client-packet-author

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Atualizado21 de maio de 2026 às 04:55

Use when authoring an outgoing client→server packet in MapleClaude.Net. Triggers on phrases like "send a packet", "client request for X", "add a C→S packet", or any reference to an InHeader entry. Locates the upstream Kinoko InHeader entry and the matching server-side handler, then generates a C# encoder in the calling Stage that writes fields in the order the server reads them.

Instalação

Instalar com Codex ou Claude Copie este prompt, cole no Codex, Claude ou outro assistente e deixe que ele revise a página da skill e instale para você.

Fonte

MujyKun

MujyKun/MapleClaude

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Ocupações relacionadasSOC

Baseado na classificação ocupacional SOC

Desenvolvedores de softwareInformática e Matemática·SOC 15-1252

SKILL.md

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name	client-packet-author
description	Use when authoring an outgoing client→server packet in MapleClaude.Net. Triggers on phrases like "send a packet", "client request for X", "add a C→S packet", or any reference to an InHeader entry. Locates the upstream Kinoko InHeader entry and the matching server-side handler, then generates a C# encoder in the calling Stage that writes fields in the order the server reads them.

client-packet-author

When you're writing a packet the client sends to the server, walk through these steps:

1. Identify the opcode

Look in upstream Kinoko src/main/java/kinoko/server/header/InHeader.java (repo: https://github.com/iw2d/kinoko) for the named opcode. Record the numeric value. Confirm it's in src/MapleClaude.Net/Packet/OpCodes.cs (regenerate via tools/gen-opcodes if it isn't).

2. Find the server-side reader

Search Kinoko's src/main/java/kinoko/handler/ tree for the matching @Handler(InHeader.<YourOpcode>) annotation. The method body shows the read order — that's the order you must write in.

Java read	C# write
`inPacket.decodeByte()`	`WriteByte(x)`
`inPacket.decodeShort()`	`WriteShort(x)`
`inPacket.decodeInt()`	`WriteInt(x)`
`inPacket.decodeLong()`	`WriteLong(x)`
`inPacket.decodeString()`	`WriteString(s)` (length-prefixed `short`)
`inPacket.decodeArray(n)`	`WriteBytes(buf)` (length is contextual)

3. Write the packet

Build the OutPacket in the calling Stage or in a static Packets.Build* helper (preferred when the packet is reused):

public static OutPacket BuildExample(int charId, ReadOnlySpan<byte> machineId)
{
    var p = OutPacket.Of(InOp.Example);
    p.WriteInt(charId);
    p.WriteBytes(machineId);
    p.WriteByte(0);
    return p;
}

Call session.Send(BuildExample(...)).

4. Verify before committing

Run any unit tests in MapleClaude.Net.Tests that exercise the new packet.
If feasible, smoke-test against a running Kinoko server and watch the server logs for a parse error on the new opcode.
Confirm no local paths or private project names in the file.
Propose the commit to the user; wait for approval.

Hand-off

If the C→S packet is part of a multi-step flow (e.g. login → world list → char select), launch the kinoko-protocol-mirror agent to coordinate the whole sequence.

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name	client-packet-author
description	Use when authoring an outgoing client→server packet in MapleClaude.Net. Triggers on phrases like "send a packet", "client request for X", "add a C→S packet", or any reference to an InHeader entry. Locates the upstream Kinoko InHeader entry and the matching server-side handler, then generates a C# encoder in the calling Stage that writes fields in the order the server reads them.

client-packet-author

When you're writing a packet the client sends to the server, walk through these steps:

1. Identify the opcode

2. Find the server-side reader

Search Kinoko's src/main/java/kinoko/handler/ tree for the matching @Handler(InHeader.<YourOpcode>) annotation. The method body shows the read order — that's the order you must write in.

Java read	C# write
`inPacket.decodeByte()`	`WriteByte(x)`
`inPacket.decodeShort()`	`WriteShort(x)`
`inPacket.decodeInt()`	`WriteInt(x)`
`inPacket.decodeLong()`	`WriteLong(x)`
`inPacket.decodeString()`	`WriteString(s)` (length-prefixed `short`)
`inPacket.decodeArray(n)`	`WriteBytes(buf)` (length is contextual)

3. Write the packet

Build the OutPacket in the calling Stage or in a static Packets.Build* helper (preferred when the packet is reused):

public static OutPacket BuildExample(int charId, ReadOnlySpan<byte> machineId)
{
    var p = OutPacket.Of(InOp.Example);
    p.WriteInt(charId);
    p.WriteBytes(machineId);
    p.WriteByte(0);
    return p;
}

Call session.Send(BuildExample(...)).

4. Verify before committing

Run any unit tests in MapleClaude.Net.Tests that exercise the new packet.
If feasible, smoke-test against a running Kinoko server and watch the server logs for a parse error on the new opcode.
Confirm no local paths or private project names in the file.
Propose the commit to the user; wait for approval.

Hand-off

If the C→S packet is part of a multi-step flow (e.g. login → world list → char select), launch the kinoko-protocol-mirror agent to coordinate the whole sequence.