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We just have to implement the rate method. Verify that the new library appears in the References node in Application Explorer. After you execute TMS-specific operations inSupply Chain Management, the Internet Information Services (IIS) worker process might lock the ThirdPartyTMSEngines assembly so that the assembly can’t be updated. On the first page of the Create model wizard, name the model TMSEngines. Rename the C# class that is automatically generated in the ThirdPartyTMSEngines project to SampleRatingEngine. This section explains how to create a class library that has a TMS engine implementation, and how to reference it from a Supply Chain Management model. Also, it helps protect your engine from damage during transport. The engine should point to the engine assembly that is produced by building the engine class library and the engine class that you implemented. On the Rate route workbench page, click Rate shop. In a production environment, you should deploy through a deployment package. Shipping an engine is one of the most common types of movements that we see. Crate or Pallet? When you've finished, your solution should look like this. In this example, we are rate shopping for a route from warehouse 24 to customer US-004. If you set this project as your startup project and start a debugging session, you can debug both X++ and C# code in the same debugging session. You can't just use post office shipping on this thing. On the Rate route workbench page, click Rate shop. The engine should point to the engine assembly that is produced by building the engine class library and the engine class that you implemented. Copy the resulting assembly into the binary location of the Supply Chain Management server, [AOSWebRoot]bin. On the next page, click Finish to confirm the creation of a new model. In the project properties, set the project's model to TMSEngines. The core TMS assembly (which contains engines) and the TMS base assembly (which contains helpers, constants, data transfer class definitions, and so on). Every time that you change and recompile your ThirdPartyTMSEngines project, you must manually copy the resulting assembly to the binary location or deploy through a deployment package. This section explains how to set up Supply Chain Management to use a TMS engine, and shows how the new engine that we have created is used in rate shopping. Because our engine doesn't use any data, you don’t have to assign a rate master. For instructions, see the previous section, "Deploy the TMS engine as a package.". On the Dynamics 365 > Model Management menu, click Create model to create a new model. An engine can ship one of two ways: in a crate or on a pallet. The base class implements most of the rate engine interface (TMSFwkIRateEngine). For a tutorial, see Install a deployable package. Because we are creating a rate engine in this example, we inherit from the base class for rate engines. Add a new C# class library to your solution, and name it ThirdPartyTMSEngines. [Packages root] is the path of the location where all the deployed assemblies are placed, such as C:\Packages. Because our engine doesn't use any data, you don’t have to assign a rate master. These assemblies can be found in the following locations. You can now deploy the package to the target environment. (The ApplicationPlatform model is preselected.). Transportation management (TMS) engines define the logic that is used to generate and process transportation rates in Transportation management. To keep this example simple, we will make this method register a hard-coded rate of 100. Supply Chain Management provides several different engine types that calculate different parameters, such as rates, transit times, and the number of zones that will be crossed during transit. Create a shipping carrier that uses the Sample rate engine. In a new solution, create a new Supply Chain Management project, and name it TMSThirdParty. Create a shipping carrier that uses the Sample rate engine. One way to deploy third-party TMS engines is through a deployment package. In a development environment, you can manually copy the assemblies, as described in the next section, "Set up a TMS engine in Supply Chain Management." The example in this section uses the USMF demo data company. The reference should point to the ThirdPartyTMSEngines project. On the next page, select the ApplicationSuite model to reference. In the ThirdPartyTMSEngines project, add references to Supply Chain Management–specific assemblies: Application assemblies that enable X++ types to be referenced. In this case, restart the w3svc process. All of the following tips are for shipping by LTL carriers. A crated engine’s class is 70, while an engine on a pallet is class 85. You can create engines that implement any of the engine interfaces, such as TMSFwkIAccessorialEngine. To deploy the engine as a package, follow these steps. Note: This step is relevant only in a development environment. For more information about the engines, see Transportation management engines. Implement the engine. Create a new engine as described in the "Create a new TMS engine" section. On the next page, select Create new package. In the Create Deployment Package dialog box, select the TMSEngines model, and enter the path where you want to store your package files. This approach is recommended in a production environment. This means less stress for both you and the receiver of the motor. As previously mentioned, the best way to ship an engine is by crating it.

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