CN108337285A - A kind of communication system and communication means - Google Patents
A kind of communication system and communication means Download PDFInfo
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- CN108337285A CN108337285A CN201710051752.4A CN201710051752A CN108337285A CN 108337285 A CN108337285 A CN 108337285A CN 201710051752 A CN201710051752 A CN 201710051752A CN 108337285 A CN108337285 A CN 108337285A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/50—Network services
- H04L67/60—Scheduling or organising the servicing of application requests, e.g. requests for application data transmissions using the analysis and optimisation of the required network resources
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/46—Multiprogramming arrangements
- G06F9/54—Interprogram communication
- G06F9/546—Message passing systems or structures, e.g. queues
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Abstract
This application discloses a kind of communication means and communication systems, including：Two-way communication is used between information service system and control service system；Information service system receives control data, judges the type of control data；It is asked if it is asynchronous controlling, is then sent to control service system, and asynchronously receive the control result that control service system returns；It is asked if it is synchronous control, then according to the division of the type of service of synchronous control request, synchronous control request is put into the corresponding synchronous control request queue of its type of service, the synchronous control in synchronous control request queue is asked later, according to the sequence of first in, first out synchronous control request is sent out to control service system, the request of next synchronous control in the request queue of this synchronous control is sent out after the control result for receiving the synchronous control request that control service system returns, then to control service system.The present invention can realize between information service system and control service system not only can with synchronous communication but also can be with asynchronous communication while, but also it is cost-effective.
Description
Technical field
This application involves field of communication technology more particularly to a kind of communication systems and information service system and control service system
Communication means between system.
Background technology
In a communications system, information service system is used for realizing the combination in terms of management and the business to resource, connects simultaneously
By and handle the service request of multi-user, handle complicated service logic.Control service system can control communication terminal, and receive
Collect the state of communication terminal, while external interface being provided and is interacted with other services.Information service system and control service system
Between system independently of each other, respective function is respectively completed, can be completed to hand over according to the interface of definition again between two kinds of service systems
Mutually, more complicated function is completed by way of combination, two service systems, which cooperate, completes various businesses function.Root two
It is determined according to business demand between a service system, need two service systems needs two-way communication, while communication party
Formula had both needed the communication of the method for synchronization, it is also desirable to the communication of asynchronous system.
In the scheme of the prior art, the communication mode between information service system and control service system includes mainly two
Kind：
(1) intersystem communications is realized based on far call mode
The form of WEB service (WebService) is a kind of interactive standards between the system of language, externally provides function
One side provides service in the mode of hypertext transfer protocol (HTTP, HyperText Transfer Protocol), call end and
Server-side is interacted by Simple Object Access Protocol (SOAP, Simple Object Access Protocol) mode.
(2) communication mode based on WebSocket.
In the application programming interface (API, Application Programming Interface) of WebSocket
In, browser and server only needs to do an action shaken hands, and then, between browser and server is formed one
Express passway.It just directly can mutually be transferred with data between the two, change original browser/server (B/S) pattern.It is existing
Some WebSocket technologies are usually applied to the asynchronous communication between browser and server.
But the prior art have the shortcomings that it is as follows：
In the above-mentioned communication mode realized based on far call mode between system, WebService speed is slower, needs
More work is done in optimal speed, in the system of mass data transmission and is not suitable for.Webservice realizes two-way communication, only
It can be called using clients poll, webservice can not compare consumption resource actively to client transmission data.
In the communication mode of above-mentioned WebSocket, WebSocket is mostly used for the communication between browser and system, and
The communication of WebSocket is asynchronous communication mode, and cannot meet in communication system should synchronous communication asynchronous communication again
Demand.
Invention content
In view of this, the main object of the present invention is to provide a kind of communication system and information service system and control service system
Communication means between system, not only can be with synchronous communication but also can be asynchronous between information service system and control service system realizing
While communication, but it is cost-effective.
The technical proposal of the invention is realized in this way：
A kind of communication means between information service system and control service system, including：
Two-way communication is used between information service system and control service system；
Information service system receives control data, judges the type of control data；
It is asked if it is asynchronous controlling, is then sent to control service system, and asynchronously received control service system and return
Control result；
It is asked if it is synchronous control, then according to the division of the type of service of synchronous control request, by the synchronous control
Request is put into the corresponding synchronous control request queue of its type of service, later for the synchronous control in synchronous control request queue
System request sends out synchronous control request according to the sequence of first in, first out to control service system, waits that receiving control service system returns
Return the synchronous control request control result after, then to control service system send out it is next in the request queue of this synchronous control
The request of synchronous control.
In a kind of preferred embodiment of the method, described information service system judges the type of control data, specifically
Including：Information service system is asked asynchronous controlling according to business model demand and the division of synchronous control request, judges current
The control data received is asynchronous controlling request or synchronous control request.
In a kind of preferred embodiment of the method, pass through between described information service system and control service system
WebSocket realizes two-way communication.
In a kind of preferred embodiment of the method, the synchronous control request queue has more than one, the letter
Breath service system is put into same synchronous control request team by type of service of the same race and with the synchronous control request that is mutually related
In row.
A kind of communication system, including information service system and control service system,
Two-way communication is used between described information service system and control service system；
Described information service system comprises the following modules：
Request judgment module judges the type of control data for receiving control data；It is asked if it is asynchronous controlling,
Then trigger asynchronous module；Synchronization module is then triggered if it is synchronous control request；
The asynchronous module is used to asynchronous controlling request being sent to control service system, and asynchronously receives control
The control result that service system returns；
The synchronization module, the division of the type of service for being asked according to received synchronous control, by the synchronization
Control data is put into the corresponding synchronous control request queue of its type of service, later for same in synchronous control request queue
Control data is walked, synchronous control request is sent out to control service system according to the sequence of first in, first out, waits receiving control service system
System return the synchronous control request control result after, then to control service system send out in the request queue of this synchronous control
Next synchronous control request.
In a kind of preferred embodiment of the method, the request judgment module is specifically used for：According to business model need
The division to asynchronous controlling request and synchronous control request is asked, judges that the control data being currently received is asynchronous controlling request or same
Walk control data.
In a kind of preferred embodiment of the method, pass through between described information service system and control service system
WebSocket realizes two-way communication.
In a kind of preferred embodiment of the method, the synchronous control request queue has more than one, the letter
The synchronization module of breath service system is used to be put by type of service of the same race and with the synchronous control request that is mutually related same
In synchronous control request queue.
Compared with prior art, the communication between information service system of the present invention and control service system is two-way
Letter, and asynchronous controlling request asks synchronous control, then using the asynchronous communication means of existing communication agreement
According to the division of type of service in information service system, it is put into corresponding synchronous control request queue, for the synchronization
Synchronous control request in control data queue, is sent, therefore serviced in not modification information and be using synchronous sequence control
In the case of communication protocol between system and control service system, asynchronous communication not only may be implemented but also synchronous communication may be implemented,
The cost of update upgrading has been saved, while having also reduced the coupling between two systems so that the autgmentability of system carries significantly
Gao Liao.
Description of the drawings
Fig. 1 is a kind of a kind of configuration diagram of the communication system of the present invention under application scenarios；
Fig. 2 is a kind of flow signal communicated between information service system of the present invention and control service system
Figure.
Specific implementation mode
Below in conjunction with the accompanying drawings and specific embodiment the present invention is further described in more detail.
Illustrate concept synchronous and asynchronous described in this specification first.
The synchronization refers to just a process when executing some request, if the request needs a period of time could
Return information is stayed then this process will wait always, is just continued to execute down until receiving return information.
Described asynchronous, referring to process need not wait always, but continue to execute following operation, no matter other processes
State.When there is message return, system is notified that process is handled, and can improve the efficiency of execution in this way.
Fig. 1 is a kind of a kind of configuration diagram of the communication system of the present invention under application scenarios.Referring to Fig. 1, originally
The communication system of invention includes mainly information service system 101 and control service system 102.
Under application scenarios described in Fig. 1,
The user 103 receives the result of control data and monitored terminal device for sending control data
State change situation.
Two-way communication is used between described information service system 101 and control service system 102.
Described information service system 101 uniformly receives the request of user, manages all data informations of system；Basis simultaneously
The control data of user is transmitted to control service system 102 by business configuration；And control result is received, receive control service system
The state change of 102 terminals being collected into；And information above is notified to user.
The control service system 102 is used to control and the state change of monitor terminal 104, the variation of collection terminal 104
State, the control data that processing information service system 101 is sent, and to terminal 104 control result and terminal 104 it is automatic
The state change of initiation is sent to information service system 101.Information service system 101 receive information is given to after information it is relevant
User 103.
The terminal 104 is final monitoring and control targe.
According to business demand, the present invention claims the communications between information service system and control service system to be necessary for two-way
Communication.The two-way communication refers to：Information service system and control service system can be simultaneously to other side's transmission datas.Also,
Communication between described information service system and control service system is divided into two classes：Synchronous communication and asynchronous communication.
In an advantageous embodiment, it is directly used between described information service system and control service system
WebSocket realizes two-way communication.
WebSocket is a kind of bidirectional communication protocol, and upon establishment of a connection, information service system and control service system are all
Energy active sends to other side or receives data.Information service system can send control data and give control service system, control
Service system is the response results of control data and monitors that SOT state of termination variation is sent to information service system.Realize information
Two-way communication between service system and control service system two systems service.
WebSocket is also asynchronous communication, and most orders can take asynchronous communication means, if order is phase
Related order, i.e. synch command between mutually, it is necessary to could send new order after obtaining command execution results.
In communication system of the present invention, an access between information service system and control service system is needed
Middle two kinds of communication modes for realizing synchronous communication and asynchronous communication.According to business demand, the control of not logic association is asked
It asks, information service system is sent to control service system by the way of asynchronous, for there is the control data of logic association, according to
System requirements can enter different synchronous control request queues, information service system is sent to using the method for synchronization.
Also with lower coupling, the spy easily extended between information service system of the present invention and control service system
Point.Wherein, for controlling service system, it is only necessary to simply receive control data, execute control data, collection terminal state letter
Breath, without the concern for sequence problem, without the concern for service logic problem, that is, controlling in service system does not have sequential control yet
Molding block and business logic modules.The sequential and service logic problem concentrate on information service system end and are controlled, i.e.,
Described information service system includes tfi module and business logic modules, and the business logic modules of information service system are according to industry
Between service type decision control data is synchronous transmission or asynchronous transmission, and the tfi module is included in synchronization module,
For carrying out timing control to the synchronous control request in synchronous control request queue.The present invention expands when Added Business
It opens up more convenient.It is relatively independent, coupling between information service system of the invention and control service system due to the above characteristic
Conjunction property is low, and extension is easy.When needing to increase business logic modules, it is only necessary to increase in information service system, control
Service system need not increase, and due to being only biography of the information service system by synchronous control realization synchronous control request
It send, therefore the WebSocket communication protocols between system need not also be changed, so it is relatively low to change newer cost.
The present invention mainly discloses the communication means between a kind of information service system and control service system.User sends out
Send request to information service system, information service system is classified according to request type, is divided into control data and information management
Request.
For control data, information service system judges the type of the control data again.Specially：Information service system
The control data can be divided into two classes according to business model demand：Synchronous control is asked and asynchronous controlling request.When information takes
After business system receives control data, the division that can be asked asynchronous controlling request and synchronous control according to business model demand is sentenced
The disconnected control data being currently received is asynchronous controlling request or synchronous control request.
It is asked if it is asynchronous controlling, asynchronous controlling request is directly sent to control service system by information service system
System such as does not need at the implementing result that service system to be controlled ask this asynchronous controlling, is in the controlled uniform business of control data
After system executes, control result is asynchronously passed to information service system by control service system, and information service system asynchronously connects
Receive the control result that control service system returns.
It is asked if it is synchronous control, the division for the type of service that information service system is asked according to the synchronous control, it will
Synchronous control request is put into the corresponding synchronous control request queue of its type of service, later for synchronous control request queue
In synchronous control request, according to first in, first out sequence to control service system send out synchronous control request, wait receiving control
Service system return the synchronous control request control result after, then to control service system send out the request queue of this synchronous control
In next synchronous control request.
In an advantageous embodiment, the synchronous control request queue has more than one, described information service system
It is put into the same synchronous control request queue by type of service of the same race and with the synchronous control request that is mutually related.
Corresponding with the above method, in communication system of the present invention, described information service system comprises the following modules：
Request judgment module judges the type of control data for receiving control data；It is asked if it is asynchronous controlling,
Then trigger asynchronous module；Synchronization module is then triggered if it is synchronous control request；
The asynchronous module is used to asynchronous controlling request being sent to control service system, and asynchronously receives control
The control result that service system returns；
The synchronization module, the division of the type of service for being asked according to received synchronous control, by the synchronization
Control data is put into the corresponding synchronous control request queue of its type of service, later for same in synchronous control request queue
Control data is walked, synchronous control request is sent out to control service system according to the sequence of first in, first out, waits receiving control service system
System return the synchronous control request control result after, then to control service system send out in the request queue of this synchronous control
Next synchronous control request.
In an advantageous embodiment, the request judgment module is specifically used for：According to business model demand to asynchronous control
The division of system request and synchronous control request judges that the control data being currently received is that asynchronous controlling request or synchronous control are asked
It asks.
In an advantageous embodiment, the synchronous control request queue has more than one, described information service system
Synchronization module be used to be put into the same synchronous control by type of service of the same race and with the synchronous control request that is mutually related and ask
It asks in queue.
Fig. 2 is a kind of flow signal communicated between information service system of the present invention and control service system
Figure.It is two-way communication between described information service system and control service system referring to Fig. 2.
Asynchronous communication therein specifically includes：Information service system collects various controls and the monitoring demand of user, and bears
Duty sends control data and gives control service system.If control data is not belonging to synchronous control request, using asynchronous communication
Mode is sent, and the request of all asynchronous controllings is all sent to control service system, control knot is received from control service system
After fruit, after recording the SOT state of termination, and according to the unique mark of the control data, control result is transmitted to user, Yong Huhe
The information service system directly also asynchronous communication by the way of WebSocket.
Such as shown in Fig. 2, if information service system is subsequently received asynchronous control data 1, control data 2 and control and asks
3 are asked, then timing control is not present, these asynchronous control datas are directly sent to control service system.Control service system
After receiving the control data 1, control data 2 and control data 3, corresponding request action is executed respectively, which has been executed
Corresponding control result is just fed back into information service system after the action of control data.For example, having first carried out control data 1
Action, then return to information service system by corresponding control result 1；The action of control data 3 has been executed later, then will have been corresponded to
Control result 3 return to information service system；The action of control data 2 has finally been executed, then has been returned corresponding control result 2
Back to information service system.
Wherein synchronous communication specifically includes：It is asked if the control data that information service system receives belongs to synchronous control
The method it is necessary to take synchronous communication is sought, synchronous control request is put into corresponding synchronous control request queue, at each
In synchronous control request queue, sends synchronous control therein according to sequential (i.e. first in, first out) and asks to give control service system,
It, could successively only after the request of a upper synchronous control receives corresponding control result in the request queue of this synchronous control
Send the next synchronous control request in the request queue of this synchronous control.
In a preferred embodiment of the present invention, as shown in Fig. 2, can drawing according to the type of service that synchronous control is asked
Point, synchronous control request is divided into different synchronous control request queues, request real-time can be improved in this way, improve systematicness
Energy.The synchronous control command of the same synchronous control request queue has logical relation, it is necessary to wait until a upper synchronous control
The implementing result of request just executes next.
For example, it is assumed that have two terminals, terminal A and terminal B, according to the difference of type of business, each terminal has 1 respectively,
2,3, need synchronous operation for 4 kind, that is, have to synchronize etc. to be operated 1 result return after, could execute 2 and operate.So
Can one synchronization request queue A be set for the simultaneously operating of terminal A, simultaneously operating one synchronization of setting for terminal B is asked
Seek queue B.The logic in sequential that just do not deposited between terminal A and terminal B, therefore be not necessarily to that the control inside terminal A is allowed to ask
The response time asked goes to influence the control data of terminal B, so corresponding synchronization request queue is respectively set in terminal A and terminal B.
After information service system receives the synchronous control request of terminal A, synchronous control request is put into terminal A and is corresponded to
Synchronization request queue A in；After the synchronous control for receiving terminal B is asked, it is corresponding that terminal B will be put into synchronous control request
In synchronization request queue B.For the synchronous control request in each synchronization request queue, hair is synchronized according to timing requirements
It send, as shown in Figure 2.
Through the above technical solutions, the present invention has the advantages that：
1) information service system can be realized by WebSocket and controls the two-way communication between service system.
2) WebSocket accesses by setting synchronous control request to row, want by meet the communication of synchronous versus asynchronous two kinds
It asks.
3) multiple synchronization request queues can be set, in reduction system must synch command ratio.
4) WebSocket is application layer protocol, more ease for use, is a kind of lightweight communications protocol, communicates shared resource
Less.
In addition, each function module in each embodiment of the present invention can be integrated in a processing unit, it can also
It is that modules physically exist alone, it can also be during two or more modules be integrated in one unit.Above-mentioned integrated list
The form that hardware had both may be used in member is realized, can also be realized in the form of SFU software functional unit.The work(of each embodiment
Energy module can be located at a terminal or network node, or may be distributed on multiple terminals or network node.
In addition, each embodiment of the present invention can pass through the data processing by data processing equipment such as computer execution
Program is realized.Obviously, data processor constitutes the present invention.In addition, being generally stored inside the data in a storage medium
Processing routine by program by directly reading out storage medium or by installing or copying to data processing equipment by program
It is executed in storage device (such as hard disk and/or memory).Therefore, such storage medium also constitutes the present invention.Storage medium can be with
Use any kind of recording mode, such as paper storage medium (such as paper tape), magnetic storage medium (such as floppy disk, hard disk, flash memory
Deng), optical storage media (such as CD-ROM), magnetic-optical storage medium (such as MO) etc..
Therefore the invention also discloses a kind of storage mediums, wherein it is stored with data processor, the data processor
Any type embodiment for executing the above method of the present invention.
In addition, method and step of the present invention is with data processor in addition to can be realized, can also by hardware Lai
It realizes, for example, can be by logic gate, switch, application-specific integrated circuit (ASIC), programmable logic controller (PLC) and embedded microcontroller
Etc. realizing.Therefore this hardware that the method for the invention may be implemented can also constitute the present invention.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
With within principle, any modification, equivalent substitution, improvement and etc. done should be included within the scope of protection of the invention god.
Claims (8)
1. the communication means between a kind of information service system and control service system, which is characterized in that including：
Two-way communication is used between information service system and control service system；
Information service system receives control data, judges the type of control data；
It is asked if it is asynchronous controlling, is then sent to control service system, and asynchronously receive the control that control service system returns
Result processed；
It asks if it is synchronous control, then according to the division of the type of service of synchronous control request, which is asked
It is put into the corresponding synchronous control request queue of its type of service, the synchronous control in synchronous control request queue is asked later
It asks, synchronous control request is sent out to control service system according to the sequence of first in, first out, wait receiving what control service system returned
After the control result of synchronous control request, then next sent out in the request queue of this synchronous control to control service system is same
Walk control data.
2. according to the method described in claim 1, it is characterized in that, described information service system judges the type of control data,
It specifically includes：Information service system is asked asynchronous controlling according to business model demand and the division of synchronous control request, judges
The control data being currently received is asynchronous controlling request or synchronous control request.
3. according to the method described in claim 1, it is characterized in that,
Two-way communication is realized by WebSocket between described information service system and control service system.
4. according to the method described in claim 1, it is characterized in that, the synchronous control request queue have more than one, institute
Information service system is stated to be put into the same synchronous control by type of service of the same race and with the synchronous control request that is mutually related and ask
It asks in queue.
5. a kind of communication system, including information service system and control service system, which is characterized in that
Two-way communication is used between described information service system and control service system；
Described information service system comprises the following modules：
Request judgment module judges the type of control data for receiving control data；It asks, then touches if it is asynchronous controlling
Send out asynchronous module；Synchronization module is then triggered if it is synchronous control request；
The asynchronous module is used to asynchronous controlling request being sent to control service system, and asynchronously receives control service
The control result that system returns；
The synchronization module, the division of the type of service for being asked according to received synchronous control, by the synchronous control
Request is put into the corresponding synchronous control request queue of its type of service, later for the synchronous control in synchronous control request queue
System request sends out synchronous control request according to the sequence of first in, first out to control service system, waits that receiving control service system returns
Return the synchronous control request control result after, then to control service system send out it is next in the request queue of this synchronous control
The request of synchronous control.
6. communication system according to claim 5, which is characterized in that the request judgment module is specifically used for：According to industry
Model requirements of being engaged in are asked asynchronous controlling and the division of synchronous control request, judge that the control data being currently received is asynchronous controlling
Request or synchronous control request.
7. communication system according to claim 5, which is characterized in that
Two-way communication is realized by WebSocket between described information service system and control service system.
8. communication system according to claim 5, which is characterized in that synchronous control request queue tool there are one with
On, the synchronization module of described information service system is used for by type of service of the same race and with the synchronous control request that is mutually related
It is put into the same synchronous control request queue.
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| CN115328670B (en) * | 2022-06-27 | 2023-11-17 | 光大环境科技（中国）有限公司 | Asynchronous task processing method, system and server |
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