CN110297723B - Method for preventing application program from being interrupted and terminal system - Google Patents
Method for preventing application program from being interrupted and terminal system Download PDFInfo
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- 238000007710 freezing Methods 0.000 claims description 5
- 230000005856 abnormality Effects 0.000 claims description 3
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Abstract
The invention discloses a method and a terminal system for preventing application program interruption, which are suitable for Android system terminals, wherein the method comprises the following steps: s1, a system layer receives an input daemon application starting instruction; s2, the system layer sets a work APP at the application framework layer as the daemon application according to the daemon application starting instruction; s3, entering a daemon application working mode, setting the daemon application to be in a foreground running state through a system layer service, shielding external termination command input for terminating the operation of the daemon application, and sending events related to the daemon application through a background service; s4, the system layer judges whether a daemon application ending instruction is received, if so, the daemon application working mode is ended according to the daemon application ending instruction, and the daemon application is switched to be a common application. By implementing the invention, the problem that the application program is interrupted by unexpected manual operation or an operating system in the working process is solved, thereby ensuring the reliability and the instantaneity of the work.
Description
Technical Field
The present invention relates to the field of communications technologies, and in particular, to a method and a terminal system for preventing an application from being interrupted.
Background
With the continuous development of communication technology, the functions of the mobile terminal are more and more abundant, and accordingly, the mobile terminal installs more and more application programs. When an application program works, the application program is often interrupted by artificial misoperation or abnormal broadcasting of an android system, and in a typical example, when people watch an article in a WeChat friend circle, if a message reminder is sent at the moment, a user opens the message due to good singular points, the previous article is interrupted, so that the user needs to re-open the article to a previous position to continue reading, and the user cannot return to continue the previous browsing operation when the message is seen. Similarly, when some special devices, such as a storage PDA, scan and inventory, if the inventory application exits due to the user's error touch, the inventory data will be lost, and the enterprise will be lost.
Moreover, current operating systems are generally multi-tasking operating systems, and the complexity of the hardware requires that the operating system be capable of handling many exceptions simultaneously and of handling many tasks in parallel. Typically an android system. The concurrent processing of tasks also brings some trouble to the special equipment because in some cases the customer's work is not intended to be interrupted by any operation of the operating system, and in addition, artificial operations such as mistaken touch of a screen, mistaken touch of a key, etc. are not intended to interrupt the application in the work.
Disclosure of Invention
The invention aims to solve the technical problem that in the prior art, the application program is interrupted by unexpected manual operation or an operating system in the working process, and provides a method and a terminal system for preventing the interruption of the application program.
The technical scheme adopted for solving the technical problems is as follows: a method for preventing interruption of application programs is constructed and is suitable for an Android system terminal, and comprises the following steps:
s1, a system layer receives an input daemon application starting instruction;
s2, the system layer sets a work APP at the application program framework layer as the daemon application according to the daemon application starting instruction;
s3, entering a daemon application working mode, setting the daemon application to be in a foreground running state through a system layer service, shielding external termination command input for terminating the operation of the daemon application, and sending an event related to the daemon application through a background service;
s4, the system layer judges whether a daemon application ending instruction is received, if so, the daemon application working mode is ended according to the daemon application ending instruction, and the daemon application is switched to be a common application.
Preferably, in the method for preventing interruption of an application program according to the present invention, the step S2 includes:
and setting a daemon application interface at a system layer, and setting a working APP at an application program framework layer as the daemon application through the daemon application interface according to the received daemon application starting instruction input by a user.
Preferably, in the method for preventing interruption of an application program according to the present invention, the step S3 of setting the daemon application to be in a foreground running state through a system layer service includes:
the system layer service sets the priority of the daemon application as the highest priority in all application programs, preferentially runs the daemon application and freezes the terminal screen as an interface of the daemon application.
Preferably, in the method for preventing application interruption according to the present invention, the step S3 of masking, by a system layer service, an external termination command input for terminating the daemon application running includes:
and the system layer service receives an external termination command input by a user, judges whether the external termination command is a shutdown command, and discards the external termination command if the external termination command is the shutdown command.
Preferably, in the method for preventing application interruption according to the present invention, the step S3 of sending, by a background service, an event related to the daemon application includes:
the background service scans and analyzes the relevance of all events and the daemon application, and sends the events related to the daemon application.
Preferably, in the method for preventing interruption of an application program according to the present invention, the step S3 further includes:
when the system layer strategy detects that the daemon application is abnormal, restarting the work APP and automatically entering a daemon application working mode.
The invention also constructs a terminal system comprising:
the system layer receiving module is used for receiving an input daemon application starting instruction and a daemon application ending instruction;
the system layer setting module is used for setting a work APP at an application program framework layer as a daemon application according to the daemon application starting instruction received by the system layer receiving module; judging whether a daemon application ending instruction received by the system layer receiving module is received or not, ending the daemon application working mode according to the daemon application ending instruction if the daemon application ending instruction is received, and switching the daemon application into a common application;
the system layer service module is used for entering a daemon application working mode, setting the daemon application set by the system layer setting module into a foreground running state and shielding external termination command input for terminating the operation of the daemon application;
and the background service module is used for entering a daemon application working mode and sending the event related to the daemon application set by the system layer setting module to the daemon application.
Preferably, in the terminal system of the present invention, the terminal system further includes: a daemon application interface arranged at a system layer;
the system layer setting module is used for setting a work APP at an application program framework layer as the daemon application through the daemon application interface according to the daemon application starting instruction received by the system layer receiving module; and the daemon application interface is used for switching the daemon application into a common application according to the daemon application ending instruction received by the system layer receiving module to end the daemon application working mode.
Preferably, in the terminal system of the present invention, the system layer service module includes:
the foreground operation module is used for setting the priority of the daemon application as the highest priority in all application programs, preferentially operating the daemon application and freezing a terminal screen as an interface of the daemon application;
the shielding module is used for receiving an external termination command input by a user, judging whether the external termination command is a shutdown command, and discarding the external termination command if the external termination command is the shutdown command;
the background service module is further used for scanning and analyzing the correlation between all events and the daemon application and sending the events related to the daemon application.
Preferably, in the terminal system of the present invention, the system layer service module further includes:
and the system layer policy module is used for restarting the operation APP and automatically entering a daemon application working mode when the daemon application abnormality is detected.
According to the invention, a working APP is set as the daemon application, the daemon application is in a working mode, the daemon application is set as a foreground running state, the external termination command input for terminating the operation of the daemon application is shielded, and the event related to the daemon application is sent to the daemon application through the background service, so that the problem that the application program is interrupted by unexpected manual operation or an operating system in the working process is solved, and the reliability and the instantaneity of the working are ensured.
The invention mainly aims to solve the problem that APP is abnormal in work of industry users, and typical examples are that when warehouse goods are checked, a PDA terminal needs to continuously scan data input, but if an operation system incoming call message is touched by a task mistake in work or APP in work is detected by an alarm clock terminal, errors of checking data and reduction of work efficiency are caused. If the APP is set as a daemon application, the APP only processes the working data during working and cannot be returned by people or the operating system terminal exits, so that the reliability and the instantaneity of the working are ensured.
Drawings
The invention will be further described with reference to the accompanying drawings and examples, in which:
FIG. 1 is a flow chart of a method of preventing application interruption in accordance with the present invention;
fig. 2 is a block diagram of a terminal system of the present invention.
Detailed Description
For a clearer understanding of technical features, objects and effects of the present invention, a detailed description of embodiments of the present invention will be made with reference to the accompanying drawings.
The invention designs an operating environment, namely a display freezing environment, and an application running in the environment is called a daemon application. The invention aims to solve the problem that the application program is interrupted by unexpected manual operation or an operating system in the working process, the continuous work of the daemon application can not be interrupted under the freezing condition, the continuous operation of the daemon application is ensured, the running state of a foreground is consistently kept and is not disturbed by the operating system, the priority response of the event which is not concerned by the daemon application to the event which is not concerned by the daemon application is shielded, thereby ensuring the reliability and the real-time performance of the work, and the equipment interruption can concurrently process a plurality of things under the thawing condition.
Fig. 1 is a flowchart of a method for preventing an application from being interrupted, as shown in fig. 1, the invention constructs a method for preventing an application from being interrupted, which is applicable to an Android system terminal, and comprises the following steps:
s1, a system layer receives an input daemon application starting instruction;
specifically, the system layer of the Android system may receive a daemon application opening instruction input by a user through key operation or boot guide setting or sliding operation or virtual key operation. Preferably, in this embodiment, the key operation is a volume key operation, for example, pressing two volume up keys and two volume down keys++ -, i.e., the daemon application opening command may be input, and in other embodiments, the key operation may be set in a customized manner.
Step S2, the system layer sets a work APP at the application framework layer as the daemon application according to the daemon application starting instruction;
specifically, a daemon application interface is set in the system layer, and a work APP at the application framework layer is set as the daemon application through the daemon application interface according to the daemon application opening instruction input by the user. In this embodiment, the work APP may be an application program preset by the system, or may be an application program running in the foreground, and then a daemon application start instruction is input through key operation, so as to set the application program as a daemon application.
Step S3, entering a daemon application working mode, setting the daemon application to be in a foreground running state through a system layer service, shielding external termination command input for terminating the operation of the daemon application, and sending an event related to the daemon application through a background service;
specifically, the step of setting the daemon application to the foreground running state through the system layer service includes: the system layer service sets the priority of the daemon application as the highest priority in all application programs, preferentially runs the daemon application and freezes the terminal screen as an interface of the daemon application. In this embodiment, in the daemon application working mode, the working APP is always switched to the foreground, and the screen is frozen to the interface of the working APP, i.e. locked to the interface of the working APP, without allowing the working APP to exit from the foreground.
The step of masking external termination command inputs for terminating daemon application operations by the system layer services includes: the system layer service receives an external termination command input by a user, judges whether the external termination command is a shutdown command, and discards the external termination command if the external termination command is the shutdown command.
In this embodiment, in the daemon application working mode, the key event of external termination daemon application operation is masked at the same time, so as to prevent the working APP from exiting due to misoperation. It should be noted that not all key events are masked, but only external key events for terminating daemon application operation, e.g., ++ -operation of the volume key is not masked, while shutdown key events are masked.
The step of sending events related to the daemon application via the background service to the daemon application comprises: the background service scans and analyzes the correlation of all events and the daemon application, and sends the events related to the daemon application.
In this embodiment, in the working mode of the daemon application, the background service processes only the data or events related to the working APP, and the data or events concerned by the working APP are controlled to be transferred to the working APP through the MDM interface.
In addition, step S3 further includes: when the system layer strategy detects that the daemon application is abnormal, the restarting work APP is switched to the foreground and automatically enters the daemon application working mode. The anomaly includes: error reporting of the work APP and blocking waiting for timeout.
And S4, judging whether a daemon application ending instruction is received by the system layer, ending the daemon application working mode according to the daemon application ending instruction if the daemon application ending instruction is received, switching the daemon application into a common application, and thawing a screen.
Specifically, the system layer judges whether a daemon application ending instruction is received, if so, the daemon application is switched to be a common application through a daemon application interface according to the daemon application ending instruction, and the screen is unfrozen.
In this embodiment, the daemon application end command is not identical to the external end command described above, and is used to end the daemon application operation mode, for example, the same volume key operation++ -, as the daemon application start command is input, or the operation is not identical to the operation of inputting the daemon application start command, and the external end command described above is used to end the daemon application operation, for example, the shutdown command. Screen thawing herein refers to unlocking the screen and no longer locking it as an interface to the daemon application.
By implementing the invention, the following beneficial effects are achieved:
according to the invention, a working APP is set as the daemon application, the daemon application is in a working mode, the daemon application is set as a foreground running state, the external termination command input for terminating the operation of the daemon application is shielded, and the event related to the daemon application is sent to the daemon application through the background service, so that the problem that the application program is interrupted by unexpected manual operation or an operating system in the working process is solved, and the reliability and the instantaneity of the working are ensured.
The invention mainly aims to solve the problem that APP is abnormal in work of industry users, and typical examples are that when warehouse goods are checked, a PDA terminal needs to continuously scan data input, but if an operation system incoming call message is touched by a task mistake in work or an alarm clock interrupts APP in work, errors of checking data and reduction of work efficiency are caused. If the APP is set as a daemon application, the APP only processes the working data during working and cannot be returned by people or the operating system terminal exits, so that the reliability and the instantaneity of the working are ensured.
Fig. 2 is a block diagram of a terminal system according to the present invention, and as shown in fig. 2, the present invention also constructs a terminal system including: the system layer comprises a system layer receiving module, a system layer setting module, a system layer service module and a background service module;
the system layer receiving module is used for receiving input daemon application starting instructions and daemon application ending instructions;
specifically, the system layer of the Android system may receive a daemon application start or end instruction input by a user through key operation or boot guide setting or sliding operation or virtual key operation. Preferably, in this embodiment, the key operation is a volume key operation, for example, pressing two volume up keys and two volume down keys++ -, i.e., a daemon application start or end command may be input, and in other embodiments, the key operation may be set in a customized manner.
The system layer setting module is used for setting a work APP at an application program framework layer as a daemon application according to the daemon application starting instruction received by the system layer receiving module; judging whether a daemon application ending instruction received by the system layer receiving module is received or not, ending the daemon application working mode according to the daemon application ending instruction if the daemon application ending instruction is received, and switching the daemon application into a common application;
the system layer service module is used for entering a daemon application working mode, setting the daemon application set by the system layer setting module to be in a foreground running state and shielding external termination command input for terminating the operation of the daemon application;
the background service module is used for entering a daemon application working mode and sending events related to the daemon application set by the system layer setting module to the daemon application.
Specifically, the terminal system further includes: a daemon application interface arranged at a system layer;
the system layer setting module is further used for setting a work APP at the application program framework layer as a daemon application through the daemon application interface according to the daemon application starting instruction received by the system layer receiving module; and judging whether a daemon application ending instruction received by the system layer receiving module is received, if so, switching the daemon application into a common application through a daemon application interface according to the daemon application ending instruction, and thawing a screen.
In this embodiment, the work APP may be an application program preset by the system, or may be an application program running in the foreground, and then a daemon application start instruction is input through key operation, so as to set the application program as a daemon application. The daemon end command is not identical to the external end command, which is used to end the daemon operation mode, such as++ - -, of the same volume key as the daemon start command, or is different from the operation of inputting the daemon start command, and the external end command is used to end the daemon operation, such as shutdown command. Here, the screen thawing means that the screen is unlocked and is no longer locked as an interface of the daemon application.
The system layer service module specifically comprises: the system comprises a foreground operation module, a shielding module, a background service module and a system layer policy module.
The foreground operation module is used for setting the priority of the daemon application as the highest priority in all application programs, preferentially operating the daemon application and freezing the terminal screen into an interface of the daemon application; in this embodiment, in the daemon application working mode, the working APP is always switched to the foreground, and the screen is frozen to the interface of the working APP, i.e. locked to the interface of the working APP, without allowing the working APP to exit from the foreground.
The shielding module is used for receiving an external termination command input by a user, judging whether the external termination command is a shutdown command, and discarding the external termination command if the external termination command is the shutdown command; in this embodiment, in the daemon application working mode, the key event of external termination daemon application operation is masked at the same time, so as to prevent the working APP from exiting due to misoperation. It should be noted that not all key events are masked, but only external key events for terminating daemon application operation, e.g., ++ -operation of the volume key is not masked, while shutdown key events are masked.
The background service module is also used for scanning and analyzing the correlation between all events and the daemon application and sending the events related to the daemon application. In this embodiment, in the working mode of the daemon application, the background service processes only the data or events related to the working APP, and the data or events concerned by the working APP are controlled to be transferred to the working APP through the MDM interface.
The system layer policy module is used for restarting the operation work APP and automatically entering the daemon application work mode when the daemon application abnormality is detected. The anomaly includes: error reporting of the work APP and blocking waiting for timeout.
By implementing the invention, the following beneficial effects are achieved:
according to the invention, a working APP is set as the daemon application, the daemon application is in a working mode, the daemon application is set as a foreground running state, the external termination command input for terminating the operation of the daemon application is shielded, and the event related to the daemon application is sent to the daemon application through the background service, so that the problem that the application program is interrupted by unexpected manual operation or an operating system in the working process is solved, and the reliability and the instantaneity of the working are ensured.
The invention mainly aims to solve the problem that APP is abnormal in work of industry users, and typical examples are that when warehouse goods are checked, a PDA terminal needs to continuously scan data input, but if an operation system incoming call message is touched by a task mistake in work or an alarm clock interrupts APP in work, errors of checking data and reduction of work efficiency are caused. If the APP is set as a daemon application, the APP only processes the working data during working and cannot be returned by people or the operating system terminal exits, so that the reliability and the instantaneity of the working are ensured.
While the invention has been described with reference to the specific embodiments, it will be understood by those skilled in the art that various changes may be made and equivalents may be substituted without departing from the scope of the invention. In addition, many modifications may be made to adapt a particular situation or material to the teachings of the invention without departing from its scope. Therefore, it is intended that the invention not be limited to the particular embodiment disclosed, but that the invention will include all embodiments falling within the scope of the appended claims.
Claims (8)
1. The method for preventing the interruption of the application program is suitable for the Android system terminal and is characterized by comprising the following steps of:
s1, a system layer receives an input daemon application starting instruction;
s2, the system layer sets a work APP (application program) positioned in an application program framework layer as a daemon application according to the daemon application starting instruction, wherein the work APP is a preset application program or an application program running in the foreground;
s3, entering a daemon application working mode, setting the daemon application to be in a foreground running state through a system layer service, shielding external termination command input for terminating the operation of the daemon application, and sending an event related to the daemon application through a background service;
s4, the system layer judges whether a daemon application ending instruction is received, if so, the daemon application working mode is ended according to the daemon application ending instruction, the daemon application is switched to be a common application, and a screen is thawed;
in step S3, setting the daemon application to be in a foreground running state through a system layer service includes:
the system layer service sets the priority of the daemon application as the highest priority in all application programs, preferentially runs the daemon application and freezes a terminal screen as an interface of the daemon application;
in step S3, sending, by the background service, an event related to the daemon application, including:
the background service scans and analyzes the relevance of all events and the daemon application, and sends the events related to the daemon application.
2. The method for preventing interruption of an application according to claim 1, wherein step S2 includes:
and setting a daemon application interface at a system layer, and setting a working APP at an application program framework layer as the daemon application through the daemon application interface according to the received daemon application starting instruction input by a user.
3. The method for preventing application interruption according to claim 1, wherein the step S3 of masking an external termination command input for terminating the daemon application operation by a system layer service includes:
and the system layer service receives an external termination command input by a user, judges whether the external termination command is a shutdown command, and discards the external termination command if the external termination command is the shutdown command.
4. The method for preventing interruption of an application program according to claim 1, wherein the step S3 further comprises:
when the system layer strategy detects that the daemon application is abnormal, restarting the work APP and automatically entering a daemon application working mode.
5. A terminal system, comprising:
the system layer receiving module is used for receiving an input daemon application starting instruction and a daemon application ending instruction;
the system layer setting module is used for setting a work APP (application program) positioned in an application program framework layer as a daemon application according to the daemon application starting instruction received by the system layer receiving module, wherein the work APP is a preset application program or an application program running in the foreground; judging whether a daemon application ending instruction received by the system layer receiving module is received or not, if so, ending the daemon application working mode according to the daemon application ending instruction, switching the daemon application into a common application, and thawing a screen;
the system layer service module is used for entering a daemon application working mode, setting the daemon application set by the system layer setting module into a foreground running state and shielding external termination command input for terminating the operation of the daemon application;
the background service module is used for entering a daemon application working mode, scanning and analyzing the correlation between all events and the daemon application, and sending the events related to the daemon application set by the system layer setting module to the daemon application;
wherein, the system layer service module further comprises:
and the foreground operation module is used for setting the priority of the daemon application as the highest priority in all application programs, preferentially operating the daemon application and freezing a terminal screen as an interface of the daemon application.
6. The end system of claim 5, further comprising: a daemon application interface arranged at a system layer;
the system layer setting module is used for setting a work APP at an application program framework layer as the daemon application through the daemon application interface according to the daemon application starting instruction received by the system layer receiving module; and the daemon application interface is used for switching the daemon application into a common application according to the daemon application ending instruction received by the system layer receiving module to end the daemon application working mode.
7. The end system of claim 5, wherein the system layer service module further comprises:
and the shielding module is used for receiving an external termination command input by a user, judging whether the external termination command is a shutdown command, and discarding the external termination command if the external termination command is the shutdown command.
8. The end system of claim 5, wherein the system layer service module further comprises:
and the system layer policy module is used for restarting the operation APP and automatically entering a daemon application working mode when the daemon application abnormality is detected.
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| CN114859874B (en) * | 2022-07-06 | 2022-11-01 | 深圳市星卡软件技术开发有限公司 | Closed system based on automobile diagnosis and use method thereof |
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