CN105094846A - Data processing method and system and event driven model establishment method and system thereof - Google Patents
Data processing method and system and event driven model establishment method and system thereof Download PDFInfo
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Abstract
The embodiment of the invention provides a data processing method and system and an event driven model establishment method and system thereof. The event driven model establishment method includes the steps of initializing functional modules, setting a static object for each functional module and establishing dynamic objects bound with an event queue and all static objects. The data processing method includes the steps of receiving message data, establishing events, binding each event with one static object, enabling the static object bound with any one driven event to dispatch the driven event to the event queue when the driven event is triggered, and enabling the corresponding dynamic objects to sequentially obtain the events from the event queue and execute the events. The object-oriented design idea is adopted, so that only a new functional module is needed to be directly added for a product or to replace the functional module needing functional change when product update is performed, the project amount is small, and the maintenance of a product system is also less difficult.
Description
Technical field
The present invention relates to technical field of data processing, particularly relate to a kind of data processing method, system and event-based model method for building up thereof and system.
Background technology
Traditional equipment, such as traditional Secure isolation equipment, the general design philosophy adopting Design-Oriented between each functional module in it, have direct relation of interdependence between each functional module, extensibility is poor, works as model change, need to when adding new functional module in it or change the function of certain functional module in it, need to carry out larger change to it, quantities is comparatively large, and product systems maintenance difficulties is larger.
Summary of the invention
In view of this, the embodiment of the present invention provides a kind of data processing method, system and event-based model method for building up thereof and system, poor to solve equipment extensibility traditional in prior art, work as model change, need to carry out larger change to it, quantities is comparatively large, the problem that product systems maintenance difficulties is larger.
For achieving the above object, the embodiment of the present invention provides following technical scheme:
A kind of event-based model method for building up, comprising:
Each functional module in initialization apparatus, is that each described functional module sets a static object according to the function of each described functional module, and each described static object and some events is bound according to described function;
Set up dynamic object, described dynamic object and event queue are bound, and all described static objects and described dynamic object are bound, described static object, dynamic object and event queue form event-based model.
Wherein, the described function according to each described functional module is also comprise after each described functional module sets a static object: for each described static object binds some event types, described event type comprises clocked flip event and manual triggers event.
A kind of event-based model sets up system, comprising: quiescent state establishment module and Dynamic Establishing module; Wherein,
Described quiescent state establishment module, for functional module each in initialization apparatus, is that each described functional module sets a static object according to the function of each described functional module, and each described static object and some events is bound according to described function;
Described Dynamic Establishing module, for setting up dynamic object, binds described dynamic object and event queue, and all described static objects and described dynamic object is bound, and wherein, described static object, dynamic object and event queue form event-based model.
Wherein, described event-based model is set up system and is also comprised: binding module, for binding some event types for each described static object.
A kind of data processing method, based on above-mentioned event-based model, described data processing method comprises:
Receive message data, set up some events according to described message data, and determine the static object of each described event binding;
When arbitrary described event is triggered, with the static object of described driven event binding, described driven event is distributed in event queue;
Dynamic object obtains event successively and performs from described event queue.
Wherein, describedly determine that the static object of each described event binding comprises:
Determine the function of each described event;
The n-back test module that each described event is corresponding is determined according to the function of each described event;
Determine the execution static object that each described n-back test module is corresponding, using the static object of described execution static object as described event binding.
Wherein, the described function according to each described event also comprises before each described event being bound with a static object respectively:
Determine the event type of each described event;
The possible n-back test module of each described event is determined according to the event type of each described event.
A kind of data handling system, comprising: binding module, distribute module and execution module; Wherein,
Described binding module, for receiving message data, sets up some events according to described message data, and determines the static object of each described event binding;
Describedly distribute module, for when arbitrary described event is triggered, with the static object of described driven event binding, described driven event is distributed in event queue;
Described execution module, obtains event successively for dynamic object and performs from described event queue.
Wherein, described binding module comprises: function determining unit, the first module determining unit and object determining unit; Wherein,
Described function determining unit, for determining the function of each described event;
Described first module determining unit, for determining according to the function of each described event the n-back test module that each described event is corresponding;
Described object determining unit, for determining the execution static object that each described n-back test module is corresponding, using the static object of described execution static object as described event binding.
Wherein, described binding module also comprises: type determining units and the second module determining unit; Wherein,
Described type determining units, for determining the event type of each described event;
Described second module determining unit, for determining the possible n-back test module of each described event according to the event type of each described event.
Based on technique scheme, the data processing method that the embodiment of the present invention provides, system and event-based model method for building up thereof and system, by functional module each in initialization apparatus, be that each functional module sets a static object according to the function of each functional module, and according to described function, each described static object and some events are bound, set up the dynamic object all bound with event queue and all static objects, form and obtain event-based model; By receiving message data, message data according to receiving sets up some events, determine the static object of each described event binding, when any one event is triggered, with the static object of this driven event binding, this driven event is distributed in event queue, then dynamic object obtains event successively and performs from event queue, processes the message data received.Have employed object oriented designing thought, each functional module on equipment is considered as static object, all static objects are all tied on Dynamic Execution object simultaneously, dynamic object and event queue are bound, when receiving after message data sets up event, determine the static object of each described event binding, then when the event triggers, this trigger event is sent in event queue by corresponding static object, from event queue, obtain event successively by dynamic object and perform, achieve the series connection intercommunication in equipment between each functional module and information sharing, while the data that ensure that in equipment between each functional module can be transmitted in order, functions of modules intermodule does not have direct relation of interdependence, when model change, only need directly to adding new functional module in it or directly replacing the functional module needing change function, quantities is less, product systems maintenance difficulties is also less.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only embodiments of the invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to the accompanying drawing provided.
The process flow diagram of the event-based model method for building up that Fig. 1 provides for the embodiment of the present invention;
Another process flow diagram of the event-based model method for building up that Fig. 2 provides for the embodiment of the present invention;
Fig. 3 sets up the system chart of system for event-based model that the embodiment of the present invention provides;
Fig. 4 sets up another system chart of system for event-based model that the embodiment of the present invention provides;
The process flow diagram of the data processing method that Fig. 5 provides for the embodiment of the present invention;
The method flow diagram of the static object of each event binding is determined in the data processing method that Fig. 6 provides for the embodiment of the present invention;
The method flow diagram of n-back test module is tentatively determined in the data processing method that Fig. 7 provides for the embodiment of the present invention;
The system chart of the data handling system that Fig. 8 provides for the embodiment of the present invention;
The structured flowchart of binding module in the data handling system that Fig. 9 provides for the embodiment of the present invention;
Another structured flowchart of binding module in the data handling system that Figure 10 provides for the embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
The process flow diagram of the event-based model method for building up that Fig. 1 provides for the embodiment of the present invention, have employed object oriented designing thought, achieve the series connection intercommunication between each functional module and information sharing, while the data that ensure that between each functional module can be transmitted in order, functions of modules intermodule does not have direct relation of interdependence, when model change, only need directly to adding new functional module in it or directly replacing the functional module needing change function, quantities is less, and product systems maintenance difficulties is also less; With reference to Fig. 1, this event-based model method for building up can comprise:
Step S100: each functional module in initialization apparatus, is that each described functional module sets a static object according to the function of each described functional module, and each described static object and some events is bound according to described function;
Optionally, be, after each described functional module sets a static object, can also bind some event types for each static object according to the function of each functional module, described event type comprises clocked flip event and manual triggers event.
Optionally, initialized equipment can be Secure isolation equipment, and namely this event-driven module method for building up may be used for Secure isolation equipment.
Optionally, Secure isolation equipment can comprise intranet host, outer net main frame and forwarding interface module, and intranet host is communicated by forwarding interface module with outer net main frame.
Optionally, intranet host can comprise the functional module such as network transmission module, message ferry-boat module, event-driven module, packet filtering module and periodic monitor module.Optionally, outer net main frame can comprise the functional module such as network transmission module, message ferry-boat module, event-driven module, packet filtering module, NAT modular converter and periodic monitor module.Rely on event-driven module to carry out tandem working between each functional module of intranet host and outer net main clause, ensure intermodule interactive communication.
Wherein, concrete, network transmission module primary responsibility receives/sends the network message of Intranet and outer net end, and network interface specification, depending on specific product application, can be 100,000,000/PCI-Express or optical fiber interface.
Packet filtering module primary responsibility network message screening operation, the self-defined many filtering rules of software systems, and Rule section restriction is given by user, this filtering module ensure that message transmits safely and effectively, thus achieves data security isolation.
Periodic monitor module primary responsibility periodic monitor software systems running status and the timed events needed for setting, ensure the Appropriate application of system hardware resources.
The network message meeting filtering rule is passed to opposite end by message ferry-boat module primary responsibility, this module predominant package sending/receiving function of two ends host-physical interfaces.
NAT modular converter primary responsibility network message NAT conversion work, can realize effectively hiding of Intranet client information, add the safe class that facility information transmits
Step S110: set up dynamic object, binds described dynamic object and event queue, and all described static objects and described dynamic object is bound, and described static object, dynamic object and event queue form event-based model.
Dynamic object and event queue are bound, dynamic object and obtain event and perform from this list of thing.
Based on technique scheme, the event-based model method for building up that the embodiment of the present invention provides, by functional module each in initialization apparatus, be that each functional module sets a static object according to the function of each functional module, and according to described function, each described static object and some events are bound, set up the dynamic object all bound with event queue and all static objects, form and obtain event-based model; By receiving message data, message data according to receiving sets up some events, determine the static object of each described event binding, when any one event is triggered, with the static object of this driven event binding, this driven event is distributed in event queue, then dynamic object obtains event successively and performs from event queue, processes the message data received.Have employed object oriented designing thought, each functional module on equipment is considered as static object, all static objects are all tied on Dynamic Execution object simultaneously, dynamic object and event queue are bound, when receiving after message data sets up event, determine the static object of each described event binding, then when the event triggers, this trigger event is sent in event queue by corresponding static object, from event queue, obtain event successively by dynamic object and perform, achieve the series connection intercommunication in equipment between each functional module and information sharing, while the data that ensure that in equipment between each functional module can be transmitted in order, functions of modules intermodule does not have direct relation of interdependence, when model change, only need directly to adding new functional module in it or directly replacing the functional module needing change function, quantities is less, product systems maintenance difficulties is also less.
Optionally, Fig. 2 shows another process flow diagram of the event-based model method for building up that the embodiment of the present invention provides, and with reference to Fig. 2, this event-based model is set up other method and can be comprised:
Step S200: each functional module in initialization apparatus, is that each described functional module sets a static object according to the function of each described functional module, and each described static object and some events is bound according to described function;
Step S210: for each described static object binds some event types, described event type comprises clocked flip event and manual triggers event;
For each static object binds some event types, then when carrying out data processing, by determining the event type of each event, the possible n-back test module of each event can be determined according to the event type of each event, reduces the range of choice of n-back test module.
Step S220: set up dynamic object, binds described dynamic object and event queue, and all described static objects and described dynamic object is bound, and described static object, dynamic object and event queue form event-based model.
The event-based model method for building up that the embodiment of the present invention provides, have employed object oriented designing thought, achieve the series connection intercommunication in equipment between each functional module and information sharing, while the data that ensure that in equipment between each functional module can be transmitted in order, functions of modules intermodule does not have direct relation of interdependence, when model change, only need directly to adding new functional module in it or directly replacing the functional module needing change function, quantities is less, and product systems maintenance difficulties is also less.
The event-based model provided the embodiment of the present invention is below set up system and is introduced, and event-based model described below sets up system can mutual corresponding reference with above-described event-based model method for building up.
Fig. 3 sets up the system chart of system for event-based model that the embodiment of the present invention provides, and with reference to Fig. 3, this event-based model is set up system and can be comprised: quiescent state establishment module 10 and Dynamic Establishing module 20; Wherein,
Quiescent state establishment module 10, for functional module each in initialization apparatus, is that each described functional module sets a static object according to the function of each described functional module, and each described static object and some events is bound according to described function;
Dynamic Establishing module 20, for setting up dynamic object, binds described dynamic object and event queue, and all described static objects and described dynamic object is bound, and wherein, described static object, dynamic object and event queue form event-based model.
Optionally, the event-based model that Fig. 4 shows the embodiment of the present invention to be provided sets up another system chart of system, and with reference to Fig. 4, this event-based model is set up system and can also be comprised: binding module 30; Wherein,
Binding module 30, for binding some event types for each described static object.
Optionally, the event type of binding can comprise clocked flip event and manual triggers event.
The event-based model that the embodiment of the present invention provides sets up system, have employed object oriented designing thought, achieve the series connection intercommunication in equipment between each functional module and information sharing, while the data that ensure that in equipment between each functional module can be transmitted in order, functions of modules intermodule does not have direct relation of interdependence, when model change, only need directly to adding new functional module in it or directly replacing the functional module needing change function, quantities is less, and product systems maintenance difficulties is also less
Be introduced the data processing method that the embodiment of the present invention provides below, the event-based model that data processing method described below is set up based on above-described event-based model method for building up, the message data that can realize equipment receives processes.
The process flow diagram of the data processing method that Fig. 5 provides for the embodiment of the present invention, with reference to Fig. 5, this data processing method can comprise:
Step S300: receive message data, set up some events according to described message data, and determine the static object of each described event binding;
Optionally, can by first determining the function of each event, then determine according to the function that obtains the n-back test module that each event is corresponding, determine the execution static object that each n-back test module is corresponding, using the execution static object the determined static object as this event binding.
Wherein, perform static object and refer in certain event driven procedure, be used for distributing the static object of certain event.Such as, if the function of event A is corresponding with functional module X, functional module X is corresponding with static object 1, then when event A drives, by static object 1, this event A is distributed to event queue, namely static object 1 is the execution static object of event A, and this event A is the static object of this static object 1 binding.
Optionally, before each event being bound with a static object respectively according to the function of each event, first can also determine the event type of each described event, the possible n-back test module of each event is determined according to the event type of each event, finally likely find in n-back test module each event for n-back test module, reduce the scope of the n-back test module finding each event.
Step S310: when arbitrary described event is triggered, distributes in event queue with the static object of described driven event binding by described driven event;
When any one event is triggered, with the static object of this driven event binding, and the execution static object that this event is corresponding, this driven event will be distributed in event queue.
Step S320: dynamic object obtains event successively and performs from described event queue.
Will be performed by dynamic object acquisition successively according to predetermined order by the event that static object distributes to event queue.
Based on technique scheme, the data processing method that the embodiment of the present invention provides and system, by receiving message data, message data according to receiving sets up some events, and determine the static object of each described event binding, when any one event is triggered, control with the static object of this driven event binding, this driven event to be distributed in event queue, then control dynamic object from event queue, obtain event successively and perform, the message data received is processed.Have employed object oriented designing thought, each functional module on equipment is considered as static object, all static objects are all tied on Dynamic Execution object simultaneously, dynamic object and event queue are bound, when receiving after message data sets up event, determine the static object of each described event binding, then when the event triggers, this trigger event is sent in event queue by corresponding static object, from event queue, obtain event successively by dynamic object and perform, achieve the series connection intercommunication in equipment between each functional module and information sharing, while the data that ensure that in equipment between each functional module can be transmitted in order, functions of modules intermodule does not have direct relation of interdependence, when model change, only need directly to adding new functional module in it or directly replacing the functional module needing change function, quantities is less, product systems maintenance difficulties is also less.
Optionally, Fig. 6 shows the method flow diagram determining the static object of each event binding in the data processing method that the embodiment of the present invention provides, and with reference to Fig. 6, this determines that the method for the static object of each event binding can comprise:
Step S400: the function determining each described event;
Each event all has certain function, and such as, the function that message filters event is network message screening, and the function of NAT event is that network message NAT changes.
Step S410: determine the n-back test module that each described event is corresponding according to the function of each described event;
Determine according to the function of each event the n-back test module that each event is corresponding, such as, it is packet filtering module that message filters n-back test module corresponding to event, and n-back test module corresponding to NAT event is NAT modular converter.
Because in drive system process of establishing, be that each functional module all sets a static object according to the function of functional module each in equipment, a static object corresponding thereto is all had with regard to each functional module, therefore, after determining n-back test module, the functional module can determined according to this determines the static object that this functional module is corresponding, is referred to as by this static object to perform static object.
Step S420: determine the execution static object that each described n-back test module is corresponding, using the static object of described execution static object as described event binding.
After certain event execution static object is corresponding thereto bound, when this event is driven, by by the execution static object with this event binding, this event is distributed to event queue.
Optionally, Fig. 7 shows the method flow diagram tentatively determining n-back test module in the data processing method that the embodiment of the present invention provides, and with reference to Fig. 7, this tentatively determines that the method for n-back test module can comprise:
Step S500: the event type determining each described event;
If all bound some event types for each static object in event-based model process of establishing, then can determine the event type of this event according to certain event, such as, determine that this event is clocked flip event or manual triggers event.
Step S510: the possible n-back test module determining each described event according to the event type of each described event.
If before each event being bound with a static object respectively according to the function of each event, determine the event type of each described event, the possible n-back test module of each event is determined, then and then reduce the scope of the n-back test module finding each event according to the event type of each event.
The data processing method that the embodiment of the present invention provides, have employed object oriented designing thought, achieve the series connection intercommunication in equipment between each functional module and information sharing, while the data that ensure that in equipment between each functional module can be transmitted in order, functions of modules intermodule does not have direct relation of interdependence, when model change, only need directly to adding new functional module in it or directly replacing the functional module needing change function, quantities is less, and product systems maintenance difficulties is also less.
Be introduced the data handling system that the embodiment of the present invention provides below, data handling system described below can mutual corresponding reference with above-described data processing method.
The system chart of the data handling system that Fig. 8 provides for the embodiment of the present invention, with reference to Fig. 8, this data handling system can comprise: binding module 100, distribute module 200 and execution module 300; Wherein,
Binding module 100, for receiving message data, sets up some events according to described message data, and determines the static object of each described event binding;
Distribute module 200, for when arbitrary described event is triggered, with the static object of described driven event binding, described driven event is distributed in event queue;
Execution module 300, obtains event successively for dynamic object and performs from described event queue.
Optionally, Fig. 9 shows the structured flowchart of binding module 100 in the data handling system that the embodiment of the present invention provides, and with reference to Fig. 9, this binding module 100 can comprise: function determining unit 110, first module determining unit 120 and object determining unit 130; Wherein,
Function determining unit 110, for determining the function of each described event;
First module determining unit 120, for determining according to the function of each described event the n-back test module that each described event is corresponding;
Object determining unit 130, for determining the execution static object that each described n-back test module is corresponding, using the static object of described execution static object as described event binding.
Optionally, Figure 10 shows another structured flowchart of binding module 100 in the data handling system that the embodiment of the present invention provides, and with reference to Figure 10, this binding module 100 can also comprise: type determining units 140 and the second module determining unit 150; Wherein,
Type determining units 140, for determining the event type of each described event;
Second module determining unit 150, for determining the possible n-back test module of each described event according to the event type of each described event.
The data handling system that the embodiment of the present invention provides, have employed object oriented designing thought, achieve the series connection intercommunication in equipment between each functional module and information sharing, while the data that ensure that in equipment between each functional module can be transmitted in order, functions of modules intermodule does not have direct relation of interdependence, when model change, only need directly to adding new functional module in it or directly replacing the functional module needing change function, quantities is less, and product systems maintenance difficulties is also less.
In this instructions, each embodiment adopts the mode of going forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, between each embodiment identical similar portion mutually see.For device disclosed in embodiment, because it corresponds to the method disclosed in Example, so description is fairly simple, relevant part illustrates see method part.
To the above-mentioned explanation of the disclosed embodiments, professional and technical personnel in the field are realized or uses the present invention.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein can without departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (10)
1. an event-based model method for building up, is characterized in that, comprising:
Each functional module in initialization apparatus, is that each described functional module sets a static object according to the function of each described functional module, and each described static object and some events is bound according to described function;
Set up dynamic object, described dynamic object and event queue are bound, and all described static objects and described dynamic object are bound, described static object, dynamic object and event queue form event-based model.
2. event-based model method for building up according to claim 1, it is characterized in that, the described function according to each described functional module is also comprise after each described functional module sets a static object: for each described static object binds some event types, described event type comprises clocked flip event and manual triggers event.
3. event-based model sets up a system, it is characterized in that, comprising: quiescent state establishment module and Dynamic Establishing module; Wherein,
Described quiescent state establishment module, for functional module each in initialization apparatus, is that each described functional module sets a static object according to the function of each described functional module, and each described static object and some events is bound according to described function;
Described Dynamic Establishing module, for setting up dynamic object, binds described dynamic object and event queue, and all described static objects and described dynamic object is bound, and wherein, described static object, dynamic object and event queue form event-based model.
4. event-based model according to claim 3 sets up system, it is characterized in that, also comprises: binding module, for binding some event types for each described static object.
5. a data processing method, is characterized in that, based on the event-based model described in claim 1 or 2, described data processing method comprises:
Receive message data, set up some events according to described message data, and determine the static object of each described event binding;
When arbitrary described event is triggered, with the static object of described driven event binding, described driven event is distributed in event queue;
Dynamic object obtains event successively and performs from described event queue.
6. data processing method method according to claim 5, is characterized in that, describedly determines that the static object of each described event binding comprises:
Determine the function of each described event;
The n-back test module that each described event is corresponding is determined according to the function of each described event;
Determine the execution static object that each described n-back test module is corresponding, using the static object of described execution static object as described event binding.
7. data processing method method according to claim 5, is characterized in that, the described function according to each described event also comprises before each described event being bound with a static object respectively:
Determine the event type of each described event;
The possible n-back test module of each described event is determined according to the event type of each described event.
8. a data handling system, is characterized in that, comprising: binding module, distribute module and execution module; Wherein,
Described binding module, for receiving message data, sets up some events according to described message data, and determines the static object of each described event binding;
Describedly distribute module, for when arbitrary described event is triggered, with the static object of described driven event binding, described driven event is distributed in event queue;
Described execution module, obtains event successively for dynamic object and performs from described event queue.
9. data handling system according to claim 8, is characterized in that, described binding module comprises: function determining unit, the first module determining unit and object determining unit; Wherein,
Described function determining unit, for determining the function of each described event;
Described first module determining unit, for determining according to the function of each described event the n-back test module that each described event is corresponding;
Described object determining unit, for determining the execution static object that each described n-back test module is corresponding, using the static object of described execution static object as described event binding.
10. data handling system according to claim 8, is characterized in that, described binding module also comprises: type determining units and the second module determining unit; Wherein,
Described type determining units, for determining the event type of each described event;
Described second module determining unit, for determining the possible n-back test module of each described event according to the event type of each described event.
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