CN110795163B - Front page visual configuration system and configuration method - Google Patents
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Abstract
The invention discloses a home page visual configuration system and a home page visual configuration method, relates to the technical field of terminal application management, and aims to solve the problems that the existing method for updating the home page of a terminal application is high in packing cost and unfavorable for the user experience on the layout of a new home page. The technical scheme is that the system comprises a configuration background, a home page main layout interface, a research and development middle stage and a data background; after the home page main layout interface acquires the module list data generated by the configuration background, the terminal application can display the home page according to the acquired module list data. The configuration background comprises a page simulator for displaying the same characteristic module layout as the first page of the terminal application, and the module list data is generated according to the characteristic module layout displayed by the page simulator. When the home page layout is updated, the corresponding feature modules are dragged to or from the page simulator, so that the home page layout of the user side can be updated in real time, the updating cost of the application is reduced, and the user can quickly experience a new home page.
Description
Technical Field
The invention relates to the technical field of terminal application management, in particular to a home page visual configuration system and a home page visual configuration method.
Background
The home page serves as a portal of a terminal Application (APP), plays a role in drainage navigation, and faces users with different requirements, and the home page can discover the requirements of the users in time so as to give visual display. Therefore, in a normal case, after a user opens some service software, the first page of the software, such as mall software, information software, etc., is reflected first in the eye curtain of the user. The home page is distributed with shortcut entries for users to quickly access certain functions, such as a function class module, an operation class module and other content modules, and each module is a shortcut entry and is also a standardized view. According to the above region division manner, the source code of the APP can be divided into: source codes of the software framework modules and source codes of all content modules, wherein the source codes of all content modules are nested in corresponding positions in the source codes of the software framework modules; when the software home page needs to be updated, a method is generally adopted to issue an update package, so that new function points are online or the display layout of the software home page is changed.
For example, chinese patent publication No. CN104267989a discloses a method and apparatus for updating a browser home page, where the browser home page includes a web frame module and one or more content modules, and each module included in the browser home page is independent, and the method includes: when the browser home page is determined to be required to be updated, a new source code for updating is obtained, wherein the new source code is a source code required to be updated by a module to be updated or a source code of a newly added module; and storing the new source code for displaying the updated browser home page.
However, the prior art solutions described above have the following drawbacks: when the home page of the terminal application needs to be updated, some functions can be online only by issuing a version package each time, namely, the layout of the home page can be updated only by issuing an update package each time, however, the package cost is very high, and the user is not facilitated to quickly experience the new home page layout.
Disclosure of Invention
The invention aims to provide a home page visual configuration system and a home page visual configuration method.
The first object of the invention is: the home page visual configuration system has the advantages that the update cost of the application is reduced, and the user can quickly experience a new home page;
the second object of the invention is: the home page visual configuration method has the effects of updating the application home page in real time and improving the user experience.
The first object of the present invention is achieved by the following technical solutions:
a home visual configuration system, comprising:
the configuration background is used for integrating and combing various views displayed by the home page of the terminal application into a plurality of characteristic modules, and is also used for configuring and adjusting the position sequence of each characteristic module and generating module list data according to the configured position sequence;
the home page main layout interface is used for acquiring the module list data generated by the configuration background and enabling the terminal application to display the home page according to the acquired module list data;
the development middle stage is connected with the configuration background and the home page main layout interface and is used for carrying out data interaction; the method comprises the steps of,
a data background connected with the research and development center and used for updating the data of each characteristic module;
the configuration background comprises a page simulator for displaying the same characteristic module layout as the first page of the terminal application, the module list data is generated according to the characteristic module layout displayed by the page simulator, and each characteristic module can be dragged onto or from the page simulator.
By adopting the technical scheme, the feature modules in the configuration background are all driven into the software foundation bag, and the terminal application home page can present all feature modules and also can present part of feature modules, namely, the home page main layout interface data can flexibly control the display and the hiding of the feature modules. Because the module list data is generated according to the characteristic module layout displayed by the page simulator, when the home page layout is updated, the corresponding characteristic module is dragged to the page simulator or dragged from the page simulator, so that the home page layout of the user side can be updated conveniently and visually, the updating cost of the application is reduced, and the user experience on a new home page is facilitated.
The invention is further provided with: each feature module has a unique identifier, and the feature modules are divided into a class-one feature module and a class-two feature module; the data background is used for updating the data of the corresponding second-class feature modules according to the first-class feature data of the user and the unique identification, wherein the first-class feature data comprises browsing track information, geographic position information and behavior habit information of the user.
By adopting the technical scheme, the data of the corresponding second-class feature modules in the user terminal application can be updated according to the characteristics of different users, namely, the views on the different second-class feature modules are displayed, so that more accurate recommendation is given to the users, and the user experience is greatly improved.
The invention is further provided with: the home page visual configuration system also comprises a dynamic interface asynchronous with the home page main layout interface, wherein the dynamic interface is used for updating the data of the corresponding two-class feature module in real time according to the two-class feature data of the user and the unique identifier, and the two-class feature data comprises real-time operation behavior information of the user.
By adopting the technical scheme, when the user finishes operating and returns to the application home page, the asynchronous pull dynamic interface is applied to update the data of the second-class feature module. The data updating of the second-class feature modules adopts a local refreshing mode, namely only the data of part of the second-class feature modules is updated, and compared with the traditional drop-down home page refreshing, the method is lighter and real-time. On the other hand, each feature module has a unique identification, so that the data asynchronous callback assembly is simplified.
The invention is further provided with: each feature module has a class identifier, and the same feature module can be configured into a plurality of copies; the configuration background is used for configuring a plurality of feature module layouts, and each feature module layout can be displayed by the page simulator.
By adopting the technical scheme, different feature module layouts can be configured according to different versions, the purposes that business function requirements can be met without issuing packages or updating versions are achieved, applicability is wider, and experience of users on more body is also given.
The invention is further provided with: the data background is also defined with a plurality of crowd labels, and each crowd label corresponds to at least one of a plurality of feature module layouts configured in the background.
By adopting the technical scheme, different characteristic module layouts can be configured for different crowds so as to meet the requirements of different users, and the effects of thousands of people and better experience are achieved.
The second object of the present invention is achieved by the following technical solutions:
the home page visual configuration method is based on the home page visual configuration system provided by the technical scheme and comprises the following steps:
the characteristic module layout of the page simulator is configured through dragging the characteristic module, and corresponding module list data is formed;
establishing a home page main layout interface of the terminal application and a communication link between a dynamic interface and a research and development center;
the terminal application obtains corresponding module list data through a home page main layout interface and displays the home page according to the characteristic module layout corresponding to the module list data;
and the dynamic interface of the terminal application updates the data of the corresponding second-class feature module in real time according to the second-class feature data of the user and the unique identification of the feature module.
By adopting the technical scheme, the home page main layout interface returns the data of each module in the form of a list, and the position sequence of each module can be flexibly configured and adjusted because the list is orderly. As the page simulator performs the same visual presentation as the application end on each module, the feature module can be flexibly dragged to the page simulator to achieve the effect consistent with the real visual sense of the user, thereby accurately and rapidly adjusting the visual effect of the first page and improving the user effect. Specifically, when the page layout of the front page needs to be adjusted, the page simulator is used for configuring the corresponding feature module layout, so that the service function requirements can be met rapidly without issuing packages and updating versions only by correspondingly developing the back end or performing related configuration in operation.
The invention is further provided with: the terminal application obtains corresponding module list data through a home page main layout interface and displays the home page according to the characteristic module layout corresponding to the module list data, and the method specifically comprises the following steps:
the terminal application sends a module list data updating request to the research and development center through the home page main layout interface;
when the request of the home page main layout interface does not return data yet, the home page of the terminal application preferentially uses the interface return data cached last time to display the home page;
if the interface which is not cached locally returns data, using a default template which is stored locally into the bottom package to display the first page;
and after the home page main layout interface data is returned, updating the locally cached interface return data into the current return data.
By adopting the technical scheme, the home page main layout interface can firstly buffer when acquiring new module list data and is used when the user reenters the home page next time, so that the experience of the user staying at the home page at present is not affected. On the other hand, when the data is not cached locally, a default template of the bottom package is used, so that the situation that a user looks at an empty state is avoided.
The invention is further provided with: the method comprises the steps of configuring the feature module layout of the page simulator through dragging the feature module and forming corresponding module list data, and specifically comprises the following steps:
the characteristic module layout of the page simulator is configured through dragging the characteristic module, and corresponding module list data is formed;
storing the configured feature module layout as a page layout N, wherein N is more than or equal to 1 and N is an integer;
and configuring the module list data corresponding to any one of the N page layouts as the request return data of the home page main layout interface.
By adopting the technical scheme, a plurality of sets of page layouts with different styles can be configured, and the page layout is convenient to call during use. On the other hand, corresponding page layout can be configured according to different versions and different users, so that the applicability is wider, and the user experience is improved.
The invention is further provided with: configuring module list data corresponding to any one of the N page layouts as request return data of a home page main layout interface, wherein the method specifically comprises the following steps:
configuring a plurality of crowd labels, wherein each crowd label corresponds to at least one terminal application account;
configuring a page layout for each crowd label and establishing a binding relation;
and when the home page main layout interface requests data, returning module list data corresponding to the corresponding page layout to the home page main layout interface according to the crowd label corresponding to the terminal application account.
By adopting the technical scheme, the users can be divided into different crowds, so that page layout is configured for the users according to the defined crowd labels, the management efficiency of the home page is improved, and the experience of thousands of people and thousands of faces of the users can be given to the thousands of people and the thousands of faces of people.
In summary, the beneficial technical effects of the invention are as follows:
1. by configuring the background, the home page main layout interface and the page simulator, the updating cost of the application is reduced, and the user experience on the new home page is facilitated;
2. through the arrangement of the first-class feature module, the second-class feature module and the dynamic interface, the home page refreshing method has the advantages of being lighter in weight and real-time;
3. through the setting of class identification and crowd's label, can dispose a plurality of different characteristic module overall arrangement to satisfy different user's demand, make user's experience better.
Drawings
FIG. 1 is a schematic diagram of the overall structure of a home visual configuration system according to an embodiment of the present invention;
fig. 2 is a flowchart of a home page visual configuration method according to a second embodiment of the present invention;
fig. 3 is a flowchart of step S300 in the second embodiment of the present invention;
fig. 4 is a flowchart of step S100 in the second embodiment of the present invention;
fig. 5 is a flowchart of step S103 shown in the second embodiment of the present invention.
In the figure, 1, configuring a background; 2. the terminal applies the home page; 21. a class of feature modules; 22. a second class feature module; 3. a home page master layout interface; 4. a research and development center; 5. a data background; 6. a page simulator; 7. dynamic interfaces.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings.
Example 1
Referring to fig. 1, the home page visual configuration system disclosed by the invention comprises a configuration background 1, a home page main layout interface 3, a development center 4 and a data background 5. The configuration background 1 is used for integrating and combing various views displayed by the terminal application front page 2 into a plurality of feature modules, and is also used for configuring and adjusting the position sequence of each feature module and generating module list data according to the configured position sequence. The home page main layout interface 3 is used for acquiring the module list data generated by the configuration background 1, and enabling the terminal application to display the home page according to the acquired module list data. The research and development platform 4 is connected with the configuration background 1 and the home page main layout interface 3 for data interaction. The data background 5 is connected with the research and development platform 4 and is used for updating the data of each feature module.
Referring to fig. 1, the configuration background 1 includes a page simulator 6, and the page simulator 6 is configured to perform the same feature module layout display as the terminal application front page 2. The module list data is generated according to the layout of the feature modules displayed by the page simulator 6, and each feature module can be dragged onto the page simulator 6 or dragged out of the page simulator 6, so that the position sequence of each feature module can be flexibly configured and adjusted through the page simulator 6, and the layout and display of the home page 2 of the terminal application can be adjusted.
Referring to fig. 1, each feature module has a unique identifier, and the feature modules are divided into a plurality of first-class feature modules 21 and a plurality of second-class feature modules 22, and in this embodiment, the first-class feature modules 21 are function modules, and the second-class feature modules 22 are operation modules. The data background 5 is configured to quickly update data (i.e. display view) of the corresponding second-class feature module 22 according to one-class feature data of the user and the unique identifier, where the one-class feature data includes browsing track information, geographic location information and behavior habit information of the user; for example, if the user is in a remote scene, a recommendation of the peripheral resource is given; if an order to be paid and to be made is available, a direct order reminder is given to the user by means of the corresponding second class feature module 22. The home page visual configuration system further comprises a dynamic interface 7 asynchronous with the home page main layout interface 3, wherein the dynamic interface 7 is used for updating the data of the corresponding two-class feature module 22 in real time according to the two-class feature data of the user and the unique identifier, and the two-class feature data comprises real-time operation behavior information of the user. Specifically, when the user finishes operating and returns to the home page, the terminal applies the asynchronous pull dynamic interface 7 to update the data of the corresponding second-class feature module 22, and the update adopts a local refreshing mode, so that the whole home page is lighter and real-time compared with the pull-down refreshing mode; in addition, because each module has a unique identification, the data asynchronous callback assembly also becomes accurate and simplified.
Referring to fig. 1, each feature module has a class identification so that the same feature module can be configured in multiple copies, i.e., each feature module can be multiplexed. The configuration background 1 is further configured to configure and store a plurality of feature module layouts, respectively, each of which is displayable and adjustable by the page simulator 6. The data background 5 is further defined with a plurality of crowd labels, and each crowd label corresponds to at least one feature module layout in the plurality of feature module layouts configured by the configuration background 1, so that the effect of customizing the home page layout of different crowds is achieved.
The implementation principle of the embodiment is as follows:
the feature modules in the configuration background 1 are all driven into a software foundation bag, the terminal application home page 2 can present all feature modules, part of the feature modules can also be presented, and the home page main layout interface 3 data can flexibly control the display and the hiding of the feature modules. After the terminal application is started, when the main layout interface request is not returned yet, the terminal application home page 2 preferentially uses the module list data cached by the last interface for displaying; if the home page main layout interface 3 does not return data, a default template of a local driving-in bottom package is used for displaying, a common function entry is displayed, and the situation that a user looks at an empty state is avoided; after the data of the home page main layout interface 3 is returned, the local cache of the terminal application is updated, so that the home page main layout interface is convenient to use when being started next time.
When the home page layout needs to be updated, the corresponding feature modules are dragged to the page simulator 6 or dragged out of the page simulator 6, so that the home page layout of the user side can be updated conveniently and visually. Specifically, the data background 5 defines a plurality of crowd labels, each crowd label corresponds to at least one of the plurality of feature module layouts, and the page simulator 6 is used for adjusting the corresponding feature module layout to instantly adjust the layout cache of the home page 2 of the terminal application of the corresponding crowd, so that the method is suitable for different clients and terminal applications of different versions.
In the process that the user uses the terminal application, the system can also provide accurate and body paste recommendation for the user according to one type of characteristic data (such as browsing track, positioning and behavior habit) and two types of characteristic data (such as real-time behavior data) of the user through the dynamic interface 7, so that the user experience is greatly improved.
Example two
Referring to fig. 1 and fig. 2, a home page visual configuration method based on a home page visual configuration system in a first embodiment of the present disclosure includes the following steps:
s100, configuring the feature module layout of the page simulator 6 by dragging the feature module and forming corresponding module list data;
s200, establishing a communication link between a home page main layout interface 3 and a dynamic interface 7 of the terminal application and a research and development platform 4;
s300, the terminal application obtains corresponding module list data through a home page main layout interface 3 and displays a home page according to the characteristic module layout corresponding to the module list data;
s400, the dynamic interface 7 of the terminal application updates the data of the corresponding second-class feature module 22 in real time according to the second-class feature data of the user and the unique identification of the feature module.
Referring to fig. 3, step S300 includes the sub-steps of:
s301, a terminal application sends a module list data updating request to a research and development center 4 through a home page main layout interface 3;
s302, when the request of the home page main layout interface 3 does not return data yet, namely when a user opens a terminal application, the home page of the terminal application preferentially uses the last cached interface return data to display the home page;
s303, if the interface which is not cached locally returns data, using a default template which is stored locally into the bottom package to display a first page;
s304, after the data of the home page main layout interface 3 is returned, updating the locally cached interface return data into the current return data, so that the application is convenient to use when being started next time; if the data return of the home page main layout interface 3 is empty, the module list data in the local cache is not updated, and the home page layout corresponding to the last cache data is still presented when the application is started next time.
Referring to fig. 4, step S100 includes the sub-steps of:
s101, configuring the feature module layout of the page simulator 6 by dragging the feature module and forming corresponding module list data;
s102, storing the configured feature module layout as a page layout N, wherein N is more than or equal to 1 and N is an integer; that is, multiple page layouts may be configured for invocation in this step;
s103, configuring module list data corresponding to any one of the N page layouts as request return data of the home page main layout interface 3.
Referring to fig. 5, the substep S103 specifically includes the steps of:
s104, configuring a plurality of crowd labels, wherein each crowd label corresponds to at least one terminal application account;
s105, configuring a page layout for each group label and establishing a binding relation;
and S106, when the home page main layout interface 3 requests data, returning module list data corresponding to the corresponding page layout to the home page main layout interface 3 according to the crowd label corresponding to the terminal application account.
The embodiments of the present invention are all preferred embodiments of the present invention, and are not intended to limit the scope of the present invention in this way, therefore: all equivalent changes in structure, shape and principle of the invention should be covered in the scope of protection of the invention.
Claims (7)
1. A home visual configuration system, comprising:
the configuration background (1) is used for integrating and combing various views displayed by the terminal application front page (2) into a plurality of characteristic modules, and is also used for configuring and adjusting the position sequence of each characteristic module and generating module list data according to the configured position sequence;
the home page main layout interface (3) is used for acquiring the module list data generated by the configuration background (1) and enabling the terminal application to display the home page according to the acquired module list data; after the terminal application is started, when the main layout interface request is not returned yet, the terminal application home page (2) displays the module list data which is cached by the last interface preferentially; if the home page main layout interface (3) does not return data, displaying by using a default template of a local driving-in foundation bag, and displaying a common function entry; after the data of the home page main layout interface (3) is returned, updating the local cache of the terminal application, so that the home page main layout interface is convenient to use when being started next time;
the research and development middle platform (4) is connected with the configuration background (1) and the home page main layout interface (3) and is used for data interaction; the method comprises the steps of,
a data background (5) connected to the development center (4) for updating the data of each of the feature modules;
the configuration background (1) comprises a page simulator (6) for displaying the same characteristic module layout as the home page (2) of the terminal application, wherein the module list data is generated according to the characteristic module layout displayed by the page simulator (6), and each characteristic module can be dragged onto the page simulator (6) or dragged out of the page simulator (6);
each feature module has a unique identifier, and the feature modules are divided into a class-one feature module (21) and a class-two feature module (22); the data background (5) is used for updating the data of the corresponding type of feature module (22) according to the type of feature data of the user and the unique identification, wherein the type of feature data comprises browsing track information, geographic position information and behavior habit information of the user;
the home visual configuration system further comprises a dynamic interface (7) which is asynchronous with the home main layout interface (3), wherein the dynamic interface (7) is used for updating the data of the corresponding two-class feature module (22) in real time according to the two-class feature data of the user and the unique identifier, and the two-class feature data comprises real-time operation behavior information of the user; when the user finishes operating and returns to the home page, the terminal applies the asynchronous pull dynamic interface (7) to update the data of the corresponding second-class feature modules (22) and adopts a local refreshing mode.
2. The home visual configuration system of claim 1, wherein each of the feature modules has a class identifier, the same feature module being configurable in multiple copies; the configuration background (1) is used for configuring a plurality of feature module layouts, and each feature module layout can be displayed by a page simulator (6).
3. The home visual configuration system according to claim 2, wherein the data background (5) further defines a plurality of crowd labels, each of the crowd labels corresponding to at least one of the plurality of feature module layouts configured by the configuration background (1).
4. A home page visual configuration method, characterized in that the home page visual configuration method is based on the home page visual configuration system of claim 1, comprising:
the characteristic module layout of the page simulator is configured through dragging the characteristic module, and corresponding module list data is formed;
establishing a home page main layout interface of the terminal application and a communication link between a dynamic interface and a research and development center;
the terminal application obtains corresponding module list data through a home page main layout interface and displays the home page according to the characteristic module layout corresponding to the module list data;
and the dynamic interface of the terminal application updates the data of the corresponding second-class feature module in real time according to the second-class feature data of the user and the unique identification of the feature module.
5. The home page visual configuration method according to claim 4, wherein the terminal application obtains corresponding module list data through a home page main layout interface and displays a home page according to a feature module layout corresponding to the module list data, specifically comprising:
the terminal application sends a module list data updating request to the research and development center through the home page main layout interface;
when the request of the home page main layout interface does not return data yet, the home page of the terminal application preferentially uses the interface return data cached last time to display the home page;
if the interface which is not cached locally returns data, using a default template which is stored locally into the bottom package to display the first page;
and after the home page main layout interface data is returned, updating the locally cached interface return data into the current return data.
6. The home visual configuration method according to claim 4, wherein the feature module layout of the page simulator is configured by dragging the feature module and corresponding module list data is formed, specifically comprising:
the characteristic module layout of the page simulator is configured through dragging the characteristic module, and corresponding module list data is formed;
storing the configured feature module layout as a page layout N, wherein N is more than or equal to 1 and N is an integer;
and configuring the module list data corresponding to any one of the N page layouts as the request return data of the home page main layout interface.
7. The home visual configuration method according to claim 6, wherein configuring module list data corresponding to any one of N page layouts as request return data of a home main layout interface specifically includes:
configuring a plurality of crowd labels, wherein each crowd label corresponds to at least one terminal application account;
configuring a page layout for each crowd label and establishing a binding relation;
and when the home page main layout interface requests data, returning module list data corresponding to the corresponding page layout to the home page main layout interface according to the crowd label corresponding to the terminal application account.
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| CN107168999A (en) * | 2017-03-30 | 2017-09-15 | 咪咕数字传媒有限公司 | A kind of method for updating pages and device |
| CN107704536A (en) * | 2017-09-22 | 2018-02-16 | 广州视源电子科技股份有限公司 | Software content methods of exhibiting and system |
| CN110134895A (en) * | 2019-05-10 | 2019-08-16 | 拉扎斯网络科技（上海）有限公司 | Page display method, device, electronic equipment and computer readable storage medium |
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