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As a Microsoft Power Platform Developer, optimizing the performance of model-driven apps is crucial for ensuring a smooth and efficient user experience. Model-driven apps rely heavily on forms and views, which are the primary components for displaying and interacting with data. In this article, we will explore strategies to optimize the performance of forms and views within a model-driven app.
In conclusion, optimizing the performance of model-driven apps, specifically forms and views, is vital for ensuring a seamless user experience. By following the strategies mentioned above and leveraging the power of Microsoft’s documentation, you can optimize your app’s performance and provide users with a responsive and efficient application.
Correct Answer: True
Correct Answer: True
a) Use quick view forms for frequently referenced related data
b) Enable form load optimization settings
c) Use client-side scripting extensively to handle data retrieval
d) Use the “Optimized for viewing” setting for views
Correct Answer: a) Use quick view forms for frequently referenced related data
b) Enable form load optimization settings
d) Use the “Optimized for viewing” setting for views
a) Number of fields on the form
b) Form security roles
c) Number of form tabs
d) Data type of fields on the form
Correct Answer: a) Number of fields on the form
c) Number of form tabs
d) Data type of fields on the form
Correct Answer: True
Correct Answer: False
a) Limit the number of columns displayed in the view
b) Utilize server-side paging for large datasets
c) Disable view search capabilities
d) Apply filters to restrict the number of records returned in the view
Correct Answer: a) Limit the number of columns displayed in the view
b) Utilize server-side paging for large datasets
d) Apply filters to restrict the number of records returned in the view
Correct Answer: True
Correct Answer: True
a) Utilizing dependent option sets instead of global option sets
b) Enabling the “Pass record object-type code and unique identifier as parameters” option for form navigation
c) Disabling field-level auditing for all fields on the form
d) Using calculated fields for complex calculations
Correct Answer: a) Utilizing dependent option sets instead of global option sets
b) Enabling the “Pass record object-type code and unique identifier as parameters” option for form navigation
c) Disabling field-level auditing for all fields on the form
46 Replies to “Optimize model-driven app performance including forms and views”
What are the key factors to consider when optimizing forms in model-driven apps?
Caching data for commonly accessed entities can make a big difference too.
I would say focusing on reducing the number of fields and leveraging business rules helps a lot. The loading time decreases significantly.
Why is my sub-grid loading slowly despite optimizing fields?
Also, consider the dataset size within that sub-grid. A large dataset can slow it down.
Check the relationships and any associated workflows that might be impacting the loading time.
Group similar fields into sections and use tab navigation for better UX and performance.
Great insights on optimizing model-driven app performance! Particularly helpful for preparing for the PL-400 exam.
I faced issues when I had too many sub-grids on a form. Any solutions?
Limit the use of sub-grids and use related entity views in sub-areas instead. It helps in load balancing.
Which is more efficient for data retrieval, FetchXML or OData?
I agree with UserId 11. FetchXML is usually optimized for complex queries and joins.
OData might be more flexible, but FetchXML is often faster for specific queries. It depends on your scenario.
How much impact do client-side scripts have on performance?
Consider using web resources efficiently and avoiding unnecessary DOM manipulations.
Client-side scripts can significantly impact performance. Try to minimize their use or delay their execution until necessary.
Appreciate the in-depth guide!
The article should have covered more on optimizing views.
Check for indexing on large datasets and limit the number of columns in views for better performance.
I struggled with configuring forms for performance. This helped!
Great post, very useful for my PL-400 prep!
I find that server-side optimizations can sometimes outweigh client-side tweaks in terms of overall performance.
True, server-side customizations like optimizing queries and workflows are crucial.
Thanks for this informative post!
Does anyone have experience with form performance tuning for mobile devices?
Look into leveraging Canvas apps for mobile-specific use cases.
Fewer tabs and minimized client-side scripting can significantly improve mobile performance.
Using Quick View Forms can help optimize forms as well.
Absolutely, Quick View Forms can preload data and reduce the need for multiple tabs.
Does anyone have tips on optimizing form load times in model-driven apps?
Yes, definitely! You can reduce the number of fields and use business rules to show/hide fields conditionally.
Also, make sure to limit the use of synchronous workflows and plugins.
Is there a tool to analyze model-driven app performance?
Yes, you can use the Power Platform Performance Insights tool for detailed analysis.
Removing unnecessary JavaScript web resources improved my form loading time!
That’s a great point! Cleaning up unused resources can have a huge impact.
What are best practices for optimizing business rules?
Keep business rules simple and avoid complex nested conditions.
Use synchronous workflows sparingly to avoid locking issues.
Can you use prefetching data techniques in model-driven apps?
Ensure you balance between prefetching and on-the-fly data retrieval to avoid memory overload.
Yes, prefetching techniques like using RetrieveMultiple queries can be very beneficial.
Does anyone have more details on optimizing form load time? My app seems sluggish.
Enable asynchronous loading of form components. This way, users can start interacting with the form while remaining parts are still loading.
You might want to check the number of fields and sections you’re loading by default. Reducing them can significantly speed up load times.
Great insights on optimizing model-driven app performance in PL-400. The tips on minimizing JavaScript were particularly useful.