| Profile Name | Profile Description | Profile Type |
| Generic Target Ports Profile | Models the generic behavior of target ports in storage systems such as disk arrays and tape libraries. Separate profiles specialize this abstract profile for Fibre Channel, iSCSI, and other transports. | Component |
| FC Target Ports Profile | Models the Fibre Channel specific aspects of a target storage system. Specializes the Generic Target Ports Profile. | Component |
| FCoE Target Ports Profile | Models the FCoE specific aspects of a target device. | Component |
| iSCSI Target Ports Profile | Models the iSCSI specific aspects of a target device. | Component |
| Serial Attached SCSI (SAS) Target Port Profile | Models the SAS specific aspects of a target device. Specializes the Generic Target Ports Profile. | Component |
| Serial ATA (SATA) Target Ports Profile | Models the SATA specific aspects of a target device. Specializes Generic Target Ports Profile. | Component |
| SB Target Port Profile | Models the SB (Single Byte) Fibre Channel specific aspects of a target storage system. Specializes the Generic Target Ports Profile. | Component |
| Direct Attach (DA) Ports Profile | Models storage systems that attach directly to a host system. Behaves as both an initiator port and a target port. | Component |
| Generic Initiator Ports Profile | Models the generic behavior of initiator ports in host adaptors. Separate profiles specialize this abstract profile for Fibre Channel, iSCSI, and other transports. | Component |
| Parallel SCSI (SPI) Initiator Ports Profile | Models the SPI specific aspects of an initiator port. Specializes the Generic Initiator Ports Profile. | Component |
| iSCSI Initiator Port Profile | Models the iSCSI aspects of an initiator port. Specializes the Generic Initiator Ports Profile. | Component |
| FC Initiator Ports Profile | Models the Fibre Channel specific aspects of an initiator port. Specializes the Generic Initiator Ports Profile. | Component |
| SAS Initiator Ports Profile | Models the SAS specific aspects of an initiator port. Specializes the Generic Initiator Ports Profile. | Component |
| ATA Initiator Ports Profile | Models the ATA specific aspects of an initiator port. Specializes the Generic Initiator Ports Profile. | Component |
| FC-SB-x Initiator Ports Profile | Models the FC-SB-x specific aspects of an initiator port. Specializes the Generic Initiator Ports Profile. | Component |
| FCoE Initiator Ports Profile | Models the FCoE specific aspects of an initiator port. Specializes the Generic Initiator Ports Profile. | Component |
| Access Points Profile | Provides the addresses of remote access points for management services. | Component |
| Health Package | Provides the general mechanisms used for the expression of health in SMI-S. Does not define how particular profiles, subprofiles, or packages report health. | Component Package |
| Job Control Profile | Provides a way to manage operations that may run for long periods of time. | Component |
| Location Profile | Models location information. | Component |
| Multiple Computer System Profile | Models multiple systems that cooperate to present a “virtual” computer system with additional capabilities or redundancy. | Component |
| Physical Package Package | Models information about a storage system’s physical package and optionally about internal sub-packages. | Component Package |
| Power Supply Profile | Specializes the DMTF Power Supply Profile by adding Indications. | Component |
| Fan Profile | Specializes the DMTF Fan Profile by adding Indications. | Component |
| Sensors Profile | Specializes the DMTF Sensors Profile by adding Indications. | Component |
| Base Server Profile | Models a customer server or storage system containing storage elements. This profile may be used to scope one or more HBAs or other storage elements. | Autonomous |
| Media Access Device Profile | Models media access devices such as tape and CD drives. | Component |
| Storage Enclosure Profile | Models an enclosure that contains storage elements (e.g., disks or tape drives) and enclosure elements (e.g., fans and power supplies). | Component |
| Software Profile | Models software or firmware installed on a computer system. | Component |
| Software Inventory Profile | Models installed and available software and firmware. | Component |
| Server Profile | Models a CIM Server that supports WBEM protocols. Mandatory for all compliant SMI-S servers. | Autonomous |
| Profile Registration Profile | Models the profiles registered in the object manager and the associations between registration classes and the domain classes implementing the profiles. | Component |
| Indication Profile | This functionality has been subsumed by the Indications Profile. | Component |
| Object Manager Adapter Profile | Models the protocol adapters that are supported for a CIM Server. | Component |
| Proxy Server System Management Profile | Provides a way for an SMI-S server to discover the devices it is supposed to manage. | Component |
| Device Credentials Profile | Provides a way to change the shared secret used by a CIM Server to access a device it is supposed to manage. | Component |
| Operational Power Profile | Provides a way to obtain system power usage information in real time. This is a profile supported by autonomous profiles such as the Array Profile and the Self-Contained NAS Profile. | Component |
| Indications Profile | Provides support for event notifications. This can be a component profile of any other profile, and is the DMTF Indications profile. | Component |
| WBEM Server Profile | Models a CIM Server that supports WBEM protocols. Defined by the DMTF in DSP1092 WBEM Server Profile. Mandatory for all compliant SMI-S implementations. | Autonomous |
| Backend Ports Subprofile | This functionality has been subsumed by the FC Initiator Ports Profile. | Component |
| Cascading Subprofile | Models cross profile dependencies and references. | Component |
| Extra Capacity Set Subprofile | This functionality has been subsumed by the Multiple Computer System Subprofile. | Component |
| Cluster Subprofile | This functionality has been subsumed by the Multiple Computer System Subprofile. | Component |
| Experimental Indication Profile | This functionality has been subsumed by the Indications Profile. | Component |
| Miscellaneous Security Profiles | The functionality of several experimental SMI-S security related profiles has been subsumed by emerging profile developments in the DMTF. | Component |
| Diagnostics Job Control Profile | Provides a way to manage diagnostic operations that may run for long periods of time. Specializes the DMTF Job Control Profile. | Component |
| Parallel SCSI (SPI) Target Ports Profile | Models the SPI aspects of a target device. Specializes the Generic Target Ports Profile. | Component |
| Array Profile | Models RAID array systems. The RAID systems supported by this profile are standalone and use local disks to store the data. | Autonomous |
| Block Services Package | Models existing storage capacity, the assignment of capacity to storage pools, and the allocation of capacity to be used by external devices or applications. | Component Package |
| Block Storage Views Profile | Specifies View Classes for the Array, Storage Virtualizer, Host Hardware RAID Controller and Volume Management Profiles. | Component View |
| Block Server Performance Profile | Provides a way to manage performance information in block server storage systems. | Component |
| CKD Block Services Profile | Models the CKD (Count Key Data) storage of a block server storage system. This is a subprofile that helps model mainframe storage. | Component |
| Copy Services Profile | Provides a way to manage local mirrors, local snapshots and clones. | Component |
| Disk Drive Lite Profile | Models disk drive devices. | Component |
| Disk Sparing Profile | Models the availability of backup storage capacity to be used in place of a failed component in a block storage system. | Component |
| Erasure Profile | Provides a way to determine and manage the erasure methods supported by a storage system. | Component |
| Extent Composition Profile | Provides information about how block storage elements from an underlying storage pool are used in an implementation that supports the Block Services Package. | Component |
| Masking and Mapping Profile | Provides a way to manage which logical units (LUNs) are visible (exposed) to specific initiators through specific target ports. | Component |
| Storage Server Asymmetry Profile | Provides a way to manage load balancing, ports and failover in high-availability storage systems that have multiple redundant storage processors. | Component |
| Storage Virtualizer Profile | Models a storage virtualizer system that combines remote and local storage to act like a RAID array system. | Autonomous |
| Volume Composition Profile | Models the ability of a storage system to combine existing storage volumes to make them appear to be a single, bigger, volume. | Component |
| Volume Management Profile | Provides a way to manage block storage virtualization and the way that virtual block devices are presented to clients. | Autonomous |
| Storage Element Protection Profile | Provides a way to manage access permission to a storage element that is either a storage volume or a logical disk. | Component |
| Replication Services Profile | Provides a way to copy data from a source element to a target element. The copy operations may be performed on elements from the same storage system or across a connection to a different storage system. | Component |
| Pools from Volumes Profile | Models how a storage pool can be created from storage volumes. | Component |
| Group Masking and Mapping Profile | Provides a way to allow masking and mapping operations to be based on groups of initiator ports, target ports, and devices. | Component |
| Storage Relocation Profile | Models relocation operations for moving storage (e.g. storage volumes, storage pools, or logical disks) within the same storage system or across different storage systems. | Component |
| Thin Provisioning Profile | Provides a way to manage thin provisioning. This is a specialization of the Block Services Package. | Component |
| Automated Storage Tiering Profile | Provides a way to determine and manage the storage tiering features of a storage array. | Component |
| Automated Storage Tiering Policy Profile | Provides Clients with a way create and manage policies for automated storage tiering. | Component |
| Storage Pool Diagnostics Profile | Extends the Block Services profile by adding diagnostic methods for determining that the storage pool is operating normally and for troubleshooting storage pool problems. | Component |
| Disk Drive Subprofile | This functionality has been subsumed by the Disk Drive Lite Subprofile. | Component |
| LUN Creation Subprofile | This functionality has been subsumed by the Block Services Package. | Component |
| Extent Mapping Subprofile | This functionality has been subsumed by the Extent Composition Subprofile. | Component |
| LUN Mapping and Masking Subprofile | This functionality has been subsumed by the Masking and Mapping Subprofile. | Component |
| Pool Manipulation Capabilities and Settings Subprofile | This functionality has been subsumed by the Block Services Package. | Component |
| Block Services Resource Ownership Subprofile | Provides a way to manage the rights of a client to grant or deny access to block storage resources. | Component |
| File Export Profile | Provides a way to manage the exporting of filesystems. | Component |
| File Export Manipulation Profile | Supports the creation, modification and deletion of file shares that are exported by the File Export Profile. | Component |
| File Server Manipulation Profile | Supports the creation and deletion of virtual file servers and the modification of both virtual and non-virtual file servers. | Component |
| File Storage Profile | Models the mapping of filesystems to logical disks. | Component |
| Filesystem Profile | Models a filesystem. | Component |
| Filesystem Manipulation Profile | Provides a way to configure and manipulate filesystems in the context of filesystem profiles. | Component |
| Filesystem Performance Profile | Provides a way to manage filesystem related performance information. | Component |
| Filesystem Quotas Profile | Provides a way to manage filesystem quotas. | Component |
| NAS Head Profile | Models filesystem and NAS concepts for the case where the filesystem storage is provided by external storage systems. | Autonomous |
| Self-Contained NAS Profile | Models filesystem and NAS concepts for the case where the filesystem storage is provided by direct attach storage devices. | Autonomous |
| NAS Network Port Profile | Models protocol endpoints for file access and network protocols. Also models the network port for these protocol endpoints. | Component |
| Host Filesystem Profile | Models the host filesystem constructs, and how it connects to storage from the volume manager or storage system below it. | Component |
| FileSystem Replication Services Profile | Provides a way to create and manage replicas of file systems. | Component |
| Filesystem Copy Services Profile | Provides a way to create and manage replicas of filesystems. | Component |
| Filesystem Remote Copy Services Profile | Provides a way to duplicate a filesystem from one system to another. | Component |
| Fabric Profile | Models a group of SAN components that operate together as a single interconnected system. | Autonomous |
| Enhanced Zoning and Enhanced Zone Control Profile | Provides additional zoning functions for enhanced zoning. | Component |
| Zone Control Profile | Provides a way to manage zoning. | Component |
| FDMI Profile | Provides a way to manage devices such as HBAs through a Fibre Channel Fabric. | Component |
| Fabric Views Profile | Specifies View Classes for the Fabric Profiles. | Component View |
| Virtual Fabrics Profile | Provides a way to discover the underlying partitioning system in a virtual fabric. | Component |
| Switch Profile | Models the logical and physical aspects of a Fibre Channel switch. | Autonomous |
| Blades Profile | Provides a way to discover and manage blades in a director class switch. | Component |
| Switch Partitioning Profile | Provides a way to configure the partitioning system in a virtual fabric. | Component |
| N Port Virtualizer Profile | Models N Port ID Virtualization (NPIV). | Component |
| Inter Fabric Routing Profile | Models Inter Fabric Routing (IFR). | Component |
| FCoE Fabric Profile | Models the Ethernet Switch and Ethernet Ports provided by an FCoE Switch as well as the end devices running FCoE. | Autonomous |
| Switch Configuration Data Profile | Provides a way to retrieve and apply switch configurations. | Component |
| Extender Profile | Models an inter-switch link consisting of two FC Extender Node devices and the network pipes that connect them. | Autonomous |
| Router Profile | Models the FC/SCSI routers used in some tape libraries. Similar functionality is included in the Storage Library Profile. | Component |
| SAS Expander Profile | Models a single SAS expander. | Autonomous |
| Fabric Path Performance Profile | Provides a way to obtain fabric path performance information. | Component |
| Fibre Channel Security Profile | Provides a way to expose the FC-SP Membership and Connectivity policies. | Component |
| Disk Partition Profile | Models the partition (or slice) configuration services provided by operating systems on some platforms. | Component |
| FC HBA Profile | This functionality has been subsumed by the Storage HBA Profile. | Autonomous |
| Storage HBA Profile | Models the manageable elements of an HBA and optionally, the storage connected to it. | Component |
| Host Discovered Resources Profile | Models the storage hardware resources attached to a host, the logical storage resources available through the host OS, and the relationship between these hardware and logical resources. | Component |
| Host Hardware RAID Controller Profile | Provides a way to manage a host-based RAID controller. | Component |
| iSCSI Initiator Profile | Models a network interface that acts as a client to an iSCSI target device. | Autonomous |
| SCSI Multipath Management Profile | Provides a way to manage multiple paths between a host and a SCSI device. | Component |
| SB Multipath Management Profile | Provides a way to manage multiple paths between a host and an SB (Single Byte) device. | Component |
| Memory Configuration Profile | Describes memory resource pools which group memory resources with similar characteristics. | Component |
| Persistent Memory Configuration Profile | Describes a model for managing persistent memory. | Component |
| Storage Library Profile | Models removable media libraries. | Autonomous |
| Element Counting Profile | Provides a way to count the number of physical tapes, storage media locations, and other classes within a storage library. | Component |
| Storage Library Capacity Profile | Provides a way to obtain the minimum and maximum number of slots, drives, magazines, media changers, and other elements associated with a storage library. | Component |
| Limited Access Port Elements Profile | Provides a way to obtain information about the limited access port elements in a storage library, such as mailslots, cartridge access ports, or import/export elements. | Component |
| Partitioned Tape Library Profile | Models a Partitioned Tape Library (PTL). | Autonomous |
| Virtual Tape Library Profile | Models a Virtual Library System. | Autonomous |
| Virtual Tape Library Copy Profile | Provides a way to trigger tape copies. | Autonomous |
| Library Views Profile | Specifies View Classes for Storage Media Library Profile, Virtual Tape Library Profile and Partitioned Tape Library Profile. | Component View |
| VTL Capacity and Reporting Profile | Provides a way to access point-in-time and historical resource usage information (physical/logical capacity, deduplication ratio, etc.) for VTL devices. | Component |
| InterLibraryPort Connection Subprofile | Models pass-thru ports or cartridge exchange mechanisms between storage libraries. | Component |
| Media Movement Subprofile | Provides a way to physically move media from one location to another within a storage library. | Component |
| 序号 | 分析维度 | 说明 |
| 1 | 总体情况 | 1、存储的日志风险 2、状态灯等总体健康状态 3、读写错误的情况 4、坏盘情况（总数，频率，最近是否存在坏盘情况） |
| 2 | 硬件健康状态 | 背板、机头、接口板、电源、风扇、扩展箱的健康状态 |
| 3 | 机头及接口板负载 | 存储机头与各接口板的负载情况 |
| 4 | IO负载 | IO吞吐能力负载情况 |
| 5 | 性能 | IO延时等性能数据 |
| 6 | 命中率 | 读写缓冲的命中率 |
| 7 | SAN网络健康 | SAN网络链路与端口的健康状态 |
| 8 | 容量 | 总体容量及各磁盘组的使用率 |
最后修改时间：2020-04-23 08:07:52
文章转载自 白鳝的洞穴，如果涉嫌侵权，请发送邮件至：contact@modb.pro进行举报，并提供相关证据，一经查实，墨天轮将立刻删除相关内容。
