CN108920333A - State-event monitoring method, state-event monitor - Google Patents
State-event monitoring method, state-event monitor Download PDFInfo
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- CN108920333A CN108920333A CN201810719745.1A CN201810719745A CN108920333A CN 108920333 A CN108920333 A CN 108920333A CN 201810719745 A CN201810719745 A CN 201810719745A CN 108920333 A CN108920333 A CN 108920333A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/30—Monitoring
- G06F11/3003—Monitoring arrangements specially adapted to the computing system or computing system component being monitored
- G06F11/302—Monitoring arrangements specially adapted to the computing system or computing system component being monitored where the computing system component is a software system
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F11/00—Error detection; Error correction; Monitoring
- G06F11/30—Monitoring
- G06F11/3051—Monitoring arrangements for monitoring the configuration of the computing system or of the computing system component, e.g. monitoring the presence of processing resources, peripherals, I/O links, software programs
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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
- G06F9/451—Execution arrangements for user interfaces
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Abstract
The present invention provides a kind of state-event monitoring method, state-event monitor, belongs to state-event monitoring technical field, can solve the problems, such as that user can not obtain certain state-events in the prior art.State-event monitoring method of the invention includes：Succession encapsulation carried out to each primary control in each display window being pre-designed, generates self-defined control corresponding with the primary control；Poll determines the self-defined control of current display window；Obtain the status change data of the self-defined control；State-event is determined according to the status change data.
Description
Technical field
The invention belongs to state-event monitoring technical fields, and in particular to a kind of state-event monitoring method, state-event
Monitor.
Background technique
In the prior art, the case mechanism of Android (Android) system itself can usually provide big required for user
Partial event state carries out software application development so that user is based on these state-events.But in some special circumstances,
Android system is not provide state-event, such as when the grade of user is lower, android system will limit the user
Permission, cause the user directly by android system obtain state-event it is limited, thus make the application and development of user by
To very big obstruction.
Summary of the invention
The present invention is directed at least solve one of the technical problems existing in the prior art, user institute can be obtained by providing one kind
Need the state-event monitoring method of state-event.
Solving technical solution used by present invention problem is a kind of state-event monitoring method, including：
Succession encapsulation is carried out to each primary control in each display window being pre-designed, is generated and the primary control
The corresponding self-defined control of part；
Poll determines the self-defined control of current display window；
Obtain the status change data of the self-defined control；
State-event is determined according to the status change data.
Preferably, the status change data includes primary changes data and customized delta data；
Described the step of state-event is determined according to the status change data, including：
According to the primary changes data and customized delta data, corresponding event is determined, and determine the event
State.
Preferably, the step of status change data for obtaining the self-defined control specifically includes：
The status change data of the self-defined control is obtained by call-back manner.
It is further preferred that the self-defined control is provided with call back function interface；
The status change data step for obtaining the self-defined control with the first predetermined manner specifically includes：
Corresponding readjustment is set to the binding of each self-defined control of current display window by the call back function interface
Function, to obtain the status change data of each self-defined control by the call back function.
It is further preferred that the call back function includes：Primordial condition call back function and customized state callbacks function；
The status change data includes primary changes data and customized delta data；
It is described corresponding to the binding setting of each self-defined control of current display window by the call back function interface
The step of call back function, status change data to obtain each self-defined control by the call back function, specifically includes：
It is corresponding primary to the binding setting of each self-defined control of current display window by the call back function interface
State callbacks function, to obtain the primary changes data of each self-defined control by the primordial condition call back function；
It is made by oneself by the call back function interface to the binding setting of each self-defined control of current display window is corresponding
Adopted state callbacks function, to obtain the customized delta data of each self-defined control by the customized state callbacks function.
It is further preferred that the state-event monitoring method further includes：
After the current display window is not as display window, the call back function of the self-defined control binding is released.
Solving technical solution used by present invention problem is a kind of state-event monitor, including：
Customized unit, for carrying out succession encapsulation to each primary control in each display window being pre-designed,
Generate self-defined control corresponding with the primary control；
Control poll units determine the self-defined control of current display window for poll, and the self-defined control is by being
Primary control in system is inherited encapsulation and is generated；
Condition Monitoring Unit, for obtaining the status change data of the self-defined control；
Event converting unit, for determining state-event according to the status change data.
Preferably, the Condition Monitoring Unit is specifically used for, and the state of the self-defined control is obtained by call-back manner
Delta data.
It is further preferred that the self-defined control is provided with call back function interface；
The Condition Monitoring Unit is specifically used for, by call back function interface to the customized control of each of current display window
Corresponding call back function is arranged in part binding, to obtain the status change data of each self-defined control by the call back function.
It is further preferred that the state-event monitor further includes：Call back function lifting unit, for when described current
After display window is not as display window, the call back function of the self-defined control binding is released.
Detailed description of the invention
Fig. 1 is the flow chart of the state-event monitoring method of the embodiment of the present invention 1；
Fig. 2 is the flow chart of the state-event monitoring method of the embodiment of the present invention 2；
Fig. 3 is the schematic diagram of current display interface in the embodiment of the present invention 2；
Fig. 4 is the block diagram of the state-event monitor of the embodiment of the present invention 3.
Specific embodiment
Technical solution in order to enable those skilled in the art to better understand the present invention, with reference to the accompanying drawing and specific embodiment party
Present invention is further described in detail for formula.
Embodiment 1：
As shown in Figure 1, can be used in Android system the present embodiment provides a kind of state-event monitoring method, according to
The state change of terminal current display interface determines the current state-event of terminal, thus solve user in the process of development without
The problem of state-event needed for method is obtained using the primary mechanism of system.
State-event monitoring method in the present embodiment includes the following steps：
S11, succession encapsulation is carried out to each primary control in each display window being pre-designed, generate and primary control
The corresponding self-defined control of part.
The display window of terminal is made of multiple controls.In the present embodiment, by used in the real-time display window of terminal
To the state change of control determine the ongoing event of terminal and state-event.But in systems due to user
Permission is limited or system in script control (primary control) the reasons such as monitoring function is limited, cause user that can only obtain
Partial event state.Therefore, by carrying out succession encapsulation to primary control in the present embodiment, more monitoring function are assigned for it
Can, self-defined control is generated, to be monitored using self-defined control to more status change datas.Wherein, to user
When carrying out inheriting encapsulation, user can select to be packaged different primary controls according to the difference of required monitoring event,
Can finally obtain required state-event.
Simultaneously as the primary control that terminal when carrying out different event, is used is different, display interface is also different.
For the ease of in the monitoring at the real-time display interface of terminal, the present embodiment to each in each display window being pre-designed
A primary control carries out succession encapsulation, self-defined control corresponding with primary control is generated, without repeatedly being inherited
Encapsulation.
It is understood that after generating self-defined control, can use these self-defined controls layout in this step
Different display windows is formed, so that terminal is shown.
S12, poll determine the self-defined control of current display window.
Specifically, the control poll units of state-event monitor can be held from the decorview node of current display window
Beginning poll determine current display window have which self-defined control.
S13, the status change data for obtaining self-defined control.
After control poll units determine the self-defined control of current display window, the status monitoring of state-event monitor
Unit obtains the status change data of each self-defined control.Wherein, the acquisition modes of status change data can be adjusted back, be broadcasted
Mode.
In the present embodiment, self-defined control is inherited from primary control, then when state-event changes, customized control
Part can generate primary variation and customized variation, that is, status change data includes primary changes data and customized change
Change data.
S14, state-event is determined according to status change data.
In this step, state change number that the event converting unit of state-event monitor is obtained according to Condition Monitoring Unit
The ongoing event of current display window is determined according to (primary changes data and customized delta data), and determines the event
State.
In state-event monitoring method provided in this embodiment, by monitor terminal current display interface it is each customized
The state change of control determines event and state-event that system currently carries out, to allow users to based on current event shape
The exploitation of state progress system application.
Embodiment 2：
As shown in Fig. 2, the present embodiment provides a kind of state-event monitoring method, with the event shape provided in embodiment 1
State monitoring method is similar.Wherein, it is preferred that obtain the state change number of Custom Space in the present embodiment by call-back manner
According to.Below for obtaining the status change data of Custom Space by call-back manner, the state-event of the present embodiment is supervised
Survey method is specifically described.
The state-event monitoring method includes the following steps：
S21, succession encapsulation is carried out to each primary control in each display window being pre-designed, generate and primary control
The corresponding self-defined control of part.
This step and the S11 in embodiment 1 are almost the same, specifically refer to embodiment 1, this will not be detailed here.
Wherein, specifically, the self-defined control in the present embodiment is provided with call back function interface, for state-event prison
It surveys device and call back function is arranged to self-defined control by the call back function interface, to obtain self-defined control using call back function
Status change data.
S22, poll determine the self-defined control of current display window.
Specifically, the control poll units of state-event monitor can be held from the decorview node of current display window
Beginning poll determine current display window have which self-defined control.
S23, the status change data that self-defined control is obtained by call-back manner.
Wherein, status change data includes primary changes data and customized delta data.
In this step, by the call back function interface of a self-defined control to each self-defined control of current display window
Corresponding call back function is arranged in binding, to obtain the status change data of each self-defined control by call back function.
Specifically, step S23 includes the following steps：
S231, Condition Monitoring Unit readjustment distribution module be step S22 in control poll units determine each of make by oneself
Adopted control distributes corresponding call back function.Wherein, call back function includes：Primordial condition call back function (callback_
) and customized state callbacks function (callback_extends) original.That is, each self-defined control is assigned one
A primordial condition call back function and a customized state callbacks function.
S232, Condition Monitoring Unit control bundle module by the call back function distributed in step S231 and each customized control
Part binding is generated with the primordial condition function (widgetid_callback_original) of self-defined control ID and customized
State callbacks function (widgetid_callback_extends).
S233, Condition Monitoring Unit readjustment setup module will distribute, binding after call back function pass through self-defined control
Call back function interface be arranged to self-defined control.
It is returned that is, binding setting primordial condition to each self-defined control of current display window by call back function interface
Letter of transfer number, to obtain the primary changes data of each self-defined control by the primordial condition call back function；Meanwhile by adjusting back letter
Customized state callbacks function is arranged to the binding of each self-defined control of current display window in number interface, with customized by this
State callbacks function obtains the customized delta data of each self-defined control.
After self-defined control sets call back function, when the variation of self-defined control generating state, primary shape can be passed through
State call back function and customized state callbacks function feedback states delta data, such as following data：
S24, state-event is determined according to status change data.
The event converting unit of state-event monitor can receive the status change data of all self-defined controls, and should
Status change data is converted into corresponding event.
In this step, state change number that the event converting unit of state-event monitor is obtained according to Condition Monitoring Unit
The ongoing event of current display window is determined according to (primary changes data and customized delta data), and determines the event
State.
Wherein, the step of status change data receives can be realized by following code：
Wherein, different according to the event monitored, event transfer function is also different.After making a phone call, other side is answered
For this event, the event of answering can be determined whether by monitoring the variation of control 2 in Fig. 3.
Event transfer function code is as follows：
So far, the monitoring to the state-event of current display interface is completed in the present embodiment.User can pass through above-mentioned side
The monitoring to state-event is realized, so that solving Android mobile phone in the prior art can not monitor whether other side has answered；Address list
10 contact names of middle display, if moved up a row, user can not obtain first name information；Increasing in system program
Situations such as having added too many user to broadcast, caused system busy, message can not be accidentally received in.Wherein, according to user institute
The difference of the event of monitoring, corresponding self-defined control, event converting unit etc. are also had nothing in common with each other.
It is further preferred that in the present embodiment, after having monitored the state-event of current display interface, and current display window
After mouth is not as display window, state-event monitoring method further includes：
S25, call back function bound in self-defined control is released.
In this step, is released by the call back function lifting unit of state-event monitor and returned bound in self-defined control
Letter of transfer number deletes the call back function being arranged in self-defined control, to reduce EMS memory occupation.
After terminal enters next display interface, repeating step S22 to step S25 be can be realized to new display interface
The monitoring of state-event.
In state-event monitoring method provided in this embodiment, the current display interface of terminal is monitored by call-back manner
The state change of each self-defined control, so that it is determined that event and state-event that system currently carries out, and then allow users to base
The exploitation of system application is carried out in current event state.
Embodiment 3：
As shown in figure 4, the present embodiment provides a kind of state-event monitors, including：Customized unit, control poll list
Member, Condition Monitoring Unit and event converting unit.
Wherein, customized unit is for carrying out succession envelope to each primary control in each display window being pre-designed
Dress generates self-defined control corresponding with primary control.
Control poll units determine the self-defined control of current display window for poll, and self-defined control is by system
Primary control is inherited encapsulation and is generated.
Condition Monitoring Unit is used to obtain the status change data of self-defined control.
Event converting unit is used to determine state-event according to status change data.
Preferably, Condition Monitoring Unit is specifically used for, and the status change data of self-defined control is obtained by call-back manner.
It is further preferred that self-defined control is provided with call back function interface；Condition Monitoring Unit is specifically used for, by returning
Adjust function interface that corresponding call back function is set to the binding of each self-defined control of current display window, to pass through call back function
Obtain the status change data of each self-defined control.
Preferably, Condition Monitoring Unit includes：Adjust back distribution module, control bundle module, readjustment setup module.
Wherein, the corresponding readjustment of each self-defined control distribution that readjustment distribution module is used to determine for control poll units
Function.The call back function and each customized control bundle that control bundle module is used to distribute, generate and have self-defined control ID
Primordial condition function and customized state callbacks function.Call back function after readjustment setup module is used to distribute, bind passes through
The call back function interface of self-defined control is arranged to self-defined control.
Preferably, state-event monitor further includes：Call back function lifting unit, for when current display window not as
After display window, the call back function of self-defined control binding is released.
In state-event monitor provided in this embodiment, each customized control of the current display interface by monitoring terminal
The state change of part determines event and state-event that system currently carries out, to allow users to based on current event state
The exploitation of carry out system application.
It is understood that the principle that embodiment of above is intended to be merely illustrative of the present and the exemplary implementation that uses
Mode, however the present invention is not limited thereto.For those skilled in the art, essence of the invention is not being departed from
In the case where mind and essence, various changes and modifications can be made therein, these variations and modifications are also considered as protection scope of the present invention.
Claims (10)
1. a kind of state-event monitoring method, which is characterized in that including：
Succession encapsulation is carried out to each primary control in each display window being pre-designed, is generated and the primary control phase
Corresponding self-defined control；
Poll determines the self-defined control of current display window；
Obtain the status change data of the self-defined control；
State-event is determined according to the status change data.
2. state-event monitoring method according to claim 1, which is characterized in that
The status change data includes primary changes data and customized delta data；
Described the step of state-event is determined according to the status change data, including：
According to the primary changes data and customized delta data, corresponding event is determined, and determine the shape of the event
State.
3. state-event monitoring method according to claim 1, which is characterized in that the acquisition self-defined control
The step of status change data, specifically includes：
The status change data of the self-defined control is obtained by call-back manner.
4. state-event monitoring method according to claim 3, which is characterized in that
The self-defined control is provided with call back function interface；
The status change data step for obtaining the self-defined control with the first predetermined manner specifically includes：
Corresponding call back function is set to the binding of each self-defined control of current display window by the call back function interface,
To obtain the status change data of each self-defined control by the call back function.
5. state-event monitoring method according to claim 4, which is characterized in that
The call back function includes：Primordial condition call back function and customized state callbacks function；
The status change data includes primary changes data and customized delta data；
It is described that corresponding readjustment is arranged to the binding of each self-defined control of current display window by the call back function interface
The step of function, status change data to obtain each self-defined control by the call back function, specifically includes：
Corresponding primordial condition is set to the binding of each self-defined control of current display window by the call back function interface
Call back function, to obtain the primary changes data of each self-defined control by the primordial condition call back function；
Corresponding customized shape is set to the binding of each self-defined control of current display window by the call back function interface
State call back function, to obtain the customized delta data of each self-defined control by the customized state callbacks function.
6. state-event monitoring method according to claim 4, which is characterized in that further include：
After the current display window is not as display window, the call back function of the self-defined control binding is released.
7. a kind of state-event monitor, which is characterized in that including：
Customized unit is generated for carrying out succession encapsulation to each primary control in each display window being pre-designed
Self-defined control corresponding with the primary control；
Control poll units determine the self-defined control of current display window for poll, and the self-defined control is by system
Primary control inherit encapsulation generate；
Condition Monitoring Unit, for obtaining the status change data of the self-defined control；
Event converting unit, for determining state-event according to the status change data.
8. state-event monitor according to claim 7, which is characterized in that
Condition Monitoring Unit is specifically used for, and the status change data of the self-defined control is obtained by call-back manner.
9. state-event monitor according to claim 8, which is characterized in that
The self-defined control is provided with call back function interface；
The Condition Monitoring Unit is specifically used for, and is tied up by call back function interface to each self-defined control of current display window
Corresponding call back function is set surely, to obtain the status change data of each self-defined control by the call back function.
10. state-event monitor according to claim 9, which is characterized in that further include：
Call back function lifting unit, for releasing the customized control after the current display window is not as display window
The call back function of part binding.
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| CN201810719745.1A CN108920333B (en) | 2018-07-03 | 2018-07-03 | Event state monitoring method and event state monitor |
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| CN112511663A (en) * | 2020-11-20 | 2021-03-16 | 广州朗国电子科技有限公司 | IP conflict detection method and device based on android system and storage medium |
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| CN108920333B (en) | 2022-04-22 |
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