Understanding the Events Lifecycle
How Understanding the Events Lifecycle works in Paycux, what it is for, and the smallest setup that gets it running.
Introduction
Understanding the Events Lifecycle is part of the Paycux platform. This page explains what it does, when to reach for it, and the smallest working setup you can ship.
Everything below applies to both environments. Build and test in staging, then promote the same configuration to production without changing your code — only the API key and client ID differ.
Directory events
Directory Sync keeps your user list in step with the customer's directory. Paycux receives create, update and delete operations and normalizes them into a single shape regardless of the source system.
Deletes arrive as deactivations. Treat a deactivated user as a user who can no longer sign in, and decide separately whether to delete their data.
dsync.activated
dsync.activated is handled by Understanding the Events Lifecycle rather than by your application code. Paycux exposes it through the same API surface as the rest of the platform, so the client you already configured needs no additional setup.
Configuration lives in the dashboard and is versioned per environment. Change it in staging, confirm the behaviour, then apply the same change to production.
dsync.deleted
dsync.deleted is handled by Understanding the Events Lifecycle rather than by your application code. Paycux exposes it through the same API surface as the rest of the platform, so the client you already configured needs no additional setup.
Configuration lives in the dashboard and is versioned per environment. Change it in staging, confirm the behaviour, then apply the same change to production.
Directory user events
A user record holds the identity Paycux resolved for the person: email, name, verification state, and the identities they have linked. It is the object your application should key on.
Users are unique by email within a project. When the same person arrives through a second provider, Paycux links the identity to the existing user rather than creating a duplicate.
dsync.user.created
dsync.user.created applies specifically to Understanding the Events Lifecycle. It behaves the same in both environments, and the values it depends on are visible in the dashboard for the environment you have selected.
If the behaviour you see does not match this description, check which environment your API key belongs to before anything else — a staging key against production data is the most common cause.
dsync.user.updated
dsync.user.updated applies specifically to Understanding the Events Lifecycle. It behaves the same in both environments, and the values it depends on are visible in the dashboard for the environment you have selected.
If the behaviour you see does not match this description, check which environment your API key belongs to before anything else — a staging key against production data is the most common cause.
dsync.user.deleted
dsync.user.deleted applies specifically to Understanding the Events Lifecycle. It behaves the same in both environments, and the values it depends on are visible in the dashboard for the environment you have selected.
If the behaviour you see does not match this description, check which environment your API key belongs to before anything else — a staging key against production data is the most common cause.