ACD201最も有効な質問と解答で勉強

You're maintaining a client's case management system.
The client needs you to review the performance of one of their interfaces as it is perceived to be quite slow The interface is a start form that users use to edit party records in the system. They can edit these party records either through the participant view of the case record or directly through the party record.
Given a party record may consist of many attributes, Custom Data Types (CDT) have been used for the purpose of writing to the database, while record types have been used to retrieve data.
What might be a potential cause for this issue, and what should you do?

• A. The queries may no! be performant due to unexpected indexing conditions or be casting to the incorrect CDT. Hence, you should review the queries and adjust accordingly.
• B. CDTs are an inefficient method for writing to the database Hence, you should refactor the entire process to utilize records only
• C. The user should only query and edit the attributes they are intending to edit. Hence, you should restrict editing through the case record and users should only edit the party through the party record

You're creating an interface to display all the employees of a company on a staff list.
You decide to use a!gridField() to create a user grid to display information from the company's AAA_Employee record, which has 42 fields relating to various employee information. To avoid cluttering the grid, you want to show six (6) fields on the grid.
How should you optimize the interface?

• A. Using a local variable, query the AAA_Employee record using a!queryRecordType(), without defining the six (6) fields you require to show in the "fields" parameter to be used in the data parameter of a!gridFieid().
• B. Call the function a!forEach() in a local variable and query the AAA_Employee for each employee separately by using a!queryRecordType() to loop through all employees as defined by a constant to be used in the data parameter of a!gridFieid().
• C. Query the AAA_Employee record using a!queryRecordType(), defining the six (6) fields you require to show in the "fields" parameterto be used in the data parameter of a!gridFieid().

You need to assign a user input task to three different groups of users: Group A, Group B, and Group C.
Each task form shares some common components with the following key differences:
Group B will receive a task that includes an additional section.
Group C will only view and enter data for one section.
What should you do?

• A. Within the process model, utilize an XOR gateway to conditionally select between the three different user input tasks.
• B. Configure the version setting on the user input task node to conditionally display the correct form.
• C. Utilize conditional logic on the form along with the showWhen parameter for interface components.

The synced record Task has a self-referential relationship defined in the column parentTaskId. There is a many-to-one record relationship between the id and parentTaskId called parentTask.
For a given task ID, you need to return the task name and the parent task name.
What should you do?

• A. Use a!queryRecordType() filtered on the task id once to return the task name and parent task ID. Query the record again to return the parent task name.
• B. Use a!queryRecordType() with a filter on the task id, with fields specified to return recordType!Task.name and recordType!Task.parentTask.name.
• C. Create a sync-time custom record field on the Task record called parentName. Specify this field to return in the query field selection.

You need to configure a process model that runs every day at 10:00 AM. The process should start only at the specified time even when a newer version of the process model is published.
A Boolean type constant needs to be configured in the process model. The intended flow of the process should be executed only when the constant is True.
Which three steps should you perform? (Choose three.)

• A. Add a XOR Gateway just after the start node to check for the constant to be True.
• B. Add a timer event in the start node.
• C. Add an expression-based condition in the start node timer event to check for the constant to be True.
• D. Add a timer event just after the start node to check for the specific time.
• E. Add an expression-based condition in the start node timer event to check for the specific time.