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Thomas d059023b51 feat(analytics): migrate from Umami to PostHog server-side analytics (#5983)
* feat(analytics): migrate from Umami to PostHog server-side analytics

Replace @umami/node with posthog-node for all server-side telemetry.
Add singleton PostHog client, feature tracking POC, DAU heartbeat,
and tRPC analytics router. Cron job is now locked (no manual trigger,
no custom interval). Update consent copy to explain what we collect
and why.

* style: auto-fix lint and format

* refactor(analytics): simplify + add client-side posthog-js init

- Inline constants.ts and track.ts into client.ts (single source)
- Remove dead exports (shutdownPostHogAsync, getPostHogClient)
- Flatten all DB queries into one Promise.all (no waterfall)
- Derive integration/widget totals from group-by (drop redundant counts)
- Add posthog-js with dynamic import, gated on enableGeneral
- Move Analytics component to body, pass consent from server settings

* style: auto-fix lint and format

* feat(cron): add hidden flag to cron jobs, hide analytics from task panel

The analytics job runs silently in the background — users don't need
to see or interact with it. Hidden jobs are filtered out of getAllAsync
so they never appear in the management UI.

* refactor(analytics): simplify to single toggle, always collect all data

Remove granular enableWidgetData/enableIntegrationData/enableUserData
toggles. Analytics is now a single on/off switch. When enabled, all
anonymous usage data is collected in one flat Promise.all call.

Side effect: existing users with enableGeneral=true who had granular
flags off will now send all data. This is by design — the granular
controls added complexity without meaningful privacy benefit since
the data is already anonymous counts.

* style: auto-fix lint and format
2026-06-19 21:21:50 +02:00

158 lines
5.2 KiB
TypeScript

import { Cron } from "croner";
import { Stopwatch } from "@homarr/common";
import type { MaybePromise } from "@homarr/common/types";
import { ErrorWithMetadata } from "@homarr/core/infrastructure/logs/error";
import { db } from "@homarr/db";
import type { Logger } from "./logger";
import type { ValidateCron } from "./validation";
export interface CreateCronJobCreatorOptions<TAllowedNames extends string> {
beforeCallback?: (name: TAllowedNames) => MaybePromise<void>;
onCallbackSuccess?: (name: TAllowedNames) => MaybePromise<void>;
onCallbackError?: (name: TAllowedNames, error: unknown) => MaybePromise<void>;
timezone?: string;
logger: Logger;
}
interface CreateCronJobOptions {
runOnStart?: boolean;
preventManualExecution?: boolean;
preventCustomInterval?: boolean;
hidden?: boolean;
expectedMaximumDurationInMillis?: number;
beforeStart?: () => MaybePromise<void>;
}
const createCallback = <TAllowedNames extends string, TName extends TAllowedNames>(
name: TName,
defaultCronExpression: string,
options: CreateCronJobOptions,
creatorOptions: CreateCronJobCreatorOptions<TAllowedNames>,
) => {
const expectedMaximumDurationInMillis = options.expectedMaximumDurationInMillis ?? 2500;
return (callback: () => MaybePromise<void>) => {
const catchingCallbackAsync = async () => {
try {
creatorOptions.logger.logDebug("The callback of cron job started", {
name,
});
const stopwatch = new Stopwatch();
await creatorOptions.beforeCallback?.(name);
const beforeCallbackTook = stopwatch.getElapsedInHumanWords();
await callback();
const callbackTook = stopwatch.getElapsedInHumanWords();
creatorOptions.logger.logDebug("The callback of cron job succeeded", {
name,
beforeCallbackTook,
callbackTook,
});
const durationInMillis = stopwatch.getElapsedInMilliseconds();
if (durationInMillis > expectedMaximumDurationInMillis) {
creatorOptions.logger.logWarning("The callback of cron job took longer than expected", {
name,
durationInMillis,
expectedMaximumDurationInMillis,
});
}
await creatorOptions.onCallbackSuccess?.(name);
} catch (error) {
creatorOptions.logger.logError(
new ErrorWithMetadata(
"The callback of cron job failed",
{
name,
},
{ cause: error },
),
);
await creatorOptions.onCallbackError?.(name, error);
}
};
return {
name,
cronExpression: defaultCronExpression,
async createTaskAsync() {
const configuration = await db.query.cronJobConfigurations.findFirst({
where: (cronJobConfigurations, { eq }) => eq(cronJobConfigurations.name, name),
});
const cronExpression = options.preventCustomInterval
? defaultCronExpression
: (configuration?.cronExpression ?? defaultCronExpression);
const scheduledTask = new Cron(
cronExpression,
{
name,
timezone: creatorOptions.timezone,
paused: true,
},
() => void catchingCallbackAsync(),
);
creatorOptions.logger.logDebug("The scheduled task for cron job was created", {
name,
cronExpression: defaultCronExpression,
timezone: creatorOptions.timezone,
runOnStart: options.runOnStart,
});
return scheduledTask;
},
async onStartAsync() {
if (options.beforeStart) {
creatorOptions.logger.logDebug("Running beforeStart for job", {
name,
});
await options.beforeStart();
}
if (!options.runOnStart) return;
creatorOptions.logger.logDebug("The cron job is configured to run on start, executing callback", {
name,
});
await catchingCallbackAsync();
},
async executeAsync() {
await catchingCallbackAsync();
},
preventManualExecution: options.preventManualExecution ?? false,
preventCustomInterval: options.preventCustomInterval ?? false,
hidden: options.hidden ?? false,
timezone: creatorOptions.timezone,
};
};
};
export type JobCallback<TAllowedNames extends string, TName extends TAllowedNames> = ReturnType<
typeof createCallback<TAllowedNames, TName>
>;
export const createCronJobCreator = <TAllowedNames extends string = string>(
creatorOptions: CreateCronJobCreatorOptions<TAllowedNames>,
) => {
return <TName extends TAllowedNames, TExpression extends string>(
name: TName,
defaultCronExpression: TExpression,
options: CreateCronJobOptions = { runOnStart: false },
) => {
creatorOptions.logger.logDebug("Cron job expression for cron job is valid", {
name,
cronExpression: defaultCronExpression,
});
const returnValue = {
withCallback: createCallback<TAllowedNames, TName>(name, defaultCronExpression, options, creatorOptions),
};
// This is a type guard to check if the cron expression is valid and give the user a type hint
return returnValue as unknown as ValidateCron<TExpression> extends true
? typeof returnValue
: "Invalid cron expression";
};
};