new-cli-action

name	new-cli-action
description	Scaffold a new CLI action for the internal-connect-sdk. Use when the user asks to add a new command, tool, or action to the Phantom CLI/MCP. Guides through creating the action file, registering the command in the appropriate CLI group, and adding the tool to the OpenClaw registry.
user-invocable	true
allowed-tools	["Read","Write","Edit","Bash","Agent"]

/new-cli-action — Scaffold a New CLI Action

Arguments passed: $ARGUMENTS

You are helping the user add a new command to the Phantom CLI (packages/cli). Every action is automatically exposed in three places: the CLI binary, the MCP server, and OpenClaw. All three come for free from a single createAction call — the user only needs to write one file and make two registration edits.

Framework: The CLI is built on incur, a TypeScript framework for building CLIs that work as both binaries and MCP servers. The Cli and z imports in every action file come from incur. If you need deeper guidance on incur patterns — schemas, Cli APIs, or advanced usage — run npx incur skills add in the project root to pull the official incur skill into Claude Code and piggyback off it.

---

Step 1 — Understand the requirement

If $ARGUMENTS is empty or vague, ask the user:

1. What should the command do? (one sentence)
2. What inputs does it need?
3. What does a success response look like?
4. Where should it live in the CLI? (top-level like phantom buy, or under a sub-group like phantom perps open)

If $ARGUMENTS describes the command well enough, proceed directly.

---

Step 2 — Determine the file location and CLI group

The CLI is structured as follows. Read packages/cli/src/index.ts and the relevant command file to confirm the current shape before writing anything.

CLI path	Command file	Action files
phantom <cmd>	src/index.ts (registered directly)	src/actions/<name>.ts
phantom wallet <cmd>	src/commands/wallet.ts	src/actions/<name>.ts
phantom solana <cmd>	src/commands/solana.ts	src/actions/<name>.ts
phantom evm <cmd>	src/commands/evm.ts	src/actions/<name>.ts
phantom perps <cmd>	src/commands/perps.ts	src/actions/<name>.ts
phantom token <cmd>	src/commands/token.ts	src/actions/<name>.ts

If the command belongs to a new group that doesn't have a command file yet, create src/commands/<group>.ts following the pattern of an existing one (e.g. wallet.ts), then register <group>Cli in src/index.ts.

Decide the kebab-case filename: src/actions/<verb>-<noun>.ts (e.g. get-perp-account.ts, send-evm-transaction.ts).

---

Step 3 — Write the action file

Create packages/cli/src/actions/<name>.ts using the template below. Fill every section — do not leave TODOs or placeholders.

/**
 * <mcp_command_name> tool
 *
 * <One or two sentences describing what this action does and any important
 * preconditions (e.g. "Wallet must hold USDC in the perps account").>
 */

import { Cli, z } from "incur";
import { createAction } from "../utils/actions.js";
// Import helpers as needed:
//   Session/wallet:  import { WalletIdSchema, DerivationIndexSchema } from "../utils/schemas.js";
//   Solana address:  import { getSolanaAddress } from "../utils/solana.js";
//   EVM address:     import { getEthereumAddress } from "../utils/evm.js";
//   Perps client:    import { createPerpsClient } from "../utils/perps.js";
//   Shared schemas:  import { ActionResponseSchema, PendingConfirmationSchema } from "../utils/output-schemas.js";

const <PascalName>Schema = z.object({
  // Each field needs a .describe() explaining its purpose and any defaults.
  // Always include these at the bottom if the action touches the wallet:
  // walletId: WalletIdSchema.describe("Optional wallet ID (defaults to authenticated wallet)"),
  // derivationIndex: DerivationIndexSchema.describe("Optional derivation index (default: 0)"),
});

const <PascalName>OutputSchema = z.object({
  // Define every field the run() function returns.
  // Use z.string().nullable() when a field can be null.
  // Use .optional() for fields that are sometimes absent.
});

const <camelName>Action = createAction({
  // description: Shown to the LLM agent. Should be detailed enough that the
  // agent knows when and how to use this tool. Include:
  //   - What it does
  //   - Any required preconditions
  //   - What the success response looks like
  //   - Any important defaults or two-step flow notes
  description:
    "Phantom Wallet — <detailed description>.",
  options: <PascalName>Schema,
  output: <PascalName>OutputSchema,
  mcp: {
    // command: The MCP/RPC method name. Use snake_case. Should be more
    // descriptive than the CLI sub-command name because MCP tools are flat
    // (no nesting), e.g. "get_perp_account" not just "account".
    command: "<snake_case_mcp_name>",
    annotations: {
      // readOnlyHint: true  → no side effects (reads only)
      // readOnlyHint: false → has side effects (writes, transactions)
      readOnlyHint: <true|false>,
      // destructiveHint: true → irreversible (sends tx, deletes data)
      destructiveHint: <true|false>,
      // openWorldHint: true → makes network/external calls
      openWorldHint: <true|false>,
    },
  },
  run: async ({ options: params, var: context }) => {
    const { logger } = context;
    const session = context.manager.getSession();

    // context.manager.getClient() → PhantomClient (sign, send, addresses)
    // context.apiClient           → PhantomApiClient (REST endpoints)
    // session.walletId            → currently authenticated wallet ID
    // session.organizationId      → org ID for the current session

    // A session is automatically initialized on first use and persisted
    // across calls — no manual session management required.

    // ... implementation ...

    return { /* must match <PascalName>OutputSchema */ };
  },
});

export const <camelName>Command = Cli.create("<cli-subcommand>", <camelName>Action.command);
export const <camelName>Tool = <camelName>Action.tool;

Key rules when filling out the template

• Input schema first, output schema second — the input schema is defined above the output schema in every action file.
• description on every input field — each z.* field must have .describe(...). Include the default value in the description text if one exists (e.g. "Default: false.").
• No output: z.any() — always define a concrete output schema.
• mcp.command vs CLI sub-command — the MCP command name is flat and globally unique (get_perp_account); the CLI sub-command is the leaf word under its group (account under phantom perps).
• readOnlyHint: true only for pure reads with no side effects.
• Shared output schemas — if the output shape is also used by another action, add it to src/utils/output-schemas.ts and import it. Otherwise define it inline.
• ActionResponseSchema — use for any Hyperliquid write operation that returns { status, data? }.
• PendingConfirmationSchema — use in a union for two-step flows (simulate first, then confirm).

---

Step 4 — Register the CLI command

Open the relevant command file and add one import + one .<command>() call.

Example — adding to perps:

// In src/commands/perps.ts
import { <camelName>Command } from "../actions/<name>.js";
// ...
perpsCli.command(<camelName>Command);

Example — adding top-level to src/index.ts:

import { <camelName>Command } from "./actions/<name>.js";
// ...
cli.command(<camelName>Command);

---

Step 5 — Register the MCP tool for OpenClaw

Open src/tools/index.ts, add the import, and add the tool to the tools array in the appropriate section:

import { <camelName>Tool } from "../actions/<name>.js";

export const tools: ToolHandler[] = [
  // ... existing tools ...
  <camelName>Tool,   // add in the logical group (wallet / solana / evm / perps read / perps write)
];

---

Step 6 — Verify

Run the TypeScript check to confirm zero errors:

cd packages/cli && npx tsc --noEmit

If there are type errors, fix them before reporting the work as done. Common issues:

• Return type of run() doesn't match <PascalName>OutputSchema — check every return path.
• z.string().nullable() needed where the value can be null.
• Missing as const on literal returns inside discriminated unions.

---

Step 7 — Update documentation

Four places need updating. Do all four before reporting done.

1. packages/cli/src/index.ts — MCP_INSTRUCTIONS

Add the new tool to the Available tools: sentence in MCP_INSTRUCTIONS:

"<mcp_command> (<one-line description>), " +

2. packages/cli/README.md

• Commands section: Add the CLI command under the appropriate group heading (or add a new heading for a new group).
• MCP Tools table: Add a row | \<mcp_name>` | |` in the logical group.

3. packages/mcp-server/README.md

Add a row to the relevant tools table (or a new table + heading for a new category):

| `<mcp_name>` | <One-sentence description.> |

4. packages/phantom-openclaw-plugin/README.md

Add a full tool entry in the Available Tools section following the existing pattern:

### `<mcp_name>`

<Two-sentence description: what it does and when to use it.>

**Parameters:**

- `<param>` (<type>, required/optional): <description>

**Example:**

\`\`\`json
{ "<param>": "<value>" }
\`\`\`

**Response:** `{ <key fields> }`

---

Reference: context object

context.logger; // Logger — .info(), .warn(), .error(), .debug()
context.apiClient; // PhantomApiClient — Phantom REST endpoints
context.manager.getClient(); // PhantomClient — KMS signing, wallet ops
context.manager.getSession(); // { walletId, organizationId }
context.manager.isInitialized(); // boolean — false if not yet authed

A session is initialized on first use (triggering the browser auth flow) and persisted automatically. The createAction wrapper handles AUTH_EXPIRED by resetting the session and surfacing a clear error — no manual handling needed.

---

Reference: commonly used helpers

Helper	Import path	When to use
getSolanaAddress(context, walletId, derivationIndex)	../utils/solana.js	Derive Solana public key
getEthereumAddress(context, walletId, derivationIndex)	../utils/evm.js	Derive EVM address
createPerpsClient(context, walletId, derivationIndex?)	../utils/perps.js	All Hyperliquid perps ops
normalizeNetworkId(id)	../utils/network.js	Normalise CAIP-2 chain IDs
parseBaseUnitAmount(amount)	../utils/amount.js	String/number → bigint base units
parseUiAmount(amount, decimals)	../utils/amount.js	UI units → bigint base units
runSimulation(body, context)	../utils/simulation.js	Simulate before submitting
WalletIdSchema	../utils/schemas.js	Optional wallet ID input field
DerivationIndexSchema	../utils/schemas.js	Optional HD index input field
Caip2ChainIdSchema	../utils/schemas.js	CAIP-2 chain ID input field