Web-based interfaces rendered by internal browser components, allowing for responsive UI design, video playbacks, and dynamic animations. Message Formats
This comprehensive developer’s guide explores the core architecture, message protocols, state tables, and customization methodologies required to develop and maintain APTRA Advance NDC applications. 1. Architectural Overview of APTRA Advance NDC
You can define proprietary state types to handle specialized hardware or local business logic.
Read or write variables inside the standard screen buffers or card data tracks. aptra advance ndc developer-s guide
The APTRA Advance NDC Developer’s Guide is distinct from the standard user manual. It focuses on:
GET /v1/admin/audit?transactionId=abc123
When modifying state tables, developers typically edit a state data file configuration. For example, a standard PIN entry state configuration dictates: The screen ID to display. The timeout values (usually 20–30 seconds). Architectural Overview of APTRA Advance NDC You can
To create an application, you will define and configure various elements:
Sent by the ATM to confirm the execution of a host command (e.g., successful download of screens).
Communication between the ATM client and the host relies on structured, bit-mapped, or character-separated message packets sent over secure TCP/IP connections. Messages are divided into three primary categories: A. Host-to-ATM Messages It focuses on: GET /v1/admin/audit
Send a POST /v1/webhook/subscribe with your endpoint URL and the events you care about:
The following documents act as the primary "guides" for developers working on APTRA Advance NDC:
Adding your own logic to the standard state flow.
Each state in the NDC table contains a specific alphanumeric ID and a set of operational parameters. For example, a standard dictates: The Screen ID to display while waiting for input. The timeout value (in seconds).