CN102510413B - Configuration management method and system based on LDAP (Lightweight Directory Access Protocol) - Google Patents

Configuration management method and system based on LDAP (Lightweight Directory Access Protocol) Download PDF

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Publication number
CN102510413B
CN102510413B CN201210001176.XA CN201210001176A CN102510413B CN 102510413 B CN102510413 B CN 102510413B CN 201210001176 A CN201210001176 A CN 201210001176A CN 102510413 B CN102510413 B CN 102510413B
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configuration
allocation models
module
data adaptation
adaptation module
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CN102510413A (en
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章洋
程渤
吴步丹
陈俊亮
陈大伟
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Beijing University of Posts and Telecommunications
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Beijing University of Posts and Telecommunications
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Abstract

The invention discloses a configuration management method based on an LDAP (Lightweight Directory Access Protocol), and the method comprises the following steps that: a configuration editor establishes and verifies a configuration model and sends the configuration model to a data adaption module; the data adaption module receives the configuration model, converts the configuration model into the configuration of an LDAP cataloging format, and stores the configuration of the LDAP cataloging format. The invention also discloses a configuration management system based on the LDAP. According to the technical scheme provided by the invention, configuration customization and unified configuration management can be provided.

Description

A kind of configuring management method based on LDAP and system
Technical field
The present invention relates to the configuration management technology in information management platform, particularly relate to a kind of configuring management method based on Light Directory Access Protocol (LDAP, Lightweight Directory Access Protocol) and system.
Background technology
Along with the develop rapidly of automatic technology and information technology, the production and administration general layout of enterprise there occurs huge change, brings into use KXG.The KXG of business administration has the monitor control system such as ERP and supplier management system, substantially increases production efficiency and the managerial skills of enterprise.
But along with the expansion of production scale of enterprise, the growth of product line quantity, monitor control system cannot meet the decentralized demand of network topology structure.In order to solve the decentralized demand of network topology structure, the nearly more than ten years have risen service-oriented architectural framework (SOA, Service-Oriented Architecture), SOA transmits basis using the message-oriented middleware of maturation as physical message, provide the various Enterprise information integration (EAI such as Message routing, data transaction, Enterprise Application Integration) support of pattern, adapt to the decentralized demand of network topology structure.
But above-mentioned various KXG is not sought unity of standard when developing, the new system of each exploitation all will redesign, and not only causing greatly wastes, and too increases maintenance workload; In addition, current existing above-mentioned many KXGs come into operation, and the data between each system are mutually isolated, make maintenance work complicated and easily make mistakes.
In order to solve the problem, employ real time data Monitoring Service platform at present.Real time data Monitoring Service platform maintains the global coherency of data by message and event-driven, form distributed treatment system, decrease depending on unduly central host, also by providing data adaptation module to realize sharing of data as interface module and other system.But real time data Monitoring Service platform comprises the application program of multiple periphery, make the configuration categories of system too much, cause system not easy care.
Visible, current existing real time data Monitoring Service platform, cannot provide when not changing application program the customization of configuration and the unified management to configuration.
Summary of the invention
In view of this, main purpose of the present invention is to provide a kind of configuring management method based on LDAP and system, provides the customization of configuration and the unified management to configuration.
For achieving the above object, technical scheme of the present invention is achieved in that
The invention provides a kind of configuring management method based on Light Directory Access Protocol LDAP, the method comprises:
Config editor is set up and is verified allocation models, allocation models is sent to data adaptation module; Described data adaptation module receives and allocation models is converted to the configuration of ldap directory form and stores.
In such scheme, described in be established as: config editor creates allocation models type and title, the internal constraint of editor's allocation models and external constraint.
In such scheme, described in be verified as: whether config editor first meets the definition of internal constraint according to the content format in internal constraint checking allocation models, if do not meet, return the result for not meeting internal constraint; If meet again according to external constraint checking allocation models, judge whether the allocation models described in allocation models and its external constraint relation meets external constraint, if do not conformed to, then config editor just shows there is the external constraint present position do not conformed to together with allocation models as the result, preserve the result and allocation models by config editor again, but this allocation models cannot be called; If conformed to, then config editor display allocation models and the result that is verified.
In such scheme, described in be converted to: allocation models is write according to the catalogue storage rule of LDAP the configuration becoming ldap directory form by allocation models again that receive.
Present invention also offers a kind of configuration management system based on LDAP, this system comprises: config editor and data adaptation module; Wherein,
Config editor, for setting up and verifying allocation models, is sent to data adaptation module by allocation models;
Data adaptation module, for receiving the allocation models that config editor is sent, then is converted to the configuration of ldap directory form and stores by allocation models.
In such scheme, described config editor, specifically for creating allocation models type and title, the internal constraint of editor's allocation models and external constraint.
In such scheme, described config editor, specifically for first whether meeting the definition of internal constraint according to the content format in internal constraint checking allocation models, if do not meet, returns the result for not meeting internal constraint; If meet again according to external constraint checking allocation models, judge whether the allocation models described in allocation models and its external constraint relation meets external constraint, if do not conformed to, then show there is the external constraint present position do not conformed to together with allocation models as the result, preserve the result and allocation models again, but this allocation models cannot be called; If conformed to, then the result showing allocation models and be verified.
In such scheme, described data adaptation module, specifically for again writing according to the catalogue storage rule of LDAP the configuration becoming ldap directory form by the allocation models received by allocation models.
In such scheme, described config editor, comprises further: configuration builds module, display interactive module Sum fanction analysis module; Wherein
Configuration builds module, for setting up allocation models, and allocation models being sent rule analysis module checking and Receipt Validation result, then allocation models being sent to data adaptation module;
Rule analysis module, for verifying the allocation models that configuration structure module is sent, and returns the result to configuration structure module;
Display interactive module, for providing display interface for user, is shown to user by the allocation models that configuration builds in module with patterned way, and is send to configuration to build module to the operational order of operation model by the operation transformation to allocation models of user.
The method and system of the configuration management based on LDAP provided by the present invention, there is following advantage and disadvantage: the present invention is by providing config editor, allocation models can be set up according to actual demand, adopt again tree structure to preserve allocation models, enable allocation models be converted to the configuration of ldap directory form easily.In addition, present invention also offers with LDAP be the data adaptation module of agreement as interface module, the multiple platform based on LDAP can be accessed easily, make the present invention have very strong adaptability.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of the configuring management method that the present invention is based on LDAP;
Fig. 2 is the structural representation of the configuration management system that the present invention is based on LDAP;
Fig. 3 is the structural representation of config editor in the configuration management system that the present invention is based on LDAP.
Embodiment
Basic thought of the present invention is: config editor is set up and verified allocation models, then allocation models is sent to data adaptation module; This data adaptation module receives allocation models, allocation models is converted to the configuration of ldap directory form and stores.
Here, described LDAP refers to, based on X.500 standard, support transmission control protocol/Internet Protocol (TCP/IP, Transmission Control Protocol/Internet Protocol), be used for issuing directory information to the storage mode of many different resources and access protocal, it stores data with tree-shaped hierarchical structure.
Below in conjunction with drawings and the specific embodiments, the present invention is further described in more detail.
The configuring management method that the present invention is based on LDAP as shown in Figure 1, comprises the following steps:
Step 101: user needs to add configuration, sets up allocation models by config editor;
Step 101 is specially: first user creates allocation models type and title by config editor, the internal constraint of editor's allocation models and external constraint;
Here, described config editor, for user provides display interface, allocation models is shown to user with patterned way, and be that operational order gives allocation models by user to the operation transformation of allocation models, SWT (Standard Widget Toolkit) technology can be used in reality to realize;
Described allocation models, edits according to the system that data adaptation module reality will access, wherein can comprise: the content such as title, type, attribute, mark of allocation models;
Described internal constraint refers to: to the restriction of the content format of allocation models self, Ke Yiwei: ordinary symbol, numeral etc.;
Described external constraint refers to: to the restriction of the correlation between each allocation models, can be defined as according to actual needs: dependence, necessary relation, choice relation, mutex relation or conditional relationship.
Wherein, the type of described allocation models, concrete decision is in the actual system that will use, such as, while actually employed, needs system access provided by the invention in the system of the ESB built based on the middleware Technology by SOA (ESB, Enterprise Service Bus) service platform, then the type of allocation models has: platform configuration, message arrangement and peripheral routine configure, and have again: platform basic configuration and arrangement of components in platform configuration;
Such as, system provided by the invention will access the system based on ESB service platform by data adaptation module, then can edit the allocation models of a component class, and the name of editor's allocation models is called " wsn assembly ", the contents such as the mark of editor's " wsn assembly "; Then editing the internal constraint of " wsn assembly " be " ordinary symbol ", and editing external constraint is be " dependence " with " servicemix-shared assembly " and " activemq assembly ".
Step 102: config editor is verified allocation models according to internal constraint and external constraint and shows result;
Step 102 is specially: whether config editor first meets the definition of internal constraint according to the content format in internal constraint checking allocation models, if do not meet, return the result for not meeting internal constraint; If meet again according to external constraint checking allocation models, judge whether the allocation models described in allocation models and its external constraint relation meets external constraint, if do not conformed to, then config editor just shows there is the external constraint present position do not conformed to together with allocation models as the result, preserve the result and allocation models by config editor again, but this allocation models cannot be called; If conformed to, then config editor display allocation models and the result that is verified, perform step 103.
Here, describedly judge whether the allocation models described in allocation models and its external constraint relation meets external constraint, different according to the different external constraint of checking, concrete verification method is prior art, such as, can be: verify necessary relation that, for each configuration item in necessary relation, configuration rule analysis engine judges whether it is all present in allocation models; Checking choice relation, for the configuration item in choice relation, configuration rule analysis engine is guaranteed to have and is only had one to be present in allocation models; Checking mutex relation, for the configuration item in mutex relation, configuration rule analysis engine guarantees there is not conflicting deploy content in allocation models; Checking dependence, for the configuration item in dependence, configuration rule analysis engine guarantees that the item that relied in dependence is present in allocation models; Verification condition relation, for the configuration item in conditional relationship, configuration rule analysis engine, according to the definition of existence condition, judges configuration item.
Step 103: allocation models is saved in data adaptation module by config editor;
Here, described preservation refers to: allocation models is write according to the catalogue storage rule of LDAP the configuration becoming ldap directory form by the allocation models received by data adaptation module again; Also can increase additional information according to transformation rule when again writing, such as increase information memory time.
In actual application, after above-mentioned steps 103 completes, also can upgrade the configuration of the system of actual access, comprise the following steps:
Step a: after the system of reality access is opened, initiatively check the configuration in data adaptation module, according to the actual requirements, utilizes the title of configuration to write the request of inquiry configuration settling time, this request is sent to data adaptation module.
Step b: data adaptation module inquires about the settling time of this configuration according to the configuration name in the request of inquiry configuration settling time, and is returned to the system of actual access the settling time of configuration.
Step c: the system of actual access compares according to the configuration of having deposited in the configuration settling time received and native system settling time, if the settling time of the configuration of having deposited in native system is early than the settling time of the configuration received, then send to data adaptation module and call configuring request, perform steps d; Otherwise end process flow process.
Steps d: after data adaptation module receives and calls configuring request, sends to the system of actual access by the configuration of specifying in request.
Visible, by above-mentioned steps, user just can being made when not changing used system or platform, setting up the allocation models of institute's connecting system or platform according to demand, then conversion is stored as the configuration of ldap directory form.
The configuration management system that the present invention is based on LDAP as shown in Figure 2, comprising: config editor 21 and data adaptation module 22; Wherein,
Config editor 21, for setting up and verifying allocation models, is then sent to data adaptation module 22 by allocation models;
Data adaptation module 22, for receiving the allocation models that config editor 21 is sent, then is converted to the configuration of ldap directory form and stores by allocation models.
Described config editor 21, for user provides display interface, is shown to user by allocation models with patterned way, and is the operational order to operation model by the operation transformation to allocation models of user, can realize by using SWT technology.
Described config editor 21, specifically for creating allocation models type and title, the internal constraint of editor's allocation models and external constraint;
Wherein, the type concrete decision of described allocation models is in the actual system that will access, such as, access the system based on ESB service platform, then described config editor 21, can edit the allocation models of a component class, the name of editor's allocation models is called " wsn assembly ", the contents such as the mark of editor's " wsn assembly "; Then editing the internal constraint of " wsn assembly " be " ordinary symbol ", and editing external constraint is be " dependence " with " servicemix-shared assembly " and " activemq assembly ".
Described config editor 21, specifically for first whether meeting the definition of internal constraint according to the content format in internal constraint checking allocation models, if do not meet, returns the result for not meeting internal constraint; If meet again according to external constraint checking allocation models, judge whether the allocation models described in allocation models and its external constraint relation meets external constraint, if do not conformed to, then show there is the external constraint present position do not conformed to together with allocation models as the result, preserve the result and allocation models again, but this allocation models cannot be called; If conformed to, then the result showing allocation models and be verified.
Described data adaptation module 22, specifically for again writing according to the catalogue storage rule of LDAP the configuration becoming ldap directory form by the allocation models received by allocation models;
Here, describedly also can increase additional information according to transformation rule when again writing, such as increase information memory time.
Described data adaptation module 22, the inquiry of also sending for the system receiving actual access configures the request of settling time, is returned to the system of actual access the settling time of configuration; And the system receiving actual access send call configuring request after, the configuration of specifying in request is sent to the system of actual access.
As shown in Figure 3, described config editor 21 comprises further: configuration builds module 211, display interactive module 212 Sum fanction analysis module 213; Wherein
Configuration builds module 211, for setting up allocation models, and allocation models is sent rule analysis module 213 and to verify and Receipt Validation result, allocation models is sent to data adaptation module 22;
Rule analysis module 213, for verifying the allocation models that configuration structure module 211 is sent, and returns the result to configuration structure module 211;
Display interactive module 212, for providing display interface for user, the allocation models that configuration builds in module 211 is shown to user with patterned way, and is send to configuration to build module 211 to the operational order of operation model by the operation transformation to allocation models of user;
Described display interactive module 212, can by the operation using SWT technology to realize display and conversion operations instruction.
Described display interactive module 212, specifically for the operation according to user, the instruction of the type and title of determining the allocation models that will set up sent to configuration to build module 211, the operation transformation of the internal constraint and external constraint of then editing allocation models is that operational order sends to configuration to build module 211; Accordingly, described configuration builds module 211, to go forward side by side line operate specifically for receiving the type of allocation models of foundation that display interactive module 212 sends and the instruction of title, receiving display interactive module 212 and sending editor's internal constraint of allocation models and the laggard line operate of operational order of external constraint.
Described display interactive module 212, specifically for building to configuration the instruction that module 211 sends checking allocation models; Accordingly, described configuration builds module 211, after receiving the instruction of checking allocation models that display interactive module 212 sends, the allocation models of specifying in instruction is sent to rule analysis module 213 verify, then is transferred to by the result that rule analysis module 213 is sent display interactive module 212 to show; Described rule analysis module 213, specifically for verifying the allocation models that configuration structure module 211 is sent, and returns the result to configuration structure module 211.
Described rule analysis module 213, specifically for first whether meeting the definition of internal constraint according to the content format in internal constraint checking allocation models, if do not meet, returns the result for not meeting internal constraint; If meet again according to external constraint checking allocation models, judge whether the allocation models described in allocation models and its external constraint relation meets external constraint, if do not conformed to, the external constraint present position then existence do not conformed to is as the result, if conformed to, then the result is for being verified.
The above, be only preferred embodiment of the present invention, be not intended to limit protection scope of the present invention.

Claims (5)

1. based on a configuring management method of Light Directory Access Protocol LDAP, it is characterized in that, the method comprises:
Config editor is set up and is verified allocation models, allocation models is sent to data adaptation module; Described data adaptation module receives and allocation models is converted to the configuration of ldap directory form and stores;
Wherein, the described configuration storing allocation models being converted to ldap directory form comprises: allocation models is write according to the catalogue storage rule of LDAP the configuration becoming ldap directory form by the allocation models received by data adaptation module again; Also information memory time can be increased according to transformation rule when again writing;
Be converted to the configuration of ldap directory form and after storage, comprise the following steps:
Step a: after the system of reality access is opened, initiatively check the configuration in data adaptation module, according to the actual requirements, utilizes the title of configuration to write the request of inquiry configuration settling time, this request is sent to data adaptation module;
Step b: data adaptation module inquires about the settling time of this configuration according to the configuration name in the request of inquiry configuration settling time, and is returned to the system of actual access the settling time of configuration;
Step c: the system of actual access compares according to the configuration of having deposited in the configuration settling time received and native system settling time, if the settling time of the configuration of having deposited in native system is early than the settling time of the configuration received, then send to data adaptation module and call configuring request, perform steps d; Otherwise end process flow process;
Steps d: after data adaptation module receives and calls configuring request, sends to the system of actual access by the configuration of specifying in request;
Describedly to be verified as: whether config editor first meets the definition of internal constraint according to the content format in internal constraint checking allocation models, if do not meet, return the result for not meeting internal constraint; If meet again according to external constraint checking allocation models, judge whether the allocation models described in allocation models and its external constraint relation meets external constraint, if do not conformed to, then config editor just shows there is the external constraint present position do not conformed to together with allocation models as the result, preserve the result and allocation models by config editor again, but this allocation models cannot be called; If conformed to, then config editor display allocation models and the result that is verified.
2. method according to claim 1, is characterized in that, described in be established as: config editor creates allocation models type and title, the internal constraint of editor's allocation models and external constraint.
3. based on a configuration management system of LDAP, it is characterized in that, this system comprises: config editor and data adaptation module; Wherein,
Config editor, for setting up and verifying allocation models, is sent to data adaptation module by allocation models;
Data adaptation module, for receiving the allocation models that config editor is sent, then is converted to the configuration of ldap directory form and stores by allocation models.
Described data adaptation module, specifically for again writing according to the catalogue storage rule of LDAP the configuration becoming ldap directory form by the allocation models received by allocation models; Also information memory time can be increased according to transformation rule when again writing;
Described data adaptation module, also for being converted to the configuration of ldap directory form and after storage, comprising the following steps:
Step a: after the system of reality access is opened, initiatively check the configuration in data adaptation module, according to the actual requirements, utilizes the title of configuration to write the request of inquiry configuration settling time, this request is sent to data adaptation module;
Step b: data adaptation module inquires about the settling time of this configuration according to the configuration name in the request of inquiry configuration settling time, and is returned to the system of actual access the settling time of configuration;
Step c: the system of actual access compares according to the configuration of having deposited in the configuration settling time received and native system settling time, if the settling time of the configuration of having deposited in native system is early than the settling time of the configuration received, then send to data adaptation module and call configuring request, perform steps d; Otherwise end process flow process;
Steps d: after data adaptation module receives and calls configuring request, sends to the system of actual access by the configuration of specifying in request;
Described config editor, specifically for first whether meeting the definition of internal constraint according to the content format in internal constraint checking allocation models, if do not meet, returns the result for not meeting internal constraint; If meet again according to external constraint checking allocation models, judge whether the allocation models described in allocation models and its external constraint relation meets external constraint, if do not conformed to, then show there is the external constraint present position do not conformed to together with allocation models as the result, preserve the result and allocation models again, but this allocation models cannot be called; If conformed to, then the result showing allocation models and be verified.
4. system according to claim 3, is characterized in that, described config editor, specifically for creating allocation models type and title, and the internal constraint of editor's allocation models and external constraint.
5. system according to claim 3, is characterized in that, described config editor, comprises further: configuration builds module, display interactive module Sum fanction analysis module; Wherein
Configuration builds module, for setting up allocation models, and allocation models being sent rule analysis module checking and Receipt Validation result, then allocation models being sent to data adaptation module;
Rule analysis module, for verifying the allocation models that configuration structure module is sent, and returns the result to configuration structure module;
Display interactive module, for providing display interface for user, is shown to user by the allocation models that configuration builds in module with patterned way, and is send to configuration to build module to the operational order of operation model by the operation transformation to allocation models of user.
CN201210001176.XA 2012-01-04 2012-01-04 Configuration management method and system based on LDAP (Lightweight Directory Access Protocol) Expired - Fee Related CN102510413B (en)

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