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Developing event correlation circuits with HP OpenView ECS

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At a glance

View schedule & enroll Sorted by: location or date
Course number H2948S
Length 5 days
Delivery method Remotely assisted instructional learning (RAIL)
Onsite dedicated training (OST)
Price USD $2,760
CAD $2,880

Course overview

Explore the concepts, features, and developer tools of the HP OpenView Event Correlation Services (ECS) products. You gain experience with the practical techniques required to develop event correlation circuits on HP OpenView ECS. This course is 65 percent lecture and 35 percent hands on.


Prerequisites

HP Network Node Manager Software I (UC340S) and HP Network Node Manager Software II (UC341S) or equivalent hands-on experience.


Audience

HP-UX system administrators and system integrators of Windows NT systems.


Ways to save

Benefits to you

  • Examine the behavior of the correlation specification to find flaws in the design and to make improvements
  • Use the powerful HP OpenView ECS Designer to design and parameterize correlation specifications for correlating Common Management Information Protocol (CMIP)/Simple Network Management Protocol (SNMP) and text-based events and IT/O messages
  • Create circuits that use run-time parameters
  • Save your old work for re-use by creating circuit libraries

Course outline

  • Introduction to ECS
  • Overview of event correlation
  • ECS architecture
  • Installation, start-up, shutdown and removal
  • Software installation, start-up, shut-down
  • Event metadata configuration
  • Fundamental concepts
  • ECS event representation
  • Node, event flow and circuit paradigm
  • High-level circuit design process
  • Identifying input event patterns and relationships
  • Determining desired input/output events
  • Constructing a circuit
  • Building circuits
  • Source, sink, and filter nodes
  • Simulating a circuit
  • ECS designer graphical user interface (GUI) (Simulator Mode)
  • Examining event attributes
  • ECDL data types
  • ASCII events
  • SNMP events
  • CMIP events
  • Defining values
  • Global values, node values
  • Further node parameterization
  • The IF, CHOOSE, and TYPECASE expressions
  • Modular circuits
  • Constructing compound nodes
  • Parameterizing circuits
  • Loading and viewing data stores
  • Defining 8-Bit Text Events
  • Creating event definitions
  • Configuring circuits for Network Node Manager (NNM)
  • Event type identification
  • Event OID manipulation


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