CN107463366B - Interface dynamic method based on mobile App - Google Patents
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Abstract
The invention discloses an interface dynamic method based on a mobile App, which comprises the following steps: abstracting and defining an App interface description mode; caching a full set of structured interface description information, defining a description mode of an interface, and converting interface elements into structured data for storage; realizing the conversion from the description information to an App interface; the server side reads the request parameters to perform uniqueness processing, and the uniqueness processing is used as a unique identifier of the response content in the cache library; using the unique parameter value as a key, and searching a corresponding interface description information cache from a cache library; generating interface description information, storing the interface description information in a cache library and returning the generated interface description information; and constructing a target interface according to the interface conversion method. The invention can achieve the effect that data adjustment is carried out at one position of the server and the client interfaces of the two platforms are changed simultaneously only by being realized in respective systems in a targeted manner, thereby greatly improving the flexibility and the personalized content display support capability of the user.
Description
Technical Field
The invention relates to the field of mobile App interface dynamic, in particular to an interface dynamic method based on a mobile App.
Background
Nowadays, mobile devices such as smart phones and tablet computers are very popular, and content providers and service providers with small and large sizes basically have mobile apps of their own.
The mobile App is used as rich client software, and is difficult to update and upgrade. Since apps are typically released in the application marketplace. In addition to requiring application market approval, the updated apps are not time-sensitive, nor are users willing to update their installed apps immediately when new versions are released. It is difficult to synchronously change the interface of the App at special time points such as special holidays and current affair hotspots.
The interest and interest of each kind of people are different even every person, so that tens of apps cannot be issued to cater to the preferences of all users, and how the same App presents different contents for different users is a difficult problem for App operators. For this scenario, the conventional information system is implemented by taking the tags of the user as query conditions and comparing the query conditions one by one to find all matching contents. The mode is low in efficiency and is not suitable for application scenes of mass internet query.
In view of this, there is a need for a more scientific method that can dynamically generate an interface and dynamically change the interface according to different tags of a user.
Disclosure of Invention
In view of the above-mentioned drawbacks of the prior art, the technical problems to be solved by the present invention are as follows: 1) generating an interface through specific interface description information, and changing pictures, layouts, link addresses and the like at the designated position of the interface as long as the service end adjusts the description information when the change is needed; 2) different users can see the matched contents provided by the App service provider by only having different attribute labels, such as 'male', 'middle year', 'married', etc. Meanwhile, the method has excellent performance and has high response speed in the application scene of internet mass query.
In view of the above technical problems, an object of the present invention is to provide an interface dynamic method based on a mobile App.
In order to realize the purpose, the invention is realized according to the following technical scheme:
an interface dynamic method based on a mobile App comprises the following steps:
step S1: abstracting and defining the description mode of an App interface;
step S2: caching a full set of structured interface description information, and converting interface elements into structured data for storage after defining a description mode of an interface;
step S3: the conversion from the description information to an App interface is realized, and the App of two operating systems of iOS and Android is realized;
step S4: the server side reads the request parameters to perform uniqueness processing, and the uniqueness processing is used as a unique identifier of the response content in the cache library;
and 5: using the unique parameter value as a key, and searching a corresponding interface description information cache from a cache library;
step S6: generating interface description information, storing the interface description information in a cache library and returning the generated interface description information;
step S7: and constructing a target interface at the App end according to the interface conversion method.
In the above technical solution, the step S2 includes:
step S201: establishing a table for storing the navigation object and the expansion information according to a one-to-many relationship;
step S202: loading data and extended attributes of all navigation objects, and mounting the information of the extended attributes to the navigation objects;
step S203: caching the key value pairs of all interface elements, and acquiring a navigation object with complete information only through the navigation object number;
step S204: maintaining a tree structure, finding out a father node object according to the navigation object number, assigning to the self, and inserting the self into a child object list of the father node object;
step S205: and constructing sequencing, and assigning a serial number to the navigation object according to the configuration of the bidirectional linked list, so that the client program can be directly used conveniently.
In the above technical solution, the step S3 includes:
step S301: analyzing the interface description information, converting the content into a data model which can be identified by the client, and transmitting the formatted data to a display container;
step S302: displaying container traversal interface description information data, analyzing interface element content in the container traversal interface description information data, and transmitting data containing the interface element content to an interface construction distributor;
step S303: the interface distributor generates a corresponding view according to the data and transmits specific interface data of picture addresses, characters, character colors and background colors to the view;
step S304: the view draws the view per se, downloads and caches the picture according to the interface description information, and accelerates the display speed of accessing the same picture next time;
step S305: the interface construction distributor returns the drawn view to the display container;
step S306: and the display container splices all returned views, associates click event interaction logic, completes the adaptation of the views to the screen and finally displays the effect.
In the above technical solution, the step S4 includes:
step S401: reading query parameters from HTTP request parameters sent by App, wherein the required query parameters include: page number, page size, number of navigation object used as Root, user tag list, and packaging into a serializable request parameter object;
step S402: preprocessing the packaged request parameter object, and sequencing the tag lists in the request object according to characters, so that the same tag lists are sequenced consistently, and finally, the results after uniqueness processing are the same;
step S403: and calculating the preprocessed request parameter object by using a unique algorithm to obtain a character string which can uniquely identify the request object. Specifically, the present invention employs a hash algorithm.
In the above technical solution, the step S6 includes:
step S601: reading a navigation object dictionary of a complete tree structure;
step S602: iterating the navigation object dictionary, screening the navigation object dictionary according to the label list in the query parameters, removing all navigation objects which are not matched with the labels in the query parameters, and if the navigation objects do not have labels, considering the objects as general objects and incorporating the general objects into the screening result;
step S603: if the data volume is large and paging display is needed, paging operation is only performed on the first-level navigation objects, wherein the first-level navigation objects are all navigation objects of a container class.
Step S7: and constructing a target interface at the App end according to the interface conversion method.
In the above technical solution, the step S7 includes:
step S701: constructing main visual navigation objects of a tab page area and a top navigation bar area according to the initialization data;
step S702: according to request parameters transmitted by a navigation object 'home page' in a tag page, searching a corresponding page description information dictionary from a cache library, and carrying out integrity check on information;
step S703: circularly reading primary sub-view data in the dictionary, generating a plurality of views corresponding to the primary sub-view data according to the primary sub-view identification, and transmitting the data to the sub-views;
step S704: after the primary sub-view of the controller obtains the data, the step S703 is iterated to generate a secondary sub-view of the sub-view.
Step S705: drawing the bottom sub-view according to the data;
step S706: and finishing the iteration of all the sub-views and returning to the view array after the drawing is finished. The interface arranges the views according to the data sequence of the views and displays the views in the main display area.
Compared with the prior art, the invention has the following beneficial effects:
the invention creates a general App interface description mode, unifies the cognition forms of two operating systems of iOS and Android on an App main interface, can achieve the effect that data adjustment is carried out at one position of a server and client interfaces of two platforms are changed simultaneously only by being realized in respective systems in a targeted manner, and the change of the interfaces does not need to pass through an application market or to be installed again, thereby greatly improving the flexibility.
In addition, the invention greatly improves the personalized content display support capability of the user, and the client can dynamically load different contents by changing the label of the user as long as the server maintains the affiliated label of the specific content, so that the App becomes more personalized.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and other drawings can be obtained by those skilled in the art without creative efforts.
FIG. 1 is a schematic diagram of the description of the App interface of the present invention;
fig. 2 is a schematic interface diagram of an App made using the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all, embodiments of the present invention.
The invention discloses an interface dynamic method based on a mobile App, which comprises the following steps:
step S1: abstracting and defining the description mode of the App interface.
Taking the App interface shown in fig. 2 as an example, the App interface is defined as a multi-layer nested tree structure in a JSON format, the main interface is Root, the tab page area is a first-level navigation object container, the types are "T000", "home page", "chat", "my" are navigation objects in the tab page, and the types are "T001", "T002", and the like. The navigation bar area of the home page is provided with a city selection control, and the city selection control exists as a sub navigation object of a tag page navigation object 'home page' in a multi-layer nested tree structure in a JSON format; all three tab page navigation objects have an attribute called "url" to indicate the content address of the main display area of the tab page. For example, the url attribute of "home" is App:// naviBox? naviRoot 1623627742480225284. This represents that the main display area of the "home" is another tree structure, the Root of which is the navigation object numbered 1623627742480225284. The navigation object type numbered 1623627742480225284 is "I000", under which there are various navigation object containers "I400", "I100", "I200", etc. for presenting information, and within each navigation object container there is a respective sub-navigation object.
Step S2: caching the structured interface description information complete set, and converting interface elements into structured data for storage after defining the description mode of the interface.
Step S2 specifically includes:
step S201: establishing a data table for storing the navigation object and the expansion information according to a one-to-many relationship, such as a navigation object table T _ NAVI and an expansion information table T _ NAVI _ PROP;
step S202: loading data and extended attributes of all navigation objects, and mounting the information of the extended attributes to the navigation objects;
step S203: caching all interface element key value pairs, and obtaining a navigation object with complete information only by a navigation object number, wherein the presentation form is Map < String, Navi > by taking java programming language as an example;
step S204: maintaining a tree structure, finding out a father node object according to the navigation object number, assigning to the self, and inserting the self into a child object list of the father node object;
step S205: and constructing sequencing, and assigning a serial number to the navigation object according to the configuration of the bidirectional linked list, so that the client program can be directly used conveniently.
To this end, a complete navigation object dictionary containing tree structure and ordering information has been created.
Step S3: the conversion from the description information to an App interface is realized, and the App of two operating systems of iOS and Android is realized;
step S3 specifically includes:
step S301: analyzing the interface description information, converting the content into a data model which can be identified by the client, and transmitting the formatted data to a display container;
step S302: displaying container traversal interface description information data, analyzing interface element content in the container traversal interface description information data, and transmitting data containing the interface element content to an interface construction distributor;
step S303: the interface distributor generates a corresponding view according to the data and transmits specific interface data of picture addresses, characters, character colors and background colors to the view;
step S304: the view draws the view per se, downloads and caches the picture according to the interface description information, and accelerates the display speed of accessing the same picture next time;
step S305: the interface construction distributor returns the drawn view to the display container;
step S306: and the display container splices all returned views, associates click event interaction logic, completes the adaptation of the views to the screen and finally displays the effect.
Step S4: the server side reads the request parameters to perform uniqueness processing, and the uniqueness processing is used as a unique identifier of the response content in the cache library;
step S4 specifically includes:
step S401: reading query parameters from HTTP request parameters sent by App, wherein the required query parameters include: page number, page size, number of navigation objects used as Root, user tag list, and packaging into a serializable request parameter object, such as RequestParam;
step S402: and preprocessing the packaged request parameter object, and sequencing the label lists in the request object according to characters, so that the same label lists are sequenced consistently, and finally, the results after uniqueness processing are the same. For example: a certain request comprises a plurality of label lists such as 'MALE', 'MID _ AGE', 'MARRIED', 'OWNS _ CAR', and the four labels are arranged according to the sequence of 'MALE', 'MARRIED', 'MID _ AGE' and 'OWNS _ CAR' through a sorting algorithm;
step S403: and calculating the preprocessed request parameter object by using a unique algorithm to obtain a character string which can uniquely identify the request object.
And 5: using the unique parameter value as a key, and searching a corresponding interface description information cache from a cache library;
step S6: generating interface description information, storing the interface description information in a cache library and returning the generated interface description information;
step S6 specifically includes:
step S601: reading a navigation object dictionary of a complete tree structure;
step S602: iterating the navigation object dictionary, screening the navigation object dictionary according to the label list in the query parameters, removing all navigation objects which are not matched with the labels in the query parameters, and if the navigation objects do not have labels, considering the objects as general objects and incorporating the general objects into the screening result;
step S603: if the data size is large and paging display is required, paging is performed only for the first-level navigation objects, where the first-level navigation objects are all navigation objects of the container class, such as "I400", "I100", "I200", and the like mentioned in step S1.
Step S7: according to the interface conversion method, a target interface is constructed at the App end, as shown in fig. 2, fig. 2 is an interface schematic diagram of the present invention, and step S7 specifically includes:
step S701: constructing main visual navigation objects of a tab page area and a top navigation bar area according to the initialization data;
step S702: according to request parameters transmitted by a navigation object 'home page' in a tag page, searching a corresponding page description information dictionary from a cache library, and carrying out integrity check on information;
step S703: and circularly reading the primary sub-view data in the dictionary, generating a plurality of views corresponding to the primary sub-view data according to the primary sub-view identification, and transmitting the data to the sub-views. The primary sub-view is an overall view composed of 'option one' to 'option four' of fig. 2.
Step S704: after the primary sub-view of the controller obtains the data, the step S703 is iterated to generate a secondary sub-view of the sub-view. The secondary sub-view is as in the 'options one' view of figure 2.
Step S705: drawing the bottom sub-view according to the data;
step S706: and finishing the iteration of all the sub-views and returning to the view array after the drawing is finished. The interface arranges the views according to the data sequence of the views and displays the views in the main display area.
According to the technical scheme provided by the invention, the cognition forms of the iOS and Android operating systems to the App main interface are unified, the data adjustment can be carried out at one position of the server only by pertinently realizing the cognition forms in the respective systems, the client interfaces of the two platforms are changed simultaneously, the interfaces are changed without passing through the application market or reinstallation, and the flexibility is greatly improved.
In addition, the invention greatly improves the personalized content display support capability of the user, and the client can dynamically load different contents by changing the label of the user as long as the server maintains the affiliated label of the specific content, so that the App becomes more personalized.
Although the invention has been described in detail above with reference to a general description and specific examples, it will be apparent to one skilled in the art that modifications or improvements may be made thereto based on the invention. Accordingly, such modifications and improvements are intended to be within the scope of the invention as claimed.
Claims (1)
1. An interface dynamic method based on a mobile App is characterized by comprising the following steps:
step S1: abstracting and defining the description mode of an App interface;
step S2: caching a full set of structured interface description information, and converting interface elements into structured data for storage after defining a description mode of an interface;
step S3: the conversion from the description information to an App interface is realized, and the App of two operating systems of iOS and Android is realized;
step S4: the server side reads the request parameters to perform uniqueness processing, and the uniqueness processing is used as a unique identifier of the response content in the cache library;
step S5: using the unique parameter value as a key, and searching a corresponding interface description information cache from a cache library;
step S6: generating interface description information, storing the interface description information in a cache library and returning the generated interface description information;
step S7: constructing a target interface at an App end according to an interface conversion method;
the step S2 includes:
step S201: establishing a table for storing the navigation object and the expansion information according to a one-to-many relationship;
step S202: loading data and extended attributes of all navigation objects, and mounting the information of the extended attributes to the navigation objects;
step S203: caching the key value pairs of all interface elements, and acquiring a navigation object with complete information only through the navigation object number;
step S204: maintaining a tree structure, finding out a father node object according to the navigation object number, assigning to the self, and inserting the self into a child object list of the father node object;
step S205: constructing sequencing, and assigning a serial number to the navigation object according to the configuration of the bidirectional linked list, so that a client program can be directly used conveniently;
the step S3 includes:
step S301: analyzing the interface description information, converting the content into a data model which can be identified by the client, and transmitting the formatted data to a display container;
step S302: displaying container traversal interface description information data, analyzing interface element content in the container traversal interface description information data, and transmitting data containing the interface element content to an interface construction distributor;
step S303: the interface distributor generates a corresponding view according to the data and transmits specific interface data of picture addresses, characters, character colors and background colors to the view;
step S304: the view draws the view per se, downloads and caches the picture according to the interface description information, and accelerates the display speed of accessing the same picture next time;
step S305: the interface construction distributor returns the drawn view to the display container;
step S306: the display container splices all returned views, associates click event interaction logic, completes the adaptation of the views to the screen and finally displays the effect;
the step S4 includes:
step S401: reading query parameters from HTTP request parameters sent by App, wherein the required query parameters include: page number, page size, number of navigation object used as Root, user tag list, and packaging into a serializable request parameter object;
step S402: preprocessing the packaged request parameter object, and sequencing the tag lists in the request object according to characters, so that the same tag lists are sequenced consistently, and finally, the results after uniqueness processing are the same;
step S403: calculating the preprocessed request parameter object by using a uniqueness algorithm to obtain a character string which can uniquely identify the request object;
the step S6 includes:
step S601: reading a navigation object dictionary of a complete tree structure;
step S602: iterating the navigation object dictionary, screening the navigation object dictionary according to the label list in the query parameters, removing all navigation objects which are not matched with the labels in the query parameters, and if the navigation objects do not have labels, considering the objects as general objects and incorporating the general objects into the screening result;
step S603: if the data volume is large and paging display is needed, only paging operation is carried out on the first-level navigation objects, wherein the first-level navigation objects are navigation objects of a container class;
the step S7 includes:
step S701: constructing main visual navigation objects of a tab page area and a top navigation bar area according to the initialization data;
step S702: according to request parameters transmitted by a navigation object 'home page' in a tag page, searching a corresponding page description information dictionary from a cache library, and carrying out integrity check on information;
step S703: circularly reading primary sub-view data in the dictionary, generating a plurality of views corresponding to the primary sub-view data according to the primary sub-view identification, and transmitting the data to the sub-views;
step S704: after the primary sub-view of the controller obtains data, iterating the step S703 to generate a secondary sub-view of the sub-view;
step S705: drawing the bottom sub-view according to the data;
step S706: finishing the iteration of all the sub-views, and returning to the view array after the drawing is finished; the interface arranges the views according to the data sequence of the views and displays the views in the main display area.
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