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Designing: Inbound HL7 V3 Immediate Collaboration Overview
 

Classic Java CAPS

Developing Java CAPS Projects

Using SOAP Message Handlers

Creating a Runtime Environment

Designing Business Processes in the Sun Business Process Manager

Working with TCP/IP HL7 Collaborations

TCP/IP HL7 Adapter Collaborations Overview

TCP/IP HL7 Adapter Task Overview

TCP/IP HL7 V2 Adapter Collaborations

Inbound HL7 V2 Collaboration Overview

Outbound HL7 V2 Collaboration Overview

Limitations of Version 2.x

Creating a Copy of an HL7 V2 Project

To Export a Project

Customizing Predefined Collaborations for HL7 V2

Creating Copies of an HL7 V2 Collaborations

To Create Copies of an HL7 V2 Collaborations

Adding HL7 V2 OTD to an Existing Collaboration

To Add HL7 V2 OTD to an Existing Collaboration

TCP/IP HL7 V3 Adapter Collaborations

Introducing the Methodology

What's New with HL7 V3

Artifact Identification System

HL7 V3 Message Development Process

Artifact Codes

Transmission Wrapper and Control Act Wrapper

Comparison between HL7 V2.x and HL7 V3

Benefits of V3 to HL7

Inbound HL7 V3 Collaboration

Inbound HL7 V3 Immediate Collaboration Overview

Inbound HL7 V3 Deferred Collaboration Overview

Outbound HL7 V3 Collaboration

Outbound HL7 V3 Collaboration Overview

Creating a Copy of an HL7 V3 Project

Customizing Predefined Collaborations for HL7 V3

Creating Copies of an HL7 V3 Collaborations

Adding HL7 V3 OTD to an Existing Collaboration

To Add HL7 V3 OTD to an Existing Collaboration

MLLP V2

MLLP V2 Content Exchange Model

Standard Inbound HL7 V2 Collaboration Overview over MLLPV2

Developing Sun Master Indexes (Repository)

Developing Sun Master Patient Indexes

Developing OTDs for Application Adapters

Developing OTDs for Communication Adapters

Developing OTDs for Database Adapters

Developing OTDs for Web Server Adapters

Designing with Application Adapters

Designing with Communication Adapters

Designing with Web Server Adapters

SWIFT Integration Projects

Java EE Based Components

Designing with Sun JCA Adapters

About the TCP/IP JCA Adapter

Defining Constants and Variables

Using Database Operations

Developing Sun Master Indexes

Using the JMS JCA Wizard

Using the JAXB Wizard and Code-Seeder Pallete

Inbound HL7 V3 Immediate Collaboration Overview

The Inbound HL7 V3 Collaboration, jcdHL7V3Inbound, contains OTDs for the HL7 V3 Resource Adapter, JMS Data, JMS Journal, and JMS Error, as well as the HL7 V3 Patient Administration Domain Interaction Event (PRPA_IN403001UV01) and the corresponding HL7 V3 Acknowledgements (MCCI_IN000004UV01). The Collaboration works with its own internal code and the Properties Configuration files.

Note - Immediate Mode: Contains only one type of Acknowledgement OTD, that is, MCCI_IN000004UV01

HL7 V3 Standard Inbound Message Mode Data Flow (For Immediate Mode of ACK Process) — Part 1

A HL7 V3 message triggers an inbound Collaboration received from an external system or an outbound HL7 V3 Client. Execute the following Collaboration calls of the HL7 V3 User Collaboration Rule receive().

The receive method is the entry point to the HL7 V3 User Collaboration, with the following signature:

public void

receive(com.stc.connector.appconn.tcpip.hl7.HL7ServerApplication input,

com.stc.connectors.jms.JMS otdJMS_DATA,

xsd.hl7v3.PRPA_IN403001UV01.PRPA_IN403001UV01_ otd_PRPA_IN403001UV01_1

xsd.hl7v3.MCCI_IN000004UV01.MCCI_IN000004UV01_ otd_MCCI_IN000004UV01

otdHL7_ACK_1,com.stc.connectors.jms.JMS otdJMS_JOURNAL,

com.stc.connectors.jms.JMS otdJMS_ERROR) throws Throwable.

Figure 19 Immediate Mode of ACK Process — Part 1
Immediate Mode of ACK Process — Part 1

Once the message is received, the Collaboration determines whether the message needs to be validated. The HL7 V3 message is then validated, making sure that the message structure is correct. Various fields in the Transmission Wrapper of the message are also validated, such as Version Code, Processing Code, Processing Mode Code, and Interaction ID. If these fields do not match the configuration, a NAK is returned.

The Collaboration receives the HL7 V3 message from the external using receiveHL7Message(). If an exception occurs due to incomplete data, and the adapter fails to read the data within the configured number of retries, the associated recourse action is taken. If the exception is due to no response, the associated recourse action is taken.

HL7 V3 Standard Inbound Message Mode Data Flow (For Immediate Mode of ACK Process) — Part 2

If no exception occurs, validateHL7Message() is called, which validates the message to determine whether to ACK or NAK the message. Other helper methods are also called to validate the HL7 V3 message.

If the HL7 V3 message does not pass validation, the Collaboration calls makeNak() and sendHL7Nak() to create and send the NAK to the external. The HL7 V3 message, with the NAK, is archived to the Error Queue. If the number of consecutive NAKs sent surpasses the maximum number of retries, the associated recourse action is taken.

If the HL7 V3 message passes validation, the Collaboration calls makeAck() and sendHL7Ack() to create and send the ACK to the external.

After the ACK is sent, the HL7 V3 message and the ACK are journaled to the JMS Queue Journal destination. If the message fails to journal the associated recourse action is taken.

Figure 20 Immediate Mode of ACK Process — Part 2
Immediate Mode of ACK Process — Part 2