WO2019153502A1

WO2019153502A1 - Method for responding to click event, readable storage medium, terminal device, and apparatus

Info

Publication number: WO2019153502A1
Application number: PCT/CN2018/083284
Authority: WO
Inventors: 蔡锦升
Original assignee: 平安科技（深圳）有限公司
Priority date: 2018-02-07
Filing date: 2018-04-17
Publication date: 2019-08-15
Also published as: CN108491122A; CN108491122B

Abstract

The present application relates to the technical field of computers, and particularly to a method for responding to a click event, a computer readable storage medium, a terminal device, and an apparatus. The method comprises: first acquiring a first time point at which a target terminal receives a first click event; acquiring a second time point at which the target terminal receives a second click event; then calculating the time interval between the second time point and the first time point; if the time interval is greater than or equal to a preset interval threshold, responding to the second click event according to a preset system response time; if the time interval is less than the interval threshold, calculating a current hardware resource utilization rate of the target terminal; querying a target response time corresponding to the hardware resource utilization rate in a preset relationship correspondence table; and responding to the second click event according to the target response time. The present application reduces occurrence of stuttering and greatly improves user experience.

Description

Click event response method, readable storage medium, terminal device and device

The present application claims priority to Chinese Patent Application No. CN 201810121665.6, entitled "A Click Event Response Method, Computer Readable Storage Medium, and Terminal Device", filed on February 7, 2018, The entire contents are incorporated herein by reference.

Technical field

The present application belongs to the field of computer technologies, and in particular, to a click event response method, a computer readable storage medium, a terminal device, and a device.

Background technique

When the user operates various intelligent terminal devices, the system will respond when receiving the user's click event, but due to the influence of the hardware device performance, some devices with lower configuration settings will react slowly to the user's input events. . Sometimes the user clicks on a view in order to get a response, which causes the system software interface to be updated urgently, but the user has made multiple clicks on the same view, causing the system to be responsive. There will be a common phenomenon of card machine, which greatly affects the user experience.

technical problem

In view of this, the embodiment of the present application provides a click event response method, a computer readable storage medium, a terminal device, and a device, to solve the problem that a card machine phenomenon occurs when a user makes a continuous click event.

Technical solution

A first aspect of the embodiment of the present application provides a click event response method, which may include:

Obtaining a first moment when the target terminal receives the first click event;

Obtaining a second moment when the target terminal receives the second click event, where the second click event is the first click event after the first click event;

Calculating a time interval between the second moment and the first moment;

If the time interval is greater than or equal to a preset interval threshold, responding to the second click event according to a preset system response time;

If the time interval is less than the interval threshold, calculating a current hardware resource usage rate of the target terminal;

Querying, in a preset relationship correspondence table, a target response time corresponding to the hardware resource usage rate, where the target response time is positively correlated with the hardware resource usage rate;

Responding to the second click event based on the target response time.

A second aspect of embodiments of the present application provides a computer readable storage medium storing computer readable instructions that, when executed by a processor, implement a click event response method as described above A step of.

A third aspect of an embodiment of the present application provides a click event response terminal device including a memory, a processor, and computer readable instructions stored in the memory and executable on the processor, the processor executing The computer readable instructions implement the steps of the click event response method as described above.

A fourth aspect of the embodiments of the present application provides a click event response apparatus, which may include a module for implementing the steps of the click event response method.

Beneficial effect

Compared with the prior art, the embodiment of the present application has the beneficial effects that: when the user clicks normally, the user responds to the click event according to the normal system response time, and when the user makes a continuous click event, according to the current The hardware resource usage rate determines the response time, and the two are positively related. The higher the hardware resource usage rate and the longer the response time, the more time is left to respond to the continuous click event, avoiding the disorder of the system response. Reduce the occurrence of the card machine phenomenon, greatly improving the user experience.

DRAWINGS

FIG. 1 is a flowchart of an embodiment of a method for responding to a click event according to an embodiment of the present application;

2 is a schematic flow chart of a preset process of a relationship correspondence table;

3 is a structural diagram of an embodiment of a click event response apparatus according to an embodiment of the present application;

FIG. 4 is a schematic block diagram of a click event response terminal device according to an embodiment of the present application.

Embodiments of the invention

Referring to FIG. 1, an embodiment of a method for responding to a click event in an embodiment of the present application may include:

Step S101: Acquire a first moment when the target terminal receives the first click event.

Step S102: Acquire a second moment when the target terminal receives the second click event.

The second click event is the first click event after the first click event, that is, in the embodiment, the first click event and the second click event are two consecutive clicks. The event records the time when the target terminal receives the first click event as lastClickTime, that is, the first time, and records the time when the target terminal receives the second click event as currentTime, that is, the second time.

Step S103: Calculate a time interval between the second time and the first time.

Step S104: Determine whether the time interval is less than a preset interval threshold.

The interval threshold can be recorded as MIN_CLICK_DELAY_TIME, and the specific value can be set according to the actual situation. For example, MIN_CLICK_DELAY_TIME=500ms can be set.

If the time interval is greater than or equal to the interval threshold, that is,

When currentTime-lastClickTime ≥ MIN_CLICK_DELAY_TIME, step S105 is performed.

If the time interval is less than the interval threshold, that is,

currentTime-lastClickTime<MIN_CLICK_DELAY_TIME, then step S106 and its subsequent steps are performed.

Step S105: Respond to the second click event according to a preset system response time.

When the time interval is greater than or equal to the preset interval threshold, it indicates that the time interval between two consecutive click events is sufficiently large, and the response is not generated according to the system default response time.

Step S106: Calculate a current hardware resource usage rate of the target terminal.

First, the current CPU usage of the target terminal is obtained.

Specifically, at a preset first sampling moment, acquiring a file that records preset CPU information in the target terminal, and extracting CPU operating state data at the first sampling moment from the file that records the CPU information; Obtaining, in a preset second sampling moment, the file that records the CPU information, and the second sampling time is separated from the first sampling time by a preset duration, and is extracted from the file that records the CPU information. CPU operating state data at the second sampling instant; calculating the CPU usage rate based on CPU operating state data at the first sampling instant and CPU operating state data at the second sampling instant.

For example, the CPU information recorded in the /proc/cpuinfo file of the target terminal can be obtained, and the following CPU running status data is extracted:

User: Run time in user mode, does not include processes with a negative value of negative;

Nice: The CPU time occupied by the process whose negative value is negative. The nice value is the value indicating the static priority in the system. Each process has its own static priority, and the process with the highest priority is given priority.

System: the running time in the core state;

Idle: wait time other than IO wait time;

Iowait: IO wait time;

Irq: service interruption time;

Softirq: soft interrupt time;

Stealstolen: Time spent on other operating systems while the virtual environment is running;

Guest: the time spent by the operating system virtual CPU;

Guest_nice: The time the operating system virtual CPU spends on the nice process.

Sampling two CPU running state data of short enough interval, respectively, t1, t2, where t1, t2 are all structures (user, nice, system, idle, iowait, irq, softirq, steelstolen, guest, guest_nice a 10-tuple; sum all the first 10-tuple data for the first time, get totalCPUTime1; sum all the 10-tuple data of the second time to get totalCPUTime2; get the first idle data, denoted as idle1; Obtain the second idle data, denoted as idle2; then the current CPU usage of the target terminal λ _CPU can be calculated by:

Then, the current memory usage of the target terminal is obtained.

Specifically, acquiring a file that records preset memory information in the target terminal; extracting a total amount of memory space and a margin that can be used by the memory space from the file that records the memory information; according to the total amount of the memory space and The memory usage can be calculated by using a margin of the memory space.

For example, the memory information recorded in the /proc/meminfo file of the target terminal may be obtained. The file contains a lot of information. To calculate the memory usage, only two variable values are needed, that is, the total amount of memory space. MemTotal and MemFree representing the margin available for the memory space, the current memory usage of the target terminal λ _Memory can be calculated by:

Finally, the current hardware resource usage rate of the target terminal is calculated according to the following formula:

η=(sinλ _max ) ² *λ _max +(cosλ _max ) ² *λ _min ;

Where λ _max =max(λ _CPU , λ _Memory ), λ _min =min(λ _CPU , λ _Memory ), λ _CPU is the current CPU usage of the target terminal, and λ _Memory is the current memory usage of the target terminal Rate, η is the current hardware resource usage rate of the target terminal.

Step S107: Query a target response time corresponding to the hardware resource usage rate in a preset relationship correspondence table.

The target response time is positively correlated with the hardware resource usage rate. That is, the higher the hardware resource usage rate, the longer the corresponding target response time.

The preset process of the relationship correspondence table may specifically include the steps shown in FIG. 2:

Step S1071: The value range of the hardware resource usage rate is divided into a preset number of sub-intervals.

For example, the range of values of the hardware resource usage rate may be divided into (0, 10%), (10%, 20%), (20%, 30%), ..., (90%, 100%). Ten sub-intervals.

Step S1072, arbitrarily selecting one subinterval from the subinterval as the current test subinterval.

Step S1073: Running a preset task.

The preset task is preset in the target terminal, and the purpose is to consume hardware resources, and the current hardware resource usage rate can be adjusted by adjusting the number of concurrently running tasks. It is easy to understand that if the number of tasks running simultaneously is higher, the current hardware resource usage rate is higher.

Step S1074: Calculate the current hardware resource usage rate.

For the specific calculation process of the hardware resource usage, refer to the content in the step S106, which is not described herein again.

Step S1075: determining whether the difference between the hardware resource usage rate and the target usage rate is within a preset error range;

The target usage rate is an upper limit value of the current test subinterval. If the difference between the hardware resource usage rate and the target usage rate is not within a preset error range, step S1076 is performed, if the difference between the hardware resource usage rate and the target usage rate is within the error range, Then, step S1077 and subsequent steps are performed.

Step S1076: Adjust the running quantity of the preset task.

Specifically, if the difference between the hardware resource usage rate and the target usage rate is greater than 0, the running quantity of the task is reduced, and if the difference between the hardware resource usage rate and the target usage rate is less than 0, the task is increased. The number of runs.

After step S1076, the process returns to step S1074 and subsequent steps.

Step S1077: trigger a preset automatic click event, and record a response time of the automatic click event.

The automatic click event is a click event automatically executed by the system, which can be regarded as a simulation of a click event implemented by the user, and the process does not require user participation.

Taking the Android system as an example, an auxiliary function service, that is, an AccessibilityService is provided in the system to implement the automatic click event. Specifically, an auxiliary function service may be first implemented to inherit the AccessibilityService class and implement its abstract method, and customize one. The service class inherits the AccessibilityService of the system and overrides the onAccessibilityEvent and onInterrupt methods. After writing the service class, register the service in the system configuration file AndroidManifest.xml. After completing the first two steps, the registration and configuration of the basic auxiliary function service is completed. The specific function implementation needs to be completed in the onAccessibilityEvent. The AccessibilityEvent object passed according to the onAccessibilityEvent callback method is combined with the analog click-related interface provided by the service class itself. The automatic click event can be implemented.

Step S1078: Store a correspondence between the current test subinterval and the response time in the relationship correspondence table.

In step S1079, it is determined whether each sub-interval has been selected.

If there are sub-intervals that have not been selected, the process returns to step S1072, and if each sub-interval is selected, step S10710 is performed.

Step S10710: Save the relationship correspondence table.

In the initial state, the hardware resource usage rate is generally low. At this time, the number of running tasks is continuously increased, and the hardware resource usage rate reaches the first target usage rate (for example, 10%), the click event is automatically run, and the click event is recorded. At the beginning time, after receiving the response, the current time is recorded again, and the response time corresponding to the first sub-interval can be calculated by subtracting the start time of the click event; the number of running of the task is continuously increased until the hardware resource usage rate reaches the first Before the two target usage rates (for example, 20%), the click event is automatically run, and the response time corresponding to the second subinterval is calculated according to the above method; the above process is continued until the response time corresponding to each subinterval is calculated.

The above is only a test process. In order to improve the accuracy, the above process can be repeated multiple times, and the response time obtained by each calculation is averaged, and the resulting relationship correspondence table is more accurate and reliable.

Step S108: Respond to the second click event according to the target response time.

In summary, the embodiment of the present application responds to the click event according to the normal system response time when the user clicks normally, and determines the response time according to the current hardware resource usage rate when the user makes a continuous click event, and both It is a positive correlation. The higher the hardware resource usage rate and the longer the response time, the more time is left to respond to the continuous click event, which avoids the disorder of the system response and reduces the occurrence of the card machine phenomenon. User experience.

Corresponding to a click event response method described in the above embodiment, FIG. 3 is a structural diagram of an embodiment of a click event response device provided by an embodiment of the present application.

In this embodiment, a click event response device may include:

The first time acquisition module 301 is configured to acquire a first time when the target terminal receives the first click event;

The second time acquisition module 302 is configured to acquire a second time when the target terminal receives the second click event, where the second click event is the first click event after the first click event;

a time interval calculation module 303, configured to calculate a time interval between the second time and the first time;

The first response module 304 is configured to: if the time interval is greater than or equal to a preset interval threshold, respond to the second click event according to a preset system response time;

The hardware resource usage calculation module 305 is configured to calculate a current hardware resource usage rate of the target terminal, if the time interval is less than the interval threshold;

The target response time query module 306 is configured to query, in a preset relationship correspondence table, a target response time corresponding to the hardware resource usage rate, where the target response time is positively correlated with the hardware resource usage rate;

The second response module 307 is configured to respond to the second click event according to the target response time.

Further, the hardware resource usage calculation module may include:

a CPU usage obtaining unit, configured to acquire a current CPU usage rate of the target terminal;

a memory usage obtaining unit, configured to acquire a current memory usage rate of the target terminal;

a hardware resource usage calculation unit, configured to calculate a current hardware resource usage rate of the target terminal according to the following formula:

η=(sinλ _max ) ² *λ _max +(cosλ _max ) ² *λ _min ;

Further, the CPU usage obtaining unit may include:

a first CPU information file obtaining subunit, configured to acquire, at a preset first sampling moment, a file that records preset CPU information in the target terminal;

a first CPU running state data extracting subunit, configured to extract CPU operating state data at the first sampling moment from the file that records CPU information;

a second CPU information file obtaining sub-unit, configured to acquire the file for recording CPU information at a preset second sampling time, where the second sampling time is separated from the first sampling time by a preset duration;

a second CPU running state data extracting subunit, configured to extract CPU operating state data at the second sampling moment from the file that records CPU information;

And a CPU usage calculation subunit configured to calculate the CPU usage rate according to CPU operating state data at the first sampling moment and CPU operating state data at the second sampling moment.

Further, the memory usage obtaining unit may include:

a memory information file obtaining subunit, configured to acquire a file of the preset recording memory information in the target terminal;

a memory information extraction subunit, configured to extract a total amount of memory space and a margin that can be used by the memory space from the file that records the memory information;

a memory usage calculation subunit, configured to calculate the memory usage rate according to the total amount of the memory space and a margin that can be used by the memory space.

Further, the click event response device may further include:

a sub-interval partitioning module, configured to divide a value range of the hardware resource usage rate into a preset number of sub-intervals;

The current test sub-interval selection module is configured to arbitrarily select one sub-interval from the sub-interval as the current test sub-interval;

a task running module for running a preset task;

a hardware resource usage calculation module for calculating a current hardware resource usage rate;

a task quantity adjustment module, configured to adjust a running quantity of the preset task if the difference between the hardware resource usage rate and the target usage rate is not within a preset error range, where the target usage rate is the current test The upper limit of the subinterval;

a response time recording module, configured to trigger a preset automatic click event if the difference between the hardware resource usage rate and the target usage rate is within the error range, and record a response time of the automatic click event;

The relationship correspondence table storage module is configured to store a correspondence between the current test subinterval and the response time in the relationship correspondence table.

FIG. 4 is a schematic block diagram of a click event response terminal device provided by an embodiment of the present application. The click event response terminal device 4 may be a computing device such as a mobile phone, a tablet computer, a desktop computer, a notebook, a palmtop computer, and a cloud server. The click event response terminal device 4 may include a processor 40, a memory 41, and computer readable instructions 42 stored in the memory 41 and operable on the processor 40, such as performing the click event response method described above. Computer readable instructions. The processor 40 executes the computer readable instructions 42 to implement the steps in the various click event response method embodiments described above, such as steps S101 through S108 shown in FIG. Alternatively, the processor 40, when executing the computer readable instructions 42, implements the functions of the modules/units in the various apparatus embodiments described above, such as the functions of the modules 301 through 307 shown in FIG.

The functional units in the various embodiments of the present application may be stored in a computer readable storage medium if implemented in the form of a software functional unit and sold or used as a separate product. Based on such understanding, the technical solution of the present application, in essence or the contribution to the prior art, or all or part of the technical solution may be embodied in the form of a software product stored in a storage medium. A number of computer readable instructions are included to cause a computer device (which may be a personal computer, server, or network device, etc.) to perform all or part of the steps of the methods described in various embodiments of the present application.

Claims

A click event response method, comprising:

Obtaining a first moment when the target terminal receives the first click event;

Obtaining a second moment when the target terminal receives the second click event, where the second click event is the first click event after the first click event;

Calculating a time interval between the second moment and the first moment;

If the time interval is greater than or equal to a preset interval threshold, responding to the second click event according to a preset system response time;

If the time interval is less than the interval threshold, calculating a current hardware resource usage rate of the target terminal;

Querying, in a preset relationship correspondence table, a target response time corresponding to the hardware resource usage rate, where the target response time is positively correlated with the hardware resource usage rate;

Responding to the second click event based on the target response time.
The click event response method according to claim 1, wherein the calculating the current hardware resource usage rate of the target terminal comprises:

Obtaining a current CPU usage rate of the target terminal;

Obtaining a current memory usage rate of the target terminal;

Calculating the current hardware resource usage rate of the target terminal according to the following formula:

η=(sinλ max ) 2 *λ max +(cosλ max ) 2 *λ min ;

Where λ max =max(λ CPU , λ Memory ), λ min =min(λ CPU , λ Memory ), λ CPU is the current CPU usage of the target terminal, and λ Memory is the current memory usage of the target terminal Rate, η is the current hardware resource usage rate of the target terminal.
The click event response method according to claim 2, wherein the obtaining the current CPU usage rate of the target terminal comprises:

Obtaining, at a preset first sampling moment, a file that records preset CPU information in the target terminal;

Extracting CPU operating state data at the first sampling time from the file that records CPU information;

Obtaining, by the preset second sampling moment, the file that records the CPU information, where the second sampling moment is separated from the first sampling time by a preset duration;

Extracting CPU operating state data at the second sampling time from the file that records CPU information;

The CPU usage rate is calculated based on CPU operating state data at the first sampling instant and CPU operating state data at the second sampling instant.
The click event response method according to claim 2, wherein the obtaining the current memory usage rate of the target terminal comprises:

Obtaining a file of the preset recording memory information in the target terminal;

Extracting the total amount of memory space and the margin available for the memory space from the file that records the memory information;

The memory usage rate is calculated according to the total amount of memory space and a margin that can be used by the memory space.
The click event response method according to any one of claims 1 to 4, wherein the preset process of the relationship correspondence table comprises:

Dividing the value range of the hardware resource usage rate into a preset number of subintervals;

Selecting a subinterval from the subinterval as the current test subinterval;

Run a preset task;

Calculate the current hardware resource usage rate;

If the difference between the hardware resource usage rate and the target usage rate is not within a preset error range, adjusting the running quantity of the preset task, and returning to performing the step of calculating the current hardware resource usage rate, The target usage rate is the upper limit value of the current test subinterval;

If the difference between the hardware resource usage rate and the target usage rate is within the error range, triggering a preset automatic click event, and recording a response time of the automatic click event;

Storing the correspondence between the current test subinterval and the response time in the relationship correspondence table, and then returning to perform the step of randomly selecting one subinterval from the subinterval as the current test subinterval, Until each sub-interval has been selected.
A computer readable storage medium storing computer readable instructions, wherein the computer readable instructions, when executed by a processor, implement the following steps:

Obtaining a first moment when the target terminal receives the first click event;

Obtaining a second moment when the target terminal receives the second click event, where the second click event is the first click event after the first click event;

Calculating a time interval between the second moment and the first moment;

If the time interval is greater than or equal to a preset interval threshold, responding to the second click event according to a preset system response time;

If the time interval is less than the interval threshold, calculating a current hardware resource usage rate of the target terminal;

Querying, in a preset relationship correspondence table, a target response time corresponding to the hardware resource usage rate, where the target response time is positively correlated with the hardware resource usage rate;

Responding to the second click event based on the target response time.
The computer readable storage medium according to claim 6, wherein the calculating the current hardware resource usage rate of the target terminal comprises:

Obtaining a current CPU usage rate of the target terminal;

Obtaining a current memory usage rate of the target terminal;

Calculating the current hardware resource usage rate of the target terminal according to the following formula:

η=(sinλ max ) 2 *λ max +(cosλ max ) 2 *λ min ;

Where λ max =max(λ CPU , λ Memory ), λ min =min(λ CPU , λ Memory ), λ CPU is the current CPU usage of the target terminal, and λ Memory is the current memory usage of the target terminal Rate, η is the current hardware resource usage rate of the target terminal.
The computer readable storage medium according to claim 7, wherein the obtaining the current CPU usage of the target terminal comprises:

Obtaining, at a preset first sampling moment, a file that records preset CPU information in the target terminal;

Extracting CPU operating state data at the first sampling time from the file that records CPU information;

Obtaining, by the preset second sampling moment, the file that records the CPU information, where the second sampling moment is separated from the first sampling time by a preset duration;

Extracting CPU operating state data at the second sampling time from the file that records CPU information;

The CPU usage rate is calculated based on CPU operating state data at the first sampling instant and CPU operating state data at the second sampling instant.
The computer readable storage medium according to claim 7, wherein the obtaining the current memory usage of the target terminal comprises:

Obtaining a file of the preset recording memory information in the target terminal;

Extracting the total amount of memory space and the margin available for the memory space from the file that records the memory information;

The memory usage rate is calculated according to the total amount of memory space and a margin that can be used by the memory space.
The computer readable storage medium according to any one of claims 6 to 9, wherein the preset process of the relationship correspondence table comprises:

Dividing the value range of the hardware resource usage rate into a preset number of subintervals;

Selecting a subinterval from the subinterval as the current test subinterval;

Run a preset task;

Calculate the current hardware resource usage rate;

If the difference between the hardware resource usage rate and the target usage rate is not within a preset error range, adjusting the running quantity of the preset task, and returning to performing the step of calculating the current hardware resource usage rate, The target usage rate is the upper limit value of the current test subinterval;

If the difference between the hardware resource usage rate and the target usage rate is within the error range, triggering a preset automatic click event, and recording a response time of the automatic click event;

Storing the correspondence between the current test subinterval and the response time in the relationship correspondence table, and then returning to perform the step of randomly selecting one subinterval from the subinterval as the current test subinterval, Until each sub-interval has been selected.
A click event response terminal device comprising a memory, a processor, and computer readable instructions stored in the memory and executable on the processor, wherein the processor executes the computer readable instructions The following steps are implemented:

Obtaining a first moment when the target terminal receives the first click event;

Obtaining a second moment when the target terminal receives the second click event, where the second click event is the first click event after the first click event;

Calculating a time interval between the second moment and the first moment;

If the time interval is greater than or equal to a preset interval threshold, responding to the second click event according to a preset system response time;

If the time interval is less than the interval threshold, calculating a current hardware resource usage rate of the target terminal;

Querying, in a preset relationship correspondence table, a target response time corresponding to the hardware resource usage rate, where the target response time is positively correlated with the hardware resource usage rate;

Responding to the second click event based on the target response time.
The click event response terminal device according to claim 11, wherein the calculating the current hardware resource usage rate of the target terminal comprises:

Obtaining a current CPU usage rate of the target terminal;

Obtaining a current memory usage rate of the target terminal;

Calculating the current hardware resource usage rate of the target terminal according to the following formula:

η=(sinλ max ) 2 *λ max +(cosλ max ) 2 *λ min ;

Where λ max =max(λ CPU , λ Memory ), λ min =min(λ CPU , λ Memory ), λ CPU is the current CPU usage of the target terminal, and λ Memory is the current memory usage of the target terminal Rate, η is the current hardware resource usage rate of the target terminal.
The click event response terminal device according to claim 12, wherein the obtaining the current CPU usage rate of the target terminal comprises:

Obtaining, at a preset first sampling moment, a file that records preset CPU information in the target terminal;

Extracting CPU operating state data at the first sampling time from the file that records CPU information;

Obtaining, in a preset second sampling moment, the file that records the CPU information, where the second sampling moment is separated from the first sampling time by a preset duration;

Extracting CPU operating state data at the second sampling time from the file that records CPU information;

The CPU usage rate is calculated based on CPU operating state data at the first sampling instant and CPU operating state data at the second sampling instant.
The click event response terminal device according to claim 12, wherein the obtaining the current memory usage rate of the target terminal comprises:

Obtaining a file of the preset recording memory information in the target terminal;

Extracting the total amount of memory space and the margin available for the memory space from the file that records the memory information;

The memory usage rate is calculated according to the total amount of memory space and a margin that can be used by the memory space.
The click event response terminal device according to any one of claims 11 to 14, wherein the preset process of the relationship correspondence table comprises:

Dividing the value range of the hardware resource usage rate into a preset number of subintervals;

Selecting a subinterval from the subinterval as the current test subinterval;

Run a preset task;

Calculate the current hardware resource usage rate;

If the difference between the hardware resource usage rate and the target usage rate is not within a preset error range, adjusting the running quantity of the preset task, and returning to performing the step of calculating the current hardware resource usage rate, The target usage rate is the upper limit value of the current test subinterval;

If the difference between the hardware resource usage rate and the target usage rate is within the error range, triggering a preset automatic click event, and recording a response time of the automatic click event;

Storing the correspondence between the current test subinterval and the response time in the relationship correspondence table, and then returning to perform the step of randomly selecting one subinterval from the subinterval as the current test subinterval, Until each sub-interval has been selected.
A click event response device, comprising:

a first time acquiring module, configured to acquire a first time when the target terminal receives the first click event;

a second time acquisition module, configured to acquire a second time when the target terminal receives the second click event, where the second click event is a first click event after the first click event;

a time interval calculation module, configured to calculate a time interval between the second time and the first time;

a first response module, configured to respond to the second click event according to a preset system response time if the time interval is greater than or equal to a preset interval threshold;

a hardware resource usage calculation module, configured to calculate a current hardware resource usage rate of the target terminal, if the time interval is less than the interval threshold;

a target response time querying module, configured to query, in a preset relationship correspondence table, a target response time corresponding to the hardware resource usage rate, where the target response time is positively correlated with the hardware resource usage rate;

a second response module, configured to respond to the second click event according to the target response time.
The click event response device according to claim 16, wherein the hardware resource usage calculation module comprises:

a CPU usage obtaining unit, configured to acquire a current CPU usage rate of the target terminal;

a memory usage obtaining unit, configured to acquire a current memory usage rate of the target terminal;

a hardware resource usage calculation unit, configured to calculate a current hardware resource usage rate of the target terminal according to the following formula:

η=(sinλ max ) 2 *λ max +(cosλ max ) 2 *λ min ;

Where λ max =max(λ CPU , λ Memory ), λ min =min(λ CPU , λ Memory ), λ CPU is the current CPU usage of the target terminal, and λ Memory is the current memory usage of the target terminal Rate, η is the current hardware resource usage rate of the target terminal.
The click event response device according to claim 17, wherein the CPU usage rate obtaining unit comprises:

a first CPU information file obtaining subunit, configured to acquire, at a preset first sampling moment, a file that records preset CPU information in the target terminal;

a first CPU running state data extracting subunit, configured to extract CPU operating state data at the first sampling moment from the file that records CPU information;

a second CPU information file obtaining sub-unit, configured to acquire the file for recording CPU information at a preset second sampling time, where the second sampling time is separated from the first sampling time by a preset duration;

a second CPU running state data extracting subunit, configured to extract CPU operating state data at the second sampling moment from the file that records CPU information;

And a CPU usage calculation subunit configured to calculate the CPU usage rate according to CPU operating state data at the first sampling moment and CPU operating state data at the second sampling moment.
The click event response device according to claim 17, wherein the memory usage rate obtaining unit comprises:

a memory information file obtaining subunit, configured to acquire a file of the preset recording memory information in the target terminal;

a memory information extraction subunit, configured to extract a total amount of memory space and a margin that can be used by the memory space from the file that records the memory information;

And a memory usage calculation subunit, configured to calculate the memory usage rate according to the total amount of the memory space and a margin that can be used by the memory space.
The click event response device according to any one of claims 16 to 19, further comprising:

a sub-interval partitioning module, configured to divide a value range of the hardware resource usage rate into a preset number of sub-intervals;

The current test sub-interval selection module is configured to arbitrarily select one sub-interval from the sub-interval as the current test sub-interval;

a task running module for running a preset task;

a hardware resource usage calculation module for calculating a current hardware resource usage rate;

a task quantity adjustment module, configured to adjust a running quantity of the preset task if the difference between the hardware resource usage rate and the target usage rate is not within a preset error range, where the target usage rate is the current test The upper limit of the subinterval;

a response time recording module, configured to trigger a preset automatic click event if the difference between the hardware resource usage rate and the target usage rate is within the error range, and record a response time of the automatic click event;

The relationship correspondence table storage module is configured to store a correspondence between the current test subinterval and the response time in the relationship correspondence table.