Trading Community Architecture (TCA) in Oracle Fusion

 

Trading Community Architecture (TCA)

 

Overview of the Trading Community Architecture (TCA) within Oracle Fusion, specifically focusing on the supplier data model and its hierarchical components.

v TCA Architecture Overview:

Ø  Trading Community Architecture is a data model designed to manage complex information regarding parties, such as customers and suppliers, within a commercial community.

Ø  This model captures and organizes data into backend tables, utilizing a Relational Database Management System (RDBMS) where tables are linked via primary and foreign key relationships.

Ø  Understanding this architecture is essential for progressing in business flows like Procure-to-Pay (P2P) or Order-to-Cash (O2C) cycles.

v Supplier Data Model Hierarchy:

Ø  The supplier model consists of a specific hierarchy of subcomponents that must be created in a particular sequence.

Ø  The hierarchy sequence generally follows: Supplier -> Address -> Site -> Site Assignment.

Ø  A supplier must exist before a contact or address can be created and assigned.

v Supplier Creation and Management:

Ø  Registration Types: Suppliers can initially be registered as "prospective" before being promoted to "spend authorized," which allows for financial transactions.

Ø  Data Entry: Users can create suppliers manually through the "Manage Suppliers" user interface or in bulk using File-Based Data Import (FBDI) templates.

Ø  Auto-Generation: When a new supplier is registered, the system automatically generates a unique supplier number using an internal sequence.

 

v System Components and Tools:

Ø  Descriptive Flexfields (DFF): These are custom fields found under "Additional Information" that allow organizations to capture specific data not covered by standard fields.

Ø  Reporting Tools: Oracle provides tools like BI Publisher for building SQL queries on backend tables and OTBI (Oracle Transactional Business Intelligence) for analysis.

Ø  Web Services: APIs (REST and SOAP) are available to interact with the application from third-party systems to query or update supplier details.

 

v Technical vs. Functional Roles:

Ø  A pure functional role involves deep knowledge of every UI option and business process navigation.

Ø  A techno-functional role requires approximately 70% technical knowledge (backend tables, SQL, APIs) and 30% functional knowledge to effectively navigate and develop within the system.