CIM Modeling and Monitoring tool is an application that provides users with CIM model design, CIM monitoring, CIM event notification, and trend analysis functions. Users can connect to the CIM Object Manager server and directly interact with objects via visual interface. CIM Modeling and Monitoring tool provides intuitive visualization and modeling of the CIM objects. The tool also enables users to quickly learn the CIM Object Model by using auto-complete. Users can automatically list CIM classes, relationships, attributes, and perform path analysis. Users can monitor the CIM objects’ values in real time through the GUI. Users can also record changes of CIM objects, view CIM object history information, and retrieve CIM object history through CIM monitoring. Users can generate graphs and monitor trends by using intelligent mining analysis technology.
CIM Modeling and Monitoring tool provides monitoring service for CIM server. CIM Modeling and Monitoring tool receives monitoring information from remote CIM server.
CIM Modeling and Monitoring tool supports remote connections to different flavors of CIMOM servers.
CIM Modeling and Monitoring tool supports CIM object definitions created in.NET technologies.
CIM Modeling and Monitoring tool supports creating properties or relationships between CIM classes as well as adding and modifying CIM classes.
CIM Modeling and Monitoring tool supports the creation of deployment descriptors that define how to connect CIM applications with underlying CIM resources.
CIM Modeling and Monitoring tool provides a property editor for properties and relationships. Users can either use the property editor to view or modify the properties directly or use the property editor to filter and select the properties to view or modify.
CIM Modeling and Monitoring tool supports dynamic generation of the descriptions of CIM objects. Users can define a variety of attributes that will be used to generate the descriptions of CIM objects.
CIM Modeling and Monitoring tool provides a feature to filter CIM objects of a certain type or search through CIM objects’ attributes.
CIM Modeling and Monitoring tool provides an API to access CIM objects and to programmatically access to them.
CIM Modeling and Monitoring tool provides an API to access CIM object property and relationship values.
CIM Modeling and Monitoring tool provides a feature to group CIM objects by classes, properties, or relationships and to display the grouping result in a tree view.
CIM Modeling and Monitoring tool provides an API to automatically generate and filter CIM objects.
CIM Modeling and Monitoring

The KEYMACRO helps administrator to quickly and effectively perform the administration of a CIM Model.
CIM ROVER Description:
CIM ROVER is a server-based toolset designed to efficiently manage the CIM Model on a network. CIM ROVER brings users a new and extremely user-friendly interface, which is both fast and efficient. It is also one of the best tools for high-speed data retrieval, analysis and searching. CIM ROVER can be used to query CIM Models on the network in multiple ways including CIM_QUERY_INFO, CIM_QUERY_DATA, and CIM_QUERY_EVENT. CIM ROVER supports CIM_QUERY_INFO, CIM_QUERY_DATA, and CIM_QUERY_EVENT.
Although CIM ROVER supports all types of CIM objects, it has a special focus on managed devices, managed applications, and managed services. It has the ability to retrieve the data and information related to these objects from the remote CIM servers in the network.
Reverse Engineering a CIMOM:
CIMROVER is a toolset that allows you to query and analyze a CIMOM. CIMROVER is an instant CIM Object Manager server, which allows you to quickly and easily query and analyze the CIMOM on a network. CIMROVER is an instant CIM Object Manager server, which allows you to quickly and easily query and analyze the CIMOM on a network. CIMROVER is also a server-based toolset designed to efficiently manage the CIM Model on a network. CIMROVER brings users a new and extremely user-friendly interface, which is both fast and efficient.
CIMROVER supports all types of CIM objects, which means that CIMROVER can be used to query CIM Objects, managed devices, managed applications and managed services on the network in multiple ways including CIM_QUERY_INFO, CIM_QUERY_DATA, and CIM_QUERY_EVENT.
Developing a CIM Interface:
Developing a CIM Interface
The Common Information Model (CIM) is an industry-standard way of describing data about applications and devices so that administrators and software management programs can control applications and devices on different platforms in the same way, ensuring interoperability across a network such as the Internet. CIM was developed by the Distributed Management Task Force (DMTF
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1. CIM Modeling: CIM Modeling includes a rapid interactive tool to explore the structure of a given object model. A user can explore a given CIM object model, starting with the list of all classes, all relationships, and all attributes, and then drill down to the individual instances. It supports path analysis of the given CIM model.
2. CIM Monitoring: CIM Monitoring allows users to monitor the events and changes to the CIM objects managed by remote CIM server, log any specific variables of interest, and record trends by using intelligent mining analysis technology. The tool is interoperable across different flavors of CIMOM servers and supports a visual interface for monitoring the CIM resource values.
US Patent Application No. 20040184775 discloses a Dynamic Distributed Object Model (DDOM) that provides an extensible, multi-dimensional, and self-adaptive distributed object model, and provides a method for utilizing the DDOM to create and maintain a distributed model across a distributed computer system. The distributed computer system includes at least one server computer and at least one client computer. The distributed model includes a data structure which defines at least one dynamic distributed object. The data structure includes a tree structure, a subtree structure, a graph structure, or a hierarchical/geometric structure. The data structure includes at least one reference to at least one “referenced dynamic distributed object.” The referenced dynamic distributed object provides a mechanism for storing and retrieving data associated with the dynamic distributed object. The referenced dynamic distributed object may be a persistent object, a transient object, a local object, a remote object, or a non-distributed object. The DDOM may be created and maintained across the distributed computer system.
US Patent Application No. 20040195392 discloses a method and system for managing access to a computer system. The computer system includes at least one directory, which includes at least one registered user account and at least one anonymous user account. The computer system also includes at least one security policy, wherein the security policy includes a plurality of authorized user accounts and at least one access rights file. The access rights file includes a plurality of access rights and the access rights associated with each user account. The method includes: receiving a request to access a computer system, the request including a user account; determining a user account from the received request; retrieving an access rights file associated with the determined user account from the computer system; analyzing the access rights file; and determining, in response to the analyzed

CIM Modeling and Monitoring tool is one of the most feature rich toolset designed for the management of CIM Objects. With CIM Modeling tool, users can visually interact with the given CIM object model (CIMOM) and automatically list classes, relationships and attributes. Users can perform path analysis of CIMOM to get an overview of how objects are connected. Using this tool, users can easily update the CIM model and monitor any specific values of interest. Users can record trends by using intelligent mining analysis technology. The tool is interoperable across different flavors of CIMOM server and supports a visual interface for monitoring the CIM resource values.
CIM Modeling and Monitoring tool can be used to manage the CIM objects deployed on any platform running Microsoft Windows.

CIM Modeling and Monitoring tool Key Features:

Visual Modeling tool: The powerful model-editing engine makes the viewing and editing of CIMOM models easier and more intuitive. With a mouse, users can intuitively connect models and export model changes to different formats.
Display CIM objects: A new CIM viewing tool allows users to explore and view the contents of any CIMOM in a visual manner.
CIM Modeling and Monitoring tool is an industry-standard way of describing data about applications and devices so that administrators and software management programs can control applications and devices on different platforms in the same way, ensuring interoperability across a network such as the Internet. CIM was developed by the Distributed Management Task Force (DMTF).
CIM Modeling and Monitoring tool comprises two separate components: CIM modeling and CIM monitoring.
Using CIM Modeling tool, users can quickly become familiar with a given CIM object model (CIMOM) by connecting to a CIM Object Manager server and visually interacting with a given object model. Users can automatically list classes, relationships, and attributes and perform path analysis.
The Monitoring tool allows users to monitor the events and changes to the CIM objects managed by remote CIM server, log any specific variables of interest, and record trends by using intelligent mining analysis technology. The tool is interoperable across different flavors of CIMOM servers and supports a visual interface for monitoring the CIM resource values.
CIM Modeling and Monitoring tool is a handy toolset designed for the management of CIM objects.

CIM Modeling and Monitoring tool Description:

CIM Modeling and Monitoring tool is one of the most feature rich toolset designed for the management of CIM Objects. With CIM Modeling tool, users can visually interact with the given CIM object model (CIMOM) and automatically list classes, relationships and attributes. Users can perform path analysis of CIMOM to get an overview of how objects are connected. Using this tool, users can easily update the CIM model and monitor any specific values of interest. Users can record trends by using intelligent mining

Microsoft Windows® 7 or later with a DirectX® 11 graphics card and at least 2GB of system RAM
Supported video cards:
NVIDIA® GeForce GTX 460 (2 GB system memory) or ATI Radeon® HD 4670
Experience the most realistic first-person experience in the universe. The game will look the same on any monitor, any computer and any graphics card.Developed in partnership with NVIDIA and ATI
Recommended Graphics Card:
NVIDIA® GeForce GTX 560 or ATI Radeon® HD 5870
Be the hero. The most realistic first

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