Package ca.uhn.hl7v2.model.v22.group

Examples of ca.uhn.hl7v2.model.v22.group.ORU_R01_ORDER_OBSERVATION

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         * Now let's retrieve the patient's name from the parsed message.
         *
         * PN is an HL7 data type consisting of several components, such as
         * family name, given name, etc.
         */
        PN patientName = adtMsg.getPID().getPatientName();

        // Prints "SMITH"
        String familyName = patientName.getFamilyName().getValue();
        System.out.println(familyName);

    }
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        String encodedMessage = new PipeParser().encode(theIn);
        System.out.println("Received message:\n" + encodedMessage + "\n\n");

        // Now we need to generate a message to return. This will generally be an ACK message.
        MSH msh = (MSH)theIn.get("MSH");
        ACK retVal;
        try {
            // This method takes in the MSH segment of an incoming message, and generates an
            // appropriate ACK
            retVal = (ACK)DefaultApplication.makeACK(msh);
        } catch (IOException e) {
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         * accessors for ADT^A01's segments.
         *
         * HAPI provides several versions of the ADT_A01 class, each in a different package (note
         * the import statement above) corresponding to the HL7 version for the message.
         */
        ADT_A01 adtMsg = (ADT_A01)hapiMsg;

        MSH msh = adtMsg.getMSH();

        // Retrieve some data from the MSH segment
        String msgType = msh.getMessageType().getMessageType().getValue();
        String msgTrigger = msh.getMessageType().getTriggerEvent().getValue();

        // Prints "ADT A01"
        System.out.println(msgType + " " + msgTrigger);

        /*
         * Now let's retrieve the patient's name from the parsed message.
         *
         * PN is an HL7 data type consisting of several components, such as
         * family name, given name, etc.
         */
        PN patientName = adtMsg.getPID().getPatientName();

        // Prints "SMITH"
        String familyName = patientName.getFamilyName().getValue();
        System.out.println(familyName);

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         * accessors for ADT^A01's segments.
         *
         * HAPI provides several versions of the ADT_A01 class, each in a different package (note
         * the import statement above) corresponding to the HL7 version for the message.
         */
        ADT_A01 adtMsg = (ADT_A01)hapiMsg;

        MSH msh = adtMsg.getMSH();

        // Retrieve some data from the MSH segment
        String msgType = msh.getMessageType().getMessageType().getValue();
        String msgTrigger = msh.getMessageType().getTriggerEvent().getValue();

        // Prints "ADT A01"
        System.out.println(msgType + " " + msgTrigger);

        /*
         * Now let's retrieve the patient's name from the parsed message.
         *
         * PN is an HL7 data type consisting of several components, such as
         * family name, given name, etc.
         */
        PN patientName = adtMsg.getPID().getPatientName();

        // Prints "SMITH"
        String familyName = patientName.getFamilyName().getValue();
        System.out.println(familyName);

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         * HAPI provides several versions of the ADT_A01 class, each in a different package (note
         * the import statement above) corresponding to the HL7 version for the message.
         */
        ADT_A01 adtMsg = (ADT_A01)hapiMsg;

        MSH msh = adtMsg.getMSH();

        // Retrieve some data from the MSH segment
        String msgType = msh.getMessageType().getMessageType().getValue();
        String msgTrigger = msh.getMessageType().getTriggerEvent().getValue();

        // Prints "ADT A01"
        System.out.println(msgType + " " + msgTrigger);

        /*
 
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        String encodedMessage = new PipeParser().encode(theIn);
        System.out.println("Received message:\n" + encodedMessage + "\n\n");

        // Now we need to generate a message to return. This will generally be an ACK message.
        MSH msh = (MSH)theIn.get("MSH");
        ACK retVal;
        try {
            // This method takes in the MSH segment of an incoming message, and generates an
            // appropriate ACK
            retVal = (ACK)DefaultApplication.makeACK(msh);
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         * HAPI provides several versions of the ADT_A01 class, each in a different package (note
         * the import statement above) corresponding to the HL7 version for the message.
         */
        ADT_A01 adtMsg = (ADT_A01)hapiMsg;

        MSH msh = adtMsg.getMSH();

        // Retrieve some data from the MSH segment
        String msgType = msh.getMessageType().getMessageType().getValue();
        String msgTrigger = msh.getMessageType().getTriggerEvent().getValue();

        // Prints "ADT A01"
        System.out.println(msgType + " " + msgTrigger);

        /*
 
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        // to produce a valid message, but for demonstration purposes we'll skip a few
        // fields.
        message.getMSH().getEncodingCharacters().setValue("^~\\&");
        message.getMSH().getFieldSeparator().setValue("|");

        ORU_R01_ORDER_OBSERVATION orderObservation = message.getPATIENT_RESULT().getORDER_OBSERVATION();

        // Populate the OBR
        OBR obr = orderObservation.getOBR();
        obr.getSetIDOBR().setValue("1");
        obr.getFillerOrderNumber().getEntityIdentifier().setValue("1234");
        obr.getFillerOrderNumber().getNamespaceID().setValue("LAB");
        obr.getUniversalServiceIdentifier().getIdentifier().setValue("88304");
       
        // Populate the first OBX
        OBX obx = orderObservation.getOBSERVATION(0).getOBX();
        obx.getSetIDOBX().setValue("1");
        obx.getObservationIdentifier().getIdentifier().setValue("88304");
        obx.getObservationSubID().setValue("1");

        // The first OBX has a value type of CE. So first, we populate OBX-2 with "CE"...
        obx.getValueType().setValue("CE");
       
        // ... then we create a CE instance to put in OBX-5.
        CE ce = new CE(message);
        ce.getIdentifier().setValue("T57000");
        ce.getText().setValue("GALLBLADDER");
        ce.getNameOfCodingSystem().setValue("SNM");
        Varies value = obx.getObservationValue(0);
        value.setData(ce);
       
        // Now we populate the second OBX
        obx = orderObservation.getOBSERVATION(1).getOBX();
        obx.getSetIDOBX().setValue("2");
        obx.getObservationSubID().setValue("1");

        // The second OBX in the sample message has an extra subcomponent at
        // OBX-3-1. This component is actually an ST, but the HL7 specification allows
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        /*
         * The OBR segment is contained within a group called ORDER_OBSERVATION,
         * which is itself in a group called PATIENT_RESULT. These groups are
         * reached using named accessors.
         */
        ORU_R01_ORDER_OBSERVATION orderObservation = message.getPATIENT_RESULT().getORDER_OBSERVATION();

        // Populate the OBR
        OBR obr = orderObservation.getOBR();
        obr.getSetIDOBR().setValue("1");
        obr.getFillerOrderNumber().getEntityIdentifier().setValue("1234");
        obr.getFillerOrderNumber().getNamespaceID().setValue("LAB");
        obr.getUniversalServiceIdentifier().getIdentifier().setValue("88304");
       
        /*
         * The OBX segment is in a repeating group called OBSERVATION. You can
         * use a named accessor which takes an index to access a specific
         * repetition. You can ask for an index which is equal to the
         * current number of repetitions,and a new repetition will be created.
         */
        ORU_R01_OBSERVATION observation = orderObservation.getOBSERVATION(0);

        // Populate the first OBX
    OBX obx = observation.getOBX();
        obx.getSetIDOBX().setValue("1");
        obx.getObservationIdentifier().getIdentifier().setValue("88304");
        obx.getObservationSubID().setValue("1");

        // The first OBX has a value type of CE. So first, we populate OBX-2 with "CE"...
        obx.getValueType().setValue("CE");
       
        // ... then we create a CE instance to put in OBX-5.
        CE ce = new CE(message);
        ce.getIdentifier().setValue("T57000");
        ce.getText().setValue("GALLBLADDER");
        ce.getNameOfCodingSystem().setValue("SNM");
        Varies value = obx.getObservationValue(0);
        value.setData(ce);
       
        // Now we populate the second OBX
        obx = orderObservation.getOBSERVATION(1).getOBX();
        obx.getSetIDOBX().setValue("2");
        obx.getObservationSubID().setValue("1");

        // The second OBX in the sample message has an extra subcomponent at
        // OBX-3-1. This component is actually an ST, but the HL7 specification allows
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    /**
     * Creates a new ADT_AXX message with DefaultModelClassFactory.
     */
    public ADT_AXX() {
       this(new DefaultModelClassFactory());
    }
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Related Classes of ca.uhn.hl7v2.model.v22.group.ORU_R01_ORDER_OBSERVATION

  • ca.uhn.hl7v2.examples.ExampleParseMessages
  • ca.uhn.hl7v2.examples.ExampleReceiverApplication
  • ca.uhn.hl7v2.examples.PopulateOBXSegment
  • ca.uhn.hl7v2.model.Type
  • ca.uhn.hl7v2.model.v22.segment.ERR
  • ca.uhn.hl7v2.model.v22.segment.GT1
  • ca.uhn.hl7v2.model.v22.segment.MFI
  • ca.uhn.hl7v2.model.v22.segment.NPU
  • ca.uhn.hl7v2.model.v22.segment.NST
  • ca.uhn.hl7v2.model.v22.segment.OBX
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