Abstract: A management server includes a meta rule for identifying an event to be a root cause and a failure recovery method that corresponds to the meta rule for an event capable of occurring in a plurality of node apparatuses, and also displays a cause event to be a root cause of an event detected by the management server, and a method for recovering from this cause event.

Abstract: An operation management system 12 alleviates the burden on an administrator 103 who carries out reappearance monitoring of a failure that occurred in a computer system 11. The operation management system 12 detects one or more detected events occurring in the computer system 11, and selects a first causal laws code 180 included in a causal laws information 168 based on the causal laws information 168 and the detected event. The operation management system 12, in a case where the composition of the computer system 11 has been changed to eliminate the cause of generation of the detected event, selects a second causal laws code 180 included in a post-change causal laws information 168 based on the post-change causal laws information 168 and the first causal laws code 180, and notifies the administrator 103 of information related to the selected second causal laws code 180.

Abstract: A management system, which manages an information processing system by identifying a cause location based on previously defined analysis rule information, displays a status that is a condition of the analysis rule information but is not receivable, based on acquirable status information of the apparatuses making up the information processing system or information about statuses received in the past.

Abstract: The management system of the present invention is capable of efficiently discovering each apparatus coupled to a communication network. The management server 1 judges a type of an apparatus coupled to a communication network 5 on the basis of service utilization information T1, which is acquired from a discovered device or acquired from a device (an iSNS server 4, for example) having a name server function for resolving an address from a public name, and on the basis of discovery management information prepared beforehand (S1, S2). The management server 1 acquires a communication protocol in accordance with the type of the apparatus from protocol selection rules T3, and attempts authentication of the apparatus by using the communication protocol (S3).

Abstract: A monitoring apparatus communicatively coupled to one or more devices forming an information processing system manages each of the devices by setting the device to be in any one of monitoring states including a monitoring target to be always monitored, a semi-monitoring target to be determined if there is a change in resources and a non-monitoring target being neither the monitoring target nor the semi-monitoring target. The monitoring apparatus newly acquires resource information on a device whose monitoring state is currently set to be the monitoring target or the semi-monitoring target, and determines if any of the resources of the device is changed on the basis of the newly acquired resource information, the resource information acquired last time, and a determination condition. When determining that any of the resources has been changed, the monitoring apparatus outputs a screen prompting a change of the monitoring state of the device.

Abstract: In the system management server, an information processing apparatus that is an event-information acquisition target is registered as a monitored apparatus in configuration information; event information that complies with a rule stored in advance is identified from among a plurality of pieces of event information stored in the system management server; a server apparatus for a network service related to the event information is identified; and a message is displayed which indicates that the cause of the event that occurred in a client information processing apparatus which has generated event information is an event related to the network service, which occurred in the server apparatus.

Abstract: A storage resource stores a plugin information package, which is an information package comprising definition information for plugging in a node device as a management target. The definition information is information denoting at the least one of a method for acquiring information from a node device and an item of information to be acquired from a node device. A processor references the plugin information package, which is stored in the storage resource, and accesses a node device via a communication interface device based on the referenced plugin information package. The node device comprising information that has been correctly acquired in accordance with this access is regarded as the management target.

Abstract: An information processing apparatus and an information processing method capable of assigning, to an application, a volume having a performance required by the application while simplifying administration are proposed. A performance and a capacity of each first storage area respectively provided by each storage device as well as a performance and a capacity required for a volume respectively assigned to each application running on a host system are managed, and based on the performance and the capacity of each first storage area and the performance and the capacity required for the volume to be respectively assigned to each application, the volume having the performance and the capacity required by the application is assigned to the application, and when a plurality of the volumes are assigned to one of the applications, the volumes provided in the same storage device are preferentially assigned.

Abstract: In the system management server, an information processing apparatus that is an event-information acquisition target is registered as a monitored apparatus in configuration information; event information that complies with a rule stored in advance is identified from among a plurality of pieces of event information stored in the system management server; a server apparatus for a network service related to the event information is identified; and a message is displayed which indicates that the cause of the event that occurred in a client information processing apparatus which has generated event information is an event related to the network service, which occurred in the server apparatus.

Abstract: A data migration method is provided which can provide a user at a low cost with a function of migrating data from an existing storage when an additional storage is installed. A business application is operated by using a business server and a first storage. When the capacity and performance of data used by a business application become insufficient, a second storage is installed to compensate for insufficiency. In this case, the management server collectively copies data and configuration information of the first storage to the second storage, the data and configuration information are deleted at a later time in accordance with migration command information selected from a GUI screen. It is therefore possible to migrate necessary data and configuration information of the first storage to the second storage, without making a user be conscious of the details of the configuration information of logical devices of a storage.

Abstract: A monitoring apparatus communicatively coupled to one or more devices forming an information processing system manages each of the devices by setting the device to be in any one of monitoring states including a monitoring target to be always monitored, a semi-monitoring target to be determined if there is a change in resources and a non-monitoring target being neither the monitoring target nor the semi-monitoring target. The monitoring apparatus newly acquires resource information on a device whose monitoring state is currently set to be the monitoring target or the semi-monitoring target, and determines if any of the resources of the device is changed on the basis of the newly acquired resource information, the resource information acquired last time, and a determination condition. When determining that any of the resources has been changed, the monitoring apparatus outputs a screen prompting a change of the monitoring state of the device.

Abstract: To quickly establish an inferring result when a problem is detected in an operation management system equipped with a rule-based inference processing function, there is provided a method of collecting information for managing a computer system equipped with a plurality of devices. The computer system holds rule for associating a plurality of events with a conclusion output when all of the plurality of events have been detected. The method includes: executing, at a first interval, polling to obtain information indicating whether each of the plurality of events has been detected; judging whether the plurality of events have been detected; and executing, upon judgment that at least one of the plurality of events has been detected and none of the remaining events have been detected, before execution of next polling at the first interval, polling to obtain information indicating whether at least one of the undetected remaining events has been detected.

Abstract: A system monitoring apparatus specifies an intentionally shutdown system component or monitoring target, and a different monitoring target that is dependent thereon (a dependent target), and does not display an alert even when an error state is detected for a monitoring target inside the intentionally shutdown system component or the intentionally shutdown monitoring target, and the dependent target of the system component or monitoring target.

Abstract: An information processing apparatus and an information processing method capable of assigning, to an application, a volume having a performance required by the application while simplifying administration are proposed. A performance and a capacity of each first storage area respectively provided by each storage device as well as a performance and a capacity required for a volume respectively assigned to each application running on a host system are managed, and based on the performance and the capacity of each first storage area and the performance and the capacity required for the volume to be respectively assigned to each application, the volume having the performance and the capacity required by the application is assigned to the application, and when a plurality of the volumes are assigned to one of the applications, the volumes provided in the same storage device are preferentially assigned.

Abstract: A data migration method is provided which can provide a user at a low cost with a function of migrating data from an existing storage when an additional storage is installed. A business application is operated by using a business server and a first storage. When the capacity and performance of data used by a business application become insufficient, a second storage is installed to compensate for insufficiency. In this case, the management server collectively copies data and configuration information of the first storage to the second storage, the data and configuration information are deleted at a later time in accordance with migration command information selected from a GUI screen. It is therefore possible to migrate necessary data and configuration information of the first storage to the second storage, without making a user be conscious of the details of the configuration information of logical devices of a storage.

Abstract: Selection of a migration source volume and a migration destination volume of an implemented migration is accepted. Based on a completion date and time of the implemented migration and an update date and time of the volume, it is determined whether or not the selected migration source volume and migration destination volume are updated after the completion of the implemented migration. When it is determined that both the migration source volume and the migration destination volume are not updated, the implemented migration is undone by setting a storage subsystem to allow a host computer to make access to the migration source volume.

Abstract: A management device and management method capable of improving usability of a storage system is proposed. The management device and the management method for managing data migration between volumes in a storage system in which normal volumes to which fixed storage areas are allocated in advance and virtual volumes to which storage areas are dynamically allocated according to use status coexist as types of volumes for reading and writing data is arranged so that information regarding each volume is collected, and based on the collected information, at least a total logical capacity that is a summation of logical capacities determined in advance for the respective volume is separately displayed for normal volumes and virtual volumes.

Abstract: The present invention achieves data relocation in accordance with a user's policies, in an environment where a plurality of storage devices are combined. The volumes belonging to storage devices A-D are managed virtually integrally. A host recognizes a plurality of storage devices A-D as a single virtual storage device. The user is able to group the volumes belonging to the storage system, as a plurality of storage layers 1-3. For example, storage layer 1 can be defined as a high-reliability layer, storage layer 2, as a low-cost layer, and storage layer 3, as an archive layer. Each storage layer is constituted by a group of volumes corresponding to respective policies (high reliability, low cost, archiving). The user designates volumes to be moved V1 and V2, in group units, and indicates a storage layer forming a movement destination, whereby the data is relocated.

Abstract: The present invention achieves data relocation in accordance with a user's policies, in an environment where a plurality of storage devices coexist. The volumes belonging to storage devices A-D are managed virtually integrally. A host recognizes a plurality of storage devices A-D as a single virtual storage device. The user is able to group arbitrarily each volume belonging to the storage system, as a plurality of storage layers 1-3. For example, storage layer 1 can be defined as a high-reliability layer, storage layer 2, as a low-cost layer, and storage layer 3, as an archive layer. Each storage layer is constituted by a group of volumes corresponding to respective policies (high reliability, low cost, archiving). The user designates volumes V1 and V2 to be moved, in group units, and indicates a storage layer forming a movement destination, whereby the data is relocated.

Abstract: In a storage system, to allocate a physical storage area to the storage system in response to a new write request issued thereto, an appropriate allocation size is obtained according to write requests issued in the past. If the allocation size obtained as a result has been defined in the storage unit, the setting information of the storage unit is changed to allocate the physical storage area of the allocation size to the storage unit.