CN107203419A - Intermodule call method, apparatus and system in application program - Google Patents
Intermodule call method, apparatus and system in application program Download PDFInfo
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- CN107203419A CN107203419A CN201610154054.2A CN201610154054A CN107203419A CN 107203419 A CN107203419 A CN 107203419A CN 201610154054 A CN201610154054 A CN 201610154054A CN 107203419 A CN107203419 A CN 107203419A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/46—Multiprogramming arrangements
- G06F9/48—Program initiating; Program switching, e.g. by interrupt
- G06F9/4806—Task transfer initiation or dispatching
- G06F9/4843—Task transfer initiation or dispatching by program, e.g. task dispatcher, supervisor, operating system
- G06F9/4881—Scheduling strategies for dispatcher, e.g. round robin, multi-level priority queues
Abstract
The embodiment of the present application discloses intermodule call method, apparatus and system in application program, wherein, the system includes：Framework nucleus module, the contextual information related for maintenance applications, and event perception interface is provided；The contextual information is used to share between modules resource；Business module, for the event perception interface progress event perception by realizing the framework nucleus module, and when perceiving object event, to the corresponding service interface initiation call request of the object event；Service interface, for the call request according to business module, corresponding fundamental functional modules are called, and the parameter in call request is passed into the fundamental functional modules, after the result that the fundamental functional modules are returned is received, the result is returned into the business module.By the embodiment of the present application, the reuse cost of module can be reduced, the flexibility of module is improved.
Description
Technical field
The application is related to application-development technologies field, and the more particularly to intermodule in application program is called
Method, apparatus and system.
Background technology
With continuing to develop for mobile communication and Internet technology, various application program for mobile terminal（Commonly referred to as
For App）Continue to bring out, provide convenient in all trades and professions for life, work of user etc., wherein just wrapping
Ecommerce class App is included, for example, Taobao, day cat, poly- calculating, etc..
In application program for mobile terminal development field, common mobile terminal operating system includes iOS（By apple
The Mobile operating system of fruit company exploitation）、Android（The behaviour of freedom and open source code based on Linux
Make system）Etc..For different operating system, it is necessary to carry out App exploitations by different modes.
Wherein, the application program under iOS system has a UIApplication, UIApplication to be that iOS should
With the beginning and responsible initialization of program, show UIWindow, and first of loading application programs
In UIView to UIWindow forms.UIApplication another task is to aid in management application journey
The life cycle of sequence, and UIApplication passes through agency of the name for UIApplicationDelegate
Class fulfils this task.Although UIApplication can be responsible for reception event, how to go response
These events are then determined that UIApplicationDelegate can locate by UIApplicationDelegate
The event of reason includes the life cycle events of application program（Such as program startup and closing etc.）, system event
（Such as incoming call, item warning etc. of keeping record）, etc..
In order to realize code reuse, development cost is reduced, under existing iOS Development Frameworks, it is possible to achieve
Modular exploitation.For example, application program can be divided into multiple fundamental functional modules and multiple business
Module.Wherein, fundamental functional modules can be including the module for logging in, for recording user operation behavior
Module of track etc..And business module is generally user oriented angle is defined, for example, for " my god
The App clients of cat ", specific business module can include " day cat " homepage, " shopping cart " page
Etc..So, it is assumed that " day cat " homepage and " shopping cart " page are required for using login feature, then
Can be by calling realizing for login module, so as to realize the code of same foundation functional module in difference
Multiplexing between business module.
In the prior art, business module needs to perceive specific system by the native interface of operating system
Event, after some event is perceived, then needs to directly invoke specific fundamental functional modules a certain to realize
Concrete function.For example, " homepage " module is when needing to use login feature, the primary of system can be passed through
Interface determines that whether user has logged in, if be not logged in, directly invokes login module, so as to user
Progress is logged in, etc..
In order to realize business module calling with processing system event to fundamental functional modules, it usually needs write
One be inherited from UIApplicationDelegate interfaces class so that inside UIApplicationDelegate
Adulterate the codes of many business modules itself.That is, it is assumed that " shopping cart " module, which is needed to use, steps on
Recording function, then the partial code for calling login module needs and shopping cart module relation, once basic mould
Block occurs to update or code revision on a large scale, then may may require that modified module calls code, etc..
In a word, strongly connected mode between this business module and fundamental functional modules, may be such that between module
Call order chaotic, the degree of coupling between module is also relatively very high, and the reuse cost of module is very high.
Therefore, how to reduce the reuse cost of module, improve the flexibility of module, as needing this area skill
The technical problem that art personnel solve.
The content of the invention
This application provides intermodule call method, the apparatus and system in application program, module can be reduced
Reuse cost, improve module flexibility.
This application provides following scheme：
A kind of intermodule calling system in application program, the system includes：Framework nucleus module, module
Resource and service interface, the module resource include fundamental functional modules and business module, the basis
Functional module is corresponding with the service interface；Wherein：
The framework nucleus module, the contextual information related for maintenance applications, and event sense is provided
Know interface；The contextual information includes running environment information, configuration parameter information and the mould of application program
The log-on message of block resource, service interface, the contextual information is used to share between modules resource；
The business module, for by realizing that the event perception interface of the framework nucleus module carries out event
Perceive, and when perceiving object event, call request is initiated to the corresponding service interface of the object event；
The service interface, for the call request according to business module, calls corresponding fundamental functional modules,
And the parameter in call request is passed into the fundamental functional modules, receiving the fundamental functional modules
After the result of return, the result is returned into the business module；
The fundamental functional modules, for performing corresponding processing according to the incoming parameter of the service interface,
And result is returned into the service interface.
A kind of intermodule call method in application program：
Include in the application program：Framework nucleus module, module resource and service interface, the module
Resource includes fundamental functional modules and business module, and the fundamental functional modules are relative with the service interface
Should；
Methods described includes：
The related contextual information of framework nucleus module maintenance applications, and event perception interface is provided；Institute
State running environment information of the contextual information including application program, configuration parameter information and module resource, clothes
The log-on message of business interface, the contextual information is used to share between modules resource；
When perceiving object event, to the registered business for the event perception interface for realizing the object event
Module provides the object event information, so that business module is after object event is perceived, to the object event
Corresponding service interface initiates call request, calls corresponding fundamental functional modules by service interface, and will adjust
The fundamental functional modules are passed to the parameter in request, are receiving what the fundamental functional modules were returned
After result, the result is returned into the business module.
A kind of intermodule call method in application program：
Include in the application program：Framework nucleus module, module resource and service interface, the module
Resource includes fundamental functional modules and business module, and the fundamental functional modules are relative with the service interface
Should；The framework nucleus module is used for the related contextual information of maintenance applications, and provides event perception
Interface；The contextual information includes running environment information, configuration parameter information and the module of application program
The log-on message of resource, service interface, the contextual information is used to share between modules resource；
Methods described includes：
Business module is by realizing that the event perception interface of the framework nucleus module carries out event perception；
When perceiving object event, judge that the corresponding service of the object event connects according to the contextual information
Whether mouth is registered；
If the service interface is registered, call request is initiated to the service interface, so as to service interface
Corresponding fundamental functional modules are called, and the parameter in call request is passed into the fundamental functional modules,
After the result that the fundamental functional modules are returned is received, the result is returned into the industry
Business module.
A kind of intermodule call method in application program：
Include in the application program：Framework nucleus module, module resource and service interface, the module
Resource includes fundamental functional modules and business module, and the fundamental functional modules are relative with the service interface
Should；The framework nucleus module is used for the related contextual information of maintenance applications, and provides event perception
Interface；The contextual information includes running environment information, configuration parameter information and the module of application program
The log-on message of resource, service interface, the contextual information is used to share between modules resource；
Methods described includes：
Service interface receives the call request of business module, and corresponding basis is judged according to the contextual information
Whether functional module is registered；
If the fundamental functional modules are registered, the fundamental functional modules are called, and by call request
In parameter pass to the fundamental functional modules, receiving the processing knot that the fundamental functional modules are returned
After fruit, the result is returned into the business module.
A kind of intermodule calling device in application program：
Include in the application program：Framework nucleus module, module resource and service interface, the module
Resource includes fundamental functional modules and business module, and the fundamental functional modules are relative with the service interface
Should；
Described device is applied to framework nucleus module, including：
Contextual information maintenance unit, the contextual information related for maintenance applications, and event is provided
Perceive interface；The running environment information of the contextual information including application program, configuration parameter information and
The log-on message of module resource, service interface, the contextual information is used between modules resource altogether
Enjoy；
Interactive unit, for when perceiving object event, being connect to the event perception for realizing the object event
The registered business module of mouth provides the object event information, so that business module is after object event is perceived,
Call request is initiated to the corresponding service interface of the object event, corresponding basic function is called by service interface
Module, and the parameter in call request is passed into the fundamental functional modules, receiving the basic work(
After the result that energy module is returned, the result is returned into the business module.
A kind of intermodule calling device in application program：
Include in the application program：Framework nucleus module, module resource and service interface, the module
Resource includes fundamental functional modules and business module, and the fundamental functional modules are relative with the service interface
Should；The framework nucleus module is used for the related contextual information of maintenance applications, and provides event perception
Interface；The contextual information includes running environment information, configuration parameter information and the module of application program
The log-on message of resource, service interface, the contextual information is used to share between modules resource；
Described device is applied to business module, including：
Event perception unit, for by realizing that the event perception interface of the framework nucleus module carries out event
Perceive；
Judging unit, for when perceiving object event, the target thing to be judged according to the contextual information
Whether the corresponding service interface of part is registered；
Call unit, if registered for the service interface, call request is initiated to the service interface,
So that service interface calls corresponding fundamental functional modules, and the parameter in call request is passed into the base
Plinth functional module, after the result that the fundamental functional modules are returned is received, by the result
Return to the business module.
A kind of intermodule calling device in application program：
Include in the application program：Framework nucleus module, module resource and service interface, the module
Resource includes fundamental functional modules and business module, and the fundamental functional modules are relative with the service interface
Should；The framework nucleus module is used for the related contextual information of maintenance applications, and provides event perception
Interface；The contextual information includes running environment information, configuration parameter information and the module of application program
The log-on message of resource, service interface, the contextual information is used to share between modules resource；
Described device is applied to service interface, including：
Call request receiving unit, the call request for receiving business module, according to the contextual information
Judge whether corresponding fundamental functional modules are registered；
Call unit, if registered for the fundamental functional modules, calls the fundamental functional modules,
And the parameter in call request is passed into the fundamental functional modules, receiving the fundamental functional modules
After the result of return, the result is returned into the business module.
The specific embodiment provided according to the application, this application discloses following technique effect：
By the embodiment of the present application, application framework can be provided, and is each mould by framework nucleus module
Block provides the contextual information in application program, can pass through event between framework nucleus module and business module
Perceive interface to interact so that business module can be by realizing the event perception interface of framework nucleus module
To perceive all kinds of events.After event is perceived, if necessary to the function using fundamental functional modules, then may be used
By the corresponding service interface of the fundamental functional modules, to realize calling indirectly to fundamental functional modules, this
Sample, no longer has between business module and fundamental functional modules and associates by force, the degree of coupling of reduction between the two,
During different business module multiplexing fundamental functional modules codes, reuse cost can be reduced.In addition,
Due to the plug-in unitization management to modules can be realized, it therefore, it can not influenceing the situation of other modules,
The increase or deletion of module are carried out, the flexibility ratio of module is improved.
Certainly, any product for implementing the application it is not absolutely required to while reaching all the above advantage.
Brief description of the drawings
, below will be to implementing in order to illustrate more clearly of the embodiment of the present application or technical scheme of the prior art
The accompanying drawing used required in example is briefly described, it should be apparent that, drawings in the following description are only
Some embodiments of the present application, for those of ordinary skill in the art, are not paying creative work
Under the premise of, other accompanying drawings can also be obtained according to these accompanying drawings.
Fig. 1 is the schematic diagram for the system that the embodiment of the present application is provided；
Fig. 2 is application program life cycle events schematic diagram；
Fig. 3 is another life cycle events schematic diagram of application program；
Fig. 4 is the flow chart for the first method that the embodiment of the present application is provided；
Fig. 5 is the flow chart for the second method that the embodiment of the present application is provided；
Fig. 6 is the flow chart for the third method that the embodiment of the present application is provided；
Fig. 7 is the schematic diagram for the first device that the embodiment of the present application is provided；
Fig. 8 is the schematic diagram for the second device that the embodiment of the present application is provided；
Fig. 9 is the schematic diagram for the 3rd device that the embodiment of the present application is provided.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present application, the technical scheme in the embodiment of the present application is carried out clear
Chu, it is fully described by, it is clear that described embodiment is only some embodiments of the present application, rather than
Whole embodiments.Based on the embodiment in the application, those of ordinary skill in the art obtained it is all its
His embodiment, belongs to the scope of the application protection.
In the embodiment of the present application, a kind of modularization programming solution framework scheme is provide firstly, can be run
Under ios systems, the framework is properly termed as BeeHive.It can be used for the module for realizing large-scale application
Change, reduction programming complexity and the dependence degree of coupling, the flexibility ratio of module are higher, and application program can be easily
Increase or removing module.Specifically, the framework is between operating system and application program, using journey
Business module in sequence is in perception events, it is no longer necessary to realized by the native interface of operating system, and
Only need to realize by the interface provided with the core of the framework.Carried out between other fundamental functional modules
During call operation, also without going through the class for inheriting the primary UIApplicationDelegate interfaces of operating system,
Go to call other fundamental functional modules, but respective service interface realized for each fundamental functional modules,
Business module is when needing to use a certain function, and the service interface of corresponding fundamental functional modules can be sent please
Ask, accordingly, service interface forwards a request to fundamental functional modules again, fundamental functional modules are receive please
Handled after asking, and result is returned into service interface, then business module is returned to by service interface.
This modules resource can realize plug-in unitization program, and do not have between each module resource it is any dependence or
Strong association, is interacted between frame content and module resource by event, also achieves plug-in unit isolation.In addition,
The advantage conducted interviews by service interface is also resided in, and the change of service interface can be found in compile-time check,
The problem of so as to correct service interface in time.
It can be seen that, in the embodiment of the present application, the resource in application program in addition to module resource, in addition to
Service interface resource, wherein, service interface resource is corresponding with fundamental functional modules, is being implemented
When, a fundamental functional modules can correspond to multiple service interfaces, and different method of calling are corresponded to respectively,
That is, it is possible to which by different service interfaces, fundamental functional modules are called with different method of calling.Its
In, module resource can be undefined in BeeHive frameworks with service interface resource, and to framework core
Core module is registered, after succeeding in registration, and business module obtains the ability for perceiving corresponding event, service interface
Can be called by business module, etc..And it is possible to arbitrarily increase into framework new module resource or
Person's service interface resource, for example, new business module can be increased in application program, to provide a user more
Many services, or, new service can also be increased when new method of calling occur in fundamental functional modules
Interface, etc., in the process, the processing logic without changing other modules therefore, it can reduction and opens
Send out cost.
Embodiment one
Referring to Fig. 1, the embodiment of the present application one provide firstly the intermodule calling system in a kind of application program,
The system includes：Framework nucleus module 101, module resource 102 and service interface 103, the mould
Block resource 102 includes fundamental functional modules 1021 and business module 1022, the fundamental functional modules
1021 is corresponding with the service interface 103.When implementing, framework nucleus module can be added to
In application program, and according to the actual needs, each business module, base are write based on the framework nucleus module
Plinth functional module and service interface.Wherein：
The framework nucleus module 101, the contextual information related for maintenance applications, and thing is provided
Part perceives interface；The running environment information of the contextual information including application program, configuration parameter information with
And the log-on message of module resource, service interface.
First, can provide in the contextual information of a overall situation, the information can be with for framework nucleus module 101
Running environment information, configuration parameter information and module resource, the registration of service interface including application program
Information, etc..That is, framework nucleus module can be to application program running environment, configuration parameter
Recorded and safeguarded etc. information, also, the business module of application program, fundamental functional modules, service connect
Mouth etc. can be registered to the framework nucleus module, and framework nucleus module can also record modules, service
Log-on message, etc..So, these contextual informations can be shared between various modules so that each
Individual module can get corresponding information.When implementing, when initializing the context of application, Ke Yishi
Realize, specifically may be used in didFinishLaunchingWithOption in UIApplicationDelegate
To perform relevant parameter when setting context initialization, and start the operation such as corresponding BeeHive frameworks.
Wherein, the logon mode of module resource and service interface can have a variety of, one of which implementation
Under, developer can be directly by the mark write-in framework nucleus module such as title of module resource or service interface
Internal static registration file, so, framework nucleus module can be directly according to the module recorded in this document
Name or Service name, static registration is carried out to module resource or service interface.For example, static registration file
It is properly termed as BeeHive.plist.
Or, under another implementation or when module resource or service interface are initialized,
Registration request is initiated by the registration interface of invocation framenort nucleus module, accordingly, framework nucleus module can be with
According to the registration request received, dynamic registration is carried out to corresponding module resource or service interface.For example,
Module resource can be grand in module inlet realization BH_EXPORT_MODULE (), and it is mould to state such
Block entrance realizes class, can be by if needing setup module to be Asynchronous loading
BH_EXPORT_MODULE (YES) is set to YES, then can after application program launching the first screen
The initialization of asynchronous execution module between content displaying, so can be with optimal startup time loss.
Interacting between framework nucleus module and business module, is realized by event perception interface.Tool
When body is realized, framework nucleus module can also provide event perception interface and give each business module, business module
The generation of specific event can be known by realizing event perception interface.For example, specific event interface can
To include but is not limited to：
-(void)modInit:(BHContext*)context（Initialize business module event）
-(void)modSetup:(BHContext*)context（Business module parameter event is set）
-(void)modTearDown:(BHContext*)context（The thing called when application program is destroyed
Part）
-(void)modWillResignActive:(BHContext*)context（When application program will enter non-
The event that active state is called when performing）
-(void)modDidEnterBackground:(BHContext*) context is (when application program is pushed
The event called when to backstage)
-(void)modWillEnterForeground:(BHContext*) context is (when application program is from backstage
The event called during foreground will be returned to)
Wherein, specific event can include the system event on basis, that is, the life cycle of application program
Event.For example, with reference to Fig. 2, in the case where application program is normally activated, the system in life cycle
Event is generally included：(WillLaunch) event will be started, (didLaunch) event is had been started up,
Into foreground stage (Eventloop) event, (WillResignActive) will be performed when will enter inactive state
Event, comes into backstage stage (DidEnterBackground) event, will enter active state
(WillEnterForeground), have been enter into foreground and be active (DidBecomeActive) event,
(WillTerminate) event will be exited.When implementing, framework nucleus module can be provided to various
The interface that system event is perceived, business module can according to the demand of oneself, realize part therein or
Person's whole interface, so, after business module is registered to framework nucleus module, it is possible to corresponding with perceiving
The ability of event.Certainly, can there is provided upper by the encapsulation to system interface for framework kernel
State the interface perceived to system event, that is to say, that framework kernel is done on the basis of system interface
One layer of encapsulation so that the business module in application program need not directly invoke system interface to carry out event sense
Know, and can be by realizing that the interface that framework kernel is provided can be perceived.
For example, certain business module is order module, the effect of the module is to provide the order list generated
Information, including information such as the states of each order.In application program foreground state is switched to from background state
Afterwards, it usually needs again from the newest sequence information of server acquisition, to be carried out more to order list information
Newly.Therefore, order module can just realize that perception will enter the perception interface of active state event, so,
After order module is registered, if application program there occurs the event that foreground is switched to from backstage, order
Module can just perceive the event, and then (specific processing, which is operated, to exist to the corresponding processing of event execution
It can hereinafter be described).
In actual applications, the system event in application program life cycle is very limited amount of, usual deficiency
To meet the various demands of specific business module.Therefore, in the embodiment of the present application, framework nucleus module is also
General purpose event can be provided and perceive interface, so-called general purpose event just refers to what is extended on the basis of system event
Event, and shared between each business module, that is to say, that all business modules may can all have perception
The demand of this event, but this event is not system event, therefore, referred to as general purpose event.
Wherein, general purpose event can specifically include some notification events that system is provided, for example, Installed System Memory
Not enough (DidReceiveMemoryWarning) event, system time changes
(SignificantTimeChange) event, status bar direction will change
(willChangeStatusBarFrame) event, status bar direction has occurred and that change
(didChangeStatusBarOrientation) (handleOpenURL) event, is started by URL,
Etc..This general purpose event is typically to be perceived for business module in startup or initialization procedure,
And related processing is performed to corresponding event.For example, with reference to Fig. 3, start relative to the routine in Fig. 2
State, in the life cycle of application program, in the startup stage of application program, can also set including module
Put (modSetup), the state such as module initialization (modInit) and forms mounting (modSplash).
Specifically such as, some application programs are probably to be started by other applications, for example, it is assumed that the application
Application program in embodiment is A, and user passes through link during using another application program B
Application program A, etc. is entered etc. mode.For such case, some business modules may need to perform
Some special processing.For example, payment module may need to be performed according to parameter incoming application program B
Settlement operations, etc..In this case, payment module just can be by realizing " starting by URL "
Event perception interface, perceives this special Starting mode of application program, and gets incoming parameter,
Then the processing of correlation is performed again.
In addition, if system event, general purpose event are all insufficient for the actual demand of business module, at this
Apply in embodiment, framework nucleus module can also provide customized event and perceive interface.Wherein, it is so-called
Customized event, refers to the event that business module can be defined according to the specific demand of itself.For example, using
Program is probably to start from search system, specifically such as, it is assumed that user is carrying out keyword using search engine
During search, clicked from search result certain link, by the link jump to application program " my god
Cat ", etc..For this Starting mode started from search engine, certain business module needs to perform
Specially treated, etc..And " starting from search engine " this event, system event is not belonging to, is not also belonged to
In general purpose event, therefore, business module can realize the perception to the event by customized mode.
When implementing, framework nucleus module can be provided for the interface of carry out event extension, for example,
BHAppdelgate is properly termed as, business module can extend oneself by inheriting BHAppdelegate
Event, this customized event can be thus perceived by the system core.Furthermore it is also possible to by upper
ModulesByName hereinafter accesses modules entry classes, to increase trigger point.Wherein, up and down
There can be ModulesByName list in literary information, can be found by the list all at present
Registered module resource a, module resource can expose some attributes and be used to other module resources, than
The login configurations specified are completed and return as login module needs to know whether configuration module loads, then login
Module directly can in this way go to know the state of configuration module inside it.And for example, when business mould
Block is downloads the page and performs corresponding self-defining operation, and when having downloaded the page, BHAppdelgate is helped
BHApplication completes didFinishLaunchingWithOptions actions, correspondingly, in this method
The inside performs corresponding customized operation.BHApplication entrusts BHAppdelegate,
BHAppdelegate realizes the agreement (BHModuleProtocol) of definition.
The business module 1022, for by realizing that the event perception interface of the framework nucleus module enters
Row event perception, and when perceiving object event, initiate to call to the corresponding service interface of the object event
Request；
Business module is by realizing the event perception interface that framework nucleus module is provided, to perceive specific event
Occur, including system event, general purpose event, customized event, etc..Perceive it is specific some
After event, certain specific processing operation is performed if desired, then can by call corresponding service interface come
Realize.Wherein, can exist in advance on perceiving which service interface specific this after some event calls
It is good defined in business module, that is to say, that for developer, there is which basic function in system
Module, each functional module correspondence is which service interface, is all known, therefore, it can event perception
The trigger condition being called as specific service interface.
For example, in previous example, order module is performed perceiving application program and be switched to foreground from backstage
Event when, the service interface for issuing configuration module can be called, since it is desired that using issuing configuration module
Information issues function.And for example, payment module, can be with when perceiving from the event that other applications start
The service interface of settlement module is called, since it is desired that settlement function using checkout result, etc..Wherein,
Business module can carry some parameters in the request, for example, being issued calling when calling service interface
During the service interface of configuration module, can carry needs to ask the parameters such as the content that issues, so, service
Interface can be by these information transmissions to be issued configuration module, so, and need can just be known by issuing configuration module
What specific content issued.
It should be noted that under some scenes, business module is accessing each object for being claimed as service interface
When, if it is desired to service interface object can retain some states, then can state this service interface object
For singleton object.
Certainly, business module, can also be first according to framework nucleus module specifically before service interface is called
The contextual information of offer, judges whether corresponding service interface has been registered, can if registered
To be called, if had not yet registered, the modes such as framework agreement, nothing may not be met due to service interface
Method is initiated to call.In addition, during application program is run, if business module, which needs to know, applies journey
In the information such as sort run environment, configuration parameter, the contextual information that can be also provided from framework nucleus module
Obtain.
After the service interface 103, the call request for receiving business module, corresponding basis is called
Functional module, and the parameter in call request is passed into the fundamental functional modules, receiving the base
After the result that plinth functional module is returned, the result is returned into the business module；
Service interface is corresponding with fundamental functional modules, according to the different method of calling of fundamental functional modules,
A variety of different service interfaces can be provided, after framework nucleus module is registered to, it is possible to by business module
Call.Service interface is when receiving call request, it is possible to according to the corresponding method of calling of the service interface,
Initiate to call to corresponding fundamental functional modules, and the parameter carried in the call request of business module is transmitted
To fundamental functional modules, so, fundamental functional modules can be carried out corresponding processing, and by result
Service interface is returned to, service interface is received after result, then result is returned into business module.
That is, business module can realize calling indirectly to fundamental functional modules by service interface,
Business module need not be concerned about implementing inside fundamental functional modules, even if the code of fundamental functional modules
Update, or even whole fundamental functional modules update, business module can not be perceived, also,
Also without modification it is related call code, therefore, the codes of fundamental functional modules different business module it
Between reuse cost controlled.
The fundamental functional modules 1021, it is corresponding for being performed according to the incoming parameter of the service interface
Processing, and result is returned into the service interface.
As it was noted above, fundamental functional modules are mainly used in after the incoming parameter of service interface is received, hold
The corresponding processing of row, and result is returned into the service interface, so that service interface is by result
Return to business module.
In a word, in the embodiment of the present application, application framework can be provided, and pass through framework nucleus module
Contextual information in application program is provided for each module, can be led between framework nucleus module and business module
Cross event perception interface to interact so that business module can be by realizing the event sense of framework nucleus module
Know interface to perceive all kinds of events.After event is perceived, if necessary to the function using fundamental functional modules,
Then calling indirectly to fundamental functional modules can be realized by the corresponding service interface of the fundamental functional modules,
So, no longer have between business module and fundamental functional modules and associate by force, the degree of coupling of reduction between the two,
During different business module multiplexing fundamental functional modules codes, reuse cost can be reduced.In addition,
Due to the plug-in unitization management to modules can be realized, it therefore, it can not influenceing the situation of other modules,
The increase or deletion of module are carried out, the flexibility ratio of module is improved.
Embodiment two
In the embodiment two, the angle from framework nucleus module is there is provided the intermodule in a kind of application program
Include in call method, it is necessary first to explanation, the application program：Framework nucleus module, module money
Source and service interface, the module resource include fundamental functional modules and business module, the basic work(
Energy module is corresponding with the service interface；
Referring to Fig. 4, this method may comprise steps of：
S401：The related contextual information of framework nucleus module maintenance applications, and event perception is provided connect
Mouthful；The contextual information includes running environment information, configuration parameter information and the module money of application program
Source, the log-on message of service interface, the contextual information are used to share between modules resource；
S402：When perceiving object event, to the note for the event perception interface for realizing the object event
Volume business module provides the object event information, so that business module is after object event is perceived, to the mesh
The corresponding service interface of mark event initiates call request, and corresponding fundamental functional modules are called by service interface,
And the parameter in call request is passed into the fundamental functional modules, receiving the fundamental functional modules
After the result of return, the result is returned into the business module.
Embodiment three
In the embodiment three, from the angle of business module, there is provided a kind of tune of the intermodule in application program
With method, it is necessary first to explanation, include in the application program：Framework nucleus module, module resource
And service interface, the module resource include fundamental functional modules and business module, the basic function
Module is corresponding with the service interface；The framework nucleus module is used for above and below maintenance applications correlation
Literary information, and event perception interface is provided；Running environment information of the contextual information including application program,
Configuration parameter information and module resource, the log-on message of service interface, the contextual information are used for each
Shared between individual module resource；
Referring to Fig. 5, this method may comprise steps of：
S501：Business module is by realizing that the event perception interface of the framework nucleus module carries out event perception；
S502：When perceiving object event, judge that the object event is corresponding according to the contextual information
Whether service interface is registered；
S503：If the service interface is registered, call request is initiated to the service interface, with housecoat
The corresponding fundamental functional modules of business interface interchange, and the parameter in call request is passed into the basic function
Module, after the result that the fundamental functional modules are returned is received, the result is returned to
The business module.
Example IV
The example IV from the angle of business module there is provided the intermodule call method in a kind of application program,
Equally, it can include in the application program：Framework nucleus module, module resource and service interface, institute
Stating module resource includes fundamental functional modules and business module, and the fundamental functional modules connect with the service
Mouth is corresponding；The framework nucleus module is used for the related contextual information of maintenance applications, and provides thing
Part perceives interface；The running environment information of the contextual information including application program, configuration parameter information with
And the log-on message of module resource, service interface, the contextual information is between modules resource
It is shared；
Referring to Fig. 6, methods described can specifically include：
S601：Service interface receives the call request of business module, and correspondence is judged according to the contextual information
Fundamental functional modules it is whether registered；
S602：If the fundamental functional modules are registered, the fundamental functional modules are called, and will adjust
The fundamental functional modules are passed to the parameter in request, are receiving what the fundamental functional modules were returned
After result, the result is returned into the business module.
It should be noted that the specific implementation on each step in above-described embodiment two to four, Ke Yican
The introduction seen in embodiment one, is repeated no more here.
Corresponding with embodiment two, the intermodule that the embodiment of the present application is additionally provided in a kind of application program is called
Include in device, the application program：Framework nucleus module, module resource and service interface, the mould
Block resource includes fundamental functional modules and business module, the fundamental functional modules and the service interface phase
Correspondence；
Referring to Fig. 7, described device is applied to framework nucleus module, including：
Contextual information maintenance unit 701, the contextual information related for maintenance applications, and provide
Event perception interface；The contextual information includes running environment information, the configuration parameter information of application program
And the log-on message of module resource, service interface, the contextual information be used for modules resource it
Between share；
Interactive unit 702, for when perceiving object event, to realizing the event sense of the object event
Know that the registered business module of interface provides the object event information, so that business module is perceiving target thing
After part, call request is initiated to the corresponding service interface of the object event, corresponding base is called by service interface
Plinth functional module, and the parameter in call request is passed into the fundamental functional modules, it is described receiving
After the result that fundamental functional modules are returned, the result is returned into the business module.
Corresponding with embodiment three, the intermodule that the embodiment of the present application is additionally provided in a kind of application program is called
Include in device, the application program：Framework nucleus module, module resource and service interface, the mould
Block resource includes fundamental functional modules and business module, the fundamental functional modules and the service interface phase
Correspondence；The framework nucleus module is used for the related contextual information of maintenance applications, and provides event sense
Know interface；The contextual information includes running environment information, configuration parameter information and the mould of application program
The log-on message of block resource, service interface, the contextual information is used to share between modules resource；
Referring to Fig. 8, described device is applied to business module, including：
Event perception unit 801, for by realizing that the event perception interface of the framework nucleus module is carried out
Event perception；
Judging unit 802, for when perceiving object event, the mesh to be judged according to the contextual information
Whether the corresponding service interface of mark event is registered；
Call unit 803, if registered for the service interface, initiates to call to the service interface
Request, so that service interface calls corresponding fundamental functional modules, and the parameter in call request is passed to
The fundamental functional modules, after the result that the fundamental functional modules are returned is received, by the place
Reason result returns to the business module.
Corresponding with example IV, the intermodule that the embodiment of the present application is additionally provided in a kind of application program is called
Include in device, the application program：Framework nucleus module, module resource and service interface, the mould
Block resource includes fundamental functional modules and business module, the fundamental functional modules and the service interface phase
Correspondence；The framework nucleus module is used for the related contextual information of maintenance applications, and provides event sense
Know interface；The contextual information includes running environment information, configuration parameter information and the mould of application program
The log-on message of block resource, service interface, the contextual information is used to share between modules resource；
Referring to Fig. 9, described device is applied to service interface, including：
Call request receiving unit 901, the call request for receiving business module, according to the context
Information judges whether corresponding fundamental functional modules are registered；
Call unit 902, if registered for the fundamental functional modules, calls the basic function
Module, and the parameter in call request is passed into the fundamental functional modules, receiving the basic work(
After the result that energy module is returned, the result is returned into the business module.
As seen through the above description of the embodiments, those skilled in the art can be understood that this
Application can add the mode of required general hardware platform to realize by software.Understood based on such, this Shen
The part that technical scheme please substantially contributes to prior art in other words can be with the shape of software product
Formula is embodied, and the computer software product can be stored in storage medium, such as ROM/RAM, magnetic disc,
CD etc., including some instructions to cause a computer equipment (can be personal computer, server,
Or the network equipment etc.) perform method described in some parts of each embodiment of the application or embodiment.
Each embodiment in this specification is described by the way of progressive, identical phase between each embodiment
As part mutually referring to what each embodiment was stressed is the difference with other embodiment.
For system or system embodiment, because it is substantially similar to embodiment of the method, so description
Obtain fairly simple, the relevent part can refer to the partial explaination of embodiments of method.System described above and
System embodiment be only it is schematical, wherein the unit illustrated as separating component can be or
It can not be physically separate, the part shown as unit can be or may not be physical location,
A place can be located at, or can also be distributed on multiple NEs.Can be according to actual need
Some or all of module therein is selected to realize the purpose of this embodiment scheme.Ordinary skill
Personnel are without creative efforts, you can to understand and implement.
Above to intermodule call method, the apparatus and system in application program provided herein, carry out
It is discussed in detail, specific case used herein is set forth to the principle and embodiment of the application,
The explanation of above example is only intended to help and understands the present processes and its core concept；Simultaneously for
Those of ordinary skill in the art, the thought of foundation the application, in specific embodiments and applications
It will change.In summary, this specification content should not be construed as the limitation to the application.
Claims (14)
1. the intermodule calling system in a kind of application program, it is characterised in that the system includes：Frame
Frame nucleus module, module resource and service interface, the module resource include fundamental functional modules and industry
Business module, the fundamental functional modules are corresponding with the service interface；Wherein：
The framework nucleus module, the contextual information related for maintenance applications, and event sense is provided
Know interface；The contextual information includes running environment information, configuration parameter information and the mould of application program
The log-on message of block resource, service interface, the contextual information is used to share between modules resource；
The business module, for by realizing that the event perception interface of the framework nucleus module carries out event
Perceive, and when perceiving object event, call request is initiated to the corresponding service interface of the object event；
The service interface, for the call request according to business module, calls corresponding fundamental functional modules,
And the parameter in call request is passed into the fundamental functional modules, receiving the fundamental functional modules
After the result of return, the result is returned into the business module；
The fundamental functional modules, for performing corresponding processing according to the incoming parameter of the service interface,
And result is returned into the service interface.
2. system according to claim 1, it is characterised in that the framework nucleus module is additionally operable to
Registration management is carried out to module resource and service interface.
3. system according to claim 2, it is characterised in that the framework nucleus module by with
Under type carries out registration management to other modules：Remember according in the static registration file inside framework nucleus module
The module or service identifiers of record, static registration is carried out to module resource or service interface.
4. system according to claim 2, it is characterised in that the framework nucleus module by with
Under type carries out registration management to other modules：When module resource or service interface are initialized, by calling
The registration interface of the framework nucleus module initiates registration request, and the framework nucleus module module is according to reception
The registration request arrived, dynamic registration is carried out to corresponding module resource or service interface.
5. system according to claim 1, it is characterised in that the event perception interface is including being
System event perception interface, the system event includes the life cycle events of application program.
6. system according to claim 1, it is characterised in that the event perception interface includes logical
Event perception interface is used, the general purpose event is included in the event extended on the basis of system event, and at each
Shared between business module, for each business module in startup or initialization procedure, perceive the basis
The generation of event.
7. system according to claim 1, it is characterised in that the framework nucleus module is additionally operable to,
The interface for carrying out event extension is provided, the business module is additionally operable to, it is described for carrying out by inheriting
The interface of event extension, realizes that customized event perceives interface, for perceiving customized event.
8. system according to claim 1, it is characterised in that the fundamental functional modules are externally carried
Other fundamental functional modules are given for part or all of attribute, so that other fundamental functional modules know the basic work(
Can the corresponding status information of module.
9. the intermodule call method in a kind of application program, it is characterised in that：
Include in the application program：Framework nucleus module, module resource and service interface, the module
Resource includes fundamental functional modules and business module, and the fundamental functional modules are relative with the service interface
Should；
Methods described includes：
The related contextual information of framework nucleus module maintenance applications, and event perception interface is provided；Institute
State running environment information of the contextual information including application program, configuration parameter information and module resource, clothes
The log-on message of business interface, the contextual information is used to share between modules resource；
When perceiving object event, to the registered business for the event perception interface for realizing the object event
Module provides the object event information, so that business module is after object event is perceived, to the object event
Corresponding service interface initiates call request, calls corresponding fundamental functional modules by service interface, and will adjust
The fundamental functional modules are passed to the parameter in request, are receiving what the fundamental functional modules were returned
After result, the result is returned into the business module.
10. the intermodule call method in a kind of application program, it is characterised in that：
Include in the application program：Framework nucleus module, module resource and service interface, the module
Resource includes fundamental functional modules and business module, and the fundamental functional modules are relative with the service interface
Should；The framework nucleus module is used for the related contextual information of maintenance applications, and provides event perception
Interface；The contextual information includes running environment information, configuration parameter information and the module of application program
The log-on message of resource, service interface, the contextual information is used to share between modules resource；
Methods described includes：
Business module is by realizing that the event perception interface of the framework nucleus module carries out event perception；
When perceiving object event, judge that the corresponding service of the object event connects according to the contextual information
Whether mouth is registered；
If the service interface is registered, call request is initiated to the service interface, so as to service interface
Corresponding fundamental functional modules are called, and the parameter in call request is passed into the fundamental functional modules,
After the result that the fundamental functional modules are returned is received, the result is returned into the industry
Business module.
11. the intermodule call method in a kind of application program, it is characterised in that：
Include in the application program：Framework nucleus module, module resource and service interface, the module
Resource includes fundamental functional modules and business module, and the fundamental functional modules are relative with the service interface
Should；The framework nucleus module is used for the related contextual information of maintenance applications, and provides event perception
Interface；The contextual information includes running environment information, configuration parameter information and the module of application program
The log-on message of resource, service interface, the contextual information is used to share between modules resource；
Methods described includes：
Service interface receives the call request of business module, and corresponding basis is judged according to the contextual information
Whether functional module is registered；
If the fundamental functional modules are registered, the fundamental functional modules are called, and by call request
In parameter pass to the fundamental functional modules, receiving the processing knot that the fundamental functional modules are returned
After fruit, the result is returned into the business module.
12. the intermodule calling device in a kind of application program, it is characterised in that：
Include in the application program：Framework nucleus module, module resource and service interface, the module
Resource includes fundamental functional modules and business module, and the fundamental functional modules are relative with the service interface
Should；
Described device is applied to framework nucleus module, including：
Contextual information maintenance unit, the contextual information related for maintenance applications, and event is provided
Perceive interface；The running environment information of the contextual information including application program, configuration parameter information and
The log-on message of module resource, service interface, the contextual information is used between modules resource altogether
Enjoy；
Interactive unit, for when perceiving object event, being connect to the event perception for realizing the object event
The registered business module of mouth provides the object event information, so that business module is after object event is perceived,
Call request is initiated to the corresponding service interface of the object event, corresponding basic function is called by service interface
Module, and the parameter in call request is passed into the fundamental functional modules, receiving the basic work(
After the result that energy module is returned, the result is returned into the business module.
13. the intermodule calling device in a kind of application program, it is characterised in that：
Include in the application program：Framework nucleus module, module resource and service interface, the module
Resource includes fundamental functional modules and business module, and the fundamental functional modules are relative with the service interface
Should；The framework nucleus module is used for the related contextual information of maintenance applications, and provides event perception
Interface；The contextual information includes running environment information, configuration parameter information and the module of application program
The log-on message of resource, service interface, the contextual information is used to share between modules resource；
Described device is applied to business module, including：
Event perception unit, for by realizing that the event perception interface of the framework nucleus module carries out event
Perceive；
Judging unit, for when perceiving object event, the target thing to be judged according to the contextual information
Whether the corresponding service interface of part is registered；
Call unit, if registered for the service interface, call request is initiated to the service interface,
So that service interface calls corresponding fundamental functional modules, and the parameter in call request is passed into the base
Plinth functional module, after the result that the fundamental functional modules are returned is received, by the result
Return to the business module.
14. the intermodule calling device in a kind of application program, it is characterised in that：
Include in the application program：Framework nucleus module, module resource and service interface, the module
Resource includes fundamental functional modules and business module, and the fundamental functional modules are relative with the service interface
Should；The framework nucleus module is used for the related contextual information of maintenance applications, and provides event perception
Interface；The contextual information includes running environment information, configuration parameter information and the module of application program
The log-on message of resource, service interface, the contextual information is used to share between modules resource；
Described device is applied to service interface, including：
Call request receiving unit, the call request for receiving business module, according to the contextual information
Judge whether corresponding fundamental functional modules are registered；
Call unit, if registered for the fundamental functional modules, calls the fundamental functional modules,
And the parameter in call request is passed into the fundamental functional modules, receiving the fundamental functional modules
After the result of return, the result is returned into the business module.
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