CN110554885A - Sub-application generation method and device, electronic equipment and storage medium - Google Patents
Sub-application generation method and device, electronic equipment and storage medium Download PDFInfo
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- CN110554885A CN110554885A CN201910805185.6A CN201910805185A CN110554885A CN 110554885 A CN110554885 A CN 110554885A CN 201910805185 A CN201910805185 A CN 201910805185A CN 110554885 A CN110554885 A CN 110554885A
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Abstract
the embodiment of the application provides a sub-application generation method, a sub-application generation device, electronic equipment and a storage medium, wherein the method comprises the following steps: splitting the platform application into a plurality of basic code libraries according to a preset dimension; according to the requirements of preset sub-applications, establishing a shell project and a custom code base of the sub-applications; constructing a sub-application project by combining the basic configuration of the sub-application, the target basic code base and the customized code base; and adding the customized code and the resource file corresponding to the customized code in the customized code library of the sub-application engineering according to the requirement of the preset sub-application to generate the sub-application. Therefore, the sub-application generation method provided by the application does not depend on the basic code base of the platform application too much, and only needs to modify the customized code base, so that the time for maintaining the basic code base of the platform application is effectively shortened, and the generation efficiency of the sub-application is effectively improved.
Description
Technical Field
the application relates to the technical field of App development, and in particular relates to a sub-application generation method and device, electronic equipment and a storage medium.
background
One platform application includes a code library that supports the platform application to implement various functions, for example, the platform application a includes a plurality of code libraries that correspondingly implement functions of displaying a home page, recruiting, searching for a person, renting a house, renting a car, and the like, where each function that can be implemented in the platform application a can individually face a certain market type of service, and these functions can be referred to as vertical services. If part of the vertical services are widely used by users, the vertical services can be divided separately to form sub-applications of the platform application A.
in general, the sub-application is generated based on the platform application related to the sub-application, and the sub-application is generated by modifying the sub-application based on all code libraries corresponding to the platform application. For example, the modification is performed based on all code libraries of the platform application a, the all code libraries include code libraries for realizing functions of displaying a home page, recruiting, searching for a person, renting a house, renting a car and the like, and a call relationship exists between the code libraries, and the code libraries are strongly coupled code libraries. If the sub-application a to be generated by the developer needs to have the recruitment and person-searching functions, the code base with the functions of displaying the home page, renting a house, renting a car and the like in the platform application A needs to be deleted, and the code base with the displayed home page corresponding to the sub-application a is added. In order to meet the special requirements of the sub-application a, the code base corresponding to the recruitment and seeker functions in the sub-application a needs to be modified, and the modification is realized by modifying the code base corresponding to the recruitment and seeker functions in the platform application A. After the modification is completed, the code libraries corresponding to the display home page, the recruitment and the person finder corresponding to the sub-application a are combined to generate the sub-application a.
However, because strong coupling relationships exist between the code libraries corresponding to the recruiting and the seeker in the platform application a, and between the two code libraries and other code libraries in the platform application a, the deletion of a part of the code libraries in the platform application a, the modification of the code libraries corresponding to the recruiting and the seeker, and the subsequent combination of the code libraries corresponding to the display home page, the recruiting and the seeker inevitably cause code conflicts among the code libraries, and a developer needs to modify the relevant code libraries in the platform application a in a large area, which consumes a lot of time.
Disclosure of Invention
The application provides a sub-application generation method, a sub-application generation device, electronic equipment and a storage medium, and aims to solve the problem that the existing application generation method is long in time consumption.
In a first aspect, an embodiment of the present application provides a method for generating a sub-application, where the method includes:
splitting the platform application into a plurality of basic code bases according to a preset dimension, wherein the basic code bases comprise codes for correspondingly realizing a single dimension in the preset dimension, and decoupling relations exist among the plurality of basic code bases;
according to the requirements of preset sub-applications, establishing a shell project and a customized code base of the sub-applications, wherein the shell project comprises basic configuration and a target basic code base of the sub-applications, the target basic code base is a basic code base for realizing the requirements of the sub-applications, and the customized code base is used for storing customized codes of the sub-applications and resource files corresponding to the customized codes, wherein the customized codes are codes which realize the requirements of the sub-applications and do not belong to the basic code base;
Combining the basic configuration of the sub-application, the target basic code library and the customized code library to construct a sub-application project, wherein the sub-application project is a development environment for running the target basic code library and the customized code;
And adding the customized code and the resource file corresponding to the customized code in the customized code library of the sub-application engineering according to the requirement of the preset sub-application to generate the sub-application.
In a possible implementation manner of the first aspect of the embodiment of the present invention, the establishing a shell project and a custom code base of a sub-application according to a requirement of a preset sub-application further includes:
Dividing the requirements of the preset sub-applications according to the preset dimensionality to obtain a requirement set of the sub-applications;
and determining the target basic code base, wherein the target basic code base is a basic code base with the corresponding dimension being the same as the requirement set.
In a possible implementation manner of the first aspect of the embodiment of the present invention, adding a customized code and a resource file corresponding to the customized code in a customized code library according to a requirement of a preset sub-application, and generating the sub-application includes:
determining a customized demand set, wherein the customized demand set is a demand corresponding to a customized code library in the demands of preset sub-applications, and the customized demand set is all customized demands corresponding to the same dimension;
and generating a customized code and a resource file corresponding to the customized code according to the customized demand set.
In a possible implementation manner of the first aspect of the embodiment of the present invention, adding a customized code and a resource file corresponding to the customized code in a customized code library of a sub-application project according to a requirement of a preset sub-application, and generating the sub-application further includes:
And modifying the shell project and/or the customized code base by combining the change requirement of a preset sub-application to generate the sub-application, wherein the change requirement of the preset sub-application is a requirement which is increased or decreased based on the requirement of the preset sub-application.
In a possible implementation manner of the first aspect of the embodiment of the present invention, the modifying shell engineering includes:
determining a change target basic code base, wherein the change target basic code base is a target basic code base and a basic code base for realizing the change requirement of the sub-application;
And removing and adding the basic code base of the change target in the shell project by combining the change requirements of the preset sub-application to obtain the sub-application.
In a possible implementation manner of the first aspect of the embodiment of the present invention, modifying the customized code library includes:
determining a change customized code, wherein the change customized code is a customized code for realizing the change requirement of the sub-application;
and removing and adding the changed customized codes and the resource files corresponding to the changed customized codes in the customized code base by combining the change requirements of the preset sub-applications to obtain the sub-applications.
in a possible implementation manner of the first aspect of the embodiment of the present invention, modifying the shell engineering and customizing the code library includes:
determining a change target basic code base, wherein the change target basic code base is a target basic code base and a basic code base for realizing the change requirement of the sub-application;
removing and adding the basic code base of the change target in the shell project by combining the change requirements of the preset sub-application;
and the number of the first and second groups,
determining a change customized code, wherein the change customized code is a customized code for realizing the change requirement of the sub-application;
And removing and adding the changed customized codes and the resource files corresponding to the changed customized codes in the customized code base by combining the change requirements of the preset sub-applications to obtain the sub-applications.
In a possible implementation manner of the first aspect of the embodiments of the present invention, adding a customized code and a resource file corresponding to the customized code in a customized code library of a sub-application project according to a requirement of a preset sub-application, and after generating the sub-application, the method includes:
modifying the basic configuration of the sub-application in the shell project by combining the change requirement of the preset sub-application, and generating the modified sub-application, wherein the change requirement of the preset sub-application is the requirement for modifying on the basis of the basic configuration of the sub-application corresponding to the requirement of the preset sub-application.
in a second aspect, an embodiment of the present application provides a sub-application generation apparatus, where the apparatus includes:
The system comprises a splitting module, a mapping module and a mapping module, wherein the splitting module is used for splitting a platform application into a plurality of basic code bases according to a preset dimension, the basic code bases comprise codes for correspondingly realizing a single dimension in the preset dimension, and decoupling relations exist among the plurality of basic code bases;
The system comprises a building module, a shell project and a customized code base, wherein the building module is used for building the shell project and the customized code base of the sub-application according to the requirement of the preset sub-application, the shell project comprises the basic configuration and the target basic code base of the sub-application, the target basic code base is the basic code base for realizing the requirement of the sub-application, and the customized code base is used for storing the customized code of the sub-application and a resource file corresponding to the customized code, wherein the customized code is the code for realizing the requirement of the sub-application and does not belong to the basic code base;
a sub-application engineering construction module, configured to construct a sub-application engineering by combining the basic configuration of the sub-application, the target basic code library, and the customized code library, where the sub-application engineering is a development environment for running the target basic code library and the customized code;
and the sub-application generating module is used for adding the customized codes and the resource files corresponding to the customized codes in the customized code base of the sub-application engineering according to the requirements of the preset sub-application to generate the sub-application.
in a possible implementation manner of the second aspect of the embodiment of the present invention, the building module includes:
the dividing module is used for dividing the requirements of the preset sub-applications according to the preset dimensionality to obtain a requirement set of the sub-applications;
And the target basic code library determining module is used for determining the target basic code library, and the target basic code library is a basic code library with the corresponding dimension being the same as the requirement set.
in a possible implementation manner of the second aspect of the embodiment of the present invention, the sub-application generating module includes:
the system comprises a customization demand set determining module, a customization demand set determining module and a customization demand setting module, wherein the customization demand set is a demand corresponding to a customization code library in the demands of preset sub-applications, and the customization demand set is all customization demands corresponding to the same dimension;
And the code and resource file generation module is used for generating a customized code and a resource file corresponding to the customized code according to the customized requirement set.
In a possible implementation manner of the second aspect of the embodiment of the present invention, the sub-application generating module further includes:
And the sub-application modification module is used for modifying the shell project and/or the customized code base by combining the change requirement of a preset sub-application to generate the sub-application, wherein the change requirement of the preset sub-application is the requirement which is increased or reduced based on the requirement of the preset sub-application.
In a possible implementation manner of the second aspect of the embodiment of the present invention, the sub-application modification module includes:
a change target basic code base determining module, configured to determine a change target basic code base, where the change target basic code base is a target basic code base and a basic code base that meet a change requirement of the sub-application;
And the modification module of the basic code base of the change target is used for removing and adding the basic code base of the change target in the shell project by combining the change requirements of the preset sub-application to obtain the sub-application.
In a possible implementation manner of the second aspect of the embodiment of the present invention, the sub-application modification module includes:
The change customized code determining module is used for determining a change customized code, and the change customized code is a customized code for realizing the change requirement of the sub-application;
and the sub-application changing module is used for removing and adding the changed customized codes and the resource files corresponding to the changed customized codes in the customized code base by combining the changing requirements of the preset sub-applications to obtain the sub-applications.
in a possible implementation manner of the second aspect of the embodiment of the present invention, the sub-application modification module includes:
A change target basic code base determining module, configured to determine a change target basic code base, where the change target basic code base is a target basic code base and a basic code base that meet a change requirement of the sub-application;
The modification module of the basic code base of the change target is used for removing and adding the basic code base of the change target in the shell project by combining the change requirements of the preset sub-application;
And the number of the first and second groups,
the change customized code determining module is used for determining a change customized code, and the change customized code is a customized code for realizing the change requirement of the sub-application;
and the sub-application changing module is used for removing and adding the changed customized codes and the resource files corresponding to the changed customized codes in the customized code base by combining the changing requirements of the preset sub-applications to obtain the sub-applications.
in a possible implementation manner of the second aspect of the embodiment of the present invention, the apparatus further includes:
And the changed sub-application generation module is used for modifying the basic configuration of the sub-application in the shell project by combining the change requirement of a preset sub-application to generate the changed sub-application, wherein the change requirement of the preset sub-application is the requirement for modifying on the basis of the basic configuration of the sub-application corresponding to the requirement of the preset sub-application.
in a third aspect, an embodiment of the present application provides an electronic device, including:
A processor, and
A memory for storing executable instructions of the processor;
Wherein the processor is configured to perform a sub-application generation method via execution of the executable instructions.
in a fourth aspect, an embodiment of the present application provides a computer-readable storage medium on which a computer program is stored, where the computer program, when executed by a processor, implements a sub-application generation method.
According to the sub-application generation method, the sub-application generation device, the electronic device and the storage medium, the platform application is firstly split into a plurality of basic code bases including codes corresponding to a single dimension in the preset dimension according to the preset dimension, and the plurality of basic code bases are in decoupling relation. Then, according to the requirement of a preset sub-application, a shell project and a customized code base of the sub-application are established, wherein the shell project comprises a basic configuration of the sub-application and a target basic code base, the target basic code base is a basic code base for realizing the requirement of the sub-application, and the customized code base is used for storing a customized code of the sub-application and a resource file corresponding to the customized code, wherein the customized code is a code which realizes the requirement of the sub-application and does not belong to the basic code base. And combining the basic configuration, the target basic code base and the customized code base of the sub-application to construct a sub-application project for running the target basic code and the customized code. And finally, according to the requirements of the preset sub-application, adding the customized code and the resource file corresponding to the customized code in the customized code library of the sub-application engineering to generate the sub-application. Therefore, the sub-application generation method provided by the application does not depend on the basic code base of the platform application too much, and only needs to modify the customized code base, so that the time for maintaining the basic code base of the platform application is effectively shortened, and the generation efficiency of the sub-application is effectively improved.
Drawings
in order to more clearly explain the technical solution of the present application, the drawings needed to be used in the embodiments will be briefly described below, and it is obvious to those skilled in the art that other drawings can be obtained according to the drawings without any creative effort.
FIG. 1 illustrates a flow chart of a sub-application generation method;
FIG. 2 illustrates a flow diagram of a method of building a child application shell engineering and custom code library;
FIG. 3 illustrates a flow chart of a method of generating customized code and resource files corresponding to the customized code;
FIG. 4 illustrates a flow chart of a method of modifying shell engineering;
FIG. 5 illustrates a flow chart of a method of modifying a custom code library;
FIG. 6 illustrates a flow chart of a method of modifying shell engineering and custom code libraries;
FIG. 7 is a schematic diagram of a sub-application generating apparatus;
FIG. 8 shows a schematic structural diagram of a building block;
FIG. 9 is a diagram illustrating a structure of a sub-application generation module;
FIG. 10 is a diagram illustrating a structure of a sub-application generation module;
FIG. 11 is a diagram illustrating a structure of a sub-application modification module;
FIG. 12 is a schematic diagram of another sub-application modification module;
FIG. 13 is a schematic diagram of another sub-application modification module;
FIG. 14 is a schematic diagram of another apparatus for generating a seed application;
Fig. 15 shows a hardware structure diagram of an electronic device.
Detailed Description
The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the 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.
Please refer to fig. 1, which is a flowchart illustrating a sub-application generating method according to an embodiment of the present disclosure. The method can be applied to operable terminals such as servers, PCs (personal computers), tablet computers and mobile phones.
As shown in fig. 1, the method includes:
s1, splitting the platform application into a plurality of basic code bases according to preset dimensions, wherein the basic code bases comprise codes for correspondingly realizing single dimensions in the preset dimensions, and decoupling relations exist among the plurality of basic code bases.
the platform application a includes a plurality of code libraries for correspondingly implementing functions of displaying a home page, recruiting, searching for a person, renting a house, renting a car, and the like, and these code libraries may be referred to as a base code library. Usually, these basic code libraries have a coupling relationship of mutual calling, and due to this coupling relationship, the generation process of the subsequent sub-application and the generated sub-application are excessively affected, for example, a certain basic code library is modified, and due to the coupling relationship between this basic code library and other basic code libraries, the generation process of the sub-application is subjected to a large number of modifications when using this basic code library and/or other basic code libraries, or a large number of modifications are required to the sub-application generated according to this basic code library and/or other basic code libraries. In order to avoid the above influence, the present application first splits the platform application into a plurality of basic code libraries with decoupling relationships according to a preset dimension.
the preset dimension can be a function, a basic code library writing mode, basic code library writing time, basic code library use frequency and the like. Illustratively, the preset dimension is a function, and the preset dimension may include a display home page, recruitment, person finding, house renting, and car renting, and correspondingly, the platform application a may be split into a display home page basic code library, a recruitment basic code library, a person finding basic code library, a house renting basic code library, and a car renting basic code library, where each basic code library only includes codes corresponding to implement a single dimension, and the basic code libraries may be called by protocols independent of the basic code libraries.
specifically, decoupling and splitting can be performed by methods such as class up-conversion, interface callback, and adapter mode utilization.
Specifically, the basic code library of the platform application may include an H5 function code library, an IM chat function code library, a user system function code library, an information display function code library, a dialing function code library, a statistics buried point function code library, a network function code library, an information distribution function code library, a video playing function code library, a display function code library, a security authentication function code library, and the like.
s2, according to the requirement of preset sub-applications, establishing a shell project and a customized code base of the sub-applications, wherein the shell project comprises basic configuration and a target basic code base of the sub-applications, the target basic code base is a basic code base for realizing the requirement of the sub-applications, and the customized code base is used for storing customized codes of the sub-applications and resource files corresponding to the customized codes, and the customized codes are codes for realizing the requirement of the sub-applications and do not belong to the basic code base.
Specifically, the sub-applications often have different requirements, for example, the requirement of the sub-application a is the exhibition home page, the recruitment and the seeker requirement, and the requirement of the sub-application b is the exhibition home page and the car renting requirement. Correspondingly, different requirements are realized corresponding to different code libraries, and the code library capable of realizing the requirements usually comprises two parts, wherein one part is a basic code library, and the other part is a non-basic code library. Illustratively, the demand of the sub-application a is recruitment, seeker and exhibition home page, wherein the recruitment and seeker can be obtained from a recruitment basic code library and a seeker basic code library which are separated from the platform code engineering a, but the exhibition home page of the sub-application a is obviously different from the exhibition home page of the platform application a, so that the exhibition home page cannot be obtained from the exhibition home page basic code library, and a code of the exhibition home page which belongs to the sub-application a is required to be additionally added. Obviously, the basic code libraries corresponding to the recruiting and the seeker come from the platform application a, and at this time, the two basic code libraries can be referred to as a target basic code library. However, the code corresponding to the display home page does not belong to any basic code library in the platform application a, and at this time, a corresponding customized code library needs to be established according to the code required by the display home page, and the customized code library is used for storing the customized code and the resource file corresponding to the customized code. The customized code is the code required by the display home page of the sub-application a. Of course, the customized code library may be modified correspondingly according to different requirements of the sub-application.
besides, according to the requirement of the preset sub-application, the basic configuration of the sub-application needs to be set, such as an icon (icon) of the App, the name of the App, the compressed package name of the App, and the like. In this case, these basic configurations together with the target basic code library form a shell project, which can be understood as a precursor of the sub-application project, and the shell project is mainly related to the basic code library of the platform application.
according to the technical scheme provided by the application, the two code bases required by the sub-application can be divided through the shell engineering and the customized code base establishing method, namely, the target basic code base related to the basic code base of the platform application can be stored in the shell engineering and is used for realizing the requirements of the sub-application, and codes which do not belong to the basic code base can be stored in the customized code base, so that the codes in the shell engineering and the customized code base can be separately processed according to different code storage positions in the sub-application generating process, and the mutual influence between the two codes is reduced.
specifically, fig. 2 shows a flowchart of a method for establishing a shell project and a customized code library of a sub-application, and as shown in fig. 2, establishing the shell project and the customized code library of the sub-application according to the requirement of the preset sub-application further includes:
s201, dividing the requirements of the preset sub-applications according to the preset dimensionality to obtain a requirement set of the sub-applications;
S202, determining the target basic code base, wherein the target basic code base is a basic code base with the corresponding dimension being the same as the requirement set.
Specifically, the preset dimension is generally used for dividing the platform application code into a basic code base, and may not coincide with the requirement of the preset sub-application. Illustratively, the preset dimension of the platform application a is a function, that is, the code of the platform application a is split according to the same function. The requirements of the sub-application c are for object identification, person finding, positioning and recruitment, and at this time, it is obvious that the basic code library of the platform application a displays a home page basic code library, a recruitment basic code library, a person finding basic code library, a house renting basic code library, a car renting basic code library and the like which cannot be directly matched with the requirements of the sub-application c at present. At this time, the requirements of the sub-applications c are divided according to the preset dimensionality, that is, the requirements corresponding to the same function are combined, and the requirements of different functions are kept split. According to the functions, the three requirements of character identification, person searching and positioning are the same function, namely the person searching function, so that the three requirements can be divided into the same requirement set; the recruitment requirement is an independent function and corresponds to the recruitment function, so that a requirement set can be independently formed.
and determining a basic code base corresponding to the demand set according to the basic code base corresponding to the dimension. Specifically, the person searching function corresponds to the person searching basic code library, so that a requirement set formed by three requirements of person identification, person searching and positioning also corresponds to the person searching basic code library; the recruitment function corresponds to the recruitment basic code base, so the demand set formed by the recruitment requirement also corresponds to the recruitment basic code base, wherein the person seeking basic code base and the recruitment basic code base can be called target basic code bases.
S3, combining the basic configuration of the sub application, the target basic code base and the customized code base to construct a sub application project, wherein the sub application project is a development environment for running the target basic code base and the customized code.
The sub-application engineering is a development environment for normal operation of the sub-application and is a basis for normal operation of the sub-application. The basic configuration of the sub-application, the target basic code library and the customized code library are combined, a sub-application project can be constructed, the sub-application function has the specific basic configuration of the App name, the App icon, the App compressed package name and the like, and meanwhile, the operation of the target basic code library and the customized code library can be supported, and a framework basis is provided for the subsequent generation of the sub-application.
S4, according to the requirements of the preset sub-application, adding the customized code and the resource file corresponding to the customized code in the customized code library of the sub-application engineering, and generating the sub-application.
after the sub-application project is generated, the running environment which can run the code base related to the sub-application is correspondingly provided, and the basis which can generate the sub-application is provided. The current sub-application engineering has a shell engineering part, so that the condition that the corresponding function of the sub-application with respect to the target basic code library can be realized is already met, in order to realize all the requirements needed by the sub-application, the customized code and the resource file supporting the running of the customized code need to be continuously added in the sub-application engineering, and the part of the customized code and the corresponding resource file need to be relatively independent of the shell engineering and stored in the customized code library. Illustratively, the sub-application project a already has a recruitment basic code library and a seeker basic code library for realizing the recruitment and seeker functions, but a code library for realizing the display top page function is lacked, and the code library cannot be realized depending on the basic code library, so that a customized code for realizing the display top page function and a resource file for supporting the customized code should be added in the customized code library. And finally, generating the sub-application by running two parts of codes of the shell engineering and the custom code library in the sub-application engineering.
Specifically, fig. 3 shows a flowchart of a method for generating a customized code and a resource file corresponding to the customized code, and as shown in fig. 3, adding the customized code and the resource file corresponding to the customized code in a customized code library according to a requirement of a preset sub-application, and generating the sub-application includes:
S311, determining a set of customized requirements, wherein the customized requirements are requirements corresponding to a customized code library in the requirements of the preset sub-applications, the set of customized requirements is all customized requirements corresponding to the same dimension, the customized requirements are requirements corresponding to the customized code library in the requirements of the preset sub-applications, and the set of customized requirements is all customized requirements corresponding to the same dimension;
s312, according to the customization demand set, a customization code and a resource file corresponding to the customization code are generated.
In general, requirements other than those corresponding to the underlying code library for the sub-application may also have a mutual inclusive relationship, and these requirements may be referred to as customization requirements, and the customization requirements for the sub-application c include, for example, showing icons, showing links, showing user interfaces, and transactions. The display icons, the display links and the display user interfaces can be divided into the same requirement set according to the functional dimensions, the transaction is divided into a requirement set, and the two requirement sets can be called customized requirement sets. From these customized requirement sets, corresponding customized codes and resource files corresponding to the customized codes can be generated.
it can be seen from the technical solution provided in this embodiment that, if the customized codes and the resource files corresponding to different customized requirements are directly generated, the similarity and the duplication degree between the customized codes corresponding to the requirements with close requirements and a large association degree are also high, at this time, not only is the total code amount of the generated customized codes large, but also the number and the volume of the resource files are large, and correspondingly, the time required for generating the customized codes and the resource files is also large. If each customization demand is divided into a customization demand set firstly, and the customization codes are generated aiming at the customization demand set, the customization codes at the moment can not only realize each customization demand, but also effectively reduce unnecessary writing repetition between the codes corresponding to each customization demand, simultaneously, the number and the volume of resource files are greatly reduced, and correspondingly, the time for generating the customization codes and the resource files can also be greatly reduced.
further, in the process of generating the sub-application, the requirement for the sub-application may change at any time, that is, the requirement for the preset sub-application changes, and it is necessary to increase or decrease the requirement based on the requirement for the preset sub-application, and accordingly, modify the shell project and/or the custom code library of the sub-application. Among them, the increased or decreased demand can be called a change demand.
specifically, in an implementation manner, fig. 4 shows a flowchart of a method for modifying shell engineering, and as shown in fig. 4, if the change requirement is only for shell engineering, that is, only the shell engineering needs to be modified, the method includes:
S321, determining a change target basic code base, wherein the change target basic code base is a target basic code base and a basic code base for realizing the change requirement of the sub-application;
And S322, removing and adding the basic code base of the change target in the shell project by combining the change requirements of the preset sub-application to obtain the sub-application.
And if the basic code base corresponding to the change requirement exists in the current shell project, determining a target basic code base corresponding to the shell project according to the change requirement, wherein the target basic code base is the change target basic code base needing to be eliminated.
and if the basic code base corresponding to the change requirement exists in the basic code base of the platform application, determining the corresponding basic code base in the basic code base of the platform application according to the change requirement, wherein the basic code base is the change target basic code base which needs to be added.
illustratively, the preset sub-application requirements of the sub-application d are recruitment, display home page and transaction, and as can be known from the basic code library corresponding to the platform application a disclosed above, the basic code library corresponding to recruitment in the preset sub-application requirements of the sub-application d is stored in the shell project, and the customized code corresponding to the display home page and the transaction is stored in the customized code library. At this time, the requirement of the preset sub-application of the sub-application d is modified, the recruitment requirement needs to be deleted, and meanwhile, a requirement seeker is added. The method can know that the demand corresponding to recruitment and person hunting is the change demand, wherein the basic code base corresponding to the change demand corresponding to recruitment exists in the current shell project and corresponds to the recruitment basic code base, the recruitment basic code base is the change target basic code base, and the change target basic code base needs to be removed from the shell project; meanwhile, the basic code base corresponding to the change requirement corresponding to the person finding exists in the basic code base of the platform application a, and corresponds to the person finding basic code base, the person finding basic code base is the change target basic code base, and the change target basic code base needs to be added in the shell project to complete the modification of the shell project.
In another implementation, fig. 5 shows a flowchart of a method for modifying a customized code library, and as shown in fig. 5, if a change requirement is only for the customized code library, that is, only the customized code library needs to be modified, the method includes:
s331, determining a change customized code, wherein the change customized code is a customized code for realizing the change requirement of the sub-application;
S332, removing and adding the changed customized codes and the resource files corresponding to the changed customized codes in the customized code base by combining the change requirements of the preset sub-applications to obtain the sub-applications.
And if the customized code corresponding to the change requirement exists in the current customized code base, determining the corresponding customized code in the customized code base according to the change requirement, wherein the customized code base is the changed customized code needing to be eliminated.
and if the customized code corresponding to the change requirement does not exist in the current customized code library, generating the customized code according to the change requirement, wherein the customized code is the customized code needing to be added.
Illustratively, the preset sub-application requirements of the sub-application d are recruitment, display home page and transaction, and as can be known from the basic code library corresponding to the platform application a disclosed above, the basic code library corresponding to recruitment in the preset sub-application requirements of the sub-application d is stored in the shell project, and the customized code corresponding to the display home page and the transaction is stored in the customized code library. At this time, the requirements of the preset sub-application of the sub-application d are modified, the transaction requirements need to be deleted, and the picture processing requirements need to be added. The method comprises the steps that requirements corresponding to transaction and picture processing are change requirements, wherein customized codes corresponding to the change requirements corresponding to the transaction exist in a current customized code base and correspond to transaction customized codes, the transaction customized codes are the change customized codes, and the change customized codes need to be removed from the customized code base; meanwhile, the customized code corresponding to the change requirement corresponding to the picture processing does not exist in the customized code library, and the corresponding picture processing customized code needs to be generated according to the picture processing requirement, so that the picture processing customized code is the change customized code, and the picture processing customized code needs to be added in the customized code library to complete the modification of the customized code library.
In another implementation, fig. 6 shows a flowchart of a method for modifying a shell project and a custom code library, and as shown in fig. 6, if a change requirement includes both a shell project and a custom code library, the shell project and the custom code library need to be modified simultaneously, including:
S341, determining a change target basic code base, wherein the change target basic code base is a target basic code base and a basic code base for realizing the change requirement of the sub-application;
s342, removing and adding the basic code base of the change target in the shell project by combining the change requirement of the preset sub-application;
and the number of the first and second groups,
S343, determining a change customized code, wherein the change customized code is the customized code for realizing the change requirement of the sub-application;
and S344, removing and adding the changed customized codes and the resource files corresponding to the changed customized codes in the customized code base by combining the change requirements of the preset sub-application to obtain the sub-application.
and if the basic code base corresponding to the change requirement exists in the current shell project, determining a target basic code base corresponding to the shell project according to the change requirement, wherein the target basic code base is the change target basic code base needing to be eliminated.
and if the basic code base corresponding to the change requirement exists in the basic code base of the platform application, determining the corresponding basic code base in the basic code base of the platform application according to the change requirement, wherein the basic code base is the change target basic code base which needs to be added.
and if the customized code corresponding to the change requirement exists in the current customized code base, determining the corresponding customized code in the customized code base according to the change requirement, wherein the customized code base is the changed customized code needing to be eliminated.
And if the customized code corresponding to the change requirement does not exist in the current customized code library, generating the customized code according to the change requirement, wherein the customized code is the customized code needing to be added.
illustratively, the preset sub-application requirements of the sub-application d are recruitment, display home page and transaction, and as can be known from the basic code library corresponding to the platform application a disclosed above, the basic code library corresponding to recruitment in the preset sub-application requirements of the sub-application d is stored in the shell project, and the customized code corresponding to the display home page and the transaction is stored in the customized code library. At this time, the requirements of the preset sub-applications of the sub-application d are modified, the recruitment requirement and the transaction requirement need to be deleted, and meanwhile, the person seeking requirement and the picture processing requirement are added. The method comprises the following steps that firstly, the demand corresponding to recruitment and seeker is a change demand, wherein a basic code base corresponding to the change demand corresponding to recruitment exists in the current shell project and corresponds to a recruitment basic code base, the recruitment basic code base is a change target basic code base, and the change target basic code base needs to be removed from the shell project; meanwhile, the basic code base corresponding to the change requirement corresponding to the person finding exists in the basic code base of the platform application a, and corresponds to the person finding basic code base, the person finding basic code base is the change target basic code base, and the change target basic code base needs to be added in the shell project to complete the modification of the shell project.
a second part, namely, knowing that the requirements corresponding to the transaction and the picture processing are change requirements, wherein the customized codes corresponding to the change requirements corresponding to the transaction exist in the current customized code base and correspond to the transaction customized codes, the transaction customized codes are the change customized codes, and the change customized codes need to be removed from the customized code base; meanwhile, the customized code corresponding to the change requirement corresponding to the picture processing does not exist in the customized code library, and the corresponding picture processing customized code needs to be generated according to the picture processing requirement, so that the picture processing customized code is the change customized code, and the picture processing customized code needs to be added in the customized code library to complete the modification of the customized code library.
according to the technical scheme, when the requirements of the sub-application are changed, the basic code base and the customized code corresponding to the change requirements can be divided into two parts, namely the shell engineering and the customized code base, wherein the basic code base corresponding to the shell engineering corresponds to the basic code base of the platform application, the customized code base corresponds to the specific requirements of the sub-application, and the specific requirements do not belong to the requirements of the basic code base corresponding to the platform application. When the change requirement of the sub-application is modified, the modification can be performed by pertinently dividing the sub-application into two parts, namely, one part is used for modifying the shell project, the modification and the maintenance are performed on the part through developers of the platform application, the other part is used for modifying the customized code base, and the modification and the maintenance are performed on the part through developers of the sub-application. Therefore, the generation of the sub-application can be separated from the platform application to a greater extent, particularly, the functions which are unique to the sub-application can be independently modified and maintained, and the generation efficiency of the sub-application is improved to a greater extent.
It should be noted that the order of the two modifications is not fixed, and can be adjusted according to actual requirements.
Further, after the sub-application is generated, the sub-application may also be modified according to actual requirements, and most of the modifications are modifications of the basic configuration of the sub-application, and the basic configuration that needs to be modified may be referred to as a change requirement. At this time, modifying the basic configuration of the sub-application in the shell project by combining the change requirement of the preset sub-application, and generating the modified sub-application, wherein the change requirement of the preset sub-application is the requirement for modifying based on the basic configuration of the sub-application corresponding to the requirement of the preset sub-application.
specifically, the sub-application a is suitable for a new spring activity, a new spring identifier needs to be added to the icon of the App, and the added new spring identifier is a change requirement. Since the modification of the identifier of the new spring is on the icon of the App, the basic configuration belonging to the sub-application a is modified, and the basic configuration belonging to the sub-application a is located in the shell project, so that the basic configuration of the sub-application a needs to be modified in the shell project to complete the change of the sub-application.
Referring to fig. 7, a schematic structural diagram of a sub-application generating device according to an embodiment of the present application is shown in fig. 7, where the present application further provides a sub-application generating device, including: the system comprises a splitting module 1, a mapping module and a mapping module, wherein the splitting module is used for splitting a platform application into a plurality of basic code bases according to a preset dimension, the basic code bases comprise codes for correspondingly realizing a single dimension in the preset dimension, and decoupling relations exist among the plurality of basic code bases; the building module 2 is configured to build a shell project and a customized code library of the sub-application according to a requirement of a preset sub-application, where the shell project includes a basic configuration of the sub-application and a target basic code library, where the target basic code library is a basic code library for implementing the requirement of the sub-application, and the customized code library is used to store a customized code of the sub-application and a resource file corresponding to the customized code, where the customized code is a code that implements the requirement of the sub-application and does not belong to the basic code library; a sub-application engineering construction module 3, configured to construct a sub-application engineering by combining the basic configuration of the sub-application, the target basic code library, and the customized code library, where the sub-application engineering is a development environment for running the target basic code library and the customized code; and the sub-application generating module 4 is configured to add the customized code and the resource file corresponding to the customized code in the customized code library of the sub-application project according to the requirement of the preset sub-application, and generate the sub-application.
Optionally, fig. 8 shows a schematic structural diagram of a building module, and as shown in fig. 8, the building module 2 includes: a dividing module 21, configured to divide the requirements of the preset sub-applications according to the preset dimensionality to obtain a requirement set of the sub-applications; and a target basic code library determining module 22, configured to determine the target basic code library, where the target basic code library is a basic code library whose corresponding dimension is the same as the requirement set.
optionally, fig. 9 shows a schematic structural diagram of a sub-application generating module, and as shown in fig. 9, the sub-application generating module 4 includes: a customized requirement set determining module 41, configured to determine a customized requirement set, where the customized requirement set is a requirement corresponding to a customized code library in requirements of preset sub-applications, and the customized requirement set is all customized requirements corresponding to the same dimension; and a code and resource file generating module 42, configured to generate a customized code and a resource file corresponding to the customized code according to the customized requirement set.
Optionally, fig. 10 shows a schematic structural diagram of a sub-application generating module, and as shown in fig. 10, the sub-application generating module 4 further includes: and a sub-application modification module 43, configured to modify the shell project and/or the customized code library in combination with a change requirement of a preset sub-application, so as to generate the sub-application, where the change requirement of the preset sub-application is a requirement that is increased or decreased based on the requirement of the preset sub-application.
optionally, fig. 11 shows a schematic structural diagram of a sub-application modification module, and as shown in fig. 11, the sub-application modification module 43 includes: a change target basic code library determining module 431, configured to determine a change target basic code library, where the change target basic code library is a target basic code library and a basic code library that meet a change requirement of the sub application; and a modification module 432 for modifying the basic code base of the modification target, which is used for removing and adding the basic code base of the modification target in the shell project to obtain the sub-application in combination with the modification requirement of the preset sub-application.
optionally, fig. 12 shows a schematic structural diagram of another sub-application modification module, and as shown in fig. 12, the sub-application modification module 43 includes: a change customized code determination module 433, configured to determine a change customized code, where the change customized code is a customized code that meets a change requirement of the sub-application; and a sub-application changing module 434, configured to, in combination with the change requirement of the preset sub-application, remove and add the change customized code and the resource file corresponding to the change customized code from the customized code library, so as to obtain the sub-application.
Optionally, fig. 13 shows a schematic structural diagram of another sub-application modification module, and as shown in fig. 13, the sub-application modification module 43 includes: a change target basic code library determining module 435, configured to determine a change target basic code library, where the change target basic code library is a target basic code library and a basic code library that meet a change requirement of the sub application; a modification module 436 of the basic code base of the change target, configured to remove and add the basic code base of the change target in the shell project in combination with the change requirement of the preset sub-application; and a change customized code determination module 437, configured to determine a change customized code, where the change customized code is a customized code that implements a change requirement of the sub-application; and a sub-application changing module 438, configured to, in combination with the change requirement of the preset sub-application, remove and add the change customized code and the resource file corresponding to the change customized code from the customized code library, so as to obtain the sub-application.
Optionally, fig. 14 shows a schematic structural diagram of another sub-application generating apparatus, where the apparatus further includes:
And the changed sub-application generation module 5 is configured to modify the basic configuration of the sub-application in the shell project in combination with a change requirement of a preset sub-application, and generate the changed sub-application, where the change requirement of the preset sub-application is a requirement for making a modification based on the basic configuration of the sub-application corresponding to the requirement of the preset sub-application.
Fig. 15 is a schematic diagram of a hardware structure of an electronic device according to an embodiment of the present invention, where the electronic device includes: a memory 101 and a processor 102;
A memory 101 for storing a computer program;
the processor 102 is configured to execute the computer program stored in the memory to implement the sub-application generation method in the above embodiments. Reference may be made in particular to the description relating to the method embodiments described above.
alternatively, the memory 101 may be separate or integrated with the processor 102.
When the memory 101 is a device independent of the processor 102, the electronic apparatus may further include:
A bus 103 for connecting the memory 101 and the processor 102.
the electronic device provided in the embodiment of the present invention may be configured to execute any sub-application generation method shown in the above embodiments, and the implementation manner and the technical effect of the electronic device are similar to each other.
an embodiment of the present invention further provides a readable storage medium, where a computer program is stored in the readable storage medium, and when at least one processor of a message sending apparatus executes the computer program, the message sending apparatus executes the sub-application generating method described in any of the foregoing embodiments.
those of ordinary skill in the art will understand that: all or a portion of the steps of implementing the above-described method embodiments may be performed by hardware associated with program instructions. The program described above may be stored in a computer-readable storage medium. When executed, the program performs steps comprising the method embodiments described above; and the aforementioned storage medium includes: various media that can store program codes, such as ROM, RAM, magnetic or optical disks.
finally, it should be noted that: the above embodiments are only used to illustrate the technical solution of the present invention, and not to limit the same; although the present invention has been described in detail with reference to the foregoing embodiments, it will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention.
Claims (18)
1. a method for generating a sub-application, the method comprising:
Splitting the platform application into a plurality of basic code bases according to a preset dimension, wherein the basic code bases comprise codes for correspondingly realizing a single dimension in the preset dimension, and decoupling relations exist among the plurality of basic code bases;
according to the requirements of preset sub-applications, establishing a shell project and a customized code base of the sub-applications, wherein the shell project comprises basic configuration and a target basic code base of the sub-applications, the target basic code base is a basic code base for realizing the requirements of the sub-applications, and the customized code base is used for storing customized codes of the sub-applications and resource files corresponding to the customized codes, wherein the customized codes are codes which realize the requirements of the sub-applications and do not belong to the basic code base;
combining the basic configuration of the sub-application, the target basic code library and the customized code library to construct a sub-application project, wherein the sub-application project is a development environment for running the target basic code library and the customized code;
And adding the customized code and the resource file corresponding to the customized code in the customized code library of the sub-application engineering according to the requirement of the preset sub-application to generate the sub-application.
2. The method of claim 1, wherein the establishing a shell engineering and custom code base of the sub-application according to the requirements of the preset sub-application further comprises:
Dividing the requirements of the preset sub-applications according to the preset dimensionality to obtain a requirement set of the sub-applications;
and determining the target basic code base, wherein the target basic code base is a basic code base with the corresponding dimension being the same as the requirement set.
3. the method of claim 2, wherein the adding a customized code and a resource file corresponding to the customized code in a customized code library according to a requirement of a preset sub-application, and the generating the sub-application comprises:
determining a customized demand set, wherein the customized demand set is a demand corresponding to a customized code library in the demands of preset sub-applications, and the customized demand set is all customized demands corresponding to the same dimension;
and generating a customized code and a resource file corresponding to the customized code according to the customized demand set.
4. The method according to claim 1, wherein the adding a customized code and a resource file corresponding to the customized code in a customized code library of the sub-application project according to the requirement of the preset sub-application, and the generating the sub-application further comprises:
and modifying the shell project and/or the customized code base by combining the change requirement of a preset sub-application to generate the sub-application, wherein the change requirement of the preset sub-application is a requirement which is increased or decreased based on the requirement of the preset sub-application.
5. The method of claim 4, wherein the modifying shell engineering comprises:
Determining a change target basic code base, wherein the change target basic code base is a target basic code base and a basic code base for realizing the change requirement of the sub-application;
and removing and adding the basic code base of the change target in the shell project by combining the change requirements of the preset sub-application to obtain the sub-application.
6. the method of claim 4, wherein modifying the custom codebase comprises:
Determining a change customized code, wherein the change customized code is a customized code for realizing the change requirement of the sub-application;
And removing and adding the changed customized codes and the resource files corresponding to the changed customized codes in the customized code base by combining the change requirements of the preset sub-applications to obtain the sub-applications.
7. The method of claim 4, wherein modifying the shell engineering and custom code library comprises:
Determining a change target basic code base, wherein the change target basic code base is a target basic code base and a basic code base for realizing the change requirement of the sub-application;
Removing and adding the basic code base of the change target in the shell project by combining the change requirements of the preset sub-application;
And the number of the first and second groups,
Determining a change customized code, wherein the change customized code is a customized code for realizing the change requirement of the sub-application;
and removing and adding the changed customized codes and the resource files corresponding to the changed customized codes in the customized code base by combining the change requirements of the preset sub-applications to obtain the sub-applications.
8. the method according to claim 1, wherein the adding a customized code and a resource file corresponding to the customized code in a customized code library of the sub-application project according to the requirement of the preset sub-application, and after the generating the sub-application, comprises:
Modifying the basic configuration of the sub-application in the shell project by combining the change requirement of the preset sub-application, and generating the modified sub-application, wherein the change requirement of the preset sub-application is the requirement for modifying on the basis of the basic configuration of the sub-application corresponding to the requirement of the preset sub-application.
9. A sub-application generation apparatus, the apparatus comprising:
the system comprises a splitting module, a mapping module and a mapping module, wherein the splitting module is used for splitting a platform application into a plurality of basic code bases according to a preset dimension, the basic code bases comprise codes for correspondingly realizing a single dimension in the preset dimension, and decoupling relations exist among the plurality of basic code bases;
The system comprises a building module, a shell project and a customized code base, wherein the building module is used for building the shell project and the customized code base of the sub-application according to the requirement of the preset sub-application, the shell project comprises the basic configuration and the target basic code base of the sub-application, the target basic code base is the basic code base for realizing the requirement of the sub-application, and the customized code base is used for storing the customized code of the sub-application and a resource file corresponding to the customized code, wherein the customized code is the code for realizing the requirement of the sub-application and does not belong to the basic code base;
A sub-application engineering construction module, configured to construct a sub-application engineering by combining the basic configuration of the sub-application, the target basic code library, and the customized code library, where the sub-application engineering is a development environment for running the target basic code library and the customized code;
And the sub-application generating module is used for adding the customized codes and the resource files corresponding to the customized codes in the customized code base of the sub-application engineering according to the requirements of the preset sub-application to generate the sub-application.
10. the apparatus of claim 9, wherein the building module comprises:
the dividing module is used for dividing the requirements of the preset sub-applications according to the preset dimensionality to obtain a requirement set of the sub-applications;
And the target basic code library determining module is used for determining the target basic code library, and the target basic code library is a basic code library with the corresponding dimension being the same as the requirement set.
11. the apparatus of claim 10, wherein the sub-application generation module comprises:
the system comprises a customization demand set determining module, a customization demand set determining module and a customization demand setting module, wherein the customization demand set is a demand corresponding to a customization code library in the demands of preset sub-applications, and the customization demand set is all customization demands corresponding to the same dimension;
And the code and resource file generation module is used for generating a customized code and a resource file corresponding to the customized code according to the customized requirement set.
12. the apparatus of claim 9, wherein the sub-application generation module further comprises:
and the sub-application modification module is used for modifying the shell project and/or the customized code base by combining the change requirement of a preset sub-application to generate the sub-application, wherein the change requirement of the preset sub-application is the requirement which is increased or reduced based on the requirement of the preset sub-application.
13. the apparatus of claim 12, wherein the sub-application modification module comprises:
a change target basic code base determining module, configured to determine a change target basic code base, where the change target basic code base is a target basic code base and a basic code base that meet a change requirement of the sub-application;
And the modification module of the basic code base of the change target is used for removing and adding the basic code base of the change target in the shell project by combining the change requirements of the preset sub-application to obtain the sub-application.
14. The apparatus of claim 12, wherein the sub-application modification module comprises:
The change customized code determining module is used for determining a change customized code, and the change customized code is a customized code for realizing the change requirement of the sub-application;
and the sub-application changing module is used for removing and adding the changed customized codes and the resource files corresponding to the changed customized codes in the customized code base by combining the changing requirements of the preset sub-applications to obtain the sub-applications.
15. the apparatus of claim 12, wherein the sub-application modification module comprises:
A change target basic code base determining module, configured to determine a change target basic code base, where the change target basic code base is a target basic code base and a basic code base that meet a change requirement of the sub-application;
the modification module of the basic code base of the change target is used for removing and adding the basic code base of the change target in the shell project by combining the change requirements of the preset sub-application;
and the number of the first and second groups,
the change customized code determining module is used for determining a change customized code, and the change customized code is a customized code for realizing the change requirement of the sub-application;
And the sub-application changing module is used for removing and adding the changed customized codes and the resource files corresponding to the changed customized codes in the customized code base by combining the changing requirements of the preset sub-applications to obtain the sub-applications.
16. the apparatus of claim 9, further comprising:
And the changed sub-application generation module is used for modifying the basic configuration of the sub-application in the shell project by combining the change requirement of a preset sub-application to generate the changed sub-application, wherein the change requirement of the preset sub-application is the requirement for modifying on the basis of the basic configuration of the sub-application corresponding to the requirement of the preset sub-application.
17. An electronic device, characterized in that the electronic device comprises:
A processor, and
a memory for storing executable instructions of the processor;
Wherein the processor is configured to perform the sub-application generation method of any of claims 1-8 via execution of the executable instructions.
18. a computer-readable storage medium on which a computer program is stored, the computer program, when being executed by a processor, implementing the sub-application generation method of any one of claims 1 to 8.
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