How do you pause a flow interview in Salesforce?

How do you pause a flow interview in Salesforce?

The flow interview is saved until you resume or delete it later. Any valid values that you entered before you paused are saved with the interview, so you don’t have to reenter that information when you resume….

  1. In an open flow interview, click Pause.
  2. Explain why you had to pause the flow.
  3. Click OK.

How do I delete all paused flow interviews?

  1. From Setup, enter Flow in the Quick Find box, then select Paused Flow Interviews. If Paused Flow Interviews isn’t available as its own page, select Flows and scroll down to the list of paused interviews.
  2. For each interview that you want to delete, click Del, or click. and select Delete.

What should be included in a waiting flow interview?

1. The name of the record caused that caused the Process to fire. 2. The date when the Action is actually scheduled to fire. It’s nearly impossible to test/troubleshoot scheduled Processes so please add this information to the Waiting Flow Interviews page. (And how about including the Criteria name instead of myWait_myRule_1) Thanks.

How to use pb for waiting flow interviews?

Sara, you should use Workflow for that for exactly what you state. Those scheduled actions will sit in the workflow queue and you can use them to reference which record create/edit/date field caused the scheduled action to be created. But no such capability yet exists with PB.

Are there limits to the number of actions a cloud flow can run?

Action request limits There are limits to the number of actions a cloud flow can run. These runs are counted for all types of actions, including connector actions, HTTP actions, and built-in actions from initializing variables to a simple compose action. Both succeeded and failed actions count towards these limits.

What’s the default limit for applying to each loop?

1 is the default limit. You can change the default to a value between 1 and 50 inclusively. This limit is highest number of “apply to each” loop iterations that can run at the same time, or in parallel.