package octez-protocol-019-PtParisB-libs

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octez-protocol-019-PtParisB-libs.baking
- Tezos_baking_019_PtParisB
octez-protocol-019-PtParisB-libs.baking-commands
- Tezos_baking_019_PtParisB_commands
  - Baking_commands
octez-protocol-019-PtParisB-libs.baking-commands.registration
- Tezos_baking_019_PtParisB_commands_registration
  - Baking_commands_registration
octez-protocol-019-PtParisB-libs.baking.tenderbrute
- Tenderbrute_019_PtParisB
  - Tenderbrute
octez-protocol-019-PtParisB-libs.bakings.mockup-simulator
- Tezos_019_PtParisB_mockup_simulator
octez-protocol-019-PtParisB-libs.client
- Tezos_client_019_PtParisB
octez-protocol-019-PtParisB-libs.client.commands
- Tezos_client_019_PtParisB_commands
octez-protocol-019-PtParisB-libs.client.commands-registration
- Tezos_client_019_PtParisB_commands_registration
  - Alpha_commands_registration
octez-protocol-019-PtParisB-libs.client.sapling
- Tezos_client_sapling_019_PtParisB
octez-protocol-019-PtParisB-libs.dac
- Tezos_dac_019_PtParisB
  - Dac_plugin_registration
    
    Make
    
    Mapper
    
    Proto
    
    Mempool
octez-protocol-019-PtParisB-libs.dal
- Tezos_dal_019_PtParisB
octez-protocol-019-PtParisB-libs.layer2-utils
- Tezos_layer2_utils_019_PtParisB
  - Layer1_services
octez-protocol-019-PtParisB-libs.plugin
- Tezos_protocol_plugin_019_PtParisB
  - Mempool
    
    Conflict_map
    
    Internal_for_tests
  - Metrics_plugin
  - Plugin
  - Plugin_errors
  - RPC
    
    Attestation_rights
    
    S
    
    Baking_rights
    
    S
    
    Big_map
    
    S
    
    Contract
    
    S
    
    Dal
    
    S
    
    Delegates
    
    S
    
    Forge
    
    Manager
    
    S
    
    Parse
    
    S
    
    Registration
    
    S
    
    Sc_rollup
    
    S
    
    Scripts
    
    Normalize_stack
    
    S
    
    Traced_interpreter
    
    Unparsing_mode
    
    UNPARSING_MODE
    
    Unparse_types
    
    Staking
    
    S
    
    Validators
    
    S
  - Script_interpreter_logging
    
    Logger_base
  - View_helpers
octez-protocol-019-PtParisB-libs.plugin-registerer
- Tezos_protocol_plugin_019_PtParisB_registerer
  - Plugin_registerer
    
    Metrics
    
    RPC
    
    Validation
octez-protocol-019-PtParisB-libs.smart-rollup
- Tezos_smart_rollup_019_PtParisB
  - Context_helpers
    
    In_memory
    
    Tree
  - Game_helpers
    
    Wasm
  - Pvm_in_memory
    
    Arith
    
    Internal_for_tests
    
    S
    
    Internal_for_tests
    
    Wasm
    
    Internal_for_tests
octez-protocol-019-PtParisB-libs.smart-rollup-layer2
- Tezos_smart_rollup_layer2_019_PtParisB
  - Sc_rollup_proto_types
    
    Address
    
    Commitment
    
    Commitment_hash
    
    Constants
    
    Dal
    
    Page_index
    
    Slot_header
    
    Slot_history
    
    Slot_history_cache
    
    Slot_index
    
    Game
    
    Inbox
    
    Inbox_hash
    
    Kind
    
    Merkelized_payload_hashes_hash
    
    State_hash
  - Sc_rollup_services
    
    Block
    
    Helpers
    
    Encodings
    
    Query
octez-protocol-019-PtParisB-libs.test-helpers
- Tezos_019_PtParisB_test_helpers
  - Account
  - Adaptive_issuance_helpers
    
    CycleMap
    
    Frozen_tez
    
    Partial_tez
    
    Tez
    
    Unstaked_finalizable
    
    Unstaked_frozen
  - Assert
    
    Int32
    
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  - Big_map_helpers
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    Forge
  - Consensus_helpers
  - Context
    
    Contract
    
    Dal
    
    Delegate
    
    Sc_rollup
    
    Vote
  - Contract_helpers
  - Cpmm_logic
    
    Simulate
    
    Simulate_raw
  - Cpmm_repr
    
    Parameter
    
    Storage
  - Dal_helpers
    
    Make
    
    P
  - Dummy_zk_rollup
    
    Bound
    
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    L
    
    Anemoi
    
    Bool
    
    Internal
    
    Bytes
    
    Ecc
    
    Encodings
    
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    N
    
    Input
    
    Limb
    
    N
    
    Limbs
    
    N
    
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    Num
    
    Poseidon
    
    VL
    
    P
    
    V
    
    L
    
    Anemoi
    
    Bool
    
    Internal
    
    Bytes
    
    Ecc
    
    Encodings
    
    Enum
    
    N
    
    Input
    
    Limb
    
    N
    
    Limbs
    
    N
    
    Mod_arith
    
    Num
    
    Poseidon
    
    Operator
    
    Internal_for_tests
    
    Params
    
    Types
    
    Encodings
    
    Bounded_e
    
    VL
    
    L
    
    Anemoi
    
    Bool
    
    Internal
    
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    Encodings
    
    Enum
    
    N
    
    Input
    
    Limb
    
    N
    
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    N
    
    Mod_arith
    
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    P
    
    Dummy
    
    V
    
    Bounded_u
    
    L
    
    Anemoi
    
    Bool
    
    Internal
    
    Bytes
    
    Ecc
    
    Encodings
    
    Enum
    
    N
    
    Input
    
    Limb
    
    N
    
    Limbs
    
    N
    
    Mod_arith
    
    Num
    
    Poseidon
    
    V
    
    E
    
    Bounded_e
    
    VL
    
    L
    
    Anemoi
    
    Bool
    
    Internal
    
    Bytes
    
    Ecc
    
    Encodings
    
    Enum
    
    N
    
    Input
    
    Limb
    
    N
    
    Limbs
    
    N
    
    Mod_arith
    
    Num
    
    Poseidon
  - Expr
  - Expr_common
  - Incremental
  - Liquidity_baking_generator
  - Liquidity_baking_machine
    
    ConcreteMachine
    
    SymbolicMachine
    
    ValidationMachine
    
    Concrete
    
    Symbolic
  - Lqt_fa12_repr
    
    Parameter
    
    Storage
  - Lwt_result_wrap_syntax
  - Merkle_list_helper
    
    Hash
    
    Map
    
    Set
    
    ML
    
    Internal_for_tests
  - Nonce
  - Op
  - Operation_generator
    
    Gen_hash
    
    H
  - Result_wrap_syntax
  - Rewards
  - Sapling_helpers
    
    Alpha_context_helpers
    
    Common
    
    Interpreter_helpers
  - Sc_rollup_helpers
    
    Arith_pvm_eval
    
    Internal_for_tests
    
    Make_PVM_eval
    
    Internal_for_tests
    
    PVM
    
    Internal_for_tests
    
    Make_in_memory_context
    
    Context
    
    Proof
    
    Tree
    
    Tree
    
    Node_inbox
    
    PVM_eval
    
    Internal_for_tests
    
    Payloads_histories
    
    Protocol_inbox
    
    Protocol_inbox_with_ctxt
    
    Wasm_pvm_eval
    
    Internal_for_tests
    
    Wrong_arith_pvm
    
    Internal_for_tests
    
    Wrong_in_memory_context
    
    Tree
  - Script_big_map
  - Script_map
  - Script_set
  - Test_global_constants
    
    Generators
  - Test_tez
  - Testable
  - Ticket_helpers
  - Transfers
  - Zk_rollup_l2_helpers

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This module provides a set of abstractions to reason about the so-called “liquidity baking” feature1.

1: https://gitlab.com/tezos/tzip/-/blob/367628e1a576c3926bedc1d6107b2945607c2605/drafts/current/draft-liquidity_baking.md

We remind that this feature is built upon three smart contracts: (1) a CPMM contract initially based on Dexter 2, and (2) two tokens contracts.

Our purpose for Liquidity Baking is to easily express and test invariants regarding the execution of these contracts. To that end, we have introduced a set of dedicated types to describe arbitrary contexts in terms of account balances (see Liquidity_baking_machine.specs), along with build functions that turn a description of a context into concrete states.

In this module, we provide QCheck2 generators which allow to construct arbitrary specifications for states, and so-called scenarios (i.e., sequences of entrypoint calls).

val gen_specs : 
  Liquidity_baking_machine.tzbtc ->
  Liquidity_baking_machine.liquidity ->
  Liquidity_baking_machine.specs QCheck2.Gen.t

gen_specs max_tzbtc max_liquidity constructs arbitrary Liquidity Baking specs for an initial state, where at most max_tzbtc and max_liquidity are shared among an arbitrary number of implicit accounts.

val gen_scenario : 
  Liquidity_baking_machine.tzbtc ->
  Liquidity_baking_machine.liquidity ->
  int ->
  (Liquidity_baking_machine.specs
   * Liquidity_baking_machine.contract_id Liquidity_baking_machine.step list)
    QCheck2.Gen.t

gen_scenario max_tzbtc max_liquidity size constructs arbitrary Liquidity Baking specs with a semantics similar to gen_specs, along with sequences of valid scenarios (i.e., sequences of entrypoint calls) of length size. By valid, we mean that running the scenario using a Liquidity baking machine initialized with the specs should succeed.

val print_scenario : 
  (Liquidity_baking_machine.specs
   * Liquidity_baking_machine.contract_id Liquidity_baking_machine.step list) ->
  string

print_scenario scenario produces a string representation of scenario, as produced by gen_scenario.

val gen_adversary_scenario : 
  Liquidity_baking_machine.tzbtc ->
  Liquidity_baking_machine.liquidity ->
  int ->
  (Liquidity_baking_machine.specs
   * Liquidity_baking_machine.contract_id
   * Liquidity_baking_machine.contract_id Liquidity_baking_machine.step list)
    QCheck2.Gen.t

gen_adversary_scenario max_tzbtc max_liquidity size constructs arbitrary scenarios that can be used to challenge the “no global gain” property of Liquidity Baking.

The key idea of this property is the following: a given contract cannot profit from Liquidity Baking if they are the only one to interact with the CPMM (in the absence of subsidies). The scenario generated by gen_adversary_scenario only consists in step performed by one contract. This contract is identified by the contract_id returned by this function.

val print_adversary_scenario : 
  (Liquidity_baking_machine.specs
   * Liquidity_baking_machine.contract_id
   * Liquidity_baking_machine.contract_id Liquidity_baking_machine.step list) ->
  string

print_adversary_scenario scenario produces a string representation of scenario, as produced by gen_adversary_scenario.