CN107423108A - A kind of ARM container running environment construction methods based on Android device - Google Patents
A kind of ARM container running environment construction methods based on Android device Download PDFInfo
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- CN107423108A CN107423108A CN201710273733.6A CN201710273733A CN107423108A CN 107423108 A CN107423108 A CN 107423108A CN 201710273733 A CN201710273733 A CN 201710273733A CN 107423108 A CN107423108 A CN 107423108A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F9/00—Arrangements for program control, e.g. control units
- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
- G06F9/455—Emulation; Interpretation; Software simulation, e.g. virtualisation or emulation of application or operating system execution engines
- G06F9/45533—Hypervisors; Virtual machine monitors
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Abstract
The invention discloses a kind of ARM container running environment construction methods based on Android device, specifically：Based on the Android operation system on ARM frameworks, Android kernel is customized, the mechanism such as cgroup and namespace necessary to adding container operation；Customization, which is run on ARM frameworks, runs container；Realize the Container Management instrument run on Android system, the operation and management of convenient container；Android kernel after compiling is replaced into Android device, and the container that runs created under x86 is migrated into Android device, success and stable operation of the container in Android device are realized using Container Management instrument.Condition of the present invention needed for for container operation, customizes and compiles again Android kernel, customizes and runs container under ARM frameworks, to support to realize OS-Level virtual in Android device.
Description
Technical field
The invention belongs to virtualize field, more particularly, to a kind of ARM container running environment structures based on Android device
Construction method.
Background technology
Virtualization technology has become a kind of server resource sharing mode being widely recognized as by everybody, and it can be on demand
Build and provide great flexibility among the process of operation system example for system manager.Due to virtual machine manager
(Hypervisor) virtualization technology still has the problem of some performances and resource utilization aspect, therefore one kind occurs
The referred to as New Virtual technology of container (Container) helps to solve these problems.
Container technique is different from as a kind of OS-Level virtual scheme (OS-Level Virtualization)
Traditional virtualization scheme, OS-Level virtualization need not be by virtual machine manager layer, but passes through system kernel sheet
Body provide NameSpace (Namespace) and cgroup come realize the physical resource of multiple environment isolation.Operating system grade is empty
Planization has many advantages：First, in OS-Level virtual, different containers and host operating system are shared in one
Core, the execution unit inside container will be without going through virtual machine manager layers when asking bottom core functions；Secondly, container
The startup time completes to start typically within second level, and the virtual machine then even minute level completion at tens seconds, especially publicly-owned
The Start-up costs of virtual machine instance are bigger in cloud environment；Again, container resource utilization is higher, in identical physical resource condition
Under, while the number of containers run is often ten times even hundred times of virtual machine；Finally, container virtualization technology can bring branch
The advantages that holding cross-node deployment, facilitating the distribution of software systems and share, be easy to maintain.
However, for the mobile phone using Android system at present, it can not directly run container, therefore user can not be
The plurality of advantages that OS-Level virtualization can be brought is obtained in Android mobile phone.
The content of the invention
It is an object of the invention to provide a kind of ARM container running environment construction methods based on Android device, its purpose exists
In solving directly run container in current Android mobile phone, cause user can not obtain operating system grade in Android mobile phone
Virtualize the technical problem for the plurality of advantages that can be brought.
To achieve the above object, the invention provides a kind of ARM container running environment construction methods based on Android device,
Comprise the following steps：
(1) kernel compiling option file is obtained from Android device；
(2) the kernel compiling option file based on acquisition recompilates to the kernel of Android system；
(3) extract the root file system and its configuration file in Android device, and according to the root file system of extraction and
The container mirror image that the customization of its configuration file is operated on Android system；
(4) input parameter from user is received, and the Container Management of Android system operation is realized according to the input parameter
Instrument：
(5) original kernel in Android device, base are replaced using the kernel of the Android system after being recompilated in step (2)
In the container mirror image of step (3) generation, the Container Management instrument obtained using step (4) carries out the establishment, operation, pass of container
Close, stop, so as to realize the structure of ARM container running environment.
Preferably, step (1) specifically includes following sub-step：
Whether (1-1) is detected preserves Android kernel compiling option file in existing Android device, if being transferred in the presence of if
Step (1-2), otherwise it is transferred to step (1-3)；
(1-2) preserves kernel compiling option file, and process terminates；
(1-3) obtains system source code disclosed in equipment vendors；
The open source code of the equipment vendors of (1-4) based on acquisition, system source code is completely compiled using compilation tool,
To generate kernel compiling option file and complete Android system；
(1-5) enters the Android system brush of generation in step (1-4) in Android device, and whether examines Android system at this
Normal operation in Android device, step (1-6) is transferred to if normal operation, is otherwise transferred to step (1-7)；
(1-6) preserves the kernel compiling option file of generation in step (1-4), and process terminates；
(1-7) reacquires the disclosure source code or obtains third party's Android system source code, and returns to above-mentioned steps (1-3).
Preferably, step (2) specifically includes following sub-step：
(2-1) be based on kernel compiling option file, customize Android kernel, and in the Android kernel add cgroup and
Namespace mechanism；
(2-2) enters the Android kernel brush of customization in Android device, examines whether Android system is transported in the Android device
Row is normal, and process terminates if normal operation, if operation exception, is transferred to step (2-3)；
(2-3) obtains holonomic system source code and kernel source code disclosed in Android device manufacturer, and uses compilation tool pair
The system source code and kernel source code of acquisition are completely compiled；
(2-4) by compile obtain result disposably brush in Android device, and examine Android device whether normal operation,
If normal operation, return to step (2-1), if operation exception, illustrate there there is holonomic system source code disclosed in Android device manufacturer
By mistake, process terminates.
Preferably, step (3) is specifically, extract the root file system and its configuration file in Android device, in root text
Unix is added in part system and simplifies tool set, and the soft Unix that is linked to of relevant folder will be initialized and simplified in tool set, with
The configuration parameter of the launching process of the configuration file is changed, and amended root file system and its configuration file are packaged as can
The container mirror image operated on Android system.
Preferably, step (4) is specifically, first, read the input parameter of user.If user's input parameter is to look into, then unite
Count out container present in current system and show；If user's input parameter creates file corresponding to container to create
Folder, the container name that Folder Name is inputted by user are specified, and the every life for describing a container is then created under this document folder
Name space configuration file, the parameters that content is inputted by user in file determine；If user's input parameter uses to start
The container name that user is passed to searches cell therefor file, then creates container and runs corresponding independent process, finally uses
The content of every file configures the running environment of the independent process in container file folder；If user's input parameter is closes, root
The Container Name specified according to user's input parameter inquired about from database corresponding to process, kill the process and discharge shared by it
System resource；If user's input parameter finds the container specified, deletes root file system and configuration corresponding to container to delete
Information.
It is another aspect of this invention to provide that a kind of ARM container running environment constructing systems based on Android device are provided,
Including：
First module, for obtaining kernel compiling option file from Android device；
Second module, the kernel of Android system is recompilated for the kernel compiling option file based on acquisition；
3rd module, for extracting root file system and its configuration file in Android device, and according to the root of extraction
The container mirror image that file system and its configuration file customization are operated on Android system；
4th module, realize that Android system is run for receiving the input parameter from user, and according to the input parameter
Container Management instrument：
5th module, for replacing Android device Central Plains using the kernel of the Android system after being recompilated in the second module
Some kernels, based on the container mirror image of the 3rd module generation, the Container Management instrument obtained using the 4th module carries out container
Create, run, close, stop, so as to realize the structure of ARM container running environment.
In general, by the contemplated above technical scheme of the present invention compared with prior art, it can obtain down and show
Beneficial effect：
(1) by using step (1) and step (2), it is recompilated the present invention based on the kernel compiling option got
Android kernel so that Android system supports resource constraint and NameSpace isolation features；
(2) present invention can solve the problem that the technical problem that container can not be directly run in Android device：By using step
(3), it extracts the root file system in Android device and configuration file and makees related amendments, obtains to run in Android device
Container mirror image；By using step (4), it parses the input of user, creates or kill corresponding process, realize to container
Operation and management operation；
(3) present invention more independent running environment and portable software mirror image can be provided for Mobile solution, so as to for
The technologies such as mobile unloading provide possible support.
Brief description of the drawings
Fig. 1 is the specific design framework figure of the present invention；
Fig. 2 is the flow chart of the ARM container running environment construction methods of the invention based on Android device；
Fig. 3 is the refined flow chart of step in the inventive method (1)；
Fig. 4 is the refined flow chart of step in the inventive method (2).
Embodiment
In order to make the purpose , technical scheme and advantage of the present invention be clearer, it is right below in conjunction with drawings and Examples
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.As long as in addition, technical characteristic involved in each embodiment of invention described below
Conflict can is not formed each other to be mutually combined.
As shown in figure 1, it is the design framework figure of the ARM container running environment construction methods of the invention based on Android device.
Whole invention is carried out based on Android device, and the Android kernel of customization is run in Android system.In original Android system library file
On the basis of, the library file (such as static linkage tool storage room) needed for new volume increasing device operation.For convenience of the management behaviour to ARM containers
Make, system design simultaneously realizes a set of Container Management instrument.By the instrument, ARM containers can be conveniently realized and set in Android
Standby upper operation.
As shown in Fig. 2 the ARM container running environment construction methods of the invention based on Android device comprise the following steps：
(1) kernel compiling option file is obtained from Android device；
Specifically, whether this step detects first preserves kernel compiling option file (i.e. in existing Android device
Config files), if preserving kernel compiling option file in Android device, directly obtain kernel compiling option text
Part, if not preserving kernel compiling option file in Android device, obtain system source code disclosed in Android device manufacturer
(Android Open Source Project, abbreviation AOSP), and system source code is carried out using compilation tool (such as GCC)
Complete compiling, to generate kernel compiling option kernel compiling option file and complete Android system, then, by the Android of generation
System brush enters in Android device, examine the Android system whether normal operation, if system operation is normal, directly obtain generation
Kernel compiling option kernel compiling option file, if system operation is abnormal, reacquires the disclosure source code, or obtain third party
Android system source code, and above step is repeated, finally preserve the kernel compiling option file of acquisition；
(2) the kernel compiling option file based on acquisition recompilates to the kernel of Android system；
Specifically, this step opens function related to OS-Level virtualization in Android system kernel, specifically
It is that the mechanism such as cgroup and namespace are added when kernel compiles so that Android system possesses resource constraint and NameSpace
Isolation features；
(3) extract the root file system and its configuration file in Android device, and according to the root file system of extraction and
The container mirror image that the customization of its configuration file is operated on Android system；
Specifically, the root file system and its configuration file in Android device are extracted, is added in the root file system
Unix simplifies tool set, and will initialize the soft Unix that is linked to of relevant folder and simplify in tool set, to change configuration text
The configuration parameter (such as init_cmd) of the launching process of part, and amended root file system and its configuration file are packaged as
The container mirror image that may operate on Android system；
(4) input parameter from user is received, and the Container Management of Android system operation is realized according to the input parameter
Instrument：
The purpose of this step is, for Android system, realizes a set of Container Management instrument, with the operation of convenient container and
Management operation；
This step is specifically, first, read the input parameter of user.If user's input parameter is inquiry (Inquiry),
Check in Android device/data/lxc/containers paths under the file that preserves, count and hold present in current system
Device is simultaneously shown；If to create (Create), container is created under/data/lxc/containers for user's input parameter
Corresponding file, the container name that Folder Name is inputted by user are specified, and one appearance of description is then created under this document folder
Every NameSpace configuration file (including utsname, network, cgroup, rootfs and fstab etc.) of device, in file in
Hold and determine that wherein rootfs needs to come the container image copying in step (3) by the parameters of user's input；If user
For input parameter to start (Start), then the container name being passed to using user finds phase in/data/lxc/containers
The container file folder answered, then create the corresponding independent process of container operation (needs incoming CLONE_ during process creation
The system call parameters such as NEWPID, CLONE_NEWIPC, CLONE_NEWNS, if container file folder in utsname and
Network contents are not sky, it is also necessary to incoming CLONE_NEWUTS and CLONE_NEWNET system call parameters), finally use
The content of every file configures the running environment of the process (such as chroot is under the rootfs catalogues specified in container file folder
Operation)；If user's input parameter is closes (Close), the Container Name specified according to user's input parameter is from database
Process corresponding to inquiry, kill the process and discharge the system resource shared by it；If user's input parameter is deletion (Delete),
The container specified then is found under file/data/lxc/containers, deletes root file system and configuration corresponding to container
Information.
(5) original kernel in Android device, base are replaced using the kernel of the Android system after being recompilated in step (2)
In the container mirror image of step (3) generation, the Container Management instrument obtained using step (4) carries out the establishment, operation, pass of container
The management operation such as close, stop, so as to realize the structure of ARM container running environment.
As shown in figure 3, the step of above method (1), comprises the following steps：
Whether (1-1) is detected preserves Android kernel compiling option file in existing Android device, if being transferred in the presence of if
Step (1-2), otherwise it is transferred to step (1-3)；
(1-2) preserves kernel compiling option file, and process terminates；
(1-3) obtains system source code disclosed in equipment vendors；
The open source code of the equipment vendors of (1-4) based on acquisition, system source code is completely compiled using compilation tool,
To generate kernel compiling option file and complete Android system；
(1-5) enters the Android system brush of generation in step (1-4) in Android device, and whether examines Android system at this
Normal operation in Android device, step (1-6) is transferred to if normal operation, is otherwise transferred to step (1-7)；
(1-6) preserves the kernel compiling option file of generation in step (1-4), and process terminates；
(1-7) reacquires the disclosure source code or obtains third party's Android system source code, and returns to above-mentioned steps (1-3).
As shown in figure 4, the step (2) in the above method includes following sub-step：
(2-1) be based on kernel compiling option file, customize Android kernel, and in the Android kernel add cgroup and
Namespace mechanism；
(2-2) enters the Android kernel brush of customization in Android device, examines whether Android system is transported in the Android device
Row is normal, and process terminates if normal operation, if operation exception, is transferred to step (2-3)；
(2-3) obtains holonomic system source code and kernel source code disclosed in Android device manufacturer, and uses compilation tool (ratio
Such as GCC) the system source code and kernel source code of acquisition are completely compiled；
(2-4) by compile obtain result disposably brush in Android device, and examine Android device whether normal operation,
If normal operation, return to step (2-1), if operation exception, illustrate there there is holonomic system source code disclosed in Android device manufacturer
By mistake, process terminates.
Above-mentioned steps (4) possess including procedure below：
Configuration file of (4-1) generation for ARM frameworks；
(4-2) constructs root file system, including bin, boot, dev ... etc..
The Container Management instrument realized in above-mentioned steps (5) include container run and stop instrument, container adhering tool, with
And container order execution instrument etc..
As it will be easily appreciated by one skilled in the art that the foregoing is merely illustrative of the preferred embodiments of the present invention, not to
The limitation present invention, all any modification, equivalent and improvement made within the spirit and principles of the invention etc., all should be included
Within protection scope of the present invention.
Claims (6)
1. a kind of ARM container running environment construction methods based on Android device, it is characterised in that comprise the following steps：
(1) kernel compiling option file is obtained from Android device；
(2) the kernel compiling option file based on acquisition recompilates to the kernel of Android system；
(3) root file system and its configuration file in Android device are extracted, and according to the root file system of extraction and its is matched somebody with somebody
Put the container mirror image that file customization is operated on Android system；
(4) input parameter from user is received, and the Container Management instrument of Android system operation is realized according to the input parameter：
(5) original kernel in Android device is replaced using the kernel of the Android system after being recompilated in step (2), based on step
Suddenly the container mirror image of (3) generation, the Container Management instrument that is obtained using step (4) are carried out the establishment of container, operation, close, stop
Only, so as to realizing the structure of ARM container running environment.
2. ARM containers running environment construction method according to claim 1, it is characterised in that step (1) specifically include with
Lower sub-step：
Whether (1-1) is detected preserves Android kernel compiling option file in existing Android device, if being transferred to step in the presence of if
(1-2), otherwise it is transferred to step (1-3)；
(1-2) preserves kernel compiling option file, and process terminates；
(1-3) obtains system source code disclosed in equipment vendors；
The open source code of the equipment vendors of (1-4) based on acquisition, system source code is completely compiled using compilation tool, with life
Option file and complete Android system are compiled into kernel；
(1-5) enters the Android system brush of generation in step (1-4) in Android device, and whether examines Android system in the Android
Normal operation in equipment, step (1-6) is transferred to if normal operation, is otherwise transferred to step (1-7)；
(1-6) preserves the kernel compiling option file of generation in step (1-4), and process terminates；
(1-7) reacquires the disclosure source code or obtains third party's Android system source code, and returns to above-mentioned steps (1-3).
3. ARM containers running environment construction method according to claim 2, it is characterised in that step (2) specifically include with
Lower sub-step：
(2-1) be based on kernel compiling option file, customize Android kernel, and in the Android kernel add cgroup and
Namespace mechanism；
(2-2) enters the Android kernel brush of customization in Android device, examines whether Android system runs just in the Android device
Often, process terminates if normal operation, if operation exception, is transferred to step (2-3)；
(2-3) obtains holonomic system source code and kernel source code disclosed in Android device manufacturer, and using compilation tool to obtaining
System source code and kernel source code completely compiled；
(2-4) by compile obtain result disposably brush in Android device, and examine Android device whether normal operation, if fortune
Row is normal, then return to step (2-1), if operation exception, illustrates that holonomic system source code is wrong disclosed in Android device manufacturer, mistake
Journey terminates.
4. ARM containers running environment construction method according to claim 3, it is characterised in that step (3) is specifically, carry
The root file system and its configuration file in Android device are taken, Unix is added in the root file system and simplifies tool set, and will
Initialization soft Unix that is linked to of relevant folder is simplified in tool set, to change the configuration of the launching process of configuration file ginseng
Count, and amended root file system and its configuration file are packaged as may operate to the container mirror image on Android system.
5. ARM containers running environment construction method according to claim 4, it is characterised in that step (4) is specifically, head
First, the input parameter of user is read.If user's input parameter is to look into, then count container present in current system and show
Out；If user's input parameter creates file corresponding to container, the container name that Folder Name is inputted by user to create
Specify, every NameSpace configuration file of one container of description is then created under this document folder, content is by user in file
The parameters of input determine；If user's input parameter is starts, the container name being passed to using user searches cell therefor
File, then create container and run corresponding independent process, the content configuration of every file in finally being pressed from both sides using container file
The running environment of the independent process；If user's input parameter for close, according to the Container Name that user's input parameter is specified from
Process corresponding to inquiry, kills the process and discharges the system resource shared by it in database；If user's input parameter is deletion,
The container specified then is found, deletes root file system and configuration information corresponding to container.
A kind of 6. ARM container running environment constructing systems based on Android device, it is characterised in that including：
First module, for obtaining kernel compiling option file from Android device；
Second module, the kernel of Android system is recompilated for the kernel compiling option file based on acquisition；
3rd module, for extracting root file system and its configuration file in Android device, and according to the root file of extraction
The container mirror image that system and its configuration file customization are operated on Android system；
4th module, for receive the input parameter from user, and according to the input parameter realize Android system run appearance
Device management tool：
5th module, it is original in Android device for being replaced using the kernel of the Android system after being recompilated in the second module
Kernel, based on the container mirror image of the 3rd module generation, the establishment of the Container Management instrument progress container obtained using the 4th module,
Operation, close, stop, so as to realize the structure of ARM container running environment.
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| CN109388454A (en) * | 2018-09-14 | 2019-02-26 | 珠海国芯云科技有限公司 | Virtual desktop method and system based on container |
| CN110427248B (en) * | 2019-07-12 | 2021-10-01 | 中国人民解放军国防科技大学 | Container-based lightweight user environment construction method, system and medium |
| CN110427248A (en) * | 2019-07-12 | 2019-11-08 | 中国人民解放军国防科技大学 | Container-based lightweight user environment construction method, system and medium |
| WO2021009612A1 (en) * | 2019-07-16 | 2021-01-21 | International Business Machines Corporation | Method for a container-based virtualization system |
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| CN112181597A (en) * | 2020-10-12 | 2021-01-05 | 成都精灵云科技有限公司 | Dynamic updating method for use limit of container resource |
| CN112181597B (en) * | 2020-10-12 | 2024-01-19 | 成都精灵云科技有限公司 | Dynamic updating method for container resource use limit |
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Application publication date: 20171201 |