System and method for developing IPMC based on event-driven principle

Abstract

The invention provides a system and a method developed based on accident event-driven principle which includes a substrate hardware module, a system processing module, an event receiving module, a hardware access module, a memory module, a debugging module and an event processing module. The event processing module includes a local event module for processing local event, a payload module for processing payload event and an IPMI command event module for processing IPMI command event. The memory module includes a FRU module and a SDR module, system is developed based on event-driven method completely, all event processing flow employ kindred processing mechanism, user can process development to IMPM module flexibly according with requirement; has better expandability; does not depend on specific hardware platform; user development has large flexible selection; IPMC module is constituted by using event-driven method, and user can deeply understand working principle of IMPC module.

Description

technical field [0001] The invention relates to an intelligent platform management system in an advanced telecommunication computing framework, in particular to a system and method for developing an intelligent platform management controller IPMC based on an event-driven principle. Background technique [0002] Advanced Telecom Computing Architecture (ATCA), also known as PICMG3.x, was developed by the PCI Industrial Computer Manufacturers Group (PICMG) at the end of 2001 to meet the requirements of high throughput and high reliability. A new-generation computing platform standard, ATCA evolved from the previous PICMG2.x standard, but has undergone fundamental changes. The ATCA specification takes into account the growing needs of telecom operators and adopts a new design, especially this new specification helps to meet the increasingly stringent requirements of telecom equipment operators, including hardware reliability, high availability, scalability, scalability Manageab...

AI Technical Summary

Problems solved by technology

[0026] The main functions of IPMC are enclosed in the IPMF library and provided to users in the form of a black box. Users cannot know its working mechanism, and cannot deepen their understanding of rack management functions through the development of IPMC modules, let alone digest the development of IPMC modules. and absorption

[0027] The microprocessor core of the IPMC module adopts the proprietary operating system Monterey Linux, and the user's development and upgrade are easily controlled by a company

[0028] The provided implementation scheme only provides limited configuration options for users, and users cannot correct them in time when they find errors, let alone improve and expand their processing functions

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