aqua-lib/builtin.aqua
2022-04-25 17:07:22 +04:00

296 lines
11 KiB
Plaintext
Raw Blame History

This file contains ambiguous Unicode characters

This file contains Unicode characters that might be confused with other characters. If you think that this is intentional, you can safely ignore this warning. Use the Escape button to reveal them.

-- Default public interface of Fluence nodes
alias Field : []string
alias Argument : []string
alias Bytes : []u8
alias PeerId : string
alias Pairs : [][]string
alias Base58String : string
alias Hash : string
-- There are two types of dependencies: named and by-hash.
-- name:foobar specifies dependency by module name, points to a module with import name 'foobar'
-- hash:04dc884... specifies dependency by module hash
-- By-hash dependencies are preffered since they are determenistic
-- while by-name dependency can yield different modules at different points in time
alias Dependency : string
data Service:
id: string
blueprint_id: string
owner_id: string
data FunctionSignature:
arguments: []Argument
name: string
output_types: []string
data RecordType:
fields: []Field
id: u64
name: string
data Interface:
function_signatures: []FunctionSignature
record_types: []RecordType
data Info:
external_addresses: []string
node_version: string
air_version: string
data ModuleConfig:
name: string
data Module:
name: string
hash: string
config: ModuleConfig
data AddBlueprint:
name: string
dependencies: []Dependency
data Blueprint:
id: string
name: string
dependencies: []Dependency
data ScriptInfo:
id: string
src: string
failures: u32
interval: string
owner: string
data Contact:
peer_id: string
addresses: []string
service Op("op"):
-- does nothing
noop()
-- returns length of the passed array
array_length(array: []string) -> u32
-- takes any number of arguments and wraps them into a single array
-- see the doc on varargs https://doc.fluence.dev/aqua-book/libraries/aqua-lib#functions-with-a-variable-number-of-arguments
array(a: string, b: string, c: string, d: string) -> []string
-- takes any number of arrays and flattens them by concatenating
-- see the doc on varargs https://doc.fluence.dev/aqua-book/libraries/aqua-lib#functions-with-a-variable-number-of-arguments
concat(a: []string, b: []string, c: []string, d: []string) -> []string
-- takes a single argument and returns it back
identity(s: ?string) -> ?string
-- encodes string's utf8 bytes as base58
string_to_b58(s: string) -> Base58String
-- decodes base58 to bytes to utf8 string
-- throws error on invalid UTF8
string_from_b58(b: Base58String) -> string
-- encodes bytes as base58
bytes_to_b58(bs: []u8) -> Base58String
-- decodes base58 to bytes
bytes_from_b58(b: Base58String) -> []u8
-- Applies SHA256 to the given string
-- Argument: s - string to apply sha256 to (hash is applied to utf8 bytes of s)
-- Returns: returns sha256 multihash encoded as base58
sha256_string(s: string) -> Base58String
-- concatenate strings (in AIR it takes any number of arguments)
concat_strings(a: string, b: string) -> string
service Peer("peer"):
-- Checks if there is a direct connection to the peer identified by a given PeerId
-- Argument: PeerId id of the peer to check if there's a connection with
-- Returns: bool - true if connected to the peer, false otherwise
is_connected(peer: PeerId) -> bool
-- Initiates a connection to the specified peer
-- Arguments:
-- id - id of the target peer
-- multiaddrs an array of target peer's addresses
-- Returns: bool - true if connection was successful
connect(id: PeerId, multiaddrs: ?[]string) -> bool
-- Resolves the contact of a peer via Kademlia
-- Argument: PeerId id of the target peer
-- Returns: Contact - true if connection was successful
get_contact(peer: PeerId) -> Contact
-- Get information about the peer
identify() -> Info
-- Get Unix timestamp in milliseconds
timestamp_ms() -> u64
-- Get Unix timestamp in seconds
timestamp_sec() -> u64
-- Blocks for the given number of milliseconds. Meant to be used within `par` blocks.
-- message is returned after duration has passed
timeout(duration_ms: u64, message: string) -> string
service Kademlia("kad"):
-- Instructs node to return the locally-known nodes
-- in the Kademlia neighborhood for a given key
-- Arguments:
-- key base58 string
-- already_hashed default false; if set to true, key is considered to be a SHA256 multihash
-- count default 20; limits number of returned nodes
neighborhood(key: Base58String, already_hashed: ?bool, count: ?u32) -> []PeerId
-- Merges given lists and sorts them by distance to target
-- Arguments:
-- target base58 string; result is sorted by XOR distance to target
-- left list of base58 strings
-- right list of base58 strings
-- count how many items to return; default 20
-- Returns: list of base58 strings sorted by distance to target; list will contain at most count elements
merge(target: Base58String, left: []string, right: []string, count: ?u32) -> []string
service Srv("srv"):
-- Used to create a service on a certain node
-- Arguments:
-- blueprint_id ID of the blueprint that has been added to the node specified in the service call by the dist add_blueprint service.
-- Returns: service_id the service ID of the created service.
create(blueprint_id: string) -> string
-- Used to remove a service from a certain node
-- Arguments:
-- service_id ID of the service to remove
remove(service_id: string)
-- Returns a list of services running on a peer
list() -> []Service
-- Adds an alias on service, so, service could be called
-- not only by service_id but by alias as well.
-- Arguments:
-- alias - settable service name
-- service_id ID of the service whose interface you want to name.
add_alias(alias: string, service_id: string)
-- Resolves given alias to a service id
-- If there's no such alias, throws an error
-- Returns: service id associated with the given alias
resolve_alias(alias: string) -> string
-- Retrieves the functional interface of a service running
-- on the node specified in the service call
-- Argument: service_id ID of the service whose interface you want to retrieve.
get_interface(service_id: string) -> Interface
service Dist("dist"):
-- Constructs a ModuleConfig structure
-- Arguments:
-- module_name - import name of the module
-- mem_pages_count - Maximum memory size accessible by a module in Wasm pages (64 Kb)
-- logger_enabled - Defines whether Marine should provide a special host log_utf8_string function for this module
-- preopened_files - Files available for this module. Module can access only files from this list
-- envs - environment variables available for this module
-- mapped_dirs - Directory mapping, e.g. [["/sites", "./web/data"]] so all
-- reads & writes to /sites will actually to go ./web/data
-- mounted_binaries - Mapping of host binaries available to call from module,
-- e.g. [["curl", "/usr/bin/curl"]] will allow module to
-- call /usr/bin/curl binary as function 'curl'
-- logging_mask - Binary mask to enable & disable logging targets. Targets are
-- configured in WasmLoggerBuilder::with_target_map
-- mem_pages_count - (deprecated) Maximum memory size accessible by a module in Wasm pages (64 Kb)
-- max_heap_size - Maximum module heap size, in bytes
make_module_config(name: string, mem_pages_count: ?u32, max_heap_size: ?string, logger_enabled: ?bool, preopened_files: ?[]string, envs: ?Pairs, mapped_dirs: ?Pairs, mounted_binaries: ?Pairs, logging_mask: ?i32) -> ModuleConfig
-- Constructs a ModuleConfig structure
-- Arguments:
-- module_name - import name of the module
default_module_config(module_name: string) -> ModuleConfig
-- Used to add modules to the node specified in the service call
-- Arguments:
-- bytes a base64 string containing the .wasm module to add.
-- config module info
-- Returns: blake3 hash of the module
add_module(wasm_b56_content: Bytes, conf: ModuleConfig) -> string
-- Adds module by copying it from Particle Vault directory
-- Arguments:
-- path path or a filename
-- config - module config
add_module_from_vault(path: string, config: ModuleConfig) -> Hash
-- Get a list of modules available on the node
list_modules() -> []Module
-- Get the interface of a module
get_module_interface(module_hash: string) -> Interface
-- Creates Blueprint structure from from blueprint name and dependencies (modules)
make_blueprint(name: string, dependencies: []Dependency) -> AddBlueprint
-- Add a blueprint to the node
add_blueprint(blueprint: AddBlueprint) -> string
-- Used to get the blueprints available on the node specified in the service call.
-- A blueprint is an object of the following structure
list_blueprints() -> []Blueprint
service Script("script"):
-- Adds the given script to a node
-- Arguments:
-- air_script - raw AIR script without any undefined variables
-- interval - time to next run of the script in seconds
-- - if set, script will be ran once in the interval
-- - if not set, script will be ran only once
-- (NOTE: an actual interval may vary by up to 3 seconds)
-- delay - delay script run time in seconds
-- - if set, script will be delayed on the delay time
-- - if not set, script will be delayed on a random value in [0, interval]
add(air_script: string, interval: ?u64, delay: ?u64) -> string
-- Removes recurring script from a node. Only a creator of the script can delete it
remove(script_id: string) -> bool
-- Returns a list of existing scripts on the node.
-- Each object in the list is of the following structure
list() -> []ScriptInfo
data SignResult:
-- Was call successful or not
success: bool
-- Error message. Will be null if the call is successful
error: ?string
-- Signature as byte array. Will be null if the call is not successful
signature: ?[]u8
-- Available only on FluenceJS peers
-- The service can also be resolved by it's host peer id
service Sig("sig"):
-- Signs data with the service's private key.
-- Depending on implementation the service might check call params to restrict usage for security reasons.
-- By default it is only allowed to be used on the same peer the particle was initiated
-- and accepts data only from the following sources:
-- trust-graph.get_trust_bytes
-- trust-graph.get_revocation_bytes
-- registry.get_route_bytes
-- registry.get_record_bytes
-- registry.get_host_record_bytes
-- Argument: data - byte array to sign
-- Returns: signature as SignResult structure
sign(data: []u8) -> SignResult
-- Given the data and signature both as byte arrays, returns true if the signature is correct, false otherwise.
verify(signature: []u8, data: []u8) -> bool
-- Gets service's public key.
get_pub_key() -> string
-- Service for debugging purposes only
service Debug("debug"):
-- Convert any object into a string
stringify(o: ) -> string