CN1949687B - Method and apparatus for processing light module information in communication apparatus - Google Patents

Abstract

The invention discloses an information processing method of an optical module in a communication device. Whether the information of the optical interface matches and outputs the judgment result. The present invention also discloses an information processing device for an optical module in a communication device, comprising: an optical module information query module; an optical interface information storage module; a matching judgment module connected with the optical interface information query module and the optical interface information storage module, and using Obtaining the information read by the optical module information query module and the information pre-stored in the optical interface information storage module and judging whether it matches according to the preset strategy; the output module is connected with the matching judging module to output judging result information. The invention can improve operation and maintenance efficiency, facilitate fault location and enhance usability.

Description

Information processing method and device of optical module in communication equipment

technical field

The invention relates to a processing method and device for communication equipment, in particular to an information processing method and device for an optical module in a communication device, belonging to the field of communication. the

Background technique

Optical modules are indispensable communication components in optical transmission, network, communication and other communication fields. There are many types of optical modules, which can be divided into SFP, GBIC, XFP, and XENPAK according to the packaging form; can be divided into 100M, 155M, 622M, 1.25G, 10G, etc. according to the supported rate; can be divided into single-mode according to the type of laser emission Optical modules and multimode optical modules can also be classified according to operating wavelength and transmission distance. the

On the other hand, the types of optical interfaces provided by network equipment are also very rich. According to the types of interface rates provided externally, they can be divided into 100M, 1000M and 10M optical interfaces. In order to meet the ever-increasing customer demand and facilitate flexible use by customers, network equipment manufacturers often provide multiple types of optical interfaces with different rates on one network equipment (for example: provide a certain number of 100M, 1000M and 10G ) for customers to choose. These interfaces are generally designed to be pluggable and support optical modules produced by different manufacturers. the

The optical module rate information is generally written at the factory and stored in a piece of EEPROM inside the optical module. The host obtains the optical module type, rate, manufacturer and other related data information through the standard I2C serial bus interconnected with the optical module. . The detailed definition of the AOH address space register of the EEPROM inside the optical module is shown in Table 1. the

Table 1 AOH address space register definition table of EEPROM inside the optical module

Optical interfaces of different rates need to be matched with optical modules of specific rates, otherwise they will not work properly or affect the performance of the equipment to a certain extent. Distinguish the rate type supported by the optical module. the

In the prior art, in order to solve the above problems, commands are usually entered in command line format to query the type and rate of the optical module, and then the operator judges whether the inserted optical module is compatible with the type of optical interface according to the type and rate of the optical module obtained from the query. match. The disadvantages of this method are:

1. The operating efficiency is not high. This method requires manual input of commands to obtain optical module information, and manually judges whether the optical module matches the optical interface, but does not realize automatic identification and judgment throughout the process;

2. It is difficult to maintain. When users or maintenance personnel mistakenly insert an optical module that does not match the optical interface, the communication device cannot automatically report an error message, which brings inconvenience to fault location, affects availability, and reduces maintenance efficiency. the

Contents of the invention

The purpose of the present invention is to overcome the defects of the above-mentioned prior art, and provide an information processing method and device for an optical module in a communication device, which can automatically identify the information of the optical module and judge whether it matches the optical interface, thereby improving the operation and Maintenance efficiency, easy fault location, and enhanced availability. the

In order to achieve the purpose of the above invention, the present invention provides an information processing method for an optical module in a communication device, which includes: when the communication device detects that an optical module is inserted, read the pre-saved factory information in the optical module, and follow the preset The policy judges whether the read factory information matches the pre-saved optical interface information in the optical interface, and outputs the judgment result.

In the above technical solution, by saving the information to be compared in advance, and when the communication device detects that an optical module is inserted, it reads the pre-stored information in the optical module and compares it with the information stored in the optical interface to determine whether Match and output the judgment result, so that after the optical module is inserted into the optical interface, it can automatically identify the information of the optical module and judge whether it matches the optical interface; and all the operations of identification, matching, and output are realized automatically, rather than existing In the technology, the manual input of the command line to query the information of the optical module and the manual judgment of whether it is matched have greatly improved the operation efficiency; at the same time, when the optical module does not match the optical interface, it can automatically output the prompt information of the mismatch, so that the fault can be quickly located, which greatly improves the operation efficiency. Improve maintenance efficiency; by automatically judging whether the optical module matches the optical interface according to the preset strategy, it is also possible to select the most suitable optical module for the optical interface, so that the performance of the communication equipment can be maximized, greatly improving Availability of communication equipment. Preferably, in order to judge whether the rate supported by the optical module matches the rate supported by the optical interface, the reading the pre-saved factory information in the optical module may specifically include: reading the pre-saved rate information in the optical module; Judging whether the read factory information matches the pre-saved optical interface information in the optical interface according to a preset policy may specifically include: judging whether the read rate information matches the pre-stored rate information. Preferably, in order to determine whether the model of the optical module matches the model supported by the optical interface, reading the factory information pre-stored in the optical module specifically includes: reading the model information of the optical module pre-stored in the optical module. The judging according to the preset strategy whether the read factory information matches the pre-saved optical interface information in the optical interface specifically includes: judging whether the read optical module model information matches the pre-saved model information. Preferably, in order to judge whether the supplier of the optical module matches the preset supplier, the reading of the pre-saved factory information in the optical module specifically includes: reading the supplier information of the pre-saved optical module in the optical module; The judging whether the read factory information matches the pre-stored information of the optical interface according to the preset strategy specifically includes: judging whether the read supplier information of the optical module matches the pre-stored supplier information. According to the preset strategy, judging whether the read factory information matches the pre-saved optical interface information in the optical interface and outputting the judgment result may also specifically include: judging the read supplier information of the optical module and the pre-saved information. Whether the supplier information matches, if it matches, obtain the service function corresponding to the supplier saved in advance, then output the matching prompt information and the prompt information of the corresponding service function, and open the corresponding service function or call the corresponding service function program If there is no match, output the prompt information of the mismatch and the prompt information of the cause of the mismatch and end. the

To achieve the purpose of the invention, the present invention also provides an information processing device for an optical module in a communication device, including: an optical module information query module, used to establish a connection with the optical module when the communication device detects that an optical module is inserted, and read Take the factory information pre-saved in the optical module; the optical interface information preservation module is used to pre-save the information of the optical interface in the optical interface; the matching judgment module is connected with the optical interface information query module and the optical interface information preservation module, and uses Obtaining the pre-saved information in the optical module read by the optical module information query module and the pre-saved optical interface information in the optical interface information storage module, and judging whether it matches according to a preset strategy; the output module and the matching judgment The module connection is used to output the result information of the matching judgment to the user. In the above technical solution, the information pre-saved in the optical module is obtained by the optical module information query module after the optical module is inserted into the optical interface, and the matching judgment module judges the information obtained by the optical module information query module and the optical interface information according to the preset strategy Whether the information saved by the saving module matches, and output the matching judgment result information through the output module, so that after the optical module is inserted into the optical interface, the information of the optical module can be automatically identified and whether it matches the optical interface can be judged, instead of manual input in the prior art The command identifies the information of the optical module and manually judges whether it matches, so the operation efficiency is greatly improved; at the same time, the output module can automatically output the prompt information of the mismatch when the optical module does not match the optical interface, so that the fault can be quickly located, which greatly improves the operating efficiency. Maintenance efficiency; and, through the matching judgment module, it can automatically judge whether the optical module matches the optical interface according to the preset strategy, and can also select the most suitable optical module for the optical interface, so that the performance of the communication equipment can be maximized. , greatly improving the availability of communication equipment. the

Preferably, in order to determine whether the rate supported by the optical module matches the rate supported by the optical interface, the optical module information query module may include a rate information query module for communicating with the optical module when the communication device detects that an optical module is inserted. Establish a connection and read the pre-saved rate information in the optical module; the optical interface information storage module may include a rate information storage module for storing the rate information supported by the optical interface; the matching judgment module includes a rate matching judgment module , connected to the rate information query module, the rate information storage module, and the output module, for obtaining the rate information pre-stored in the optical module read by the rate information query module and the rate information pre-stored in the rate information storage module, It judges whether it matches according to a preset strategy, and outputs prompt information of the judgment result to the output module. the

Preferably, in order to determine whether the model of the optical module matches the model supported by the optical interface, the optical module information query module may include a model information query module for establishing a connection with the optical module when the communication device detects that an optical module is inserted , and read the pre-saved model information in the optical module; the optical interface information storage module may include a model information storage module for storing the model information supported by the optical interface; the matching judgment module may include a model matching judgment module, Connect with the model information query module, the model information storage module, and the output module, and be used to obtain the pre-saved model information in the optical module read by the model information query module and the pre-saved model information in the model information storage module, according to The preset strategy judges whether it matches, and outputs prompt information of the judgment result to the output module. the

Preferably, in order to determine whether the supplier of the optical module matches the preset supplier, the optical module information query module may include a supplier information query module, which is used to establish an optical module with the optical module when the communication device detects that an optical module is inserted. connected, and read the pre-saved supplier information in the optical module; the optical interface information storage module may include a supplier information storage module for storing the supplier information supported by the optical interface; the matching judgment module may include the first A supplier information matching judging module, connected with the supplier information query module, supplier information storage module, and output module, used to obtain the pre-saved supplier information in the optical module read by the supplier information query module, and The pre-saved supplier information in the supplier information storage module judges whether it matches according to a preset strategy, and outputs the judgment result prompt information to the output module; the matching judgment module may also include a second supplier information matching judgment module, Connect with the supplier information query module, the supplier information storage module, and the output module, for obtaining the supplier information pre-saved in the optical module read by the supplier information query module and the pre-saved supplier information in the supplier information storage module According to the pre-set strategy to judge whether it matches the supply information, if it matches, obtain the service function information corresponding to the supplier information, output the matching prompt information and service function prompt information to the output module, and open the corresponding service function or Call the corresponding service function program; if it does not match, output the prompt information of mismatch and the reason to the output module. the

Preferably, the output module may include an indicator light module, which is connected to the matching judgment module, and is used to output a corresponding preset indicator signal according to the prompt information of the judgment result sent by the matching judgment module, for example, through the flashing of the indicator light To display abnormality or normality, or to display abnormality or normality by means of red, yellow and other different colored indicator lights. The output module may include an audio output module connected to the matching judging module, and configured to output a corresponding preset audio signal according to the judging result prompt information sent by the matching judging module. The output module may also include a command line display module connected to the matching judging module for displaying and outputting the judgment result prompt information sent by the matching judging module in a command line. The output module may also include a graphical interface display module connected to the matching judging module for displaying and outputting the judgment result prompt information sent by the matching judging module in a graphical interface. the

In summary, the present invention saves the information to be compared in advance, and when the communication device detects that an optical module is inserted, reads the pre-saved information in the optical module and compares it with the information stored in the optical interface, and judges Whether it matches, and output the judgment result. When the optical module does not match the optical interface, it can automatically output the prompt information of the mismatch. All the operations of identification, matching, and output are realized automatically, rather than manual input in the prior art. The command line queries the optical module information and manually judges whether it matches, so as to achieve the beneficial technical effects of improving operation efficiency and maintenance efficiency, quickly locating faults, maximizing the performance of communication equipment, and improving the availability of communication equipment. the

Description of drawings

Fig. 1 is a schematic flow chart of Embodiment 1 of an information processing method of an optical module in a communication device of the present invention;

Fig. 2 is a schematic flow diagram of Embodiment 2 of the information processing method of the optical module in the communication device of the present invention;

Fig. 3 is a schematic flow chart of Embodiment 3 of the information processing method of the optical module in the communication device of the present invention;

FIG. 4 is a schematic flow diagram of Embodiment 4 of the information processing method of the optical module in the communication device of the present invention;

5 is a schematic flow diagram of Embodiment 5 of the information processing method of the optical module in the communication device of the present invention;

6 is a schematic flow diagram of Embodiment 6 of the information processing method of the optical module in the communication device of the present invention;

FIG. 7 is a schematic structural diagram of Embodiment 1 of an information processing device for an optical module in a communication device according to the present invention. the

Detailed ways

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

The basic idea of the present invention is: in the prior art, the information of the optical module is obtained by manually inputting commands, and it is necessary to manually judge whether the optical module matches the optical interface, but the automatic identification and judgment of the whole process is not realized, resulting in low operating efficiency and For defects that are difficult to maintain, a method and device are provided. By pre-saving the information to be compared, and when the communication device detects that an optical module is inserted, it reads the pre-saved information in the optical module and the information stored in the optical interface. Compare the information, judge whether it matches, and output the judgment result, so as to realize the automatic identification of the optical module information and judge whether it matches the optical interface and output the judgment result information, thereby improving the operation efficiency and maintenance efficiency, and quickly locating the fault , The beneficial technical effect of maximizing the utilization of the performance of the communication equipment and improving the usability of the communication equipment. the

Based on the above inventive concept, the present invention provides an information processing method of an optical module in a communication device. Referring to the schematic flow chart of Embodiment 1 of the information processing method of an optical module in a communication device of the present invention shown in FIG. 1 , first in step a , when the communication device detects that an optical module is inserted, read the pre-saved information in the optical module; then in step b, judge whether the read information matches the pre-saved optical interface information according to the preset strategy ; Finally output the judgment result in step c. the

In the first embodiment above, by saving the information to be compared in advance, and when the communication device detects that an optical module is inserted, the information stored in advance in the optical module is read and compared with the information stored in the optical interface, Judging whether it matches, and outputting the judgment result, so that after the optical module is inserted into the optical interface, the information of the optical module can be automatically identified and whether it is matched with the optical interface, instead of manually inputting the command line to query the information of the optical module and manually inputting the command line in the prior art. Judging whether it matches, thus greatly improving the operation efficiency; at the same time, when the optical module does not match the optical interface, it can automatically output the prompt information of the mismatch, so that the fault can be quickly located and the maintenance efficiency is greatly improved; and by automatically following the preset strategy Judging whether the optical module matches the optical interface can also select the most suitable optical module for the optical interface, so that the performance of the communication equipment can be maximized and the availability of the communication equipment can be greatly improved. the

Furthermore, when the technical solution provided by the present invention is actually applied, the preset strategy and the information of the optical module and optical interface to be matched can be specifically limited according to actual needs. The technology of the present invention will be described below in combination with specific application scenarios The plan is explained in detail:

1. When it is necessary to select an optical module that matches the rate type according to the rate type supported by the optical interface, you can refer to the schematic flow chart of Embodiment 2 shown in Figure 2. In step a1, the communication device detects that there is an optical module When inserting, read the pre-saved rate information in the optical module; then in step b1, judge whether the read rate information matches the pre-saved rate information; finally output the judgment result in step c. the

In addition, reading the pre-stored rate information in the optical module described in the above step a1 can read the rate information stored in the register of the internal EEPROM of the optical module, for example, refer to the AOH address space of the internal EEPROM of the optical module shown in Table 1 Register definition table, the nominal rate of the optical module is stored in the register with an offset address of 12 bytes, so the rate information pre-saved in the read optical module can be read AOH address space offset of the internal EEPROM of the optical module The shift address is the rate information saved in the 12-byte register. the

2. When it is necessary to select a matching optical module according to the model type of the optical module supported by the optical interface, you can refer to the schematic flow chart of the third embodiment shown in Figure 3. In step a2, when the communication device detects that there is When the optical module is inserted, read the pre-saved model information of the optical module in the optical module; then in step b2, judge whether the read model information matches the pre-saved model information; finally output the judgment result in step c. Similarly, referring to Table 1, reading the pre-saved model information of the optical module in step a2 may be reading the model information saved in the register of the EEPROM inside the optical module. the

3. When it is necessary to judge whether the supplier of the optical module matches according to the pre-established supplier information, you can refer to the schematic flow chart of Embodiment 4 shown in Figure 4. In step a3, the communication device detects that an optical module is inserted , read the pre-saved supplier information of the optical module in the optical module; then in step b3, judge whether the read supplier information matches the pre-saved supplier information; finally output the judgment result in step c. Similarly, referring to Table 1, reading the pre-stored supplier information of the optical module in the above step a2 may be reading the supplier information stored in the register of the EEPROM inside the optical module. the

4. When it is necessary to judge whether the supplier of the optical module matches according to the pre-specified supplier information, and it is necessary to provide different service functions to different suppliers, you can refer to the schematic flow chart of the fifth embodiment shown in Figure 5. In step In a3, when the communication device detects that an optical module is inserted, read the pre-saved supplier information of the optical module in the optical module; then in step b3, judge the read supplier information and the pre-stored supplier information Whether to match; Then in step c11, perform different operations respectively according to whether the judgment result matches, if it does not match, then perform step c15 to output the prompt information of mismatch and the reason of mismatch (i.e. supplier information does not match) after the prompt information end, or it can also be realized through software that the device will refuse to support the optical interface until the user or operator inserts the correct optical module that has been certified; if it matches, execute step c12 to obtain the pre-saved service function corresponding to the supplier , and then execute step c13 to output the matching prompt information and the prompt information of the corresponding service function, and then execute step c14 to activate the corresponding service function or call the corresponding service function program and end. Similarly, referring to Table 1, reading the pre-saved supplier information of the optical module in the above step a3 may be reading the supplier information stored in the register of the EEPROM inside the optical module. the

Furthermore, in a specific application, the way of outputting the judgment result can be selected according to actual needs. For example, referring to the schematic flow chart of Embodiment 6 shown in FIG. , read the pre-saved information in the optical module; then in step b, judge whether the read information matches the pre-saved optical interface information according to the preset strategy; then in step c01, whether it matches according to the judgment result Execute different operations respectively. If they match, execute step c02, that is, output matching prompt information, and end; if not, execute step c03, that is, output mismatch prompt information and the prompt information of the reason for mismatch, and end. the

In the above embodiment, the pre-stored optical interface information may be in the form of a linear list, and the matching and comparison shall be performed one by one. A quick hash lookup is used for matching and comparison. The former method is applicable to the situation that the number of information items stored in the optical interface is small, and the latter method is applicable to the situation that the number of information items stored in the optical interface is large and the search efficiency needs to be improved. the

The above-mentioned embodiment 2 to embodiment 6 further provide specific implementation modes of the technical solution of the present invention in different application environments. Those of ordinary skill in the art should understand that they can flexibly adopt the above-mentioned specific implementation modes according to specific application environments. Or a combination thereof, all of which should be within the scope of protection required by the technical solution of the present invention. the

Based on the above inventive concept, the present invention also provides an information processing device for an optical module in a communication device. Referring to the schematic structural diagram of Embodiment 1 shown in FIG. 7 , the device includes: an optical module information query module 1 for When the device detects that an optical module is inserted, it establishes a connection with the optical module, and reads the pre-saved information in the optical module; the optical interface information storage module 2 is used to pre-save the information of the optical interface; the matching judgment module 3, and the optical interface information The query module 1 is connected to the optical interface information storage module 2, and is used to obtain the information pre-stored in the optical module read by the optical module information query module 1 and the information of the optical interface pre-stored in the optical interface information storage module 2, and according to The preset strategy judges whether to match; the output module 4 is connected with the matching judging module 3, and is used to output the result information of the matching judging to the user. the

In this embodiment, the optical module information query module 1 obtains the pre-saved information in the optical module after the optical module is inserted into the optical interface, and the matching judgment module 3 judges the information obtained by the optical module information query module 1 according to a preset strategy. Whether the information stored in the optical interface information storage module 2 matches, and output the matching judgment result information through the output module 4, so that after the optical module is inserted into the optical interface, the information of the optical module can be automatically identified and whether it is matched with the optical interface can be judged. Skilled manual input commands identify the information of the optical module and manually judge whether it matches, so the operating efficiency is greatly improved; at the same time, the output module 4 can automatically output mismatching prompt information when the optical module does not match the optical interface, so that it can quickly Locating the fault greatly improves the maintenance efficiency; and, through the matching judgment module 3, it automatically judges whether the optical module matches the optical interface according to the preset strategy, and can also select the most suitable optical module for the optical interface, so that the communication equipment can The performance can be utilized to the maximum extent, which greatly improves the availability of communication equipment. the

Similarly, when the technical solution provided by the present invention is actually applied, the optical module information query module 1, the optical interface information storage module 2, and the matching judgment module 3 can be specifically limited according to actual needs, and the following will be combined with specific application scenarios The technical scheme of the present invention is described in detail:

1. When it is necessary to select an optical module that matches the rate type according to the rate type supported by the optical interface, the optical module information query module 1 may include a rate information query module for communicating with the optical module when the communication device detects that an optical module is inserted. The module establishes a connection and reads the pre-saved rate information in the optical module; the optical interface information storage module 2 may include a rate information storage module for storing the rate information supported by the optical interface; the matching judgment module 3 may include a rate matching judgment module , connected with the rate information query module, the rate information storage module, and the output module 4, for obtaining the rate information pre-saved in the optical module read by the rate information query module and the rate information pre-stored in the rate information storage module, according to The preset strategy judges whether it matches, and outputs prompt information of the judgment result to the output module 4 . the

2. When it is necessary to select an optical module with a matching model according to the model type of the optical module supported by the optical interface, the optical module information query module 1 may include a model information query module, which is used when the communication device detects that an optical module is inserted Establish a connection with the optical module, and read the pre-saved model information in the optical module; the optical interface information storage module 2 includes a model information storage module, which is used to store the model information supported by the optical interface; the matching judgment module 3 includes a model matching judgment module , connected with the model information query module, the model information storage module, and the output module 4, used to obtain the pre-saved model information in the optical module read by the model information query module and the pre-saved model information in the model information storage module, according to The preset strategy judges whether it matches, and outputs prompt information of the judgment result to the output module 4 . the

3. When it is necessary to judge whether the supplier of the optical module matches according to the pre-established supplier information, the optical module information query module 1 may include a supplier information query module for communicating with the optical module when the communication device detects that an optical module is inserted. The module establishes a connection and reads the pre-saved supplier information in the optical module; the optical interface information storage module 2 may include a supplier information storage module for storing the supplier information supported by the optical interface; the matching judgment module 3 may include a model The matching judgment module is connected with the supplier information query module, the supplier information preservation module, and the output module 4, and is used to obtain the supplier information and the supplier information pre-saved in the optical module read by the supplier information query module The pre-saved supplier information in the saving module judges whether it matches according to the preset strategy, and outputs the prompt information of the judgment result to the output module 4 . the

4. When it is necessary to judge whether the supplier of the optical module matches according to the pre-specified supplier information, and it is necessary to provide different service functions for different suppliers, the optical module information query module 1 may include a supplier information query module for When the communication device detects that an optical module is inserted, it establishes a connection with the optical module, and reads the pre-saved supplier information in the optical module; the optical interface information storage module 2 may include a supplier information storage module, which is used to store the information supported by the optical interface. The supplier information and the service function information corresponding to the supplier information one by one; Matching judgment module 3 can comprise model matching judgment module, be connected with described supplier information query module, supplier information storage module and output module 4, use The supplier information pre-saved in the optical module read by the acquisition supplier information query module and the supply information pre-stored in the supplier information storage module are judged according to the preset strategy whether they match, and if they match, the supplier information is obtained Information corresponding to the service function information, and output matching prompt information and service function prompt information to the output module 4; if not matching, output mismatch prompt information and reason prompt information to the output module 4. the

In addition, according to specific application requirements, the output module 4 can use different specific implementations to output judgment result information, for example, the output module 4 can include an indicator light module, connected with the matching judgment module, and used to The prompt information of the judgment result outputs the corresponding preset indicator signal, for example, the abnormality or normality is displayed by the blinking of the indicator light, or the abnormality or normality is displayed by the red, yellow and other colored indicator lights being on. Output module 4 also can comprise audio frequency output module, is connected with matching judging module 3, is used to output corresponding preset audio signal according to the judging result prompt information that matching judging module 3 sends. The advantage of this output method is that it is convenient and quick. The output module 4 may also include a command line display module connected to the matching judgment module 3 for displaying and outputting the prompt information of the judgment result sent by the matching judgment module 3 in a command line. The advantage of this output method is that it can output more information to guide the user's operation, and at the same time, the cost is low. The output module 4 may also include a graphical interface display module, which is connected to the matching judging module 3 for displaying and outputting the judgment result prompt information sent by the matching judging module 3 in a graphical interface. The advantage of this output method is that it has a friendly interface, strong intuition, and can output rich information. Those skilled in the art can flexibly select the above output modes according to actual needs. the

The above-mentioned embodiments further provide specific implementations of the technical solutions of the present invention in different application environments. Those of ordinary skill in the art should understand that they can flexibly adopt or combine the above-mentioned specific implementations according to specific application environments. It should be within the scope of protection required by the technical solution of the present invention. the

The above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit understanding of the present invention. Although the present invention has been described in detail with reference to the above-mentioned preferred embodiments, those skilled in the art should understand that: it can still modify or replace the technical solution of the present invention, and such modification or replacement does not depart from the technology of the present invention. The spirit and scope of the programme. the

Claims (6)

1. the information processing method of a light module in communication equipment, it is characterized in that, comprise: when communication equipment has detected optical module insertion, read the information of dispatching from the factory of preserving in advance in optical module, whether the information of dispatching from the factory reading according to default strategy judgement mates with the information of the optical interface of preserving in advance in optical interface, and exports judged result;

The described information of dispatching from the factory of preserving in advance in optical module that reads specifically comprises: the supplier information that reads the optical module of preserving in advance in optical module;

Whether the described information of dispatching from the factory reading according to default strategy judgement mates with the information of the optical interface of preserving in advance in optical interface, and export judged result and specifically comprise: whether the supplier information of the optical module that judgement is read mates with the supplier information of preservation in advance, if coupling, obtains the service function corresponding to this supplier of preserving in advance, then the information of the information of output matching and corresponding service function, and finish after opening corresponding service function or calling corresponding service function program; If do not mated, finish after exporting the information of unmatched information and unmatched reason.

2. an information processor for light module in communication equipment, is characterized in that, comprising:

Optical module information enquiry module, connects with optical module while inserting for optical module detected at communication equipment, and reads in optical module the information of dispatching from the factory of preservation in advance;

Optical interface information is preserved module, for preserve in advance the information of optical interface at optical interface;

Matching judgment module, preserving module with described optical interface information inquiry module and optical interface information is connected, the information of preserving the optical interface of preserving in advance in module for obtaining information that optical module that optical module information enquiry module reads preserves in advance and optical interface information, and judge whether to mate according to predefined strategy;

Output module, is connected with matching judgment module, for the object information to the judgement of user's output matching;

Described optical module information enquiry module comprises supplier information enquiry module, connects, and read in optical module the supplier information of preservation in advance while inserting for optical module detected at communication equipment with optical module;

Described optical interface information is preserved module and is comprised that supplier information preserves module, for preserve supplier information that optical interface supports and with supplier information service function information one to one;

Described matching judgment module comprises the second supplier information matching judgment module, with described supplier information enquiry module, supplier information is preserved module, and output module connects, the supplier information of preserving in advance for obtaining optical module that supplier information enquiry module reads, and supplier information is preserved the information provision of preserving in advance in module, according to predefined strategy, judge whether coupling, if coupling, obtains service function information corresponding to this supplier information, to the information of output module output matching and the information of service function, and open corresponding service function or call corresponding service function program, if do not mated, to output module, export the information of unmatched information and reason.

3. device according to claim 2, is characterized in that: described output module comprises indicating lamp module, is connected, for default indicator light signal corresponding to judged result information output sending according to matching judgment module with described matching judgment module.

4. device according to claim 2, is characterized in that: described output module comprises audio frequency output module, is connected, for default audio signal corresponding to judged result information output sending according to matching judgment module with described matching judgment module.

5. device according to claim 2, is characterized in that: described output module comprises order line display module, is connected, for showing with command line mode the judged result information that output matching judge module sends with described matching judgment module.

6. device according to claim 2, is characterized in that: described output module comprises graphical interfaces display module, is connected, for the judged result information that shows that in graphical interfaces mode output matching judge module sends with described matching judgment module.

Images