5/8/2023 0 Comments Ef collection![]() Webfonts can be used across multiple websites/domains as long as the websites/domains all belong to the single License Owner, and the pageviews are not exceeded. If you require a Desktop license that covers additional users, simply place a new order for the same Desktop package, for the number of additional users. Please be sure to review the listing foundry's Desktop license agreement as some restrictions may apply-such as use in logos/trademarks, geographic restrictions (number of locations), and products that will be sold.ĭesktop licenses are cumulative. You can change the number of users by clicking the quantity dropdown option on Buying Choices or Cart pages. png)ĭesktop licenses are based on the number of users of the fonts in other words, the number of computers in which the font will be installed. Create and print documents, as well as static images (.jpeg.Use the font within desktop applications such as Microsoft Word, Mac Pages, Adobe InDesign, Adobe Photoshop, etc.Install the font on your Mac OS X or Windows system.While EF doesn’t support encapsulated collections out of the box, with some extensions and redirection, I can continue on with an encapsulated domain model.For the most common uses, both personal and professional, for use in desktop applications with a font menu. This certainly isn’t the only way to encapsulate collections in EF, but it does allow me to have minimal impact to the surface API of my domain model. If I had naming conventions, I could just use reflection to load the property myself, but with the DelegateDecompiler method, it will use whatever the public IEnumerable property accesses. Now in my code, I’ve injected my expression replacing into the mapping configuration and query pipeline so that if I refer to the collection property, the expression gets redirected to the backing protected property. Since my EF queries flow through AutoMapper projections, I made sure that I call the DelegateDecompiler’s Decompile method in my extensions:Īnd finally, I need to create my own Include method that replaces EF: There is a catch, however, in that if we filter based on that property or use Include, we’ll need to run through the same expression redirection process. From inside an EntityTypeConfiguration class:ĮF will now use the protected property to load behind the scenes, even though we’re referring to the public property. When we configure EF Code First, our custom HasMany method will be called instead of the EF Code First one, which only accepts ICollection. DelegateDecompiler peers into the property of my IEnumerable, recognizes that it’s referring to another property, and then we swap out our IEnumerable property with the found ICollection one: Then we’ll need to expose our own custom HasMany EF Code First extension method that redirects the property from our IEnumerable one to the backing field. First, our DelegateDecompiler configuration: Next, we’ll use the DelegateDecompiler project to help rewrite our expressions that refer to the IEnumerable property. We’ve encapsulated our private field into a protected property with the same naming scheme, so only my Order class (or the proxy subclass) can access the full collection. First, let’s add our protected backing property instead of that private field (protected to get lazy loading etc): But what if we used a protected property instead? Or exposed the expression in other ways? One way is to use expression tree rewriting to refer to the public readonly property in one way, but trick EF into looking at a protected property instead (thanks hazzik). You can do tricks to trick EF to map to a field, but underneath the covers, it won’t be able to do things like tracked entities, lazy loading or eager fetching. Our collection is now fully encapsulated, however, EF doesn’t support mapping to private fields. To address this issue and only expose operations which we want to allow, we invoke the encapsulate collection refactoring: We might have an operation that needs to invoke some side effects as the result of adding or removing from the collection:īut since we expose the collection directly, we can run into some inconsistencies: For encapsulated domain models that enforce their own consistency boundary, encapsulating a collection is quite important to ensure your domain model stays consistent. ![]() ![]() The list of missing EF features is quite long, but several of the items in the list do have workarounds. Missing EF Feature Workarounds: Encapsulated collections 9 May, 2014.
0 Comments
Leave a Reply. |