CN105027534A - Interactive communication software implementation method and implementation platform - Google Patents
Interactive communication software implementation method and implementation platform Download PDFInfo
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Abstract
Disclosed are an interactive communication software implementation method and an implementation platform. The interactive communication software implementation method provided in an embodiment of the present invention comprises: dividing the logical structure of client software into multiple logical layers, the logical layers comprising a user interface (UI) layer, an upper service layer, a lower service layer and a network channel layer from top to bottom; setting a frame unit for the client software to provide routing service for each logical layer; receiving a service request message from a user via the service interface provided by the UI layer, and using the frame unit to send the service request message to the upper service layer; processing, via the upper service layer, the service data and service flow requested by the service request message, and using the frame unit to send the processing result to the lower service layer; conducting data encapsulation and data analysis on the processing result via the lower service layer, and using the frame unit to send to the network channel layer the processing result after data encapsulation and data analysis; and sending to a service server via the network channel layer the processing result after data encapsulation and data analysis.
Description
The implementation method of interactive communication software and realize platform technology field
The present invention relates to computer software application technical field, the implementation method of more particularly to a kind of interactive communication software and interactive communication software realize platform.Background technology
With the development of internet, IM (Instant Messaging, instant messaging）A kind of effect of the software as tool of communications in today's society is more and more important.
IM softwares are divided into server end and client from structure, and server end is responsible for basic data communication and professional ability support ensures that the usual user in this part is unaware；The entrance that client is used as user, is that user directly perceives.
Realizing for IM clients is extremely complex, and the software engineering being related to is very more：Designed including UI interface tech, UI interface alternations, miscellaneous service logic, network communication, database technology, network security, data encryption, inter-process communication techniques, multithreading, COM, software upgrading strategy, Web development technique etc..
Simplify the development efficiency of IM clients, making the architecture design and development process of software becomes rationally efficiently, is one of industry subject matter urgently to be resolved hurrily at present.The content of the invention
In view of the above problems, platform is realized the embodiments of the invention provide a kind of implementation method of interactive communication software and corresponding interactive communication software, to reach the effect for simplifying exploitation operation, improving software development efficiency.
To reach above-mentioned purpose, the technical scheme that the embodiment of the present invention is used is as follows：
On the one hand, the embodiments of the invention provide a kind of implementation method of interactive communication software, including：
The logical construction of client software is divided into multiple logical layers, the logical layer includes UI layers of user interface, upper-layer service layer, underlying traffic layer and network channel layer from top to bottom；And frame unit is set to client software, for providing route service for each logical layer；By the interface of the business of UI layers of offer, the business request information from user is received, and send business request information to upper-layer service layer using frame unit；
Result is sent to underlying traffic layer by the business datum and operation flow of upper-layer service layer processing business request message requests, and using frame unit；
The encapsulation and parsing of data are carried out to result by underlying traffic layer, is sent the result after encapsulation and parsing to network channel layer using frame unit；
The result after encapsulation and parsing is sent to service server by network channel layer.On the other hand, the embodiments of the invention provide a kind of platform of realizing of interactive communication software, including：
Logical framework setting unit, for the logical construction of client software to be divided into multiple logical layers, the logical layer includes UI layers of user interface, upper-layer service layer, underlying traffic layer and network channel layer from top to bottom；And frame unit is set to client software, provide route service for each logical layer；
UI layers of processing unit, for the interface of the business by UI layers of offer, receive the business request information from user, and send business request information to upper-layer service layer using frame unit；
Upper-layer service layer processing unit, is sent result to underlying traffic layer for the business datum and operation flow by upper-layer service layer processing business request message requests, and using frame unit；
Underlying traffic layer processing unit, encapsulation and parsing for carrying out data to result by underlying traffic layer are sent the result after encapsulation and parsing to network channel layer using frame unit；
Network channel layer processing unit, for being sent the result after encapsulation and parsing to service server by network channel layer.From the above mentioned, the embodiment of the present invention carries out rationally being layered and set frame unit to set up each by the logical construction to client software
The technological means being route between layer, a good software architecture is built, loose coupling mode is associated between the module of frame unit, logical layer and logical layer, code dependence each other is relatively low, it is easy to split and carries out absolute coding and test, so as to has reached the purpose that powerful, excellent performance client software is developed in a kind of faster, efficient mode.Brief description of the drawings
Fig. 1 shows software architecture schematic diagram in the implementation method of interactive communication software according to an embodiment of the invention a kind of；Fig. 2 is shown realizes the flow chart that inter-module is called according to another embodiment of the invention using execution command mode；Fig. 3 is shown realizes the flow chart that inter-module is called according to another embodiment of the invention using subscription event mode；Fig. 4 shows the loading method flow chart of the service module according to another embodiment of the invention；
Fig. 5 shows the discharging method flow chart of the service module according to another embodiment of the invention；
Fig. 6 shows the subordinate relation schematic diagram of each module in the client software according to another embodiment of the invention；
Fig. 7 shows the login process schematic diagram in the IM client softwares according to another embodiment of the invention；
Fig. 8 is shown realizes platform structure schematic diagram according to the interactive communication software of another of the invention embodiment.Embodiment
To make the object, technical solutions and advantages of the present invention clearer, below in conjunction with accompanying drawing, embodiment of the present invention is described further in detail.
A kind of implementation method of new interactive communication software is provided it is a primary object of the present invention to the software architecture based on a kind of optimization and realizes platform（Such as F Desktop Engine, FDE is abbreviated as, is identified in following embodiments using FDE as the prefix of software middle frame unit, module, component and interface）, enabling by being merged for the various technological perfectionisms being related to when developing client, create powerful, excellent performance client software.This client software can have friendly user interface, resource occupation few, and easily safeguard extension, there is high security, reliability and stability.The client framework that the present invention is provided supports the agile development of software, iteratively faster, is conducive to product, research and development, the cooperation for testing team.
Referring to Fig. 1, software architecture schematic diagram in a kind of implementation method for interactive communication software that one embodiment of the invention is provided is shown.The logical construction of software is divided into multiple logical layers by the present embodiment, and sets frame unit to client software.Logical layer includes UI (User Interface, user interface from top to bottom）Layer, upper-layer service layer, underlying traffic layer and network channel layer.
Multiple modules are set respectively in each logical layer, module includes management module and service module, the management module of each logical layer includes UI management modules, upper-layer service management module, underlying traffic management module and network channel management module, and the service module of each logical layer includes UI service modules, upper-layer service service module, underlying traffic service module and network channel service module.Module passes through DLL (Dynamic Link Library, dynamic link library）Complete.For each module setup module configuration file, for deployment of the module in client software.Module Configuration file uses XML (extensible Markup Language, extensible markup language）File is described, and includes following information：Module title, DLL paths, load mode（Indicate whether order of loading and loading and unloading etc. during operation）.
One or more assemblies are set in each module, set at least one to order or event in each component.Component profile is set for component, with the deployment using configuration file executive module in client software, such as charging assembly or unloading assembly.Component profile includes component said module title, component Name, DLL paths and load mode.
It is that component or module set interface, to be called by interface execution upper level logical layer or next stage logical layer to component or module.Each module or component external disclosure header file, for external call and transmission, can include the information such as interface, command name, event title and parameter type in header file.Header file includes the definition of various functions, variable, functions of modules and interface, is used when being developed for developer.
Operated with reference to a service request, the client software that the present embodiment is provided is illustrated.
First, client software receives the business request information from user, and send business request information to upper-layer service layer using frame unit by the interface of the business of UI layers of offer.
The present embodiment sets the interface of business in client software by setting UI management modules and multiple UI service modules in UI layers.UI layers unrelated with business, only the completion at the interface of responsible service definition.
UI management modules（Such as FdeUIMgr), the loading and unloading of UI service modules are performed, the interface of UI service modules is managed, and provide the inquiry to UI service modules.For example, UI management modules read the module Configuration file ui.xml of oneself, each UI service modules are loaded according to ui.xml.
UI service modules（As FdeUIXxxxModule, wherein Xxxx represent the service of any specific business）, it is each business interface
DLL.The present embodiment sets business interface in DirectUI modes, loads skin.Each UI service modules are completed by independent DLL respectively, not comprising service logic, are able to carry out the dynamic renewal at interface.
The business-driven INTERFACE MODEL that the present embodiment is provided, supports flexibly smooth, any combination interface requirements.Interface uses DirectUI technologies, can easily support various interface requirements.When changing skins, need to only changing UI adapters corresponding with interface, (the UI adapters are module in UI layers, are responsible for the UI layers of display set with business of plugging into）, without reconstructing other subsystems.Interface is completely irrelevant with business, and the interface that upper-layer service layer need to only set this business needs is supported, the setting at interface is completely in UI layers of control.
Secondly, client software by upper-layer service layer processing business request message requests business datum and operation flow, and using frame unit by result send to underlying traffic layer.
The present embodiment is managed by setting upper-layer service management module and multiple upper-layer service service modules in upper-layer service layer in client software to business datum and operation flow.Upper-layer service layer is unrelated with agreement, only responsible business datum and flow.
Upper-layer service management module（Such as FdePublisherMgr) loading and unloading of upper-layer service service module are performed, the interface of upper-layer service service module is managed, and provide the inquiry to upper-layer service service module.For example, upper-layer service management module reads the module Configuration file FdePublisher.xml of itself, upper-layer service service module is loaded according to FdePublisher.xml.
The processing of upper-layer service service module and interface and the related service of user mutual, manage the subscription of other modules（Subscribe) operate, data management module of the storage related data into framework（Such as FdeData)；Call the interface of module or component in underlying traffic layer to send network data, register subscription event to underlying traffic service module to receive the network data of association.
Again, client software carries out the encapsulation and parsing of data by underlying traffic layer to result, is sent the result after encapsulation and parsing to network channel layer using frame unit.
The present embodiment in underlying traffic layer by setting underlying traffic management module and multiple underlying traffic service modules, encapsulation and parsing to data in client software.Underlying traffic layer is unrelated with network connection, is only responsible for being packaged data according to agreement（Wrap) and parsing (parse)
Underlying traffic management module（Such as FdeProtocolMgr) it is the management module handled for lower floor's network protocol service, the loading and unloading of underlying traffic service module are performed, the interface of underlying traffic service module is managed, and provide the inquiry to underlying traffic service module.For example, underlying traffic management module reads the module Configuration file Proto.xml of itself, underlying traffic service module is loaded according to Proto.xml.
Underlying traffic service module（Such as FdeXxxxProtocol) it is underlying traffic（Network or local DB) processing module, for processing and protocol-dependent underlying traffic, for example, the wrap and parse of network data, the selection of underlying database（Select) and insertion（ insert ) ;Call the interface of network channel service module to send network data, receive the network data of network channel service module.
Finally, client software is sent the result after encapsulation and parsing to service server by network channel layer.
The present embodiment sets the network connection and data transmit-receive of client software by setting network channel management module and multiple network channel service modules in network channel layer.Network channel aspect is unrelated with carrying data volume to connection.
Network channel management module（Such as FdeNetMgr) module Configuration file of itself, such as net.xml are read, according to netxml load networks channel service modules.Network channel service module（Such as FdeNetChannel) as the channel module of network transmission, for formed the network channel layer of bottom there is provided the connection of network data, send and receive；And initial analysis is done to receiving data, then it is distributed to the underlying traffic layer of upper level.Business model in network channel layer mainly includes as follows：
(1) consolidated network passage is used to homogeneous data.Homogeneous data refers to the service source data same with business objective, such as the login of client and service end, the data of chat service belong to homogeneous data, and file transmission, video session of client and same person etc. belong to homogeneous data.
(2) separate threads receiving network data is used in network channel, same thread process and distribution network data are used.Therefore, the business-driven pattern that the present embodiment is used at least has following features：
One of feature：The virtual business interface of upper-layer service layer setting, UI layers of responsible finishing service interface；
The two of feature：The type of underlying traffic layer setting agreement and execution, the lookup of the responsible agreement executor of network channel layer simultaneously distribute data to corresponding agreement executor.
The present embodiment is in framework（Framework routing module) is set in unit, the route of service module in each logical layer is performed by the management module in each logical layer using routing module.After the completion of frame unit exploitation, in follow-up exploitation, substantially without changing routing module again.It is designed and is developed by the order of basic function, Premium Features, value-added functionality, order access system.Some components can by sky access in the way of access system, that is, access one ghost component.This ghost component mainly plays an occupy-place, and the later stage can replace ghost component with the component specifically completed.
The operation performed in frame unit mainly includes as follows：
(1) frame unit can predefine the function and stream compression of all management modules in client software.
(2) module and component that frame unit is defined in the interface of component in each logical layer, frame unit can be by same basic classes（Such as
IFdeComponentBase classes) derive.
(3) frame unit provides public component processing basal profile, simplifies the exploitation of developer, the exploitation for making it focus more on business function.
Further embodiment of this invention is illustrated to the communication mode of component in the implementation method of interactive communication software.Other guide in the implementation method of interactive communication software may refer to the other embodiment of the present invention.
The communication mode of inter-module includes performing order（ExecuteCommand) mode and two kinds of event (SubscribeEvent) mode of subscription.
Subscribe to event mode and be used as the one-to-many communication mode of inter-module, it is mainly used in the multidirectional of network data event to excite, for example, friend state altering event, the buddy list of main window gives tacit consent to component as upper strata, while also allowing the group-list in chat window to subscribe to the event.
It is that component performs certain feature operation to perform command mode, by called side to perform order（ExecuteCommand mode) is called.Referring to Fig. 2, the flow chart called using performing between command mode executive module, including following operation are shown：
S200:The GetXxxxMgr methods of called side component call routing module obtain the call parameters of execution side's management module.The call parameters that the present embodiment is used is a kind of call by location parameters, such as pointer parameter.
S201 :The call parameters of execution side's management module are returned to called side component by routing module.The call parameters can be pointer parameter, such as IFdeXxxMgr*.
S202:Called side component calls the lookup of execution side's management module using obtained call parameters IFdeXxxMgr*（Find) method, obtains the call parameters of the interface of execution side's component.
S203 :Execution side's management module returns to the call parameters of the interface of execution side's component, such as pointer parameter IFdeComponentBase*. S204：The execution command method of called side component call execution side component, to perform corresponding operation.
S205 :Execution side's component by the implementing result for performing command method in a synchronous manner called side component is back to, and such as execution side's component uses object（Such as FdeObject) implementing result returns to called side component by mode.
S206:Execution side's component calls the readjustment of called side component in an asynchronous manner（Callback) method, performs corresponding operation.Referring to Fig. 3, the flow chart called using subscribing between event mode executive module, including following operation are shown：
S300:The GetXxxxMgr methods of the side's of intercepting component call routing module obtain the call parameters of the side's of being listened management module. S301 :Routing module is by the call parameters of the side's of being listened management module, such as pointer parameter（Such as IFdeXxxMgr*) return to the side's of intercepting component.
S302:The side's of intercepting component calls the lookup of the side's of being listened management module using obtained call parameters IFdeXxxMgr*（Find) method, obtains the call parameters of the interface of the side's of being listened component.
S303 :The side's of being listened management module returns to the call parameters of the interface of the side's of being listened component to the side's of intercepting component.
S304 :The side's of intercepting component carries out event subscription (Subscribe) using the call parameters of the interface of the side's of being listened component to the side's of being listened component.
S305 :Upon occurrence of a subscribed event, the execution command method of the side's of being listened component call side of intercepting component, performs corresponding operation.Further embodiment of this invention is to module in the implementation method of interactive communication software（Or component）Load mode and unloading manner illustrate.Other guide in the implementation method of interactive communication software may refer to the other embodiment of the present invention.
Referring to Fig. 4, the loading method flow chart of service module, including following operation are shown：
S400:Routing module calls the loading of management module（Load) method.The management module is the module for being located at same logical layer with service module to be loaded.
S401 :Management module calls loading storehouse（LoadLibrary) service module is loaded.
S402:Management module calling module is initialized（InitFdeModule) method initialization service module.
S403：Management module invocation framenort is set（SetFramework) pointer parameter of routing module is passed to service module by method, so that service module preserves the pointer parameter and is used for calling for itself follow-up initiation.
S404:Service module calls the registration of management module（Register) method is registered to oneself in management module.
S405 :After SetFramework method calls are finished, call result is returned to management module.
When needing to load the component in service module can also using it is above-mentioned it is same by the way of.
Referring to Fig. 5, the discharging method flow chart of service module, including following operation are shown：
S500:Service module calls the GetMgr methods of routing module to obtain the pointer parameter of management module.The management module is the module for being located at same logical layer with service module to be unloaded.
S501：The pointer parameter of management module is back to service module by routing module.
S502:Service module using the pointer parameter of management module call management module go registration（Unregister) method.
S503 :Management module calling task is added（AddTask) method, the business thread release component of request operation service module.
S504:Business thread is obtained in message（GetMessage the release component of management module) is called in method.
When needing to unload the component in service module can also using it is above-mentioned it is same by the way of.Further embodiment of this invention is illustrated to the subordinate relation between each module in the implementation method of interactive communication software.Other guide in the implementation method of interactive communication software may refer to the other embodiment of the present invention.
Referring to Fig. 6, the subordinate relation schematic diagram of each module in client software is shown.Management module in each logical layer, such as UI management modules, upper-layer service management module, underlying traffic management module and network channel management module are all subordinated to routing module, receive the scheduling of routing module, are route by routing module.
Various UI service modules in UI layers, such as main interface service module, chat window service module, are subordinated to UI management modules, are managed by UI management modules.
Various upper-layer service service modules in upper-layer service layer, such as main interface business service module, chat window business service module are subordinated to upper-layer service management module, are managed by upper-layer service management module.
Various underlying traffic service modules in underlying traffic layer, such as login protocol service module, single chat protocol service module are subordinated to underlying traffic management module, are managed by underlying traffic management module.
Various network channel service modules in network channel layer, such as SIP network channel service module, P2P network channel service modules are subordinated to network channel management module, are managed by network channel management module.
Statistical fractals module, task scheduling modules, exception service module, data management module, log management module and/or safety management module are also provided with frame unit, these modules are subordinated to routing module in frame unit, are route by routing module.The major function to these modules is illustrated below.
Statistical fractals module（Such as FdeStatService), it is that statistics sets unified statistics structure, and the statistics in client software is collected and uploaded.
Task scheduling modules（Such as FdeTaskService), business thread and overall scheduling thread are created, with using the processing of business thread bearer service, using overall scheduling thread process timed task, the loading of service module, unloads and calls and process is exited.Task scheduling modules are provided to thread/task management and scheduling service, and its processing mode includes as follows：
1 :Start thread as overall scheduling thread, the Global Asynchronous order for handling the properties such as timed task, module are unloaded or process is exited.
2:In order to be kept completely separate UI interfaces thread, and business thread is created, the attribute design by business thread is：Business thread is applied not only to UI and business module/inter-module task scheduling, can be used for the task scheduling of each business module/inter-module.So as to which business processing is placed in business thread, UI threads are not blocked, user interface response speed and flatness is improved.
3 :Message mechanism is used in thread, unnecessary synchronization overhead is reduced.
4:Wieldy interface is provided, task queue is easily entered into thread queue for module or component.
5：Offer task memory management mechanism interface.
Exception service module（Such as FdeExceptionService), the abnormal problem in client software is uniformly processed in the processing of program exception and system crash to client software.
Data management module（Such as FdeData), the storage and management of the data being used in conjunction with to each logical layer.Data management module makes business and data be completely independent there is provided the function of Dynamic data exchange storage, and provides function of the storage to disk.Specially：
(1) data management module defines tree data interface, for the storage to data such as buddy list, group-list, institutional frameworks.(2) data management module provides message（Such as chat messages）Be locally stored.
(3) data management module can receive third party's data, also can provide data to third party.
Will management module is said, the management to daily record in client software.
Security-related business prevents from other Malwares by way of process is injected to be attacked, and be authenticated user right there is provided the safety inspection and prompting to business and virtual unit in safety management module, processing client software.
In addition, the present embodiment additionally provides renewal service module（Such as FdeUpdateService) update inspection, the manual renewal for supporting user and the processing of new information pushed to server end etc. there is provided the timing after the processing to software update service, including software startup.
Further embodiment of this invention is by taking the login process in IM client softwares as an example, to illustrate the details flow that software development is carried out using this framework.By taking FDE frameworks as an example, each the function of cohesion and external Interface design etc. are described for the division of the basic module being related to login process, module.
(1) registering service
Upper-layer service login service module of the registering service by the login interface service module positioned at UI layers, positioned at upper-layer service layer, underlying traffic login service module and four module compositions of network channel service module positioned at network channel layer positioned at underlying traffic layer, wherein former three is the privately owned module of registering service, and network channel service module is system public module.
(2) login interface service module
Login interface service module provides the interface logged in, is responsible for logging in account number, Password Input and validation verification, all interfaces related to login are completed in a DLL, by the message dispatch of login interface service module（MsgDispatch) method reads the log messages of user's input and adds login task to descending thread.Upper level logical layer calls the thread of next stage logical layer to be descending thread, and next stage logical layer calls the thread of upper level logical layer to be up thread.
(3) upper-layer service login service module
Data validity checking is performed, and calls the interface in the display login of UI interface instructions.Receive the login result returned, addition task to up thread.
(4) underlying traffic login service module
Login protocol is encapsulated data into, then calls network channel service module to send data flow.In the data flow for logging in response, login result is parsed, upper-layer service layer is returned to.
With reference to Fig. 7, the login process in the IM client softwares under this framework is illustrated, comprised the following steps：
S700:The log on command that login interface service module passes through MsgDispatch method call upper-layer service login service modules（logon command ) .
S701 :Upper-layer service login service module calls Thread Messages（PostThreadMessage) log messages are dealt into descending thread by method.
S702:Descending thread message call is obtained（GetMessage) method, obtains log messages.
S703 :The login protocol of descending thread dispatching underlying traffic login service module（Logon protocol) method, protocol processes are carried out to log messages.
S704:Underlying traffic login service module calls the network of SIP network channel service modules to send（Net send) method, the log messages after protocol processes are sent.
S705 :SIP network channel service modules pass through receiving thread（Recv threads）The network of underlying traffic login service module is called to receive（Net recv) method, login result is sent to underlying traffic login service module.
S706:Underlying traffic login service module calls the login response of upper-layer service login service module（Logon response) method, login result is sent to upper-layer service login service module.
S707:Upper-layer service login service module calls PostThreadMessage that login result is dealt into up thread.
S708 :MsgDispatch login result in up thread dispatching login interface service module（Logon result) method, login result is shown on interface.Another embodiment of the invention realizes platform 800 there is provided a kind of interactive communication software, and referring to Fig. 8, this realizes that platform 800 includes：
Logical framework setting unit 810, for the logical construction of client software to be divided into multiple logical layers, the logical layer includes UI layers, upper-layer service layer, underlying traffic layer and network channel layer from top to bottom；And frame unit is set to client software, provide route service for each logical layer.
UI layers of processing unit 81 1, for the interface of the business by UI layers of offer, receive the business request information from user, and send business request information to upper-layer service layer using frame unit.
Upper-layer service layer processing unit 812, is sent result to underlying traffic layer for the business datum and operation flow by upper-layer service layer processing business request message requests, and using frame unit.
Underlying traffic layer processing unit 813, encapsulation and parsing for carrying out data to result by underlying traffic layer are sent the result after encapsulation and parsing to network channel layer using frame unit.
Network channel layer processing unit 814, for being sent the result after encapsulation and parsing to service server by network channel layer.Wherein, logical framework setting unit 810, for by setting UI management modules and multiple UI service modules in UI layers, setting the interface of business in client software；By setting upper-layer service management module and multiple upper-layer service service modules in upper-layer service layer, business datum and operation flow are managed in client software；By setting underlying traffic management module and multiple underlying traffic service modules, encapsulation and parsing to data in client software in underlying traffic layer；By setting network channel management module and multiple network channel service modules in network channel layer, the network connection and data transmit-receive of client software are set；By setting routing module in frame unit, the route of service module in each logical layer is performed by the management module in each logical layer using routing module.
UI layers of processing unit 81 1 include UI layers of modular assembly subelement, for setting one or more assemblies respectively in UI management modules and UI service modules, set at least one to order and/or event in each component；For UI management modules and UI service modules difference setup module configuration file and interface, to perform the loading and unloading of UI management modules and UI service modules using corresponding module Configuration file, and next stage logical layer is set to be called using the interface of UI management modules and UI service modules to UI management modules and UI service modules；
And, for the component in UI management modules and UI service modules, component profile and interface are set respectively, to perform the loading and unloading of component in UI management modules and UI service modules using corresponding component profile, and next stage logical layer is set to be called using the interface of component in UI management modules and UI service modules to component in UI management modules and UI service modules；
Upper-layer service layer processing unit 812 includes upper-layer service layer modular assembly subelement, for setting one or more assemblies respectively in upper-layer service management module and upper-layer service service module, sets at least one to order and/or event in each component；For upper-layer service management module and upper-layer service service module difference setup module configuration file and interface, to perform the loading and unloading of upper-layer service management module and upper-layer service service module using corresponding module Configuration file, and upper level logical layer or next stage logical layer is set to be called using the interface of upper-layer service management module and upper-layer service service module to upper-layer service management module and upper-layer service service module；And, for the component in upper-layer service management module and upper-layer service service module, component profile and interface are set respectively, to perform the loading and unloading of the component in upper-layer service management module and upper-layer service service module using corresponding component profile, and upper level logical layer or next stage logical layer is set to be called using the interface of the component in upper-layer service management module and upper-layer service service module to the component in upper-layer service management module and upper-layer service service module；
Underlying traffic layer processing unit 813 includes underlying traffic layer modular assembly subelement, for setting one or more assemblies respectively in underlying traffic management module and underlying traffic service module, sets at least one to order and/or event in each component；For underlying traffic management module and underlying traffic service module difference setup module configuration file and interface, to perform the loading and unloading of underlying traffic management module and underlying traffic service module using corresponding module Configuration file, and upper level logical layer or next stage logical layer is set to be called using the interface of underlying traffic management module and underlying traffic service module to underlying traffic management module and underlying traffic service module；And, component for underlying traffic management module and underlying traffic service module sets component profile and interface respectively, to perform the loading and unloading of component in underlying traffic management module and underlying traffic service module using corresponding component profile, and upper level logical layer or next stage logical layer is set to be called using the interface of component in underlying traffic management module and underlying traffic service module to the component in underlying traffic management module and underlying traffic service module；
Network channel layer processing unit 814 includes network channel layer modular assembly subelement, for setting one or more assemblies respectively in network channel management module and network channel service module, sets at least one to order and/or event in each component；For network channel management module and network channel service module difference setup module configuration file and interface, to perform the loading and unloading of network channel management module and network channel service module using corresponding module Configuration file, and upper level logical layer is set to be called using the interface of network channel management module and network channel service module to network channel management module and network channel service module；For the component in network channel management module and network channel service module, component profile and interface are set respectively, to perform the loading and unloading of component in network channel management module and network channel service module using corresponding component profile, and upper level logical layer is set to be called using the interface of component in network channel management module and network channel service module to the component in network channel management module and network channel service module；
Wherein, module Configuration file includes component Name in module title, module, dynamic link library (DLL) path and load mode, and component profile includes component said module title, component Name, DLL paths and load mode.
Wherein, UI layers of processing unit 81 1, for utilizing UI management modules, performs the loading and unloading of UI service modules, manages the interface of UI service modules, and provide the inquiry to UI service modules；
Upper-layer service layer processing unit 812, for utilizing upper-layer service management module, performs the loading and unloading of upper-layer service service module, manages the interface of upper-layer service service module, and provide the inquiry to upper-layer service service module；
Underlying traffic layer processing unit 813, for utilizing underlying traffic management module, performs the loading and unloading of underlying traffic service module, manages the interface of underlying traffic service module, and provide the inquiry to underlying traffic service module；
Network channel layer processing unit 814, for utilizing network channel management module, performs the loading and unloading of network channel service module, the interface of managing network road service module, and provide the inquiry to network channel service module.
Wherein, logical framework setting unit 810, for being performed using execution command mode with calling between the component of one-level logical layer or logical layer not at the same level；And/or, performed using event mode is subscribed to calling between the component of one-level logical layer or logical layer not at the same level.
Wherein, logical framework setting unit 810, for controlling called side component to obtain the call parameters of execution side's management module from routing module；Called side component is controlled to obtain the call parameters of the interface of execution side's component from execution side's management module using the call parameters of execution side's management module；Control called side component calls the execution command method of execution side's component using the call parameters of the interface of execution side's component；The implementing result for performing command method is back to called side component by control execution side's component in a synchronous manner；And control execution side's component calls the callback method of called side component in an asynchronous manner, corresponding operation is performed.
Wherein, logical framework setting unit 810, for controlling the side's of intercepting component to obtain the call parameters of the side's of being listened management module from routing module；The side's of intercepting component is controlled to obtain the call parameters of the interface of the side's of being listened component from the side's of being listened management module using the call parameters of the side's of being listened management module；The side's of intercepting component is controlled to carry out event subscription to the side's of being listened component using the call parameters of the interface of the side's of being listened component；And, upon occurrence of a subscribed event, the control component call side of intercepting of the side of being listened component performs corresponding operation.
Wherein, logical framework setting unit 810, is additionally operable in frame unit set statistical fractals module, is that statistics sets unified statistics structure using statistical fractals module, and the statistics in client software is collected and uploaded；And/or, in framework
Task scheduling modules are set in unit, business thread and overall scheduling thread are created using task scheduling modules, with using the processing of business thread bearer service, using overall scheduling thread process timed task, the loading of service module, unload and call and process is exited；And/or, exception service module is set in frame unit, using exception service module to the program exception of client software and the processing of system crash；And/or, data management module is set in frame unit, the storage and management of the data being used in conjunction with using data management module to each logical layer；And/or, log management module is set in frame unit, the management using log management module to daily record in client software；And/or, safety management module is set in frame unit, business security-related in client software is handled there is provided the safety inspection and prompting to business and equipment using safety management module, and user right is authenticated.The specific works mode of each unit may refer to the content in the embodiment of the method for the present invention in product embodiments of the present invention.
From the above mentioned, the embodiment of the present invention by the logical construction to client software be rationally layered and sets frame unit to set up the technological means being route between each layer, a good software architecture is built, loose coupling mode is associated between the module of frame unit, logical layer and logical layer, code dependence each other is relatively low, it is easy to split and carries out absolute coding and test, so as to has reached the purpose that powerful, excellent performance software is developed in a kind of faster, efficient mode.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the scope of the present invention.Any modification, equivalent substitution and improvements made within the spirit and principles of the invention etc., are all contained in protection scope of the present invention.
Claims (1)
- Claims1st, a kind of implementation method of interactive communication software, including：The logical construction of client software is divided into multiple logical layers, the logical layer includes UI layers of user interface, upper-layer service layer, underlying traffic layer and network channel layer from top to bottom；And frame unit is set to client software, for providing route service for each logical layer；By the interface of the business of described UI layers offer, the business request information from user is received, and send the business request information to upper-layer service layer using frame unit；Business datum and operation flow that the business request information is asked are handled by upper-layer service layer, and sent result to underlying traffic layer using frame unit；The encapsulation and parsing of data are carried out to the result by underlying traffic layer, is sent the result after encapsulation and parsing to network channel layer using frame unit；The result after encapsulation and parsing is sent to service server by network channel layer.2nd, according to the method described in claim 1, wherein, methods described includes：By setting UI management modules and multiple UI service modules in described UI layers, the interface of business in client software is set；By setting upper-layer service management module and multiple upper-layer service service modules in upper-layer service layer, business datum and operation flow are managed in client software；By setting underlying traffic management module and multiple underlying traffic service modules, encapsulation and parsing to data in client software in underlying traffic layer；By setting network channel management module and multiple network channel service modules in network channel layer, the network connection and data transmit-receive of client software are set；By setting routing module in the frame unit, the route of service module in each logical layer is performed by the management module in each logical layer using the routing module.3rd, method according to claim 2, wherein, methods described also includes：One or more assemblies are set respectively in the UI management modules and UI service modules, set at least one to order and/or event in each component；For the UI management modules and UI service modules difference setup module configuration file and interface, to perform the loading and unloading of the UI management modules and UI service modules using corresponding module Configuration file, and next stage logical layer is set to be called using the interface of the UI management modules and UI service modules to the UI management modules and UI service modules；And, for the component in the UI management modules and UI service modules, component profile and interface are set respectively, to perform the loading and unloading of component in the UI management modules and UI service modules using corresponding component profile, and next stage logical layer is set to be called using the interface of component in the UI management modules and UI service modules to component in the UI management modules and UI service modules；One or more assemblies are set respectively in the upper-layer service management module and upper-layer service service module, set at least one to order and/or event in each component；For the upper-layer service management module and upper-layer service service module difference setup module configuration file and interface, to perform the loading and unloading of the upper-layer service management module and upper-layer service service module using corresponding module Configuration file, and upper level logical layer or next stage logical layer is set to be called using the interface of the upper-layer service management module and upper-layer service service module to the upper-layer service management module and upper-layer service service module；And, for the component in the upper-layer service management module and upper-layer service service module, component profile and interface are set respectively, to perform the loading and unloading of the component in the upper-layer service management module and upper-layer service service module using corresponding component profile, and upper level logical layer or next stage logical layer is set to be called using the interface of the component in the upper-layer service management module and upper-layer service service module to the component in the upper-layer service management module and upper-layer service service module；One or more assemblies are set respectively in the underlying traffic management module and underlying traffic service module, set at least one to order and/or event in each component；For the underlying traffic management module and underlying traffic service module difference setup module configuration file and interface, to perform the loading and unloading of the underlying traffic management module and underlying traffic service module using corresponding module Configuration file, and upper level logical layer or next stage logical layer is set to be called using the interface of the underlying traffic management module and underlying traffic service module to the underlying traffic management module and underlying traffic service module；And, component for the underlying traffic management module and underlying traffic service module sets component profile and interface respectively, to perform the loading and unloading of component in the underlying traffic management module and underlying traffic service module using corresponding component profile, and upper level logical layer or next stage logical layer is set to be called using the interface of component in the underlying traffic management module and underlying traffic service module to the component in the underlying traffic management module and underlying traffic service module；One or more assemblies are set respectively in the network channel management module and network channel service module, set at least one to order and/or event in each component；Setup module configuration file and connect respectively for the network channel management module and network channel service module Mouthful, to perform the loading and unloading of the network channel management module and network channel service module using corresponding module Configuration file, and upper level logical layer is set to be called using the interface of the network channel management module and network channel service module to the network channel management module and network channel service module；For the component in the network channel management module and network channel service module, component profile and interface are set respectively, to perform the loading and unloading of component in the network channel management module and network channel service module using corresponding component profile, and upper level logical layer is set to be called using the interface of component in the network channel management module and network channel service module to the component in the network channel management module and network channel service module；Wherein, the module Configuration file includes component Name in module title, module, dynamic link library (DLL) path and load mode, and the component profile includes component said module title, component Name, DLL paths and load mode.4th, method according to claim 2, wherein, methods described also includes：Using the UI management modules, the loading and unloading of the UI service modules are performed, the interface of the UI service modules is managed, and provide the inquiry to the UI service modules；Using the upper-layer service management module, the loading and unloading of the upper-layer service service module are performed, the interface of the upper-layer service service module is managed, and provide the inquiry to the upper-layer service service module；Using the underlying traffic management module, the loading and unloading of the underlying traffic service module are performed, the interface of the underlying traffic service module is managed, and provide the inquiry to the underlying traffic service module；Using the network channel management module, the loading and unloading of the network channel service module are performed, the interface of the network channel service module is managed, and provide the inquiry to the network channel service module.5th, according to the method described in claim 1, wherein, methods described also includes：Performed using command mode is performed with calling between the component of one-level logical layer or logical layer not at the same level；And/orPerformed using event mode is subscribed to calling between the component of one-level logical layer or logical layer not at the same level.6th, method according to claim 4, wherein, it is described using perform command mode perform between the component of one-level logical layer or logical layer not at the same level call including：Called side component obtains the call parameters of execution side's management module from the routing module；Called side component obtains the call parameters of the interface of execution side's component using the call parameters of execution side's management module from execution side's management module；Called side component calls the execution command method of execution side's component using the call parameters of the interface of execution side's component；The implementing result of the execution command method is back to called side component by execution side's component in a synchronous manner；Execution side's component calls the callback method of called side component in an asynchronous manner, performs corresponding operation.7th, method according to claim 4, wherein, it is described using subscribe to event mode perform between the component of one-level logical layer or logical layer not at the same level call including：The side's of intercepting component obtains the call parameters of the side's of being listened management module from the routing module；The side's of intercepting component obtains the call parameters of the interface of the side's of being listened component using the call parameters of the side's of being listened management module from the side's of being listened management module；The side's of intercepting component carries out event subscription using the call parameters of the interface of the side's of being listened component to the side's of being listened component；Upon occurrence of a subscribed event, the side's of intercepting component described in the side's of being listened component call performs corresponding operation.8th, method according to claim 2, wherein, methods described also includes：Statistical fractals module is set in the frame unit, is that statistics sets unified statistics structure using the statistical fractals module, and the statistics in client software is collected and uploaded；And/or,Task scheduling modules are set in the frame unit, business thread and overall scheduling thread are created using the task scheduling modules, with using the processing of business thread bearer service, using overall scheduling thread process timed task, the loading of service module, unload and call and process is exited；And/or,Exception service module is set in the frame unit, using the exception service module to the program exception of client software and the processing of system crash；And/or,Data management module is set in the frame unit, the storage and management of the data being used in conjunction with using the data management module to each logical layer；And/or,Log management module is set in the frame unit, the management using the log management module to daily record in client software；And/or, Safety management module is set in the frame unit, business security-related in client software is handled there is provided the safety inspection and prompting to business and equipment using the safety management module, and user right is authenticated.9th, a kind of interactive communication software realizes platform, including：Logical framework setting unit, for the logical construction of client software to be divided into multiple logical layers, the logical layer includes UI layers of user interface, upper-layer service layer, underlying traffic layer and network channel layer from top to bottom；And frame unit is set to client software, provide route service for each logical layer；UI layers of processing unit, for the interface of the business by described UI layers offer, receive the business request information from user, and send the business request information to upper-layer service layer using frame unit；Upper-layer service layer processing unit, for handling business datum and operation flow that the business request information is asked by upper-layer service layer, and is sent result to underlying traffic layer using frame unit；Underlying traffic layer processing unit, encapsulation and parsing for carrying out data to the result by underlying traffic layer are sent the result after encapsulation and parsing to network channel layer using frame unit；Network channel layer processing unit, for being sent the result after encapsulation and parsing to service server by network channel layer.10th, platform according to claim 9, wherein, the logical framework setting unit, for by setting UI management modules and multiple UI service modules in described UI layers, setting the interface of business in client software；By setting upper-layer service management module and multiple upper-layer service service modules in upper-layer service layer, business datum and operation flow are managed in client software；By setting underlying traffic management module and multiple underlying traffic service modules, encapsulation and parsing to data in client software in underlying traffic layer；By setting network channel management module and multiple network channel service modules in network channel layer, the network connection and data transmit-receive of client software are set；By setting routing module in the frame unit, the route of service module in each logical layer is performed by the management module in each logical layer using the routing module.11, platform according to claim 9, wherein,The UI layers of processing unit includes UI layers of modular assembly subelement, for setting one or more assemblies respectively in the UI management modules and UI service modules, sets at least one to order and/or event in each component；For the UI management modules and UI service modules difference setup module configuration file and interface, to perform the loading and unloading of the UI management modules and UI service modules using corresponding module Configuration file, and next stage logical layer is set to be called using the interface of the UI management modules and UI service modules to the UI management modules and UI service modules；And, for the component in the UI management modules and UI service modules, component profile and interface are set respectively, to perform the loading and unloading of component in the UI management modules and UI service modules using corresponding component profile, and next stage logical layer is set to be called using the interface of component in the UI management modules and UI service modules to component in the UI management modules and UI service modules；The upper-layer service layer processing unit includes upper-layer service layer modular assembly subelement, for setting one or more assemblies respectively in the upper-layer service management module and upper-layer service service module, at least one is set to order and/or event in each component；For the upper-layer service management module and upper-layer service service module difference setup module configuration file and interface, to perform the loading and unloading of the upper-layer service management module and upper-layer service service module using corresponding module Configuration file, and upper level logical layer or next stage logical layer is set to be called using the interface of the upper-layer service management module and upper-layer service service module to the upper-layer service management module and upper-layer service service module；And, for the component in the upper-layer service management module and upper-layer service service module, component profile and interface are set respectively, to perform the loading and unloading of the component in the upper-layer service management module and upper-layer service service module using corresponding component profile, and upper level logical layer or next stage logical layer is set to be called using the interface of the component in the upper-layer service management module and upper-layer service service module to the component in the upper-layer service management module and upper-layer service service module；The underlying traffic layer processing unit includes underlying traffic layer modular assembly subelement, for setting one or more assemblies respectively in the underlying traffic management module and underlying traffic service module, at least one is set to order and/or event in each component；For the underlying traffic management module and underlying traffic service module difference setup module configuration file and interface, to perform the loading and unloading of the underlying traffic management module and underlying traffic service module using corresponding module Configuration file, and upper level logical layer or next stage logical layer is set to be called using the interface of the underlying traffic management module and underlying traffic service module to the underlying traffic management module and underlying traffic service module；And, component for the underlying traffic management module and underlying traffic service module sets component profile and interface respectively, to perform the loading and unloading of component in the underlying traffic management module and underlying traffic service module using corresponding component profile, and upper level logical layer or next stage logical layer is set to be called using the interface of component in the underlying traffic management module and underlying traffic service module to the component in the underlying traffic management module and underlying traffic service module；The network channel layer processing unit includes network channel layer modular assembly subelement, for setting one or more assemblies respectively in the network channel management module and network channel service module, at least one is set to order and/or event in each component；For the net Network path management module and network channel service module difference setup module configuration file and interface, to perform the loading and unloading of the network channel management module and network channel service module using corresponding module Configuration file, and upper level logical layer is set to be called using the interface of the network channel management module and network channel service module to the network channel management module and network channel service module；For the component in the network channel management module and network channel service module, component profile and interface are set respectively, to perform the loading and unloading of component in the network channel management module and network channel service module using corresponding component profile, and upper level logical layer is set to be called using the interface of component in the network channel management module and network channel service module to the component in the network channel management module and network channel service module；Wherein, the module Configuration file includes component Name in module title, module, dynamic link library (DLL) path and load mode, and the component profile includes component said module title, component Name, DLL paths and load mode.12nd, platform according to claim 10, wherein,The UI layers of processing unit, for utilizing the UI management modules, performs the loading and unloading of the UI service modules, manages the interface of the UI service modules, and provide the inquiry to the UI service modules；The upper-layer service layer processing unit, for utilizing the upper-layer service management module, performs the loading and unloading of the upper-layer service service module, manages the interface of the upper-layer service service module, and provide the inquiry to the upper-layer service service module；The underlying traffic layer processing unit, for utilizing the underlying traffic management module, performs the loading and unloading of the underlying traffic service module, manages the interface of the underlying traffic service module, and provide the inquiry to the underlying traffic service module；The network channel layer processing unit, for utilizing the network channel management module, performs the loading and unloading of the network channel service module, manages the interface of the network channel service module, and provide the inquiry to the network channel service module.13rd, platform according to claim 9, wherein,The logical framework setting unit, for being performed using execution command mode with calling between the component of one-level logical layer or logical layer not at the same level；And/or, performed using event mode is subscribed to calling between the component of one-level logical layer or logical layer not at the same level.14th, platform according to claim 12, wherein, the logical framework setting unit, for controlling called side component to obtain the call parameters of execution side's management module from the routing module；Called side component is controlled to obtain the call parameters of the interface of execution side's component from execution side's management module using the call parameters of execution side's management module；Control called side component calls the execution command method of execution side's component using the call parameters of the interface of execution side's component；The execution command method is performed operation by control execution side's component in a synchronous manner.15th, platform according to claim 12, wherein, the logical framework setting unit, for controlling the side's of intercepting component to obtain the call parameters of the side's of being listened management module from the routing module；The side's of intercepting component is controlled to obtain the call parameters of the interface of the side's of being listened component from the side's of being listened management module using the call parameters of the side's of being listened management module；The side's of intercepting component is controlled to carry out event subscription to the side's of being listened component using the call parameters of the interface of the side's of being listened component；And, upon occurrence of a subscribed event, the side's of intercepting component described in the control side's of being listened component call performs corresponding operation.16th, the platform according to claim 9, wherein, the logical framework setting unit, it is additionally operable in the frame unit set statistical fractals module, it is that statistics sets unified statistics structure using the statistical fractals module, and the statistics in client software is collected and uploaded；And/or, task scheduling modules are set in the frame unit, business thread and overall scheduling thread are created using the task scheduling modules, with using the processing of business thread bearer service, using overall scheduling thread process timed task, the loading of service module, unload and call and process is exited；And/or, exception service module is set in the frame unit, using the exception service module to the program exception of client software and the processing of system crash；And/or, data management module is set in the frame unit, the storage and management of the data being used in conjunction with using the data management module to each logical layer；And/or, log management module is set in the frame unit, the management using the log management module to daily record in client software；And/or, safety management module is set in the frame unit, business security-related in client software is handled there is provided the safety inspection and prompting to business and equipment using the safety management module, and user right is authenticated.
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| CN102063306A (en) * | 2011-01-06 | 2011-05-18 | 夏春秋 | Technical implementation method for application development through electronic form |
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