WO2013163903A1 - 基于Android系统的应用程序启动方法和系统 - Google Patents
基于Android系统的应用程序启动方法和系统 Download PDFInfo
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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
- G06F9/44—Arrangements for executing specific programs
- G06F9/445—Program loading or initiating
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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
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F2209/00—Indexing scheme relating to G06F9/00
- G06F2209/48—Indexing scheme relating to G06F9/48
- G06F2209/482—Application
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- the present invention relates to the field of Android technologies, and in particular, to an application startup method and system based on an Android system.
- Android is a Linux-based open source operating system that is primarily used in portable devices. Android operating system originally by Andy Rubin was originally developed to support mobile phones and is now expanding into tablets and other areas. Android operating system (also known as Android system) has the advantages of simple operation, easy to use, high intelligence, open source, free application and so on.
- an object of the present invention is to provide an application startup method and system based on an Android system, which aims to solve the problem that an application starts slowly on an Android phone with a lower configuration.
- An application startup method based on an Android system comprising: receiving a delayed loading request and delay loading content from an activated application and performing allocation; refreshing an interface of the application; receiving the delay Loading the request, and sequentially executing the delayed loading content according to the sequence of the delayed loading request; the number of the delayed loading requests is at least one, each of the delayed loading requests and one of the delayed loading contents
- receiving the delayed loading request, and sequentially performing the delayed loading content according to the sequence of the delayed loading request includes: querying whether there is a delayed loading request, and having the delayed loading request Receiving the delayed loading request; storing the delayed loading request; calling and executing the delayed loading content corresponding to the delayed loading request.
- An application startup method based on an Android system comprising: receiving a delayed loading request and delay loading content from an activated application and performing allocation; refreshing an interface of the application; receiving the delay Loading the request and sequentially executing the delayed loading content according to the order of the delayed loading request.
- An application startup system based on an Android system, the system comprising: an allocation module, configured to receive a delayed loading request and a delayed loading content from an activated application and perform allocation; and a display module, configured to refresh the An interface of the application; a delay loading controller module, configured to receive the delayed loading request, and sequentially execute the delayed loading content according to the sequence of the delayed loading request.
- the Android system-based application startup method and system of the invention shortens the time from the application startup to the application interface presentation, and delays the time-consuming operation to the application interface presentation before processing. This speeds up the startup of the application and results in a better user experience.
- FIG. 1 is a flowchart of an Android system-based application startup method according to the present invention.
- FIG. 2 is a schematic diagram of steps of an application program using a delay loading controller module in an embodiment of an Android system-based application startup method according to the present invention.
- FIG. 3 is a block diagram of an embodiment of an application startup system based on the Android system of the present invention.
- FIG. 4 is a block diagram of a delay loading controller module in the Android system-based application startup system shown in FIG. 3.
- the present invention provides an application startup method and system based on the Android system.
- the present invention will be further described in detail below. It is understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
- FIG. 1 is a flowchart of an Android system-based application startup method according to the present invention. As shown in the figure, the Android system-based application startup method includes the following steps:
- the number of the delayed loading requests is at least one, and each of the delayed loading requests corresponds to one of the delayed loading contents.
- the step of receiving the delayed loading request and sequentially performing the delayed loading content according to the sequence of the delayed loading request includes:
- the delayed loading content corresponding to the delayed loading request is called and executed.
- the step of invoking and executing the delayed loading content corresponding to the delayed loading request is:
- the delayed loading content corresponding to the delayed loading request is called and executed according to the sequence of the delayed loading request storage.
- the query is stopped or the delayed loading request is received.
- the application When the application is started, the application sends a delayed loading request and a delayed loading content to the delayed loading controller module, and refreshes the application interface;
- the delay loading controller module receives the delayed loading request, and sequentially executes the delayed loading content according to the sequence of the delayed loading request.
- the delay loading controller module turns itself off.
- Step A is to pre-create a delay loading control module, which is the core of the present invention, and its main purpose is to make the application start time-consuming operations, such as: Android system applications are common
- the onCreate() function, the onStart() function, or the onResume() function are handled by the delay loading control module without affecting the application startup time (mainly the presentation time of the application interface).
- Step B is that when the application is launched, the application sends a delayed loading request and a delayed loading content to the delayed loading controller module, and then refreshes the application interface, that is, the application interface is refreshed to the screen.
- the delay loading request may be multiple, and each delayed loading request corresponds to a delayed loading content.
- the delayed load request of the onCreate() function corresponds to the loading of the onCreate() function
- the delayed load request of the onStart() function corresponds to the loading of the onStart() function.
- step C the delayed loading controller module receives the delayed loading request, and sequentially executes the delayed loading content according to the sequence of the delayed loading request. Although the application interface has been refreshed to the screen, much of the content it contains is not fully loaded. And the delay loading controller module sequentially executes the delayed loading content corresponding to the delayed loading request according to the sequence of the delayed loading request.
- the step C further includes:
- the delay loading controller module queries whether there is a delay loading request, if yes, proceeds to step C2;
- the delay loading controller module receives and stores the delayed loading request, and repeats step C1;
- the delay loading controller module turns on the instruction switch unit, and calls and executes the delayed loading content corresponding to the delayed loading request.
- Step C3 is to receive an external start loading instruction through the instruction switch unit, and call and execute the delayed loading content corresponding to the delayed loading request according to the start loading instruction.
- the delayed loading content corresponding to the delayed loading request is invoked and executed in step C3, the content is stored according to the sequence of the delayed loading request, that is, the storage first execution principle is followed.
- step D after the execution of the delayed loading content corresponding to the delayed loading request is completed, the delay loading controller module turns itself off. This frees up some system memory and does not affect the operation of the application. In addition, when the delay loading controller module is turned off by itself, no external delay loading request is queried or received.
- step 301 when the application starts, a delay loading controller module is created; the location of the module created in the Android application is generally the onCreate() or Activity sub of the Application subclass. The second line of the class's onCreate() function. Then, proceeding to step 302, requesting the delay loading controller module to perform the operation in the onCreate() function of the Activity subclass; and step 303, requesting the delay loading controller module to execute the onStart() in the Activity subclass. The operation in the function; and step 304, requesting the delay loading controller module to perform the operation in the onResume() function of the Activity subclass.
- step 305 in the onWindowFocusChanged() function of the Activity subclass, a load instruction is sent to the delay load controller module, at which point the module begins to execute the requests in steps 302, 303, and 304 until all requests are executed. Finished.
- the present invention further provides an application startup system based on an Android system, where the system includes:
- An allocation module configured to receive and load the delayed loading request and the delayed loading content from the launched application
- a display module configured to refresh an interface of the application
- the delay loading controller module is configured to receive the delayed loading request, and sequentially execute the delayed loading content according to the sequence of the delayed loading request.
- the number of the delayed loading requests is at least one, and each of the delayed loading requests corresponds to one of the delayed loading contents.
- the delay loading controller module includes:
- a request receiving unit configured to query whether there is a delayed loading request, and configured to receive the delayed loading request if the delayed loading request is performed;
- a request content storage unit configured to store the delayed loading request
- the request execution unit is configured to invoke and execute the delayed loading content corresponding to the delayed loading request.
- the request execution unit is further configured to invoke and execute the delayed loading content corresponding to the delayed loading request according to the sequence of the delayed loading request storage.
- the request receiving unit is further configured to stop querying or receiving the delayed loading request after the request execution unit executes the delayed loading content.
- the system can include: The distribution module 300, the display module 200, and the delay loading controller module 100; wherein the distribution module 300 is configured to send a delayed loading request and a delayed loading content to the delayed loading controller module 100 when the application is started;
- the display module 200 is configured to directly refresh the application interface after the distribution module 300 sends the delayed loading request and the delayed loading content;
- the delay loading controller module 100 is configured to receive the delayed loading request sent by the distribution module 300. And delay loading the content, and sequentially executing the delayed loading content according to the sequence of the delayed loading request.
- the delayed loading controller module 100 includes a request receiving unit 101, a request content storage unit 102, an instruction switching unit 103, and a request execution unit 104.
- the request receiving unit 101 is configured to query whether there is a delayed loading request, and if yes, send the delayed loading request and the corresponding delayed loading content to the request content storage unit 102; the request content storage unit 102 uses And storing the delayed loading request and the delayed loading content corresponding thereto; and managing the delayed loading request according to a first in first out principle;
- the instruction switching unit 103 is configured to receive an externally sent loading instruction, and then control the following Requesting an execution unit;
- the request execution unit 104 is configured to invoke and execute the delayed loading content corresponding to the delayed loading request.
- the Android system-based application startup method and system of the present invention first creates a delay load controller module; and when the application is launched, the application sends a delay to the delay load controller module. Loading the request and delay loading the content, and then refreshing the application interface; when the delayed loading controller module receives the delayed loading request, sequentially executing the delayed loading content according to the sequence of the delayed loading request; After the execution is completed, the delay loading controller module is turned off by itself. This shortens the time from application launch to application interface rendering, delays time-consuming operations to the application interface and then processes them. This shortens the application's time, speeds up application startup, and provides a better user experience.
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Abstract
本发明公开了一种基于Android系统的应用程序启动方法和系统,所述方法包括:从已启动的应用程序中接收延时加载请求和延时加载内容并进行分配;刷新所述应用程序的界面;接收所述延时加载请求,并根据所述延迟加载请求的顺序依次执行所述延时加载内容。本发明加快了应用程序的启动速度。
Description
本发明涉及Android技术领域,尤其涉及一种基于Android系统的应用程序启动方法和系统。
Android是一种以Linux为基础的开放源码操作系统,主要使用于便携设备。Android操作系统最初由Andy
Rubin开发,最初主要支持手机,现逐渐扩展到平板电脑及其他领域上。Android操作系统(也称Android系统)具有操作简单、容易上手、智能性高、开源、免费应用多等优点。
当前Android手机(即安装有Android系统的手机)的普及度很高,相互之间硬件配置相差巨大。同一个应用程序在配置相对较低的手机上启动速度相对较慢。当应用程序需要花很长时间来初始化,并加载很多内容时,用户不得不去等待该应用程序的启动,浪费了用户的时间,随之而带来的用户体验性也会很差。
有鉴于此,现有技术还有待于改进和发展。
鉴于上述现有技术的不足,本发明的目的在于提供一种基于Android系统的应用程序启动方法和系统,旨在解决在配置较低的Android手机上应用程序启动较慢的问题。
一种基于Android系统的应用程序启动方法,所述方法包括:从已启动的应用程序中接收延时加载请求和延时加载内容并进行分配;刷新所述应用程序的界面;接收所述延时加载请求,并根据所述延迟加载请求的顺序依次执行所述延时加载内容;所述延时加载请求的个数为至少一个,每一所述延时加载请求与一所述延时加载内容对应;所述接收所述延时加载请求,并根据所述延迟加载请求的顺序依次执行所述延时加载内容步骤包括:查询是否有延时加载请求,并在有所述延时加载请求的情况下接收所述延时加载请求;存储所述延时加载请求;调用并执行延时加载请求所对应的延时加载内容。
一种基于Android系统的应用程序启动方法,所述方法包括:从已启动的应用程序中接收延时加载请求和延时加载内容并进行分配;刷新所述应用程序的界面;接收所述延时加载请求,并根据所述延迟加载请求的顺序依次执行所述延时加载内容。
一种基于Android系统的应用程序启动系统,所述系统包括:分配模块,用于从已启动的应用程序中接收延时加载请求和延时加载内容并进行分配;显示模块,用于刷新所述应用程序的界面;延时加载控制器模块,用于接收所述延时加载请求,并根据所述延迟加载请求的顺序依次执行所述延时加载内容。
本发明的基于Android系统的应用程序启动方法和系统,缩短了应用程序启动到应用程序界面呈现的时间,把耗时的操作延后到应用程序界面呈现后再处理。这样就加快了应用程序的启动速度,获得了更好的用户体验。
图1为本发明的基于Android系统的应用程序启动方法的流程图。
图2为本发明的基于Android系统的应用程序启动方法的实施例中应用程序使用延时加载控制器模块的步骤示意图。
图3为本发明基于Android系统的应用程序启动系统的实施例的框图。
图4为图3所示基于Android系统的应用程序启动系统中延时加载控制器模块的框图。
本发明提供基于Android系统的应用程序启动方法和系统,为使本发明的目的、技术方案及效果更加清楚、明确,以下对本发明进一步详细说明。应当理解,此处所描述的具体实施例仅仅用以解释本发明,并不用于限定本发明。
请参阅图1,图1为本发明的基于Android系统的应用程序启动方法的流程图。如图所示,所述基于Android系统的应用程序启动方法,所述方法包括以下步骤:
从已启动的应用程序中接收延时加载请求和延时加载内容并进行分配;
刷新所述应用程序的界面;
接收所述延时加载请求,并根据所述延迟加载请求的顺序依次执行所述延时加载内容。
其中,所述延时加载请求的个数为至少一个,每一所述延时加载请求与一所述延时加载内容对应。
其中,所述接收所述延时加载请求,并根据所述延迟加载请求的顺序依次执行所述延时加载内容步骤包括:
查询是否有延时加载请求,并在有所述延时加载请求的情况下接收所述延时加载请求;
存储所述延时加载请求;
调用并执行延时加载请求所对应的延时加载内容。
其中,所述调用并执行延时加载请求所对应的延时加载内容的步骤为:
根据所述延时加载请求存储的顺序调用并执行延时加载请求所对应的延时加载内容。
其中,在执行完所述延时加载内容后,停止查询或接收所述延时加载请求。
具体地,可以依次执行以下步骤;
A、预先创建一用于接收应用程序的延时加载请求并执行与所述延时加载请求对应的延时加载内容的延时加载控制器模块;
B、当启动应用程序时,应用程序向所述延时加载控制器模块发送延时加载请求和延时加载内容,并刷新应用程序界面;
C、所述延时加载控制器模块接收所述延时加载请求,根据所述延迟加载请求的顺序依次执行所述延时加载内容;
D、当所述延时加载内容执行完毕,所述延时加载控制器模块自行关闭。
下面分别针对上述步骤进行详细描述:
A步骤为预先创建一延时加载控制模块,所述延时加载控制器模块是本发明的核心所在,其主要目的就是让应用程序启动时的耗时操作,比如:Android系统的应用程序中常见的onCreate()函数、onStart()函数或onResume()函数等交由延时加载控制模块处理,而不影响应用程序的启动时间(主要是指应用程序界面的呈现时间)。
B步骤为当启动应用程序时,应用程序向所述延时加载控制器模块发送延时加载请求和延时加载内容,然后,刷新应用程序界面,即将应用程序界面刷新到屏幕上。其中,所述延时加载请求可以为多个,且每一延时加载请求对应一延时加载内容。比如:onCreate()函数的延时加载请求对应onCreate()函数的加载,onStart()函数的延时加载请求对应onStart()函数的加载。而将延时加载内容发送到延时加载控制器模块后,应用程序直接刷新到显示界面上,即用户可见,这样一来,大大缩短了应用程序的启动时间,获得了更好的用户体验。
C步骤为所述延时加载控制器模块接收所述延时加载请求,根据所述延迟加载请求的顺序依次执行所述延时加载内容。虽然应用程序界面已刷新到屏幕上了,但是其包含的很多内容还没有完全加载。而所述延时加载控制器模块根据所述延时加载请求的顺序依次执行所述延时加载请求对应的延时加载内容。当所述延时加载请求为多个时,所述步骤C进一步包括:
C1、所述延时加载控制器模块查询是否有延时加载请求,如有则进行步骤C2;
C2、所述延时加载控制器模块接收并存储所述延时加载请求,并重复进行步骤C1;
C3、所述延时加载控制器模块开启指令开关单元,调用并执行延时加载请求所对应的延时加载内容。
由步骤C1、C2可知,所述延时加载控制器模块一直查询是否有延时加载请求,直至所有的延时加载请求接收并存储完毕。而步骤C3则是通过指令开关单元接收外部开始加载的指令,并根据所述开始加载指令调用并执行延时加载请求所对应的延时加载内容。
进一步地,在步骤C3中调用并执行延时加载请求所对应的延时加载内容时,是根据所述延时加载请求存储的顺序进行的,即遵循先存储先执行原则。
D步骤为当所述延时加载请求所对应的延时加载内容执行完毕后,所述延时加载控制器模块自行关闭。从而释放了一定的系统内存,不会影响到应用程序的运行。另外,当延时加载控制器模块自行关闭后,不再查询或接收外部任何的延时加载请求。
通过上述A、B、C和D四个步骤,缩短了应用程序启动到应用程序界面呈现的时间,把耗时的操作延后到应用程序界面呈现后由延时加载控制器模块再进行处理。这样就缩短了应用程序的相应时间,加快了应用程序的启动速度,获得了更好的用户体验。
下面通过一个具体的实施例来进行详细描述如何加速应用程序启动的。如图2所示,首先,在步骤301时,应用程序启动之初,创建延时加载控制器模块;Android应用程序中创建此模块的位置一般是在Application子类的onCreate()或是Activity子类的onCreate()函数的第二行。然后,进行步骤302、向延时加载控制器模块请求执行原本在Activity子类的onCreate()函数中的操作;步骤303、向延时加载控制器模块请求执行原本在Activity子类的onStart()函数中的操作;以及步骤304、向延时加载控制器模块请求执行原本在Activity子类的onResume()函数中的操作。然后,刷新应用程序显示界面到屏幕上,即用户可见。最后,在步骤305中,在Activity子类的onWindowFocusChanged()函数中,向延时加载控制器模块发送加载指令,此时该模块开始依次执行步骤302、303、304中的请求,直至所有请求执行完毕。
另外,如图3所示,本发明还提供了一种基于Android系统的应用程序启动系统,所述系统包括:
分配模块,用于从已启动的应用程序中接收延时加载请求和延时加载内容并进行分配;
显示模块,用于刷新所述应用程序的界面;
延时加载控制器模块,用于接收所述延时加载请求,并根据所述延迟加载请求的顺序依次执行所述延时加载内容。
其中,所述延时加载请求的个数为至少一个,每一所述延时加载请求与一所述延时加载内容对应。
其中,所述延时加载控制器模块包括:
请求接收单元,用于查询是否有延时加载请求,并用于在有所述延时加载请求的情况下接收所述延时加载请求;
请求内容存储单元,用于存储所述延时加载请求;
请求执行单元,用于调用并执行延时加载请求所对应的延时加载内容。
其中,所述请求执行单元还用于根据所述延时加载请求存储的顺序调用并执行延时加载请求所对应的延时加载内容。
其中,所述请求接收单元还用于在所述请求执行单元执行完所述延时加载内容后,停止查询或接收所述延时加载请求。
具体地,所述系统可以包括:
分配模块300、显示模块200和延时加载控制器模块100;其中,所述分配模块300用于当应用程序启动时,向延时加载控制器模块100发送延时加载请求和延时加载内容;所述显示模块200用于在分配模块300发送延时加载请求和延时加载内容后,直接刷新应用程序界面;所述延时加载控制器模块100用于接收分配模块300发送的延时加载请求和延时加载内容,根据所述延迟加载请求的顺序依次执行所述延时加载内容。
其中,如图4所示,所述延时加载控制器模块100包括:请求接收单元101、请求内容存储单元102、指令开关单元103和请求执行单元104。其中,所述请求接收单元101用于查询是否有延时加载请求,如有则将延时加载请求及与其对应的延时加载内容发送到请求内容存储单元102;所述请求内容存储单元102用于存储所述延时加载请求及与其对应的延时加载内容;并依据先进先出原则管理所述延时加载请求;所述指令开关单元103用于接收外部发送的加载指令,然后控制下述请求执行单元;所述请求执行单元104用于调用并执行延时加载请求所对应的延时加载内容。所述延时加载控制器模块的具体功能已经在上面进行了详细描述,这里就不再赘述了。
综上所述,本发明的基于Android系统的应用程序启动方法和系统,首先创建一延时加载控制器模块;并当启动应用程序时,应用程序向所述延时加载控制器模块发送延时加载请求和延时加载内容,然后,刷新应用程序界面;当所述延时加载控制器模块接收所述延时加载请求,根据所述延迟加载请求的顺序依次执行所述延时加载内容;最后,执行完毕后,所述延时加载控制器模块自行关闭。从而缩短了应用程序启动到应用程序界面呈现的时间,把耗时的操作延后到应用程序界面呈现后再处理。这样就缩短了应用程序的相应时间,加快了应用程序的启动速度,获得了更好的用户体验。
应当理解的是,本发明的应用不限于上述的举例,对本领域普通技术人员来说,可以根据上述说明加以改进或变换,所有这些改进和变换都应属于本发明所附权利要求的保护范围。
Claims (13)
- 一种基于Android系统的应用程序启动方法,其中所述方法包括:从已启动的应用程序中接收延时加载请求和延时加载内容并进行分配;刷新所述应用程序的界面;接收所述延时加载请求,并根据所述延迟加载请求的顺序依次执行所述延时加载内容;所述延时加载请求的个数为至少一个,每一所述延时加载请求与一所述延时加载内容对应;所述接收所述延时加载请求,并根据所述延迟加载请求的顺序依次执行所述延时加载内容步骤包括:查询是否有延时加载请求,并在有所述延时加载请求的情况下接收所述延时加载请求;存储所述延时加载请求;调用并执行延时加载请求所对应的延时加载内容。
- 根据权利要求1所述的基于Android系统的应用程序启动方法,其中所述调用并执行延时加载请求所对应的延时加载内容的步骤为:根据所述延时加载请求存储的顺序调用并执行延时加载请求所对应的延时加载内容。
- 根据权利要求1所述的基于Android系统的应用程序启动方法,其中在执行完所述延时加载内容后,停止查询或接收所述延时加载请求。
- 一种基于Android系统的应用程序启动方法,其中所述方法包括:从已启动的应用程序中接收延时加载请求和延时加载内容并进行分配;刷新所述应用程序的界面;接收所述延时加载请求,并根据所述延迟加载请求的顺序依次执行所述延时加载内容。
- 根据权利要求4所述的基于Android系统的应用程序启动方法,其中所述延时加载请求的个数为至少一个,每一所述延时加载请求与一所述延时加载内容对应。
- 根据权利要求4所述的基于Android系统的应用程序启动方法,其中所述接收所述延时加载请求,并根据所述延迟加载请求的顺序依次执行所述延时加载内容步骤包括:查询是否有延时加载请求,并在有所述延时加载请求的情况下接收所述延时加载请求;存储所述延时加载请求;调用并执行延时加载请求所对应的延时加载内容。
- 根据权利要求6所述的基于Android系统的应用程序启动方法,其中所述调用并执行延时加载请求所对应的延时加载内容的步骤为:根据所述延时加载请求存储的顺序调用并执行延时加载请求所对应的延时加载内容。
- 根据权利要求6所述的基于Android系统的应用程序启动方法,其中所述方法还包括:在执行完所述延时加载内容后,停止查询或接收所述延时加载请求。
- 一种基于Android系统的应用程序启动系统,其中所述系统包括:分配模块,用于从已启动的应用程序中接收延时加载请求和延时加载内容并进行分配;显示模块,用于刷新所述应用程序的界面;延时加载控制器模块,用于接收所述延时加载请求,并根据所述延迟加载请求的顺序依次执行所述延时加载内容。
- 根据权利要求9所述的基于Android系统的应用程序启动系统,其中所述延时加载请求的个数为至少一个,每一所述延时加载请求与一所述延时加载内容对应。
- 根据权利要求9所述的基于Android系统的应用程序启动系统,其中所述延时加载控制器模块包括:请求接收单元,用于查询是否有延时加载请求,并用于在有所述延时加载请求的情况下接收所述延时加载请求;请求内容存储单元,用于存储所述延时加载请求;请求执行单元,用于调用并执行延时加载请求所对应的延时加载内容。
- 根据权利要求11所述的基于Android系统的应用程序启动系统,其中所述请求执行单元还用于根据所述延时加载请求存储的顺序调用并执行延时加载请求所对应的延时加载内容。
- 根据权利要求11所述的基于Android系统的应用程序启动系统,其中所述请求接收单元还用于在所述请求执行单元执行完所述延时加载内容后,停止查询或接收所述延时加载请求。
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