CN106155651A - The method and system that the automation of application version is issued and updated - Google Patents
The method and system that the automation of application version is issued and updated Download PDFInfo
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Abstract
The present invention provides the method and system that the automation of a kind of application version is issued and updated, and system includes visual automation version editing machine and automation version processor；Automation version editing machine includes version release module and variable setup module；Automation version processor issues parameter for the version receiving version release module and variable setup module is configured, and issue parameter according to version, application version file distribution or renewal are arrived corresponding platform, realize automation issue or the renewal process of application version, issue or update method is: the same asset between resource file each in application software is merged, and by recording the dependence between each resource file, ensure to realize the correlation function of former application software, decrease the volume of application software；When carrying out application software upgrade, when the resource file with dependence is upgraded, it is only necessary to a resource file of upgrading, thus reduce the loaded down with trivial details degree of application software upgrade.
Description
Technical Field
The invention belongs to the technical field of program version release, and particularly relates to a method and a system for automatically releasing and updating an application program version.
Background
With the rapid development of computer technology, a large amount of application software is continuously developed, and for each type of application software, there is a problem of software update basically, where software update upgrading refers to that when a software developer writes software, since designers consider incomplete or incomplete program functions initially, after software is released, the software needs to modify or add new functions to a program, and then the updated resources are released in the form of patches, so as to implement software upgrade.
In the prior art, application software is composed of numerous resource files, and the same resource often exists among the resource files, so that the volume of the application software is large; in addition, when software is upgraded, the same resource in different resource files needs to be upgraded synchronously, so that the upgrading process of the application software is complicated, a large amount of time is consumed, and the upgrading efficiency of the application software is reduced.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides a method and a system for automatically releasing and updating the application program version, which can effectively solve the problems.
The technical scheme adopted by the invention is as follows:
the invention provides an automatic release and update method of an application program version, which comprises the following steps:
s1, developing to obtain an application program version file; classifying each file in the application program version files into dependent files and independent files;
s2, extracting all the dependent files from the application program version files;
s3, obtaining the hierarchical relationship and the dependency relationship among the dependent files, and generating a tree structure; wherein any non-leaf node in the tree structure is marked as a non-leaf node A, the non-leaf node A has m child nodes, and the m child nodes are sequentially marked as B1、B2…Bm(ii) a Then: the dependency relationship between the non-leaf node a and the m child nodes specifically means: the resources of non-leaf node a depend on the resources of m children nodes, i.e.: the non-leaf node A contains all the resources of the m child nodes;
s4, for the tree structure, according to the direction from bottom to top, deleting the resources of all children node files contained in the father node file in sequence, recording the dependency relationship between the father node file and all children node files thereof, packaging and compressing to generate a new father node file; for leaf node files, the contained resources remain unchanged, thereby generating a new tree structure;
s5, calculating the MD value of each node file in the new tree structure; in addition, for the independent files in S1, the MD value of each independent file is calculated separately;
s6, if the application program version file is a first release version file, packaging and compressing all node files in the new tree structure and the independent file to generate an installation resource package with a version number, and releasing the installation resource package to each platform;
if the application program version file is a non-first-release version file, comparing the MD value of each node file and the MD value of each independent file obtained in S5 with the MD value of the file corresponding to the previous version, respectively, to obtain a file with an MD value different from that of the previous version, where the file is the file being updated this time; then, extracting all files updated this time from the new application version file;
s7, packaging and compressing all the extracted files updated this time to generate an updated resource package with a new version number;
and S8, issuing the updated resource package to each platform.
Preferably, before S2, the method further includes:
for the developed version file of the application program, the version file of the application program is preprocessed, temporary files which are not needed to be used are filtered, and then the subsequent step S2 is executed.
Preferably, the dependency file comprises a binary file with dependency attribute and a text file with dependency attribute; the independent files include a binary file having an independent attribute, a text file having an independent attribute, and a code file.
Preferably, the binary file with the dependency attribute is a preset material file; the binary files with non-dependent properties are sound and stream files.
Preferably, in S3, the API method of Unity3D is used to obtain the hierarchical relationship and the dependency relationship between the dependent files.
Preferably, S4 is specifically: and packing and compressing the father node file to generate a new father node file by adopting a push-in stack dependent packing and compressing mode.
Preferably, in S6, the publishing the installation resource package to each platform specifically includes:
accessing the software development kit of each platform to the installation resource package, compiling by using the API of the Unity3D to generate a corresponding application program, and updating the version number of the original application program;
in S8, the update resource package is issued to each platform, specifically:
and accessing the software development kit of each platform to the update resource package, updating the corresponding file of the original application program by using the update resource package, compiling by using the API of the Unity3D to generate a corresponding new application program, and updating the version number of the original application program.
The invention also provides an automatic release and update system of the application program version, which comprises a visual automatic version editor and an automatic version processor;
the automatic version editor comprises a version release module and a variable setting module;
the version release module realizes a visual interface editing function in the Unity and comprises a version number configuration unit, a release platform selection unit, an operator selection unit, a resource packaging mode selection unit, a compiling mode configuration unit and a release installation package configuration unit;
the variable setting module is used for configuring relevant variables of the version release process, and comprises the following steps: the system comprises a network library path selection unit, a version library path selection unit, an operator package path selection unit and an engineering file name setting unit;
the automatic version processor is used for receiving the version release parameters configured by the version release module and the variable setting module, and releasing or updating the application program version file to a corresponding platform according to the version release parameters, so as to realize the automatic release or update process of the application program version.
Preferably, the version number configuration unit is used for configuring an old version number and a new version number to be upgraded;
the publishing platform selection unit is used for selecting a platform to which the application program needs to be published, and comprises: an android platform, an IOS platform, a windows platform, a Linux platform or a Unix platform;
the operator selection unit is used for configuring an operator to which the application program needs to be issued;
the resource packing mode selecting unit is used for configuring a resource packing mode, and comprises the following steps: packaging all resources, only packaging configuration files and only packaging color maker files;
the compiling mode configuration unit is used for configuring a file compiling mode and comprises a selection item whether to compile a dynamic library or not;
the distribution installation package configuration unit is used for configuring whether to distribute the installation package or not, and comprises a determining button for distributing the installation package; when the confirm button is clicked, a version issue instruction is sent to the automatic version processor.
The method and the system for automatically releasing and updating the application program version have the following advantages:
(1) the same resources among the resource files in the application software are merged, and the dependency relationship among the resource files is recorded, so that the related functions of the original application software are guaranteed to be realized, and the volume of the application software is reduced;
(2) when the application software is upgraded, only one resource file needs to be upgraded when the resource files with the dependency relationship are upgraded, so that the complexity of upgrading the application software is reduced, and the upgrading efficiency of the application software is improved.
(3) The visual automatic version editor is provided, the configuration of releasing or updating various application programs is convenient to operate and select, the automatic version editor carries out the corresponding application program releasing process according to the configuration, and the visual automatic version editor has the advantages of convenience and easiness in use and expansion of application program releasing or updating parameter editing and the like.
Drawings
FIG. 1 is a flow chart illustrating a method for automatically releasing and updating a program version according to the present invention;
FIG. 2 is a diagram of resource reference relationships between 5 dependent files;
fig. 3 is a schematic diagram of a tree structure built according to the 5 dependency files in fig. 2.
Detailed Description
The invention is described in detail below with reference to the accompanying drawings:
the invention provides an automatic release and update method of an application program version, which comprises the following steps:
s1, developing to obtain an application program version file; classifying each file in the application program version files into dependent files and independent files;
in the present invention, a dependent file refers to a file having a dependent attribute, and specifically refers to: the file contains the same resources as other files, or the file resources of the file are contained by other files; for an independent file, the file refers to a completely independent file, and the file does not coincide with the resources of all other files in the application version file.
The application version files are classified and divided, and the independent files do not have dependency relationships with other files, so that the dependency relationships are not required to be obtained, and the subsequent S5 is directly executed, so that the processing times of the computer on each file can be reduced.
Specifically, the dependent file includes a binary file having a dependent attribute and a text file having a dependent attribute; the independent files comprise a binary file with independent attributes, a text file with independent attributes and a code file, and the code file is a file which can be compiled into a dynamic library. For example, the binary file with the dependency attribute is a preset material file; the binary files with non-dependent properties are sound and stream files.
Of course, for the developed application version file, the application version file is first preprocessed to filter the temporary files that are not needed to be used, and then the subsequent step S2 is executed.
S2, extracting all the dependent files from the application program version files;
s3, obtaining the hierarchical relationship and the dependency relationship among the dependent files, and generating a tree structure; wherein any non-leaf node in the tree structure is marked as a non-leaf node A, the non-leaf node A has m child nodes, and the m child nodes are sequentially marked as B1、B2…Bm(ii) a Then: the dependency relationship between the non-leaf node a and the m child nodes specifically means: the resources of non-leaf node a depend on the resources of m children nodes, i.e.: the non-leaf node A contains all the resources of the m child nodes;
in practical application, the API method of Unity3D is used to obtain the hierarchical relationship and the dependency relationship between the dependent files.
The main purposes of building the tree structure are as follows: and common resources among the dependent files are extracted, so that resource repetition is avoided.
Taking the example of coexistence in 5 dependent files, as shown in fig. 2, it is a schematic diagram of resource reference relationship between 5 dependent files; as can be seen from fig. 2, the file C contains all resources of the file D and the file E, that is: file C depends on file D and file E; file D contains all the resources of file F and file G, namely: file D depends on file F and file G;
fig. 3 is a schematic diagram of a tree structure built according to the 5 dependent files in fig. 2.
S4, for the tree structure, according to the direction from bottom to top, deleting the resources of all children node files contained in the father node file in sequence, recording the dependency relationship between the father node file and all children node files thereof, packaging and compressing to generate a new father node file; for leaf node files, the contained resources remain unchanged, thereby generating a new tree structure;
for example, for the tree structure shown in FIG. 3, the resources that it contains remain unchanged for the leaf node files, i.e., file F and file G; for the D file, deleting the file F resource and the file G resource contained in the D file, and simultaneously recording the following information: the file F and the file G have a dependency relationship, and a D' file is generated; that is, the D' file no longer contains the file F resource and the file G resource, but records that have a dependency relationship with the file F and the file G; similarly, for the C file, the file D resource and the file E resource included in the C file are deleted, and the following information is recorded: there is a dependency relationship between file D and file E, since a C' file is generated.
In practical application, a push-stack dependent packing compression mode can be adopted to pack and compress the father node file to generate a new father node file.
The method mainly aims to combine the same resources and reduce the occupied space of the application program.
S5, calculating the MD value of each node file in the new tree structure; in addition, for the independent files in S1, the MD value of each independent file is calculated separately;
s6, if the application program version file is a first release version file, packaging and compressing all node files in the new tree structure and the independent file to generate an installation resource package with a version number, and releasing the installation resource package to each platform; the specific release method comprises the following steps: accessing the software development kit of each platform to the installation resource package, compiling by using the API of the Unity3D to generate a corresponding application program, and updating the version number of the original application program;
if the application program version file is a non-first-release version file, comparing the MD value of each node file and the MD value of each independent file obtained in S5 with the MD value of the file corresponding to the previous version, respectively, to obtain a file with an MD value different from that of the previous version, where the file is the file being updated this time; then, extracting all files updated this time from the new application version file;
s7, packaging and compressing all the extracted files updated this time to generate an updated resource package with a new version number;
and S8, issuing the updated resource package to each platform. The specific release method comprises the following steps: and accessing the software development kit of each platform to the update resource package, updating the corresponding file of the original application program by using the update resource package, compiling by using the API of the Unity3D to generate a corresponding new application program, and updating the version number of the original application program.
After the application program is generated, the application program may be further compressed by a reverse-authoring tool, and the program file may be generated again. Thereby reducing the size of the partial program.
The invention also provides an automatic release and update system of the application program version, which comprises a visual automatic version editor and an automatic version processor;
automated version editor
The automatic version editor comprises a version release module and a variable setting module;
(1) version release module
The version release module realizes a visual interface editing function in the Unity and comprises a version number configuration unit, a release platform selection unit, an operator selection unit, a resource packaging mode selection unit, a compiling mode configuration unit and a release installation package configuration unit;
the version number configuration unit is used for configuring an old version number and a new version number to be upgraded;
the publishing platform selection unit is used for selecting a platform to which the application program needs to be published, and comprises: an android platform, an IOS platform, a windows platform, a Linux platform or a Unix platform;
the operator selection unit is used for configuring an operator to which the application program needs to be issued;
the resource packing mode selecting unit is used for configuring a resource packing mode, and comprises the following steps: packaging all resources, only packaging configuration files and only packaging color maker files;
the compiling mode configuration unit is used for configuring a file compiling mode and comprises a selection item whether to compile a dynamic library or not;
the distribution installation package configuration unit is used for configuring whether to distribute the installation package or not, and comprises a determining button for distributing the installation package; when the confirm button is clicked, a version issue instruction is sent to the automatic version processor.
(2) Variable setting module
The variable setting module is used for configuring relevant variables of the version release process, and comprises the following steps: the system comprises a network library path selection unit, a version library path selection unit, an operator package path selection unit and an engineering file name setting unit;
(II) automatic edition processor
The automatic version processor is used for receiving the version release parameters configured by the version release module and the variable setting module, and releasing or updating the application program version file to a corresponding platform according to the version release parameters, so as to realize the automatic release or update process of the application program version. The process of automatically issuing or updating the application program version by the automatic version processor is completely the same as the process and principle of the method for automatically issuing and updating the application program version introduced above, and is not described herein again.
Therefore, the automatic release and update system of the application program version can automatically complete the release or update process of the application program version only by a program developer through a plurality of simple initial parameter configurations, and has the advantages of simplicity and easiness in use, simplicity in operation, high release accuracy and the like.
The method and the system for automatically releasing and updating the application program version have the following advantages:
(1) the same resources among the resource files in the application software are merged, and the dependency relationship among the resource files is recorded, so that the related functions of the original application software are guaranteed to be realized, and the volume of the application software is reduced;
(2) when the application software is upgraded, only one resource file needs to be upgraded when the resource files with the dependency relationship are upgraded, so that the complexity of upgrading the application software is reduced, and the upgrading efficiency of the application software is improved.
(3) The visual automatic version editor is provided, the configuration of releasing or updating various application programs is convenient to operate and select, the automatic version editor carries out the corresponding application program releasing process according to the configuration, and the visual automatic version editor has the advantages of convenience and easiness in use and expansion of application program releasing or updating parameter editing and the like.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and improvements can be made without departing from the principle of the present invention, and such modifications and improvements should also be considered within the scope of the present invention.
Claims (9)
1. An automatic release and update method for application program versions is characterized by comprising the following steps:
s1, developing to obtain an application program version file; classifying each file in the application program version files into dependent files and independent files;
s2, extracting all the dependent files from the application program version files;
s3, obtaining the hierarchical relationship and the dependency relationship among the dependent files, and generating a tree structure; wherein,any non-leaf node in the tree structure is marked as a non-leaf node A, the non-leaf node A is set to have m child nodes, and the m child nodes are sequentially marked as B1、B2…Bm(ii) a Then: the dependency relationship between the non-leaf node a and the m child nodes specifically means: the resources of non-leaf node a depend on the resources of m children nodes, i.e.: the non-leaf node A contains all the resources of the m child nodes;
s4, for the tree structure, according to the direction from bottom to top, deleting the resources of all children node files contained in the father node file in sequence, recording the dependency relationship between the father node file and all children node files thereof, packaging and compressing to generate a new father node file; for leaf node files, the contained resources remain unchanged, thereby generating a new tree structure;
s5, calculating the MD value of each node file in the new tree structure; in addition, for the independent files in S1, the MD value of each independent file is calculated separately;
s6, if the application program version file is a first release version file, packaging and compressing all node files in the new tree structure and the independent file to generate an installation resource package with a version number, and releasing the installation resource package to each platform;
if the application program version file is a non-first-release version file, comparing the MD value of each node file and the MD value of each independent file obtained in S5 with the MD value of the file corresponding to the previous version, respectively, to obtain a file with an MD value different from that of the previous version, where the file is the file being updated this time; then, extracting all files updated this time from the new application version file;
s7, packaging and compressing all the extracted files updated this time to generate an updated resource package with a new version number;
and S8, issuing the updated resource package to each platform.
2. The method for automatically distributing and updating application versions according to claim 1, further comprising, before S2:
for the developed version file of the application program, the version file of the application program is preprocessed, temporary files which are not needed to be used are filtered, and then the subsequent step S2 is executed.
3. The method of claim 1, wherein the dependency files comprise binary files with dependency attributes and text files with dependency attributes; the independent files include a binary file having an independent attribute, a text file having an independent attribute, and a code file.
4. The method for automatically releasing and updating an application program version according to claim 3, wherein the binary file with the dependency attribute is a preset material file; the binary files with non-dependent properties are sound and stream files.
5. The method for automatically publishing and updating the application program version according to claim 1, wherein in S3, the level relationship and the dependency relationship between the dependency files are obtained by using an API method of Unity 3D.
6. The method for automatically releasing and updating application versions according to claim 1, wherein S4 specifically includes: and packing and compressing the father node file to generate a new father node file by adopting a push-in stack dependent packing and compressing mode.
7. The method according to claim 1, wherein in S6, the publishing of the installation resource package to each platform specifically comprises:
accessing the software development kit of each platform to the installation resource package, compiling by using the API of the Unity3D to generate a corresponding application program, and updating the version number of the original application program;
in S8, the update resource package is issued to each platform, specifically:
and accessing the software development kit of each platform to the update resource package, updating the corresponding file of the original application program by using the update resource package, compiling by using the API of the Unity3D to generate a corresponding new application program, and updating the version number of the original application program.
8. An automatic release and update system of an application program version is characterized by comprising a visual automatic version editor and an automatic version processor;
the automatic version editor comprises a version release module and a variable setting module;
the version release module realizes a visual interface editing function in the Unity and comprises a version number configuration unit, a release platform selection unit, an operator selection unit, a resource packaging mode selection unit, a compiling mode configuration unit and a release installation package configuration unit;
the variable setting module is used for configuring relevant variables of the version release process, and comprises the following steps: the system comprises a network library path selection unit, a version library path selection unit, an operator package path selection unit and an engineering file name setting unit;
the automatic version processor is used for receiving the version release parameters configured by the version release module and the variable setting module, and releasing or updating the application program version file to a corresponding platform according to the version release parameters, so as to realize the automatic release or update process of the application program version.
9. The system of claim 8, wherein the version number configuration unit is configured to configure an old version number and a new version number to be upgraded;
the publishing platform selection unit is used for selecting a platform to which the application program needs to be published, and comprises: an android platform, an IOS platform, a windows platform, a Linux platform or a Unix platform;
the operator selection unit is used for configuring an operator to which the application program needs to be issued;
the resource packing mode selecting unit is used for configuring a resource packing mode, and comprises the following steps: packaging all resources, only packaging configuration files and only packaging color maker files;
the compiling mode configuration unit is used for configuring a file compiling mode and comprises a selection item whether to compile a dynamic library or not;
the distribution installation package configuration unit is used for configuring whether to distribute the installation package or not, and comprises a determining button for distributing the installation package; when the confirm button is clicked, a version issue instruction is sent to the automatic version processor.
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