Source file constants.ml

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(* The name by which the module is registered. This can be anything as long
   as we use the same name to lookup from the registry. *)
let wasm_main_module_name = "main"

(* This is the name of the main function of the module. We require the
   kernel to expose a function named [kernel_run]. *)
let wasm_entrypoint = "kernel_run"

(* The name of the WASM module which exports the host functions to the
   WASM kernel. *)
let wasm_host_funcs_virual_module = "smart_rollup_core"

(* TODO: https://gitlab.com/tezos/tezos/-/issues/3157
   Find an appropriate number of reboots per inputs.
*)
let maximum_reboots_per_input = Z.of_int 1_000

(* Flag used in the durable storage by the kernel to ask a reboot from the PVM
   without consuming an input. *)
let reboot_flag_key = Durable.key_of_string_exn "/kernel/env/reboot"

(* The path to where the WASM kernel is stored. *)
let kernel_key = Durable.key_of_string_exn "/kernel/boot.wasm"

(* The path to where the fallback WASM kernel is stored. When in evaluation,
   this corresponds to the currently running kernel.
*)
let kernel_fallback_key = Durable.key_of_string_exn "/readonly/kernel/boot.wasm"

let stuck_flag_key = Durable.key_of_string_exn "/readonly/kernel/env/stuck"

let upgrade_error_flag_key =
  Durable.key_of_string_exn "/readonly/kernel/env/upgrade_error"

let too_many_reboot_flag_key =
  Durable.key_of_string_exn "/readonly/kernel/env/too_many_reboot"

(* The path to where the WASM PVM exposes the remaining reboots a
   kernel can do with a given inbox. *)
let reboot_counter_key =
  Durable.key_of_string_exn "/readonly/kernel/env/reboot_counter"

let version_key = Durable.key_of_string_exn "/readonly/wasm_version"

let stack_size_limit = 300

let nairobi_name = "nairobi_017"

let oxford_name = "oxford_018"

let parisb_name = "paris_019"

let parisc_name = "paris_020"

let proto_alpha_name = "alpha_current"