CN103888443A - Multiprotocol parsing method and multiprotocol parsing system - Google Patents
Multiprotocol parsing method and multiprotocol parsing system Download PDFInfo
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- CN103888443A CN103888443A CN201410057158.2A CN201410057158A CN103888443A CN 103888443 A CN103888443 A CN 103888443A CN 201410057158 A CN201410057158 A CN 201410057158A CN 103888443 A CN103888443 A CN 103888443A
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Abstract
The invention discloses a multiprotocol parsing method and a multiprotocol parsing system. The multiprotocol parsing method comprises steps of acquiring a translation rule configuration file, executing the request content of the user business according to the translation rule configuration file to realize multiprotocol parsing. The invention proposes a solving method according to the fact that the interactivity between systems adopting different data modes is poor. The multiprotocol parsing method provided by the invention enhances the interoperability between the systems, particularly provides the convenience to the operation of distributed gateway and provides an effective transition method and a means for information transmission, information interactivity, information sharing and information uniform processing.
Description
Technical field
The present invention relates to communication technical field, particularly a kind of method of multi-protocol analysis and multi-protocol analysis system.
Background technology
Under Ubiquitous Network environment, anyone, any object can be realized communication smoothly at any time and any place, along with continuous maturation and the deep application of ICT (information and communication technology), various types of communication modes and communication protocol are also more and more, cover each corner of people's productive life.For realizing the network equipment interconnecting under ubiquitous network environment, the appearance of ubiquitous gateway is just very necessary, it is playing the part of very important role, it is that Ubiquitous Network equipment and traditional communication network are realized the bridge interconnecting, ubiquitous gateway has access capability and protocol conversion ability widely, can realize the conversion between number of different types agreement, both can realize local area interconnection, also can realize wide area interconnection.At present, in the access aspect of ubiquitous gateway, there are various access bus systems, comprise BACnet, Lonworks, Modbus etc., also comprise Zigbee equipment etc., various types of communication technology is carried out mainly for a certain application simultaneously, lack compatibility, interoperability and the mutually property grasped are poor.
Summary of the invention
The object of the invention is to solve in prior art various types of communication system because adopting different types of data to make the poor problem of interactivity between system.
For achieving the above object, the invention provides a kind of method of multi-protocol analysis, strengthened the interoperability between system.
A kind of method that the invention provides multi-protocol analysis, comprising:
Obtain translation rule configuration file;
Carry out customer service request content according to described translation rule configuration file and realize multi-protocol analysis.
The present invention also provides a kind of method of multi-protocol analysis, comprising:
Form configuration file according to network demand, described configuration file comprises mark ID Map Profile and translation rule configuration file;
Administration configuration file, comprises distribution mark ID Map Profile to gateway and distributes translation rule configuration file and realize multi-protocol analysis to intelligent use resolver for intelligent use resolver.
The present invention also provides a kind of method of multi-protocol analysis, comprising:
Obtain mark ID Map Profile and translation rule configuration file;
According to described mark ID Map Profile and translation rule configuration file, carry out customer service request content, realize multi-protocol analysis.
The present invention also provides a kind of intelligent use resolver, and described intelligent use resolver comprises:
Acquisition module, for obtaining translation rule configuration file;
Executive Module, for according to described translation rule configuration file, carries out customer service request content.
The present invention also provides a kind of restructural resolution server, and described restructural resolution server comprises:
Form profile module, form mark ID Map Profile and form translation rule configuration file;
Administration configuration file module, distribution mark ID Map Profile and translation rule configuration file.
The present invention also provides a kind of multi-protocol analysis system, and described system comprises the intelligent use resolver that at least one is as described above.
Method, intelligent use resolver, restructural resolution server and the multi-protocol analysis system of a kind of multi-protocol analysis provided by the invention, solve especially in Ubiquitous Network environment the poor problem of interactivity between the system of different types of data, operation to distributed network gate is provided convenience, realize the automatic translation on semantic level between different types of data, for unified processing of communication, information interaction, information sharing and information provides effective transition method and approach, strengthen the interoperability between system.
Brief description of the drawings
In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, below the accompanying drawing of required use during embodiment is described is briefly described, apparently, accompanying drawing in the following describes is some embodiments of the present invention, for those of ordinary skill in the art, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the flow chart of the embodiment of the method 1 of a kind of multi-protocol analysis provided by the invention;
Fig. 2 is the flow chart of the embodiment of the method 2 of a kind of multi-protocol analysis provided by the invention;
Fig. 3 is the flow chart of the embodiment of the method 3 of a kind of multi-protocol analysis provided by the invention;
Fig. 4 is the system construction drawing A of the embodiment of the method 3 of a kind of multi-protocol analysis provided by the invention;
Fig. 5 is the system construction drawing B of the embodiment of the method 3 of a kind of multi-protocol analysis provided by the invention;
Fig. 6 is the system construction drawing C of the embodiment of the method 3 of a kind of multi-protocol analysis provided by the invention;
Fig. 7 is the system construction drawing of the embodiment of the method 1 of a kind of multi-protocol analysis provided by the invention;
Fig. 8 is the functional block diagram of a kind of restructural resolution server provided by the invention;
Fig. 9 is translation rule configuration file functional structure chart in functional module shown in Fig. 8.
Embodiment
For making the object, technical solutions and advantages of the present invention clearer, below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiment.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtaining under creative work prerequisite, belong to the scope of protection of the invention.
Technical scheme provided by the invention being done to detailed disclosed explanation below, first, shown in accompanying drawing 1, is the flow chart of the embodiment of the method 1 of a kind of multi-protocol analysis provided by the invention, and the present embodiment specifically can comprise the following steps:
S101: obtain translation rule configuration file;
When intelligent use resolver obtains translation rule configuration file under Ubiquitous Network environment, be divided into two kinds of situations according to the deployment of gateway and intelligent use resolver: distributed deployment and centralized deployment.Consider the convenience of cost of labor factor and operation, when intelligent use resolver obtains translation rule configuration file in two kinds of situations of distributed deployment and centralized deployment, can be undertaken by restructural resolution server; And under centralized deployment, intelligent use resolver obtains the mode that translation rule configuration file can also write by artificial scene and carries out.
Concrete, in distributed deployment situation, intelligent use resolver obtains translation rule configuration file can ask for established translation rule configuration file to restructural resolution server by the acquisition module of intelligent use resolver; In the time of intelligent use resolver support translation rule configuration file push, intelligent use resolver obtains translation rule configuration file and can also realize to the mode of intelligent use resolver propelling movement translation rule configuration file by restructural resolution server.In centralized deployment situation, intelligent use resolver obtain translation rule configuration file except with distributed deployment situation under the mode that can also write by artificial scene identical two kinds of obtain manners realize.
S102: carry out customer service request content according to described translation rule configuration file and realize multi-protocol analysis;
Getting after configuration file, the Executive Module of intelligent use resolver, according to described translation rule configuration file, is carried out customer service request content.For example, the customer service request content that intelligent use resolver gets is the translation request of a certain mark ID, this mark ID is thought former mark ID by the Executive Module of intelligent use resolver, search ID mark binding table by translation rule configuration file and find corresponding object mark ID, then complete this translation according to corresponding mapping name lookup numerical value mapping table or table of arithmetic law.
Accompanying drawing 2 is the technical scheme of the embodiment of the present invention 2, specifically under Ubiquitous Network environment mainly for the flow chart of realizing multi-protocol analysis in distributed deployment situation, specific implementation process is as follows:
S201: form configuration file according to network demand, described configuration file comprises mark ID Map Profile and translation rule configuration file;
Concrete, the formation profile module of restructural resolution server forms ID Map Profile and translation rule configuration file according to network demand, the function composition of restructural resolution server as shown in Figure 8, the difference of the wherein said kind application protocol etc. that according to network demand can be the equipment that connects below gateway, the translation rule configuration file that restructural resolution server forms comprises the binding table between numerical value mapping table, table of arithmetic law and mark ID, as shown in Figure 9.
S202: administration configuration file, comprises distribution mark ID Map Profile to gateway and distribute translation rule configuration file and realize multi-protocol analysis to intelligent use resolver for intelligent use resolver.
Concrete, established formation profile module mark ID Map Profile is distributed to gateway by the administration configuration file module of restructural resolution server, and translation rule configuration file is distributed to intelligent use resolver.The dispensing action of wherein said restructural resolution server can realize by following manner:
In the time of gateway and the propelling movement of intelligent use resolver support configuration file, restructural resolution server can active push identify ID Map Profile to gateway and push translation rule configuration file to intelligent use resolver, if there is renewal, restructural resolution server can push mark ID Map Profile after renewal to gateway and push translation rule configuration file after upgrading to intelligent use resolver;
Gateway can be asked for mark ID Map Profile to restructural resolution server, intelligent use resolver is asked for translation rule configuration file to restructural resolution server, the situation of change of gateway periodic monitoring mark ID Map Profile, the situation of change of intelligent use resolver periodic monitoring translation rule configuration file, if there is renewal, gateway is new logo ID Map Profile more, and intelligent use resolver also can upgrade translation rule configuration file.
Owing to realizing in distributed deployment situation, in the function ratio centralized deployment situation of multi-protocol analysis, to realize multi-protocol analysis function more general, so embodiment 3 is described in detail technical scheme provided by the invention with reference to Fig. 3 and Fig. 4.
Fig. 4 shows the system construction drawing of multi-protocol analysis system under distributed deployment.With reference to figure 4, the invention provides a kind of intelligent use resolver, comprising: acquisition module, for obtaining translation rule configuration file; Executive Module, for carrying out customer service request content according to described translation rule configuration file; The present invention also provides a kind of restructural resolution server, comprising: form profile module, form mark ID Map Profile and form translation rule configuration file; Administration configuration file module, distribution mark ID Map Profile and translation rule configuration file.Intelligent use resolver in multi-protocol analysis system can be integrated with gateway, as one of the gateway module of carrying out interpretative function as shown in Figure 6, can be also the outside at gateway, exists as shown in Fig. 5 and Fig. 7 as an intelligent use resolution server.In a system, also can dispose multiple restructural resolution servers and multiple intelligent use resolver, contribute to like this to improve corresponding speed and the efficiency of system, multi-protocol analysis system shown in Fig. 4 has been disposed a restructural resolution server and an intelligent use resolver, and intelligent use resolver is in gateway outside.
Can there is multiple different application territory in a system, system shown in Figure 4 has intercepted two different application domains in system, is called application domain A and application domain B.In application domain A, there are applying unit A and ubiquitous gateway A, device A 1 is assumed to be air-conditioning, and device A 2 is assumed to be temperature sensor; In application domain B, there are applying unit B and ubiquitous gateway B, equipment B 1 is assumed to be air-conditioning, and equipment B 2 is assumed to be temperature sensor, and described applying unit A and applying unit B can specifically customize as the case may be, such as being the visual application of management and control platform.Wherein the applying unit A in application domain A can monitor the state of device A 1, and can realize A1 is controlled, and changes its mode of operation, also can obtain the real time data of device A 2, and ubiquitous gateway A and ubiquitous gateway B belong to the gateway of distributed deployment.Operational mode and the expression way of device A 1 air-conditioning are as shown in the table:
| Operational mode | Expression way |
| Automatically | AUTO |
| Refrigeration | COOL |
| Heat | HEAT |
| Dehumidifying | DRY |
| Ventilate | FAN_ONLY |
Device A 2 temperature sensors can measure with degrees Fahrenheit, and applying unit A can correct understanding to the representation in application domain A; Applying unit B in application domain B can monitor the state of equipment B 1, and can realize B1 is controlled, and changes its mode of operation, also can obtain the real time data of equipment B 2, and operational mode and the expression way of equipment B 1 air-conditioning are as shown in the table:
| Operational mode | Expression way |
| Automatically | 1 |
| Refrigeration | 2 |
| Heat | 3 |
| Dehumidifying | 4 |
| Ventilate | 5 |
Equipment B 2 temperature sensors can be with a degree Celsius metering, and applying unit B can correct understanding to the representation in application domain B; But due to the expression way difference problem of data, applying unit A can not resolve the data in application domain B, same, applying unit B can not resolve the data in application domain A.
Now, the real time data that applying unit B wishes to change the running status of device A 1 and obtains device A 2, but due to data type difference, can not communicate by letter mutually.For realizing above-mentioned functions, with reference to flow chart shown in figure 3.
S301: obtain mark ID Map Profile and translation rule configuration file;
In embodiment 3 according to system shown in Figure 4, concrete, the formation profile module of restructural resolution server forms configuration file according to network design situation and translate requirements situation, comprise and form ID Map Profile and form translation rule configuration file, being restructural resolution server wishes that according to the applying unit B receiving this information of real time data that changes the running status of device A 1 and obtain device A 2 is that all devices in system and apparatus management/control point arrange identifier ID and form ID mapping allocation list and form translation rule configuration file according to command information, wherein, form ID mapping allocation list specific implementation process:
Device A 1, A2, B1, B2 are configured to the mapping relations of original title, the attribute etc. of new mark ID and equipment, form ID mapping configured list idMAP, and be stored in reconfigurable resolution server, wherein ID mapping configured list idMAP thes contents are as follows, in this example with CSV(Comma Separated Values, comma-delimited file) form represent this corresponding relation:
| Mark ID | Original equipment title, numbering, data type, access rights |
| A1_AUTO | S0,1, string, RW(is readable to be write) |
| A1_COOL | S0,2,string,RW |
| A1_HEAT | S0,3,string,RW |
| A1_DRY | S0,4,string,RW |
| A1_FAN_ONLY | S0,5,string,RW |
| A2_temp | S1,1, float, R(is readable) |
| B1_1 | S2,1,unsignedInt,RW |
| B1_2 | S2,2,unsignedInt,RW |
| B1_3 | S2,3,unsignedInt,RW |
| B1_4 | S2,4,unsignedInt,RW |
| B1_5 | S2,5,unsignedInt,RW |
| B2_temp | S3,1,float,R |
Configuration translation rule file specific implementation process, defines 3 configuration files as shown in Figure 9, and concrete configuration thes contents are as follows shown in table.
(1) the binding relationship table of mark ID is as follows:
| Mapping title | Former mark ID | Object mark ID |
| A1toB1 | A1_AUTO | B1_1 |
| A1toB1 | A1_COOL | B1_2 |
| A1toB1 | A1_HEAT | B1_3 |
| A1toB1 | A1_DRY | B1_4 |
| A1toB1 | A1_FAN_ONLY | B1_5 |
| A2toB2 | A2_temp | B2_temp |
(2) numerical value mapping table is as follows:
| Mapping title | Device A 1 | Equipment B 1 |
| A1toB1 | AUTO | 1 |
| A1toB1 | COOL | 2 |
| A1toB1 | HEAT | 3 |
| A1toB1 | DRY | 4 |
| A1toB1 | FAN_ONLY | 5 |
(3) table of arithmetic law is as follows:
| Mapping title | Device A 2 | Equipment B 2 |
| A2toB2 | S(Fahrenheit temperature) | (s-32) * 5/9(celsius temperature scale) |
In embodiment 3, gateway obtains ID Map Profile and intelligent use resolver obtains translation rule configuration file, concrete, in the time that ubiquitous gateway A, ubiquitous gateway B and intelligent use resolver access this ubiquitous network system, ubiquitous gateway A and ubiquitous gateway B initiatively ask for ID mapping configuration idMAP to restructural resolution server, and be stored in this locality, if gateway support translation rule configuration file push, this step can be also that restructural resolution server initiatively pushes ID mapping configuration idMAP to ubiquitous gateway A and ubiquitous gateway B;
The acquisition module of intelligent use resolver is asked for translation rule to restructural resolution server, and be stored in this locality, if intelligent use resolver support translation rule configuration file push, this step can be also that restructural resolution server initiatively pushes translation rule to intelligent use resolver;
The variation of gateway or intelligent use resolver periodic monitoring configuration information, once there be renewal, asks for mark ID Map Profile and translation rule configuration file after renewal in the same way;
If ID mapping configuration idMAP and translation rule are by restructural resolution server active push, whether restructural resolution server monitoring ID mapping configuration idMAP and translation rule have renewal, if there is renewal, up-to-date ID mapping configuration idMAP can be pushed to gateway and up-to-date translation rule is pushed to intelligent use resolver.
S302: according to described mark ID Map Profile and translation rule configuration file, carry out customer service request content and realize multi-protocol analysis.
In embodiment 3, the Executive Module of intelligent use resolver is carried out customer service request content according to described translation rule configuration file and is realized multi-protocol analysis, concrete, suppose that the work at present pattern of device A 1 is for automatic, customer service request content is that applying unit B wishes the mode of operation of device A 1 by automatically changing refrigeration into, applying unit B access intelligent use resolver, the Executive Module of intelligent use resolver is by searching ID binding relationship table and the numerical value mapping table in translation rule, be translated as COOL by 2, then send control command to device A 1, device A 1 receives control command, change mode of operation, and confirmation is fed back to intelligent use resolver, intelligent use resolver returns to confirmation again applying unit B.
Concrete, can also suppose that customer service request content is the real time temperature data that applying unit B wishes to understand device A 2, applying unit B access intelligent use resolver, intelligent use resolver sends to device A 2 message of obtaining real time temperature, device A 2 receives after message, return to real time temperature numerical value (degrees Fahrenheit) to intelligent use resolver, intelligent use resolver is translated as degree celsius temperature numerical value by ID binding relationship table and the table of arithmetic law searched in translation rule by degrees Fahrenheit Temperature numerical, and temperature information returns to applying unit B the most at last.
The present invention is directed in Ubiquitous Network environment, adopt the poor problem of interactivity between the system of different types of data, proposed a kind of method of multi-protocol analysis, strengthened the interoperability between system.
Meanwhile, the present invention also provides a kind of intelligent use resolver, and described intelligent use resolver comprises: acquisition module, for obtaining translation rule configuration file; And Executive Module, for carrying out customer service request content according to described translation rule configuration file.
According to a kind of execution mode, in distributed deployment situation, described acquisition module is in the time that described intelligent use resolver starts, initiatively ask for translation rule configuration file to restructural resolution server, and the situation of change of periodic monitoring translation rule configuration file, if there is renewal, described acquisition module upgrades translation rule configuration file.
According to another kind of execution mode, in distributed deployment situation, described acquisition module can be used for receiving the translation rule configuration file that restructural resolution server pushes in the time of described intelligent use resolver support translation rule configuration file push, if there is renewal, receive restructural resolution server push renewal after translation rule configuration file.
The present invention also provides a kind of restructural resolution server that can cooperatively interact with above-mentioned intelligent use resolver, and described restructural resolution server comprises: form profile module, form mark ID Map Profile and form translation rule configuration file; Administration configuration file module, distribution mark ID Map Profile and translation rule configuration file.
The present invention also provides a kind of multi-protocol analysis system, and this multi-protocol analysis system comprises at least one above-mentioned intelligent use resolver, can also be included in the gateway that obtains mark ID Map Profile under Ubiquitous Network environment.
According to a kind of preferred implementation, when described gateway is used for obtaining mark ID Map Profile, initiatively ask for mark ID Map Profile to restructural resolution server, and the situation of change of periodic monitoring mark ID Map Profile, if there is renewal, more new logo ID Map Profile of described gateway.
According to another kind of preferred implementation, described gateway support mark ID Map Profile can be used for receiving the mark ID Map Profile that restructural resolution server pushes while propelling movement, if there is renewal, receive restructural resolution server push renewal after mark ID Map Profile.
Can also comprise at least one above-mentioned restructural resolution server according to multi-protocol analysis system of the present invention.
In multi-protocol analysis system of the present invention, restructural resolution server can be realized on the one hand ubiquitous network is closed to the Remote Dynamic configuration of carrying out ID mapping, especially provide convenience for the operation in distributed deployment situation, by defining unique mark ID, shield the otherness of gateway lower floor equipment; On the other hand translation rule is configured.Intelligent use resolution server relies on the translation rule of restructural resolution server definition, can realize the automatic translation on semantic level between different types of data, for unified processing of communication, information interaction, information sharing and information provides effective transition method and approach, strengthen the interoperability between system.
Claims (21)
1. a method for multi-protocol analysis, is characterized in that, described method comprises:
Obtain translation rule configuration file;
Carry out customer service request content according to described translation rule configuration file and realize multi-protocol analysis.
2. method according to claim 1, is characterized in that, described in obtain translation rule configuration file and comprise:
In the time that intelligent use resolver starts, described intelligent use resolver is initiatively asked for translation rule configuration file to restructural resolution server, the situation of change of described intelligent use resolver periodic monitoring translation rule configuration file, if there is renewal, described intelligent use resolver upgrades translation rule configuration file.
3. method according to claim 1, is characterized in that, described in obtain translation rule configuration file and also comprise:
When described intelligent use resolver support translation rule configuration file push, restructural resolution server can push translation rule configuration file to described intelligent use resolver, if there is renewal, restructural resolution server pushes the translation rule configuration file upgrading to described intelligent use resolver.
4. according to the method described in any one in claim 1-3, it is characterized in that, in Ubiquitous Network, obtain translation rule configuration file.
5. a method for multi-protocol analysis, is characterized in that, described method comprises:
Form configuration file according to network demand, described configuration file comprises mark ID Map Profile and translation rule configuration file;
Administration configuration file, comprises distribution mark ID Map Profile to gateway and distributes translation rule configuration file and realize multi-protocol analysis to intelligent use resolver for intelligent use resolver.
6. method according to claim 5, is characterized in that, described translation rule configuration file comprises: the binding table between numerical value mapping table, table of arithmetic law and mark ID.
7. a method for multi-protocol analysis, is characterized in that, described method comprises:
Obtain mark ID Map Profile and translation rule configuration file;
According to described mark ID Map Profile and translation rule configuration file, carry out customer service request content and realize multi-protocol analysis.
8. method according to claim 7, it is characterized in that, described mark ID Map Profile and the translation rule configuration file of obtaining comprises: in the time of gateways and starting, described gateway is initiatively asked for mark ID Map Profile to restructural resolution server, in the time that intelligent use resolver starts, described intelligent use resolver is initiatively asked for translation rule configuration file to restructural resolution server, the situation of change of described gateway periodic monitoring mark ID Map Profile, the situation of change of described intelligent use resolver periodic monitoring configuration file, if there is renewal, more new logo ID Map Profile of described gateway, described intelligent use resolver upgrades translation rule configuration file.
9. method according to claim 7, it is characterized in that, described mark ID Map Profile and the translation rule configuration file of obtaining also comprises: when gateway and intelligent use resolver support that configuration file pushes, restructural resolution server can push mark ID Map Profile and push translation rule configuration file to described intelligent use resolver to described gateway, if there is renewal, described restructural resolution server pushes the mark ID Map Profile upgrading and pushes the translation rule configuration file upgrading to described intelligent use resolver to described gateway.
10. according to the method described in any one in claim 7-9, it is characterized in that, in Ubiquitous Network, obtain mark ID Map Profile and translation rule configuration file.
11. methods according to claim 7, is characterized in that, described method also comprises step before being included in the step of obtaining ID Map Profile and translation rule configuration file:
Form configuration file according to network demand, described configuration file comprises mark ID Map Profile and translation rule configuration file;
Administration configuration file, comprises distribution mark ID Map Profile and translation rule configuration file.
12. 1 kinds of intelligent use resolvers, is characterized in that, described intelligent use resolver comprises:
Acquisition module, for obtaining translation rule configuration file;
Executive Module, for carrying out customer service request content according to described translation rule configuration file.
13. intelligent use resolvers according to claim 12, it is characterized in that, described acquisition module is in the time that described intelligent use resolver starts, initiatively ask for translation rule configuration file to restructural resolution server, and the situation of change of periodic monitoring translation rule configuration file, if there is renewal, described acquisition module upgrades translation rule configuration file.
14. intelligent use resolvers according to claim 12, it is characterized in that, described acquisition module can be used for receiving the translation rule configuration file that restructural resolution server pushes in the time of described intelligent use resolver support translation rule configuration file push, if there is renewal, receive restructural resolution server push renewal after translation rule configuration file.
15. 1 kinds of restructural resolution servers, is characterized in that, described restructural resolution server comprises:
Form profile module, form mark ID Map Profile and form translation rule configuration file;
Administration configuration file module, distribution mark ID Map Profile and translation rule configuration file.
16. restructural resolution servers according to claim 15, is characterized in that, described translation rule configuration file comprises:
Numerical value mapping table, has defined the semantic identical but list of transformation rule between data that application data type is different, and described numerical value mapping table comprises mapping title, initial value and conversion target value;
Table of arithmetic law, comprises mapping title and computing transformation rule;
Binding table between mark ID, has defined former mark ID, object mark ID and Map Names, and has specified the binding relationship between former mark ID and object mark ID.
17. 1 kinds of multi-protocol analysis systems, is characterized in that, described system comprises at least one intelligent use resolver as described in any one in claim 12-14.
18. multi-protocol analysis systems according to claim 17, is characterized in that, described system is also included in the gateway that obtains mark ID Map Profile under Ubiquitous Network environment.
19. multi-protocol analysis systems according to claim 18, it is characterized in that, when described gateway is used for obtaining mark ID Map Profile, initiatively ask for mark ID Map Profile to restructural resolution server, and the situation of change of periodic monitoring mark ID Map Profile, if there is renewal, more new logo ID Map Profile of described gateway.
20. multi-protocol analysis systems according to claim 18, it is characterized in that, described gateway support mark ID Map Profile can be used for receiving the mark ID Map Profile that restructural resolution server pushes while propelling movement, if there is renewal, receive restructural resolution server push renewal after mark ID Map Profile.
21. multi-protocol analysis systems according to claim 17, is characterized in that, described system also comprises at least one restructural resolution server as described in any one in claim 15-16.
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