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Figure 12 8: Miscellaneous alerts thresholds maintenance options
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With release 4.0 or R/3, SAP introduced a new monitoring architecture within the CCMS based on advanced object oriented technology. The alert monitor 4.x is based on and developed using this new monitoring architecture. The 4.x alert monitor includes the following added features over previous 3.x releases: Dynamic generation of alerts on each system being monitored Assignment of analysis tools for different types of alerts or alarms Easy display, logging, and management of occurring alerts with a convenient alert browser Ability to adapt monitoring tools to system managers' requirements Ease of integration with external tools and applications using APIs and BAPIs Ability to manage alerts from several R/3 systems environments
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The new monitoring architecture, shown in Fig. 12 9, is made up of the following main components: Data suppliers. Data suppliers are programs that collect information from different parts or components of the R/3 systems and the related environment. Data suppliers keep information related to different Monitoring objects. Initially, the system includes active data suppliers for host systems where SAP is running, both application instances and database. Monitoring objects. These objects represent different elements or system components that can be monitored within R/3 or a related environment. Monitoring objects are created by data suppliers, which are also in charge of collecting information about the monitoring objects. Each type of information that can be collected for a monitoring object is known as an attribute. For example, a monitoring object can be swap space and its attribute space used, with a value of 10 percent, which is the data collected by the data supplier. Data consumers. These are programs that, depending on the monitoring object status, process the 434
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Monitoring Tree object information collected from data suppliers. This information is used for management, monitoring, and analysis. Like the data suppliers, the data consumer programs are linked to monitoring objects using BAPIs, so they can be either R/3 or external programs.
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Figure 12 9: Monitoring architecture. (Copyright by SAP AG.) An additional concept and type of monitoring functionality is provided by message containers, which can hold logs and traces from different parts of the system, making this information available for the alert monitors. The initial application of the new monitoring architecture is the Alert Monitor 4.x, which is made up of the standard data consumer provided by SAP in standard installations. Based on the information provided by the data supplier, the alert monitor (data consumer) includes the following functionalities: Triggering alerts in case of errors or warning, and displaying them in different colors. Managing and displaying detailed information about the monitoring object, as well as permitting changes in its configuration, such as the definition of alert thresholds Assigning on alert tools to the monitoring objects, so that automatic reaction to alerts can be configured Assigning analysis tools to the monitoring object for the analysis and determination of the causes for alerts The following sections introduce the main concepts and components needed for working with the alert monitor 4.x.
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The alert monitor displays information about monitoring objects using hierarchical trees known as monitoring trees (MTs) of the different system components to be monitored. Each node of the tree corresponds to a monitoring tree element (MTE). There are three types of MTEs: Monitoring attributes. These MTEs are directly related to the monitoring object, its attributes, and its values. They can be classified as performance, single message, heartbeat, message container (can trigger alerts), and text (only used for descriptions). Monitoring objects. These are used for grouping together several monitoring attributes that are linked to the same object. 435
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Monitors and Monitor Sets Monitoring summary nodes. These nodes are used for grouping MTEs of both monitoring objects and monitoring attributes. These nodes can be either real (containing data that can be saved) or virtual (pointing to real MTEs but unable to be saved). Figure 12 10 shows an example of MTEs obtained by expanding the tree of one of the monitors, for example and for a start of the basic monitor.
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