CN103164204A - Generation method and system of user interfaces based on Symbian system - Google Patents
Generation method and system of user interfaces based on Symbian system Download PDFInfo
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Abstract
The invention discloses a generation method and a system of user interfaces based on a Symbian system. The method based on the Symbian system includes: defining a self-defining data structure with standard C++ ports based on a data contracture and a data type of the Symbian system; establishing a subclass of an implementation frame medium class of the Symbian system, and a self-defining system implementation frame is composed of the subclass; establishing self-defining widgets based on a widget of the Symbian system, and establishing a composite widget which comprises multiple self-defining widgets; carrying on a self-defining interface template which is generated by the composite widget; when the user interfaces are generated, carrying on a user interface template which is generated by the self-defining interface template, and carrying on a user system implementation frame which is generated by the self-defining system implementation frame, initializing the user interface template through the user system implement frame, and adding the self-defining widgets when the user interface template is initialized. According to the generation method and the system of the user interfaces based on the Symbian system, development rates of the user interfaces based on the Symbian system can be improved, and showing effects of the user interfaces can be improved.
Description
Technical field
The present invention relates to moving communicating field, particularly based on the generation method and system of the user interface of Symbian system.
Background technology
The development of mobile Internet is more and swifter and more violent, presents in the market iPhone, android, Symbian, the situation that a plurality of cell phone systems such as windows phone are contended.Because the mobile phone market occupation rate based on the Symbian system is also very large, in the coming years, the Symbian system will play an important role in mobile phone development.User interface (UI) exploitation is an emphasis of application and development in mobile terminal always.Different from the UI exploitation easily of other cell phone system, the UI exploitation of Symbian system is difficulty comparatively.Its main cause is, first, Symbian system control expression effect is relatively poor, system's control that the system such as iPhone, android provides just can bring the very good effect performance, show and will obtain effect same on Symbian, need a large amount of developments, cause in the Symbian system tempo of development relatively slow; Second, switch between the interface that the UI of Symbian system framework provides, the focal point control function between the interior element of interface is very complicated, for the interface of a complexity, if the method that only adopts the Symbian system framework to provide needs very complicated logical code to realize the focus switching; The 3rd, Symbian C++ does not adopt standard C ++ the storehouse, seem aspect memory management very complicated, and have a strong impact on tempo of development, and easily cause RAM leakage.
Summary of the invention
The method and system that generates based on the user interface of Symbian system provided by the invention, relatively slow to solve in prior art in the Symbian system user interface development speed, the problem that the user interface expression effect is poor.
The invention discloses a kind of generation method of the user interface based on the Symbian system, described method comprises:
Step 1 has standard C based on data structure and the dtd——data type definition of Symbian system ++ the self-defining data structure of interface, and the type of variables of using in operation comprises the self-defining data structure;
Step 2 creates the subclass of class in the implementation framework of Symbian system, initialization global data in described subclass, and described subclass consists of self-defined system implementation framework;
Step 3 creates based on the control of Symbian system and has the default self-defined control of drawing operation, and creates the composite control that comprises a plurality of self-defined controls;
Step 4 generates the defined interface template by the mode of inheriting composite control;
Step 5, when generating user interface, inherit the defined interface template and generate user interface templates, inherit self-defined system implementation framework and generate the custom system implementation framework, use the described user interface templates of described custom system implementation framework initialization, and add self-defined control when initialization.
Wherein, described self-defined system implementation framework also comprises the interface stack;
After described method also is included in and generates user interface, the user interface that generates is added the interface stack of custom system implementation framework, when showing user interface, user interface is popped from the stack of described interface, and shows described user interface.
Wherein, described establishment comprises that the composite control of a plurality of self-defined controls further comprises
Step 31 is preserved the current index value of gathering around focal self-defined control in composite control, when focus was switched, the index value of preservation is corresponding to be changed.
Wherein, described method also comprises
The pictures management device uses Hash table management picture, with the picture path as key, take the pointer of picture as value;
When calling picture, take the picture path of calling as key, search Hash table and obtain value corresponding to key, obtain picture according to described value.
Wherein, described control based on the Symbian system creates and has the default self-defined control of drawing operation and further comprise
Step 51, the control class of inheriting the Symbian system generates self defined class;
Step 52, the method for drafting in self defined class calls self-defined Virtual Function, and in described self-defined Virtual Function, parameter is the object of the painting canvas class of Symbian system;
Step 53 is inherited self defined class and is generated self-defined control, realizes the default drafting operation of described self-defined control in described self-defined control by the function of described parameter call painting canvas class;
Described establishment comprises that the composite control of a plurality of self-defined controls further comprises:
Step 54 creates container class, and container that type is self defined class of definition, add described a plurality of self-defined controls in container in container class.
Wherein, described data structure and dtd——data type definition based on the Symbian system has standard C ++ and the self-defining data structure of interface further comprises:
Comprise data member in the self-defining data structure, the type of described data member is data type or the data structure of Symbian system, by preset requirement, described data member is operated, and the self-defining data structure has standard C ++ interface.
Wherein, described step 4 also is included in and adds the menu control that is used for Administration menu in described defined interface template.
Wherein, described pictures management device uses Hash table management picture,, further comprises take the pointer of picture as value as key with the picture path
When not retrieving described key take the picture path of calling as key searches Hash table, the picture under the decoding picture path as key, is stored as the corresponding value of key on the pointer of the picture of decoding with the picture path.
The invention also discloses a kind of generation system of the user interface based on the Symbian system, it is characterized in that, described system comprises:
General module is used for having standard C based on data structure and the dtd——data type definition of Symbian system ++ the self-defining data structure of interface, and the type of variables of using in operation comprises the self-defining data structure;
Self-defined frame module, for the subclass that creates Symbian system of systems implementation framework class, initialization global data in described subclass, described subclass consists of self-defined system implementation framework; Create based on the control of Symbian system and have the default self-defined control of drawing operation, and create the composite control that comprises a plurality of self-defined controls; Inherit composite control and generate the defined interface template;
The interface generation module, be used for when generating user interface, inherit the defined interface template and generate user interface templates, inherit self-defined system implementation framework and generate the custom system implementation framework, use the described user interface templates of described system's implementation framework initialization, and add self-defined control when initialization.
Wherein, described system also comprises the pictures management device,
The pictures management device uses Hash table management picture,,,, take the picture path of calling as key, searches Hash table and obtains value corresponding to key when calling picture take the pointer of picture as value as key with the picture path, obtains picture according to described value.
The beneficial effect of the embodiment of the present invention is: by adopting self-defining data structure, self-defined system implementation framework, self-defined control and defined interface template, reduce the development task amount, Speeding up development speed; By using the interface stack, facilitate between the interface and switch; By the method for using the composite control storage to gather around focal self-defined control index value, carry out focal point control; By using self-defined control, strengthen the control expression effect; By the self-defining data structure, make data structure have standard C ++ interface, convenient exploitation and management; By using Hash table to carry out pictures management, facilitate picture to call.
Description of drawings
Fig. 1 is the process flow diagram of generation method that the present invention is based on the user interface of Symbian system;
Fig. 2 the present invention is based on self-defined frame construction drawing used in the user interface creating method embodiment of Symbian system;
Fig. 3 the present invention is based on to use the schematic diagram that self-defined framework generates user interface in the user interface creating method embodiment of Symbian system;
Fig. 4 is the structural drawing that the present invention is based on the user interface generation system of Symbian system.
Embodiment
For making the purpose, technical solutions and advantages of the present invention clearer, embodiment of the present invention is described further in detail below in conjunction with accompanying drawing.
Referring to Fig. 1, be the generation method flow diagram of the user interface based on the Symbian system provided by the invention.
Described method comprises the steps.
Step S100 has standard C based on data structure and the dtd——data type definition of Symbian system ++ and the self-defining data structure of interface, the type of variables of using in operation comprises the self-defining data structure.
In a better embodiment, comprise data member in the self-defining data structure, the type of described data member is data type or the data structure of Symbian system, by preset requirement, described data member is operated, and the self-defining data structure has standard C ++ interface.
For example, as shown in Figure 2, self-defining data structure comprises character string type string, wide character string type wstring, chained list list, Hash table type hash map, Container Type vector.Realize according to Symbian system data structure (descriptor) and data type, standard C be provided ++ in interface, the characteristic of compatible Symbian C++, and then realize convenient exploitation and memory management efficiently.
Such as, for string, comprise the data member that a type is Symbian system data type RBuf8 in this self-defining data structure, this data member is carried out corresponding interpolation preset function and obtains standard C ++ the operation of interface.The preset function such as the reference counting technique that add.The realization of self-defining data structure is completed based on Symbian system data structure and data type, and is for a kind of encapsulation of lightweight, easy to use.
In like manner, wstring has comprised a data member that type is Symbian system data type RBuf16, Vector is that to have comprised a type be the data member of Symbian system data type RPointerArray or RArray, and is based on preset function and standard C ++ interface operates.Realize based on the Vector of inside to(for) chained list list and Hash table type hash map.
Step S200 creates the subclass of class in the implementation framework of Symbian system, initialization global data in subclass, and subclass consists of self-defined system implementation framework.
For example, as shown in Figure 2, self-defined system implementation framework has encapsulated the implementation framework of Symbian system, so that upper level applications is called.Such as the class CAknViewAppUi for the Symbian system core, if without encapsulation, in the time of application call, need to realize that a class succession is from CAknViewAppUi, as class CMyViewAppUi:publicCAknViewAppUi.The present invention writes a CAknViewAppUi in self-defined system implementation framework subclass, as class CMyAppUiBase:public CAknViewAppUi, so process, upper level applications only need to be inherited from subclasses C MyAppUiBase, as class CMyViewAppUi:public CMyAppUiBase.Complete the initialization of corresponding global data in this subclass, and open the default task such as daily record.Because application program succession subclass is finished the work, can simplify the interface of application program, some tasks of application program realize in the parent of its succession.
In a better embodiment, described self-defined system implementation framework also comprises the interface stack; After described method also is included in and generates user interface, the user interface that generates is added the interface stack of custom system implementation framework, when showing user interface, user interface is popped from described interface stack, and shows described user interface.
The interface that in this embodiment, needs is shown all needs to add in this interface stack, and pop and show in the interface when showing, facilitated the switching between the interface.
Step S300 creates based on the control of Symbian system and has the default self-defined control of drawing operation, and creates the composite control that comprises a plurality of self-defined controls.
In a better embodiment, described control based on the Symbian system creates to have the default self-defined control of drawing operation and further comprises
Step S310, the control class of inheriting the Symbian system generates self defined class.
Step S320, the method for drafting in self defined class calls self-defined Virtual Function, and in described self-defined Virtual Function, parameter is the object of the painting canvas class of Symbian system.
Step S330 inherits self defined class and generates self-defined control, realizes the default drafting operation of described self-defined control in described self-defined control by the function of described parameter call painting canvas class.
For example, as shown in Figure 2, inherit the control class CCoeControl from the Symbian system, realized comprising the basic control such as label (label), button (button), and define basic container (container) for the management child control, convenient expansion.
A self defined class realizing self-defined control is CMyControlBase, it is the CCoeControl that directly inherits from the Symbian system, rewrite the Draw method (method for drafting) of CCoeControl in CMyControlB ase, make it call self-defining Virtual Function OnPaint (CCanvas ﹠amp; Canvas).The self-defined child control such as label, Button, container is inherited from CMyControlBase.Again realize the OnPaint function in self-defined control, do corresponding drafting in the OnPaint function.The parameter of OnPaint function is a painting canvas class CCanvas object, has encapsulated a large amount of operations relevant to drafting inside the CCanvas class, completes this encapsulation, the code that can simplify procedures in a large number by using the OnPaint function.
Such as, use in the prior art a kind of color filling rectangular area, because do not encapsulate, need to write following code in the Draw function:
CWindowGc*m_pGc＝&this-＞SystemGc()；
const?TRect&r；
TRgb?c；
m_pGc-＞SetBrushStyle(CGraphicsContext::ESolidBrush)；
m_pGc-＞SetBrushColor(c)；
m_pGc-＞SetPenStyle(CGraphicsContext::ENullPen)；
m_pGc-＞DrawRect(r)；
m_pGc-＞SetBrushStyle(CGraphicsContext::ENullBrush)；
And by said method of the present invention, encapsulate a void CCanvas::FillRect (const MyRect﹠amp; R, TRgb c) function, the above-mentioned code of FillRect intrinsic call, application program only need to be called canvas.FillRect (r, c) and can realize that just this default drafting operates in OnPaint.
For another example, when drawing a character string, definition wide character string type WString s calls canvas.drawstring (s) and just can complete.
Described establishment comprises that the composite control of a plurality of self-defined controls further comprises:
Step 340 creates container class, and container that type is self defined class of definition, add described a plurality of self-defined controls in container in container class.
Further, described step 340 also is included in preserves the current index value of gathering around focal self-defined control in composite control, and when focus was switched, the index value of preservation is corresponding to be changed.
The CCoeControl of Symbian system does not provide the management method of a plurality of controls, and when interface needs a plurality of controls, when a plurality of button was arranged, between button, the switching of focus realized pretty troublesome.The present invention preserves the current index value of gathering around focal self-defined control, to realize the switching of focus.
For example, composite control comprises a plurality of self-defined controls to be managed, and inherits self defined class and generates container class, and container vector that type is self defined class of definition, add described a plurality of self-defined controls to be managed in vector in container class.
For example, create class CMyContainerBase, CMyContainerBase inherits from CMyControlBase, and CMyContainerBase is a container class, is used in the situation of composite control, and the handoff functionality of the focus between a plurality of controls is provided.
CMyContainerBase comprises the vector of a CMyControlBase type, and CMyContainerBase is as father's control, and the self-defined control that it will be to be managed joins in vector all as its child control.The inner current index value of gathering around focal self-defined control of preserving of CMyContainerBase, when the focus switching occured, this index value is corresponding the change also, makes the index value of preservation point to all the time the current focal self-defined control of gathering around.
Those complicated logic controls all are encapsulated in CMyContainerBase inside, and the outside does not need to know this logic control, thereby reached the purpose of described focal point control.
Step S400 generates the defined interface template by the mode of inheriting composite control.
In a better embodiment, to inherit container class and generate the interface template class, this interface template class is described defined interface template.
For example, as shown in Figure 2, provide the interface template class CMyFormBase at an interface, facilitate upper level applications to carry out interface development, the switching between the interface is managed by the interface stack of self-defined system implementation framework.CMyFormBase essence is also a composite control, inherits from container class CMyContainerBase.
Further, add the menu control that is used for Administration menu in described defined interface template.
CMyFormBase has comprised a menu control as child control.Namely, each interface comprises a menu control.
Step S500, when generating user interface, inherit the defined interface template and generate user interface templates, inherit self-defined system implementation framework and generate the custom system implementation framework, custom system implementation framework initialization user interface templates, and add self-defined control when initialization.
As shown in Figure 3, when an interface will be developed in the upper strata, succession realizes the template class Form of oneself from interface template class CMyFormBase, Form is user interface templates, use self-defined system implementation framework to generate the custom system implementation framework, the described user interface templates of custom system implementation framework initialization, and the self-defined control that when initialization, needs is added adds the interpolation user interface templates to as child control, such as button, label etc. add Form to as child control, and add suitable layout, generate interface 1 and interface 2.Realize the fast Development at an interface by the method.
In a better embodiment, described method comprises that also the pictures management device uses Hash table (key, value) management picture, with the picture path as key (key), take the pointer of picture as value (value); When calling picture, take the picture path of calling as key, search Hash table and obtain value corresponding to key, obtain picture according to described value.
Further, described pictures management device uses Hash table management picture, with the picture path as key, further comprise take the pointer of picture as value when not retrieving described key take the picture path of calling as key searches Hash table, picture under the decoding picture path, as key, the corresponding value of key is stored as the pointer of the picture of decoding with the picture path.
For example, as shown in Figure 3, a hash map of pictures management device internal maintenance (Hash table), in the time of the needs picture, program can be called interface that obtains picture of picture manager, because the address of each picture is unique, so a pair of key assignments that exists in hash map is＜wstring, CImage* 〉, namely＜picture path, picture pointer 〉.When picture is when using for the first time, the pictures management device can not find this key (key corresponding to picture path in hash map, be searching value), synchronous decoding picture, then with the picture path as key, decoded picture/mb-type pointer is as value, add in hash map, need to use this picture when next time, when namely again calling the GetImage interface, directly obtain the picture/mb-type pointer.By using hash map, reach the purpose of pictures management.
A kind of system that generates based on the user interface of Symbian system of the present invention as shown in Figure 4.
Self-defined frame module 200, for the subclass that creates Symbian system of systems implementation framework class, initialization global data in described subclass, described subclass consists of self-defined system implementation framework; Create based on the control of Symbian system and have the default self-defined control of drawing operation, and create the composite control that comprises a plurality of self-defined controls; Generate the defined interface template by the mode of inheriting composite control.
In a better embodiment, described system also comprises the pictures management device, and the pictures management device uses Hash table management picture, with the picture path as key (key), take the pointer of picture as value (value); When calling picture, take the picture path of calling as key, search Hash table and obtain value corresponding to key, obtain picture according to described value.
Further, described pictures management device uses Hash table management picture, with the picture path as key, be further used for during as value take the pointer of picture when not retrieving described key take the picture path of calling as key searches Hash table, picture under the decoding picture path, as key, the corresponding value of key is stored as the pointer of the picture of decoding with the picture path.
In a better embodiment, described self-defined system implementation framework also comprises the interface stack; The interface generation module also is used for the user interface that generates being added the interface stack of custom system implementation framework after generating user interface, and when showing user interface, user interface is popped from described interface stack, and shows described user interface.
In a better embodiment, self-defined frame module creates at the control based on the Symbian system to have the default control class that is further used for inheriting the Symbian system when drawing the self-defined control of operation and generates self defined class; Make the method for drafting in self defined class call self-defined Virtual Function, in described self-defined Virtual Function, parameter is the object of the painting canvas class of Symbian system; Inherit self defined class and generate self-defined control, realize the default drafting operation of described self-defined control by the function of described parameter call painting canvas class in described self-defined control.
Self-defined frame module is further used for creating container class when establishment comprises the composite control of a plurality of self-defined controls, container that type is self defined class of definition, add described a plurality of self-defined controls in container in container class.
Further, self-defined frame module is further used for preserving the current index value of gathering around focal self-defined control when establishment comprises the composite control of a plurality of self-defined controls in composite control, and when focus was switched, the index value of preservation is corresponding to be changed.
Further, self-defined frame module is further used for inheriting container class and generates the interface template class when inheriting composite control generation defined interface template, and this interface template class is described defined interface template.
Further, self-defined frame module also is used for adding in described defined interface template the menu control that is used for Administration menu.
In a better embodiment, described general module is further used for generating the data member that comprises in the self-defining data structure, the type of described data member is data type or the data structure of Symbian system, by preset requirement, described data member is operated, the self-defining data structure has standard C ++ interface.
The above is only preferred embodiment of the present invention, is not for limiting protection scope of the present invention.All any modifications of doing within the spirit and principles in the present invention, be equal to replacement, improvement etc., all be included in protection scope of the present invention.
Claims (10)
1. the generation method based on the user interface of Symbian system, is characterized in that, described method comprises:
Step 1 has standard C based on data structure and the dtd——data type definition of Symbian system ++ the self-defining data structure of interface, and the type of variables of using in operation comprises the self-defining data structure;
Step 2 creates the subclass of class in the implementation framework of Symbian system, initialization global data in described subclass, and described subclass consists of self-defined system implementation framework;
Step 3 creates based on the control of Symbian system and has the default self-defined control of drawing operation, and creates the composite control that comprises a plurality of self-defined controls;
Step 4 generates the defined interface template by the mode of inheriting composite control;
Step 5, when generating user interface, inherit the defined interface template and generate user interface templates, inherit self-defined system implementation framework and generate the custom system implementation framework, use the described user interface templates of described custom system implementation framework initialization, and add self-defined control when initialization.
2. the generation method of the user interface based on the Symbian system according to claim 1, is characterized in that,
Described self-defined system implementation framework also comprises the interface stack;
After described method also is included in and generates user interface, the user interface that generates is added the interface stack of custom system implementation framework, when showing user interface, user interface is popped from the stack of described interface, and shows described user interface.
3. the generation method of the user interface based on the Symbian system according to claim 1, is characterized in that,
Described establishment comprises that the composite control of a plurality of self-defined controls further comprises
Step 31 is preserved the current index value of gathering around focal self-defined control in composite control, when focus was switched, the index value of preservation is corresponding to be changed.
4. the generation method of the user interface based on the Symbian system according to claim 1, is characterized in that,
Described method also comprises
The pictures management device uses Hash table management picture, with the picture path as key, take the pointer of picture as value;
When calling picture, take the picture path of calling as key, search Hash table and obtain value corresponding to key, obtain picture according to described value.
5. the generation method of the user interface based on the Symbian system according to claim 1, is characterized in that,
Described control based on the Symbian system creates to have the default self-defined control of drawing operation and further comprises
Step 51, the control class of inheriting the Symbian system generates self defined class;
Step 52, the method for drafting in self defined class calls self-defined Virtual Function, and in described self-defined Virtual Function, parameter is the object of the painting canvas class of Symbian system;
Step 53 is inherited self defined class and is generated self-defined control, realizes the default drafting operation of described self-defined control in described self-defined control by the function of described parameter call painting canvas class;
Described establishment comprises that the composite control of a plurality of self-defined controls further comprises:
Step 54 creates container class, and container that type is self defined class of definition, add described a plurality of self-defined controls in container in container class.
6. the generation method of the user interface based on the Symbian system according to claim 1, is characterized in that,
Described data structure and dtd——data type definition based on the Symbian system has standard C ++ and the self-defining data structure of interface further comprises:
Comprise data member in the self-defining data structure, the type of described data member is data type or the data structure of Symbian system, by preset requirement, described data member is operated, and the self-defining data structure has standard C ++ interface.
7. the generation method of the user interface based on the Symbian system according to claim 1, is characterized in that,
Described step 4 also is included in adds the menu control that is used for Administration menu in described defined interface template.
8. the generation method of the user interface based on the Symbian system according to claim 4, is characterized in that,
Described pictures management device uses Hash table management picture,, further comprises take the pointer of picture as value as key with the picture path
When not retrieving described key take the picture path of calling as key searches Hash table, the picture under the decoding picture path as key, is stored as the corresponding value of key on the pointer of the picture of decoding with the picture path.
9. the generation system based on the user interface of Symbian system, is characterized in that, described system comprises:
General module is used for having standard C based on data structure and the dtd——data type definition of Symbian system ++ the self-defining data structure of interface, and the type of variables of using in operation comprises the self-defining data structure;
Self-defined frame module, for the subclass that creates Symbian system of systems implementation framework class, initialization global data in described subclass, described subclass consists of self-defined system implementation framework; Create based on the control of Symbian system and have the default self-defined control of drawing operation, and create the composite control that comprises a plurality of self-defined controls; Inherit composite control and generate the defined interface template;
The interface generation module, be used for when generating user interface, inherit the defined interface template and generate user interface templates, inherit self-defined system implementation framework and generate the custom system implementation framework, use the described user interface templates of described system's implementation framework initialization, and add self-defined control when initialization.
10. the generation system of the user interface based on the Symbian system according to claim 9, is characterized in that,
Described system also comprises the pictures management device,
The pictures management device uses Hash table management picture,,,, take the picture path of calling as key, searches Hash table and obtains value corresponding to key when calling picture take the pointer of picture as value as key with the picture path, obtains picture according to described value.
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