creating barcode in vb.net FIGURE 12-41 Kernel Recycling window in Software

Generating Code 128 Code Set C in Software FIGURE 12-41 Kernel Recycling window

FIGURE 12-41 Kernel Recycling window
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NOTE When the Elapsed Time Since Kernel Starts and the Recycling Timeouts are both set, whichever one happens first will cycle the kernel
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The final area of Server Manager that we will discuss is monitoring The Server Manager allows you to configure monitors to provide notification of certain events To set this up, you simply log in to the Server Manager and click the Monitors quick link This will take you into the Monitors window, shown in Figure 12-42 On this window you can create a new monitor, stop an existing monitor, start an existing monitor, or delete a monitor You can also change the configuration of an existing monitor To create a new monitor, type the monitor name in the Monitor Name field and click the Create button This will take you into the Monitor Configuration window
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FIGURE 12-42 Monitors window
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On this window you have multiple sections In the General Properties section, you can set the query interval in seconds You can also set the monitor to start automatically The next section is the Managed Instances section In this section you can select what managed instance you want to monitor This will show all of your managed instances configured in the Server Manager The next section, Monitored Events, is where you tell the system what events you want to monitor and what the threshold of the events is set to The next section is the notification hours This section is where you specify the hours during which an e-mail notification will be sent This is a very handy feature as you may not want e-mails to go out during certain times of the night It also allows you to easily set up several monitors for different on-call times, notifying specific administrators of events instead of the whole team over weekends or other inconvenient times The final section of the Monitors window is the e-mail subscriptions window This window is where you specify the e-mail address(es) to which you want to send notifications To add an e-mail address, simply type the address in and click the Add button
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In this section, we teach you how the EnterpriseOne host code functions We will describe how the server communicates with other machines on the system and how work is accomplished on EnterpriseOne application and enterprise servers Reports or Universal Batch Engines (UBEs) and some business functions usually run on an enterprise or application server An interactive application never runs on an enterprise server or application server Interactive applications run only on the client presentation layer of the architecture Now that we have that straight, let s go through how the host code functions A UBE first is launched from a user using an HTML browser This kicks off a request from the EnterpriseOne HTML server, which uses JDENet to tell the enterprise server about the job This is how the users data selections and processing options are moved to the server when a report is run NOTE JDENet is the middleware that was developed for EnterpriseOne This middleware handles communication between different servers Once this request gets to the server, a JDENET_n process (which we go into more depth on later) becomes aware of the job It then determines what type of request is being made, for example, a request to run a UBE It then hands this job off to the proper kernel process A record is written to F986110, the Job Master Control file
JD Edwards EnterpriseOne: The Complete Reference
The queue process then finds this record and launches a runbatch job, which actually runs the UBE These JDENET_n processes can be thought of as the postman sorting mail They look at each request and then ensure it gets to the proper kernel So when tuning the system, remember you need enough mailmen to sort the mail! When runbatch starts, it finds the specification files that it needs to run, and these are held in a database table in an XML spec for the servers to share Thus you no longer need to deploy a package to every enterprise or application server you are using See 7 for more information These package builds are a snapshot of your central objects at a point in time So if you developed the report that you are running, checked this report in, and built and deployed a server package, then you would have the proper code specifications in the package table for the server to read and execute This is why server packages are necessary Reports run on the enterprise server do not look directly at your central object files to get the specification information they need to run They use a package table with XML format records, as of the 812 release All of the information about the report itself is contained in these files, and the DLLs for business functions are in the directory structure on your server As mentioned previously, the runbatch process uses these package files to run UBEs Specifically, runbatch looks at your path code on the enterprise server It then determines what package is deployed for that path code and directs the host code to this database file It uses the information in these files to execute all the code in your report At this point, your UBE is running, but it needs to get data from the database The system then calls upon JDEBASE, which is the functionality that enables EnterpriseOne to communicate with different types of databases It is the foundation code that the applications coded in EnterpriseOne sit on An application developer does not have to worry if his or her report gets data from an Oracle, SQL Server, or DB400 database because the JDEBASE code provides a means to call data on these platforms All the developer has to do is use a standard call and not worry about the details JDEBASE handles this process, which is contained in the foundation code The system reads the OCM mappings for the table it is looking for and finds a data source for this table The system then reads F98611, the Data Source Master table, which tells the system which machine and what type of database the data resides on, who the owner is, and how to get to the data To determine how to get to the data, the system reads the DLL name from the data source If the DLL refers it to Oracle, the system is coded to make calls directly to an Oracle database, using the standard Oracle calls, such as tnsnames configuration If the DLL tells the system that the database is DB400, SQL Server, or Microsoft SQL Server Desktop Edition (MSDE), then the system looks for an ODBC data source and uses it to connect to the database (assuming you are on a Intel server running Windows) If you are running a job on AS/400, JDEBASE can make calls for data directly on AS/400 as well Once the job is complete, the runbatch process updates F986110, the Job Master Control file, to show that the job is complete This process also produces a PDF file,
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