SYSTEMS AND METHODS FOR MONITOR DISTRIBUTION IN A MULTI-CORE SYSTEM
First Claim
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1. A method of distributing monitoring of one or more services across a plurality of cores managing the one or more services in a multi-core system, the method comprising:
- a) establishing a configuration for monitors in a multi-core system having a plurality of cores, the configuration identifying a plurality of monitors to monitor one or more services managed by a plurality of packet processing engines operating on each of the plurality of cores;
b) identifying, by each of the plurality of packet processing engines, from the configuration a monitor name and service name for each monitor of the plurality of monitors;
c) computing, by each of the plurality of packet processing engines, for each monitor of the plurality of monitors a value based on a function of the monitor name and the service name; and
d) determining, by each of the plurality of packet processing engines, a packet processing engine from the plurality of packet processing engines to establish the monitor for the service based on the value corresponding to an identifier of the packet processing engine.
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Abstract
The present invention is directed towards systems and methods for monitoring services in a multi-core system. The systems and methods distribute the monitors for a service and the ownership of a service across the cores of the multi-core device. The greater resources of the multi-core device process the workload of the monitors for the services and the workload for monitoring the states of the services more efficiently than a single packet engine on a core.
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Citations
20 Claims
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1. A method of distributing monitoring of one or more services across a plurality of cores managing the one or more services in a multi-core system, the method comprising:
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a) establishing a configuration for monitors in a multi-core system having a plurality of cores, the configuration identifying a plurality of monitors to monitor one or more services managed by a plurality of packet processing engines operating on each of the plurality of cores; b) identifying, by each of the plurality of packet processing engines, from the configuration a monitor name and service name for each monitor of the plurality of monitors; c) computing, by each of the plurality of packet processing engines, for each monitor of the plurality of monitors a value based on a function of the monitor name and the service name; and d) determining, by each of the plurality of packet processing engines, a packet processing engine from the plurality of packet processing engines to establish the monitor for the service based on the value corresponding to an identifier of the packet processing engine. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 19, 20)
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11. A multi-core system that distributes monitoring of one or more services across a plurality of cores managing the one or more services, the system comprising:
a plurality of cores, each of the cores operating a packet processing engine, wherein the plurality of cores establishes a configuration identifying a plurality of monitors to monitor one or more services managed by a plurality of packet processing engines operating on each of the plurality of cores; and
each of the plurality of packet processing engines identifies from the configuration a monitor name and service name for each monitor of the plurality of monitors;
computes for each monitor of the plurality of monitors a value based on a function of the monitor name and the service name; and
determines a packet processing engine from the plurality of packet processing engines to establish the monitor for the service based on the value corresponding to an identifier of the packet processing engine.- View Dependent Claims (12, 13, 14, 15, 16, 17, 18)
Specification