CN101968745A - Development system and development method for application programs of mobile terminal - Google Patents
Development system and development method for application programs of mobile terminal Download PDFInfo
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Abstract
The invention discloses a development system and a development method for application programs of a mobile terminal. The development system comprises an application program development frame AF and a visual operating system (VOS), wherein the AF is used for providing a programming interface, a function module and an application frame for superstratum application programs, taking over events and messages of a bottom operating system (OS) of the mobile terminal and forwarding the processed events and messages to the superstratum application programs; and the VOS is used for routing the events and the messages of the bottom operating system (OS) of the mobile terminal to the AF through a visual interface and encapsulating an application programming interface (API) generated by the AF and sending the encapsulated API to the OS to realize the difference that the superstratum application programs shield different operating systems of a substratum. Therefore, the development system and the development method can be suitable for platforms of all mobile terminal, and make the development of various application programs by users convenient.
Description
Technical field
The present invention relates to the application program for mobile terminal development technique, relate in particular to a kind of development system and method for application program for mobile terminal.
Background technology
At present, along with the continuous development of mobile communication technology, portable terminal has been deep in people's the life, and mobile communication has also become the most widely used communication mode.Here, the alleged portable terminal of the present invention is meant that mobile phone, personal digital assistant (PDA, Personal Digital Assistant) etc. have the small hand-held formula mobile communication equipment of wireless communication function.With the mobile phone is example, and it occupies an important position in user's life as the instrument of daily life and business.
For the user demand that cooperates people to become increasingly abundant, continuing in the exploitation for portable terminal provides the application program of various functions, platform on the portable terminal generally comprises MTK (MediaTek, Lian Fake), WIN32, spreadtrum, MStar (stars at dawn) or the like, the requirement of different plateform system application programs operations is not quite similar.Therefore, the development system that can operate in the application program on each mobile-terminal platform becomes and is even more important.
Summary of the invention
The development system and the method that the purpose of this invention is to provide a kind of application program for mobile terminal of the platform that can be applicable to each portable terminal.
For achieving the above object, the present invention adopts following technical scheme:
A kind of development system of application program for mobile terminal comprises application development frameworks AF and the VOS of visualized operation system, wherein,
Described AF, be used for providing unified DLL (dynamic link library), functional module and application framework to upper level applications, take over incident and the message of portable terminal underlying operating system OS simultaneously, be transmitted to upper level applications after treatment, described AF comprises and is used for realizing the functional module group of described each function of AF and the user interface UI that links to each other with described functional module group;
Described VOS is used for by visual interface incident and the message of portable terminal underlying operating system OS being routed to AF, and the application programming interface API that AF generates encapsulated sends to OS.
Further, described functional module group comprises:
Memory management module MMU is used for finishing distribution, discharges algorithm on given internal memory, for upper layer application provides the Dram calling interface, and the function of carrying out internal memory leak detection and unusual pointer detection;
Common data structure storehouse CDL is used to provide dynamic insertion, deletion, the function of dynamic expansion length and capacity;
Timer management module Timer is used to provide the function that increases the timer function;
The string operation collection of functions is used to provide the operation of Ascii, Unicode character string, and the mutual conversion between these two kinds of character strings;
Figure, image rendering collection of functions are used to support the various demonstrations of common picture format to draw, and the drafting of point, line, text;
The file operation interface is used to provide the operation that the read-write of disk file is revised;
The realization module of Http agreement is used to finish the request of obtaining, sending.
Further, described timer management module is used for from the driving of timer of portable terminal underlying operating system OS application as oneself, each task of poll of not stopping in the formation the inside of oneself then, if have overdue, the set call back function of calling task then.
Further, described functional module group also comprises:
Mobile terminal data administrative center is used for portable terminal is carried out data management completely, can with the backstage intercommunication, finish the unified product summary of client data.
Further, described functional module group also comprises:
Asynchronous and synchronization message mechanism is used to utilize the underlying platform characteristic, encapsulates the realization of oneself;
Log manager is used for sub-module, branch rank, to the print routine daily record of various objectives ground, uses these parameters of configuration file unified management;
The utility function collection is used to preserve collection of functions unfiled but commonly used;
Profile management module, the configuration file read-write interface that is used to provide.
Further, described functional module also comprises:
Sound encapsulation operation interface is used to encapsulate sound;
Video encapsulation operation interface is used for encapsulate video.
Further, described UI comprises:
User interface engine UI engine is used to create the window of a plurality of application items, and incident is distributed to the focus window;
User interface controller UI control is used to collect incident and the message that OS sends over, and control UI engine distributes focus window to correspondence with incident, and this UI control controls corresponding control then, handles accordingly according to the content of incident.
The method that a kind of development system that utilizes above-mentioned application program for mobile terminal is developed comprises:
Step 1: the user imports in VOS using the Action Events of project, and VOS is routed to AF with this incident;
Step 2:UI control collects the incident that sends over from OS;
Step 3:Timer module is added into task list with this incident;
Step 4:MMU for this incident is distributed the internal memory that pre-establishes size, and provides the Dram calling interface of correspondence according to the type of incident for the upper layer application project;
Step 5: according to the type of incident, the window of UI control control UI engine incident correspondence is set to the focus window;
Step 6:UI engine distributes focus window to correspondence with incident;
Step 7:UI control control and the corresponding control of incident according to the content of incident, resolve incident and handle;
After step 8:UI control finishes processing to incident, the application item that generates is sent to VOS;
Step 9:VOS goes up the application item that presented event generates, and application program is encapsulated, and sends to OS.
Further, in the described step 7, in each event handler procedure, string operation collection of functions that the function corresponding unit provides in the calling function module and figure, image rendering collection of functions.
Further, in the described step 7, in each event handler procedure, dynamically insert, expand the length of data structure and the size and the increase and decrease interface commonly used of capacity by CDL.
The development system of application program for mobile terminal provided by the invention and method, because the application development frameworks AF that it comprised can provide unified DLL (dynamic link library), functional module and application framework to upper level applications, take over incident and the message of portable terminal underlying operating system OS simultaneously, be transmitted to upper level applications after treatment, thereby can realize difference each different operating system of upper level applications shielding lower floor.Therefore, development system of the present invention can be applicable to the platform of each portable terminal, the user is developed various application programs provide great convenience.
Description of drawings
Fig. 1 is the synoptic diagram that concerns between the development system of application program for mobile terminal of the present invention and portable terminal underlying operating system OS and the upper level applications APPs;
Fig. 2 is the fundamental diagram of the timer management module in the development system of application program for mobile terminal shown in Figure 1.
Embodiment
In order to make purpose of the present invention, technical scheme and advantage clearer,, the present invention is further elaborated below in conjunction with drawings and Examples.Should be appreciated that specific embodiment described herein only in order to explanation the present invention, and be not used in qualification the present invention.
As shown in Figure 1, the invention provides a kind of development system of application program for mobile terminal, its be positioned at the portable terminal underlying operating system (Operating System, OS) and upper level applications (Applications, APPs) between.
Upper level applications APPs comprises various application programs, for example: music (Music), e-book (E-Book), video (Video), picture (Picture) or the like.
Portable terminal underlying operating system OS has MTK, WIN32, spreadtrum, MStar or the like.
The development system of application program for mobile terminal of the present invention comprise application development frameworks (Application Framework, AF) and the visualized operation system (Visual Operating System, VOS), wherein,
Described AF, be used for providing unified DLL (dynamic link library), functional module and application framework to upper level applications APPs, take over incident and the message of portable terminal underlying operating system OS simultaneously, be transmitted to upper level applications APPs after treatment, described AF comprise the functional module group (Functional Module) that is used for realizing described each function of AF and the user interface that links to each other with described functional module group (User Interface, UI);
Described VOS, be used for incident and the message of portable terminal underlying operating system OS being routed to AF by visual interface, and application programming interface (the Application Programming Interface that AF is generated, API) encapsulate and send to OS, thereby realize difference each different operating system of upper level applications APPs shielding lower floor.
The development system of application program for mobile terminal of the present invention is because the application development frameworks AF that it comprised can realize the difference to each different operating system of upper level applications shielding lower floor.Therefore, development system of the present invention can be applicable to the platform of each portable terminal, the user is developed various application programs provide great convenience.
Particularly, when design AF, its functional module group can comprise following functional unit:
1. memory management module (Memory Management Unit, MMU), be used on a given internal memory (Buffer), finishing distribution, discharge algorithm,, and can carry out simple functions such as internal memory leak detection, unusual pointer detection for upper layer application provides the Dram calling interface.
The main interface pseudo-code of MMU can be referring to following code:
#include“GDataType.h”
The given internal memory * of/* initialization/
void?GMMU?Init(GU8*buf，GU32size)；
The internal memory of/* assignment system sizing, and if distributed failure should return GNULL*/
void*GMMU_Malloc(GU32size)；
/ * release formulation memory block */
void?GMMU_Free(void*p)；
/ * other as internal memory reveal statistics wait interface summary */
2. (Common Datastructure Library CDL), is used to provide dynamic insertion, deletion, the function of dynamic expansion length and capacity in the common data structure storehouse.This CDL can adopt dynamic Container Type: Vector (vector).
The main interface pseudo-code of Vector can be referring to following code:
#include“GDataType.h”
/ * GVector data structure definition */
typedef?struct
{
GU16capacity; The capacity of // container
GU16size; The size of // container, promptly existing element number
GU16capacity_inc; // container is each from the increment that increases
Void**data; // internal tank element pointer
}GVector
/ * create, destroy container */
GVector*GVector_Create(GU?16cap，GU?16cap_inc)；
void?GVector_Free(GVector*thiz)；
/ * additions and deletions look into change etc. common interfaces */
GBOOL?GVector_Add(GVector*thiz，void*obj)；
void*GVector_Remove(GVector*thiz，GU16index)；
GU16GVector_Find(GVector*thiz，void*obj)；
GBOOL?GVector_Set(GVector*thiz，void*obj，GU16index)；
void*GVector_At(GVector*thiz，GU16index)；
Other set of/*, get interface summary * as capacity, size/
3. timer management module (Timer) is used to provide increase a function such as timer function, and it is the important means that program realizes asynchronous call.
As shown in Figure 2, this Timer module of realization for convenience, its preferably from operating system OS timer of application (can for the minimum precision of general real-time system for example the timer of 50ms) as the driving of oneself, each task of poll (Task) of not stopping then in the formation the inside of oneself, if have overdue, the set call back function of calling task then.
Function that Timer is main and effect:
A, task queue of internal maintenance can be called each task on time, in due order;
B, can dynamically increase, the deletion task.
The main interface pseudo-code of Timer module can be referring to following code:
#include“GDataType.h”
typedef?void(*PFN_GTIMER_RUN)(void*user_data)；
/ * GTimer data structure definition */
typedef?struct
{
GS32timer_id; The id of //timer
GS32interval; The interval of //timer is generally 50ms-100ms
GBOOL start; Whether //timer starts
GVector * task; The task list of //timer comprised
PFN_GTIMER_RUN cb_run; The major cycle of //timer
}GTimer
/ * GTimerTask data structure definition */
typedef?struct
{
Void * user_data; The user data of // this Task
GS32interval; The interval of // this Task generally is greater than 50ms-100ms
GS32work_num; The number of times of the execution of // this Task, not limitting then is-1
PFN_GTIMER_RUN cb_run; The execution call back function of // this Task
PFN_GTIMER_RUN cb_free; The release call back function of // this Task
}GTimerTask
/ * create, destroy Timer*/
GTimer*GTimer_Create(
GS32timer_id, //id of timer
GS32interval, //interval of timer, be generally 50ms-100ms
GBOOL start, //whether timer start
The major cycle of PFN_GTIMER_RUN cb_run//timer
)；
void?GTimer_Free(GTimer*thiz)；
/ * starting and stopping task dispatching common interfaces */
GBOOL?GTimer_Start(GTimer*thiz，GTimerTask*task)；
void?GTimer_Stop(GTimer*thiz，GTimerTask*task)；
GS?8GTimer_Check(GTimer*thiz，GTimerTask*task)；
Other interfaces summaries of/* */
4. string operation collection of functions (String) is used to the Ascii that provides commonly used, the operation commonly used of Unicode character string, and the mutual conversion between them.
5. figure, image rendering collection of functions (Image and Graphics) are used to support the various demonstrations of common form to draw, as jpg, bmp, png, gif, and the drafting of point, line, text.
6. file operation interface (File) is used to provide the operations such as read-write modification to disk file.
7.Http the realization module (Http) of (HyperText Transfer Protocol, HTML (Hypertext Markup Language)) agreement is used to finish get (obtaining), post requests such as (transmissions).
Further, can realize some other function in order to make AF, functional module group can also comprise:
Mobile terminal data administrative center (Data Management Center, DMC), for example five megalocheiria machine terminal data administrative centers are used for mobile phone is carried out data management completely, can with the backstage intercommunication, finish the unified product summary of client data.
Again further, functional module group can also comprise:
9. asynchronous and synchronization message mechanism (Asynchronous ﹠amp; Synchronous Message), utilizes the underlying platform characteristic, encapsulate the realization of oneself.
10. log manager (Logger) is used for sub-module, branch rank, to the print routine daily record of various objectives ground, uses these parameters of configuration file unified management.
11. utility function collection (Utility) is used for function unfiled but commonly used is concentrated on this module.
12. (Configuration File Management CFM), is used to provide configuration file read-write interface efficiently to profile management module, and bottom can be realized with the sqlite database.
Again further, functional module group can also comprise:
13. sound encapsulation operation interface is used to encapsulate sound;
14. video encapsulation operation interface is used for encapsulate video.
Among the present invention, UI can comprise user interface engine (UI engine) and user interface controller (UI control), wherein,
UI engine: be used to create the window of a plurality of application items, and incident is distributed to the focus window.
AF creates a plurality of application windows corresponding to different application items, and it is the focus window that synchronization has only a window, and in occupation of all screens.The focus window is the current effective window.UI Engine only is distributed to the focus window to incident, if other application items go for incident, need be set to the focus window by the window of UIengine correspondence.
UI control: be used to collect incident and the message that OS sends over, and control UI engine distributes focus window to correspondence with incident, UI control controls corresponding control then, content according to incident is handled accordingly, for example by Button (button) control response click event (for example Ok key etc.), by one section text of label (label) ActiveX drafting, by image (picture) ActiveX drafting picture or the like.
AF system works flow process of the present invention is roughly as follows:
Step 1: to using the Action Events of project, VOS is routed to GAF with this incident to the user in the VOS input;
Step 2:UI control collects the incident that sends over from OS;
Step 3:Timer module is added into task list with this incident;
Step 4:MMU for this incident is distributed the internal memory that pre-establishes size, and provides the Dram calling interface of correspondence according to the type of incident for the upper layer application project;
Step 5: according to the type of incident, the window of UI control control UI engine incident correspondence is set to the focus window;
Step 6:UI engine distributes focus window to correspondence with incident;
Step 7:UI control control and the corresponding control of incident according to the content of incident, resolve incident and handle;
For example: by Button (button) control response click event (for example Ok key etc.), by one section text of label (label) ActiveX drafting, by image (picture) ActiveX drafting picture or the like.
Wherein, in each event handler procedure, what call is that string operation collection of functions, the graph image that the function corresponding unit provides in the functional module group drawn collection of functions and other utility function collection etc.
Simultaneously, in each event handler procedure, can dynamically insert, expand length and the size of capacity and the interface that increase and decrease is used always etc. of data structure by CDL.
After step 8:UI control finishes processing to incident, the application item that generates is sent to VOS;
Step 9:VOS goes up the application item that presented event generates, and application program is encapsulated, and sends to OS.
Relate to the action of each functional unit in the above-mentioned steps, see also the description part of forward part functional unit structure and effect in detail.
To sum up, the development system of application program for mobile terminal of the present invention and method, because the application development frameworks AF that it comprised can provide unified DLL (dynamic link library), functional module and application framework to upper level applications, take over incident and the message of portable terminal underlying operating system OS simultaneously, be transmitted to upper level applications after treatment, thereby can realize difference each different operating system of upper level applications shielding lower floor.Therefore, development system of the present invention can be applicable to the platform of each portable terminal, the user is developed various application programs provide great convenience.
The above is preferred embodiment of the present invention only, is not to be used for limiting practical range of the present invention; If do not break away from the spirit and scope of the present invention, the present invention is made amendment or is equal to replacement, all should be encompassed in the middle of the protection domain of claim of the present invention.
Claims (10)
1. the development system of an application program for mobile terminal is characterized in that, comprises application development frameworks AF and the VOS of visualized operation system, wherein,
Described AF, be used for providing unified DLL (dynamic link library), functional module and application framework to upper level applications, take over incident and the message of portable terminal underlying operating system OS simultaneously, be transmitted to upper level applications after treatment, described AF comprises and is used for realizing the functional module group of described each function of AF and the user interface UI that links to each other with described functional module group;
Described VOS is used for by visual interface incident and the message of portable terminal underlying operating system OS being routed to AF, and the application programming interface API that AF generates encapsulated sends to OS.
2. system according to claim 1 is characterized in that, described functional module group comprises:
Memory management module MMU is used for finishing distribution, discharges algorithm on given internal memory, for upper layer application provides the Dram calling interface, and the function of carrying out internal memory leak detection and unusual pointer detection;
Common data structure storehouse CDL is used to provide dynamic insertion, deletion, the function of dynamic expansion length and capacity;
Timer management module Timer is used to provide the function that increases the timer function;
The string operation collection of functions is used to provide the operation of Ascii, Unicode character string, and the mutual conversion between these two kinds of character strings;
Figure, image rendering collection of functions are used to support the various demonstrations of common picture format to draw, and the drafting of point, line, text;
The file operation interface is used to provide the operation that the read-write of disk file is revised;
The realization module of Http agreement is used to finish the request of obtaining, sending.
3. system according to claim 2, it is characterized in that, described timer management module, be used for from of the driving of timer of portable terminal underlying operating system OS application as oneself, each task of poll of not stopping then in the formation the inside of oneself, if have overdue, the set call back function of calling task then.
4. system according to claim 2 is characterized in that, described functional module group also comprises:
Mobile terminal data administrative center is used for portable terminal is carried out data management completely, can with the backstage intercommunication, finish the unified product summary of client data.
5. system according to claim 2 is characterized in that, described functional module group also comprises:
Asynchronous and synchronization message mechanism is used to utilize the underlying platform characteristic, encapsulates the realization of oneself;
Log manager is used for sub-module, branch rank, to the print routine daily record of various objectives ground, uses these parameters of configuration file unified management;
The utility function collection is used to preserve collection of functions unfiled but commonly used;
Profile management module, the configuration file read-write interface that is used to provide.
6. system according to claim 2 is characterized in that, described functional module also comprises:
Sound encapsulation operation interface is used to encapsulate sound;
Video encapsulation operation interface is used for encapsulate video.
7. according to the described system of arbitrary claim in the claim 1 to 6, it is characterized in that described UI comprises:
User interface engine UI engine is used to create the window of a plurality of application items, and incident is distributed to the focus window;
User interface controller UI control is used to collect incident and the message that OS sends over, and control UI engine distributes focus window to correspondence with incident, and this UI control controls corresponding control then, handles accordingly according to the content of incident.
8. the method that the development system that utilizes the described application program for mobile terminal of claim 7 is developed is characterized in that, comprising:
Step 1: the user imports in VOS using the Action Events of project, and VOS is routed to AF with this incident;
Step 2:UI control collects the incident that sends over from OS;
Step 3:Timer module is added into task list with this incident;
Step 4:MMU for this incident is distributed the internal memory that pre-establishes size, and provides the Dram calling interface of correspondence according to the type of incident for the upper layer application project;
Step 5: according to the type of incident, the window of UI control control UI engine incident correspondence is set to the focus window;
Step 6:UI engine distributes focus window to correspondence with incident;
Step 7:UI control control and the corresponding control of incident according to the content of incident, resolve incident and handle;
After step 8:UI control finishes processing to incident, the application item that generates is sent to VOS;
Step 9:VOS goes up the application item that presented event generates, and application program is encapsulated, and sends to OS.
9. method according to claim 8 is characterized in that, in the described step 7, and in each event handler procedure, string operation collection of functions that the function corresponding unit provides in the calling function module and figure, image rendering collection of functions.
10. according to Claim 8 or 9 described methods, it is characterized in that, in the described step 7, in each event handler procedure, dynamically insert, expand the length of data structure and the size and the increase and decrease interface commonly used of capacity by CDL.
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Application publication date: 20110209 |