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    moonbit-iec104

    Portable IEC 60870-5-104 protocol core for SCADA, gateways, and deterministic simulation.

    iec104
    scada
    telecontrol
    protocol
    Download zip
    Author
    Version
    0.3.1
    License
    Apache-2.0
    Repository
    Last updated
    2 months ago
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    31

    No dependencies

    #moonbit-iec104

    一个面向 SCADA、变电站自动化、配电网关和协议仿真的 IEC 60870-5-104 协议核心。项目使用 MoonBit 编写，库层不绑定 TCP 实现或操作系统 I/O，便于嵌入网关、测试工具和确定性仿真器。

    #项目定位

    本项目覆盖 IEC 104 链路层与常用应用层数据模型，重点放在可验证的二进制编解码、链路状态、序号窗口、信息对象和边界行为。网络传输由调用方接入，协议核心因此可以在 native、wasm-gc 等目标上复用。

    #核心能力

    • APCI I/S/U 帧编解码、15 位发送/接收序号和序号窗口。
    • STARTDT、STOPDT、TESTFR 链路状态机、定时器和流式 APDU 解析。
    • IEC 104 常用 Type ID、VSQ、传送原因、公共地址和信息体地址模型。
    • 单点、双点、步位、归一化值、标度值、短浮点值、累计量及命令对象。
    • CP24Time2a、CP56Time2a、质量描述符、地址序列和带时标 ASDU 编解码。
    • 点表、历史变更、总召唤/计数量召唤、读命令、时钟同步和命令策略。
    • 站点数据库、事务提交、质量门控、历史归档、遥测死区和告警生命周期。
    • 命令调度、文件分片传输、冗余切换、服务依赖编排和传输会话管理。
    • 资源限制、重放保护、CRC、帧统计、健康报告、契约向量和确定性工作负载。

    #快速开始

    需要 MoonBit stable 工具链。首次使用时执行：

    moon update
moon fmt
moon check --deny-warn --target all
moon build --target wasm-gc
moon test --deny-warn --target wasm-gc

    运行示例 CLI：

    moon run cmd/main
moon run cmd/main -- --help
moon run cmd/main -- --benchmark
moon run cmd/main -- --application-benchmark

    在库代码中构造并编码一个 I 帧：

    ///|
    let payload = @hhxhhx78/moonbit-iec104.normalized_value_asdu(3, 1, 2300, 0)

    ///|
    let apdu = @hhxhhx78/moonbit-iec104.encode_frame(
      @hhxhhx78/moonbit-iec104.information_frame(0, 0, payload),
    )

    #CLI

    cmd/main 提供一个不依赖外部服务的可重复示例：默认编码一个归一化测量值 I 帧；--benchmark 执行固定的 10,000 帧编解码工作负载；--application-benchmark 执行站点、遥测、命令、文件和仿真服务工作负载；--help 显示用法。宿主机耗时由基准命令外部测量，避免把平台时钟引入协议核心。

    #架构

    层次主要文件职责
    链路与帧frame_types.mbt, codec.mbt, validation.mbt, state_machine.mbtAPCI、ASDU 基础模型、校验和链路状态
    应用数据protocol_domain.mbt, quality.mbt, time_tags.mbt, application_objects.mbt, extended_asdu.mbtType ID、地址、质量、时标和信息对象
    服务与状态transport_layer.mbt, station_database.mbt, telemetry_pipeline.mbt, command_scheduler.mbt, point_store.mbt传输会话、站点数据库、遥测、命令和点表
    运行时能力file_transfer.mbt, historical_archive.mbt, redundancy_manager.mbt, service_registry.mbt, runtime_facade.mbt文件、归档、冗余、依赖编排和统一运行时
    工具与可靠性wire_tools.mbt, security_limits.mbt, diagnostics_metrics.mbt, health_report.mbt字节工具、资源保护、指标和诊断
    仿真与契约simulation.mbt, conformance_catalog.mbt, protocol_profiles.mbt, benchmark_api.mbt确定性仿真、类型目录、能力协商和基准接口
    示例cmd/main可运行的最小 CLI

    #基准

    基准工作负载由 run_benchmark_workload 定义，输入、输出字节数和 CRC 校验和均是确定的；宿主机实测结果记录在 BENCHMARKS.md，包含执行环境、命令、重复次数和原始输出。重新测量：

    1..5 | ForEach-Object { Measure-Command { moon run cmd/main -- --benchmark } }

    该数据用于比较同一环境下的回归趋势，不代表所有设备或网络部署的吞吐承诺。

    #测试

    测试覆盖帧编解码、链路状态、Type ID 和地址边界、CP24/CP56 闰年与无效日期、质量位、签名测量值、ASDU 截断/尾随字节、序号回绕、流式输入、点表容量与事务冲突、服务依赖与租约、质量门控、文件分片顺序、遥测死区、命令幂等、资源限制、CRC 和确定性基准。推荐在本地分别运行：

    moon check --deny-warn --target all
moon test --deny-warn --target wasm-gc
moon test --deny-warn --target native

    #CI

    .github/workflows/check.yml 在 Ubuntu、macOS 和 Windows 上安装 MoonBit stable，执行版本检查、依赖更新、格式检查、接口文件一致性、所有目标检查、wasm-gc 构建和测试。CI 使用最小只读仓库权限；本地若缺少某个后端运行时，应以对应平台 CI 结果和明确的本地环境提示为准。

    #许可证

    本项目采用 Apache License 2.0。

    AdmissionDecision

    source
    pub enum AdmissionDecision {
      AcceptedAdmission
      RejectedAdmission(Diagnostic)
    } derive(
    Debug    )

    AlarmEvent

    source
    pub struct AlarmEvent {
      station : CommonAddress
      address : InformationAddress
      name : String
      severity : AlarmSeverity
      active : Bool
      value : Float
      timestamp : Int
      message : String
    } derive(Eq, 
    Debug    )

    An alarm lifecycle event.

    AlarmEvent::active

    source
    fn AlarmEvent::active(self : AlarmEvent) -> Bool

    AlarmEvent::address

    source

    AlarmEvent::message

    source
    fn AlarmEvent::message(self : AlarmEvent) -> String

    AlarmEvent::name

    source
    fn AlarmEvent::name(self : AlarmEvent) -> String

    AlarmEvent::severity

    source
    fn AlarmEvent::severity(self : AlarmEvent) -> AlarmSeverity

    AlarmEvent::station

    source
    fn AlarmEvent::station(self : AlarmEvent) -> CommonAddress

    AlarmEvent::timestamp

    source
    fn AlarmEvent::timestamp(self : AlarmEvent) -> Int

    AlarmEvent::value

    source
    fn AlarmEvent::value(self : AlarmEvent) -> Float

    AlarmJournal

    source
    pub struct AlarmJournal {
      active : Map[String, AlarmRecord]
      events : Array[AlarmJournalEvent]
      event_limit : Int
      next_sequence : Int
      metrics : AlarmJournalMetrics
    } derive(
    Debug    )

    Bounded alarm journal with acknowledge, shelf and escalation workflows.

    AlarmJournal::acknowledge

    source
    fn AlarmJournal::acknowledge(self : AlarmJournal, key : String, operator : String, timestamp : Int) -> Result[AlarmRecord, String]

    AlarmJournal::active_count

    source
    fn AlarmJournal::active_count(self : AlarmJournal) -> Int

    AlarmJournal::all

    source

    AlarmJournal::escalate

    source
    fn AlarmJournal::escalate(self : AlarmJournal, key : String, operator : String, timestamp : Int) -> Result[AlarmRecord, String]

    AlarmJournal::events

    source

    AlarmJournal::get

    source
    fn AlarmJournal::get(self : AlarmJournal, key : String) -> AlarmRecord?

    AlarmJournal::ingest

    source
    fn AlarmJournal::ingest(self : AlarmJournal, event : AlarmEvent) -> Result[AlarmRecord, String]

    AlarmJournal::metrics

    source

    AlarmJournal::new

    source
    fn AlarmJournal::new(event_limit? : Int) -> Result[AlarmJournal, String]

    AlarmJournal::shelve

    source
    fn AlarmJournal::shelve(self : AlarmJournal, key : String, operator : String, until : Int, timestamp : Int) -> Result[AlarmRecord, String]

    AlarmJournal::unshelve_expired

    source
    fn AlarmJournal::unshelve_expired(self : AlarmJournal, timestamp : Int) -> Int

    AlarmJournalAction

    source
    pub enum AlarmJournalAction {
      AlarmOpened
      AlarmUpdated
      AlarmAcknowledgedAction
      AlarmShelvedAction
      AlarmUnshelvedAction
      AlarmEscalatedAction
      AlarmClearedAction
    } derive(Eq, 
    Debug    )

    AlarmJournalEvent

    source
    pub struct AlarmJournalEvent {
      sequence : Int
      timestamp : Int
      key : String
      action : AlarmJournalAction
      operator : String
      detail : String
    } derive(Eq, 
    Debug    )

    AlarmJournalEvent::action

    source

    AlarmJournalEvent::detail

    source
    fn AlarmJournalEvent::detail(self : AlarmJournalEvent) -> String

    AlarmJournalEvent::key

    source
    fn AlarmJournalEvent::key(self : AlarmJournalEvent) -> String

    AlarmJournalEvent::operator

    source
    fn AlarmJournalEvent::operator(self : AlarmJournalEvent) -> String

    AlarmJournalEvent::sequence

    source
    fn AlarmJournalEvent::sequence(self : AlarmJournalEvent) -> Int

    AlarmJournalEvent::timestamp

    source
    fn AlarmJournalEvent::timestamp(self : AlarmJournalEvent) -> Int

    AlarmJournalMetrics

    source
    pub struct AlarmJournalMetrics {
      opened : Int
      acknowledged : Int
      shelved : Int
      escalated : Int
      cleared : Int
    } derive(Eq, 
    Debug    )

    AlarmJournalMetrics::acknowledged

    source
    fn AlarmJournalMetrics::acknowledged(self : AlarmJournalMetrics) -> Int

    AlarmJournalMetrics::cleared

    source
    fn AlarmJournalMetrics::cleared(self : AlarmJournalMetrics) -> Int

    AlarmJournalMetrics::escalated

    source
    fn AlarmJournalMetrics::escalated(self : AlarmJournalMetrics) -> Int

    AlarmJournalMetrics::new

    source

    AlarmJournalMetrics::opened

    source
    fn AlarmJournalMetrics::opened(self : AlarmJournalMetrics) -> Int

    AlarmJournalMetrics::shelved

    source
    fn AlarmJournalMetrics::shelved(self : AlarmJournalMetrics) -> Int

    AlarmLifecycle

    source
    pub enum AlarmLifecycle {
      AlarmActive
      AlarmAcknowledged
      AlarmShelved
      AlarmCleared
      AlarmEscalated
    } derive(Eq, 
    Debug    )

    Lifecycle state tracked independently from telemetry threshold evaluation.

    AlarmRecord

    source
    pub struct AlarmRecord {
      key : String
      station : CommonAddress
      address : InformationAddress
      name : String
      severity : AlarmSeverity
      lifecycle : AlarmLifecycle
      first_seen : Int
      last_seen : Int
      occurrences : Int
      acknowledged_by : String?
      acknowledged_at : Int?
      shelf_until : Int?
      last_value : Float
      message : String
    } derive(
    Debug    )

    AlarmRecord::acknowledged_at

    source
    fn AlarmRecord::acknowledged_at(self : AlarmRecord) -> Int?

    AlarmRecord::acknowledged_by

    source
    fn AlarmRecord::acknowledged_by(self : AlarmRecord) -> String?

    AlarmRecord::address

    source

    AlarmRecord::first_seen

    source
    fn AlarmRecord::first_seen(self : AlarmRecord) -> Int

    AlarmRecord::key

    source
    fn AlarmRecord::key(self : AlarmRecord) -> String

    AlarmRecord::last_seen

    source
    fn AlarmRecord::last_seen(self : AlarmRecord) -> Int

    AlarmRecord::last_value

    source
    fn AlarmRecord::last_value(self : AlarmRecord) -> Float

    AlarmRecord::lifecycle

    source
    fn AlarmRecord::lifecycle(self : AlarmRecord) -> AlarmLifecycle

    AlarmRecord::message

    source
    fn AlarmRecord::message(self : AlarmRecord) -> String

    AlarmRecord::name

    source
    fn AlarmRecord::name(self : AlarmRecord) -> String

    AlarmRecord::occurrences

    source
    fn AlarmRecord::occurrences(self : AlarmRecord) -> Int

    AlarmRecord::severity

    source
    fn AlarmRecord::severity(self : AlarmRecord) -> AlarmSeverity

    AlarmRecord::shelf_until

    source
    fn AlarmRecord::shelf_until(self : AlarmRecord) -> Int?

    AlarmRecord::station

    source
    fn AlarmRecord::station(self : AlarmRecord) -> CommonAddress

    AlarmRule

    source
    pub struct AlarmRule {
      low : Float?
      high : Float?
      severity : AlarmSeverity
      hysteresis : Float
      name : String
    } derive(Eq, 
    Debug    )

    Threshold used for alarm creation and clearing.

    AlarmRule::high

    source
    fn AlarmRule::high(self : AlarmRule) -> Float?

    AlarmRule::hysteresis

    source
    fn AlarmRule::hysteresis(self : AlarmRule) -> Float

    AlarmRule::low

    source
    fn AlarmRule::low(self : AlarmRule) -> Float?

    AlarmRule::name

    source
    fn AlarmRule::name(self : AlarmRule) -> String

    AlarmRule::new

    source
    fn AlarmRule::new(name : String, severity : AlarmSeverity, low? : Float, high? : Float, hysteresis? : Float) -> Result[AlarmRule, String]

    AlarmRule::severity

    source
    fn AlarmRule::severity(self : AlarmRule) -> AlarmSeverity

    AlarmSeverity

    source
    pub enum AlarmSeverity {
      InformationalAlarm
      WarningAlarm
      MajorAlarm
      CriticalAlarm
    } derive(Eq, 
    Debug    )

    Alarm severity emitted by a threshold stage.

    AlarmSeverity::weight

    source
    fn AlarmSeverity::weight(self : AlarmSeverity) -> Int

    ApduParseResult

    source
    pub enum ApduParseResult {
      NeedMore(Int)
      Complete(Frame, Int)
      Invalid(Diagnostic)
    } derive(
    Debug    )

    Incremental APDU parsing result for TCP or serial gateway adapters.

    ApduStreamDecoder

    source
    pub struct ApduStreamDecoder {
      buffer : Array[Byte]
      max_apdu : Int
    } derive(
    Debug    )

    A portable byte accumulator for stream transports.

    ApduStreamDecoder::available_frames

    source
    fn ApduStreamDecoder::available_frames(self : ApduStreamDecoder) -> Int

    Number of complete frames available in a buffered stream.

    ApduStreamDecoder::buffered

    source
    fn ApduStreamDecoder::buffered(self : ApduStreamDecoder) -> Int

    ApduStreamDecoder::clear

    source
    fn ApduStreamDecoder::clear(self : ApduStreamDecoder) -> Unit

    ApduStreamDecoder::new

    source
    fn ApduStreamDecoder::new(max_apdu? : Int) -> Result[ApduStreamDecoder, String]

    ApduStreamDecoder::next

    source

    Parse and remove the first complete APDU, preserving partial data.

    ApduStreamDecoder::push

    source
    fn ApduStreamDecoder::push(self : ApduStreamDecoder, data : Bytes) -> Result[Int, Diagnostic]

    ApplicationBenchmarkWorkload

    source
    pub enum ApplicationBenchmarkWorkload {
      CodecWorkload
      DatabaseWorkload
      TelemetryWorkload
      SchedulerWorkload
      FileWorkload
      ScenarioWorkload
    } derive(Eq, 
    Debug    )

    Benchmark workload families used by the local CLI and CI smoke checks.

    ApplicationObject

    source
    pub struct ApplicationObject {
      address : InformationAddress
      type_id : ApplicationType
      value : ApplicationValue
      time_tag : TimeTag?
    } derive(Eq, 
    Debug    )

    An address-qualified application object with an optional time tag.

    ApplicationObject::address

    source

    ApplicationObject::is_command

    source
    fn ApplicationObject::is_command(self : ApplicationObject) -> Bool

    ApplicationObject::is_measurement

    source
    fn ApplicationObject::is_measurement(self : ApplicationObject) -> Bool

    ApplicationObject::new

    source
    fn ApplicationObject::new(address : InformationAddress, value : ApplicationValue, time_tag? : TimeTag) -> Result[ApplicationObject, String]

    Construct an application object and optionally attach its standard time tag.

    ApplicationObject::summary

    source
    fn ApplicationObject::summary(self : ApplicationObject) -> (Int, Int, Int, Bool)

    Return a type-tagged object as a stable compact summary tuple.

    ApplicationObject::time_tag

    source

    ApplicationObject::type_id

    source

    ApplicationObject::validate

    source
    fn ApplicationObject::validate(self : ApplicationObject) -> Result[Unit, Diagnostic]

    Validate an application object before placing it in an ASDU.

    ApplicationObject::value

    source

    ApplicationType

    source
    pub enum ApplicationType {
      MSpNa
      MSpTa
      MDpNa
      MDpTa
      MStNa
      MStTa
      MBoNa
      MBoTa
      MMeNa
      MMeTa
      MMeNb
      MMeTb
      MMeNc
      MMeTc
      MItNa
      MItTa
      MEpTa
      MEpTb
      MEpTc
      MPsNa
      MMeNd
      MSpTb
      MDpTb
      MStTb
      MBoTb
      MMeTd
      MMeTe
      MMeTf
      MItTb
      MEpTd
      MEpTe
      MEpTf
      MEiNa
      CScNa
      CDcNa
      CRcNa
      CSeNa
      CSeNb
      CSeNc
      CBoNa
      CIcNa
      CCiNa
      CRdNa
      CCsNa
      CTsNa
      CRpNa
      UnknownType(Int)
    } derive(Eq, 
    Debug    )

    Standard IEC 104 application type identifiers.

    ApplicationType::has_time_tag

    source
    fn ApplicationType::has_time_tag(self : ApplicationType) -> Bool

    Whether a type carries a CP24 or CP56 time tag.

    ApplicationType::is_control

    source
    fn ApplicationType::is_control(self : ApplicationType) -> Bool

    Whether an application type belongs to control direction data.

    ApplicationType::is_monitoring

    source
    fn ApplicationType::is_monitoring(self : ApplicationType) -> Bool

    Whether an application type belongs to monitor direction data.

    ApplicationType::number

    source
    fn ApplicationType::number(self : ApplicationType) -> Int

    Return an IEC 104 type identifier number.

    ApplicationType::value_width

    source
    fn ApplicationType::value_width(self : ApplicationType) -> Int?

    Preferred information-object payload width, excluding IOA and time tag.

    ApplicationValue

    source
    pub enum ApplicationValue {
      SinglePointValue(SinglePointValue)
      DoublePointValue(DoublePointValue)
      StepPositionValue(StepPositionValue)
      BitStringValue(UInt)
      NormalizedMeasurement(NormalizedValue)
      ScaledMeasurement(ScaledValue)
      ShortFloatMeasurement(ShortFloatValue)
      BinaryCounterMeasurement(BinaryCounterValue)
      SingleCommand(Bool, Int)
      DoubleCommand(Int, Int)
      RegulatingStepCommand(Int, Int)
      NormalizedSetPoint(Int, Int)
      ScaledSetPoint(Int, Int)
      ShortFloatSetPoint(Float, Int)
      BitStringCommand(UInt)
      InterrogationCommand(Int)
      CounterInterrogationCommand(Int)
      ReadCommand
      ClockSyncCommand(Cp56Time)
      TestCommand(Int)
      ResetCommand(Int)
      DelayCommand(Int)
      EndOfInitialization(Int)
      RawValue(Bytes)
    } derive(Eq, 
    Debug    )

    Values carried by standard IEC 104 information objects.

    ArchiveBucket

    source
    pub struct ArchiveBucket {
      station : CommonAddress
      address : InformationAddress
      start : Int
      end : Int
      count : Int
      minimum : Float
      maximum : Float
      sum : Float
      invalid : Int
    } derive(Eq, 
    Debug    )

    ArchiveBucket::address

    source

    ArchiveBucket::average

    source
    fn ArchiveBucket::average(self : ArchiveBucket) -> Float

    ArchiveBucket::count

    source
    fn ArchiveBucket::count(self : ArchiveBucket) -> Int

    ArchiveBucket::end

    source
    fn ArchiveBucket::end(self : ArchiveBucket) -> Int

    ArchiveBucket::invalid

    source
    fn ArchiveBucket::invalid(self : ArchiveBucket) -> Int

    ArchiveBucket::maximum

    source
    fn ArchiveBucket::maximum(self : ArchiveBucket) -> Float

    ArchiveBucket::minimum

    source
    fn ArchiveBucket::minimum(self : ArchiveBucket) -> Float

    ArchiveBucket::start

    source
    fn ArchiveBucket::start(self : ArchiveBucket) -> Int

    ArchiveBucket::station

    source

    ArchiveBucket::sum

    source
    fn ArchiveBucket::sum(self : ArchiveBucket) -> Float

    ArchivePolicy

    source
    pub struct ArchivePolicy {
      maximum_samples : Int
      maximum_age : Int
      bucket_width : Int
      reject_invalid : Bool
    } derive(Eq, 
    Debug    )

    Retention policy for historical telemetry samples.

    ArchivePolicy::bucket_width

    source
    fn ArchivePolicy::bucket_width(self : ArchivePolicy) -> Int

    ArchivePolicy::maximum_age

    source
    fn ArchivePolicy::maximum_age(self : ArchivePolicy) -> Int

    ArchivePolicy::maximum_samples

    source
    fn ArchivePolicy::maximum_samples(self : ArchivePolicy) -> Int

    ArchivePolicy::new

    source
    fn ArchivePolicy::new(maximum_samples? : Int, maximum_age? : Int, bucket_width? : Int, reject_invalid? : Bool) -> Result[ArchivePolicy, String]

    ArchivePolicy::reject_invalid

    source
    fn ArchivePolicy::reject_invalid(self : ArchivePolicy) -> Bool

    ArchiveQuery

    source
    pub struct ArchiveQuery {
      station : CommonAddress?
      first_address : InformationAddress?
      last_address : InformationAddress?
      start : Int?
      end : Int?
      source : String?
      include_invalid : Bool
    } derive(Eq, 
    Debug    )

    Query over a station/address/time range.

    ArchiveQuery::address_range

    source
    fn ArchiveQuery::address_range(self : ArchiveQuery, first : InformationAddress, last : InformationAddress) -> ArchiveQuery

    ArchiveQuery::all

    source

    ArchiveQuery::from_source

    source
    fn ArchiveQuery::from_source(self : ArchiveQuery, source : String) -> ArchiveQuery

    ArchiveQuery::station

    source
    fn ArchiveQuery::station(self : ArchiveQuery, value : CommonAddress) -> ArchiveQuery

    ArchiveQuery::time_range

    source
    fn ArchiveQuery::time_range(self : ArchiveQuery, start : Int, end : Int) -> ArchiveQuery

    ArchiveQuery::with_invalid

    source
    fn ArchiveQuery::with_invalid(self : ArchiveQuery, include_invalid_value : Bool) -> ArchiveQuery

    ArchiveStore

    source
    pub struct ArchiveStore {
      samples : Array[ArchivedSample]
      policy : ArchivePolicy
      next_sequence : Int
      evicted : Int
    } derive(
    Debug    )

    ArchiveStore::append

    source
    fn ArchiveStore::append(self : ArchiveStore, sample : TelemetrySample) -> Result[Unit, String]

    ArchiveStore::append_batch

    source
    fn ArchiveStore::append_batch(self : ArchiveStore, samples : Array[TelemetrySample]) -> Int

    ArchiveStore::buckets

    source
    fn ArchiveStore::buckets(self : ArchiveStore, query : ArchiveQuery) -> Array[ArchiveBucket]

    ArchiveStore::evicted

    source
    fn ArchiveStore::evicted(self : ArchiveStore) -> Int

    ArchiveStore::latest

    source
    fn ArchiveStore::latest(self : ArchiveStore, station : CommonAddress, address : InformationAddress) -> ArchivedSample?

    ArchiveStore::len

    source
    fn ArchiveStore::len(self : ArchiveStore) -> Int

    ArchiveStore::new

    source

    ArchiveStore::policy

    source

    ArchiveStore::prune

    source
    fn ArchiveStore::prune(self : ArchiveStore, now : Int) -> Int

    ArchiveStore::query

    source

    ArchiveStore::range_count

    source
    fn ArchiveStore::range_count(self : ArchiveStore, query : ArchiveQuery) -> Int

    ArchivedSample

    source
    pub struct ArchivedSample {
      station : CommonAddress
      address : InformationAddress
      type_id : ApplicationType
      value : Float
      quality : QualityDescriptor
      timestamp : Int
      sequence : Int
      source : String
    } derive(
    Debug    )

    A durable-shaped historical sample retained in memory by the core.

    ArchivedSample::address

    source

    ArchivedSample::quality

    source

    ArchivedSample::sequence

    source
    fn ArchivedSample::sequence(self : ArchivedSample) -> Int

    ArchivedSample::source

    source
    fn ArchivedSample::source(self : ArchivedSample) -> String

    ArchivedSample::station

    source

    ArchivedSample::timestamp

    source
    fn ArchivedSample::timestamp(self : ArchivedSample) -> Int

    ArchivedSample::type_id

    source

    ArchivedSample::value

    source
    fn ArchivedSample::value(self : ArchivedSample) -> Float

    AsduEnvelope

    source
    pub struct AsduEnvelope {
      type_id : ApplicationType
      sequence : Bool
      cause : CauseOfTransmission
      common_address : CommonAddress
      objects : Array[ApplicationObject]
    } derive(Eq, 
    Debug    )

    A complete ASDU envelope with address-qualified application objects.

    AsduEnvelope::cause

    source

    AsduEnvelope::common_address

    source
    fn AsduEnvelope::common_address(self : AsduEnvelope) -> CommonAddress

    AsduEnvelope::count

    source
    fn AsduEnvelope::count(self : AsduEnvelope) -> Int

    AsduEnvelope::new

    source
    fn AsduEnvelope::new(type_id : ApplicationType, sequence : Bool, cause : CauseOfTransmission, common_address : CommonAddress, objects : Array[ApplicationObject]) -> Result[AsduEnvelope, Diagnostic]

    Construct an ASDU envelope and check its object/type relationship.

    AsduEnvelope::objects

    source

    AsduEnvelope::sequence

    source
    fn AsduEnvelope::sequence(self : AsduEnvelope) -> Bool

    AsduEnvelope::type_id

    source

    AsduHeader

    source
    pub struct AsduHeader {
      type_id : TypeId
      variable_count : Int
      sequence : Bool
      cause : Int
      common_address : Int
    } derive(Eq, 
    Debug    )

    Common information object address and cause of transmission.

    AsduHeader::cause

    source
    fn AsduHeader::cause(self : AsduHeader) -> Int

    AsduHeader::common_address

    source
    fn AsduHeader::common_address(self : AsduHeader) -> Int

    AsduHeader::count

    source
    fn AsduHeader::count(self : AsduHeader) -> Int

    AsduHeader::is_sequence

    source
    fn AsduHeader::is_sequence(self : AsduHeader) -> Bool

    AsduHeader::type_id

    source
    fn AsduHeader::type_id(self : AsduHeader) -> TypeId

    AuditAction

    source
    pub enum AuditAction {
      AuthorizationChecked
      PolicyChanged
      MaintenanceChanged
      CommandAuthorized
      FileAuthorized
      StationConfigured
      FailoverAuthorized
    } derive(Eq, 
    Debug    )

    BenchmarkCase

    source
    pub struct BenchmarkCase {
      name : String
      rounds : Int
      payload_size : Int
      target : String
    } derive(Eq, 
    Debug    )

    A repeatable benchmark case with a deterministic workload definition.

    BenchmarkCase::name

    source
    fn BenchmarkCase::name(self : BenchmarkCase) -> String

    BenchmarkCase::new

    source
    fn BenchmarkCase::new(name : String, rounds : Int, payload_size : Int, target : String) -> Result[BenchmarkCase, String]

    BenchmarkCase::payload_size

    source
    fn BenchmarkCase::payload_size(self : BenchmarkCase) -> Int

    BenchmarkCase::rounds

    source
    fn BenchmarkCase::rounds(self : BenchmarkCase) -> Int

    BenchmarkCase::target

    source
    fn BenchmarkCase::target(self : BenchmarkCase) -> String

    BenchmarkResult

    source
    pub struct BenchmarkResult {
      case : BenchmarkCase
      encoded_frames : Int
      encoded_bytes : Int
      checksum : UInt
      elapsed_micros : Int
    } derive(Eq, 
    Debug    )

    BenchmarkResult::case

    source

    BenchmarkResult::checksum

    source
    fn BenchmarkResult::checksum(self : BenchmarkResult) -> UInt

    BenchmarkResult::elapsed_micros

    source
    fn BenchmarkResult::elapsed_micros(self : BenchmarkResult) -> Int

    BenchmarkResult::encoded_bytes

    source
    fn BenchmarkResult::encoded_bytes(self : BenchmarkResult) -> Int

    BenchmarkResult::encoded_frames

    source
    fn BenchmarkResult::encoded_frames(self : BenchmarkResult) -> Int

    BenchmarkResult::frames_per_second

    source
    fn BenchmarkResult::frames_per_second(self : BenchmarkResult) -> Float

    BenchmarkResult::megabytes_per_second

    source
    fn BenchmarkResult::megabytes_per_second(self : BenchmarkResult) -> Float

    BenchmarkResult::new

    source
    fn BenchmarkResult::new(case : BenchmarkCase, workload : BenchmarkWorkload, elapsed_micros : Int) -> Result[BenchmarkResult, String]

    BenchmarkSuite

    source
    pub struct BenchmarkSuite {
      cases : Array[BenchmarkCase]
    } derive(
    Debug    )

    BenchmarkSuite::add

    source
    fn BenchmarkSuite::add(self : BenchmarkSuite, case : BenchmarkCase) -> Result[Unit, String]

    BenchmarkSuite::cases

    source

    BenchmarkSuite::len

    source
    fn BenchmarkSuite::len(self : BenchmarkSuite) -> Int

    BenchmarkSuite::new

    source

    BenchmarkSuite::run

    source
    fn BenchmarkSuite::run(self : BenchmarkSuite, elapsed_micros : Array[Int]) -> Result[Array[BenchmarkResult], String]

    Run a deterministic benchmark workload; elapsed time is supplied by the host.

    BenchmarkWorkload

    source
    pub struct BenchmarkWorkload {
      rounds : Int
      payload_size : Int
      encoded_frames : Int
      encoded_bytes : Int
      checksum : UInt
    } derive(Eq, 
    Debug    )

    A repeatable workload used by local benchmark runs.

    BenchmarkWorkload::checksum

    source
    fn BenchmarkWorkload::checksum(self : BenchmarkWorkload) -> UInt

    BenchmarkWorkload::encoded_bytes

    source
    fn BenchmarkWorkload::encoded_bytes(self : BenchmarkWorkload) -> Int

    BenchmarkWorkload::encoded_frames

    source
    fn BenchmarkWorkload::encoded_frames(self : BenchmarkWorkload) -> Int

    BenchmarkWorkload::payload_size

    source
    fn BenchmarkWorkload::payload_size(self : BenchmarkWorkload) -> Int

    BenchmarkWorkload::rounds

    source
    fn BenchmarkWorkload::rounds(self : BenchmarkWorkload) -> Int

    BinaryCounterValue

    source
    pub struct BinaryCounterValue {
      value : UInt
      sequence : Int
      carry : Bool
      adjusted : Bool
      invalid : Bool
    } derive(Eq, 
    Debug    )

    32-bit binary counter value with sequence and overflow flags.

    BinaryCounterValue::flags

    source
    fn BinaryCounterValue::flags(self : BinaryCounterValue) -> Int

    BinaryCounterValue::new

    source
    fn BinaryCounterValue::new(value : UInt, sequence? : Int, carry? : Bool, adjusted? : Bool, invalid? : Bool) -> Result[BinaryCounterValue, String]

    BinaryCounterValue::sequence

    source
    fn BinaryCounterValue::sequence(self : BinaryCounterValue) -> Int

    BinaryCounterValue::value

    source
    fn BinaryCounterValue::value(self : BinaryCounterValue) -> UInt

    ByteCursor

    source
    pub struct ByteCursor {
      data : Bytes
      offset : Int
    } derive(
    Debug    )

    A bounds-checked cursor for binary protocol decoders.

    ByteCursor::done

    source
    fn ByteCursor::done(self : ByteCursor) -> Bool

    ByteCursor::new

    source
    fn ByteCursor::new(data : Bytes) -> ByteCursor

    ByteCursor::offset

    source
    fn ByteCursor::offset(self : ByteCursor) -> Int

    ByteCursor::read_byte

    source
    fn ByteCursor::read_byte(self : ByteCursor) -> Result[Byte, Diagnostic]

    ByteCursor::read_bytes

    source
    fn ByteCursor::read_bytes(self : ByteCursor, length : Int) -> Result[Bytes, Diagnostic]

    ByteCursor::read_u16

    source
    fn ByteCursor::read_u16(self : ByteCursor) -> Result[Int, Diagnostic]

    ByteCursor::read_u24

    source
    fn ByteCursor::read_u24(self : ByteCursor) -> Result[Int, Diagnostic]

    ByteCursor::read_u32

    source
    fn ByteCursor::read_u32(self : ByteCursor) -> Result[UInt, Diagnostic]

    ByteCursor::remaining

    source
    fn ByteCursor::remaining(self : ByteCursor) -> Int

    ByteCursor::seek

    source
    fn ByteCursor::seek(self : ByteCursor, offset : Int) -> Result[Unit, Diagnostic]

    ByteCursor::skip

    source
    fn ByteCursor::skip(self : ByteCursor, length : Int) -> Result[Unit, Diagnostic]

    ByteStatistics

    source
    pub struct ByteStatistics {
      length : Int
      zeroes : Int
      high_bit : Int
      checksum : UInt
      minimum : Int
      maximum : Int
    } derive(Eq, 
    Debug    )

    Per-byte statistics useful for fixture and link diagnostics.

    ByteStatistics::checksum

    source
    fn ByteStatistics::checksum(self : ByteStatistics) -> UInt

    ByteStatistics::high_bit

    source
    fn ByteStatistics::high_bit(self : ByteStatistics) -> Int

    ByteStatistics::length

    source
    fn ByteStatistics::length(self : ByteStatistics) -> Int

    ByteStatistics::maximum

    source
    fn ByteStatistics::maximum(self : ByteStatistics) -> Int

    ByteStatistics::minimum

    source
    fn ByteStatistics::minimum(self : ByteStatistics) -> Int

    ByteStatistics::zeroes

    source
    fn ByteStatistics::zeroes(self : ByteStatistics) -> Int

    ByteWriter

    source
    pub struct ByteWriter {
      bytes : Array[Byte]
    } derive(
    Debug    )

    A small writer used by application-specific extensions.

    ByteWriter::len

    source
    fn ByteWriter::len(self : ByteWriter) -> Int

    ByteWriter::new

    source
    fn ByteWriter::new() -> ByteWriter

    ByteWriter::push

    source
    fn ByteWriter::push(self : ByteWriter, value : Byte) -> Unit

    ByteWriter::push_bytes

    source
    fn ByteWriter::push_bytes(self : ByteWriter, value : Bytes) -> Unit

    ByteWriter::push_u16

    source
    fn ByteWriter::push_u16(self : ByteWriter, value : Int) -> Result[Unit, String]

    ByteWriter::push_u24

    source
    fn ByteWriter::push_u24(self : ByteWriter, value : Int) -> Result[Unit, String]

    ByteWriter::push_u32

    source
    fn ByteWriter::push_u32(self : ByteWriter, value : UInt) -> Unit

    ByteWriter::to_bytes

    source
    fn ByteWriter::to_bytes(self : ByteWriter) -> Bytes

    Cause

    source
    pub enum Cause {
      Periodic
      Background
      Spontaneous
      Initialised
      Request
      Activation
      ActivationConfirmation
      ActivationTermination
      Unknown(Int)
    } derive(Eq, 
    Debug    )

    Standard causes of transmission used by IEC 104 application services.

    Cause::is_activation

    source
    fn Cause::is_activation(self : Cause) -> Bool

    Cause::is_spontaneous

    source
    fn Cause::is_spontaneous(self : Cause) -> Bool

    Cause::is_termination

    source
    fn Cause::is_termination(self : Cause) -> Bool

    Cause::number

    source
    fn Cause::number(self : Cause) -> Int

    CauseCategory

    source
    pub enum CauseCategory {
      Periodic
      Background
      Spontaneous
      Initialised
      Request
      Activation
      ActivationConfirmation
      ActivationTermination
      ReturnInformationRemote
      ReturnInformationLocal
      UnknownCause
    } derive(Eq, 
    Debug    )

    Cause of transmission category. The numeric value is kept separate from the qualifier so applications can preserve vendor extensions.

    CauseCategory::number

    source
    fn CauseCategory::number(self : CauseCategory) -> Int

    Return the standard six-bit cause value.

    CauseOfTransmission

    source
    pub struct CauseOfTransmission {
      category : CauseCategory
      number : Int
      positive : Bool
      test_flag : Bool
      originator : Int
      qualifier : Int
    } derive(Eq, 
    Debug    )

    Full cause of transmission, including the originator and qualifier bits.

    CauseOfTransmission::flags

    source
    fn CauseOfTransmission::flags(self : CauseOfTransmission) -> Int

    Return the four low flag bits in the IEC COT representation.

    CauseOfTransmission::from_number

    source
    fn CauseOfTransmission::from_number(number : Int, positive? : Bool, test_flag? : Bool, originator? : Int, qualifier? : Int) -> Result[CauseOfTransmission, String]

    Construct a cause from a raw standard number while preserving extension data.

    CauseOfTransmission::new

    source
    fn CauseOfTransmission::new(category : CauseCategory, positive? : Bool, test_flag? : Bool, originator? : Int, qualifier? : Int) -> Result[CauseOfTransmission, String]

    Construct a validated cause of transmission.

    CauseOfTransmission::originator

    source
    fn CauseOfTransmission::originator(self : CauseOfTransmission) -> Int

    Return the originator address.

    CauseOfTransmission::qualifier

    source
    fn CauseOfTransmission::qualifier(self : CauseOfTransmission) -> Int

    Return the qualifier value.

    CauseOfTransmission::raw

    source

    Return the raw cause number.

    ClockSyncTransaction

    source
    pub struct ClockSyncTransaction {
      request : ServiceRequest
      status : ServiceStatus
      received : Cp56Time?
      applied_at : Int?
    } derive(
    Debug    )

    Clock synchronization service with a deterministic skew calculation.

    ClockSyncTransaction::activate

    source
    fn ClockSyncTransaction::activate(self : ClockSyncTransaction) -> Result[Unit, String]

    ClockSyncTransaction::apply

    source
    fn ClockSyncTransaction::apply(self : ClockSyncTransaction, timestamp : Cp56Time, applied_at : Int) -> Result[Int, String]

    ClockSyncTransaction::new

    source
    fn ClockSyncTransaction::new(request : ServiceRequest) -> Result[ClockSyncTransaction, String]

    ClockSyncTransaction::received

    source

    ClockSyncTransaction::status

    source

    CommandAudit

    source
    pub struct CommandAudit {
      ticket : Int
      timestamp : Int
      from : CommandLifecycle
      to : CommandLifecycle
      attempt : Int
      message : String
    } derive(Eq, 
    Debug    )

    A transition emitted by the scheduler for audit and UI consumers.

    CommandAudit::attempt

    source
    fn CommandAudit::attempt(self : CommandAudit) -> Int

    CommandAudit::from

    source

    CommandAudit::message

    source
    fn CommandAudit::message(self : CommandAudit) -> String

    CommandAudit::new

    source
    fn CommandAudit::new(ticket : Int, timestamp : Int, from : CommandLifecycle, to : CommandLifecycle, attempt : Int, message : String) -> CommandAudit

    CommandAudit::ticket

    source
    fn CommandAudit::ticket(self : CommandAudit) -> Int

    CommandAudit::timestamp

    source
    fn CommandAudit::timestamp(self : CommandAudit) -> Int

    CommandAudit::to

    source

    CommandDispatch

    source
    pub struct CommandDispatch {
      ticket : Int
      station : CommonAddress
      object : ApplicationObject
      attempt : Int
      expires_at : Int
    } derive(
    Debug    )

    A dispatch result containing the ticket and object to encode on the wire.

    CommandDispatch::attempt

    source
    fn CommandDispatch::attempt(self : CommandDispatch) -> Int

    CommandDispatch::expires_at

    source
    fn CommandDispatch::expires_at(self : CommandDispatch) -> Int

    CommandDispatch::object

    source

    CommandDispatch::station

    source

    CommandDispatch::ticket

    source
    fn CommandDispatch::ticket(self : CommandDispatch) -> Int

    CommandLifecycle

    source
    pub enum CommandLifecycle {
      QueuedCommand
      DispatchedCommand
      AwaitingConfirmation
      CompletedCommand
      FailedCommand
      RejectedCommand
      ExpiredCommand
      CancelledCommand
    } derive(Eq, 
    Debug    )

    Lifecycle state of a command ticket.

    CommandOutcome

    source
    pub struct CommandOutcome {
      accepted : Bool
      status : ServiceStatus
      object : ApplicationObject?
      message : String
    } derive(
    Debug    )

    CommandOutcome::accepted

    source
    fn CommandOutcome::accepted(self : CommandOutcome) -> Bool

    CommandOutcome::message

    source
    fn CommandOutcome::message(self : CommandOutcome) -> String

    CommandOutcome::object

    source

    CommandOutcome::status

    source

    CommandPolicy

    source
    pub struct CommandPolicy {
      allowed : Map[Int, Bool]
      allow_all : Bool
      max_qualifier : Int
    } derive(
    Debug    )

    A command authorization policy for host applications.

    CommandPolicy::allow

    source
    fn CommandPolicy::allow(self : CommandPolicy, address : InformationAddress) -> Unit

    CommandPolicy::allow_all

    source
    fn CommandPolicy::allow_all() -> CommandPolicy

    CommandPolicy::deny

    source
    fn CommandPolicy::deny(self : CommandPolicy, address : InformationAddress) -> Unit

    CommandPolicy::deny_all

    source
    fn CommandPolicy::deny_all() -> CommandPolicy

    CommandPolicy::permits

    source
    fn CommandPolicy::permits(self : CommandPolicy, object : ApplicationObject) -> Bool

    CommandPolicy::set_max_qualifier

    source
    fn CommandPolicy::set_max_qualifier(self : CommandPolicy, value : Int) -> Result[Unit, String]

    CommandPriority

    source
    pub enum CommandPriority {
      EmergencyPriority
      HighPriority
      NormalPriority
      LowPriority
    } derive(Eq, 
    Debug    )

    Priority used by the deterministic command scheduler.

    CommandPriority::weight

    source
    fn CommandPriority::weight(self : CommandPriority) -> Int

    CommandQueue

    source
    pub struct CommandQueue {
      pending : Array[ApplicationObject]
      completed : Array[CommandOutcome]
      limit : Int
    } derive(
    Debug    )

    A FIFO command queue with explicit outcomes.

    CommandQueue::completed_count

    source
    fn CommandQueue::completed_count(self : CommandQueue) -> Int

    CommandQueue::enqueue

    source
    fn CommandQueue::enqueue(self : CommandQueue, object : ApplicationObject) -> Result[Unit, String]

    CommandQueue::new

    source
    fn CommandQueue::new(limit? : Int) -> Result[CommandQueue, String]

    CommandQueue::outcomes

    source

    CommandQueue::pending_count

    source
    fn CommandQueue::pending_count(self : CommandQueue) -> Int

    CommandQueue::process_one

    source
    fn CommandQueue::process_one(self : CommandQueue, policy : CommandPolicy) -> CommandOutcome?

    CommandRequest

    source
    pub struct CommandRequest {
      ticket : Int
      station : CommonAddress
      object : ApplicationObject
      priority : CommandPriority
      submitted_at : Int
      deadline : Int
      idempotency_key : String
      source : String
      policy : RetryPolicy
      attempts : Int
      lifecycle : CommandLifecycle
      next_attempt_at : Int
      last_error : String
    } derive(
    Debug    )

    A command request admitted to the scheduler.

    CommandRequest::attempts

    source
    fn CommandRequest::attempts(self : CommandRequest) -> Int

    CommandRequest::deadline

    source
    fn CommandRequest::deadline(self : CommandRequest) -> Int

    CommandRequest::idempotency_key

    source
    fn CommandRequest::idempotency_key(self : CommandRequest) -> String

    CommandRequest::last_error

    source
    fn CommandRequest::last_error(self : CommandRequest) -> String

    CommandRequest::lifecycle

    source

    CommandRequest::new

    source
    fn CommandRequest::new(ticket : Int, station : CommonAddress, object : ApplicationObject, priority : CommandPriority, submitted_at : Int, deadline : Int, idempotency_key : String, source : String, policy : RetryPolicy) -> Result[CommandRequest, Diagnostic]

    CommandRequest::next_attempt_at

    source
    fn CommandRequest::next_attempt_at(self : CommandRequest) -> Int

    CommandRequest::object

    source

    CommandRequest::policy

    source

    CommandRequest::priority

    source

    CommandRequest::source

    source
    fn CommandRequest::source(self : CommandRequest) -> String

    CommandRequest::station

    source

    CommandRequest::submitted_at

    source
    fn CommandRequest::submitted_at(self : CommandRequest) -> Int

    CommandRequest::ticket

    source
    fn CommandRequest::ticket(self : CommandRequest) -> Int

    CommandScheduler

    source
    pub struct CommandScheduler {
      pending : Array[CommandRequest]
      audits : Array[CommandAudit]
      audit_limit : Int
      idempotency : Map[String, Int]
      next_ticket : Int
      metrics : SchedulerMetrics
    } derive(
    Debug    )

    Deterministic command scheduler with idempotency and retry handling.

    CommandScheduler::audits

    source

    CommandScheduler::cancel

    source
    fn CommandScheduler::cancel(self : CommandScheduler, ticket : Int, now : Int, reason? : String) -> Result[CommandRequest, Diagnostic]

    CommandScheduler::confirm

    source
    fn CommandScheduler::confirm(self : CommandScheduler, ticket : Int, now : Int, accepted : Bool, message? : String) -> Result[CommandRequest, Diagnostic]

    CommandScheduler::dispatch

    source
    fn CommandScheduler::dispatch(self : CommandScheduler, policy : CommandPolicy, now : Int) -> Result[CommandDispatch?, Diagnostic]

    CommandScheduler::expire

    source
    fn CommandScheduler::expire(self : CommandScheduler, now : Int) -> Array[CommandRequest]

    CommandScheduler::get

    source
    fn CommandScheduler::get(self : CommandScheduler, ticket : Int) -> CommandRequest?

    CommandScheduler::metrics

    source

    CommandScheduler::new

    source
    fn CommandScheduler::new(audit_limit? : Int) -> Result[CommandScheduler, String]

    CommandScheduler::pending_count

    source
    fn CommandScheduler::pending_count(self : CommandScheduler) -> Int

    CommandScheduler::submit

    source
    fn CommandScheduler::submit(self : CommandScheduler, station : CommonAddress, object : ApplicationObject, priority : CommandPriority, now : Int, deadline : Int, idempotency_key : String, source? : String, policy? : RetryPolicy) -> Result[CommandRequest, Diagnostic]

    CommandScheduler::terminal

    source

    CommonAddress

    source
    pub struct CommonAddress {
      value : Int
    } derive(Eq, 
    Debug    )

    Common address of ASDU values. Zero is reserved for an unassigned station.

    CommonAddress::is_global

    source
    fn CommonAddress::is_global(self : CommonAddress) -> Bool

    Return whether this common address is the global station address.

    CommonAddress::new

    source
    fn CommonAddress::new(value : Int) -> Result[CommonAddress, String]

    Create a two-byte common address.

    CommonAddress::number

    source
    fn CommonAddress::number(self : CommonAddress) -> Int

    Return the numeric common address.

    ConfigChange

    source
    pub struct ConfigChange {
      key : String
      kind : ConfigChangeKind
      from : ConfigValue?
      to : ConfigValue?
      revision : Int
      timestamp : Int
      operator : String
      message : String
    } derive(Eq, 
    Debug    )

    ConfigChange::from

    source

    ConfigChange::key

    source
    fn ConfigChange::key(self : ConfigChange) -> String

    ConfigChange::kind

    source

    ConfigChange::message

    source
    fn ConfigChange::message(self : ConfigChange) -> String

    ConfigChange::operator

    source
    fn ConfigChange::operator(self : ConfigChange) -> String

    ConfigChange::revision

    source
    fn ConfigChange::revision(self : ConfigChange) -> Int

    ConfigChange::timestamp

    source
    fn ConfigChange::timestamp(self : ConfigChange) -> Int

    ConfigChange::to

    source

    ConfigChangeKind

    source
    pub enum ConfigChangeKind {
      ConfigAdded
      ConfigUpdated
      ConfigReset
      ConfigRejected
    } derive(Eq, 
    Debug    )

    ConfigDefinition

    source
    pub struct ConfigDefinition {
      key : String
      description : String
      default_value : ConfigValue
      required : Bool
      minimum : Int?
      maximum : Int?
      secret : Bool
      restart_required : Bool
    } derive(Eq, 
    Debug    )

    ConfigDefinition::default_value

    source
    fn ConfigDefinition::default_value(self : ConfigDefinition) -> ConfigValue

    ConfigDefinition::description

    source
    fn ConfigDefinition::description(self : ConfigDefinition) -> String

    ConfigDefinition::key

    source
    fn ConfigDefinition::key(self : ConfigDefinition) -> String

    ConfigDefinition::maximum

    source
    fn ConfigDefinition::maximum(self : ConfigDefinition) -> Int?

    ConfigDefinition::minimum

    source
    fn ConfigDefinition::minimum(self : ConfigDefinition) -> Int?

    ConfigDefinition::new

    source
    fn ConfigDefinition::new(key : String, description : String, default_value : ConfigValue, required? : Bool, minimum? : Int, maximum? : Int, secret? : Bool, restart_required? : Bool) -> Result[ConfigDefinition, String]

    ConfigDefinition::required

    source
    fn ConfigDefinition::required(self : ConfigDefinition) -> Bool

    ConfigDefinition::restart_required

    source
    fn ConfigDefinition::restart_required(self : ConfigDefinition) -> Bool

    ConfigDefinition::secret

    source
    fn ConfigDefinition::secret(self : ConfigDefinition) -> Bool

    ConfigEntry

    source
    pub struct ConfigEntry {
      definition : ConfigDefinition
      value : ConfigValue
      revision : Int
      updated_at : Int
      updated_by : String
    } derive(Eq, 
    Debug    )

    Value and source revision stored for one key.

    ConfigEntry::definition

    source
    fn ConfigEntry::definition(self : ConfigEntry) -> ConfigDefinition

    ConfigEntry::revision

    source
    fn ConfigEntry::revision(self : ConfigEntry) -> Int

    ConfigEntry::updated_at

    source
    fn ConfigEntry::updated_at(self : ConfigEntry) -> Int

    ConfigEntry::updated_by

    source
    fn ConfigEntry::updated_by(self : ConfigEntry) -> String

    ConfigEntry::value

    source
    fn ConfigEntry::value(self : ConfigEntry) -> ConfigValue

    ConfigTransaction

    source
    pub struct ConfigTransaction {
      base_revision : Int
      operator : String
      timestamp : Int
      updates : Array[(String, ConfigValue)]
      resets : Array[String]
      closed : Bool
    } derive(
    Debug    )

    ConfigTransaction::base_revision

    source
    fn ConfigTransaction::base_revision(self : ConfigTransaction) -> Int

    ConfigTransaction::count

    source
    fn ConfigTransaction::count(self : ConfigTransaction) -> Int

    ConfigTransaction::new

    source
    fn ConfigTransaction::new(base_revision : Int, operator : String, timestamp : Int) -> ConfigTransaction

    ConfigTransaction::operator

    source
    fn ConfigTransaction::operator(self : ConfigTransaction) -> String

    ConfigTransaction::reset

    source
    fn ConfigTransaction::reset(self : ConfigTransaction, key : String) -> Result[Unit, String]

    ConfigTransaction::rollback

    source
    fn ConfigTransaction::rollback(self : ConfigTransaction) -> Unit

    ConfigTransaction::set

    source
    fn ConfigTransaction::set(self : ConfigTransaction, key : String, value : ConfigValue) -> Result[Unit, String]

    ConfigTransaction::timestamp

    source
    fn ConfigTransaction::timestamp(self : ConfigTransaction) -> Int

    ConfigValue

    source
    pub enum ConfigValue {
      ConfigInt(Int)
      ConfigBool(Bool)
      ConfigText(String)
      ConfigDuration(Int)
      ConfigAddress(CommonAddress)
      ConfigAddressList(Array[CommonAddress])
    } derive(Eq, 
    Debug    )

    Configuration value types accepted by the runtime registry.

    ConfigValue::type_name

    source
    fn ConfigValue::type_name(self : ConfigValue) -> String

    ConfigurationRegistry

    source
    pub struct ConfigurationRegistry {
      definitions : Map[String, ConfigDefinition]
      values : Map[String, ConfigEntry]
      history : Array[ConfigChange]
      history_limit : Int
      revision : Int
    } derive(
    Debug    )

    Versioned configuration registry with atomic transaction commits.

    ConfigurationRegistry::commit

    source
    fn ConfigurationRegistry::commit(self : ConfigurationRegistry, transaction : ConfigTransaction) -> Result[Array[ConfigChange], String]

    ConfigurationRegistry::definition

    source
    fn ConfigurationRegistry::definition(self : ConfigurationRegistry, key : String) -> ConfigDefinition?

    ConfigurationRegistry::export_lines

    source
    fn ConfigurationRegistry::export_lines(self : ConfigurationRegistry) -> Array[String]

    ConfigurationRegistry::get

    source
    fn ConfigurationRegistry::get(self : ConfigurationRegistry, key : String) -> ConfigEntry?

    ConfigurationRegistry::history

    source

    ConfigurationRegistry::keys

    source

    ConfigurationRegistry::len

    source

    ConfigurationRegistry::new

    source
    fn ConfigurationRegistry::new(history_limit? : Int) -> Result[ConfigurationRegistry, String]

    ConfigurationRegistry::register_definition

    source
    fn ConfigurationRegistry::register_definition(self : ConfigurationRegistry, definition : ConfigDefinition, timestamp : Int, operator : String) -> Result[Unit, String]

    ConfigurationRegistry::reset

    source
    fn ConfigurationRegistry::reset(self : ConfigurationRegistry, key : String, timestamp : Int, operator : String) -> Result[ConfigEntry, String]

    ConfigurationRegistry::revision

    source
    fn ConfigurationRegistry::revision(self : ConfigurationRegistry) -> Int

    ConfigurationRegistry::set

    source
    fn ConfigurationRegistry::set(self : ConfigurationRegistry, key : String, value : ConfigValue, timestamp : Int, operator : String) -> Result[ConfigEntry, String]

    ConformanceReport

    source
    pub struct ConformanceReport {
      valid : Bool
      type_id : ApplicationType
      object_count : Int
      expected_width : Int
      actual_width : Int
      issues : Array[String]
    } derive(Eq, 
    Debug    )

    An ASDU consistency report that can be shown in CLI diagnostics.

    ConformanceReport::actual_width

    source
    fn ConformanceReport::actual_width(self : ConformanceReport) -> Int

    ConformanceReport::add_issue

    source
    fn ConformanceReport::add_issue(self : ConformanceReport, message : String) -> Unit

    ConformanceReport::expected_width

    source
    fn ConformanceReport::expected_width(self : ConformanceReport) -> Int

    ConformanceReport::issues

    source
    fn ConformanceReport::issues(self : ConformanceReport) -> Array[String]

    ConformanceReport::new

    source

    ConformanceReport::object_count

    source
    fn ConformanceReport::object_count(self : ConformanceReport) -> Int

    ConformanceReport::type_id

    source

    ConformanceReport::valid

    source
    fn ConformanceReport::valid(self : ConformanceReport) -> Bool

    ConformanceVector

    source
    pub struct ConformanceVector {
      name : String
      category : VectorCategory
      input : Bytes
      expectation : VectorExpectation
      expected_kind : FrameKind?
      expected_send : Int?
      expected_receive : Int?
      expected_payload : Bytes?
    } derive(
    Debug    )

    A deterministic byte-level protocol vector.

    ConformanceVector::category

    source

    ConformanceVector::expectation

    source

    ConformanceVector::expected_kind

    source
    fn ConformanceVector::expected_kind(self : ConformanceVector) -> FrameKind?

    ConformanceVector::expected_payload

    source
    fn ConformanceVector::expected_payload(self : ConformanceVector) -> Bytes?

    ConformanceVector::expected_receive

    source
    fn ConformanceVector::expected_receive(self : ConformanceVector) -> Int?

    ConformanceVector::expected_send

    source
    fn ConformanceVector::expected_send(self : ConformanceVector) -> Int?

    ConformanceVector::input

    source
    fn ConformanceVector::input(self : ConformanceVector) -> Bytes

    ConformanceVector::name

    source
    fn ConformanceVector::name(self : ConformanceVector) -> String

    ConformanceVector::new

    source
    fn ConformanceVector::new(name : String, category : VectorCategory, input : Bytes, expectation : VectorExpectation, expected_kind? : FrameKind, expected_send? : Int, expected_receive? : Int, expected_payload? : Bytes) -> Result[ConformanceVector, String]

    ConnectionParameters

    source
    pub struct ConnectionParameters {
      k : Int
      w : Int
      t0_seconds : Int
      t1_seconds : Int
      t2_seconds : Int
      t3_seconds : Int
    } derive(Eq, 
    Debug    )

    IEC 104 link-layer timing and window parameters.

    ConnectionParameters::default

    source

    Default parameters from the commonly deployed IEC 104 profile.

    ConnectionParameters::k

    source

    ConnectionParameters::new

    source
    fn ConnectionParameters::new(k : Int, w : Int, t0_seconds : Int, t1_seconds : Int, t2_seconds : Int, t3_seconds : Int) -> Result[ConnectionParameters, String]

    Validate and construct link-layer parameters.

    ConnectionParameters::t0

    source

    ConnectionParameters::t1

    source

    ConnectionParameters::t2

    source

    ConnectionParameters::t3

    source

    ConnectionParameters::w

    source

    CounterInterrogationRequest

    source
    pub struct CounterInterrogationRequest {
      common_address : CommonAddress
      qualifier : Int
      created_at : Int
    } derive(Eq, 
    Debug    )

    Counter-interrogation request used for historical counter snapshots.

    CounterInterrogationRequest::common_address

    source

    CounterInterrogationRequest::created_at

    source

    CounterInterrogationRequest::new

    source
    fn CounterInterrogationRequest::new(common_address : CommonAddress, qualifier : Int, created_at : Int) -> Result[CounterInterrogationRequest, String]

    CounterInterrogationRequest::qualifier

    source

    Cp24Time

    source
    pub struct Cp24Time {
      millisecond : Int
      minute : Int
    } derive(Eq, 
    Debug    )

    Three-byte CP24Time2a value used by short time-tagged ASDUs.

    Cp24Time::from_bytes

    source
    fn Cp24Time::from_bytes(data : Bytes, offset? : Int) -> Result[Cp24Time, String]

    Cp24Time::millisecond

    source
    fn Cp24Time::millisecond(self : Cp24Time) -> Int

    Cp24Time::minute

    source
    fn Cp24Time::minute(self : Cp24Time) -> Int

    Cp24Time::new

    source
    fn Cp24Time::new(millisecond : Int, minute : Int) -> Result[Cp24Time, String]

    Cp24Time::remainder_millisecond

    source
    fn Cp24Time::remainder_millisecond(self : Cp24Time) -> Int

    Cp24Time::second

    source
    fn Cp24Time::second(self : Cp24Time) -> Int

    Cp24Time::to_array

    source
    fn Cp24Time::to_array(self : Cp24Time) -> Array[Byte]

    Cp56Time

    source
    pub struct Cp56Time {
      year : Int
      month : Int
      day : Int
      weekday : Int
      hour : Int
      minute : Int
      millisecond : Int
    } derive(Eq, 
    Debug    )

    Seven-byte CP56Time2a timestamp.

    Cp56Time::calendar_year

    source
    fn Cp56Time::calendar_year(self : Cp56Time, century? : Int) -> Int

    Return the four-digit calendar year represented by the protocol year.

    Cp56Time::day

    source
    fn Cp56Time::day(self : Cp56Time) -> Int

    Cp56Time::from_bytes

    source
    fn Cp56Time::from_bytes(data : Bytes, offset? : Int) -> Result[Cp56Time, String]

    Cp56Time::hour

    source
    fn Cp56Time::hour(self : Cp56Time) -> Int

    Cp56Time::millisecond

    source
    fn Cp56Time::millisecond(self : Cp56Time) -> Int

    Cp56Time::minute

    source
    fn Cp56Time::minute(self : Cp56Time) -> Int

    Cp56Time::month

    source
    fn Cp56Time::month(self : Cp56Time) -> Int

    Cp56Time::new

    source
    fn Cp56Time::new(year : Int, month : Int, day : Int, hour : Int, minute : Int, millisecond : Int, weekday? : Int) -> Result[Cp56Time, String]

    Construct a CP56 timestamp. The year is the two-digit protocol year.

    Cp56Time::ordering_key

    source
    fn Cp56Time::ordering_key(self : Cp56Time) -> Int

    A deterministic date-time ordering key.

    Cp56Time::remainder_millisecond

    source
    fn Cp56Time::remainder_millisecond(self : Cp56Time) -> Int

    Cp56Time::second

    source
    fn Cp56Time::second(self : Cp56Time) -> Int

    Cp56Time::to_array

    source
    fn Cp56Time::to_array(self : Cp56Time) -> Array[Byte]

    Cp56Time::weekday

    source
    fn Cp56Time::weekday(self : Cp56Time) -> Int

    Cp56Time::year

    source
    fn Cp56Time::year(self : Cp56Time) -> Int

    DatabaseEvent

    source
    pub struct DatabaseEvent {
      sequence : Int
      timestamp : Int
      kind : DatabaseEventKind
      common_address : CommonAddress?
      point_address : InformationAddress?
      message : String
    } derive(Eq, 
    Debug    )

    DatabaseEvent::common_address

    source
    fn DatabaseEvent::common_address(self : DatabaseEvent) -> CommonAddress?

    DatabaseEvent::kind

    source

    DatabaseEvent::message

    source
    fn DatabaseEvent::message(self : DatabaseEvent) -> String

    DatabaseEvent::new

    source
    fn DatabaseEvent::new(sequence : Int, timestamp : Int, kind : DatabaseEventKind, common_address? : CommonAddress, point_address? : InformationAddress, message? : String) -> DatabaseEvent

    DatabaseEvent::point_address

    source
    fn DatabaseEvent::point_address(self : DatabaseEvent) -> InformationAddress?

    DatabaseEvent::sequence

    source
    fn DatabaseEvent::sequence(self : DatabaseEvent) -> Int

    DatabaseEvent::timestamp

    source
    fn DatabaseEvent::timestamp(self : DatabaseEvent) -> Int

    DatabaseEventKind

    source
    pub enum DatabaseEventKind {
      StationAdded
      StationRemoved
      StationStateChanged
      PointChanged
      DatabaseCompacted
      TransactionCommitted
      TransactionRejected
    } derive(Eq, 
    Debug    )

    A bounded journal entry for changes to the station database.

    DatabaseSnapshot

    source
    pub struct DatabaseSnapshot {
      revision : Int
      timestamp : Int
      stations : Array[StationSummary]
      events : Array[DatabaseEvent]
    } derive(
    Debug    )

    A database snapshot used by exports and optimistic readers.

    DatabaseSnapshot::events

    source

    DatabaseSnapshot::revision

    source
    fn DatabaseSnapshot::revision(self : DatabaseSnapshot) -> Int

    DatabaseSnapshot::stations

    source

    DatabaseSnapshot::timestamp

    source
    fn DatabaseSnapshot::timestamp(self : DatabaseSnapshot) -> Int

    DatabaseTransaction

    source
    pub struct DatabaseTransaction {
      base_revision : Int
      timestamp : Int
      additions : Array[StationConfig]
      removals : Array[CommonAddress]
      states : Array[(CommonAddress, StationStatus, StationStateReason, String)]
      points : Array[(CommonAddress, ApplicationObject, String)]
      closed : Bool
    } derive(
    Debug    )

    A transaction over station configuration and point updates.

    DatabaseTransaction::add_station

    source
    fn DatabaseTransaction::add_station(self : DatabaseTransaction, config : StationConfig) -> Result[Unit, String]

    DatabaseTransaction::base_revision

    source
    fn DatabaseTransaction::base_revision(self : DatabaseTransaction) -> Int

    DatabaseTransaction::new

    source
    fn DatabaseTransaction::new(base_revision : Int, timestamp : Int) -> DatabaseTransaction

    DatabaseTransaction::operation_count

    source
    fn DatabaseTransaction::operation_count(self : DatabaseTransaction) -> Int

    DatabaseTransaction::remove_station

    source
    fn DatabaseTransaction::remove_station(self : DatabaseTransaction, common_address : CommonAddress) -> Result[Unit, String]

    DatabaseTransaction::rollback

    source
    fn DatabaseTransaction::rollback(self : DatabaseTransaction) -> Unit

    DatabaseTransaction::set_state

    source
    fn DatabaseTransaction::set_state(self : DatabaseTransaction, common_address : CommonAddress, status : StationStatus, reason : StationStateReason, message? : String) -> Result[Unit, String]

    DatabaseTransaction::timestamp

    source
    fn DatabaseTransaction::timestamp(self : DatabaseTransaction) -> Int

    DatabaseTransaction::write_point

    source
    fn DatabaseTransaction::write_point(self : DatabaseTransaction, common_address : CommonAddress, object : ApplicationObject, source? : String) -> Result[Unit, Diagnostic]

    DeadbandRule

    source
    pub struct DeadbandRule {
      absolute : Float
      relative_percent : Float
      minimum_interval : Int
    } derive(Eq, 
    Debug    )

    Deadband rule that prevents unchanged analog values from flooding a link.

    DeadbandRule::absolute

    source
    fn DeadbandRule::absolute(self : DeadbandRule) -> Float

    DeadbandRule::changed

    source
    fn DeadbandRule::changed(self : DeadbandRule, previous : TelemetrySample, current : TelemetrySample) -> Bool

    DeadbandRule::minimum_interval

    source
    fn DeadbandRule::minimum_interval(self : DeadbandRule) -> Int

    DeadbandRule::new

    source
    fn DeadbandRule::new(absolute? : Float, relative_percent? : Float, minimum_interval? : Int) -> Result[DeadbandRule, String]

    DeadbandRule::relative_percent

    source
    fn DeadbandRule::relative_percent(self : DeadbandRule) -> Float

    Diagnostic

    source
    pub struct Diagnostic {
      kind : DiagnosticKind
      message : String
      offset : Int?
    } derive(Eq, 
    Debug    )

    Structured diagnostic returned by validation and service layers.

    Diagnostic::kind

    source

    Diagnostic::message

    source
    fn Diagnostic::message(self : Diagnostic) -> String

    Diagnostic::new

    source
    fn Diagnostic::new(kind : DiagnosticKind, message : String, offset? : Int) -> Diagnostic

    Diagnostic::offset

    source
    fn Diagnostic::offset(self : Diagnostic) -> Int?

    Diagnostic::to_line

    source
    fn Diagnostic::to_line(self : Diagnostic) -> String

    Produce a compact human-readable diagnostic line for CLI and logs.

    DiagnosticCatalog

    source
    pub struct DiagnosticCatalog {
      records : Map[String, DiagnosticRecord]
      history : Array[DiagnosticRecord]
      history_limit : Int
      metrics : DiagnosticCatalogMetrics
    } derive(
    Debug    )

    DiagnosticCatalog::acknowledge

    source
    fn DiagnosticCatalog::acknowledge(self : DiagnosticCatalog, key : String, operator : String) -> Result[DiagnosticRecord, String]

    DiagnosticCatalog::active

    source

    DiagnosticCatalog::get

    source
    fn DiagnosticCatalog::get(self : DiagnosticCatalog, key : String) -> DiagnosticRecord?

    DiagnosticCatalog::history

    source

    DiagnosticCatalog::len

    source
    fn DiagnosticCatalog::len(self : DiagnosticCatalog) -> Int

    DiagnosticCatalog::metrics

    source

    DiagnosticCatalog::new

    source
    fn DiagnosticCatalog::new(history_limit? : Int) -> Result[DiagnosticCatalog, String]

    DiagnosticCatalog::purge_resolved

    source
    fn DiagnosticCatalog::purge_resolved(self : DiagnosticCatalog) -> Int

    DiagnosticCatalog::record_diagnostic

    source
    fn DiagnosticCatalog::record_diagnostic(self : DiagnosticCatalog, diagnostic : Diagnostic, severity : DiagnosticSeverity, station : CommonAddress?, timestamp : Int) -> DiagnosticRecord

    DiagnosticCatalog::resolve

    source
    fn DiagnosticCatalog::resolve(self : DiagnosticCatalog, key : String, timestamp : Int) -> Result[DiagnosticRecord, String]

    DiagnosticCatalogMetrics

    source
    pub struct DiagnosticCatalogMetrics {
      raised : Int
      resolved : Int
      acknowledged : Int
      deduplicated : Int
    } derive(Eq, 
    Debug    )

    DiagnosticCatalogMetrics::acknowledged

    source
    fn DiagnosticCatalogMetrics::acknowledged(self : DiagnosticCatalogMetrics) -> Int

    DiagnosticCatalogMetrics::deduplicated

    source
    fn DiagnosticCatalogMetrics::deduplicated(self : DiagnosticCatalogMetrics) -> Int

    DiagnosticCatalogMetrics::new

    source

    DiagnosticCatalogMetrics::raised

    source

    DiagnosticCatalogMetrics::resolved

    source

    DiagnosticKind

    source
    pub enum DiagnosticKind {
      MalformedFrame
      InvalidSequence
      InvalidAddress
      InvalidType
      InvalidQualifier
      UnsupportedFeature
      WindowExhausted
      TimerExpired
      StateViolation
      TransportFailure
    } derive(Eq, 
    Debug    )

    A stable classification for protocol diagnostics.

    DiagnosticRecord

    source
    pub struct DiagnosticRecord {
      key : String
      kind : DiagnosticKind
      severity : DiagnosticSeverity
      message : String
      station : CommonAddress?
      first_seen : Int
      last_seen : Int
      occurrences : Int
      active : Bool
      acknowledged : Bool
      acknowledged_by : String?
    } derive(Eq, 
    Debug    )

    DiagnosticRecord::acknowledged

    source
    fn DiagnosticRecord::acknowledged(self : DiagnosticRecord) -> Bool

    DiagnosticRecord::acknowledged_by

    source
    fn DiagnosticRecord::acknowledged_by(self : DiagnosticRecord) -> String?

    DiagnosticRecord::active

    source
    fn DiagnosticRecord::active(self : DiagnosticRecord) -> Bool

    DiagnosticRecord::first_seen

    source
    fn DiagnosticRecord::first_seen(self : DiagnosticRecord) -> Int

    DiagnosticRecord::key

    source
    fn DiagnosticRecord::key(self : DiagnosticRecord) -> String

    DiagnosticRecord::kind

    source

    DiagnosticRecord::last_seen

    source
    fn DiagnosticRecord::last_seen(self : DiagnosticRecord) -> Int

    DiagnosticRecord::message

    source
    fn DiagnosticRecord::message(self : DiagnosticRecord) -> String

    DiagnosticRecord::occurrences

    source
    fn DiagnosticRecord::occurrences(self : DiagnosticRecord) -> Int

    DiagnosticRecord::severity

    source

    DiagnosticRecord::station

    source

    DiagnosticSeverity

    source
    pub enum DiagnosticSeverity {
      NoticeDiagnostic
      WarningDiagnostic
      ErrorDiagnostic
      CriticalDiagnostic
    } derive(Eq, 
    Debug    )

    Operational severity for normalized protocol diagnostics.

    DiagnosticSeverity::weight

    source
    fn DiagnosticSeverity::weight(self : DiagnosticSeverity) -> Int

    DoublePointValue

    source
    pub struct DoublePointValue {
      state : Int
      quality : StatusQuality
    } derive(Eq, 
    Debug    )

    Double point information value. IEC 104 reserves state value 0 and 3.

    DoublePointValue::from_byte

    source
    fn DoublePointValue::from_byte(value : Int) -> Result[DoublePointValue, String]

    DoublePointValue::new

    source
    fn DoublePointValue::new(state : Int, quality? : StatusQuality) -> Result[DoublePointValue, String]

    DoublePointValue::quality

    source

    DoublePointValue::state

    source
    fn DoublePointValue::state(self : DoublePointValue) -> Int

    DoublePointValue::to_byte

    source
    fn DoublePointValue::to_byte(self : DoublePointValue) -> Int

    EventLog

    source
    pub struct EventLog {
      events : Array[ProtocolEvent]
    }

    In-memory event log for examples, tests and host applications.

    EventLog::all

    source
    fn EventLog::all(self : EventLog) -> Array[ProtocolEvent]

    EventLog::len

    source
    fn EventLog::len(self : EventLog) -> Int

    EventLog::new

    source
    fn EventLog::new() -> EventLog

    EventLog::push

    source
    fn EventLog::push(self : EventLog, event : ProtocolEvent) -> Unit

    FailoverEvent

    source
    pub struct FailoverEvent {
      station : CommonAddress
      from_peer : Int?
      to_peer : Int?
      reason : FailoverReason
      timestamp : Int
      fencing_token : Int
      message : String
    } derive(Eq, 
    Debug    )

    Ownership transition emitted by the redundancy manager.

    FailoverEvent::fencing_token

    source
    fn FailoverEvent::fencing_token(self : FailoverEvent) -> Int

    FailoverEvent::from_peer

    source
    fn FailoverEvent::from_peer(self : FailoverEvent) -> Int?

    FailoverEvent::message

    source
    fn FailoverEvent::message(self : FailoverEvent) -> String

    FailoverEvent::reason

    source

    FailoverEvent::station

    source

    FailoverEvent::timestamp

    source
    fn FailoverEvent::timestamp(self : FailoverEvent) -> Int

    FailoverEvent::to_peer

    source
    fn FailoverEvent::to_peer(self : FailoverEvent) -> Int?

    FailoverReason

    source
    pub enum FailoverReason {
      StartupElection
      HeartbeatTimeout
      ProtocolFault
      ManualTakeover
      PeerRecovered
      FencingRequired
    } derive(Eq, 
    Debug    )

    Why ownership of a redundant station changed.

    FileIdentity

    source
    pub struct FileIdentity {
      station : CommonAddress
      name : String
      file_id : Int
    } derive(Eq, 
    Debug    )

    A file identity used by the file service layer.

    FileIdentity::file_id

    source
    fn FileIdentity::file_id(self : FileIdentity) -> Int

    FileIdentity::name

    source
    fn FileIdentity::name(self : FileIdentity) -> String

    FileIdentity::new

    source
    fn FileIdentity::new(station : CommonAddress, name : String, file_id : Int) -> Result[FileIdentity, String]

    FileIdentity::station

    source
    fn FileIdentity::station(self : FileIdentity) -> CommonAddress

    FileInventoryEntry

    source
    pub struct FileInventoryEntry {
      identity : FileIdentity
      size : Int
      revision : Int
      checksum : UInt
      updated_at : Int
    } derive(Eq, 
    Debug    )

    A file inventory entry returned to operational clients.

    FileInventoryEntry::checksum

    source
    fn FileInventoryEntry::checksum(self : FileInventoryEntry) -> UInt

    FileInventoryEntry::identity

    source

    FileInventoryEntry::revision

    source
    fn FileInventoryEntry::revision(self : FileInventoryEntry) -> Int

    FileInventoryEntry::size

    source
    fn FileInventoryEntry::size(self : FileInventoryEntry) -> Int

    FileInventoryEntry::updated_at

    source
    fn FileInventoryEntry::updated_at(self : FileInventoryEntry) -> Int

    FileSegment

    source
    pub struct FileSegment {
      file_id : Int
      section : Int
      offset : Int
      data : Bytes
      last : Bool
      checksum : UInt
    } derive(Eq, 
    Debug    )

    Segment of a file containing an offset and an end marker.

    FileSegment::checksum

    source
    fn FileSegment::checksum(self : FileSegment) -> UInt

    FileSegment::data

    source
    fn FileSegment::data(self : FileSegment) -> Bytes

    FileSegment::file_id

    source
    fn FileSegment::file_id(self : FileSegment) -> Int

    FileSegment::last

    source
    fn FileSegment::last(self : FileSegment) -> Bool

    FileSegment::new

    source
    fn FileSegment::new(file_id : Int, section : Int, offset : Int, data : Bytes, last : Bool) -> Result[FileSegment, String]

    FileSegment::offset

    source
    fn FileSegment::offset(self : FileSegment) -> Int

    FileSegment::section

    source
    fn FileSegment::section(self : FileSegment) -> Int

    FileSegment::valid_checksum

    source
    fn FileSegment::valid_checksum(self : FileSegment) -> Bool

    FileStore

    source
    pub struct FileStore {
      files : Map[String, StoredFile]
      capacity : Int
      maximum_size : Int
    } derive(
    Debug    )

    A bounded in-memory store used by outstations and gateway adapters.

    FileStore::capacity

    source
    fn FileStore::capacity(self : FileStore) -> Int

    FileStore::get

    source
    fn FileStore::get(self : FileStore, name : String) -> StoredFile?

    FileStore::inventory

    source
    fn FileStore::inventory(self : FileStore) -> Array[FileInventoryEntry]

    FileStore::len

    source
    fn FileStore::len(self : FileStore) -> Int

    FileStore::maximum_size

    source
    fn FileStore::maximum_size(self : FileStore) -> Int

    FileStore::new

    source
    fn FileStore::new(capacity? : Int, maximum_size? : Int) -> Result[FileStore, String]

    FileStore::put

    source
    fn FileStore::put(self : FileStore, identity : FileIdentity, data : Bytes, timestamp : Int) -> Result[StoredFile, String]

    FileStore::remove

    source
    fn FileStore::remove(self : FileStore, name : String) -> Result[StoredFile, String]

    FileTransferDirection

    source
    pub enum FileTransferDirection {
      UploadFile
      DownloadFile
    } derive(Eq, 
    Debug    )

    Direction of a file service request.

    FileTransferManager

    source
    pub struct FileTransferManager {
      store : FileStore
      sessions : Map[Int, FileTransferSession]
      history : Array[FileTransferSession]
      history_limit : Int
      next_ticket : Int
      metrics : FileTransferMetrics
    } derive(
    Debug    )

    File service coordinator for stores and station sessions.

    FileTransferManager::ack

    source
    fn FileTransferManager::ack(self : FileTransferManager, ticket : Int, timestamp : Int) -> Result[Unit, String]

    FileTransferManager::activate

    source
    fn FileTransferManager::activate(self : FileTransferManager, ticket : Int, timestamp : Int) -> Result[Unit, String]

    FileTransferManager::append

    source
    fn FileTransferManager::append(self : FileTransferManager, ticket : Int, segment : FileSegment, timestamp : Int) -> Result[FileTransferState, String]

    FileTransferManager::begin_download

    source
    fn FileTransferManager::begin_download(self : FileTransferManager, identity : FileIdentity, segment_size? : Int, timestamp? : Int) -> Result[Array[FileSegment], String]

    FileTransferManager::begin_upload

    source
    fn FileTransferManager::begin_upload(self : FileTransferManager, identity : FileIdentity, expected_size : Int, expected_checksum? : UInt, segment_size? : Int, timestamp? : Int) -> Result[FileTransferSession, String]

    FileTransferManager::cancel

    source
    fn FileTransferManager::cancel(self : FileTransferManager, ticket : Int, timestamp : Int) -> Result[Unit, String]

    FileTransferManager::finish

    source
    fn FileTransferManager::finish(self : FileTransferManager, ticket : Int, timestamp : Int) -> Result[StoredFile, String]

    FileTransferManager::get

    source

    FileTransferManager::history

    source

    FileTransferManager::metrics

    source

    FileTransferManager::new

    source
    fn FileTransferManager::new(store : FileStore, history_limit? : Int) -> Result[FileTransferManager, String]

    FileTransferManager::session_count

    source
    fn FileTransferManager::session_count(self : FileTransferManager) -> Int

    FileTransferManager::store

    source

    FileTransferMetrics

    source
    pub struct FileTransferMetrics {
      sessions : Int
      completed : Int
      failed : Int
      cancelled : Int
      segments : Int
      bytes : Int
    } derive(Eq, 
    Debug    )

    Counters for file service throughput and failures.

    FileTransferMetrics::bytes

    source
    fn FileTransferMetrics::bytes(self : FileTransferMetrics) -> Int

    FileTransferMetrics::cancelled

    source
    fn FileTransferMetrics::cancelled(self : FileTransferMetrics) -> Int

    FileTransferMetrics::completed

    source
    fn FileTransferMetrics::completed(self : FileTransferMetrics) -> Int

    FileTransferMetrics::failed

    source
    fn FileTransferMetrics::failed(self : FileTransferMetrics) -> Int

    FileTransferMetrics::new

    source

    FileTransferMetrics::segments

    source
    fn FileTransferMetrics::segments(self : FileTransferMetrics) -> Int

    FileTransferMetrics::sessions

    source
    fn FileTransferMetrics::sessions(self : FileTransferMetrics) -> Int

    FileTransferSession

    source
    pub struct FileTransferSession {
      ticket : Int
      identity : FileIdentity
      direction : FileTransferDirection
      expected_size : Int
      segment_size : Int
      expected_checksum : UInt?
      buffer : Array[Byte]
      next_offset : Int
      next_section : Int
      state : FileTransferState
      attempts : Int
      last_activity : Int
      error : String
    } derive(
    Debug    )

    File transfer session with ordered segment assembly.

    FileTransferSession::ack

    source
    fn FileTransferSession::ack(self : FileTransferSession, timestamp : Int) -> Result[Unit, String]

    FileTransferSession::activate

    source
    fn FileTransferSession::activate(self : FileTransferSession, timestamp : Int) -> Result[Unit, String]

    FileTransferSession::append

    source
    fn FileTransferSession::append(self : FileTransferSession, segment : FileSegment, timestamp : Int) -> Result[Unit, String]

    FileTransferSession::attempts

    source
    fn FileTransferSession::attempts(self : FileTransferSession) -> Int

    FileTransferSession::cancel

    source
    fn FileTransferSession::cancel(self : FileTransferSession, timestamp : Int) -> Result[Unit, String]

    FileTransferSession::data

    source
    fn FileTransferSession::data(self : FileTransferSession) -> Bytes

    FileTransferSession::direction

    source

    FileTransferSession::error

    source
    fn FileTransferSession::error(self : FileTransferSession) -> String

    FileTransferSession::expected_checksum

    source
    fn FileTransferSession::expected_checksum(self : FileTransferSession) -> UInt?

    FileTransferSession::expected_size

    source
    fn FileTransferSession::expected_size(self : FileTransferSession) -> Int

    FileTransferSession::fail

    source
    fn FileTransferSession::fail(self : FileTransferSession, timestamp : Int, message : String) -> Unit

    FileTransferSession::identity

    source

    FileTransferSession::last_activity

    source
    fn FileTransferSession::last_activity(self : FileTransferSession) -> Int

    FileTransferSession::new

    source
    fn FileTransferSession::new(ticket : Int, identity : FileIdentity, direction : FileTransferDirection, expected_size : Int, segment_size : Int, expected_checksum : UInt?, timestamp : Int) -> Result[FileTransferSession, String]

    FileTransferSession::next_offset

    source
    fn FileTransferSession::next_offset(self : FileTransferSession) -> Int

    FileTransferSession::next_section

    source
    fn FileTransferSession::next_section(self : FileTransferSession) -> Int

    FileTransferSession::received_size

    source
    fn FileTransferSession::received_size(self : FileTransferSession) -> Int

    FileTransferSession::segment_size

    source
    fn FileTransferSession::segment_size(self : FileTransferSession) -> Int

    FileTransferSession::state

    source

    FileTransferSession::ticket

    source
    fn FileTransferSession::ticket(self : FileTransferSession) -> Int

    FileTransferState

    source
    pub enum FileTransferState {
      FileIdle
      FileSelecting
      FileTransferring
      FileWaitingForAck
      FileCompleted
      FileFailed
      FileCancelled
    } derive(Eq, 
    Debug    )

    State of a bounded IEC 104 file transfer session.

    Frame

    source
    pub struct Frame {
      kind : FrameKind
      send_sequence : Int
      receive_sequence : Int
      control : UInt16
      payload : Bytes
    } derive(Eq, 
    Debug    )

    A decoded APCI frame. payload contains the ASDU for I frames.

    Frame::control

    source
    fn Frame::control(self : Frame) -> UInt16

    Frame::is_information

    source
    fn Frame::is_information(self : Frame) -> Bool

    Frame::is_supervisory

    source
    fn Frame::is_supervisory(self : Frame) -> Bool

    Frame::is_unnumbered

    source
    fn Frame::is_unnumbered(self : Frame) -> Bool

    Frame::kind

    source
    fn Frame::kind(self : Frame) -> FrameKind

    Stable accessors for frame values used by host integrations.

    Frame::payload

    source
    fn Frame::payload(self : Frame) -> Bytes

    Frame::receive_sequence

    source
    fn Frame::receive_sequence(self : Frame) -> Int

    Frame::send_sequence

    source
    fn Frame::send_sequence(self : Frame) -> Int

    FrameKind

    source
    pub enum FrameKind {
      Information
      Supervisory
      Unnumbered
    } derive(Eq, 
    Debug    )

    IEC 60870-5-104 frame kinds.

    FrameMetrics

    source
    pub struct FrameMetrics {
      frames_encoded : Int
      frames_decoded : Int
      information_frames : Int
      supervisory_frames : Int
      unnumbered_frames : Int
      bytes_encoded : Int
      bytes_decoded : Int
      malformed_frames : Int
      sequence_errors : Int
      service_failures : Int
    } derive(Eq, 
    Debug    )

    Counters for protocol throughput and error monitoring.

    FrameMetrics::error_count

    source
    fn FrameMetrics::error_count(self : FrameMetrics) -> Int

    FrameMetrics::new

    source

    FrameMetrics::record_decoded

    source
    fn FrameMetrics::record_decoded(self : FrameMetrics, frame : Frame) -> Unit

    FrameMetrics::record_encoded

    source
    fn FrameMetrics::record_encoded(self : FrameMetrics, frame : Frame) -> Unit

    FrameMetrics::record_malformed

    source
    fn FrameMetrics::record_malformed(self : FrameMetrics) -> Unit

    FrameMetrics::record_sequence_error

    source
    fn FrameMetrics::record_sequence_error(self : FrameMetrics) -> Unit

    FrameMetrics::record_service_failure

    source
    fn FrameMetrics::record_service_failure(self : FrameMetrics) -> Unit

    FrameMetrics::snapshot

    source
    fn FrameMetrics::snapshot(self : FrameMetrics) -> MetricsSnapshot

    FrameMetrics::success_rate

    source
    fn FrameMetrics::success_rate(self : FrameMetrics) -> Float

    FrameMetrics::total_bytes

    source
    fn FrameMetrics::total_bytes(self : FrameMetrics) -> Int

    FrameMetrics::total_frames

    source
    fn FrameMetrics::total_frames(self : FrameMetrics) -> Int

    GatewayAdmissionPolicy

    source
    pub struct GatewayAdmissionPolicy {
      max_objects : Int
      allow_monitoring : Bool
      allow_control : Bool
      allowed_types : Array[ApplicationType]
      denied_types : Array[ApplicationType]
    } derive(Eq, 
    Debug    )

    Admission policy applied before a gateway accepts an ASDU.

    GatewayAdmissionPolicy::allow_type

    source
    fn GatewayAdmissionPolicy::allow_type(self : GatewayAdmissionPolicy, type_id : ApplicationType) -> Unit

    GatewayAdmissionPolicy::default

    source

    GatewayAdmissionPolicy::deny_type

    source
    fn GatewayAdmissionPolicy::deny_type(self : GatewayAdmissionPolicy, type_id : ApplicationType) -> Unit

    GatewayAdmissionPolicy::evaluate

    source
    fn GatewayAdmissionPolicy::evaluate(self : GatewayAdmissionPolicy, envelope : AsduEnvelope) -> Result[Unit, String]

    GatewayAdmissionPolicy::max_objects

    source
    fn GatewayAdmissionPolicy::max_objects(self : GatewayAdmissionPolicy) -> Int

    GatewayAdmissionPolicy::new

    source
    fn GatewayAdmissionPolicy::new(max_objects : Int, allow_monitoring? : Bool, allow_control? : Bool) -> Result[GatewayAdmissionPolicy, String]

    GatewayCounters

    source
    pub struct GatewayCounters {
      accepted : Int
      forwarded : Int
      dropped : Int
      rejected : Int
      stored : Int
    } derive(Eq, 
    Debug    )

    Counters exposed by the gateway for operational dashboards.

    GatewayCounters::accepted

    source
    fn GatewayCounters::accepted(self : GatewayCounters) -> Int

    GatewayCounters::dropped

    source
    fn GatewayCounters::dropped(self : GatewayCounters) -> Int

    GatewayCounters::empty

    source

    GatewayCounters::forwarded

    source
    fn GatewayCounters::forwarded(self : GatewayCounters) -> Int

    GatewayCounters::rejected

    source
    fn GatewayCounters::rejected(self : GatewayCounters) -> Int

    GatewayCounters::stored

    source
    fn GatewayCounters::stored(self : GatewayCounters) -> Int

    GatewayCounters::total

    source
    fn GatewayCounters::total(self : GatewayCounters) -> Int

    GatewayDispatch

    source
    pub enum GatewayDispatch {
      Forwarded(GatewayEnvelope, GatewayRoute)
      Dropped(GatewayEnvelope, String)
    } derive(
    Debug    )

    GatewayDispatch::envelope

    source

    GatewayDispatch::is_forwarded

    source
    fn GatewayDispatch::is_forwarded(self : GatewayDispatch) -> Bool

    GatewayDispatch::message

    source
    fn GatewayDispatch::message(self : GatewayDispatch) -> String

    GatewayEnvelope

    source
    pub struct GatewayEnvelope {
      ingress : Int
      egress : Int
      common_address : CommonAddress
      asdu : AsduEnvelope
      received_at : Int
      trace_id : String
    } derive(
    Debug    )

    An ASDU together with gateway ingress metadata.

    GatewayEnvelope::asdu

    source

    GatewayEnvelope::common_address

    source
    fn GatewayEnvelope::common_address(self : GatewayEnvelope) -> CommonAddress

    GatewayEnvelope::egress

    source
    fn GatewayEnvelope::egress(self : GatewayEnvelope) -> Int

    GatewayEnvelope::ingress

    source
    fn GatewayEnvelope::ingress(self : GatewayEnvelope) -> Int

    GatewayEnvelope::new

    source
    fn GatewayEnvelope::new(ingress : Int, egress : Int, asdu : AsduEnvelope, received_at : Int, trace_id? : String) -> Result[GatewayEnvelope, String]

    GatewayEnvelope::object_count

    source
    fn GatewayEnvelope::object_count(self : GatewayEnvelope) -> Int

    GatewayEnvelope::received_at

    source
    fn GatewayEnvelope::received_at(self : GatewayEnvelope) -> Int

    GatewayEnvelope::trace_id

    source
    fn GatewayEnvelope::trace_id(self : GatewayEnvelope) -> String

    GatewayMode

    source
    pub enum GatewayMode {
      Stopped
      Starting
      Running
      Draining
      Faulted(String)
    } derive(Eq, 
    Debug    )

    Lifecycle of an in-memory IEC 104 gateway runtime.

    GatewayMode::is_accepting

    source
    fn GatewayMode::is_accepting(self : GatewayMode) -> Bool

    GatewayMode::is_quiescent

    source
    fn GatewayMode::is_quiescent(self : GatewayMode) -> Bool

    GatewayMode::name

    source
    fn GatewayMode::name(self : GatewayMode) -> String

    GatewayRoute

    source
    pub struct GatewayRoute {
      id : Int
      source : Int
      destination : Int
      common_address : CommonAddress?
      type_ids : Array[ApplicationType]
      enabled : Bool
      priority : Int
    } derive(Eq, 
    Debug    )

    A route between two logical gateway endpoints.

    GatewayRoute::common_address

    source
    fn GatewayRoute::common_address(self : GatewayRoute) -> CommonAddress?

    GatewayRoute::describe

    source
    fn GatewayRoute::describe(self : GatewayRoute) -> String

    GatewayRoute::destination

    source
    fn GatewayRoute::destination(self : GatewayRoute) -> Int

    GatewayRoute::enabled

    source
    fn GatewayRoute::enabled(self : GatewayRoute) -> Bool

    GatewayRoute::id

    source
    fn GatewayRoute::id(self : GatewayRoute) -> Int

    GatewayRoute::new

    source
    fn GatewayRoute::new(id : Int, source : Int, destination : Int, common_address? : CommonAddress, type_ids? : Array[ApplicationType], priority? : Int) -> Result[GatewayRoute, String]

    GatewayRoute::priority

    source
    fn GatewayRoute::priority(self : GatewayRoute) -> Int

    GatewayRoute::set_enabled

    source
    fn GatewayRoute::set_enabled(self : GatewayRoute, enabled : Bool) -> Unit

    GatewayRoute::source

    source
    fn GatewayRoute::source(self : GatewayRoute) -> Int

    GatewayRoute::type_ids

    source

    GatewayRouteTable

    source
    pub struct GatewayRouteTable {
      routes : Array[GatewayRoute]
      capacity : Int
    } derive(
    Debug    )

    Deterministic route table. Higher priority wins; ties use the lower route id.

    GatewayRouteTable::add

    source
    fn GatewayRouteTable::add(self : GatewayRouteTable, route : GatewayRoute) -> Result[Unit, String]

    GatewayRouteTable::capacity

    source
    fn GatewayRouteTable::capacity(self : GatewayRouteTable) -> Int

    GatewayRouteTable::len

    source
    fn GatewayRouteTable::len(self : GatewayRouteTable) -> Int

    GatewayRouteTable::new

    source
    fn GatewayRouteTable::new(capacity? : Int) -> Result[GatewayRouteTable, String]

    GatewayRouteTable::remove

    source
    fn GatewayRouteTable::remove(self : GatewayRouteTable, route_id : Int) -> Bool

    GatewayRouteTable::routes

    source

    GatewayRouteTable::select

    source
    fn GatewayRouteTable::select(self : GatewayRouteTable, source : Int, common_address : CommonAddress, type_id : ApplicationType) -> GatewayRoute?

    GatewayRouteTable::set_enabled

    source
    fn GatewayRouteTable::set_enabled(self : GatewayRouteTable, route_id : Int, enabled : Bool) -> Bool

    GatewayRuntime

    source
    pub struct GatewayRuntime {
      mode : GatewayMode
      routes : GatewayRouteTable
      policy : GatewayAdmissionPolicy
      inbound : Array[GatewayEnvelope]
      outbound : Array[GatewayEnvelope]
      dead_letters : Array[GatewayEnvelope]
      stores : Array[GatewayStoreBinding]
      counters : GatewayCounters
      max_queue : Int
      last_error : String?
    } derive(
    Debug    )

    Deterministic in-memory routing runtime. Network adapters can feed its queue and poll the outbound queue without coupling protocol logic to a socket API.

    GatewayRuntime::add_route

    source
    fn GatewayRuntime::add_route(self : GatewayRuntime, route : GatewayRoute) -> Result[Unit, String]

    GatewayRuntime::attach_store

    source
    fn GatewayRuntime::attach_store(self : GatewayRuntime, binding : GatewayStoreBinding) -> Result[Unit, String]

    GatewayRuntime::begin_drain

    source
    fn GatewayRuntime::begin_drain(self : GatewayRuntime) -> Result[Unit, String]

    GatewayRuntime::counters

    source

    GatewayRuntime::dead_letter_len

    source
    fn GatewayRuntime::dead_letter_len(self : GatewayRuntime) -> Int

    GatewayRuntime::diagnostics

    source
    fn GatewayRuntime::diagnostics(self : GatewayRuntime) -> String

    Return a stable, line-oriented diagnostics report for logs and health probes.

    GatewayRuntime::drain

    source
    fn GatewayRuntime::drain(self : GatewayRuntime, max_dispatches? : Int) -> Array[GatewayDispatch]

    GatewayRuntime::enqueue

    source
    fn GatewayRuntime::enqueue(self : GatewayRuntime, envelope : GatewayEnvelope) -> Result[Unit, String]

    GatewayRuntime::fail

    source
    fn GatewayRuntime::fail(self : GatewayRuntime, message : String) -> Unit

    GatewayRuntime::ingest_to_store

    source
    fn GatewayRuntime::ingest_to_store(self : GatewayRuntime, envelope : GatewayEnvelope) -> Result[Int, String]

    GatewayRuntime::last_error

    source
    fn GatewayRuntime::last_error(self : GatewayRuntime) -> String?

    GatewayRuntime::mode

    source

    GatewayRuntime::new

    source
    fn GatewayRuntime::new(max_queue : Int, route_capacity? : Int, policy? : GatewayAdmissionPolicy) -> Result[GatewayRuntime, String]

    GatewayRuntime::outbound_len

    source
    fn GatewayRuntime::outbound_len(self : GatewayRuntime) -> Int

    GatewayRuntime::poll_outbound

    source
    fn GatewayRuntime::poll_outbound(self : GatewayRuntime) -> GatewayEnvelope?

    GatewayRuntime::queue_len

    source
    fn GatewayRuntime::queue_len(self : GatewayRuntime) -> Int

    GatewayRuntime::remove_route

    source
    fn GatewayRuntime::remove_route(self : GatewayRuntime, route_id : Int) -> Bool

    GatewayRuntime::routes

    source

    GatewayRuntime::set_policy

    source
    fn GatewayRuntime::set_policy(self : GatewayRuntime, policy : GatewayAdmissionPolicy) -> Unit

    GatewayRuntime::snapshot

    source

    GatewayRuntime::start

    source
    fn GatewayRuntime::start(self : GatewayRuntime) -> Result[Unit, String]

    GatewayRuntime::stop

    source
    fn GatewayRuntime::stop(self : GatewayRuntime) -> Result[Unit, String]

    GatewayRuntime::store_count

    source
    fn GatewayRuntime::store_count(self : GatewayRuntime) -> Int

    GatewayRuntime::take_dead_letter

    source
    fn GatewayRuntime::take_dead_letter(self : GatewayRuntime) -> GatewayEnvelope?

    GatewaySnapshot

    source
    pub struct GatewaySnapshot {
      mode : GatewayMode
      routes : Int
      queue : Int
      outbound : Int
      dead_letters : Int
      counters : GatewayCounters
      last_error : String?
    } derive(Eq, 
    Debug    )

    Snapshot suitable for a health endpoint or a periodic metrics export.

    GatewaySnapshot::counters

    source

    GatewaySnapshot::dead_letters

    source
    fn GatewaySnapshot::dead_letters(self : GatewaySnapshot) -> Int

    GatewaySnapshot::last_error

    source
    fn GatewaySnapshot::last_error(self : GatewaySnapshot) -> String?

    GatewaySnapshot::mode

    source

    GatewaySnapshot::outbound

    source
    fn GatewaySnapshot::outbound(self : GatewaySnapshot) -> Int

    GatewaySnapshot::queue

    source
    fn GatewaySnapshot::queue(self : GatewaySnapshot) -> Int

    GatewaySnapshot::routes

    source
    fn GatewaySnapshot::routes(self : GatewaySnapshot) -> Int

    GatewayStoreBinding

    source
    pub struct GatewayStoreBinding {
      common_address : CommonAddress
      store : PointStore
      accepted : Int
      rejected : Int
    } derive(
    Debug    )

    A point store attached to one common address in the gateway.

    GatewayStoreBinding::accepted

    source
    fn GatewayStoreBinding::accepted(self : GatewayStoreBinding) -> Int

    GatewayStoreBinding::common_address

    source

    GatewayStoreBinding::ingest

    source
    fn GatewayStoreBinding::ingest(self : GatewayStoreBinding, envelope : GatewayEnvelope) -> Result[Int, String]

    GatewayStoreBinding::new

    source
    fn GatewayStoreBinding::new(common_address : CommonAddress, history_limit? : Int) -> Result[GatewayStoreBinding, String]

    GatewayStoreBinding::rejected

    source
    fn GatewayStoreBinding::rejected(self : GatewayStoreBinding) -> Int

    GatewayStoreBinding::store

    source

    HealthReport

    source
    pub struct HealthReport {
      state : HealthState
      score : Int
      checks : Array[String]
      warnings : Array[String]
    } derive(Eq, 
    Debug    )

    HealthReport::checks

    source
    fn HealthReport::checks(self : HealthReport) -> Array[String]

    HealthReport::new

    source
    fn HealthReport::new(state : HealthState, score : Int, checks : Array[String], warnings : Array[String]) -> HealthReport

    HealthReport::score

    source
    fn HealthReport::score(self : HealthReport) -> Int

    HealthReport::state

    source

    HealthReport::warnings

    source
    fn HealthReport::warnings(self : HealthReport) -> Array[String]

    HealthState

    source
    pub enum HealthState {
      Healthy
      Degraded
      Unready
    } derive(Eq, 
    Debug    )

    Health state suitable for gateway readiness endpoints.

    Iec104Runtime

    source
    pub struct Iec104Runtime {
      database : StationDatabase
      telemetry : TelemetryPipeline
      schedulers : Map[Int, CommandScheduler]
      redundancy : Map[Int, RedundancyManager]
      policy : OperationalPolicy
      redundancy_policy : RedundancyPolicy
      files : FileTransferManager
      clock : VirtualClock
      events : Array[RuntimeEvent]
      event_limit : Int
      next_event : Int
      metrics : RuntimeMetrics
    } derive(
    Debug    )

    Integration facade connecting data, control, policy and redundancy layers.

    Iec104Runtime::add_peer

    source
    fn Iec104Runtime::add_peer(self : Iec104Runtime, peer : RedundantPeer) -> Result[Unit, String]

    Iec104Runtime::confirm_command

    source
    fn Iec104Runtime::confirm_command(self : Iec104Runtime, station : CommonAddress, ticket : Int, accepted : Bool, message? : String) -> Result[CommandRequest, Diagnostic]

    Iec104Runtime::database

    source

    Iec104Runtime::dispatch_command

    source
    fn Iec104Runtime::dispatch_command(self : Iec104Runtime, station : CommonAddress, policy : CommandPolicy) -> Result[CommandDispatch?, Diagnostic]

    Iec104Runtime::events

    source

    Iec104Runtime::files

    source

    Iec104Runtime::health

    source

    Iec104Runtime::heartbeat

    source
    fn Iec104Runtime::heartbeat(self : Iec104Runtime, station : CommonAddress, peer_id : Int) -> Result[Unit, String]

    Iec104Runtime::ingest

    source
    fn Iec104Runtime::ingest(self : Iec104Runtime, station : CommonAddress, object : ApplicationObject, source? : String) -> Result[PipelineResult, Diagnostic]

    Iec104Runtime::metrics

    source

    Iec104Runtime::new

    source
    fn Iec104Runtime::new(config? : RuntimeConfig) -> Result[Iec104Runtime, String]

    Iec104Runtime::now

    source
    fn Iec104Runtime::now(self : Iec104Runtime) -> Int

    Iec104Runtime::policy

    source

    Iec104Runtime::register_station

    source
    fn Iec104Runtime::register_station(self : Iec104Runtime, config : StationConfig) -> Result[StationSummary, String]

    Iec104Runtime::submit_command

    source
    fn Iec104Runtime::submit_command(self : Iec104Runtime, operator_id : String, station : CommonAddress, object : ApplicationObject, priority : CommandPriority, deadline : Int, idempotency_key : String) -> Result[CommandRequest, Diagnostic]

    Iec104Runtime::telemetry

    source

    Iec104Runtime::tick

    source
    fn Iec104Runtime::tick(self : Iec104Runtime, seconds : Int) -> Result[Unit, String]

    InformationAddress

    source
    pub struct InformationAddress {
      value : Int
    } derive(Eq, 
    Debug    )

    The three-byte information object address used by IEC 104.

    InformationAddress::from_octets

    source
    fn InformationAddress::from_octets(low : Int, middle : Int, high : Int) -> Result[InformationAddress, String]

    Construct an information object address from its three octets.

    InformationAddress::high

    source
    fn InformationAddress::high(self : InformationAddress) -> Int

    Return the most significant address octet.

    InformationAddress::is_broadcast

    source
    fn InformationAddress::is_broadcast(self : InformationAddress) -> Bool

    Return whether the address is the protocol's broadcast address.

    InformationAddress::low

    source
    fn InformationAddress::low(self : InformationAddress) -> Int

    Return the least significant address octet.

    InformationAddress::middle

    source
    fn InformationAddress::middle(self : InformationAddress) -> Int

    Return the middle address octet.

    InformationAddress::new

    source
    fn InformationAddress::new(value : Int) -> Result[InformationAddress, String]

    Create an information object address in the inclusive 0..0xffffff range.

    InformationAddress::number

    source
    fn InformationAddress::number(self : InformationAddress) -> Int

    Return the numeric address.

    InformationObject

    source
    pub enum InformationObject {
      Single(Bool, Int)
      Double(Int, Int)
      Normalized(Int, Int)
      ShortFloat(Float, Int)
      BitString(UInt, Int)
    } derive(Eq, 
    Debug    )

    IEC information object values supported by the first stable API.

    Interrogation

    source
    pub struct Interrogation {
      request : InterrogationRequest
      phase : InterrogationPhase
      objects_sent : Int
    }

    Small deterministic transaction tracker; data transport remains caller-owned.

    Interrogation::activate

    source
    fn Interrogation::activate(self : Interrogation) -> Int

    Interrogation::finish

    source
    fn Interrogation::finish(self : Interrogation) -> Int

    Interrogation::new

    source

    Interrogation::record

    source
    fn Interrogation::record(self : Interrogation, count : Int) -> Result[Unit, String]

    InterrogationPhase

    source
    pub enum InterrogationPhase {
      Idle
      Activated
      Sending
      Terminated
    } derive(Eq, 
    Debug    )

    Phases emitted by an interrogation transaction.

    InterrogationPlan

    source
    pub struct InterrogationPlan {
      request : InterrogationRequest
      objects : Array[ApplicationObject]
      batch_size : Int
      cursor : Int
      status : ServiceStatus
    } derive(
    Debug    )

    A total interrogation plan which can be emitted in deterministic batches.

    InterrogationPlan::activate

    source
    fn InterrogationPlan::activate(self : InterrogationPlan) -> Result[Int, String]

    InterrogationPlan::new

    source
    fn InterrogationPlan::new(request : InterrogationRequest, objects : Array[ApplicationObject], batch_size? : Int) -> Result[InterrogationPlan, String]

    InterrogationPlan::next_batch

    source
    fn InterrogationPlan::next_batch(self : InterrogationPlan) -> Result[Array[ApplicationObject], String]

    InterrogationPlan::remaining

    source
    fn InterrogationPlan::remaining(self : InterrogationPlan) -> Int

    InterrogationPlan::request

    source

    InterrogationPlan::status

    source

    InterrogationPlan::terminate

    source
    fn InterrogationPlan::terminate(self : InterrogationPlan) -> Result[Int, String]

    InterrogationRequest

    source
    pub struct InterrogationRequest {
      common_address : Int
      qualifier : Int
    } derive(Eq, 
    Debug    )

    A total interrogation request, suitable for a master command queue.

    InterrogationRequest::new

    source
    fn InterrogationRequest::new(common_address : Int, qualifier? : Int) -> InterrogationRequest

    LengthHistogram

    source
    pub struct LengthHistogram {
      buckets : Map[Int, Int]
      samples : Int
    } derive(
    Debug    )

    A compact histogram for APDU length distribution.

    LengthHistogram::all

    source
    fn LengthHistogram::all(self : LengthHistogram) -> Array[(Int, Int)]

    LengthHistogram::bucket

    source
    fn LengthHistogram::bucket(self : LengthHistogram, maximum : Int) -> Int

    LengthHistogram::new

    source

    LengthHistogram::observe

    source
    fn LengthHistogram::observe(self : LengthHistogram, length : Int) -> Unit

    LengthHistogram::samples

    source
    fn LengthHistogram::samples(self : LengthHistogram) -> Int

    LinkHealth

    source
    pub enum LinkHealth {
      HealthyLink
      SuspectLink
      FailedLink
      RecoveringLink
    } derive(Eq, 
    Debug    )

    Health state used by the failover election.

    LinkHealth::examples

    source
    fn LinkHealth::examples() -> Array[LinkHealth]

    LinkState

    source
    pub enum LinkState {
      Disconnected
      Connecting
      Started
      Stopped
      TestPending
    } derive(Eq, 
    Debug    )

    Link-layer state used by a master or outstation session.

    LinkState::is_connected

    source
    fn LinkState::is_connected(self : LinkState) -> Bool

    LinkState::is_terminal

    source
    fn LinkState::is_terminal(self : LinkState) -> Bool

    MaintenanceWindow

    source
    pub struct MaintenanceWindow {
      id : Int
      station : CommonAddress?
      start : Int
      end : Int
      reason : String
      blocks_commands : Bool
      blocks_file_writes : Bool
      enabled : Bool
    } derive(Eq, 
    Debug    )

    A bounded maintenance interval during which risky actions are blocked.

    MaintenanceWindow::blocks_commands

    source
    fn MaintenanceWindow::blocks_commands(self : MaintenanceWindow) -> Bool

    MaintenanceWindow::blocks_file_writes

    source
    fn MaintenanceWindow::blocks_file_writes(self : MaintenanceWindow) -> Bool

    MaintenanceWindow::contains

    source
    fn MaintenanceWindow::contains(self : MaintenanceWindow, station : CommonAddress, timestamp : Int) -> Bool

    MaintenanceWindow::disable

    source
    fn MaintenanceWindow::disable(self : MaintenanceWindow) -> Unit

    MaintenanceWindow::enabled

    source
    fn MaintenanceWindow::enabled(self : MaintenanceWindow) -> Bool

    MaintenanceWindow::end

    source
    fn MaintenanceWindow::end(self : MaintenanceWindow) -> Int

    MaintenanceWindow::id

    source
    fn MaintenanceWindow::id(self : MaintenanceWindow) -> Int

    MaintenanceWindow::new

    source
    fn MaintenanceWindow::new(id : Int, start : Int, end : Int, reason : String, station? : CommonAddress, blocks_commands? : Bool, blocks_file_writes? : Bool) -> Result[MaintenanceWindow, String]

    MaintenanceWindow::reason

    source
    fn MaintenanceWindow::reason(self : MaintenanceWindow) -> String

    MaintenanceWindow::start

    source
    fn MaintenanceWindow::start(self : MaintenanceWindow) -> Int

    MaintenanceWindow::station

    source

    ManagedTransportState

    source
    pub enum ManagedTransportState {
      TransportCreated
      TransportConnecting
      TransportStarted
      TransportStopping
      TransportStopped
      TransportFailed
      TransportClosed
    } derive(Eq, 
    Debug    )

    State of a managed transport endpoint.

    MeasurementState

    source
    pub enum MeasurementState {
      Good
      Blocked
      Substituted
      NotTopical
      Invalid
    } derive(Eq, 
    Debug    )

    Quality-preserving measurement classification used by point stores.

    MetricsSnapshot

    source
    pub struct MetricsSnapshot {
      frames : Int
      bytes : Int
      errors : Int
      success_rate : Float
    } derive(Eq, 
    Debug    )

    Snapshot an evolving metrics object for export or health endpoints.

    MetricsSnapshot::bytes

    source
    fn MetricsSnapshot::bytes(self : MetricsSnapshot) -> Int

    MetricsSnapshot::errors

    source
    fn MetricsSnapshot::errors(self : MetricsSnapshot) -> Int

    MetricsSnapshot::frames

    source
    fn MetricsSnapshot::frames(self : MetricsSnapshot) -> Int

    MetricsSnapshot::success_rate

    source
    fn MetricsSnapshot::success_rate(self : MetricsSnapshot) -> Float

    NegotiationDecision

    source
    pub enum NegotiationDecision {
      CompatibleProfile
      IncompatibleProfile(Array[String])
    } derive(
    Debug    )

    NormalizedValue

    source
    pub struct NormalizedValue {
      value : Int
      quality : QualityDescriptor
    } derive(Eq, 
    Debug    )

    Normalized signed 16-bit measurement.

    NormalizedValue::new

    source
    fn NormalizedValue::new(value : Int, quality? : QualityDescriptor) -> Result[NormalizedValue, String]

    NormalizedValue::quality

    source

    NormalizedValue::raw_unsigned

    source
    fn NormalizedValue::raw_unsigned(self : NormalizedValue) -> Int

    NormalizedValue::to_array

    source
    fn NormalizedValue::to_array(self : NormalizedValue) -> Array[Byte]

    NormalizedValue::value

    source
    fn NormalizedValue::value(self : NormalizedValue) -> Int

    OperationalPermission

    source
    pub enum OperationalPermission {
      ViewTelemetry
      ViewDiagnostics
      ReadFiles
      WriteFiles
      SubmitCommands
      ConfirmCommands
      ManageStations
      ManageRoutes
      ManagePolicies
      PerformFailover
    } derive(Eq, 
    Debug    )

    Fine-grained operations that can be authorized.

    OperationalPolicy

    source
    pub struct OperationalPolicy {
      rules : Array[PolicyRule]
      windows : Array[MaintenanceWindow]
      identities : Map[String, OperatorIdentity]
      journal : PolicyAuditJournal
      revision : Int
    } derive(
    Debug    )

    Central policy evaluator for operator-facing services.

    OperationalPolicy::add_identity

    source
    fn OperationalPolicy::add_identity(self : OperationalPolicy, identity : OperatorIdentity) -> Result[Unit, String]

    OperationalPolicy::add_rule

    source
    fn OperationalPolicy::add_rule(self : OperationalPolicy, rule : PolicyRule) -> Result[Unit, String]

    OperationalPolicy::add_window

    source
    fn OperationalPolicy::add_window(self : OperationalPolicy, window : MaintenanceWindow) -> Result[Unit, String]

    OperationalPolicy::authorize

    source
    fn OperationalPolicy::authorize(self : OperationalPolicy, operator_id : String, permission : OperationalPermission, station : CommonAddress, type_id : ApplicationType?, timestamp : Int) -> PolicyDecision

    OperationalPolicy::identity

    source
    fn OperationalPolicy::identity(self : OperationalPolicy, id : String) -> OperatorIdentity?

    OperationalPolicy::journal

    source

    OperationalPolicy::new

    source
    fn OperationalPolicy::new(audit_limit? : Int) -> Result[OperationalPolicy, String]

    OperationalPolicy::remove_identity

    source
    fn OperationalPolicy::remove_identity(self : OperationalPolicy, id : String) -> Result[Unit, String]

    OperationalPolicy::revision

    source
    fn OperationalPolicy::revision(self : OperationalPolicy) -> Int

    OperationalPolicy::windows

    source

    OperatorIdentity

    source
    pub struct OperatorIdentity {
      id : String
      display_name : String
      role : OperatorRole
      stations : Array[CommonAddress]
      active : Bool
    } derive(Eq, 
    Debug    )

    OperatorIdentity::active

    source
    fn OperatorIdentity::active(self : OperatorIdentity) -> Bool

    OperatorIdentity::covers

    source
    fn OperatorIdentity::covers(self : OperatorIdentity, station : CommonAddress) -> Bool

    OperatorIdentity::display_name

    source
    fn OperatorIdentity::display_name(self : OperatorIdentity) -> String

    OperatorIdentity::id

    source
    fn OperatorIdentity::id(self : OperatorIdentity) -> String

    OperatorIdentity::new

    source
    fn OperatorIdentity::new(id : String, display_name : String, role : OperatorRole, stations? : Array[CommonAddress], active? : Bool) -> Result[OperatorIdentity, String]

    OperatorIdentity::role

    source

    OperatorIdentity::stations

    source

    OperatorRole

    source
    pub enum OperatorRole {
      ViewerRole
      EngineerRole
      DispatcherRole
      AdministratorRole
      ServiceRole
    } derive(Eq, 
    Debug    )

    Roles recognized by the operational authorization layer.

    OperatorRole::examples

    source
    fn OperatorRole::examples() -> Array[OperatorRole]

    Outstation

    source
    pub struct Outstation {
      common_address : Int
      single_points : Map[Int, Bool]
      normalized_values : Map[Int, Int]
    }

    A compact in-memory outstation used in tests, demos and protocol simulations.

    Outstation::new

    source
    fn Outstation::new(common_address : Int) -> Outstation

    Outstation::normalized

    source
    fn Outstation::normalized(self : Outstation, ioa : Int) -> Int?

    Outstation::set_normalized

    source
    fn Outstation::set_normalized(self : Outstation, ioa : Int, value : Int) -> Unit

    Outstation::set_single

    source
    fn Outstation::set_single(self : Outstation, ioa : Int, value : Bool) -> Unit

    Outstation::single

    source
    fn Outstation::single(self : Outstation, ioa : Int) -> Bool?

    Outstation::snapshot_normalized

    source
    fn Outstation::snapshot_normalized(self : Outstation) -> Array[PointSnapshot]

    Outstation::snapshot_single

    source
    fn Outstation::snapshot_single(self : Outstation) -> Array[PointSnapshot]

    PipelineResult

    source
    pub struct PipelineResult {
      sample : TelemetrySample
      accepted : Bool
      changed : Bool
      rate_valid : Bool
      alarms : Array[AlarmEvent]
      subscribers : Array[Int]
      message : String
    } derive(
    Debug    )

    Result of processing one application object.

    PipelineResult::accepted

    source
    fn PipelineResult::accepted(self : PipelineResult) -> Bool

    PipelineResult::alarms

    source

    PipelineResult::changed

    source
    fn PipelineResult::changed(self : PipelineResult) -> Bool

    PipelineResult::message

    source
    fn PipelineResult::message(self : PipelineResult) -> String

    PipelineResult::rate_valid

    source
    fn PipelineResult::rate_valid(self : PipelineResult) -> Bool

    PipelineResult::sample

    source

    PipelineResult::subscribers

    source
    fn PipelineResult::subscribers(self : PipelineResult) -> Array[Int]

    PointChange

    source
    pub struct PointChange {
      kind : PointChangeKind
      address : InformationAddress
      revision : Int
      timestamp : Int
      message : String
    } derive(Eq, 
    Debug    )

    PointChange::address

    source

    PointChange::kind

    source

    PointChange::message

    source
    fn PointChange::message(self : PointChange) -> String

    PointChange::new

    source
    fn PointChange::new(kind : PointChangeKind, address : InformationAddress, revision : Int, timestamp : Int, message : String) -> PointChange

    PointChange::revision

    source
    fn PointChange::revision(self : PointChange) -> Int

    PointChange::timestamp

    source
    fn PointChange::timestamp(self : PointChange) -> Int

    PointChangeKind

    source
    pub enum PointChangeKind {
      Inserted
      Updated
      Removed
      Rejected
    } derive(Eq, 
    Debug    )

    A change recorded by the point store.

    PointDirection

    source
    pub enum PointDirection {
      MonitorDirection
      ControlDirection
    } derive(Eq, 
    Debug    )

    Point direction used by a station data model.

    PointFilter

    source
    pub struct PointFilter {
      direction : PointDirection?
      type_id : ApplicationType?
      first_address : InformationAddress?
      last_address : InformationAddress?
      only_valid : Bool
      source : String?
    } derive(Eq, 
    Debug    )

    Query constraints for a point-store snapshot.

    PointFilter::all

    source

    PointFilter::control

    source
    fn PointFilter::control() -> PointFilter

    PointFilter::from_source

    source
    fn PointFilter::from_source(self : PointFilter, source : String) -> PointFilter

    PointFilter::monitoring

    source
    fn PointFilter::monitoring() -> PointFilter

    PointFilter::valid_only

    source
    fn PointFilter::valid_only(self : PointFilter) -> PointFilter

    PointFilter::with_range

    source
    fn PointFilter::with_range(self : PointFilter, first : InformationAddress, last : InformationAddress) -> PointFilter

    PointFilter::with_type

    source
    fn PointFilter::with_type(self : PointFilter, type_id : ApplicationType) -> PointFilter

    PointRecord

    source
    pub struct PointRecord {
      address : InformationAddress
      type_id : ApplicationType
      value : ApplicationValue
      time_tag : TimeTag?
      revision : Int
      updated_at : Int
      source : String
    } derive(Eq, 
    Debug    )

    A stored value with its protocol identity and update metadata.

    PointRecord::address

    source

    PointRecord::direction

    source
    fn PointRecord::direction(self : PointRecord) -> PointDirection

    PointRecord::is_valid

    source
    fn PointRecord::is_valid(self : PointRecord) -> Bool

    PointRecord::new

    source
    fn PointRecord::new(object : ApplicationObject, updated_at : Int, revision? : Int, source? : String) -> PointRecord

    PointRecord::revision

    source
    fn PointRecord::revision(self : PointRecord) -> Int

    PointRecord::source

    source
    fn PointRecord::source(self : PointRecord) -> String

    PointRecord::time_tag

    source
    fn PointRecord::time_tag(self : PointRecord) -> TimeTag?

    PointRecord::type_id

    source
    fn PointRecord::type_id(self : PointRecord) -> ApplicationType

    PointRecord::updated_at

    source
    fn PointRecord::updated_at(self : PointRecord) -> Int

    PointRecord::value

    source

    PointSnapshot

    source
    pub struct PointSnapshot {
      ioa : Int
      value : InformationObject
    }

    An immutable snapshot of values that can be used to build a response ASDU.

    PointStore

    source
    pub struct PointStore {
      common_address : CommonAddress
      points : Map[Int, PointRecord]
      history : Array[PointChange]
      history_limit : Int
    } derive(
    Debug    )

    Deterministic point store for outstations, simulators and gateways.

    PointStore::addresses

    source
    fn PointStore::addresses(self : PointStore) -> Array[InformationAddress]

    PointStore::common_address

    source
    fn PointStore::common_address(self : PointStore) -> CommonAddress

    PointStore::get

    source
    fn PointStore::get(self : PointStore, address : InformationAddress) -> PointRecord?

    PointStore::history

    source
    fn PointStore::history(self : PointStore) -> Array[PointChange]

    PointStore::history_len

    source
    fn PointStore::history_len(self : PointStore) -> Int

    PointStore::len

    source
    fn PointStore::len(self : PointStore) -> Int

    PointStore::new

    source
    fn PointStore::new(common_address : CommonAddress, history_limit? : Int) -> Result[PointStore, String]

    PointStore::objects

    source
    fn PointStore::objects(self : PointStore, filter : PointFilter) -> Array[ApplicationObject]

    Convert a store snapshot into application objects for interrogation.

    PointStore::query

    source
    fn PointStore::query(self : PointStore, filter : PointFilter) -> Array[PointRecord]

    PointStore::remove

    source
    fn PointStore::remove(self : PointStore, address : InformationAddress, timestamp : Int) -> Result[PointChange, Diagnostic]

    PointStore::statistics

    source
    fn PointStore::statistics(self : PointStore) -> StoreStatistics

    PointStore::upsert

    source
    fn PointStore::upsert(self : PointStore, object : ApplicationObject, timestamp : Int, source? : String) -> Result[PointChange, Diagnostic]

    PolicyAudit

    source
    pub struct PolicyAudit {
      sequence : Int
      timestamp : Int
      action : AuditAction
      operator : String
      station : CommonAddress?
      object : InformationAddress?
      allowed : Bool
      detail : String
    } derive(Eq, 
    Debug    )

    PolicyAudit::action

    source
    fn PolicyAudit::action(self : PolicyAudit) -> AuditAction

    PolicyAudit::allowed

    source
    fn PolicyAudit::allowed(self : PolicyAudit) -> Bool

    PolicyAudit::detail

    source
    fn PolicyAudit::detail(self : PolicyAudit) -> String

    PolicyAudit::object

    source

    PolicyAudit::operator

    source
    fn PolicyAudit::operator(self : PolicyAudit) -> String

    PolicyAudit::sequence

    source
    fn PolicyAudit::sequence(self : PolicyAudit) -> Int

    PolicyAudit::station

    source
    fn PolicyAudit::station(self : PolicyAudit) -> CommonAddress?

    PolicyAudit::timestamp

    source
    fn PolicyAudit::timestamp(self : PolicyAudit) -> Int

    PolicyAuditJournal

    source
    pub struct PolicyAuditJournal {
      entries : Array[PolicyAudit]
      limit : Int
      next_sequence : Int
    } derive(
    Debug    )

    Bounded audit journal shared by authorization and management APIs.

    PolicyAuditJournal::all

    source

    PolicyAuditJournal::append

    source
    fn PolicyAuditJournal::append(self : PolicyAuditJournal, timestamp : Int, action : AuditAction, operator : String, station : CommonAddress?, object : InformationAddress?, allowed : Bool, detail : String) -> PolicyAudit

    PolicyAuditJournal::len

    source
    fn PolicyAuditJournal::len(self : PolicyAuditJournal) -> Int

    PolicyAuditJournal::new

    source
    fn PolicyAuditJournal::new(limit? : Int) -> Result[PolicyAuditJournal, String]

    PolicyDecision

    source
    pub struct PolicyDecision {
      allowed : Bool
      permission : OperationalPermission
      operator : String
      station : CommonAddress
      rule_id : Int?
      reason : String
    } derive(Eq, 
    Debug    )

    PolicyDecision::allowed

    source
    fn PolicyDecision::allowed(self : PolicyDecision) -> Bool

    PolicyDecision::operator

    source
    fn PolicyDecision::operator(self : PolicyDecision) -> String

    PolicyDecision::permission

    source

    PolicyDecision::reason

    source
    fn PolicyDecision::reason(self : PolicyDecision) -> String

    PolicyDecision::rule_id

    source
    fn PolicyDecision::rule_id(self : PolicyDecision) -> Int?

    PolicyDecision::station

    source

    PolicyRule

    source
    pub struct PolicyRule {
      id : Int
      permission : OperationalPermission
      station : CommonAddress?
      type_ids : Array[ApplicationType]
      roles : Array[OperatorRole]
      enabled : Bool
      reason : String
    } derive(Eq, 
    Debug    )

    A station/type-specific policy rule.

    PolicyRule::disable

    source
    fn PolicyRule::disable(self : PolicyRule) -> Unit

    PolicyRule::enabled

    source
    fn PolicyRule::enabled(self : PolicyRule) -> Bool

    PolicyRule::id

    source
    fn PolicyRule::id(self : PolicyRule) -> Int

    PolicyRule::new

    source
    fn PolicyRule::new(id : Int, permission : OperationalPermission, reason : String, station? : CommonAddress, type_ids? : Array[ApplicationType], roles? : Array[OperatorRole]) -> Result[PolicyRule, String]

    PolicyRule::permission

    source
    fn PolicyRule::permission(self : PolicyRule) -> OperationalPermission

    PolicyRule::reason

    source
    fn PolicyRule::reason(self : PolicyRule) -> String

    PolicyRule::roles

    source
    fn PolicyRule::roles(self : PolicyRule) -> Array[OperatorRole]

    PolicyRule::station

    source
    fn PolicyRule::station(self : PolicyRule) -> CommonAddress?

    PolicyRule::type_ids

    source
    fn PolicyRule::type_ids(self : PolicyRule) -> Array[ApplicationType]

    ProfileRegistry

    source
    pub struct ProfileRegistry {
      profiles : Map[String, StationProfile]
    } derive(
    Debug    )

    ProfileRegistry::get

    source
    fn ProfileRegistry::get(self : ProfileRegistry, name : String) -> StationProfile?

    ProfileRegistry::len

    source
    fn ProfileRegistry::len(self : ProfileRegistry) -> Int

    ProfileRegistry::names

    source
    fn ProfileRegistry::names(self : ProfileRegistry) -> Array[String]

    ProfileRegistry::new

    source

    ProfileRegistry::put

    source
    fn ProfileRegistry::put(self : ProfileRegistry, profile : StationProfile) -> Result[Unit, String]

    ProfileRegistry::remove

    source
    fn ProfileRegistry::remove(self : ProfileRegistry, name : String) -> Bool

    ProfileRegistry::replace

    source
    fn ProfileRegistry::replace(self : ProfileRegistry, profile : StationProfile) -> Unit

    ProtocolEvent

    source
    pub enum ProtocolEvent {
      Connected
      Started
      Stopped
      Sent(Int)
      Received(Int)
      Acknowledged(Int)
      Fault(String)
    } derive(Eq, 
    Debug    )

    A protocol event useful for deterministic simulation and diagnostics.

    ProtocolRouter

    source
    pub struct ProtocolRouter {
      rules : Array[RoutingRule]
      queues : Map[Int, Array[RoutedObject]]
      queue_capacity : Int
      metrics : RouterMetrics
      sequence : Int
    } derive(
    Debug    )

    Address/type-aware router with bounded egress queues.

    ProtocolRouter::add_rule

    source
    fn ProtocolRouter::add_rule(self : ProtocolRouter, rule : RoutingRule) -> Result[Unit, String]

    ProtocolRouter::drain

    source
    fn ProtocolRouter::drain(self : ProtocolRouter, destination : Int, limit : Int) -> Array[RoutedObject]

    ProtocolRouter::evaluate

    source
    fn ProtocolRouter::evaluate(self : ProtocolRouter, source : Int, destination : Int, object : ApplicationObject) -> RouteDecision

    ProtocolRouter::metrics

    source

    ProtocolRouter::new

    source
    fn ProtocolRouter::new(queue_capacity? : Int) -> Result[ProtocolRouter, String]

    ProtocolRouter::queue_count

    source
    fn ProtocolRouter::queue_count(self : ProtocolRouter) -> Int

    ProtocolRouter::route

    source
    fn ProtocolRouter::route(self : ProtocolRouter, source : Int, destination : Int, object : ApplicationObject, timestamp : Int) -> Result[RouteDecision, Diagnostic]

    ProtocolRouter::rules

    source

    ProtocolTimers

    source
    pub struct ProtocolTimers {
      t0 : TimerState
      t1 : TimerState
      t2 : TimerState
      t3 : TimerState
    } derive(Eq, 
    Debug    )

    ProtocolTimers::expired

    source
    fn ProtocolTimers::expired(self : ProtocolTimers, now : Int) -> Array[String]

    ProtocolTimers::new

    source

    ProtocolTimers::start_t0

    source
    fn ProtocolTimers::start_t0(self : ProtocolTimers, deadline : Int) -> Unit

    ProtocolTimers::start_t1

    source
    fn ProtocolTimers::start_t1(self : ProtocolTimers, deadline : Int) -> Unit

    ProtocolTimers::start_t2

    source
    fn ProtocolTimers::start_t2(self : ProtocolTimers, deadline : Int) -> Unit

    ProtocolTimers::start_t3

    source
    fn ProtocolTimers::start_t3(self : ProtocolTimers, deadline : Int) -> Unit

    ProtocolTimers::stop_t0

    source
    fn ProtocolTimers::stop_t0(self : ProtocolTimers) -> Unit

    ProtocolTimers::stop_t1

    source
    fn ProtocolTimers::stop_t1(self : ProtocolTimers) -> Unit

    ProtocolTimers::stop_t2

    source
    fn ProtocolTimers::stop_t2(self : ProtocolTimers) -> Unit

    ProtocolTimers::stop_t3

    source
    fn ProtocolTimers::stop_t3(self : ProtocolTimers) -> Unit

    QualityDescriptor

    source
    pub struct QualityDescriptor {
      overflow : Bool
      blocked : Bool
      substituted : Bool
      not_topical : Bool
      invalid : Bool
    } derive(Eq, 
    Debug    )

    Quality descriptor shared by status and measurement objects.

    QualityDescriptor::clear

    source

    QualityDescriptor::flags

    source
    fn QualityDescriptor::flags(self : QualityDescriptor) -> Array[String]

    QualityDescriptor::from_byte

    source
    fn QualityDescriptor::from_byte(value : Int) -> Result[QualityDescriptor, String]

    Decode the low byte of a QDS value.

    QualityDescriptor::has_status_change

    source
    fn QualityDescriptor::has_status_change(self : QualityDescriptor) -> Bool

    QualityDescriptor::is_usable

    source
    fn QualityDescriptor::is_usable(self : QualityDescriptor) -> Bool

    QualityDescriptor::to_byte

    source
    fn QualityDescriptor::to_byte(self : QualityDescriptor) -> Int

    QualityDescriptor::with_blocked

    source
    fn QualityDescriptor::with_blocked(self : QualityDescriptor, value : Bool) -> QualityDescriptor

    QualityDescriptor::with_invalid

    source
    fn QualityDescriptor::with_invalid(self : QualityDescriptor, value : Bool) -> QualityDescriptor

    QualityDescriptor::with_not_topical

    source
    fn QualityDescriptor::with_not_topical(self : QualityDescriptor, value : Bool) -> QualityDescriptor

    QualityDescriptor::with_overflow

    source
    fn QualityDescriptor::with_overflow(self : QualityDescriptor, value : Bool) -> QualityDescriptor

    QualityDescriptor::with_substituted

    source
    fn QualityDescriptor::with_substituted(self : QualityDescriptor, value : Bool) -> QualityDescriptor

    QualityDisposition

    source
    pub enum QualityDisposition {
      QualityAccepted
      QualityDegraded
      QualityRejected
    } derive(Eq, 
    Debug    )

    Result applied when an incoming point violates an operational quality gate.

    QualityEvaluation

    source
    pub struct QualityEvaluation {
      station : CommonAddress?
      address : InformationAddress?
      disposition : QualityDisposition
      score : Int
      age : Int
      evaluated_at : Int
      rule_id : Int
      findings : Array[QualityFinding]
      message : String
    } derive(Eq, 
    Debug    )

    Evaluation of one point, including all reasons retained for audit.

    QualityEvaluation::accepted

    source
    fn QualityEvaluation::accepted(self : QualityEvaluation) -> Bool

    QualityEvaluation::address

    source

    QualityEvaluation::age

    source
    fn QualityEvaluation::age(self : QualityEvaluation) -> Int

    QualityEvaluation::disposition

    source

    QualityEvaluation::evaluated_at

    source
    fn QualityEvaluation::evaluated_at(self : QualityEvaluation) -> Int

    QualityEvaluation::finding_count

    source
    fn QualityEvaluation::finding_count(self : QualityEvaluation) -> Int

    QualityEvaluation::findings

    source

    QualityEvaluation::has_finding

    source
    fn QualityEvaluation::has_finding(self : QualityEvaluation, finding : QualityFinding) -> Bool

    QualityEvaluation::is_hard_failure

    source
    fn QualityEvaluation::is_hard_failure(self : QualityEvaluation) -> Bool

    QualityEvaluation::message

    source
    fn QualityEvaluation::message(self : QualityEvaluation) -> String

    QualityEvaluation::rule_id

    source
    fn QualityEvaluation::rule_id(self : QualityEvaluation) -> Int

    QualityEvaluation::score

    source
    fn QualityEvaluation::score(self : QualityEvaluation) -> Int

    QualityEvaluation::station

    source

    QualityEvaluation::summary_line

    source
    fn QualityEvaluation::summary_line(self : QualityEvaluation) -> String

    QualityEvaluation::worst_finding

    source

    QualityFinding

    source
    pub enum QualityFinding {
      QualityInvalidValue
      QualityStaleValue
      QualityFutureTimestamp
      QualityMissingSource
      QualityUnknownStation
      QualityControlBlocked
      QualityNoFinding
    } derive(Eq, 
    Debug    )

    Machine-readable findings retained in the quality audit stream.

    QualityGateRule

    source
    pub struct QualityGateRule {
      id : Int
      name : String
      max_age : Int
      future_skew : Int
      require_source : Bool
      reject_invalid : Bool
      reject_stale : Bool
      reject_future : Bool
      reject_control : Bool
      invalid_penalty : Int
      stale_penalty : Int
      future_penalty : Int
      missing_source_penalty : Int
      enabled : Bool
    } derive(Eq, 
    Debug    )

    A configurable quality gate for one station or an entire deployment.

    QualityGateRule::default_rule

    source
    fn QualityGateRule::default_rule() -> QualityGateRule

    QualityGateRule::enabled

    source
    fn QualityGateRule::enabled(self : QualityGateRule) -> Bool

    QualityGateRule::future_penalty

    source
    fn QualityGateRule::future_penalty(self : QualityGateRule) -> Int

    QualityGateRule::future_skew

    source
    fn QualityGateRule::future_skew(self : QualityGateRule) -> Int

    QualityGateRule::id

    source
    fn QualityGateRule::id(self : QualityGateRule) -> Int

    QualityGateRule::invalid_penalty

    source
    fn QualityGateRule::invalid_penalty(self : QualityGateRule) -> Int

    QualityGateRule::max_age

    source
    fn QualityGateRule::max_age(self : QualityGateRule) -> Int

    QualityGateRule::missing_source_penalty

    source
    fn QualityGateRule::missing_source_penalty(self : QualityGateRule) -> Int

    QualityGateRule::name

    source
    fn QualityGateRule::name(self : QualityGateRule) -> String

    QualityGateRule::new

    source
    fn QualityGateRule::new(id : Int, name : String, max_age? : Int, future_skew? : Int, require_source? : Bool, reject_invalid? : Bool, reject_stale? : Bool, reject_future? : Bool, reject_control? : Bool, invalid_penalty? : Int, stale_penalty? : Int, future_penalty? : Int, missing_source_penalty? : Int, enabled? : Bool) -> Result[QualityGateRule, String]

    QualityGateRule::reject_control

    source
    fn QualityGateRule::reject_control(self : QualityGateRule) -> Bool

    QualityGateRule::reject_future

    source
    fn QualityGateRule::reject_future(self : QualityGateRule) -> Bool

    QualityGateRule::reject_invalid

    source
    fn QualityGateRule::reject_invalid(self : QualityGateRule) -> Bool

    QualityGateRule::reject_stale

    source
    fn QualityGateRule::reject_stale(self : QualityGateRule) -> Bool

    QualityGateRule::require_source

    source
    fn QualityGateRule::require_source(self : QualityGateRule) -> Bool

    QualityGateRule::stale_penalty

    source
    fn QualityGateRule::stale_penalty(self : QualityGateRule) -> Int

    QualityGateRule::with_enabled

    source
    fn QualityGateRule::with_enabled(self : QualityGateRule, enabled : Bool) -> QualityGateRule

    QualityPolicyEngine

    source
    pub struct QualityPolicyEngine {
      rules : Map[Int, QualityGateRule]
      station_rules : Map[Int, Int]
      history : Array[QualityEvaluation]
      history_limit : Int
      metrics : QualityPolicyMetrics
    } derive(
    Debug    )

    Bounded policy engine keyed by rule id and station common address.

    QualityPolicyEngine::accepts_point

    source
    fn QualityPolicyEngine::accepts_point(self : QualityPolicyEngine, station : CommonAddress, record : PointRecord, now : Int) -> Bool

    QualityPolicyEngine::accepts_sample

    source
    fn QualityPolicyEngine::accepts_sample(self : QualityPolicyEngine, sample : TelemetrySample, now : Int) -> Bool

    QualityPolicyEngine::assign

    source
    fn QualityPolicyEngine::assign(self : QualityPolicyEngine, station : CommonAddress, rule_id : Int) -> Result[Unit, String]

    QualityPolicyEngine::assigned_rule

    source
    fn QualityPolicyEngine::assigned_rule(self : QualityPolicyEngine, station : CommonAddress) -> Int

    QualityPolicyEngine::assigned_stations

    source

    QualityPolicyEngine::audit_lines

    source
    fn QualityPolicyEngine::audit_lines(self : QualityPolicyEngine) -> Array[String]

    QualityPolicyEngine::clear_history

    source
    fn QualityPolicyEngine::clear_history(self : QualityPolicyEngine) -> Unit

    QualityPolicyEngine::enabled_rule_ids

    source
    fn QualityPolicyEngine::enabled_rule_ids(self : QualityPolicyEngine) -> Array[Int]

    QualityPolicyEngine::evaluate_object

    source
    fn QualityPolicyEngine::evaluate_object(self : QualityPolicyEngine, station : CommonAddress, object : ApplicationObject, source : String, timestamp : Int, now : Int) -> QualityEvaluation

    QualityPolicyEngine::evaluate_point

    source
    fn QualityPolicyEngine::evaluate_point(self : QualityPolicyEngine, station : CommonAddress, record : PointRecord, now : Int) -> QualityEvaluation

    QualityPolicyEngine::evaluate_records

    source
    fn QualityPolicyEngine::evaluate_records(self : QualityPolicyEngine, station : CommonAddress, records : Array[PointRecord], now : Int) -> QualityPolicyReport

    QualityPolicyEngine::evaluate_sample

    source
    fn QualityPolicyEngine::evaluate_sample(self : QualityPolicyEngine, sample : TelemetrySample, now : Int) -> QualityEvaluation

    QualityPolicyEngine::evaluate_store

    source
    fn QualityPolicyEngine::evaluate_store(self : QualityPolicyEngine, store : PointStore, now : Int) -> QualityPolicyReport

    QualityPolicyEngine::filter_accepted

    source

    QualityPolicyEngine::filter_rejected

    source

    QualityPolicyEngine::finding_counts

    source
    fn QualityPolicyEngine::finding_counts(_self : QualityPolicyEngine, evaluations : Array[QualityEvaluation]) -> Map[String, Int]

    QualityPolicyEngine::history

    source

    QualityPolicyEngine::history_len

    source
    fn QualityPolicyEngine::history_len(self : QualityPolicyEngine) -> Int

    QualityPolicyEngine::history_since

    source
    fn QualityPolicyEngine::history_since(self : QualityPolicyEngine, evaluated_at : Int) -> Array[QualityEvaluation]

    QualityPolicyEngine::metrics

    source

    QualityPolicyEngine::new

    source
    fn QualityPolicyEngine::new(history_limit? : Int) -> Result[QualityPolicyEngine, String]

    QualityPolicyEngine::register_rule

    source
    fn QualityPolicyEngine::register_rule(self : QualityPolicyEngine, rule : QualityGateRule) -> Result[Unit, String]

    QualityPolicyEngine::rejected_history

    source

    QualityPolicyEngine::remove_assignment

    source
    fn QualityPolicyEngine::remove_assignment(self : QualityPolicyEngine, station : CommonAddress) -> Bool

    QualityPolicyEngine::remove_rule

    source
    fn QualityPolicyEngine::remove_rule(self : QualityPolicyEngine, id : Int) -> Result[Unit, String]

    QualityPolicyEngine::replace_rule

    source
    fn QualityPolicyEngine::replace_rule(self : QualityPolicyEngine, rule : QualityGateRule) -> Result[Unit, String]

    QualityPolicyEngine::rule

    source

    QualityPolicyEngine::rule_ids

    source
    fn QualityPolicyEngine::rule_ids(self : QualityPolicyEngine) -> Array[Int]

    QualityPolicyEngine::rule_lines

    source
    fn QualityPolicyEngine::rule_lines(self : QualityPolicyEngine) -> Array[String]

    QualityPolicyEngine::snapshot

    source

    QualityPolicyEngine::station_rule

    source

    QualityPolicyEngine::stations_for_rule

    source
    fn QualityPolicyEngine::stations_for_rule(self : QualityPolicyEngine, rule_id : Int) -> Array[CommonAddress]

    QualityPolicyEngine::unassign

    source
    fn QualityPolicyEngine::unassign(self : QualityPolicyEngine, station : CommonAddress) -> Unit

    QualityPolicyEngine::validate_configuration

    source
    fn QualityPolicyEngine::validate_configuration(self : QualityPolicyEngine) -> Array[String]

    QualityPolicyMetrics

    source
    pub struct QualityPolicyMetrics {
      evaluated : Int
      accepted : Int
      degraded : Int
      rejected : Int
      invalid : Int
      stale : Int
      future : Int
      missing_source : Int
      control_blocked : Int
    } derive(Eq, 
    Debug    )

    Aggregate counters used by dashboards and acceptance reports.

    QualityPolicyMetrics::acceptance_percent

    source
    fn QualityPolicyMetrics::acceptance_percent(self : QualityPolicyMetrics) -> Int

    QualityPolicyMetrics::accepted

    source
    fn QualityPolicyMetrics::accepted(self : QualityPolicyMetrics) -> Int

    QualityPolicyMetrics::control_blocked

    source
    fn QualityPolicyMetrics::control_blocked(self : QualityPolicyMetrics) -> Int

    QualityPolicyMetrics::degraded

    source
    fn QualityPolicyMetrics::degraded(self : QualityPolicyMetrics) -> Int

    QualityPolicyMetrics::evaluated

    source
    fn QualityPolicyMetrics::evaluated(self : QualityPolicyMetrics) -> Int

    QualityPolicyMetrics::future

    source
    fn QualityPolicyMetrics::future(self : QualityPolicyMetrics) -> Int

    QualityPolicyMetrics::has_rejections

    source
    fn QualityPolicyMetrics::has_rejections(self : QualityPolicyMetrics) -> Bool

    QualityPolicyMetrics::invalid

    source
    fn QualityPolicyMetrics::invalid(self : QualityPolicyMetrics) -> Int

    QualityPolicyMetrics::missing_source

    source
    fn QualityPolicyMetrics::missing_source(self : QualityPolicyMetrics) -> Int

    QualityPolicyMetrics::new

    source

    QualityPolicyMetrics::quality_percent

    source
    fn QualityPolicyMetrics::quality_percent(self : QualityPolicyMetrics) -> Int

    QualityPolicyMetrics::rejected

    source
    fn QualityPolicyMetrics::rejected(self : QualityPolicyMetrics) -> Int

    QualityPolicyMetrics::stale

    source

    QualityPolicyMetrics::total_findings

    source
    fn QualityPolicyMetrics::total_findings(self : QualityPolicyMetrics) -> Int

    QualityPolicyReport

    source
    pub struct QualityPolicyReport {
      total : Int
      accepted : Int
      degraded : Int
      rejected : Int
      evaluations : Array[QualityEvaluation]
    } derive(
    Debug    )

    Summary returned after evaluating a point-store snapshot.

    QualityPolicyReport::accepted

    source
    fn QualityPolicyReport::accepted(self : QualityPolicyReport) -> Int

    QualityPolicyReport::degraded

    source
    fn QualityPolicyReport::degraded(self : QualityPolicyReport) -> Int

    QualityPolicyReport::evaluations

    source

    QualityPolicyReport::has_rejections

    source
    fn QualityPolicyReport::has_rejections(self : QualityPolicyReport) -> Bool

    QualityPolicyReport::quality_percent

    source
    fn QualityPolicyReport::quality_percent(self : QualityPolicyReport) -> Int

    QualityPolicyReport::rejected

    source
    fn QualityPolicyReport::rejected(self : QualityPolicyReport) -> Int

    QualityPolicyReport::total

    source
    fn QualityPolicyReport::total(self : QualityPolicyReport) -> Int

    QualityPolicySnapshot

    source
    pub struct QualityPolicySnapshot {
      rule_count : Int
      assignment_count : Int
      history_count : Int
      metrics : QualityPolicyMetrics
      configuration_issues : Array[String]
    } derive(
    Debug    )

    QualityPolicySnapshot::assignment_count

    source
    fn QualityPolicySnapshot::assignment_count(self : QualityPolicySnapshot) -> Int

    QualityPolicySnapshot::configuration_issues

    source
    fn QualityPolicySnapshot::configuration_issues(self : QualityPolicySnapshot) -> Array[String]

    QualityPolicySnapshot::history_count

    source
    fn QualityPolicySnapshot::history_count(self : QualityPolicySnapshot) -> Int

    QualityPolicySnapshot::metrics

    source

    QualityPolicySnapshot::rule_count

    source
    fn QualityPolicySnapshot::rule_count(self : QualityPolicySnapshot) -> Int

    RateLimiter

    source
    pub struct RateLimiter {
      window_start : Int
      window_size : Int
      limit : Int
      used : Int
    } derive(Eq, 
    Debug    )

    A fixed-window rate limiter for commands and diagnostics.

    RateLimiter::allow

    source
    fn RateLimiter::allow(self : RateLimiter, now : Int) -> Bool

    RateLimiter::new

    source
    fn RateLimiter::new(window_size : Int, limit : Int) -> Result[RateLimiter, String]

    RateLimiter::remaining

    source
    fn RateLimiter::remaining(self : RateLimiter) -> Int

    RateLimiter::used

    source
    fn RateLimiter::used(self : RateLimiter) -> Int

    RateRule

    source
    pub struct RateRule {
      maximum_per_second : Float
      minimum_interval : Int
    } derive(Eq, 
    Debug    )

    Rate-of-change rule for detecting stale or physically implausible updates.

    RateRule::maximum_per_second

    source
    fn RateRule::maximum_per_second(self : RateRule) -> Float

    RateRule::minimum_interval

    source
    fn RateRule::minimum_interval(self : RateRule) -> Int

    RateRule::new

    source
    fn RateRule::new(maximum_per_second : Float, minimum_interval? : Int) -> Result[RateRule, String]

    RateRule::within

    source
    fn RateRule::within(self : RateRule, previous : TelemetrySample, current : TelemetrySample) -> Bool

    ReadTransaction

    source
    pub struct ReadTransaction {
      request : ServiceRequest
      status : ServiceStatus
    } derive(
    Debug    )

    Read service state for a single information object.

    ReadTransaction::activate

    source
    fn ReadTransaction::activate(self : ReadTransaction) -> Result[Unit, String]

    ReadTransaction::complete

    source
    fn ReadTransaction::complete(self : ReadTransaction, object : ApplicationObject) -> Result[ServiceResponse, String]

    ReadTransaction::new

    source
    fn ReadTransaction::new(request : ServiceRequest) -> Result[ReadTransaction, String]

    ReadTransaction::reject

    source
    fn ReadTransaction::reject(self : ReadTransaction, message : String) -> ServiceResponse

    ReadTransaction::status

    source

    RedundancyManager

    source
    pub struct RedundancyManager {
      station : CommonAddress
      peers : Map[Int, RedundantPeer]
      events : Array[FailoverEvent]
      event_limit : Int
      policy : RedundancyPolicy
      owner : Int?
      last_takeover : Int
      fencing_token : Int
      metrics : RedundancyMetrics
    } derive(
    Debug    )

    Deterministic primary/standby ownership manager.

    RedundancyManager::add_peer

    source
    fn RedundancyManager::add_peer(self : RedundancyManager, peer : RedundantPeer) -> Result[Unit, String]

    RedundancyManager::elect

    source
    fn RedundancyManager::elect(self : RedundancyManager, now : Int) -> Result[FailoverEvent?, String]

    RedundancyManager::events

    source

    RedundancyManager::fencing_token

    source
    fn RedundancyManager::fencing_token(self : RedundancyManager) -> Int

    RedundancyManager::heartbeat

    source
    fn RedundancyManager::heartbeat(self : RedundancyManager, id : Int, now : Int) -> Result[LinkHealth, String]

    RedundancyManager::manual_takeover

    source
    fn RedundancyManager::manual_takeover(self : RedundancyManager, id : Int, now : Int) -> Result[FailoverEvent, String]

    RedundancyManager::metrics

    source

    RedundancyManager::new

    source
    fn RedundancyManager::new(station : CommonAddress, policy? : RedundancyPolicy, event_limit? : Int) -> Result[RedundancyManager, String]

    RedundancyManager::owner

    source
    fn RedundancyManager::owner(self : RedundancyManager) -> Int?

    RedundancyManager::peer

    source
    fn RedundancyManager::peer(self : RedundancyManager, id : Int) -> RedundantPeer?

    RedundancyManager::peer_count

    source
    fn RedundancyManager::peer_count(self : RedundancyManager) -> Int

    RedundancyManager::policy

    source

    RedundancyManager::remove_peer

    source
    fn RedundancyManager::remove_peer(self : RedundancyManager, id : Int) -> Result[Unit, String]

    RedundancyManager::station

    source

    RedundancyManager::tick

    source
    fn RedundancyManager::tick(self : RedundancyManager, now : Int) -> Array[FailoverEvent]

    RedundancyMetrics

    source
    pub struct RedundancyMetrics {
      heartbeats : Int
      missed : Int
      elections : Int
      takeovers : Int
      recoveries : Int
      fenced : Int
    } derive(Eq, 
    Debug    )

    Runtime metrics for redundant links.

    RedundancyMetrics::elections

    source
    fn RedundancyMetrics::elections(self : RedundancyMetrics) -> Int

    RedundancyMetrics::fenced

    source
    fn RedundancyMetrics::fenced(self : RedundancyMetrics) -> Int

    RedundancyMetrics::heartbeats

    source
    fn RedundancyMetrics::heartbeats(self : RedundancyMetrics) -> Int

    RedundancyMetrics::missed

    source
    fn RedundancyMetrics::missed(self : RedundancyMetrics) -> Int

    RedundancyMetrics::new

    source

    RedundancyMetrics::recoveries

    source
    fn RedundancyMetrics::recoveries(self : RedundancyMetrics) -> Int

    RedundancyMetrics::takeovers

    source
    fn RedundancyMetrics::takeovers(self : RedundancyMetrics) -> Int

    RedundancyPolicy

    source
    pub struct RedundancyPolicy {
      heartbeat_interval : Int
      failure_threshold : Int
      recovery_threshold : Int
      takeover_cooldown : Int
      require_fencing : Bool
    } derive(Eq, 
    Debug    )

    RedundancyPolicy::failure_threshold

    source
    fn RedundancyPolicy::failure_threshold(self : RedundancyPolicy) -> Int

    RedundancyPolicy::heartbeat_interval

    source
    fn RedundancyPolicy::heartbeat_interval(self : RedundancyPolicy) -> Int

    RedundancyPolicy::new

    source
    fn RedundancyPolicy::new(heartbeat_interval? : Int, failure_threshold? : Int, recovery_threshold? : Int, takeover_cooldown? : Int, require_fencing? : Bool) -> Result[RedundancyPolicy, String]

    RedundancyPolicy::recovery_threshold

    source
    fn RedundancyPolicy::recovery_threshold(self : RedundancyPolicy) -> Int

    RedundancyPolicy::require_fencing

    source
    fn RedundancyPolicy::require_fencing(self : RedundancyPolicy) -> Bool

    RedundancyPolicy::takeover_cooldown

    source
    fn RedundancyPolicy::takeover_cooldown(self : RedundancyPolicy) -> Int

    RedundantPeer

    source
    pub struct RedundantPeer {
      id : Int
      station : CommonAddress
      priority : Int
      role : RedundantRole
      health : LinkHealth
      missed_heartbeats : Int
      recovered_heartbeats : Int
      last_heartbeat : Int
      fencing_token : Int
      endpoint : String
    } derive(Eq, 
    Debug    )

    Peer endpoint participating in station ownership election.

    RedundantPeer::endpoint

    source
    fn RedundantPeer::endpoint(self : RedundantPeer) -> String

    RedundantPeer::fencing_token

    source
    fn RedundantPeer::fencing_token(self : RedundantPeer) -> Int

    RedundantPeer::health

    source
    fn RedundantPeer::health(self : RedundantPeer) -> LinkHealth

    RedundantPeer::id

    source
    fn RedundantPeer::id(self : RedundantPeer) -> Int

    RedundantPeer::last_heartbeat

    source
    fn RedundantPeer::last_heartbeat(self : RedundantPeer) -> Int

    RedundantPeer::missed_heartbeats

    source
    fn RedundantPeer::missed_heartbeats(self : RedundantPeer) -> Int

    RedundantPeer::new

    source
    fn RedundantPeer::new(id : Int, station : CommonAddress, priority : Int, endpoint : String) -> Result[RedundantPeer, String]

    RedundantPeer::priority

    source
    fn RedundantPeer::priority(self : RedundantPeer) -> Int

    RedundantPeer::recovered_heartbeats

    source
    fn RedundantPeer::recovered_heartbeats(self : RedundantPeer) -> Int

    RedundantPeer::role

    source

    RedundantPeer::station

    source

    RedundantRole

    source
    pub enum RedundantRole {
      PrimaryLink
      StandbyLink
      CandidateLink
      FencedLink
    } derive(Eq, 
    Debug    )

    Role of a redundant IEC 104 link endpoint.

    RedundantRole::examples

    source
    fn RedundantRole::examples() -> Array[RedundantRole]

    ReplayGuard

    source
    pub struct ReplayGuard {
      seen : Map[UInt, Int]
      ttl : Int
      limit : Int
    } derive(
    Debug    )

    Replay guard keyed by APDU checksum and a bounded time interval.

    ReplayGuard::is_replay

    source
    fn ReplayGuard::is_replay(self : ReplayGuard, frame : Bytes, now : Int) -> Bool

    ReplayGuard::len

    source
    fn ReplayGuard::len(self : ReplayGuard) -> Int

    ReplayGuard::new

    source
    fn ReplayGuard::new(ttl : Int, limit : Int) -> Result[ReplayGuard, String]

    ReplayGuard::purge

    source
    fn ReplayGuard::purge(self : ReplayGuard, now : Int) -> Int

    ReplayGuard::remember

    source
    fn ReplayGuard::remember(self : ReplayGuard, frame : Bytes, now : Int) -> Result[Unit, String]

    ResourceLimits

    source
    pub struct ResourceLimits {
      max_apdu : Int
      max_asdu : Int
      max_objects : Int
      max_history : Int
      max_commands : Int
      max_trace_events : Int
    } derive(Eq, 
    Debug    )

    Resource limits prevent malformed peers from exhausting a gateway.

    ResourceLimits::default

    source

    ResourceLimits::max_apdu

    source
    fn ResourceLimits::max_apdu(self : ResourceLimits) -> Int

    ResourceLimits::max_asdu

    source
    fn ResourceLimits::max_asdu(self : ResourceLimits) -> Int

    ResourceLimits::max_commands

    source
    fn ResourceLimits::max_commands(self : ResourceLimits) -> Int

    ResourceLimits::max_history

    source
    fn ResourceLimits::max_history(self : ResourceLimits) -> Int

    ResourceLimits::max_objects

    source
    fn ResourceLimits::max_objects(self : ResourceLimits) -> Int

    ResourceLimits::max_trace_events

    source
    fn ResourceLimits::max_trace_events(self : ResourceLimits) -> Int

    ResourceLimits::new

    source
    fn ResourceLimits::new(max_apdu : Int, max_asdu : Int, max_objects : Int, max_history : Int, max_commands : Int, max_trace_events : Int) -> Result[ResourceLimits, String]

    RetryPolicy

    source
    pub struct RetryPolicy {
      max_attempts : Int
      timeout : Int
      backoff : Int
      retry_rejected : Bool
    } derive(Eq, 
    Debug    )

    Retry and timeout policy for a command family.

    RetryPolicy::backoff

    source
    fn RetryPolicy::backoff(self : RetryPolicy) -> Int

    RetryPolicy::max_attempts

    source
    fn RetryPolicy::max_attempts(self : RetryPolicy) -> Int

    RetryPolicy::new

    source
    fn RetryPolicy::new(max_attempts? : Int, timeout? : Int, backoff? : Int, retry_rejected? : Bool) -> Result[RetryPolicy, String]

    RetryPolicy::retry_rejected

    source
    fn RetryPolicy::retry_rejected(self : RetryPolicy) -> Bool

    RetryPolicy::timeout

    source
    fn RetryPolicy::timeout(self : RetryPolicy) -> Int

    RouteDecision

    source
    pub struct RouteDecision {
      accepted : Bool
      rule_id : Int?
      action : RoutingAction
      source : Int
      destination : Int
      object : ApplicationObject
      reason : String
    } derive(
    Debug    )

    RouteDecision::accepted

    source
    fn RouteDecision::accepted(self : RouteDecision) -> Bool

    RouteDecision::action

    source

    RouteDecision::destination

    source
    fn RouteDecision::destination(self : RouteDecision) -> Int

    RouteDecision::object

    source

    RouteDecision::reason

    source
    fn RouteDecision::reason(self : RouteDecision) -> String

    RouteDecision::rule_id

    source
    fn RouteDecision::rule_id(self : RouteDecision) -> Int?

    RouteDecision::source

    source
    fn RouteDecision::source(self : RouteDecision) -> Int

    RoutedObject

    source
    pub struct RoutedObject {
      decision : RouteDecision
      timestamp : Int
      sequence : Int
    } derive(
    Debug    )

    RoutedObject::decision

    source
    fn RoutedObject::decision(self : RoutedObject) -> RouteDecision

    RoutedObject::sequence

    source
    fn RoutedObject::sequence(self : RoutedObject) -> Int

    RoutedObject::timestamp

    source
    fn RoutedObject::timestamp(self : RoutedObject) -> Int

    RouterMetrics

    source
    pub struct RouterMetrics {
      evaluated : Int
      forwarded : Int
      stored : Int
      rejected : Int
      dropped : Int
      queue_overflow : Int
    } derive(Eq, 
    Debug    )

    RouterMetrics::dropped

    source
    fn RouterMetrics::dropped(self : RouterMetrics) -> Int

    RouterMetrics::evaluated

    source
    fn RouterMetrics::evaluated(self : RouterMetrics) -> Int

    RouterMetrics::forwarded

    source
    fn RouterMetrics::forwarded(self : RouterMetrics) -> Int

    RouterMetrics::new

    source

    RouterMetrics::queue_overflow

    source
    fn RouterMetrics::queue_overflow(self : RouterMetrics) -> Int

    RouterMetrics::rejected

    source
    fn RouterMetrics::rejected(self : RouterMetrics) -> Int

    RouterMetrics::stored

    source
    fn RouterMetrics::stored(self : RouterMetrics) -> Int

    RoutingAction

    source
    pub enum RoutingAction {
      RouteStore
      RouteForward
      RouteStoreAndForward
      RouteDrop
      RouteReject
    } derive(Eq, 
    Debug    )

    Routing action selected for an address-qualified application object.

    RoutingRule

    source
    pub struct RoutingRule {
      id : Int
      source : Int
      destination : Int
      common_address : CommonAddress?
      type_ids : Array[ApplicationType]
      action : RoutingAction
      priority : Int
      enabled : Bool
    } derive(Eq, 
    Debug    )

    RoutingRule::action

    source
    fn RoutingRule::action(self : RoutingRule) -> RoutingAction

    RoutingRule::common_address

    source
    fn RoutingRule::common_address(self : RoutingRule) -> CommonAddress?

    RoutingRule::destination

    source
    fn RoutingRule::destination(self : RoutingRule) -> Int

    RoutingRule::disable

    source
    fn RoutingRule::disable(self : RoutingRule) -> Unit

    RoutingRule::enabled

    source
    fn RoutingRule::enabled(self : RoutingRule) -> Bool

    RoutingRule::id

    source
    fn RoutingRule::id(self : RoutingRule) -> Int

    RoutingRule::new

    source
    fn RoutingRule::new(id : Int, source : Int, destination : Int, action : RoutingAction, common_address? : CommonAddress, type_ids? : Array[ApplicationType], priority? : Int) -> Result[RoutingRule, String]

    RoutingRule::priority

    source
    fn RoutingRule::priority(self : RoutingRule) -> Int

    RoutingRule::source

    source
    fn RoutingRule::source(self : RoutingRule) -> Int

    RoutingRule::type_ids

    source
    fn RoutingRule::type_ids(self : RoutingRule) -> Array[ApplicationType]

    RuntimeConfig

    source
    pub struct RuntimeConfig {
      event_limit : Int
      audit_limit : Int
      scheduler_audit_limit : Int
      file_history_limit : Int
      file_capacity : Int
      file_maximum_size : Int
      telemetry_alarm_limit : Int
      redundancy_policy : RedundancyPolicy
    } derive(
    Debug    )

    Runtime-wide limits and policy defaults.

    RuntimeConfig::audit_limit

    source
    fn RuntimeConfig::audit_limit(self : RuntimeConfig) -> Int

    RuntimeConfig::default

    source
    fn RuntimeConfig::default() -> RuntimeConfig

    RuntimeConfig::event_limit

    source
    fn RuntimeConfig::event_limit(self : RuntimeConfig) -> Int

    RuntimeConfig::file_capacity

    source
    fn RuntimeConfig::file_capacity(self : RuntimeConfig) -> Int

    RuntimeConfig::file_history_limit

    source
    fn RuntimeConfig::file_history_limit(self : RuntimeConfig) -> Int

    RuntimeConfig::file_maximum_size

    source
    fn RuntimeConfig::file_maximum_size(self : RuntimeConfig) -> Int

    RuntimeConfig::new

    source
    fn RuntimeConfig::new(event_limit? : Int, audit_limit? : Int, scheduler_audit_limit? : Int, file_history_limit? : Int, file_capacity? : Int, file_maximum_size? : Int, telemetry_alarm_limit? : Int, redundancy_policy? : RedundancyPolicy) -> Result[RuntimeConfig, String]

    RuntimeConfig::redundancy_policy

    source
    fn RuntimeConfig::redundancy_policy(self : RuntimeConfig) -> RedundancyPolicy

    RuntimeConfig::scheduler_audit_limit

    source
    fn RuntimeConfig::scheduler_audit_limit(self : RuntimeConfig) -> Int

    RuntimeConfig::telemetry_alarm_limit

    source
    fn RuntimeConfig::telemetry_alarm_limit(self : RuntimeConfig) -> Int

    RuntimeEvent

    source
    pub struct RuntimeEvent {
      sequence : Int
      timestamp : Int
      kind : RuntimeEventKind
      station : CommonAddress?
      object : InformationAddress?
      correlation : Int
      message : String
    } derive(Eq, 
    Debug    )

    RuntimeEvent::correlation

    source
    fn RuntimeEvent::correlation(self : RuntimeEvent) -> Int

    RuntimeEvent::kind

    source

    RuntimeEvent::message

    source
    fn RuntimeEvent::message(self : RuntimeEvent) -> String

    RuntimeEvent::object

    source

    RuntimeEvent::sequence

    source
    fn RuntimeEvent::sequence(self : RuntimeEvent) -> Int

    RuntimeEvent::station

    source
    fn RuntimeEvent::station(self : RuntimeEvent) -> CommonAddress?

    RuntimeEvent::timestamp

    source
    fn RuntimeEvent::timestamp(self : RuntimeEvent) -> Int

    RuntimeEventKind

    source
    pub enum RuntimeEventKind {
      RuntimeStarted
      StationRegisteredRuntime
      TelemetryAcceptedRuntime
      TelemetryRejectedRuntime
      CommandSubmittedRuntime
      CommandDispatchedRuntime
      CommandCompletedRuntime
      FileSessionRuntime
      RedundancyRuntime
      RuntimeDiagnostic
    } derive(Eq, 
    Debug    )

    Runtime event categories exposed by the integration facade.

    RuntimeHealth

    source
    pub struct RuntimeHealth {
      timestamp : Int
      revision : Int
      stations : Int
      points : Int
      pending_commands : Int
      active_alarms : Int
      active_sessions : Int
      redundancy_owners : Int
      event_count : Int
      policy_revision : Int
      healthy : Bool
      message : String
    } derive(Eq, 
    Debug    )

    Runtime health summary for control-room endpoints.

    RuntimeHealth::active_alarms

    source
    fn RuntimeHealth::active_alarms(self : RuntimeHealth) -> Int

    RuntimeHealth::active_sessions

    source
    fn RuntimeHealth::active_sessions(self : RuntimeHealth) -> Int

    RuntimeHealth::event_count

    source
    fn RuntimeHealth::event_count(self : RuntimeHealth) -> Int

    RuntimeHealth::healthy

    source
    fn RuntimeHealth::healthy(self : RuntimeHealth) -> Bool

    RuntimeHealth::message

    source
    fn RuntimeHealth::message(self : RuntimeHealth) -> String

    RuntimeHealth::pending_commands

    source
    fn RuntimeHealth::pending_commands(self : RuntimeHealth) -> Int

    RuntimeHealth::points

    source
    fn RuntimeHealth::points(self : RuntimeHealth) -> Int

    RuntimeHealth::policy_revision

    source
    fn RuntimeHealth::policy_revision(self : RuntimeHealth) -> Int

    RuntimeHealth::redundancy_owners

    source
    fn RuntimeHealth::redundancy_owners(self : RuntimeHealth) -> Int

    RuntimeHealth::revision

    source
    fn RuntimeHealth::revision(self : RuntimeHealth) -> Int

    RuntimeHealth::stations

    source
    fn RuntimeHealth::stations(self : RuntimeHealth) -> Int

    RuntimeHealth::timestamp

    source
    fn RuntimeHealth::timestamp(self : RuntimeHealth) -> Int

    RuntimeMetrics

    source
    pub struct RuntimeMetrics {
      telemetry_received : Int
      telemetry_accepted : Int
      telemetry_rejected : Int
      commands_submitted : Int
      commands_dispatched : Int
      commands_completed : Int
      diagnostics : Int
    } derive(Eq, 
    Debug    )

    Aggregated runtime counters.

    RuntimeMetrics::commands_completed

    source
    fn RuntimeMetrics::commands_completed(self : RuntimeMetrics) -> Int

    RuntimeMetrics::commands_dispatched

    source
    fn RuntimeMetrics::commands_dispatched(self : RuntimeMetrics) -> Int

    RuntimeMetrics::commands_submitted

    source
    fn RuntimeMetrics::commands_submitted(self : RuntimeMetrics) -> Int

    RuntimeMetrics::diagnostics

    source
    fn RuntimeMetrics::diagnostics(self : RuntimeMetrics) -> Int

    RuntimeMetrics::new

    source

    RuntimeMetrics::telemetry_accepted

    source
    fn RuntimeMetrics::telemetry_accepted(self : RuntimeMetrics) -> Int

    RuntimeMetrics::telemetry_received

    source
    fn RuntimeMetrics::telemetry_received(self : RuntimeMetrics) -> Int

    RuntimeMetrics::telemetry_rejected

    source
    fn RuntimeMetrics::telemetry_rejected(self : RuntimeMetrics) -> Int

    ScaledValue

    source
    pub struct ScaledValue {
      value : Int
      quality : QualityDescriptor
    } derive(Eq, 
    Debug    )

    Signed 16-bit scaled measurement.

    ScaledValue::new

    source
    fn ScaledValue::new(value : Int, quality? : QualityDescriptor) -> Result[ScaledValue, String]

    ScaledValue::quality

    source

    ScaledValue::to_array

    source
    fn ScaledValue::to_array(self : ScaledValue) -> Array[Byte]

    ScaledValue::value

    source
    fn ScaledValue::value(self : ScaledValue) -> Int

    Scenario

    source
    pub struct Scenario {
      name : String
      duration : Int
      steps : Array[ScenarioStep]
      fail_fast : Bool
    } derive(
    Debug    )

    Scenario::add

    source
    fn Scenario::add(self : Scenario, action : ScenarioAction, at : Int, label : String) -> Result[Unit, String]

    Scenario::duration

    source
    fn Scenario::duration(self : Scenario) -> Int

    Scenario::fail_fast

    source
    fn Scenario::fail_fast(self : Scenario) -> Bool

    Scenario::name

    source
    fn Scenario::name(self : Scenario) -> String

    Scenario::new

    source
    fn Scenario::new(name : String, duration : Int, fail_fast? : Bool) -> Result[Scenario, String]

    Scenario::steps

    source
    fn Scenario::steps(self : Scenario) -> Array[ScenarioStep]

    ScenarioAction

    source
    pub enum ScenarioAction {
      WaitScenario(Int)
      HeartbeatScenario(Int)
      ReceiveApduScenario(Bytes)
      SendApduScenario(Bytes)
      SetPointScenario(InformationAddress, Int)
      RaiseDiagnosticScenario(String)
      ClearDiagnosticScenario
      CheckpointScenario(String)
    } derive(
    Debug    )

    Actions available in deterministic station integration scenarios.

    ScenarioContext

    source
    pub struct ScenarioContext {
      now : Int
      received : Int
      sent : Int
      heartbeats : Int
      points : Map[Int, Int]
      diagnostics : Array[String]
    } derive(
    Debug    )

    ScenarioContext::diagnostics

    source
    fn ScenarioContext::diagnostics(self : ScenarioContext) -> Array[String]

    ScenarioContext::heartbeats

    source
    fn ScenarioContext::heartbeats(self : ScenarioContext) -> Int

    ScenarioContext::new

    source

    ScenarioContext::now

    source
    fn ScenarioContext::now(self : ScenarioContext) -> Int

    ScenarioContext::point

    source
    fn ScenarioContext::point(self : ScenarioContext, address : InformationAddress) -> Int?

    ScenarioContext::received

    source
    fn ScenarioContext::received(self : ScenarioContext) -> Int

    ScenarioContext::sent

    source
    fn ScenarioContext::sent(self : ScenarioContext) -> Int

    ScenarioObservation

    source
    pub struct ScenarioObservation {
      step : Int
      timestamp : Int
      label : String
      success : Bool
      detail : String
    } derive(Eq, 
    Debug    )

    ScenarioObservation::detail

    source
    fn ScenarioObservation::detail(self : ScenarioObservation) -> String

    ScenarioObservation::label

    source
    fn ScenarioObservation::label(self : ScenarioObservation) -> String

    ScenarioObservation::step

    source

    ScenarioObservation::success

    source
    fn ScenarioObservation::success(self : ScenarioObservation) -> Bool

    ScenarioObservation::timestamp

    source
    fn ScenarioObservation::timestamp(self : ScenarioObservation) -> Int

    ScenarioResult

    source
    pub struct ScenarioResult {
      name : String
      completed : Bool
      elapsed : Int
      observations : Array[ScenarioObservation]
      checkpoints : Array[String]
      failures : Array[String]
    } derive(
    Debug    )

    ScenarioResult::checkpoints

    source
    fn ScenarioResult::checkpoints(self : ScenarioResult) -> Array[String]

    ScenarioResult::completed

    source
    fn ScenarioResult::completed(self : ScenarioResult) -> Bool

    ScenarioResult::elapsed

    source
    fn ScenarioResult::elapsed(self : ScenarioResult) -> Int

    ScenarioResult::failures

    source
    fn ScenarioResult::failures(self : ScenarioResult) -> Array[String]

    ScenarioResult::name

    source
    fn ScenarioResult::name(self : ScenarioResult) -> String

    ScenarioResult::observations

    source

    ScenarioRunner

    source
    pub struct ScenarioRunner {
      context : ScenarioContext
      results : Array[ScenarioResult]
      run_count : Int
    } derive(
    Debug    )

    ScenarioRunner::context

    source

    ScenarioRunner::new

    source

    ScenarioRunner::results

    source

    ScenarioRunner::run

    source
    fn ScenarioRunner::run(self : ScenarioRunner, scenario : Scenario) -> ScenarioResult

    ScenarioRunner::run_count

    source
    fn ScenarioRunner::run_count(self : ScenarioRunner) -> Int

    ScenarioStep

    source
    pub struct ScenarioStep {
      index : Int
      at : Int
      action : ScenarioAction
      label : String
    } derive(
    Debug    )

    ScenarioStep::action

    source

    ScenarioStep::at

    source
    fn ScenarioStep::at(self : ScenarioStep) -> Int

    ScenarioStep::index

    source
    fn ScenarioStep::index(self : ScenarioStep) -> Int

    ScenarioStep::label

    source
    fn ScenarioStep::label(self : ScenarioStep) -> String

    ScenarioStep::new

    source
    fn ScenarioStep::new(index : Int, at : Int, action : ScenarioAction, label : String) -> Result[ScenarioStep, String]

    ScheduledAction

    source
    pub struct ScheduledAction {
      at : Int
      ordinal : Int
      action : SimulationAction
    } derive(
    Debug    )

    ScheduledAction::action

    source

    ScheduledAction::at

    source
    fn ScheduledAction::at(self : ScheduledAction) -> Int

    ScheduledAction::new

    source
    fn ScheduledAction::new(at : Int, ordinal : Int, action : SimulationAction) -> ScheduledAction

    ScheduledAction::ordinal

    source
    fn ScheduledAction::ordinal(self : ScheduledAction) -> Int

    SchedulerMetrics

    source
    pub struct SchedulerMetrics {
      accepted : Int
      duplicates : Int
      rejected : Int
      dispatched : Int
      completed : Int
      failed : Int
      expired : Int
      cancelled : Int
      retried : Int
    } derive(Eq, 
    Debug    )

    Scheduler counters exposed to operational metrics.

    SchedulerMetrics::accepted

    source
    fn SchedulerMetrics::accepted(self : SchedulerMetrics) -> Int

    SchedulerMetrics::cancelled

    source
    fn SchedulerMetrics::cancelled(self : SchedulerMetrics) -> Int

    SchedulerMetrics::completed

    source
    fn SchedulerMetrics::completed(self : SchedulerMetrics) -> Int

    SchedulerMetrics::dispatched

    source
    fn SchedulerMetrics::dispatched(self : SchedulerMetrics) -> Int

    SchedulerMetrics::duplicates

    source
    fn SchedulerMetrics::duplicates(self : SchedulerMetrics) -> Int

    SchedulerMetrics::expired

    source
    fn SchedulerMetrics::expired(self : SchedulerMetrics) -> Int

    SchedulerMetrics::failed

    source
    fn SchedulerMetrics::failed(self : SchedulerMetrics) -> Int

    SchedulerMetrics::new

    source

    SchedulerMetrics::rejected

    source
    fn SchedulerMetrics::rejected(self : SchedulerMetrics) -> Int

    SchedulerMetrics::retried

    source
    fn SchedulerMetrics::retried(self : SchedulerMetrics) -> Int

    SequenceWindow

    source
    pub struct SequenceWindow {
      first_unacknowledged : Int
      next_send : Int
      next_receive : Int
      capacity : Int
    } derive(Eq, 
    Debug    )

    A validated receive/send sequence window.

    SequenceWindow::acknowledge

    source
    fn SequenceWindow::acknowledge(self : SequenceWindow, sequence : Int) -> Result[Int, String]

    SequenceWindow::available

    source
    fn SequenceWindow::available(self : SequenceWindow) -> Int

    SequenceWindow::can_send

    source
    fn SequenceWindow::can_send(self : SequenceWindow) -> Bool

    SequenceWindow::new

    source
    fn SequenceWindow::new(capacity : Int) -> Result[SequenceWindow, String]

    SequenceWindow::next_receive

    source
    fn SequenceWindow::next_receive(self : SequenceWindow) -> Int

    SequenceWindow::next_send

    source
    fn SequenceWindow::next_send(self : SequenceWindow) -> Int

    SequenceWindow::pending

    source
    fn SequenceWindow::pending(self : SequenceWindow) -> Int

    SequenceWindow::receive

    source
    fn SequenceWindow::receive(self : SequenceWindow, sequence : Int) -> Result[Unit, String]

    SequenceWindow::reserve_send

    source
    fn SequenceWindow::reserve_send(self : SequenceWindow) -> Result[Int, String]

    ServiceDefinition

    source
    pub struct ServiceDefinition {
      name : String
      kind : SupervisorServiceKind
      dependencies : Array[ServiceDependency]
      startup_timeout : Int
      shutdown_timeout : Int
      heartbeat_interval : Int
      restart_limit : Int
      restart_backoff : Int
      enabled : Bool
      critical : Bool
      tags : Array[String]
    } derive(Eq, 
    Debug    )

    Static policy and timeouts for one managed service.

    ServiceDefinition::critical

    source
    fn ServiceDefinition::critical(self : ServiceDefinition) -> Bool

    ServiceDefinition::dependencies

    source

    ServiceDefinition::enabled

    source
    fn ServiceDefinition::enabled(self : ServiceDefinition) -> Bool

    ServiceDefinition::heartbeat_interval

    source
    fn ServiceDefinition::heartbeat_interval(self : ServiceDefinition) -> Int

    ServiceDefinition::kind

    source

    ServiceDefinition::name

    source
    fn ServiceDefinition::name(self : ServiceDefinition) -> String

    ServiceDefinition::new

    source
    fn ServiceDefinition::new(name : String, kind : SupervisorServiceKind, dependencies? : Array[ServiceDependency], startup_timeout? : Int, shutdown_timeout? : Int, heartbeat_interval? : Int, restart_limit? : Int, restart_backoff? : Int, enabled? : Bool, critical? : Bool, tags? : Array[String]) -> Result[ServiceDefinition, String]

    ServiceDefinition::restart_backoff

    source
    fn ServiceDefinition::restart_backoff(self : ServiceDefinition) -> Int

    ServiceDefinition::restart_limit

    source
    fn ServiceDefinition::restart_limit(self : ServiceDefinition) -> Int

    ServiceDefinition::shutdown_timeout

    source
    fn ServiceDefinition::shutdown_timeout(self : ServiceDefinition) -> Int

    ServiceDefinition::startup_timeout

    source
    fn ServiceDefinition::startup_timeout(self : ServiceDefinition) -> Int

    ServiceDefinition::tags

    source
    fn ServiceDefinition::tags(self : ServiceDefinition) -> Array[String]

    ServiceDependency

    source
    pub struct ServiceDependency {
      name : String
      required : Bool
      allow_degraded : Bool
    } derive(Eq, 
    Debug    )

    A dependency edge in the service graph.

    ServiceDependency::allow_degraded

    source
    fn ServiceDependency::allow_degraded(self : ServiceDependency) -> Bool

    ServiceDependency::name

    source
    fn ServiceDependency::name(self : ServiceDependency) -> String

    ServiceDependency::new

    source
    fn ServiceDependency::new(name : String, required? : Bool, allow_degraded? : Bool) -> Result[ServiceDependency, String]

    ServiceDependency::required

    source
    fn ServiceDependency::required(self : ServiceDependency) -> Bool

    ServiceEvent

    source
    pub struct ServiceEvent {
      sequence : Int
      timestamp : Int
      service : String
      kind : ServiceEventKind
      detail : String
      lifecycle : ServiceLifecycle
      health : ServiceHealth
    } derive(Eq, 
    Debug    )

    One bounded event emitted by the supervisor.

    ServiceEvent::detail

    source
    fn ServiceEvent::detail(self : ServiceEvent) -> String

    ServiceEvent::health

    source

    ServiceEvent::kind

    source

    ServiceEvent::lifecycle

    source
    fn ServiceEvent::lifecycle(self : ServiceEvent) -> ServiceLifecycle

    ServiceEvent::sequence

    source
    fn ServiceEvent::sequence(self : ServiceEvent) -> Int

    ServiceEvent::service

    source
    fn ServiceEvent::service(self : ServiceEvent) -> String

    ServiceEvent::timestamp

    source
    fn ServiceEvent::timestamp(self : ServiceEvent) -> Int

    ServiceEventKind

    source
    pub enum ServiceEventKind {
      ServiceRegisteredEvent
      ServiceStartedEvent
      ServiceStoppedEvent
      ServiceDrainingEvent
      ServiceFailedEvent
      ServiceBlockedEvent
      ServiceHeartbeatEvent
      ServiceHealthEvent
      ServiceRestartEvent
      ServiceLeaseEvent
      ServiceReconciledEvent
    } derive(Eq, 
    Debug    )

    Reason for a supervisor event.

    ServiceHealth

    source
    pub enum ServiceHealth {
      HealthUnknown
      HealthHealthy
      HealthDegraded
      HealthUnhealthy
      HealthStale
    } derive(Eq, 
    Debug    )

    Health state reported by a service and evaluated by its dependants.

    ServiceHealthSummary

    source
    pub struct ServiceHealthSummary {
      registered : Int
      running : Int
      degraded : Int
      unhealthy : Int
      stopped : Int
      failed : Int
      blocked : Int
      critical_failures : Int
    } derive(Eq, 
    Debug    )

    ServiceHealthSummary::blocked

    source
    fn ServiceHealthSummary::blocked(self : ServiceHealthSummary) -> Int

    ServiceHealthSummary::critical_failures

    source
    fn ServiceHealthSummary::critical_failures(self : ServiceHealthSummary) -> Int

    ServiceHealthSummary::degraded

    source
    fn ServiceHealthSummary::degraded(self : ServiceHealthSummary) -> Int

    ServiceHealthSummary::failed

    source
    fn ServiceHealthSummary::failed(self : ServiceHealthSummary) -> Int

    ServiceHealthSummary::new

    source

    ServiceHealthSummary::registered

    source
    fn ServiceHealthSummary::registered(self : ServiceHealthSummary) -> Int

    ServiceHealthSummary::running

    source
    fn ServiceHealthSummary::running(self : ServiceHealthSummary) -> Int

    ServiceHealthSummary::stopped

    source
    fn ServiceHealthSummary::stopped(self : ServiceHealthSummary) -> Int

    ServiceHealthSummary::unhealthy

    source
    fn ServiceHealthSummary::unhealthy(self : ServiceHealthSummary) -> Int

    ServiceKind

    source
    pub enum ServiceKind {
      InterrogationService
      CounterInterrogationService
      ReadService
      ClockSyncService
      CommandService
      ResetService
      DelayAcquisitionService
    } derive(Eq, 
    Debug    )

    Application service classes supported by the portable core.

    ServiceLease

    source
    pub struct ServiceLease {
      owner : String
      acquired_at : Int
      expires_at : Int
      generation : Int
    } derive(Eq, 
    Debug    )

    A renewable lease used to fence duplicate service workers.

    ServiceLease::acquired_at

    source
    fn ServiceLease::acquired_at(self : ServiceLease) -> Int

    ServiceLease::active

    source
    fn ServiceLease::active(self : ServiceLease, timestamp : Int) -> Bool

    ServiceLease::expires_at

    source
    fn ServiceLease::expires_at(self : ServiceLease) -> Int

    ServiceLease::generation

    source
    fn ServiceLease::generation(self : ServiceLease) -> Int

    ServiceLease::new

    source
    fn ServiceLease::new(owner : String, acquired_at : Int, expires_at : Int, generation : Int) -> Result[ServiceLease, String]

    ServiceLease::owner

    source
    fn ServiceLease::owner(self : ServiceLease) -> String

    ServiceLifecycle

    source
    pub enum ServiceLifecycle {
      ServiceRegistered
      ServiceStarting
      ServiceRunning
      ServiceDraining
      ServiceStopped
      ServiceFailed
      ServiceBlocked
    } derive(Eq, 
    Debug    )

    Lifecycle state used by the service supervisor.

    ServiceRecord

    source
    pub struct ServiceRecord {
      definition : ServiceDefinition
      lifecycle : ServiceLifecycle
      health : ServiceHealth
      restart_count : Int
      last_transition : Int
      last_heartbeat : Int
      last_error : String
      generation : Int
      lease : ServiceLease?
    } derive(
    Debug    )

    Mutable operational state retained for one service.

    ServiceRecord::definition

    source

    ServiceRecord::generation

    source
    fn ServiceRecord::generation(self : ServiceRecord) -> Int

    ServiceRecord::health

    source

    ServiceRecord::is_available

    source
    fn ServiceRecord::is_available(self : ServiceRecord) -> Bool

    ServiceRecord::is_terminal

    source
    fn ServiceRecord::is_terminal(self : ServiceRecord) -> Bool

    ServiceRecord::kind

    source

    ServiceRecord::last_error

    source
    fn ServiceRecord::last_error(self : ServiceRecord) -> String

    ServiceRecord::last_heartbeat

    source
    fn ServiceRecord::last_heartbeat(self : ServiceRecord) -> Int

    ServiceRecord::last_transition

    source
    fn ServiceRecord::last_transition(self : ServiceRecord) -> Int

    ServiceRecord::lease

    source

    ServiceRecord::lifecycle

    source

    ServiceRecord::name

    source
    fn ServiceRecord::name(self : ServiceRecord) -> String

    ServiceRecord::new

    source
    fn ServiceRecord::new(definition : ServiceDefinition, timestamp : Int) -> ServiceRecord

    ServiceRecord::restart_count

    source
    fn ServiceRecord::restart_count(self : ServiceRecord) -> Int

    ServiceRegistry

    source
    pub struct ServiceRegistry {
      records : Map[String, ServiceRecord]
      events : Array[ServiceEvent]
      event_limit : Int
      next_sequence : Int
      topology_revision : Int
    } derive(
    Debug    )

    Bounded service registry and dependency-aware supervisor.

    ServiceRegistry::acquire_lease

    source
    fn ServiceRegistry::acquire_lease(self : ServiceRegistry, name : String, owner : String, timestamp : Int, ttl : Int) -> Result[ServiceLease, String]

    ServiceRegistry::blocked

    source
    fn ServiceRegistry::blocked(self : ServiceRegistry) -> Array[String]

    ServiceRegistry::critical_services

    source
    fn ServiceRegistry::critical_services(self : ServiceRegistry) -> Array[String]

    ServiceRegistry::definition

    source
    fn ServiceRegistry::definition(self : ServiceRegistry, name : String) -> ServiceDefinition?

    ServiceRegistry::dependants

    source
    fn ServiceRegistry::dependants(self : ServiceRegistry, name : String) -> Array[String]

    ServiceRegistry::dependencies_ready

    source
    fn ServiceRegistry::dependencies_ready(self : ServiceRegistry, name : String) -> Result[Bool, String]

    ServiceRegistry::event_lines

    source
    fn ServiceRegistry::event_lines(self : ServiceRegistry) -> Array[String]

    ServiceRegistry::events

    source

    ServiceRegistry::events_since

    source
    fn ServiceRegistry::events_since(self : ServiceRegistry, sequence : Int) -> Array[ServiceEvent]

    ServiceRegistry::expire_leases

    source
    fn ServiceRegistry::expire_leases(self : ServiceRegistry, timestamp : Int) -> Array[String]

    ServiceRegistry::fail

    source
    fn ServiceRegistry::fail(self : ServiceRegistry, name : String, timestamp : Int, message : String) -> Result[ServiceRecord, String]

    ServiceRegistry::failed

    source
    fn ServiceRegistry::failed(self : ServiceRegistry) -> Array[String]

    ServiceRegistry::get

    source
    fn ServiceRegistry::get(self : ServiceRegistry, name : String) -> ServiceRecord?

    ServiceRegistry::health_summary

    source

    ServiceRegistry::heartbeat

    source
    fn ServiceRegistry::heartbeat(self : ServiceRegistry, name : String, timestamp : Int) -> Result[ServiceRecord, String]

    ServiceRegistry::len

    source
    fn ServiceRegistry::len(self : ServiceRegistry) -> Int

    ServiceRegistry::mark_stale

    source
    fn ServiceRegistry::mark_stale(self : ServiceRegistry, timestamp : Int) -> Array[String]

    ServiceRegistry::names

    source
    fn ServiceRegistry::names(self : ServiceRegistry) -> Array[String]

    ServiceRegistry::new

    source
    fn ServiceRegistry::new(event_limit? : Int) -> Result[ServiceRegistry, String]

    ServiceRegistry::reconcile

    source
    fn ServiceRegistry::reconcile(self : ServiceRegistry, timestamp : Int) -> Array[String]

    Start enabled services whose required dependencies are already healthy.

    ServiceRegistry::records

    source

    ServiceRegistry::register

    source
    fn ServiceRegistry::register(self : ServiceRegistry, definition : ServiceDefinition, timestamp : Int) -> Result[ServiceRecord, String]

    ServiceRegistry::release_lease

    source
    fn ServiceRegistry::release_lease(self : ServiceRegistry, name : String, owner : String, timestamp : Int) -> Result[Unit, String]

    ServiceRegistry::renew_lease

    source
    fn ServiceRegistry::renew_lease(self : ServiceRegistry, name : String, owner : String, timestamp : Int, ttl : Int) -> Result[ServiceLease, String]

    ServiceRegistry::restart

    source
    fn ServiceRegistry::restart(self : ServiceRegistry, name : String, timestamp : Int, reason? : String) -> Result[ServiceRecord, String]

    ServiceRegistry::running

    source
    fn ServiceRegistry::running(self : ServiceRegistry) -> Array[String]

    ServiceRegistry::set_health

    source
    fn ServiceRegistry::set_health(self : ServiceRegistry, name : String, health : ServiceHealth, timestamp : Int, detail? : String) -> Result[ServiceRecord, String]

    ServiceRegistry::start

    source
    fn ServiceRegistry::start(self : ServiceRegistry, name : String, timestamp : Int) -> Result[ServiceRecord, String]

    ServiceRegistry::startup_order

    source
    fn ServiceRegistry::startup_order(self : ServiceRegistry) -> Result[Array[String], String]

    Return services in dependency order for deterministic startup planning.

    ServiceRegistry::stop

    source
    fn ServiceRegistry::stop(self : ServiceRegistry, name : String, timestamp : Int, force? : Bool) -> Result[ServiceRecord, String]

    ServiceRegistry::topology_revision

    source
    fn ServiceRegistry::topology_revision(self : ServiceRegistry) -> Int

    ServiceRegistry::unregister

    source
    fn ServiceRegistry::unregister(self : ServiceRegistry, name : String, _timestamp : Int) -> Result[Unit, String]

    ServiceRequest

    source
    pub struct ServiceRequest {
      service : ServiceKind
      address : InformationAddress
      common_address : CommonAddress
      qualifier : Int
      created_at : Int
      originator : Int
    } derive(Eq, 
    Debug    )

    An application service request independent of a transport.

    ServiceRequest::address

    source

    ServiceRequest::common_address

    source
    fn ServiceRequest::common_address(self : ServiceRequest) -> CommonAddress

    ServiceRequest::created_at

    source
    fn ServiceRequest::created_at(self : ServiceRequest) -> Int

    ServiceRequest::new

    source
    fn ServiceRequest::new(service : ServiceKind, address : InformationAddress, common_address : CommonAddress, qualifier : Int, created_at : Int, originator? : Int) -> Result[ServiceRequest, Diagnostic]

    ServiceRequest::originator

    source
    fn ServiceRequest::originator(self : ServiceRequest) -> Int

    ServiceRequest::qualifier

    source
    fn ServiceRequest::qualifier(self : ServiceRequest) -> Int

    ServiceRequest::service

    source

    ServiceResponse

    source
    pub struct ServiceResponse {
      request : ServiceRequest
      status : ServiceStatus
      cause : CauseOfTransmission
      objects : Array[ApplicationObject]
      message : String
    } derive(
    Debug    )

    A service response with optional application data.

    ServiceResponse::cause

    source

    ServiceResponse::message

    source
    fn ServiceResponse::message(self : ServiceResponse) -> String

    ServiceResponse::new

    source
    fn ServiceResponse::new(request : ServiceRequest, status : ServiceStatus, cause : CauseOfTransmission, objects : Array[ApplicationObject], message? : String) -> ServiceResponse

    ServiceResponse::objects

    source

    ServiceResponse::request

    source

    ServiceResponse::status

    source

    ServiceStatus

    source
    pub enum ServiceStatus {
      IdleService
      ActiveService
      ConfirmedService
      TerminatedService
      RejectedService
      FailedService
    } derive(Eq, 
    Debug    )

    Result state used by application transactions.

    Session

    source
    pub struct Session {
      state : LinkState
      send_sequence : Int
      receive_sequence : Int
      window_size : Int
      pending : Int
    } derive(
    Debug    )

    A deterministic session state machine. Transport I/O is intentionally injected by callers.

    Session::new

    source
    fn Session::new(window_size? : Int) -> Session

    Session::receive

    source
    fn Session::receive(self : Session, frame : Frame) -> Result[Unit, String]

    Session::send

    source
    fn Session::send(self : Session, payload : Bytes) -> Result[Frame, String]

    Session::snapshot

    source
    fn Session::snapshot(self : Session) -> SessionSnapshot

    Session::start

    source
    fn Session::start(self : Session) -> Frame

    Session::stop

    source
    fn Session::stop(self : Session) -> Frame

    fn Session::test_link(self : Session) -> Frame

    SessionAction

    source
    pub enum SessionAction {
      SendStart
      SendStop
      SendTest
      SendSupervisory(Int)
      SendInformation(Int)
      DeliverInformation(Bytes)
      Acknowledge(Int)
      Report(Diagnostic)
      NoAction
    } derive(
    Debug    )

    A deterministic action emitted by a session driver.

    SessionSnapshot

    source
    pub struct SessionSnapshot {
      state : LinkState
      send_sequence : Int
      receive_sequence : Int
      pending : Int
      window_size : Int
    } derive(Eq, 
    Debug    )

    Host-visible session observation.

    SessionSnapshot::available

    source
    fn SessionSnapshot::available(self : SessionSnapshot) -> Int

    SessionSnapshot::is_started

    source
    fn SessionSnapshot::is_started(self : SessionSnapshot) -> Bool

    SessionSnapshot::pending

    source
    fn SessionSnapshot::pending(self : SessionSnapshot) -> Int

    SessionSnapshot::receive_sequence

    source
    fn SessionSnapshot::receive_sequence(self : SessionSnapshot) -> Int

    SessionSnapshot::send_sequence

    source
    fn SessionSnapshot::send_sequence(self : SessionSnapshot) -> Int

    ShortFloatValue

    source
    pub struct ShortFloatValue {
      value : Float
      quality : QualityDescriptor
    } derive(Eq, 
    Debug    )

    IEEE-754 short floating point measurement.

    ShortFloatValue::new

    source
    fn ShortFloatValue::new(value : Float, quality? : QualityDescriptor) -> ShortFloatValue

    ShortFloatValue::quality

    source

    ShortFloatValue::value

    source
    fn ShortFloatValue::value(self : ShortFloatValue) -> Float

    Simulation

    source
    pub struct Simulation {
      clock : VirtualClock
      actions : Array[ScheduledAction]
      events : Array[SimulationEvent]
      next_ordinal : Int
      max_events : Int
    } derive(
    Debug    )

    Simulation::clear_events

    source
    fn Simulation::clear_events(self : Simulation) -> Unit

    Simulation::events

    source

    Simulation::new

    source
    fn Simulation::new(start? : Int, max_events? : Int) -> Result[Simulation, String]

    Simulation::now

    source
    fn Simulation::now(self : Simulation) -> Int

    Simulation::pending

    source
    fn Simulation::pending(self : Simulation) -> Int

    Simulation::run_until

    source
    fn Simulation::run_until(self : Simulation, timestamp : Int) -> Result[Int, String]

    Run all scheduled actions up to an inclusive timestamp.

    Simulation::schedule

    source
    fn Simulation::schedule(self : Simulation, at : Int, action : SimulationAction) -> Result[Unit, String]

    Simulation::step

    source
    fn Simulation::step(self : Simulation) -> Result[Bool, String]

    Run the next scheduled action, if any.

    SimulationAction

    source
    pub enum SimulationAction {
      Receive(Frame)
      Publish(ApplicationObject)
      AdvanceTimer(String)
      Record(String)
    } derive(
    Debug    )

    Work scheduled for a deterministic simulation tick.

    SimulationEvent

    source
    pub enum SimulationEvent {
      FrameProduced(Int, Frame)
      ObjectPublished(Int, ApplicationObject)
      TimerAdvanced(Int, String)
      Note(Int, String)
      SimulationFault(Int, Diagnostic)
    } derive(
    Debug    )

    Results emitted by one simulation step.

    SinglePointValue

    source
    pub struct SinglePointValue {
      state : Bool
      quality : StatusQuality
    } derive(Eq, 
    Debug    )

    Single point information value, including its QDS.

    SinglePointValue::from_byte

    source
    fn SinglePointValue::from_byte(value : Int) -> Result[SinglePointValue, String]

    SinglePointValue::new

    source
    fn SinglePointValue::new(state : Bool, quality? : StatusQuality) -> SinglePointValue

    SinglePointValue::quality

    source

    SinglePointValue::state

    source
    fn SinglePointValue::state(self : SinglePointValue) -> Bool

    SinglePointValue::to_byte

    source
    fn SinglePointValue::to_byte(self : SinglePointValue) -> Int

    StationConfig

    source
    pub struct StationConfig {
      common_address : CommonAddress
      name : String
      location : String
      owner : String
      point_capacity : Int
      history_limit : Int
      heartbeat_interval : Int
      tags : Array[String]
      enabled : Bool
    } derive(Eq, 
    Debug    )

    An immutable station identity and deployment configuration.

    StationConfig::common_address

    source
    fn StationConfig::common_address(self : StationConfig) -> CommonAddress

    StationConfig::enabled

    source
    fn StationConfig::enabled(self : StationConfig) -> Bool

    StationConfig::heartbeat_interval

    source
    fn StationConfig::heartbeat_interval(self : StationConfig) -> Int

    StationConfig::history_limit

    source
    fn StationConfig::history_limit(self : StationConfig) -> Int

    StationConfig::location

    source
    fn StationConfig::location(self : StationConfig) -> String

    StationConfig::name

    source
    fn StationConfig::name(self : StationConfig) -> String

    StationConfig::new

    source
    fn StationConfig::new(common_address : CommonAddress, name : String, location? : String, owner? : String, point_capacity? : Int, history_limit? : Int, heartbeat_interval? : Int, tags? : Array[String], enabled? : Bool) -> Result[StationConfig, String]

    Build a station configuration with conservative operational defaults.

    StationConfig::owner

    source
    fn StationConfig::owner(self : StationConfig) -> String

    StationConfig::point_capacity

    source
    fn StationConfig::point_capacity(self : StationConfig) -> Int

    StationConfig::tags

    source
    fn StationConfig::tags(self : StationConfig) -> Array[String]

    StationConfig::with_enabled

    source
    fn StationConfig::with_enabled(self : StationConfig, enabled : Bool) -> StationConfig

    StationConfig::with_tags

    source
    fn StationConfig::with_tags(self : StationConfig, tags : Array[String]) -> StationConfig

    StationCounters

    source
    pub struct StationCounters {
      received_updates : Int
      accepted_updates : Int
      rejected_updates : Int
      commands : Int
      command_failures : Int
      heartbeat_misses : Int
      quality_events : Int
      bytes_received : Int
      bytes_sent : Int
    } derive(Eq, 
    Debug    )

    Operational counters for one station.

    StationCounters::accepted_updates

    source
    fn StationCounters::accepted_updates(self : StationCounters) -> Int

    StationCounters::bytes_received

    source
    fn StationCounters::bytes_received(self : StationCounters) -> Int

    StationCounters::bytes_sent

    source
    fn StationCounters::bytes_sent(self : StationCounters) -> Int

    StationCounters::command_failures

    source
    fn StationCounters::command_failures(self : StationCounters) -> Int

    StationCounters::commands

    source
    fn StationCounters::commands(self : StationCounters) -> Int

    StationCounters::heartbeat_misses

    source
    fn StationCounters::heartbeat_misses(self : StationCounters) -> Int

    StationCounters::new

    source

    StationCounters::quality_events

    source
    fn StationCounters::quality_events(self : StationCounters) -> Int

    StationCounters::received_updates

    source
    fn StationCounters::received_updates(self : StationCounters) -> Int

    StationCounters::record_bytes_received

    source
    fn StationCounters::record_bytes_received(self : StationCounters, bytes : Int) -> Unit

    StationCounters::record_bytes_sent

    source
    fn StationCounters::record_bytes_sent(self : StationCounters, bytes : Int) -> Unit

    StationCounters::record_command

    source
    fn StationCounters::record_command(self : StationCounters) -> Unit

    StationCounters::record_command_failure

    source
    fn StationCounters::record_command_failure(self : StationCounters) -> Unit

    StationCounters::record_quality_event

    source
    fn StationCounters::record_quality_event(self : StationCounters) -> Unit

    StationCounters::rejected_updates

    source
    fn StationCounters::rejected_updates(self : StationCounters) -> Int

    StationDatabase

    source
    pub struct StationDatabase {
      stations : Map[Int, StationRecord]
      events : Array[DatabaseEvent]
      event_limit : Int
      revision : Int
      next_sequence : Int
    } derive(
    Debug    )

    The normalized, bounded in-memory operational database.

    StationDatabase::commit

    source
    fn StationDatabase::commit(self : StationDatabase, transaction : DatabaseTransaction) -> Result[Array[DatabaseEvent], Diagnostic]

    Commit an optimistic transaction atomically from the caller's perspective.

    StationDatabase::compact_events

    source
    fn StationDatabase::compact_events(self : StationDatabase, keep : Int, timestamp : Int) -> Result[Unit, String]

    StationDatabase::contains

    source
    fn StationDatabase::contains(self : StationDatabase, common_address : CommonAddress) -> Bool

    StationDatabase::event_count

    source
    fn StationDatabase::event_count(self : StationDatabase) -> Int

    StationDatabase::events

    source

    StationDatabase::events_since

    source
    fn StationDatabase::events_since(self : StationDatabase, sequence : Int) -> Array[DatabaseEvent]

    StationDatabase::get

    source
    fn StationDatabase::get(self : StationDatabase, common_address : CommonAddress) -> StationRecord?

    StationDatabase::heartbeat

    source
    fn StationDatabase::heartbeat(self : StationDatabase, common_address : CommonAddress, timestamp : Int) -> Result[StationStateChange?, String]

    StationDatabase::miss_heartbeat

    source
    fn StationDatabase::miss_heartbeat(self : StationDatabase, common_address : CommonAddress, timestamp : Int) -> Result[StationStateChange?, String]

    StationDatabase::new

    source
    fn StationDatabase::new(event_limit? : Int) -> Result[StationDatabase, String]

    StationDatabase::point_snapshot

    source
    fn StationDatabase::point_snapshot(self : StationDatabase, common_address : CommonAddress, filter : PointFilter) -> Result[StationPointSnapshot, String]

    StationDatabase::query

    source
    fn StationDatabase::query(self : StationDatabase, query : StationQuery, now : Int) -> Array[StationSummary]

    StationDatabase::read

    source
    fn StationDatabase::read(self : StationDatabase, common_address : CommonAddress, filter : PointFilter) -> Result[Array[PointRecord], String]

    StationDatabase::register

    source
    fn StationDatabase::register(self : StationDatabase, config : StationConfig, timestamp : Int) -> Result[StationSummary, String]

    StationDatabase::revision

    source
    fn StationDatabase::revision(self : StationDatabase) -> Int

    StationDatabase::set_state

    source
    fn StationDatabase::set_state(self : StationDatabase, common_address : CommonAddress, status : StationStatus, reason : StationStateReason, timestamp : Int, message? : String) -> Result[StationStateChange, String]

    StationDatabase::snapshot

    source
    fn StationDatabase::snapshot(self : StationDatabase, timestamp : Int) -> DatabaseSnapshot

    StationDatabase::station_count

    source
    fn StationDatabase::station_count(self : StationDatabase) -> Int

    StationDatabase::summary

    source
    fn StationDatabase::summary(self : StationDatabase, common_address : CommonAddress, now : Int) -> Result[StationSummary, String]

    StationDatabase::unregister

    source
    fn StationDatabase::unregister(self : StationDatabase, common_address : CommonAddress, timestamp : Int) -> Result[Unit, String]

    StationDatabase::write

    source
    fn StationDatabase::write(self : StationDatabase, common_address : CommonAddress, object : ApplicationObject, timestamp : Int, source? : String) -> Result[PointChange, Diagnostic]

    StationPointSnapshot

    source
    pub struct StationPointSnapshot {
      common_address : CommonAddress
      database_revision : Int
      station_revision : Int
      points : Array[PointRecord]
    } derive(
    Debug    )

    A read-only point snapshot associated with one database revision.

    StationPointSnapshot::common_address

    source

    StationPointSnapshot::database_revision

    source
    fn StationPointSnapshot::database_revision(self : StationPointSnapshot) -> Int

    StationPointSnapshot::points

    source

    StationPointSnapshot::station_revision

    source
    fn StationPointSnapshot::station_revision(self : StationPointSnapshot) -> Int

    StationProfile

    source
    pub struct StationProfile {
      name : String
      common_address : CommonAddress
      parameters : ConnectionParameters
      supported_types : Array[ApplicationType]
      max_objects : Int
      tls_required : Bool
    } derive(
    Debug    )

    A station profile exchanged by deployment configuration and test tools.

    StationProfile::common_address

    source
    fn StationProfile::common_address(self : StationProfile) -> CommonAddress

    StationProfile::max_objects

    source
    fn StationProfile::max_objects(self : StationProfile) -> Int

    StationProfile::name

    source
    fn StationProfile::name(self : StationProfile) -> String

    StationProfile::new

    source
    fn StationProfile::new(name : String, common_address : CommonAddress, parameters : ConnectionParameters, supported_types : Array[ApplicationType], max_objects? : Int, tls_required? : Bool) -> Result[StationProfile, String]

    StationProfile::parameters

    source

    StationProfile::supported_types

    source
    fn StationProfile::supported_types(self : StationProfile) -> Array[ApplicationType]

    StationProfile::supports

    source
    fn StationProfile::supports(self : StationProfile, type_id : ApplicationType) -> Bool

    StationProfile::tls_required

    source
    fn StationProfile::tls_required(self : StationProfile) -> Bool

    StationQuery

    source
    pub struct StationQuery {
      status : StationStatus?
      tag : String?
      name_prefix : String?
      include_disabled : Bool
      min_points : Int?
      max_heartbeat_age : Int?
    } derive(Eq, 
    Debug    )

    Query used by database readers and supervisory dashboards.

    StationQuery::all

    source

    StationQuery::with_disabled

    source
    fn StationQuery::with_disabled(self : StationQuery, include_disabled_value : Bool) -> StationQuery

    StationQuery::with_max_heartbeat_age

    source
    fn StationQuery::with_max_heartbeat_age(self : StationQuery, age : Int) -> StationQuery

    StationQuery::with_min_points

    source
    fn StationQuery::with_min_points(self : StationQuery, count : Int) -> StationQuery

    StationQuery::with_name_prefix

    source
    fn StationQuery::with_name_prefix(self : StationQuery, prefix : String) -> StationQuery

    StationQuery::with_status

    source
    fn StationQuery::with_status(self : StationQuery, status : StationStatus) -> StationQuery

    StationQuery::with_tag

    source
    fn StationQuery::with_tag(self : StationQuery, tag : String) -> StationQuery

    StationRecord

    source
    pub struct StationRecord {
      config : StationConfig
      store : PointStore
      status : StationStatus
      last_seen : Int
      revision : Int
      counters : StationCounters
      transitions : Array[StationStateChange]
    } derive(
    Debug    )

    Record for a provisioned station and its point store.

    StationRecord::config

    source

    StationRecord::counters

    source

    StationRecord::last_seen

    source
    fn StationRecord::last_seen(self : StationRecord) -> Int

    StationRecord::revision

    source
    fn StationRecord::revision(self : StationRecord) -> Int

    StationRecord::status

    source

    StationRecord::store

    source

    StationRecord::transitions

    source

    StationSimulation

    source
    pub struct StationSimulation {
      store : PointStore
      session : Session
      simulation : Simulation
      metrics : FrameMetrics
      trace : TraceLog
    } derive(
    Debug    )

    A deterministic station simulation composed from a point store and session.

    StationSimulation::events

    source

    StationSimulation::ingest

    source
    fn StationSimulation::ingest(self : StationSimulation, object : ApplicationObject, timestamp : Int) -> Result[PointChange, Diagnostic]

    StationSimulation::metrics

    source

    StationSimulation::new

    source
    fn StationSimulation::new(common_address : CommonAddress, window_size? : Int) -> Result[StationSimulation, String]

    StationSimulation::receive

    source
    fn StationSimulation::receive(self : StationSimulation, frame : Frame) -> Result[Unit, String]

    StationSimulation::run_until

    source
    fn StationSimulation::run_until(self : StationSimulation, timestamp : Int) -> Result[Int, String]

    StationSimulation::schedule

    source
    fn StationSimulation::schedule(self : StationSimulation, at : Int, action : SimulationAction) -> Result[Unit, String]

    StationSimulation::send

    source
    fn StationSimulation::send(self : StationSimulation, payload : Bytes) -> Result[Frame, String]

    StationSimulation::session

    source

    StationSimulation::start

    source

    StationSimulation::stop

    source

    StationSimulation::store

    source

    StationSimulation::trace

    source

    StationStateChange

    source
    pub struct StationStateChange {
      common_address : CommonAddress
      from : StationStatus
      to : StationStatus
      reason : StationStateReason
      timestamp : Int
      revision : Int
      message : String
    } derive(Eq, 
    Debug    )

    A state transition stored in the station audit stream.

    StationStateChange::common_address

    source

    StationStateChange::from

    source

    StationStateChange::message

    source
    fn StationStateChange::message(self : StationStateChange) -> String

    StationStateChange::new

    source
    fn StationStateChange::new(common_address : CommonAddress, from : StationStatus, to : StationStatus, reason : StationStateReason, timestamp : Int, revision : Int, message? : String) -> StationStateChange

    StationStateChange::reason

    source

    StationStateChange::revision

    source
    fn StationStateChange::revision(self : StationStateChange) -> Int

    StationStateChange::timestamp

    source
    fn StationStateChange::timestamp(self : StationStateChange) -> Int

    StationStateChange::to

    source

    StationStateReason

    source
    pub enum StationStateReason {
      ProvisionedByOperator
      LinkEstablished
      LinkLost
      HeartbeatMissed
      ProtocolError
      QualityDegraded
      ManualQuarantine
      ManualRelease
      MaintenanceWindow
    } derive(Eq, 
    Debug    )

    The reason recorded when the station state changes.

    StationStatus

    source
    pub enum StationStatus {
      Provisioned
      Online
      Degraded
      Offline
      Quarantined
    } derive(Eq, 
    Debug    )

    Lifecycle state of an IEC 104 station in the local operational database.

    StationSummary

    source
    pub struct StationSummary {
      common_address : CommonAddress
      name : String
      status : StationStatus
      point_count : Int
      last_seen : Int
      revision : Int
      valid_points : Int
      invalid_points : Int
      heartbeat_age : Int
    } derive(Eq, 
    Debug    )

    A compact summary suitable for a health endpoint or dashboard.

    StationSummary::common_address

    source
    fn StationSummary::common_address(self : StationSummary) -> CommonAddress

    StationSummary::heartbeat_age

    source
    fn StationSummary::heartbeat_age(self : StationSummary) -> Int

    StationSummary::invalid_points

    source
    fn StationSummary::invalid_points(self : StationSummary) -> Int

    StationSummary::last_seen

    source
    fn StationSummary::last_seen(self : StationSummary) -> Int

    StationSummary::name

    source
    fn StationSummary::name(self : StationSummary) -> String

    StationSummary::point_count

    source
    fn StationSummary::point_count(self : StationSummary) -> Int

    StationSummary::revision

    source
    fn StationSummary::revision(self : StationSummary) -> Int

    StationSummary::status

    source

    StationSummary::valid_points

    source
    fn StationSummary::valid_points(self : StationSummary) -> Int

    StatusQuality

    source
    pub struct StatusQuality {
      blocked : Bool
      substituted : Bool
      not_topical : Bool
      invalid : Bool
    } derive(Eq, 
    Debug    )

    Quality descriptor for single and double point status values.

    StatusQuality::as_measurement

    source
    fn StatusQuality::as_measurement(self : StatusQuality) -> QualityDescriptor

    StatusQuality::clear

    source

    StatusQuality::from_byte

    source
    fn StatusQuality::from_byte(value : Int) -> Result[StatusQuality, String]

    StatusQuality::is_usable

    source
    fn StatusQuality::is_usable(self : StatusQuality) -> Bool

    StatusQuality::to_byte

    source
    fn StatusQuality::to_byte(self : StatusQuality) -> Int

    StepPositionValue

    source
    pub struct StepPositionValue {
      position : Int
      transient : Bool
      quality : StatusQuality
    } derive(Eq, 
    Debug    )

    Step position value with a signed seven-bit position and transient flag.

    StepPositionValue::new

    source
    fn StepPositionValue::new(position : Int, transient? : Bool, quality? : StatusQuality) -> Result[StepPositionValue, String]

    StepPositionValue::position

    source
    fn StepPositionValue::position(self : StepPositionValue) -> Int

    StepPositionValue::quality

    source

    StepPositionValue::to_array

    source
    fn StepPositionValue::to_array(self : StepPositionValue) -> Array[Byte]

    StoreStatistics

    source
    pub struct StoreStatistics {
      total : Int
      monitoring : Int
      control : Int
      valid : Int
      invalid : Int
      revisions : Int
      changes : Int
    } derive(Eq, 
    Debug    )

    Aggregate counts for an in-memory point store.

    StoreStatistics::changes

    source
    fn StoreStatistics::changes(self : StoreStatistics) -> Int

    StoreStatistics::control

    source
    fn StoreStatistics::control(self : StoreStatistics) -> Int

    StoreStatistics::empty

    source

    StoreStatistics::invalid

    source
    fn StoreStatistics::invalid(self : StoreStatistics) -> Int

    StoreStatistics::monitoring

    source
    fn StoreStatistics::monitoring(self : StoreStatistics) -> Int

    StoreStatistics::revisions

    source
    fn StoreStatistics::revisions(self : StoreStatistics) -> Int

    StoreStatistics::total

    source
    fn StoreStatistics::total(self : StoreStatistics) -> Int

    StoreStatistics::valid

    source
    fn StoreStatistics::valid(self : StoreStatistics) -> Int

    StoreTransaction

    source
    pub struct StoreTransaction {
      pending : Array[(ApplicationObject, Int, String)]
      removed : Array[(InformationAddress, Int)]
      committed : Bool
    } derive(
    Debug    )

    A transaction that stages changes before committing them to a store.

    StoreTransaction::commit

    source
    fn StoreTransaction::commit(self : StoreTransaction, store : PointStore) -> Result[Array[PointChange], Diagnostic]

    StoreTransaction::new

    source

    StoreTransaction::pending_count

    source
    fn StoreTransaction::pending_count(self : StoreTransaction) -> Int

    StoreTransaction::rollback

    source
    fn StoreTransaction::rollback(self : StoreTransaction) -> Unit

    StoreTransaction::stage

    source
    fn StoreTransaction::stage(self : StoreTransaction, object : ApplicationObject, timestamp : Int, source? : String) -> Result[Unit, Diagnostic]

    StoreTransaction::stage_remove

    source
    fn StoreTransaction::stage_remove(self : StoreTransaction, address : InformationAddress, timestamp : Int) -> Result[Unit, Diagnostic]

    StoredFile

    source
    pub struct StoredFile {
      identity : FileIdentity
      data : Bytes
      created_at : Int
      updated_at : Int
      revision : Int
      checksum : UInt
    } derive(Eq, 
    Debug    )

    Metadata and immutable content for one locally retained file.

    StoredFile::checksum

    source
    fn StoredFile::checksum(self : StoredFile) -> UInt

    StoredFile::created_at

    source
    fn StoredFile::created_at(self : StoredFile) -> Int

    StoredFile::data

    source
    fn StoredFile::data(self : StoredFile) -> Bytes

    StoredFile::identity

    source
    fn StoredFile::identity(self : StoredFile) -> FileIdentity

    StoredFile::new

    source
    fn StoredFile::new(identity : FileIdentity, data : Bytes, timestamp : Int) -> StoredFile

    StoredFile::revision

    source
    fn StoredFile::revision(self : StoredFile) -> Int

    StoredFile::size

    source
    fn StoredFile::size(self : StoredFile) -> Int

    StoredFile::updated_at

    source
    fn StoredFile::updated_at(self : StoredFile) -> Int

    SupervisorServiceKind

    source
    pub enum SupervisorServiceKind {
      TransportService
      StationDatabaseService
      TelemetryService
      CommandService
      ArchiveService
      FileService
      AlarmService
      DiagnosticService
      SimulationService
      ApiService
    } derive(Eq, 
    Debug    )

    Runtime service classes exposed by the IEC 104 operational host.

    TelemetryAggregate

    source
    pub struct TelemetryAggregate {
      count : Int
      first_timestamp : Int
      last_timestamp : Int
      minimum : Float
      maximum : Float
      sum : Float
      invalid_count : Int
    } derive(Eq, 
    Debug    )

    Aggregate statistics maintained per point.

    TelemetryAggregate::average

    source
    fn TelemetryAggregate::average(self : TelemetryAggregate) -> Float

    TelemetryAggregate::count

    source
    fn TelemetryAggregate::count(self : TelemetryAggregate) -> Int

    TelemetryAggregate::empty

    source

    TelemetryAggregate::first_timestamp

    source
    fn TelemetryAggregate::first_timestamp(self : TelemetryAggregate) -> Int

    TelemetryAggregate::invalid_count

    source
    fn TelemetryAggregate::invalid_count(self : TelemetryAggregate) -> Int

    TelemetryAggregate::last_timestamp

    source
    fn TelemetryAggregate::last_timestamp(self : TelemetryAggregate) -> Int

    TelemetryAggregate::maximum

    source
    fn TelemetryAggregate::maximum(self : TelemetryAggregate) -> Float

    TelemetryAggregate::minimum

    source
    fn TelemetryAggregate::minimum(self : TelemetryAggregate) -> Float

    TelemetryAggregate::sum

    source
    fn TelemetryAggregate::sum(self : TelemetryAggregate) -> Float

    TelemetryMetrics

    source
    pub struct TelemetryMetrics {
      received : Int
      emitted : Int
      suppressed : Int
      invalid : Int
      rate_rejected : Int
      alarms_raised : Int
      alarms_cleared : Int
    } derive(Eq, 
    Debug    )

    Pipeline metrics for rate, quality, deadband and alarm stages.

    TelemetryMetrics::alarms_cleared

    source
    fn TelemetryMetrics::alarms_cleared(self : TelemetryMetrics) -> Int

    TelemetryMetrics::alarms_raised

    source
    fn TelemetryMetrics::alarms_raised(self : TelemetryMetrics) -> Int

    TelemetryMetrics::emitted

    source
    fn TelemetryMetrics::emitted(self : TelemetryMetrics) -> Int

    TelemetryMetrics::invalid

    source
    fn TelemetryMetrics::invalid(self : TelemetryMetrics) -> Int

    TelemetryMetrics::new

    source

    TelemetryMetrics::rate_rejected

    source
    fn TelemetryMetrics::rate_rejected(self : TelemetryMetrics) -> Int

    TelemetryMetrics::received

    source
    fn TelemetryMetrics::received(self : TelemetryMetrics) -> Int

    TelemetryMetrics::suppressed

    source
    fn TelemetryMetrics::suppressed(self : TelemetryMetrics) -> Int

    TelemetryPipeline

    source
    pub struct TelemetryPipeline {
      samples : Map[Int, TelemetrySample]
      aggregates : Map[Int, TelemetryAggregate]
      deadbands : Map[Int, DeadbandRule]
      rates : Map[Int, RateRule]
      alarms : Map[Int, Array[AlarmRule]]
      active_alarms : Map[String, Bool]
      subscriptions : Array[TelemetrySubscription]
      alarm_history : Array[AlarmEvent]
      alarm_limit : Int
      sequence : Int
      metrics : TelemetryMetrics
    } derive(
    Debug    )

    A quality-aware, deterministic telemetry processing pipeline.

    TelemetryPipeline::aggregate

    source

    TelemetryPipeline::alarm_history

    source
    fn TelemetryPipeline::alarm_history(self : TelemetryPipeline) -> Array[AlarmEvent]

    TelemetryPipeline::ingest

    source
    fn TelemetryPipeline::ingest(self : TelemetryPipeline, station : CommonAddress, object : ApplicationObject, timestamp : Int, source? : String) -> Result[PipelineResult, Diagnostic]

    TelemetryPipeline::latest

    source

    TelemetryPipeline::metrics

    source

    TelemetryPipeline::new

    source
    fn TelemetryPipeline::new(alarm_limit? : Int) -> Result[TelemetryPipeline, String]

    TelemetryPipeline::sample_count

    source
    fn TelemetryPipeline::sample_count(self : TelemetryPipeline) -> Int

    TelemetryPipeline::set_alarm_rules

    source
    fn TelemetryPipeline::set_alarm_rules(self : TelemetryPipeline, address : InformationAddress, rules : Array[AlarmRule]) -> Unit

    TelemetryPipeline::set_deadband

    source
    fn TelemetryPipeline::set_deadband(self : TelemetryPipeline, address : InformationAddress, rule : DeadbandRule) -> Unit

    TelemetryPipeline::set_rate_rule

    source
    fn TelemetryPipeline::set_rate_rule(self : TelemetryPipeline, address : InformationAddress, rule : RateRule) -> Unit

    TelemetryPipeline::subscribe

    source
    fn TelemetryPipeline::subscribe(self : TelemetryPipeline, subscription : TelemetrySubscription) -> Result[Unit, String]

    TelemetryPipeline::unsubscribe

    source
    fn TelemetryPipeline::unsubscribe(self : TelemetryPipeline, id : Int) -> Bool

    TelemetrySample

    source
    pub struct TelemetrySample {
      station : CommonAddress
      address : InformationAddress
      type_id : ApplicationType
      value : Float
      quality : QualityDescriptor
      state : TelemetryState
      timestamp : Int
      source : String
      sequence : Int
    } derive(
    Debug    )

    A sample normalized to a numeric value while retaining IEC identity.

    TelemetrySample::address

    source

    TelemetrySample::quality

    source

    TelemetrySample::sequence

    source
    fn TelemetrySample::sequence(self : TelemetrySample) -> Int

    TelemetrySample::source

    source
    fn TelemetrySample::source(self : TelemetrySample) -> String

    TelemetrySample::state

    source

    TelemetrySample::station

    source

    TelemetrySample::timestamp

    source
    fn TelemetrySample::timestamp(self : TelemetrySample) -> Int

    TelemetrySample::type_id

    source

    TelemetrySample::value

    source
    fn TelemetrySample::value(self : TelemetrySample) -> Float

    TelemetryState

    source
    pub enum TelemetryState {
      GoodTelemetry
      DegradedTelemetry
      InvalidTelemetry
    } derive(Eq, 
    Debug    )

    Quality state normalized for downstream telemetry and alarm consumers.

    TelemetryState::usable

    source
    fn TelemetryState::usable(self : TelemetryState) -> Bool

    TelemetrySubscription

    source
    pub struct TelemetrySubscription {
      id : Int
      station : CommonAddress?
      first_address : InformationAddress?
      last_address : InformationAddress?
      minimum_state : TelemetryState
      include_unchanged : Bool
    } derive(Eq, 
    Debug    )

    Subscription route for stream consumers.

    TelemetrySubscription::first_address

    source

    TelemetrySubscription::id

    source

    TelemetrySubscription::include_unchanged

    source
    fn TelemetrySubscription::include_unchanged(self : TelemetrySubscription) -> Bool

    TelemetrySubscription::last_address

    source

    TelemetrySubscription::minimum_state

    source

    TelemetrySubscription::new

    source
    fn TelemetrySubscription::new(id : Int, station? : CommonAddress, first_address? : InformationAddress, last_address? : InformationAddress, minimum_state? : TelemetryState, include_unchanged? : Bool) -> Result[TelemetrySubscription, String]

    TelemetrySubscription::station

    source

    TimeTag

    source
    pub enum TimeTag {
      Short(Cp24Time)
      Long(Cp56Time)
    } derive(Eq, 
    Debug    )

    A tagged union used by event stores and application services.

    TimeTag::kind

    source
    fn TimeTag::kind(self : TimeTag) -> TimeTagKind

    TimeTag::to_array

    source
    fn TimeTag::to_array(self : TimeTag) -> Array[Byte]

    TimeTag::width

    source
    fn TimeTag::width(self : TimeTag) -> Int

    TimeTagKind

    source
    pub enum TimeTagKind {
      NoTimeTag
      Cp24TimeTag
      Cp56TimeTag
    } derive(Eq, 
    Debug    )

    Tag precision carried by a time-tagged application object.

    TimeTagKind::width

    source
    fn TimeTagKind::width(self : TimeTagKind) -> Int

    TimerState

    source
    pub enum TimerState {
      Inactive
      Running(Int)
      Expired
    } derive(Eq, 
    Debug    )

    State of a timer that is driven by a host monotonic clock.

    TraceEvent

    source
    pub struct TraceEvent {
      timestamp : Int
      kind : TraceKind
      detail : String
      correlation : Int
    } derive(Eq, 
    Debug    )

    TraceEvent::correlation

    source
    fn TraceEvent::correlation(self : TraceEvent) -> Int

    TraceEvent::detail

    source
    fn TraceEvent::detail(self : TraceEvent) -> String

    TraceEvent::kind

    source
    fn TraceEvent::kind(self : TraceEvent) -> TraceKind

    TraceEvent::new

    source
    fn TraceEvent::new(timestamp : Int, kind : TraceKind, detail : String, correlation? : Int) -> TraceEvent

    TraceEvent::timestamp

    source
    fn TraceEvent::timestamp(self : TraceEvent) -> Int

    TraceKind

    source
    pub enum TraceKind {
      FrameSent
      FrameReceived
      StateChanged
      PointUpdated
      ServiceStarted
      ServiceCompleted
      DiagnosticRaised
    } derive(Eq, 
    Debug    )

    A trace event with a monotonic timestamp.

    TraceLog

    source
    pub struct TraceLog {
      events : Array[TraceEvent]
      limit : Int
    } derive(
    Debug    )

    TraceLog::all

    source
    fn TraceLog::all(self : TraceLog) -> Array[TraceEvent]

    TraceLog::len

    source
    fn TraceLog::len(self : TraceLog) -> Int

    TraceLog::new

    source
    fn TraceLog::new(limit? : Int) -> Result[TraceLog, String]

    TraceLog::push

    source
    fn TraceLog::push(self : TraceLog, event : TraceEvent) -> Unit

    TraceLog::since

    source
    fn TraceLog::since(self : TraceLog, timestamp : Int) -> Array[TraceEvent]

    TransportEndpoint

    source
    pub struct TransportEndpoint {
      id : Int
      station : CommonAddress
      parameters : ConnectionParameters
      window : SequenceWindow
      decoder : ApduStreamDecoder
      state : ManagedTransportState
      last_activity : Int
      last_send : Int
      last_receive : Int
      sent_frames : Int
      received_frames : Int
      malformed_frames : Int
    } derive(
    Debug    )

    TransportEndpoint::close

    source
    fn TransportEndpoint::close(self : TransportEndpoint, timestamp : Int) -> Unit

    TransportEndpoint::id

    source
    fn TransportEndpoint::id(self : TransportEndpoint) -> Int

    TransportEndpoint::last_activity

    source
    fn TransportEndpoint::last_activity(self : TransportEndpoint) -> Int

    TransportEndpoint::last_receive

    source
    fn TransportEndpoint::last_receive(self : TransportEndpoint) -> Int

    TransportEndpoint::last_send

    source
    fn TransportEndpoint::last_send(self : TransportEndpoint) -> Int

    TransportEndpoint::malformed_frames

    source
    fn TransportEndpoint::malformed_frames(self : TransportEndpoint) -> Int

    TransportEndpoint::new

    source
    fn TransportEndpoint::new(id : Int, station : CommonAddress, parameters : ConnectionParameters, window_capacity : Int, max_apdu? : Int) -> Result[TransportEndpoint, String]

    TransportEndpoint::open

    source
    fn TransportEndpoint::open(self : TransportEndpoint, timestamp : Int) -> Result[Frame, String]

    TransportEndpoint::parameters

    source

    TransportEndpoint::poll

    source
    fn TransportEndpoint::poll(self : TransportEndpoint, timestamp : Int) -> Result[Unit, Diagnostic]

    TransportEndpoint::receive

    source
    fn TransportEndpoint::receive(self : TransportEndpoint, data : Bytes, timestamp : Int) -> Result[Array[Frame], Diagnostic]

    TransportEndpoint::received_frames

    source
    fn TransportEndpoint::received_frames(self : TransportEndpoint) -> Int

    TransportEndpoint::send

    source
    fn TransportEndpoint::send(self : TransportEndpoint, payload : Bytes, timestamp : Int) -> Result[Bytes, Diagnostic]

    TransportEndpoint::sent_frames

    source
    fn TransportEndpoint::sent_frames(self : TransportEndpoint) -> Int

    TransportEndpoint::start

    source
    fn TransportEndpoint::start(self : TransportEndpoint, timestamp : Int) -> Result[Frame, String]

    TransportEndpoint::state

    source

    TransportEndpoint::station

    source

    TransportEndpoint::stop

    source
    fn TransportEndpoint::stop(self : TransportEndpoint, timestamp : Int) -> Result[Frame, String]

    TransportEvent

    source
    pub struct TransportEvent {
      sequence : Int
      timestamp : Int
      kind : TransportEventKind
      endpoint : Int
      frame_size : Int
      detail : String
    } derive(Eq, 
    Debug    )

    TransportEvent::detail

    source
    fn TransportEvent::detail(self : TransportEvent) -> String

    TransportEvent::endpoint

    source
    fn TransportEvent::endpoint(self : TransportEvent) -> Int

    TransportEvent::frame_size

    source
    fn TransportEvent::frame_size(self : TransportEvent) -> Int

    TransportEvent::kind

    source

    TransportEvent::sequence

    source
    fn TransportEvent::sequence(self : TransportEvent) -> Int

    TransportEvent::timestamp

    source
    fn TransportEvent::timestamp(self : TransportEvent) -> Int

    TransportEventKind

    source
    pub enum TransportEventKind {
      TransportOpened
      TransportStartedEvent
      TransportFrameSent
      TransportFrameReceived
      TransportAcknowledged
      TransportTimerExpired
      TransportFault
      TransportClosedEvent
    } derive(Eq, 
    Debug    )

    TransportManager

    source
    pub struct TransportManager {
      endpoints : Map[Int, TransportEndpoint]
      events : Array[TransportEvent]
      event_limit : Int
      next_event : Int
      metrics : TransportManagerMetrics
    } derive(
    Debug    )

    TransportManager::add

    source
    fn TransportManager::add(self : TransportManager, endpoint : TransportEndpoint) -> Result[Unit, String]

    TransportManager::close

    source
    fn TransportManager::close(self : TransportManager, id : Int, timestamp : Int) -> Result[Unit, String]

    TransportManager::endpoint

    source
    fn TransportManager::endpoint(self : TransportManager, id : Int) -> TransportEndpoint?

    TransportManager::endpoint_count

    source
    fn TransportManager::endpoint_count(self : TransportManager) -> Int

    TransportManager::events

    source

    TransportManager::metrics

    source

    TransportManager::new

    source
    fn TransportManager::new(event_limit? : Int) -> Result[TransportManager, String]

    TransportManager::open

    source
    fn TransportManager::open(self : TransportManager, id : Int, timestamp : Int) -> Result[Bytes, String]

    TransportManager::poll

    source
    fn TransportManager::poll(self : TransportManager, timestamp : Int) -> Array[Diagnostic]

    TransportManager::receive

    source
    fn TransportManager::receive(self : TransportManager, id : Int, data : Bytes, timestamp : Int) -> Result[Array[Frame], Diagnostic]

    TransportManager::send

    source
    fn TransportManager::send(self : TransportManager, id : Int, payload : Bytes, timestamp : Int) -> Result[Bytes, Diagnostic]

    TransportManagerMetrics

    source
    pub struct TransportManagerMetrics {
      opened : Int
      sent : Int
      received : Int
      failures : Int
      closed : Int
    } derive(Eq, 
    Debug    )

    TransportManagerMetrics::closed

    source

    TransportManagerMetrics::failures

    source

    TransportManagerMetrics::new

    source

    TransportManagerMetrics::opened

    source

    TransportManagerMetrics::received

    source

    TransportManagerMetrics::sent

    source

    TransportMode

    source
    pub enum TransportMode {
      Tcp
      SerialGateway
      ReplayFile
      InMemory
    } derive(Eq, 
    Debug    )

    TypeDescriptor

    source
    pub struct TypeDescriptor {
      type_id : ApplicationType
      name : String
      direction : PointDirection
      time_tag : TimeTagKind
      value_width : Int
      supported : Bool
      command : Bool
    } derive(Eq, 
    Debug    )

    Machine-readable description of an IEC 104 application type.

    TypeDescriptor::direction

    source

    TypeDescriptor::is_command

    source
    fn TypeDescriptor::is_command(self : TypeDescriptor) -> Bool

    TypeDescriptor::name

    source
    fn TypeDescriptor::name(self : TypeDescriptor) -> String

    TypeDescriptor::supported

    source
    fn TypeDescriptor::supported(self : TypeDescriptor) -> Bool

    TypeDescriptor::time_tag

    source
    fn TypeDescriptor::time_tag(self : TypeDescriptor) -> TimeTagKind

    TypeDescriptor::type_id

    source

    TypeDescriptor::value_width

    source
    fn TypeDescriptor::value_width(self : TypeDescriptor) -> Int

    TypeId

    source
    pub enum TypeId {
      SinglePoint
      DoublePoint
      NormalizedValue
      ShortFloat
      BitString32
      Unknown(Int)
    } derive(Eq, 
    Debug    )

    Application type identifiers used by this library.

    TypeId::is_known

    source
    fn TypeId::is_known(self : TypeId) -> Bool

    TypeId::name

    source
    fn TypeId::name(self : TypeId) -> String

    TypeId::number

    source
    fn TypeId::number(self : TypeId) -> Int

    UCommand

    source
    pub enum UCommand {
      StartDataTransfer
      StopDataTransfer
      TestFrame
      Unknown(UInt16)
    } derive(Eq, 
    Debug    )

    IEC 104 U-frame commands.

    UCommand::control

    source
    fn UCommand::control(self : UCommand) -> UInt16

    ValidationIssue

    source
    pub struct ValidationIssue {
      kind : ValidationIssueKind
      path : String
      message : String
      address : InformationAddress?
      fatal : Bool
    } derive(Eq, 
    Debug    )

    ValidationIssue::address

    source

    ValidationIssue::fatal

    source
    fn ValidationIssue::fatal(self : ValidationIssue) -> Bool

    ValidationIssue::kind

    source

    ValidationIssue::message

    source
    fn ValidationIssue::message(self : ValidationIssue) -> String

    ValidationIssue::path

    source
    fn ValidationIssue::path(self : ValidationIssue) -> String

    ValidationIssueKind

    source
    pub enum ValidationIssueKind {
      ValidationMissing
      ValidationOutOfRange
      ValidationType
      ValidationCapacity
      ValidationQuality
      ValidationPolicy
    } derive(Eq, 
    Debug    )

    ValidationProfile

    source
    pub struct ValidationProfile {
      max_points : Int
      max_history : Int
      require_time_tag_for_events : Bool
      reject_unknown_types : Bool
      require_non_global_station : Bool
    } derive(Eq, 
    Debug    )

    Validation profile for station and protocol admission checks.

    ValidationProfile::default

    source

    ValidationProfile::max_history

    source
    fn ValidationProfile::max_history(self : ValidationProfile) -> Int

    ValidationProfile::max_points

    source
    fn ValidationProfile::max_points(self : ValidationProfile) -> Int

    ValidationProfile::new

    source
    fn ValidationProfile::new(max_points? : Int, max_history? : Int, require_time_tag_for_events? : Bool, reject_unknown_types? : Bool, require_non_global_station? : Bool) -> Result[ValidationProfile, String]

    ValidationProfile::reject_unknown_types

    source
    fn ValidationProfile::reject_unknown_types(self : ValidationProfile) -> Bool

    ValidationProfile::require_non_global_station

    source
    fn ValidationProfile::require_non_global_station(self : ValidationProfile) -> Bool

    ValidationProfile::require_time_tag_for_events

    source
    fn ValidationProfile::require_time_tag_for_events(self : ValidationProfile) -> Bool

    ValidationReport

    source
    pub struct ValidationReport {
      subject : String
      valid : Bool
      issues : Array[ValidationIssue]
      checked : Int
    } derive(
    Debug    )

    ValidationReport::checked

    source
    fn ValidationReport::checked(self : ValidationReport) -> Int

    ValidationReport::issues

    source

    ValidationReport::subject

    source
    fn ValidationReport::subject(self : ValidationReport) -> String

    ValidationReport::valid

    source
    fn ValidationReport::valid(self : ValidationReport) -> Bool

    VectorCatalog

    source
    pub struct VectorCatalog {
      vectors : Array[ConformanceVector]
      names : Map[String, Bool]
    } derive(
    Debug    )

    Add a caller-owned vector while preserving deterministic ordering.

    VectorCatalog::add

    source
    fn VectorCatalog::add(self : VectorCatalog, vector : ConformanceVector) -> Result[Unit, String]

    VectorCatalog::add_all

    source
    fn VectorCatalog::add_all(self : VectorCatalog, vectors : Array[ConformanceVector]) -> Result[Unit, String]

    VectorCatalog::len

    source
    fn VectorCatalog::len(self : VectorCatalog) -> Int

    VectorCatalog::new

    source

    VectorCatalog::vectors

    source

    VectorCategory

    source
    pub enum VectorCategory {
      ApciVector
      AsduVector
      SequenceVector
      BoundaryVector
      NegativeVector
    } derive(Eq, 
    Debug    )

    Vector category used by the protocol regression runner.

    VectorExpectation

    source
    pub enum VectorExpectation {
      ExpectDecode
      ExpectReject
    } derive(Eq, 
    Debug    )

    Expected outcome of a conformance vector.

    VectorMismatch

    source
    pub struct VectorMismatch {
      vector : String
      field : String
      expected : String
      actual : String
    } derive(Eq, 
    Debug    )

    Diagnostic detail produced for a vector failure.

    VectorMismatch::actual

    source
    fn VectorMismatch::actual(self : VectorMismatch) -> String

    VectorMismatch::expected

    source
    fn VectorMismatch::expected(self : VectorMismatch) -> String

    VectorMismatch::field

    source
    fn VectorMismatch::field(self : VectorMismatch) -> String

    VectorMismatch::vector

    source
    fn VectorMismatch::vector(self : VectorMismatch) -> String

    VectorReport

    source
    pub struct VectorReport {
      total : Int
      passed : Int
      failed : Int
      rejected : Int
      bytes : Int
      results : Array[VectorResult]
    } derive(
    Debug    )

    VectorReport::bytes

    source
    fn VectorReport::bytes(self : VectorReport) -> Int

    VectorReport::failed

    source
    fn VectorReport::failed(self : VectorReport) -> Int

    VectorReport::passed

    source
    fn VectorReport::passed(self : VectorReport) -> Int

    VectorReport::rejected

    source
    fn VectorReport::rejected(self : VectorReport) -> Int

    VectorReport::results

    source

    VectorReport::total

    source
    fn VectorReport::total(self : VectorReport) -> Int

    VectorResult

    source
    pub struct VectorResult {
      name : String
      passed : Bool
      decoded : Bool
      encoded_size : Int
      mismatches : Array[VectorMismatch]
      message : String
    } derive(
    Debug    )

    VectorResult::decoded

    source
    fn VectorResult::decoded(self : VectorResult) -> Bool

    VectorResult::encoded_size

    source
    fn VectorResult::encoded_size(self : VectorResult) -> Int

    VectorResult::message

    source
    fn VectorResult::message(self : VectorResult) -> String

    VectorResult::mismatches

    source
    fn VectorResult::mismatches(self : VectorResult) -> Array[VectorMismatch]

    VectorResult::name

    source
    fn VectorResult::name(self : VectorResult) -> String

    VectorResult::passed

    source
    fn VectorResult::passed(self : VectorResult) -> Bool

    VirtualClock

    source
    pub struct VirtualClock {
      now : Int
    } derive(Eq, 
    Debug    )

    A deterministic monotonic clock for protocol simulations and tests.

    VirtualClock::advance

    source
    fn VirtualClock::advance(self : VirtualClock, delta : Int) -> Result[Int, String]

    VirtualClock::new

    source
    fn VirtualClock::new(start? : Int) -> Result[VirtualClock, String]

    VirtualClock::now

    source
    fn VirtualClock::now(self : VirtualClock) -> Int

    VirtualClock::set

    source
    fn VirtualClock::set(self : VirtualClock, timestamp : Int) -> Result[Unit, String]

    WorkloadResult

    source
    pub struct WorkloadResult {
      workload : ApplicationBenchmarkWorkload
      iterations : Int
      accepted : Int
      rejected : Int
      bytes : Int
      checksum : UInt
      detail : String
    } derive(Eq, 
    Debug    )

    WorkloadResult::accepted

    source
    fn WorkloadResult::accepted(self : WorkloadResult) -> Int

    WorkloadResult::bytes

    source
    fn WorkloadResult::bytes(self : WorkloadResult) -> Int

    WorkloadResult::checksum

    source
    fn WorkloadResult::checksum(self : WorkloadResult) -> UInt

    WorkloadResult::detail

    source
    fn WorkloadResult::detail(self : WorkloadResult) -> String

    WorkloadResult::iterations

    source
    fn WorkloadResult::iterations(self : WorkloadResult) -> Int

    WorkloadResult::rejected

    source
    fn WorkloadResult::rejected(self : WorkloadResult) -> Int

    WorkloadResult::workload

    source

    admit_envelope

    source
    fn admit_envelope(envelope : AsduEnvelope, limits : ResourceLimits) -> AdmissionDecision

    admit_frame

    source
    fn admit_frame(frame : Frame, limits : ResourceLimits) -> AdmissionDecision

    admit_inbound

    source
    fn admit_inbound(data : Bytes, limits : ResourceLimits, replay : ReplayGuard, now : Int) -> Result[Frame, Diagnostic]

    Admission pipeline for an inbound APDU.

    alarm_journal_action_examples

    source
    fn alarm_journal_action_examples() -> Array[AlarmJournalAction]

    alarm_lifecycle_examples

    source
    fn alarm_lifecycle_examples() -> Array[AlarmLifecycle]

    alarm_severity_examples

    source
    fn alarm_severity_examples() -> Array[AlarmSeverity]

    append_u24

    source
    fn append_u24(out : Array[Byte], value : Int) -> Result[Unit, String]

    application_service_examples

    source
    fn application_service_examples() -> Array[ServiceStatus]

    application_type

    source
    fn application_type(value : Int) -> ApplicationType

    Decode all currently assigned standard IEC 104 type identifiers.

    application_type_catalog

    source
    fn application_type_catalog() -> Array[TypeDescriptor]

    Return the standard catalog used to negotiate object capabilities.

    application_value_examples

    source
    fn application_value_examples() -> Array[ApplicationValue]

    application_value_is_command

    source
    fn application_value_is_command(value : ApplicationValue) -> Bool

    application_value_is_measurement

    source
    fn application_value_is_measurement(value : ApplicationValue) -> Bool

    application_value_type

    source
    fn application_value_type(value : ApplicationValue) -> ApplicationType

    application_value_width

    source
    fn application_value_width(value : ApplicationValue) -> Int

    archive_policy_examples

    source
    fn archive_policy_examples() -> Array[ArchivePolicy]

    assess_metrics

    source
    fn assess_metrics(metrics : MetricsSnapshot) -> HealthReport

    assess_session

    source
    fn assess_session(snapshot : SessionSnapshot) -> HealthReport

    assess_store

    source
    fn assess_store(store : PointStore) -> HealthReport

    audit_action_examples

    source
    fn audit_action_examples() -> Array[AuditAction]

    benchmark_fixture_checksums

    source
    fn benchmark_fixture_checksums() -> Array[UInt]

    benchmark_result_table

    source
    fn benchmark_result_table(results : Array[BenchmarkResult]) -> String

    benchmark_workload_examples

    source
    fn benchmark_workload_examples() -> Array[ApplicationBenchmarkWorkload]

    binary_counter_object

    source
    fn binary_counter_object(address : InformationAddress, value : UInt, sequence? : Int, time_tag? : TimeTag) -> Result[ApplicationObject, String]

    bit_is_set

    source
    fn bit_is_set(value : Int, bit : Int) -> Bool

    bit_string_object

    source
    fn bit_string_object(address : InformationAddress, value : UInt, time_tag? : TimeTag) -> Result[ApplicationObject, String]

    byte_statistics

    source
    fn byte_statistics(data : Bytes) -> ByteStatistics

    bytes_equal_left

    source
    fn bytes_equal_left(a : Bytes, b : Bytes) -> Bool

    calendar_weekday

    source
    fn calendar_weekday(year : Int, month : Int, day : Int) -> Result[Int, String]

    Calculate ISO-like weekday for a Gregorian date: Monday is 1, Sunday is 7.

    cause

    source
    fn cause(value : Int) -> Cause

    cause_category

    source
    fn cause_category(value : Int) -> CauseCategory

    Decode a standard cause category without rejecting extension values.

    clock_sync_object

    source
    fn clock_sync_object(address : InformationAddress, value : Cp56Time) -> Result[ApplicationObject, String]

    command_lifecycle_examples

    source
    fn command_lifecycle_examples() -> Array[CommandLifecycle]

    command_priority_examples

    source
    fn command_priority_examples() -> Array[CommandPriority]

    compatibility_examples

    source
    fn compatibility_examples() -> Array[String]

    config_change_kind_examples

    source
    fn config_change_kind_examples() -> Array[ConfigChangeKind]

    config_value_examples

    source
    fn config_value_examples() -> Array[ConfigValue]

    conformance_examples

    source
    fn conformance_examples() -> Array[TypeDescriptor]

    control_type_catalog

    source
    fn control_type_catalog() -> Array[TypeDescriptor]

    counter_interrogation_object

    source
    fn counter_interrogation_object(address : InformationAddress, qualifier : Int) -> Result[ApplicationObject, String]

    crc16_ibm

    source
    fn crc16_ibm(data : Bytes) -> UInt

    CRC-16/IBM helper for gateways that wrap IEC APDUs in a framed channel.

    crc32_ieee

    source
    fn crc32_ieee(data : Bytes) -> UInt

    CRC-32 used by fixture manifests and deterministic transport tests.

    create_interrogation_plan

    source
    fn create_interrogation_plan(store : PointStore, request : InterrogationRequest, filter : PointFilter, batch_size? : Int) -> Result[InterrogationPlan, String]

    Build plans from a point store while retaining type and address boundaries.

    database_event_kind_examples

    source
    fn database_event_kind_examples() -> Array[DatabaseEventKind]

    days_in_month

    source
    fn days_in_month(year : Int, month : Int) -> Int?

    Return the number of days in a Gregorian month.

    days_in_year

    source
    fn days_in_year(year : Int) -> Int

    Return the number of days in a year.

    decode_asdu

    source
    fn decode_asdu(data : Bytes) -> Result[(AsduHeader, Array[InformationObject]), String]

    Decode an ASDU header and its information objects.

    decode_extended_asdu

    source
    fn decode_extended_asdu(data : Bytes) -> Result[AsduEnvelope, Diagnostic]

    Decode a complete address-qualified ASDU.

    decode_frame

    source
    fn decode_frame(data : Bytes) -> Result[Frame, String]

    Decode one complete APDU. Extra bytes after the declared APDU are rejected.

    decode_signed16

    source
    fn decode_signed16(low : Int, high : Int) -> Result[Int, String]

    Return the signed value represented by a two-byte little-endian field.

    decode_time_tag

    source
    fn decode_time_tag(kind : TimeTagKind, data : Bytes, offset? : Int) -> Result[TimeTag, String]

    Decode the selected tag precision from a byte sequence.

    default_benchmark_suite

    source
    fn default_benchmark_suite() -> BenchmarkSuite

    Produce the standard local suite used by README benchmark commands.

    diagnostic_kind_examples

    source
    fn diagnostic_kind_examples() -> Array[DiagnosticKind]

    Keep all diagnostic categories available to host-side telemetry adapters.

    diagnostic_kind_name

    source
    fn diagnostic_kind_name(kind : DiagnosticKind) -> String

    diagnostic_severity_examples

    source
    fn diagnostic_severity_examples() -> Array[DiagnosticSeverity]

    diagnostics_examples

    source
    fn diagnostics_examples() -> Array[DiagnosticKind]

    double_command_object

    source
    fn double_command_object(address : InformationAddress, state : Int, qualifier : Int) -> Result[ApplicationObject, String]

    double_point_object

    source
    fn double_point_object(address : InformationAddress, state : Int, quality? : StatusQuality, time_tag? : TimeTag) -> Result[ApplicationObject, String]

    encode_application_object

    source
    fn encode_application_object(object : ApplicationObject) -> Bytes

    Encode an IOA-qualified object without the ASDU header.

    encode_asdu

    source
    fn encode_asdu(header : AsduHeader, objects : Array[InformationObject]) -> Bytes

    Encode an ASDU header followed by information objects.

    encode_extended_asdu

    source
    fn encode_extended_asdu(envelope : AsduEnvelope) -> Result[Bytes, Diagnostic]

    Encode an address-qualified ASDU into its IEC 104 application payload.

    encode_frame

    source
    fn encode_frame(frame : Frame) -> Bytes

    Encode one APCI frame, including the 0x68 start byte and length byte.

    encode_signed16

    source
    fn encode_signed16(value : Int) -> Result[Array[Byte], String]

    Encode a signed value into a little-endian two-byte field.

    encode_time_tag

    source
    fn encode_time_tag(tag : TimeTag) -> Bytes

    encoded_frame_size

    source
    fn encoded_frame_size(frame : Frame) -> Int

    Return the number of octets that an encoded frame will occupy.

    end_of_initialization_object

    source
    fn end_of_initialization_object(address : InformationAddress, value : Int) -> Result[ApplicationObject, String]

    evaluate_command

    source
    fn evaluate_command(policy : CommandPolicy, object : ApplicationObject) -> CommandOutcome

    extended_asdu_examples

    source
    fn extended_asdu_examples() -> Array[AsduEnvelope]

    failover_reason_examples

    source
    fn failover_reason_examples() -> Array[FailoverReason]

    file_transfer_direction_examples

    source
    fn file_transfer_direction_examples() -> Array[FileTransferDirection]

    file_transfer_state_examples

    source
    fn file_transfer_state_examples() -> Array[FileTransferState]

    frame_fits_apdu

    source
    fn frame_fits_apdu(frame : Frame, maximum : Int) -> Bool

    Return a conservative APDU limit check for gateways.

    frame_kind_name

    source
    fn frame_kind_name(kind : FrameKind) -> String

    health_state_examples

    source
    fn health_state_examples() -> Array[HealthState]

    health_state_name

    source
    fn health_state_name(state : HealthState) -> String

    hex_decode

    source
    fn hex_decode(text : String) -> Result[Bytes, String]

    hex_digit

    source
    fn hex_digit(value : Int) -> Char

    Convert a hexadecimal nibble to a display character.

    hex_encode

    source
    fn hex_encode(data : Bytes) -> String

    hex_value

    source
    fn hex_value(value : Char) -> Int?

    implementation_version

    source
    fn implementation_version() -> String

    information_frame

    source
    fn information_frame(send_sequence : Int, receive_sequence : Int, payload : Bytes) -> Frame

    Create an I frame from a sequence pair and an ASDU payload.

    interrogation_object

    source
    fn interrogation_object(address : InformationAddress, qualifier : Int) -> Result[ApplicationObject, String]

    is_leap_year

    source
    fn is_leap_year(year : Int) -> Bool

    Whether a year is a Gregorian leap year.

    managed_transport_state_examples

    source
    fn managed_transport_state_examples() -> Array[ManagedTransportState]

    mask_bits

    source
    fn mask_bits(value : Int, mask : Int) -> Int

    measurement_state

    source
    fn measurement_state(quality : QualityDescriptor) -> MeasurementState

    measurement_state_examples

    source
    fn measurement_state_examples() -> Array[MeasurementState]

    milliseconds_since_midnight

    source
    fn milliseconds_since_midnight(hour : Int, minute : Int, second : Int, millisecond : Int) -> Result[Int, String]

    Sum milliseconds since midnight, used by deterministic simulations.

    monitoring_type_catalog

    source
    fn monitoring_type_catalog() -> Array[TypeDescriptor]

    negotiate_profiles

    source
    fn negotiate_profiles(local_profile : StationProfile, remote : StationProfile) -> NegotiationDecision

    normalize_quality

    source
    fn normalize_quality(value : Int) -> Int

    Clamp a quality byte to the protocol's low eight bits.

    normalized_object

    source
    fn normalized_object(address : InformationAddress, value : Int, quality? : QualityDescriptor, time_tag? : TimeTag) -> Result[ApplicationObject, String]

    normalized_set_point_object

    source
    fn normalized_set_point_object(address : InformationAddress, value : Int, qualifier : Int) -> Result[ApplicationObject, String]

    normalized_value_asdu

    source
    fn normalized_value_asdu(cause : Int, common_address : Int, value : Int, quality : Int) -> Bytes

    Build a normalized telemetry value.

    observe_frame_length

    source
    fn observe_frame_length(histogram : LengthHistogram, frame : Frame) -> Unit

    Record an APDU length observation.

    operational_permission_examples

    source
    fn operational_permission_examples() -> Array[OperationalPermission]

    ordinal_day

    source
    fn ordinal_day(year : Int, month : Int, day : Int) -> Result[Int, String]

    Convert a month/day pair to a one-based ordinal day.

    pad_bytes

    source
    fn pad_bytes(data : Bytes, length : Int, fill : Byte) -> Result[Bytes, String]

    parse_apdu_prefix

    source
    fn parse_apdu_prefix(data : Bytes) -> ApduParseResult

    Parse one APDU from a byte view without requiring a socket implementation.

    parse_vsq

    source
    fn parse_vsq(value : Int) -> Result[(Int, Bool), String]

    Validate a VSQ byte and return its count/sequence pair.

    point_change_kind_examples

    source
    fn point_change_kind_examples() -> Array[PointChangeKind]

    point_direction

    source
    fn point_direction(type_id : ApplicationType) -> PointDirection

    point_store_examples

    source
    fn point_store_examples() -> Array[PointDirection]

    profile_examples

    source
    fn profile_examples() -> Array[StationProfile]

    protocol_event_examples

    source
    fn protocol_event_examples() -> Array[ProtocolEvent]

    Standard event constructors for host integrations.

    protocol_name

    source
    fn protocol_name() -> String

    quality_disposition_text

    source
    fn quality_disposition_text(disposition : QualityDisposition) -> String

    quality_finding_examples

    source
    fn quality_finding_examples() -> Array[QualityFinding]

    quality_finding_text

    source
    fn quality_finding_text(finding : QualityFinding) -> String

    quality_for_state

    source
    fn quality_for_state(state : MeasurementState) -> QualityDescriptor

    Build a quality descriptor from a measurement state.

    quality_policy_examples

    source
    fn quality_policy_examples() -> Array[QualityDisposition]

    read_object

    source
    fn read_object(address : InformationAddress) -> Result[ApplicationObject, String]

    read_u24

    source
    fn read_u24(data : Bytes, offset : Int) -> Result[Int, String]

    regulating_step_command_object

    source
    fn regulating_step_command_object(address : InformationAddress, step : Int, qualifier : Int) -> Result[ApplicationObject, String]

    reset_command_object

    source
    fn reset_command_object(address : InformationAddress, value : Int) -> Result[ApplicationObject, String]

    role_permissions

    source
    fn role_permissions(role : OperatorRole) -> Array[OperationalPermission]

    routing_action_examples

    source
    fn routing_action_examples() -> Array[RoutingAction]

    run_application_workloads

    source
    fn run_application_workloads(iterations : Int) -> Result[Array[WorkloadResult], String]

    run_benchmark_workload

    source
    fn run_benchmark_workload(rounds : Int, payload_size : Int) -> Result[BenchmarkWorkload, String]

    run_conformance_suite

    source
    fn run_conformance_suite(vectors : Array[ConformanceVector]) -> VectorReport

    run_conformance_vector

    source
    fn run_conformance_vector(vector : ConformanceVector) -> VectorResult

    run_database_workload

    source
    fn run_database_workload(iterations : Int) -> Result[WorkloadResult, String]

    run_file_workload

    source
    fn run_file_workload(iterations : Int) -> Result[WorkloadResult, String]

    run_scenario_workload

    source
    fn run_scenario_workload(iterations : Int) -> Result[WorkloadResult, String]

    run_scheduler_workload

    source
    fn run_scheduler_workload(iterations : Int) -> Result[WorkloadResult, String]

    run_telemetry_workload

    source
    fn run_telemetry_workload(iterations : Int) -> Result[WorkloadResult, String]

    runtime_event_kind_examples

    source
    fn runtime_event_kind_examples() -> Array[RuntimeEventKind]

    safe_apdu_payload

    source
    fn safe_apdu_payload(data : Bytes) -> Result[Bytes, Diagnostic]

    scaled_object

    source
    fn scaled_object(address : InformationAddress, value : Int, quality? : QualityDescriptor, time_tag? : TimeTag) -> Result[ApplicationObject, String]

    scaled_set_point_object

    source
    fn scaled_set_point_object(address : InformationAddress, value : Int, qualifier : Int) -> Result[ApplicationObject, String]

    scenario_action_examples

    source
    fn scenario_action_examples() -> Array[ScenarioAction]

    security_examples

    source
    fn security_examples() -> Array[AdmissionDecision]

    sequence_acknowledges

    source
    fn sequence_acknowledges(send_cursor : Int, acknowledgement : Int) -> Bool

    Whether a sequence acknowledgement is valid for a send cursor.

    sequence_before

    source
    fn sequence_before(start : Int, candidate : Int, limit : Int) -> Bool

    Whether candidate is strictly before limit from start.

    sequence_distance

    source
    fn sequence_distance(start : Int, end : Int) -> Int

    Distance from start to end on the 15-bit sequence ring.

    sequence_next

    source
    fn sequence_next(value : Int) -> Int

    Return the next sequence number on the IEC ring.

    sequence_normalize

    source
    fn sequence_normalize(value : Int) -> Int

    Sequence numbers are modulo 32768 in IEC 104.

    sequence_previous

    source
    fn sequence_previous(value : Int) -> Int

    Return the previous sequence number on the IEC ring.

    service_event_kind_text

    source
    fn service_event_kind_text(kind : ServiceEventKind) -> String

    service_health_text

    source
    fn service_health_text(health : ServiceHealth) -> String

    service_kind_examples

    source
    fn service_kind_examples() -> Array[ServiceKind]

    service_kind_text

    source
    fn service_kind_text(kind : SupervisorServiceKind) -> String

    service_lifecycle_text

    source
    fn service_lifecycle_text(state : ServiceLifecycle) -> String

    service_registry_examples

    source
    fn service_registry_examples() -> Array[SupervisorServiceKind]

    service_status_examples

    source
    fn service_status_examples() -> Array[ServiceStatus]

    service_status_name

    source
    fn service_status_name(status : ServiceStatus) -> String

    session_action_examples

    source
    fn session_action_examples() -> Array[SessionAction]

    set_bit

    source
    fn set_bit(value : Int, bit : Int, enabled : Bool) -> Int

    short_float_object

    source
    fn short_float_object(address : InformationAddress, value : Float, quality? : QualityDescriptor, time_tag? : TimeTag) -> Result[ApplicationObject, String]

    short_float_set_point_object

    source
    fn short_float_set_point_object(address : InformationAddress, value : Float, qualifier : Int) -> Result[ApplicationObject, String]

    simulation_action_examples

    source
    fn simulation_action_examples() -> Array[SimulationAction]

    simulation_event_examples

    source
    fn simulation_event_examples() -> Array[SimulationEvent]

    single_command_object

    source
    fn single_command_object(address : InformationAddress, state : Bool, qualifier : Int) -> Result[ApplicationObject, String]

    single_object_asdu

    source
    fn single_object_asdu(object : ApplicationObject, cause : CauseOfTransmission, common_address : CommonAddress) -> Result[AsduEnvelope, Diagnostic]

    Build an ASDU containing one object.

    single_point_asdu

    source
    fn single_point_asdu(cause : Int, common_address : Int, ioa : Int, status : Bool, quality : Int) -> Bytes

    Build a single-point status ASDU.

    single_point_object

    source
    fn single_point_object(address : InformationAddress, state : Bool, quality? : StatusQuality, time_tag? : TimeTag) -> Result[ApplicationObject, String]

    split_apdus

    source
    fn split_apdus(data : Bytes) -> Result[(Array[Frame], Bytes), Diagnostic]

    Split a byte stream into complete APDUs and retain incomplete tails.

    split_file_segments

    source
    fn split_file_segments(file : StoredFile, segment_size : Int) -> Result[Array[FileSegment], String]

    Generate ordered download segments from an immutable file.

    split_milliseconds_since_midnight

    source
    fn split_milliseconds_since_midnight(value : Int) -> Result[(Int, Int, Int, Int), String]

    Split milliseconds since midnight into hour, minute, second and remainder.

    standard_conformance_vectors

    source
    fn standard_conformance_vectors() -> Array[ConformanceVector]

    Built-in vectors cover all APCI frame families and malformed boundaries.

    station_state_reason_examples

    source
    fn station_state_reason_examples() -> Array[StationStateReason]

    station_status_examples

    source
    fn station_status_examples() -> Array[StationStatus]

    step_position_object

    source
    fn step_position_object(address : InformationAddress, position : Int, transient? : Bool, quality? : StatusQuality, time_tag? : TimeTag) -> Result[ApplicationObject, String]

    supervisory_frame

    source
    fn supervisory_frame(receive_sequence : Int) -> Frame

    Create an S frame acknowledging received I frames.

    supported_type_catalog

    source
    fn supported_type_catalog() -> Array[TypeDescriptor]

    telemetry_state_examples

    source
    fn telemetry_state_examples() -> Array[TelemetryState]

    test_command_object

    source
    fn test_command_object(address : InformationAddress, value : Int) -> Result[ApplicationObject, String]

    time_tag_examples

    source
    fn time_tag_examples() -> Array[TimeTag]

    time_tag_kind_for_type

    source
    fn time_tag_kind_for_type(type_id : ApplicationType) -> TimeTagKind

    timer_state_examples

    source
    fn timer_state_examples() -> Array[TimerState]

    trace_kind_examples

    source
    fn trace_kind_examples() -> Array[TraceKind]

    transport_event_kind_examples

    source
    fn transport_event_kind_examples() -> Array[TransportEventKind]

    transport_examples

    source
    fn transport_examples() -> Array[ApduParseResult]

    transport_mode_examples

    source
    fn transport_mode_examples() -> Array[TransportMode]

    transport_mode_name

    source
    fn transport_mode_name(mode : TransportMode) -> String

    trim_trailing_bytes

    source
    fn trim_trailing_bytes(data : Bytes, value : Byte) -> Bytes

    type_descriptor

    source
    fn type_descriptor(type_id : ApplicationType) -> TypeDescriptor

    type_id

    source
    fn type_id(value : Int) -> TypeId

    type_id_examples

    source
    fn type_id_examples() -> Array[TypeId]

    type_is_supported

    source
    fn type_is_supported(type_id : ApplicationType) -> Bool

    type_name

    source
    fn type_name(type_id : ApplicationType) -> String

    type_wire_width

    source
    fn type_wire_width(type_id : ApplicationType) -> Int

    u_command

    source
    fn u_command(control : UInt16) -> UCommand

    unnumbered_frame

    source
    fn unnumbered_frame(control : UInt16) -> Frame

    Create a U frame. The low six control bits are retained by the encoder.

    validate_application_object

    source
    fn validate_application_object(object : ApplicationObject, profile : ValidationProfile) -> ValidationReport

    validate_common_address

    source
    fn validate_common_address(value : Int) -> Result[CommonAddress, Diagnostic]

    validate_envelope

    source
    fn validate_envelope(envelope : AsduEnvelope) -> ConformanceReport

    validate_frame

    source
    fn validate_frame(frame : Frame) -> Result[Unit, String]

    Validate invariants that are independent of a concrete transport.

    validate_information_address

    source
    fn validate_information_address(value : Int) -> Result[InformationAddress, Diagnostic]

    validate_point_store

    source
    fn validate_point_store(store : PointStore, profile : ValidationProfile) -> ValidationReport

    validate_station_config

    source
    fn validate_station_config(config : StationConfig, profile : ValidationProfile) -> ValidationReport

    validate_transport_frame

    source
    fn validate_transport_frame(frame : Frame) -> Result[Unit, Diagnostic]

    Validate a frame against transport-level limits before sending it.

    validate_transport_frame_admission

    source
    fn validate_transport_frame_admission(data : Bytes, limits : ResourceLimits) -> ValidationReport

    validation_issue_kind_examples

    source
    fn validation_issue_kind_examples() -> Array[ValidationIssueKind]

    vector_category_examples

    source
    fn vector_category_examples() -> Array[VectorCategory]

    vector_expectation_examples

    source
    fn vector_expectation_examples() -> Array[VectorExpectation]

    wire_tool_examples

    source
    fn wire_tool_examples() -> Array[Bytes]

    xor_checksum

    source
    fn xor_checksum(data : Bytes) -> Byte

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