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9: EnterpriseOne Kernel Architecture
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Kernel Def22: XML Dispatch kernel kernel
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Routes XML messages to their proper
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Kernel Def23: XTS kernel Transforms XML messages from one type to another This kernel is used when the XML message is not in a recognized E1 format Kernel Def24: XML Service kernel Processes inbound XAPI messages Kernel Def30: Metadata kernel Processes XML spec access requests Kernel Def31: XML Publisher Handles XML publishing requests
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Kernel Def32 Server Manager Provides information to the Server Manager application This application/kernel is specific to the 897 Tools Release and higher
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NOTE The kernel definitions available will vary somewhat based on the product release of the EnterpriseOne product Now that we have taken a look at some of the kernel processes, let s talk in some more detail about each of them JDENet is a generic term you will hear bantered about to describe communication between EnterpriseOne servers and clients This is really a proprietary communications middleware package that provides server-to-server and client-to-server communication The JDENET_n process is a peer-to-peer middleware solution This solution handles requests from one machine to another (for instance a batch request or a request to execute a business function) This communication occurs through messages JDENET_n messages can originate from the client or the server JDENET_n messages contain requests for processing (such as EnterpriseOne sign-on security requests) The JDENET_n process handles database requests only if multiple servers are in use and if they are different server types If this is the case, then the middleware is generally referred to as JDBNet Application messages and requests can be issued synchronously or asynchronously A synchronous message (like a business function) would wait for the server to complete the request An asynchronous request (such as a batch process) would allow the client to continue working on another task while the EnterpriseOne application processed the request While the JDENET_n processes communicate with workstations and servers, this key process also routes requests to the appropriate dedicated EnterpriseOne kernel processes These processes (which can run on any platform type supported for the
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JD Edwards EnterpriseOne: The Complete Reference
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EnterpriseOne product line) route work to platform-specific logic processes, such as DLLs, shared libraries, and job queues An individual EnterpriseOne application/ logic server will have multiple dedicated kernel processes, DLLs, shared libraries, and/or job queues The key advantage to this is that many different clients can make requests to the same server at the same time EnterpriseOne enables you to control the number of clients that can make and maintain a session connection to the server processes and further allows you to define the total number of dedicated processes on that server This enables you to tune the server to handle different types of requests (such as batch, XML, BSFN) The JDENET_n process is key to all of this action as it is the Ma Bell of EnterpriseOne and keeps everyone connected In the JDEINI file on the EnterpriseOne application/logic server, you can define a number of key components of the JDENET process For one thing, you can define how many JDENET_n processes you would like to run on a particular server This will control how many connections you can have to that server at any one time A good rule of thumb is one JDENET_n process for every 50 or so concurrent users (this would be in addition to the main JDENET_n process) To adjust this you would locate the [JDENET] stanza in the JDEINI file Under this section of the configuration file you can control the number of JDENET_n processes on the server by adjusting the maxNetProcesses setting This setting will control how many JDENET_n processes can be spawned on your EnterpriseOne application/logic server The next variable in the configuration file, maxNetConnections, provides you with the ability to determine how many connections you will allow for the EnterpriseOne server This value is divided among the JDENET_n processes, not including the main JDENET_n process For example, if the setting is 200 and you have set maxNetProcesses=5, then each JDENET_n process will handle up to 50 connections The reason for this is that the main JDENET_n does not handle user requests (unless maxNetProcesses=1, which we do not recommend); it will only handle the initial connections from clients The default value for this setting is 400; however, if you have a fairly large implementation, it is a good idea to increase this setting By configuring these settings in the JDEINI file, we are able to determine how many JDENET processes we will have and how many connections can be made to each of these processes The next kernel we will examine is kernel definition 2, which is the UBE kernel This kernel process addresses batch process requests Part of this function is to handle user requests for PDF and log files The Replication kernel definition (Kernel Def3) was designed to process data replication requests This is mainly a throwback to earlier releases when EnterpriseOne had replication functionality to move tables from a central database to a local database This kernel also handled data dictionary replication functionality In newer releases, such as 812, EnterpriseOne does not replicate information
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