CN111382985A - To-do message integrated pushing system and working method - Google Patents
To-do message integrated pushing system and working method Download PDFInfo
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- CN111382985A CN111382985A CN201811612527.4A CN201811612527A CN111382985A CN 111382985 A CN111382985 A CN 111382985A CN 201811612527 A CN201811612527 A CN 201811612527A CN 111382985 A CN111382985 A CN 111382985A
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Abstract
A to-do message integrated pushing system and a working method are provided, the system comprises: the integrated desktop is used for receiving a business information system binding instruction submitted by a user and sending the business information system binding instruction to the to-be-handled message management center; the to-do message management center is used for generating a subscription relation of the service information system according to the service information system binding instruction, storing the subscription relation, receiving and storing to-do task information sent by the to-do message synchronization center, and sending the to-do task information to the integrated desktop; the polling scheduler is used for regularly polling the subscription relation stored by the to-be-handled message management center and sending the subscription relation to the scheduling queue; the to-do message synchronization center is used for monitoring the scheduling queue in real time, connecting the service information system subscribed by the user according to the subscription relation in the scheduling queue, acquiring the to-do task information of the user in the subscribed service information system, and sending the to-do task information to the to-do message management center.
Description
Technical Field
The invention relates to the field of internet information communication, in particular to a to-do message integrated pushing system and a working method.
Background
With the development and the advance of internet technology, enterprises construct a plurality of business information systems; how to fully utilize the convenience of a plurality of business information systems, ensure the instantaneity of enterprise information transmission, effectively improve the working efficiency of staff, realize the integration and sharing of enterprise information, and become a focus of attention.
The task information to be handled of each enterprise employee is dispersed in a plurality of service information systems, all the service information systems need to be logged in once before the task to be handled is inquired and processed, and due to the fact that the logging time and frequency are uncertain, the timeliness of the task to be handled cannot be guaranteed; meanwhile, after logging in the service information system, the task information to be handled is not found, and the time and the energy of the staff are wasted. How to send task information to be handled, which is dispersed in a plurality of service information systems, to an integrated platform on the premise of ensuring timeliness is an urgent problem to be solved.
In the prior art, each service information system provides a query service for obtaining task information to be handled, and then the task information to be handled is pulled out and integrated together through the query services for task information to be handled of a plurality of service information systems, so that the centralized display of the task information to be handled is completed.
However, the data pulling method causes a great operation pressure influence on each service information system, and is not suitable for popularization and use.
Disclosure of Invention
The embodiment of the present invention provides a to-do message integrated pushing system, which can not only push to-do task information dispersed in a plurality of service information systems to an integrated platform on the premise of ensuring timeliness, but also has little influence and change on each service information system, and has good interaction performance, and the to-do message integrated pushing system includes:
the integrated desktop is used for receiving a business information system binding instruction submitted by a user and sending the business information system binding instruction to the to-be-handled message management center;
the to-do message management center is used for generating the subscription relation of the service information system according to the binding instruction of the service information system and storing the subscription relation of the service information system;
the polling scheduler is used for regularly polling the subscription relationship of the service information system stored by the to-be-handled message management center and sending the subscription relationship of the service information system to the scheduling queue;
the to-be-done message synchronization center is used for monitoring the scheduling queue in real time, connecting the service information system subscribed by the user according to the subscription relation of the service information system in the scheduling queue, acquiring the to-be-done task information of the user in the subscribed service information system, and sending the to-be-done task information to the to-be-done message management center;
the to-do message management center is further used for receiving and storing the to-do task information sent by the to-do message synchronization center and sending the to-do task information to the integrated desktop.
The embodiment of the present invention further provides a working method of a to-do message integrated pushing system, including:
the integrated desktop receives a business information system binding instruction submitted by a user and sends the business information system binding instruction to a to-be-handled message management center;
the to-do message management center generates a subscription relation of the service information system according to the service information system binding instruction, and stores the subscription relation of the service information system;
the polling scheduler regularly polls the subscription relationship of the service information system stored in the to-be-handled message management center and sends the subscription relationship of the service information system to the scheduling queue;
the to-be-done message synchronization center monitors the scheduling queue in real time, connects the service information system subscribed by the user according to the subscription relation of the service information system in the scheduling queue, acquires the to-be-done task information of the user in the subscribed service information system, and sends the to-be-done task information to the to-be-done message management center;
and the to-do message management center receives and stores the to-do task information sent by the to-do message synchronization center and sends the to-do task information to the integrated desktop.
The embodiment of the present invention further provides a computer device, which includes a memory, a processor, and a computer program that is stored in the memory and can be run on the processor, and when the processor executes the computer program, the working method of the to-do message integrated push system is implemented.
An embodiment of the present invention further provides a computer-readable storage medium, where a computer program for executing a working method of the to-do message integrated pushing system is stored in the computer-readable storage medium.
The integrated pushing system and the working method for the to-do message, provided by the embodiment of the invention, can push the to-do task information dispersed in a plurality of service information systems to an integrated platform on the premise of ensuring timeliness, and have less influence and change on each service information system and a multi-service information system with good interaction performance; the polling scheduling is only specific to the subscribing users, so that the influence on the operation pressure of the information system is less, and the pushing efficiency is improved; by adopting the message queue mode, the coupling between the modules is reduced, and the distributed cluster deployment can be quickly realized.
Drawings
Fig. 1 is a schematic diagram illustrating a structure of a to-do message integrated pushing system according to an embodiment of the present invention;
fig. 2 is a detailed structural diagram of a to-do message integrated pushing system according to an embodiment of the present invention;
fig. 3 is a schematic diagram of a working method of a to-do message integrated pushing system according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention more apparent, the embodiments of the present invention are further described in detail below with reference to the accompanying drawings. The exemplary embodiments and descriptions of the present invention are provided to explain the present invention, but not to limit the present invention.
As shown in fig. 1, a schematic diagram of a to-do message integrated pushing system according to an embodiment of the present invention is shown, and an embodiment of the present invention provides a to-do message integrated pushing system, which can not only push to-do task information dispersed in a plurality of service information systems to an integrated platform on the premise of ensuring timeliness, but also has less influence and change on each service information system, and has good interaction performance, where the to-do message integrated pushing system includes:
the integrated desktop is used for receiving a business information system binding instruction submitted by a user and sending the business information system binding instruction to the to-be-handled message management center;
the to-do message management center is used for generating the subscription relation of the service information system according to the binding instruction of the service information system and storing the subscription relation of the service information system;
the polling scheduler is used for regularly polling the subscription relationship of the service information system stored by the to-be-handled message management center and sending the subscription relationship of the service information system to the scheduling queue;
the to-be-done message synchronization center is used for monitoring the scheduling queue in real time, connecting the service information system subscribed by the user according to the subscription relation of the service information system in the scheduling queue, acquiring the to-be-done task information of the user in the subscribed service information system, and sending the to-be-done task information to the to-be-done message management center;
the to-do message management center is further used for receiving and storing the to-do task information sent by the to-do message synchronization center and sending the to-do task information to the integrated desktop.
By the integrated pushing system for the to-do message, provided by the embodiment of the invention, the to-do task information dispersed in a plurality of service information systems is pushed to an integrated platform on the premise of ensuring timeliness, and the integrated pushing system has little influence and change on each service information system and has a multi-service information system with good interaction performance; the polling scheduling is only specific to the subscribing users, so that the influence on the operation pressure of the information system is less, and the pushing efficiency is improved; by adopting the message queue mode, the coupling between the modules is reduced, and the distributed cluster deployment can be quickly realized.
In specific implementation, a user logs in an integrated desktop of the to-be-handled message integrated pushing system and operates on the integrated desktop, firstly, binding of a service information system is carried out, a service information system binding instruction and a login request are initiated, and the integrated desktop can be used for receiving the service information system binding instruction submitted by the user and sending the service information system binding instruction to a to-be-handled message management center; the to-do message management center can be used for generating a subscription relationship of the service information system according to the service information system binding instruction and storing the subscription relationship of the service information system; the polling scheduler can be used for regularly polling the subscription relationship of the service information system stored by the to-be-handled message management center and sending the subscription relationship of the service information system to the scheduling queue; the to-do message synchronization center can be used for monitoring the scheduling queue in real time, connecting the service information system subscribed by the user according to the subscription relation of the service information system in the scheduling queue, acquiring the to-do task information of the user in the subscribed service information system, and sending the to-do task information to the to-do message management center; the to-do message management center can also be used for receiving and storing the to-do task information sent by the to-do message synchronization center and sending the to-do task information to the integrated desktop.
When the user logs in the integrated desktop of the to-do message integrated pushing system, in an embodiment, the integrated desktop is further configured to: receiving a login request submitted by a user, wherein the login request comprises a user equipment identifier; and pushing the task information to be handled to the user equipment according to the user equipment identification. The user equipment can comprise a mobile phone, a computer webpage and/or a computer client and the like, when a user logs in the to-be-handled message integrated pushing system through the mobile phone, the computer webpage and/or the computer client and the like, a login request can be automatically submitted, the login request comprises a user equipment identifier, and the to-be-handled message integrated pushing system pushes the to-be-handled task information to the corresponding user equipment according to the user equipment identifier.
As shown in fig. 2, a detailed structural diagram of a to-do message integrated pushing system according to an embodiment of the present invention is shown, in a specific implementation of an embodiment, the to-do message management center may include: the first communication unit can be used for connecting the integrated desktop to receive the service information system binding instruction, connecting the to-be-handled message synchronization center to receive the to-be-handled task information, and connecting the integrated desktop to receive the login request; the connection polling scheduler sends the subscription relation of the service information system, and the connection integration desktop sends the task information to be handled; the to-do repository can be used for storing the subscription relationship and the to-do task information of the service information system; the login device management unit can be used for recording a login request of the login device; and the subscription management unit can be used for generating the subscription relation of the service information system according to the service information system binding instruction.
The login device logs in the integrated desktop, the service information system binding instruction is sent to the first communication unit, the login device management unit records a login request of the login device, namely a user device identifier, the subscription management unit generates a subscription relationship of the service information system according to the service information system binding instruction, the to-do repository stores the subscription relationship of the service information system, and the subscription process of the service information system is completed. When the above operation is specifically implemented, in an embodiment, the to-do message management center further includes: the safety authentication unit can be used for authenticating the user equipment according to the subscription relation acquired from the subscription management unit and the user equipment identifier acquired from the login equipment management unit, authorizing the user equipment to access the subscribed service information system without a password through the to-be-handled message integrated pushing system after the user equipment is successfully authenticated, so that the time for inputting login information when the user accesses the service information system can be saved, and only allowing the authorized user equipment to access the subscribed service information system without the password in the to-be-handled message integrated pushing system enhances the safety of the service information system in use.
After the subscription management unit generates the subscription relationship of the service information system according to the service information system binding instruction, in a specific implementation, in an embodiment, the first communication unit may be further configured to check, in the to-do repository, whether to-do task information of the subscribed service information system exists, and if the to-do task information exists, extract, according to the user equipment identifier obtained from the login equipment management unit, the to-do task information from the to-do repository, and send the to-do task information to the user equipment.
In specific implementation, in one embodiment, after the to-do message management center generates the subscription relationship of the service information system according to the service information system binding instruction, the polling scheduler periodically polls the subscription relationship of the service information system stored in the to-do message management center and sends the subscription relationship of the service information system to the scheduling queue, the scheduling queue includes a to-do task queue and an already-done task queue, the polling scheduler sends the subscription relationship of the service information system to the to-do task queue and the already-done task queue of the scheduling queue, and both the to-do task queue and the already-done task queue are connected to the to-do message synchronization center.
In one embodiment, the to-do message synchronization center to which the to-do task queue and the processed task queue are connected may include:
the connection manager can be used for connecting the subscribed service information system according to the sent subscription relation; the second communication unit can be used for receiving the to-do task information and the already-done task information of the subscribed service information system and sending the to-do task information and the already-done task information to the to-do message management center; the subscription state management unit may be configured to record an extraction time of the to-be-handled task information in the subscribed service information system, where the extraction time is a specific time when the to-be-handled task information is extracted, and is used to distinguish whether the to-be-handled task information in the service information system is extracted; the to-be-done task checker can be used for monitoring the to-be-done task queue in real time, connecting the subscribed service information system through the connection manager according to the subscription relationship of the service information system and the extraction time of the to-be-done task of the subscription state management unit, extracting the to-be-done task information generated by the service information system in the subscription relationship, sending the to-be-done task information to the second communication unit, updating the extraction time of the to-be-done task information to the subscription state management unit, and sending the to-be-done task information to the first communication unit by the second communication unit; the first communication unit receives the information of the tasks to be handled sent by the second communication unit, sends the information of the tasks to be handled to the repository to be stored, and when the user equipment logs in the integrated pushing system of the information to be handled, the first communication unit extracts the information of the tasks to be handled from the repository to be handled according to the user equipment identification obtained from the login equipment management unit and sends the information of the tasks to be handled to the user equipment. After receiving the information of the tasks to be handled, the user equipment can process the information of the tasks to be handled corresponding to the tasks to be handled by clicking the information of the tasks to be handled to avoid secret access to a corresponding service information system. The already-done task checker can be used for monitoring an already-done task queue in real time, connecting a subscribed service information system through the connection manager according to a subscription relationship of the service information system, extracting already-done task information generated by the service information system in the subscription relationship, sending the already-done task information to the second communication unit, notifying the to-be-done repository of deleting the to-be-done task information corresponding to the already-done task information before processing after the first communication unit receives the already-done task information sent by the second communication unit, generating an already-done task information deleting instruction, acquiring a login device identifier from the login device management unit by the first communication unit, acquiring the already-done task information deleting instruction from the to-be-done repository, and sending the already-done task information deleting instruction to the user device. The user equipment deletes the task information already handled on the user equipment after receiving the task information already handled deleting instruction, so that the task information to be handled can be highlighted, the operation of the whole system is more convenient and faster, and misoperation is reduced.
The embodiment of the invention also provides a working method of the to-do message integrated pushing system, which is described in the following embodiment. Because the principle of the working method for solving the problems is similar to that of a to-do message integrated pushing system, the implementation of the working method can refer to the implementation of the to-do message integrated pushing system, and repeated details are not repeated.
Fig. 3 is a schematic diagram of a working method of a to-do message integrated pushing system according to an embodiment of the present invention, and as shown in fig. 3, the working method may include:
in step 305, the to-do message management center receives and stores the to-do task information sent by the to-do message synchronization center, and sends the to-do task information to the integrated desktop.
In one embodiment, the integrated desktop receives a login request submitted by a user, wherein the login request comprises a user equipment identifier;
and pushing the task information to be handled to the user equipment according to the user equipment identification.
In one embodiment, the to-do message management center includes:
the first communication unit receives a service information system binding instruction, task information to be handled and the login request; sending the subscription relation of the service information system and the task information to be handled;
the to-do repository stores the subscription relationship of the service information system and the to-do task information;
the login equipment management unit records the login request;
and the subscription management unit generates a subscription relation of the service information system according to the service information system binding instruction.
In one embodiment, the to-do message management center further includes:
and the safety authentication unit authenticates the user equipment according to the subscription relation acquired from the subscription management unit and the user equipment identifier acquired from the login equipment management unit, and authorizes the user equipment to access the subscribed service information system through the to-do message integration pushing system without a password after the user equipment is successfully authenticated.
In an embodiment, the first communication unit checks whether the to-do task information of the subscribed service information system exists in the to-do repository, and if the to-do task information exists, extracts the to-do task information from the to-do repository according to the user equipment identifier obtained from the login equipment management unit, and sends the to-do task information to the user equipment.
In one embodiment, the scheduling queue includes a to-do task queue and an already-do task queue;
and the polling scheduler sends the subscription relation of the service information system to a task queue to be handled and a task queue already handled of the scheduling queue.
In one embodiment, the to-do message synchronization center includes:
the connection manager connects the subscribed service information systems according to the subscription relationship;
the second communication unit receives the information of the tasks to be handled and the information of the tasks already handled, and sends the information of the tasks to be handled and the information of the tasks already handled to the information management center to be handled;
the subscription state management unit records the extraction time of the task information to be handled in the subscribed service information system;
the to-do task checker monitors the to-do task queue in real time, connects the subscribed service information system through the connection manager according to the subscription relationship of the service information system and the extraction time of the to-do task information of the subscription state management unit, extracts the to-do task information generated by the service information system in the subscription relationship, sends the to-do task information to the second communication unit, and updates the extraction time of the to-do task information to the subscription state management unit;
the task-done checker monitors the task-done queue in real time, connects the subscribed service information system through the connection manager according to the subscription relationship of the service information system, extracts the task-done information generated by the service information system in the subscription relationship, and sends the task-done information to the second communication unit.
In one embodiment, after receiving the to-do task information sent by the second communication unit, the first communication unit sends the to-do task information to the to-do repository for storage.
In one embodiment, after receiving the task information already handled sent by the second communication unit, the first communication unit notifies the to-do repository to delete the corresponding task information already handled before processing the task information already handled, and generates a task information deletion instruction;
the first communication unit acquires the login equipment identifier from the login equipment management unit, acquires the task information deleted instruction from the to-be-handled storage library and sends the task information deleted instruction to the user equipment.
The embodiment of the invention also provides computer equipment which comprises a memory, a processor and a computer program which is stored on the memory and can run on the processor, wherein when the processor executes the computer program, the working method of the to-do message integrated pushing system is realized.
An embodiment of the present invention further provides a computer-readable storage medium, where a computer program for executing a working method of implementing a to-do message integrated pushing system is stored in the computer-readable storage medium.
To sum up, the to-do message integrated pushing system and the working method provided by the embodiment of the invention can not only push the to-do task information dispersed in a plurality of service information systems to an integrated platform on the premise of ensuring timeliness, but also have less influence and change on each service information system, and have a multi-service information system with good interaction performance; the polling scheduling is only specific to the subscribing users, so that the influence on the operation pressure of the information system is less, and the pushing efficiency is improved; by adopting the message queue mode, the coupling between the modules is reduced, and the distributed cluster deployment can be quickly realized.
As will be appreciated by one skilled in the art, embodiments of the present invention may be provided as a method, system, or computer program product. Accordingly, the present invention may take the form of an entirely hardware embodiment, an entirely software embodiment or an embodiment combining software and hardware aspects. Furthermore, the present invention may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, and the like) having computer-usable program code embodied therein.
The present invention is described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (systems), and computer program products according to embodiments of the invention. It will be understood that each flow and/or block of the flow diagrams and/or block diagrams, and combinations of flows and/or blocks in the flow diagrams and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing apparatus to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing apparatus, create means for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows and/or block diagram block or blocks.
These computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps to be performed on the computer or other programmable apparatus to produce a computer implemented process such that the instructions which execute on the computer or other programmable apparatus provide steps for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.
The above-mentioned embodiments are intended to illustrate the objects, technical solutions and advantages of the present invention in further detail, and it should be understood that the above-mentioned embodiments are only exemplary embodiments of the present invention, and are not intended to limit the scope of the present invention, and any modifications, equivalent substitutions, improvements and the like made within the spirit and principle of the present invention should be included in the scope of the present invention.
Claims (20)
1. A to-do message integrated pushing system is characterized by comprising:
the integrated desktop is used for receiving a business information system binding instruction submitted by a user and sending the business information system binding instruction to the to-be-handled message management center;
the to-do message management center is used for generating the subscription relation of the service information system according to the binding instruction of the service information system and storing the subscription relation of the service information system;
the polling scheduler is used for regularly polling the subscription relationship of the service information system stored by the to-be-handled message management center and sending the subscription relationship of the service information system to the scheduling queue;
the to-be-done message synchronization center is used for monitoring the scheduling queue in real time, connecting the service information system subscribed by the user according to the subscription relation of the service information system in the scheduling queue, acquiring the to-be-done task information of the user in the subscribed service information system, and sending the to-be-done task information to the to-be-done message management center;
the to-do message management center is further used for receiving and storing the to-do task information sent by the to-do message synchronization center and sending the to-do task information to the integrated desktop.
2. The to-do message integrated pushing system of claim 1, wherein the integrated desktop is further configured to: receiving a login request submitted by a user, wherein the login request comprises a user equipment identifier;
and pushing the task information to be handled to the user equipment according to the user equipment identification.
3. The to-do message integrated pushing system of claim 2, wherein the to-do message management center comprises:
the first communication unit is used for receiving a service information system binding instruction, task information to be handled and the login request; sending the subscription relation of the service information system and the task information to be handled;
the to-do repository is used for storing the subscription relationship of the service information system and the to-do task information;
the login equipment management unit is used for recording the login request;
and the subscription management unit is used for generating the subscription relation of the service information system according to the service information system binding instruction.
4. The to-do message integrated pushing system of claim 3, wherein the to-do message management center further comprises:
and the safety authentication unit is used for authenticating the user equipment according to the subscription relation acquired from the subscription management unit and the user equipment identifier acquired from the login equipment management unit, and authorizing the user equipment to access the subscribed service information system through the to-be-handled message integration push system without a password after the user equipment is successfully authenticated.
5. The to-do message integrated pushing system of claim 3,
the first communication unit is further configured to check whether the to-do task information of the subscribed service information system exists in the to-do repository, and if the to-do task information exists, extract the to-do task information from the to-do repository according to the user equipment identifier acquired from the login equipment management unit, and send the to-do task information to the user equipment.
6. The to-do message integrated pushing system of claim 3,
the scheduling queue comprises a task queue to be handled and a task queue already handled;
and the polling scheduler is also used for sending the subscription relationship of the business information system to the task queue to be handled and the task queue already handled of the scheduling queue.
7. The to-do message integrated pushing system of claim 6, wherein the to-do message synchronization center comprises:
the connection manager is used for connecting the subscribed service information system according to the subscription relation;
the second communication unit is used for receiving the information of the tasks to be handled and the information of the tasks already handled and sending the information of the tasks to be handled and the information of the tasks already handled to the information management center to be handled;
the subscription state management unit is used for recording the extraction time of the task information to be handled in the subscribed service information system;
the to-be-done task checker is used for monitoring the to-be-done task queue in real time, connecting the subscribed service information system through the connection manager according to the subscription relationship of the service information system and the extraction time of the to-be-done task information of the subscription state management unit, extracting the to-be-done task information generated by the service information system in the subscription relationship, sending the to-be-done task information to the second communication unit, and updating the extraction time of the to-be-done task information to the subscription state management unit;
the task-done checker is used for monitoring the task-done queue in real time, connecting the subscribed service information system through the connection manager according to the subscription relationship of the service information system, extracting the task-done information generated by the service information system in the subscription relationship, and sending the task-done information to the second communication unit.
8. The to-do message integrated pushing system of claim 7, wherein,
the first communication unit is further used for sending the task information to be handled to the task repository to be handled for storage after receiving the task information to be handled sent by the second communication unit.
9. The to-do message integrated pushing system of claim 8,
the first communication unit is further used for notifying the to-be-handled repository to delete the corresponding to-be-handled task information before the processed task information is processed after the processed task information sent by the second communication unit is received, and generating a processed task information deletion instruction;
the first communication unit acquires the login equipment identifier from the login equipment management unit, acquires the task information deleted instruction from the to-be-handled storage library and sends the task information deleted instruction to the user equipment.
10. A working method of the to-do message integrated pushing system as claimed in any one of claims 1 to 9, comprising:
the integrated desktop receives a business information system binding instruction submitted by a user and sends the business information system binding instruction to a to-be-handled message management center;
the to-do message management center generates a subscription relation of the service information system according to the service information system binding instruction, and stores the subscription relation of the service information system;
the polling scheduler regularly polls the subscription relationship of the service information system stored in the to-be-handled message management center and sends the subscription relationship of the service information system to the scheduling queue;
the to-be-done message synchronization center monitors the scheduling queue in real time, connects the service information system subscribed by the user according to the subscription relation of the service information system in the scheduling queue, acquires the to-be-done task information of the user in the subscribed service information system, and sends the to-be-done task information to the to-be-done message management center;
and the to-do message management center receives and stores the to-do task information sent by the to-do message synchronization center and sends the to-do task information to the integrated desktop.
11. The working method of the to-do message integrated pushing system according to claim 10, wherein the integrated desktop receives a login request submitted by a user, the login request including a user equipment identifier;
and pushing the task information to be handled to the user equipment according to the user equipment identification.
12. The working method of the to-do message integrated pushing system according to claim 11, wherein the to-do message management center includes:
the first communication unit receives a service information system binding instruction, task information to be handled and the login request; sending the subscription relation of the service information system and the task information to be handled;
the to-do repository stores the subscription relationship of the service information system and the to-do task information;
the login equipment management unit records the login request;
and the subscription management unit generates a subscription relation of the service information system according to the service information system binding instruction.
13. The working method of the to-do message integrated pushing system according to claim 12, wherein the to-do message management center further includes:
and the safety authentication unit authenticates the user equipment according to the subscription relation acquired from the subscription management unit and the user equipment identifier acquired from the login equipment management unit, and authorizes the user equipment to access the subscribed service information system through the to-do message integration pushing system without a password after the user equipment is successfully authenticated.
14. The working method of the to-do message integrated pushing system according to claim 12,
the first communication unit checks whether the to-do task information of the subscribed service information system exists in the to-do repository, and if the to-do task information exists, the first communication unit extracts the to-do task information from the to-do repository according to the user equipment identifier acquired from the login equipment management unit and sends the to-do task information to the user equipment.
15. The working method of the to-do message integrated pushing system according to claim 12,
the scheduling queue comprises a task queue to be handled and a task queue already handled;
and the polling scheduler sends the subscription relation of the service information system to a task queue to be handled and a task queue already handled of the scheduling queue.
16. The working method of the to-do message integrated pushing system according to claim 15, wherein the to-do message synchronization center includes:
the connection manager connects the subscribed service information systems according to the subscription relationship;
the second communication unit receives the information of the tasks to be handled and the information of the tasks already handled, and sends the information of the tasks to be handled and the information of the tasks already handled to the information management center to be handled;
the subscription state management unit records the extraction time of the task information to be handled in the subscribed service information system;
the to-do task checker monitors the to-do task queue in real time, connects the subscribed service information system through the connection manager according to the subscription relationship of the service information system and the extraction time of the to-do task information of the subscription state management unit, extracts the to-do task information generated by the service information system in the subscription relationship, sends the to-do task information to the second communication unit, and updates the extraction time of the to-do task information to the subscription state management unit;
the task-done checker monitors the task-done queue in real time, connects the subscribed service information system through the connection manager according to the subscription relationship of the service information system, extracts the task-done information generated by the service information system in the subscription relationship, and sends the task-done information to the second communication unit.
17. The working method of the to-do message integrated pushing system according to claim 16,
and after receiving the task information to be handled sent by the second communication unit, the first communication unit sends the task information to be handled to the task repository to be handled for storage.
18. The working method of the to-do message integrated pushing system as claimed in claim 17,
after receiving the task information already handled sent by the second communication unit, the first communication unit notifies the to-be-handled repository to delete the corresponding task information to be handled before processing the task information already handled, and generates a task information deleted instruction;
the first communication unit acquires the login equipment identifier from the login equipment management unit, acquires the task information deleted instruction from the to-be-handled storage library and sends the task information deleted instruction to the user equipment.
19. A computer device comprising a memory, a processor and a computer program stored on the memory and executable on the processor, wherein the processor implements the working method of the to-do message integration pushing system according to any one of claims 10 to 18 when executing the computer program.
20. A computer-readable storage medium storing a computer program for executing an operating method of the to-do message integrated pushing system according to any one of claims 10 to 18.
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