IoT-Driver.MitsubishiRx.Reactive 1.0.2

.NET 8.0

dotnet add package IoT-Driver.MitsubishiRx.Reactive --version 1.0.2

NuGet\Install-Package IoT-Driver.MitsubishiRx.Reactive -Version 1.0.2

This command is intended to be used within the Package Manager Console in Visual Studio, as it uses the NuGet module's version of Install-Package.

<PackageReference Include="IoT-Driver.MitsubishiRx.Reactive" Version="1.0.2" />

For projects that support PackageReference, copy this XML node into the project file to reference the package.

<PackageVersion Include="IoT-Driver.MitsubishiRx.Reactive" Version="1.0.2" />
                    

                            Directory.Packages.props

<PackageReference Include="IoT-Driver.MitsubishiRx.Reactive" />
                    

                            Project file

For projects that support Central Package Management (CPM), copy this XML node into the solution Directory.Packages.props file to version the package.

paket add IoT-Driver.MitsubishiRx.Reactive --version 1.0.2

The NuGet Team does not provide support for this client. Please contact its maintainers for support.

#r "nuget: IoT-Driver.MitsubishiRx.Reactive, 1.0.2"

#r directive can be used in F# Interactive and Polyglot Notebooks. Copy this into the interactive tool or source code of the script to reference the package.

#:package IoT-Driver.MitsubishiRx.Reactive@1.0.2

#:package directive can be used in C# file-based apps starting in .NET 10 preview 4. Copy this into a .cs file before any lines of code to reference the package.

#addin nuget:?package=IoT-Driver.MitsubishiRx.Reactive&version=1.0.2
                    

                            Install as a Cake Addin

#tool nuget:?package=IoT-Driver.MitsubishiRx.Reactive&version=1.0.2
                    

                            Install as a Cake Tool

The NuGet Team does not provide support for this client. Please contact its maintainers for support.

MitsubishiRx

Overview

MitsubishiRx is an async and observable Mitsubishi MC Protocol / SLMP client. It supports 1E, 3E and 4E Ethernet frames, 1C, 3C and 4C serial frames, TCP, UDP, and serial transports, direct device operations, tag databases, logical tags, polling, and test transports.

Safety

PLC writes, remote run/stop/reset, password changes, and buffer-memory access can change a live process. Validate addresses and values against the PLC program, start with a simulator or isolated controller, restrict network access, and require an application-level interlock and audit trail before issuing control operations. A successful protocol response is not a safety guarantee.

Package matrix

Package	Namespace	Target frameworks	Use it when
`IoT-Driver.MitsubishiRx`	`IoT.Driver.MitsubishiRx`	net8.0, net9.0, net10.0, net11.0	Using ReactiveUI.Primitives and SerialPortRx.
`IoT-Driver.MitsubishiRx.Reactive`	`IoT.Driver.MitsubishiRx.Reactive`	net8.0, net9.0, net10.0, net11.0	Using the ReactiveUI.Primitives reactive bridge and SerialPortRx.Reactive.
`IoT-Driver.MitsubishiRx.Generators`	generated code targets `IoT.Driver.MitsubishiRx`	analyzer targets supplied by the compiler	Installing generated base-runtime tag clients.

The runtime packages compile shared source under different namespaces. Do not reference both in one application unless the distinction is intentional. Neither runtime package contains the analyzer. The standalone generator emits clients for IoT.Driver.MitsubishiRx and requires the base IoT-Driver.MitsubishiRx runtime. Use the handwritten tag, polling, and write APIs in a reactive-runtime-only application.

Install

dotnet add package IoT-Driver.MitsubishiRx
# or, for the reactive namespace
dotnet add package IoT-Driver.MitsubishiRx.Reactive
# Add separately only with the base runtime when using generated clients.
dotnet add package IoT-Driver.MitsubishiRx.Generators

Quick start

The primary constructor takes options, an optional transport (useful for tests), and an optional scheduler. Calls return Responce / Responce<T>; check IsSucceed before using Value.

using IoT.Driver.MitsubishiRx;

var options = new MitsubishiClientOptions(
    Host: "192.168.0.10", Port: 5000,
    FrameType: MitsubishiFrameType.ThreeE,
    DataCode: CommunicationDataCode.Binary,
    TransportKind: MitsubishiTransportKind.Tcp,
    Timeout: TimeSpan.FromSeconds(3));

await using var plc = new MitsubishiRx(options, transport: null, scheduler: null);
var opened = await plc.OpenAsync(CancellationToken.None);
if (!opened.IsSucceed) throw new InvalidOperationException(opened.Err);

var read = await plc.ReadWordsAsync("D100", 2, CancellationToken.None);
if (read.IsSucceed && read.Value is { } words)
    Console.WriteLine($"D100={words[0]}");

var written = await plc.WriteWordsAsync("D100", new ushort[] { 42 }, CancellationToken.None);
if (!written.IsSucceed) Console.Error.WriteLine(written.Err);

Configuration

MitsubishiClientOptions records the endpoint and framing. Use 3E/binary/TCP as the normal starting point; select the actual PLC/module configuration rather than inferring it from a CPU family.

Setting	Notes
`FrameType`	`OneE`, `ThreeE`, `FourE`, `OneC`, `ThreeC`, `FourC`.
`DataCode`	`Binary` or `Ascii`; 1C/3C are ASCII serial paths and format 5 is binary 4C.
`TransportKind`	`Tcp`, `Udp`, or `Serial`.
`Route`, `MonitoringTimer`, `LegacyPcNumber`, `SerialNumberProvider`	Ethernet/SLMP route and frame metadata. `ResolvedRoute` defaults to `MitsubishiRoute.Default`.
`Timeout`, `CpuType`, `XyNotation`	Client timeout, optional family hint, and X/Y octal/hexadecimal interpretation.
`Serial`	Required when `TransportKind.Serial`; configure `MitsubishiSerialOptions` with port parameters, message format, routing, station and buffer settings.

using System.IO.Ports;
using IoT.Driver.MitsubishiRx;

var serial = new MitsubishiClientOptions(
    "COM3", 0, MitsubishiFrameType.FourC, CommunicationDataCode.Binary,
    MitsubishiTransportKind.Serial,
    Serial: new MitsubishiSerialOptions(
        PortName: "COM3", BaudRate: 9600, DataBits: 7,
        Parity: Parity.Even, StopBits: StopBits.One, Handshake: Handshake.None,
        MessageFormat: MitsubishiSerialMessageFormat.Format5));

Detailed features

Response, errors, cancellation, and lifetime

Every command is asynchronous and returns Responce (the established public spelling) or Responce<T>. A protocol rejection, transport exception, timeout, or conversion error is represented by IsSucceed == false, Err, ErrList, and, where applicable, Exception; it is not normally thrown from a command. Argument validation and use after disposal can still throw. Pass a cancellation token when the operation needs to participate in an application cancellation scope, test the response before reading Value, and dispose the client after subscriptions have been disposed.

static async Task<T> Require<T>(Task<Responce<T>> request)
{
    var result = await request.ConfigureAwait(false);
    if (!result.IsSucceed)
        throw new InvalidOperationException(result.Err, result.Exception);
    return result.Value!;
}

using var stop = new CancellationTokenSource(TimeSpan.FromSeconds(3));
await using var plc = new MitsubishiRx(options, transport: null, scheduler: null);
var opened = await plc.OpenAsync(stop.Token);
if (!opened.IsSucceed) return;             // report opened.Err / opened.ErrList
ushort[] words = await Require(plc.ReadWordsAsync("D100", 4, stop.Token));
await plc.CloseAsync(CancellationToken.None);

ConnectionStates publishes Disconnected, connecting/connected and fault states; OperationLogs contains the operation description, request/response bytes, success and exception. Subscribe before OpenAsync if startup telemetry matters, redact raw frames if they can contain sensitive payloads, and dispose the subscriptions before the client.

using var state = plc.ConnectionStates.Subscribe(s => Console.WriteLine($"PLC: {s}"));
using var log = plc.OperationLogs.Subscribe(entry =>
{
    if (!entry.Success) Console.Error.WriteLine(entry.Description);
});

Addressing, device values, and batch operations

MitsubishiDeviceAddress.Parse(address, xyNotation) is the parser used by the client. Device prefixes such as D, M, X, Y, W, B, R, ZR, and TN must match the PLC/program. XyAddressNotation chooses how X/Y suffixes are interpreted; retain the PLC's configured octal/hex convention. ReadWordsAsync/WriteWordsAsync read contiguous 16-bit device units, while ReadBitsAsync/WriteBitsAsync read contiguous bit units. The supplied count or list length is part of the protocol request, so never accidentally write a larger buffer than the designed tag region.

var address = MitsubishiDeviceAddress.Parse("D200", XyAddressNotation.Octal);
var before = await plc.ReadWordsAsync("D200", points: 3, cancellationToken: CancellationToken.None);
if (before.IsSucceed)
{
    ushort[] next = [before.Value![0], 250, before.Value[2]];
    var write = await plc.WriteWordsAsync("D200", next, CancellationToken.None);
    if (!write.IsSucceed) Console.Error.WriteLine(write.Err);
}

var inputs = await plc.ReadBitsAsync("X10", 8, CancellationToken.None);
if (inputs.IsSucceed)
    await plc.WriteBitsAsync("M100", inputs.Value!, CancellationToken.None);

Use a contiguous batch read whenever addresses are nearby. Use random access only when grouping would read a large irrelevant gap:

var sparse = await plc.RandomReadWordsAsync(["D100", "D220", "W10"], CancellationToken.None);
var commit = await plc.RandomWriteWordsAsync(
    new[] { new KeyValuePair<string, ushort>("D100", 12), new("W10", 9) },
    CancellationToken.None);

RegisterMonitorAsync(addresses) programs the PLC-side monitor list and ExecuteMonitorAsync obtains its raw response. Register once after connection/reconfiguration, then execute repeatedly; re-register after reconnect if the target controller does not preserve monitor state. ReadBlocksAsync/WriteBlocksAsync accept MitsubishiBlockRequest, which combines MitsubishiWordBlock and MitsubishiBitBlock for a single multi-block command. These APIs return raw bytes because the response layout follows the request blocks; decode only with the same block ordering used to construct the request.

var registered = await plc.RegisterMonitorAsync(["D100", "M20", "D300"], CancellationToken.None);
if (registered.IsSucceed)
{
    Responce<byte[]> sample = await plc.ExecuteMonitorAsync(CancellationToken.None);
    if (sample.IsSucceed) Console.WriteLine(Convert.ToHexString(sample.Value!));
}

var blocks = new MitsubishiBlockRequest(
    [new MitsubishiWordBlock(MitsubishiDeviceAddress.Parse("D100", options.XyNotation), new ushort[] { 1, 2, 3, 4 })],
    [new MitsubishiBitBlock(MitsubishiDeviceAddress.Parse("M100", options.XyNotation), new bool[] { true, false })]);
var blockRead = await plc.ReadBlocksAsync(blocks, CancellationToken.None);
var blockWrite = await plc.WriteBlocksAsync(blocks, CancellationToken.None);
if (!blockWrite.IsSucceed) Console.Error.WriteLine(blockWrite.Err);

Controller diagnostics, control, and raw protocol access

ReadTypeNameAsync returns MitsubishiTypeName (model name and model code). ClearErrorAsync, LoopbackAsync, and ReadMemoryAsync/WriteMemoryAsync support commissioning and diagnosis. Their result follows the same Responce model; LoopbackAsync returns the echoed bytes and memory reads return ushort[]. Memory calls require the documented MC-memory command as well as address and length/value payload.

var identity = await plc.ReadTypeNameAsync(CancellationToken.None);
var echoed = await plc.LoopbackAsync([0x01, 0x02], CancellationToken.None);
var buffer = await plc.ReadMemoryAsync(command: 0x0613, address: 0x1000, length: 16,
    cancellationToken: CancellationToken.None);
if (buffer.IsSucceed)
    await plc.WriteMemoryAsync(command: 0x1613, address: 0x1000, values: buffer.Value!,
        cancellationToken: CancellationToken.None);

RemoteRunAsync, RemoteStopAsync, RemotePauseAsync, RemoteLatchClearAsync, RemoteResetAsync, UnlockAsync, and LockAsync change controller state or protection. Put an application-level authorization, interlock, confirmation record, and a read-back check around them. Do not expose these calls directly to an untrusted UI. ExecuteRawAsync(MitsubishiRawCommandRequest, token) is for a documented command not yet wrapped by the higher-level methods; it returns its wire reply and should be isolated behind a versioned, tested adapter. SendPackageAsync, SendPackageSingleAsync, and SendPackageReliableAsync are asynchronous raw-frame compatibility APIs: they transmit the supplied pre-encoded frame without re-encoding it. New code should prefer ExecuteRawAsync.

if (operatorApproved && await IsPlantSafeAsync())
{
    var stopped = await plc.RemoteStopAsync(CancellationToken.None);
    if (!stopped.IsSucceed) throw new InvalidOperationException(stopped.Err);
    var clear = await plc.ClearErrorAsync(CancellationToken.None);
}

var request = new MitsubishiRawCommandRequest(Command: 0x0619, Subcommand: 0,
    Body: Array.Empty<byte>(), Description: "Site-approved diagnostic");
Responce<byte[]> raw = await plc.ExecuteRawAsync(request, CancellationToken.None);

Polling, freshness, triggers, and write queues

ObserveWords and ObserveBits repeatedly invoke their direct counterparts at an interval. ObserveWordsHeartbeat wraps each poll in a Heartbeat<T>; ObserveWordsStale emits Stale<T> when no new value arrives within the configured age. ObserveWordsLatest accepts an observable trigger and keeps only the newest in-flight result, which is appropriate for bursty UI refresh events. Dispose each subscription to stop scheduling and retain no subscription after the client is disposed.

using var cts = new CancellationTokenSource();
using var telemetry = plc.ObserveWordsHeartbeat("D100", 2, TimeSpan.FromMilliseconds(250),
    heartbeatAfter: TimeSpan.FromSeconds(1), minimumUpdateSpacing: null, pollTimeout: null)
    .Subscribe(beat => Console.WriteLine($"{beat.Value.Value?[0]} @ {beat.Timestamp:O}"));
using var health = plc.ObserveWordsStale("D100", 2, TimeSpan.FromMilliseconds(250),
    TimeSpan.FromSeconds(2), minimumUpdateSpacing: null)
    .Subscribe(stale => Console.WriteLine(stale.IsStale));

ObserveReactiveWords, ObserveReactiveTag<T>, and ObserveReactiveTagGroup add a MitsubishiReactiveValue<T> with MitsubishiReactiveQuality (Good, error/stale/heartbeat states) and timestamp/error context. Use it for view models and downstream decisions that must distinguish a valid zero from a failed or stale read. CreateReactiveWordWritePipeline and CreateReactiveTagWritePipeline<T> accept a source of desired values, serialize writes, and report MitsubishiReactiveWriteResult; choose MitsubishiReactiveWriteMode deliberately (for example, latest-only for a slider and every value for an auditable setpoint sequence).

using var values = plc.ObserveReactiveWords("D100", 1, TimeSpan.FromSeconds(1))
    .Where(v => v.Quality == MitsubishiReactiveQuality.Good)
    .Subscribe(v => Render(v.Value![0]));

using var writer = plc.CreateReactiveWordWritePipeline("D200",
    MitsubishiReactiveWriteMode.LatestWins, TimeSpan.FromMilliseconds(100));
using var writeResults = writer.Results.Subscribe(r => Console.WriteLine(r.Success));
writer.Post(new ushort[] { 42 });

Tag database, typed values, groups, and schema rollout

MitsubishiTagDatabase maps stable names to MitsubishiTagDefinition records. A tag can declare address, data type, point count, string length/encoding and engineering scale metadata; MitsubishiTagValueConverter performs the conversion. Build it with the constructor/Add methods, FromCsv, FromJson, FromYaml, or Load; persist using ToCsv, ToJson, ToYaml, and Save. Assign the database to TagDatabase, call ValidateTagDatabase, and only then use the by-tag APIs. Failure to assign or validate a database is an application configuration error, not a retryable PLC fault.

var database = new MitsubishiTagDatabase([
    new MitsubishiTagDefinition("Temperature", "D100", "Float"),
    new MitsubishiTagDefinition("Enable", "M100", "Bit"),
    new MitsubishiTagDefinition("Recipe", "D200", "String", Length: 20),
    new MitsubishiTagDefinition("Flow", "D120", "UInt16", Scale: 0.1, Units: "L/min")
]);
database.AddGroup(new MitsubishiTagGroupDefinition("RecipeCommit", ["Temperature", "Enable", "Recipe"]));
plc.TagDatabase = database;
var valid = plc.ValidateTagDatabase();
if (!valid.IsSucceed) throw new InvalidOperationException(valid.Err);

var temperature = await plc.ReadFloatByTagAsync("Temperature", CancellationToken.None);
var enabled = await plc.ReadBitsByTagAsync("Enable", 1, CancellationToken.None);
var recipe = await plc.ReadStringByTagAsync("Recipe", CancellationToken.None);

The typed families are Read/WriteWordsByTagAsync, Bits, Int16, UInt16, Int32, DWord/UInt32, Float, ScaledDouble, and String; ReadTagAsync/WriteTagAsync dispatch by metadata. Use a typed method when the schema is known at compile time, and the generic method only for an editor/importer. String calls have overloads for explicit length where required. RandomReadWordsByTagAsync/RandomWriteWordsByTagAsync resolve names before the sparse protocol operation.

var setTemperature = await plc.WriteFloatByTagAsync("Temperature", 21.5f, CancellationToken.None);
var setRecipe = await plc.WriteStringByTagAsync("Recipe", "Batch-07", CancellationToken.None);
var engineering = await plc.ReadScaledDoubleByTagAsync("Flow", CancellationToken.None);
var arbitrary = await plc.ReadTagAsync("Temperature", CancellationToken.None);

Groups provide an explicit, validated write boundary. ReadTagGroupSnapshotAsync returns MitsubishiTagGroupSnapshot; ValidateTagGroupWrite checks names/types before any remote write; WriteTagGroupValuesAsync writes the supplied members; and WriteTagGroupSnapshotAsync replays a snapshot. A group operation is sequential rather than a transactional PLC instruction, so use the PLC program's commit/handshake bit if atomic process visibility is required.

var staged = new Dictionary<string, object?> { ["Temperature"] = 22.0f, ["Enable"] = true };
var check = plc.ValidateTagGroupWrite("RecipeCommit", staged);
if (check.IsSucceed)
    await plc.WriteTagGroupValuesAsync("RecipeCommit", staged, CancellationToken.None);

var snapshot = await plc.ReadTagGroupSnapshotAsync("RecipeCommit", CancellationToken.None);
if (snapshot.IsSucceed)
    await plc.WriteTagGroupSnapshotAsync(snapshot.Value!, CancellationToken.None);

For controlled configuration change, use LoadAndValidateTagDatabase, PreviewTagDatabaseDiff, ObserveTagDatabaseDiff, and ObserveTagDatabaseReload. MitsubishiTagDatabaseDiff, MitsubishiTagChange, MitsubishiTagGroupChange, and MitsubishiSchemaChangeKind tell which entries change. Apply a MitsubishiTagRolloutPolicy only after a preview has been reviewed; do not hot-reload a safety-critical mapping without an operations change process.

var preview = plc.PreviewTagDatabaseDiff("tags.yaml", MitsubishiTagRolloutPolicy.AllowAll);
if (preview.IsSucceed && preview.Value!.IsEmpty)
    Console.WriteLine("No mapping change");
using var reload = plc.ObserveTagDatabaseReload("tags.yaml", TimeSpan.FromSeconds(5), emitInitial: true)
    .Subscribe(result => Console.WriteLine(result.IsSucceed ? "Reloaded" : result.Err));

Logical tags, bulk operations, and source generation

CreateLogicalTagClient composes the common ILogicalTagCatalog with the Mitsubishi transport and optional LogicalTagSqliteStore. MitsubishiLogicalTagClient supports registration, read/write one or many tags, observable and async-enumerable observation, persistence and operation metrics. It is the appropriate boundary when several protocols share a logical-tag catalog. Dispose it before disposing the native Mitsubishi client.

using IoT.Driver.Core;

using var catalog = new LogicalTagCatalog();
var store = new LogicalTagSqliteStore("Data Source=logical-tags.db");
using var logical = plc.CreateLogicalTagClient(catalog, TimeSpan.FromSeconds(1), store);
var result = await logical.ReadAsync("Line1.Temperature", CancellationToken.None);
await foreach (var update in logical.ObserveAsync("Line1.Temperature", CancellationToken.None))
    Console.WriteLine(update.Value);

IoT-Driver.MitsubishiRx.Generators supplies MitsubishiTagClientGenerator, which recognizes MitsubishiTagClientAttribute, MitsubishiTagAttribute, and MitsubishiTagClientSchemaAttribute. It generates a typed client, GeneratedMitsubishiTagClient entrypoint, extension/GroupsClient surfaces and per-group TagsClient accessors. The generator validates supported scalar/tag metadata at compile time, so use attributes for a stable, source-controlled schema and the runtime database for imported/operational schemas.

using IoT.Driver.MitsubishiRx;

[MitsubishiTagClient(nameof(LogicalTags))]
public sealed partial class FurnaceTags
{
    public MitsubishiLogicalTagClient LogicalTags { get; init; } = null!;

    [MitsubishiTag("Furnace.Temperature")]
    public float Temperature { get; set; }

    [MitsubishiTag("Furnace.Enabled")]
    public bool Enabled { get; set; }
}
// The generated client binds the declared members to MitsubishiRx; inspect obj/Generated
// or the generator diagnostics when an attribute is malformed.

Test transports and two combined workflows

The client selects its built-in TCP/UDP or serial transport from MitsubishiClientOptions; those transport implementations are intentionally internal. IMitsubishiTransport is the public contract for a custom transport. MitsubishiSimulatorMemory offers direct word/bit state, while MitsubishiSimulatorTransport records requests, queues responses/connect/exchange faults, or uses stateful memory. Use the simulator in unit tests rather than a production PLC.

var memory = new MitsubishiSimulatorMemory();
memory.WriteWords("D100", [10, 20]);
await using var simulated = new MitsubishiRx(
    options, new MitsubishiSimulatorTransport(memory), scheduler: null);
await simulated.OpenAsync(CancellationToken.None);
var result = await simulated.ReadWordsAsync("D100", 2, CancellationToken.None);

Workflow 1 - production telemetry with freshness and safe setpoints. Validate/load the tag database, open the client, observe a tag group with ObserveReactiveTagGroup or ObserveTagGroupStale, inhibit UI changes when quality is stale/error, validate a group write, write the staged values through a latest-only pipeline, and record OperationLogs. This combines configuration validation, polling, quality, grouped writes and audit telemetry without assuming a successful network response is a process-safe outcome.

await using var production = new MitsubishiRx(options, transport: null, scheduler: null);
production.TagDatabase = MitsubishiTagDatabase.Load("line-a-tags.yaml");
var schema = production.ValidateTagDatabase();
if (!schema.IsSucceed) throw new InvalidOperationException(schema.Err);

using var logs = production.OperationLogs.Subscribe(log => Audit(log.Description, log.Success));
using var fresh = production.ObserveTagGroupStale("Setpoints", TimeSpan.FromMilliseconds(250),
    TimeSpan.FromSeconds(2), minimumUpdateSpacing: null)
    .Subscribe(sample => SetControlsEnabled(!sample.IsStale && sample.Value.IsSucceed));

var open = await production.OpenAsync(CancellationToken.None);
if (!open.IsSucceed) throw new InvalidOperationException(open.Err);
var staged = new Dictionary<string, object?> { ["TargetTemperature"] = 70.0f, ["Enabled"] = true };
var accepted = production.ValidateTagGroupWrite("Setpoints", staged);
if (accepted.IsSucceed && await OperatorInterlockAllowsAsync())
{
    var written = await production.WriteTagGroupValuesAsync("Setpoints", staged, CancellationToken.None);
    if (!written.IsSucceed) ReportWriteFailure(written.Err);
}
await production.CloseAsync(CancellationToken.None);

Workflow 2 - commissioning with sparse diagnostics. Open a simulator first, use ReadTypeNameAsync, batch-read contiguous regions, random-read sparse registers, register/execute a monitor for repeated inspection, then move the same options to a live isolated PLC. Keep remote-control and raw commands behind an explicit operator authorization, capture operation logs, and close/dispose when the session ends.

var memory = new MitsubishiSimulatorMemory();
memory.WriteWords("D100", new ushort[] { 100, 101, 102, 103 });
memory.WriteWords("D200", new ushort[] { 200 });
await using var bench = new MitsubishiRx(
    options, new MitsubishiSimulatorTransport(memory), scheduler: null);
using var diagnostics = bench.OperationLogs.Subscribe(log => Console.WriteLine(log.Description));
if (!(await bench.OpenAsync(CancellationToken.None)).IsSucceed) return;

var identity = await bench.ReadTypeNameAsync(CancellationToken.None);
var contiguous = await bench.ReadWordsAsync("D100", 4, CancellationToken.None);
var sparse = await bench.RandomReadWordsAsync(new[] { "D100", "D200" }, CancellationToken.None);
var registered = await bench.RegisterMonitorAsync(new[] { "D100", "D200" }, CancellationToken.None);
Responce<byte[]> monitor = registered.IsSucceed
    ? await bench.ExecuteMonitorAsync(CancellationToken.None)
    : new Responce<byte[]>(registered);
if (!identity.IsSucceed || !contiguous.IsSucceed || !sparse.IsSucceed || !monitor.IsSucceed)
    throw new InvalidOperationException("Commissioning diagnostic did not succeed.");
await bench.CloseAsync(CancellationToken.None);

Device operations and monitoring

ReadWordsAsync, WriteWordsAsync, ReadBitsAsync, and WriteBitsAsync operate on direct addresses. RandomReadWordsAsync / RandomWriteWordsAsync issue random-device requests; RegisterMonitorAsync then ExecuteMonitorAsync use PLC monitor registration; ReadBlocksAsync / WriteBlocksAsync use MitsubishiWordBlock and MitsubishiBitBlock requests. Use a cancellation token on every asynchronous call.

var bits = await plc.ReadBitsAsync("M100", 8, CancellationToken.None);
var random = await plc.RandomReadWordsAsync(new[] { "D100", "D200" }, CancellationToken.None);
var monitor = await plc.RegisterMonitorAsync(new[] { "D100", "D101" }, CancellationToken.None);
var data = monitor.IsSucceed
    ? await plc.ExecuteMonitorAsync(CancellationToken.None)
    : new Responce<byte[]>(monitor);

The protocol/control surface is ReadTypeNameAsync, RemoteRunAsync, RemoteStopAsync, RemotePauseAsync, RemoteLatchClearAsync, RemoteResetAsync, UnlockAsync, LockAsync, ClearErrorAsync, LoopbackAsync, ReadMemoryAsync, WriteMemoryAsync, and ExecuteRawAsync(MitsubishiRawCommandRequest, ...). Guard the control methods more strictly than normal reads.

// This belongs behind a site authorization and an independently verified safe state.
if (operatorApproved && await IsPlantSafeAsync())
{
    var unlocked = await plc.UnlockAsync(passwordFromSecureStore, CancellationToken.None);
    if (!unlocked.IsSucceed) throw new InvalidOperationException(unlocked.Err);
    var running = await plc.RemoteRunAsync(force: false, clearMode: false,
        cancellationToken: CancellationToken.None);
    if (!running.IsSucceed) ReportWriteFailure(running.Err);
    var locked = await plc.LockAsync(passwordFromSecureStore, CancellationToken.None);
}

Polling, health, and queued writes

ObserveWords, ObserveBits, ObserveWordsHeartbeat, ObserveWordsStale, and ObserveWordsLatest turn a scan interval or trigger into streams. Tag groups have equivalent ObserveTagGroup* methods. ConnectionStates, OperationLogs, SampleDiagnostics, and ObserveConnectionHealth expose lifecycle and operational observations. ObserveReactiveWords / ObserveReactiveTagGroup add MitsubishiReactiveValue<T> quality metadata. CreateReactiveWordWritePipeline serializes/coalesces word writes and returns MitsubishiReactiveWritePipeline<IReadOnlyList<ushort>>.

using var subscription = plc.ObserveWords("D100", 2, TimeSpan.FromMilliseconds(250),
    minimumUpdateSpacing: null, pollTimeout: null)
    .Subscribe(reply =>
    {
        if (reply.IsSucceed) Console.WriteLine(reply.Value![0]);
    });

For externally triggered refreshes, use a caller-owned Signal<Unit> and the latest-only overload. The same scope can observe bit changes; dispose all three subscriptions/signals before disposing the client.

using ReactiveUI.Primitives;
using ReactiveUI.Primitives.Signals;

using var refresh = new Signal<Unit>();
using var bits = plc.ObserveBits("M100", 8, TimeSpan.FromMilliseconds(250), minimumUpdateSpacing: null)
    .Subscribe(reply =>
    {
        if (reply.IsSucceed) Console.WriteLine(string.Join(',', reply.Value!));
    });
using var latest = plc.ObserveWordsLatest("D100", 2, refresh)
    .Subscribe(reply =>
    {
        if (reply.IsSucceed) Console.WriteLine(string.Join(',', reply.Value!));
    });
refresh.OnNext(Unit.Default); // a UI refresh or a configuration-change trigger

ObserveReactiveTag<T> and CreateReactiveTagWritePipeline<T> use the validated TagDatabase metadata. A typed key prevents an accidental value-shape mismatch, while the write pipeline serializes/coalesces desired values.

using IoT.Driver.Core;

var temperatureKey = new LogicalTagKey<float>("Temperature");
using var quality = plc.ObserveReactiveTag(temperatureKey, TimeSpan.FromMilliseconds(250), null)
    .Subscribe(sample =>
    {
        if (sample.Quality == MitsubishiReactiveQuality.Good && sample.Value is float value)
            Console.WriteLine($"Temperature = {value}");
    });
using var setpointWriter = plc.CreateReactiveTagWritePipeline(
    temperatureKey, MitsubishiReactiveWriteMode.LatestWins, TimeSpan.FromMilliseconds(100));
using var writes = setpointWriter.Results.Subscribe(result => Console.WriteLine($"{result.Target}: {result.Success}"));
setpointWriter.Post(22.5f);

Group streams provide the equivalent heartbeat and latest-only forms. A group must exist in the assigned tag database before subscribing.

using ReactiveUI.Primitives;
using ReactiveUI.Primitives.Signals;

using var groupHeartbeats = plc.ObserveTagGroupHeartbeat(
    "RecipeCommit", TimeSpan.FromSeconds(1), TimeSpan.FromSeconds(3), minimumUpdateSpacing: null)
    .Subscribe(sample => Console.WriteLine($"Heartbeat={sample.IsHeartbeat}, success={sample.Value.IsSucceed}"));
using var groupRefresh = new Signal<Unit>();
using var latestGroup = plc.ObserveTagGroupLatest("RecipeCommit", groupRefresh)
    .Subscribe(reply =>
    {
        if (reply.IsSucceed) Console.WriteLine($"Recipe values: {reply.Value!.Values.Count}");
    });
groupRefresh.OnNext(Unit.Default);

Tags and logical tags

MitsubishiTagDatabase.Load, FromCsv, FromJson, and FromYaml create a database. Assign it to TagDatabase, then use ReadWordsByTagAsync, ReadBitsByTagAsync, WriteWordsByTagAsync, WriteBitsByTagAsync, random tag methods, and typed tag methods for Int16, UInt16, Int32, DWord, Float, scaled Double, and strings. ValidateTagDatabase, LoadAndValidateTagDatabase, PreviewTagDatabaseDiff, and ObserveTagDatabaseDiff / ObserveTagDatabaseReload support controlled schema rollout. ReadTagGroupSnapshotAsync, ValidateTagGroupWrite, and WriteTagGroupValuesAsync / WriteTagGroupSnapshotAsync operate on defined groups.

var tags = MitsubishiTagDatabase.FromCsv("Name,Address,DataType\nTemperature,D100,UInt16");
plc.TagDatabase = tags;
var temperature = await plc.ReadUInt16ByTagAsync("Temperature", CancellationToken.None);
if (temperature.IsSucceed) Console.WriteLine(temperature.Value);

CreateLogicalTagClient composes the shared ILogicalTagCatalog and optional SQLite store with the Mitsubishi transport. Use it where tag definitions, persistence, batch reads/writes, and IObservable / IAsyncEnumerable observation are required.

Transports and test doubles

Implement IMitsubishiTransport only for a custom endpoint. The normal built-in TCP/UDP and serial transports are selected automatically from the configured TransportKind. MitsubishiSimulatorMemory and MitsubishiSimulatorTransport provide deterministic in-process test behavior, including queued responses/faults and stateful memory.

Complete public API inventory

This is the public type inventory from src/MitsubishiRx; the reactive package publishes the same types in its .Reactive namespace.

Area	Public types / members
Client construction and state	`MitsubishiRx(CpuType, ip, port, timeout)`, `MitsubishiRx(MitsubishiClientOptions, IMitsubishiTransport?, scheduler?)`, `Options`, `TagDatabase`, `Connected`, `ConnectionStates`, `OperationLogs`, `OpenAsync`, `CloseAsync`, `Dispose`/`DisposeAsync`. `OpenAsync` creates the configured transport session; `CloseAsync` disconnects it without discarding the options.
Raw and direct protocol	`SendPackageAsync`, `SendPackageSingleAsync`, `SendPackageReliableAsync` send pre-encoded frames; `ExecuteRawAsync(MitsubishiRawCommandRequest, token)`; `ReadWordsAsync`, `WriteWordsAsync`, `ReadBitsAsync`, `WriteBitsAsync`; all direct operation overloads take a device address plus point count/value list and cancellation token. `Read*` returns `Responce<T>`; writes return `Responce`.
Sparse, monitor, and block protocol	`RandomReadWordsAsync(IEnumerable<string>, token)`, `RandomWriteWordsAsync(IEnumerable<KeyValuePair<string, ushort>>, token)`, `RegisterMonitorAsync`, `ExecuteMonitorAsync`, `ReadBlocksAsync(MitsubishiBlockRequest, token)`, `WriteBlocksAsync(MitsubishiBlockRequest, token)`. Random and monitor requests return raw/word results in address order; block responses are raw and must be interpreted in request order.
Diagnostics and controller state	`ReadTypeNameAsync`, `RemoteRunAsync(force, clearMode, token)`, `RemoteStopAsync`, `RemotePauseAsync`, `RemoteLatchClearAsync`, `RemoteResetAsync`, `UnlockAsync(password, token)`, `LockAsync(password, token)`, `ClearErrorAsync`, `LoopbackAsync`, `ReadMemoryAsync(command,address,length,token)`, `WriteMemoryAsync(command,address,values,token)`. The remote and protection family must be protected by an application interlock.
Polling and health	`ObserveWords`, `ObserveBits`, `ObserveWordsHeartbeat`, `ObserveWordsStale`, `ObserveWordsLatest`, `ObserveTagGroup`, `ObserveTagGroupHeartbeat`, `ObserveTagGroupStale`, `ObserveTagGroupLatest`, `SampleDiagnostics`, `ObserveConnectionHealth`. Interval overloads schedule reads; trigger/latest overloads coalesce trigger bursts. Dispose the returned subscription.
Reactive quality and writes	`ObserveReactiveWords`, `ObserveReactiveTag<T>`, `ObserveReactiveTagGroup`, `CreateReactiveWordWritePipeline`, `CreateReactiveTagWritePipeline<T>`. `MitsubishiReactiveValue<T>` carries `Value`, `Quality`, timestamp and response/error context; `MitsubishiReactiveWritePipeline<TPayload>` exposes the write-result stream and is disposable.
Tag read/write methods	`ReadWordsByTagAsync`/`WriteWordsByTagAsync`, `ReadBitsByTagAsync`/`WriteBitsByTagAsync`, random by-tag methods, `Read`/`WriteInt16ByTagAsync`, `UInt16`, `Int32`, `DWord`, `Float`, `ScaledDouble`, `String`, plus metadata-dispatched `ReadTagAsync`/`WriteTagAsync`. Every member resolves the name through `TagDatabase`; typed pairs convert wire words using definition metadata.
Tag database and group methods	`ValidateTagDatabase`, `LoadAndValidateTagDatabase`, `PreviewTagDatabaseDiff`, `ObserveTagDatabaseDiff`, `ObserveTagDatabaseReload`, `ReadTagGroupSnapshotAsync`, `ValidateTagGroupWrite`, `WriteTagGroupValuesAsync`, `WriteTagGroupSnapshotAsync`, `CreateLogicalTagClient`. The validation/preview methods are synchronous configuration checks; observation methods return disposables.
Options, routes, and protocol values	`MitsubishiClientOptions`, `MitsubishiSerialOptions`, `MitsubishiRoute`, `MitsubishiSerialRoute`, `MitsubishiTransportRequest`, `MitsubishiRawCommandRequest`, `MitsubishiBlockRequest`, `MitsubishiCommands`; enums `CpuType`, `MitsubishiFrameType`, `CommunicationDataCode`, `MitsubishiTransportKind`, `MitsubishiSerialMessageFormat`, `XyAddressNotation`, `DeviceNumberFormat`, `DeviceValueKind`, `MitsubishiConnectionState`. They are value/configuration types; set a route/format explicitly rather than relying on a CPU guess.
Address, response, blocks, and logging	`Responce`, `Responce<T>`, `MitsubishiDeviceAddress`, `MitsubishiDeviceMetadata`, `MitsubishiDeviceValue`, `MitsubishiTypeName`, `MitsubishiWordBlock`, `MitsubishiBitBlock`, `MitsubishiOperationLog`. `Responce` owns success/error/timing data; the block/device records describe request payloads and parsed addresses.
Tag schema values	`MitsubishiTagDatabase`, `MitsubishiTagDefinition`, `MitsubishiTagGroupDefinition`, `MitsubishiTagDatabaseDiff`, `MitsubishiTagChange`, `MitsubishiTagGroupChange`, `MitsubishiTagGroupSnapshot`, `MitsubishiTagRolloutPolicy`, `MitsubishiSchemaChangeKind`, `MitsubishiTagValueConverter`. `Load`/`From`/`To`/`Save`, `Add`, `TryGet`, `GetRequired`, group equivalents, and `CompareWith` are the database member families. Serialization documents and schema-format selectors are internal implementation details.
Logical-tag and bulk metrics	`MitsubishiLogicalTagRegistration`, `MitsubishiLogicalTagClient`, `MitsubishiLogicalTagBulkReadRequest`, `MitsubishiLogicalTagBulkWriteRequest`, `MitsubishiLogicalTagBulkDirectionMetrics`, `MitsubishiLogicalTagBulkOperationMetrics`. The client follows the shared logical-tag contracts for catalog/store CRUD, single/bulk operations and observation.
Transport and simulation	`IMitsubishiTransport` (`ConnectAsync`, `DisconnectAsync`, `ExchangeAsync`, disposal), `MitsubishiSimulatorTransport`, `MitsubishiSimulatorMemory`, `MitsubishiSimulatorDeviceValue`. The built-in TCP/UDP and serial transports are selected automatically from `MitsubishiClientOptions`; simulator members include request/connect counts, response/fault queues, `Snapshot`, word/bit read/write and `Clear`; use them for deterministic tests.
Generation	The standalone `IoT-Driver.MitsubishiRx.Generators` package supplies `MitsubishiTagClientAttribute`, `MitsubishiTagAttribute`, `MitsubishiTagClientSchemaAttribute`, and `MitsubishiTagClientGenerator`. The generated model exposes `GeneratedMitsubishiTagClient`, `GeneratedMitsubishiTagClientExtensions`, `GroupsClient`, and per-group `TagsClient` accessors; attributes are compile-time schema, not runtime PLC discovery.

Operational guidance

Keep one client per endpoint and dispose it at shutdown. Prefer bounded, contiguous reads; select a scan interval that the PLC, network, and downstream consumer can sustain. Serialize application-level writes and make retries idempotent. Log OperationLogs with endpoint, command, result, and correlation information, but never log passwords. Treat tag database changes as versioned configuration: validate and preview the diff before applying it.

Troubleshooting

Symptom	Check
Open or request timeout	Host/port, firewall, selected TCP/UDP path, `Timeout`, and whether the PLC is configured for the selected frame.
Protocol error	1E/3E/4E or 1C/3C/4C, binary/ASCII, route, monitoring timer, and `XyNotation`.
Serial failures	Port ownership, baud/data/parity/stop/handshake, station/routing values, and serial message format.
Tag lookup/type failure	Validate the database, address, point count, declared type, and string/scaling metadata before reading.
Polling overload	Increase scan interval, group contiguous values, unsubscribe unused streams, and avoid overlapping writes.

AI skill

For source-grounded implementation assistance, use skills/mitsubishi-rx/SKILL.md. It directs an agent to inspect this README and the current source before proposing protocol, tag, or safety-sensitive code.

Exhaustive public API reference

This catalogue is generated from the packaged runtime assemblies and their XML documentation. It includes exported public types and their declared public members; inherited members and non-public implementation details are intentionally omitted.

`MitsubishiRx`

Exported public types: 54; declared public members: 670.

`T:IoT.Driver.MitsubishiRx.CommunicationDataCode`

public enum IoT.Driver.MitsubishiRx.CommunicationDataCode

Defines the CommunicationDataCode values.

Declared public members

`F:IoT.Driver.MitsubishiRx.CommunicationDataCode.Ascii`

public static const IoT.Driver.MitsubishiRx.CommunicationDataCode Ascii

Represents the Ascii option.

`F:IoT.Driver.MitsubishiRx.CommunicationDataCode.Binary`

public static const IoT.Driver.MitsubishiRx.CommunicationDataCode Binary

Represents the Binary option.

`T:IoT.Driver.MitsubishiRx.CpuType`

public enum IoT.Driver.MitsubishiRx.CpuType

Defines the CpuType values.

Declared public members

`F:IoT.Driver.MitsubishiRx.CpuType.ASeries`

public static const IoT.Driver.MitsubishiRx.CpuType ASeries

Represents the ASeries option.

`F:IoT.Driver.MitsubishiRx.CpuType.Fx3`

public static const IoT.Driver.MitsubishiRx.CpuType Fx3

Represents the Fx3 option.

`F:IoT.Driver.MitsubishiRx.CpuType.Fx5`

public static const IoT.Driver.MitsubishiRx.CpuType Fx5

Represents the Fx5 option.

`F:IoT.Driver.MitsubishiRx.CpuType.IQR`

public static const IoT.Driver.MitsubishiRx.CpuType IQR

Represents the IQR option.

`F:IoT.Driver.MitsubishiRx.CpuType.LSeries`

public static const IoT.Driver.MitsubishiRx.CpuType LSeries

Represents the LSeries option.

`F:IoT.Driver.MitsubishiRx.CpuType.None`

public static const IoT.Driver.MitsubishiRx.CpuType None

Represents the None option.

`F:IoT.Driver.MitsubishiRx.CpuType.QSeries`

public static const IoT.Driver.MitsubishiRx.CpuType QSeries

Represents the QSeries option.

`F:IoT.Driver.MitsubishiRx.CpuType.QnaSeries`

public static const IoT.Driver.MitsubishiRx.CpuType QnaSeries

Represents the QnaSeries option.

`T:IoT.Driver.MitsubishiRx.DeviceNumberFormat`

public enum IoT.Driver.MitsubishiRx.DeviceNumberFormat

Defines the DeviceNumberFormat values.

Declared public members

`F:IoT.Driver.MitsubishiRx.DeviceNumberFormat.Decimal`

public static const IoT.Driver.MitsubishiRx.DeviceNumberFormat Decimal

Represents the Decimal option.

`F:IoT.Driver.MitsubishiRx.DeviceNumberFormat.Hexadecimal`

public static const IoT.Driver.MitsubishiRx.DeviceNumberFormat Hexadecimal

Represents the Hexadecimal option.

`F:IoT.Driver.MitsubishiRx.DeviceNumberFormat.Octal`

public static const IoT.Driver.MitsubishiRx.DeviceNumberFormat Octal

Represents the Octal option.

`F:IoT.Driver.MitsubishiRx.DeviceNumberFormat.XyVariable`

public static const IoT.Driver.MitsubishiRx.DeviceNumberFormat XyVariable

Represents the XyVariable option.

`T:IoT.Driver.MitsubishiRx.DeviceValueKind`

public enum IoT.Driver.MitsubishiRx.DeviceValueKind

Defines the DeviceValueKind values.

Declared public members

`F:IoT.Driver.MitsubishiRx.DeviceValueKind.Bit`

public static const IoT.Driver.MitsubishiRx.DeviceValueKind Bit

Represents the Bit option.

`F:IoT.Driver.MitsubishiRx.DeviceValueKind.Word`

public static const IoT.Driver.MitsubishiRx.DeviceValueKind Word

Represents the Word option.

`T:IoT.Driver.MitsubishiRx.IMitsubishiTransport`

public interface IoT.Driver.MitsubishiRx.IMitsubishiTransport

Provides the IMitsubishiTransport contract.

Declared public members

`M:IoT.Driver.MitsubishiRx.IMitsubishiTransport.ConnectAsync(IoT.Driver.MitsubishiRx.MitsubishiClientOptions,System.Threading.CancellationToken)`

public System.Threading.Tasks.ValueTask ConnectAsync(IoT.Driver.MitsubishiRx.MitsubishiClientOptions options, System.Threading.CancellationToken cancellationToken)

Executes the ConnectAsync operation.

Parameter options: The options parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ConnectAsync operation result.

`M:IoT.Driver.MitsubishiRx.IMitsubishiTransport.DisconnectAsync(System.Threading.CancellationToken)`

public System.Threading.Tasks.ValueTask DisconnectAsync(System.Threading.CancellationToken cancellationToken)

Executes the DisconnectAsync operation.

Parameter cancellationToken: The cancellationToken parameter.
Returns: The DisconnectAsync operation result.

`M:IoT.Driver.MitsubishiRx.IMitsubishiTransport.ExchangeAsync(IoT.Driver.MitsubishiRx.MitsubishiTransportRequest,System.Threading.CancellationToken)`

public System.Threading.Tasks.ValueTask<byte[]> ExchangeAsync(IoT.Driver.MitsubishiRx.MitsubishiTransportRequest request, System.Threading.CancellationToken cancellationToken)

Executes the ExchangeAsync operation.

Parameter request: The request parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ExchangeAsync operation result.

`P:IoT.Driver.MitsubishiRx.IMitsubishiTransport.IsConnected`

public bool IsConnected { get; }

Gets or sets the IsConnected property.

Value: The IsConnected value.

`T:IoT.Driver.MitsubishiRx.MitsubishiBitBlock`

public class IoT.Driver.MitsubishiRx.MitsubishiBitBlock

Provides the MitsubishiBitBlock record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.#ctor(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress,System.ReadOnlyMemory`1{System.Boolean})`

public IoT.Driver.MitsubishiRx.MitsubishiBitBlock(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress Address, System.ReadOnlyMemory<bool> Values)

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiBitBlock.

Parameter Address: The Address value.
Parameter Values: The Values value.

`M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.Deconstruct(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress@,System.ReadOnlyMemory`1{System.Boolean}@)`

public void Deconstruct(out IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress Address, out System.ReadOnlyMemory<bool> Values)

Deconstructs the value into its component values.

Parameter Address: The Address value.
Parameter Values: The Values value.

`M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.Equals(IoT.Driver.MitsubishiRx.MitsubishiBitBlock)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiBitBlock other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiBitBlock,IoT.Driver.MitsubishiRx.MitsubishiBitBlock)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiBitBlock left, IoT.Driver.MitsubishiRx.MitsubishiBitBlock right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiBitBlock,IoT.Driver.MitsubishiRx.MitsubishiBitBlock)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiBitBlock left, IoT.Driver.MitsubishiRx.MitsubishiBitBlock right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.Address`

public IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress Address { get; set; }

The Address parameter.

Value: The Address value.

`P:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.Values`

public System.ReadOnlyMemory<bool> Values { get; set; }

The Values parameter.

Value: The Values value.

`T:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest`

public class IoT.Driver.MitsubishiRx.MitsubishiBlockRequest

Provides the MitsubishiBlockRequest record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.#ctor(System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiWordBlock},System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiBitBlock})`

public IoT.Driver.MitsubishiRx.MitsubishiBlockRequest(System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiWordBlock> WordBlocks, System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiBitBlock> BitBlocks)

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.

Parameter WordBlocks: The WordBlocks value.
Parameter BitBlocks: The BitBlocks value.

`M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.Deconstruct(System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiWordBlock}@,System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiBitBlock}@)`

public void Deconstruct(out System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiWordBlock> WordBlocks, out System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiBitBlock> BitBlocks)

Deconstructs the value into its component values.

Parameter WordBlocks: The WordBlocks value.
Parameter BitBlocks: The BitBlocks value.

`M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.Equals(IoT.Driver.MitsubishiRx.MitsubishiBlockRequest)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiBlockRequest other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiBlockRequest,IoT.Driver.MitsubishiRx.MitsubishiBlockRequest)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiBlockRequest left, IoT.Driver.MitsubishiRx.MitsubishiBlockRequest right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiBlockRequest,IoT.Driver.MitsubishiRx.MitsubishiBlockRequest)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiBlockRequest left, IoT.Driver.MitsubishiRx.MitsubishiBlockRequest right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.BitBlocks`

public System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiBitBlock> BitBlocks { get; set; }

The BitBlocks parameter.

Value: The BitBlocks value.

`P:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.ResolvedBitBlocks`

public System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiBitBlock> ResolvedBitBlocks { get; }

Gets or sets the ResolvedBitBlocks property.

Value: The ResolvedBitBlocks value.

`P:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.ResolvedWordBlocks`

public System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiWordBlock> ResolvedWordBlocks { get; }

Gets or sets the ResolvedWordBlocks property.

Value: The ResolvedWordBlocks value.

`P:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.WordBlocks`

public System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiWordBlock> WordBlocks { get; set; }

The WordBlocks parameter.

Value: The WordBlocks value.

`T:IoT.Driver.MitsubishiRx.MitsubishiClientOptions`

public class IoT.Driver.MitsubishiRx.MitsubishiClientOptions

Provides the MitsubishiClientOptions record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.#ctor(System.String,System.Int32,IoT.Driver.MitsubishiRx.MitsubishiFrameType,IoT.Driver.MitsubishiRx.CommunicationDataCode,IoT.Driver.MitsubishiRx.MitsubishiTransportKind,IoT.Driver.MitsubishiRx.MitsubishiRoute,System.UInt16,System.Nullable`1{System.TimeSpan},IoT.Driver.MitsubishiRx.CpuType,IoT.Driver.MitsubishiRx.XyAddressNotation,System.Byte,System.Func`1{System.UInt16},IoT.Driver.MitsubishiRx.MitsubishiSerialOptions)`

public IoT.Driver.MitsubishiRx.MitsubishiClientOptions(string Host, int Port, IoT.Driver.MitsubishiRx.MitsubishiFrameType FrameType, IoT.Driver.MitsubishiRx.CommunicationDataCode DataCode, IoT.Driver.MitsubishiRx.MitsubishiTransportKind TransportKind, IoT.Driver.MitsubishiRx.MitsubishiRoute Route, ushort MonitoringTimer, System.Nullable<System.TimeSpan> Timeout, IoT.Driver.MitsubishiRx.CpuType CpuType, IoT.Driver.MitsubishiRx.XyAddressNotation XyNotation, byte LegacyPcNumber, System.Func<ushort> SerialNumberProvider, IoT.Driver.MitsubishiRx.MitsubishiSerialOptions Serial)

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiClientOptions.

Parameter Host: The Host value.
Parameter Port: The Port value.
Parameter FrameType: The FrameType value.
Parameter DataCode: The DataCode value.
Parameter TransportKind: The TransportKind value.
Parameter Route: The Route value.
Parameter MonitoringTimer: The MonitoringTimer value.
Parameter Timeout: The Timeout value.
Parameter CpuType: The CpuType value.
Parameter XyNotation: The XyNotation value.
Parameter LegacyPcNumber: The LegacyPcNumber value.
Parameter SerialNumberProvider: The SerialNumberProvider value.
Parameter Serial: The Serial value.

`M:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.Deconstruct(System.String@,System.Int32@,IoT.Driver.MitsubishiRx.MitsubishiFrameType@,IoT.Driver.MitsubishiRx.CommunicationDataCode@,IoT.Driver.MitsubishiRx.MitsubishiTransportKind@,IoT.Driver.MitsubishiRx.MitsubishiRoute@,System.UInt16@,System.Nullable`1{System.TimeSpan}@,IoT.Driver.MitsubishiRx.CpuType@,IoT.Driver.MitsubishiRx.XyAddressNotation@,System.Byte@,System.Func`1{System.UInt16}@,IoT.Driver.MitsubishiRx.MitsubishiSerialOptions@)`

public void Deconstruct(out string Host, out int Port, out IoT.Driver.MitsubishiRx.MitsubishiFrameType FrameType, out IoT.Driver.MitsubishiRx.CommunicationDataCode DataCode, out IoT.Driver.MitsubishiRx.MitsubishiTransportKind TransportKind, out IoT.Driver.MitsubishiRx.MitsubishiRoute Route, out ushort MonitoringTimer, out System.Nullable<System.TimeSpan> Timeout, out IoT.Driver.MitsubishiRx.CpuType CpuType, out IoT.Driver.MitsubishiRx.XyAddressNotation XyNotation, out byte LegacyPcNumber, out System.Func<ushort> SerialNumberProvider, out IoT.Driver.MitsubishiRx.MitsubishiSerialOptions Serial)

Deconstructs the value into its component values.

Parameter Host: The Host value.
Parameter Port: The Port value.
Parameter FrameType: The FrameType value.
Parameter DataCode: The DataCode value.
Parameter TransportKind: The TransportKind value.
Parameter Route: The Route value.
Parameter MonitoringTimer: The MonitoringTimer value.
Parameter Timeout: The Timeout value.
Parameter CpuType: The CpuType value.
Parameter XyNotation: The XyNotation value.
Parameter LegacyPcNumber: The LegacyPcNumber value.
Parameter SerialNumberProvider: The SerialNumberProvider value.
Parameter Serial: The Serial value.

`M:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.Equals(IoT.Driver.MitsubishiRx.MitsubishiClientOptions)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiClientOptions other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.GetNextSerialNumber`

public ushort GetNextSerialNumber()

Executes the GetNextSerialNumber operation.

Returns: The GetNextSerialNumber operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiClientOptions,IoT.Driver.MitsubishiRx.MitsubishiClientOptions)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiClientOptions left, IoT.Driver.MitsubishiRx.MitsubishiClientOptions right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiClientOptions,IoT.Driver.MitsubishiRx.MitsubishiClientOptions)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiClientOptions left, IoT.Driver.MitsubishiRx.MitsubishiClientOptions right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.CpuType`

public IoT.Driver.MitsubishiRx.CpuType CpuType { get; set; }

The CpuType parameter.

Value: The CpuType value.

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.DataCode`

public IoT.Driver.MitsubishiRx.CommunicationDataCode DataCode { get; set; }

The DataCode parameter.

Value: The DataCode value.

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.FrameType`

public IoT.Driver.MitsubishiRx.MitsubishiFrameType FrameType { get; set; }

The FrameType parameter.

Value: The FrameType value.

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.Host`

public string Host { get; set; }

The Host parameter.

Value: The Host value.

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.LegacyPcNumber`

public byte LegacyPcNumber { get; set; }

The LegacyPcNumber parameter.

Value: The LegacyPcNumber value.

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.MonitoringTimer`

public ushort MonitoringTimer { get; set; }

The MonitoringTimer parameter.

Value: The MonitoringTimer value.

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.Port`

public int Port { get; set; }

The Port parameter.

Value: The Port value.

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.ResolvedRoute`

public IoT.Driver.MitsubishiRx.MitsubishiRoute ResolvedRoute { get; }

Gets or sets the ResolvedRoute property.

Value: The ResolvedRoute value.

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.ResolvedSerial`

public IoT.Driver.MitsubishiRx.MitsubishiSerialOptions ResolvedSerial { get; }

Gets or sets the ResolvedSerial property.

Value: The ResolvedSerial value.

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.ResolvedTimeout`

public System.TimeSpan ResolvedTimeout { get; }

Gets or sets the ResolvedTimeout property.

Value: The ResolvedTimeout value.

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.Route`

public IoT.Driver.MitsubishiRx.MitsubishiRoute Route { get; set; }

The Route parameter.

Value: The Route value.

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.Serial`

public IoT.Driver.MitsubishiRx.MitsubishiSerialOptions Serial { get; set; }

The Serial parameter.

Value: The Serial value.

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.SerialNumberProvider`

public System.Func<ushort> SerialNumberProvider { get; set; }

The SerialNumberProvider parameter.

Value: The SerialNumberProvider value.

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.Timeout`

public System.Nullable<System.TimeSpan> Timeout { get; set; }

The Timeout parameter.

Value: The Timeout value.

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.TransportKind`

public IoT.Driver.MitsubishiRx.MitsubishiTransportKind TransportKind { get; set; }

The TransportKind parameter.

Value: The TransportKind value.

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.XyNotation`

public IoT.Driver.MitsubishiRx.XyAddressNotation XyNotation { get; set; }

The XYNotation parameter.

Value: The XyNotation value.

`T:IoT.Driver.MitsubishiRx.MitsubishiCommands`

public class IoT.Driver.MitsubishiRx.MitsubishiCommands

Provides the MitsubishiCommands type.

Declared public members

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.BlockRead`

public static ushort BlockRead

Stores the BlockRead field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.BlockWrite`

public static ushort BlockWrite

Stores the BlockWrite field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.ClearError`

public static ushort ClearError

Stores the ClearError field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.DeviceRead`

public static ushort DeviceRead

Stores the DeviceRead field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.DeviceWrite`

public static ushort DeviceWrite

Stores the DeviceWrite field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.EntryMonitorDevice`

public static ushort EntryMonitorDevice

Stores the EntryMonitorDevice field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.ExecuteMonitor`

public static ushort ExecuteMonitor

Stores the ExecuteMonitor field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.ExtendUnitRead`

public static ushort ExtendUnitRead

Stores the ExtendUnitRead field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.ExtendUnitWrite`

public static ushort ExtendUnitWrite

Stores the ExtendUnitWrite field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.Lock`

public static ushort Lock

Stores the Lock field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.LoopbackTest`

public static ushort LoopbackTest

Stores the LoopbackTest field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.MemoryRead`

public static ushort MemoryRead

Stores the MemoryRead field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.MemoryWrite`

public static ushort MemoryWrite

Stores the MemoryWrite field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.RandomRead`

public static ushort RandomRead

Stores the RandomRead field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.RandomWrite`

public static ushort RandomWrite

Stores the RandomWrite field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.ReadTypeName`

public static ushort ReadTypeName

Stores the ReadTypeName field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.RemoteLatchClear`

public static ushort RemoteLatchClear

Stores the RemoteLatchClear field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.RemotePause`

public static ushort RemotePause

Stores the RemotePause field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.RemoteReset`

public static ushort RemoteReset

Stores the RemoteReset field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.RemoteRun`

public static ushort RemoteRun

Stores the RemoteRun field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.RemoteStop`

public static ushort RemoteStop

Stores the RemoteStop field.

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.Unlock`

public static ushort Unlock

Stores the Unlock field.

`T:IoT.Driver.MitsubishiRx.MitsubishiConnectionState`

public enum IoT.Driver.MitsubishiRx.MitsubishiConnectionState

Defines the MitsubishiConnectionState values.

Declared public members

`F:IoT.Driver.MitsubishiRx.MitsubishiConnectionState.Connected`

public static const IoT.Driver.MitsubishiRx.MitsubishiConnectionState Connected

Represents the Connected option.

`F:IoT.Driver.MitsubishiRx.MitsubishiConnectionState.Connecting`

public static const IoT.Driver.MitsubishiRx.MitsubishiConnectionState Connecting

Represents the Connecting option.

`F:IoT.Driver.MitsubishiRx.MitsubishiConnectionState.Disconnected`

public static const IoT.Driver.MitsubishiRx.MitsubishiConnectionState Disconnected

Represents the Disconnected option.

`F:IoT.Driver.MitsubishiRx.MitsubishiConnectionState.Faulted`

public static const IoT.Driver.MitsubishiRx.MitsubishiConnectionState Faulted

Represents the Faulted option.

`F:IoT.Driver.MitsubishiRx.MitsubishiConnectionState.Reconnecting`

public static const IoT.Driver.MitsubishiRx.MitsubishiConnectionState Reconnecting

Represents the Reconnecting option.

`T:IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress`

public class IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress

Provides the MitsubishiDeviceAddress record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress.#ctor(System.String,System.Int32,IoT.Driver.MitsubishiRx.XyAddressNotation,System.String)`

public IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress(string Symbol, int Number, IoT.Driver.MitsubishiRx.XyAddressNotation Notation, string Original)

Provides the MitsubishiDeviceAddress record.

Parameter Symbol: The Symbol parameter.
Parameter Number: The Number parameter.
Parameter Notation: The Notation parameter.
Parameter Original: The Original parameter.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress.Deconstruct(System.String@,System.Int32@,IoT.Driver.MitsubishiRx.XyAddressNotation@,System.String@)`

public void Deconstruct(out string Symbol, out int Number, out IoT.Driver.MitsubishiRx.XyAddressNotation Notation, out string Original)

Deconstructs the value into its component values.

Parameter Symbol: The Symbol value.
Parameter Number: The Number value.
Parameter Notation: The Notation value.
Parameter Original: The Original value.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress.Equals(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress.Parse(System.String,IoT.Driver.MitsubishiRx.XyAddressNotation)`

public static IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress Parse(string value, IoT.Driver.MitsubishiRx.XyAddressNotation addressNotation)

Executes the Parse operation.

Parameter value: The value parameter.
Parameter addressNotation: The addressNotation parameter.
Returns: The Parse operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress,IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress left, IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress,IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress left, IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress.Descriptor`

public IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata Descriptor { get; }

Gets or sets the Descriptor property.

Value: The Descriptor value.

`P:IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress.Metadata`

public System.Collections.Generic.IReadOnlyDictionary<string, IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata> Metadata { get; }

Gets or sets the Metadata property.

Value: The Metadata value.

`P:IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress.Notation`

public IoT.Driver.MitsubishiRx.XyAddressNotation Notation { get; set; }

The Notation parameter.

Value: The Notation value.

`P:IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress.Number`

public int Number { get; set; }

The Number parameter.

Value: The Number value.

`P:IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress.Original`

public string Original { get; set; }

The Original parameter.

Value: The Original value.

`P:IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress.Symbol`

public string Symbol { get; set; }

The Symbol parameter.

Value: The Symbol value.

`T:IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata`

public class IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata

Provides the MitsubishiDeviceMetadata record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata.#ctor(System.String,System.UInt16,System.UInt16,IoT.Driver.MitsubishiRx.DeviceValueKind,IoT.Driver.MitsubishiRx.DeviceNumberFormat)`

public IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata(string Symbol, ushort BinaryCode, ushort AsciiCode, IoT.Driver.MitsubishiRx.DeviceValueKind Kind, IoT.Driver.MitsubishiRx.DeviceNumberFormat NumberFormat)

Provides the MitsubishiDeviceMetadata record.

Parameter Symbol: The Symbol parameter.
Parameter BinaryCode: The BinaryCode parameter.
Parameter AsciiCode: The AsciiCode parameter.
Parameter Kind: The Kind parameter.
Parameter NumberFormat: The NumberFormat parameter.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata.Deconstruct(System.String@,System.UInt16@,System.UInt16@,IoT.Driver.MitsubishiRx.DeviceValueKind@,IoT.Driver.MitsubishiRx.DeviceNumberFormat@)`

public void Deconstruct(out string Symbol, out ushort BinaryCode, out ushort AsciiCode, out IoT.Driver.MitsubishiRx.DeviceValueKind Kind, out IoT.Driver.MitsubishiRx.DeviceNumberFormat NumberFormat)

Deconstructs the value into its component values.

Parameter Symbol: The Symbol value.
Parameter BinaryCode: The BinaryCode value.
Parameter AsciiCode: The AsciiCode value.
Parameter Kind: The Kind value.
Parameter NumberFormat: The NumberFormat value.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata.Equals(IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata.GetRadix(IoT.Driver.MitsubishiRx.XyAddressNotation)`

public int GetRadix(IoT.Driver.MitsubishiRx.XyAddressNotation addressNotation)

Executes the GetRadix operation.

Parameter addressNotation: The addressNotation parameter.
Returns: The GetRadix operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata,IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata left, IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata,IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata left, IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata.AsciiCode`

public ushort AsciiCode { get; set; }

The AsciiCode parameter.

Value: The AsciiCode value.

`P:IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata.BinaryCode`

public ushort BinaryCode { get; set; }

The BinaryCode parameter.

Value: The BinaryCode value.

`P:IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata.Kind`

public IoT.Driver.MitsubishiRx.DeviceValueKind Kind { get; set; }

The Kind parameter.

Value: The Kind value.

`P:IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata.NumberFormat`

public IoT.Driver.MitsubishiRx.DeviceNumberFormat NumberFormat { get; set; }

The NumberFormat parameter.

Value: The NumberFormat value.

`P:IoT.Driver.MitsubishiRx.MitsubishiDeviceMetadata.Symbol`

public string Symbol { get; set; }

The Symbol parameter.

Value: The Symbol value.

`T:IoT.Driver.MitsubishiRx.MitsubishiDeviceValue`

public class IoT.Driver.MitsubishiRx.MitsubishiDeviceValue

Provides the MitsubishiDeviceValue record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceValue.#ctor(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress,System.UInt16)`

public IoT.Driver.MitsubishiRx.MitsubishiDeviceValue(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress Address, ushort Value)

Provides the MitsubishiDeviceValue record.

Parameter Address: The Address parameter.
Parameter Value: The Value parameter.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceValue.Deconstruct(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress@,System.UInt16@)`

public void Deconstruct(out IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress Address, out ushort Value)

Deconstructs the value into its component values.

Parameter Address: The Address value.
Parameter Value: The Value value.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceValue.Equals(IoT.Driver.MitsubishiRx.MitsubishiDeviceValue)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiDeviceValue other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceValue.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceValue.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceValue.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceValue.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiDeviceValue,IoT.Driver.MitsubishiRx.MitsubishiDeviceValue)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiDeviceValue left, IoT.Driver.MitsubishiRx.MitsubishiDeviceValue right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiDeviceValue.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiDeviceValue,IoT.Driver.MitsubishiRx.MitsubishiDeviceValue)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiDeviceValue left, IoT.Driver.MitsubishiRx.MitsubishiDeviceValue right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiDeviceValue.Address`

public IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress Address { get; set; }

The Address parameter.

Value: The Address value.

`P:IoT.Driver.MitsubishiRx.MitsubishiDeviceValue.Value`

public ushort Value { get; set; }

The Value parameter.

Value: The Value value.

`T:IoT.Driver.MitsubishiRx.MitsubishiFrameType`

public enum IoT.Driver.MitsubishiRx.MitsubishiFrameType

Defines the MitsubishiFrameType values.

Declared public members

`F:IoT.Driver.MitsubishiRx.MitsubishiFrameType.FourC`

public static const IoT.Driver.MitsubishiRx.MitsubishiFrameType FourC

Represents the FourC option.

`F:IoT.Driver.MitsubishiRx.MitsubishiFrameType.FourE`

public static const IoT.Driver.MitsubishiRx.MitsubishiFrameType FourE

Represents the FourE option.

`F:IoT.Driver.MitsubishiRx.MitsubishiFrameType.OneC`

public static const IoT.Driver.MitsubishiRx.MitsubishiFrameType OneC

Represents the OneC option.

`F:IoT.Driver.MitsubishiRx.MitsubishiFrameType.OneE`

public static const IoT.Driver.MitsubishiRx.MitsubishiFrameType OneE

Represents the OneE option.

`F:IoT.Driver.MitsubishiRx.MitsubishiFrameType.ThreeC`

public static const IoT.Driver.MitsubishiRx.MitsubishiFrameType ThreeC

Represents the ThreeC option.

`F:IoT.Driver.MitsubishiRx.MitsubishiFrameType.ThreeE`

public static const IoT.Driver.MitsubishiRx.MitsubishiFrameType ThreeE

Represents the ThreeE option.

`T:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkDirectionMetrics`

public class IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkDirectionMetrics

Provides an immutable deterministic snapshot for one bulk transfer direction.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkDirectionMetrics.#ctor(System.Int64,System.Int64,System.Int64,System.Int64)`

public IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkDirectionMetrics(long planCount, long itemCount, long rangeCount, long protocolCallCount)

Initializes a new instance of the T:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkDirectionMetrics class.

Parameter planCount: The number of eligible plans created.
Parameter itemCount: The number of eligible word operations planned.
Parameter rangeCount: The number of contiguous ranges produced by the planner.
Parameter protocolCallCount: The number of grouped protocol calls issued.

`P:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkDirectionMetrics.ItemCount`

public long ItemCount { get; }

Gets the number of eligible word operations planned.

Value: The ItemCount value.

`P:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkDirectionMetrics.PlanCount`

public long PlanCount { get; }

Gets the number of eligible plans created.

Value: The PlanCount value.

`P:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkDirectionMetrics.ProtocolCallCount`

public long ProtocolCallCount { get; }

Gets the number of grouped protocol calls issued.

Value: The ProtocolCallCount value.

`P:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkDirectionMetrics.RangeCount`

public long RangeCount { get; }

Gets the number of contiguous ranges produced by the planner.

Value: The RangeCount value.

`T:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkOperationMetrics`

public class IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkOperationMetrics

Provides immutable deterministic snapshots of logical-tag bulk planning and protocol dispatch activity.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkOperationMetrics.#ctor(IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkDirectionMetrics,IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkDirectionMetrics)`

public IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkOperationMetrics(IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkDirectionMetrics read, IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkDirectionMetrics write)

Initializes a new instance of the T:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkOperationMetrics class.

Parameter read: The read planning and dispatch snapshot.
Parameter write: The write planning and dispatch snapshot.

`P:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkOperationMetrics.Read`

public IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkDirectionMetrics Read { get; }

Gets the read planning and dispatch snapshot.

Value: The Read value.

`P:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkOperationMetrics.Write`

public IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkDirectionMetrics Write { get; }

Gets the write planning and dispatch snapshot.

Value: The Write value.

`T:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient`

public class IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient

Composes common logical-tag operations with Mitsubishi protocol transports.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.#ctor(IoT.Driver.MitsubishiRx.MitsubishiRx,IoT.Driver.Core.ILogicalTagCatalog,System.Nullable`1{System.TimeSpan},IoT.Driver.Core.LogicalTagSqliteStore)`

public IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient(IoT.Driver.MitsubishiRx.MitsubishiRx owner, IoT.Driver.Core.ILogicalTagCatalog catalog, System.Nullable<System.TimeSpan> defaultScanInterval, IoT.Driver.Core.LogicalTagSqliteStore store)

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.

Parameter owner: The owner value.
Parameter catalog: The catalog value.
Parameter defaultScanInterval: The defaultScanInterval value.
Parameter store: The store value.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.#ctor(IoT.Driver.MitsubishiRx.MitsubishiRx,IoT.Driver.Core.ILogicalTagCatalog,System.Nullable`1{System.TimeSpan},IoT.Driver.Core.LogicalTagSqliteStore,System.TimeProvider)`

public IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient(IoT.Driver.MitsubishiRx.MitsubishiRx owner, IoT.Driver.Core.ILogicalTagCatalog catalog, System.Nullable<System.TimeSpan> defaultScanInterval, IoT.Driver.Core.LogicalTagSqliteStore store, System.TimeProvider timeProvider)

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.

Parameter owner: The owner value.
Parameter catalog: The catalog value.
Parameter defaultScanInterval: The defaultScanInterval value.
Parameter store: The store value.
Parameter timeProvider: The timeProvider value.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.CreateTag(IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration)`

public IoT.Driver.Core.LogicalTag CreateTag(IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration registration)

Creates and registers a logical Mitsubishi tag.

Parameter registration: The logical tag registration.
Returns: The registered immutable tag.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.DeleteGroupAsync(System.String,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<bool> DeleteGroupAsync(string name, System.Threading.CancellationToken cancellationToken)

Inherits XML documentation from its implemented or overridden member.

Parameter name: The name value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<bool> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.DeleteTagAsync(System.String,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<bool> DeleteTagAsync(string name, System.Threading.CancellationToken cancellationToken)

Deletes a persisted tag from the configured SQLite store and catalog.

Parameter name: The logical name.
Parameter cancellationToken: The cancellation token.
Returns: when the persisted tag existed.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.Dispose`

public void Dispose()

Inherits XML documentation from its implemented or overridden member.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.EditTagAsync(IoT.Driver.Core.LogicalTag,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<bool> EditTagAsync(IoT.Driver.Core.LogicalTag tag, System.Threading.CancellationToken cancellationToken)

Edits a persisted tag in the configured SQLite store.

Parameter tag: The replacement tag.
Parameter cancellationToken: The cancellation token.
Returns: when the persisted tag existed.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.ExportCsvAsync(System.IO.TextWriter,System.Char,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task ExportCsvAsync(System.IO.TextWriter writer, char delimiter, System.Threading.CancellationToken cancellationToken)

Exports the current catalog using the shared RFC 4180 CSV format.

Parameter writer: The CSV writer.
Parameter delimiter: The field delimiter.
Parameter cancellationToken: The cancellation token.
Returns: A task that completes when the catalog is written.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.GetGroupAsync(System.String,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.Core.LogicalTagGroup> GetGroupAsync(string name, System.Threading.CancellationToken cancellationToken)

Inherits XML documentation from its implemented or overridden member.

Parameter name: The name value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<IoT.Driver.Core.LogicalTagGroup> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.GetTagAsync(System.String,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.Core.LogicalTag> GetTagAsync(string name, System.Threading.CancellationToken cancellationToken)

Gets a persisted tag from the configured SQLite store.

Parameter name: The logical name.
Parameter cancellationToken: The cancellation token.
Returns: The persisted tag, if found.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.ImportCsvAsync(System.IO.TextReader,System.Char,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<System.Collections.Generic.IReadOnlyList<IoT.Driver.Core.LogicalTag>> ImportCsvAsync(System.IO.TextReader reader, char delimiter, System.Threading.CancellationToken cancellationToken)

Imports the shared RFC 4180 CSV format and registers every tag.

Parameter reader: The CSV reader.
Parameter delimiter: The field delimiter.
Parameter cancellationToken: The cancellation token.
Returns: The imported tags.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.InitializeStoreAsync(System.Threading.CancellationToken)`

public System.Threading.Tasks.Task InitializeStoreAsync(System.Threading.CancellationToken cancellationToken)

Initializes the configured common SQLite store.

Parameter cancellationToken: The cancellation token.
Returns: A task that completes when the schema exists.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.ListGroupsAsync(System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<System.Collections.Generic.IReadOnlyList<IoT.Driver.Core.LogicalTagGroup>> ListGroupsAsync(System.Threading.CancellationToken cancellationToken)

Inherits XML documentation from its implemented or overridden member.

Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<System.Collections.Generic.IReadOnlyList<IoT.Driver.Core.LogicalTagGroup>> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.ListTagsAsync(System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<System.Collections.Generic.IReadOnlyList<IoT.Driver.Core.LogicalTag>> ListTagsAsync(System.Threading.CancellationToken cancellationToken)

Inherits XML documentation from its implemented or overridden member.

Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<System.Collections.Generic.IReadOnlyList<IoT.Driver.Core.LogicalTag>> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.LoadFromSqliteAsync(IoT.Driver.Core.LogicalTagSqliteStore,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<System.Collections.Generic.IReadOnlyList<IoT.Driver.Core.LogicalTag>> LoadFromSqliteAsync(IoT.Driver.Core.LogicalTagSqliteStore store, System.Threading.CancellationToken cancellationToken)

Loads and registers all tags from the common SQLite store.

Parameter store: The initialized or uninitialized store.
Parameter cancellationToken: The cancellation token.
Returns: The loaded tags.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.LoadTagsAsync(System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<System.Collections.Generic.IReadOnlyList<IoT.Driver.Core.LogicalTag>> LoadTagsAsync(System.Threading.CancellationToken cancellationToken)

Loads the configured common SQLite store into this client.

Parameter cancellationToken: The cancellation token.
Returns: The loaded tags.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.Observe(System.String)`

public System.IObservable<IoT.Driver.Core.LogicalTagValue> Observe(string tagName)

Inherits XML documentation from its implemented or overridden member.

Parameter tagName: The tagName value.
Returns: A System.IObservable<IoT.Driver.Core.LogicalTagValue> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.ObserveAsync(System.String,System.Threading.CancellationToken)`

public System.Collections.Generic.IAsyncEnumerable<IoT.Driver.Core.LogicalTagValue> ObserveAsync(string tagName, System.Threading.CancellationToken cancellationToken)

Inherits XML documentation from its implemented or overridden member.

Parameter tagName: The tagName value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Collections.Generic.IAsyncEnumerable<IoT.Driver.Core.LogicalTagValue> result.

M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.ObserveAsync``1(IoT.Driver.Core.LogicalTagKey1{``0},System.Threading.CancellationToken)`

public System.Collections.Generic.IAsyncEnumerable<T> ObserveAsync<T>(IoT.Driver.Core.LogicalTagKey<T> tag, System.Threading.CancellationToken cancellationToken)

Executes the ObserveAsync operation.

Parameter tag: The tag value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Collections.Generic.IAsyncEnumerable<T> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.ObserveMany(System.Collections.Generic.IReadOnlyCollection`1{System.String})`

public System.IObservable<IoT.Driver.Core.LogicalTagValue> ObserveMany(System.Collections.Generic.IReadOnlyCollection<string> tagNames)

Executes the ObserveMany operation.

Parameter tagNames: The tagNames value.
Returns: A System.IObservable<IoT.Driver.Core.LogicalTagValue> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.ObserveManyAsync(System.Collections.Generic.IReadOnlyCollection`1{System.String},System.Threading.CancellationToken)`

public System.Collections.Generic.IAsyncEnumerable<IoT.Driver.Core.LogicalTagValue> ObserveManyAsync(System.Collections.Generic.IReadOnlyCollection<string> tagNames, System.Threading.CancellationToken cancellationToken)

Executes the ObserveManyAsync operation.

Parameter tagNames: The tagNames value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Collections.Generic.IAsyncEnumerable<IoT.Driver.Core.LogicalTagValue> result.

M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.Observe``1(IoT.Driver.Core.LogicalTagKey1{``0})`

public System.IObservable<T> Observe<T>(IoT.Driver.Core.LogicalTagKey<T> tag)

Executes the Observe operation.

Parameter tag: The tag value.
Returns: A System.IObservable<T> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.ReadAsync(System.String,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.Core.TagOperationResult<IoT.Driver.Core.LogicalTagValue>> ReadAsync(string tagName, System.Threading.CancellationToken cancellationToken)

Inherits XML documentation from its implemented or overridden member.

Parameter tagName: The tagName value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<IoT.Driver.Core.TagOperationResult<IoT.Driver.Core.LogicalTagValue>> result.

M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.ReadAsync``1(IoT.Driver.Core.LogicalTagKey1{``0},System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.Core.TagOperationResult<T>> ReadAsync<T>(IoT.Driver.Core.LogicalTagKey<T> tag, System.Threading.CancellationToken cancellationToken)

Executes the ReadAsync operation.

Parameter tag: The tag value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<IoT.Driver.Core.TagOperationResult<T>> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.ReadManyAsync(System.Collections.Generic.IReadOnlyCollection`1{System.String},System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<System.Collections.Generic.IReadOnlyList<IoT.Driver.Core.TagOperationResult<IoT.Driver.Core.LogicalTagValue>>> ReadManyAsync(System.Collections.Generic.IReadOnlyCollection<string> tagNames, System.Threading.CancellationToken cancellationToken)

Executes the ReadManyAsync operation.

Parameter tagNames: The tagNames value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<System.Collections.Generic.IReadOnlyList<IoT.Driver.Core.TagOperationResult<IoT.Driver.Core.LogicalTagValue>>> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.Register(IoT.Driver.Core.LogicalTag)`

public void Register(IoT.Driver.Core.LogicalTag tag)

Compatibility alias for M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.RegisterTag(IoT.Driver.Core.LogicalTag) .

Parameter tag: The tag to register.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.RegisterRange(System.Collections.Generic.IEnumerable`1{IoT.Driver.Core.LogicalTag})`

public void RegisterRange(System.Collections.Generic.IEnumerable<IoT.Driver.Core.LogicalTag> tags)

Executes the RegisterRange operation.

Parameter tags: The tags value.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.RegisterTag(IoT.Driver.Core.LogicalTag)`

public void RegisterTag(IoT.Driver.Core.LogicalTag tag)

Adds or replaces a logical tag and makes it available to Mitsubishi typed APIs.

Parameter tag: The tag to register.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.RemoveTag(System.String)`

public bool RemoveTag(string name)

Removes a tag from the common catalog.

Parameter name: The logical name.
Returns: when the tag existed.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.UpsertGroupAsync(IoT.Driver.Core.LogicalTagGroup,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task UpsertGroupAsync(IoT.Driver.Core.LogicalTagGroup group, System.Threading.CancellationToken cancellationToken)

Inherits XML documentation from its implemented or overridden member.

Parameter group: The group value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task result.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.UpsertTagAsync(IoT.Driver.Core.LogicalTag,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task UpsertTagAsync(IoT.Driver.Core.LogicalTag tag, System.Threading.CancellationToken cancellationToken)

Inserts or replaces a persisted tag in the configured SQLite store.

Parameter tag: The tag to persist.
Parameter cancellationToken: The cancellation token.
Returns: A task that completes when the tag is persisted.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.WriteAsync(IoT.Driver.Core.LogicalTagValue,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.Core.TagOperationResult<IoT.Driver.Core.LogicalTagValue>> WriteAsync(IoT.Driver.Core.LogicalTagValue value, System.Threading.CancellationToken cancellationToken)

Inherits XML documentation from its implemented or overridden member.

Parameter value: The value value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<IoT.Driver.Core.TagOperationResult<IoT.Driver.Core.LogicalTagValue>> result.

M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.WriteAsync``1(System.String,``0,System.Threading.CancellationToken)

public System.Threading.Tasks.Task<IoT.Driver.Core.TagOperationResult<T>> WriteAsync<T>(string tagName, T value, System.Threading.CancellationToken cancellationToken)

Writes one typed logical tag.

Parameter tagName: The logical name.
Parameter value: The value to write.
Parameter cancellationToken: The cancellation token.
Returns: The typed operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.WriteManyAsync(System.Collections.Generic.IReadOnlyCollection`1{IoT.Driver.Core.LogicalTagValue},System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<System.Collections.Generic.IReadOnlyList<IoT.Driver.Core.TagOperationResult<IoT.Driver.Core.LogicalTagValue>>> WriteManyAsync(System.Collections.Generic.IReadOnlyCollection<IoT.Driver.Core.LogicalTagValue> values, System.Threading.CancellationToken cancellationToken)

Executes the WriteManyAsync operation.

Parameter values: The values value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<System.Collections.Generic.IReadOnlyList<IoT.Driver.Core.TagOperationResult<IoT.Driver.Core.LogicalTagValue>>> result.

`P:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.BulkOperationMetrics`

public IoT.Driver.MitsubishiRx.MitsubishiLogicalTagBulkOperationMetrics BulkOperationMetrics { get; }

Gets an immutable snapshot of deterministic grouped bulk operation counts.

Value: The BulkOperationMetrics value.

`P:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient.Catalog`

public IoT.Driver.Core.ILogicalTagCatalog Catalog { get; }

Gets the shared catalog used for registrations and persistence.

Value: The Catalog value.

`T:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration`

public class IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration

Describes a logical Mitsubishi tag to create and register.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration.#ctor(System.String,System.String,System.String,System.String,System.String,System.Collections.Generic.IReadOnlyDictionary`2{System.String,System.String},IoT.Driver.Core.LogicalTagAccessMode,System.Nullable`1{System.TimeSpan})`

public IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration(string Name, string Address, string DataType, string GroupName, string Description, System.Collections.Generic.IReadOnlyDictionary<string, string> Metadata, IoT.Driver.Core.LogicalTagAccessMode AccessMode, System.Nullable<System.TimeSpan> ScanInterval)

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration.

Parameter Name: The Name value.
Parameter Address: The Address value.
Parameter DataType: The DataType value.
Parameter GroupName: The GroupName value.
Parameter Description: The Description value.
Parameter Metadata: The Metadata value.
Parameter AccessMode: The AccessMode value.
Parameter ScanInterval: The ScanInterval value.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration.Deconstruct(System.String@,System.String@,System.String@,System.String@,System.String@,System.Collections.Generic.IReadOnlyDictionary`2{System.String,System.String}@,IoT.Driver.Core.LogicalTagAccessMode@,System.Nullable`1{System.TimeSpan}@)`

public void Deconstruct(out string Name, out string Address, out string DataType, out string GroupName, out string Description, out System.Collections.Generic.IReadOnlyDictionary<string, string> Metadata, out IoT.Driver.Core.LogicalTagAccessMode AccessMode, out System.Nullable<System.TimeSpan> ScanInterval)

Deconstructs the value into its component values.

Parameter Name: The Name value.
Parameter Address: The Address value.
Parameter DataType: The DataType value.
Parameter GroupName: The GroupName value.
Parameter Description: The Description value.
Parameter Metadata: The Metadata value.
Parameter AccessMode: The AccessMode value.
Parameter ScanInterval: The ScanInterval value.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration.Equals(IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration.ToLogicalTag`

public IoT.Driver.Core.LogicalTag ToLogicalTag()

Creates the common immutable tag model.

Returns: The common logical tag.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration,IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration left, IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration,IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration left, IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration.AccessMode`

public IoT.Driver.Core.LogicalTagAccessMode AccessMode { get; set; }

The tag access mode.

Value: The AccessMode value.

`P:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration.Address`

public string Address { get; set; }

The Mitsubishi device address.

Value: The Address value.

`P:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration.DataType`

public string DataType { get; set; }

The declared data type.

Value: The DataType value.

`P:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration.Description`

public string Description { get; set; }

The optional description.

Value: The Description value.

`P:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration.GroupName`

public string GroupName { get; set; }

The optional primary group.

Value: The GroupName value.

`P:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration.Metadata`

public System.Collections.Generic.IReadOnlyDictionary<string, string> Metadata { get; set; }

The driver-specific metadata.

Value: The Metadata value.

`P:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration.Name`

public string Name { get; set; }

The logical tag name.

Value: The Name value.

`P:IoT.Driver.MitsubishiRx.MitsubishiLogicalTagRegistration.ScanInterval`

public System.Nullable<System.TimeSpan> ScanInterval { get; set; }

The optional scan interval.

Value: The ScanInterval value.

`T:IoT.Driver.MitsubishiRx.MitsubishiOperationLog`

public class IoT.Driver.MitsubishiRx.MitsubishiOperationLog

Provides the MitsubishiOperationLog record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiOperationLog.#ctor(System.DateTimeOffset,IoT.Driver.MitsubishiRx.MitsubishiConnectionState,System.String,System.Boolean,System.ReadOnlyMemory`1{System.Byte},System.ReadOnlyMemory`1{System.Byte},System.Exception)`

public IoT.Driver.MitsubishiRx.MitsubishiOperationLog(System.DateTimeOffset TimestampUtc, IoT.Driver.MitsubishiRx.MitsubishiConnectionState State, string Description, bool Success, System.ReadOnlyMemory<byte> RequestPayload, System.ReadOnlyMemory<byte> ResponsePayload, System.Exception Exception)

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiOperationLog.

Parameter TimestampUtc: The TimestampUtc value.
Parameter State: The State value.
Parameter Description: The Description value.
Parameter Success: The Success value.
Parameter RequestPayload: The RequestPayload value.
Parameter ResponsePayload: The ResponsePayload value.
Parameter Exception: The Exception value.

`M:IoT.Driver.MitsubishiRx.MitsubishiOperationLog.Deconstruct(System.DateTimeOffset@,IoT.Driver.MitsubishiRx.MitsubishiConnectionState@,System.String@,System.Boolean@,System.ReadOnlyMemory`1{System.Byte}@,System.ReadOnlyMemory`1{System.Byte}@,System.Exception@)`

public void Deconstruct(out System.DateTimeOffset TimestampUtc, out IoT.Driver.MitsubishiRx.MitsubishiConnectionState State, out string Description, out bool Success, out System.ReadOnlyMemory<byte> RequestPayload, out System.ReadOnlyMemory<byte> ResponsePayload, out System.Exception Exception)

Deconstructs the value into its component values.

Parameter TimestampUtc: The TimestampUtc value.
Parameter State: The State value.
Parameter Description: The Description value.
Parameter Success: The Success value.
Parameter RequestPayload: The RequestPayload value.
Parameter ResponsePayload: The ResponsePayload value.
Parameter Exception: The Exception value.

`M:IoT.Driver.MitsubishiRx.MitsubishiOperationLog.Equals(IoT.Driver.MitsubishiRx.MitsubishiOperationLog)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiOperationLog other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiOperationLog.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiOperationLog.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiOperationLog.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiOperationLog.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiOperationLog,IoT.Driver.MitsubishiRx.MitsubishiOperationLog)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiOperationLog left, IoT.Driver.MitsubishiRx.MitsubishiOperationLog right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiOperationLog.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiOperationLog,IoT.Driver.MitsubishiRx.MitsubishiOperationLog)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiOperationLog left, IoT.Driver.MitsubishiRx.MitsubishiOperationLog right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiOperationLog.Description`

public string Description { get; set; }

The Description parameter.

Value: The Description value.

`P:IoT.Driver.MitsubishiRx.MitsubishiOperationLog.Exception`

public System.Exception Exception { get; set; }

The Exception parameter.

Value: The Exception value.

`P:IoT.Driver.MitsubishiRx.MitsubishiOperationLog.RequestPayload`

public System.ReadOnlyMemory<byte> RequestPayload { get; set; }

The RequestPayload parameter.

Value: The RequestPayload value.

`P:IoT.Driver.MitsubishiRx.MitsubishiOperationLog.ResponsePayload`

public System.ReadOnlyMemory<byte> ResponsePayload { get; set; }

The ResponsePayload parameter.

Value: The ResponsePayload value.

`P:IoT.Driver.MitsubishiRx.MitsubishiOperationLog.State`

public IoT.Driver.MitsubishiRx.MitsubishiConnectionState State { get; set; }

The State parameter.

Value: The State value.

`P:IoT.Driver.MitsubishiRx.MitsubishiOperationLog.Success`

public bool Success { get; set; }

The Success parameter.

Value: The Success value.

`P:IoT.Driver.MitsubishiRx.MitsubishiOperationLog.TimestampUtc`

public System.DateTimeOffset TimestampUtc { get; set; }

The TimestampUtc parameter.

Value: The TimestampUtc value.

`T:IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest`

public class IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest

Provides the MitsubishiRawCommandRequest record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest.#ctor(System.UInt16,System.UInt16,System.Collections.Generic.IReadOnlyList`1{System.Byte},System.String)`

public IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest(ushort Command, ushort Subcommand, System.Collections.Generic.IReadOnlyList<byte> Body, string Description)

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest.

Parameter Command: The Command value.
Parameter Subcommand: The Subcommand value.
Parameter Body: The Body value.
Parameter Description: The Description value.

`M:IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest.Deconstruct(System.UInt16@,System.UInt16@,System.Collections.Generic.IReadOnlyList`1{System.Byte}@,System.String@)`

public void Deconstruct(out ushort Command, out ushort Subcommand, out System.Collections.Generic.IReadOnlyList<byte> Body, out string Description)

Deconstructs the value into its component values.

Parameter Command: The Command value.
Parameter Subcommand: The Subcommand value.
Parameter Body: The Body value.
Parameter Description: The Description value.

`M:IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest.Equals(IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest,IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest left, IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest,IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest left, IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest.Body`

public System.Collections.Generic.IReadOnlyList<byte> Body { get; set; }

The Body parameter.

Value: The Body value.

`P:IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest.Command`

public ushort Command { get; set; }

The Command parameter.

Value: The Command value.

`P:IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest.Description`

public string Description { get; set; }

The Description parameter.

Value: The Description value.

`P:IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest.ResolvedBody`

public System.Collections.Generic.IReadOnlyList<byte> ResolvedBody { get; }

Gets or sets the ResolvedBody property.

Value: The ResolvedBody value.

`P:IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest.Subcommand`

public ushort Subcommand { get; set; }

The Subcommand parameter.

Value: The Subcommand value.

`T:IoT.Driver.MitsubishiRx.MitsubishiReactiveQuality`

public enum IoT.Driver.MitsubishiRx.MitsubishiReactiveQuality

Defines the MitsubishiReactiveQuality values.

Declared public members

`F:IoT.Driver.MitsubishiRx.MitsubishiReactiveQuality.Bad`

public static const IoT.Driver.MitsubishiRx.MitsubishiReactiveQuality Bad

Represents the Bad option.

`F:IoT.Driver.MitsubishiRx.MitsubishiReactiveQuality.Error`

public static const IoT.Driver.MitsubishiRx.MitsubishiReactiveQuality Error

Represents the Error option.

`F:IoT.Driver.MitsubishiRx.MitsubishiReactiveQuality.Good`

public static const IoT.Driver.MitsubishiRx.MitsubishiReactiveQuality Good

Represents the Good option.

`F:IoT.Driver.MitsubishiRx.MitsubishiReactiveQuality.Heartbeat`

public static const IoT.Driver.MitsubishiRx.MitsubishiReactiveQuality Heartbeat

Represents the Heartbeat option.

`F:IoT.Driver.MitsubishiRx.MitsubishiReactiveQuality.Stale`

public static const IoT.Driver.MitsubishiRx.MitsubishiReactiveQuality Stale

Represents the Stale option.

`T:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`

public class IoT.Driver.MitsubishiRx.MitsubishiReactiveValue

Provides the MitsubishiReactiveValue type.

Declared public members

M:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue.FromResponse``1(IoT.Driver.MitsubishiRx.Responce1{``0},System.DateTimeOffset,System.String)`

public static IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<T> FromResponse<T>(IoT.Driver.MitsubishiRx.Responce<T> response, System.DateTimeOffset timestampUtc, string source)

Executes the FromResponse operation.

Parameter response: The response value.
Parameter timestampUtc: The timestampUtc value.
Parameter source: The source value.
Returns: A IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<T> result.

M:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue.Heartbeat``1(IoT.Driver.MitsubishiRx.MitsubishiReactiveValue1{``0},System.DateTimeOffset)`

public static IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<T> Heartbeat<T>(IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<T> value, System.DateTimeOffset timestampUtc)

Executes the Heartbeat operation.

Parameter value: The value value.
Parameter timestampUtc: The timestampUtc value.
Returns: A IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<T> result.

M:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue.Stale``1(IoT.Driver.MitsubishiRx.MitsubishiReactiveValue1{``0},System.DateTimeOffset)`

public static IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<T> Stale<T>(IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<T> value, System.DateTimeOffset timestampUtc)

Executes the Stale operation.

Parameter value: The value value.
Parameter timestampUtc: The timestampUtc value.
Returns: A IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<T> result.

`T:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1`

public class IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1

Provides the MitsubishiReactiveValue record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1.#ctor(`0,System.DateTimeOffset,IoT.Driver.MitsubishiRx.MitsubishiReactiveQuality,System.Boolean,System.Boolean,System.String,System.String,System.Int32,System.Exception)`

public IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<T>(T Value, System.DateTimeOffset TimestampUtc, IoT.Driver.MitsubishiRx.MitsubishiReactiveQuality Quality, bool IsHeartbeat, bool IsStale, string Source, string Error, int ErrorCode, System.Exception Exception)

Provides the MitsubishiReactiveValue record.

Parameter Value: The Value parameter.
Parameter TimestampUtc: The TimestampUtc parameter.
Parameter Quality: The Quality parameter.
Parameter IsHeartbeat: The IsHeartbeat parameter.
Parameter IsStale: The IsStale parameter.
Parameter Source: The Source parameter.
Parameter Error: The Error parameter.
Parameter ErrorCode: The ErrorCode parameter.
Parameter Exception: The Exception parameter.

`M:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1.Deconstruct(`0@,System.DateTimeOffset@,IoT.Driver.MitsubishiRx.MitsubishiReactiveQuality@,System.Boolean@,System.Boolean@,System.String@,System.String@,System.Int32@,System.Exception@)`

public void Deconstruct(out T Value, out System.DateTimeOffset TimestampUtc, out IoT.Driver.MitsubishiRx.MitsubishiReactiveQuality Quality, out bool IsHeartbeat, out bool IsStale, out string Source, out string Error, out int ErrorCode, out System.Exception Exception)

Deconstructs the value into its component values.

Parameter Value: The Value value.
Parameter TimestampUtc: The TimestampUtc value.
Parameter Quality: The Quality value.
Parameter IsHeartbeat: The IsHeartbeat value.
Parameter IsStale: The IsStale value.
Parameter Source: The Source value.
Parameter Error: The Error value.
Parameter ErrorCode: The ErrorCode value.
Parameter Exception: The Exception value.

`M:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1.Equals(IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1{`0})`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<T> other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1{`0},IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1{`0})`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<T> left, IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<T> right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1{`0},IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1{`0})`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<T> left, IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<T> right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1.Error`

public string Error { get; set; }

The Error parameter.

Value: The Error value.

`P:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1.ErrorCode`

public int ErrorCode { get; set; }

The ErrorCode parameter.

Value: The ErrorCode value.

`P:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1.Exception`

public System.Exception Exception { get; set; }

The Exception parameter.

Value: The Exception value.

`P:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1.IsHeartbeat`

public bool IsHeartbeat { get; set; }

The IsHeartbeat parameter.

Value: The IsHeartbeat value.

`P:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1.IsStale`

public bool IsStale { get; set; }

The IsStale parameter.

Value: The IsStale value.

`P:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1.Quality`

public IoT.Driver.MitsubishiRx.MitsubishiReactiveQuality Quality { get; set; }

The Quality parameter.

Value: The Quality value.

`P:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1.Source`

public string Source { get; set; }

The Source parameter.

Value: The Source value.

`P:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1.TimestampUtc`

public System.DateTimeOffset TimestampUtc { get; set; }

The TimestampUtc parameter.

Value: The TimestampUtc value.

`P:IoT.Driver.MitsubishiRx.MitsubishiReactiveValue`1.Value`

public T Value { get; set; }

The Value parameter.

Value: The Value value.

`T:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteMode`

public enum IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteMode

Defines the MitsubishiReactiveWriteMode values.

Declared public members

`F:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteMode.Coalescing`

public static const IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteMode Coalescing

Represents the Coalescing option.

`F:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteMode.LatestWins`

public static const IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteMode LatestWins

Represents the LatestWins option.

`F:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteMode.Queued`

public static const IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteMode Queued

Represents the Queued option.

`T:IoT.Driver.MitsubishiRx.MitsubishiReactiveWritePipeline`1`

public class IoT.Driver.MitsubishiRx.MitsubishiReactiveWritePipeline`1

Provides the MitsubishiReactiveWritePipeline type.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiReactiveWritePipeline`1.Dispose`

public void Dispose()

Executes the Dispose operation.

`M:IoT.Driver.MitsubishiRx.MitsubishiReactiveWritePipeline`1.Post(`0)`

public void Post(TPayload payload)

Executes the Post operation.

Parameter payload: The payload parameter.

`P:IoT.Driver.MitsubishiRx.MitsubishiReactiveWritePipeline`1.Mode`

public IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteMode Mode { get; }

Gets or sets the Mode property.

Value: The Mode value.

`P:IoT.Driver.MitsubishiRx.MitsubishiReactiveWritePipeline`1.Results`

public System.IObservable<IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult> Results { get; }

Gets or sets the Results property.

Value: The Results value.

`T:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult`

public class IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult

Provides the MitsubishiReactiveWriteResult record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult.#ctor(System.String,System.DateTimeOffset,IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteMode,System.Boolean,System.String,System.Int32,System.Exception)`

public IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult(string Target, System.DateTimeOffset TimestampUtc, IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteMode Mode, bool Success, string Error, int ErrorCode, System.Exception Exception)

Provides the MitsubishiReactiveWriteResult record.

Parameter Target: The Target parameter.
Parameter TimestampUtc: The TimestampUtc parameter.
Parameter Mode: The Mode parameter.
Parameter Success: The Success parameter.
Parameter Error: The Error parameter.
Parameter ErrorCode: The ErrorCode parameter.
Parameter Exception: The Exception parameter.

`M:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult.Deconstruct(System.String@,System.DateTimeOffset@,IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteMode@,System.Boolean@,System.String@,System.Int32@,System.Exception@)`

public void Deconstruct(out string Target, out System.DateTimeOffset TimestampUtc, out IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteMode Mode, out bool Success, out string Error, out int ErrorCode, out System.Exception Exception)

Deconstructs the value into its component values.

Parameter Target: The Target value.
Parameter TimestampUtc: The TimestampUtc value.
Parameter Mode: The Mode value.
Parameter Success: The Success value.
Parameter Error: The Error value.
Parameter ErrorCode: The ErrorCode value.
Parameter Exception: The Exception value.

`M:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult.Equals(IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult,IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult left, IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult,IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult left, IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult.Error`

public string Error { get; set; }

The Error parameter.

Value: The Error value.

`P:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult.ErrorCode`

public int ErrorCode { get; set; }

The ErrorCode parameter.

Value: The ErrorCode value.

`P:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult.Exception`

public System.Exception Exception { get; set; }

The Exception parameter.

Value: The Exception value.

`P:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult.Mode`

public IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteMode Mode { get; set; }

The Mode parameter.

Value: The Mode value.

`P:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult.Success`

public bool Success { get; set; }

The Success parameter.

Value: The Success value.

`P:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult.Target`

public string Target { get; set; }

The Target parameter.

Value: The Target value.

`P:IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteResult.TimestampUtc`

public System.DateTimeOffset TimestampUtc { get; set; }

The TimestampUtc parameter.

Value: The TimestampUtc value.

`T:IoT.Driver.MitsubishiRx.MitsubishiRoute`

public class IoT.Driver.MitsubishiRx.MitsubishiRoute

Provides the MitsubishiRoute record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiRoute.#ctor(System.Byte,System.Byte,System.UInt16,System.Byte,System.Nullable`1{System.UInt16})`

public IoT.Driver.MitsubishiRx.MitsubishiRoute(byte NetworkNumber, byte StationNumber, ushort ModuleIoNumber, byte MultidropStationNumber, System.Nullable<ushort> ExtensionStationNumber)

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiRoute.

Parameter NetworkNumber: The NetworkNumber value.
Parameter StationNumber: The StationNumber value.
Parameter ModuleIoNumber: The ModuleIoNumber value.
Parameter MultidropStationNumber: The MultidropStationNumber value.
Parameter ExtensionStationNumber: The ExtensionStationNumber value.

`M:IoT.Driver.MitsubishiRx.MitsubishiRoute.Deconstruct(System.Byte@,System.Byte@,System.UInt16@,System.Byte@,System.Nullable`1{System.UInt16}@)`

public void Deconstruct(out byte NetworkNumber, out byte StationNumber, out ushort ModuleIoNumber, out byte MultidropStationNumber, out System.Nullable<ushort> ExtensionStationNumber)

Deconstructs the value into its component values.

Parameter NetworkNumber: The NetworkNumber value.
Parameter StationNumber: The StationNumber value.
Parameter ModuleIoNumber: The ModuleIoNumber value.
Parameter MultidropStationNumber: The MultidropStationNumber value.
Parameter ExtensionStationNumber: The ExtensionStationNumber value.

`M:IoT.Driver.MitsubishiRx.MitsubishiRoute.Equals(IoT.Driver.MitsubishiRx.MitsubishiRoute)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiRoute other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRoute.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRoute.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRoute.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRoute.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiRoute,IoT.Driver.MitsubishiRx.MitsubishiRoute)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiRoute left, IoT.Driver.MitsubishiRx.MitsubishiRoute right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRoute.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiRoute,IoT.Driver.MitsubishiRx.MitsubishiRoute)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiRoute left, IoT.Driver.MitsubishiRx.MitsubishiRoute right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiRoute.Default`

public IoT.Driver.MitsubishiRx.MitsubishiRoute Default { get; }

Gets or sets the Default property.

Value: The Default value.

`P:IoT.Driver.MitsubishiRx.MitsubishiRoute.ExtensionStationNumber`

public System.Nullable<ushort> ExtensionStationNumber { get; set; }

The ExtensionStationNumber parameter.

Value: The ExtensionStationNumber value.

`P:IoT.Driver.MitsubishiRx.MitsubishiRoute.ModuleIoNumber`

public ushort ModuleIoNumber { get; set; }

The ModuleIoNumber parameter.

Value: The ModuleIoNumber value.

`P:IoT.Driver.MitsubishiRx.MitsubishiRoute.MultidropStationNumber`

public byte MultidropStationNumber { get; set; }

The MultidropStationNumber parameter.

Value: The MultidropStationNumber value.

`P:IoT.Driver.MitsubishiRx.MitsubishiRoute.NetworkNumber`

public byte NetworkNumber { get; set; }

The NetworkNumber parameter.

Value: The NetworkNumber value.

`P:IoT.Driver.MitsubishiRx.MitsubishiRoute.StationNumber`

public byte StationNumber { get; set; }

The StationNumber parameter.

Value: The StationNumber value.

`T:IoT.Driver.MitsubishiRx.MitsubishiRx`

public class IoT.Driver.MitsubishiRx.MitsubishiRx

Provides the MitsubishiRx type.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.#ctor(IoT.Driver.MitsubishiRx.CpuType,System.String,System.Int32,System.Int32)`

public IoT.Driver.MitsubishiRx.MitsubishiRx(IoT.Driver.MitsubishiRx.CpuType cpuType, string ip, int port, int timeout)

Initializes a new instance of the MitsubishiRx class.

Parameter cpuType: The cpuType parameter.
Parameter ip: The ip parameter.
Parameter port: The port parameter.
Parameter timeout: The timeout parameter.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.#ctor(IoT.Driver.MitsubishiRx.MitsubishiClientOptions,IoT.Driver.MitsubishiRx.IMitsubishiTransport,ReactiveUI.Primitives.Concurrency.ISequencer)`

public IoT.Driver.MitsubishiRx.MitsubishiRx(IoT.Driver.MitsubishiRx.MitsubishiClientOptions options, IoT.Driver.MitsubishiRx.IMitsubishiTransport transport, ReactiveUI.Primitives.Concurrency.ISequencer scheduler)

Initializes a new instance of the MitsubishiRx class.

Parameter options: The options parameter.
Parameter transport: The transport parameter.
Parameter scheduler: The scheduler parameter.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.#ctor(IoT.Driver.MitsubishiRx.MitsubishiClientOptions,IoT.Driver.MitsubishiRx.IMitsubishiTransport,ReactiveUI.Primitives.Concurrency.ISequencer,System.TimeProvider)`

public IoT.Driver.MitsubishiRx.MitsubishiRx(IoT.Driver.MitsubishiRx.MitsubishiClientOptions options, IoT.Driver.MitsubishiRx.IMitsubishiTransport transport, ReactiveUI.Primitives.Concurrency.ISequencer scheduler, System.TimeProvider timeProvider)

Initializes a new instance of the MitsubishiRx class.

Parameter options: The options parameter.
Parameter transport: The transport parameter.
Parameter scheduler: The scheduler parameter.
Parameter timeProvider: The time provider.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ClearErrorAsync(System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> ClearErrorAsync(System.Threading.CancellationToken cancellationToken)

Executes the ClearErrorAsync operation.

Parameter cancellationToken: The cancellationToken parameter.
Returns: The ClearErrorAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.CloseAsync(System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> CloseAsync(System.Threading.CancellationToken cancellationToken)

Executes the CloseAsync operation.

Parameter cancellationToken: The cancellationToken parameter.
Returns: The CloseAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.CreateLogicalTagClient(IoT.Driver.Core.ILogicalTagCatalog,System.Nullable`1{System.TimeSpan},IoT.Driver.Core.LogicalTagSqliteStore)`

public IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient CreateLogicalTagClient(IoT.Driver.Core.ILogicalTagCatalog catalog, System.Nullable<System.TimeSpan> defaultScanInterval, IoT.Driver.Core.LogicalTagSqliteStore store)

Executes the CreateLogicalTagClient operation.

Parameter catalog: The catalog value.
Parameter defaultScanInterval: The defaultScanInterval value.
Parameter store: The store value.
Returns: A IoT.Driver.MitsubishiRx.MitsubishiLogicalTagClient result.

M:IoT.Driver.MitsubishiRx.MitsubishiRx.CreateReactiveTagWritePipeline``1(IoT.Driver.Core.LogicalTagKey1{``0},IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteMode,System.Nullable`1{System.TimeSpan})`

public IoT.Driver.MitsubishiRx.MitsubishiReactiveWritePipeline<T> CreateReactiveTagWritePipeline<T>(IoT.Driver.Core.LogicalTagKey<T> tag, IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteMode mode, System.Nullable<System.TimeSpan> coalescingWindow)

Executes the CreateReactiveTagWritePipeline operation.

Parameter tag: The tag value.
Parameter mode: The mode value.
Parameter coalescingWindow: The coalescingWindow value.
Returns: A IoT.Driver.MitsubishiRx.MitsubishiReactiveWritePipeline<T> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.CreateReactiveWordWritePipeline(System.String,IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteMode,System.Nullable`1{System.TimeSpan})`

public IoT.Driver.MitsubishiRx.MitsubishiReactiveWritePipeline<System.Collections.Generic.IReadOnlyList<ushort>> CreateReactiveWordWritePipeline(string address, IoT.Driver.MitsubishiRx.MitsubishiReactiveWriteMode mode, System.Nullable<System.TimeSpan> coalescingWindow)

Executes the CreateReactiveWordWritePipeline operation.

Parameter address: The address value.
Parameter mode: The mode value.
Parameter coalescingWindow: The coalescingWindow value.
Returns: A IoT.Driver.MitsubishiRx.MitsubishiReactiveWritePipeline<System.Collections.Generic.IReadOnlyList<ushort>> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.Dispose`

public void Dispose()

Executes the Dispose operation.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.DisposeAsync`

public System.Threading.Tasks.ValueTask DisposeAsync()

Executes the DisposeAsync operation.

Returns: The DisposeAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ExecuteMonitorAsync(System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<byte[]>> ExecuteMonitorAsync(System.Threading.CancellationToken cancellationToken)

Executes the ExecuteMonitorAsync operation.

Parameter cancellationToken: The cancellationToken parameter.
Returns: The ExecuteMonitorAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ExecuteRawAsync(IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<byte[]>> ExecuteRawAsync(IoT.Driver.MitsubishiRx.MitsubishiRawCommandRequest request, System.Threading.CancellationToken cancellationToken)

Executes the ExecuteRawAsync operation.

Parameter request: The request parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ExecuteRawAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.LoadAndValidateTagDatabase(System.String)`

public IoT.Driver.MitsubishiRx.Responce<IoT.Driver.MitsubishiRx.MitsubishiTagDatabase> LoadAndValidateTagDatabase(string path)

Executes the LoadAndValidateTagDatabase operation.

Parameter path: The path parameter.
Returns: The LoadAndValidateTagDatabase operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.LoadAndValidateTagDatabase(System.String,IoT.Driver.MitsubishiRx.MitsubishiTagRolloutPolicy)`

public IoT.Driver.MitsubishiRx.Responce<IoT.Driver.MitsubishiRx.MitsubishiTagDatabase> LoadAndValidateTagDatabase(string path, IoT.Driver.MitsubishiRx.MitsubishiTagRolloutPolicy policy)

Executes the LoadAndValidateTagDatabase operation.

Parameter path: The path parameter.
Parameter policy: The policy parameter.
Returns: The LoadAndValidateTagDatabase operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.LockAsync(System.String,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> LockAsync(string password, System.Threading.CancellationToken cancellationToken)

Executes the LockAsync operation.

Parameter password: The password parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The LockAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.LoopbackAsync(System.Byte[],System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<byte[]>> LoopbackAsync(byte[] data, System.Threading.CancellationToken cancellationToken)

Executes the LoopbackAsync operation.

Parameter data: The data parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The LoopbackAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ObserveBits(System.String,System.Int32,System.TimeSpan,System.Nullable`1{System.TimeSpan})`

public System.IObservable<IoT.Driver.MitsubishiRx.Responce<bool[]>> ObserveBits(string address, int points, System.TimeSpan pollInterval, System.Nullable<System.TimeSpan> minimumUpdateSpacing)

Executes the ObserveBits operation.

Parameter address: The address value.
Parameter points: The points value.
Parameter pollInterval: The pollInterval value.
Parameter minimumUpdateSpacing: The minimumUpdateSpacing value.
Returns: A System.IObservable<IoT.Driver.MitsubishiRx.Responce<bool[]>> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ObserveConnectionHealth(System.TimeSpan)`

public System.IObservable<ReactiveUI.Primitives.Extensions.Stale<IoT.Driver.MitsubishiRx.MitsubishiConnectionState>> ObserveConnectionHealth(System.TimeSpan staleAfter)

Executes the ObserveConnectionHealth operation.

Parameter staleAfter: The staleAfter parameter.
Returns: The ObserveConnectionHealth operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ObserveReactiveTagGroup(System.String,System.TimeSpan,System.Nullable`1{System.TimeSpan})`

public System.IObservable<IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot>> ObserveReactiveTagGroup(string groupName, System.TimeSpan pollInterval, System.Nullable<System.TimeSpan> minimumUpdateSpacing)

Executes the ObserveReactiveTagGroup operation.

Parameter groupName: The groupName value.
Parameter pollInterval: The pollInterval value.
Parameter minimumUpdateSpacing: The minimumUpdateSpacing value.
Returns: A System.IObservable<IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot>> result.

M:IoT.Driver.MitsubishiRx.MitsubishiRx.ObserveReactiveTag``1(IoT.Driver.Core.LogicalTagKey1{``0},System.TimeSpan,System.Nullable`1{System.TimeSpan})`

public System.IObservable<IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<T>> ObserveReactiveTag<T>(IoT.Driver.Core.LogicalTagKey<T> tagKey, System.TimeSpan pollInterval, System.Nullable<System.TimeSpan> minimumUpdateSpacing)

Executes the ObserveReactiveTag operation.

Parameter tagKey: The tagKey value.
Parameter pollInterval: The pollInterval value.
Parameter minimumUpdateSpacing: The minimumUpdateSpacing value.
Returns: A System.IObservable<IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<T>> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ObserveReactiveWords(System.String,System.Int32,System.TimeSpan,System.Nullable`1{System.TimeSpan})`

public System.IObservable<IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<ushort[]>> ObserveReactiveWords(string address, int points, System.TimeSpan pollInterval, System.Nullable<System.TimeSpan> minimumUpdateSpacing)

Executes the ObserveReactiveWords operation.

Parameter address: The address value.
Parameter points: The points value.
Parameter pollInterval: The pollInterval value.
Parameter minimumUpdateSpacing: The minimumUpdateSpacing value.
Returns: A System.IObservable<IoT.Driver.MitsubishiRx.MitsubishiReactiveValue<ushort[]>> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ObserveTagDatabaseDiff(System.String,System.TimeSpan,System.Boolean)`

public System.IObservable<IoT.Driver.MitsubishiRx.Responce<IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff>> ObserveTagDatabaseDiff(string path, System.TimeSpan pollInterval, bool emitInitial)

Executes the ObserveTagDatabaseDiff operation.

Parameter path: The path parameter.
Parameter pollInterval: The pollInterval parameter.
Parameter emitInitial: The emitInitial parameter.
Returns: The ObserveTagDatabaseDiff operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ObserveTagDatabaseDiff(System.String,System.TimeSpan,System.Boolean,IoT.Driver.MitsubishiRx.MitsubishiTagRolloutPolicy)`

public System.IObservable<IoT.Driver.MitsubishiRx.Responce<IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff>> ObserveTagDatabaseDiff(string path, System.TimeSpan pollInterval, bool emitInitial, IoT.Driver.MitsubishiRx.MitsubishiTagRolloutPolicy policy)

Executes the ObserveTagDatabaseDiff operation.

Parameter path: The path parameter.
Parameter pollInterval: The pollInterval parameter.
Parameter emitInitial: The emitInitial parameter.
Parameter policy: The policy parameter.
Returns: The ObserveTagDatabaseDiff operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ObserveTagDatabaseReload(System.String,System.TimeSpan,System.Boolean)`

public System.IObservable<IoT.Driver.MitsubishiRx.Responce<IoT.Driver.MitsubishiRx.MitsubishiTagDatabase>> ObserveTagDatabaseReload(string path, System.TimeSpan pollInterval, bool emitInitial)

Executes the ObserveTagDatabaseReload operation.

Parameter path: The path parameter.
Parameter pollInterval: The pollInterval parameter.
Parameter emitInitial: The emitInitial parameter.
Returns: The ObserveTagDatabaseReload operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ObserveTagDatabaseReload(System.String,System.TimeSpan,System.Boolean,IoT.Driver.MitsubishiRx.MitsubishiTagRolloutPolicy)`

public System.IObservable<IoT.Driver.MitsubishiRx.Responce<IoT.Driver.MitsubishiRx.MitsubishiTagDatabase>> ObserveTagDatabaseReload(string path, System.TimeSpan pollInterval, bool emitInitial, IoT.Driver.MitsubishiRx.MitsubishiTagRolloutPolicy policy)

Executes the ObserveTagDatabaseReload operation.

Parameter path: The path parameter.
Parameter pollInterval: The pollInterval parameter.
Parameter emitInitial: The emitInitial parameter.
Parameter policy: The policy parameter.
Returns: The ObserveTagDatabaseReload operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ObserveTagGroup(System.String,System.TimeSpan,System.Nullable`1{System.TimeSpan})`

public System.IObservable<IoT.Driver.MitsubishiRx.Responce<IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot>> ObserveTagGroup(string groupName, System.TimeSpan pollInterval, System.Nullable<System.TimeSpan> minimumUpdateSpacing)

Executes the ObserveTagGroup operation.

Parameter groupName: The groupName value.
Parameter pollInterval: The pollInterval value.
Parameter minimumUpdateSpacing: The minimumUpdateSpacing value.
Returns: A System.IObservable<IoT.Driver.MitsubishiRx.Responce<IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot>> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ObserveTagGroupHeartbeat(System.String,System.TimeSpan,System.TimeSpan,System.Nullable`1{System.TimeSpan})`

public System.IObservable<ReactiveUI.Primitives.Extensions.Heartbeat<IoT.Driver.MitsubishiRx.Responce<IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot>>> ObserveTagGroupHeartbeat(string groupName, System.TimeSpan pollInterval, System.TimeSpan heartbeatAfter, System.Nullable<System.TimeSpan> minimumUpdateSpacing)

Executes the ObserveTagGroupHeartbeat operation.

Parameter groupName: The groupName value.
Parameter pollInterval: The pollInterval value.
Parameter heartbeatAfter: The heartbeatAfter value.
Parameter minimumUpdateSpacing: The minimumUpdateSpacing value.
Returns: A System.IObservable<ReactiveUI.Primitives.Extensions.Heartbeat<IoT.Driver.MitsubishiRx.Responce<IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot>>> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ObserveTagGroupLatest(System.String,System.IObservable`1{ReactiveUI.Primitives.RxVoid})`

public System.IObservable<IoT.Driver.MitsubishiRx.Responce<IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot>> ObserveTagGroupLatest(string groupName, System.IObservable<ReactiveUI.Primitives.RxVoid> trigger)

Executes the ObserveTagGroupLatest operation.

Parameter groupName: The groupName value.
Parameter trigger: The trigger value.
Returns: A System.IObservable<IoT.Driver.MitsubishiRx.Responce<IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot>> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ObserveTagGroupStale(System.String,System.TimeSpan,System.TimeSpan,System.Nullable`1{System.TimeSpan})`

public System.IObservable<ReactiveUI.Primitives.Extensions.Stale<IoT.Driver.MitsubishiRx.Responce<IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot>>> ObserveTagGroupStale(string groupName, System.TimeSpan pollInterval, System.TimeSpan staleAfter, System.Nullable<System.TimeSpan> minimumUpdateSpacing)

Executes the ObserveTagGroupStale operation.

Parameter groupName: The groupName value.
Parameter pollInterval: The pollInterval value.
Parameter staleAfter: The staleAfter value.
Parameter minimumUpdateSpacing: The minimumUpdateSpacing value.
Returns: A System.IObservable<ReactiveUI.Primitives.Extensions.Stale<IoT.Driver.MitsubishiRx.Responce<IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot>>> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ObserveWords(System.String,System.Int32,System.TimeSpan,System.Nullable`1{System.TimeSpan},System.Nullable`1{System.TimeSpan})`

public System.IObservable<IoT.Driver.MitsubishiRx.Responce<ushort[]>> ObserveWords(string address, int points, System.TimeSpan pollInterval, System.Nullable<System.TimeSpan> minimumUpdateSpacing, System.Nullable<System.TimeSpan> pollTimeout)

Executes the ObserveWords operation.

Parameter address: The address value.
Parameter points: The points value.
Parameter pollInterval: The pollInterval value.
Parameter minimumUpdateSpacing: The minimumUpdateSpacing value.
Parameter pollTimeout: The pollTimeout value.
Returns: A System.IObservable<IoT.Driver.MitsubishiRx.Responce<ushort[]>> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ObserveWordsHeartbeat(System.String,System.Int32,System.TimeSpan,System.TimeSpan,System.Nullable`1{System.TimeSpan},System.Nullable`1{System.TimeSpan})`

public System.IObservable<ReactiveUI.Primitives.Extensions.Heartbeat<IoT.Driver.MitsubishiRx.Responce<ushort[]>>> ObserveWordsHeartbeat(string address, int points, System.TimeSpan pollInterval, System.TimeSpan heartbeatAfter, System.Nullable<System.TimeSpan> minimumUpdateSpacing, System.Nullable<System.TimeSpan> pollTimeout)

Executes the ObserveWordsHeartbeat operation.

Parameter address: The address value.
Parameter points: The points value.
Parameter pollInterval: The pollInterval value.
Parameter heartbeatAfter: The heartbeatAfter value.
Parameter minimumUpdateSpacing: The minimumUpdateSpacing value.
Parameter pollTimeout: The pollTimeout value.
Returns: A System.IObservable<ReactiveUI.Primitives.Extensions.Heartbeat<IoT.Driver.MitsubishiRx.Responce<ushort[]>>> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ObserveWordsLatest(System.String,System.Int32,System.IObservable`1{ReactiveUI.Primitives.RxVoid})`

public System.IObservable<IoT.Driver.MitsubishiRx.Responce<ushort[]>> ObserveWordsLatest(string address, int points, System.IObservable<ReactiveUI.Primitives.RxVoid> trigger)

Executes the ObserveWordsLatest operation.

Parameter address: The address value.
Parameter points: The points value.
Parameter trigger: The trigger value.
Returns: A System.IObservable<IoT.Driver.MitsubishiRx.Responce<ushort[]>> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ObserveWordsStale(System.String,System.Int32,System.TimeSpan,System.TimeSpan,System.Nullable`1{System.TimeSpan})`

public System.IObservable<ReactiveUI.Primitives.Extensions.Stale<IoT.Driver.MitsubishiRx.Responce<ushort[]>>> ObserveWordsStale(string address, int points, System.TimeSpan pollInterval, System.TimeSpan staleAfter, System.Nullable<System.TimeSpan> minimumUpdateSpacing)

Executes the ObserveWordsStale operation.

Parameter address: The address value.
Parameter points: The points value.
Parameter pollInterval: The pollInterval value.
Parameter staleAfter: The staleAfter value.
Parameter minimumUpdateSpacing: The minimumUpdateSpacing value.
Returns: A System.IObservable<ReactiveUI.Primitives.Extensions.Stale<IoT.Driver.MitsubishiRx.Responce<ushort[]>>> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.OpenAsync(System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> OpenAsync(System.Threading.CancellationToken cancellationToken)

Executes the OpenAsync operation.

Parameter cancellationToken: The cancellationToken parameter.
Returns: The OpenAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.PreviewTagDatabaseDiff(System.String)`

public IoT.Driver.MitsubishiRx.Responce<IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff> PreviewTagDatabaseDiff(string path)

Executes the PreviewTagDatabaseDiff operation.

Parameter path: The path parameter.
Returns: The PreviewTagDatabaseDiff operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.PreviewTagDatabaseDiff(System.String,IoT.Driver.MitsubishiRx.MitsubishiTagRolloutPolicy)`

public IoT.Driver.MitsubishiRx.Responce<IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff> PreviewTagDatabaseDiff(string path, IoT.Driver.MitsubishiRx.MitsubishiTagRolloutPolicy policy)

Executes the PreviewTagDatabaseDiff operation.

Parameter path: The path parameter.
Parameter policy: The policy parameter.
Returns: The PreviewTagDatabaseDiff operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.RandomReadWordsAsync(System.Collections.Generic.IEnumerable`1{System.String},System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<ushort[]>> RandomReadWordsAsync(System.Collections.Generic.IEnumerable<string> addresses, System.Threading.CancellationToken cancellationToken)

Executes the RandomReadWordsAsync operation.

Parameter addresses: The addresses value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<ushort[]>> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.RandomReadWordsByTagAsync(System.Collections.Generic.IEnumerable`1{System.String},System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<ushort[]>> RandomReadWordsByTagAsync(System.Collections.Generic.IEnumerable<string> tagNames, System.Threading.CancellationToken cancellationToken)

Executes the RandomReadWordsByTagAsync operation.

Parameter tagNames: The tagNames value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<ushort[]>> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.RandomWriteWordsAsync(System.Collections.Generic.IEnumerable`1{System.Collections.Generic.KeyValuePair`2{System.String,System.UInt16}},System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> RandomWriteWordsAsync(System.Collections.Generic.IEnumerable<System.Collections.Generic.KeyValuePair<string, ushort>> values, System.Threading.CancellationToken cancellationToken)

Executes the RandomWriteWordsAsync operation.

Parameter values: The values value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.RandomWriteWordsByTagAsync(System.Collections.Generic.IEnumerable`1{System.Collections.Generic.KeyValuePair`2{System.String,System.UInt16}},System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> RandomWriteWordsByTagAsync(System.Collections.Generic.IEnumerable<System.Collections.Generic.KeyValuePair<string, ushort>> values, System.Threading.CancellationToken cancellationToken)

Executes the RandomWriteWordsByTagAsync operation.

Parameter values: The values value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ReadBitsAsync(System.String,System.Int32,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<bool[]>> ReadBitsAsync(string address, int points, System.Threading.CancellationToken cancellationToken)

Executes the ReadBitsAsync operation.

Parameter address: The address parameter.
Parameter points: The points parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ReadBitsAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ReadBitsByTagAsync(System.String,System.Int32,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<bool[]>> ReadBitsByTagAsync(string tagName, int points, System.Threading.CancellationToken cancellationToken)

Executes the ReadBitsByTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter points: The points parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ReadBitsByTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ReadBlocksAsync(IoT.Driver.MitsubishiRx.MitsubishiBlockRequest,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<byte[]>> ReadBlocksAsync(IoT.Driver.MitsubishiRx.MitsubishiBlockRequest request, System.Threading.CancellationToken cancellationToken)

Executes the ReadBlocksAsync operation.

Parameter request: The request parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ReadBlocksAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ReadDWordByTagAsync(System.String,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<uint>> ReadDWordByTagAsync(string tagName, System.Threading.CancellationToken cancellationToken)

Executes the ReadDWordByTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ReadDWordByTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ReadFloatByTagAsync(System.String,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<float>> ReadFloatByTagAsync(string tagName, System.Threading.CancellationToken cancellationToken)

Executes the ReadFloatByTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ReadFloatByTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ReadGeneratedBitTagAsync(System.String,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<bool>> ReadGeneratedBitTagAsync(string tagName, System.Threading.CancellationToken cancellationToken)

Executes the ReadGeneratedBitTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ReadGeneratedBitTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ReadInt16ByTagAsync(System.String,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<short>> ReadInt16ByTagAsync(string tagName, System.Threading.CancellationToken cancellationToken)

Executes the ReadInt16ByTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ReadInt16ByTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ReadInt32ByTagAsync(System.String,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<int>> ReadInt32ByTagAsync(string tagName, System.Threading.CancellationToken cancellationToken)

Executes the ReadInt32ByTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ReadInt32ByTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ReadMemoryAsync(System.UInt16,System.UInt16,System.Int32,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<ushort[]>> ReadMemoryAsync(ushort command, ushort address, int length, System.Threading.CancellationToken cancellationToken)

Executes the ReadMemoryAsync operation.

Parameter command: The command parameter.
Parameter address: The address parameter.
Parameter length: The length parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ReadMemoryAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ReadScaledDoubleByTagAsync(System.String,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<double>> ReadScaledDoubleByTagAsync(string tagName, System.Threading.CancellationToken cancellationToken)

Executes the ReadScaledDoubleByTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ReadScaledDoubleByTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ReadStringByTagAsync(System.String,System.Int32,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<string>> ReadStringByTagAsync(string tagName, int wordLength, System.Threading.CancellationToken cancellationToken)

Executes the ReadStringByTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter wordLength: The wordLength parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ReadStringByTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ReadStringByTagAsync(System.String,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<string>> ReadStringByTagAsync(string tagName, System.Threading.CancellationToken cancellationToken)

Executes the ReadStringByTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ReadStringByTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ReadTagAsync(System.String,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<object>> ReadTagAsync(string tagName, System.Threading.CancellationToken cancellationToken)

Reads a tag using the data type declared in P:IoT.Driver.MitsubishiRx.MitsubishiRx.TagDatabase .

Parameter tagName: The logical tag name.
Parameter cancellationToken: The cancellation token.
Returns: The untyped tag value response.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ReadTagGroupSnapshotAsync(System.String,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot>> ReadTagGroupSnapshotAsync(string groupName, System.Threading.CancellationToken cancellationToken)

Executes the ReadTagGroupSnapshotAsync operation.

Parameter groupName: The groupName parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ReadTagGroupSnapshotAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ReadTypeNameAsync(System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<IoT.Driver.MitsubishiRx.MitsubishiTypeName>> ReadTypeNameAsync(System.Threading.CancellationToken cancellationToken)

Executes the ReadTypeNameAsync operation.

Parameter cancellationToken: The cancellationToken parameter.
Returns: The ReadTypeNameAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ReadUInt16ByTagAsync(System.String,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<ushort>> ReadUInt16ByTagAsync(string tagName, System.Threading.CancellationToken cancellationToken)

Executes the ReadUInt16ByTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ReadUInt16ByTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ReadWordsAsync(System.String,System.Int32,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<ushort[]>> ReadWordsAsync(string address, int points, System.Threading.CancellationToken cancellationToken)

Executes the ReadWordsAsync operation.

Parameter address: The address parameter.
Parameter points: The points parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ReadWordsAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ReadWordsByTagAsync(System.String,System.Int32,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<ushort[]>> ReadWordsByTagAsync(string tagName, int points, System.Threading.CancellationToken cancellationToken)

Executes the ReadWordsByTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter points: The points parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The ReadWordsByTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.RegisterMonitorAsync(System.Collections.Generic.IEnumerable`1{System.String},System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> RegisterMonitorAsync(System.Collections.Generic.IEnumerable<string> addresses, System.Threading.CancellationToken cancellationToken)

Executes the RegisterMonitorAsync operation.

Parameter addresses: The addresses value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.RemoteLatchClearAsync(System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> RemoteLatchClearAsync(System.Threading.CancellationToken cancellationToken)

Executes the RemoteLatchClearAsync operation.

Parameter cancellationToken: The cancellationToken parameter.
Returns: The RemoteLatchClearAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.RemotePauseAsync(System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> RemotePauseAsync(System.Threading.CancellationToken cancellationToken)

Executes the RemotePauseAsync operation.

Parameter cancellationToken: The cancellationToken parameter.
Returns: The RemotePauseAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.RemoteResetAsync(System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> RemoteResetAsync(System.Threading.CancellationToken cancellationToken)

Executes the RemoteResetAsync operation.

Parameter cancellationToken: The cancellationToken parameter.
Returns: The RemoteResetAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.RemoteRunAsync(System.Boolean,System.Boolean,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> RemoteRunAsync(bool force, bool clearMode, System.Threading.CancellationToken cancellationToken)

Executes the RemoteRunAsync operation.

Parameter force: The force parameter.
Parameter clearMode: The clearMode parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The RemoteRunAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.RemoteStopAsync(System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> RemoteStopAsync(System.Threading.CancellationToken cancellationToken)

Executes the RemoteStopAsync operation.

Parameter cancellationToken: The cancellationToken parameter.
Returns: The RemoteStopAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.SampleDiagnostics(System.IObservable`1{System.Object})`

public System.IObservable<IoT.Driver.MitsubishiRx.MitsubishiOperationLog> SampleDiagnostics(System.IObservable<object> trigger)

Executes the SampleDiagnostics operation.

Parameter trigger: The trigger value.
Returns: A System.IObservable<IoT.Driver.MitsubishiRx.MitsubishiOperationLog> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.SendPackageAsync(System.Byte[],System.Int32,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<byte[]>> SendPackageAsync(byte[] command, int receiveCount, System.Threading.CancellationToken cancellationToken = default)

Asynchronously sends a pre-encoded package with a fixed response length.

Parameter command: The command parameter.
Parameter receiveCount: The receiveCount parameter.
Parameter cancellationToken: The cancellation token.
Returns: The SendPackageAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.SendPackageReliableAsync(System.Byte[],System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<byte[]>> SendPackageReliableAsync(byte[] command, System.Threading.CancellationToken cancellationToken = default)

Asynchronously sends a pre-encoded package using the reliable package route.

Parameter command: The command parameter.
Parameter cancellationToken: The cancellation token.
Returns: The SendPackageReliableAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.SendPackageSingleAsync(System.Byte[],System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce<byte[]>> SendPackageSingleAsync(byte[] command, System.Threading.CancellationToken cancellationToken = default)

Asynchronously sends a pre-encoded package with a variable-length response.

Parameter command: The command parameter.
Parameter cancellationToken: The cancellation token.
Returns: The SendPackageSingleAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.UnlockAsync(System.String,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> UnlockAsync(string password, System.Threading.CancellationToken cancellationToken)

Executes the UnlockAsync operation.

Parameter password: The password parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The UnlockAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ValidateTagDatabase`

public IoT.Driver.MitsubishiRx.Responce ValidateTagDatabase()

Executes the ValidateTagDatabase operation.

Returns: The ValidateTagDatabase operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.ValidateTagGroupWrite(System.String,System.Collections.Generic.IReadOnlyDictionary`2{System.String,System.Object})`

public IoT.Driver.MitsubishiRx.Responce ValidateTagGroupWrite(string groupName, System.Collections.Generic.IReadOnlyDictionary<string, object> values)

Executes the ValidateTagGroupWrite operation.

Parameter groupName: The groupName value.
Parameter values: The values value.
Returns: A IoT.Driver.MitsubishiRx.Responce result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.WriteBitsAsync(System.String,System.Collections.Generic.IReadOnlyList`1{System.Boolean},System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> WriteBitsAsync(string address, System.Collections.Generic.IReadOnlyList<bool> values, System.Threading.CancellationToken cancellationToken)

Executes the WriteBitsAsync operation.

Parameter address: The address value.
Parameter values: The values value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.WriteBitsByTagAsync(System.String,System.Collections.Generic.IReadOnlyList`1{System.Boolean},System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> WriteBitsByTagAsync(string tagName, System.Collections.Generic.IReadOnlyList<bool> values, System.Threading.CancellationToken cancellationToken)

Executes the WriteBitsByTagAsync operation.

Parameter tagName: The tagName value.
Parameter values: The values value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.WriteBlocksAsync(IoT.Driver.MitsubishiRx.MitsubishiBlockRequest,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> WriteBlocksAsync(IoT.Driver.MitsubishiRx.MitsubishiBlockRequest request, System.Threading.CancellationToken cancellationToken)

Executes the WriteBlocksAsync operation.

Parameter request: The request parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The WriteBlocksAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.WriteDWordByTagAsync(System.String,System.UInt32,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> WriteDWordByTagAsync(string tagName, uint value, System.Threading.CancellationToken cancellationToken)

Executes the WriteDWordByTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter value: The value parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The WriteDWordByTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.WriteFloatByTagAsync(System.String,System.Single,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> WriteFloatByTagAsync(string tagName, float value, System.Threading.CancellationToken cancellationToken)

Executes the WriteFloatByTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter value: The value parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The WriteFloatByTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.WriteGeneratedBitTagAsync(System.String,System.Boolean,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> WriteGeneratedBitTagAsync(string tagName, bool value, System.Threading.CancellationToken cancellationToken)

Executes the WriteGeneratedBitTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter value: The value parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The WriteGeneratedBitTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.WriteInt16ByTagAsync(System.String,System.Int16,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> WriteInt16ByTagAsync(string tagName, short value, System.Threading.CancellationToken cancellationToken)

Executes the WriteInt16ByTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter value: The value parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The WriteInt16ByTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.WriteInt32ByTagAsync(System.String,System.Int32,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> WriteInt32ByTagAsync(string tagName, int value, System.Threading.CancellationToken cancellationToken)

Executes the WriteInt32ByTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter value: The value parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The WriteInt32ByTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.WriteMemoryAsync(System.UInt16,System.UInt16,System.Collections.Generic.IReadOnlyList`1{System.UInt16},System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> WriteMemoryAsync(ushort command, ushort address, System.Collections.Generic.IReadOnlyList<ushort> values, System.Threading.CancellationToken cancellationToken)

Executes the WriteMemoryAsync operation.

Parameter command: The command value.
Parameter address: The address value.
Parameter values: The values value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.WriteScaledDoubleByTagAsync(System.String,System.Double,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> WriteScaledDoubleByTagAsync(string tagName, double value, System.Threading.CancellationToken cancellationToken)

Executes the WriteScaledDoubleByTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter value: The value parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The WriteScaledDoubleByTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.WriteStringByTagAsync(System.String,System.String,System.Int32,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> WriteStringByTagAsync(string tagName, string value, int wordLength, System.Threading.CancellationToken cancellationToken)

Executes the WriteStringByTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter value: The value parameter.
Parameter wordLength: The wordLength parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The WriteStringByTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.WriteStringByTagAsync(System.String,System.String,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> WriteStringByTagAsync(string tagName, string value, System.Threading.CancellationToken cancellationToken)

Executes the WriteStringByTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter value: The value parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The WriteStringByTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.WriteTagAsync(System.String,System.Object,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> WriteTagAsync(string tagName, object value, System.Threading.CancellationToken cancellationToken)

Writes a tag using the data type declared in P:IoT.Driver.MitsubishiRx.MitsubishiRx.TagDatabase .

Parameter tagName: The logical tag name.
Parameter value: The value to write.
Parameter cancellationToken: The cancellation token.
Returns: The write response.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.WriteTagGroupSnapshotAsync(IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> WriteTagGroupSnapshotAsync(IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot snapshot, System.Threading.CancellationToken cancellationToken)

Executes the WriteTagGroupSnapshotAsync operation.

Parameter snapshot: The snapshot parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The WriteTagGroupSnapshotAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.WriteTagGroupValuesAsync(System.String,System.Collections.Generic.IReadOnlyDictionary`2{System.String,System.Object},System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> WriteTagGroupValuesAsync(string groupName, System.Collections.Generic.IReadOnlyDictionary<string, object> values, System.Threading.CancellationToken cancellationToken)

Executes the WriteTagGroupValuesAsync operation.

Parameter groupName: The groupName value.
Parameter values: The values value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.WriteUInt16ByTagAsync(System.String,System.UInt16,System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> WriteUInt16ByTagAsync(string tagName, ushort value, System.Threading.CancellationToken cancellationToken)

Executes the WriteUInt16ByTagAsync operation.

Parameter tagName: The tagName parameter.
Parameter value: The value parameter.
Parameter cancellationToken: The cancellationToken parameter.
Returns: The WriteUInt16ByTagAsync operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.WriteWordsAsync(System.String,System.Collections.Generic.IReadOnlyList`1{System.UInt16},System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> WriteWordsAsync(string address, System.Collections.Generic.IReadOnlyList<ushort> values, System.Threading.CancellationToken cancellationToken)

Executes the WriteWordsAsync operation.

Parameter address: The address value.
Parameter values: The values value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiRx.WriteWordsByTagAsync(System.String,System.Collections.Generic.IReadOnlyList`1{System.UInt16},System.Threading.CancellationToken)`

public System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> WriteWordsByTagAsync(string tagName, System.Collections.Generic.IReadOnlyList<ushort> values, System.Threading.CancellationToken cancellationToken)

Executes the WriteWordsByTagAsync operation.

Parameter tagName: The tagName value.
Parameter values: The values value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.Task<IoT.Driver.MitsubishiRx.Responce> result.

`P:IoT.Driver.MitsubishiRx.MitsubishiRx.Connected`

public bool Connected { get; }

Gets or sets the Connected property.

Value: The Connected value.

`P:IoT.Driver.MitsubishiRx.MitsubishiRx.ConnectionStates`

public System.IObservable<IoT.Driver.MitsubishiRx.MitsubishiConnectionState> ConnectionStates { get; }

Gets or sets the ConnectionStates property.

Value: The ConnectionStates value.

`P:IoT.Driver.MitsubishiRx.MitsubishiRx.OperationLogs`

public System.IObservable<IoT.Driver.MitsubishiRx.MitsubishiOperationLog> OperationLogs { get; }

Gets or sets the OperationLogs property.

Value: The OperationLogs value.

`P:IoT.Driver.MitsubishiRx.MitsubishiRx.Options`

public IoT.Driver.MitsubishiRx.MitsubishiClientOptions Options { get; }

Gets or sets the Options property.

Value: The Options value.

`P:IoT.Driver.MitsubishiRx.MitsubishiRx.TagDatabase`

public IoT.Driver.MitsubishiRx.MitsubishiTagDatabase TagDatabase { get; set; }

Gets or sets the TagDatabase property.

Value: The TagDatabase value.

`T:IoT.Driver.MitsubishiRx.MitsubishiSchemaChangeKind`

public enum IoT.Driver.MitsubishiRx.MitsubishiSchemaChangeKind

Defines the MitsubishiSchemaChangeKind values.

Declared public members

`F:IoT.Driver.MitsubishiRx.MitsubishiSchemaChangeKind.AddressChange`

public static const IoT.Driver.MitsubishiRx.MitsubishiSchemaChangeKind AddressChange

Represents the AddressChange option.

`F:IoT.Driver.MitsubishiRx.MitsubishiSchemaChangeKind.DataTypeChange`

public static const IoT.Driver.MitsubishiRx.MitsubishiSchemaChangeKind DataTypeChange

Represents the DataTypeChange option.

`F:IoT.Driver.MitsubishiRx.MitsubishiSchemaChangeKind.GroupMembershipChange`

public static const IoT.Driver.MitsubishiRx.MitsubishiSchemaChangeKind GroupMembershipChange

Represents the GroupMembershipChange option.

`F:IoT.Driver.MitsubishiRx.MitsubishiSchemaChangeKind.MetadataOnly`

public static const IoT.Driver.MitsubishiRx.MitsubishiSchemaChangeKind MetadataOnly

Represents the MetadataOnly option.

`F:IoT.Driver.MitsubishiRx.MitsubishiSchemaChangeKind.None`

public static const IoT.Driver.MitsubishiRx.MitsubishiSchemaChangeKind None

Represents the None option.

`F:IoT.Driver.MitsubishiRx.MitsubishiSchemaChangeKind.StructureChange`

public static const IoT.Driver.MitsubishiRx.MitsubishiSchemaChangeKind StructureChange

Represents the StructureChange option.

`T:IoT.Driver.MitsubishiRx.MitsubishiSerialMessageFormat`

public enum IoT.Driver.MitsubishiRx.MitsubishiSerialMessageFormat

Defines the MitsubishiSerialMessageFormat values.

Declared public members

`F:IoT.Driver.MitsubishiRx.MitsubishiSerialMessageFormat.Format1`

public static const IoT.Driver.MitsubishiRx.MitsubishiSerialMessageFormat Format1

Represents the Format1 option.

`F:IoT.Driver.MitsubishiRx.MitsubishiSerialMessageFormat.Format4`

public static const IoT.Driver.MitsubishiRx.MitsubishiSerialMessageFormat Format4

Represents the Format4 option.

`F:IoT.Driver.MitsubishiRx.MitsubishiSerialMessageFormat.Format5`

public static const IoT.Driver.MitsubishiRx.MitsubishiSerialMessageFormat Format5

Represents the Format5 option.

`T:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions`

public class IoT.Driver.MitsubishiRx.MitsubishiSerialOptions

Provides the MitsubishiSerialOptions record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.#ctor(System.String,System.Int32,System.Int32,System.IO.Ports.Parity,System.IO.Ports.StopBits,System.IO.Ports.Handshake,IoT.Driver.MitsubishiRx.MitsubishiSerialMessageFormat,System.Byte,System.Byte,System.Byte,System.UInt16,System.Byte,System.Byte,System.Byte,System.Int32,System.Int32,System.String)`

public IoT.Driver.MitsubishiRx.MitsubishiSerialOptions(string PortName, int BaudRate, int DataBits, System.IO.Ports.Parity Parity, System.IO.Ports.StopBits StopBits, System.IO.Ports.Handshake Handshake, IoT.Driver.MitsubishiRx.MitsubishiSerialMessageFormat MessageFormat, byte StationNumber, byte NetworkNumber, byte PcNumber, ushort RequestDestinationModuleIoNumber, byte RequestDestinationModuleStationNumber, byte SelfStationNumber, byte MessageWait, int ReadBufferSize, int WriteBufferSize, string NewLine)

Provides the MitsubishiSerialOptions record.

Parameter PortName: The PortName parameter.
Parameter BaudRate: The BaudRate parameter.
Parameter DataBits: The DataBits parameter.
Parameter Parity: The Parity parameter.
Parameter StopBits: The StopBits parameter.
Parameter Handshake: The Handshake parameter.
Parameter MessageFormat: The MessageFormat parameter.
Parameter StationNumber: The StationNumber parameter.
Parameter NetworkNumber: The NetworkNumber parameter.
Parameter PcNumber: The PcNumber parameter.
Parameter RequestDestinationModuleIoNumber: The RequestDestinationModuleIoNumber parameter.
Parameter RequestDestinationModuleStationNumber: The RequestDestinationModuleStationNumber parameter.
Parameter SelfStationNumber: The SelfStationNumber parameter.
Parameter MessageWait: The MessageWait parameter.
Parameter ReadBufferSize: The ReadBufferSize parameter.
Parameter WriteBufferSize: The WriteBufferSize parameter.
Parameter NewLine: The NewLine parameter.

`M:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.Deconstruct(System.String@,System.Int32@,System.Int32@,System.IO.Ports.Parity@,System.IO.Ports.StopBits@,System.IO.Ports.Handshake@,IoT.Driver.MitsubishiRx.MitsubishiSerialMessageFormat@,System.Byte@,System.Byte@,System.Byte@,System.UInt16@,System.Byte@,System.Byte@,System.Byte@,System.Int32@,System.Int32@,System.String@)`

public void Deconstruct(out string PortName, out int BaudRate, out int DataBits, out System.IO.Ports.Parity Parity, out System.IO.Ports.StopBits StopBits, out System.IO.Ports.Handshake Handshake, out IoT.Driver.MitsubishiRx.MitsubishiSerialMessageFormat MessageFormat, out byte StationNumber, out byte NetworkNumber, out byte PcNumber, out ushort RequestDestinationModuleIoNumber, out byte RequestDestinationModuleStationNumber, out byte SelfStationNumber, out byte MessageWait, out int ReadBufferSize, out int WriteBufferSize, out string NewLine)

Deconstructs the value into its component values.

Parameter PortName: The PortName value.
Parameter BaudRate: The BaudRate value.
Parameter DataBits: The DataBits value.
Parameter Parity: The Parity value.
Parameter StopBits: The StopBits value.
Parameter Handshake: The Handshake value.
Parameter MessageFormat: The MessageFormat value.
Parameter StationNumber: The StationNumber value.
Parameter NetworkNumber: The NetworkNumber value.
Parameter PcNumber: The PcNumber value.
Parameter RequestDestinationModuleIoNumber: The RequestDestinationModuleIoNumber value.
Parameter RequestDestinationModuleStationNumber: The RequestDestinationModuleStationNumber value.
Parameter SelfStationNumber: The SelfStationNumber value.
Parameter MessageWait: The MessageWait value.
Parameter ReadBufferSize: The ReadBufferSize value.
Parameter WriteBufferSize: The WriteBufferSize value.
Parameter NewLine: The NewLine value.

`M:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.Equals(IoT.Driver.MitsubishiRx.MitsubishiSerialOptions)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiSerialOptions other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiSerialOptions,IoT.Driver.MitsubishiRx.MitsubishiSerialOptions)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiSerialOptions left, IoT.Driver.MitsubishiRx.MitsubishiSerialOptions right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiSerialOptions,IoT.Driver.MitsubishiRx.MitsubishiSerialOptions)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiSerialOptions left, IoT.Driver.MitsubishiRx.MitsubishiSerialOptions right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.BaudRate`

public int BaudRate { get; set; }

The BaudRate parameter.

Value: The BaudRate value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.DataBits`

public int DataBits { get; set; }

The DataBits parameter.

Value: The DataBits value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.Handshake`

public System.IO.Ports.Handshake Handshake { get; set; }

The Handshake parameter.

Value: The Handshake value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.MessageFormat`

public IoT.Driver.MitsubishiRx.MitsubishiSerialMessageFormat MessageFormat { get; set; }

The MessageFormat parameter.

Value: The MessageFormat value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.MessageWait`

public byte MessageWait { get; set; }

The MessageWait parameter.

Value: The MessageWait value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.NetworkNumber`

public byte NetworkNumber { get; set; }

The NetworkNumber parameter.

Value: The NetworkNumber value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.NewLine`

public string NewLine { get; set; }

The NewLine parameter.

Value: The NewLine value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.Parity`

public System.IO.Ports.Parity Parity { get; set; }

The Parity parameter.

Value: The Parity value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.PcNumber`

public byte PcNumber { get; set; }

The PcNumber parameter.

Value: The PcNumber value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.PortName`

public string PortName { get; set; }

The PortName parameter.

Value: The PortName value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.ReadBufferSize`

public int ReadBufferSize { get; set; }

The ReadBufferSize parameter.

Value: The ReadBufferSize value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.RequestDestinationModuleIoNumber`

public ushort RequestDestinationModuleIoNumber { get; set; }

The RequestDestinationModuleIoNumber parameter.

Value: The RequestDestinationModuleIoNumber value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.RequestDestinationModuleStationNumber`

public byte RequestDestinationModuleStationNumber { get; set; }

The RequestDestinationModuleStationNumber parameter.

Value: The RequestDestinationModuleStationNumber value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.Route`

public IoT.Driver.MitsubishiRx.MitsubishiSerialRoute Route { get; }

Gets or sets the Route property.

Value: The Route value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.SelfStationNumber`

public byte SelfStationNumber { get; set; }

The SelfStationNumber parameter.

Value: The SelfStationNumber value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.StationNumber`

public byte StationNumber { get; set; }

The StationNumber parameter.

Value: The StationNumber value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.StopBits`

public System.IO.Ports.StopBits StopBits { get; set; }

The StopBits parameter.

Value: The StopBits value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialOptions.WriteBufferSize`

public int WriteBufferSize { get; set; }

The WriteBufferSize parameter.

Value: The WriteBufferSize value.

`T:IoT.Driver.MitsubishiRx.MitsubishiSerialRoute`

public class IoT.Driver.MitsubishiRx.MitsubishiSerialRoute

Provides the MitsubishiSerialRoute record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiSerialRoute.#ctor(System.Byte,System.Byte,System.Byte,System.UInt16,System.Byte,System.Byte)`

public IoT.Driver.MitsubishiRx.MitsubishiSerialRoute(byte StationNumber, byte NetworkNumber, byte PcNumber, ushort RequestDestinationModuleIoNumber, byte RequestDestinationModuleStationNumber, byte SelfStationNumber)

Provides the MitsubishiSerialRoute record.

Parameter StationNumber: The StationNumber parameter.
Parameter NetworkNumber: The NetworkNumber parameter.
Parameter PcNumber: The PcNumber parameter.
Parameter RequestDestinationModuleIoNumber: The RequestDestinationModuleIoNumber parameter.
Parameter RequestDestinationModuleStationNumber: The RequestDestinationModuleStationNumber parameter.
Parameter SelfStationNumber: The SelfStationNumber parameter.

`M:IoT.Driver.MitsubishiRx.MitsubishiSerialRoute.Deconstruct(System.Byte@,System.Byte@,System.Byte@,System.UInt16@,System.Byte@,System.Byte@)`

public void Deconstruct(out byte StationNumber, out byte NetworkNumber, out byte PcNumber, out ushort RequestDestinationModuleIoNumber, out byte RequestDestinationModuleStationNumber, out byte SelfStationNumber)

Deconstructs the value into its component values.

Parameter StationNumber: The StationNumber value.
Parameter NetworkNumber: The NetworkNumber value.
Parameter PcNumber: The PcNumber value.
Parameter RequestDestinationModuleIoNumber: The RequestDestinationModuleIoNumber value.
Parameter RequestDestinationModuleStationNumber: The RequestDestinationModuleStationNumber value.
Parameter SelfStationNumber: The SelfStationNumber value.

`M:IoT.Driver.MitsubishiRx.MitsubishiSerialRoute.Equals(IoT.Driver.MitsubishiRx.MitsubishiSerialRoute)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiSerialRoute other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSerialRoute.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSerialRoute.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSerialRoute.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSerialRoute.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiSerialRoute,IoT.Driver.MitsubishiRx.MitsubishiSerialRoute)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiSerialRoute left, IoT.Driver.MitsubishiRx.MitsubishiSerialRoute right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSerialRoute.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiSerialRoute,IoT.Driver.MitsubishiRx.MitsubishiSerialRoute)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiSerialRoute left, IoT.Driver.MitsubishiRx.MitsubishiSerialRoute right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialRoute.NetworkNumber`

public byte NetworkNumber { get; set; }

The NetworkNumber parameter.

Value: The NetworkNumber value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialRoute.PcNumber`

public byte PcNumber { get; set; }

The PcNumber parameter.

Value: The PcNumber value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialRoute.RequestDestinationModuleIoNumber`

public ushort RequestDestinationModuleIoNumber { get; set; }

The RequestDestinationModuleIoNumber parameter.

Value: The RequestDestinationModuleIoNumber value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialRoute.RequestDestinationModuleStationNumber`

public byte RequestDestinationModuleStationNumber { get; set; }

The RequestDestinationModuleStationNumber parameter.

Value: The RequestDestinationModuleStationNumber value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialRoute.SelfStationNumber`

public byte SelfStationNumber { get; set; }

The SelfStationNumber parameter.

Value: The SelfStationNumber value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSerialRoute.StationNumber`

public byte StationNumber { get; set; }

The StationNumber parameter.

Value: The StationNumber value.

`T:IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue`

public class IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue

Represents one populated value in a Mitsubishi simulator memory snapshot.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue.#ctor(System.String,System.Int32,IoT.Driver.MitsubishiRx.DeviceValueKind,System.UInt16)`

public IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue(string Symbol, int Number, IoT.Driver.MitsubishiRx.DeviceValueKind Kind, ushort Value)

Represents one populated value in a Mitsubishi simulator memory snapshot.

Parameter Symbol: The device symbol.
Parameter Number: The numeric device address.
Parameter Kind: The device value kind.
Parameter Value: The stored raw value.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue.Deconstruct(System.String@,System.Int32@,IoT.Driver.MitsubishiRx.DeviceValueKind@,System.UInt16@)`

public void Deconstruct(out string Symbol, out int Number, out IoT.Driver.MitsubishiRx.DeviceValueKind Kind, out ushort Value)

Deconstructs the value into its component values.

Parameter Symbol: The Symbol value.
Parameter Number: The Number value.
Parameter Kind: The Kind value.
Parameter Value: The Value value.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue.Equals(IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue,IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue left, IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue,IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue left, IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue.Kind`

public IoT.Driver.MitsubishiRx.DeviceValueKind Kind { get; set; }

The device value kind.

Value: The Kind value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue.Number`

public int Number { get; set; }

The numeric device address.

Value: The Number value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue.Symbol`

public string Symbol { get; set; }

The device symbol.

Value: The Symbol value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue.Value`

public ushort Value { get; set; }

The stored raw value.

Value: The Value value.

`T:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory`

public class IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory

Provides a thread-safe, deterministic Mitsubishi device-memory image.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.#ctor`

public IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory()

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.Clear`

public void Clear()

Clears all populated devices.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.ReadBit(System.String)`

public bool ReadBit(string address)

Reads one bit device.

Parameter address: The bit-device address.
Returns: The current value, or when the device has not been written.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.ReadBit(System.String,IoT.Driver.MitsubishiRx.XyAddressNotation)`

public bool ReadBit(string address, IoT.Driver.MitsubishiRx.XyAddressNotation addressNotation)

Reads one bit device.

Parameter address: The bit-device address.
Parameter addressNotation: The X/Y address notation.
Returns: The current value, or when the device has not been written.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.ReadBits(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress,System.Int32)`

public bool[] ReadBits(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress address, int points)

Reads consecutive bit devices.

Parameter address: The first bit-device address.
Parameter points: The number of bits to read.
Returns: A detached value snapshot.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.ReadBits(System.String,System.Int32)`

public bool[] ReadBits(string address, int points)

Reads consecutive bit devices.

Parameter address: The first bit-device address.
Parameter points: The number of bits to read.
Returns: A detached value snapshot.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.ReadBits(System.String,System.Int32,IoT.Driver.MitsubishiRx.XyAddressNotation)`

public bool[] ReadBits(string address, int points, IoT.Driver.MitsubishiRx.XyAddressNotation addressNotation)

Reads consecutive bit devices.

Parameter address: The first bit-device address.
Parameter points: The number of bits to read.
Parameter addressNotation: The X/Y address notation.
Returns: A detached value snapshot.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.ReadWord(System.String)`

public ushort ReadWord(string address)

Reads one word device.

Parameter address: The word-device address.
Returns: The current value, or zero when the device has not been written.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.ReadWord(System.String,IoT.Driver.MitsubishiRx.XyAddressNotation)`

public ushort ReadWord(string address, IoT.Driver.MitsubishiRx.XyAddressNotation addressNotation)

Reads one word device.

Parameter address: The word-device address.
Parameter addressNotation: The X/Y address notation.
Returns: The current value, or zero when the device has not been written.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.ReadWords(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress,System.Int32)`

public ushort[] ReadWords(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress address, int points)

Reads consecutive word devices.

Parameter address: The first word-device address.
Parameter points: The number of words to read.
Returns: A detached value snapshot.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.ReadWords(System.String,System.Int32)`

public ushort[] ReadWords(string address, int points)

Reads consecutive word devices.

Parameter address: The first word-device address.
Parameter points: The number of words to read.
Returns: A detached value snapshot.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.ReadWords(System.String,System.Int32,IoT.Driver.MitsubishiRx.XyAddressNotation)`

public ushort[] ReadWords(string address, int points, IoT.Driver.MitsubishiRx.XyAddressNotation addressNotation)

Reads consecutive word devices.

Parameter address: The first word-device address.
Parameter points: The number of words to read.
Parameter addressNotation: The X/Y address notation.
Returns: A detached value snapshot.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.Snapshot`

public System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiSimulatorDeviceValue> Snapshot()

Gets a deterministic detached snapshot of the populated memory image.

Returns: Values ordered by device symbol and numeric address.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.WriteBit(System.String,System.Boolean)`

public void WriteBit(string address, bool value)

Writes one bit device.

Parameter address: The bit-device address.
Parameter value: The value to write.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.WriteBit(System.String,System.Boolean,IoT.Driver.MitsubishiRx.XyAddressNotation)`

public void WriteBit(string address, bool value, IoT.Driver.MitsubishiRx.XyAddressNotation addressNotation)

Writes one bit device.

Parameter address: The bit-device address.
Parameter value: The value to write.
Parameter addressNotation: The X/Y address notation.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.WriteBits(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress,System.Collections.Generic.IReadOnlyList`1{System.Boolean})`

public void WriteBits(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress address, System.Collections.Generic.IReadOnlyList<bool> values)

Executes the WriteBits operation.

Parameter address: The address value.
Parameter values: The values value.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.WriteBits(System.String,System.Collections.Generic.IReadOnlyList`1{System.Boolean})`

public void WriteBits(string address, System.Collections.Generic.IReadOnlyList<bool> values)

Executes the WriteBits operation.

Parameter address: The address value.
Parameter values: The values value.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.WriteBits(System.String,System.Collections.Generic.IReadOnlyList`1{System.Boolean},IoT.Driver.MitsubishiRx.XyAddressNotation)`

public void WriteBits(string address, System.Collections.Generic.IReadOnlyList<bool> values, IoT.Driver.MitsubishiRx.XyAddressNotation addressNotation)

Executes the WriteBits operation.

Parameter address: The address value.
Parameter values: The values value.
Parameter addressNotation: The addressNotation value.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.WriteWord(System.String,System.UInt16)`

public void WriteWord(string address, ushort value)

Writes one word device.

Parameter address: The word-device address.
Parameter value: The value to write.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.WriteWord(System.String,System.UInt16,IoT.Driver.MitsubishiRx.XyAddressNotation)`

public void WriteWord(string address, ushort value, IoT.Driver.MitsubishiRx.XyAddressNotation addressNotation)

Writes one word device.

Parameter address: The word-device address.
Parameter value: The value to write.
Parameter addressNotation: The X/Y address notation.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.WriteWords(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress,System.Collections.Generic.IReadOnlyList`1{System.UInt16})`

public void WriteWords(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress address, System.Collections.Generic.IReadOnlyList<ushort> values)

Executes the WriteWords operation.

Parameter address: The address value.
Parameter values: The values value.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.WriteWords(System.String,System.Collections.Generic.IReadOnlyList`1{System.UInt16})`

public void WriteWords(string address, System.Collections.Generic.IReadOnlyList<ushort> values)

Executes the WriteWords operation.

Parameter address: The address value.
Parameter values: The values value.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.WriteWords(System.String,System.Collections.Generic.IReadOnlyList`1{System.UInt16},IoT.Driver.MitsubishiRx.XyAddressNotation)`

public void WriteWords(string address, System.Collections.Generic.IReadOnlyList<ushort> values, IoT.Driver.MitsubishiRx.XyAddressNotation addressNotation)

Executes the WriteWords operation.

Parameter address: The address value.
Parameter values: The values value.
Parameter addressNotation: The addressNotation value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory.Version`

public long Version { get; }

Gets the monotonically increasing memory version.

Value: The Version value.

`T:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport`

public class IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport

Provides a deterministic, in-memory Mitsubishi transport for simulations, examples, integration tests, and applications that do not have a physical PLC.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.#ctor`

public IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport()

Initializes a new instance of the T:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport class.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.#ctor(IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory)`

public IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport(IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory memory)

Initializes a new instance of the T:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport class.

Parameter memory: The stateful device-memory image.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.#ctor(System.Collections.Generic.IEnumerable`1{System.Byte[]})`

public IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport(System.Collections.Generic.IEnumerable<byte[]> responses)

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.

Parameter responses: The responses value.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.#ctor(System.Func`2{IoT.Driver.MitsubishiRx.MitsubishiTransportRequest,System.Byte[]})`

public IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport(System.Func<IoT.Driver.MitsubishiRx.MitsubishiTransportRequest, byte[]> responseFactory)

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.

Parameter responseFactory: The responseFactory value.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.ClearRequests`

public void ClearRequests()

Clears the captured request history.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.ConnectAsync(IoT.Driver.MitsubishiRx.MitsubishiClientOptions,System.Threading.CancellationToken)`

public System.Threading.Tasks.ValueTask ConnectAsync(IoT.Driver.MitsubishiRx.MitsubishiClientOptions options, System.Threading.CancellationToken cancellationToken)

Inherits XML documentation from its implemented or overridden member.

Parameter options: The options value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.ValueTask result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.CreateErrorResponse(IoT.Driver.MitsubishiRx.MitsubishiClientOptions,System.UInt16)`

public static byte[] CreateErrorResponse(IoT.Driver.MitsubishiRx.MitsubishiClientOptions options, ushort endCode)

Creates a complete protocol response containing a PLC end code.

Parameter options: The client options defining the response framing.
Parameter endCode: The PLC end code.
Returns: The complete wire response.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.CreateSuccessResponse(IoT.Driver.MitsubishiRx.MitsubishiClientOptions,System.ReadOnlySpan`1{System.Byte})`

public static byte[] CreateSuccessResponse(IoT.Driver.MitsubishiRx.MitsubishiClientOptions options, System.ReadOnlySpan<byte> payload)

Executes the CreateSuccessResponse operation.

Parameter options: The options value.
Parameter payload: The payload value.
Returns: A byte[] result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.DisconnectAsync(System.Threading.CancellationToken)`

public System.Threading.Tasks.ValueTask DisconnectAsync(System.Threading.CancellationToken cancellationToken)

Inherits XML documentation from its implemented or overridden member.

Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.ValueTask result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.Dispose`

public void Dispose()

Inherits XML documentation from its implemented or overridden member.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.DisposeAsync`

public System.Threading.Tasks.ValueTask DisposeAsync()

Inherits XML documentation from its implemented or overridden member.

Returns: A System.Threading.Tasks.ValueTask result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.EnqueueConnectFault(System.Exception)`

public void EnqueueConnectFault(System.Exception exception)

Queues a fault to be thrown by the next connection attempt.

Parameter exception: The fault to throw.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.EnqueueFault(System.Exception)`

public void EnqueueFault(System.Exception exception)

Queues a fault to be thrown by the next exchange.

Parameter exception: The fault to throw.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.EnqueueResponse(System.ReadOnlySpan`1{System.Byte})`

public void EnqueueResponse(System.ReadOnlySpan<byte> response)

Executes the EnqueueResponse operation.

Parameter response: The response value.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.ExchangeAsync(IoT.Driver.MitsubishiRx.MitsubishiTransportRequest,System.Threading.CancellationToken)`

public System.Threading.Tasks.ValueTask<byte[]> ExchangeAsync(IoT.Driver.MitsubishiRx.MitsubishiTransportRequest request, System.Threading.CancellationToken cancellationToken)

Inherits XML documentation from its implemented or overridden member.

Parameter request: The request value.
Parameter cancellationToken: The cancellationToken value.
Returns: A System.Threading.Tasks.ValueTask<byte[]> result.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.ReadBufferMemory(System.UInt16,System.Int32)`

public ushort[] ReadBufferMemory(ushort address, int length)

Reads consecutive simulated buffer-memory words.

Parameter address: The first buffer-memory address.
Parameter length: The number of words to read.
Returns: A detached word snapshot.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.SetControllerError(System.UInt16)`

public void SetControllerError(ushort errorCode)

Sets the current simulated controller error code.

Parameter errorCode: The deterministic controller error code.

`M:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.WriteBufferMemory(System.UInt16,System.Collections.Generic.IReadOnlyList`1{System.UInt16})`

public void WriteBufferMemory(ushort address, System.Collections.Generic.IReadOnlyList<ushort> values)

Executes the WriteBufferMemory operation.

Parameter address: The address value.
Parameter values: The values value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.ConnectCount`

public int ConnectCount { get; }

Gets the number of successful connection attempts.

Value: The ConnectCount value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.ConnectedOptions`

public IoT.Driver.MitsubishiRx.MitsubishiClientOptions ConnectedOptions { get; }

Gets the options supplied by the most recent successful connection.

Value: The ConnectedOptions value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.ControllerError`

public ushort ControllerError { get; }

Gets the current simulated controller error code.

Value: The ControllerError value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.DisconnectCount`

public int DisconnectCount { get; }

Gets the number of disconnect operations.

Value: The DisconnectCount value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.IsConnected`

public bool IsConnected { get; }

Inherits XML documentation from its implemented or overridden member.

Value: The IsConnected value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.IsCpuRunning`

public bool IsCpuRunning { get; }

Gets whether the simulated controller is in the run state.

Value: The IsCpuRunning value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.Memory`

public IoT.Driver.MitsubishiRx.MitsubishiSimulatorMemory Memory { get; }

Gets the stateful device-memory image used by automatic responses.

Value: The Memory value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.ModelCode`

public ushort ModelCode { get; set; }

Gets or sets the simulated controller model code.

Value: The ModelCode value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.ModelName`

public string ModelName { get; set; }

Gets or sets the simulated controller model name.

Value: The ModelName value.

`P:IoT.Driver.MitsubishiRx.MitsubishiSimulatorTransport.Requests`

public System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTransportRequest> Requests { get; }

Gets immutable snapshots of requests in their exchange order.

Value: The Requests value.

`T:IoT.Driver.MitsubishiRx.MitsubishiTagAttribute`

public class IoT.Driver.MitsubishiRx.MitsubishiTagAttribute

Binds a generated property to a logical Mitsubishi tag name.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiTagAttribute.#ctor(System.String)`

public IoT.Driver.MitsubishiRx.MitsubishiTagAttribute(string tagName)

Initializes a tag binding attribute.

Parameter tagName: The logical tag name.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagAttribute.TagName`

public string TagName { get; }

Gets the logical tag name.

Value: The TagName value.

`T:IoT.Driver.MitsubishiRx.MitsubishiTagChange`

public class IoT.Driver.MitsubishiRx.MitsubishiTagChange

Provides the MitsubishiTagChange record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiTagChange.#ctor(System.String,IoT.Driver.MitsubishiRx.MitsubishiTagDefinition,IoT.Driver.MitsubishiRx.MitsubishiTagDefinition)`

public IoT.Driver.MitsubishiRx.MitsubishiTagChange(string Name, IoT.Driver.MitsubishiRx.MitsubishiTagDefinition Previous, IoT.Driver.MitsubishiRx.MitsubishiTagDefinition Current)

Provides the MitsubishiTagChange record.

Parameter Name: The Name parameter.
Parameter Previous: The Previous parameter.
Parameter Current: The Current parameter.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagChange.Deconstruct(System.String@,IoT.Driver.MitsubishiRx.MitsubishiTagDefinition@,IoT.Driver.MitsubishiRx.MitsubishiTagDefinition@)`

public void Deconstruct(out string Name, out IoT.Driver.MitsubishiRx.MitsubishiTagDefinition Previous, out IoT.Driver.MitsubishiRx.MitsubishiTagDefinition Current)

Deconstructs the value into its component values.

Parameter Name: The Name value.
Parameter Previous: The Previous value.
Parameter Current: The Current value.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagChange.Equals(IoT.Driver.MitsubishiRx.MitsubishiTagChange)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiTagChange other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagChange.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagChange.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagChange.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagChange.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiTagChange,IoT.Driver.MitsubishiRx.MitsubishiTagChange)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiTagChange left, IoT.Driver.MitsubishiRx.MitsubishiTagChange right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagChange.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiTagChange,IoT.Driver.MitsubishiRx.MitsubishiTagChange)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiTagChange left, IoT.Driver.MitsubishiRx.MitsubishiTagChange right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagChange.ChangeKinds`

public IoT.Driver.MitsubishiRx.MitsubishiSchemaChangeKind ChangeKinds { get; }

Gets or sets the ChangeKinds property.

Value: The ChangeKinds value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagChange.Current`

public IoT.Driver.MitsubishiRx.MitsubishiTagDefinition Current { get; set; }

The Current parameter.

Value: The Current value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagChange.Name`

public string Name { get; set; }

The Name parameter.

Value: The Name value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagChange.Previous`

public IoT.Driver.MitsubishiRx.MitsubishiTagDefinition Previous { get; set; }

The Previous parameter.

Value: The Previous value.

`T:IoT.Driver.MitsubishiRx.MitsubishiTagClientAttribute`

public class IoT.Driver.MitsubishiRx.MitsubishiTagClientAttribute

Binds generated tag members to a Mitsubishi client member.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiTagClientAttribute.#ctor(System.String)`

public IoT.Driver.MitsubishiRx.MitsubishiTagClientAttribute(string clientMemberName)

Initializes a client binding attribute.

Parameter clientMemberName: The client field or property name.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagClientAttribute.ClientMemberName`

public string ClientMemberName { get; }

Gets the client field or property name.

Value: The ClientMemberName value.

`T:IoT.Driver.MitsubishiRx.MitsubishiTagClientSchemaAttribute`

public class IoT.Driver.MitsubishiRx.MitsubishiTagClientSchemaAttribute

Declares an inline Mitsubishi tag schema.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiTagClientSchemaAttribute.#ctor(System.String)`

public IoT.Driver.MitsubishiRx.MitsubishiTagClientSchemaAttribute(string schemaJson)

Initializes a schema attribute.

Parameter schemaJson: The JSON tag schema.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagClientSchemaAttribute.SchemaJson`

public string SchemaJson { get; }

Gets the JSON tag schema.

Value: The SchemaJson value.

`T:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase`

public class IoT.Driver.MitsubishiRx.MitsubishiTagDatabase

Provides the MitsubishiTagDatabase type.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.#ctor(System.Collections.Generic.IEnumerable`1{IoT.Driver.MitsubishiRx.MitsubishiTagDefinition})`

public IoT.Driver.MitsubishiRx.MitsubishiTagDatabase(System.Collections.Generic.IEnumerable<IoT.Driver.MitsubishiRx.MitsubishiTagDefinition> tags)

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.

Parameter tags: The tags value.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.Add(IoT.Driver.MitsubishiRx.MitsubishiTagDefinition)`

public void Add(IoT.Driver.MitsubishiRx.MitsubishiTagDefinition tag)

Executes the Add operation.

Parameter tag: The tag parameter.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.AddGroup(IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition)`

public void AddGroup(IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition group)

Executes the AddGroup operation.

Parameter group: The group parameter.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.CompareWith(IoT.Driver.MitsubishiRx.MitsubishiTagDatabase)`

public IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff CompareWith(IoT.Driver.MitsubishiRx.MitsubishiTagDatabase other)

Executes the CompareWith operation.

Parameter other: The other parameter.
Returns: The CompareWith operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.FromCsv(System.String)`

public static IoT.Driver.MitsubishiRx.MitsubishiTagDatabase FromCsv(string csvContent)

Executes the FromCsv operation.

Parameter csvContent: The csvContent parameter.
Returns: The FromCsv operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.FromJson(System.String)`

public static IoT.Driver.MitsubishiRx.MitsubishiTagDatabase FromJson(string json)

Executes the FromJson operation.

Parameter json: The json parameter.
Returns: The FromJson operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.FromYaml(System.String)`

public static IoT.Driver.MitsubishiRx.MitsubishiTagDatabase FromYaml(string yaml)

Executes the FromYaml operation.

Parameter yaml: The yaml parameter.
Returns: The FromYaml operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.GetRequired(System.String)`

public IoT.Driver.MitsubishiRx.MitsubishiTagDefinition GetRequired(string name)

Executes the GetRequired operation.

Parameter name: The name parameter.
Returns: The GetRequired operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.GetRequiredGroup(System.String)`

public IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition GetRequiredGroup(string name)

Executes the GetRequiredGroup operation.

Parameter name: The name parameter.
Returns: The GetRequiredGroup operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.Load(System.String)`

public static IoT.Driver.MitsubishiRx.MitsubishiTagDatabase Load(string path)

Executes the Load operation.

Parameter path: The path parameter.
Returns: The Load operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.Save(System.String)`

public void Save(string path)

Executes the Save operation.

Parameter path: The path parameter.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.ToCsv`

public string ToCsv()

Serializes tags and group membership to CSV.

Returns: The CSV document.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.ToJson`

public string ToJson()

Executes the ToJson operation.

Returns: The ToJson operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.ToYaml`

public string ToYaml()

Executes the ToYaml operation.

Returns: The ToYaml operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.TryGet(System.String,IoT.Driver.MitsubishiRx.MitsubishiTagDefinition@)`

public bool TryGet(string name, out IoT.Driver.MitsubishiRx.MitsubishiTagDefinition tag)

Executes the TryGet operation.

Parameter name: The name parameter.
Parameter tag: The tag parameter.
Returns: The TryGet operation result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.TryGetGroup(System.String,IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition@)`

public bool TryGetGroup(string name, out IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition group)

Executes the TryGetGroup operation.

Parameter name: The name parameter.
Parameter group: The group parameter.
Returns: The TryGetGroup operation result.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.Count`

public int Count { get; }

Gets or sets the Count property.

Value: The Count value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.GroupCount`

public int GroupCount { get; }

Gets or sets the GroupCount property.

Value: The GroupCount value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.Groups`

public System.Collections.Generic.IReadOnlyCollection<IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition> Groups { get; }

Gets or sets the Groups property.

Value: The Groups value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDatabase.Tags`

public System.Collections.Generic.IReadOnlyCollection<IoT.Driver.MitsubishiRx.MitsubishiTagDefinition> Tags { get; }

Gets or sets the Tags property.

Value: The Tags value.

`T:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff`

public class IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff

Provides the MitsubishiTagDatabaseDiff record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.#ctor(System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiTagDefinition},System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiTagDefinition},System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiTagChange},System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition},System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition},System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange})`

public IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff(System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTagDefinition> AddedTags, System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTagDefinition> RemovedTags, System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTagChange> ChangedTags, System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition> AddedGroups, System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition> RemovedGroups, System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange> ChangedGroups)

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.

Parameter AddedTags: The AddedTags value.
Parameter RemovedTags: The RemovedTags value.
Parameter ChangedTags: The ChangedTags value.
Parameter AddedGroups: The AddedGroups value.
Parameter RemovedGroups: The RemovedGroups value.
Parameter ChangedGroups: The ChangedGroups value.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.Deconstruct(System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiTagDefinition}@,System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiTagDefinition}@,System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiTagChange}@,System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition}@,System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition}@,System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange}@)`

public void Deconstruct(out System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTagDefinition> AddedTags, out System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTagDefinition> RemovedTags, out System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTagChange> ChangedTags, out System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition> AddedGroups, out System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition> RemovedGroups, out System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange> ChangedGroups)

Deconstructs the value into its component values.

Parameter AddedTags: The AddedTags value.
Parameter RemovedTags: The RemovedTags value.
Parameter ChangedTags: The ChangedTags value.
Parameter AddedGroups: The AddedGroups value.
Parameter RemovedGroups: The RemovedGroups value.
Parameter ChangedGroups: The ChangedGroups value.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.Equals(IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff,IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff left, IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff,IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff left, IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.AddedGroups`

public System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition> AddedGroups { get; set; }

The AddedGroups parameter.

Value: The AddedGroups value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.AddedTags`

public System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTagDefinition> AddedTags { get; set; }

The AddedTags parameter.

Value: The AddedTags value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.ChangeCount`

public int ChangeCount { get; }

Gets or sets the ChangeCount property.

Value: The ChangeCount value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.ChangeKinds`

public IoT.Driver.MitsubishiRx.MitsubishiSchemaChangeKind ChangeKinds { get; }

Gets or sets the ChangeKinds property.

Value: The ChangeKinds value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.ChangedGroups`

public System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange> ChangedGroups { get; set; }

The ChangedGroups parameter.

Value: The ChangedGroups value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.ChangedTags`

public System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTagChange> ChangedTags { get; set; }

The ChangedTags parameter.

Value: The ChangedTags value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.Empty`

public IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff Empty { get; }

Gets or sets the Empty property.

Value: The Empty value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.HasChanges`

public bool HasChanges { get; }

Gets or sets the HasChanges property.

Value: The HasChanges value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.RemovedGroups`

public System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition> RemovedGroups { get; set; }

The RemovedGroups parameter.

Value: The RemovedGroups value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDatabaseDiff.RemovedTags`

public System.Collections.Generic.IReadOnlyList<IoT.Driver.MitsubishiRx.MitsubishiTagDefinition> RemovedTags { get; set; }

The RemovedTags parameter.

Value: The RemovedTags value.

`T:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition`

public class IoT.Driver.MitsubishiRx.MitsubishiTagDefinition

Provides the MitsubishiTagDefinition record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.#ctor(System.String,System.String,System.String,System.String,System.Double,System.Double,System.Nullable`1{System.Int32},System.String,System.String,System.Boolean,System.String,System.String)`

public IoT.Driver.MitsubishiRx.MitsubishiTagDefinition(string Name, string Address, string DataType, string Description, double Scale, double Offset, System.Nullable<int> Length, string Encoding, string Units, bool Signed, string ByteOrder, string Notes)

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.

Parameter Name: The Name value.
Parameter Address: The Address value.
Parameter DataType: The DataType value.
Parameter Description: The Description value.
Parameter Scale: The Scale value.
Parameter Offset: The Offset value.
Parameter Length: The Length value.
Parameter Encoding: The Encoding value.
Parameter Units: The Units value.
Parameter Signed: The Signed value.
Parameter ByteOrder: The ByteOrder value.
Parameter Notes: The Notes value.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.Deconstruct(System.String@,System.String@,System.String@,System.String@,System.Double@,System.Double@,System.Nullable`1{System.Int32}@,System.String@,System.String@,System.Boolean@,System.String@,System.String@)`

public void Deconstruct(out string Name, out string Address, out string DataType, out string Description, out double Scale, out double Offset, out System.Nullable<int> Length, out string Encoding, out string Units, out bool Signed, out string ByteOrder, out string Notes)

Deconstructs the value into its component values.

Parameter Name: The Name value.
Parameter Address: The Address value.
Parameter DataType: The DataType value.
Parameter Description: The Description value.
Parameter Scale: The Scale value.
Parameter Offset: The Offset value.
Parameter Length: The Length value.
Parameter Encoding: The Encoding value.
Parameter Units: The Units value.
Parameter Signed: The Signed value.
Parameter ByteOrder: The ByteOrder value.
Parameter Notes: The Notes value.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.Equals(IoT.Driver.MitsubishiRx.MitsubishiTagDefinition)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiTagDefinition other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiTagDefinition,IoT.Driver.MitsubishiRx.MitsubishiTagDefinition)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiTagDefinition left, IoT.Driver.MitsubishiRx.MitsubishiTagDefinition right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiTagDefinition,IoT.Driver.MitsubishiRx.MitsubishiTagDefinition)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiTagDefinition left, IoT.Driver.MitsubishiRx.MitsubishiTagDefinition right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.Address`

public string Address { get; set; }

The Address parameter.

Value: The Address value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.ByteOrder`

public string ByteOrder { get; set; }

The ByteOrder parameter.

Value: The ByteOrder value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.DataType`

public string DataType { get; set; }

The DataType parameter.

Value: The DataType value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.Description`

public string Description { get; set; }

The Description parameter.

Value: The Description value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.Encoding`

public string Encoding { get; set; }

The Encoding parameter.

Value: The Encoding value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.Length`

public System.Nullable<int> Length { get; set; }

The Length parameter.

Value: The Length value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.Name`

public string Name { get; set; }

The Name parameter.

Value: The Name value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.Notes`

public string Notes { get; set; }

The Notes parameter.

Value: The Notes value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.Offset`

public double Offset { get; set; }

The Offset parameter.

Value: The Offset value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.Scale`

public double Scale { get; set; }

The Scale parameter.

Value: The Scale value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.Signed`

public bool Signed { get; set; }

The Signed parameter.

Value: The Signed value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagDefinition.Units`

public string Units { get; set; }

The Units parameter.

Value: The Units value.

`T:IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange`

public class IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange

Provides the MitsubishiTagGroupChange record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange.#ctor(System.String,IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition,IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition)`

public IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange(string Name, IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition Previous, IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition Current)

Provides the MitsubishiTagGroupChange record.

Parameter Name: The Name parameter.
Parameter Previous: The Previous parameter.
Parameter Current: The Current parameter.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange.Deconstruct(System.String@,IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition@,IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition@)`

public void Deconstruct(out string Name, out IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition Previous, out IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition Current)

Deconstructs the value into its component values.

Parameter Name: The Name value.
Parameter Previous: The Previous value.
Parameter Current: The Current value.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange.Equals(IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange,IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange left, IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange,IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange left, IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange.ChangeKinds`

public IoT.Driver.MitsubishiRx.MitsubishiSchemaChangeKind ChangeKinds { get; }

Gets or sets the ChangeKinds property.

Value: The ChangeKinds value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange.Current`

public IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition Current { get; set; }

The Current parameter.

Value: The Current value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange.Name`

public string Name { get; set; }

The Name parameter.

Value: The Name value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagGroupChange.Previous`

public IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition Previous { get; set; }

The Previous parameter.

Value: The Previous value.

`T:IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition`

public class IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition

Provides the MitsubishiTagGroupDefinition record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition.#ctor(System.String,System.Collections.Generic.IReadOnlyList`1{System.String})`

public IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition(string Name, System.Collections.Generic.IReadOnlyList<string> TagNames)

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition.

Parameter Name: The Name value.
Parameter TagNames: The TagNames value.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition.Deconstruct(System.String@,System.Collections.Generic.IReadOnlyList`1{System.String}@)`

public void Deconstruct(out string Name, out System.Collections.Generic.IReadOnlyList<string> TagNames)

Deconstructs the value into its component values.

Parameter Name: The Name value.
Parameter TagNames: The TagNames value.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition.Equals(IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition,IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition left, IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition,IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition left, IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition.Name`

public string Name { get; set; }

The Name parameter.

Value: The Name value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition.ResolvedTagNames`

public System.Collections.Generic.IReadOnlyList<string> ResolvedTagNames { get; }

Gets or sets the ResolvedTagNames property.

Value: The ResolvedTagNames value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagGroupDefinition.TagNames`

public System.Collections.Generic.IReadOnlyList<string> TagNames { get; set; }

The TagNames parameter.

Value: The TagNames value.

`T:IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot`

public class IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot

Provides the MitsubishiTagGroupSnapshot record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot.#ctor(System.String,System.Collections.Generic.IReadOnlyDictionary`2{System.String,System.Object})`

public IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot(string GroupName, System.Collections.Generic.IReadOnlyDictionary<string, object> Values)

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot.

Parameter GroupName: The GroupName value.
Parameter Values: The Values value.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot.Deconstruct(System.String@,System.Collections.Generic.IReadOnlyDictionary`2{System.String,System.Object}@)`

public void Deconstruct(out string GroupName, out System.Collections.Generic.IReadOnlyDictionary<string, object> Values)

Deconstructs the value into its component values.

Parameter GroupName: The GroupName value.
Parameter Values: The Values value.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot.Equals(IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot.GetOptional``1(IoT.Driver.Core.LogicalTagKey1{``0})`

public T GetOptional<T>(IoT.Driver.Core.LogicalTagKey<T> tag)

Executes the GetOptional operation.

Parameter tag: The tag value.
Returns: A T result.

M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot.GetRequired``1(IoT.Driver.Core.LogicalTagKey1{``0})`

public T GetRequired<T>(IoT.Driver.Core.LogicalTagKey<T> tag)

Executes the GetRequired operation.

Parameter tag: The tag value.
Returns: A T result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot,IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot left, IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot,IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot left, IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot.GroupName`

public string GroupName { get; set; }

The GroupName parameter.

Value: The GroupName value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot.TagNames`

public System.Collections.Generic.IReadOnlyList<string> TagNames { get; }

Gets or sets the TagNames property.

Value: The TagNames value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTagGroupSnapshot.Values`

public System.Collections.Generic.IReadOnlyDictionary<string, object> Values { get; set; }

The Values parameter.

Value: The Values value.

`T:IoT.Driver.MitsubishiRx.MitsubishiTagRolloutPolicy`

public enum IoT.Driver.MitsubishiRx.MitsubishiTagRolloutPolicy

Defines the MitsubishiTagRolloutPolicy values.

Declared public members

`F:IoT.Driver.MitsubishiRx.MitsubishiTagRolloutPolicy.AllowAll`

public static const IoT.Driver.MitsubishiRx.MitsubishiTagRolloutPolicy AllowAll

Represents the AllowAll option.

`F:IoT.Driver.MitsubishiRx.MitsubishiTagRolloutPolicy.SafeMetadataAndGroups`

public static const IoT.Driver.MitsubishiRx.MitsubishiTagRolloutPolicy SafeMetadataAndGroups

Represents the SafeMetadataAndGroups option.

`T:IoT.Driver.MitsubishiRx.MitsubishiTagValueConverter`

public class IoT.Driver.MitsubishiRx.MitsubishiTagValueConverter

Converts dynamically read tag values to declared tag types.

Declared public members

M:IoT.Driver.MitsubishiRx.MitsubishiTagValueConverter.Require``1(System.Object,IoT.Driver.Core.LogicalTagKey1{``0})`

public static T Require<T>(object value, IoT.Driver.Core.LogicalTagKey<T> tag)

Executes the Require operation.

Parameter value: The value value.
Parameter tag: The tag value.
Returns: A T result.

`T:IoT.Driver.MitsubishiRx.MitsubishiTransportKind`

public enum IoT.Driver.MitsubishiRx.MitsubishiTransportKind

Defines the MitsubishiTransportKind values.

Declared public members

`F:IoT.Driver.MitsubishiRx.MitsubishiTransportKind.Serial`

public static const IoT.Driver.MitsubishiRx.MitsubishiTransportKind Serial

Represents the Serial option.

`F:IoT.Driver.MitsubishiRx.MitsubishiTransportKind.Tcp`

public static const IoT.Driver.MitsubishiRx.MitsubishiTransportKind Tcp

Represents the Tcp option.

`F:IoT.Driver.MitsubishiRx.MitsubishiTransportKind.Udp`

public static const IoT.Driver.MitsubishiRx.MitsubishiTransportKind Udp

Represents the Udp option.

`T:IoT.Driver.MitsubishiRx.MitsubishiTransportRequest`

public class IoT.Driver.MitsubishiRx.MitsubishiTransportRequest

Provides the MitsubishiTransportRequest record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiTransportRequest.#ctor(System.Byte[],System.Nullable`1{System.Int32},System.String)`

public IoT.Driver.MitsubishiRx.MitsubishiTransportRequest(byte[] Payload, System.Nullable<int> ExpectedResponseLength, string Description)

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiTransportRequest.

Parameter Payload: The Payload value.
Parameter ExpectedResponseLength: The ExpectedResponseLength value.
Parameter Description: The Description value.

`M:IoT.Driver.MitsubishiRx.MitsubishiTransportRequest.Deconstruct(System.Byte[]@,System.Nullable`1{System.Int32}@,System.String@)`

public void Deconstruct(out byte[] Payload, out System.Nullable<int> ExpectedResponseLength, out string Description)

Deconstructs the value into its component values.

Parameter Payload: The Payload value.
Parameter ExpectedResponseLength: The ExpectedResponseLength value.
Parameter Description: The Description value.

`M:IoT.Driver.MitsubishiRx.MitsubishiTransportRequest.Equals(IoT.Driver.MitsubishiRx.MitsubishiTransportRequest)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiTransportRequest other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTransportRequest.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTransportRequest.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTransportRequest.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTransportRequest.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiTransportRequest,IoT.Driver.MitsubishiRx.MitsubishiTransportRequest)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiTransportRequest left, IoT.Driver.MitsubishiRx.MitsubishiTransportRequest right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTransportRequest.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiTransportRequest,IoT.Driver.MitsubishiRx.MitsubishiTransportRequest)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiTransportRequest left, IoT.Driver.MitsubishiRx.MitsubishiTransportRequest right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiTransportRequest.Description`

public string Description { get; set; }

The Description parameter.

Value: The Description value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTransportRequest.ExpectedResponseLength`

public System.Nullable<int> ExpectedResponseLength { get; set; }

The ExpectedResponseLength parameter.

Value: The ExpectedResponseLength value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTransportRequest.Payload`

public byte[] Payload { get; set; }

The Payload parameter.

Value: The Payload value.

`T:IoT.Driver.MitsubishiRx.MitsubishiTypeName`

public class IoT.Driver.MitsubishiRx.MitsubishiTypeName

Provides the MitsubishiTypeName record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiTypeName.#ctor(System.String,System.UInt16)`

public IoT.Driver.MitsubishiRx.MitsubishiTypeName(string ModelName, ushort ModelCode)

Provides the MitsubishiTypeName record.

Parameter ModelName: The ModelName parameter.
Parameter ModelCode: The ModelCode parameter.

`M:IoT.Driver.MitsubishiRx.MitsubishiTypeName.Deconstruct(System.String@,System.UInt16@)`

public void Deconstruct(out string ModelName, out ushort ModelCode)

Deconstructs the value into its component values.

Parameter ModelName: The ModelName value.
Parameter ModelCode: The ModelCode value.

`M:IoT.Driver.MitsubishiRx.MitsubishiTypeName.Equals(IoT.Driver.MitsubishiRx.MitsubishiTypeName)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiTypeName other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTypeName.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTypeName.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTypeName.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTypeName.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiTypeName,IoT.Driver.MitsubishiRx.MitsubishiTypeName)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiTypeName left, IoT.Driver.MitsubishiRx.MitsubishiTypeName right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiTypeName.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiTypeName,IoT.Driver.MitsubishiRx.MitsubishiTypeName)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiTypeName left, IoT.Driver.MitsubishiRx.MitsubishiTypeName right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiTypeName.ModelCode`

public ushort ModelCode { get; set; }

The ModelCode parameter.

Value: The ModelCode value.

`P:IoT.Driver.MitsubishiRx.MitsubishiTypeName.ModelName`

public string ModelName { get; set; }

The ModelName parameter.

Value: The ModelName value.

`T:IoT.Driver.MitsubishiRx.MitsubishiWordBlock`

public class IoT.Driver.MitsubishiRx.MitsubishiWordBlock

Provides the MitsubishiWordBlock record.

Declared public members

`M:IoT.Driver.MitsubishiRx.MitsubishiWordBlock.#ctor(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress,System.ReadOnlyMemory`1{System.UInt16})`

public IoT.Driver.MitsubishiRx.MitsubishiWordBlock(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress Address, System.ReadOnlyMemory<ushort> Values)

Initializes a new instance of IoT.Driver.MitsubishiRx.MitsubishiWordBlock.

Parameter Address: The Address value.
Parameter Values: The Values value.

`M:IoT.Driver.MitsubishiRx.MitsubishiWordBlock.Deconstruct(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress@,System.ReadOnlyMemory`1{System.UInt16}@)`

public void Deconstruct(out IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress Address, out System.ReadOnlyMemory<ushort> Values)

Deconstructs the value into its component values.

Parameter Address: The Address value.
Parameter Values: The Values value.

`M:IoT.Driver.MitsubishiRx.MitsubishiWordBlock.Equals(IoT.Driver.MitsubishiRx.MitsubishiWordBlock)`

public bool Equals(IoT.Driver.MitsubishiRx.MitsubishiWordBlock other)

Determines whether the supplied value is equal to the current value.

Parameter other: The other value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiWordBlock.Equals(System.Object)`

public bool Equals(object obj)

Determines whether the supplied value is equal to the current value.

Parameter obj: The obj value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiWordBlock.GetHashCode`

public int GetHashCode()

Returns the hash code for the current value.

Returns: A int result.

`M:IoT.Driver.MitsubishiRx.MitsubishiWordBlock.ToString`

public string ToString()

Returns a string representation of the current value.

Returns: A string result.

`M:IoT.Driver.MitsubishiRx.MitsubishiWordBlock.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiWordBlock,IoT.Driver.MitsubishiRx.MitsubishiWordBlock)`

public static bool op_Equality(IoT.Driver.MitsubishiRx.MitsubishiWordBlock left, IoT.Driver.MitsubishiRx.MitsubishiWordBlock right)

Determines whether the two supplied values are equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`M:IoT.Driver.MitsubishiRx.MitsubishiWordBlock.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiWordBlock,IoT.Driver.MitsubishiRx.MitsubishiWordBlock)`

public static bool op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiWordBlock left, IoT.Driver.MitsubishiRx.MitsubishiWordBlock right)

Determines whether the two supplied values are not equal.

Parameter left: The left value.
Parameter right: The right value.
Returns: A bool result.

`P:IoT.Driver.MitsubishiRx.MitsubishiWordBlock.Address`

public IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress Address { get; set; }

The Address parameter.

Value: The Address value.

`P:IoT.Driver.MitsubishiRx.MitsubishiWordBlock.Values`

public System.ReadOnlyMemory<ushort> Values { get; set; }

The Values parameter.

Value: The Values value.

`T:IoT.Driver.MitsubishiRx.Responce`

public class IoT.Driver.MitsubishiRx.Responce

Provides the Responce type.

Declared public members

`M:IoT.Driver.MitsubishiRx.Responce.#ctor`

public IoT.Driver.MitsubishiRx.Responce()

Initializes a new instance of the T:IoT.Driver.MitsubishiRx.Responce class using P:System.TimeProvider.System .

`M:IoT.Driver.MitsubishiRx.Responce.#ctor(System.TimeProvider)`

public IoT.Driver.MitsubishiRx.Responce(System.TimeProvider timeProvider)

Initializes a new instance of the T:IoT.Driver.MitsubishiRx.Responce class.

Parameter timeProvider: The time provider used to stamp P:IoT.Driver.MitsubishiRx.Responce.InitialTime .

`M:IoT.Driver.MitsubishiRx.Responce.AddErr2List`

public void AddErr2List()

Executes the AddErr2List operation.

`M:IoT.Driver.MitsubishiRx.Responce.SetErrInfo(IoT.Driver.MitsubishiRx.Responce)`

public IoT.Driver.MitsubishiRx.Responce SetErrInfo(IoT.Driver.MitsubishiRx.Responce result)

Executes the SetErrInfo operation.

Parameter result: The result parameter.
Returns: The SetErrInfo operation result.

`P:IoT.Driver.MitsubishiRx.Responce.Err`

public string Err { get; set; }

Gets or sets the Err property.

Value: The Err value.

`P:IoT.Driver.MitsubishiRx.Responce.ErrCode`

public int ErrCode { get; set; }

Gets or sets the ErrCode property.

Value: The ErrCode value.

`P:IoT.Driver.MitsubishiRx.Responce.ErrList`

public System.Collections.Generic.List<string> ErrList { get; }

Gets or sets the ErrList property.

Value: The ErrList value.

`P:IoT.Driver.MitsubishiRx.Responce.Exception`

public System.Exception Exception { get; set; }

Gets or sets the Exception property.

Value: The Exception value.

`P:IoT.Driver.MitsubishiRx.Responce.InitialTime`

public System.DateTimeOffset InitialTime { get; }

Gets the InitialTime property.

Value: The InitialTime value.

`P:IoT.Driver.MitsubishiRx.Responce.IsSucceed`

public bool IsSucceed { get; set; }

Gets or sets the IsSucceed property.

Value: The IsSucceed value.

`P:IoT.Driver.MitsubishiRx.Responce.Request`

public string Request { get; set; }

Gets or sets the Request property.

Value: The Request value.

`P:IoT.Driver.MitsubishiRx.Responce.Request2`

public string Request2 { get; set; }

Gets or sets the Request2 property.

Value: The Request2 value.

`P:IoT.Driver.MitsubishiRx.Responce.Response`

public string Response { get; set; }

Gets or sets the Response property.

Value: The Response value.

`P:IoT.Driver.MitsubishiRx.Responce.Response2`

public string Response2 { get; set; }

Gets or sets the Response2 property.

Value: The Response2 value.

`P:IoT.Driver.MitsubishiRx.Responce.TimeConsuming`

public System.Nullable<double> TimeConsuming { get; }

Gets the TimeConsuming property.

Value: The TimeConsuming value.

`T:IoT.Driver.MitsubishiRx.Responce`1`

public class IoT.Driver.MitsubishiRx.Responce`1

Provides the Responce type.

Declared public members

`M:IoT.Driver.MitsubishiRx.Responce`1.#ctor`

public IoT.Driver.MitsubishiRx.Responce<T>()

Initializes a new instance of the Responce class.

`M:IoT.Driver.MitsubishiRx.Responce`1.#ctor(IoT.Driver.MitsubishiRx.Responce)`

public IoT.Driver.MitsubishiRx.Responce<T>(IoT.Driver.MitsubishiRx.Responce result)

Initializes a new instance of the Responce class.

Parameter result: The result parameter.

`M:IoT.Driver.MitsubishiRx.Responce`1.#ctor(IoT.Driver.MitsubishiRx.Responce,`0)`

public IoT.Driver.MitsubishiRx.Responce<T>(IoT.Driver.MitsubishiRx.Responce result, T data)

Initializes a new instance of the Responce class.

Parameter result: The result parameter.
Parameter data: The data parameter.

`M:IoT.Driver.MitsubishiRx.Responce`1.#ctor(`0)`

public IoT.Driver.MitsubishiRx.Responce<T>(T data)

Initializes a new instance of the Responce class.

Parameter data: The data parameter.

`M:IoT.Driver.MitsubishiRx.Responce`1.SetErrInfo(IoT.Driver.MitsubishiRx.Responce)`

public IoT.Driver.MitsubishiRx.Responce<T> SetErrInfo(IoT.Driver.MitsubishiRx.Responce result)

Executes the SetErrInfo operation.

Parameter result: The result parameter.
Returns: The SetErrInfo operation result.

`P:IoT.Driver.MitsubishiRx.Responce`1.Value`

public T Value { get; set; }

Gets or sets the Value property.

Value: The Value value.

`T:IoT.Driver.MitsubishiRx.XyAddressNotation`

public enum IoT.Driver.MitsubishiRx.XyAddressNotation

Defines the XyAddressNotation values.

Declared public members

`F:IoT.Driver.MitsubishiRx.XyAddressNotation.Hexadecimal`

public static const IoT.Driver.MitsubishiRx.XyAddressNotation Hexadecimal

Represents the Hexadecimal option.

`F:IoT.Driver.MitsubishiRx.XyAddressNotation.Octal`

public static const IoT.Driver.MitsubishiRx.XyAddressNotation Octal

Represents the Octal option.

Product	Compatible and additional computed target framework versions.
.NET	net8.0 is compatible. net8.0-android was computed. net8.0-browser was computed. net8.0-ios was computed. net8.0-maccatalyst was computed. net8.0-macos was computed. net8.0-tvos was computed. net8.0-windows was computed. net9.0 is compatible. net9.0-android was computed. net9.0-browser was computed. net9.0-ios was computed. net9.0-maccatalyst was computed. net9.0-macos was computed. net9.0-tvos was computed. net9.0-windows was computed. net10.0 is compatible. net10.0-android was computed. net10.0-browser was computed. net10.0-ios was computed. net10.0-maccatalyst was computed. net10.0-macos was computed. net10.0-tvos was computed. net10.0-windows was computed. net11.0 is compatible.

Product

.NET

Compatible target framework(s)

Included target framework(s) (in package)

Learn more about Target Frameworks and .NET Standard.

net10.0
- IoT-Driver.Core (>= 1.0.2)
- IoT-Driver.SerialPortRx.Reactive (>= 1.0.2)
- ReactiveUI.Primitives.Reactive (>= 7.1.0)
- YamlDotNet (>= 18.1.0)
net11.0
- IoT-Driver.Core (>= 1.0.2)
- IoT-Driver.SerialPortRx.Reactive (>= 1.0.2)
- ReactiveUI.Primitives.Reactive (>= 7.1.0)
- YamlDotNet (>= 18.1.0)
net8.0
- IoT-Driver.Core (>= 1.0.2)
- IoT-Driver.SerialPortRx.Reactive (>= 1.0.2)
- ReactiveUI.Primitives.Reactive (>= 7.1.0)
- YamlDotNet (>= 18.1.0)
net9.0
- IoT-Driver.Core (>= 1.0.2)
- IoT-Driver.SerialPortRx.Reactive (>= 1.0.2)
- ReactiveUI.Primitives.Reactive (>= 7.1.0)
- YamlDotNet (>= 18.1.0)

NuGet packages (1)

Showing the top 1 NuGet packages that depend on IoT-Driver.MitsubishiRx.Reactive:

Package	Downloads
MQTTnet.Rx.Mitsubishi.Reactive ReactiveUI.Primitives extensions for MQTTnet clients, brokers, and industrial device bridges	34

GitHub repositories

This package is not used by any popular GitHub repositories.

Version	Downloads	Last Updated
1.0.2	30	8/3/2026
1.0.1	57	8/1/2026
1.0.0	38	7/31/2026

Mitsubishi MC Protocol and SLMP support for 1E, 3E, 4E, 1C, 3C, and 4C frames with reactive logical tags.

IoT-Driver.MitsubishiRx.Reactive 1.0.2

MitsubishiRx

Overview

Safety

Package matrix

Install

Quick start

Configuration

Detailed features

Response, errors, cancellation, and lifetime

Addressing, device values, and batch operations

Controller diagnostics, control, and raw protocol access

Polling, freshness, triggers, and write queues

Tag database, typed values, groups, and schema rollout

Logical tags, bulk operations, and source generation

Test transports and two combined workflows

Device operations and monitoring

Polling, health, and queued writes

Tags and logical tags

Transports and test doubles

Complete public API inventory

Operational guidance

Troubleshooting

AI skill

Exhaustive public API reference

MitsubishiRx

T:IoT.Driver.MitsubishiRx.CommunicationDataCode

Declared public members

F:IoT.Driver.MitsubishiRx.CommunicationDataCode.Ascii

F:IoT.Driver.MitsubishiRx.CommunicationDataCode.Binary

T:IoT.Driver.MitsubishiRx.CpuType

Declared public members

F:IoT.Driver.MitsubishiRx.CpuType.ASeries

F:IoT.Driver.MitsubishiRx.CpuType.Fx3

F:IoT.Driver.MitsubishiRx.CpuType.Fx5

F:IoT.Driver.MitsubishiRx.CpuType.IQR

F:IoT.Driver.MitsubishiRx.CpuType.LSeries

F:IoT.Driver.MitsubishiRx.CpuType.None

F:IoT.Driver.MitsubishiRx.CpuType.QSeries

F:IoT.Driver.MitsubishiRx.CpuType.QnaSeries

T:IoT.Driver.MitsubishiRx.DeviceNumberFormat

Declared public members

F:IoT.Driver.MitsubishiRx.DeviceNumberFormat.Decimal

F:IoT.Driver.MitsubishiRx.DeviceNumberFormat.Hexadecimal

F:IoT.Driver.MitsubishiRx.DeviceNumberFormat.Octal

F:IoT.Driver.MitsubishiRx.DeviceNumberFormat.XyVariable

T:IoT.Driver.MitsubishiRx.DeviceValueKind

Declared public members

F:IoT.Driver.MitsubishiRx.DeviceValueKind.Bit

F:IoT.Driver.MitsubishiRx.DeviceValueKind.Word

T:IoT.Driver.MitsubishiRx.IMitsubishiTransport

Declared public members

M:IoT.Driver.MitsubishiRx.IMitsubishiTransport.ConnectAsync(IoT.Driver.MitsubishiRx.MitsubishiClientOptions,System.Threading.CancellationToken)

M:IoT.Driver.MitsubishiRx.IMitsubishiTransport.DisconnectAsync(System.Threading.CancellationToken)

M:IoT.Driver.MitsubishiRx.IMitsubishiTransport.ExchangeAsync(IoT.Driver.MitsubishiRx.MitsubishiTransportRequest,System.Threading.CancellationToken)

P:IoT.Driver.MitsubishiRx.IMitsubishiTransport.IsConnected

T:IoT.Driver.MitsubishiRx.MitsubishiBitBlock

Declared public members

M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.#ctor(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress,System.ReadOnlyMemory1{System.Boolean})`

M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.Deconstruct(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress@,System.ReadOnlyMemory1{System.Boolean}@)`

M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.Equals(IoT.Driver.MitsubishiRx.MitsubishiBitBlock)

M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.Equals(System.Object)

M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.GetHashCode

M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.ToString

M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiBitBlock,IoT.Driver.MitsubishiRx.MitsubishiBitBlock)

M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiBitBlock,IoT.Driver.MitsubishiRx.MitsubishiBitBlock)

P:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.Address

P:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.Values

T:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest

Declared public members

M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.#ctor(System.Collections.Generic.IReadOnlyList1{IoT.Driver.MitsubishiRx.MitsubishiWordBlock},System.Collections.Generic.IReadOnlyList1{IoT.Driver.MitsubishiRx.MitsubishiBitBlock})

M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.Deconstruct(System.Collections.Generic.IReadOnlyList1{IoT.Driver.MitsubishiRx.MitsubishiWordBlock}@,System.Collections.Generic.IReadOnlyList1{IoT.Driver.MitsubishiRx.MitsubishiBitBlock}@)

M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.Equals(IoT.Driver.MitsubishiRx.MitsubishiBlockRequest)

M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.Equals(System.Object)

M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.GetHashCode

M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.ToString

M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiBlockRequest,IoT.Driver.MitsubishiRx.MitsubishiBlockRequest)

M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiBlockRequest,IoT.Driver.MitsubishiRx.MitsubishiBlockRequest)

P:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.BitBlocks

P:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.ResolvedBitBlocks

`MitsubishiRx`

`T:IoT.Driver.MitsubishiRx.CommunicationDataCode`

`F:IoT.Driver.MitsubishiRx.CommunicationDataCode.Ascii`

`F:IoT.Driver.MitsubishiRx.CommunicationDataCode.Binary`

`T:IoT.Driver.MitsubishiRx.CpuType`

`F:IoT.Driver.MitsubishiRx.CpuType.ASeries`

`F:IoT.Driver.MitsubishiRx.CpuType.Fx3`

`F:IoT.Driver.MitsubishiRx.CpuType.Fx5`

`F:IoT.Driver.MitsubishiRx.CpuType.IQR`

`F:IoT.Driver.MitsubishiRx.CpuType.LSeries`

`F:IoT.Driver.MitsubishiRx.CpuType.None`

`F:IoT.Driver.MitsubishiRx.CpuType.QSeries`

`F:IoT.Driver.MitsubishiRx.CpuType.QnaSeries`

`T:IoT.Driver.MitsubishiRx.DeviceNumberFormat`

`F:IoT.Driver.MitsubishiRx.DeviceNumberFormat.Decimal`

`F:IoT.Driver.MitsubishiRx.DeviceNumberFormat.Hexadecimal`

`F:IoT.Driver.MitsubishiRx.DeviceNumberFormat.Octal`

`F:IoT.Driver.MitsubishiRx.DeviceNumberFormat.XyVariable`

`T:IoT.Driver.MitsubishiRx.DeviceValueKind`

`F:IoT.Driver.MitsubishiRx.DeviceValueKind.Bit`

`F:IoT.Driver.MitsubishiRx.DeviceValueKind.Word`

`T:IoT.Driver.MitsubishiRx.IMitsubishiTransport`

`M:IoT.Driver.MitsubishiRx.IMitsubishiTransport.ConnectAsync(IoT.Driver.MitsubishiRx.MitsubishiClientOptions,System.Threading.CancellationToken)`

`M:IoT.Driver.MitsubishiRx.IMitsubishiTransport.DisconnectAsync(System.Threading.CancellationToken)`

`M:IoT.Driver.MitsubishiRx.IMitsubishiTransport.ExchangeAsync(IoT.Driver.MitsubishiRx.MitsubishiTransportRequest,System.Threading.CancellationToken)`

`P:IoT.Driver.MitsubishiRx.IMitsubishiTransport.IsConnected`

`T:IoT.Driver.MitsubishiRx.MitsubishiBitBlock`

`M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.#ctor(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress,System.ReadOnlyMemory`1{System.Boolean})`

`M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.Deconstruct(IoT.Driver.MitsubishiRx.MitsubishiDeviceAddress@,System.ReadOnlyMemory`1{System.Boolean}@)`

`M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.Equals(IoT.Driver.MitsubishiRx.MitsubishiBitBlock)`

`M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.Equals(System.Object)`

`M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.GetHashCode`

`M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.ToString`

`M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiBitBlock,IoT.Driver.MitsubishiRx.MitsubishiBitBlock)`

`M:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiBitBlock,IoT.Driver.MitsubishiRx.MitsubishiBitBlock)`

`P:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.Address`

`P:IoT.Driver.MitsubishiRx.MitsubishiBitBlock.Values`

`T:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest`

`M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.#ctor(System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiWordBlock},System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiBitBlock})`

`M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.Deconstruct(System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiWordBlock}@,System.Collections.Generic.IReadOnlyList`1{IoT.Driver.MitsubishiRx.MitsubishiBitBlock}@)`

`M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.Equals(IoT.Driver.MitsubishiRx.MitsubishiBlockRequest)`

`M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.Equals(System.Object)`

`M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.GetHashCode`

`M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.ToString`

`M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiBlockRequest,IoT.Driver.MitsubishiRx.MitsubishiBlockRequest)`

`M:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiBlockRequest,IoT.Driver.MitsubishiRx.MitsubishiBlockRequest)`

`P:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.BitBlocks`

`P:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.ResolvedBitBlocks`

`P:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.ResolvedWordBlocks`

`P:IoT.Driver.MitsubishiRx.MitsubishiBlockRequest.WordBlocks`

`T:IoT.Driver.MitsubishiRx.MitsubishiClientOptions`

`M:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.Equals(IoT.Driver.MitsubishiRx.MitsubishiClientOptions)`

`M:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.Equals(System.Object)`

`M:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.GetHashCode`

`M:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.GetNextSerialNumber`

`M:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.ToString`

`M:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.op_Equality(IoT.Driver.MitsubishiRx.MitsubishiClientOptions,IoT.Driver.MitsubishiRx.MitsubishiClientOptions)`

`M:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.op_Inequality(IoT.Driver.MitsubishiRx.MitsubishiClientOptions,IoT.Driver.MitsubishiRx.MitsubishiClientOptions)`

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.CpuType`

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.DataCode`

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.FrameType`

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.Host`

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.LegacyPcNumber`

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.MonitoringTimer`

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.Port`

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.ResolvedRoute`

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.ResolvedSerial`

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.ResolvedTimeout`

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.Route`

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.Serial`

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.SerialNumberProvider`

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.Timeout`

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.TransportKind`

`P:IoT.Driver.MitsubishiRx.MitsubishiClientOptions.XyNotation`

`T:IoT.Driver.MitsubishiRx.MitsubishiCommands`

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.BlockRead`

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.BlockWrite`

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.ClearError`

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.DeviceRead`

`F:IoT.Driver.MitsubishiRx.MitsubishiCommands.DeviceWrite`