CN1870512A - Method for implementing information management and device for implementing event route - Google Patents

Abstract

The invention discloses a method for realizing information management and a device for realizing event routing. A user interface sends an information management event operation request carrying an event identifier to an event routing unit, and the event routing unit sends information to a service processing unit corresponding to the event identifier. Management event operation request; the business processing unit sends an information management event operation request with an event identifier to the background server, and the background server processes the received information management event operation request, and then returns the processing result to the business processing unit, and the business processing unit performs Data storage implements a routing mechanism based on information management events, making information management in IM simple and effective. Each event module has good scalability and reusability, and can be changed according to business needs, laying the foundation for the rapid launch of new services. good foundation. The present invention further proposes a unified management mode, which displays different enterprise managers for users with different operation rights.

Description

A method for realizing information management and a device for realizing event routing

technical field

The invention relates to information management technology, in particular to a method for realizing information management in instant messaging and a device for realizing event routing.

Background technique

Instant Messenger (IM, Instant Messenger) is more and more widely used in internal and external communication of enterprises. However, general enterprises do not want to invest additional costs to establish and maintain their own servers, but hope to set up free servers in the public network. IM tools to provide more practical and convenient communication methods for small and medium-sized enterprises to communicate between departments, within departments, and between enterprises and the outside world. Based on the above needs, the concept of online enterprises emerged. Online Enterprise is a group communication system, an enterprise space with powerful management functions specially designed for office workers.

As shown in FIG. 1 , an existing online enterprise generally includes a client 110 and a background server 120 . The client includes a user interface 111 and a message processing module 112 . Among them, the user interface 111 is used to provide the user with data input and other operations. The message processing module 112 is coupled with the user interface 111 to process various data and operations input through the user interface 111 . When the creator or administrator of an enterprise needs to manage the relevant information of the enterprise, or ordinary users in the online enterprise need to modify their personal data, the general process is as follows: the user inputs the corresponding management operation through the user interface 111, and then The user interface of the client 110 sends an operation command to the background server 120, the background server 120 processes according to the operation command, and then returns a result to the message processing module 112 of the client 110, and then the message processing module 112 returns the result to the background server 120 Perform subsequent logical processing, for example, prompting the user to modify successfully, or storing the data packaged by the background server, etc. Wherein, the background server 120 may refer to a transfer server, a group server, or an extension server, etc., or may refer to any combination of a transfer server, a group server, and an extension server.

According to the above description, it can be seen that the information processing process of the above-mentioned online enterprise is very simple, but among them, the relationship between the user interface 111 and the message processing module 112 is a mutual coupling relationship, that is, the user interface and the message processing module are closely combined. When the requirements change and the user interface needs to be improved, the message processing module 112 must be greatly modified, so that the continuous development and changing requirements of the online enterprise business requirements cannot be met in time.

Contents of the invention

In view of this, an object of the present invention is to provide a method for implementing information management, and another object of the present invention is to provide a device for implementing event routing, so that information management in IM has a clear logic module and has a good Expansibility and reusability: the present invention further provides a unified management mode corresponding to user operation rights, which provides extremely high flexibility for the expansion of resource modules.

In order to achieve the above object, the present invention provides a method for realizing information management, the method includes the following steps:

A. The user interface sends an information management event operation request carrying an event identifier to the event routing unit, and the event routing unit sends an information management event operation request to the service processing unit corresponding to the event identifier;

B. The business processing unit sends an information management event operation request carrying the client identifier and the event identifier to the background server;

C. The background server processes the received information management event operation request, and then returns the processing result to the business processing unit described in step A according to the client ID and the event ID, and the business processing unit performs data storage.

The event routing unit in step A sends an information management event operation request to the service processing unit corresponding to the event identifier, including the following steps:

A1. The event routing unit determines the service processing unit according to the event identifier, and then sends an information management event operation request carrying the event identifier to the service routing unit corresponding to the service processing unit;

A2. The service routing unit sends an information management event operation request to the event unit corresponding to the event identifier.

Before step A2, it further includes: the service routing unit judges whether there is an event unit corresponding to the event identifier, and if so, directly executes step A2; otherwise, first establishes an event unit, and then executes step A2.

The event identifier is a combination of a service processing unit identifier and an event unit identifier.

Preferably, the method further comprises the steps of:

e. The user starts the user interface;

f. The user interface judges whether the user has successfully logged in, and if so, executes step g; otherwise, prompts the user to log in, and returns to execute step f;

g. The user interface determines the user's operation authority, and displays according to the operation authority.

The user interface described in step g determines the user's operation authority, which is: the user interface determines the user's operation authority according to the data stored by the client; or is: the user interface obtains data through interaction with the background server, and determines the user's authority according to the data Operating authority.

The user interface described in step g determines the user's operation authority, which is: the user interface first obtains the configuration resource list, then obtains the user identity, then obtains the user authority configuration based on the configuration resource list according to the user identity, and finally obtains the user's operation authority; Or: the user interface first obtains the user identity, then obtains the user permission configuration corresponding to the user identity, and then obtains the configuration resource list based on the user permission configuration, and finally obtains the user's operation permission; or is: the user interface first obtains the user Identity, then obtain the configuration resource list corresponding to the user identity, then obtain the user permission configuration based on the configuration resource list, and finally obtain the user's operation permission.

The display according to the operation authority described in step g is as follows: dynamically load the label, and display the enterprise manager interface used to represent the user interface.

In order to achieve the above object, the present invention also provides a device for implementing event routing, which includes: an event routing unit and a business processing unit, and the event routing unit is used to receive information management event operations with event identifiers from the user interface request, and send an information management event operation request to the business processing unit corresponding to the event identifier; the business processing unit is used to send an information management event operation request to the background server, and store data according to the processing result returned by the background server.

The business processing unit includes: a business routing unit and an event unit, the business routing unit is used to receive the information management event operation request from the event routing unit, and send the information management event operation request to the event unit corresponding to the event identifier; the event unit uses It is used to send an information management event operation request to the background server, and store data according to the processing result returned by the background server.

According to the method proposed by the present invention, the user interface sends an information management event operation request carrying an event identifier to the event routing unit, and the event routing unit sends an information management event operation request to the service processing unit corresponding to the event identifier; the service processing unit sends an information management event operation request to the background server Send an information management event operation request with an event identifier, the background server processes the received information management event operation request, and then returns the processing result to the business processing unit, and the business processing unit stores data, realizing routing based on information management events The mechanism makes the information management in IM simple and effective, and the logic is clear. Each event module based on the routing mechanism has good scalability and reusability, and can be changed according to business requirements, and quickly respond to changes in business requirements. A good foundation has been laid for the new business.

In addition, the present invention further proposes a unified management mode, which dynamically loads labels according to the user's operation authority, so as to display different enterprise managers for users with different operation authority, and this unified management mode is suitable for multi-label enterprise managers. In the application of online enterprises, the resources accessible to online enterprises, such as enterprise BBS, enterprise albums, etc., are integrated into the enterprise manager to enhance scalability. When new modules or value-added services are added to the resources accessible to online enterprises , it only needs to dynamically load the corresponding new label and dynamic link library, which provides extremely high scalability and flexibility, and also makes the maintenance of the multi-label enterprise manager easier.

Description of drawings

FIG. 1 shows a schematic diagram of an information management process in the prior art;

Fig. 2 shows a schematic diagram of displaying a user interface of an online enterprise;

Fig. 3 shows a schematic diagram of the principle of information management event routing in the present invention;

Fig. 4 shows the flowchart of implementing information management in the present invention;

Fig. 5 shows the flow chart of realizing unified management mode among the present invention;

Fig. 6 shows a schematic diagram of displaying a user interface of an administrator in an online enterprise;

Fig. 7 shows a schematic diagram of user interface display of ordinary members in an online enterprise.

Detailed ways

In order to make the object, technical solution and advantages of the present invention clearer, the present invention will be further described in detail below in conjunction with the accompanying drawings.

In the present invention, after the user inputs an information management event through the user interface, the user interface sends an information management event operation request carrying an event identifier to the event routing unit, and the event routing unit sends an information management event operation request to the service processing unit corresponding to the event identifier The business processing unit sends an information management event operation request carrying an event identifier to the background server, and the background server processes the received information management event operation request, and then returns the processing result to the business processing unit, and the business processing unit performs data storage, and Subsequent processing can be further carried out according to business rules and stored data, for example, updating the user interface, such as updating panels and enterprise managers, and implementing a routing mechanism based on information management events. The method proposed by the present invention is applicable to information management in any IM, and the specific implementation process of the present invention will be described below by taking an online enterprise as an example.

Fig. 2 shows the user interface display diagram of the online enterprise, as shown in Fig. 2, the user interface is the user interface of the enterprise manager of the present invention, and the user inputs information management events through the user interface, such as adding employees, according to the present invention The invention can implement a routing mechanism based on information management events, see Figure 3 for the implementation principle.

Fig. 3 shows the schematic diagram of information management event routing principle in the present invention, as shown in Fig. 3, in the present invention, event unit can be set further in business processing unit, like this, business processing unit just comprises business routing unit and event unit, business The routing unit is used to determine a route to the event unit corresponding to the event identifier. The business processing unit can be regarded as the main information management event, and the event unit based on the business processing unit can be regarded as the sub information management event. Business processing units can be divided based on business, such as online enterprise basic information, online enterprise organizational structure, member basic information, etc.; each event unit included in the business processing unit is based on each specific information management event under a certain business, such as deleting information , add information, modify information, etc. The event units contained in different business processing units may be the same or different. The user inputs an information management event through the user interface, and then the user interface sends an information management event operation request carrying an event identifier to the event routing unit, and the event routing unit is used to determine the route to the service processing unit corresponding to the event identifier, that is, according to the event Identify the corresponding service processing unit, and then send an information management event operation request carrying the event identifier to the service routing unit of the service processing unit, and the service routing unit determines the corresponding event unit according to the event identifier, and then sends the information management event operation to the event unit Request, the event unit sends an information management event operation request carrying an event identifier to the background server. The event unit in each business processing unit has a unique event identifier, that is, the event units in different business processing units can be uniquely identified by the event identifier. The event ID can be a combination of a business processing unit ID, that is, a main event ID and an event unit ID, that is, a sub-event ID, and the event routing unit determines the corresponding business processing unit according to the main event ID in the event ID, and the business routing unit of the business processing unit Determine the corresponding event unit according to the sub-event identifier in the event identifier. Different fields of the event ID can represent the main event ID and the sub-event ID respectively. For example, the length of the event ID is six digits, the first and second digits of the event ID represent the main event ID, and the third to sixth bits of the event ID represent the Event ID.

In Fig. 3, the remaining parts except the background server are all parts included in the client, wherein, the event routing unit and the business processing unit including the business routing unit and the event unit together form a device for implementing event routing. It further includes an authentication subsystem, which is used to implement user authentication. In addition, the device for implementing event routing may only include an event routing unit and a service processing unit, wherein the event routing unit is configured to receive an information management event operation request carrying an event identifier from a user interface, and send a request to the service corresponding to the event identifier. The processing unit sends an information management event operation request; the business processing unit is used to send an information management event operation request to the background server, and stores data according to the processing result returned by the background server. When the business processing unit includes the event routing unit and the event unit, the business routing unit is used to receive the information management event operation request from the event routing unit, and send the information management event operation request to the event unit corresponding to the event identifier; the event unit uses It is used to send an information management event operation request to the background server, and store data according to the processing result returned by the background server.

Fig. 4 shows the flow chart of realizing information management in the present invention, as shown in Fig. 4, the realization process of information management comprises the following steps:

Step 401: The user inputs an information management event through a user interface, and then the user interface sends an information management event operation request carrying an event identifier to the event routing unit.

Step 402: The event routing unit determines the service processing unit according to the event identifier, and then sends an information management event operation request carrying the event identifier to the service routing unit corresponding to the service processing unit.

Referring to Fig. 3, before step 402, the event routing unit can start the authentication subsystem to authenticate the user, such as requiring the user to input the user name and password through the user interface, if the user passes the authentication, then proceed to step 402; otherwise, reject Information management event for user input.

Step 403: The service routing unit judges whether there is an event unit corresponding to the event identifier, and if yes, executes step 406; otherwise, executes step 405.

Step 405: The event unit is created by the model creation center, which may be a class factory center, and then step 406 is executed.

Step 406: The service routing unit sends an information management event operation request to the event unit corresponding to the event identifier. Since the event identifier corresponding to the event unit can be configured in the event unit, the information management event operation request sent by the service routing unit to the event unit may or may not carry the event identifier.

Step 407: After receiving the information management event operation request, the event unit sends the information management event operation request carrying the client identifier and the event identifier to the transit server.

Step 408: After receiving the information management event operation request, the transfer server sends the information management event operation request carrying the client ID and the event ID to the corresponding group server according to the event ID. Since different group servers perform different operations, the transit server can determine the currently needed group server according to the event ID, and then send an information management event operation request carrying the client ID and the event ID to the group server.

Step 409: the group server judges whether the information management event operation request is a basic management command, if yes, execute step 411; otherwise, execute step 410.

Step 410: the group server processes the received information management event operation request, and then executes step 413.

Step 411: the group server sends an information management event operation request carrying the client identifier and the event identifier to the extension server.

Step 412: the extension server processes the received information management event operation request, and then executes step 413.

Because in IM, the basic information of the online enterprise is stored in the extended server, such as the name and organizational structure of the online enterprise, and the information of each member in the online enterprise and the relationship between members are stored in the group server. The management of the basic information of the online enterprise needs to be processed by the extension server; if other information other than the basic information is managed, it needs to be processed by the group server. Therefore, the group server needs to judge which information management is involved in the information management event operation request.

The processing process of steps 408 to 412 described above can also be: the transfer server sends the information management event operation request carrying the client ID and event ID to the extension server, and the extension server judges whether the information management event operation request is a basic management command, if yes, process the received information management event operation request by itself; otherwise, send the information management event operation request carrying the client ID and event ID to the group server.

Step 413: Return the processing result to the corresponding event unit, that is, the event unit described in step 407, according to the client ID and event ID. If the information management event operation request sent by the event unit is processed by the group server, the processing The result is returned by the group server; if the information management event operation request sent by the event unit is processed by the extension server, the processing result is returned by the extension server.

When returning the processing result, the group server or the extended server can return the processing result to the event unit through the relay server, or return the processing result to the event unit without the relay server, if the group server or the extended server can find the corresponding client according to the client ID , the processing result may not be returned to the event unit through the relay server; if the group server or the extension server cannot find the corresponding client according to the client ID, the processing result is returned to the event unit through the relay server.

Step 414: The event unit stores data, and can further perform subsequent processing according to business rules and stored data, for example, sending update data to the user interface to update the user interface, such as updating a panel or an enterprise manager display interface.

The above-mentioned information management events may be modifying basic information of an online enterprise, adding/deleting members, modifying member information, adding/deleting/modifying departments of an online enterprise, and so on.

The above-mentioned information interaction between the service processing unit or event unit and the background server can be performed through the network interface layer. At the same time, the client has only one information management event outlet for information interaction with the background server, that is, only one business processing unit or event unit for information interaction with the background server at the same time.

Because in the prior art, there is no enterprise manager display interface with a unified management mode, the present invention also proposes a unified management mode corresponding to the user's operation authority, and dynamically loads tags (TAB) according to the user's operation authority to realize Different enterprise managers are displayed for users with different operation rights. Write the dynamic link library name and file path of the module related to the online enterprise resource into the file, and at the same time distribute it according to the permissions of the members in the online enterprise. This information can be stored in the background server. It is provided by the background server; it can also be exchanged by the enterprise manager and the background server, and the obtained information is directly stored on the client where the enterprise manager is located. For example, the permissions of all members in an online enterprise can be divided into three categories: creator permissions, administrator permissions, and ordinary member permissions; enterprise resource permission capabilities can be divided into four levels: X-execute, F-full control, R- Read, W-modify/add/delete, the creator authority has the greatest control right, the only difference from the administrator is that the creator can set and delete the administrator, and has all the management authority, the administrator authority can be Add/delete/modify departments, add/delete members, modify basic information of members, and modify basic information of online companies. Ordinary members only have permission to modify personal information, post in the company's electronic bulletin board system (BBS) and in the company's photo album post photos etc.

Fig. 5 shows the flowchart of realizing unified management mode in the present invention, as shown in Fig. 5, the realization process of unified management mode comprises the following steps:

Step 501: The user starts the user interface.

Step 502: The user interface judges whether the user has successfully logged in, and if yes, executes step 504; otherwise, executes step 503.

Step 503: the user interface prompts the user to log in, and then returns to step 502. After receiving the prompt, the user can enter the user name and password, and the user interface determines whether the user has successfully logged in through the interaction with the background server.

Step 504: the user interface determines the user's operation authority. The specific implementation of this step can be realized according to the following three methods respectively: Method 1. The user interface first obtains a configuration resource list, the content of which configuration resource list can be the enterprise BBS, enterprise photo album, shared content, network hard disk, enterprise mail system, etc. Then obtain the user identity, such as creator, administrator, ordinary member, etc., and then obtain the user permission configuration based on the configuration resource list according to the user identity, and finally obtain the user's operation permission; method 2. The user interface first obtains the user identity, and then obtains User permission configuration corresponding to the user identity, and then obtain the configuration resource list based on the user permission configuration, and finally obtain the user's operation permission; method 3, the user interface first obtains the user identity, and then obtains the configuration resources corresponding to the user identity List, and then obtain the user permission configuration based on the configuration resource list, and finally obtain the user's operation permission.

The information obtained in the above various ways can be obtained by reading the information stored in the client itself through the user interface, or through the information interaction between the user interface and the background server. For example, the user with certain operation rights Once logged in, since there is no relevant information stored on the client where the user interface is located, the user interface can obtain various information through interaction with the background server; the client where the user interface is located can store various information provided by the background server, so that When the information is needed in subsequent processing, it can be obtained by reading it directly. The user interface can also interact with the background server in advance to obtain various information, and then the client where the user interface is located can store the various information provided by the background server. If the corresponding information is stored in the client where the user interface is located, the user interface can obtain update information from the background server regularly or irregularly, so that the enterprise manager displayed to the client is the latest.

Step 505: The user interface dynamically loads labels according to the user's operation authority, and displays them on the enterprise manager. The user's operation authority includes the configuration resources that the user can manage and the operation authority based on each configuration resource.

The implementation process of the unified management mode described above can be applied to a multi-label enterprise manager. The configuration resource list and user rights configuration mentioned above may be in the format of markup language, such as Extensible Markup Language (XML).

According to the above implementation process of the unified management mode, different user interfaces can be displayed for users with different permissions, that is, the user permissions are different, and the enterprise managers corresponding to the user operation permissions are different, as shown in Figure 2, Figure 6 and As shown in Fig. 7, Fig. 2 is the display form of the enterprise manager of the creator of the online enterprise, Fig. 6 is the display form of the enterprise manager of the administrator of the online enterprise, and Fig. 7 is the display form of the enterprise manager of the ordinary member of the online enterprise, Through the comparison of Figure 2, Figure 6 and Figure 7, it can be seen that users with different operating rights have different enterprise managers displayed on their clients, that is, the enterprise management of different users is determined through the same unified management mode to achieve the process The display interface of the enterprise manager realizes the dynamic configuration of the enterprise manager.

In a word, the above descriptions are only preferred embodiments of the present invention, and are not intended to limit the protection scope of the present invention.

Claims (10)

1, a kind of method that realizes information management is characterized in that the method includes the steps of:

A, user interface send the information management event action request that carries event identifier to the incident routing unit, and the incident routing unit sends the request of information management event action to the Service Processing Unit corresponding to this event identifier;

B, Service Processing Unit send the information management event action request that carries client identification and event identifier to background server;

C, background server are handled the information management event action request of receiving, return result according to client identification and event identifier to Service Processing Unit described in the steps A then, and this Service Processing Unit carries out storage.

2, method according to claim 1 is characterized in that, the routing unit of incident described in the steps A sends the request of information management event action to the Service Processing Unit corresponding to this event identifier, may further comprise the steps:

A1, incident routing unit are determined Service Processing Unit according to event identifier, send the information management event action request that carries event identifier to the professional routing unit corresponding to this Service Processing Unit then;

A2, professional routing unit send the request of information management event action to the event elements corresponding to event identifier.

3, method according to claim 2 is characterized in that, further comprise before the described steps A 2: professional routing unit judges whether to exist the event elements corresponding to event identifier, if, then direct execution in step A2; Otherwise, at first set up event elements, and then execution in step A2.

According to claim 2 or 3 described methods, it is characterized in that 4, described event identifier is the combination of Service Processing Unit sign and event elements sign.

5, method according to claim 1 is characterized in that, this method further may further comprise the steps:

E, user start user interface;

F, user interface are judged whether successfully login of user, if, execution in step g then; Otherwise, prompting user login, and return execution in step f;

G, user interface are determined user's operating right, and show according to this operating right.

6, method according to claim 5 is characterized in that, user interface described in the step g is determined user's operating right, for: user interface is determined user's operating right according to the data of client stores; Or be: user interface by with background server obtain data alternately, and determine user's operating right according to these data.

7, according to claim 5 or 6 described methods, it is characterized in that, user interface described in the step g is determined user's operating right, for: user interface is at first obtained the resource allocation tabulation, obtain user identity then, the user right that obtains based on the resource allocation tabulation according to user identity then disposes again, finally obtains user's operating right; Or be: user interface is at first obtained user identity, obtains then and the corresponding user right configuration of user identity, obtains the resource allocation tabulation based on this user right configuration more then, finally obtains user's operating right; Or be: user interface is at first obtained user identity, obtains then and the corresponding resource allocation tabulation of user identity, obtains this user right configuration based on the resource allocation tabulation more then, finally obtains user's operating right.

8, according to claim 5 or 6 described methods, it is characterized in that, be shown as according to this operating right described in the step g: the dynamic load label shows the enterprise manager interface that is used to represent user interface.

9, a kind of device of realization event route is characterized in that, this device comprises: incident routing unit and Service Processing Unit,

The incident routing unit is used to receive the information management event action request that carries event identifier from user interface, and sends the request of information management event action to the Service Processing Unit corresponding to event identifier;

Service Processing Unit is used for sending the request of information management event action to background server, and carries out storage according to the result that background server returns.

10, device according to claim 9 is characterized in that, described Service Processing Unit comprises: professional routing unit and event elements,

Professional routing unit is used to receive the information management event action request from the incident routing unit, and sends the request of information management event action to the event elements corresponding to event identifier;

Event elements is used for sending the request of information management event action to background server, and carries out storage according to the result that background server returns.

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