CN103970601B - Execute operational order method and apparatus - Google Patents
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- CN103970601B CN103970601B CN201310047482.1A CN201310047482A CN103970601B CN 103970601 B CN103970601 B CN 103970601B CN 201310047482 A CN201310047482 A CN 201310047482A CN 103970601 B CN103970601 B CN 103970601B
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Abstract
The invention discloses a kind of methods for executing operational order, comprising: the functional component being preset in the first process sends agent operation instruction to the Service Part of the second process by interprocess communication interface；The Service Part of second process receives and executes the agent operation instruction, and implementing result is fed back to the functional component of the first process by the interprocess communication interface.The invention also discloses a kind of devices for executing operational order.The present invention can allow the process with common permission to have the ability for executing the operation with common permission and the operation with system permission simultaneously.
Description
Technical field
The present invention relates to computer technology more particularly to a kind of execution operational order method and apparatus.
Background technique
Computer operating system platform is safe and stable in order to system, is provided with different operating rights for different processes
Rank.Wherein, system permission is a Permission Levels in operating system platform, and the process with system permission is in addition to that can grasp
Make outside the function of common process, some more advanced operations can also be handled, these operations will produce whole system platform
It is raw to influence.Correspondingly, common permission is another Permission Levels in operating system platform, is common process (application process) institute
The permission having, in order to guarantee the safe and stable of system, system platform all does access ability, the operational capacity of common process
Certain limitation.
Android (Android) system platform is to develop a open system platform based on linux kernel, therefore
Android system inherits the stringent authority classification system of Linux, wherein comprising the process with system permission and having common
The process of permission.Process with system permission can substantially execute such as system setting of android system, interface calls
Etc. most of operation, and it is all that there is the process of common permission then to receive in terms of such as data access, system
More limitations.As it can be seen that the operation that the process only with common permission could be executed due to that cannot execute the process with system permission,
Very big inconvenience is brought to user's use.
It is existing generally to distinguish each process using user identifier (user id) in android system, have identical
The process of user identifier is considered as the same process, they can share mutual data, in addition, android system is general
Issued application program is protected using digital signature technology, if multiple processes with same subscriber mark have difference
Signature, then the application program installed afterwards will be unable in the system of being installed to.So will to have common permission into
Journey is considered as the process with system permission by system, other than needing user identifier having the same, it is also necessary to having the same
Digital signature has above-mentioned two condition, and executable file, the application generated in this way can be compiled out under identical environment
Program can then coexist with peacefully on same system platform, and when operation is considered as the same process.As it can be seen that the existing method
In, in the application program of above-mentioned generation, although the process with common permission can be changed to one has system permission
Process, but this method cannot make this process be provided simultaneously with again common permission process executive capability.
For example, existing in android system, the process with system permission also has limitation, and certain operations are determined
Adopted is the operation that the process with system permission cannot execute and the process with common permission can execute, for example, with being
The process of system permission cannot access SD card (such as reading and writing SD card), be only capable of being managed SD card equipment (such as carry, unloading,
Format etc.).However, with common permission process by statement SD card access permission, can be obtained access SD card (such as
Reading and writing SD card) permission, still, with common permission process SD card equipment cannot be managed (such as carry, unloading,
Format etc.).
Although the process with common permission can be changed to the process with system permission by this method, so that its
Ability with management SD card still when it is while managing SD card, can not access SD card.As it can be seen that existing method is not
This process can be made to be provided simultaneously with access and manage the ability of SD card equipment.
To sum up, in the existing above method, although the process with common permission can be changed to one has system permission
Process when it being made to have the executive capability of the process of system permission once be changed, cannot still be provided simultaneously with again common
The executive capability of the process of permission.
Summary of the invention
It is an object of the invention to propose a kind of execution operational order method and apparatus, same process is had simultaneously
There is the executive capability for executing different rights operation.
The invention discloses a kind of methods for executing operational order, comprising:
The functional component being preset in the first process is sent by interprocess communication interface to the Service Part of the second process
Agent operation instruction；
The Service Part of second process receives and executes the agent operation instruction, and passes through the interprocess communication
Implementing result is fed back to the functional component of the first process by interface.
Preferably, first process is the process with common permission, and second process is with system permission
Process.
Preferably, the method also includes:
The functional component of first process the first process need to handle the agent operation instruction when, starting second into
The Service Part of journey；And
After the completion of all agent operation instruction executions, the clothes of the second process of turning off unused system units of first process
Business component.
Preferably, the functional component being preset in the first process passes through clothes of the interprocess communication interface to the second process
Business component sends agent operation instruction
The functional component obtains agent operation instruction；
The functional component is based on agent operation instruction and generates inter-process communication message；
The functional component sends the inter-process communication message to the Service Part.
Preferably, the Service Part of second process, which receives and executes the agent operation instruction, includes:
It parses the inter-process communication message received and obtains the agent operation instruction；
Execute the agent operation instruction.
Preferably, implementing result is fed back to by the interprocess communication interface by the Service Part of second process
The functional component of one process includes:
According to feedback message between the implementing result generation process；
To feedback message between the functional component of first process transmission process.
Preferably, the interprocess communication interface is sockets interface (Socket)；
The agent operation instruction is sent by Socket request message；
The implementing result is sent by Socket response message.
Preferably, worker thread is monitored in the Service Part creation, passes through the monitoring worker thread and the function part
Part establishes communication connection；
The Service Part is after establishing communication connection with the functional component, creation communication work thread and the function
Component communication.
The invention also discloses a kind of device for executing operational order, including the functional component that is preset in the first process and
It is preset at the Service Part of the second process；
The functional component is used to send by interprocess communication interface to the Service Part for second process that is preset at and act on behalf of
Operational order；
The Service Part is instructed for receiving and executing the agent operation, and will by the interprocess communication interface
Implementing result feeds back to the functional component of the first process；
The agent operation instruction is the operation that the first process does not have operating right and the second process has operating right
Instruction.
Preferably, first process is the process with common permission, and second process is with system permission
Process.
Preferably, the functional component further include:
Promoter unit is serviced, for starting the second process when the first process needs to handle agent operation instruction
Service Part；
Subelement is closed in service, for closing the clothes of second process after the completion of all agent operation instruction executions
Business component.
Preferably, the functional component includes:
Instruction obtains subelement, for obtaining agent operation instruction；
Message generates subelement, for generating inter-process communication message based on agent operation instruction；
Message transmission sub-unit, for sending the inter-process communication message to the Service Part.
Preferably, the Service Part includes:
Parsing subunit obtains the agent operation instruction for parsing the inter-process communication message received；
Subelement is executed, for executing the agent operation instruction.
Preferably, the Service Part includes:
Feedback message generates subelement, for according to feedback message between the implementing result generation process；
Subelement is fed back, for feedback message between sending the process to the functional component of first process.
Preferably, the interprocess communication interface is sockets interface (Socket)；
The agent operation instruction is sent by Socket request message；
The implementing result is sent by Socket response message.
Preferably, worker thread is monitored in the Service Part creation, passes through the monitoring worker thread and the function part
Part establishes communication connection；
The Service Part is after establishing communication connection with the functional component, creation communication work thread and the function
Component communication.
The present invention is passed through operational order by the way that Service Part, the functional component in the first process are arranged in the second process
Interprocess communication interface is sent to the second process, executed by the second process return result to after the operational order first into
Journey allows the first process to have simultaneously so that the first process can execute the operation that the second process could execute
The executive capability of one process and the second process.
Further, if the second process has higher execution permission compared to the first process, the functional component of the first process will
Operational order with higher-rights is sent to the Service Part of the second process by the communication interface between process, by the second process
Service Part after acting on behalf of and executing the operational order, result is fed back into the first process so that the first process can be with
There is the executive capability executed compared with low rights operation and higher-rights operation simultaneously.
By using the present invention, not only avoid operating system it is original will be changed into compared with low rights process higher-rights into
The harsh step of journey, moreover it is possible to solve the problems, such as that part is unable to simultaneously perform compared with low rights operation and higher-rights operation, for answering
Solves limitation limitation with program function design, exploitation.
Detailed description of the invention
Fig. 1 is the flow chart of the method for the execution operational order of first embodiment of the invention；
Fig. 2 is the flow chart of the method for the execution operational order of second embodiment of the invention；
Fig. 3 is the work flow diagram of functional component in the method for the execution operational order of third embodiment of the invention；
Fig. 4 is the flow chart of Service Part in the method for the execution operational order of third embodiment of the invention；
Fig. 5 is the work flow diagram of the communication work thread of third embodiment of the invention creation；
Fig. 6 is the structural block diagram of the device of the execution operational order of fourth embodiment of the invention.
Specific embodiment
To further illustrate the technical scheme of the present invention below with reference to the accompanying drawings and specific embodiments.
Fig. 1 is the flow chart of the method for the execution operational order of first embodiment of the invention.As shown in Figure 1, the method
Include:
Step 110, the functional component being preset in the first process are by interprocess communication interface to being preset in the second process
Service Part send agent operation instruction.
In the present invention, process refers to a running example of program, i.e. a program being carrying out.The agency behaviour
Making instruction is the operational order that the first process does not have operating right and the second process has operating right.
Step 120, second process Service Part receive and execute agent operation instruction, and by it is described into
Implementing result is fed back to the functional component of the first process by communication interface between journey；
Wherein it is preferred to which this method can be applied in android system, first process is with common permission
Process, second process be the process with system permission.
Moreover, interprocess communication interface described in the present embodiment is for information to be propagated or exchanged between different processes
Interface, those skilled in the art, which can choose, carries out interprocess communication by sockets interface (Socket), also can choose base
Inter-Process Communication is carried out in Binder class, it is also an option that lead between process by shared file mode or shared drive mode
News, it is also an option that the Inter-Process Communication by broadcast mode or the Inter-Process Communication by self-defined message mode.
The present embodiment is by being arranged Service Part in the second process with higher-rights, by having compared with low rights
The operational order that functional component in first process will exceed its permission is sent to by interprocess communication interface to be had compared with Gao Quan
Second process of limit, returns result to the first process after the operational order is executed by the second process, so that having
The first process compared with low rights can execute the operation that only higher-rights process could execute, allow the first process simultaneously
With the ability executed compared with low rights operation and higher-rights operation.
Fig. 2 is the flow chart of the method for the execution operational order of second embodiment of the invention.As shown in Fig. 2, second implements
Method include:
Step 210, the first process functional component start the when the first process needs to handle agent operation instruction
The Service Part of two processes.
It should be further noted that functional component is a built-in module of the first process, it is responsible for specially and service department
Part is communicated, it by have compared with low rights the power and energy for needing to have system permission could execute to be realized of process at
Instruction request, be then sent to Service Part agency execute, and receive Service Part feedback implementing result, by result report to
First process.Service Part is a built-in module of the second process, and the corresponding program of the second process can be by by service department
The code of part is added in original process with system permission and is compiled acquisition.
In a preferred embodiment of the present embodiment, for certain operating systems, such as android system, process
Standard API(Application Programming Interface, application programming interface can be passed through) call starting its
The service (Service) of its process, thus, it is possible to which the Service Part of the second process is preset at the second process in the form of services
In, that is, finding the second process source code with system permission under system source code environment, one is added in its process
It services (Service), then realizes the code, such as communication function, command function of various functions etc. of this service, thus make
It obtains the second process and is added to a Service Part, it will be present in the program generated after compiling, may be in response to the first process
Functional component calling and start and close.Thus, it is possible to which avoiding the occurrence of Service Part needs the case where running always, save
System resource.
Step 220, functional component and Service Part establish the connection of interprocess communication interface.
Step 230, the functional component being preset in the first process are by interprocess communication interface to being preset at the second process
Service Part send agent operation instruction.
The agent operation instruction is the operation that the first process does not have operating right and the second process has operating right
Instruction.Wherein, step 230 specifically includes:
Step 231 obtains agent operation instruction.
Step 232 generates inter-process communication message based on agent operation instruction.
Step 233, Xiang Suoshu Service Part send the inter-process communication message.
The interprocess communication interface can be Socket interface, Binder class interface or other means.
Step 240, second process Service Part receive and execute agent operation instruction, and by it is described into
Implementing result is fed back to the functional component of the first process by communication interface between journey.
Wherein, step 240 specifically includes:
The inter-process communication message that step 241, parsing receive obtains the agent operation instruction.
Step 242 executes the agent operation instruction.
Step 243, according to feedback message between the implementing result generation process；
Feedback message between step 244, the functional component transmission process of the first process of Xiang Suoshu.
Wherein, between inter-process communication message and process the form of feedback message according to selected interprocess communication interface
Type determines.For example, inter-process communication message is Socket Request message under Socket interface mode, and between process
Feedback message is Socket Respond message.
Step 250, judge whether all agent operation instructions it is processed at, if it is not, then follow the steps 230, if
Then follow the steps 260.
In the present embodiment, multiple agent operation instructions needed to be implemented are executed by recycling.
Step 260, the first process functional component pass through after the completion of all agent operation instruction executions disconnect and clothes
The communication connection of business component.
Step 270, the Service Part for closing second process.
It is similar with step 210, the Service Part of the second process is closed by system API.It is achieved in and system is provided
The saving in source.
The present embodiment opens and closes the Service Part of the second process by the functional component triggering of the first process, thus only
It keeps Service Part to open when needing to be implemented agent operation instruction, has the first process compared with low rights can be simultaneously realizing
While executing low rights operation and the operation of high permission, system resource is further saved.
Fig. 3 is the work flow diagram of functional component in the method for the execution operational order of third embodiment of the invention.This reality
Apply example select Socket interface as the first process (being in the present embodiment the process with common permission) and the second process (
Be the process with system permission in the present embodiment) between communication interface, Service Part is preset with second in the form of services
In process, Service Part and functional component have been pre-configured with the communication port to match and the instruction type to support one another.Such as Fig. 3
Shown, the workflow of the functional component of the first process includes:
Step 310, starting have the Service Part of the process of system permission.
One step 320, creation Socket are initiated the connection by predetermined port to server end as client.
Step 330 judges whether connection succeeds, if so, 340 are thened follow the steps, if not, terminating client operation stream
It journey and/or reports an error.
The agent operation total number of instructions that step 340, acquisition need to be implemented, is initialized as 0 for current task serial number.
This step calculates agent operation instruction to be treated by setting task number and subsequent cumulative mode
Actual treatment situation.
Step 350 judges whether current task serial number is less than the agent operation total number of instructions, if it is, executing step
Rapid 360, if not, thening follow the steps 3D0.
When task number is not less than agent operation total number of instructions, illustrate agent operation instruction processing to be processed complete or
Person's process goes wrong, and at this moment jumps to the shutoff operation that step 3D0 starts thread.
Step 360 takes out current agent operational order, generates Request information according to current agent operational order.
Step 370 sends the Request information generated to Socket service device end by Socket client.
Step 380 waits Socket service device end to return to Response information.
Step 390, the implementing result for receiving and parsing through Response information acquisition current agent operational order.
After obtaining implementing result, the functional component of the first process carries out corresponding processing to implementing result.
Step 3A0, judge whether implementing result handles success, if so, 3C0 is thened follow the steps, if it is not, then executing step
Rapid 3B0.
Step 3B0, judge whether to need to handle next agent operation instruction, if so, 3C0 is thened follow the steps, if not,
Then follow the steps 3D0.
Step 3C0, current task serial number adds 1, jump procedure 350.
Step 3D0, it disconnects, closes Socket client.
Step 3E0, the Service Part with the process of system permission is closed.
Fig. 4 is the flow chart of Service Part in the method for the execution operational order of third embodiment of the invention.Such as Fig. 4 institute
Show, the workflow of Service Part includes:
Worker thread is monitored in step 410, Service Part starting, creation.
When Service Part starts, a monitoring worker thread will create, monitor worker thread and be responsible for receiving from extraneous visitor
The linking request at family end, and the worker thread being specifically used for client communication is established according to connection request.
One step 420, the creation port Socket chained list being used for client communication.
One step 430, wound Socket service, configure listening port, and time-out time is monitored in initialization.
It is False that step 440, initialization, which terminate monitor sign,.
Step 450 judges to terminate whether monitor sign is True, if so, 4A0 is thened follow the steps, if it is not, then executing
Step 460.
Service Part can by will terminate monitor sign be set as True triggering monitor worker thread voluntarily start closing
Process.Worker thread is monitored in cyclic process, detects that terminating monitor sign is True i.e. jump procedure 4A0 in step 450
Start closing flow path.
Step 460 monitors scheduled port and judges whether monitoring is overtime, if it times out, execution step 450, if
The connection request for listening to Socket client, thens follow the steps 470.
Step 470 generates one and the port Socket of corresponding Socket client communication.
Socket chained list is added in the port Socket by step 480.
The dedicated thread of step 490, creation communication work thread as this port Socket and Socket user client communication,
Return step 450.
In the present embodiment, a Service Part can be multiple client service, achieve the purpose that share, respectively solely
It is vertical, it does not influence each other.Multiple Socket can be generated according to the connection request of the Socket client listened to by monitoring worker thread
Port, and the multiple communication work threads of correspondence establishment respectively from different Socket client communications.
Step 4A0, Socket chained list is traversed, the port Socket all in chained list is closed.
Step 4B0, Socket service device end is closed.
Step 4C0, worker thread end of run is monitored.
When Service Part, which is triggered, closes, Service Part is set to True for monitor sign is terminated, and waits monitoring work
Process terminates.The progress of work is monitored after step 450 judges that terminating monitor sign is set to True, jumps to step 4A0 starting
Process terminates process.After the monitoring progress of work is moved to end, Service Part is closed.
Fig. 5 is the work flow diagram of the communication work thread created in step 490.As shown in figure 5, communication work thread
Workflow includes:
The Request information that step 510, reading socket client are sent.
Step 520 judges whether read operation is abnormal (Exception), if so, step 590 is executed, if
It is no, execute step 530.
Step 530, parsing Request information obtain agent operation instruction.
Step 540 judges whether the second process supports the agent operation to instruct, if supported, thens follow the steps 550,
If it does not, then return step 510, handle next Request message.
Step 550 executes the agent operation instruction, obtains implementing result.
Step 560 generates Response information according to implementing result.
Step 570 sends Response information to Socket client.
Step 580 judges to send whether operation is abnormal, if so, step 590 is executed, if not, return step
510, next Request message is handled.
Step 590 judges whether Socket service device end or Socket client are turned off, if it is, executing step
Rapid 5A0, otherwise return step 510.
Step 5A0, communication work thread terminates to run.
When Service Part is closed, Socket service device end is closed, when turning off unused system units, Socket client meeting
It is closed, at this moment will appear exception in read operation or transmission operation, provide the closing machine of communication work thread as a result,
System.
In the present embodiment, pass through service (Service) side by Service Part can start and close from external trigger
Formula insertion has in the process of system permission, is established by the service and monitors worker thread the Socket client with functional component
End establish connection, meanwhile, further established upon establishment of a connection by monitoring worker thread individual communication work thread with it is corresponding
Socket client communication, obtain, execute and feedback agent operational order.The present embodiment not only avoids operation system as a result,
Unite original harsh step for higher-rights process being changed into compared with low rights process, moreover it is possible to solve part compared with low rights operation and
The problem of higher-rights operation is unable to simultaneously perform solves limitation limitation for function of application design, exploitation.
Fig. 6 is the structural block diagram of the device of the execution operational order of fourth embodiment of the invention.As shown in fig. 6, the dress
It sets the functional component 62 including being preset in the first process 61 and is preset at the Service Part 64 of the second process 63.Wherein, first
Process 61 has lower permission, and the permission with higher of the second process 63.
Functional component 62 is used to send generation to the Service Part 64 for second process 63 that is preset at by interprocess communication interface
Manage operational order.
Service Part 64 is for receiving and executing agent operation instruction, and it is anti-by implementing result to pass through interprocess communication interface
The functional component 62 for first process 61 of feeding.
Agent operation instruction is that the first process 61 does not have operating right and the second process 63 has operating right
Operational order.
In a preferred embodiment of the present embodiment, the first process 61 be the process with common permission, second into
Journey 63 is the process with system permission.
Specifically, functional component 62 includes:
Promoter unit 621 is serviced, for starting second when the first process 61 needs to handle agent operation instruction
The Service Part 64 of process 63.
Subelement 622 is closed in service, for closing second process after the completion of all agent operation instruction executions
63 Service Part 64.
Instruction obtains subelement 623, for obtaining agent operation instruction.
Message generates subelement 624, for generating inter-process communication message based on agent operation instruction.
Message transmission sub-unit 625, for sending the inter-process communication message to Service Part 64.
Meanwhile Service Part 64 includes:
Parsing subunit 641 obtains the agent operation instruction for parsing the inter-process communication message received；
Subelement 642 is executed, for executing the agent operation instruction.
Feedback message generates subelement 643, for according to feedback message between the implementing result generation process.
Subelement 644 is fed back, for feedback message between sending the process to the functional component 62 of first process 61.
The present embodiment is by being arranged Service Part in the second process with higher-rights, by having compared with low rights
The operational order that functional component in first process will exceed its permission is sent to by interprocess communication interface to be had compared with Gao Quan
Second process of limit, returns result to the first process after the operational order is executed by the second process, so that having
The first process compared with low rights can execute the operation that only higher-rights process could execute, allow the first process simultaneously
With the ability executed compared with low rights operation and higher-rights operation.By not only avoiding operating system original using the present invention
Some will change into the harsh step of higher-rights process compared with low rights process, moreover it is possible to solve part compared with low rights operation and it is higher
The problem of permission operation is unable to simultaneously perform solves limitation limitation for function of application design, exploitation.
Obviously, it will be understood by those skilled in the art that each module of the above invention or each step can be with general
Computing device realizes that they can be concentrated on single computing device, or be distributed in net constituted by multiple computing devices
On network, optionally, they can be realized with the program code that computer installation can be performed, and be deposited so as to be stored in
It is performed by computing device in storage device, perhaps they are fabricated to each integrated circuit modules or will be in them
Multiple modules or step are fabricated to single integrated circuit module to realize.In this way, the present invention is not limited to any specific hardware
With the combination of software.
The above description is only a preferred embodiment of the present invention, is not intended to restrict the invention, for those skilled in the art
For, the invention can have various changes and changes.All any modifications made within the spirit and principles of the present invention are equal
Replacement, improvement etc., should all be included in the protection scope of the present invention.
Claims (10)
1. a kind of method for executing operational order, comprising:
The functional component being preset in the first process, which is sent by interprocess communication interface to the Service Part of the second process, to be acted on behalf of
Operational order；
The Service Part of second process receives and executes the agent operation instruction, and passes through the interprocess communication interface
Implementing result is fed back to the functional component of the first process；
Wherein, first process is the process with common permission, and second process is the process with system permission；
Wherein, it is sent out by interprocess communication interface to the Service Part of the second process in the functional component being preset in the first process
Before sending agent operation to instruct, further includes:
The functional component starts the Service Part when first process needs to handle agent operation instruction；
It is received in the Service Part of second process and executes the agent operation instruction, and connect by the interprocess communication
Mouth feeds back to implementing result after the functional component of the first process, further includes:
The functional component after the completion of all agent operation instruction executions by disconnecting the communication company with the Service Part
It connects, and closes the Service Part.
2. the method according to claim 1, wherein the functional component being preset in the first process by into
Communication interface sends agent operation and instruct to the Service Part of the second process between journey includes:
The functional component obtains agent operation instruction；
The functional component is based on agent operation instruction and generates inter-process communication message；
The functional component sends the inter-process communication message to the Service Part.
3. according to the method described in claim 2, it is characterized in that, the Service Part of second process is received and is executed described
Agent operation instructs
It parses the inter-process communication message received and obtains the agent operation instruction；
Execute the agent operation instruction.
4. according to the method described in claim 2, it is characterized in that, the Service Part of second process passes through between the process
The functional component that implementing result feeds back to the first process includes: by communication interface
According to feedback message between the implementing result generation process；
To feedback message between the functional component of first process transmission process.
5. the method according to claim 1, wherein the interprocess communication interface is sockets interface
(Socket)；
The agent operation instruction is sent by Socket request message；
The implementing result is sent by Socket response message.
6. method according to claim 1-5, which is characterized in that active line is monitored in the Service Part creation
Journey is established by the monitoring worker thread and the functional component and is communicated to connect；
The Service Part is after establishing communication connection with the functional component, creation communication work thread and the functional component
Communication.
7. a kind of device for executing operational order, including the functional component being preset in the first process and is preset at the second process
Service Part；
The functional component is used to send agent operation to the Service Part for second process that is preset at by interprocess communication interface
Instruction；
The Service Part will be executed for receiving and executing the agent operation instruction, and by the interprocess communication interface
As a result the functional component of the first process is fed back to；
Wherein, first process is the process with common permission, and second process is the process with system permission；
Promoter unit is serviced, for starting the clothes of the second process when the first process needs to handle agent operation instruction
Business component；
Subelement is closed in service, for closing the service department of second process after the completion of all agent operation instruction executions
Part.
8. the device according to claim 7 for executing operational order, which is characterized in that the functional component further include:
Instruction obtains subelement, for obtaining agent operation instruction；
Message generates subelement, for generating inter-process communication message based on agent operation instruction；
Message transmission sub-unit, for sending the inter-process communication message to the Service Part.
9. the device according to claim 8 for executing operational order, which is characterized in that the Service Part includes:
Parsing subunit obtains the agent operation instruction for parsing the inter-process communication message received；
Subelement is executed, for executing the agent operation instruction.
10. the device according to claim 8 for executing operational order, which is characterized in that the Service Part includes:
Feedback message generates subelement, for according to feedback message between the implementing result generation process；
Subelement is fed back, for feedback message between sending the process to the functional component of first process.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310047482.1A CN103970601B (en) | 2013-02-06 | 2013-02-06 | Execute operational order method and apparatus |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310047482.1A CN103970601B (en) | 2013-02-06 | 2013-02-06 | Execute operational order method and apparatus |
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| Publication Number | Publication Date |
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| CN103970601A CN103970601A (en) | 2014-08-06 |
| CN103970601B true CN103970601B (en) | 2019-03-05 |
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| WO2016106510A1 (en) * | 2014-12-29 | 2016-07-07 | 华为技术有限公司 | Security protection method and device |
| CN108279855B (en) * | 2015-03-05 | 2021-07-06 | 青岛海信宽带多媒体技术有限公司 | Method for reading and writing storage device |
| CN106469089A (en) * | 2015-08-21 | 2017-03-01 | 百度在线网络技术（北京）有限公司 | For making the nonsystematic in terminal apply method and device, the terminal realizing system level interface interchange |
| CN107861798B (en) * | 2016-09-22 | 2019-06-14 | 北京小熊博望科技有限公司 | The system-level operations method and device of application |
| CN106547631B (en) * | 2016-09-26 | 2021-04-20 | 腾讯科技（深圳）有限公司 | Cross-process communication method and device based on android platform |
| CN106598756B (en) * | 2016-12-13 | 2020-06-16 | 重庆川仪自动化股份有限公司 | Data interaction method between different application programs |
| CN107071051A (en) * | 2017-05-16 | 2017-08-18 | 上海上讯信息技术股份有限公司 | For ordering the method and apparatus performed |
| CN107766162A (en) * | 2017-10-30 | 2018-03-06 | 北京明华联盟科技有限公司 | The execution method, apparatus and terminal device of a kind of operational order |
| CN113326067B (en) * | 2021-05-11 | 2024-02-06 | 深圳市捷视飞通科技股份有限公司 | Command execution method, system, computer device and storage medium |
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