CN110175309B - Native terminal resource pool management system and method for mobile application hybrid development - Google Patents
Native terminal resource pool management system and method for mobile application hybrid development Download PDFInfo
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- CN110175309B CN110175309B CN201910465620.5A CN201910465620A CN110175309B CN 110175309 B CN110175309 B CN 110175309B CN 201910465620 A CN201910465620 A CN 201910465620A CN 110175309 B CN110175309 B CN 110175309B
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- G06F16/90—Details of database functions independent of the retrieved data types
- G06F16/95—Retrieval from the web
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- G06F16/9574—Browsing optimisation, e.g. caching or content distillation of access to content, e.g. by caching
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- G—PHYSICS
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/90—Details of database functions independent of the retrieved data types
- G06F16/95—Retrieval from the web
- G06F16/958—Organisation or management of web site content, e.g. publishing, maintaining pages or automatic linking
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- G06F8/30—Creation or generation of source code
- G06F8/38—Creation or generation of source code for implementing user interfaces
Abstract
The invention relates to the field of computer software development, discloses a native terminal resource pool management system and a native terminal resource pool management method for mobile application hybrid development, and solves the problems of complex page logic management and slow webpage loading of a webpage in the traditional mobile application hybrid development. The system comprises: the system comprises a native terminal resource pool module, a web page terminal transition module and a web page service logic module; the native terminal resource pool module is used for receiving a transition request in a webpage, controlling page skipping of native application and realizing equivalent transition management of the webpage application in a native system; the system comprises a controller management module, a resource pool management module and a JS relay module; the web page end transition module is used for controlling the transition function of the mobile application; the web service logic module supports all service functions of the mobile application for the set of all service functions of the mobile application developed by the web. The invention is suitable for mobile application hybrid development.
Description
Technical Field
The invention relates to the field of computer software development, in particular to a system and a method for managing a native terminal resource pool for mobile application hybrid development.
Background
Along with the progress of mobile internet technology, intelligent mobile devices are increasingly popularized in the life of people, and the life style of people is greatly changed, so that daily activities increasingly depend on convenient services provided by the mobile internet. Therefore, mobile application development efforts have presented great importance.
Hybrid application development (Hybrid App) is an intermediate mode between native system application development and webpage application development, has the advantages of good user experience of native system application and cross-platform development convenience of webpage application, and becomes a mainstream development mode of mobile application in recent years. Its advantage mainly lies in: the development cost is low, the later maintenance is simple, the user experience is good, and the platform-crossing flexibility and convenience are realized.
In a conventional hybrid development mode, the mobile application is mainly realized by HTML + JS, and the function codes can be run on an Android system and an iOS system. At present, the mixed application development faces the problem of fusion of two development modes. For example, when a jump occurs between a page of a native application and an HTML page, there is a problem that the return logic is not uniform: the transition of the native system page is completed by a navigation controller in the system, and the jump of HTML is realized by the system webview loading the current web page to simulate the native system application. The existence of the two different transition modes causes the problems of complex page logic management and low development efficiency in mixed development.
Disclosure of Invention
The technical problem to be solved by the invention is as follows: a native terminal resource pool management system and method for mobile application hybrid development are provided, and the problems of complex page logic management and slow webpage loading of a webpage in the traditional mobile application hybrid development are solved.
The technical scheme adopted by the invention for solving the technical problems is as follows:
the native end resource pool management system for mobile application hybrid development comprises: the system comprises a native terminal resource pool module, a web page terminal transition module and a web page service logic module;
the native terminal resource pool module is used for receiving a transition request in a webpage, controlling page skipping of native application and realizing equivalent transition management of the webpage application in a native system; the system comprises a controller management module, a resource pool management module and a JS relay module;
the controller management module is used for controlling the resource pool management module to inquire a network resource page of a specified path, pairing the controller with the network resource page, recording path information of each jump of the page after a transition occurs at a primary end, and storing the path of the currently displayed controller; the resource pool management module is used for receiving and responding to the instruction of the controller management module and managing the webpage resource pool; the JS relay module is used for a method interaction behavior between a network resource page and a webpage view by injecting a webpage into a jscontext loaded by a primary end when the primary end loads the webpage, and the JS relay module is an intermediary for transmitting a transition instruction to the primary end by webpage end transition logic;
the web page end transition module is used for controlling the transition function of the mobile application and comprises a web page view and a transition logic module; the webpage view provides an interface and an interactive function in the mobile application; the transition logic module is used for responding to the transition interaction behavior of the user and then controlling the corresponding transition operation of the native terminal through the JS relay module;
the web service logic module supports all service functions of the mobile application for the set of all service functions of the mobile application developed by the web.
As a further optimization, the resource pool management module comprises a webpage resource pool and a webpage production module; the webpage production module is used for producing a local webpage resource packet loaded with the specified path information or a network resource page on the network; and the webpage resource pool is used for storing the network resource pages which are pre-loaded or cached aiming at the set path.
According to the scheme, the specific structure of the resource pool management module is recorded, the network resource page is generated through the webpage production module, and the network resource page is preloaded or cached through the webpage resource pool, so that the page loading speed of the high production end is increased.
As a further optimization, the resource pool management module managing the web resource pool includes: holding, querying, retrieving and releasing web resource pages, as well as creating new web resource pages and managing path information for local web page packages.
According to the scheme, specific management items of the resource pool management module are recorded, and the preloaded or cached network resource pages can be conveniently searched through effective management of the information, so that the webpage loading speed is increased.
As a further optimization, the controller management module comprises a path stack and a display recording module; the path stack is used for recording a path when page jump occurs in the whole life cycle of the mobile application; and the display recording module is used for recording and displaying the path of the controller obtained from the current page content.
According to the scheme, the specific structure of the controller management module is recorded, the path when the page jump occurs in the life cycle of the mobile application is recorded through the path stack, and the path of the controller obtained from the current page content is recorded and displayed through the display recording module, so that the equivalent transition of the webpage application in the native system is realized.
In addition, the invention also provides a native end resource pool management method for mobile application hybrid development, which comprises the following steps:
a. when the mobile application is started, starting a native terminal resource pool module;
b. the controller management module acquires a corresponding network resource page from the resource pool management module according to the path;
c. after the web page is successfully loaded on the network resource page, initializing a web page end transition module, and registering a JS relay module to a controller management module;
d. when transition interaction is generated by operation on a webpage end, a webpage view triggers a transition logic module to send a transition request to a JS relay module;
the JS relay module converts the request command of the transition logic module into a transition request of the original end and sends the transition request to the controller management module;
f. and c, the controller management module inquires the resource pool management module to obtain the network resource page of the corresponding path, loads the network resource page into the controller view to display the webpage content after transition, and returns to the step c.
As a further optimization, in step b, the resource pool management module creates and stores a next-level page pre-created for the current page, and specifically includes:
the webpage end service logic module sends a webpage pre-building request to the webpage end transition module according to service requirements; after receiving the corresponding request, the webpage end transition logic module sends a network resource page command for pre-establishing a corresponding path to the JS relay module; the JS relay module directly requests the resource pool management module to generate a webpage, and after a corresponding path resource page is generated by a webpage production module in the resource pool management module, the resource pool management module stores the newly-built next-stage resource page into a webpage resource pool for use when a transition is made.
When the scheme is adopted, when the webpage with complex service is involved, the smooth degree of forward transition can be ensured by pre-establishing the webpage cache resource of the next level, and the loading speed of the page of the next level is improved.
The invention has the beneficial effects that:
(1) by completely separating the transition logic of the webpage end from the service logic, when a user operates, if the transition needs to occur, the transition logic controls the resource pool management system in the native application to realize the transition operation through the JS relay module instead of the webpage end skipping on the network resource page in the conventional hybrid development. For the webpage end, developers only need to develop business logic and a page view, so that page logic management is simplified, and working efficiency is improved;
(2) by establishing the cache pool containing the network resource page, the webpage content with complex service is loaded or cached in advance through the resource pool, so that the page loading speed in the native system is improved, and the operation experience of a user is improved.
Drawings
FIG. 1 is a schematic diagram of a resource pool management system framework for mobile-side hybrid development in the present invention;
FIG. 2 is a block diagram of a controller management module;
FIG. 3 is a block diagram of a resource pool management module;
FIG. 4 is a flow diagram of a pre-build network resource page;
FIG. 5 is a flow chart of jump-before-transition of embodiment 1;
FIG. 6 is a flowchart of the transition after transition of embodiment 2.
Detailed Description
The invention aims to provide a native terminal resource pool management system and a native terminal resource pool management method for mobile application hybrid development, and solves the problems of complex page logic management and slow webpage loading of a webpage in the traditional mobile application hybrid development.
The invention completely separates the business logic and the transition logic in the webpage end in the mobile application, and the transition logic controls the resource pool management system in the native application through the JS relay module to realize the transition operation. On the webpage side, developers only need to develop business logic and page views, and the system is very suitable for projects with complex business and short development time. In addition, the invention establishes a certain amount of network resource page cache pools, and improves the page loading speed in the original system by preloading or caching the webpage content, thereby improving the operation experience of the user.
In specific implementation, as shown in fig. 1, the management system for a native resource pool for hybrid mobile application development in the present invention includes: the system comprises a native terminal resource pool module, a web page terminal transition module and a web page service logic module.
The native terminal resource pool module is mainly used for receiving a transition request in a webpage, controlling page skipping of native application and realizing equivalent transition management of the webpage application in a native system, and comprises a controller management module, a resource pool management module and a JS relay module;
the resource pool management module is used for receiving and responding to the instruction of the controller management module to complete the management of the webpage resource pool, and the management mainly comprises functions of holding, inquiring, acquiring, releasing a network resource page and the like, and meanwhile bears the functions of creating a new webpage resource page and managing the path information of a local webpage package. The resource pool management module comprises a webpage resource pool and a webpage production module as shown in FIG. 3; the webpage production module is used for producing a local webpage resource packet loaded with specified path information or a network resource page on a network; and the webpage resource pool is used for storing the network resource pages which are pre-loaded or cached for the set path. The "network resource page" herein mainly refers to a web page loading control (not specifically referred to as webview) provided by the mobile native terminal; the "path" herein mainly refers to the information such as page keyword and URL in the web page (including but not limited to the local web page) and the controller owning the keyword; the controller refers to a view interaction container in the mobile native application, holds a network resource page and responds to a transition request of a web transition module in the native terminal.
The controller management module is used for controlling the resource pool management module to inquire a network resource page of a specified path, pairing the controller with the network resource page, recording path information of each jump of the page after transition of a primary end, storing the path of the currently displayed controller, and forming the path stack by the display recording module as shown in fig. 2;
the display recording module is used for recording and displaying a path of the controller obtained by the current page content;
and the path stack is used for recording the stack of the path when the page jump occurs in the whole life cycle of the mobile application.
The JS relay module is a bridging type of a mobile end system, is injected into jscondext loaded by a native end when the native end loads a webpage, is mainly used for method interaction behaviors between a native network resource page and a webpage view, and is an intermediary for sending a transition instruction to a control native end by webpage end transition logic.
The web page end transition module comprises a web page view and transition logic module, is a main component of the web page end and is used for controlling the transition function of the mobile application; the webpage view, namely an application view developed by HTML, provides an interface and an interactive function in mobile application; and the transition logic module is used for responding to the transition interaction behavior of the user and then controlling the corresponding transition operation of the native terminal through the JS relay module.
The business logic module is a module for supporting all business functions of the mobile application, and in the system, all business functions of the mobile application are split, so that the business is separated from the transition, and repeated development work is reduced.
Based on the system, the native terminal resource pool management method for mobile application hybrid development, which is realized by the invention, comprises the following steps:
1. when the mobile application is started, starting a native terminal resource pool module;
2. the controller management module acquires a corresponding network resource page from the resource pool management module according to the path;
3. after the web page is successfully loaded on the network resource page, initializing a web page end transition module, and registering a JS relay module to a controller management module;
4. when transition interaction is generated by operation on a webpage end, a webpage view triggers a transition logic module to send a transition request to a JS relay module;
the JS relay module converts the request command of the transition logic module into a transition request of an original end and sends the transition request to the controller management module;
6. and the controller management module inquires the resource pool management module to obtain the network resource page of the corresponding path, loads the network resource page into the controller view to display the webpage content after transition, and returns to the step 3.
For a webpage with a complex service, in order to ensure the smoothness of transition to a previous level and improve the loading speed of a lower level page, a developer can create a network page cache resource of a next level in advance through a resource pool management module in a current page. The specific flow is shown in fig. 4:
and the webpage end service logic module sends a webpage pre-establishing request to the webpage end transition module according to the service requirement. And after receiving the corresponding request, the web page end transition logic module sends a network resource page command for pre-establishing a corresponding path to the relay module. At this time, the JS relay module may bypass the controller management module and directly request the resource pool management module to generate the web page. After the web page production module in the resource pool management module generates the corresponding path resource page, the resource pool management module stores the newly-built next-stage resource page into the web page resource pool for use when the transition is waited.
Example 1:
the present embodiment is an application of the above system in implementing jump before transition, as shown in fig. 5, which includes:
and the webpage end service logic module sends a transition forward-jump request of a specified path to the webpage end transition module according to service requirements. And the webpage end transition module sends an instruction of jumping to the appointed path forward to the JS relay module. And after receiving the forward-jump request of the JS relay module, the controller management module inquires the resource pool management module about the network resource page corresponding to the acquired path according to the path information. The resource pool management module firstly searches whether a page belonging to the forward jump path exists in the resource pool, if so, the corresponding page is taken out, otherwise, the production module generates a new page. And after the controller management module obtains the resource page corresponding to the inquired path, loading the resource page into the controller view, pressing corresponding path information into a path stack, and updating the current path information to the display recording module after the page is successfully loaded and registered with the new JS relay module.
Example 2:
the present embodiment is a process of the above system after transition, as shown in fig. 6, including:
and the webpage end service logic module sends a transition skip request of a specified path to the webpage end transition module according to service requirements. And the webpage end transition module sends an instruction of jumping to an appointed path or level after transition to the JS relay module. And the webpage end transition module sends an instruction of transition and backward jump to the specified path or level to the JS relay module. After receiving the back-hop request of the JS relay module, the controller management module firstly pops up the first item of the path stack, and then checks whether the path information of the new first item of the path stack is consistent with the specified path or whether the path information is popped up to the specified level. If not, the controller management module continues to pop elements in the path stack. And when the judgment condition is met, the controller management module loads the first resource page in the path stack, loads the first resource page into the controller view, and updates the current path information to the display recording module after the page successfully loads and registers the new JS relay module.
Claims (6)
1. The native end resource pool management system for mobile application hybrid development is characterized in that,
the method comprises the following steps: the system comprises a native terminal resource pool module, a web page terminal transition module and a web page service logic module;
the native terminal resource pool module is used for receiving a transition request in a webpage, controlling page skipping of native application and realizing equivalent transition management of the webpage application in a native system; the system comprises a controller management module, a resource pool management module and a JS relay module;
the controller management module is used for controlling the resource pool management module to inquire a network resource page of a specified path, pairing the controller with the network resource page, recording path information of each jump of the page after a transition occurs at a primary end, and storing the path of the currently displayed controller; the resource pool management module is used for receiving and responding to the instruction of the controller management module and managing the webpage resource pool; the JS relay module is used for a method interaction behavior between a network resource page and a webpage view by injecting a webpage into a jscontext loaded by a primary end when the primary end loads the webpage, and the JS relay module is an intermediary for transmitting a transition instruction to the primary end by webpage end transition logic;
the web page end transition module is used for controlling the transition function of the mobile application and comprises a web page view and a transition logic module; the webpage view provides an interface and an interactive function in the mobile application; the transition logic module is used for responding to the transition interaction behavior of the user and then controlling the corresponding transition operation of the native terminal through the JS relay module;
the web service logic module supports all service functions of the mobile application for the set of all service functions of the mobile application developed by the web.
2. The native-side resource pool management system for hybrid development of mobile applications as claimed in claim 1,
the resource pool management module comprises a webpage resource pool and a webpage production module; the webpage production module is used for producing a local webpage resource packet loaded with the specified path information or a network resource page on the network; and the webpage resource pool is used for storing the network resource pages which are pre-loaded or cached aiming at the set path.
3. The native-side resource pool management system for hybrid development of mobile applications of claim 2,
the resource pool management module manages the webpage resource pool and comprises the following steps: holding, querying, retrieving and releasing web resource pages, as well as creating new web resource pages and managing path information for local web page packages.
4. The native-side resource pool management system for hybrid development of mobile applications as claimed in claim 1,
the controller management module comprises a path stack and a display recording module; the path stack is used for recording a path when page jump occurs in the whole life cycle of the mobile application; and the display recording module is used for recording and displaying the path of the controller obtained from the current page content.
5. The method for managing the native-side resource pool of the mobile application hybrid development is applied to the system according to any one of claims 1 to 4, and is characterized by comprising the following steps:
a. when the mobile application is started, starting a native terminal resource pool module;
b. the controller management module acquires a corresponding network resource page from the resource pool management module according to the path;
c. after the web page is successfully loaded on the network resource page, initializing a web page end transition module, and registering a JS relay module to a controller management module;
d. when transition interaction is generated by operation on a webpage end, a webpage view triggers a transition logic module to send a transition request to a JS relay module;
the JS relay module converts the request command of the transition logic module into a transition request of the original end and sends the transition request to the controller management module;
f. and c, the controller management module inquires the resource pool management module to obtain the network resource page of the corresponding path, loads the network resource page into the controller view to display the webpage content after transition, and returns to the step c.
6. The method for managing a native-side resource pool for hybrid development of mobile applications as claimed in claim 5,
in step b, the resource pool management module creates and stores a next-level page pre-created for the current page, and specifically includes: the webpage end service logic module sends a webpage pre-building request to the webpage end transition module according to service requirements; after receiving the corresponding request, the webpage end transition logic module sends a network resource page command for pre-establishing a corresponding path to the JS relay module; the JS relay module directly requests the resource pool management module to generate a webpage, and after a corresponding path resource page is generated by a webpage production module in the resource pool management module, the resource pool management module stores the newly-built next-stage resource page into a webpage resource pool for use when a transition is made.
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