CN112527535B - Interaction method and terminal based on native WebView extension application - Google Patents
Interaction method and terminal based on native WebView extension application Download PDFInfo
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- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
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- G06F9/44—Arrangements for executing specific programs
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- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
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- G06F9/46—Multiprogramming arrangements
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- G06F9/542—Event management; Broadcasting; Multicasting; Notifications
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- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/46—Multiprogramming arrangements
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Abstract
The invention relates to an interaction method and a terminal based on native WebView extension application, wherein the interaction method comprises the following steps: s1, a host application creates a page containing WebView and creates a message channel, wherein the host application can load a sub-application program through the page, the host application initializes a service manager B, and the message channel is used for two-way communication between the service manager B and a service manager A in the sub-application program; s2, the host application registers a first service in a service manager B, and the sub application program can communicate with the service manager B through the service manager A to call the first service in the service manager B; s3, initializing a service manager A by the sub application program, registering a second service and event monitoring module in the service manager A by the sub application program, and calling the second service and event monitoring module in the service manager A by the host application through communication between the service manager B and the service manager A.
Description
Technical Field
The invention relates to the field of computer software, in particular to an interaction method and terminal based on native WebView extension application.
Background
In the course product development process, the traditional mode is to implement addition of different functional exercises by native technologies (native technologies of each platform, such as Android and IOS, etc.) in a host application so as to ensure the diversity of the content of the course product. However, due to the addition of the sub-application program realized by the original technology, the dynamic effect is often poor, the complex effect cannot be supported, the coupling between the host application and the exercise is strong, and if the host application has a problem, the update cost is high, and the dynamic expansion cannot be realized.
Disclosure of Invention
First, the technical problem to be solved
In order to solve the problems in the prior art, the invention provides an interaction method and a terminal based on a native WebView extension application, which support complex and changeable interaction scenes such as exercises in a sub-application mode, and reduce the coupling between the sub-application and a host application.
(II) technical scheme
In order to achieve the above purpose, the invention adopts a technical scheme that: an interaction method based on a native WebView extension application comprises the following steps:
s1, a host application creates a page containing WebView and creates a message channel, wherein the host application can load a sub-application program through the page, the host application initializes a service manager B, and the message channel is used for two-way communication between the service manager B and a service manager A in the sub-application program;
s2, the host application registers a first service in a service manager B, and the sub application program can communicate with the service manager B through the service manager A to call the first service in the service manager B;
s3, initializing a service manager A by the sub application program, registering a second service and event monitoring module in the service manager A by the sub application program, and calling the second service and event monitoring module in the service manager A by the host application through communication between the service manager B and the service manager A.
The invention adopts another technical scheme that: an interactive terminal based on a native WebView extension application, comprising a memory, a processor and a computer program stored on the memory and executable on the processor, the processor implementing the following steps when executing the computer program:
s1, a host application creates a page containing WebView and creates a message channel, wherein the host application can load a sub-application program through the page, the host application initializes a service manager B, and the message channel is used for two-way communication between the service manager B and a service manager A in the sub-application program;
s2, the host application registers a first service in a service manager B, and the sub application program can communicate with the service manager B through the service manager A to call the first service in the service manager B;
s3, initializing a service manager A by the sub application program, registering a second service and event monitoring module in the service manager A by the sub application program, and calling the second service and event monitoring module in the service manager A by the host application through communication between the service manager B and the service manager A.
(III) beneficial effects
The beneficial effects of the invention are as follows: after the service manager B of the host application and the service manager A of the sub-application realize two-way communication through a message channel, the service of the other party can be called mutually, and the sub-application can monitor events agreed with the host application through an event monitoring module registered in the service manager A so as to inform the sub-application when the host application is changed. Therefore, the invention realizes decoupling between the host application and the sub-application program, the host application and the sub-application program can be independently developed and tested, and the sub-application program can realize various rich interaction effects by utilizing the environment provided by the page containing WebView; in addition, when the sub-application program has a problem, only the independent package corresponding to the sub-application program needs to be replaced, and for the host application, only one file is replaced, so that the updating cost is low.
Drawings
FIG. 1 is a flow chart of an interaction method based on a native WebView extension application of the present invention;
FIG. 2 is a schematic structural diagram of an interactive terminal based on a native WebView extension application of the present invention;
[ reference numerals description ]
1. An interactive terminal based on native WebView extension application; 2. a memory; 3. a processor.
Detailed Description
The invention will be better explained by the following detailed description of the embodiments with reference to the drawings.
Referring to fig. 1, an interaction method based on native WebView extension application includes:
s1, a host application creates a page containing WebView and creates a message channel, wherein the host application can load a sub-application program through the page, the host application initializes a service manager B, and the message channel is used for two-way communication between the service manager B and a service manager A in the sub-application program;
s2, the host application registers a first service in a service manager B, and the sub application program can communicate with the service manager B through the service manager A to call the first service in the service manager B;
s3, initializing a service manager A by the sub application program, registering a second service and event monitoring module in the service manager A by the sub application program, and calling the second service and event monitoring module in the service manager A by the host application through communication between the service manager B and the service manager A.
From the above description, the beneficial effects of the invention are as follows: after the service manager B of the host application and the service manager A of the sub-application realize two-way communication through a message channel, the service of the other party can be called mutually, and the sub-application can monitor events agreed with the host application through an event monitoring module registered in the service manager A so as to inform the sub-application when the host application is changed. Therefore, the invention realizes decoupling between the host application and the sub-application program, the host application and the sub-application program can be independently developed and tested, and the sub-application program can realize various rich interaction effects by utilizing the environment provided by the page containing WebView; in addition, when the sub-application program has a problem, only the independent package corresponding to the sub-application program needs to be replaced, and for the host application, only one file is replaced, so that the updating cost is low.
Further, the sub-application in S2 may communicate with a service manager B through a service manager a to invoke a first service in the service manager B includes:
the sub-application program packages and encodes a first call instruction and a first request parameter through a service manager A and sends the first call instruction and the first request parameter to a service manager B through a message channel, and the service manager B inquires whether a first service matched with the first call instruction and the first request parameter exists or not after decoding the first call instruction and the first request parameter;
if yes, the service manager B calls a first service which is adapted to the first call instruction and the first request parameter, and the service manager B codes a call result of the first service and then sends the call result to the service manager A through the message channel;
if not, the service manager B codes the message without the adaptive first service and then sends the message to the service manager A through the message channel.
As can be seen from the above description, when the sub-application program communicates with the service manager B through the service manager a to call the first service in the service manager B, the first request parameter corresponding to the first service needs to be provided according to the first service to implement the call, so as to ensure the reliability of the call.
Further, the hosting application in S3 may communicate with the service manager a through the service manager B to invoke a second service in the service manager a includes:
the host application encapsulates and encodes a second call instruction and a second request parameter through a service manager B and then sends the second call instruction and the second request parameter to a service manager A through a message channel, and after the service manager A decodes the second call instruction and the second request parameter, the service manager A inquires whether a second service matched with the second call instruction and the second request parameter exists;
if yes, the service management A calls a second service which is matched with the second call instruction and the second request parameter, and the service manager A codes a call result of the second service and then sends the call result to the service manager B through the message channel;
if not, the service manager A codes the information of the second service without the adaptation and then sends the information to the service manager B through the information channel.
As can be seen from the above description, when the host application calls the second service in the service manager a through the communication between the service manager B and the service manager a, the second request parameter corresponding to the second service needs to be provided according to the second service to realize the call, so as to ensure the reliability of the call.
Further, the hosting application in S3 may communicate with the service manager a through the service manager B to call an event listening module in the service manager a, including:
the host application packages and encodes the event and the third request parameters through a service manager B and sends the encoded event and the third request parameters to a service manager A through a message channel, and after the service manager A decodes the event and the third request parameters, the service manager A inquires whether an event monitoring module matched with the event and the third request parameters exists;
if yes, the service manager A sends the event and the third request parameter to the event monitoring module;
if not, the service manager A ends the processing of the event.
As can be seen from the above description, the sub-application can monitor the event agreed with the main application through the event monitoring module in the service manager a, so that the main application can call the sub-application through the event mode without waiting for the execution result.
Referring to fig. 2, an interactive terminal based on a native WebView extension application includes a memory, a processor, and a computer program stored on the memory and executable on the processor, wherein the processor implements the following steps when executing the computer program:
s1, a host application creates a page containing WebView and creates a message channel, wherein the host application can load a sub-application program through the page, the host application initializes a service manager B, and the message channel is used for two-way communication between the service manager B and a service manager A in the sub-application program;
s2, the host application registers a first service in a service manager B, and the sub application program can communicate with the service manager B through the service manager A to call the first service in the service manager B;
s3, initializing a service manager A by the sub application program, registering a second service and event monitoring module in the service manager A by the sub application program, and calling the second service and event monitoring module in the service manager A by the host application through communication between the service manager B and the service manager A.
From the above description, the beneficial effects of the invention are as follows: after the service manager B of the host application and the service manager A of the sub-application realize two-way communication through a message channel, the service of the other party can be called mutually, and the sub-application can monitor events agreed with the host application through an event monitoring module registered in the service manager A so as to inform the sub-application when the host application is changed. Therefore, the invention realizes decoupling between the host application and the sub-application program, the host application and the sub-application program can be independently developed and tested, and the sub-application program can realize various rich interaction effects by utilizing the environment provided by the page containing WebView; in addition, when the sub-application program has a problem, only the independent package corresponding to the sub-application program needs to be replaced, and for the host application, only one file is replaced, so that the updating cost is low.
Further, the sub-application in S2 may communicate with a service manager B through a service manager a to invoke a first service in the service manager B includes:
the sub-application program packages and encodes a first call instruction and a first request parameter through a service manager A and sends the first call instruction and the first request parameter to a service manager B through a message channel, and the service manager B inquires whether a first service matched with the first call instruction and the first request parameter exists or not after decoding the first call instruction and the first request parameter;
if yes, the service manager B calls a first service which is adapted to the first call instruction and the first request parameter, and the service manager B codes a call result of the first service and then sends the call result to the service manager A through the message channel;
if not, the service manager B codes the message without the adaptive first service and then sends the message to the service manager A through the message channel.
As can be seen from the above description, when the sub-application program communicates with the service manager B through the service manager a to call the first service in the service manager B, the first request parameter corresponding to the first service needs to be provided according to the first service to implement the call, so as to ensure the reliability of the call.
Further, the hosting application in S3 may communicate with the service manager a through the service manager B to invoke a second service in the service manager a includes:
the host application encapsulates and encodes a second call instruction and a second request parameter through a service manager B and then sends the second call instruction and the second request parameter to a service manager A through a message channel, and after the service manager A decodes the second call instruction and the second request parameter, the service manager A inquires whether a second service matched with the second call instruction and the second request parameter exists;
if yes, the service management A calls a second service which is matched with the second call instruction and the second request parameter, and the service manager A codes a call result of the second service and then sends the call result to the service manager B through the message channel;
if not, the service manager A codes the information of the second service without the adaptation and then sends the information to the service manager B through the information channel.
As can be seen from the above description, when the host application calls the second service in the service manager a through the communication between the service manager B and the service manager a, the second request parameter corresponding to the second service needs to be provided according to the second service to realize the call, so as to ensure the reliability of the call.
Further, the hosting application in S3 may communicate with the service manager a through the service manager B to call an event listening module in the service manager a, including:
the host application packages and encodes the event and the third request parameters through a service manager B and sends the encoded event and the third request parameters to a service manager A through a message channel, and after the service manager A decodes the event and the third request parameters, the service manager A inquires whether an event monitoring module matched with the event and the third request parameters exists;
if yes, the service manager A sends the event and the third request parameter to the event monitoring module;
if not, the service manager A ends the processing of the event.
As can be seen from the above description, the sub-application can monitor the event agreed with the main application through the event monitoring module in the service manager a, so that the main application can call the sub-application through the event mode without waiting for the execution result.
Example 1
Referring to fig. 1, an interaction method based on native WebView extension application includes:
s1, a host application creates a page containing WebView and creates a message channel, wherein the host application can load a sub-application program through the page, the host application initializes a service manager B, and the message channel is used for two-way communication between the service manager B and a service manager A in the sub-application program;
s2, the host application registers a first service in a service manager B, and the sub application program can communicate with the service manager B through the service manager A to call the first service in the service manager B;
s3, initializing a service manager A by the sub application program, registering a second service and event monitoring module in the service manager A by the sub application program, and calling the second service and event monitoring module in the service manager A by the host application through communication between the service manager B and the service manager A.
Wherein the sub-application in S2 may communicate with a service manager B through a service manager a to invoke a first service in the service manager B comprises:
the sub-application program packages and encodes a first call instruction and a first request parameter through a service manager A and sends the first call instruction and the first request parameter to a service manager B through a message channel, and the service manager B inquires whether a first service matched with the first call instruction and the first request parameter exists or not after decoding the first call instruction and the first request parameter;
if yes, the service manager B calls a first service which is adapted to the first call instruction and the first request parameter, and the service manager B codes a call result of the first service and then sends the call result to the service manager A through the message channel;
if not, the service manager B codes the message without the adaptive first service and then sends the message to the service manager A through the message channel.
Wherein the hosting application in S3 may communicate with the service manager a through the service manager B to invoke a second service in the service manager a includes:
the host application encapsulates and encodes a second call instruction and a second request parameter through a service manager B and then sends the second call instruction and the second request parameter to a service manager A through a message channel, and after the service manager A decodes the second call instruction and the second request parameter, the service manager A inquires whether a second service matched with the second call instruction and the second request parameter exists;
if yes, the service management A calls a second service which is matched with the second call instruction and the second request parameter, and the service manager A codes a call result of the second service and then sends the call result to the service manager B through the message channel;
if not, the service manager A codes the information of the second service without the adaptation and then sends the information to the service manager B through the information channel.
Wherein, the hosting application in S3 may communicate with the service manager a through the service manager B to call an event listening module in the service manager a, including:
the host application packages and encodes the event and the third request parameters through a service manager B and sends the encoded event and the third request parameters to a service manager A through a message channel, and after the service manager A decodes the event and the third request parameters, the service manager A inquires whether an event monitoring module matched with the event and the third request parameters exists;
if yes, the service manager A sends the event and the third request parameter to the event monitoring module;
if not, the service manager A ends the processing of the event.
Specifically, one event may be matched with a plurality of event monitoring modules, and when an event issued by a host application is received, the event and parameters thereof are sequentially sent to each event monitoring module matched with the event monitoring module.
Specifically, after the execution of the inter-calling service between the sub-application program and the host application is completed, the execution result can be returned.
Example two
Referring to fig. 2, an interactive terminal 1 based on a native WebView extension application includes a memory 2, a processor 3, and a computer program stored in the memory 2 and executable on the processor 3, wherein the processor 3 implements the steps of the first embodiment when executing the computer program.
In summary, according to the interaction method and the terminal based on the native WebView extension application provided by the invention, after the service manager B of the host application and the service manager a of the sub-application program realize two-way communication through the message channel, the sub-application program can mutually call the service of the other party, and the sub-application program can monitor the event agreed with the host application through the event monitoring module registered in the service manager a, so that the sub-application program is notified when the host application is changed. Therefore, the invention realizes decoupling between the host application and the sub-application program, the host application and the sub-application program can be independently developed and tested, and the sub-application program can realize various rich interaction effects by utilizing the environment provided by the page containing WebView; in addition, when the sub-application program has a problem, only the independent package corresponding to the sub-application program needs to be replaced, and for the host application, only one file is replaced, so that the updating cost is low.
The foregoing description is only illustrative of the present invention and is not intended to limit the scope of the invention, and all equivalent changes made by the specification and drawings of the present invention, or direct or indirect application in the relevant art, are included in the scope of the present invention.
Claims (4)
1. An interaction method based on a native WebView extension application is characterized by comprising the following steps:
s1, a host application creates a page containing WebView and creates a message channel, wherein the host application can load a sub-application program through the page, the host application initializes a service manager B, and the message channel is used for two-way communication between the service manager B and a service manager A in the sub-application program;
s2, the host application registers a first service in a service manager B, and the sub application program can communicate with the service manager B through the service manager A to call the first service in the service manager B;
the sub-application in S2 may communicate with a service manager B through a service manager a to invoke a first service in the service manager B comprising:
the sub-application program packages and encodes a first call instruction and a first request parameter through a service manager A and sends the first call instruction and the first request parameter to a service manager B through a message channel, and the service manager B inquires whether a first service matched with the first call instruction and the first request parameter exists or not after decoding the first call instruction and the first request parameter;
if yes, the service manager B calls a first service which is adapted to the first call instruction and the first request parameter, and the service manager B codes a call result of the first service and then sends the call result to the service manager A through the message channel;
if not, the service manager B codes the message without the adaptive first service and then sends the message to the service manager A through the message channel;
s3, initializing a service manager A by the sub-application program, registering a second service and event monitoring module in the service manager A by the sub-application program, and calling the second service and event monitoring module in the service manager A by the host application through the service manager B and the service manager A in communication;
the hosting application in S3 may communicate with the service manager a through the service manager B to invoke a second service in the service manager a, including:
the host application encapsulates and encodes a second call instruction and a second request parameter through a service manager B and then sends the second call instruction and the second request parameter to a service manager A through a message channel, and after the service manager A decodes the second call instruction and the second request parameter, the service manager A inquires whether a second service matched with the second call instruction and the second request parameter exists;
if yes, the service management A calls a second service which is matched with the second call instruction and the second request parameter, and the service manager A codes a call result of the second service and then sends the call result to the service manager B through the message channel;
if not, the service manager A codes the information of the second service without the adaptation and then sends the information to the service manager B through the information channel.
2. The interaction method based on the native WebView extension application according to claim 1, wherein the hosting application in S3 can communicate with the service manager a through the service manager B to call an event listening module in the service manager a includes:
the host application packages and encodes the event and the third request parameters through a service manager B and sends the encoded event and the third request parameters to a service manager A through a message channel, and after the service manager A decodes the event and the third request parameters, the service manager A inquires whether an event monitoring module matched with the event and the third request parameters exists;
if yes, the service manager A sends the event and the third request parameter to the event monitoring module;
if not, the service manager A ends the processing of the event.
3. An interactive terminal based on a native WebView extension application, comprising a memory, a processor and a computer program stored on the memory and executable on the processor, characterized in that the processor implements the following steps when executing the computer program:
s1, a host application creates a page containing WebView and creates a message channel, wherein the host application can load a sub-application program through the page, the host application initializes a service manager B, and the message channel is used for two-way communication between the service manager B and a service manager A in the sub-application program;
s2, the host application registers a first service in a service manager B, and the sub application program can communicate with the service manager B through the service manager A to call the first service in the service manager B;
the sub-application in S2 may communicate with a service manager B through a service manager a to invoke a first service in the service manager B comprising:
the sub-application program packages and encodes a first call instruction and a first request parameter through a service manager A and sends the first call instruction and the first request parameter to a service manager B through a message channel, and the service manager B inquires whether a first service matched with the first call instruction and the first request parameter exists or not after decoding the first call instruction and the first request parameter;
if yes, the service manager B calls a first service which is adapted to the first call instruction and the first request parameter, and the service manager B codes a call result of the first service and then sends the call result to the service manager A through the message channel;
if not, the service manager B codes the message without the adaptive first service and then sends the message to the service manager A through the message channel;
s3, initializing a service manager A by the sub-application program, registering a second service and event monitoring module in the service manager A by the sub-application program, and calling the second service and event monitoring module in the service manager A by the host application through the service manager B and the service manager A in communication;
the hosting application in S3 may communicate with the service manager a through the service manager B to invoke a second service in the service manager a, including:
the host application encapsulates and encodes a second call instruction and a second request parameter through a service manager B and then sends the second call instruction and the second request parameter to a service manager A through a message channel, and after the service manager A decodes the second call instruction and the second request parameter, the service manager A inquires whether a second service matched with the second call instruction and the second request parameter exists;
if yes, the service management A calls a second service which is matched with the second call instruction and the second request parameter, and the service manager A codes a call result of the second service and then sends the call result to the service manager B through the message channel;
if not, the service manager A codes the information of the second service without the adaptation and then sends the information to the service manager B through the information channel.
4. The interactive terminal based on the native WebView extension application according to claim 3, wherein the hosting application in S3 can communicate with the service manager a through the service manager B to call an event listening module in the service manager a includes:
the host application packages and encodes the event and the third request parameters through a service manager B and sends the encoded event and the third request parameters to a service manager A through a message channel, and after the service manager A decodes the event and the third request parameters, the service manager A inquires whether an event monitoring module matched with the event and the third request parameters exists;
if yes, the service manager A sends the event and the third request parameter to the event monitoring module;
if not, the service manager A ends the processing of the event.
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| CN202011593820.8A CN112527535B (en) | 2020-12-29 | 2020-12-29 | Interaction method and terminal based on native WebView extension application |
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| CN202011593820.8A CN112527535B (en) | 2020-12-29 | 2020-12-29 | Interaction method and terminal based on native WebView extension application |
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| CN112527535B true CN112527535B (en) | 2023-05-16 |
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| CN104808971A (en) * | 2014-01-24 | 2015-07-29 | 北京三星通信技术研究有限公司 | Network application program manager, method, device and mobile terminal |
| CN107632894A (en) * | 2017-08-09 | 2018-01-26 | 中国电力科学研究院 | A kind of implementation method and device for power market transaction service call |
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| CN107632894A (en) * | 2017-08-09 | 2018-01-26 | 中国电力科学研究院 | A kind of implementation method and device for power market transaction service call |
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