CN107168749A - A kind of Compilation Method, device, equipment and computer-readable recording medium - Google Patents
A kind of Compilation Method, device, equipment and computer-readable recording medium Download PDFInfo
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- CN107168749A CN107168749A CN201710401413.4A CN201710401413A CN107168749A CN 107168749 A CN107168749 A CN 107168749A CN 201710401413 A CN201710401413 A CN 201710401413A CN 107168749 A CN107168749 A CN 107168749A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F8/00—Arrangements for software engineering
- G06F8/40—Transformation of program code
- G06F8/41—Compilation
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- G06F8/00—Arrangements for software engineering
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Abstract
The embodiment of the invention discloses a kind of Compilation Method, this method includes：The corresponding static file of the first code to be compiled of application to be installed is obtained, and the interface document based on application to be installed obtains the first file；First file is the text for the program code for preserving the application to be installed；According to the function of the second code to be compiled in the first file, the second code to be compiled divide obtaining at least two code modules；The code to be compiled in each code module is compiled respectively, the first class file is obtained；Based on static file, the first file and the first class file, the second class file of preset kind is generated；Resource based on application to be installed generates the second file, and obtains based on the second class file and the second file the installation kit of application to be installed；Second file is the file for the resource information for including application to be installed.Embodiments of the invention also disclose a kind of compilation device, equipment and computer-readable recording medium simultaneously.
Description
Technical field
The present invention relates to the technique of compiling in computer realm, more particularly to a kind of Compilation Method, device, equipment and calculating
Machine readable storage medium storing program for executing.
Background technology
In the development process of the application program of Android (Android) operating system, for mega project, compiling needs are accounted for
Developer's plenty of time is used, simultaneously as needing to expend a large amount of internal memories and central processing unit (Central during compiling
Processing Unit, CPU) resource, computer meeting interim card causes developer to be in idle condition, influence exploitation effect during compiling
Rate.Meanwhile, it is to be compiled code as an entirety during compiled code in the prior art.When developer change code or
Person due to when the reasons such as the function renewal of application program make it that code changes, it is necessary to re-start compiling to all codes
Can just code be set to come into force.But, which increases workload and amount of calculation, it is necessary to expend the longer time.
The content of the invention
In order to solve the above technical problems, the embodiment of the present invention is expected to provide a kind of Compilation Method, device, equipment and computer
Readable storage medium storing program for executing, is solved in existing code compilation scheme when certain some code is changed, it is necessary to by all generations
The problem of code is recompilated, reduces workload and amount of calculation, reduces the time, improve efficiency.
The technical proposal of the invention is realized in this way：
First aspect includes there is provided a kind of Compilation Method, methods described：
Determine the corresponding static file of the first code to be compiled of application to be installed, and connecing based on the application to be installed
Mouth file obtains the first file；Wherein, the first file is the text for the program code for preserving the application to be installed；
According to the function of the second code to be compiled in first file, the described second code to be compiled is divided
Obtain at least two code modules；Wherein, the function of the described second code to be compiled is prestored；
The code to be compiled in each code module is compiled respectively, the first class file is obtained；
The second class file based on the static file, the first file and first kind file generated preset kind；
Resource based on application to be installed generates the second file, and obtains institute based on second class file and the second file
State the installation kit of application to be installed；Wherein, second file is the file for the resource information for including the application to be installed.
Second aspect includes there is provided a kind of compilation device, described device：First acquisition unit, processing unit, second obtain
Unit and generation unit, wherein：
The first acquisition unit, the corresponding static file of the first code to be compiled for determining application to be installed, and
Interface document based on the application to be installed obtains the first file；Wherein, the first file is the preservation application to be installed
The text of program code；
The processing unit, for the function according to the second code to be compiled in first file, by described second
Code to be compiled divide obtaining at least two code modules；Wherein, the function of the described second code to be compiled is to deposit in advance
Storage；
The second acquisition unit, for being respectively compiled the code to be compiled in each code module, obtains
One class file；
The generation unit, for based on the static file, the first file and first kind file generated preset kind
Second class file；
The first acquisition unit, is additionally operable to resource based on application to be installed and generates the second file, and based on described the
Two class files and the second file obtain the installation kit of the application to be installed；Wherein, second file is treated described in including
The file of the resource information of application is installed.
The third aspect compiles equipment there is provided one kind, and the equipment includes：Memory and processor, wherein：
The memory, for storing the corresponding static file of the application to be installed；
The processor, the corresponding static file of the first code to be compiled for determining application to be installed, and based on institute
The interface document for stating application to be installed obtains the first file；Wherein, the first file is the program generation for preserving the application to be installed
The text of code；According to the function of the second code to be compiled in first file, the described second code to be compiled is entered
Row division obtains at least two code modules；Wherein, the function of the described second code to be compiled is prestored；Respectively will be every
Code to be compiled in individual code module is compiled, and obtains the first class file；Based on the static file, the first file and
One class file generates the second class file of preset kind；Resource based on application to be installed generates the second file, and based on described
Second class file and the second file obtain the installation kit of the application to be installed；Wherein, second file is described to include
The file of the resource information of application to be installed.
Fourth aspect is stored with one there is provided a kind of computer-readable recording medium in the computer-readable recording medium
Individual or multiple computer programs, the computer program realizes first aspect methods described when being executed by processor the step of.
Compilation Method, device, equipment and computer-readable recording medium that embodiments of the invention are provided, it is determined that waiting to pacify
The corresponding static file of first applied code to be compiled is filled, and the interface document based on application to be installed obtains the first file,
First file is preserves the text of the program code of application to be installed, then according to the second generation to be compiled in the first file
The function of code, the second code to be compiled divide obtaining at least two code modules, afterwards respectively by each code module
In code to be compiled be compiled, the first class file is obtained, based on the static file, the first file and first kind file generated
Second class file of preset kind, the resource for being based ultimately upon application to be installed generates the second file, and based on the second class file and
Second file obtains the installation kit of application to be installed, and the second file is the file for the resource information for including application to be installed, this
Sample, when compiled code according to division after obtained code module, code is compiled according to code module, when some
Only need to recompilate the code in the code module where the code that changes when code changes, without
All codes are recompilated, solved in existing code compilation scheme when certain some code is changed, are needed
The problem of all codes are recompilated, reduces workload and amount of calculation, reduces the time, improves efficiency.
Brief description of the drawings
A kind of schematic flow sheet for Compilation Method that Fig. 1 provides for embodiments of the invention；
The schematic diagram for the code module that Fig. 2 obtains for a kind of division that embodiments of the invention are provided；
Automatically determine whether to increase newly after a kind of progress code module division and compiling that Fig. 3 provides for embodiments of the invention
The schematic diagram of dex files；
The schematic flow sheet for another Compilation Method that Fig. 4 provides for embodiments of the invention；
A kind of structural representation for compilation device that Fig. 5 provides for embodiments of the invention；
A kind of structural representation for compiling equipment that Fig. 6 provides for embodiments of the invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation is described.
Embodiments of the invention provide a kind of Compilation Method, and shown in reference picture 1, this method comprises the following steps：
Step 101, the corresponding static file of the first code to be compiled for obtaining application to be installed, and based on application to be installed
Interface document obtain the first file.
Wherein, the first file is the text for the program code for preserving application to be installed.
Specifically, step 101 obtains the corresponding static file of the first code to be compiled of application to be installed, and based on waiting to pacify
The interface document of dress application, which obtains the first file, to be realized by compilation device, and the compilation device can be used for compiling
And the terminal for the installation kit for needing application program to be mounted is generated, can be mobile terminal.The terminal can be with implementing
Be developer in the installation kit of development and application program exclusively with terminal, such as desktop computer, notebook computer.
First code to be compiled can be the program for being used to realize each function of application to be installed that programming personnel writes
Code, static file can be R.java files, and specific R.java files can be the SDK using Android
Aapt (Android Asset Packaging Tool) under bag (Software Development Kit, SDK) treats peace
Fill what is generated after the processing of the resource file in the program code of application.Wherein, resource file specifically also refers to be installed answer
The files such as picture and character string in program code.
Interface document can be .aidl files, and the first file can be corresponding .java files；First file can be
Answered using aidl (the Android Interface Definition Language) instruments under Android SDK to be installed
.aidl file process generation in program code, the .java files can be stored in/gen catalogues under；If for example,
.aidl file is a.aidl files, and the .java files of correspondence generation are a.java files.
Step 102, the function according to the second code to be compiled in the first file, the second code to be compiled is divided
Obtain at least two code modules.
Wherein, the function of the second code to be compiled is prestored.
Specifically, step 102 enters the second code to be compiled according to the function of the second code to be compiled in the first file
It can be that compilation device is realized that row, which divides and obtains at least two code modules,.Second code to be compiled can be .java files
In program code, for example can be the program code in a.java files.The function of second code to be compiled can be .java
The corresponding difference in functionality for being used to realize application to be installed of different program codes in program code in file.Division is obtained
Code module in, the function that the corresponding application to be installed of each code module can be realized is different.Second generation to be compiled
Code is different from the first code to be compiled.
Step 103, the code to be compiled in each code module is compiled respectively, obtains the first class file.
Specifically, the code to be compiled in each code module is compiled by step 103 respectively, the first class file is obtained
It can be realized by compilation device.First class file can be corresponding .class files, and what .class files included is to compile
Program code after translating, the program code after these compilings is the program code that machine (terminal) can be recognized.
Step 104, based on static file, the first file and the first class file, generate the second class file of preset kind.
Specifically, step 104 is based on static file, the first file and the first class file, the Equations of The Second Kind of preset kind is generated
File can be realized by compilation device；Second class file of preset kind can be static file, the first file that will be obtained
Carry out what is obtained after certain processing with after the packing of the first class file, can be specifically R.java files, the .java texts that will be obtained
Carry out what is obtained after certain processing after part and the packing of .class files.Second class file can be classes.dex files, its
In, preset kind can be a kind of file type that machine (terminal) can be recognized.
Step 105, the resource based on application to be installed generate the second file, and are obtained based on the second class file and the second file
To the installation kit of application to be installed.
Wherein, the second file is the file for the resource information for including application to be installed.
Specifically, resource of the step 104 based on application to be installed generates the second file, and based on the second class file and second
The installation kit that file obtains application to be installed can be realized by compilation device；Second file can be resources.ap_ texts
Part, the second file can be obtained after aapt instruments under the SDK using Android are handled the resource of application to be installed
's.Wherein, the resource of application to be installed can be the information such as the picture and character string of application to be installed.
The installation kit for obtaining application to be installed based on the second class file and the second file can be accomplished by the following way：
(AndroidPackage builder, apkbuilder) instrument is created by the using the Android installation kit under Android SDK
The Android unsigned is generated after two class files (classes.dex files) and the second file (resources.ap_ files) packing
Installation kit (AndroidPackage, apk), afterwards, the jarsigner orders carried using JAVA are entered to the apk bags unsigned
Obtained after row signature；Wherein, the installation kit of the generation application to be installed ultimately generated is can be in middle terminal (such as mobile phone)
The apk bags of installation, apk bags now include signing messages in being.
The Compilation Method that embodiments of the invention are provided, determines that the first code to be compiled of application to be installed is corresponding quiet
State file, and the interface document based on application to be installed obtains the first file, the first file is the program for preserving application to be installed
The text of code, then according to the function of the second code to be compiled in the first file, the second code to be compiled is carried out
Division obtains at least two code modules, is afterwards respectively compiled the code to be compiled in each code module, obtains
One class file, based on second class file of the static file, the first file and first kind file generated preset kind, is based ultimately upon
The resource of application to be installed generates the second file, and obtains based on the second class file and the second file the installation of application to be installed
Bag, the second file is the file for the resource information for including application to be installed, so, when compiled code according to division after
Obtained code module, is compiled according to code module to code, is only needed to when some codes change to becoming
The code in code module where the code of change is recompilated, without being recompilated to all codes, solution
When certain some code is changed, it is necessary to asking all code recompilities in existing code compilation scheme of having determined
Topic, reduces workload and amount of calculation, reduces the time, improve efficiency.
Based on previous embodiment, embodiments of the invention provide a kind of Compilation Method, and this method comprises the following steps：
Step 201, compilation device determine the corresponding static file of the first code to be compiled of application to be installed, and based on treating
The interface document for installing application obtains the first file.
Wherein, the first file is the text for the program code for preserving application to be installed.
Step 202, compilation device according to the second code to be compiled in the first file function, by the second code to be compiled
Progress, which is divided, obtains at least two code modules.
Wherein, the function of the second code to be compiled is prestored.
Specifically, the quantity for dividing obtained code module is determined by the function of application to be installed, if waiting to pacify
Dress application has ten kinds of functions, and that code module now obtained just has ten.
It is virtually to connect (connection) network technology (switching virtual using exchange in the embodiment of the present invention
Networking, SVN) etc. code release control instrument based on Apache ant instruments in android system it is to be installed should
Program code is compiled optimization, and Plugin Mechanism is mainly quoted in whole project is divided into code to be compiled
Code module, can include main code module and remaining code module, remaining code module according to the relation with application to be installed
Plug-in unit, which can be treated as, in compiling is individually compiled into jar bags；Quote slotting by way of jar bags in main code module again afterwards
Part class, i.e. remaining code module can be plug-in units, code structure can be made clearly demarcated；The code module that may finally be obtained by division
It is compiled, realizes code dynamic load.If for example, application (instant messaging application) corresponding program code to be installed can be with
Division obtains a main code module, three remaining code modules, and these three remaining code modules can be plug-in unit 1, the and of plug-in unit 2
Plug-in unit 3, obtains structure as shown in Figure 2.
Step 203, compilation device screening divide unrelated with the corresponding function of application to be installed in obtained code module
Code module where code to be compiled, obtains redundant code module.
Specifically, the to be compiled code unrelated with the corresponding function of application to be installed is also referred to by program code
When realizing the function of application to be installed, the program code do not used.For example, application to be installed is instant messaging application, this is instant
Corresponding function includes before communication applications update：Payment, voice-enabled chat, Video chat, transmission file etc., the instant messaging application
Corresponding function includes after renewal：Voice-enabled chat, Video chat, transmission file；In this way, instant messaging application is corresponding after updating
Function in do not include payment function, be now accomplished by screening the code to be compiled in the obtained code module of division,
Get paid the corresponding all program codes of function.Now, redundant code module is the corresponding all program codes of payment function
Affiliated code module；It is the payment work(during instant messaging is applied with the unrelated code to be compiled of the corresponding function of application to be installed
Can corresponding all program codes.
Step 204, compilation device are compiled to the code to be compiled in other code modules in addition to redundant code module
Translate, obtain the first class file.
Specifically, obtaining other codes in addition to redundant code module in the code module that compilation device is first obtained from division
Module, is compiled to the code to be compiled in other code modules based on Apache ant instruments using SVN instruments, obtained afterwards
To corresponding .class files.
Step 205, compilation device are based on static file, the first file and the first class file, the second of generation preset kind
Class file.
Resource based on application to be installed of step 206, compilation device generates the second file, and based on the second class file and the
Two files obtain the installation kit of application to be installed.
Wherein, the second file is the file for the resource information for including application to be installed.
It should be noted that the explanation in the present embodiment with same steps in other embodiments or concept, is referred to
Description in other embodiments.
The Compilation Method that embodiments of the invention are provided, determines that the first code to be compiled of application to be installed is corresponding quiet
State file, and the interface document based on application to be installed obtains the first file, the first file is the program for preserving application to be installed
The text of code, then according to the function of the second code to be compiled in the first file, the second code to be compiled is carried out
Division obtains at least two code modules, is afterwards respectively compiled the code to be compiled in each code module, obtains
One class file, based on second class file of the static file, the first file and first kind file generated preset kind, is based ultimately upon
The resource of application to be installed generates the second file, and obtains based on the second class file and the second file the installation of application to be installed
Bag, the second file is the file for the resource information for including application to be installed, so, when compiled code according to division after
Obtained code module, is compiled according to code module to code, is only needed to when some codes change to becoming
The code in code module where the code of change is recompilated, without being recompilated to all codes, solution
When certain some code is changed, it is necessary to asking all code recompilities in existing code compilation scheme of having determined
Topic, reduces workload and amount of calculation, reduces the time, improve efficiency.
Based on previous embodiment, embodiments of the invention provide a kind of Compilation Method, and this method comprises the following steps：
Step 301, compilation device determine the corresponding static file of the first code to be compiled of application to be installed, and based on treating
The interface document for installing application obtains the first file.
Wherein, the first file is the text for the program code for preserving application to be installed.
Step 302, compilation device according to the second code to be compiled in the first file function, by the second code to be compiled
Progress, which is divided, obtains at least two code modules.
Step 303, compilation device screening divide unrelated with the corresponding function of application to be installed in obtained code module
Code module where code to be compiled, obtains redundant code module.
Step 304, compilation device are compiled to the code to be compiled in other code modules in addition to redundant code module
Translate, obtain the first class file.
Step 305, compilation device set the maximum storage number of the second class file.
Wherein, maximum storage number is the quantity for the method that the second class file is at best able to storage.
Specifically, the file that the maximum storage number of the classes.dex files set can be dex types can be stored
Side operator ability determine, such as maximum storage number can be 65536.Method in classes.dex files can
To refer to method corresponding in the program code that classes.dex files include.
Step 306, compilation device are based on maximum storage number, static file, the first file and the first class file, generation the
Two class files.
Specifically, be provided with after the maximum storage number of classes.dex files, compilation device will first can be obtained
R.java files .java files and the packing of .class files, are compiled to the file of packing generation and sequence are handled afterwards,
File after being finally compiled according to the maximum storage number of setting after sequence processing is set to corresponding offspring class file.
Resource based on application to be installed of step 307, compilation device generates the second file, and based on the second class file and the
Two files obtain the installation kit of application to be installed.
Based on previous embodiment, during the installation kit of a certain application to be installed is generated for the second time, division is obtained
When code to be compiled in code module is compiled, it can also comprise the following steps：
Step 308, compilation device obtain the code module in addition to redundant code module in the code module for dividing and obtaining, and obtain
To residue code module.
Code to be compiled and pre-set code in residue code module is compared by step 309, compilation device.
Specifically, pre-set code can be the code being stored in advance in long-range svn servers；Pre-set code can be
Generate the code for every time obtaining compiling during correspondence application installation package to be installed before to upload in long-range svn servers, svn clothes
Obtained after the code that business device storage is received.That is, as long as the code of compiled application program at least one times all can
It is stored in long-range svn servers.Compilation device be when relatively by the code to be compiled in residue code module with it is right
The code being stored in long-range svn servers answered is compared, i.e., the code to be compiled in residue code module is with being stored in
Corresponding code in long-range svn servers is same application program.
Step 310, compilation device are based on comparative result, it is determined whether the code to be compiled in residue code module is carried out
Recompilate.
If, need not be to surplus specifically, the code to be compiled in residue code module is identical with pre-set code
Code to be compiled in remaining code module is recompilated；If code to be compiled and pre-set code in residue code module
In the presence of difference, then need to recompilate the code to be compiled in residue code module.
It should be noted that the explanation in the present embodiment with same steps in other embodiments or concept, is referred to
Description in other embodiments.
The Compilation Method that embodiments of the invention are provided, determines that the first code to be compiled of application to be installed is corresponding quiet
State file, and the interface document based on application to be installed obtains the first file, the first file is the program for preserving application to be installed
The text of code, then according to the function of the second code to be compiled in the first file, the second code to be compiled is carried out
Division obtains at least two code modules, is afterwards respectively compiled the code to be compiled in each code module, obtains
One class file, based on second class file of the static file, the first file and first kind file generated preset kind, is based ultimately upon
The resource of application to be installed generates the second file, and obtains based on the second class file and the second file the installation of application to be installed
Bag, the second file is the file for the resource information for including application to be installed, so, when compiled code according to division after
Obtained code module, is compiled according to code module to code, is only needed to when some codes change to becoming
The code in code module where the code of change is recompilated, without being recompilated to all codes, solution
When certain some code is changed, it is necessary to asking all code recompilities in existing code compilation scheme of having determined
Topic, reduces workload and amount of calculation, reduces the time, improve efficiency.Meanwhile, can be automatically according in the file after compiling
Side operator determines whether to increase new dex files, it is to avoid user's is manually operated, realizes that automatic side operator of breaking through is limited.
Embodiments of the invention provide a kind of Compilation Method, and this method comprises the following steps：
Step 401, compilation device determine the corresponding static file of the first code to be compiled of application to be installed, and based on treating
The interface document for installing application obtains the first file.
Wherein, the first file is the text for the program code for preserving application to be installed.
Step 402, compilation device according to the second code to be compiled in the first file function, by the second code to be compiled
Progress, which is divided, obtains at least two code modules.
Wherein, the function of the second code to be compiled is prestored.
Step 403, compilation device screening divide unrelated with the corresponding function of application to be installed in obtained code module
Code module where code to be compiled, obtains redundant code module.
Step 404, compilation device are compiled to the code to be compiled in other code modules in addition to redundant code module
Translate, obtain the first class file.
Step 405, compilation device set the maximum storage number of the second class file.
Wherein, maximum storage number is the quantity for the method that the second class file is at best able to storage.
After step 406, compilation device pack static file, the first file and the first class file, it is compiled and sorts
Processing obtains the 3rd file.
Specifically, dx instruments under Android sdk can be used by the static file after packing, the first file and first
Class file is compiled, and the file obtained after compiling is ranked up and then the 3rd file is obtained.
The file that must be loaded when application to be installed starts in 3rd file is set to default class by step 407, compilation device
First offspring class file of type.
Specifically, the file that must be loaded when application to be installed starts in the 3rd file refers to be installed in the 3rd file answer
With the file that will be loaded at once when startup；The file that for example when can be instant messaging application startup can be loaded at once.
Wherein, preset kind is the corresponding type of dex files.
The file that must be loaded when application to be installed starts in 3rd file is set to the first offspring class file of preset kind,
The method that the file that must be loaded when can be and start application to be installed in the 3rd file includes is stored in the of preset kind
In one offspring class file, that is, obtain the first offspring class file.Wherein, the first offspring class file can be a kind of dex files.
Step 408, compilation device obtain other in addition to the file that must be loaded when application to be installed starts in the 3rd file
File, obtains the 4th file.
Specifically, other in addition to step 408 obtains the file that must be loaded when application to be installed starts in the 3rd file are literary
Part, obtains after the 4th file, can select to perform step 409 or step 410~412；
If the side operator in step 409, the 4th file is less than or equal to default value, compilation device sets the 4th file
For the second offspring class file of preset kind.
Wherein, the second class file includes the first offspring class file and the second offspring class file.
Specifically, the side operator in the 4th file also refers to the sum of the corresponding method of code in the 4th file
Mesh.4th file is set to the second offspring class file of preset kind, can be stored in the method that the 4th file includes
In second offspring class file of preset kind, that is, obtain the second offspring class file.Wherein, the second offspring class file can be another dex
File.First offspring class file is identical with the file type of the second offspring class file, but the first offspring class file and the second offspring class file
It is two different files.
If side operator in step 410, the 4th file is more than default value, compilation device is by side operator etc. in the 4th file
The second offspring class file is set in the file of default value.
If specifically, the side operator in the 4th file is more than default value, illustrating that the memory space of a dex file is deposited
Do not store up the side operator in the 4th file, now can first obtain the method that side operator in the 4th file is equal to 65536, and by this
A little methods are stored in the second offspring class file, that is, obtain the second offspring class file.
Step 411, compilation device calculate the absolute value of the difference between side operator and default value in the 4th file.
Step 412, compilation device increase at least one newly and preset according to the relation between the absolute value and default value of difference
The class file of type, and the method that side operator in the 4th file is more than default value is moved into at least one newly-increased preset kind
Class file in, and be set to the second offspring class file.
If preset specifically, the absolute value of the difference in the 4th file between side operator and default value is less than or equal to
Numerical value (65536), can now newly increase the class file of a preset kind, and corresponding method is stored in newly increase pre-
If in the class file of type, that is, obtaining the second offspring class file；If the difference in the 4th file between side operator and default value
Absolute value be more than default value (65536), now can judge need increasing according to the absolute value of difference and 65536 multiple proportion
Plus preset kind class file number, and corresponding method is stored in the class file of corresponding increased preset kind
In, and then obtain the second offspring class file.Wherein, in the case that the side operator in the 4th file is more than default value, the second subclass
File includes at least one class file.
Wherein, it is required for performing step 413 after step 409 and step 412.
Resource based on application to be installed of step 413, compilation device generates the second file, and based on the first offspring class file,
Second offspring class file and the second file obtain the installation kit of application to be installed.
Based on previous embodiment, this method is further comprising the steps of：
Step 414, compilation device obtain the code module in addition to redundant code module in the code module for dividing and obtaining, and obtain
To residue code module.
Code to be compiled and pre-set code in residue code module is compared by step 415, compilation device.
If the code to be compiled in step 416, residue code module is changed compared with pre-set code, compilation device
Obtain code to be updated.
Wherein, code to be updated is the code to be compiled that is changed compared with pre-set code in residue code module.
Step 417, compilation device are recompilated to code to be updated, and using the code obtained after recompility more
Corresponding code in new first class file.
Specifically, can be according to flow chart as shown in Figure 3 to the code to be compiled in the .java files of application to be installed
Change and get code module 1, code module 2 etc., then entered the code to be compiled in code module with pre-set code using svn
Row compares, if, in Status_Modified, Status_Added, Status_Added and Status_Unversioned
One of result is affirmative, just treats compiled code and is recompilated, afterwards according to the side that dex files are set in the present invention
Formula is handled, and obtains corresponding dex files.
It can be svn works that whether the code to be compiled in residue code module is judged changes compared with pre-set code
Have to realize；Svn supports a variety of variation attributes, and this programme only uses wherein four kinds, is Status_Modified respectively：Table
Show whether changed；Status_Added：Indicate whether that file is added；Status_MISSING：File is indicated whether
It is deleted；Status_Unversioned：Indicate whether that file is newly-increased but is not added to svn paths.Using
When Status_Modified, Status_Added, Status_Added or Status_Unversioned are detected, as long as there is it
One of result meet just explanation residue code module in code to be compiled changed compared with pre-set code it is necessary to
Need to recompilate the code to be compiled in residue code module.
It should be noted that the explanation in the present embodiment with same steps in other embodiments or concept, is referred to
Description in other embodiments.
The Compilation Method that embodiments of the invention are provided, determines that the first code to be compiled of application to be installed is corresponding quiet
State file, and the interface document based on application to be installed obtains the first file, the first file is the program for preserving application to be installed
The text of code, then according to the function of the second code to be compiled in the first file, the second code to be compiled is carried out
Division obtains at least two code modules, is afterwards respectively compiled the code to be compiled in each code module, obtains
One class file, based on second class file of the static file, the first file and first kind file generated preset kind, is based ultimately upon
The resource of application to be installed generates the second file, and obtains based on the second class file and the second file the installation of application to be installed
Bag, the second file is the file for the resource information for including application to be installed, so, when compiled code according to division after
Obtained code module, is compiled according to code module to code, is only needed to when some codes change to becoming
The code in code module where the code of change is recompilated, without being recompilated to all codes, solution
When certain some code is changed, it is necessary to asking all code recompilities in existing code compilation scheme of having determined
Topic, reduces workload and amount of calculation, reduces the time, improve efficiency.Meanwhile, can be automatically according in the file after compiling
Side operator determines whether to increase new dex files, it is to avoid user's is manually operated, realizes that automatic side operator of breaking through is limited.
Based on previous embodiment, be illustrated in figure 4 Compilation Method provided in an embodiment of the present invention it is corresponding one it is complete
Compile flow chart.That is, first .aidl files can be converted into by aidl instruments when generating the installation kit of application to be installed to compile
Translate the treatable Java interface documents of device；Resource file is processed as final resources.arsc by aapt, and generates
R.java files are so that source code can easily have access to these resources；Java compiler is by R.java, Java source codes and life
Into Java interface documents Uniform compilation into .class files；Meanwhile, compared according to the functional module of division using SVN instruments
Compared with if obtained result is Status_Modified (modification), Status_Added (addition), Status_Missing (are deleted
Except) or during Status_Unversion (newly-increased but be not added with to svn paths), Java compiler can be used to enter again to module
Row compiling；.class file is not the form that android system can be recognized, thus to be also energy using dex tool changes
The .dex files enough recognized.The file such as third party library in need and other files can be added among these；Utilizing dex instruments
, it is necessary to which primary module is bundled into main dex first during packing, then under traversing directories remaining class side operator, if greater than
65536, then need newly-increased dex；Next the dex of generation, resource bag, and other resources are generated just by apkbuilder
The apk file bags of beginning.Now, the apk files bag of generation is not also signed and optimized；Signature can use Jarsigner instruments, or
Other similar instruments.If under Debug patterns, signature keystore used is exactly what system default was carried, is otherwise developed
Person needs to provide the private key of oneself to complete signature process.
Based on previous embodiment, embodiments of the invention provide a kind of compilation device 5, and the device can apply to foregoing institute
In the Compilation Method provided in the embodiment shown, shown in reference picture 5, the device includes：First acquisition unit 51, processing unit
52nd, second acquisition unit 53 and generation unit 54, wherein：
First acquisition unit 51, the corresponding static file of the first code to be compiled for determining application to be installed, and base
The first file is obtained in the interface document of application to be installed.
Wherein, the first file is the text for the program code for preserving application to be installed.
Processing unit 52, for the function according to the second code to be compiled in the first file, by the second code to be compiled
Progress, which is divided, obtains at least two code modules.
Wherein, the function of the second code to be compiled is prestored.
Second acquisition unit 53, for being respectively compiled the code to be compiled in each code module, obtains first
Class file.
Generation unit 54, for based on static file, the first file and the first class file, generating the Equations of The Second Kind of preset kind
File.
First acquisition unit 51, is additionally operable to the resource based on application to be installed and generates the second file, and based on Equations of The Second Kind text
Part and the second file obtain the installation kit of application to be installed.
Wherein, the second file is the file for the resource information for including application to be installed.
The compilation device that embodiments of the invention are provided, determines that the first code to be compiled of application to be installed is corresponding quiet
State file, and the interface document based on application to be installed obtains the first file, the first file is the program for preserving application to be installed
The text of code, then according to the function of the second code to be compiled in the first file, the second code to be compiled is carried out
Division obtains at least two code modules, is afterwards respectively compiled the code to be compiled in each code module, obtains
One class file, based on second class file of the static file, the first file and first kind file generated preset kind, is based ultimately upon
The resource of application to be installed generates the second file, and obtains based on the second class file and the second file the installation of application to be installed
Bag, the second file is the file for the resource information for including application to be installed, so, when compiled code according to division after
Obtained code module, is compiled according to code module to code, is only needed to when some codes change to becoming
The code in code module where the code of change is recompilated, without being recompilated to all codes, solution
When certain some code is changed, it is necessary to asking all code recompilities in existing code compilation scheme of having determined
Topic, reduces workload and amount of calculation, reduces the time, improve efficiency.
Specifically, second acquisition unit includes：Screening module and collector, wherein：
Screening module, for screen divide in obtained code module with the corresponding function of application to be installed it is unrelated wait compile
The code module where code is translated, redundant code module is obtained.
Collector, for being compiled to the code to be compiled in other code modules in addition to redundant code module,
Obtain the first class file.
Specifically, generation unit includes：Setup module and generation module, wherein：
Setup module, the maximum storage number for setting the second class file.
Wherein, maximum storage number is the quantity for the method that the second class file is at best able to storage.
Generation module, for based on maximum storage number, static file, the first file and the first class file, generation second
Class file.
Further, generation module is specifically for performing following steps：
After static file, the first file and the first class file are packed, it is compiled and sequence processing obtains the 3rd file.
The file that must be loaded when application to be installed starts in 3rd file is set to the first offspring class file of preset kind.
Alternative document in addition to obtaining the file that must be loaded when application to be installed starts in the 3rd file, obtains the 4th text
Part.
If the side operator in the 4th file is less than or equal to default value, the 4th file is set to the second of preset kind
Offspring class file.
Wherein, the second class file includes the first offspring class file and the second offspring class file.
Further, generation module is specifically additionally operable to perform following steps：
If the side operator in the 4th file is more than default value, side operator in the 4th file is equal to the file of default value
It is set to the second offspring class file.
Calculate the absolute value of the difference in the 4th file between side operator and default value.
According to the relation between the absolute value and default value of difference, the class file of at least one preset kind is increased newly, and
Side operator in 4th file is more than into the method for default value to move into the class file of at least one newly-increased preset kind, and set
It is set to the second offspring class file.
Further, the compilation device also includes：Comparing unit, wherein：
First acquisition unit 51, is additionally operable to obtain the code mould in the code module for dividing and obtaining in addition to redundant code module
Block, obtains residue code module.
Comparing unit, for the code to be compiled in residue code module to be compared with pre-set code.
Processing unit 52, is additionally operable to be based on comparative result, it is determined whether enter the code to be compiled in residue code module
Row is recompilated.
Specifically, processing unit includes：Acquisition module and update module, wherein：
Acquisition module, if being changed for the code to be compiled in residue code module compared with pre-set code, is obtained
Take code to be updated.
Wherein, code to be updated is the code to be compiled that is changed compared with pre-set code in residue code module.
Update module, for being recompilated to code to be updated, and uses the code update obtained after recompility
Corresponding code in first class file.
It should be noted that the interaction in the present embodiment between unit and module, is referred to foregoing shown
Embodiment in interaction in the Compilation Method that provides, here is omitted.
The compilation device that embodiments of the invention are provided, determines that the first code to be compiled of application to be installed is corresponding quiet
State file, and the interface document based on application to be installed obtains the first file, the first file is the program for preserving application to be installed
The text of code, then according to the function of the second code to be compiled in the first file, the second code to be compiled is carried out
Division obtains at least two code modules, is afterwards respectively compiled the code to be compiled in each code module, obtains
One class file, based on second class file of the static file, the first file and first kind file generated preset kind, is based ultimately upon
The resource of application to be installed generates the second file, and obtains based on the second class file and the second file the installation of application to be installed
Bag, the second file is the file for the resource information for including application to be installed, so, when compiled code according to division after
Obtained code module, is compiled according to code module to code, is only needed to when some codes change to becoming
The code in code module where the code of change is recompilated, without being recompilated to all codes, solution
When certain some code is changed, it is necessary to asking all code recompilities in existing code compilation scheme of having determined
Topic, reduces workload and amount of calculation, reduces the time, improve efficiency.Meanwhile, can be automatically according in the file after compiling
Side operator determines whether to increase new dex files, it is to avoid user's is manually operated, realizes that automatic side operator of breaking through is limited.
Based on previous embodiment, embodiments of the invention provide a kind of compiling equipment 6, can apply to foregoing shown reality
Apply in the Compilation Method provided in example, shown in reference picture 6, the compiling equipment can include：Memory 61 and processor 62, its
In：
Memory 61, for storing the corresponding static file of application to be installed.
Processor 62, the corresponding static text of the first code to be compiled for obtaining application to be installed from memory 61
Part, and the interface document based on application to be installed obtains the first file；Wherein, the first file is the program for preserving application to be installed
The text of code；According to the function of the second code to be compiled in the first file, the second code to be compiled is divided
Obtain at least two code modules；The code to be compiled in each code module is compiled respectively, the first class file is obtained；
Based on static file, the first file and the first class file, the second class file of preset kind is generated；Money based on application to be installed
Source generates the second file, and obtains based on the second class file and the second file the installation kit of application to be installed；Wherein, the second file
For the file for the resource information for including application to be installed.
It should be noted that the interaction in the present embodiment between memory and processor, is referred to foregoing shown
Embodiment in interaction in the Compilation Method that provides, here is omitted.
Based on previous embodiment, embodiments of the invention provide a kind of computer-readable recording medium, and this is computer-readable
Be stored with one or more computer programs in storage medium, and the computer program realizes previous embodiment when being executed by processor
Shown in Compilation Method the step of.
In actual applications, the first acquisition unit 51, processing unit 52, second acquisition unit 53, generation unit 54,
Screening module, collector, setup module, generation module, comparing unit, acquisition module and update module can be by positioned at wireless
Central processing unit (Central Processing Unit, CPU), microprocessor (Micro in data transmitting equipment
Processor Unit, MPU), digital signal processor (Digital Signal Processor, DSP) or field-programmable
Gate array (Field Programmable Gate Array, FPGA) etc. is realized.
It should be understood by those skilled in the art that, embodiments of the invention can be provided as method, system or computer program
Product.Therefore, the shape of the embodiment in terms of the present invention can use hardware embodiment, software implementation or combine software and hardware
Formula.Moreover, the present invention can be used can use storage in one or more computers for wherein including computer usable program code
The form for the computer program product that medium is implemented on (including but is not limited to magnetic disk storage and optical memory etc.).
The present invention is the flow with reference to method according to embodiments of the present invention, equipment (system) and computer program product
Figure and/or block diagram are described.It should be understood that can be by every first-class in computer program instructions implementation process figure and/or block diagram
Journey and/or the flow in square frame and flow chart and/or block diagram and/or the combination of square frame.These computer programs can be provided
The processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing devices is instructed to produce
A raw machine so that produced by the instruction of computer or the computing device of other programmable data processing devices for real
The device for the function of being specified in present one flow of flow chart or one square frame of multiple flows and/or block diagram or multiple square frames.
These computer program instructions, which may be alternatively stored in, can guide computer or other programmable data processing devices with spy
Determine in the computer-readable memory that mode works so that the instruction being stored in the computer-readable memory, which is produced, to be included referring to
Make the manufacture of device, the command device realize in one flow of flow chart or multiple flows and/or one square frame of block diagram or
The function of being specified in multiple square frames.
These computer program instructions can be also loaded into computer or other programmable data processing devices so that in meter
Series of operation steps is performed on calculation machine or other programmable devices to produce computer implemented processing, thus in computer or
The instruction performed on other programmable devices is provided for realizing in one flow of flow chart or multiple flows and/or block diagram one
The step of function of being specified in individual square frame or multiple square frames.
The foregoing is only a preferred embodiment of the present invention, is not intended to limit the scope of the present invention.
Claims (15)
1. a kind of Compilation Method, it is characterised in that methods described includes：
Obtain the corresponding static file of the first code to be compiled of application to be installed, and the text of the interface based on the application to be installed
Part obtains the first file；Wherein, the first file is the text for the program code for preserving the application to be installed；
According to the function of the second code to be compiled in first file, the described second code to be compiled is divided
At least two code modules；Wherein, the function of the described second code to be compiled is prestored；
The code to be compiled in each code module is compiled respectively, the first class file is obtained；
Based on the static file, the first file and the first class file, the second class file of preset kind is generated；
Resource based on application to be installed generates the second file, and obtains described treat based on second class file and the second file
The installation kit of application is installed；Wherein, second file is the file for the resource information for including the application to be installed.
2. according to the method described in claim 1, it is characterised in that described respectively by the code to be compiled in each code module
It is compiled, obtains the first class file, including：
Screening is divided where code to be compiled unrelated with the corresponding function of the application to be installed in obtained code module
Code module, obtains redundant code module；
Code to be compiled in other code modules in addition to the redundant code module is compiled, the first kind is obtained
File.
3. method according to claim 1 or 2, it is characterised in that described based on the static file, the first file and the
One class file, generates the second class file of preset kind, including：
The maximum storage number of second class file is set；Wherein, the maximum storage number be second class file most
The quantity for the method that can be stored more；
Based on the maximum storage number, the static file, the first file and the first class file, the Equations of The Second Kind text is generated
Part.
4. method according to claim 3, it is characterised in that described to be based on the maximum storage number, the static text
Part, the first file and the first class file, generate second class file, including：
After the static file, the first file and the first class file are packed, it is compiled and sequence processing obtains the 3rd file；
The file that must be loaded when application to be installed starts described in 3rd file is set to the first subclass of preset kind
File；
Alternative document in addition to obtaining the file that must be loaded when the application to be installed starts in the 3rd file, obtains the 4th
File；
If the side operator in the 4th file is less than or equal to the default value, the 4th file is set to default class
Second offspring class file of type；Wherein, second class file includes the first offspring class file and the second offspring class file.
5. method according to claim 4, it is characterised in that described to be based on the maximum storage number, the static text
Part, the first file and the first class file, generate second class file, in addition to：
If the side operator in the 4th file is more than the default value, side operator in the 4th file is equal to described pre-
If the file of numerical value is set to second offspring class file；
Calculate the absolute value of the difference in the 4th file between side operator and the default value；
According to the relation between the absolute value of the difference and the default value, the class text of at least one preset kind is increased newly
Part, and by the method that side operator in the 4th file is more than the default value move into it is newly-increased described at least one default class
In the class file of type, and it is set to second offspring class file.
6. method according to claim 2, it is characterised in that methods described also includes：
The code module in addition to the redundant code module in the code module for dividing and obtaining is obtained, residue code module is obtained；
Code to be compiled in the residue code module is compared with pre-set code；
Based on comparative result, it is determined whether the code to be compiled in the residue code module is recompilated.
7. method according to claim 6, it is characterised in that described to be based on comparative result, it is determined whether to the residue
Code to be compiled in code module is recompilated, including：
If the code to be compiled in the residue code module is changed compared with the pre-set code, generation to be updated is obtained
Code；Wherein, the code to be updated be the residue code module in changed compared with the pre-set code wait compile
Translate code；
The code to be updated is recompilated, and uses the first class file described in the code update obtained after recompility
In corresponding code.
8. a kind of compilation device, it is characterised in that described device includes：First acquisition unit, processing unit, second acquisition unit
And generation unit, wherein：
The first acquisition unit, the corresponding static file of the first code to be compiled for obtaining application to be installed, and be based on
The interface document of the application to be installed obtains the first file；Wherein, the first file is the program for preserving the application to be installed
The text of code；
The processing unit, for the function according to the second code to be compiled in first file, described second is waited to compile
Code is translated divide obtaining at least two code modules；Wherein, the function of the described second code to be compiled is prestored；
The second acquisition unit, for being respectively compiled the code to be compiled in each code module, obtains the first kind
File；
The generation unit, for second based on the static file, the first file and first kind file generated preset kind
Class file；
The first acquisition unit, is additionally operable to the resource based on application to be installed and generates the second file, and based on the Equations of The Second Kind
File and the second file obtain the installation kit of the application to be installed；Wherein, second file is described to be installed to include
The file of the resource information of application.
9. device according to claim 8, it is characterised in that the second acquisition unit includes：Screening module and compiling
Module, wherein：
The screening module, divides unrelated with the corresponding function of the application to be installed in obtained code module for screening
Code module where code to be compiled, obtains redundant code module；
The collector, for being compiled to the code to be compiled in other code modules in addition to the redundant code module
Translate, obtain first class file.
10. device according to claim 8 or claim 9, it is characterised in that the generation unit includes：Setup module and generation
Module, wherein：
The setup module, the maximum storage number for setting second class file；Wherein, the maximum storage number is
Second class file is at best able to the quantity of the method for storage；
The generation module, for based on the maximum storage number, the static file, the first file and the first class file,
Generate second class file.
11. device according to claim 10, it is characterised in that the generation module specifically for：
After the static file, the first file and the first class file are packed, it is compiled and sequence processing obtains the 3rd file；
The file that must be loaded when application to be installed starts described in 3rd file is set to the first subclass of preset kind
File；
Alternative document in addition to obtaining the file that must be loaded when the application to be installed starts in the 3rd file, obtains the 4th
File；
If the side operator in the 4th file is less than or equal to the default value, the 4th file is set to default class
Second offspring class file of type；Wherein, second class file includes the first offspring class file and the second offspring class file.
12. device according to claim 11, it is characterised in that the generation module is specifically additionally operable to：
If the side operator in the 4th file is more than the default value, side operator in the 4th file is equal to described pre-
If the file of numerical value is set to second offspring class file；
Calculate the absolute value of the difference in the 4th file between side operator and the default value；
According to the relation between the absolute value of the difference and the default value, the class text of at least one preset kind is increased newly
Part, and by the method that side operator in the 4th file is more than the default value move into it is newly-increased described at least one default class
In the class file of type, and it is set to second offspring class file.
13. device according to claim 9, it is characterised in that described device also includes：Comparing unit, wherein：
The first acquisition unit, is additionally operable to obtain the code in the code module for dividing and obtaining in addition to the redundant code module
Module, obtains residue code module；
The comparing unit, for the code to be compiled in the residue code module to be compared with pre-set code；
The processing unit, is additionally operable to be based on comparative result, it is determined whether to the code to be compiled in the residue code module
Recompilated.
14. one kind compiling equipment, it is characterised in that the equipment includes：Memory and processor, wherein：
The memory, for storing the corresponding static file of the application to be installed；
The processor, the corresponding static text of the first code to be compiled for obtaining application to be installed from the memory
Part, and the interface document based on the application to be installed obtains the first file；Wherein, the first file for preserve it is described it is to be installed should
The text of program code；According to the function of the second code to be compiled in first file, described second is treated
Compiled code divide obtaining at least two code modules；The code to be compiled in each code module is compiled respectively
Translate, obtain the first class file；Based on the static file, the first file and the first class file, the Equations of The Second Kind of preset kind is generated
File；Resource based on application to be installed generates the second file, and obtains described based on second class file and the second file
The installation kit of application to be installed；Wherein, second file is the file for the resource information for including the application to be installed.
15. a kind of computer-readable recording medium, it is characterised in that be stored with the computer-readable recording medium one or
Multiple computer programs, the computer program realizes claim 1 to 7 methods described when being executed by processor the step of.
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| CN112162851A (en) * | 2020-09-14 | 2021-01-01 | Oppo（重庆）智能科技有限公司 | dex pre-compiling method, device, computer equipment and storage medium |
| CN112162851B (en) * | 2020-09-14 | 2022-12-13 | Oppo（重庆）智能科技有限公司 | dex pre-compiling method, device, computer equipment and storage medium |
| CN112947929A (en) * | 2021-01-28 | 2021-06-11 | 北京字节跳动网络技术有限公司 | Construction method and device of application program installation package, computer equipment and medium |
| CN112947929B (en) * | 2021-01-28 | 2023-11-24 | 抖音视界有限公司 | Method, device, computer equipment and medium for constructing application program installation package |
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| CN112882720B (en) * | 2021-03-15 | 2024-03-22 | 抖音视界有限公司 | Compiling method and device |
| CN113407165B (en) * | 2021-06-29 | 2023-04-07 | 抖音视界有限公司 | SDK generation and self-upgrade method, device, readable medium and equipment |
| CN113407165A (en) * | 2021-06-29 | 2021-09-17 | 北京字节跳动网络技术有限公司 | SDK generation and self-upgrade method, device, readable medium and equipment |
| CN116701234A (en) * | 2023-08-04 | 2023-09-05 | 腾讯科技（深圳）有限公司 | Application program debugging method and device, computer equipment and storage medium |
| CN116701234B (en) * | 2023-08-04 | 2024-02-02 | 腾讯科技（深圳）有限公司 | Application program debugging method and device, computer equipment and storage medium |
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