The following table lists the types of monitors that are available.
It also indicates whether the monitor can be used for the different display targets.
(SG: System Group, PM: Proxy Manager, Agt: Agent)
SG | PM | Agt | Node name at the bottom part of Summary tree | Outline |
|---|---|---|---|---|
Monitor name | ||||
Yes | No | No | Server Status | Agent status display Point Information of CPU, Memory, and Disk is displayed as "-" when the status of Agent under VMware vCenter is "Running". |
AgentStatusMonitor | ||||
Yes | Yes | No | Service operation | Summary of service operational information Operational status of the HTTP/DNS/SMTP/PORT services (color-coded display) |
ServiceAvailMonitor | ||||
Yes | Yes | No | End user response | Summary of end user response information End user response time |
UserResponseMonitor | ||||
Yes | No | Yes | Server resource | Summary of server performance information CPU usage rate Free memory rate Disk I/O count |
ServerMonitor | ||||
Yes | No | Yes | VMware(host) | VMware ESX/VMware ESXi physical performance information summary CPU usage rate Available memory Disk I/O count Point This graph makes it easy to see how much the physical CPU, disk, and memory are being used and how much is available. |
VMware(Physical)Monitor | ||||
No | No | Yes | VMware(Virtual machine stack) | VMware ESX/VMware ESXi virtual performance information stack graph CPU usage rate Memory usage Disk I/O count Point CPU usage rate is calculated with each physical CPU having a value of 100%.This means that the cumulative CPU usage rate of the CPUs of guest operating systems will be shown exceeding 100%. This graph makes it easy to see which guest OS is using the CPU, disk, and memory. It is possible to see information about the physical CPU, memory, and disk by displaying the CPU usage rate, available memory, and disk I/O count of "VMware(Physical)StackMonitor". |
VMware(Virtual)StackMonitor | ||||
No | No | Yes | VMware(cluster) | VMware vCenter cluster performance information stack graph CPU usage Memory usage Point This graph makes it easy to see which cluster is using the CPU and memory. It is possible to see information about the physical CPU, memory, and disk for the hosts in a cluster by displaying the CPU usage rate, available memory, and disk I/O count of "VMware(Physical)Monitor". |
VMware(Cluster)Monitor | ||||
No | No | Yes | VMware(resource pool) | VMware vCenter resource pool performance information stack graph CPU usage Memory usage Point This graph makes it easy to see which cluster is using the CPU and memory. It is possible to see information about the CPU, memory, and disk for the virtual machines in a resource pool by displaying the CPU usage rate, available memory, and disk I/O count of "VMware(Virtual)StackMonitor". |
VMware(ResourcePool)Monitor | ||||
Yes | No | Yes | Hyper-V(host) | Hyper-V physical performance information summary CPU usage rate Memory usage Point This graph makes it easy to see how much the physical CPU is being used and how much is available. It is also possible to see information about the physical memory and disk by the available memory and disk I/O count of "ServerMonitor". Note The Memory usage is displayed since Windows Server 2008 R2 Service Pack1. |
HyperV(Physical)Monitor | ||||
No | No | Yes | Hyper-V(Virtual machine stack) | Hyper-V virtual performance information stack graph CPU usage rate Point CPU usage rate is calculated with each virtual CPU having a value of 100%. This means that the cumulative CPU usage rate of the CPUs of guest operating systems will be shown exceeding 100%. This graph makes it easy to see which guest OS is using the CPU. It is possible to see information about the physical CPU, memory, and disk by displaying the CPU usage rate of "HyperV(Physical)Monitor" and the available memory and disk I/O count of "ServerMonitor". |
HyperV(Virtual)StackMonitor | ||||
No | No | Yes | KVM(Virtual machine stack) | Red Hat virtualization function (KVM) virtual performance information stack graph CPU usage rate Memory usage Disk I/O count Point CPU usage rate is calculated with each physical CPU having a value of 100%. This means that the cumulative CPU usage rate of the CPUs of guest operating systems will be shown exceeding 100%. This graph makes it easy to see which guest OS is using the CPU, disk, and memory. It is possible to see information about the physical CPU, memory, and disk by displaying the CPU usage rate, available memory, and disk I/O count of "ServerMonitor". |
KVM(Virtual)StackMonitor | ||||
No | No | Yes | Xen(Virtual machine stack) | Red Hat virtualization function (Xen) virtual performance information stack graph CPU usage rate Memory usage Disk I/O count Point CPU usage rate is calculated with each physical CPU having a value of 100%. This means that the cumulative CPU usage rate of the CPUs of guest operating systems will be shown exceeding 100%. This graph makes it easy to see which guest OS is using the CPU, disk, and memory. It is possible to see information about the physical CPU, memory, and disk by displaying the CPU usage rate, available memory, and disk I/O count of "ServerMonitor". |
Xen(Virtual)StackMonitor | ||||
No | No | Yes | Solaris Zone(Virtual machine stack) | Solaris Zone Virtualization function virtual performance information stack graph CPU usage rate Memory usage Point This graph makes it easy to see which Zone is using the CPU, disk, and memory. It is possible to see information about the Global Zone CPU, memory, and disk by displaying the CPU usage rate, available memory, and disk I/O count of "ServerMonitor". |
SolarisZone(Virtual)StackMonitor | ||||
Yes | No | Yes | Solaris Zone(Solaris 10) | Summary of Solaris Zone performance information CPU usage rate Memory usage rate Point If Solaris zones are bound to processor sets, the CPU usage will be 100% for each processor set. |
ZoneMonitor(Solaris10) | ||||
Yes | No | No | Solaris Zone(Solaris 10)(Virtual machine stack) | Stack graph for Solaris Zone(Solaris 10) performance information Stack graph for CPU usage rates Stack graph for memory usage rates Point If Solaris zones are bound to processor sets, the CPU usage will be 100% for each processor set. To display a stack graph for CPU usage rates, it is necessary to create a system group for each processor set. |
ZoneStackMonitor(Solaris10) | ||||
Yes | No | Yes | Web transaction | Summary of Web transaction volume information Request count Traffic volume |
WebTrnMonitor | ||||
Yes | No | Yes | Network | Summary of Systemwalker Resource Coordinator (Network) performance information Transmission line problems (including adjoining lines) |
TcpNetworkMonitor | ||||
Yes | No | Yes | Storage | Summary of Systemwalker Resource Coordinator (Storage) performance information Maximum read response time Maximum write response time Maximum disk usage rate |
StorageMonitor | ||||
No | No | Yes | VMPool | Summary of VM pool CPU usage rate Memory usage rate |
ROR(VMPool)Monitor | ||||
No | No | Yes | StoragePool | Summary of storage pool StoragePool usage rate Note In the storage pool where the Thin Provisioning function is effective, the number of L-Server that can be disposed is displayed as all 0 regardless of the kind of the L-Platform template. |
ROR(StoragePool)Monitor | ||||
No | No | Yes | NetworkPool | Summary of network pool NetworkPool usage rate |
ROR(NetworkPool)Monitor | ||||
No | No | Yes | ServerPool | Summary of server pool ServerPool usage rate Note When a physical server is not registered in the server pool of ServerView Resource Orchestrator, it is not displayed. |
ROR(ServerPool)Monitor | ||||
No | No | Yes | AddressPool | Summary of address pool AddressPool usage rate Note When a physical server is not registered in the server pool of ServerView Resource Orchestrator, it is not displayed. |
ROR(AddressPool)Monitor | ||||
Yes | No | Yes | Interstage(EJB) | Summary of Interstage Application Server (EJB) performance information Maximum processing time for EJB applications Pending request count |
Interstage(EJB)Monitor | ||||
Yes | No | Yes | Interstage(TD) | Summary of Interstage Application Server (TD) performance information Maximum request processing time for objects Pending request count |
Interstage(TD)Monitor | ||||
Yes | No | Yes | Interstage(CORBA) | Summary of Interstage Application Server (CORBA) performance information Maximum request processing time for implementation repository IDs Pending request count |
Interstage(CORBA)Monitor | ||||
Yes | No | Yes | Interstage(IJServer) | Summary of Interstage Application Server (IJServer) performance information Maximum current heap usage rate for JavaVM |
Interstage(IJServer)Monitor | ||||
Yes | No | Yes | Interstage(JServerCluster) | Summary of Interstage Application Server Java VM performance information Mean value of amount of use of heap of Java VM (present) Mean value of quantity consumed (present) in Perm area of Java VM Garbage collection |
Interstage(IJServerCluster)Monitor | ||||
Yes | No | Yes | Interstage(IBAS async) | Summary of Interstage Business Application Server performance information The number of transactions that have been executed The average and maximum execution times for multiple instances of the same transaction The average and maximum execution times for all transactions that have been executed |
TxnAsyncMonitor | ||||
Yes | No | Yes | Interstage(IBAS sync) | Summary of Interstage Application Framework Suite performance information The number of transactions that have been executed The average and maximum execution times for multiple instances of the same transaction The average and maximum execution times for all transactions that have been executed |
TxnSyncMonitor | ||||
Yes | No | Yes | Interstage(IBAS OssJava | Summary of Interstage Business Application Server Open Java Framework performance information The number of transactions that have been executed The average and maximum execution times for multiple instances of the same transaction The average and maximum execution times for all transactions that have been executed |
TxnOssJavaMonitor | ||||
Yes | No | Yes | Interstage(ISI Sequence Summary) | Summary of Interstage Service Integrator performance information Sequence processing number (unit of group) |
ISI SequenceMonitor(Summary) | ||||
Yes | No | Yes | Interstage(ISI Sequence Detail) | Summary of Interstage Service Integrator performance information Sequence processing number (unit of sequence) |
ISI SequenceMonitor(Detail) | ||||
Yes | No | Yes | Interstage(ISI Queue Summary) | Summary of Interstage Service Integrator performance information Number of queue stays (unit of group) |
ISI QueueMonitor(Summary) | ||||
Yes | No | Yes | Interstage(ISI Queue Detail) | Summary of Interstage Service Integrator performance information Number of queue stays (unit of sequence) |
ISI QueueMonitor(Detail) | ||||
Yes | No | Yes | WebLogicServer | Summary of Oracle WebLogic Server Java VM performance information Mean value of amount of use of heap of Java VM (present) Garbage collection |
WebLogicServerMonitor | ||||
Yes | No | Yes | Operation Manager | Summary of Systemwalker Operation Manager performance information Change in job concurrency Change in the number of pending jobs Change in the number of completed jobs Change in the number of error jobs |
OperationMgrMonitor | ||||
Yes | No | Yes | MS-.NET | MS-.NET performance information summary The number of requests waiting to be processed The number of requests |
MS-.NET_Monitor | ||||
Yes | No | Yes | SAP | SAP performance information summary Dialog response time Number of enqueue requests and queue length Background usage rate Number of RFC calls waiting to be executed |
SAP Monitor | ||||
Yes | No | Yes | Symfoware | Summary of Symfoware Server performance information Buffer hit rate The number of times that the buffer has been used up SQL count |
SymfowareMonitor | ||||
Yes | No | Yes | Oracle | Summary of Oracle Database Server performance information Buffer hit rate Exclusive control wait count |
OracleMonitor | ||||
Yes | No | Yes | MS-SQL | MS-SQL performance information summary Buffer cache hit rate The number of deadlocks The number of transactions |
MS-SQL_Monitor | ||||
Yes | No | Yes | User data | Information about user data |
UserDataMonitor |
System Group monitors collectively display information about Proxy Managers and Agents registered with the System Group.
Note that only those monitors that can be displayed for the display targets will appear in the tree.
Monitors for which correct configuration information cannot be collected will not appear in the tree, even if they do exist.
Refer to "Manager" in the Technical Guide and "Data Formats" in the Reference Guide for details on the information displayed in the Summary view.
