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Recently we announced a new and pretty powerful Extensibility feature, wrapping methods with Chain of Command in augmentation classes. This allows to write much cleaner extensions with fewer lines of code, as well as provides some extra capabilities like access to protected fields and methods of augmented object, easier way of ensuring a single transaction scope for standard and extension code, etc. If you are not yet familiar with this feature, you are missing out. Go read about it: There was one significant restriction applied (by design) to these wrapper methods: Wrapper methods must always call next. In my previous post I described the capabilities of the Dynamics 365 FOE platform update 10, when it comes to working with display/edit methods. In Platform Update 11 a few improvements came out, which I will describe below (with an example).

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Let's use the same example as in, and add a new display method showing the internal product name for a selected product - we'll compose it by appending some text to the product search name. Step 1 - Create a table extension and add a new display method to it - New recommended approach. Introduction I am sure most of you are familiar with set-based X++ CUD operators: insert_recordset, update_recordset and delete_from. They allow performing database operations with a large number of records in a single roundtrip to the server, instead of a row-by-row type of operation, which depends on the number of rows being processed. As a result, they can provide a very significant boost in overall performance of a selected flow.

If not familiar or just need a refresher, you can read more about it by following the link to. Problem statement There's however one significant drawback with these operators - they are all compile-time constructs, so they lack the flexibility of the flow modifying the database request before it is set based on runtime state of the flow. And, once the application is sealed, that will mean there is no way to modify the request even at compile-time, as X++ statements are not extensible. Solution In Microsoft Dynamics AX 2012 R3 a static method was added on the Query class, that allows to solve the two problems above for insert_recordset.

This is of course now also available in Microsoft Dynamics 365 for Finance and Operations: Enterprise edition. Note: update_recordset and delete_from are still not supported through the Query class. Example Imagine that we need to write a function that would copy selected sales order line information into a sales order line history table for one or more orders.

Data model Here's how the data model for this table is defined in this example: DEV_SalesLineHistory data model diagram 2. New DEV_SalesLineHistory table in Visual Studio And here's how the new table looks in Visual Studio (I created a new model for it in a separate package dependent on Application Suite): DEV_SalesLineHistory table Note I skipped all stuff non-essential to this example 3. Copy function through regular X++ insert_recordset statement. Now let's convert the above to a Query, and call Query::insert_recordset() instead. This method accepts three arguments: • An instance of a table record. This is where data will be inserted into.

We can then use this variable to ask how many rows were inserted, for example. • An instance of a Map(Types::String, Types::Container), which defines the mapping of the fields to copy. In X++ operator, this had to be based on the specific order in the field selection lists in the select statement. • The map key is the target field name. • The value is a container, which defines a pair of values: • the unique identifier of the QueryBuildDataSource object points to the table to copy the value from • the field name on the above data source to copy the value from • An instance of a Query class, which defines the select statement for the data, similar to what you see in the X++ version above. As you can see from the above, it does not account for literals, as we did with variables in the X++ operator example.

That is currently not supported with this API. We can however solve this through a use of a 'temporary' table, as suggested below. Define a new table to store calculable literals. As you can see, the first part of the code builds a query using the QueryBuild* class hierarchy. The query is identical to the above select statement, with the addition of another join to our 'tmp' table to retrieve the literals. The second part populates the target to source Map object, which maps the fields to insert into to their source.

The third part actually invokes the operation, making sure we have the record populated in our 'tmp' table beforehand. Because the first argument is the record we insert into, we can use it to get the RowCount(), telling us how many records have been inserted. Extensibility aspect. GFI FAXmaker14 LINK Txt.