CN106095530A - The container of a kind of many android system automatically creates and startup method - Google Patents
The container of a kind of many android system automatically creates and startup method Download PDFInfo
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- CN106095530A CN106095530A CN201610405249.XA CN201610405249A CN106095530A CN 106095530 A CN106095530 A CN 106095530A CN 201610405249 A CN201610405249 A CN 201610405249A CN 106095530 A CN106095530 A CN 106095530A
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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
- G06F9/45558—Hypervisor-specific management and integration aspects
-
- 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
- G06F9/45558—Hypervisor-specific management and integration aspects
- G06F2009/45575—Starting, stopping, suspending or resuming virtual machine instances
-
- 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
- G06F9/45558—Hypervisor-specific management and integration aspects
- G06F2009/45587—Isolation or security of virtual machine instances
Abstract
The present invention automatically creates and startup method based on linux kernel container technique and display device multiplex technique, the container of the many android system being specifically related to a kind of system-level container technology.The present invention automatically creates container in linux kernel, starts the system in container, it is ensured that one android system of each container independent operating.Realize Container Management host process and Container Management communicating from process, on this basis, it is achieved Container Management host process sends establishment and initiation message to Container Management from process, and Container Management receives from process and processes what message completed.The establishment of many android system that the present invention provides and startup method thereof, it is achieved that create in linux kernel voluntarily, and start container；Being again started up equipment, Container Management module, according to the container created in system, starts container.
Description
Technical field
The present invention, based on linux kernel container technique and display device multiplex technique, is specifically related to a kind of system-level container
The container of many android system of technology automatically creates and startup method.
Background technology
At present, equipment office BYOD (Bring Your Own Device) carrying oneself has become trend, but exist
Greatest problem is safety problem.Then, in order to meet the demand of user, it is achieved multiple OS (OperatingSystem) same to luck
Row becomes hot research within one device.
Intel Virtualization Technology is intended on a single equipment run two or more OS system simultaneously, thus solves BYOD band
The safety problem come.Intel Virtualization Technology is divided into traditional Intel Virtualization Technology and container technique, due to traditional Intel Virtualization Technology all
Based on virtualization hardware emulation mechanisms, the highest to system requirements.
Container is the Intel Virtualization Technology of a kind of lightweight, and linux container has just joined kernel after v2.6.29 version
Among.It can provide the isolation of resource, is divided into application layer and system-level safety container.The container technique of application layer container with
Providing shared mechanism between container, container is the most completely isolated, still there is the biggest potential safety hazard.Compare application layer
Container technique, system-level container technology is safer, and its Cgroup based on linux kernel and Namespace mechanism realize holding
Device technology, makes multiple android system to isolate on identical linux kernel simultaneously and runs, improve system peace with this
Quan Xing, and meet diversified demand.However, it is desirable to set up a set of mechanism these containers are created automatically, start and
Management, can provide for the operation of many Android and support.
Summary of the invention
For above-mentioned existing problems or deficiency, the invention provides the container of a kind of many android system automatically create and
It starts method.It realizes the management of many android system based on linux kernel container technique and display device multiplex technique.
The invention mainly comprises establishment and the startup of container, its process is as follows:
Step 1, startup Android device, after linux kernel has started；Init process is run, analyzing script file
Starting system process, Container Management host process and Container Management now start from process, are referred to as Container Management module, for follow-up
System start-up is got ready；When starting system process, host process obstruction waits ready from process, when completing initially from process
Host process is waken up up after change；
Step 2, host process read containment system configuration file after waking up up, judge whether container exists according to configuration file,
If container does not exists, then host process sends container establishment message to from process, creates container from process linux kernel；
Otherwise host process sends container initiation message to from process, from process according to the information updating configuration literary composition sended over
Part；It is ready for init process running environment and creates container init process, machine-processed and empty in conjunction with linux kernel resource isolation
Between naming mechanism init process is moved in NameSpace and runs, init process resolves and starts script, is gradually completing container and starts；
Step 3: after step 2 completes, according to profile information one container of startup on foreground, remaining container operates in
Backstage；
Front turret vessel obtains display device, initializes system desktop；Background container obtains virtual display device, after completing
Turret vessel starts；So far, multiple containers create and have started, and the android system being in foreground enters running status.
In described step 2, configuration file is container start-up parameter, host process will start information-package and send in order
Give from process, then be written in file complete by from process.
The present invention automatically creates container in linux kernel, starts the system in container, it is ensured that each container independent operating
One android system.One android system of each container independent operating.When equipment starts first, Container Management module
Create and start the system in multiple container；When being again started up equipment after to be shut down, Container Management module is created according in system
The container built, starts the system in container.
Detect whether container exists, if not depositing by Container Management host process autostart_pro of Container Management module
Sending establishment message to Container Management from process container_pro, performing container from process and create；Otherwise, it is sent to
Container initiation message, performs container and starts.
Specifically at Container Management host process and Container Management on the basis of process communication, by Container Management host process
Sending establishment and initiation message to Container Management from process, Container Management receives from process and processes what message completed.
In sum, the establishment of many android system that the present invention provides and startup method thereof, voluntarily in Linux
Core creates, and starts container；Being again started up equipment, Container Management module, according to the container created in system, starts container.
Accompanying drawing explanation
Many android system Container Management module interaction figure that Fig. 1 provides for the present invention；
Many android system that Fig. 2 provides for the present invention start detail flowchart；
Many android system AM/BAM that Fig. 3 provides for the present invention starts decision flow chart.
Detailed description of the invention
The present invention is described further with specific embodiment below in conjunction with the accompanying drawings.
The present invention is based on linux kernel container technique and display device multiplex technique, it is achieved the wound of many android system
Build, and start.Establishment and the startup of container are completed by Container Management module, and Container Management host process and Container Management are from process.
Container Management host process sends message to Container Management from process, from process according to the message received, completes to create and started
Journey.Specifically include following steps:
Step 1, the Container Management module that starts, as shown in Figure 1.Control between master and slave process logical by inter-process communication mechanisms
Letter.After host process completes to initialize, block it on one's own initiative, wait and waking up up from process；After process initialization, to host process
Send message, wake up host process up.
Step 1-1, the Android device that starts, entrance bootstrap, bootstrap load linux kernel, kernel starts
After completing, the init process of root namespace starts to resolve init.rc and other start script, starts system service process；
Step 1-2, amendment init.rc start script so that host process autostart_pro is transported with the form of finger daemon
Row is at root namespace；
Step 1-3, again amendment init.rc start script so that from process container_pro with the shape of finger daemon
Formula operates in root namespace；
Step 1-4, after completing from process initialization, send message to host process, represent ready, wake up up main enter
Journey.
Step 2, create and start container, as shown in Figure 2.
Step 2-1, host process read containment system configuration file after waking up up, judge whether container is deposited according to configuration file
, and create or initiation message to sending from process；
If not existing, showing that container does not create, host process, by being sent to from process in establishment message, accepts to disappear from process
Cease and solve it, obtain create container message entity, carry out create container:
A calling system function creation container root；
B creates configuration file necessary to container, and initial configuration file；
Otherwise, the initiation message of packaging is sent to from process by host process, unpacks the message sended over from process, obtains
Start container message entity, start to start container；
Step 2-2, parsing initiation message, arrange the kernel resources isolation parameters of container, more new configuration file, it is ensured that each
Container performs on completely self-contained platform；Create newcgroup, initialization container in the newcgroup created:
A., the kernel resources isolation parameters of container, more new configuration file are set；
B is container carry file system, and first under container root, carry tmpfs is used for the operation of container；The most right
Data catalogue carries out binding mapping；Then map superposition system catalogue, be finally container carry sd card；
C will be copied in container from rhizosphere by interior caryogenic/root and/sbin catalogue；
Configuration file is read in internal memory by d, opens resource isolation mechanism according to configuration file, arranges father and son's process isolation
Attribute；
Container is started script and copies in container by e；
F creates container subprocess, and container subprocess arranges container init process context further, change container root and
Operating path, is loaded into init process entity in subprocess, runs init process；
G creates newcgroup, init process is moved into wherein, arranges init process further and performs environment, makes as appearance
The first process of device performs, it is ensured that all processes of container are run all completely in affiliated newcgroup.
The kernel resources isolation mech isolation test opened by step 2-2d achieves the technique effect of step 2-2g；
The container startup script startup system service according to customization in start-up course is achieved by step 2-2e；
Step 3: judge that container to be started is in foreground or backstage, as shown in Figure 3 according to configuration file；
If front turret vessel, then enter: by the literary composition of created container subprocess process number write expression equipment NameSpace
In part, trigger container and obtain video memory equipment；Start to perform init process in container, the startup foot in init process analyzing step 2
This, start system service process and zygote process, zygote process initiation Android Framework layer
Systemserver system service process, then serviced by systemserver each Android of system service process initiation, finally
Obtain display device, start desktop；Launcher notifies from process after completing, and shows that front turret vessel has started；
Otherwise: perform init process in container, init process resolves and starts script, start system service process and
Zygote process, zygote process initiation AndroidFramework layer systemserver system service process, then by
Systemserver each Android of system service process initiation services, and finally obtains virtual display device, completes backstage and holds
Device starts.
So far, many containers have started.
In sum, the present invention proposes a kind of based on linux kernel container technique and framebuffer equipment multiplexing skill
Establishment between many android system of art, starts method.By the method, when mobile phone starts first, Container Management module
Create and start the system in multiple container；Being again started up mobile phone after to be shut down, Container Management module is created according in system
Container, start the system in container.
Claims (4)
1. the container of android system more than automatically creates and a startup method, and its process is as follows:
Step 1, startup Android device, after linux kernel has started；Init process is run, and analyzing script file starts
System process, Container Management host process and Container Management now start from process, are referred to as Container Management module, for follow-up system
Startup is got ready；When starting system process, host process obstruction waits ready from process, after completing to initialize from process
Wake up host process up；
Step 2, host process read containment system configuration file after waking up up, judge whether container exists according to configuration file, if
Container does not exists, then host process sends container establishment message to from process, creates container from process linux kernel；
Otherwise host process sends container initiation message to from process, from process according to the information updating configuration file sended over；
It is ready for init process running environment and creates container init process, in conjunction with linux kernel resource isolation mechanism and space
Init process is moved in NameSpace and runs by naming mechanism, and init process resolves and starts script, is gradually completing container and starts；
Step 3: after step 2 completes, according to profile information one container of startup on foreground, after remaining container operates in
Platform；Front turret vessel obtains display device, initializes system desktop；Background container obtains virtual display device, completes backstage and holds
Device starts；So far, multiple containers create and have started, and the android system being in foreground enters running status.
The container of many android system the most as claimed in claim 1 automatically creates and startup method, and described step 1 is concrete such as
Under:
Step 1-1, the Android device that starts, entrance bootstrap, bootstrap load linux kernel, kernel has started
After, the init process of root namespace starts to resolve init.rc and other start script, starts system service process；
Step 1-2, amendment init.rc start script so that host process autostart_pro operates in the form of finger daemon
Root namespace；
Step 1-3, again amendment init.rc start script so that transport with the form of finger daemon from process container_pro
Row is at root namespace；
Step 1-4, after completing from process initialization, to host process send message, represent ready, wake up host process up.
The container of many android system the most as claimed in claim 1 automatically creates and startup method, and described step 2 is concrete such as
Under:
Step 2-1, host process read containment system configuration file after waking up up, judge whether container exists according to configuration file, and
Create or initiation message to sending from process；
If not existing, showing that container does not create, host process, by being sent to from process in establishment message, accepts message also from process
Xie Qi, obtain create container message entity, carry out create container:
A calling system function creation container root；
B creates configuration file necessary to container, and initial configuration file；
Otherwise, the initiation message of packaging is sent to from process by host process, unpacks the message sended over from process, is started
Container message entity, starts to start container；
Step 2-2, parsing initiation message, arrange the kernel resources isolation parameters of container, more new configuration file, it is ensured that each container
Completely self-contained platform performs；Create newcgroup, initialization container in the newcgroup created:
A is container carry file system, and first under container root, carry tmpfs is used for the operation of container；Then to data
Catalogue carries out binding mapping；Then map superposition system catalogue, be finally container carry sd card；
B will be copied in container from rhizosphere by interior caryogenic/proc and/sbin catalogue；
Configuration file is read in internal memory by c, opens resource isolation mechanism according to configuration file, arranges father and son's process isolation and belongs to
Property；
Container is started script and copies in container by d；
E creates container subprocess, and container subprocess arranges container init process context further, changes container root and work
Path, is loaded into init process entity in subprocess, runs init process；
F creates newcgroup, init process is moved into wherein, as the first process of container, it is ensured that all processes of container are the most complete
Affiliated newcgroup runs.
The container of many android system the most as claimed in claim 1 automatically creates and startup method, and described step 3 is concrete such as
Under:
Judge that container to be started is in foreground or backstage according to configuration file；
If front turret vessel, then enter: created container subprocess process number is write in the file of expression equipment NameSpace,
Trigger container and obtain video memory equipment；Start to perform init process in container, the startup script in init process analyzing step 2, open
Dynamic system service process and zygote process, zygote process initiation Android Framework layer systemserver system
System service processes, then serviced by systemserver each Android of system service process initiation, finally obtain display device and open
Dynamic desktop；Launcher notifies from process after completing, and shows that front turret vessel has started；
Otherwise: perform init process in container, init process resolves and starts script, starts system service process and zygote enters
Journey, zygote process initiation AndroidFramework layer systemserver system service process, then by systemserver
Each Android of system service process initiation services, and finally obtains virtual reality device, completes background container and starts.
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