CN101466108B - Method for controlling multiple interface message processors and interface management module - Google Patents
Method for controlling multiple interface message processors and interface management module Download PDFInfo
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- CN101466108B CN101466108B CN2008102474952A CN200810247495A CN101466108B CN 101466108 B CN101466108 B CN 101466108B CN 2008102474952 A CN2008102474952 A CN 2008102474952A CN 200810247495 A CN200810247495 A CN 200810247495A CN 101466108 B CN101466108 B CN 101466108B
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Abstract
The invention provides a method for controlling a plurality of interface message processors and an interface management module thereof. The method includes the steps as follows: the interface management module is arranged in a comprehensive business management platform system; communication links are established between the interface management module and each interface message processor, and the control command is sent to the interface message processors by the communication link; the interface message processors receive and analyze the control command; and the corresponding operation can be executed according to the control command. According to the method and the interface management module, the work condition of each interface message processor can be controlled so as to facilitate the management and maintenance for the interface message processors.
Description
Technical field
The present invention relates to Integrated Service Management Platform (ISMP, the Integrated ServicesManagement Platform) field of telecom communication industry, particularly a kind of method of in the ISMP system, a plurality of interface message processor (IMP)s being controlled and interface management module.
Background technology
Interface message processor (IMP) in the ISMP system (IMP, Interface Message Processor) is mainly used in the information interaction of handling between the inside and outside portion of ISMP system, is bringing into play the important effect of accepting.Usually have a plurality of interface message processor (IMP)s in the ISMP system.
Fig. 1 is the ISMP system of prior art and the connection diagram of interface message processor (IMP).Among Fig. 1, there are a plurality of interface message processor (IMP)s ISMP system outside, i.e. interface message processor (IMP) 1～N, each interface message processor (IMP) connect with each corresponding functional module 1～N of ISMP internal system respectively.Interface message processor (IMP) is by the interface message processor (IMP) platform uniform management, but in fact the method for interface message processor (IMP) platform management interface message processor (IMP) is more single, start the interface message processor (IMP) of all carries of operation, stop the interface message processor (IMP) of all carries, this brings very big restriction for the flexible Application of interface message processor (IMP) in the entire I smp system, debugs to the non-commercial interface of loading in field adjustable personnel and the commercial system and all brings very big inconvenience.
As can be seen, the ISMP system of prior art can't control separately certain interface message processor (IMP) in numerous interface message processor (IMP)s, exists shortcomings such as difficult management.
Summary of the invention
Technical problem to be solved by this invention provides a kind of method and interface management module that a plurality of interface message processor (IMP)s are controlled, and can control the operating state of each interface message processor (IMP), is convenient to administering and maintaining of interface message processor (IMP).
For solving the problems of the technologies described above, it is as follows to the invention provides scheme:
The method of in a kind of Integrated Service Management Platform system a plurality of interface message processor (IMP)s being controlled is provided with the interface management module in the Integrated Service Management Platform system, described method also comprises:
Communication link between described interface management module foundation and each interface message processor (IMP), and pass through described communication link to the interface message processor (IMP) transmitting control commands;
Interface message processor (IMP) receives and resolves described control command, and carries out corresponding operation according to described control command.
Preferably, in the said method, communication link between described foundation and each interface message processor (IMP) specifically comprises: after described interface management module starts, the legitimacy and the validity of verification self configuration file, and after verification succeeds, according to the IP address and the port number information of each interface message processor (IMP) of preserving in the described configuration file, the communication link between foundation and each interface message processor (IMP).
Preferably, in the said method, described configuration file is also preserved the state configuration information of each interface message processor (IMP), the described configuration file of the further timing scan of described interface management module, obtain the state configuration information of each interface message processor (IMP), and, send the control command of the operating state that is used to control this interface message processor (IMP) to the interface message processor (IMP) of correspondence according to described state configuration information.
Preferably, in the said method, described interface management module includes interface module, and described interface module receives the control command of user's input, and by communication link this control command is sent to corresponding interface message processor (IMP).
Preferably, in the said method, described control command specifically comprises: interface machine module number, thread number and event number.
Present embodiment also provides a kind of interface management module, is arranged in the Integrated Service Management Platform system, and described interface management module comprises:
The link establishment module is used to set up the communication link between each interface message processor (IMP) of this interface management module and described Integrated Service Management Platform system outside;
The control command sending module is used for by described communication link to the interface message processor (IMP) transmitting control commands, and described control command is used to control the operating state of described interface message processor (IMP).
Preferably, in the above-mentioned interface management module, also comprise:
Profile module is used for configuration and preserves described interface management modules configured file, the IP address and the port number information of preserving each interface message processor (IMP) in the described configuration file;
Described link establishment module, be further used for after this interface management module starts, the described configuration file of verification, and after verification succeeds, according to the IP address and the port number information of each interface message processor (IMP), set up the communication link between this interface management module and each interface message processor (IMP).
Preferably, in the above-mentioned interface management module, described profile module also is used for the state configuration information at described each interface message processor (IMP) of configuration file preservation;
Described control command sending module also is used for the described configuration file of timing scan, obtains the state configuration information of each interface message processor (IMP), and according to described state configuration information, sends the control command of the operating state that is used to control this interface message processor (IMP) to the interface message processor (IMP) of correspondence.
Preferably, in the above-mentioned interface management module, also comprise:
Interface module is used to receive the control command that the user imports;
Described control command sending module also is used for control command that described interface module is received, sends to corresponding interface message processor (IMP) by communication link.
From the above as can be seen, method and the interface management module that a plurality of interface message processor (IMP)s are controlled provided by the invention, in the ISMP system, independently go out an interface management module specially, and set up communication link between this interface management module and each interface message processor (IMP), by this communication link transmitting control commands, realized control and management, made things convenient for the debugging and the maintenance of interface message processor (IMP) any interface message processor (IMP).And, the present invention also utilizes the configuration file state configuration information of saving interface machine in advance, by this configuration file of interface management module timing scan, according to state configuration information transmission control commands corresponding wherein, need not can the achieve a butt joint control of mouthful machine of the manual input of control commands of user, the automaticity height is more convenient for the control and management of interface message processor (IMP).
Description of drawings
Fig. 1 is the ISMP system of prior art and the connection diagram of interface message processor (IMP);
Fig. 2 is the connection diagram of ISMP system and interface message processor (IMP) in the embodiment of the invention;
Fig. 3 is the flow chart of the described method that a plurality of interface message processor (IMP)s are controlled of the embodiment of the invention;
Fig. 4 is the structural representation of the described interface management module of the embodiment of the invention.
Embodiment
At the shortcoming that exists in the prior art, the present invention proposes a kind of strategy of managing and controlling a plurality of interface message processor (IMP) operations, and the ISMP system utilizes this cover mechanism can manage the operation of a plurality of interface message processor (IMP)s, makes the operation of interface message processor (IMP) controlled in order.Below in conjunction with accompanying drawing, the present invention is elaborated by specific embodiment.
As shown in Figure 2, present embodiment independently goes out an interface management module specially in existing ISMP system, by the communication link transmitting control commands between interface management module and each interface message processor (IMP), realizes the unified management to each interface message processor (IMP).In order to realize the communication between interface management module and each interface message processor (IMP), present embodiment has been unified the information receiving and transmitting mechanism between each interface message processor (IMP) and the interface management module: pre-defined module No. (module), thread number (pno) and event number (event) field, wherein, module No. is used to distinguish different interface message processor (IMP)s, thread number is used for the different subfunctions of distinguishing interface machine, and event number then is used to define different incidents.By above-mentioned field, can identify certain concrete incident corresponding to certain interface message processor (IMP).
As shown in Figure 3, the described method that a plurality of interface message processor (IMP)s are controlled of the embodiment of the invention specifically may further comprise the steps:
After step 31, interface management module start, the validity and the legitimacy of self configuration file are carried out verification, after the verification succeeds, enter step 32.
Here, configuration and office number, module No., IP address and the port number information of preserving each interface message processor (IMP) in the described configuration file.
Step 35: the interface management module is input to information in the command boxe according to the user, by the communication link between interface management module and the interface message processor (IMP), to the interface message processor (IMP) transmitting control commands of correspondence; After receiving this control command, corresponding interface message processor (IMP) resolves, and according to the corresponding operation of this control command execution, and can return a response message to the interface management module: if the interface management module receives this response message in the back that runs succeeded, represent that then interface message processor (IMP) receives above-mentioned control command and runs succeeded, enter step 36 with process ends this moment; If the interface management module does not receive this response message, then return step 34, resend described control command.Here also can preestablish the repeating transmission number of times, after reaching predetermined repeating transmission number of times, process ends.Here, described control command specifically comprise the control interface machine startup, stop or the various control commands of other operations.
By above step, present embodiment can send this control command to any one interface message processor (IMP) by receiving the control command of user's input, and this interface message processor (IMP) is carried out control and management, has made things convenient for the debugging and the maintenance of interface message processor (IMP).
In addition, present embodiment can also be by the state configuration information that disposes and preserve each interface message processor (IMP) in configuration file in advance, the described configuration file of the further timing scan of interface management module, obtain the state configuration information of each interface message processor (IMP), and according to described state configuration information, send the control command of the operating state that is used to control this interface message processor (IMP) to the interface message processor (IMP) of correspondence, with the operating state of control interface machine.Each interface message processor (IMP) is carried out corresponding operation according to the control command that receives.For example, can start when 8:00 by pre-configured interface message processor (IMP) 1 in configuration file, quit work when 23:00, the interface management module can be by periodically scanning this configuration file like this, the automatic control and management of mouthful machine 1 that achieves a butt joint.This mode need not the manual input of control commands of user, and the automaticity height is more convenient for the control and management of interface message processor (IMP).
Based on the above-mentioned method that a plurality of interface message processor (IMP)s are controlled, present embodiment also correspondingly provides a kind of interface management module, and described interface management module is arranged in the Integrated Service Management Platform system.As shown in Figure 4, described interface management module comprises:
Control command sending module 42 is used for by described communication link to the interface message processor (IMP) transmitting control commands, and described control command is used to control the operating state of described interface message processor (IMP).
More specifically, the described interface management module of present embodiment also comprises a profile module 43, is used for configuration and preserves described interface management modules configured file, the IP address and the port number information of preserving each interface message processor (IMP) in the described configuration file.Described link establishment module 41, be further used for after this interface management module starts, the described configuration file of verification, and after verification succeeds, according to the IP address and the port number information of each interface message processor (IMP), set up the communication link between this interface management module and each interface message processor (IMP).
Here, described profile module 43 can also be used for the state configuration information at described each interface message processor (IMP) of configuration file preservation.At this moment, described control command sending module 42, the further described configuration file of timing scan obtains the state configuration information of each interface message processor (IMP), and, send the control command of the operating state that is used to control this interface message processor (IMP) to the interface message processor (IMP) of correspondence according to described state configuration information.
In the present embodiment, described interface management module can also comprise an interface module 44, is used to receive the control command of user's input.At this moment, described control command sending module 42 can also be used for control command that described interface module 44 is received, sends to corresponding interface message processor (IMP) by communication link.
In sum, method and the interface management module that a plurality of interface message processor (IMP)s are controlled provided by the invention can be controlled each interface message processor (IMP) in the system effectively, made things convenient for the maintenance and expansion of interface message processor (IMP), makes interface message processor (IMP) be convenient to maintenance and management.
The above only is embodiments of the present invention; should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (7)
1. the method for in the Integrated Service Management Platform system a plurality of interface message processor (IMP)s being controlled is characterized in that the interface management module is set, and described method also comprises in the Integrated Service Management Platform system:
Communication link between described interface management module foundation and each interface message processor (IMP), and pass through described communication link to the interface message processor (IMP) transmitting control commands;
Interface message processor (IMP) receives and resolves described control command, and carries out corresponding operation according to described control command;
Wherein, communication link between described foundation and each interface message processor (IMP) specifically comprises: after described interface management module starts, the legitimacy and the validity of verification self configuration file, and after verification succeeds, according to the IP address and the port number information of each interface message processor (IMP) of preserving in the described configuration file, the communication link between foundation and each interface message processor (IMP).
2. the method for claim 1, it is characterized in that, described configuration file is also preserved the state configuration information of each interface message processor (IMP), the described configuration file of the further timing scan of described interface management module, obtain the state configuration information of each interface message processor (IMP), and, send the control command of the operating state that is used to control this interface message processor (IMP) to the interface message processor (IMP) of correspondence according to described state configuration information.
3. the method for claim 1 is characterized in that, described interface management module includes interface module, and described interface module receives the control command of user's input, and by communication link this control command is sent to corresponding interface message processor (IMP).
4. the method for claim 1 is characterized in that, described control command specifically comprises: interface machine module number, thread number and event number.
5. an interface management module is characterized in that, described interface management module is arranged in the Integrated Service Management Platform system, and described interface management module comprises:
The link establishment module is used to set up the communication link between each interface message processor (IMP) of this interface management module and described Integrated Service Management Platform system outside;
The control command sending module is used for by described communication link to the interface message processor (IMP) transmitting control commands, and described control command is used to control the operating state of described interface message processor (IMP);
Profile module is used for configuration and preserves described interface management modules configured file, the IP address and the port number information of preserving each interface message processor (IMP) in the described configuration file;
Described link establishment module, be further used for after this interface management module starts, the described configuration file of verification, and after verification succeeds, according to the IP address and the port number information of each interface message processor (IMP), set up the communication link between this interface management module and each interface message processor (IMP).
6. interface management module as claimed in claim 5 is characterized in that,
Described profile module also is used for the state configuration information at described each interface message processor (IMP) of configuration file preservation;
Described control command sending module also is used for the described configuration file of timing scan, obtains the state configuration information of each interface message processor (IMP), and according to described state configuration information, sends the control command of the operating state that is used to control this interface message processor (IMP) to the interface message processor (IMP) of correspondence.
7. interface management module as claimed in claim 5 is characterized in that, also comprises:
Interface module is used to receive the control command that the user imports;
Described control command sending module also is used for control command that described interface module is received, sends to corresponding interface message processor (IMP) by communication link.
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| CN2008102474952A CN101466108B (en) | 2008-12-31 | 2008-12-31 | Method for controlling multiple interface message processors and interface management module |
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| CN2008102474952A CN101466108B (en) | 2008-12-31 | 2008-12-31 | Method for controlling multiple interface message processors and interface management module |
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| CN101466108A CN101466108A (en) | 2009-06-24 |
| CN101466108B true CN101466108B (en) | 2010-12-08 |
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| CN103945287B (en) * | 2013-01-21 | 2019-05-10 | 中兴通讯股份有限公司 | A kind of method and interface message processor (IMP) of interface message processor (IMP) processing message |
| CN104333473B (en) * | 2014-11-20 | 2018-04-20 | 武汉烽火网络有限责任公司 | It is managed collectively the system and method for route exchange device information interface |
| CN109739419B (en) * | 2018-12-28 | 2020-10-09 | 中电科仪器仪表有限公司 | Method for realizing automatic control of rear panel interface of network instrument |
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Granted publication date: 20101208 Termination date: 20161231 |