CN100450028C - System resource management method for telecommunication apparatus - Google Patents
System resource management method for telecommunication apparatus Download PDFInfo
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- CN100450028C CN100450028C CNB2006100612821A CN200610061282A CN100450028C CN 100450028 C CN100450028 C CN 100450028C CN B2006100612821 A CNB2006100612821 A CN B2006100612821A CN 200610061282 A CN200610061282 A CN 200610061282A CN 100450028 C CN100450028 C CN 100450028C
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Abstract
The raised system resource management method for telecommunication equipment comprises: the application module creates resource block and presents relative configuration interface; the resource management platform marks the block; the application module registers the block and interface on the platform, and maps the mark and register command; user sends command to configure block, the platform obtains the configuration interface of resource block for processing configuration. This invention can schedule system resource reasonably, improves efficiency, and ensures well the resource reentrancy protection.
Description
Technical field
The present invention relates to the communications field, relate in particular to a kind of telecommunication apparatus method for managing resource.
Background technology
The parameter of configuration of communications device system correctly has numerous communication equipments in the communication network, if can make communication equipment that flexile information communication is provided.The method or the instrument of configurable its equipment of one cover when providing communication equipment, the equipment supplier must be provided.Generally speaking, use the more form that provides the web webpage to be configured for the family type end product, equipment with big exchange capacity is generally provided at least the collocation method at the man-machine literal interface of configuration tool of webmaster visualization interface and CLI (Command Line Interface, command line interface) form.As the various users of form web page, webmaster form, CLI form when login system is configured simultaneously, must be during system handles to the resource rational allocation of system, otherwise in the time of may causing NMS user configuration A parameter (the A parameter is any one parameter of system), also in configuration A parameter, two users dispose a parameter and may cause some bad consequences CLI user simultaneously.Because system resource is more, as: internal memory, variable, port, timer, incident, task, flash, hard disk etc., in the stronger modular software system of exchange capacity, module is also many, if each module in the software systems is all independently carried out scheduling of resource to these system resources, will make that software systems are huge, efficient reduces, and maintenance cost increases.
As shown in Figure 1, the scheme of prior art one is: system resource is dispatched use by the application module that uses this resource, this resource generally is suitable for variable, application memory is this and the closer resource of application module relation, and these resources can not have correlation with too many application module basically.Application module provides unified interface that these resources are managed, and other application modules need inquiry, revise, all realize by these interfaces when increasing.When a plurality of configure user need be made amendment to same resource, this application module can utilize semaphore or other to indicate to guarantee the unified scheduling of resource.The managerial structure form of this technology as shown in Figure 1, dashed bars is the configuration process flow process.
The shortcoming that prior art one exists is: the scope of application is narrow, and needs each application module all will the resource of its use to be managed; Mode is loose, needs each application module to the resource of oneself protection of reentrying; Maintenance cost is higher.
As shown in Figure 2, the scheme of prior art two is: system resource manages according to classification of type, externally provides interface function to realize unified management simultaneously.The resource that is applicable to this administrative mechanism generally has generality, as: system resources such as internal memory, flash.
The shortcoming of prior art two is: can only carry out system management with type of system resource, be difficult to solve the relation between the dissimilar resources.If for example resource 21 and resource 22 have correlation among Fig. 2, so this administrative mechanism just can not guarantee its unified management, must carry out independent protection to this correlation by each application module.The process need that is to say this protection is handled by each application module, so the many more workloads of the module of system are just big more.
Summary of the invention
The objective of the invention is to propose a kind of telecommunication apparatus system resource management method, system resource is carried out the hardware and software platform management, rational management system resource avoids conflict, and raises the efficiency.
Particular content of the present invention is as follows:
A kind of method of telecommunication apparatus system resource management may further comprise the steps:
A, application module establishing resource piece provide the configuration interface of this Resource Block simultaneously, and the resource management platform module identifies Resource Block;
B, application module are to the configuration interface of resource management platform module registration resource piece and Resource Block, the Resource Block sign is corresponding with the order of system registry, wherein, with the corresponding concrete mode of order of Resource Block sign and system registry be: when the Accreditation System order, above-mentioned Resource Block is registered in the concrete order;
C, user's transmitting order to lower levels resource allocation piece by user interface, arrive the resource management platform module, and the resource management platform module obtains the configuration interface of Resource Block according to the Resource Block sign;
D, Resource Block configuration interface are configured processing to Resource Block.
In the method for described a kind of telecommunication apparatus system resource management, step C is specially:
C1, user's distribution configuration command are configured Resource Block, and configuration order arrives the resource management platform module by user interface;
C2, resource management platform module find the order identical with configuration order from system; Otherwise the order of notifying the user to import is incorrect, re-enters configuration order;
C3, obtain and the corresponding Resource Block sign of described order, parameter value and module;
C4, resource management platform module form the Resource Block configuration packet according to the above-mentioned information that is obtained;
C5, resource management platform module find Resource Block according to the Resource Block sign that is obtained, and then definite configuration interface, then the Resource Block configuration packet that forms are submitted to configuration interface, are finished the configuration procedure of Resource Block by this resource distribution interface.
In the method for described a kind of telecommunication apparatus system resource management, described system command comprises webmaster order, webpage order, man-machine file command.
In the method for described a kind of telecommunication apparatus system resource management, after application module is created a Resource Block, add a plurality of concrete system resources subsequently in this Resource Block, application module and according to the relation between each resource will have the resource of correlation to focus in the Resource Block.
In the method for described a kind of telecommunication apparatus system resource management, the Resource Block configuration interface to Resource Block be configured handle before and/or in the configuration procedure, the resource management platform module is by the configuration status of this Resource Block of identification record.
In the method for described a kind of telecommunication apparatus system resource management, the configuration status of Resource Block can be provided with as required, comprises initial state at least, attitude is set, reads attitude.
In the method for described a kind of telecommunication apparatus system resource management, the attitude repulsion is set Resource Block is carried out setting operation and read operation; Read the attitude repulsion Resource Block is carried out setting operation; Reading attitude allows Resource Block is carried out read operation.
In the method for described a kind of telecommunication apparatus system resource management, after the processing of resource distribution interface finishes, the configuration status of Resource Block is returned to initial state.
In the method for described a kind of telecommunication apparatus system resource management, further comprising the steps of before D:
S1, read the configuration status of Resource Block;
Whether S2, the configuration status of judging Resource Block allow current Resource Block to be operated; Specifically comprise:
If the configuration status of described Resource Block repels current operation, then require this user's wait or directly think configuration failure;
If the configuration status of described Resource Block allows current operation then to proceed subsequent treatment.
In the method for described a kind of telecommunication apparatus system resource management, Resource Block is designated a ULONG type numerical value.
In the method for described a kind of telecommunication apparatus system resource management, described Resource Block sign comprises application module numbering, resource number or Resource Block numbering.
Beneficial effect of the present invention is as follows:
The user will pass through the resource management platform module to all configurations of system, the resource management platform module is unified scheduling to user's configuration, the problem of avoiding reentrying occurs, thereby multi-user's configuration linearisation, thereby reach rational management, allocating system resource, improve the efficient of system, the maintenance cost of reduction system.
Description of drawings
Fig. 1 is the structural representation of prior art one;
Fig. 2 is the structural representation of prior art two;
Fig. 3 is a structural representation of the present invention;
Fig. 4 is a flow chart of the present invention.
Embodiment
Below in conjunction with drawings and Examples the present invention is done a detailed description.
As shown in Figure 3, the resource management platform module of telecommunication apparatus system is unified the dispatching patcher resource, but each application module is the establishing resource piece all, the configuration interface of this Resource Block is provided simultaneously, the minimum unit of resource management platform module management is a Resource Block, it is to have configuration interface that Resource Block has an important attribute, and the work of configuration interface is exactly the configuration order of process user.Comprise a plurality of concrete resources in each Resource Block again, after application module is created a Resource Block by concrete interface, can in this Resource Block, add concrete resource by interface subsequently, this process is to carry out when the initialization of system, normally operation Once you begin, the resource in each Resource Block just can not dynamic change.
The Resource Block that the resource management platform module management is a lot of is convenient management, needs to distinguish each Resource Block, therefore need identify Resource Block, and the Resource Block sign can be a ULONG type numerical value.
The interface Accreditation System resource that application module provides by the resource management platform module.System resource comprises: internal memory, variable, port, timer, incident, task, hard disk etc.The existence form of system resource is a Resource Block, each resource of Resource Block inside connects each other, system resource numeric representation in the accompanying drawing 1,2,3, as Resource Block of 213 expressions among Fig. 3,2 representation modules wherein number then, 1 is expressed as No. 1 Resource Block of inside modules, last 3 expressions be a concrete resource.May have only a concrete resource in the Resource Block, also have a plurality of dissimilar a plurality of resources of number; There is not contact in logic between the Resource Block.
The resource management platform module is unified the configuration of scheduling resource.When the user need revise the configuration data resource, user's distribution configuration command by user interface, arrived the uniform resource management console module.As when the multi-user need be configured a certain Resource Block, resource management platform comes the layoutprocedure of scheduling resource by semaphore, thereby with multi-user's configuration linearisation, to resource platform, what represent as the dashed bars among Fig. 1,2,3 is the configuration process flow process with scheduling of resource work unification.
The resource management platform module provides each interface to application module, and application module need utilize these interfaces to register its each resource.
As shown in Figure 4, the specific implementation step of system resource management is as follows:
(1), application module establishing resource piece, the configuration interface of this Resource Block is provided simultaneously, the resource management platform module identifies Resource Block.
Present modular software systems all are made up of the module that some realize difference in functionality, therefore can be with the part of module id as the Resource Block sign, simultaneously because an application module may relate to a plurality of Resource Block, as the module among Fig. 32, therefore also need also will give its resource number to the Resource Block numbering.So the sign of Resource Block can be identified by application module in modularization framework, Resource Block is numbered, concrete resource number is formed, if application module relates to fewer Resource Block, then the Resource Block sign can only be made up of application module sign and resource number.In the mini system of some non-modularizations, the identifying resource piece can directly utilize an index mandatory provision to get off, and newly-increased Resource Block is since 0 sign that increases oneself in proper order.
(2), application module is to the configuration interface of resource management platform module registration resource piece and Resource Block, and the Resource Block sign is corresponding with the order of system registry.
After application module has been created Resource Block, the configuration interface of registration resource piece and Resource Block then, and the order of Resource Block sign above-mentioned and system registry is mapped.Therefore, need be at Accreditation System order (system command such as webmaster order, webpage order, man-machine file command or the like.) time, these Resource Block signs also are registered in the concrete order.User interface then can be easy to obtain this Resource Block sign after obtaining order that the user issues.
In addition,, at first manage out relation between each resource, will have the resource of correlation to be put in the Resource Block then by application module before resource management platform module registration resource piece.
(3), user's transmitting order to lower levels resource allocation piece, by user interface, arrive the resource management platform module, the resource management platform module obtains the configuration interface of Resource Block according to the Resource Block sign;
Behind the configuration interface of registration resource piece, the resource management platform module is finished the configuration procedure of Resource Block by dispatching this configuration interface.The detailed process of calling Resource Block is:
User input commands ip address 1.1.1.1 for example, this moment, the resource platform module received this command-string, then to internal system one by one go coupling, up to finding a duplicate order to think that just the user imports correctly, otherwise it is incorrect just to notify the user to import.This moment is according to finding an order of internal system clue, in this clue, extract the corresponding module of this order, sign (resource identification) and each parameter value of each parameter then, the resource management platform module is according to these information, form the configuration packet of a Resource Block, this bag is exactly a Resource Block configuration packet.Resource platform finds Resource Block according to resource identification, and then definite configuration interface, then the Resource Block configuration packet that forms is submitted to configuration interface.
The configuration mode of Resource Block has different processing according to different application, each module (task) need be registered to the configuration interface of Resource Block the resource management platform module, behind user's (comprising users such as webmaster, webpage, far-end configuration) transmitting order to lower levels, the resource management platform module is extracted the sign of Resource Block from configuration order, then according to this sign, find the resource distribution interface corresponding with this order, the configuration data that to order is handed down to this configuration interface again, is finished the configuration procedure of Resource Block by this configuration interface.
(4), the Resource Block configuration interface is configured processing to Resource Block
Configuration interface has multiple in form, includes but not limited to directly use interface function, passes through mailbox mechanism, formation mode, incident form etc.For the interface function form, directly the command configuration parameter is called this interface as input parameter; For mailbox mechanism,, then configuration data is sent to this module and get final product if the modular software framework then can at first extract module id from resource identification before sending message.For mini system non-modular system framework, then can obtain task identification by the Resource Block sign, then configuration data is sent to corresponding task; For the formation mode, then require when the registration resource piece, also processing messages piece corresponding queues to be registered to the resource management platform module, the resource management platform module is write configuration data in this formation after obtaining its formation according to the Resource Block sign at this moment then; Then can at first configuration data be write some places of having consulted for the incident form, notify concrete task or module with the form of incident then.
Among the present invention, during the processing configuration data, configuration interface need not to pay close attention to the reentry of resource, directly carries out the configuration of each resource in the Resource Block in configuration interface, and the reentry protection of resource is guaranteed at resource management platform module place.
Telecommunication apparatus all has the function of supporting multi-user's while service equipment at present, considers that the multi-user may be configured same Resource Block by the while transmitting order to lower levels.Because the task scheduling of operating system tends to owing to unpredictable problem occurs in the layoutprocedure that causes the multi-user of reentrying.
In the present invention, multi-user's configuration all will be through the unified scheduling of resource management platform module, when the user need dispose certain Resource Block, the resource management platform module is noted the configuration status of this Resource Block by sign, use the resource distribution interface to carry out configuration then, after the processing of resource distribution interface finished, the configuration status with Resource Block returned to initial state again.When a user in layoutprocedure, another user also attempts this Resource Block is configured when operation, then need at first to read the configuration status of Resource Block, if the configuration status of Resource Block repels active user's operation, then require this user to wait for or directly think to allow then to proceed subsequent treatment as if configuration status by configuration failure.
The configuration status of Resource Block described above comprises initial state at least, attitude is set, reads attitude.User's operation comprises setting at least and reads.Attitude is set repels setting operation; Attitude is set also repels read operation simultaneously; Read attitude and repel setting operation; Read attitude and allow read operation.
Certainly the configuration status of Resource Block can be promoted, and for example can increase dormant state, and is also not configurable to guarantee that this Resource Block not can read; Can also increase open attitude, this state allows to read and also allows to be provided with; Can also increase and restrain certain operation attitude, this state only repels some operations, for example only restrains and reads attitude; Or the like.In actual use, because the complexity of telecommunication system, the layoutprocedure of some order does not allow the operation of other any orders.For this requirement, according to top description, can provide a system-level virtual resource blocks, to guarantee all before any one command process that this virtual system resource block is in open attitude, otherwise will think and carry out failure.When needing to restrain other any configuration orders in some command process, only need the state of this Resource Block is changed to dormant state, after finishing, configuration again the recovering state of this Resource Block is got final product for open attitude.
In addition, can also increase the debugging diagnostic function of Resource Block.
Use because the resource management platform module is unified the dispatching patcher resource, therefore the resource operating position to system is quite clear on this one deck, can increase the debugging diagnostic function of Resource Block on this aspect.For example can obtain state of resources, user's concrete operations, also can learn concrete file name that resource is used and code line etc. in conjunction with compiler.These information is arranged, and the diagnostic function of system can improve greatly.
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 those skilled in the art in the technical scope that the present invention discloses; 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 (11)
1, a kind of method of telecommunication apparatus system resource management is characterized in that, may further comprise the steps:
A, application module establishing resource piece provide the configuration interface of this Resource Block simultaneously, and the resource management platform module identifies Resource Block;
B, application module are to the configuration interface of resource management platform module registration resource piece and Resource Block, the Resource Block sign is corresponding with the order of system registry, wherein, the described corresponding concrete mode of order with Resource Block sign and system registry is: when the Accreditation System order, described Resource Block is registered in the concrete order;
C, user's transmitting order to lower levels resource allocation piece by user interface, arrive the resource management platform module, and the resource management platform module obtains the configuration interface of Resource Block according to the Resource Block sign;
D, Resource Block configuration interface are configured processing to Resource Block.
2, method according to claim 1 is characterized in that, step C is specially:
C1, user's distribution configuration command are configured Resource Block, and described configuration order arrives the resource management platform module by user interface;
C2, resource management platform module find the order identical with configuration order from system; Otherwise the order of notifying the user to import is incorrect, re-enters configuration order;
C3, obtain and the corresponding Resource Block sign of described order, parameter value and module;
C4, resource management platform module form the Resource Block configuration packet according to the above-mentioned information that is obtained;
C5, resource management platform module find Resource Block according to the Resource Block sign that is obtained, and then definite configuration interface, then the Resource Block configuration packet that forms are submitted to configuration interface, are finished the configuration procedure of Resource Block by this resource distribution interface.
3, method according to claim 1 is characterized in that,
Described system command comprises webmaster order, webpage order, man-machine file command.
4, according to arbitrary described method in the claim 1,2, it is characterized in that, after application module is created a Resource Block, in this Resource Block, add a plurality of concrete system resources subsequently, application module and according to the relation between each resource will have the resource of correlation to focus in the Resource Block.
5, method according to claim 1 is characterized in that, the Resource Block configuration interface to Resource Block be configured handle before and/or in the configuration procedure, the resource management platform module is by the configuration status of this Resource Block of identification record.
6, method according to claim 5 is characterized in that, the configuration status of Resource Block can be provided with as required, comprises initial state at least, attitude is set, reads attitude.
7, method according to claim 6 is characterized in that, the attitude repulsion is set Resource Block is carried out setting operation and read operation; Read the attitude repulsion Resource Block is carried out setting operation; Reading attitude allows Resource Block is carried out read operation.
8, according to arbitrary described method in the claim 1,2, it is characterized in that, after the processing of resource distribution interface finishes, the configuration status of Resource Block is returned to initial state.
9, according to arbitrary described method in the claim 1 to 3, it is characterized in that, further comprising the steps of before D:
S1, read the configuration status of Resource Block;
Whether S2, the configuration status of judging Resource Block allow current Resource Block to be operated; Specifically comprise:
If the configuration status of described Resource Block repels current operation, then require this user's wait or directly think configuration failure;
If the configuration status of described Resource Block allows current operation then to proceed subsequent treatment.
According to the arbitrary described method of claim 1-3, it is characterized in that 10, Resource Block is designated a ULONG type numerical value.
11, method according to claim 7 is characterized in that, described Resource Block sign comprises application module numbering, resource number or Resource Block numbering.
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| CNB2006100612821A CN100450028C (en) | 2006-06-22 | 2006-06-22 | System resource management method for telecommunication apparatus |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN101128067B (en) * | 2007-09-29 | 2012-05-30 | 北京邮电大学 | A method and system for mobile terminal to schedule resources |
| CN101494476B (en) * | 2008-01-24 | 2013-12-04 | 中兴通讯股份有限公司 | Method and system for scheduling resource block |
| CN102571392B (en) * | 2010-12-13 | 2015-05-27 | 中国移动通信集团广东有限公司 | Method and device for configuring data of data communication device |
Citations (4)
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| CN1156362A (en) * | 1995-12-23 | 1997-08-06 | 三星电子株式会社 | Management method and apparatus for call resources in exchange system |
| CN1411286A (en) * | 2002-08-29 | 2003-04-16 | 西安大唐电信有限公司 | Multi module No.7 signalling system signalling joining and controlling part distribution mission management method |
| CN1545302A (en) * | 2003-11-17 | 2004-11-10 | 中兴通讯股份有限公司 | A method and system for distributed management of relay resources |
| US20060085530A1 (en) * | 2004-10-15 | 2006-04-20 | Emc Corporation | Method and apparatus for configuring, monitoring and/or managing resource groups using web services |
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1156362A (en) * | 1995-12-23 | 1997-08-06 | 三星电子株式会社 | Management method and apparatus for call resources in exchange system |
| CN1411286A (en) * | 2002-08-29 | 2003-04-16 | 西安大唐电信有限公司 | Multi module No.7 signalling system signalling joining and controlling part distribution mission management method |
| CN1545302A (en) * | 2003-11-17 | 2004-11-10 | 中兴通讯股份有限公司 | A method and system for distributed management of relay resources |
| US20060085530A1 (en) * | 2004-10-15 | 2006-04-20 | Emc Corporation | Method and apparatus for configuring, monitoring and/or managing resource groups using web services |
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