refactor!: rename the project from Monitor to MoShiro [CI]
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Namespaces, assemblies, solution, binaries, images, systemd units, config paths, environment variables, protocol methods and the Linux user are all renamed. Breaking: existing databases, node identities and installed units must be recreated.
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namespace MoShiro.Protocol;
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/// <summary>
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/// Kind 目录。新增一种采集方法 = 在这里加一个静态字段并放进 <see cref="All"/>；
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/// 参数一律用 <see cref="P"/> 声明默认值和上下限。
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/// </summary>
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public static class Kinds
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{
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private static readonly string[] s_directions = ["fwd", "rev", "bidir"];
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private static readonly StreamSpec s_echoMsg = new(
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"msg",
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[
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Col.Seq("seq"), Col.U16("size"),
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Col.TsProbe("t1"), Col.TsAgent("t2", nullable: true), Col.TsAgent("t3", nullable: true), Col.TsProbe("t4", nullable: true),
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],
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Side.Probe,
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"seq");
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private static readonly StreamSpec s_tcpInfo = new(
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"tcp_info",
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[
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Col.TsLocal("ts"), Col.U8("side"), Col.U32("srtt_us"), Col.U32("rttvar_us"), Col.U32("cwnd"),
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Col.U32("retrans_total"), Col.U32("segs_out"), Col.U64("bytes_acked"),
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],
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Union: true);
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public static readonly KindSpec UdpEcho = new(
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"udp_echo",
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"UDP echo",
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"Fixed-rate UDP echo with four timestamps per packet.",
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Scope.Line,
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new BlockSet("udp", "fixed", "fixed", "echo", []),
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[
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P.Int("rate_hz", 10, 1, 200, "Hz"),
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P.Int("size", 64, 44, 1400, "B"),
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P.Int("port", 7443, 1, 65535),
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],
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[s_echoMsg],
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p => Bandwidth.UdpEcho(p.GetInt("rate_hz"), p.GetInt("size")));
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public static readonly KindSpec UdpTrain = new(
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"udp_train",
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"UDP train",
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"Fixed-rate or laddered one-way UDP stream (Agent to Probe) for loss and jitter under load.",
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Scope.Line,
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new BlockSet("udp", "ladder", "fixed", "sink", []),
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[
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P.Number("mbps", 10, 0.1, 1000, "Mbit/s"),
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P.Int("size", 1250, 200, 1400, "B"),
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P.Int("duration_s", 10, 1, 120, "s"),
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P.Enum("direction", "rev", s_directions),
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P.Int("port", 7443, 1, 65535),
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],
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[
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new StreamSpec("pkt", [Col.Seq("seq"), Col.U16("size"), Col.TsAgent("t_send"), Col.TsProbe("t_recv", nullable: true)], Side.Agent, "seq"),
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new StreamSpec("step", [Col.U16("index"), Col.U32("mbps"), Col.TsProbe("start_ts"), Col.TsProbe("end_ts")]),
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],
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p => (long)(p.GetNumber("mbps") * 1_000_000));
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public static readonly KindSpec TcpEcho = new(
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"tcp_echo",
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"TCP echo",
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"Small TCP messages echoed with four timestamps, plus periodic kernel tcp_info samples.",
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Scope.Line,
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new BlockSet("tcp", "fixed", "uniform", "echo", ["tcp_info"]),
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[
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P.Int("rate_hz", 20, 1, 200, "Hz"),
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P.Int("min", 32, 16, 1400, "B"),
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P.Int("max", 64, 16, 1400, "B"),
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P.Int("tcp_info_ms", 100, 10, 1000, "ms"),
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P.Int("port", 7444, 1, 65535),
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P.Bool("tls", false),
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],
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[s_echoMsg, s_tcpInfo],
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p => Bandwidth.TcpEcho(p.GetInt("rate_hz"), p.GetInt("max")));
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public static readonly KindSpec TcpBulk = new(
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"tcp_bulk",
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"TCP bulk",
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"Bulk TCP transfer on several streams with periodic byte counters and tcp_info.",
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Scope.Line,
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new BlockSet("tcp", "fixed", "fixed", "source", ["tcp_info"]),
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[
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P.Int("streams", 4, 1, 16),
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P.Int("duration_s", 4, 1, 120, "s"),
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P.Enum("direction", "rev", s_directions),
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P.Int("sample_ms", 100, 20, 1000, "ms"),
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P.Int("port", 7444, 1, 65535),
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P.Bool("tls", true),
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],
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[
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new StreamSpec("bytes", [Col.TsProbe("ts"), Col.U8("conn"), Col.U64("bytes")]),
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s_tcpInfo,
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],
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_ => 0);
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public static readonly KindSpec Connect = new(
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"connect",
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"Connect",
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"Repeated TCP and TLS connection establishment with per-phase timings and outcome.",
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Scope.Line | Scope.Target,
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new BlockSet("tcp", "fixed", "fixed", "connect", []),
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[
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P.Int("per_minute", 6, 1, 60),
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P.Bool("tls", true),
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P.Int("timeout_ms", 5000, 500, 30000, "ms"),
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P.Int("port", 7444, 1, 65535),
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],
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[
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new StreamSpec(
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"conn",
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[Col.Seq("attempt"), Col.TsProbe("ts"), Col.U32("tcp_us", nullable: true), Col.U32("tls_us", nullable: true), Col.U8("outcome")]),
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],
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p => p.GetInt("per_minute") * 4000 / 60);
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public static readonly KindSpec Hold = new(
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"hold",
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"Hold",
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"A long-lived TLS connection with periodic heartbeats; records resets and lifetime.",
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Scope.Line,
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new BlockSet("tls", "fixed", "fixed", "hold", []),
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[
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P.Int("heartbeat_s", 30, 5, 300, "s"),
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P.Int("port", 7444, 1, 65535),
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],
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[
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new StreamSpec("hold", [Col.TsProbe("ts"), Col.U8("event"), Col.U32("lifetime_ms")]),
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],
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p => 2000 / Math.Max(1, p.GetInt("heartbeat_s")) * 8);
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public static readonly KindSpec IcmpEcho = new(
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"icmp_echo",
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"ICMP echo",
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"Probe or Agent side ICMP echo to a target address.",
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Scope.Target,
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new BlockSet("icmp", "fixed", "fixed", "echo", []),
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[
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P.Int("rate_hz", 1, 1, 20, "Hz"),
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P.Int("size", 64, 44, 1400, "B"),
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],
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[
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new StreamSpec("msg", [Col.Seq("seq"), Col.U16("size"), Col.TsLocal("t1"), new ColumnSpec("t4", ColumnType.I64, ColumnEnc.Delta, true, ColumnRole.TsLocal)]),
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],
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p => Bandwidth.UdpEcho(p.GetInt("rate_hz"), p.GetInt("size")));
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public static readonly IReadOnlyList<KindSpec> All = [UdpEcho, UdpTrain, TcpEcho, TcpBulk, Connect, Hold, IcmpEcho];
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public static KindSpec? Find(string id)
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{
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foreach (KindSpec kind in All)
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{
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if (kind.Id == id)
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{
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return kind;
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}
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}
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return null;
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}
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}
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