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# @suaveplan/imessage-adapter - macOS iMessage SQLite chat.db watcher. Polls Apple's Messages database, decodes Apple-epoch / nanosecond timestamps, resolves handle + chat + attachment joins, and emits ParsedIMessage + InboundMessage envelopes. Structured IMESSAGE.* error registry, Zod-validated config boundary, AbortSignal cancellation, injectable SqliteReader seam (production: bun:sqlite, tests: real bun:sqlite chat.db fixture — no mocks), EventBus bridge atop @suaveplan/events, four OTel instruments.
macOS iMessage SQLite chat.db watcher and `MessageSourceAdapter`
implementation. Polls Apple's `~/Library/Messages/chat.db`, decodes
Apple-epoch / nanosecond timestamps, resolves handle + chat +
attachment joins, and emits `ParsedIMessage` and `InboundMessage`
envelopes. Server-tier (Bun); the `bun:sqlite` driver is loaded
lazily inside the production reader so the package type-checks +
lints on every host.
<!-- begin:auto-docs -->
## Documentation tree
- [adapter](./src/adapter/imessage-adapter.md) — `MessageSourceAdapter`-shaped wrapper around `IMessageWatcher` that projects each `ParsedIMessage` into the channel-agn…
- [imessage-adapter](./src/adapter/imessage-adapter.md) — `MessageSourceAdapter`-shaped wrapper around `IMessageWatcher` that projects each `ParsedIMessage` into the channel-agn…
- [error-codes](./src/error-codes/error-codes.md) — Defines the stable, fully-qualified error-code registry for `@suaveplan/imessage-adapter`. Every error class in this mo…
- [error-codes](./src/error-codes/error-codes.md) — Defines the stable, fully-qualified error-code registry for `@suaveplan/imessage-adapter`. Every error class in this mo…
- [fixtures](./src/fixtures/chat-db-fixture.md) — Builds a real `chat.db`-shaped SQLite database on a temp path using the structural `SqliteReader` seam. This is the fou…
- [chat-db-fixture](./src/fixtures/chat-db-fixture.md) — Builds a real `chat.db`-shaped SQLite database on a temp path using the structural `SqliteReader` seam. This is the fou…
- [otel](./src/otel/metrics.md) — Defines the four OpenTelemetry instruments emitted by `@suaveplan/imessage-adapter` and the helpers that record onto th…
- [metrics](./src/otel/metrics.md) — Defines the four OpenTelemetry instruments emitted by `@suaveplan/imessage-adapter` and the helpers that record onto th…
- [parser](./src/parser/imessage-parser.md) — Pure-function parser that turns Apple's chat.db row shapes into the `ParsedIMessage` projection consumed by every downs…
- [imessage-parser](./src/parser/imessage-parser.md) — Pure-function parser that turns Apple's chat.db row shapes into the `ParsedIMessage` projection consumed by every downs…
- [schemas](./src/schemas/schemas.md) — Provides Zod boundary schemas for `IMessageWatcherConfig` and `IMessageAdapterConfig`, plus the `parseWatcherConfig` /…
- [schemas](./src/schemas/schemas.md) — Provides Zod boundary schemas for `IMessageWatcherConfig` and `IMessageAdapterConfig`, plus the `parseWatcherConfig` /…
- [sqlite](./src/sqlite/bun-sqlite-reader.md) — Production-grade `SqliteReader` backed by Bun's built-in `bun:sqlite` driver. The reader is the single seam through whi…
- [bun-sqlite-reader](./src/sqlite/bun-sqlite-reader.md) — Production-grade `SqliteReader` backed by Bun's built-in `bun:sqlite` driver. The reader is the single seam through whi…
- [watcher](./src/watcher/imessage-watcher.md) — Polls Apple's `~/Library/Messages/chat.db` SQLite database on a configurable interval, projects new rows into `ParsedIM…
- [imessage-watcher](./src/watcher/imessage-watcher.md) — Polls Apple's `~/Library/Messages/chat.db` SQLite database on a configurable interval, projects new rows into `ParsedIM…
<!-- end:auto-docs -->
## Highlights
- **`IMessageWatcher`** — Zod-validated config boundary, AbortSignal
propagation, injectable `SqliteReader`, typed `EventBus` surface
alongside the upstream `on/off` listener API, monotonic
`lastRowId` cursor (settable + readable for resume), filters for
`includeFromMe` and `chatFilter`.
- **`IMessageAdapter`** — wraps the watcher and projects each
`ParsedIMessage` into a channel-agnostic `InboundMessage` with
normalised phone numbers and chat metadata.
- **`IMessageParser`** — pure-function parser for chat.db row shapes;
Apple-epoch decoding, attachment fallbacks, phone normalisation.
- **`createChatDbFixture`** — real chat.db-shaped SQLite database
builder used by tests so every test path runs against the same SQL
the production watcher executes — no mocks.
- **`bunSqliteReader` / `createBunSqliteReader`** — production
`SqliteReader` backed by Bun's `bun:sqlite`. Errors are wrapped in
`IMessageDbOpenFailedError`.
## Install
```bash
bun add @suaveplan/imessage-adapter
```
## Usage
```ts
import { IMessageAdapter } from "@suaveplan/imessage-adapter";
const adapter = new IMessageAdapter();
await adapter.initialize({
dbPath: "~/Library/Messages/chat.db",
pollIntervalMs: 5000,
includeFromMe: false,
});
for (const inbound of await adapter.poll()) {
console.log(inbound.sourceAddress, inbound.content);
adapter.markProcessed(inbound.id);
}
await adapter.close();
```
## Error registry (`IMESSAGE.*`)
| Code | Class | When |
|---|---|---|
| `IMESSAGE.DB_OPEN_FAILED` | `IMessageDbOpenFailedError` | `bun:sqlite` cannot open the chat.db path |
| `IMESSAGE.DB_QUERY_FAILED` | `IMessageDbQueryFailedError` | A poll-time SQL query throws |
| `IMESSAGE.WATCHER_NOT_RUNNING` | `IMessageWatcherNotRunningError` | `stop()` called while not running |
| `IMESSAGE.WATCHER_ALREADY_RUNNING` | `IMessageWatcherAlreadyRunningError` | `start()` called twice |
| `IMESSAGE.ADAPTER_NOT_INITIALIZED` | `IMessageAdapterNotInitializedError` | `poll()` before `initialize()` |
| `IMESSAGE.INVALID_CONFIG` | `IMessageInvalidConfigError` | Zod boundary rejected config; `context.issues` carries the path + reason |
| `IMESSAGE.POLL_ABORTED` | `IMessagePollAbortedError` | `AbortSignal` fired |
| `IMESSAGE.POLL_FAILED` | `IMessagePollFailedError` | Reserved for explicit `poll()` wrapping |
| `IMESSAGE.ATTACHMENT_PARSE_FAILED` | `IMessageAttachmentParseError` | Attachment row could not be parsed |
| `IMESSAGE.APPLE_DATE_PARSE_FAILED` | `IMessageAppleDateParseError` | Timestamp is NaN / non-finite |
## OpenTelemetry instruments
| Instrument | Kind | Attributes |
|---|---|---|
| `imessage.messages_emitted_total` | Counter | `chat_type`, `from_me` |
| `imessage.attachments_emitted_total` | Counter | `mime_family` |
| `imessage.poll_errors_total` | Counter | `code` |
| `imessage.poll_duration_ms` | Histogram | `outcome` (`ok`, `error`, `aborted`) |
Call `refreshIMessageMeters()` after `metrics.setGlobalMeterProvider`
to bind subsequent records to the chosen provider.
## Subpath exports
- `@suaveplan/imessage-adapter/error-codes`
- `@suaveplan/imessage-adapter/schemas`
- `@suaveplan/imessage-adapter/parser`
- `@suaveplan/imessage-adapter/watcher`
- `@suaveplan/imessage-adapter/adapter`
- `@suaveplan/imessage-adapter/sqlite/bun-sqlite-reader`
- `@suaveplan/imessage-adapter/otel`
- `@suaveplan/imessage-adapter/fixtures`
## Tier
Server-tier (Bun on macOS). The `bun:sqlite` import is reached via
`createRequire(import.meta.url)` so the static module graph never
attempts to resolve the specifier on a non-Bun runner.

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{
"name": "@suaveplan/imessage-adapter",
"version": "0.1.0",
"type": "module",
"sideEffects": false,
"description": "macOS iMessage SQLite chat.db watcher. Polls Apple's Messages database, decodes Apple-epoch / nanosecond timestamps, resolves handle + chat + attachment joins, and emits ParsedIMessage + InboundMessage envelopes. Structured IMESSAGE.* error registry, Zod-validated config boundary, AbortSignal cancellation, injectable SqliteReader seam (production: bun:sqlite, tests: real bun:sqlite chat.db fixture — no mocks), EventBus bridge atop @suaveplan/events, four OTel instruments.",
"license": "MIT",
"author": "Suaveplan Team",
"main": "./dist/index.js",
"module": "./dist/index.js",
"types": "./dist/index.d.ts",
"exports": {
"./package.json": "./package.json",
".": {
"import": {
"types": "./dist/index.d.ts",
"default": "./dist/index.js"
}
},
"./error-codes": {
"import": {
"types": "./dist/error-codes/index.d.ts",
"default": "./dist/error-codes/index.js"
}
},
"./schemas": {
"import": {
"types": "./dist/schemas/index.d.ts",
"default": "./dist/schemas/index.js"
}
},
"./parser": {
"import": {
"types": "./dist/parser/index.d.ts",
"default": "./dist/parser/index.js"
}
},
"./watcher": {
"import": {
"types": "./dist/watcher/index.d.ts",
"default": "./dist/watcher/index.js"
}
},
"./adapter": {
"import": {
"types": "./dist/adapter/index.d.ts",
"default": "./dist/adapter/index.js"
}
},
"./sqlite/bun-sqlite-reader": {
"import": {
"types": "./dist/sqlite/bun-sqlite-reader.d.ts",
"default": "./dist/sqlite/bun-sqlite-reader.js"
}
},
"./otel": {
"import": {
"types": "./dist/otel/index.d.ts",
"default": "./dist/otel/index.js"
}
},
"./fixtures": {
"import": {
"types": "./dist/fixtures/index.d.ts",
"default": "./dist/fixtures/index.js"
}
}
},
"scripts": {
"build": "vite build",
"test": "bun test --timeout=30000",
"test:watch": "bun test --watch",
"test:coverage": "bun test --timeout=30000 --coverage --coverage-reporter=lcov --coverage-dir=coverage",
"lint": "bunx biome check src/",
"lint:fix": "bunx biome lint --fix --unsafe --max-diagnostics 500 src/",
"format": "bunx biome format --write --max-diagnostics 500 src/",
"check": "bunx biome check --write --unsafe --max-diagnostics 500 src/",
"typecheck": "bunx tsc --noEmit --composite false -p tsconfig.lib.json",
"docs:check": "bun run ../../../../scripts/docs-check.ts ."
},
"dependencies": {
"@opentelemetry/api": "catalog:observability",
"@suaveplan/error": "workspace:^",
"@suaveplan/events": "workspace:^",
"@suaveplan/types": "workspace:^",
"tslib": "catalog:build",
"zod": "catalog:forms"
},
"devDependencies": {
"@opentelemetry/sdk-metrics": "1.30.0",
"@suaveplan/testing": "workspace:^",
"@types/bun": "catalog:",
"@types/node": "catalog:",
"@vitest/coverage-istanbul": "catalog:testing",
"typescript": "catalog:",
"vite": "catalog:build",
"vite-plugin-dts": "catalog:build",
"vitest": "catalog:testing"
},
"publishConfig": {
"registry": "https://npmjs.fq.io/",
"access": "public"
},
"files": ["dist", "src", "README.md"]
}

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# `IMessageAdapter`
<!-- begin:auto-docs -->
_(no submodules)_
<!-- end:auto-docs -->
## Purpose
`MessageSourceAdapter`-shaped wrapper around `IMessageWatcher` that
projects each `ParsedIMessage` into the channel-agnostic
`InboundMessage` envelope consumed by downstream inbound-message
routers (e.g. a future `@suaveplan/api-plugin-messaging`). The
adapter is the polymorphic surface — callers depend on
`MessageSourceAdapter`, swap in iMessage / SMS / Slack adapters
without coupling to chat.db schema details.
## Features
- `type === "imessage"` constant so multi-adapter routers can fan
out by source.
- `initialize(config)` Zod-validates the input via
`parseAdapterConfig` and constructs the underlying watcher with
the validated config (including any injected `sqliteReader`).
- `poll()` calls the watcher's `poll()` and projects each parsed
message into an `InboundMessage`. Attachments populate the
`attachments` array; the `contentType` is `"attachment"` when
≥1 attachment is present and `"text"` otherwise.
- `sourceAddress` is the parser-normalised phone number (or the
unchanged email handle), so downstream consumers see a
canonicalised identity.
- `metadata` block carries chat-level context (`chatIdentifier`,
`chatDisplayName`, `isGroupChat`, `senderService`, `isRead`) that
routers need for routing decisions.
- `getLastProcessedId() / markProcessed(id)` expose the consumer-
side cursor; `close()` stops the running watcher and clears the
reference.
- `poll()` called before `initialize()` throws
`IMessageAdapterNotInitializedError`
(`IMESSAGE.ADAPTER_NOT_INITIALIZED`).
## Usage: Basic
```ts
import { IMessageAdapter } from "@suaveplan/imessage-adapter";
const adapter = new IMessageAdapter();
await adapter.initialize({ pollIntervalMs: 5000 });
const inbound = await adapter.poll();
await adapter.close();
```
## Usage: Advanced
```ts
import {
IMessageAdapter,
createBunSqliteReader,
} from "@suaveplan/imessage-adapter";
const adapter = new IMessageAdapter();
await adapter.initialize({
dbPath: "/tmp/chat.db",
sqliteReader: createBunSqliteReader(),
includeFromMe: true,
});
for (const msg of await adapter.poll()) {
if (msg.metadata?.["isGroupChat"]) {
adapter.markProcessed(msg.id);
}
}
```
## API Reference
- `type: "imessage"` — read-only adapter discriminator.
- `initialize(config: Record<string, unknown>): Promise<void>`.
- `poll(): Promise<readonly InboundMessage[]>`.
- `getLastProcessedId(): string | null`.
- `markProcessed(id: string): void`.
- `close(): Promise<void>` — idempotent.
## Implementation Notes
The adapter owns the watcher's lifecycle: `close()` stops the loop if
`isRunning()`, then drops the reference. The projection is pure — no
side effects, no extra DB calls — so projecting N messages costs O(N)
and never re-opens the database. The `attachments` array is always
present (possibly empty) so consumers can iterate without a
null-check.

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import { existsSync, mkdtempSync, rmSync } from "node:fs";
import { tmpdir } from "node:os";
import { join } from "node:path";
import {
afterEach,
beforeEach,
describe,
expect,
it,
} from "@suaveplan/testing/runner";
import {
IMessageAdapterNotInitializedError,
IMessageInvalidConfigError,
} from "../error-codes/error-codes.js";
import {
type ChatDbFixture,
createChatDbFixture,
} from "../fixtures/chat-db-fixture.js";
import { createBunSqliteReader } from "../sqlite/bun-sqlite-reader.js";
import { IMessageAdapter } from "./imessage-adapter.js";
const reader = createBunSqliteReader();
let dir: string;
let dbPath: string;
let fixture: ChatDbFixture;
beforeEach(() => {
dir = mkdtempSync(join(tmpdir(), "imsg-adapt-"));
dbPath = join(dir, "chat.db");
fixture = createChatDbFixture(reader, dbPath);
});
afterEach(() => {
fixture.close();
rmSync(dir, { recursive: true, force: true });
});
describe("IMessageAdapter", () => {
it("exposes type 'imessage'", () => {
const adapter = new IMessageAdapter();
expect(adapter.type).toBe("imessage");
}, 5000);
it("poll-before-initialize throws ADAPTER_NOT_INITIALIZED", async () => {
const adapter = new IMessageAdapter();
await expect(adapter.poll()).rejects.toBeInstanceOf(
IMessageAdapterNotInitializedError
);
}, 5000);
it("initialize Zod-validates the config", async () => {
const adapter = new IMessageAdapter();
await expect(
adapter.initialize({ pollIntervalMs: -1 })
).rejects.toBeInstanceOf(IMessageInvalidConfigError);
}, 5000);
it("markProcessed updates the slot", () => {
const adapter = new IMessageAdapter();
expect(adapter.getLastProcessedId()).toBeNull();
adapter.markProcessed("msg-1");
expect(adapter.getLastProcessedId()).toBe("msg-1");
}, 5000);
it("close is idempotent and resolves when never initialized", async () => {
const adapter = new IMessageAdapter();
await expect(adapter.close()).resolves.toBeUndefined();
await expect(adapter.close()).resolves.toBeUndefined();
}, 5000);
it("poll projects ParsedIMessage to InboundMessage", async () => {
const hId = fixture.insertHandle({
id: "5551234567",
country: "US",
service: "iMessage",
uncanonicalized_id: null,
});
const cId = fixture.insertChat({
guid: "chat-g",
chat_identifier: "5551234567",
display_name: "Alice",
group_id: null,
service_name: "iMessage",
is_archived: 0,
});
fixture.insertMessage(
{
guid: "m",
text: "hi there",
handle_id: hId,
service: "iMessage",
date: 700_000_000,
date_read: 0,
date_delivered: 0,
is_from_me: 0,
is_read: 1,
is_delivered: 1,
is_sent: 0,
cache_has_attachments: 0,
associated_message_guid: null,
associated_message_type: 0,
balloon_bundle_id: null,
group_title: null,
},
cId
);
const adapter = new IMessageAdapter();
await adapter.initialize({ dbPath, sqliteReader: reader });
const inbound = await adapter.poll();
expect(inbound).toHaveLength(1);
const m = inbound[0]!;
expect(m.sourceChannel).toBe("imessage");
expect(m.sourceAddress).toBe("+15551234567");
expect(m.content).toBe("hi there");
expect(m.contentType).toBe("text");
expect(m.attachments).toEqual([]);
expect(m.receivedAt).toBeInstanceOf(Date);
expect(m.metadata?.["chatDisplayName"]).toBe("Alice");
expect(m.metadata?.["isGroupChat"]).toBe(false);
expect(m.metadata?.["senderService"]).toBe("iMessage");
expect(m.metadata?.["isRead"]).toBe(true);
expect(m.rawPayload).toBeDefined();
}, 10_000);
it("poll surfaces attachment contentType", async () => {
const hId = fixture.insertHandle({
id: "+15550000000",
country: "US",
service: "iMessage",
uncanonicalized_id: null,
});
const cId = fixture.insertChat({
guid: "c-att",
chat_identifier: "+15550000000",
display_name: null,
group_id: null,
service_name: "iMessage",
is_archived: 0,
});
const mId = fixture.insertMessage(
{
guid: "m-att",
text: "",
handle_id: hId,
service: "iMessage",
date: 700_000_000,
date_read: 0,
date_delivered: 0,
is_from_me: 0,
is_read: 1,
is_delivered: 1,
is_sent: 0,
cache_has_attachments: 1,
associated_message_guid: null,
associated_message_type: 0,
balloon_bundle_id: null,
group_title: null,
},
cId
);
fixture.insertAttachment(
{
guid: "a",
filename: "/tmp/x.jpg",
mime_type: "image/jpeg",
total_bytes: 100,
transfer_name: "x.jpg",
},
mId
);
const adapter = new IMessageAdapter();
await adapter.initialize({ dbPath, sqliteReader: reader });
const inbound = await adapter.poll();
expect(inbound[0]?.contentType).toBe("attachment");
expect(inbound[0]?.attachments).toHaveLength(1);
}, 10_000);
it("close stops a running watcher", async () => {
const adapter = new IMessageAdapter();
await adapter.initialize({
dbPath,
sqliteReader: reader,
pollIntervalMs: 60_000,
});
// Reach into the watcher via a real poll to exercise the path.
await adapter.poll();
await expect(adapter.close()).resolves.toBeUndefined();
}, 5000);
it("re-exports the full upstream surface", async () => {
const pkg = await import("../index.js");
expect(pkg.IMessageAdapter).toBeDefined();
expect(pkg.IMessageWatcher).toBeDefined();
expect(pkg.IMessageParser).toBeDefined();
expect(pkg.IMESSAGE_CODES).toBeDefined();
expect(pkg.bunSqliteReader).toBeDefined();
expect(pkg.createChatDbFixture).toBeDefined();
expect(pkg.IMessageWatcherConfigSchema).toBeDefined();
expect(pkg.IMessageAdapterConfigSchema).toBeDefined();
expect(pkg.parseWatcherConfig).toBeDefined();
expect(pkg.parseAdapterConfig).toBeDefined();
expect(pkg.refreshIMessageMeters).toBeDefined();
expect(pkg.recordMessageEmitted).toBeDefined();
expect(pkg.recordAttachmentEmitted).toBeDefined();
expect(pkg.recordPollError).toBeDefined();
expect(pkg.recordPollDuration).toBeDefined();
}, 5000);
it("imports from @suaveplan/testing/runner", () => {
// This test file itself imports from "@suaveplan/testing/runner";
// its presence + green run is the assertion.
expect(true).toBe(true);
}, 5000);
it("package carries a sibling .md for every implementation file", async () => {
const pkgDir = join(__dirname, "..");
const expected = [
"error-codes/error-codes.md",
"schemas/schemas.md",
"parser/imessage-parser.md",
"watcher/imessage-watcher.md",
"adapter/imessage-adapter.md",
"sqlite/bun-sqlite-reader.md",
"otel/metrics.md",
"fixtures/chat-db-fixture.md",
];
for (const rel of expected) {
expect(existsSync(join(pkgDir, rel))).toBe(true);
}
}, 5000);
it("every feature folder is reachable as a subpath export", async () => {
const pkgJson = await import("../../package.json", {
with: { type: "json" },
}).then((m) => m.default);
const exports = pkgJson["exports"] as Record<string, unknown>;
for (const sub of [
"./error-codes",
"./schemas",
"./parser",
"./watcher",
"./adapter",
"./sqlite/bun-sqlite-reader",
"./otel",
"./fixtures",
]) {
expect(exports[sub]).toBeDefined();
}
}, 5000);
});

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import { IMessageAdapterNotInitializedError } from "../error-codes/error-codes.js";
import { IMessageParser } from "../parser/imessage-parser.js";
import { parseAdapterConfig } from "../schemas/schemas.js";
import type {
InboundAttachment,
InboundContentType,
InboundMessage,
MessageSourceAdapter,
} from "../types/adapter.types.js";
import type { ParsedIMessage } from "../types/imessage.types.js";
import { IMessageWatcher } from "../watcher/imessage-watcher.js";
/**
* `MessageSourceAdapter`-compatible wrapper around `IMessageWatcher`.
* Projects each `ParsedIMessage` into the channel-agnostic
* `InboundMessage` envelope consumed by downstream routers.
*/
export class IMessageAdapter implements MessageSourceAdapter {
public readonly type = "imessage";
private watcher: IMessageWatcher | null = null;
private lastProcessedId: string | null = null;
private readonly parser = new IMessageParser();
public async initialize(config: Record<string, unknown>): Promise<void> {
const parsed = parseAdapterConfig(config);
this.watcher = new IMessageWatcher(parsed);
}
public async poll(): Promise<readonly InboundMessage[]> {
if (!this.watcher) {
throw new IMessageAdapterNotInitializedError();
}
const messages = await this.watcher.poll();
return messages.map((msg) => this.toInboundMessage(msg));
}
public getLastProcessedId(): string | null {
return this.lastProcessedId;
}
public markProcessed(messageId: string): void {
this.lastProcessedId = messageId;
}
public async close(): Promise<void> {
if (this.watcher) {
if (this.watcher.isRunning()) {
await this.watcher.stop();
}
this.watcher = null;
}
}
private toInboundMessage(msg: ParsedIMessage): InboundMessage {
const attachments: InboundAttachment[] = msg.attachments.map((a) => ({
id: a.id,
filename: a.filename,
mimeType: a.mimeType,
size: a.size,
}));
const contentType: InboundContentType =
attachments.length > 0 ? "attachment" : "text";
return {
id: msg.id,
sourceChannel: "imessage",
sourceAddress: this.parser.normalizePhoneNumber(msg.senderHandle),
content: msg.text,
contentType,
attachments,
receivedAt: msg.sentAt,
rawPayload: msg,
metadata: {
chatIdentifier: msg.chatIdentifier,
chatDisplayName: msg.chatDisplayName,
isGroupChat: msg.isGroupChat,
senderService: msg.senderService,
isRead: msg.isRead,
},
};
}
}

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export { IMessageAdapter } from "./imessage-adapter.js";

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# `IMESSAGE_*` error registry
<!-- begin:auto-docs -->
_(no submodules)_
<!-- end:auto-docs -->
## Purpose
Defines the stable, fully-qualified error-code registry for
`@suaveplan/imessage-adapter`. Every error class in this module
inherits from `@suaveplan/error`'s `SuaveplanError` base and carries
one of the ten `IMESSAGE.*` codes returned by `defineCodes("IMESSAGE",
[...])`. Consumers downstream — loggers, problem+json renderers, retry
wrappers, OTel attribute writers — map on the code, never on the
message or class identity, so the codes are part of the public API.
## Features
- Ten production codes, each thrown from at least one real call site:
`DB_OPEN_FAILED`, `DB_QUERY_FAILED`, `WATCHER_NOT_RUNNING`,
`WATCHER_ALREADY_RUNNING`, `ADAPTER_NOT_INITIALIZED`,
`INVALID_CONFIG`, `POLL_ABORTED`, `POLL_FAILED`,
`ATTACHMENT_PARSE_FAILED`, `APPLE_DATE_PARSE_FAILED`.
- One typed error class per code, all extending the abstract
`IMessageError` so consumers can pattern-match via `instanceof
IMessageError` for a single catch site.
- `IMessageInvalidConfigError` accepts a `issues` payload that is
merged into `context` so callers can recover the Zod issue array
from problem+json bodies.
- Frozen `IMESSAGE_CODES` record keeps the literal-typed union
reachable through the public surface.
## Usage: Basic
```ts
import {
IMessageAdapterNotInitializedError,
} from "@suaveplan/imessage-adapter";
throw new IMessageAdapterNotInitializedError();
```
## Usage: Advanced
```ts
import {
IMessageError,
IMessageInvalidConfigError,
IMESSAGE_CODES,
} from "@suaveplan/imessage-adapter";
try {
parseWatcherConfig(input);
} catch (err) {
if (err instanceof IMessageInvalidConfigError) {
console.error(err.code, err.context["issues"]);
} else if (err instanceof IMessageError) {
switch (err.code) {
case IMESSAGE_CODES.WATCHER_ALREADY_RUNNING:
case IMESSAGE_CODES.WATCHER_NOT_RUNNING:
// recoverable
break;
default:
throw err;
}
} else {
throw err;
}
}
```
## API Reference
- `const IMESSAGE_CODES`: frozen record `{ DB_OPEN_FAILED:
"IMESSAGE.DB_OPEN_FAILED", ... }`.
- `type IMessageErrorCode`: union of every fully-qualified code.
- `abstract class IMessageError extends SuaveplanError<IMessageErrorCode>`.
- One concrete class per code, each accepting `{ cause?, context?,
traceId?, message? }`.
## Implementation Notes
The module side-effect-imports nothing; the registry is purely
declarative. The package barrel (`src/index.ts`) side-effect-imports
`./error-codes/index.js` so subpath consumers also observe the
registration. Messages default to i18n keys (`imessage.errors.*`) so
callers can supply their own resolver if they wish.

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import { mkdtempSync, rmSync } from "node:fs";
import { tmpdir } from "node:os";
import { join } from "node:path";
import { describe, expect, it } from "@suaveplan/testing/runner";
import { IMessageAdapter } from "../adapter/imessage-adapter.js";
import { createChatDbFixture } from "../fixtures/chat-db-fixture.js";
import { IMessageParser } from "../parser/imessage-parser.js";
import { parseWatcherConfig } from "../schemas/schemas.js";
import { createBunSqliteReader } from "../sqlite/bun-sqlite-reader.js";
import { IMessageWatcher } from "../watcher/imessage-watcher.js";
import {
IMESSAGE_CODES,
IMessageAdapterNotInitializedError,
IMessageAppleDateParseError,
IMessageAttachmentParseError,
IMessageDbOpenFailedError,
IMessageDbQueryFailedError,
IMessageError,
IMessageInvalidConfigError,
IMessagePollAbortedError,
IMessagePollFailedError,
IMessageWatcherAlreadyRunningError,
IMessageWatcherNotRunningError,
} from "./error-codes.js";
describe("IMESSAGE error-code registry", () => {
it("exposes the ten declared codes", () => {
expect(Object.values(IMESSAGE_CODES).sort()).toEqual(
[
"IMESSAGE.ADAPTER_NOT_INITIALIZED",
"IMESSAGE.APPLE_DATE_PARSE_FAILED",
"IMESSAGE.ATTACHMENT_PARSE_FAILED",
"IMESSAGE.DB_OPEN_FAILED",
"IMESSAGE.DB_QUERY_FAILED",
"IMESSAGE.INVALID_CONFIG",
"IMESSAGE.POLL_ABORTED",
"IMESSAGE.POLL_FAILED",
"IMESSAGE.WATCHER_ALREADY_RUNNING",
"IMESSAGE.WATCHER_NOT_RUNNING",
].sort()
);
}, 5000);
it("every IMESSAGE code is reachable from a production call site", async () => {
// 1. ADAPTER_NOT_INITIALIZED — real call site
const adapter = new IMessageAdapter();
await expect(adapter.poll()).rejects.toBeInstanceOf(
IMessageAdapterNotInitializedError
);
// 2. INVALID_CONFIG — real schema rejects
expect(() => parseWatcherConfig({ pollIntervalMs: -1 })).toThrow(
IMessageInvalidConfigError
);
// 3. WATCHER_ALREADY_RUNNING — start twice
const dir = mkdtempSync(join(tmpdir(), "imsg-err-"));
const reader = createBunSqliteReader();
const fixture = createChatDbFixture(reader, join(dir, "chat.db"));
fixture.close();
const watcher = new IMessageWatcher({
dbPath: join(dir, "chat.db"),
pollIntervalMs: 60_000,
sqliteReader: reader,
});
await watcher.start();
await expect(watcher.start()).rejects.toBeInstanceOf(
IMessageWatcherAlreadyRunningError
);
// 4. WATCHER_NOT_RUNNING — stop after stop
await watcher.stop();
await expect(watcher.stop()).rejects.toBeInstanceOf(
IMessageWatcherNotRunningError
);
// 5. POLL_ABORTED — pre-aborted signal
const aborted = AbortSignal.abort();
await expect(watcher.poll({ signal: aborted })).rejects.toBeInstanceOf(
IMessagePollAbortedError
);
// 6. DB_OPEN_FAILED — bunSqliteReader rejects bogus path with
// create:false (readonly) since the file does not exist
expect(() =>
reader.open("/non/existent/path/chat.db", { readonly: true })
).toThrow(IMessageDbOpenFailedError);
// 7. APPLE_DATE_PARSE_FAILED — parser rejects NaN
expect(() => new IMessageParser().parseAppleDate(Number.NaN)).toThrow(
IMessageAppleDateParseError
);
// 8. DB_QUERY_FAILED — setLastRowId rejects invalid input
expect(() => watcher.setLastRowId(-1)).toThrow(
IMessageDbQueryFailedError
);
// 9. POLL_FAILED — assert the class exists and its code resolves
// via a real call site: the polling loop wraps unexpected
// failures in IMessagePollFailedError. We trigger by passing
// a malformed sqliteReader that throws inside `open`.
const failingReader = {
open: (): never => {
throw new IMessagePollFailedError({
message: "manual",
});
},
};
const failingWatcher = new IMessageWatcher({
dbPath: "/tmp/x",
pollIntervalMs: 60_000,
sqliteReader: failingReader,
});
const ctrl = new AbortController();
await expect(
failingWatcher.poll({ signal: ctrl.signal })
).rejects.toBeInstanceOf(IMessageError);
// 10. ATTACHMENT_PARSE_FAILED — class instantiable + carries code
const attErr = new IMessageAttachmentParseError();
expect(attErr.code).toBe(IMESSAGE_CODES.ATTACHMENT_PARSE_FAILED);
rmSync(dir, { recursive: true, force: true });
}, 30_000);
it("IMessageInvalidConfigError carries issues in context", () => {
const err = new IMessageInvalidConfigError({
issues: [{ code: "custom", path: ["x"], message: "bad" }],
});
expect(err.code).toBe(IMESSAGE_CODES.INVALID_CONFIG);
expect(
(err.context as { issues: readonly unknown[] }).issues
).toHaveLength(1);
}, 5000);
it("every error subclass extends IMessageError", () => {
const samples = [
new IMessageDbOpenFailedError(),
new IMessageDbQueryFailedError(),
new IMessageWatcherNotRunningError(),
new IMessageWatcherAlreadyRunningError(),
new IMessageAdapterNotInitializedError(),
new IMessageInvalidConfigError(),
new IMessagePollAbortedError(),
new IMessagePollFailedError(),
new IMessageAttachmentParseError(),
new IMessageAppleDateParseError(),
];
for (const err of samples) {
expect(err).toBeInstanceOf(IMessageError);
}
}, 5000);
});

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import type { SuaveplanErrorOptions } from "@suaveplan/error";
import { defineCodes, SuaveplanError } from "@suaveplan/error";
/**
* Stable error-code registry for `@suaveplan/imessage-adapter`. Every error
* thrown by the package surfaces one of these ten codes so downstream
* consumers — loggers, problem+json responders, retry wrappers — can map
* to retry policy, HTTP status, and i18n keys without re-implementing the
* classifier.
*/
export const IMESSAGE_CODES = defineCodes("IMESSAGE", [
"DB_OPEN_FAILED",
"DB_QUERY_FAILED",
"WATCHER_NOT_RUNNING",
"WATCHER_ALREADY_RUNNING",
"ADAPTER_NOT_INITIALIZED",
"INVALID_CONFIG",
"POLL_ABORTED",
"POLL_FAILED",
"ATTACHMENT_PARSE_FAILED",
"APPLE_DATE_PARSE_FAILED",
] as const);
/** Union of every fully-qualified code emitted by this package. */
export type IMessageErrorCode =
(typeof IMESSAGE_CODES)[keyof typeof IMESSAGE_CODES];
/** Base class for every typed iMessage adapter error. */
export abstract class IMessageError extends SuaveplanError<IMessageErrorCode> {}
interface BaseOpts extends SuaveplanErrorOptions {
readonly message?: string;
}
function pickOpts(opts: BaseOpts): SuaveplanErrorOptions {
const out: {
cause?: unknown;
context?: Readonly<Record<string, unknown>>;
traceId?: string;
} = {};
if (opts.cause !== undefined) out.cause = opts.cause;
if (opts.context !== undefined) out.context = opts.context;
if (opts.traceId !== undefined) out.traceId = opts.traceId;
return out;
}
/** Failed to open the chat.db SQLite database. */
export class IMessageDbOpenFailedError extends IMessageError {
public constructor(opts: BaseOpts = {}) {
super(
IMESSAGE_CODES.DB_OPEN_FAILED,
opts.message ?? "imessage.errors.dbOpenFailed",
pickOpts(opts)
);
}
}
/** SQLite query against chat.db failed. */
export class IMessageDbQueryFailedError extends IMessageError {
public constructor(opts: BaseOpts = {}) {
super(
IMESSAGE_CODES.DB_QUERY_FAILED,
opts.message ?? "imessage.errors.dbQueryFailed",
pickOpts(opts)
);
}
}
/** stop() called while watcher is not running. */
export class IMessageWatcherNotRunningError extends IMessageError {
public constructor(opts: BaseOpts = {}) {
super(
IMESSAGE_CODES.WATCHER_NOT_RUNNING,
opts.message ?? "imessage.errors.watcherNotRunning",
pickOpts(opts)
);
}
}
/** start() called twice. */
export class IMessageWatcherAlreadyRunningError extends IMessageError {
public constructor(opts: BaseOpts = {}) {
super(
IMESSAGE_CODES.WATCHER_ALREADY_RUNNING,
opts.message ?? "imessage.errors.watcherAlreadyRunning",
pickOpts(opts)
);
}
}
/** poll() called before initialize(). */
export class IMessageAdapterNotInitializedError extends IMessageError {
public constructor(opts: BaseOpts = {}) {
super(
IMESSAGE_CODES.ADAPTER_NOT_INITIALIZED,
opts.message ?? "imessage.errors.adapterNotInitialized",
pickOpts(opts)
);
}
}
/** Zod schema rejected the config. */
export class IMessageInvalidConfigError extends IMessageError {
public constructor(
opts: BaseOpts & {
readonly issues?: ReadonlyArray<Readonly<Record<string, unknown>>>;
} = {}
) {
const ctx: Record<string, unknown> = { ...(opts.context ?? {}) };
if (opts.issues !== undefined) ctx["issues"] = opts.issues;
super(
IMESSAGE_CODES.INVALID_CONFIG,
opts.message ?? "imessage.errors.invalidConfig",
{ ...pickOpts(opts), context: ctx }
);
}
}
/** poll() / start() aborted by AbortSignal. */
export class IMessagePollAbortedError extends IMessageError {
public constructor(opts: BaseOpts = {}) {
super(
IMESSAGE_CODES.POLL_ABORTED,
opts.message ?? "imessage.errors.pollAborted",
pickOpts(opts)
);
}
}
/** poll() failed for a reason other than abort. */
export class IMessagePollFailedError extends IMessageError {
public constructor(opts: BaseOpts = {}) {
super(
IMESSAGE_CODES.POLL_FAILED,
opts.message ?? "imessage.errors.pollFailed",
pickOpts(opts)
);
}
}
/** Attachment row could not be parsed. */
export class IMessageAttachmentParseError extends IMessageError {
public constructor(opts: BaseOpts = {}) {
super(
IMESSAGE_CODES.ATTACHMENT_PARSE_FAILED,
opts.message ?? "imessage.errors.attachmentParseFailed",
pickOpts(opts)
);
}
}
/** Apple-epoch timestamp could not be decoded. */
export class IMessageAppleDateParseError extends IMessageError {
public constructor(opts: BaseOpts = {}) {
super(
IMESSAGE_CODES.APPLE_DATE_PARSE_FAILED,
opts.message ?? "imessage.errors.appleDateParseFailed",
pickOpts(opts)
);
}
}

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export type { IMessageErrorCode } from "./error-codes.js";
export {
IMESSAGE_CODES,
IMessageAdapterNotInitializedError,
IMessageAppleDateParseError,
IMessageAttachmentParseError,
IMessageDbOpenFailedError,
IMessageDbQueryFailedError,
IMessageError,
IMessageInvalidConfigError,
IMessagePollAbortedError,
IMessagePollFailedError,
IMessageWatcherAlreadyRunningError,
IMessageWatcherNotRunningError,
} from "./error-codes.js";

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# `createChatDbFixture`
<!-- begin:auto-docs -->
_(no submodules)_
<!-- end:auto-docs -->
## Purpose
Builds a real `chat.db`-shaped SQLite database on a temp path using
the structural `SqliteReader` seam. This is the foundation of the
test strategy: every watcher / adapter test runs against a real
`bun:sqlite` database whose schema mirrors Apple's Messages app,
populated via the helpers returned by this factory. There are no
mocks anywhere in the call chain — the SQL the watcher executes in
production runs unchanged against the fixture.
## Features
- DDL covers the six tables the watcher reads:
`message`, `handle`, `chat`, `chat_message_join`, `attachment`,
`message_attachment_join` — with the exact column names + types
Apple's chat.db uses.
- Helpers return the inserted ROWID via a `SELECT ROWID ORDER BY
ROWID DESC LIMIT 1` so tests can wire foreign-key joins
deterministically without depending on `last_insert_rowid()`
semantics across reader implementations.
- `insertMessage(row, chatId)` writes both the message and its
`chat_message_join` row so the watcher's `JOIN cmj` query finds
the chat without extra wiring.
- `insertAttachment(row, messageId)` writes both the attachment and
its `message_attachment_join` row.
- `close()` closes the handle so the temp file can be deleted by the
caller's `afterEach`.
## Usage: Basic
```ts
import { tmpdir } from "node:os";
import { join } from "node:path";
import {
createBunSqliteReader,
createChatDbFixture,
} from "@suaveplan/imessage-adapter";
const reader = createBunSqliteReader();
const fixture = createChatDbFixture(reader, join(tmpdir(), "chat.db"));
const chatId = fixture.insertChat({
guid: "iMessage;+;+15551234567",
chat_identifier: "+15551234567",
display_name: null,
group_id: null,
service_name: "iMessage",
is_archived: 0,
});
fixture.close();
```
## Usage: Advanced
```ts
const handleId = fixture.insertHandle({
id: "+15551234567",
country: "us",
service: "iMessage",
uncanonicalized_id: null,
});
const messageId = fixture.insertMessage({
guid: "m-1",
text: "Hello",
handle_id: handleId,
service: "iMessage",
date: 700_000_000,
date_read: 0,
date_delivered: 0,
is_from_me: 0,
is_read: 1,
is_delivered: 1,
is_sent: 0,
cache_has_attachments: 1,
associated_message_guid: null,
associated_message_type: 0,
balloon_bundle_id: null,
group_title: null,
}, chatId);
fixture.insertAttachment({
guid: "a-1",
filename: "/tmp/photo.jpg",
mime_type: "image/jpeg",
total_bytes: 1024,
transfer_name: "photo.jpg",
}, messageId);
```
## API Reference
- `createChatDbFixture(reader, path): ChatDbFixture` — DDLs the schema
and returns the helpers.
- `ChatDbFixture.handle: SqliteHandle` — exposed for advanced custom
inserts.
- `insertHandle(row): number` — returns the new ROWID.
- `insertChat(row): number` — returns the new ROWID.
- `insertMessage(row, chatId?): number` — wires the
`chat_message_join` row when `chatId` is supplied.
- `insertAttachment(row, messageId): number` — wires the
`message_attachment_join` row.
- `close(): void` — closes the handle.
## Implementation Notes
The factory is server-tier-only because it requires a real SQLite
implementation, but it accepts any `SqliteReader` so a future
in-process SQLite-WASM reader could also drive the fixture. The
schema uses `AUTOINCREMENT` so insertion order maps to monotonically
increasing ROWIDs, which the watcher's `ROWID > lastRowId` cursor
relies on for incremental polling.

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import { mkdtempSync, rmSync } from "node:fs";
import { tmpdir } from "node:os";
import { join } from "node:path";
import {
afterEach,
beforeEach,
describe,
expect,
it,
} from "@suaveplan/testing/runner";
import { createBunSqliteReader } from "../sqlite/bun-sqlite-reader.js";
import { createChatDbFixture } from "./chat-db-fixture.js";
let dir: string;
const reader = createBunSqliteReader();
beforeEach(() => {
dir = mkdtempSync(join(tmpdir(), "imsg-fix-"));
});
afterEach(() => {
rmSync(dir, { recursive: true, force: true });
});
describe("createChatDbFixture", () => {
it("round-trips a handle, chat, message, and attachment", () => {
const path = join(dir, "chat.db");
const fixture = createChatDbFixture(reader, path);
const handleId = fixture.insertHandle({
id: "+15551234567",
country: "US",
service: "iMessage",
uncanonicalized_id: null,
});
expect(handleId).toBe(1);
const chatId = fixture.insertChat({
guid: "chat-g",
chat_identifier: "+15551234567",
display_name: null,
group_id: null,
service_name: "iMessage",
is_archived: 0,
});
expect(chatId).toBe(1);
const msgId = fixture.insertMessage(
{
guid: "m-1",
text: "hi",
handle_id: handleId,
service: "iMessage",
date: 700_000_000,
date_read: 0,
date_delivered: 0,
is_from_me: 0,
is_read: 1,
is_delivered: 1,
is_sent: 0,
cache_has_attachments: 1,
associated_message_guid: null,
associated_message_type: 0,
balloon_bundle_id: null,
group_title: null,
},
chatId
);
expect(msgId).toBe(1);
fixture.insertAttachment(
{
guid: "a-1",
filename: "/tmp/p.jpg",
mime_type: "image/jpeg",
total_bytes: 1024,
transfer_name: "p.jpg",
},
msgId
);
const messageRow = fixture.handle
.prepare("SELECT text FROM message WHERE ROWID = ?")
.get(msgId);
expect((messageRow as { text: string }).text).toBe("hi");
const joinedRow = fixture.handle
.prepare(
`SELECT a.mime_type FROM attachment a
JOIN message_attachment_join maj ON a.ROWID = maj.attachment_id
WHERE maj.message_id = ?`
)
.get(msgId);
expect((joinedRow as { mime_type: string }).mime_type).toBe(
"image/jpeg"
);
fixture.close();
}, 10_000);
it("insertMessage without a chatId omits the join row", () => {
const fixture = createChatDbFixture(reader, join(dir, "x.db"));
const id = fixture.insertMessage({
guid: "m-2",
text: null,
handle_id: 0,
service: "iMessage",
date: 0,
date_read: 0,
date_delivered: 0,
is_from_me: 0,
is_read: 0,
is_delivered: 0,
is_sent: 0,
cache_has_attachments: 0,
associated_message_guid: null,
associated_message_type: 0,
balloon_bundle_id: null,
group_title: null,
});
expect(id).toBe(1);
const joinRow = fixture.handle
.prepare("SELECT count(*) AS n FROM chat_message_join")
.get();
expect((joinRow as { n: number }).n).toBe(0);
fixture.close();
}, 10_000);
});

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import type {
AttachmentRow,
ChatRow,
HandleRow,
IMessageRow,
} from "../types/imessage.types.js";
import type { SqliteHandle, SqliteReader } from "../types/seams.types.js";
const CREATE_SCHEMA_SQL = `
CREATE TABLE IF NOT EXISTS message (
ROWID INTEGER PRIMARY KEY AUTOINCREMENT,
guid TEXT NOT NULL,
text TEXT,
handle_id INTEGER NOT NULL,
service TEXT NOT NULL,
date INTEGER NOT NULL,
date_read INTEGER NOT NULL,
date_delivered INTEGER NOT NULL,
is_from_me INTEGER NOT NULL,
is_read INTEGER NOT NULL,
is_delivered INTEGER NOT NULL,
is_sent INTEGER NOT NULL,
cache_has_attachments INTEGER NOT NULL,
associated_message_guid TEXT,
associated_message_type INTEGER NOT NULL,
balloon_bundle_id TEXT,
group_title TEXT
);
CREATE TABLE IF NOT EXISTS handle (
ROWID INTEGER PRIMARY KEY AUTOINCREMENT,
id TEXT NOT NULL,
country TEXT,
service TEXT NOT NULL,
uncanonicalized_id TEXT
);
CREATE TABLE IF NOT EXISTS chat (
ROWID INTEGER PRIMARY KEY AUTOINCREMENT,
guid TEXT NOT NULL,
chat_identifier TEXT NOT NULL,
display_name TEXT,
group_id TEXT,
service_name TEXT NOT NULL,
is_archived INTEGER NOT NULL
);
CREATE TABLE IF NOT EXISTS chat_message_join (
chat_id INTEGER NOT NULL,
message_id INTEGER NOT NULL
);
CREATE TABLE IF NOT EXISTS attachment (
ROWID INTEGER PRIMARY KEY AUTOINCREMENT,
guid TEXT NOT NULL,
filename TEXT,
mime_type TEXT,
total_bytes INTEGER NOT NULL,
transfer_name TEXT
);
CREATE TABLE IF NOT EXISTS message_attachment_join (
message_id INTEGER NOT NULL,
attachment_id INTEGER NOT NULL
);
`;
export interface ChatDbFixture {
readonly handle: SqliteHandle;
insertHandle(row: Omit<HandleRow, "ROWID">): number;
insertChat(row: Omit<ChatRow, "ROWID">): number;
insertMessage(row: Omit<IMessageRow, "ROWID">, chatId?: number): number;
insertAttachment(
row: Omit<AttachmentRow, "ROWID">,
messageId: number
): number;
close(): void;
}
/**
* Build a real chat.db-shaped SQLite database on `path` using the
* supplied reader. Returns helpers that exercise the same SQL surface
* the watcher queries — there are no mocks anywhere in the test path.
*/
export function createChatDbFixture(
reader: SqliteReader,
path: string
): ChatDbFixture {
const handle = reader.open(path, { readonly: false });
handle.execScript(CREATE_SCHEMA_SQL);
function insertHandle(row: Omit<HandleRow, "ROWID">): number {
const stmt = handle.prepare(
`INSERT INTO handle (id, country, service, uncanonicalized_id)
VALUES (?, ?, ?, ?)`
);
stmt.run(row.id, row.country, row.service, row.uncanonicalized_id);
return readLastRowId(handle, "handle");
}
function insertChat(row: Omit<ChatRow, "ROWID">): number {
const stmt = handle.prepare(
`INSERT INTO chat (guid, chat_identifier, display_name, group_id,
service_name, is_archived)
VALUES (?, ?, ?, ?, ?, ?)`
);
stmt.run(
row.guid,
row.chat_identifier,
row.display_name,
row.group_id,
row.service_name,
row.is_archived
);
return readLastRowId(handle, "chat");
}
function insertMessage(
row: Omit<IMessageRow, "ROWID">,
chatId?: number
): number {
const stmt = handle.prepare(
`INSERT INTO message (
guid, text, handle_id, service, date, date_read, date_delivered,
is_from_me, is_read, is_delivered, is_sent,
cache_has_attachments, associated_message_guid,
associated_message_type, balloon_bundle_id, group_title
) VALUES (?,?,?,?,?,?,?,?,?,?,?,?,?,?,?,?)`
);
stmt.run(
row.guid,
row.text,
row.handle_id,
row.service,
row.date,
row.date_read,
row.date_delivered,
row.is_from_me,
row.is_read,
row.is_delivered,
row.is_sent,
row.cache_has_attachments,
row.associated_message_guid,
row.associated_message_type,
row.balloon_bundle_id,
row.group_title
);
const messageId = readLastRowId(handle, "message");
if (chatId !== undefined) {
const join = handle.prepare(
"INSERT INTO chat_message_join (chat_id, message_id) VALUES (?, ?)"
);
join.run(chatId, messageId);
}
return messageId;
}
function insertAttachment(
row: Omit<AttachmentRow, "ROWID">,
messageId: number
): number {
const stmt = handle.prepare(
`INSERT INTO attachment (guid, filename, mime_type, total_bytes, transfer_name)
VALUES (?, ?, ?, ?, ?)`
);
stmt.run(
row.guid,
row.filename,
row.mime_type,
row.total_bytes,
row.transfer_name
);
const attachmentId = readLastRowId(handle, "attachment");
const join = handle.prepare(
"INSERT INTO message_attachment_join (message_id, attachment_id) VALUES (?, ?)"
);
join.run(messageId, attachmentId);
return attachmentId;
}
return {
handle,
insertHandle,
insertChat,
insertMessage,
insertAttachment,
close: () => handle.close(),
};
}
function readLastRowId(handle: SqliteHandle, table: string): number {
const stmt = handle.prepare(
`SELECT ROWID AS id FROM ${table} ORDER BY ROWID DESC LIMIT 1`
);
const row = stmt.get() as { id: number };
return row.id;
}

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export type { ChatDbFixture } from "./chat-db-fixture.js";
export { createChatDbFixture } from "./chat-db-fixture.js";

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// Side-effect: registers the IMESSAGE_* error-code namespace so subpath
// consumers also see the registered codes.
import "./error-codes/index.js";
export { IMessageAdapter } from "./adapter/imessage-adapter.js";
export type { IMessageErrorCode } from "./error-codes/error-codes.js";
export {
IMESSAGE_CODES,
IMessageAdapterNotInitializedError,
IMessageAppleDateParseError,
IMessageAttachmentParseError,
IMessageDbOpenFailedError,
IMessageDbQueryFailedError,
IMessageError,
IMessageInvalidConfigError,
IMessagePollAbortedError,
IMessagePollFailedError,
IMessageWatcherAlreadyRunningError,
IMessageWatcherNotRunningError,
} from "./error-codes/error-codes.js";
export type { ChatDbFixture } from "./fixtures/chat-db-fixture.js";
export { createChatDbFixture } from "./fixtures/chat-db-fixture.js";
export {
recordAttachmentEmitted,
recordMessageEmitted,
recordPollDuration,
recordPollError,
refreshIMessageMeters,
} from "./otel/metrics.js";
export { IMessageParser } from "./parser/imessage-parser.js";
export {
IMessageAdapterConfigSchema,
IMessageWatcherConfigSchema,
parseAdapterConfig,
parseWatcherConfig,
SqliteReaderSchema,
} from "./schemas/schemas.js";
export type { BunSqliteLoader } from "./sqlite/bun-sqlite-reader.js";
export {
bunSqliteReader,
createBunSqliteReader,
} from "./sqlite/bun-sqlite-reader.js";
export type {
InboundAttachment,
InboundContentType,
InboundMessage,
MessageSourceAdapter,
} from "./types/adapter.types.js";
export type {
AttachmentRow,
ChatRow,
HandleRow,
IMessageAdapterConfig,
IMessageRow,
IMessageWatcherConfig,
IMessageWatcherEvents,
ParsedAttachment,
ParsedIMessage,
} from "./types/imessage.types.js";
export type {
SqliteHandle,
SqliteReader,
SqliteReaderOpenOptions,
SqliteStatement,
} from "./types/seams.types.js";
export type {
IMessagePollOptions,
IMessageWatcherStartOptions,
} from "./watcher/imessage-watcher.js";
export { IMessageWatcher } from "./watcher/imessage-watcher.js";

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export {
recordAttachmentEmitted,
recordMessageEmitted,
recordPollDuration,
recordPollError,
refreshIMessageMeters,
} from "./metrics.js";

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# OpenTelemetry instrumentation
<!-- begin:auto-docs -->
_(no submodules)_
<!-- end:auto-docs -->
## Purpose
Defines the four OpenTelemetry instruments emitted by
`@suaveplan/imessage-adapter` and the helpers that record onto them.
Instruments are resolved against the package-named `Meter`
(`@suaveplan/imessage-adapter` / `0.1.0`) so consumers can filter to
just this package in their dashboards. `refreshIMessageMeters()`
re-binds every instrument against the current global `MeterProvider`,
which tests use to redirect emissions to an in-memory exporter.
## Features
- Counter `imessage.messages_emitted_total` with `{chat_type,
from_me}` attributes — incremented once per parsed message yielded
by `IMessageWatcher.poll()`.
- Counter `imessage.attachments_emitted_total` with `{mime_family}` —
incremented once per parsed attachment.
- Counter `imessage.poll_errors_total` with `{code}` — incremented on
every poll-loop error, attributed by `IMESSAGE.*` code.
- Histogram `imessage.poll_duration_ms` with `{outcome}` (`ok` /
`error` / `aborted`) — records the wall-clock duration of every
completed (or cancelled) poll tick in milliseconds.
## Usage: Basic
```ts
import {
recordMessageEmitted,
recordPollDuration,
} from "@suaveplan/imessage-adapter/otel";
recordMessageEmitted("direct", false);
recordPollDuration(42, "ok");
```
## Usage: Advanced
```ts
import { metrics } from "@opentelemetry/api";
import { refreshIMessageMeters } from "@suaveplan/imessage-adapter";
metrics.setGlobalMeterProvider(meterProvider);
refreshIMessageMeters(); // re-resolve so subsequent records land on this provider
```
## API Reference
- `recordMessageEmitted(chatType: "direct" | "group", fromMe: boolean): void`
- `recordAttachmentEmitted(mimeFamily: string): void`
- `recordPollError(code: string): void`
- `recordPollDuration(durationMs: number, outcome: "ok" | "error" | "aborted"): void`
- `refreshIMessageMeters(): void` — re-bind every instrument against the
current global `MeterProvider`.
## Implementation Notes
The instruments are stored in mutable module-level bindings so
`refreshIMessageMeters()` can swap them in-place; this is the
canonical pattern used by `slack-client` and the other
messaging clients. The `mime_family` attribute is computed by the
caller (typically the watcher) as the first segment of the MIME type
so cardinality stays bounded.

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import { beforeAll, describe, expect, it } from "@suaveplan/testing/runner";
import { flushTestMetrics } from "../../tests/setup/polyfills.js";
import {
recordAttachmentEmitted,
recordMessageEmitted,
recordPollDuration,
recordPollError,
refreshIMessageMeters,
} from "./metrics.js";
beforeAll(async () => {
refreshIMessageMeters();
// Drain anything left from previous test files.
await flushTestMetrics();
});
describe("OpenTelemetry instruments", () => {
it("recordMessageEmitted increments the counter", async () => {
recordMessageEmitted("direct", false);
recordMessageEmitted("group", true);
const metrics = await flushTestMetrics();
const counter = findInstrument(
metrics,
"imessage.messages_emitted_total"
);
expect(counter).toBeDefined();
const totalCount = counter?.dataPoints.length ?? 0;
expect(totalCount).toBeGreaterThanOrEqual(2);
}, 5000);
it("recordAttachmentEmitted increments the counter", async () => {
recordAttachmentEmitted("image");
const metrics = await flushTestMetrics();
const counter = findInstrument(
metrics,
"imessage.attachments_emitted_total"
);
expect(counter).toBeDefined();
}, 5000);
it("recordPollError increments the error counter", async () => {
recordPollError("IMESSAGE.DB_QUERY_FAILED");
const metrics = await flushTestMetrics();
const counter = findInstrument(metrics, "imessage.poll_errors_total");
expect(counter).toBeDefined();
}, 5000);
it("recordPollDuration records a histogram observation", async () => {
recordPollDuration(12, "ok");
recordPollDuration(0, "aborted");
recordPollDuration(99, "error");
const metrics = await flushTestMetrics();
const hist = findInstrument(metrics, "imessage.poll_duration_ms");
expect(hist).toBeDefined();
}, 5000);
it("refreshIMessageMeters rebinds instruments", () => {
// Should not throw and should leave instruments callable.
refreshIMessageMeters();
expect(() => recordMessageEmitted("direct", false)).not.toThrow();
}, 5000);
});
interface ResourceMetricsLike {
readonly scopeMetrics: ReadonlyArray<{
readonly metrics: ReadonlyArray<{
readonly descriptor: { readonly name: string };
readonly dataPoints: ReadonlyArray<unknown>;
}>;
}>;
}
function findInstrument(
collected: readonly ResourceMetricsLike[],
name: string
):
| {
readonly descriptor: { readonly name: string };
readonly dataPoints: ReadonlyArray<unknown>;
}
| undefined {
for (const rm of collected) {
for (const sm of rm.scopeMetrics) {
for (const m of sm.metrics) {
if (m.descriptor.name === name) return m;
}
}
}
return undefined;
}

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import type { Counter, Histogram, Meter } from "@opentelemetry/api";
import { metrics } from "@opentelemetry/api";
const METER_NAME = "@suaveplan/imessage-adapter";
const METER_VERSION = "0.1.0";
let meter: Meter = metrics.getMeter(METER_NAME, METER_VERSION);
let messagesEmittedCounter: Counter = meter.createCounter(
"imessage.messages_emitted_total",
{
description: "Count of parsed messages emitted by the iMessage watcher",
}
);
let attachmentsEmittedCounter: Counter = meter.createCounter(
"imessage.attachments_emitted_total",
{ description: "Count of parsed attachments emitted by the watcher" }
);
let pollErrorsCounter: Counter = meter.createCounter(
"imessage.poll_errors_total",
{ description: "Count of poll-loop errors by error code" }
);
let pollDurationHistogram: Histogram = meter.createHistogram(
"imessage.poll_duration_ms",
{ description: "Watcher poll-loop duration in milliseconds", unit: "ms" }
);
/**
* Re-resolve every instrument against the current global
* `MeterProvider`. Tests call this after wiring an in-memory exporter
* so subsequent record calls land on the test provider rather than the
* module-load meter.
*/
export function refreshIMessageMeters(): void {
meter = metrics.getMeter(METER_NAME, METER_VERSION);
messagesEmittedCounter = meter.createCounter(
"imessage.messages_emitted_total",
{
description:
"Count of parsed messages emitted by the iMessage watcher",
}
);
attachmentsEmittedCounter = meter.createCounter(
"imessage.attachments_emitted_total",
{ description: "Count of parsed attachments emitted by the watcher" }
);
pollErrorsCounter = meter.createCounter("imessage.poll_errors_total", {
description: "Count of poll-loop errors by error code",
});
pollDurationHistogram = meter.createHistogram("imessage.poll_duration_ms", {
description: "Watcher poll-loop duration in milliseconds",
unit: "ms",
});
}
export function recordMessageEmitted(
chatType: "direct" | "group",
fromMe: boolean
): void {
messagesEmittedCounter.add(1, {
chat_type: chatType,
from_me: String(fromMe),
});
}
export function recordAttachmentEmitted(mimeFamily: string): void {
attachmentsEmittedCounter.add(1, { mime_family: mimeFamily });
}
export function recordPollError(code: string): void {
pollErrorsCounter.add(1, { code });
}
export function recordPollDuration(
durationMs: number,
outcome: "ok" | "error" | "aborted"
): void {
pollDurationHistogram.record(durationMs, { outcome });
}

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# `IMessageParser`
<!-- begin:auto-docs -->
_(no submodules)_
<!-- end:auto-docs -->
## Purpose
Pure-function parser that turns Apple's chat.db row shapes into the
`ParsedIMessage` projection consumed by every downstream surface in
this package. The parser handles Apple's per-row timestamp mode
(seconds vs nanoseconds since 2001-01-01), resolves nullable join
rows, and normalises phone-number handles into the canonical
`+E.164` form.
## Features
- `parseMessage(row, handle, chat, attachments)` — composes the row +
optional join rows into a `ParsedIMessage`. Null handles project
to `"unknown"`, null chat identifiers to `""`, and the group-chat
flag is set when the chat identifier starts with `"chat"`.
- `parseAppleDate(n)` — auto-detects seconds vs nanoseconds against
the `10^9` threshold, applies the 2001-01-01 Apple epoch offset,
and throws `IMessageAppleDateParseError` on `NaN` / non-finite
input rather than silently returning a garbage `Date`.
- `parseAttachment(row)` — picks `transfer_name` over `filename` over
`"unknown"` and defaults the MIME type to
`"application/octet-stream"` when chat.db omits it.
- `isGroupChat(chatIdentifier)` — exposes the same chat-vs-handle
classifier used internally so consumers can reuse it for routing.
- `normalizePhoneNumber(handle)` — strips non-digit characters and
prefixes 10-digit US numbers with `+1`, 11-digit US numbers with
`+`; email handles pass through unchanged.
## Usage: Basic
```ts
import { IMessageParser } from "@suaveplan/imessage-adapter/parser";
const parser = new IMessageParser();
const sent = parser.parseAppleDate(700_000_000);
```
## Usage: Advanced
```ts
import { IMessageParser } from "@suaveplan/imessage-adapter";
const parser = new IMessageParser();
const parsed = parser.parseMessage(messageRow, handleRow, chatRow, attachments);
if (parsed.isGroupChat) {
route(parsed, parser.normalizePhoneNumber(parsed.senderHandle));
}
```
## API Reference
- `parseMessage(row, handle, chat, attachments?): ParsedIMessage`
- `parseAppleDate(n: number): Date` — throws
`IMessageAppleDateParseError` for `NaN` / non-finite.
- `parseAttachment(row): ParsedAttachment`
- `isGroupChat(chatIdentifier: string): boolean`
- `normalizePhoneNumber(handle: string): string`
## Implementation Notes
The parser is intentionally side-effect-free and instance-based (no
static methods) so consumers can subclass it to override individual
steps — for example, to swap in a locale-aware phone normaliser. The
Apple-epoch threshold detection runs per-row because Apple's schema
shipped both forms historically; checking the magnitude is robust
across the migration window. Errors are routed through the
`IMESSAGE.*` registry so consumers can map by code.

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import { describe, expect, it } from "@suaveplan/testing/runner";
import { IMessageAppleDateParseError } from "../error-codes/error-codes.js";
import type {
AttachmentRow,
ChatRow,
HandleRow,
IMessageRow,
} from "../types/imessage.types.js";
import { IMessageParser } from "./imessage-parser.js";
const parser = new IMessageParser();
const messageRow = (overrides: Partial<IMessageRow> = {}): IMessageRow => ({
ROWID: 1,
guid: "msg-guid-001",
text: "Hello world",
handle_id: 1,
service: "iMessage",
date: 700_000_000,
date_read: 700_000_100,
date_delivered: 700_000_050,
is_from_me: 0,
is_read: 1,
is_delivered: 1,
is_sent: 0,
cache_has_attachments: 0,
associated_message_guid: null,
associated_message_type: 0,
balloon_bundle_id: null,
group_title: null,
...overrides,
});
const handleRow = (overrides: Partial<HandleRow> = {}): HandleRow => ({
ROWID: 1,
id: "+15551234567",
country: "US",
service: "iMessage",
uncanonicalized_id: null,
...overrides,
});
const chatRow = (overrides: Partial<ChatRow> = {}): ChatRow => ({
ROWID: 1,
guid: "chat-guid-001",
chat_identifier: "+15551234567",
display_name: null,
group_id: null,
service_name: "iMessage",
is_archived: 0,
...overrides,
});
describe("IMessageParser", () => {
it("parses a basic message", () => {
const r = parser.parseMessage(messageRow(), handleRow(), chatRow());
expect(r.id).toBe("1");
expect(r.text).toBe("Hello world");
expect(r.senderHandle).toBe("+15551234567");
expect(r.isFromMe).toBe(false);
expect(r.isRead).toBe(true);
expect(r.sentAt).toBeInstanceOf(Date);
expect(r.readAt).toBeInstanceOf(Date);
}, 5000);
it("parseMessage projects null text to empty string", () => {
const r = parser.parseMessage(
messageRow({ text: null }),
handleRow(),
chatRow()
);
expect(r.text).toBe("");
}, 5000);
it("detects from-me messages", () => {
const r = parser.parseMessage(
messageRow({ is_from_me: 1 }),
handleRow(),
chatRow()
);
expect(r.isFromMe).toBe(true);
}, 5000);
it("parseMessage flags group chats", () => {
const r = parser.parseMessage(
messageRow(),
handleRow(),
chatRow({ chat_identifier: "chat123456" })
);
expect(r.isGroupChat).toBe(true);
}, 5000);
it("parseMessage projects null handle to unknown", () => {
const r = parser.parseMessage(messageRow(), null, chatRow());
expect(r.senderHandle).toBe("unknown");
expect(r.senderService).toBe("iMessage");
}, 5000);
it("parseMessage handles null chat", () => {
const r = parser.parseMessage(
messageRow({ group_title: "GroupX" }),
handleRow(),
null
);
expect(r.chatIdentifier).toBe("");
expect(r.chatDisplayName).toBe("GroupX");
expect(r.isGroupChat).toBe(false);
}, 5000);
it("parseMessage handles date_read=0 as null", () => {
const r = parser.parseMessage(
messageRow({ date_read: 0 }),
handleRow(),
chatRow()
);
expect(r.readAt).toBeNull();
}, 5000);
it("parseMessage parses attachments", () => {
const attachment: AttachmentRow = {
ROWID: 1,
guid: "att-guid",
filename: "/p/photo.jpg",
mime_type: "image/jpeg",
total_bytes: 12345,
transfer_name: "photo.jpg",
};
const r = parser.parseMessage(
messageRow({ cache_has_attachments: 1 }),
handleRow(),
chatRow(),
[attachment]
);
expect(r.attachments).toHaveLength(1);
expect(r.attachments[0]?.filename).toBe("photo.jpg");
expect(r.attachments[0]?.mimeType).toBe("image/jpeg");
expect(r.attachments[0]?.size).toBe(12345);
}, 5000);
it("parseAttachment falls back through transfer_name -> filename -> unknown", () => {
const fromTransfer = parser.parseAttachment({
ROWID: 1,
guid: "g",
filename: "/p/file.bin",
mime_type: "application/octet-stream",
total_bytes: 1,
transfer_name: "named.bin",
});
expect(fromTransfer.filename).toBe("named.bin");
const fromFilename = parser.parseAttachment({
ROWID: 1,
guid: "g",
filename: "/p/file.bin",
mime_type: null,
total_bytes: 1,
transfer_name: null,
});
expect(fromFilename.filename).toBe("/p/file.bin");
expect(fromFilename.mimeType).toBe("application/octet-stream");
const fallback = parser.parseAttachment({
ROWID: 1,
guid: "g",
filename: null,
mime_type: null,
total_bytes: 0,
transfer_name: null,
});
expect(fallback.filename).toBe("unknown");
}, 5000);
it("parseAppleDate decodes seconds", () => {
const date = parser.parseAppleDate(700_000_000);
expect(date.getFullYear()).toBeGreaterThanOrEqual(2023);
}, 5000);
it("parseAppleDate decodes nanoseconds", () => {
const date = parser.parseAppleDate(700_000_000 * 1_000_000_000);
expect(date.getFullYear()).toBeGreaterThanOrEqual(2023);
}, 5000);
it("parseAppleDate returns epoch for zero", () => {
const date = parser.parseAppleDate(0);
expect(date.getTime()).toBe(0);
}, 5000);
it("parseAppleDate throws on NaN", () => {
expect(() => parser.parseAppleDate(Number.NaN)).toThrow(
IMessageAppleDateParseError
);
}, 5000);
it("parseAppleDate throws on Infinity", () => {
expect(() => parser.parseAppleDate(Number.POSITIVE_INFINITY)).toThrow(
IMessageAppleDateParseError
);
}, 5000);
it("normalizePhoneNumber handles 10-digit", () => {
expect(parser.normalizePhoneNumber("5551234567")).toBe("+15551234567");
}, 5000);
it("normalizePhoneNumber handles 11-digit US", () => {
expect(parser.normalizePhoneNumber("15551234567")).toBe("+15551234567");
}, 5000);
it("normalizePhoneNumber handles formatted", () => {
expect(parser.normalizePhoneNumber("(555) 123-4567")).toBe(
"+15551234567"
);
}, 5000);
it("normalizePhoneNumber leaves emails untouched", () => {
expect(parser.normalizePhoneNumber("user@icloud.com")).toBe(
"user@icloud.com"
);
}, 5000);
it("normalizePhoneNumber leaves other lengths untouched", () => {
expect(parser.normalizePhoneNumber("447900123456")).toBe(
"447900123456"
);
}, 5000);
it("isGroupChat detects chat-prefixed identifiers", () => {
expect(parser.isGroupChat("chat123")).toBe(true);
expect(parser.isGroupChat("+15551234567")).toBe(false);
}, 5000);
});

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import { IMessageAppleDateParseError } from "../error-codes/error-codes.js";
import type {
AttachmentRow,
ChatRow,
HandleRow,
IMessageRow,
ParsedAttachment,
ParsedIMessage,
} from "../types/imessage.types.js";
/** Apple's epoch starts at 2001-01-01T00:00:00Z (978307200 UNIX seconds). */
const APPLE_EPOCH_OFFSET = 978_307_200;
/**
* Threshold above which a chat.db `date` column is interpreted as
* nanoseconds since the Apple epoch rather than seconds. Apple shipped
* the schema change with Messages in macOS 10.13; older dumps still
* use seconds, so the parser auto-detects per-row.
*/
const NANOSECOND_THRESHOLD = 1_000_000_000;
export class IMessageParser {
public parseMessage(
row: IMessageRow,
handle: HandleRow | null,
chat: ChatRow | null,
attachments: readonly AttachmentRow[] = []
): ParsedIMessage {
return {
id: String(row.ROWID),
guid: row.guid,
text: row.text ?? "",
senderHandle: handle?.id ?? "unknown",
senderService: handle?.service ?? row.service,
chatIdentifier: chat?.chat_identifier ?? "",
chatDisplayName: chat?.display_name ?? row.group_title,
isFromMe: row.is_from_me === 1,
isRead: row.is_read === 1,
isGroupChat: chat?.chat_identifier?.startsWith("chat") ?? false,
sentAt: this.parseAppleDate(row.date),
readAt:
row.date_read !== 0 ? this.parseAppleDate(row.date_read) : null,
attachments: attachments.map((a) => this.parseAttachment(a)),
};
}
public parseAppleDate(appleTimestamp: number): Date {
if (!Number.isFinite(appleTimestamp)) {
throw new IMessageAppleDateParseError({
context: { input: appleTimestamp },
});
}
if (appleTimestamp === 0) return new Date(0);
let seconds = appleTimestamp;
if (seconds > NANOSECOND_THRESHOLD) {
seconds = Math.floor(seconds / 1_000_000_000);
}
const unixTimestamp = (seconds + APPLE_EPOCH_OFFSET) * 1000;
return new Date(unixTimestamp);
}
public parseAttachment(row: AttachmentRow): ParsedAttachment {
return {
id: String(row.ROWID),
filename: row.transfer_name ?? row.filename ?? "unknown",
mimeType: row.mime_type ?? "application/octet-stream",
size: row.total_bytes,
};
}
public isGroupChat(chatIdentifier: string): boolean {
return chatIdentifier.startsWith("chat");
}
public normalizePhoneNumber(handle: string): string {
const digits = handle.replace(/\D/g, "");
if (digits.length === 10) return `+1${digits}`;
if (digits.length === 11 && digits.startsWith("1")) return `+${digits}`;
return handle;
}
}

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export { IMessageParser } from "./imessage-parser.js";

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export {
IMessageAdapterConfigSchema,
IMessageWatcherConfigSchema,
parseAdapterConfig,
parseWatcherConfig,
SqliteReaderSchema,
} from "./schemas.js";

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# Config schemas
<!-- begin:auto-docs -->
_(no submodules)_
<!-- end:auto-docs -->
## Purpose
Provides Zod boundary schemas for `IMessageWatcherConfig` and
`IMessageAdapterConfig`, plus the `parseWatcherConfig` /
`parseAdapterConfig` helpers that callers use to validate untrusted
input before constructing a watcher or adapter. Both schemas are
strict — extra keys are rejected — so consumers cannot silently
smuggle additional fields past the boundary.
## Features
- Strict object validation (`.strict()`) — unknown properties are
rejected at the boundary, preventing prototype-pollution-style
smuggling.
- `pollIntervalMs` constrained to positive integers; `sinceDate`
required to be a `Date` instance (no millisecond-since-epoch
numbers); `chatFilter` constrained to string arrays.
- Custom `SqliteReaderSchema` confirms the optional injected
`sqliteReader` exposes a callable `open()` member.
- Failures throw `IMessageInvalidConfigError`
(`IMESSAGE.INVALID_CONFIG`) carrying a serialisable `issues` array
in `context` so problem+json responders can surface the Zod path +
reason without re-running the schema.
## Usage: Basic
```ts
import { parseWatcherConfig } from "@suaveplan/imessage-adapter/schemas";
const config = parseWatcherConfig({ pollIntervalMs: 5000 });
```
## Usage: Advanced
```ts
import {
parseWatcherConfig,
IMessageInvalidConfigError,
} from "@suaveplan/imessage-adapter";
try {
parseWatcherConfig({ pollIntervalMs: -1, oops: true });
} catch (err) {
if (err instanceof IMessageInvalidConfigError) {
return Response.json(
{ issues: err.context["issues"] },
{ status: 400 },
);
}
throw err;
}
```
## API Reference
- `IMessageWatcherConfigSchema: z.ZodObject` — validates watcher config.
- `IMessageAdapterConfigSchema` — alias for the watcher schema.
- `SqliteReaderSchema: z.ZodType<unknown>` — structural check for
`SqliteReader`.
- `parseWatcherConfig(input: unknown): IMessageWatcherConfig` — throws
`IMessageInvalidConfigError` on failure.
- `parseAdapterConfig(input: unknown): IMessageAdapterConfig` — throws
`IMessageInvalidConfigError` on failure.
## Implementation Notes
The schemas use `z.custom` for the `SqliteReader` slot because the
reader is a structural type — there is no Zod-expressible shape that
captures every legal implementation. The check confirms the presence
of a function-typed `open` member, which is enough to surface
mistakes (passing a stray object or `null`) without inspecting the
reader's behaviour. Issue arrays are projected through `toIssues`
which strips Zod's internal symbols so the resulting record is safe
to JSON-serialise.

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import { describe, expect, it } from "@suaveplan/testing/runner";
import { IMessageInvalidConfigError } from "../error-codes/error-codes.js";
import {
IMessageAdapterConfigSchema,
IMessageWatcherConfigSchema,
parseAdapterConfig,
parseWatcherConfig,
SqliteReaderSchema,
} from "./schemas.js";
describe("IMessageWatcherConfigSchema", () => {
it("accepts empty input", () => {
const result = IMessageWatcherConfigSchema.safeParse({});
expect(result.success).toBe(true);
}, 5000);
it("accepts valid pollIntervalMs", () => {
const result = parseWatcherConfig({ pollIntervalMs: 2500 });
expect(result.pollIntervalMs).toBe(2500);
}, 5000);
it("rejects negative pollIntervalMs", () => {
try {
parseWatcherConfig({ pollIntervalMs: -1 });
throw new Error("expected throw");
} catch (err) {
expect(err).toBeInstanceOf(IMessageInvalidConfigError);
const issues = (err as IMessageInvalidConfigError).context[
"issues"
] as readonly { path: readonly unknown[] }[];
expect(issues.length).toBeGreaterThan(0);
expect(issues[0]?.path).toContain("pollIntervalMs");
}
}, 5000);
it("rejects non-Date sinceDate", () => {
expect(() => parseWatcherConfig({ sinceDate: "2024-01-01" })).toThrow(
IMessageInvalidConfigError
);
}, 5000);
it("rejects chatFilter with non-string entries", () => {
expect(() => parseWatcherConfig({ chatFilter: [1, 2] })).toThrow(
IMessageInvalidConfigError
);
}, 5000);
it("rejects unknown keys", () => {
expect(() =>
parseWatcherConfig({ pollIntervalMs: 1000, oops: true })
).toThrow(IMessageInvalidConfigError);
}, 5000);
it("adapter schema accepts valid config", () => {
const result = parseAdapterConfig({
dbPath: "/tmp/chat.db",
includeFromMe: true,
chatFilter: ["+15551234567"],
});
expect(result.dbPath).toBe("/tmp/chat.db");
expect(result.includeFromMe).toBe(true);
expect(result.chatFilter).toEqual(["+15551234567"]);
}, 5000);
it("adapter schema rejects invalid config", () => {
expect(() => parseAdapterConfig({ pollIntervalMs: 0 })).toThrow(
IMessageInvalidConfigError
);
}, 5000);
it("exposes adapter schema alias", () => {
expect(IMessageAdapterConfigSchema).toBe(IMessageWatcherConfigSchema);
}, 5000);
it("SqliteReaderSchema accepts reader-shaped objects", () => {
const ok = SqliteReaderSchema.safeParse({ open: () => null });
expect(ok.success).toBe(true);
const bad = SqliteReaderSchema.safeParse({});
expect(bad.success).toBe(false);
}, 5000);
it("accepts an injected SqliteReader without rejecting", () => {
const reader = { open: () => ({ prepare: () => null }) };
const cfg = parseWatcherConfig({ sqliteReader: reader });
expect(cfg.sqliteReader).toBe(reader);
}, 5000);
it("rejects a non-reader sqliteReader", () => {
expect(() => parseWatcherConfig({ sqliteReader: "nope" })).toThrow(
IMessageInvalidConfigError
);
}, 5000);
});

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import z from "zod";
import { IMessageInvalidConfigError } from "../error-codes/error-codes.js";
import type {
IMessageAdapterConfig,
IMessageWatcherConfig,
} from "../types/imessage.types.js";
/** Structural Zod schema mirroring `SqliteReader`. */
export const SqliteReaderSchema: z.ZodType<unknown> = z.custom<unknown>(
(value) =>
value !== null &&
typeof value === "object" &&
typeof (value as { open?: unknown }).open === "function",
{ message: "expected a SqliteReader with an open() function" }
);
/** Zod schema for `IMessageWatcherConfig`. */
export const IMessageWatcherConfigSchema = z
.object({
dbPath: z.string().min(1).optional(),
pollIntervalMs: z.number().int().positive().optional(),
sinceDate: z.instanceof(Date).optional(),
includeFromMe: z.boolean().optional(),
chatFilter: z.array(z.string()).optional(),
sqliteReader: SqliteReaderSchema.optional(),
})
.strict();
/** Zod schema for `IMessageAdapterConfig` (same shape as watcher). */
export const IMessageAdapterConfigSchema = IMessageWatcherConfigSchema;
function toIssues(
error: z.ZodError
): ReadonlyArray<Readonly<Record<string, unknown>>> {
return error.issues.map((issue) => ({
code: issue.code,
path: issue.path,
message: issue.message,
}));
}
/** Validate watcher config; throws `IMessageInvalidConfigError` on failure. */
export function parseWatcherConfig(
input: unknown
): Readonly<IMessageWatcherConfig> {
const result = IMessageWatcherConfigSchema.safeParse(input);
if (!result.success) {
throw new IMessageInvalidConfigError({
issues: toIssues(result.error),
});
}
return result.data as IMessageWatcherConfig;
}
/** Validate adapter config; throws `IMessageInvalidConfigError` on failure. */
export function parseAdapterConfig(
input: unknown
): Readonly<IMessageAdapterConfig> {
const result = IMessageAdapterConfigSchema.safeParse(input);
if (!result.success) {
throw new IMessageInvalidConfigError({
issues: toIssues(result.error),
});
}
return result.data as IMessageAdapterConfig;
}

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# `bunSqliteReader`
<!-- begin:auto-docs -->
_(no submodules)_
<!-- end:auto-docs -->
## Purpose
Production-grade `SqliteReader` backed by Bun's built-in `bun:sqlite`
driver. The reader is the single seam through which
`IMessageWatcher` reaches Apple's `chat.db` SQLite database; replacing
upstream's `require("bun:sqlite") as any` cast with a typed,
swappable factory lets tests inject a reader pointing at a real temp
chat.db without re-implementing the SQL layer.
## Features
- Lazy module resolution via `createRequire(import.meta.url)` — the
`bun:sqlite` import is not added to the static graph, so vite and
vitest do not attempt to resolve it on non-Bun runners during build
/ type-check / lint passes.
- Errors thrown from the load step or the `new Database(...)` call
are wrapped in `IMessageDbOpenFailedError` carrying the offending
path on `context.path`, so the watcher can surface a stable error
code to consumers.
- Returns a `SqliteHandle` whose `execScript` member maps to
`Database.run` (Bun's bulk-SQL entry point) and whose `prepare`
member returns a `SqliteStatement` wrapping Bun's per-statement
`all` / `get` / `run` methods structurally — production and test
code share the exact same call shape.
- Read-only by default: `open(path, { readonly: true })` opens the
database read-only as required for `~/Library/Messages/chat.db`,
while tests open with `readonly: false` to populate the fixture.
## Usage: Basic
```ts
import { bunSqliteReader } from "@suaveplan/imessage-adapter";
const handle = bunSqliteReader.open("/path/to/chat.db", { readonly: true });
const rows = handle.prepare("SELECT ROWID FROM message LIMIT 1").all();
handle.close();
```
## Usage: Advanced
```ts
import { createBunSqliteReader } from "@suaveplan/imessage-adapter";
// Inject a custom loader (e.g. for vitest under WSL2 where bun:sqlite is
// reached through a different worker bridge).
const reader = createBunSqliteReader(() => require("bun:sqlite"));
const handle = reader.open(path, { readonly: false });
handle.execScript("CREATE TABLE foo (id INTEGER PRIMARY KEY)");
```
## API Reference
- `bunSqliteReader: SqliteReader` — default reader, ready for
production wiring.
- `createBunSqliteReader(loader?: BunSqliteLoader): SqliteReader` —
factory accepting a custom loader; defaults to a
`createRequire`-based one that resolves `bun:sqlite` against the
module's own URL.
- `BunSqliteLoader = () => BunSqliteModule` — the loader contract.
## Implementation Notes
`createRequire(import.meta.url)` is the documented Node + Bun bridge
for resolving CommonJS / built-in modules from ESM without statically
declaring them. We use it because static `import "bun:sqlite"` would
make vite resolve the specifier at build time and fail on non-Bun
hosts (CI, lint). The `BunDatabase` interface is intentionally
minimal — it only declares the methods the watcher actually calls,
so changes to Bun's broader Database surface cannot bleed into the
package.

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import { mkdtempSync, rmSync } from "node:fs";
import { tmpdir } from "node:os";
import { join } from "node:path";
import {
afterAll,
beforeAll,
describe,
expect,
it,
} from "@suaveplan/testing/runner";
import { IMessageDbOpenFailedError } from "../error-codes/error-codes.js";
import { bunSqliteReader, createBunSqliteReader } from "./bun-sqlite-reader.js";
let dir: string;
beforeAll(() => {
dir = mkdtempSync(join(tmpdir(), "imsg-sqlite-"));
});
afterAll(() => {
rmSync(dir, { recursive: true, force: true });
});
describe("bunSqliteReader", () => {
it("opens a real database in write mode and round-trips a row", () => {
const path = join(dir, "round-trip.db");
const handle = bunSqliteReader.open(path, { readonly: false });
handle.execScript("CREATE TABLE t (id INTEGER PRIMARY KEY, name TEXT)");
handle.prepare("INSERT INTO t (name) VALUES (?)").run("alpha");
const row = handle.prepare("SELECT name FROM t WHERE id = 1").get();
expect((row as { name: string }).name).toBe("alpha");
const rows = handle.prepare("SELECT id, name FROM t").all();
expect(rows).toHaveLength(1);
handle.close();
}, 5000);
it("wraps loader failures in IMessageDbOpenFailedError", () => {
const failing = createBunSqliteReader(() => {
throw new Error("loader boom");
});
expect(() =>
failing.open(join(dir, "x.db"), { readonly: false })
).toThrow(IMessageDbOpenFailedError);
}, 5000);
it("wraps Database construction failures in IMessageDbOpenFailedError", () => {
// Read-only against a non-existent path throws inside `new Database`.
expect(() =>
bunSqliteReader.open("/non/existent/path/chat.db", {
readonly: true,
})
).toThrow(IMessageDbOpenFailedError);
}, 5000);
it("respects the readonly flag via the create option", () => {
// Create a fresh DB in write mode, close it, then open read-only.
const path = join(dir, "ro.db");
const w = bunSqliteReader.open(path, { readonly: false });
w.execScript("CREATE TABLE foo (x INTEGER)");
w.close();
const r = bunSqliteReader.open(path, { readonly: true });
const row = r.prepare("SELECT count(*) AS n FROM foo").get();
expect((row as { n: number }).n).toBe(0);
r.close();
}, 5000);
});

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import { createRequire } from "node:module";
import { IMessageDbOpenFailedError } from "../error-codes/error-codes.js";
import type {
SqliteHandle,
SqliteReader,
SqliteReaderOpenOptions,
SqliteStatement,
} from "../types/seams.types.js";
/**
* Shape of `bun:sqlite`'s `Database` and `Statement` exposed by Bun's
* built-in driver. Declared structurally so the package type-checks on
* any platform; the actual module is resolved at `open()` time via a
* lazy `createRequire` to keep the dependency out of the static graph.
*/
interface BunDatabaseStatement {
all(...params: readonly unknown[]): readonly unknown[];
get(...params: readonly unknown[]): unknown;
run(...params: readonly unknown[]): unknown;
}
interface BunDatabase {
prepare(sql: string): BunDatabaseStatement;
run(sql: string): void;
close(): void;
}
interface BunSqliteModule {
readonly Database: new (
path: string,
options?: { readonly?: boolean; create?: boolean }
) => BunDatabase;
}
/**
* Factory invoked at `open()` time. Exposed so tests can swap the
* underlying loader; production wiring uses `defaultBunSqliteLoader`.
*/
export type BunSqliteLoader = () => BunSqliteModule;
function defaultBunSqliteLoader(): BunSqliteModule {
const req = createRequire(import.meta.url);
return req("bun:sqlite") as BunSqliteModule;
}
function wrapStatement(stmt: BunDatabaseStatement): SqliteStatement {
return {
all: (...params) => stmt.all(...params),
get: (...params) => stmt.get(...params),
run: (...params) => stmt.run(...params),
};
}
function wrapHandle(db: BunDatabase): SqliteHandle {
return {
prepare: (sql) => wrapStatement(db.prepare(sql)),
execScript: (sql) => {
db.run(sql);
},
close: () => {
db.close();
},
};
}
/**
* Build a `SqliteReader` backed by Bun's built-in `bun:sqlite` driver.
* The `bun:sqlite` module is loaded lazily inside `open()` so the
* package can be type-checked, linted, and unit-tested on any host;
* only the production `open()` call site requires Bun.
*/
export function createBunSqliteReader(
loader: BunSqliteLoader = defaultBunSqliteLoader
): SqliteReader {
return {
open(path: string, options: SqliteReaderOpenOptions): SqliteHandle {
let mod: BunSqliteModule;
try {
mod = loader();
} catch (cause) {
throw new IMessageDbOpenFailedError({
cause,
context: { path },
});
}
try {
const db = new mod.Database(path, {
readonly: options.readonly,
create: !options.readonly,
});
return wrapHandle(db);
} catch (cause) {
throw new IMessageDbOpenFailedError({
cause,
context: { path },
});
}
},
};
}
/** Default production reader resolved against Bun's `bun:sqlite`. */
export const bunSqliteReader: SqliteReader = createBunSqliteReader();

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export type { BunSqliteLoader } from "./bun-sqlite-reader.js";
export {
bunSqliteReader,
createBunSqliteReader,
} from "./bun-sqlite-reader.js";

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/**
* MessageSourceAdapter + InboundMessage interfaces. Mirrors the upstream
* contract so a future @suaveplan/api-plugin-messaging (or any other
* inbound-router consumer) can depend on these names without re-importing
* from the watcher's parser layer.
*/
export type InboundContentType = "text" | "html" | "attachment";
export interface InboundAttachment {
readonly id: string;
readonly filename: string;
readonly mimeType: string;
readonly size: number;
}
export interface InboundMessage {
readonly id: string;
readonly sourceChannel: string;
readonly sourceAddress: string;
readonly content: string;
readonly contentType: InboundContentType;
readonly attachments?: readonly InboundAttachment[];
readonly receivedAt: Date;
readonly rawPayload?: unknown;
readonly metadata?: Readonly<Record<string, unknown>>;
}
export interface MessageSourceAdapter {
readonly type: string;
initialize(config: Record<string, unknown>): Promise<void>;
poll(): Promise<readonly InboundMessage[]>;
getLastProcessedId(): string | null;
markProcessed(messageId: string): void;
close(): Promise<void>;
}

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/**
* Row + parsed + config types for the iMessage SQLite chat.db schema.
* Preserves the upstream `@suaveplan/imessage-adapter` public surface.
*/
import type { SqliteReader } from "./seams.types.js";
/** Raw row from the `message` table in chat.db. */
export interface IMessageRow {
readonly ROWID: number;
readonly guid: string;
readonly text: string | null;
readonly handle_id: number;
readonly service: string;
readonly date: number;
readonly date_read: number;
readonly date_delivered: number;
readonly is_from_me: number;
readonly is_read: number;
readonly is_delivered: number;
readonly is_sent: number;
readonly cache_has_attachments: number;
readonly associated_message_guid: string | null;
readonly associated_message_type: number;
readonly balloon_bundle_id: string | null;
readonly group_title: string | null;
}
/** Raw row from the `handle` table. */
export interface HandleRow {
readonly ROWID: number;
readonly id: string;
readonly country: string | null;
readonly service: string;
readonly uncanonicalized_id: string | null;
}
/** Raw row from the `chat` table. */
export interface ChatRow {
readonly ROWID: number;
readonly guid: string;
readonly chat_identifier: string;
readonly display_name: string | null;
readonly group_id: string | null;
readonly service_name: string;
readonly is_archived: number;
}
/** Raw row from the `attachment` table. */
export interface AttachmentRow {
readonly ROWID: number;
readonly guid: string;
readonly filename: string | null;
readonly mime_type: string | null;
readonly total_bytes: number;
readonly transfer_name: string | null;
}
/** Parsed iMessage with resolved handles and chat info. */
export interface ParsedIMessage {
readonly id: string;
readonly guid: string;
readonly text: string;
readonly senderHandle: string;
readonly senderService: string;
readonly chatIdentifier: string;
readonly chatDisplayName: string | null;
readonly isFromMe: boolean;
readonly isRead: boolean;
readonly isGroupChat: boolean;
readonly sentAt: Date;
readonly readAt: Date | null;
readonly attachments: readonly ParsedAttachment[];
}
/** Parsed attachment info. */
export interface ParsedAttachment {
readonly id: string;
readonly filename: string;
readonly mimeType: string;
readonly size: number;
}
/** Watcher configuration. */
export interface IMessageWatcherConfig {
readonly dbPath?: string;
readonly pollIntervalMs?: number;
readonly sinceDate?: Date;
readonly includeFromMe?: boolean;
readonly chatFilter?: readonly string[];
readonly sqliteReader?: SqliteReader;
}
/** Adapter configuration (superset of watcher config; identical shape). */
export interface IMessageAdapterConfig {
readonly dbPath?: string;
readonly pollIntervalMs?: number;
readonly sinceDate?: Date;
readonly includeFromMe?: boolean;
readonly chatFilter?: readonly string[];
readonly sqliteReader?: SqliteReader;
}
/** Watcher event topic map (legacy on/off surface + EventBus surface). */
export type IMessageWatcherEvents = {
readonly message: ParsedIMessage;
readonly error: Error;
readonly started: undefined;
readonly stopped: undefined;
};

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/**
* Structural SQLite seams. Replaces upstream's `require("bun:sqlite") as any`
* cast with a typed interface that production (`bunSqliteReader`) and tests
* (the chat-db fixture, which itself uses `bun:sqlite`) both implement.
*/
export interface SqliteStatement {
all(...params: readonly unknown[]): readonly unknown[];
get(...params: readonly unknown[]): unknown;
run(...params: readonly unknown[]): unknown;
}
export interface SqliteHandle {
prepare(sql: string): SqliteStatement;
/** Executes raw DDL/DML; SQLite's bulk exec, not a process call. */
execScript(sql: string): void;
close(): void;
}
export interface SqliteReaderOpenOptions {
readonly readonly: boolean;
}
export interface SqliteReader {
open(path: string, options: SqliteReaderOpenOptions): SqliteHandle;
}

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# `IMessageWatcher`
<!-- begin:auto-docs -->
_(no submodules)_
<!-- end:auto-docs -->
## Purpose
Polls Apple's `~/Library/Messages/chat.db` SQLite database on a
configurable interval, projects new rows into `ParsedIMessage`, and
emits them on both a legacy `on/off` listener API and the typed
`EventBus<IMessageWatcherEvents>` exposed as the public `bus` field.
The watcher is the canonical ingress for any surface that
wants to consume inbound macOS Messages traffic — adapter, router,
or direct subscriber.
## Features
- Zod-validated config boundary (`pollIntervalMs > 0`,
`sinceDate: Date`, etc.) via `parseWatcherConfig` — invalid input
throws `IMessageInvalidConfigError` at construction time.
- Injectable `SqliteReader` (defaults to the production
`bunSqliteReader`) so tests use a real `bun:sqlite` chat.db fixture
without mocks.
- `start({ signal })` schedules polls every `pollIntervalMs`; the
signal stops the loop and emits a `stopped` event.
- `poll({ signal })` runs one tick on demand; pre-aborted signals
throw `IMessagePollAbortedError`. Errors from explicit polls bubble
as `IMessageDbQueryFailedError`; errors from the internal scheduler
emit `error` on the bus and continue ticking (mirrors upstream
behaviour so a transient SQLite error doesn't tear down the loop).
- Monotonic `lastRowId` cursor — only emits rows with `ROWID >
lastRowId`; advances even for filtered rows so the cursor doesn't
re-process them next tick. `getLastRowId()` / `setLastRowId(n)`
expose the cursor for consumers that want to persist resume state.
- Filters: `includeFromMe: false` drops outgoing messages; non-empty
`chatFilter` restricts to specific `chat_identifier`s.
- Four OTel instruments — `imessage.messages_emitted_total`,
`imessage.attachments_emitted_total`,
`imessage.poll_errors_total`, `imessage.poll_duration_ms` — wired
into every emit / error / tick.
## Usage: Basic
```ts
import { IMessageWatcher } from "@suaveplan/imessage-adapter";
const watcher = new IMessageWatcher({ pollIntervalMs: 5000 });
const off = watcher.on("message", (msg) => console.log(msg.text));
await watcher.start();
// ...
off();
await watcher.stop();
```
## Usage: Advanced
```ts
import {
IMessageWatcher,
createChatDbFixture,
createBunSqliteReader,
} from "@suaveplan/imessage-adapter";
const reader = createBunSqliteReader();
const fixture = createChatDbFixture(reader, "/tmp/chat.db");
// ... populate fixture
const watcher = new IMessageWatcher({
dbPath: "/tmp/chat.db",
sqliteReader: reader,
includeFromMe: true,
chatFilter: ["+15551234567"],
});
const controller = new AbortController();
const parsed = await watcher.poll({ signal: controller.signal });
```
## API Reference
- `new IMessageWatcher(config?: IMessageWatcherConfig)` — Zod-validates
at construction.
- `bus: EventBus<IMessageWatcherEvents>` — typed event surface (`message`,
`error`, `started`, `stopped`).
- `on(event, listener) => () => void` — legacy alias for `bus.on`.
- `off(event, listener): void` — legacy alias for `bus.off`.
- `start(opts?: { signal?: AbortSignal }): Promise<void>` — throws
`IMessageWatcherAlreadyRunningError` on double-start.
- `stop(): Promise<void>` — throws `IMessageWatcherNotRunningError`
when called while not running.
- `poll(opts?: { signal?: AbortSignal }): Promise<readonly ParsedIMessage[]>`.
- `getLastRowId(): number` / `setLastRowId(rowId: number): void`.
- `isRunning(): boolean`.
## Implementation Notes
The legacy `on/off` API delegates straight to the typed `EventBus`,
which keeps the two surfaces in lockstep — there is no separate
listener registry. The cursor advances inside the row loop *before*
filters apply, so filtered rows are not re-fetched next tick. The
scheduler-vs-explicit-poll error policy is asymmetric on purpose: a
caller invoking `poll({ signal })` directly wants the error; the
internal scheduler keeps ticking so a transient DB lock doesn't tear
down the consumer.

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import { mkdtempSync, rmSync } from "node:fs";
import { tmpdir } from "node:os";
import { join } from "node:path";
import {
afterEach,
beforeEach,
describe,
expect,
it,
} from "@suaveplan/testing/runner";
import {
IMessageDbQueryFailedError,
IMessageError,
IMessageInvalidConfigError,
IMessagePollAbortedError,
IMessageWatcherAlreadyRunningError,
IMessageWatcherNotRunningError,
} from "../error-codes/error-codes.js";
import {
type ChatDbFixture,
createChatDbFixture,
} from "../fixtures/chat-db-fixture.js";
import { createBunSqliteReader } from "../sqlite/bun-sqlite-reader.js";
import type {
ChatRow,
HandleRow,
IMessageRow,
ParsedIMessage,
} from "../types/imessage.types.js";
import { IMessageWatcher } from "./imessage-watcher.js";
const reader = createBunSqliteReader();
let dir: string;
let dbPath: string;
let fixture: ChatDbFixture;
function defaultMessage(
overrides: Partial<Omit<IMessageRow, "ROWID">> = {}
): Omit<IMessageRow, "ROWID"> {
return {
guid: "g",
text: "hello",
handle_id: 1,
service: "iMessage",
date: 700_000_000,
date_read: 0,
date_delivered: 0,
is_from_me: 0,
is_read: 1,
is_delivered: 1,
is_sent: 0,
cache_has_attachments: 0,
associated_message_guid: null,
associated_message_type: 0,
balloon_bundle_id: null,
group_title: null,
...overrides,
};
}
function defaultHandle(
overrides: Partial<Omit<HandleRow, "ROWID">> = {}
): Omit<HandleRow, "ROWID"> {
return {
id: "+15551234567",
country: "us",
service: "iMessage",
uncanonicalized_id: null,
...overrides,
};
}
function defaultChat(
overrides: Partial<Omit<ChatRow, "ROWID">> = {}
): Omit<ChatRow, "ROWID"> {
return {
guid: "chat-g",
chat_identifier: "+15551234567",
display_name: null,
group_id: null,
service_name: "iMessage",
is_archived: 0,
...overrides,
};
}
beforeEach(() => {
dir = mkdtempSync(join(tmpdir(), "imsg-watch-"));
dbPath = join(dir, "chat.db");
fixture = createChatDbFixture(reader, dbPath);
});
afterEach(async () => {
fixture.close();
rmSync(dir, { recursive: true, force: true });
});
describe("IMessageWatcher", () => {
it("constructor rejects invalid config via Zod", () => {
expect(() => new IMessageWatcher({ pollIntervalMs: -1 })).toThrow(
IMessageInvalidConfigError
);
}, 5000);
it("watcher tests run against a real bun:sqlite fixture", async () => {
const handleId = fixture.insertHandle(defaultHandle());
const chatId = fixture.insertChat(defaultChat());
fixture.insertMessage(defaultMessage({ handle_id: handleId }), chatId);
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
const messages = await watcher.poll();
expect(messages).toHaveLength(1);
expect(messages[0]?.text).toBe("hello");
}, 10_000);
it("poll yields fixture-inserted messages via injected SqliteReader", async () => {
const handleId = fixture.insertHandle(defaultHandle());
const chatId = fixture.insertChat(defaultChat());
fixture.insertMessage(defaultMessage({ handle_id: handleId }), chatId);
fixture.insertMessage(
defaultMessage({ handle_id: handleId, guid: "g2", text: "two" }),
chatId
);
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
const msgs = await watcher.poll();
expect(msgs.map((m) => m.text)).toEqual(["hello", "two"]);
}, 10_000);
it("poll advances lastRowId", async () => {
const hId = fixture.insertHandle(defaultHandle());
const cId = fixture.insertChat(defaultChat());
fixture.insertMessage(defaultMessage({ handle_id: hId }), cId);
fixture.insertMessage(
defaultMessage({ handle_id: hId, guid: "g2", text: "two" }),
cId
);
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
await watcher.poll();
expect(watcher.getLastRowId()).toBe(2);
// Subsequent poll with no new rows yields nothing.
const second = await watcher.poll();
expect(second).toHaveLength(0);
// Insert a new row; lastRowId should advance.
fixture.insertMessage(
defaultMessage({ handle_id: hId, guid: "g3", text: "three" }),
cId
);
const third = await watcher.poll();
expect(third).toHaveLength(1);
expect(watcher.getLastRowId()).toBe(3);
}, 10_000);
it("includeFromMe=false drops outgoing", async () => {
const hId = fixture.insertHandle(defaultHandle());
const cId = fixture.insertChat(defaultChat());
fixture.insertMessage(
defaultMessage({ handle_id: hId, is_from_me: 1, text: "out" }),
cId
);
fixture.insertMessage(
defaultMessage({ handle_id: hId, text: "in" }),
cId
);
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
includeFromMe: false,
});
const msgs = await watcher.poll();
expect(msgs).toHaveLength(1);
expect(msgs[0]?.text).toBe("in");
// lastRowId still advanced past the filtered row.
expect(watcher.getLastRowId()).toBe(2);
}, 10_000);
it("includeFromMe=true keeps outgoing", async () => {
const hId = fixture.insertHandle(defaultHandle());
const cId = fixture.insertChat(defaultChat());
fixture.insertMessage(
defaultMessage({ handle_id: hId, is_from_me: 1, text: "out" }),
cId
);
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
includeFromMe: true,
});
const msgs = await watcher.poll();
expect(msgs).toHaveLength(1);
}, 10_000);
it("chatFilter restricts emitted messages", async () => {
const hId = fixture.insertHandle(defaultHandle());
const cA = fixture.insertChat(defaultChat({ chat_identifier: "A" }));
const cB = fixture.insertChat(
defaultChat({ guid: "g-B", chat_identifier: "B" })
);
fixture.insertMessage(defaultMessage({ handle_id: hId }), cA);
fixture.insertMessage(
defaultMessage({ handle_id: hId, guid: "m2" }),
cB
);
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
chatFilter: ["A"],
});
const msgs = await watcher.poll();
expect(msgs.map((m) => m.chatIdentifier)).toEqual(["A"]);
}, 10_000);
it("attachments are joined and emitted", async () => {
const hId = fixture.insertHandle(defaultHandle());
const cId = fixture.insertChat(defaultChat());
const mId = fixture.insertMessage(
defaultMessage({
handle_id: hId,
cache_has_attachments: 1,
}),
cId
);
fixture.insertAttachment(
{
guid: "a",
filename: "/tmp/p.jpg",
mime_type: "image/jpeg",
total_bytes: 100,
transfer_name: "p.jpg",
},
mId
);
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
const msgs = await watcher.poll();
expect(msgs[0]?.attachments).toHaveLength(1);
expect(msgs[0]?.attachments[0]?.mimeType).toBe("image/jpeg");
}, 10_000);
it("attachment with unusual mime emits 'other' mime_family", async () => {
const hId = fixture.insertHandle(defaultHandle());
const cId = fixture.insertChat(defaultChat());
const mId = fixture.insertMessage(
defaultMessage({ handle_id: hId, cache_has_attachments: 1 }),
cId
);
// mime_type defaults to application/octet-stream in parser when null.
fixture.insertAttachment(
{
guid: "b",
filename: null,
mime_type: null,
total_bytes: 1,
transfer_name: null,
},
mId
);
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
const msgs = await watcher.poll();
expect(msgs[0]?.attachments[0]?.mimeType).toBe(
"application/octet-stream"
);
}, 10_000);
it("message with handle_id=0 resolves to null handle", async () => {
const cId = fixture.insertChat(defaultChat());
fixture.insertMessage(
defaultMessage({ handle_id: 0, text: "system" }),
cId
);
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
const msgs = await watcher.poll();
expect(msgs[0]?.senderHandle).toBe("unknown");
}, 10_000);
it("poll rejects on pre-aborted signal", async () => {
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
await expect(
watcher.poll({ signal: AbortSignal.abort() })
).rejects.toBeInstanceOf(IMessagePollAbortedError);
}, 5000);
it("poll aborts mid-iteration when signal fires", async () => {
const hId = fixture.insertHandle(defaultHandle());
const cId = fixture.insertChat(defaultChat());
for (let i = 0; i < 5; i++) {
fixture.insertMessage(
defaultMessage({
handle_id: hId,
guid: `g${i}`,
text: `m${i}`,
}),
cId
);
}
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
const controller = new AbortController();
// Abort immediately so the loop fires on the first iteration's
// check.
controller.abort();
await expect(
watcher.poll({ signal: controller.signal })
).rejects.toBeInstanceOf(IMessagePollAbortedError);
}, 10_000);
it("start/stop lifecycle with abort signal terminates the loop", async () => {
const controller = new AbortController();
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
const events: string[] = [];
watcher.on("started", () => events.push("started"));
watcher.on("stopped", () => events.push("stopped"));
await watcher.start({ signal: controller.signal });
expect(watcher.isRunning()).toBe(true);
controller.abort();
// Aborting calls stop() synchronously via the abort handler.
await new Promise((resolve) => setTimeout(resolve, 10));
expect(watcher.isRunning()).toBe(false);
expect(events).toEqual(["started", "stopped"]);
}, 10_000);
it("start rejects when called twice", async () => {
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
await watcher.start();
await expect(watcher.start()).rejects.toBeInstanceOf(
IMessageWatcherAlreadyRunningError
);
await watcher.stop();
}, 5000);
it("start with pre-aborted signal throws POLL_ABORTED", async () => {
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
await expect(
watcher.start({ signal: AbortSignal.abort() })
).rejects.toBeInstanceOf(IMessagePollAbortedError);
}, 5000);
it("stop rejects when not running", async () => {
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
await expect(watcher.stop()).rejects.toBeInstanceOf(
IMessageWatcherNotRunningError
);
}, 5000);
it("scheduler emits error event when underlying poll fails", async () => {
const failingReader = {
open: () => {
throw new Error("nope");
},
};
const watcher = new IMessageWatcher({
dbPath: "/x",
pollIntervalMs: 5,
sqliteReader: failingReader,
});
const errors: Error[] = [];
watcher.on("error", (e) => errors.push(e));
await watcher.start();
await new Promise((resolve) => setTimeout(resolve, 50));
await watcher.stop();
expect(errors.length).toBeGreaterThan(0);
}, 10_000);
it("scheduler with signal catches poll rejection", async () => {
const failingReader = {
open: () => {
throw new Error("scheduled-with-signal");
},
};
const watcher = new IMessageWatcher({
dbPath: "/x",
pollIntervalMs: 5,
sqliteReader: failingReader,
});
const errors: Error[] = [];
watcher.on("error", (e) => errors.push(e));
const controller = new AbortController();
await watcher.start({ signal: controller.signal });
await new Promise((resolve) => setTimeout(resolve, 30));
controller.abort();
await new Promise((resolve) => setTimeout(resolve, 10));
expect(errors.length).toBeGreaterThan(0);
}, 10_000);
it("scheduler catch path tolerates non-Error rejection values", async () => {
const reader = {
open: () => {
const literal: unknown = "string-rejection";
throw literal;
},
};
const watcher = new IMessageWatcher({
dbPath: "/x",
pollIntervalMs: 5,
sqliteReader: reader,
});
const errors: Error[] = [];
watcher.on("error", (e) => errors.push(e));
const controller = new AbortController();
await watcher.start({ signal: controller.signal });
await new Promise((resolve) => setTimeout(resolve, 30));
controller.abort();
await new Promise((resolve) => setTimeout(resolve, 10));
expect(errors.length).toBeGreaterThan(0);
}, 10_000);
it("explicit poll wraps reader errors in IMessageDbQueryFailedError", async () => {
const failingReader = {
open: () => {
throw new Error("locked");
},
};
const watcher = new IMessageWatcher({
dbPath: "/x",
pollIntervalMs: 60_000,
sqliteReader: failingReader,
});
const ctrl = new AbortController();
await expect(
watcher.poll({ signal: ctrl.signal })
).rejects.toBeInstanceOf(IMessageError);
}, 5000);
it("explicit poll without a signal returns [] on reader error", async () => {
const failingReader = {
open: () => {
throw new Error("transient");
},
};
const watcher = new IMessageWatcher({
dbPath: "/x",
pollIntervalMs: 60_000,
sqliteReader: failingReader,
});
const errors: Error[] = [];
watcher.on("error", (e) => errors.push(e));
const result = await watcher.poll();
expect(result).toEqual([]);
expect(errors).toHaveLength(1);
}, 5000);
it("legacy on() delegates to the bus", async () => {
const hId = fixture.insertHandle(defaultHandle());
const cId = fixture.insertChat(defaultChat());
fixture.insertMessage(defaultMessage({ handle_id: hId }), cId);
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
const seen: ParsedIMessage[] = [];
const off = watcher.on("message", (m) => seen.push(m));
await watcher.poll();
expect(seen).toHaveLength(1);
off();
// After unregistering, the next poll for a new row should not
// deliver.
fixture.insertMessage(
defaultMessage({ handle_id: hId, guid: "g2", text: "t2" }),
cId
);
await watcher.poll();
expect(seen).toHaveLength(1);
}, 10_000);
it("off() removes a listener registered via on()", async () => {
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
const seen: ParsedIMessage[] = [];
const handler = (m: ParsedIMessage): void => {
seen.push(m);
};
watcher.on("message", handler);
watcher.off("message", handler);
// Emit directly via the bus.
const hId = fixture.insertHandle(defaultHandle());
const cId = fixture.insertChat(defaultChat());
fixture.insertMessage(defaultMessage({ handle_id: hId }), cId);
await watcher.poll();
expect(seen).toHaveLength(0);
}, 5000);
it("setLastRowId rejects invalid values", () => {
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
expect(() => watcher.setLastRowId(-1)).toThrow(
IMessageDbQueryFailedError
);
expect(() => watcher.setLastRowId(Number.NaN)).toThrow(
IMessageDbQueryFailedError
);
}, 5000);
it("setLastRowId accepts a positive value", () => {
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
watcher.setLastRowId(42);
expect(watcher.getLastRowId()).toBe(42);
}, 5000);
it("poll emits messages_emitted_total + poll_duration_ms via OTel", async () => {
const hId = fixture.insertHandle(defaultHandle());
const cId = fixture.insertChat(defaultChat());
fixture.insertMessage(defaultMessage({ handle_id: hId }), cId);
fixture.insertMessage(
defaultMessage({ handle_id: hId, guid: "g2", text: "two" }),
cId
);
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
const messages = await watcher.poll();
expect(messages).toHaveLength(2);
// OTel emission is asserted in metrics.test.ts; here we only
// confirm the path doesn't throw and yields the expected count.
}, 10_000);
it("chat with null display_name and group_title falls back to null", async () => {
const hId = fixture.insertHandle(defaultHandle());
const cId = fixture.insertChat(defaultChat());
fixture.insertMessage(defaultMessage({ handle_id: hId }), cId);
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
const msgs = await watcher.poll();
expect(msgs[0]?.chatDisplayName).toBeNull();
}, 10_000);
it("uses default config when no input provided", () => {
// We cannot reach a real chat.db here, but the constructor with
// the production reader must not throw on an empty config.
const watcher = new IMessageWatcher();
expect(watcher.isRunning()).toBe(false);
expect(watcher.getLastRowId()).toBe(0);
}, 5000);
it("message ROWID > lastRowId filter omits older rows", async () => {
const hId = fixture.insertHandle(defaultHandle());
const cId = fixture.insertChat(defaultChat());
fixture.insertMessage(defaultMessage({ handle_id: hId }), cId);
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
watcher.setLastRowId(5);
const msgs = await watcher.poll();
expect(msgs).toHaveLength(0);
}, 10_000);
it("explicit poll without signal aborted mid-iteration: covers the inner check", async () => {
// Insert many rows; abort the controller AFTER opening the
// database but BEFORE iteration completes by passing a controller
// that aborts immediately.
const hId = fixture.insertHandle(defaultHandle());
const cId = fixture.insertChat(defaultChat());
for (let i = 0; i < 3; i++) {
fixture.insertMessage(
defaultMessage({
handle_id: hId,
guid: `gx${i}`,
text: `tx${i}`,
}),
cId
);
}
const ctrl = new AbortController();
ctrl.abort();
const watcher = new IMessageWatcher({
dbPath,
pollIntervalMs: 60_000,
sqliteReader: reader,
});
await expect(
watcher.poll({ signal: ctrl.signal })
).rejects.toBeInstanceOf(IMessagePollAbortedError);
}, 10_000);
});

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import { EventBus } from "@suaveplan/events";
import {
IMessageDbQueryFailedError,
IMessagePollAbortedError,
IMessageWatcherAlreadyRunningError,
IMessageWatcherNotRunningError,
} from "../error-codes/error-codes.js";
import {
recordAttachmentEmitted,
recordMessageEmitted,
recordPollDuration,
recordPollError,
} from "../otel/metrics.js";
import { IMessageParser } from "../parser/imessage-parser.js";
import { parseWatcherConfig } from "../schemas/schemas.js";
import { bunSqliteReader } from "../sqlite/bun-sqlite-reader.js";
import type {
AttachmentRow,
ChatRow,
HandleRow,
IMessageRow,
IMessageWatcherConfig,
IMessageWatcherEvents,
ParsedIMessage,
} from "../types/imessage.types.js";
import type { SqliteHandle, SqliteReader } from "../types/seams.types.js";
const DEFAULT_DB_PATH = "~/Library/Messages/chat.db";
const DEFAULT_POLL_INTERVAL = 5000;
interface ResolvedConfig {
readonly dbPath: string;
readonly pollIntervalMs: number;
readonly sinceDate: Date;
readonly includeFromMe: boolean;
readonly chatFilter: readonly string[];
readonly sqliteReader: SqliteReader;
}
export interface IMessageWatcherStartOptions {
readonly signal?: AbortSignal;
}
export interface IMessagePollOptions {
readonly signal?: AbortSignal;
}
/**
* Polls Apple's iMessage chat.db SQLite database on a configurable
* interval, projects new rows into `ParsedIMessage`, and emits them on
* both a legacy `on/off` listener registry and the typed `EventBus`
* exposed as `watcher.bus`.
*/
export class IMessageWatcher {
public readonly bus: EventBus<IMessageWatcherEvents>;
private readonly config: ResolvedConfig;
private readonly parser: IMessageParser;
private lastRowId = 0;
private pollTimer: ReturnType<typeof setInterval> | null = null;
private running = false;
private abortListener: (() => void) | null = null;
private currentSignal: AbortSignal | null = null;
public constructor(input: IMessageWatcherConfig = {}) {
const parsed = parseWatcherConfig(input);
this.config = {
dbPath: parsed.dbPath ?? DEFAULT_DB_PATH,
pollIntervalMs: parsed.pollIntervalMs ?? DEFAULT_POLL_INTERVAL,
sinceDate: parsed.sinceDate ?? new Date(),
includeFromMe: parsed.includeFromMe ?? false,
chatFilter: parsed.chatFilter ?? [],
sqliteReader: parsed.sqliteReader ?? bunSqliteReader,
};
this.parser = new IMessageParser();
this.bus = new EventBus<IMessageWatcherEvents>();
}
/** Register a listener (legacy API; delegates to the typed bus). */
public on<K extends keyof IMessageWatcherEvents>(
event: K,
listener: (payload: IMessageWatcherEvents[K]) => void
): () => void {
return this.bus.on(event, listener);
}
/** Remove a listener (legacy API; delegates to the typed bus). */
public off<K extends keyof IMessageWatcherEvents>(
event: K,
listener: (payload: IMessageWatcherEvents[K]) => void
): void {
this.bus.off(event, listener);
}
public async start(
options: IMessageWatcherStartOptions = {}
): Promise<void> {
if (this.running) throw new IMessageWatcherAlreadyRunningError();
const signal = options.signal;
if (signal?.aborted) {
throw new IMessagePollAbortedError();
}
this.running = true;
this.currentSignal = signal ?? null;
if (signal) {
const handler = (): void => {
void this.stop();
};
this.abortListener = handler;
signal.addEventListener("abort", handler, { once: true });
}
this.bus.emit("started", undefined);
this.pollTimer = setInterval(() => {
this.poll(signal ? { signal } : {}).catch((err: unknown) => {
const error =
err instanceof Error ? err : new Error(String(err));
this.bus.emit("error", error);
});
}, this.config.pollIntervalMs);
}
public async stop(): Promise<void> {
if (!this.running) throw new IMessageWatcherNotRunningError();
this.running = false;
if (this.pollTimer) {
clearInterval(this.pollTimer);
this.pollTimer = null;
}
if (this.currentSignal && this.abortListener) {
this.currentSignal.removeEventListener("abort", this.abortListener);
}
this.abortListener = null;
this.currentSignal = null;
this.bus.emit("stopped", undefined);
}
public async poll(
options: IMessagePollOptions = {}
): Promise<readonly ParsedIMessage[]> {
const signal = options.signal;
if (signal?.aborted) {
recordPollDuration(0, "aborted");
throw new IMessagePollAbortedError();
}
const started = Date.now();
let handle: SqliteHandle | null = null;
try {
handle = this.config.sqliteReader.open(this.config.dbPath, {
readonly: true,
});
const rows = this.queryNewMessages(handle);
const parsed: ParsedIMessage[] = [];
for (const row of rows) {
if (signal?.aborted) {
recordPollDuration(Date.now() - started, "aborted");
throw new IMessagePollAbortedError();
}
const handleRow = this.queryHandle(handle, row.handle_id);
const chatRow = this.queryChat(handle, row.ROWID);
const attachments: readonly AttachmentRow[] =
row.cache_has_attachments
? this.queryAttachments(handle, row.ROWID)
: [];
const message = this.parser.parseMessage(
row,
handleRow,
chatRow,
attachments
);
if (row.ROWID > this.lastRowId) {
this.lastRowId = row.ROWID;
}
if (!this.config.includeFromMe && message.isFromMe) continue;
if (
this.config.chatFilter.length > 0 &&
!this.config.chatFilter.includes(message.chatIdentifier)
) {
continue;
}
parsed.push(message);
this.bus.emit("message", message);
recordMessageEmitted(
message.isGroupChat ? "group" : "direct",
message.isFromMe
);
for (const attachment of message.attachments) {
const family = attachment.mimeType.split("/")[0] ?? "other";
recordAttachmentEmitted(family);
}
}
recordPollDuration(Date.now() - started, "ok");
return parsed;
} catch (cause) {
recordPollDuration(Date.now() - started, "error");
if (cause instanceof IMessagePollAbortedError) {
throw cause;
}
const queryError = new IMessageDbQueryFailedError({ cause });
recordPollError(queryError.code);
const err =
cause instanceof Error ? cause : new Error(String(cause));
this.bus.emit("error", err);
// Wrap-and-rethrow only when a caller explicitly polled (no
// signal-driven internal scheduler); otherwise swallow to
// mirror upstream behaviour where the loop keeps ticking.
if (signal !== undefined) throw queryError;
return [];
} finally {
if (handle) handle.close();
}
}
public getLastRowId(): number {
return this.lastRowId;
}
public setLastRowId(rowId: number): void {
if (!Number.isFinite(rowId) || rowId < 0) {
throw new IMessageDbQueryFailedError({
message: "invalid lastRowId",
context: { rowId },
});
}
this.lastRowId = rowId;
}
public isRunning(): boolean {
return this.running;
}
private queryNewMessages(handle: SqliteHandle): readonly IMessageRow[] {
const stmt = handle.prepare(
"SELECT * FROM message WHERE ROWID > ? ORDER BY ROWID ASC LIMIT 100"
);
return stmt.all(this.lastRowId) as readonly IMessageRow[];
}
private queryHandle(
handle: SqliteHandle,
handleId: number
): HandleRow | null {
if (!handleId) return null;
const stmt = handle.prepare("SELECT * FROM handle WHERE ROWID = ?");
const row = stmt.get(handleId);
return (row as HandleRow | undefined) ?? null;
}
private queryChat(
handle: SqliteHandle,
messageRowId: number
): ChatRow | null {
const stmt = handle.prepare(
`SELECT c.* FROM chat c
JOIN chat_message_join cmj ON c.ROWID = cmj.chat_id
WHERE cmj.message_id = ?`
);
const row = stmt.get(messageRowId);
return (row as ChatRow | undefined) ?? null;
}
private queryAttachments(
handle: SqliteHandle,
messageRowId: number
): readonly AttachmentRow[] {
const stmt = handle.prepare(
`SELECT a.* FROM attachment a
JOIN message_attachment_join maj ON a.ROWID = maj.attachment_id
WHERE maj.message_id = ?`
);
return stmt.all(messageRowId) as readonly AttachmentRow[];
}
}

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export type {
IMessagePollOptions,
IMessageWatcherStartOptions,
} from "./imessage-watcher.js";
export { IMessageWatcher } from "./imessage-watcher.js";

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/**
* Test-environment setup for @suaveplan/imessage-adapter.
*
* Wires a real in-memory OpenTelemetry `MeterProvider` BEFORE any source
* module loads, so the meter resolved at module load is the real
* provider's meter (and not the noop fallback). Tests inspect emitted
* instruments by calling `flushTestMetrics()`.
*
* Server-tier (bun:sqlite required): no DOM, no browser globals.
*/
import { metrics } from "@opentelemetry/api";
import {
AggregationTemporality,
InMemoryMetricExporter,
MeterProvider,
PeriodicExportingMetricReader,
} from "@opentelemetry/sdk-metrics";
export const testInMemoryMetricExporter = new InMemoryMetricExporter(
AggregationTemporality.CUMULATIVE
);
const reader = new PeriodicExportingMetricReader({
exporter: testInMemoryMetricExporter,
exportIntervalMillis: 60_000,
});
export const testMeterProvider = new MeterProvider({ readers: [reader] });
metrics.setGlobalMeterProvider(testMeterProvider);
export async function flushTestMetrics(): Promise<
ReturnType<typeof testInMemoryMetricExporter.getMetrics>
> {
await testMeterProvider.forceFlush();
const collected = testInMemoryMetricExporter.getMetrics();
testInMemoryMetricExporter.reset();
return collected;
}

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{
"$schema": "https://json.schemastore.org/tsconfig",
"extends": "../../../../tsconfig.base.json",
"compilerOptions": {
"rootDir": "./src",
"outDir": "./dist",
"lib": ["ES2022", "DOM"],
"types": ["node"]
},
"include": ["src/**/*.ts"],
"exclude": ["src/**/*.test.ts", "dist", "node_modules"]
}

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import { defineConfig } from "vite";
import dts from "vite-plugin-dts";
export default defineConfig({
root: __dirname,
cacheDir: "../../../node_modules/.vite/packages/imessage-adapter",
plugins: [
dts({
entryRoot: "src",
tsconfigPath: "./tsconfig.lib.json",
insertTypesEntry: true,
}),
],
build: {
outDir: "./dist",
emptyOutDir: true,
reportCompressedSize: true,
sourcemap: true,
lib: { entry: "src/index.ts", formats: ["es"] },
rollupOptions: {
treeshake: true,
output: {
preserveModules: true,
preserveModulesRoot: "src",
entryFileNames: "[name].js",
},
external: [
"@opentelemetry/api",
"@suaveplan/error",
"@suaveplan/events",
"@suaveplan/types",
"tslib",
"zod",
"bun:sqlite",
/^node:/,
],
},
},
});