CN101202697A - Method and system for data route - Google Patents
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Abstract
The invention provides a method and a system, which are used for realizing data routing, more particularly realizing that an enterprise integrated system (EIS) used for being responsible for the data routing is preset and data routing rule is saved in the EIS; when data transmission is needed to be carried out, a source application system transmits data transmission command to the EIS and the EIS confirms a target application system according to the routing rule and then transmits the data transmission command to the target application system. By applying the scheme of the invention, the source application system only needs to carry through logic operation relevant to the services and needs not to relate to the routing. All the operation relevant to the routing is uniformly managed by the EIS, thus greatly reducing the complexity of the application system and being beneficial to realizing and popularizing of the application system.
Description
Technical field
The present invention relates to the data route technology, particularly relate to a kind of method and system of realizing the data route.
Background technology
In the practical application, may carry out data passes between each application system in the network, such as: data issue, data query, transmission of messages etc., all need give the purpose application system with data passes by the source application system.Application system described here is the application system of broad sense, can be the software systems that realize in certain concrete professional server, and also can be provides performed part task of certain node in the whole network of service or the like for the user.
Such as: in intelligent network, service management point (SMP) and a plurality of Service Control Point just can be regarded certain application system respectively as, will carry out the business that data passes realizes each application system between described SMP and a plurality of SCP.When SMP has changed some and professional relevant data, need give SCP1 and SCP2 with the data passes after the change.At this moment, SMP just need relate to the route of SCP1 and SCP2 when carrying out the Data transmission operation, and the data passes after really realization will be changed is given SCP1 and SCP2.
This shows that in the prior art, when carrying out data passes, the source application system not only needs to determine the transfer of data content relevant with own service, also needs to relate to the route that arrives the purpose application system.And each application system generally is in network structure, if application system is when handling the own service logic, also need to handle complicated data route, this must make the data interaction between the application system become intricate, increase the complexity that application system realizes, be unfavorable for professional realization.
Summary of the invention
In view of this, the invention provides the method and system of realizing the data route, application system only need be carried out and professional relevant logical operation, and the operation unification relevant with route managed by EIS, thereby data can be separated with route, reduce the complexity of application system.
At first goal of the invention, the technical scheme that the present invention proposes is:
A kind of method that realizes the data route sets in advance the integrated system EIS of enterprise that is used for being responsible for the data route, and routing rule is kept among the EIS, and this method may further comprise the steps:
The source application system sends to EIS with the data passes order, determines the purpose application system by EIS according to described routing rule, again the data passes order is sent to the purpose application system.
In the such scheme, described data passes order is the data issue an order that carries data model sign, and described routing rule is a subscription rules, and described subscription rules is used to preserve the sign of the application system of data model sign and subscription data; Described EIS determines that the method for purpose application system is:
Described EIS determines to identify with data model the sign of the application system of corresponding subscription data earlier according to the sign of the data model in data issue an order query subscription rule from subscription rules, and with the application system of this subscription data as the purpose application system.
In the such scheme, the method for described application system subscription data is specially:
Application system sends the subscription instruction that carries data model sign and application system self identification to EIS, and EIS is recorded in the corresponding relation of described data model sign and application system sign in the subscription rules.
In the such scheme, described data passes order is the data query order that carries data model sign, and described routing rule is a registration rule, and described registration rule is used to preserve the sign of the application system of data model sign and log-on data; Described EIS determines that according to routing rule the method for purpose application system is:
Described EIS determines to identify with data model the sign of the application system of corresponding log-on data earlier according to the sign of the data model in data query order inquiry and registration rule from registration rule, and with the application system of this log-on data as the purpose application system.
In the such scheme, the method for described application system log-on data is specially:
Application system sends the register instruction that carries data model sign and application system self identification to EIS, and EIS is recorded in the corresponding relation of described data model sign and application system sign in the registration rule.
In the such scheme, described data passes order is the service message that carries routed keyword, the route function that be used for determine application system sign of described routing rule for being provided with in advance; Described EIS determines that the method for purpose application system is:
Described EIS as parameter, calls described route function with the routed keyword in the service message, and obtains the application system sign, and again that the application system sign of obtaining is corresponding system is as the purpose application system.
At second goal of the invention, the technical scheme that the present invention proposes is:
A kind of system that realizes the data route comprises source application system and purpose application system at least, and this system further comprises:
EIS is used to receive the data passes order from the source application system, determines the purpose application system according to routing rule, and the data passes order is sent to the purpose application system.
In the such scheme,, described EIS comprises:
Data-interface is used to transmit data passes order mutual between application system and data processing and the routing module;
Data processing and routing module are used to receive the data passes order from data-interface, determine the purpose application system according to routing rule, and give data-interface with the data passes command transfer.
In the such scheme,, described EIS further comprises:
The bus data storehouse is used to preserve routing rule;
Bus coordination service module is used for the data interaction relation between coordination data interface, bus data storehouse and the metadata cache;
Metadata cache is used for reading the routing rule in bus data storehouse, and offers data processing and route pattern.
In the such scheme,, described data-interface is API API.
In sum, the present invention proposes a kind of method and system of realizing the data route, because the associative operation unification of route is managed by EIS, application system only need be carried out and professional relevant logical operation, and need not to relate to route, the complexity of application system be can reduce significantly, the realization and the popularization of application system helped.
Description of drawings
Fig. 1 is a flow chart of the present invention;
Fig. 2 is the schematic diagram of subscription data among the method embodiment one;
Fig. 3 is the flow chart that method embodiment one realizes the data issue;
Fig. 4 is the schematic diagram of log-on data among the method embodiment two;
Fig. 5 is the flow chart that method embodiment two realizes data query;
Fig. 6 is the schematic diagram of service message among the method embodiment three;
Fig. 7 is the flow chart that method embodiment three realizes transmission operation message;
Fig. 8 is the basic structure schematic diagram of system of the present invention;
Fig. 9 is the structural representation of system embodiment.
Embodiment
For making the purpose, technical solutions and advantages of the present invention clearer, the present invention is described in further detail below in conjunction with the accompanying drawings and the specific embodiments.
Basic thought of the present invention is: set in advance enterprise's integrated system (EIS) is set between source application system and purpose application system, be used to be responsible for specially the data route.When needs carried out data passes, the source application system only was responsible for service logic part, and need not to relate to route.
Fig. 1 is the present invention program's a flow chart.As shown in Figure 1, the present invention sets in advance the integrated system EIS of enterprise that is used for being responsible for the data route, and routing rule is kept among the EIS, and when carrying out data passes, this method may further comprise the steps:
Step 101: the source application system sends to EIS with the data passes order;
Step 102:EIS determines the purpose application system according to described routing rule;
Step 103:EIS sends to the purpose application system with the data passes order.
Among the present invention, described data passes order can be data issue an order, data query order or service message, but no matter be the data passes order of the sort of type, all by EIS is unified route is managed.
If the data passes order is the data issue an order, promptly the source application system is distributed to the purpose application system with data, and this needs purpose application system subscription data from EIS in advance, and the source application system only is distributed to the application system of subscribing to data.In order to write down the relevant information of subscription, a subscription rules can be set in advance, be used to preserve the sign of the application system of data model sign and subscription data, the method of subscription data is specially: application system sends the subscription instruction that carries data model sign and application system self identification to EIS, and EIS is recorded in the corresponding relation of described data model sign and application system sign in the subscription rules.
After this, when the application system distributing data of source, EIS determines that according to described routing rule the method for purpose application system is: EIS is earlier according to the sign of the data model in data issue an order query subscription rule, from subscription rules, determine to identify the sign of the application system of corresponding subscription data with data model, and with the application system of this subscription data as the purpose application system.
If the data passes order is the data query order, be the data that the source application system need be inquired about self from the purpose application system need, this needs purpose application system log-on data in EIS in advance, and the source application system is data query from the application system of registering only.In order to write down the relevant information of registration, a registration rule can be set in advance, described registration rule is used to preserve the sign of the application system of data model sign and log-on data, the method of log-on data is specially: application system sends the register instruction that carries data model sign and application system self identification to EIS, and EIS is recorded in the corresponding relation of described data model sign and application system sign in the registration rule.
After this, when the application system data query of source, described EIS determines that according to routing rule the method for purpose application system is: described EIS is earlier according to the sign of the data model in data query order inquiry and registration rule, from registration rule, determine to identify the sign of the application system of corresponding log-on data with data model, and with the application system of this log-on data as the purpose application system.
If data passes is a service message, promptly the source application system needs this service message is transferred to the purpose application system, and the route function of a definite application system sign can be set in EIS in advance.
When the application system transmission operation message of source, described EIS determines that the method for purpose application system is: described EIS with the routed keyword in the service message as parameter, call described route function, and obtaining the application system sign, again that the application system sign of obtaining is corresponding system is as the purpose application system.
The present invention program be described in detail below with embodiment in order to illustrate better.
Method embodiment one
In the present embodiment, comprise n application system in the network; Application system n has registered data in EIS, promptly registered certain data model; Suppose that this data model represents customer information, comprise essential informations such as name, address, phone number; Application system 1 and application system 2 are subscribed to this data model in EIS, the schematic diagram of subscription data as shown in Figure 2; The form of subscription rules is as shown in Table 1:
| The data model sign | The application system sign of subscribing to | The subscription condition | Subscription rules is described |
| User | 001 | Address=" Shanghai " | Subscribing to the address is the customer information in " Shanghai " |
| User | 002 | Address=" Beijing " | Subscribing to the address is the customer information in " Beijing " |
Table one
The method of application system 1 subscription data is: application system 1 sends to EIS and subscribes to instruction, described subscription instruction carries the sign 001 of data model sign User and application system 1 self, the sign 001 that EIS identifies data model User and application system 1 again is recorded in the subscription rules, promptly has corresponding relation between the User and 001.In the practical application, application system can also be carried the subscription condition, promptly only subscribes to the data that satisfy the subscription condition.Such as: the subscription condition of application system 1 is address=" Shanghai ", and after this, when application system n distributing data, just a customer information with address=" Shanghai " is distributed to application system 1.
Certainly, application system also can not carried the subscription condition, and so, all customer informations that application system n will produce all will send to application system 1.
Application system 2 also can be adopted the subscription customer information that uses the same method.
In addition, in the practical application, application system 1 can be subscribed to a plurality of different data models from other a plurality of different application systems, that is to say, may exist a plurality of different application systems simultaneously to application system 1 distributing data.In this case, can in EIS, a formation be set, be used to preserve the data that need send to application system 1 for application system 1.
Fig. 3 is the flow chart of present embodiment distributing data.In the present embodiment, when application system n has produced a collection of customer information, the method for issuing described customer information may further comprise the steps:
Step 301: application system n sends to EIS with the data issue an order, and described data issue an order carries data and the corresponding data model sign that application system n need issue.
Step 302:EIS reads data that need issue.
Step 203:EIS obtains subscription rules according to the data model sign corresponding with these data.
Step 304:EIS inquires about described subscription rules, determines the sign of application corresponding system from subscription rules, promptly determines the sign of application system 1 or application system 2.
If application system 1 and application system 2 have the subscription condition when subscribing to, so, in the query subscription process of rule, this step also needs further to comprise: EIS judges whether the data that read satisfy the subscription condition, if satisfy, then continues to carry out.
Step 305:EIS is medium to be released with the formation that reading of data is placed on definite application system.
In this step,, then need these data are placed on respectively in a plurality of application systems if there are a plurality of application systems to satisfy same subscription condition.After this, EIS sends to corresponding application system with the data in each formation respectively by the data issue an order.That is to say, if in the formation 1 that EIS is an application system 1 to be set up 5 data are arranged, in the formation 2 for application system 2 foundation 4 formations are arranged, so, the module of being responsible for data-driven among the EIS sends to application system 1 successively with 5 data in the formation 1, and 4 data in the formation 2 are sent to application system 2 successively.
Certainly, can not set up formation yet, and set up a unified formation, perhaps do not set up any formation, but the data that read are directly sent to the application corresponding system for each application system.So, in the practical application, whether need to set up formation for application system, perhaps set up several formations and can determine voluntarily by the user of application invention scheme, repeat no more herein.
Step 306:EIS judges whether to have read data all in the issue an order, finishes if read, and then withdraws from this flow process; Otherwise, return step 302.
Method embodiment two
In the present embodiment, comprise n application system in the network; Application system 1 and application system 2 have been registered certain data model in EIS, the schematic diagram of log-on data as shown in Figure 4; Similar to embodiment one, suppose that the data model of registration is a customer information, comprise essential informations such as name, address, phone number; EIS with the registration relevant information records in registration rule, the form of described registration rule as shown in Table 2:
| The data model sign | The application system sign of registration | Registration condition | Subscription rules is described |
| User | 001 | Phone number=" 138 *” | Registration condition is mobile phone=" 138 *" customer information |
| User | 002 | Phone number=" 139 *” | Registration condition is mobile phone=" 138 *" customer information |
Table two
The method of application system 1 log-on data is: application system 1 sends register instruction to EIS, described register instruction carries data model sign User and application system 1 self identification 001, the sign 001 that EIS identifies data model User and application system 1 again is recorded in the registration rule, promptly has corresponding relation between the User and 001.In the practical application, application system can also be carried registration condition, promptly only returns the data that satisfy registration condition to the application system of data query.Such as: the registration condition of application system 1 is phone number=" 138
*", after this, when certain application system during to application system 1 inquiring customer information, 1 application system to data query of application system is returned the customer information of phone number with " 138 " beginning.
Certainly, application system also can not carried registration condition, and so, application system 1 will be returned all customer informations to the application system of inquiring customer information.
Application system 2 also can be adopted the registered client's information that uses the same method.
In the present embodiment, a plurality of application systems can be registered identical data model in EIS.That is to say, when certain application system is inquired about these data, need send the data query order simultaneously to a plurality of application systems.In this case, can be used to preserve the data query order that need send to application system for each application system of registering is provided with a formation in EIS.
Fig. 5 is the flow chart of present embodiment data query.As shown in Figure 4, when application system n inquiring customer information, the method for data query may further comprise the steps:
Step 501: application system n sends the data query order to EIS, and described data query order carries data model sign User.
Step 502:EIS is according to the sign of the data model in data query order User inquiry and registration rule, from registration rule, determine the sign of the application system corresponding with data model sign User, promptly determine the sign 001 of application system 1, and the sign 002 of application system 2.
Step 503:EIS is placed on the data query order in application system 1 corresponding queues 1, simultaneously, querying command is placed in application system 2 corresponding queues 2.
Step 504:EIS sends to application system 1 with the data query order in the formation 1, and the data query order in the formation 2 is sent to application system 2.
After this, when application system 1 receives the data query order, will return the customer information that phone number is 138 beginnings to application system n; When application system 2 receives the data query order, will return the customer information that phone number is 139 beginnings to application system n.
Method embodiment three
In the present embodiment, comprise n application system in the network; Application system 1 need be to application system 2 certain service message of transmission, this service message comprises: the keyword key value of source application system sign, message id, News Category (synchronous/asynchronous), purpose application system sign, routing tag, message, message contents etc., its message format is shown in Figure 6.Wherein, News Category represents whether message needs to reply, and replys if desired, then is wheel synchronization type, otherwise, then be asynchronous type; Routing tag is represented the type of the route that current message need be used, and EIS determines the type of route earlier, calls the route function in the route-type again; Keyword key is the route function parameters, such as being phone number etc.Certainly, in the practical application, service message also can not be above-mentioned form, can be determined voluntarily by the user.Such as: if having only a kind of type of route, then need not routing tag.
For with the prior art compatibility, comprised one of purpose application system sign in the described message of present embodiment.If message comprises purpose application system sign, just need not EIS and determine the purpose application identities, directly the message transmission is got final product; If one of purpose application system sign is empty, then can utilize the method in the present embodiment to have EIS to determine, send to the purpose application system again.
In the present embodiment, suppose that the keyword key value in the message is phone number " 13823387096 "; The routing tag name is called " RouteLabel ", is worth to be " CBP ", and setting in advance be used to corresponding with routing tag, to handle the class of route be CBPRoute, and the route function in the CBPRoute class is " analyseRoute ().Here, described routing tag and the corresponding relation of handling between the class of route can be kept in the database of EIS in advance, its form as shown in Table 3:
| Field name | Type | Whether allow for sky | Explanation |
| Label ( *Label) | Varchar (64) | Do not allow | Routing tag |
| Class name (ClassName) | Varchar (64) | Do not allow | The class corresponding with routing tag |
Table three
Fig. 7 is the flow chart of the method for present embodiment transmission operation message.As shown in Figure 7, present embodiment may further comprise the steps:
Step 701: application system 1 sends service message to EIS.
The described service message of this step comprises: source application system sign 001, message id, News Category, the value CBP of routing tag RouteLabel, the keyword key value " 13823387096 " and the message content of message.
Step 702:EIS determines one of purpose application system sign according to the service message that receives and is sky.
In the practical application,, just can omit this step if do not comprise this in the service message form.
Step 703:EIS determines the class of corresponding processing route according to routing tag.
In this step, EIS is according to the corresponding relation between the class of routing tag in the table three and processing route, and the class of determining the processing route corresponding with routing tag CBP is CBPRoute.
Step 704:EIS again with the keyword in the message as parameter, call the route function in the class of handling route, obtain the sign of purpose application system.
In this step, EIS as parameter, calls the route function analyseRoute in the CBPRoute class with " 13823387096 ", promptly carries out CBPRoute.analyseRoute (13823387096).
Here, the present invention emphasizes is to utilize the route function to obtain the sign of purpose application system, then can determine voluntarily by being used for as for route function self.Such as: the false code of route function can for
Public List analyseRoute(String key)
{
If the key value is empty, then return the purpose application system sign 008 of acquiescence;
If the key value is the number of 138 beginnings, then takes out the 4th item sign indicating number m, and its sign as the purpose application system is returned;
If, then take out the 5th item sign indicating number n, and its sign as the purpose application system returned if the key value is the number of 139 beginnings;
}；
The false code of route function can also for:
Public List analyseRoute(String key)
{
If the key value is empty, then return the purpose application system sign 008 of acquiescence;
If the key value is the number of 138 beginnings, then return fixing purpose application system sign 005;
If the key value is the number of 139 beginnings, then return fixing purpose application system sign 006;
}；
It is medium to be sent that step 705:EIS is placed on definite pairing formation of purpose application system with service message.
If EIS is not provided with formation, just service message can be sent to the purpose application system, promptly can omit this step.
Step 706:EIS sends to the purpose application system with the service message in the formation.
Use the present invention program, when needs carried out data passes, the source application system only need be carried out and professional relevant logical operation, and need not to relate to route, and all operations relevant with route are all by the EIS unified management.Like this, the complexity of application system be can reduce significantly, the realization and the popularization of application system helped.
At the method that realizes the data route, the present invention also proposes a kind of system that realizes the data route.
Fig. 8 is a basic structure schematic diagram of realizing the system of data route among the present invention.As shown in Figure 8, this system comprises source application system 801, purpose application system 802, EIS803 at least, described EIS803 is used to receive the data passes order from source application system 801, determine purpose application system 802 according to routing rule, and the data passes order is sent to purpose application system 802.
The inside of EIS803 comprises:
Data-interface 8031 is used to transmit mutual data passes order between application system and data processing and the routing module 8032;
Data processing and routing module 8032 are used to receive the data passes order from data-interface 8031, determine the purpose application system according to routing rule, and give data-interface 8031 with the data passes command transfer.
Fig. 9 is a preferred embodiment that comprises above-mentioned module, and as shown in Figure 9, except the module identical with Fig. 8, EIS803 also comprises:
Bus coordination service module 8034 is used for the data interaction relation between coordination data interface 8031, bus data storehouse 8033 and the metadata cache 8035;
When needs carried out data passes, source application system 801 sent to data-interface 8031 among the EIS803 with the data passes order; Data-interface 8031 is transmitted to data processing and routing module 8032 with the data passes order; Bus data storehouse 8033 will be preserved routing rule in advance and will be kept in the metadata cache 8035 by bus coordination service module 8034; Data processing and routing module 8032 extract routing rule from metadata cache 8035, and determine the purpose application system according to routing rule, then the data passes order are sent to purpose application system 802 by data-interface 8031.
Certainly, in the practical application, do not have the number of strict regulations application system in the network, and which application system is the source application system, which system is the purpose application system, as long as the order of initiation data passes is exactly the source application system, what receive the data passes order then is the purpose application system.
In addition, the data-interface in the present embodiment 7031 can be API (API).
In sum, more than be preferred embodiment of the present invention only, be not to be used to limit protection scope of the present invention.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. a method that realizes the data route is characterized in that, sets in advance the integrated system EIS of enterprise that is used for being responsible for the data route, and routing rule is kept among the EIS, and this method may further comprise the steps:
The source application system sends to EIS with the data passes order, determines the purpose application system by EIS according to described routing rule, again the data passes order is sent to the purpose application system.
2. method according to claim 1, it is characterized in that, described data passes order is the data issue an order that carries data model sign, and described routing rule is a subscription rules, and described subscription rules is used to preserve the sign of the application system of data model sign and subscription data; Described EIS determines that the method for purpose application system is:
Described EIS determines to identify with data model the sign of the application system of corresponding subscription data earlier according to the sign of the data model in data issue an order query subscription rule from subscription rules, and with the application system of this subscription data as the purpose application system.
3. method according to claim 2 is characterized in that, the method for described application system subscription data is specially:
Application system sends the subscription instruction that carries data model sign and application system self identification to EIS, and EIS is recorded in the corresponding relation of described data model sign and application system sign in the subscription rules.
4. method according to claim 1, it is characterized in that, described data passes order is the data query order that carries data model sign, and described routing rule is a registration rule, and described registration rule is used to preserve the sign of the application system of data model sign and log-on data; Described EIS determines that according to routing rule the method for purpose application system is:
Described EIS determines to identify with data model the sign of the application system of corresponding log-on data earlier according to the sign of the data model in data query order inquiry and registration rule from registration rule, and with the application system of this log-on data as the purpose application system.
5. method according to claim 4 is characterized in that, the method for described application system log-on data is specially:
Application system sends the register instruction that carries data model sign and application system self identification to EIS, and EIS is recorded in the corresponding relation of described data model sign and application system sign in the registration rule.
6. method according to claim 1 is characterized in that, described data passes order is the service message that carries routed keyword, the route function that be used for determine application system sign of described routing rule for being provided with in advance; Described EIS determines that the method for purpose application system is:
Described EIS as parameter, calls described route function with the routed keyword in the service message, and obtains the application system sign, and again that the application system sign of obtaining is corresponding system is as the purpose application system.
7. a system that realizes the data route comprises source application system and purpose application system at least, it is characterized in that this system further comprises:
EIS is used to receive the data passes order from the source application system, determines the purpose application system according to routing rule, and the data passes order is sent to the purpose application system.
8. system according to claim 7 is characterized in that, described EIS comprises:
Data-interface is used to transmit data passes order mutual between application system and data processing and the routing module;
Data processing and routing module are used to receive the data passes order from data-interface, determine the purpose application system according to routing rule, and give data-interface with the data passes command transfer.
9. system according to claim 8 is characterized in that, described EIS further comprises:
The bus data storehouse is used to preserve routing rule;
Bus coordination service module is used for the data interaction relation between coordination data interface, bus data storehouse and the metadata cache;
Metadata cache is used for reading the routing rule in bus data storehouse, and offers data processing and route pattern.
10. according to right 8 or 9 described systems, it is characterized in that described data-interface is API API.
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| CN108319513A (en) * | 2018-01-23 | 2018-07-24 | 北京东土科技股份有限公司 | Message delivery method and device in a kind of multi partition operating system |
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