CN101616031B - Method for setting single-plate parameters of advanced telecommunication computing structure - Google Patents

Method for setting single-plate parameters of advanced telecommunication computing structure Download PDF

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Publication number
CN101616031B
CN101616031B CN2009101576614A CN200910157661A CN101616031B CN 101616031 B CN101616031 B CN 101616031B CN 2009101576614 A CN2009101576614 A CN 2009101576614A CN 200910157661 A CN200910157661 A CN 200910157661A CN 101616031 B CN101616031 B CN 101616031B
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configuration information
shmc
ipmc
machine frame
veneer
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CN101616031A (en
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吴树高
徐东
张景涛
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ZTE Corp
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ZTE Corp
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L49/00—Packet switching elements
    • H04L49/40—Constructional details, e.g. power supply, mechanical construction or backplane
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L49/00—Packet switching elements
    • H04L49/55—Prevention, detection or correction of errors
    • H04L49/552—Prevention, detection or correction of errors by ensuring the integrity of packets received through redundant connections

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Computer Security & Cryptography (AREA)
  • Data Exchanges In Wide-Area Networks (AREA)
  • Small-Scale Networks (AREA)

Abstract

The invention discloses a method for setting single-plate parameters of an advanced telecommunication computing structure. The method comprises the following steps that: ShMC is restarted after initialization, and single plates in a machine frame are electrified after the information of configuring all single plates in the machine frame is acquired; when the IPMC of the single plates electrifies Payload, the Payload acquires the configuration information necessary for the operation of the single plates from the IPMC; the IPMC forwards a command of acquiring the configuration information necessary for the operation of the single plates to the ShMC; after the ShMC receives the command from the IPMC, the ShMC forwards the configuration information of the current single plate, which is used as a command response, to the IPMC; and after acquiring the configuration information of the current single plate from the IPMC, the Payload enters the normal operating state. By adopting the method, the centralized and automatically configuring management for starting and operating parameters of the single plates in the ATCA system is achieved.

Description

The method of single-plate parameters is set in a kind of advanced telecommunication computing structure
Technical field
The present invention relates to the field of ATCA (Advanced Telecom Computing Architecture, advanced telecommunication computing structure) framework, the method for single-plate parameters is set in particularly a kind of advanced telecommunication computing structure.
Background technology
The ATCA standard is derived from the widely used industrial computing technique in field---CompactPCI standards such as telecommunications, space flight, Industry Control, medicine equipment, intelligent transportation, military equipments, is formulated and promulgation by the interconnected industrial computer of ancillary equipment manufacturer tissue (PICMG:Peripheral Component InterconnectIndustrial Computer Manufacturers Group).Be a high performance-price ratio providing for converged communication of future generation and data network application,, present supporting with the form of modular structure simultaneously and meet the science and technology of modern transmission demand or use based on modular construction, compatible and extendible hardware architecture.This standard comprises core specification PICMG3.0 and a series of auxiliary standard PICMG3.X, has defined mechanical structure, radiating management, power distribution, interconnected and system management in core specification, and auxiliary standard has then defined transmission means interconnected in core specification.
PICMG 3.0 has also defined the realization of multi-zone supervision structure, by Intelligent Platform Management Bus (IPMB:Intelligent Platform Managemeng Bus), the intelligent platform management controller (IPMC:Intelligent Platform Management Controller) on Shelf Management Controller (ShMC:Shelf Management Controller) and the FRU communicates.ShMC is responsible for finishing the management as veneer, power supply, fan, temperature sensor to the FRU in the ACTA system (Field Replaceable Unit).In the concrete application process of ATCA, often need some running parameters commonly used of veneer be provided with, because the veneer number that relates to is more, therefore these parameters specifically be provided with quite loaded down with trivial details, need be provided with one by one at every veneer, use for concrete engineering and bring a lot of troubles, therefore need in the ATCA framework, increase the centralized control node of a logic, these running parameters are carried out centralized and unified control, alleviate facility environment and build workload with follow-up engineering maintenance.
Summary of the invention
Technical problem to be solved by this invention provides the method that single-plate parameters is set in a kind of Advanced telecom computing architecture, realizes the startup and the operational factor of veneer in the ATCA system are carried out centralized and automatic configuration management.
In order to address the above problem, the invention provides the method that single-plate parameters is set in a kind of advanced telecommunication computing structure, comprising:
Shelf Management Controller ShMC carries out restarting after the initialization, obtain the configuration information of all veneers in this machine frame after, give the Board Power up in the machine frame;
When the intelligent platform management controller IPMC of described veneer powered up for payload portions Payload, this Payload obtained the configuration information that the veneer operation needs to this IPMC; The order that this IPMC will obtain the configuration information of veneer operation needs is transmitted to described ShMC;
Described ShMC issues this IPMC with the configuration information of current single board as command response after receiving the order of described IPMC transmission; Described Payload enters normal operating condition obtain the configuration information of current single board from described IPMC after.
Further, said method can comprise that also described ShMC carries out initialization and is meant, described ShMC disposes the information of the physical address of the physical message of its machine frame of managing and system administration manager SMC.
Further, said method can comprise that also described ShMC also comprises before carrying out initialization: the resource information of described SMC configuration-system;
Wherein, the resource information of system comprises the physical message of a plurality of advanced telecommunication computing structure ATCA machine frames, physical message, the single board information in each machine frame and the configuration information of each veneer of each machine frame.
Further, said method can comprise that also described ShMC carries out restarting after the initialization, obtains the configuration information of all veneers in this machine frame, is meant:
Described ShMC obtains the configuration information of all veneers in this machine frame by this locality;
Perhaps described ShMC reports described SMC with the physical message of this machine frame, and obtains the configuration information of all veneers in this machine frame from this SMC.
Further, said method can comprise that also described ShMC also comprises after getting access to the configuration information of all veneers in this frame: described ShMC arrives this information stores local.
Further, said method can comprise that also described ShMC issues this IPMC with the configuration information of current single board as command response after receiving the order of described IPMC transmission, is meant:
Obtain the configuration information of current single board the physical message of the machine frame that described ShMC obtains from described SMC, the configuration information of current single board is issued described IPMC as command response;
Perhaps described ShMC is the configuration information that obtains current single board from the configuration of this locality, and the configuration information of current single board is issued described IPMC as command response.
Further, said method also can comprise, the configuration information that described IPMC receives the current single board that described ShMC sends as command response after, also comprise: the configuration information of current single board was saved in this locality during described IPMC will respond.
Further, said method also can comprise, after described Payload enters normal operating condition, further comprises:
Described SMC sends machine frame is revised in order to the described ShMC that specifies machine frame configuration information;
After described ShMC received described order, storage and according to the configuration information of the machine frame of revising sent order to the described IPMC on each veneer, revises the configuration information of veneer;
Described IPMC is transmitted to described Payload with this order after receiving the described order of described ShMC transmission, and this Payload revises the configuration information of veneer.
Further, said method can comprise that also the configuration information when described SMC Query Board then may further comprise the steps:
Described SMC sends all veneers in the machine frame are specified in order to described ShMC inquiry configuration information; Described ShMC receives that the back sends the IPMC of order to all veneers in the machine frame, obtains the configuration information of veneer;
Described IPMC is transmitted to described Payload with the order of the configuration information that obtains veneer that described ShMC sends; Configuration information with current single board after described Payload receives sends to described IPMC;
Described IPMC is transmitted to described ShMC with the veneer collocation information response; The configuration information that described ShMC will obtain all veneers in the machine frame sends to described SMC, and described SMC obtains the configuration information of veneer.
Compared with prior art, use the present invention, concentrate by System Management Controller (SMC) startup and the operational factor of the whole frame veneer of ATCA are carried out intelligent set, can reach in the ATCA framework, single-plate parameters is set fast; And concentrated method to set up guarantees the consistency of all ATCA single board startings and operational factor.
Description of drawings
Fig. 1 is the view of ATCA framework machine frame administrative model;
Fig. 2 is that system forms and the physical channel connection layout among the present invention;
Fig. 3 is the flow chart of system start-up veneer configuration among the present invention;
Fig. 4 is the flow chart that the configuration information of veneer is specified in the SMC inquiry among the present invention.
Embodiment
The invention will be further described below in conjunction with the drawings and specific embodiments.
Fig. 1 is the model of the existing machine frame management of ATCA framework.The management of ATCA machine frame is that unit realizes all veneers, fan and power supply etc. in the machine frame are managed with the machine frame, be that example has been done detailed description in the present invention with the veneer, but collocation method of the present invention is all effective to fan and power supply, and the present invention does not limit this.
Each ATCA machine frame all has the Shelf Management Controller (ShMC) of two master-slave redundancy backups, a configuration intelligent management controller (IPMC) on each veneer, ShMC links to each other with IPMC by the IPMB-0 management bus of two redundancy backups, ShMC is by the management of IPMB-0 bus realization to IPMC, IPMC be responsible for controlling veneer on/electricity, veneer detect and functions such as control down, meet IPMI 1.5 standard agreement standards and PICMG 3.0 standard agreement standards between ShMC and the IPMC.
Traditional ATCA framework is to be management object with a machine frame, but ATCA has been used to a lot of fields of telecommunication service except traditional server is used, need many frames to cooperate mutually simultaneously in a lot of occasions and finish specific function, so on Shelf Management Controller ShMC, there is a system administration manager (SMC) to realize all ShMC in many frames are managed and control.
Fig. 2 forms and the physical channel connection layout for system among the present invention.Whole system comprises System Management Controller (SMC), Shelf Management Controller (ShMC), IPMC and veneer payload portions (Payload).Whole system comprises a SMC, and each SMC can manage a plurality of ShMC, and each ShMC has a plurality of veneer IPMC of management simultaneously, and each IPMC is in charge of a Payload on the veneer.
SMC links to each other with each ShMC by Ethernet, and communication format can be the snmp of standard, also can be self-defining form; ShMC links to each other by the IPMB-0 bus of 2 redundancies and the IPMC of each veneer, and the agreement of communication is the IPMI bidding protocol, for the start-up parameter configuration, can realize by self-defining order; A Payload communication interface (Payload Interface) is arranged between IPMC on each veneer and the payload of this veneer (Payload), the PICMG standard does not specifically adopt any physical channel to connect to this interface and makes specified in more detail, and the user can adopt LPC, UART, IPMB or other physical communication passages.The present invention does not limit specifically take which kind of physical connection between IPMC and the Payload, only need provide this passage to get final product at IPMC and Payload.
On ShMC and veneer, also need a non-volatile memory device (non-volatilestorage) mainly to deposit the single board starting configuration information respectively.Memory device on the ShMC mainly is in the application scenario that does not have SMC, can preserve the startup configuration information of all veneers in the machine frame, when non-volatile memory apparatus principal security IPMC on the veneer and ShMC communication are lost, when resetting, Payload guarantees that Payload can normally move.
The present invention includes configuration setting and configuration and obtain two flow processs, respectively as shown in Figure 3 and Figure 4.Dynamic-configuration flow process when Fig. 3 starts configuration and operation for the whole frame of ATCA, concrete steps are as follows:
Step 301, the resource information of SMC configuration-system;
On SMC, configure the resource information of whole system:
Wherein, the resource information of system comprises the single board information in the physical message of a plurality of ATCA machine frames, the physical message of each machine frame (comprising information such as frame, frame), each machine frame, and the configuration information of each veneer etc.These information can situ configuration also can directly import from configuration file or database, before the ATCA machine frame powers on, the resource information of system need be configured in a word.
Step 302, the information of the physical message of the machine frame that the ShMC configuration is managed and the physical address of SMC;
The physical message of the configuration machine frame that ShMC managed comprises information such as frame, frame, and the physical address of SMC, mainly is to be used for ShMC and SMC communication usefulness.Before ShMC powers on to whole frame, must finish configuration to ShMC.
Step 303, after the ShMC initialization (after promptly finishing configuration information), ShMC restarts.After ShMC starts, the physical message of this machine frame is reported SMC, and obtain the configuration information of all veneers in this machine frame from SMC;
If SMC does not exist, ShMC also can obtain the configuration information of all veneers in this machine frame from this locality.In the time of the whole system operation, can not have SMC, need on ShMC, dispose the configuration information of veneer in this machine frame like this.If SMC does not exist, just need ShMC to whole frame in before the Board Power up, the configuration information with each veneer configures earlier on ShMC earlier.But ShMC preferentially obtains configuration information in the machine frame from SMC.
Step 304 after ShMC gets access to the configuration information of all veneers in this frame, arrives this information stores local;
Store this locality into by configuration information with all veneers in this frame; prevent that ShMC from restarting; in the time of the communication failure of SMC and ShMC; still can guarantee the normal power-on and power-off of the veneer in the machine frame; and can guarantee that veneer can normally get access to configuration information in the process that powers on, do not influence the stability and the reliability of whole system.
Step 305 after ShMC gets access to the configuration information of veneer, is given the Board Power up in the machine frame;
Wherein, the flow process that powers on is with reference to the FRU of the PICMG standard flow process that powers on, and CMM (Shelf management module) obtains the information such as FRU, SDR of veneer, carries out that power is consulted and the E-Keying management, and ShMC sends order to IPMC activation veneer.
Step 306, IPMC powers up for payload portions (Payload);
Step 307, in the Payload start-up course, realize IPMC and Payload communication by the PayloadInterface between IPMC and the Payload, Payload can obtain the physical message of veneer to IPMC, as information such as the frame at veneer place, frame, grooves, Payload also obtains the configuration information that the veneer operation needs to IPMC simultaneously; IPMC is transmitted to ShMC with order after receiving that the configuration information of Payload obtains request;
Step 308, ShMC with the configuration information of current single board, issues IPMC as command response after receiving the order of IPMC transmission;
Wherein, the physical message of the ShMC machine frame that can obtain from SMC finds the configuration information of current single board; If SMC does not exist, ShMC is the configuration information that obtains current single board from the configuration of this locality.In a word, when IPMC obtained, the configuration information of all veneers in the machine frame had been preserved in ShMC this locality, found the configuration information of current single board, and issued IPMC as command response.
Step 309 after IPMC receives response from ShMC, is saved in the configuration information of current single board in this response in the local non-volatile storage medium;
The configuration information of IPMC by current single board in will responding is saved in the local non-volatile storage medium, prevents that IPMC and ShMC communication from losing, and the situation that veneer can't normally move under IPMC and the Payload abnormal conditions of restarting simultaneously.IPMC can obtain the configuration information of veneer again to ShMC under the normal condition, if IPMC obtains the veneer collocation information failure to ShMC, IPMC obtains veneer collocation information from this locality and returns to Payload.If IPMC this locality does not comprise the configuration information of veneer yet, just return failure and give Payload.
Step 310, Payload obtains the configuration information of current single board from IPMC, if obtain failure, Payload moves according to default configuration;
Step 311, Paylaod enters normal operating condition;
Step 312, in system's normal course of operation, SMC revises the configuration information of specifying machine frame;
Step 313, SMC says the word and revises the configuration information of machine frame to the ShMC that specifies machine frame;
Step 314, the modification of ShMC store configuration information, and according to the modification of machine frame configuration information, say the word to the IPMC on each veneer, revise the configuration information of veneer.IPMC is transmitted to Payload with configuration order again, and this Payload revises the configuration information of veneer.Some configuration may need veneer to restart just to come into force, and ShMC need say the word and allow veneer restart.
Fig. 4 is a system single board configuration information querying flow.Can inquire about the configuration information of specifying machine frame by SMC, also can inquire about the configuration information of specifying veneer simultaneously, these flow process concrete steps are as follows:
Step 401, SMC sends the configuration information of order to all veneers in the ShMC inquiry appointment machine frame;
Step 402, ShMC sends the IPMC of order to all veneers in the machine frame, obtains the configuration information of each veneer;
Step 403, IPMC is transmitted to Payload with the order of obtaining veneer collocation information that ShMC sends;
Step 404, veneer Payload issues IPMC with the configuration information of current single board;
Step 405, IPMC is transmitted to ShMC with the veneer collocation information response;
Step 406, ShMC will obtain the configuration information of all veneers in the machine frame, send to SMC, and described SMC obtains the configuration information of veneer.
The above; only for the preferable embodiment of the present invention, but protection scope of the present invention is not limited thereto, and anyly is familiar with the people of this technology in the disclosed technical scope of the present invention; the variation that can expect easily or replacement all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of claim.

Claims (8)

1. the method for single-plate parameters is set in the advanced telecommunication computing structure, it is characterized in that, comprising:
The resource information of system administration manager SMC configuration-system; Wherein, the resource information of system comprises the physical message of a plurality of advanced telecommunication computing structure ATCA machine frames, physical message, the single board information in each machine frame and the configuration information of each veneer of each machine frame;
Shelf Management Controller ShMC carries out restarting after the initialization, obtain the configuration information of all veneers in this machine frame after, give the Board Power up in the machine frame;
When the intelligent platform management controller IPMC of described veneer powered up for payload portions Payload, this Payload obtained the configuration information that the veneer operation needs to this IPMC; The order that this IPMC will obtain the configuration information of veneer operation needs is transmitted to described ShMC;
Described ShMC issues this IPMC with the configuration information of current single board as command response after receiving the order of described IPMC transmission; Described Payload enters normal operating condition obtain the configuration information of current single board from described IPMC after.
2. the method for claim 1 is characterized in that,
Described ShMC carries out initialization and is meant, described ShMC disposes the information of the physical address of the physical message of its machine frame of managing and system administration manager SMC.
3. the method for claim 1 is characterized in that,
Described ShMC carries out restarting after the initialization, obtains the configuration information of all veneers in this machine frame, is meant:
Described ShMC obtains the configuration information of all veneers in this machine frame by this locality;
Perhaps described ShMC reports described SMC with the physical message of this machine frame, and obtains the configuration information of all veneers in this machine frame from this SMC.
4. the method for claim 1 is characterized in that,
Described ShMC also comprises after getting access to the configuration information of all veneers in this machine frame: described ShMC arrives this information stores local.
5. the method for claim 1 is characterized in that,
Described ShMC issues this IPMC with the configuration information of current single board as command response after receiving the order of described IPMC transmission, is meant:
Obtain the configuration information of current single board the physical message of the machine frame that described ShMC obtains from described SMC, the configuration information of current single board is issued described IPMC as command response;
Perhaps described ShMC is the configuration information that obtains current single board from the configuration of this locality, and the configuration information of current single board is issued described IPMC as command response.
6. the method for claim 1 is characterized in that,
The configuration information that described IPMC receives the current single board that described ShMC sends as command response after, also comprise: the configuration information of current single board was saved in this locality during described IPMC will respond.
7. the method for claim 1 is characterized in that,
After described Payload enters normal operating condition, further comprise:
Described SMC sends machine frame is revised in order to the described ShMC that specifies machine frame configuration information;
After described ShMC received described order, storage and according to the configuration information of the machine frame of revising sent order to the described IPMC on each veneer, revises the configuration information of veneer;
Described IPMC is transmitted to described Payload with this order after receiving the described order of described ShMC transmission, and this Payload revises the configuration information of veneer.
8. the method for claim 1 is characterized in that,
Configuration information when described SMC Query Board then may further comprise the steps:
Described SMC sends all veneers in the machine frame are specified in order to described ShMC inquiry configuration information; Described ShMC receives that the back sends the IPMC of order to all veneers in the machine frame, obtains the configuration information of veneer;
Described IPMC is transmitted to described Payload with the order of the configuration information that obtains veneer that described ShMC sends; Configuration information with current single board after described Payload receives sends to described IPMC;
Described IPMC is transmitted to described ShMC with the veneer collocation information response; The configuration information that described ShMC will obtain all veneers in the machine frame sends to described SMC, and described SMC obtains the configuration information of veneer.
CN2009101576614A 2009-07-21 2009-07-21 Method for setting single-plate parameters of advanced telecommunication computing structure Expired - Fee Related CN101616031B (en)

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