CRM allows for an easy configuration of the cascade behavior for delete, assign, reparent, merge and share. But how can we cascade the status of a record to its children?

This is a problem that I find in many CRM implementations. A typical example is that you want to deactivate all contacts related to an account whenever the account is deactivated. Similarly, if an inactive account is re-activated you might want to re-activate its child records such as the child contacts.

The good news is that I have updated the MSCRMWorkflowUtilities to handle this for you without having to write any code (currently only supported for CRM 2015+).  Simply download and install the solution. Then you can configure any number of cascade behavior for the SetState operation.

You will first need to define a workflow based on the parent entity. In the example above, we would define a workflow on the account entity in order to cascade its status to the child contacts. Then you can insert conditions and as many cascade steps as you want. In my example, I will check if the account is active then activate all the child contacts and if the account is inactive then inactivate all the child contats. However, note that you could insert additional steps if for example you want to deactivate all child contacts and activities then you need to insert one step for each child entity.

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For each “Cascade SetState” step you insert, you need to configure 3 parameters:

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1. Child Entity Name: The schema name of the child entity to which you wand to cascade the SetState operation. In this case it will be “contact”. You can obtain the schema name from the entity definition:

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2. Child Lookup Attribute To Parent: This is the schema name of the attribute (field) of the child entity that links to the parent entity via a lookup. In this case it is “parentcustomerid”. You can obtain this name from the child entity definition by finding the lookup attribute to the parent entity:

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3. Target Child State Code: The target state/status to cascade to the child entity. For most cases “1” is for deactivate and “0” is to activate. Note some special entities like case and opportunity are not supported because they don’t use a SetState message. All custom entities are supported.

You can imagine that there can be a performance problem when you try to deactivate a record which has a large number of child records. Therefore, it is recommended that your workflow be asynchronous instead of synchronous. Have fun!