS
  - Runnable
    
    Syntax
  - Sc_rollup_client
  - Sc_rollup_helpers
    
    Installer_kernel_config
  - Sc_rollup_node
    
    Config_file
    
    RPC
  - Sc_rollup_rpc
  - Signer
  - Snoop
  - Tez
  - Tezos_regression
  - Vdf
    
    Helpers
tezt-tezos.tezt-performance-regression
- Tezt_tezos_tezt_performance_regression
  - Grafana
  - InfluxDB
  - Long_test
    
    Stats
  - Statistics

Legend:
Library
Module
Module type
Parameter
Class
Class type

val endpoint : Dal_node.t -> string

type slot

Abstract version of a slot to deal with messages content which are smaller than the expected size of a slot.

val make_slot : ?padding:bool -> slot_size:int -> string -> slot

make_slot ?paddming ~slot_size content produces a slot. If padding=true (which is the default), then the content is padded to reach the expected size given by slot_size (which is usually obtained from Cryptobox.parameters).

val content_of_slot : slot -> string

content_of_slot slot retrieves the original content of a slot by removing the padding.

val make_cryptobox : 
  ?on_error:(string -> Cryptobox.t) ->
  Cryptobox.parameters ->
  Cryptobox.t

val publish_slot_header : 
  ?counter:int ->
  ?force:bool ->
  ?source:Account.key ->
  ?fee:int ->
  ?error:Tezt_wrapper.Base.rex ->
  index:int ->
  commitment:Cryptobox.commitment ->
  proof:Cryptobox.commitment_proof ->
  Client.t ->
  [ `OpHash of string ] Lwt.t

val store_slot : 
  (Dal_node.t, Endpoint.t) Either.t ->
  ?with_proof:bool ->
  slot ->
  (string * string) Lwt.t

This function builds a slot with the given content, and makes the given DAL node to compute and store the corresponding commitment and shards by calling relevant RPCs. It returns the commitment and its proof.