CHIPSDeenvelope Business Process

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The CHIPSDeenvelope business process is used to deenvelope CHIPS data. A typical scenario is one in which CHIPS data must be received from the CHIPS Central Computer. The data must be deenveloped to extract identifying data, and the CHIPSDeenvelope business process helps to provide the deenveloping services.

The CHIPSDeenvelope business process is initiated as part of the following inbound process flow:

You create a business process that calls the EDI Deenveloping service.
The EDI Deenveloping service parses the whole document and extracts messages from it so it can be further processed by Sterling B2B Integrator.
Passes the CHIPS messages to the CHIPSDeenvelope business process. The Generic Deenvelope service runs as a subprocess.
The CHIPSDeenvelope business process looks up the envelope, based on the data found in the header.
The envelope specifies what to do with the deenveloped messages.
Starts the Invoke Business Process service or a subprocess service to initiate the appropriate business process to handle each deenveloped message.

If exceptions occur when running an EDI Deenveloping business process,Sterling B2B Integrator generates an EDI Compliance Report.

This table lists the configuration parameters for the CHIPSDeenvelope business process:

Parameter	Default	Description
Document Tracking	False	When document tracking is enabled for a business process, tracking information is carried with the message throughout the process, and the tracking information is persisted about the message regardless of the persistence level you configured globally for Sterling B2B Integrator.
Set onfault processing	False	Onfault processing allows the process to immediately execute the on-fault activity specified in the process, even if the process has not yet reached that step in the process. For example, if a process fails at step 3, but the on-fault activity is specified in step 7, if onfault processing is enabled, the process proceeds to the step 7 on-fault rather than halting at step 3.
Queue	4	Sterling B2B Integrator enables you to set performance optimizations by queue, defining queue levels to allocate resources. This number indicates the previously allocated queue level that you want for this business process model for processing.
Persistence Level	System Default	The level of data to retain for generating a status report that describes each step that the business process completes. System default indicates that, for the data, configuration is already defined in Sterling B2B Integrator to retain data.
Recovery Level	Manual	The level of recovery for this business process if the business process should halt during execution. Manual requires you to resume or restart the business process manually.
Document Storage Type	System Default	The level of document storage for messages that process when the business process runs. System Default specifies to store messages in the file system or database, according to how you configured archiving and purging in Sterling B2B Integrator.
Life Span	Life Span Days — 2 Life Span Hours — 0 Life Span Type — System Level Removal Method — Archive	The length of time, in days and hours, to retain the data in Sterling B2B Integrator, along with the life span type and removal method.
Complete by Deadline	None Available Note: To set a deadline you must change it in the business process.	Complete by – The deadline time, in hours and minutes, by which the business process must complete process once it starts. First Notification: Hours and Minutes – Whether to receive notification before a business process deadline. Second Notification: Hours and Minutes – Whether to receive another notification before a business process deadline.
Event Reporting Level	Full	The level of event reporting that is retrieved for this business process when it runs. Full specifies to generate events for the business process, including the business process start and end time, start and end times for all services or services running as a result of this business processes, and any resulting errors and exceptions.

The following BPML code makes up the CHIPSDeenvelope business process:


<process name="CHIPSDeenvelope">
    <rule name="contract">
        <condition>CONTRACT_FOUND = "YES"</condition>
    </rule>
    <sequence>
        <sequence>
            <operation>
                <participant name="DeenvelopeGeneric" />
                <output message="Xout" >
                    <assign to="map_name">CHIPSBreakMap</assign>
                    <assign to="ExhaustInputDuringBreakTranslation">false</assign>
                    <assign to="RunInValidationMode">true</assign>
                    <assign to="." from="*"></assign>
                </output>
                <input message="Xin" >
                    <assign to="." from="*"></assign>
                </input>
            </operation>
            <onFault code="Interchange-Non-Compliant">
                <!-- Just catch the error, so that the BP will continue. -->
                <!-- Dummy assign, since we need something here. -->
                <assign to="BREAK">YES</assign>
            </onFault>
            <onFault code="Transaction-Non-Compliant">
                <!-- Just catch the error, so that the BP will continue. -->
                <!-- Dummy assign, since we need something here. -->
                <assign to="BREAK">YES</assign>
            </onFault>
            <onFault>
                <operation>
                    <participant name="BPExceptionService"/>
                    <output message="Xout" >
                        <assign to="exceptionCode" 
from="Prev_NotSuccess_Adv_Status/text()"/>
                    </output>
                    <input message="Xin"/>
                </operation>
            </onFault>
        </sequence>
        <choice>
            <select>
                <case ref="contract" activity="invoke_contract_workflow" />
            </select>
            <sequence name="invoke_contract_workflow">
                <operation>
                    <participant name="InvokeBusinessProcessService" />
                    <output message="Xout">
                        <assign to="INVOKE_MODE">ASYNC</assign>
                        <assign to="." from="*"></assign>
                    </output>
                    <input message="Xin" >
                        <assign to="." from="*"></assign>
                    </input>
                </operation>
            </sequence>
        </choice>
    </sequence>
</process>