CN101500343B - Method for semi-automatically implementing interface in telecommunication managing network management - Google Patents

Abstract

The invention discloses a method for semi-automatically realizing the interface in the network management of the telecommunication management network. An extensible markup language XML file is configured on the network management to represent the unified action interface information of the network management and network elements, and different action information classes and actions are defined. The returned result XML file represents different actions, and is coded with a set of codes. The network manager automatically adapts to different actions by reading the information in the XML file, and completes the interaction with the network element. The method of the invention can semi-automatically realize the complex interface in the TNN network management, separates the interface definition from the implementation method, and realizes the interface definition through XML, which is convenient for users to understand and test personnel. This method can not only effectively reduce the difficulty of coding and testing, but also speed up the realization of the code.

Description

A semi-automatic method for realizing interface in network management of telecommunication management network

technical field

The invention relates to the technical field of wireless communication, in particular to a semi-automatic method for realizing the interface in the network management of a telecommunication management network (TNN).

Background technique

Certain management object classes in TMN network management have action functions, and action operations require management objects to perform specified actions and indicate the results of the actions. Actions and corresponding information should be defined in the management object definition. The interface formats are basically the same, but due to many actions, different actions have different parameters, input object information, operation information, and data structures returned by actions, which makes the actual interface implementation complicated, debugging/testing error-prone and Hassle and time consuming. Generally, when coding, developers code according to different operations, resulting in code redundancy and error-prone parameter settings, requiring developers and testers to spend a lot of energy on debugging and testing.

Contents of the invention

The invention provides a semi-automatic method for realizing the interface in the network management of the telecommunication management network, so as to solve the problems that the interface in the TNN network management is complicated to realize, debugging/testing is easy to make mistakes, and is troublesome and time-consuming.

In order to solve the above-mentioned technical problems, the present invention provides a semi-automatic method for realizing the interface in the network management of the telecommunication management network. An Extensible Markup Language (XML) file is configured on the network management to represent the unified action interface information of the network management and network elements, and define different The XML files of the action information class and the action return result class represent different actions, and are encoded with a set of codes. The network manager automatically adapts to different actions by reading the information in the XML file, and completes the interaction with the network element.

The method of the present invention, wherein, comprises the following steps:

(1) According to the action interface configuration XML file structure of the network management and network elements, the unified action interface information of the network management and network elements is represented, and different action information classes and action return result class XML files are defined to represent different actions. The server end writes XML files for the parameter values of all actions, and uses a set of codes to encode, and then publishes them to the action interfaces of the network management and network elements;

(2) When the server end receives the action message sent from the client of the network manager, the server end adds the content corresponding to the action in the XML file according to the action name in the message, and sends it to the network Yuan;

(3) After the network element receives and processes the action, the result of the action is adapted into an XML file through the network element adaptation layer of the network management, and then the server returns the result to the client through the server. Action result information.

The method of the present invention, wherein, the XML file structure is divided into a sending message structure class and a response message structure class; the different action information XML files sent to the network element are the sending message structure class; the action return result sent to the client The class XML file is the response message structure class.

The method of the present invention, wherein, in step (1), the action interfaces of the network management and network elements are divided into client and server interfaces, server and network element adaptation layer interfaces, network element adaptation layer interfaces and network Meta-interface; when sending and receiving information, these three interfaces automatically adapt to different actions by reading the information of the XML file.

The method of the present invention, wherein, in step (1), the unified action interface information is represented according to the action interface configuration XML file structure of the network management and network elements, and different action information classes and action return result class XML files are defined to represent different action, including the following steps:

(1.1) Analyze the various parameter information of the client and server interfaces;

(1.2) Determine whether each parameter is shared by all actions: if the parameter is shared by all actions, and all actions of this parameter have different values, then add it to the XML file; if the parameter is not shared by all actions, weigh it if you need to add it to the XML file , then add it to the XML file;

(1.3) analyzing the various parameter information of the server end and the network element adaptation layer interface;

(1.4) Determine whether each parameter is shared by all actions: if the parameter is shared by all actions, and all actions of this parameter have different values, then add it to the XML file; if the parameter is not shared by all actions, weigh it if you need to add it to the XML file , then add it to the XML file;

(1.5) analyzing each parameter information of the network element adaptation layer and the network element interface;

(1.6) Determine whether each parameter is shared by all actions: if the parameter is shared by all actions, and all actions of this parameter have different values, then add it to the XML file; if the parameter is not shared by all actions, weigh it if you need to add it to the XML file , then add it to the XML file;

(1.7) Organize all interface information, configure the XML file structure to represent the unified action interface information, define different action information classes and action return result class XML files to represent different actions.

Further, in step (1.2), when analyzing the parameter information of the client-side and server-side interfaces, if the parameter is shared by all actions, and the values of all actions of this parameter are the same, it will be processed uniformly by the public processing function of the client ; If the parameter is not common to all actions, and if it does not need to be added to the XML file after weighing, it will be specially handled by the public processing function of the client.

Further, in step (1.4), when analyzing the parameter information of the interface between the server and the network element adaptation layer, if the parameter is shared by all actions, and all actions of this parameter have the same value, then the common processing of the server The function is processed uniformly; if the parameter is not shared by all actions, and if it does not need to be added to the XML file after weighing, it will be specially processed by the public processing function of the server.

Further, in step (1.6), when analyzing the parameter information of the interface between the server and the network element adaptation layer, if the parameter is shared by all actions, and all actions of this parameter have the same value, then the common processing of the server The function is processed uniformly; if the parameter is not shared by all actions, and if it does not need to be added to the XML file after weighing, it will be specially processed by the public processing function of the server.

The method of the present invention can semi-automatically realize the complex interface in the TNN network management, separate the interface definition from the implementation method, and realize the interface definition through XML (The Extensible Markup Language), which is convenient for users to understand and test personnel. This method can not only effectively reduce the difficulty of coding and testing, but also speed up the realization of the code.

Description of drawings

Fig. 1 is the flow chart of the XML file definition of the embodiment of the present invention;

Fig. 2 is an interactive schematic diagram of the method for semi-automatically implementing the interface in the TNN network management according to the embodiment of the present invention.

Detailed ways

The idea of the present invention is as follows: configure Extensible Markup Language XML files on the network management system to represent the unified action interface information of the network management system and network elements, define different action information classes and action return result class XML files to represent different actions, and use A set of codes is used for encoding, and the network manager automatically adapts to different actions by reading the information in the XML file to complete the interaction with the network element. The XML file structure is divided into the sending message structure class and the response message structure class; the different action information XML files sent to the network element are the sending message structure class; the action return result XML files sent to the client are the response message structure class. The action interfaces of the network management and network elements are divided into client and server interfaces, server and network element adaptation layer interfaces, network element adaptation layer interfaces and network element interfaces; when sending and receiving information, these three interfaces pass the read The information of the XML file is obtained to automatically adapt to different actions. In this way, development and testing are relatively convenient, flexible and scalable. Because after verifying the basis of the correctness of the code, it is mainly to judge the correctness of the interface definition for the XML file.

The technical solution of the present invention will be described in detail below in conjunction with the accompanying drawings and specific embodiments.

As shown in Figure 1, it is a flow chart of the XML file definition of the embodiment of the present invention, comprising the following steps:

Step 101, analyzing the parameter information of the client and server interfaces;

Step 102, judge whether each parameter is shared by all actions: if yes, then go to step 103; if not, then go to step 104;

Step 103, judge whether all action values of the parameter are the same: if yes, then go to step 117; if not, then go to step 105;

Step 104, weigh it to see whether it needs to be added to the XML file: if yes, then go to step 105; if not, then go to step 118;

Step 105, add in the XML file;

Step 106, analyzing the parameter information of the interface between the server and the network element adaptation layer;

Step 107, judge whether each parameter is shared by all actions: if yes, then go to step 108; if not, then go to step 109;

Step 108, judge whether all action values of the parameter are the same: if yes, then go to step 119; if not, then go to step 110;

Step 109, weigh it to see whether it needs to be added to the XML file: if yes, then go to step 110; if not, then go to step 120;

Step 110, add in the XML file;

Step 111, analyzing the parameter information of the network element adaptation layer and the network element interface;

Step 112, judge whether each parameter is shared by all actions: if yes, then go to step 113; if not, then go to step 114;

Step 113, judge whether all action values of parameters are the same: if yes, then go to step 119; if not, then go to step 115;

Step 114, weigh and see whether it needs to be added to the XML file: if yes, then go to step 115; if not, then go to step 120;

Step 115, add in the XML file;

Step 116, organize all interface information, configure the XML file structure to represent the unified action interface information, define different action information classes and action return result class XML files to represent different actions, and the server side takes values for parameters of all actions , write an XML file, and use a set of codes to encode, and then release it to the action interface of the network management and network element, and the XML file definition process ends;

Step 117, unified processing by the public processing function of the client;

Step 118, special processing by the public processing function of the client;

Step 119, unified processing by the public processing function of the server;

Step 120 is specially processed by the public processing function of the server.

As shown in Figure 2, it is an interactive schematic diagram of the method signaling in the semi-automatic implementation of the interface in the TNN network management of the embodiment of the present invention, including the following steps:

Step 201, the operator initiates the action operation of the object;

Step 202, the client provides operator selection according to the information required for the management object, action name and action initiation message structure class, and after the operator confirms, the client organizes the information of the corresponding action according to the information input by the operator and sends it to the server;

Step 203: After receiving the message, the server adds the content corresponding to the action in the XML file according to the action name in the message, and automatically adapts it as an action to send the message structure class XML file and forwards it to the network element adaptation layer; if in the XML file If the action name cannot be found, an error message is returned;

Step 204, after the network element adaptation layer receives the information, it reads the information in the XML file, calls a unified interface communication module to organize the message format of the corresponding action, automatically adapts it into specific action information and sends it to the network element;

Step 205, after the network element receives and processes the action, returns the action result to the network element adaptation layer;

Step 206, the network element adaptation layer automatically adapts the action response message structure class XML file according to the action name, and sends it to the server;

Step 207, the server forwards the result information of the action to the client;

Step 208: After receiving the information, the client terminal displays the action result information to the operator on an interface, and prompts the operator to return the information.

The solutions described in the present invention are not limited to the applications listed in the specification and implementation methods. For those of ordinary skill in the art to which the technology of the present invention belongs, various corresponding changes and modifications can be made according to the present invention, and all these corresponding changes and modifications belong to the protection scope of the claims of the present invention.

Claims (7)

1. semi-automatic method that realizes interface in the telecommunication managing network management; It is characterized in that; On webmaster according to the unified motion interface information of the motion interface of webmaster and network element configuration XML (extensible Markup Language) said webmaster of XML representation of file and network element; Definition different actions info class and action return results class XML representation of file different actions; And adopt a cover code to encode, and said webmaster is through the automatic adaptive different actions of the information that reads said XML file, and completion is mutual with network element;

Wherein, represent said unified motion interface information according to the motion interface configuration XML file structure of webmaster and network element, definition different actions info class comprises with the step of action return results class XML representation of file different actions:

(1.1) each parameter information of analysis client and server end interface;

(1.2) judge that whether each parameter is that everything is total: total if parameter is an everything, and this parameter all different then addings in the XML file of action value; If the non-everything of parameter is total, then weigh and add if desired in the XML file, then add in the XML file;

(1.3) each parameter information of Analysis server end and network element adaptation layer interface;

(1.4) judge that whether each parameter is that everything is total: total if parameter is an everything, and this parameter all different then addings in the XML file of action value; If the non-everything of parameter is total, then weigh and add if desired in the XML file, then add in the XML file;

(1.5) each parameter information of analysis network element adaptation layer and network element interface;

(1.6) judge that whether each parameter is that everything is total: total if parameter is an everything, and this parameter all different then addings in the XML file of action value; If the non-everything of parameter is total, then weigh and add if desired in the XML file, then add in the XML file;

(1.7) arrangement total interface information, configuration XML file structure is represented said unified motion interface information, definition different actions info class and action return results class XML representation of file different actions.

2. method according to claim 1 is characterized in that, comprises the steps:

(1) motion interface according to webmaster and network element disposes the unified motion interface information that the XML file structure is represented said webmaster and network element; Definition different actions info class and action return results class XML representation of file different actions; The server end of said webmaster is to the parameter value of everything; Write the XML file, and adopt a cover code to encode, be published to then on the motion interface of said webmaster and network element;

(2) receive the action message of sending from the client of said webmaster when said server end, this server end increases the corresponding content of this action according to the denomination of dive in the said message in said XML file, mail to network element;

(3) after said network element is received and handled said action, be adapted to the XML file, return the object information of this action then through said server end to said client for the result of this action network element adaptation layer through said webmaster.

3. like the said method of claim 2, it is characterized in that said XML file structure is divided into sends the message structure class and receive the response the structure class; The different actions info class XML file that sends to network element is for sending the message structure class; The action return results class XML file that sends to client is the structure class of receiveing the response.

4. like the said method of claim 2, it is characterized in that in the step (1), the motion interface of said webmaster and network element is divided into client and server end interface, server end and network element adaptation layer interface, network element adaptation layer and network element interface; When sending and receiving information, these three interfaces are through the automatic adaptive different actions of the information that reads said XML file.

5. method according to claim 1 is characterized in that, in the step (1.2); When analyzing each parameter information of client and server end interface; If it is total that parameter is an everything, and all action value of this parameter is all the same, then by the common process function Unified Treatment of client; If the non-everything of parameter is total, and if the balance back need not add in the XML file, then by the common process function special processing of client.

6. method according to claim 1 is characterized in that, in the step (1.4); When each parameter information of Analysis server end and network element adaptation layer interface; If it is total that parameter is an everything, and all action value of this parameter is all the same, then by the common process function Unified Treatment of server; If the non-everything of parameter is total, and if the balance back need not add in the XML file, then by the common process function special processing of server.

7. method according to claim 1 is characterized in that, in the step (1.6); When analyzing each parameter information of network element adaptation layer and network element interface; If it is total that parameter is an everything, and all action value of this parameter is all the same, then by the common process function Unified Treatment of server; If the non-everything of parameter is total, and if the balance back need not add in the XML file, then by the common process function special processing of server.

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