CN113535276B - Plug-in full decoupling application combination method - Google Patents
Plug-in full decoupling application combination method Download PDFInfo
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- CN113535276B CN113535276B CN202111065564.XA CN202111065564A CN113535276B CN 113535276 B CN113535276 B CN 113535276B CN 202111065564 A CN202111065564 A CN 202111065564A CN 113535276 B CN113535276 B CN 113535276B
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- G06F—ELECTRIC DIGITAL DATA PROCESSING
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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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Abstract
The invention provides a plug-in full decoupling application combination method, which belongs to the technical field of program development and application, and selects a functional plug-in matched with a function expansion requirement corresponding to a request message from a preset plug-in library by acquiring and analyzing the request message of a service platform; when the service platform needs to call the functional plug-in, the functional plug-in and the intermediary plug-in are assembled and coupled, and when the service platform needs to unload the functional plug-in, the coupling connection relation between the functional plug-in and the intermediary plug-in is removed, the intermediary plug-in is used as a data transmission intermediate channel between the application program of the service platform and the functional plug-in, the intermediary plug-in can be compatibly connected with different application programs, and the functional plug-in is not required to be edited again in the process of assembling and coupling the functional plug-in to the intermediary plug-in, so that the development workload of the functional plug-in is greatly reduced, and the rapid decoupling assembly of the functional plug-in and the application program can be realized under the condition that the functional plug-in is not required to be changed.
Description
Technical Field
The invention relates to the technical field of program development and application, in particular to a plug-in full decoupling application combination method.
Background
Different APP applications are usually installed in service platforms such as smart phones, and during the operation process of the APP applications, different types of data need to be called from the service platform local or the internet by means of corresponding plug-ins. For example, the public reviews such diet recommendation APP application may need to call corresponding map positioning data in the running process, and at this time, the APP application needs to be connected in a combined manner with a plug-in having a map positioning data calling function. However, different types of APP applications have unique running frameworks, and the same functional plug-in is not compatible with the running frameworks of all APP applications, so that a dedicated functional plug-in needs to be designed separately for different types of APP applications, which not only increases the development workload of the functional plug-in, but also cannot effectively improve the compatibility of coupling and assembling the functional plug-in and different APP applications.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides a plug-in full decoupling application combination method, which selects a functional plug-in matched with the function expansion requirement corresponding to a request message from a preset plug-in library by acquiring and analyzing the request message of a service platform; then determining interface configuration parameters of the functional plug-in and a deployment address of the functional plug-in the service platform, so as to obtain an intermediate plug-in compatible with the functional plug-in; subsequently, when the service platform needs to call the functional plug-in, the functional plug-in and the intermediary plug-in are assembled and coupled, and when the service platform needs to uninstall the functional plug-in, the coupling connection relationship between the functional plug-in and the intermediary plug-in is removed, the intermediary plug-in is used as a data transmission intermediate channel between the application program of the service platform and the functional plug-in, the intermediary plug-in can be compatibly connected with different application programs, and the functional plug-in is assembled and coupled to the intermediary plug-in without re-editing the functional plug-in, so that the development workload of the functional plug-in is greatly reduced, and the functional plug-in and the application program can be quickly decoupled and assembled without changing the functional plug-in.
The invention provides a plug-in full decoupling application combination method, which comprises the following steps:
step S1, acquiring a request message of a service platform; analyzing the request message to determine the function expansion requirement of the service platform; selecting corresponding functional plug-ins from a preset plug-in library according to the function expansion requirement;
step S2, analyzing the selected functional plug-in, so as to determine the interface configuration parameters of the selected functional plug-in and the deployment address of the selected functional plug-in the service platform; selecting an intermediary plug-in compatible with the selected functional plug-in according to the interface configuration parameters, and setting the intermediary plug-in at a position corresponding to the service platform and the deployment address;
step S3, determining whether the service platform needs to call the function plug-in; if so, coupling the functional plug-in with the intermediary plug-in so as to realize the operation of the functional plug-in on the service platform;
step S4, determining whether the service platform needs to unload the functional plug-in; if so, removing the coupling connection relation between the functional plug-in and the intermediary plug-in;
further, in step S1, the acquiring the request message of the service platform specifically includes:
monitoring an application program installed on a service platform, and determining whether the application program is in a foreground operating state or a background operating state;
if the application program is in a foreground operation state, determining whether the application program receives an operation change request message from the service platform; the operation change request message is used for controlling the application program to perform function expansion operation of data calling;
if the application program is in the background running state, keeping the current state of the application program unchanged;
further, in step S1, analyzing the request message to determine the function expansion requirement of the service platform specifically includes:
analyzing the operation change request message to determine the data type which needs to be called in the function extension operation of data calling and indicated by the service platform, and taking the data type as the function extension requirement;
further, in step S1, selecting a corresponding functional plug-in from the preset plug-in library according to the function expansion requirement specifically includes:
selecting a local plug-in capable of calling data of a corresponding type from a storage space of a service platform or the Internet from a preset plug-in library according to the type of the data to be called in the function extension operation of the data calling of the application program, and taking the local plug-in as a function plug-in;
further, in step S2, analyzing the selected functional plug-in to determine the interface configuration parameters of the selected functional plug-in and the deployment address of the selected functional plug-in the service platform specifically includes:
analyzing the selected functional plug-in, and determining the data calling speed and the calling data cache capacity of the functional plug-in to serve as interface configuration parameters of the functional plug-in;
analyzing the selected functional plug-in, and determining a port address of an application program correspondingly set by the functional plug-in the service platform as a deployment address;
further, in step S2, selecting an intermediary plug-in compatible with the selected functional plug-in according to the interface configuration parameters, and setting the intermediary plug-in at a location of the service platform corresponding to the deployment address specifically includes:
selecting a communication plug-in with a data transfer transmission speed greater than or equal to a data calling speed and a data cache space capacity greater than or equal to a called data cache capacity as an intermediary plug-in;
setting the intermediate plug-in a port address of an application program correspondingly set in the service platform, and constructing a data transmission link between the intermediate plug-in and the application program;
further, in step S3, determining whether the service platform needs to call the function plug-in specifically includes:
determining whether a service platform sends a data call starting triggering instruction to an application program; if so, determining that the service platform needs to call the functional plug-in; if not, determining that the service platform does not need to call the functional plug-in;
further, in step S3, coupling the functional plug-in with the middleware to implement the operation of the functional plug-in on the service platform specifically includes:
acquiring the type of a current operating system of a service platform, and adjusting the mode of installing a functional plug-in on the service platform according to the type of the operating system;
after the functional plug-in is installed on the service platform, establishing data transmission coupling between the functional plug-in and the intermediate plug-in, thereby realizing the operation of the functional plug-in on the service platform;
further, in step S4, determining whether the service platform needs to uninstall the functional plug-in specifically includes:
determining whether the service platform sends a data call termination triggering instruction to the application program; if yes, determining that the service platform needs to unload the functional plug-in; if not, determining that the service platform does not need to unload the functional plug-in;
further, in step S4, the removing the coupling relationship between the functional plug-in and the middleware specifically includes:
and in a background operation mode of the service platform, unloading the functional plug-in, thereby removing the coupling connection relation between the functional plug-in and the intermediary plug-in.
The invention has the beneficial effects that:
compared with the prior art, the plug-in full decoupling application combination method provided by the invention has the advantages that the request message of the service platform is acquired and analyzed, so that the functional plug-in matched with the function expansion requirement corresponding to the request message is selected from the preset plug-in library; then determining interface configuration parameters of the functional plug-in and a deployment address of the functional plug-in the service platform, so as to obtain an intermediate plug-in compatible with the functional plug-in; subsequently, when the service platform needs to call the functional plug-in, the functional plug-in and the intermediary plug-in are assembled and coupled, and when the service platform needs to uninstall the functional plug-in, the coupling connection relationship between the functional plug-in and the intermediary plug-in is removed, the intermediary plug-in is used as a data transmission intermediate channel between the application program of the service platform and the functional plug-in, the intermediary plug-in can be compatibly connected with different application programs, and the functional plug-in is assembled and coupled to the intermediary plug-in without re-editing the functional plug-in, so that the development workload of the functional plug-in is greatly reduced, and the functional plug-in and the application program can be quickly decoupled and assembled without changing the functional plug-in.
Detailed Description
The technical solutions in the embodiments of the present invention are clearly and completely described below, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The plug-in full decoupling application combination method comprises the following steps:
step S1, acquiring a request message of a service platform; analyzing the request message to determine the function expansion requirement of the service platform; selecting corresponding functional plug-ins from a preset plug-in library according to the function expansion requirement;
step S2, analyzing the selected functional plug-in, so as to determine the interface configuration parameters of the selected functional plug-in and the deployment address of the selected functional plug-in the service platform; selecting an intermediary plug-in compatible with the selected functional plug-in according to the interface configuration parameters, and setting the intermediary plug-in at a position corresponding to the deployment address of the service platform;
step S3, determining whether the service platform needs to call the function plug-in; if so, coupling the functional plug-in with the intermediary plug-in so as to realize the operation of the functional plug-in on the service platform;
step S4, determining whether the service platform needs to uninstall the functional plug-in; if necessary, the coupling connection relation between the function plug-in and the intermediate plug-in is released.
The beneficial effects of the above technical scheme are: the plug-in full decoupling application combination method comprises the steps of selecting a functional plug-in matched with a function expansion requirement corresponding to a request message from a preset plug-in library by acquiring and analyzing the request message of a service platform; then determining interface configuration parameters of the functional plug-in and a deployment address of the functional plug-in the service platform, so as to obtain an intermediate plug-in compatible with the functional plug-in; subsequently, when the service platform needs to call the functional plug-in, the functional plug-in and the intermediary plug-in are assembled and coupled, and when the service platform needs to uninstall the functional plug-in, the coupling connection relationship between the functional plug-in and the intermediary plug-in is removed, the intermediary plug-in is used as a data transmission intermediate channel between the application program of the service platform and the functional plug-in, the intermediary plug-in can be compatibly connected with different application programs, and the functional plug-in is assembled and coupled to the intermediary plug-in without re-editing the functional plug-in, so that the development workload of the functional plug-in is greatly reduced, and the functional plug-in and the application program can be quickly decoupled and assembled without changing the functional plug-in.
In practical application, the service platform may be, but is not limited to, a mobile terminal such as a smart phone, and different types of APP application programs may be installed on the service platform. When the APP application on the service platform runs and needs to call other data (such as calling map data or address book data) from the local service platform or the internet, and other function extensions, the APP application needs to select a suitable plug-in from a corresponding plug-in library, and couple and assemble the selected plug-in to the APP application, at this time, whether the APP application and the plug-in are compatible or can be quickly coupled and assembled will directly affect the normal operation of the APP application and even the service platform.
Preferably, in step S1, the acquiring the request message of the service platform specifically includes:
monitoring an application program installed on a service platform, and determining whether the application program is in a foreground operating state or a background operating state;
if the application program is in a foreground operation state, determining whether the application program receives an operation change request message from a service platform; the operation change request message is used for controlling the application program to perform function extension operation of data calling;
and if the application program is in the background running state, keeping the current state of the application program unchanged.
The beneficial effects of the above technical scheme are: the service platform can monitor the running state of each installed application program through the corresponding application program control end, so as to determine whether the application program is in a foreground running state or a background running state. The application program is in a foreground running state, which means that the application program is in a state of being operated by a user in a service platform; the application program is in a background running state, which means that the application program is in a state of being started in the service platform but not operated by a user.
When the application program is in a foreground operation state, determining whether the application program receives an operation change request message from a service platform; the operation change request message may be generated by, but not limited to, a user of the service platform performing a touch operation on the service platform, that is, the operation change request message may be a request instruction formed by the touch operation. When the application program receives the operation change request message, the application program analyzes the operation change request message so as to determine the specific type of the operation change operation; the operation change operation may be, but is not limited to, instructing the application program to call data from local or internet. When the application program is in the background running state, the current state of the application program is kept unchanged, so that the phenomenon that the application program is triggered in the background to increase the calculation burden of a service platform can be avoided.
Preferably, in step S1, analyzing the request message to determine the function expansion requirement of the service platform specifically includes:
and analyzing the operation change request message to determine the data type which needs to be called in the function extension operation of data calling and indicated by the service platform, and taking the data type as the function extension requirement.
The beneficial effects of the above technical scheme are: after receiving the operation change request message, the APP application program analyzes the operation change request message to determine whether the operation change request message indicates a data type that the application program needs to call in a function extension operation for data calling, so that the APP application program can be accurately triggered to perform a proper function extension operation, and the function extension operation can be, but is not limited to, calling map data, contact data, historical call data or other different types of data, so that the APP application program can be assisted to complete corresponding operations.
Preferably, in step S1, selecting a corresponding functional plug-in from a preset plug-in library according to the function expansion requirement specifically includes:
and selecting a local plug-in capable of calling data of a corresponding type from a storage space of the service platform or the Internet from a preset plug-in library according to the type of the data to be called by the application program in the function extension operation of data calling, and taking the local plug-in as the functional plug-in.
The beneficial effects of the above technical scheme are: when the data type needing to be called by the APP application program is determined, a local plug-in capable of directly calling data from a service platform local or the Internet can be selected from a preset plug-in library; the preset plug-in library may include plug-ins capable of implementing different functions, for example, the plug-ins with different functions may be local plug-ins that retrieve contact data from a local address book of the service platform, retrieve historical call data from a historical call record of the service platform, or retrieve real-time updated map data from the internet. The functions described above with respect to the plug-ins are merely examples, and the functions and types of the plug-ins of the present application are not limited to the above listed examples.
Preferably, in step S2, analyzing the selected functional plug-in to determine the interface configuration parameters of the selected functional plug-in and the deployment address of the selected functional plug-in the service platform specifically includes:
analyzing the selected functional plug-in, and determining the data calling speed and the calling data cache capacity of the functional plug-in to serve as interface configuration parameters of the functional plug-in;
and analyzing the selected functional plug-in, and determining the port address of the application program correspondingly set in the service platform by the functional plug-in, so as to serve as the deployment address.
The beneficial effects of the above technical scheme are: the selected functional plug-in is analyzed to determine the data calling speed and the calling data cache capacity of the functional plug-in, namely, the data calling speed of the functional plug-in for calling the contact data from the local address book of the service platform, the historical call data from the historical call record of the service platform or the data calling speed of the map data which is updated in real time from the internet, and the data cache capacity corresponding to the data which is obtained by the functional plug-in for caching are determined, so that the quantitative evaluation can be accurately carried out on the data calling performance of the functional plug-in. In addition, the selected functional plug-in is analyzed to determine the port address of the application program correspondingly set in the service platform by the functional plug-in, so that the setting node of the functional plug-in the service platform can be accurately determined.
Preferably, in step S2, selecting an intermediary plug-in compatible with the selected functional plug-in according to the interface configuration parameter, and setting the intermediary plug-in at the location of the service platform corresponding to the deployment address specifically includes:
selecting a communication plug-in with a data transfer transmission speed greater than or equal to the data calling speed and a data cache space capacity greater than or equal to the called data cache capacity as the intermediary plug-in;
setting the intermediary plug-in at the port address of the application program correspondingly set in the service platform, and constructing a data transmission link between the intermediary plug-in and the application program.
The beneficial effects of the above technical scheme are: since the middleware plug-in is used for connecting the functional plug-in with the APP application, the middleware plug-in is essentially a communication plug-in which is only used for transmitting data without processing the data, and the communication plug-in can be directly coupled with different APP applications, and has universality and compatibility for different APP applications. And the communication plug-in with the data transfer transmission speed greater than or equal to the data calling speed and the data cache space capacity greater than or equal to the called data cache capacity is selected as the intermediary plug-in, so that the intermediary plug-in can be ensured to quickly transfer the data called by the function plug-in to the APP application program. In addition, the intermediary plug-in is arranged at the port address of the application program correspondingly arranged in the service platform, and a data transmission link between the intermediary plug-in and the APP application program is constructed, so that the functional plug-in can directly carry out transmission of calling data with the APP program after the intermediary plug-in and the functional plug-in are coupled and assembled.
Preferably, in the step S3, the determining whether the service platform needs to call the function plug-in specifically includes:
determining whether the service platform sends a data call starting triggering instruction to the application program; if yes, determining that the service platform needs to call the functional plug-in; if not, determining that the service platform does not need to call the functional plug-in.
The beneficial effects of the above technical scheme are: in practical application, the data call start trigger instruction can be formed by a user of the service platform performing touch operation on the service platform, and the data call start trigger instruction is used for indicating whether the APP application calls the functional plug-in, so that the APP application is prevented from being triggered by mistake and calling the functional plug-in by mistake.
Preferably, in step S3, coupling the functional plug-in with the intermediary plug-in, so as to implement the running of the functional plug-in on the service platform specifically includes:
acquiring the type of the current operating system of the service platform, and adjusting the mode of installing the functional plug-in unit on the service platform according to the type of the operating system;
and after the functional plug-in is installed on the service platform, constructing data transmission coupling between the functional plug-in and the intermediary plug-in, thereby realizing the operation of the functional plug-in on the service platform.
The beneficial effects of the above technical scheme are: because the operating systems of the service platforms are different, for example, the operating systems are android systems or IOS systems, and the versions of the functional plug-ins correspondingly installed on the service platforms are correspondingly different, the mode of installing the functional plug-ins on the service platforms is adjusted according to the types of the operating systems of the service platforms, so that the compatibility of the functional plug-ins and the service platforms on software can be ensured. After the functional plug-in is installed on the service platform, the data transmission coupling of the functional plug-in and the intermediary plug-in is directly constructed, so that the coupling assembly of the functional plug-in and the APP can be realized.
Preferably, in the step S4, the determining whether the service platform needs to uninstall the functional plug-in specifically includes:
determining whether the service platform sends a data call termination triggering instruction to the application program; if yes, determining that the service platform needs to uninstall the functional plug-in; if not, determining that the service platform does not need to uninstall the functional plug-in.
The beneficial effects of the above technical scheme are: in practical application, the data call termination triggering instruction can be formed by a user of the service platform performing touch operation on the service platform, and the data call termination triggering instruction is used for indicating whether the APP application stops calling the functional plug-in, so that the APP application is prevented from being triggered by mistake and calling the functional plug-in by mistake.
Preferably, in step S4, the releasing the coupling relationship between the functional plug-in and the middleware includes:
and in the background operation mode of the service platform, uninstalling the functional plug-in, thereby releasing the coupling connection relation between the functional plug-in and the intermediary plug-in.
The beneficial effects of the above technical scheme are: the functional plug-in is unloaded in the background operation mode of the service platform, so that the unloading of the functional plug-in can be ensured to the maximum extent without influencing the normal operation of the front end of the service platform.
As can be seen from the content of the above embodiment, the plug-in fully decoupled application combination method selects a functional plug-in matching with the function expansion requirement corresponding to the request message from a preset plug-in library by acquiring and analyzing the request message of the service platform; then determining interface configuration parameters of the functional plug-in and a deployment address of the functional plug-in the service platform, so as to obtain an intermediate plug-in compatible with the functional plug-in; subsequently, when the service platform needs to call the functional plug-in, the functional plug-in and the intermediary plug-in are assembled and coupled, and when the service platform needs to uninstall the functional plug-in, the coupling connection relationship between the functional plug-in and the intermediary plug-in is removed, the intermediary plug-in is used as a data transmission intermediate channel between the application program of the service platform and the functional plug-in, the intermediary plug-in can be compatibly connected with different application programs, and the functional plug-in is assembled and coupled to the intermediary plug-in without re-editing the functional plug-in, so that the development workload of the functional plug-in is greatly reduced, and the functional plug-in and the application program can be quickly decoupled and assembled without changing the functional plug-in.
Claims (9)
1. The plug-in full decoupling application combination method is characterized by comprising the following steps:
step S1, acquiring a request message of a service platform; analyzing the request message to determine the function expansion requirement of the service platform; selecting corresponding functional plug-ins from a preset plug-in library according to the function expansion requirement;
step S2, analyzing the selected functional plug-in, so as to determine the interface configuration parameters of the selected functional plug-in and the deployment address of the selected functional plug-in the service platform; selecting an intermediary plug-in compatible with the selected functional plug-in according to the interface configuration parameters, and setting the intermediary plug-in at a position corresponding to the service platform and the deployment address;
step S3, determining whether the service platform needs to call the function plug-in; if so, coupling the functional plug-in with the intermediary plug-in so as to realize the operation of the functional plug-in on the service platform;
step S4, determining whether the service platform needs to unload the functional plug-in; if so, removing the coupling connection relation between the functional plug-in and the intermediary plug-in;
in step S1, the acquiring the request message of the service platform specifically includes:
monitoring an application program installed on a service platform, and determining whether the application program is in a foreground operating state or a background operating state;
if the application program is in a foreground operation state, determining whether the application program receives an operation change request message from the service platform; the operation change request message is used for controlling the application program to perform function expansion operation of data calling;
and if the application program is in the background running state, keeping the current state of the application program unchanged.
2. The plug-in full decoupling application combining method of claim 1, characterized in that:
in step S1, analyzing the request message to determine the function expansion requirement of the service platform specifically includes:
and analyzing the operation change request message to determine the data type which needs to be called in the function extension operation of data calling and indicated by the service platform, and taking the data type as the function extension requirement.
3. The plug-in full decoupling application combining method of claim 2, characterized in that:
in step S1, selecting a corresponding functional plug-in from the preset plug-in library according to the function expansion requirement specifically includes:
according to the data type needing to be called in the function extension operation of data calling of the application program, selecting a local plug-in capable of calling data of a corresponding type from a storage space of a service platform or the Internet from a preset plug-in library, and taking the local plug-in as a function plug-in.
4. The plug-in full decoupling application combining method of claim 1, characterized in that:
in step S2, analyzing the selected functional plug-in to determine the interface configuration parameters of the selected functional plug-in and the deployment address of the selected functional plug-in the service platform specifically includes:
analyzing the selected functional plug-in, and determining the data calling speed and the calling data cache capacity of the functional plug-in to serve as interface configuration parameters of the functional plug-in;
and analyzing the selected functional plug-in, and determining the port address of the application program correspondingly set by the functional plug-in the service platform as the deployment address.
5. The plug-in full decoupling application combining method of claim 4, wherein:
in step S2, selecting, according to the interface configuration parameters, an intermediary plug-in compatible with the selected functional plug-in, and setting the intermediary plug-in at a location of the service platform corresponding to the deployment address specifically includes:
selecting a communication plug-in with a data transfer transmission speed greater than or equal to a data calling speed and a data cache space capacity greater than or equal to a called data cache capacity as an intermediary plug-in;
and setting the intermediary plug-in the port address of the application program correspondingly set in the service platform, and constructing a data transmission link between the intermediary plug-in and the application program.
6. The plug-in full decoupling application combining method of claim 1, characterized in that:
in step S3, determining whether the service platform needs to call the function plug-in specifically includes:
determining whether a service platform sends a data call starting triggering instruction to an application program; if so, determining that the service platform needs to call the functional plug-in; if not, determining that the service platform does not need to call the functional plug-in.
7. The plug-in full decoupling application combining method of claim 6, wherein:
in step S3, coupling the functional plug-in with the middleware to implement the operation of the functional plug-in on the service platform specifically includes:
acquiring the type of a current operating system of a service platform, and adjusting the mode of installing a functional plug-in on the service platform according to the type of the operating system;
and after the functional plug-in is installed on the service platform, constructing data transmission coupling between the functional plug-in and the intermediate plug-in, thereby realizing the operation of the functional plug-in on the service platform.
8. The plug-in full decoupling application combining method of claim 1, characterized in that:
in step S4, the step of determining whether the service platform needs to uninstall the functional plug-in specifically includes:
determining whether the service platform sends a data call termination triggering instruction to the application program; if yes, determining that the service platform needs to unload the functional plug-in; if not, determining that the service platform does not need to uninstall the functional plug-in.
9. The plug-in full decoupling application combining method of claim 8, wherein:
in step S4, the removing the coupling relationship between the functional plug-in and the middleware specifically includes:
and in a background operation mode of the service platform, unloading the functional plug-in, thereby removing the coupling connection relation between the functional plug-in and the intermediary plug-in.
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