WO2021036062A1

WO2021036062A1 - Task creation method, apparatus and device, and storage medium

Info

Publication number: WO2021036062A1
Application number: PCT/CN2019/121743
Authority: WO
Inventors: 李志坚
Original assignee: 广州视源电子科技股份有限公司; 广州视臻信息科技有限公司
Priority date: 2019-08-28
Filing date: 2019-11-28
Publication date: 2021-03-04
Also published as: CN110535753A

Abstract

The present invention provides a task creation method, apparatus and device, and a storage medium, and relates to the technical field of instant messaging. The method comprises: receiving an instant messaging message sent by an instant messaging sending end, the instant messaging message comprising text data; confirming that the text data comprises to-do task key information, and displaying the instant messaging message in the current interface, wherein the to-do task key information is displayed in a first display format, the first display format is different from a second display format, and the second display format is used for displaying the instant messaging message which does not comprise the to-do task key information; and determining a to-do task associated with the to-do task key information. By means of the present invention, the technical problem in the prior art that the to-do task cannot be correctly created in an intelligent device in time can be solved.

Description

Task creation method, device, equipment and storage medium

This disclosure claims the priority of a Chinese patent application filed with the Chinese Patent Office with an application number of 201910799592.0 on August 28, 2019, and the entire content of the above application is incorporated into this disclosure by reference.

Technical field

This application relates to the field of instant messaging technology, for example, to a task creation method, device, device, and storage medium.

Background technique

With the popularity of intelligence, there is no need to record the to-do task on paper when recording the to-do task, but to record the to-do task in the smart device. At the same time, the smart device can also record the to-do task when the completion deadline is reached. Prompt the user through an alarm clock, etc. And, users can track the completion of tasks to be done through smart devices.

For the scenario of assigning tasks to others, the assigner needs to inform the executor of the task to be done verbally, telephone or email, and then the executor records the to-do task in the smart device he uses. However, the related technology has the following defects: when the executor does not record the to-do task in the smart device or records an error, the smart device cannot accurately remind or track the to-do task. At this time, it will happen that the to-do task cannot be executed accurately. Happening. In summary, how to create to-do tasks in smart devices in a timely and correct manner has become an urgent problem to be solved.

Summary of the invention

This application provides a task creation method, device, equipment, and storage medium to solve the technical problem that the to-do task cannot be created in a smart device in a timely and correct manner in related technologies.

This application provides a task creation method, including:

Receiving an instant messaging message sent by an instant messaging sender, where the instant messaging message contains text data;

Confirm that the text data contains the key information of the to-do task, and display the instant messaging message in the current interface, wherein the key information of the to-do task is displayed in a first display format, and the first display format is different from the first display format. 2. A display format, where the second display format is used to display instant messaging messages that do not contain the key information of the to-do task;

Determine the to-do task associated with the key information of the to-do task.

The instant messaging message also includes an access path of the related information of the to-do task in the server, and the related information is information generated when the server stores the key information of the to-do task;

After the displaying of the instant messaging message, it includes:

Receive access path selection operation;

In response to the access path selection operation, obtain the related information stored in the server through the access path.

After the receiving the access path selection operation, it includes:

Perform verification of the performer of the to-do task, and when the verification is passed, perform an operation of obtaining the related information stored in the server through the access path in response to the access path selection operation.

In response to the access path selection operation, after obtaining the related information stored in the server through the access path, the method further includes:

A data storage interface is displayed, and the related information stored in the server is displayed on the data storage interface.

The access path is displayed in the current interface through a third display format.

The confirming that the key information of the to-do task is included in the text data includes:

Confirm that the instant messaging message contains a setting symbol;

Based on the set symbol, extract the key information of the to-do task in the instant messaging message, and the key information of the to-do task and the set symbol satisfy the set position relationship.

The determining the to-do task associated with the key information of the to-do task includes:

Write the key information of the to-do task into the to-do task list; and/or,

The key information of the to-do task is sent to a setting application, so as to confirm the to-do task based on the key information of the to-do task through the setting application.

After the key information of the to-do task is written into the to-do task list, it includes:

Receive interface switching instructions;

In response to the interface switching instruction, the to-do task list interface is displayed.

This application also provides a task creation method, including:

The instant messaging sender creates an instant messaging message and sends it to the instant messaging receiver, the instant messaging message contains text data, and the text data contains key information about the task to be done;

The instant messaging receiving terminal confirms that the text data contains the key information of the to-do task, and displays the key information of the to-do task in a first display format. The first display format is different from the second display format, and the first display format is different from the second display format. 2. The display format is used to display instant messaging messages that do not contain key information about to-do tasks;

The instant messaging receiving terminal determines the to-do task associated with the key information of the to-do task.

The instant messaging sending end creating an instant messaging message includes:

The instant messaging sender obtains instant messaging messages;

The instant messaging sender extracts the key information of the to-do task in the instant messaging message;

The instant messaging sender uploads the key information of the to-do task to the server, and obtains the access path fed back by the server, where the access path is the access path of the related information in the server, and the related information is all information. The information generated when the server stores the key information of the to-do task;

The instant messaging sender adds the access path to the instant messaging message.

The access path is displayed in the third display format.

Also includes:

The instant messaging receiving terminal receives an access path selection operation;

In response to the access path selection operation, the instant messaging receiving end obtains the related information stored in the server through the access path.

The confirmation by the instant messaging receiving end that the text data contains key information of the to-do task includes:

The instant messaging receiving end confirms that the instant messaging message contains a setting symbol;

The instant messaging receiving terminal extracts the key information of the to-do task in the instant messaging message based on the setting symbol, and the key information of the to-do task and the setting symbol satisfy the setting position relationship.

This application also provides a task creation device, including:

The message receiving module is used to receive the instant messaging message sent by the instant messaging sender, and the instant messaging message contains text data;

The message display module is used to confirm that the text data contains key information of the to-do task, and display the instant messaging message in the current interface, wherein the key information of the to-do task is displayed in a first display format, and the first display format is used to display the key information of the to-do task. A display format is different from a second display format, and the second display format is used to display instant messaging messages that do not contain the key information of the to-do task;

The task creation module is used to determine the to-do task associated with the key information of the to-do task.

This application also provides a task creation device, including:

The message creation module is configured at the instant messaging sending end, and is used to create an instant messaging message and send it to the instant messaging receiving end, the instant messaging message contains text data, and the text data contains key information about to-do tasks;

The message display module is configured at the instant messaging receiving end, and is used to confirm that the text data contains key information of the to-do task, and display the key information of the to-do task in a first display format, and the first display format is different In the second display format, the second display format is used to display instant messaging messages that do not contain key information about the to-do task;

The task creation module is configured at the instant messaging receiving end and used to determine the to-do task associated with the key information of the to-do task.

This application also provides a task creation device, including:

One or more processors;

Memory, used to store one or more programs;

When the one or more programs are executed by the one or more processors, the one or more processors implement the task creation method as described in the first aspect or the task creation method as described in the second aspect .

In a sixth aspect, the embodiments of the present application also provide a storage medium containing computer-executable instructions, which are used to execute the task creation method as described in the first aspect or as described in the first aspect when the computer-executable instructions are executed by a computer processor. The task creation method described in the second aspect.

The task creation method, device, equipment and storage medium mentioned above can display the instant communication message in the first display format by receiving the instant communication message sent by the instant communication sender, and when the text data of the instant communication message contains key information of the task to be done After the key information of the to-do task in the key information, the related to-do task is confirmed based on the key information of the to-do task. Among them, the first display format is different from the second display format, and the second display format is used to display instant messaging messages that do not contain key information about the to-do task. Through the above technical means, it is realized that to-do tasks are automatically created for users in the process of instant messaging, and users do not need to manually create to-do tasks, which improves the user’s experience, ensures the accuracy and timeliness of recording to-do tasks, and saves Differentiating and displaying instant messaging messages with key information about to-do tasks can increase the probability of users viewing the instant messaging message and provide effective reminders. At the same time, storing the key information of the to-do task on the instant messaging sender through the server not only facilitates the receiving end to access, but also reduces the amount of data processing on the instant messaging receiver. In addition, the process of creating to-do tasks is simplified, and the functionality of instant messaging software is enriched.

Description of the drawings

FIG. 1 is a flowchart of a task creation method provided in Embodiment 1 of this application;

FIG. 2 is a schematic diagram of a chat interface provided in Embodiment 1 of this application;

FIG. 3 is a flowchart of a task creation method provided in Embodiment 2 of this application;

FIG. 4 is a schematic diagram of a chat interface provided in Embodiment 2 of this application;

Fig. 5 is a schematic diagram of a data display interface provided in the second embodiment of the application;

Fig. 6 is the to-do task list interface provided in the second embodiment of the application;

FIG. 7 is a schematic diagram of a calendar interface provided in Embodiment 2 of this application;

FIG. 8 is a flowchart of a task creation method provided in Embodiment 3 of this application;

FIG. 9 is a flowchart of a task creation method provided by Embodiment 4 of this application;

FIG. 10 is a flowchart of a task creation method provided in Embodiment 5 of this application;

FIG. 11 is a schematic structural diagram of a task creation apparatus provided by Embodiment 6 of this application;

FIG. 12 is a schematic structural diagram of a task creation apparatus provided by Embodiment 7 of this application;

FIG. 13 is a schematic structural diagram of a task creation device provided by Embodiment 8 of this application.

detailed description

The application will be further described in detail below with reference to the drawings and embodiments. It can be understood that the specific embodiments described here are used to explain the application, but not to limit the application. In addition, it should be noted that, for ease of description, the drawings only show a part of the structure related to the present application instead of all of the structure.

Example one

FIG. 1 is a flowchart of a task creation method provided in Embodiment 1 of this application. The task creation method provided in the embodiments can be executed by a task creation device, and the task creation device can be implemented by software and/or hardware. The task creation device can be composed of two or more physical entities, or one physical entity. Physical composition. For example, the task creation device may be a smart device used by a user such as a computer, a mobile phone, a tablet, or a smart interactive tablet.

Optionally, the task creation device is installed with at least one type of operating system, where the operating system includes but is not limited to the Android system, the IOS system, and the Windows system. The task creation device may be installed with at least one instant messaging software. Among them, instant messaging software is software that realizes online chat and communication through instant messaging technology. The instant messaging software can be an application that comes with the operating system, or it can be an application that is independently developed by the provider of the task creation device and downloaded from a third-party device or server. Further, the task creation device may be instant messaging software. Typically, users can communicate with each other through the same instant messaging software. In this case, the task creation device that sends the message is called the instant messaging sender, or the sender for short, and the task creation device that receives the message is called instant messaging. The receiving end, referred to as the receiving end for short. It is understandable that the task creation device can be regarded as the sending end or the receiving end. The sending end and the receiving end are a relative relationship in the process of sending a message, and there is usually one sending end, and the receiving end can be selected by the sending end according to the actual situation, that is, there can be at least one receiving end.

In the embodiment, the description is made by taking the task creation device as the receiving end as an example. Specifically, referring to Figure 1, the task creation method specifically includes:

Step 110: Receive an instant messaging message sent by an instant messaging sender, where the instant messaging message contains text data.

Exemplarily, an instant messaging message is a message sent by a user at the sending end to the receiving end through instant messaging software. The instant messaging message contains at least text data. The text data is the content input by the user at the sending end that needs to be sent, and it can include numbers, symbols, text, etc. In an embodiment, the setting text data includes the key information of the to-do task input by the user at the sending end when creating the to-do task. Among them, the key information of the to-do task is the necessary information required to create the to-do task. The key information of the to-do task includes but is not limited to at least one of the content of the task, the deadline for completion, and the executor. In the embodiment, in order to ensure accuracy, the key information of the task to be set at least includes task content.

Optionally, in addition to text data, the instant messaging message may also include the access path of the server. Specifically, before sending the instant messaging message, the sender determines whether the key information of the to-do task is included in the instant messaging message, and if it contains the key information of the to-do task, uploads the key information of the to-do task to the server, and the server receives the key information of the to-do task. After the information, it is stored to obtain relevant information. After that, the server feeds back the access path of the relevant information to the sending end, and the sending end writes the access path into the instant messaging message and sends it to the receiving end. At this time, the instant messaging message received by the receiving end includes at least text data and an access path. Among them, the sending end determines that the text data contains the key information of the to-do task in the same manner as the receiving end determines that the text data contains the key information of the to-do task.

Both the receiving end and the sending end use instant messaging software, and the sending end displays a chat interface with the receiving end. The chat interface can be a separate chat interface between the receiving end and the sending end, or a group chat interface that includes the receiving end. The input method and the sending method of the instant messaging message in the sender can be set according to the actual situation. For example, the user at the sending end can input an instant messaging message through the input box displayed in the chat interface, and when the sending end detects that the send button has received a click operation, the instant messaging message in the input box is obtained, processed and sent. Wherein, the sending button is a virtual button, and its specific display position and display form are not limited in the embodiment. Typically, the specific communication rule embodiment between the sending end and the receiving end is not limited.

Step 120: Confirm that the text data contains the key information of the to-do task, and display the instant messaging message in the current interface. The key information of the to-do task is displayed in the first display format, and the first display format is different from the second display format. The second display format is used to display instant messaging messages that do not contain key information about to-do tasks.

Specifically, the current interface refers to an interface that displays an instant messaging message containing key information about a to-do task, and it may be a chat interface with the sender, or may be other interfaces than the above-mentioned chat interface.

Wherein, when the current interface is a chat interface, the chat interface may be a separate chat interface with the sender, or a group chat interface that includes the sender. It is understandable that when the sender is changed, the chat interface can also optionally change synchronously. At this time, after receiving the instant communication message, the instant communication message is displayed on the chat interface. Since the instant messaging message contains key information about the to-do task, it is set to distinguish the instant messaging message from other instant messaging messages in the chat interface that do not meet the to-do task creation rules, so that the user at the receiving end can clearly identify the instant messaging message It contains key information about to-do tasks. When distinguishing the display, it is set to display the key information of the to-do task in the instant messaging message in the first display format. It is understandable that, in the embodiment, instant messaging messages are divided into two categories, one is instant messaging messages that do not contain key information about to-do tasks, and the other is instant messaging messages that contain key information about to-do tasks. For the instant messaging message that does not contain the key information of the to-do task, the instant messaging message is displayed in the second display format, and the second display format is different from the first display format. For instant messaging messages that contain key information about to-do tasks, you can set to use the first display format to display the text data containing key information about the to-do tasks, or only use the first display format to display the key information of the to-do tasks. For the text data The other content of is displayed in the second display format or other display formats. Among them, the specific content of the display format can be set according to actual conditions. For example, the display format includes at least font, font size, and/or color. The display format is mainly the display format of the text data in the instant messaging message. Typically, the display format can be automatically set by the receiving end, can also be set by the user, and can be modified by the user, and the modification method can be set according to actual conditions. For example, FIG. 2 is a schematic diagram of a chat interface provided in Embodiment 1 of this application. Refer to Figure 2, which is the current chat interface diagram of the instant messaging software when the receiving end and the sending end are chatting. Among them, the user at the sending end is Li Si, and the user at the receiving end is Zhang San. It can be seen from Figure 2 that the text data input by the sender is: ##完AA计划设计##//2019-02-14@张三. When displaying at the receiving end, it is determined that the text data of this instant messaging message adopts the first display format, and other instant messaging messages that do not contain key information of the to-do task adopt the second display format.

When the current interface is another interface, in order to enable the user to clearly receive the instant messaging message, the user at the receiving end is prompted in the other interface through a set prompt method. Among them, the prompt mode embodiment is not limited. For example, a prompt box will pop up in the current interface, and an instant messaging message will be displayed in the prompt box. For another example, the instant messaging message is displayed in the set boundary area of the receiving end (such as the status bar at the top of the screen). Among them, when the instant messaging message is displayed, in order to make the user clear that the instant messaging message contains key information of the to-do task, the instant messaging message is set to be displayed separately. Among them, the method of distinguishing display is the same as the method of distinguishing display in the chat interface, and will not be repeated here. It is understandable that after the instant messaging message is displayed in the prompt manner, if the user selects the prompt, the other interface can be switched to the corresponding chat interface, and the instant messaging message is displayed in the chat interface, and displayed in the chat interface In the case of instant messaging messages, the instant messaging message is also displayed in a differentiated display method. In actual applications, when instant messaging message prompts are performed, it is also possible to only prompt that instant messaging messages are received without displaying text data. At this time, the content of the message prompts and the display format embodiments are not limited.

Since the instant messaging message may not contain the key information of the to-do task, before displaying the instant messaging message, first confirm whether the instant messaging message contains the key information of the to-do task. If it contains the key information of the to-do task, the first display is used. The format displays the key information of the to-do task. If the key information of the to-do task is not included, the text data of the instant messaging message is displayed in the second display format. Among them, the instant messaging message containing key information of the to-do task can also be understood as the instant messaging message satisfying the to-do task creation rule. The specific content of the to-do task creation rule can be set according to the actual situation. For example, perform text recognition and/or semantic recognition on text data. If it is confirmed that the text data contains set keywords, it is determined that the to-do task creation rules are met. The set keywords can be set according to the actual situation, such as "Task "Content", "Completion deadline", "Executive person", etc. For another example, perform symbol recognition on text data. If it is confirmed that the text data contains a set symbol, it is determined that the to-do task creation rule is satisfied. Among them, the set symbol can be set according to the actual situation, such as "####", " //","@"Wait. For another example, before sending the instant messaging message, the sender confirms whether the instant messaging message meets the to-do task creation rules, and if it meets the to-do task creation rules, add the instant messaging message when sending the instant messaging message to the receiver Set the logo. Among them, the method of adding the logo and the content of the logo can be set according to the actual situation. After receiving the instant messaging message, the receiving end detects whether the instant messaging message carries a set identifier. If there is a set flag, it is confirmed that the instant messaging message meets the to-do task creation rule, that is, it contains key information of the to-do task. It can be understood that the embodiment of the means for the receiving end to detect and set the identifier is not limited.

After confirming that the text data contains the key information of the to-do task, the key information of the to-do task can be extracted. Among them, the key information of the to-do task can be extracted before the instant messaging message is displayed or after the instant messaging message is displayed. Among them, the method of extracting key information of to-do tasks can be set according to actual conditions. For example, when the text data contains a set keyword, the text data with the set keyword in the set position (such as before the keyword or after the keyword) is obtained as the key information of the to-do task. For example, the instant messaging message is "task content: complete product design, completion deadline: October 20, 2019, executor: "Zhang San". At this time, after the receiving end recognizes the instant messaging message, the key is obtained Words "task content", "completion deadline" and "executor", and then obtain the text data "complete product design", "October 20, 2019", "Zhang San" behind the set keywords as to-do tasks Key information. For another example, when the text data contains a set symbol, the receiving end obtains the text data at the corresponding position based on the set position relationship between the set symbol and the text data as the key information of the to-do task. For example, instant The communication message is "##完某某某计划设计##//2019-02-14@张三". After the receiving end recognizes the instant messaging message, it recognizes the set symbol "## that satisfies the creation rule of the to-do task" ##", "//", "@", and then based on the positional relationship between the set symbol and the text to obtain the text data between "####" "Complete the XX program design", "// The text data "2019-02-14" after "" and the text data "Zhang San" after "@" are used as the key information of the to-do task. Among them, the key information between the set keywords or set symbols and the key information of the to-do task The position relationship can be set according to the actual situation.

When the instant messaging message also contains the access path, a third display format can be set for the access path to make the user clear the access path. If the receiving end detects that the access path is selected by the user, it can access the server through the access path to obtain relevant information stored in the server.

It can be understood that for users who are using the receiving end, as long as they see that the key information of the to-do task contained in the displayed instant messaging message is displayed in the first display format, it can be regarded as "confirm that the text data contains the key to-do task. Information, and display instant messaging messages, among which, key information about to-do tasks is displayed in the first display format".

Step 130: Determine the to-do task associated with the key information of the to-do task.

Specifically, after confirming the key information of the to-do task, the corresponding to-do task can be determined according to the key information of the to-do task. Typically, after confirming the key information of the to-do task, the to-do task can be created in the instant messaging software, and the to-do task can also be created in other applications on the receiving end.

Optionally, when a to-do task is created in the instant messaging software, the instant messaging software records the to-do task in the form of a to-do task list. The key information of the to-do task is written into the set position of the to-do task list to confirm the to-do task. At this time, users on the receiving end can view, track, and modify to-do tasks through the to-do task list. It should be noted that the specific format embodiment of the to-do task list is not limited. Optionally, add a list access interface for the to-do list in the instant messaging software. At this time, the embodiment of the manifestation of the list access interface is not limited. For example, a list access interface icon is displayed in a fixed position on the main interface of the instant messaging software. When it is detected that the icon is selected, it is determined to be displayed in the instant messaging software. A list of recorded to-do tasks. For another example, the instant messaging software displays the floating list access interface icon, and when the instruction to close the icon is not received, no matter how the chat interface of the instant messaging software changes, the list access interface icon always exists. And when it is detected that the icon is selected, it is determined to display the to-do task list recorded in the instant messaging software.

Optionally, when a to-do task is created in another application, the other application has a function of recording the to-do task. Among them, the specific categories of other applications can be set according to actual conditions, for example, other applications are memos, calendars, and so on. The instant messaging software sends the key information of the to-do task to other applications. After the other application receives the key information of the to-do task, it confirms the to-do task based on the key information of the to-do task. It should be noted that the way to create to-do tasks in other applications can be set according to actual conditions. At this point, users can view, track, and modify to-do tasks through other applications.

After the to-do task is created, a completion prompt can be generated to remind the user on the receiving end that the to-do task is successfully created. Among them, the prompt mode can be set according to the actual situation, for example, a prompt box pops up, and the to-do task is written successfully in the prompt box. Optionally, when a completion deadline is included in the to-do task, the receiving end can automatically set an alarm clock within the completion deadline or a set time before the completion deadline to remind the user to complete the to-do task.

It is understandable that when the to-do task is confirmed, the to-do task can be displayed directly. At this time, displaying the to-do task including the key information of the to-do task on the receiving end can also be understood as determining the to-do task associated with the key information of the to-do task.

In practical applications, the to-do task can also be directly included in the instant messaging message. In this case, the receiving end can directly extract the to-do task in the instant messaging message and store it.

As mentioned above, when the IM message sent by the sender is received and the key information of the to-do task is included in the text data of the IM message, the key information of the to-do task in the communication message is displayed in the first display format. Create to-do tasks with key information to do tasks. Among them, the first display format is different from the second display format, and the second display format is used to display instant messaging messages that do not contain key information about the to-do task. Through the above technical means, it is realized that to-do tasks are automatically created for users in the instant messaging process, ensuring the timeliness and accuracy of creating to-do tasks, without requiring users to manually create to-do tasks, so that users can access the recorded to-do tasks in real time Tasks are convenient for tracking the tasks to be done. At the same time, instant messaging messages with key information about the tasks to be done are distinguished and displayed, which can increase the probability of users viewing the instant messaging messages, thereby improving the user experience.

Example two

FIG. 3 is a flowchart of a task creation method provided in Embodiment 2 of this application. This embodiment is embodied on the basis of the above-mentioned embodiment.

In this embodiment, the instant messaging message also includes the access path of the related information of the to-do task in the server, and the related information is information generated when the server stores the key information of the to-do task. Among them, the access path can also be understood as a hyperlink, which is a storage path of related information. Specifically, when the server receives the key information of the to-do task, it can directly store it in the set location. At this time, the key information of the to-do task is the same as the related information. When the server receives the key information of the to-do task, it can also process it to obtain related information. Among them, the processing method can be set according to actual conditions, for example, the category of the related information is stored in the server, and then the corresponding related information is obtained based on the obtained key information of the to-do task and the category of the related information. For example, related information categories include: task name, completion deadline, executor, task details, task prompt file, adding description, operation record, etc. After the server receives the key information of the to-do task, it can associate the key information of the to-do task with the corresponding related information category in a storable format to obtain the relevant information.

Referring to FIG. 3, the task creation method provided by this embodiment specifically includes:

Step 210: Receive an instant messaging message sent by an instant messaging sender, where the instant messaging message includes text data and an access path.

Step 220: Confirm whether the key information of the to-do task is included in the text data. If the text data contains key information about the task to be done, step 230 is executed; otherwise, step 290 is executed.

Step 230: Display the instant messaging message in the current interface, wherein the key information of the to-do task adopts the first display format, and the access path is displayed in the current interface through the third display format.

In an embodiment, the instant messaging message includes text data and an access path. When displaying the instant messaging message, in order to make the user clearly distinguish the text data and the access path, the access path is set to adopt a third display format, where the third display format and the first The first display format can be the same or different, or the second display format can be the same or different. Typically, the third display format can also be set by the user or the receiving end, and can be modified by the user. Specifically, after receiving the instant messaging message, after confirming that the key information of the to-do task is included, it is confirmed whether the access path is included, and when the access path is included, the access path is displayed in the third display format. Among them, the receiving end determines whether the access path is included by confirming whether the instant messaging message includes a hyperlink. For example, taking the current interface as a chat interface as an example, FIG. 4 is a schematic diagram of the chat interface provided in the second embodiment of the application. Refer to Figure 4, which is a current chat interface diagram of the instant messaging software when the receiving end and the sending end are chatting. Among them, the user at the sending end is Li Si, and the user at the receiving end is Zhang San. It can be seen from Figure 4 that the text data entered by the sender is: ##完AA计划设计##//2019-02-14 09:28@张三, and the access path is: www.aa.bb.cc. When displaying at the receiving end, it can be clarified that the access path and text data in this instant messaging message adopt different display formats, that is, the text data adopts the first display format, and the access path adopts the third display format. And this instant messaging message is distinguished from other instant messaging messages that do not contain key information about the to-do task.

Step 240: Receive an access path selection operation.

Specifically, since the access path is displayed in the instant messaging message, at this time, the user at the receiving end can access the related information stored in the server through the access path. In the embodiment, the operation of the user to select an access path is recorded as an access path selection operation. The specific implementation of the access path selection operation can be set according to the actual situation. For example, when the current interface is a chat interface, the user can directly click the access path in the chat interface. At this time, the receiving end determines to receive the path access selection operation. For another example, when the current interface is another interface, the user can directly click the access path. At this time, the receiving end confirms that the path access selection operation is received, or, when it detects that the user clicks on the instant messaging message in other interfaces, the other interface Switch to the chat interface, and then, if it is detected that the user clicks on the access path, it is determined to receive the access path selection operation.

Step 250: Perform verification of the to-do task executor, and confirm whether the verification is passed. If the verification is passed, step 260 is executed. Otherwise, end the visit.

Since instant messaging messages containing key information about to-do tasks may be sent and displayed in an instant messaging group that includes members other than the task performer, to further ensure information security, it is set after receiving the access path selection operation. Perform verification of to-do task executors. Among them, in the embodiment, the user whose task executor is the receiving end is taken as an example, and the verification means can be set according to actual conditions. For example, the server pre-stores the name of each user and the corresponding user identification, and the instant messaging software at the receiving end or the sending end also stores the user identification of the user used, wherein the specific content of the user identification can be set according to actual conditions. When the server receives the key information of the to-do task sent by the sender, it obtains the name of the person performing the task, determines the corresponding user ID, and stores the user ID in association with the access path. After the receiving end detects the access path selection operation, it sends its user ID to the server through the access path. When the server determines that the user ID is the user ID corresponding to the access path, it determines that the verification is passed and feeds back to the receiving end to make the receiving end The end continues to perform subsequent operations. For another example, when the server feeds back the access path to the sender, it will synchronously return the user ID. When the sender adds the access path to the instant messaging message, the user ID will be added at the same time, and the user ID can be encrypted and not displayed in the instant messaging message. . When the receiving end detects the access path selection operation, it decrypts the user ID in the instant messaging message and determines whether the user ID is its own user ID. If it is, it determines that the verification is passed; otherwise, it determines that the verification fails.

When the verification is passed, step 260 is executed. When the verification fails, it is determined that the user cannot access the server. At this time, the current interface can continue to be displayed.

Step 260: In response to the access path selection operation, obtain related information stored in the server through the access path.

Exemplarily, after receiving the access path selection operation, the receiving end reads the storage address in the access path, and then accesses the server through the storage address, and obtains relevant information in the server. The embodiment of the communication mode between the receiving end and the server is not limited.

Step 270: Display a data storage interface, and the data storage interface displays related information stored in the server.

In order to make the user at the receiving end know the relevant information stored in the server, the data storage interface of the server can be displayed on the receiving end. The data storage interface is an interface generated by the server when storing relevant information. Typically, in order to facilitate the user to view, the display positions of different related information categories are set in the data storage interface in advance, and then the key information of the to-do task is written into the corresponding location according to the corresponding category to obtain the relevant information. For example, FIG. 5 is a schematic diagram of the data display interface provided in the second embodiment of the application, which is the data display interface of the server displayed on the receiving end. Refer to Figure 5, which is a data display interface for key information of the to-do task of the "AA" task created by the user at the sending end. It can be seen from Figure 5 that the relevant information categories displayed in the data storage interface include: task name, completion deadline, executor, task details, task prompt file, added description, and operation record. Among them, the task details can be edited by the user at the sending end or the user at the receiving end, and the specific content embodiments are not set. For example, the task details include task completion results, requirements and other content. The task prompt file can store files related to the to-do task, which can be uploaded by the sending end user or the receiving end user. Typically, the specific types of files are not limited in the embodiment. The added description is used to record the content that you want the sending end user or the receiving end user to see, which can be input by the sending end user or the receiving end user. The operation record is used to record the completion progress of the to-do task, or the key information modification record of the to-do task. After the server stores the key information of the to-do task, it writes the key information of the to-do task in the data storage interface, and confirms that the relevant information is obtained after the writing is completed. As shown in Figure 5, write the task name at the top of the interface, and write the completion deadline and executor in the "Deadline" and "Assignment" fields. At this point, the user can clarify the tasks to be done through relevant information.

Optionally, the data display interface can be completely or partially covered on the current interface. Optionally, if the receiving end detects an exit operation, it exits the current data storage interface and continues to display the current interface. The specific implementation of the exit operation is not limited in the embodiment.

Optionally, both the user at the sending end and the user at the receiving end can modify the relevant information stored in the server. At this point, both the user on the sending end and the user on the receiving end can access the server through the access path, and modify the relevant information on the data storage interface. After that, the server can store the modified related information. Optionally, in order to ensure security, the server can be set to verify before the modification, and perform the operation of modifying the related information after the verification is successful. Among them, the embodiment of the verification means is not limited.

Step 280: Determine the to-do task associated with the key information of the to-do task.

Specifically, when the key information of the to-do task is displayed, the receiving end has already obtained the key information of the to-do task. Therefore, in this step, the corresponding to-do task can be confirmed in the receiving end based on the key information of the to-do task. Among them, when confirming the to-do task, the setting includes at least one of the following schemes:

Solution 1: Write the key information of the to-do task into the to-do task list.

Specifically, the instant messaging software has the function of recording to-do tasks, wherein the recording form of the to-do tasks can be set according to actual conditions. In the embodiment, the to-do task is recorded in a way that the to-do task passes through the to-do task list. Specifically, the recording method of the to-do list can be set according to actual conditions. For example, each row in the to-do task list has one to-do task, and each cell in each row records the corresponding key information of the to-do task. Typically, the type of to-do task key information written in each cell of each row is preset. After obtaining the to-do task key information of a to-do task, the type of to-do task can be changed according to the preset writing type. The key information of the to-do task is written into the to-do task list. For example, set the cell in the first column of the to-do task list to write the task number, the cell in the second column to write the content of the task, the cell in the third column to write the executor, and the fourth column The cell is used to write the completion deadline. Set the key information of the to-do task to be obtained as "complete product design", "October 20, 2019", and "Zhang San". At this time, write the task number in the first column of the new row of the to-do task list , The task sequence number increases from the first row. For example, the task sequence number in the first row is 1. When the key information of the to-do task is written in the fifth row, the task sequence number is 5. And write "Complete Product Design" in the second cell of the new row, "Zhang San" in the third cell, and "October 20, 2019" in the fourth cell. For another example, the to-do task list contains multiple sub-lists, and each sub-list is written with different content. At this time, the key information of various to-do tasks is preset in the writing position of the corresponding sub-list, and then the to-do task The key information is written into the corresponding sublist. Related technology

After the key information of the to-do task is written into the to-do task list, the instant messaging software confirms the to-do task associated with the key information of the to-do task. At this time, in order to facilitate the user to view the to-do task list, it is set in the embodiment that an interface for accessing the to-do task list is provided in the instant messaging software to facilitate viewing the to-do task list. At this time, after step 250, it further includes: receiving an interface switching instruction; in response to the interface switching instruction, displaying a to-do task list interface.

In the embodiment, the interface used to access the to-do task list is recorded as the list access interface. Optionally, the list access interface is displayed in the form of icons, where the display position and display form of the icons in the instant messaging software can be set according to actual conditions. For example, display icons in the form of floating buttons. For another example, the icon of the list access interface is added to the menu bar of instant messaging software. Among them, the menu bar can also have icons for entering the chat interface and icons for entering other interfaces (such as the icon for entering the address book, the icon for entering the discovery, At least one type of icon to enter the circle of friends). For another example, add a line to the list of the setting interface of instant messaging software (such as the address book interface or the discovery interface, etc.) to display the list access interface. At this time, the list access interface can be presented in the form of icons and/or text . In the embodiment, an example is described by adding an icon of a list access interface in the menu bar.

In the embodiment, the interface switching instruction is an instruction for displaying the to-do task list interface. Optionally, when it is detected that the icon of the list access interface receives a click operation, it is determined that an interface switching instruction is received. If the current interface is a chat interface, the interface switching instruction can be detected directly based on the list access interface icon in the chat interface. If the current interface is another interface, the user needs to start the instant messaging software, and after opening, the interface switching instruction can be detected based on the list access interface icon in the current interface. Optionally, a shortcut operation for setting the interface switching instruction is preset, where the shortcut operation may be a setting touch operation or a setting key operation, and when the shortcut operation is detected, it is determined that the interface switching instruction is received.

After receiving the interface switching instruction, the to-do task list interface is displayed.

For example, taking the current interface as the chat interface as an example, Figure 4 is the chat interface, referring to Figure 4, the chat interface is composed of a chat window 21 and a menu bar. The menu bar contains icons 22 for entering the chat interface and icons for the list access interface. 23 and so on, the chat window 21 displays a chat interface diagram with the sender. Receive the instant messaging message sent by the sender, and write "Complete the AA program design", "2019-02-14 09:28" and "Zhang San" into the to-do task list. If it is detected that the icon 23 of the list access interface displayed in the menu bar receives a click operation, the current interface is switched to the to-do task list interface. Fig. 6 is the to-do task list interface provided in the second embodiment of the application. At this time, the instant messaging software is switched from FIG. 4 to FIG. 6. Referring to FIG. 6, the to-do task list interface is composed of a list window 24 and a menu bar. Among them, the list window contains three sub-lists: "My To-Do", "To-be-finished" and "Cc My", and the headers of the three sub-lists respectively display the names of the sub-lists. Among them, "My To-Do" records key information about to-do tasks that other people send through instant messaging software and that the receiving end user has not yet performed. In Figure 6, "My To-Do" contains a to-do task, namely The task just written to the to-do list. "To be completed" records the key information of the to-do task that the receiving end user is already performing. Considering that in practical applications, when a user sends key information about a to-do task through an instant messaging message, he also wants other users to know or supervise the to-do task. At this time, the user can send a copy of the instant messaging message to other users. . Among them, the embodiment of the carbon copy rule is not limited. For example, the method of writing a name after the set symbol realizes adding a carbon copy person. Typically, if the CC sender and the recipient of the to-do task are in the same chat interface (such as the same chat group), the CC sender and the recipient can be written in an instant messaging message and sent once to notify the copy at the same time If the sender and receiver are not in the same chat interface, the sender and receiver can be written in an instant messaging message and sent twice to notify the sender and receiver respectively. When the time, the instant messaging software where the CC sender is located can write the key information of the to-do task written in the instant messaging message to the "CC to mine" in the to-do task list, so that the "CC to mine" can be sent at any time. Check the status of to-do tasks. Optionally, when the user on the receiving end starts to perform the to-do task recorded in "My To-Do", the instant messaging software moves the key information of the to-do task in "My To-Do" to "To-Done". In order to facilitate the user to view, there are expand and collapse buttons 25 in the three headers respectively. When it is detected that the expand and collapse buttons 25 in a certain header are clicked, if the to-do task recorded under the header is confirmed If the key information is in the expanded state (that is, displayed in the to-do task list interface), collapse all the key information of the to-do tasks recorded under the header. If it is confirmed that the key information of the to-do tasks recorded under the header is in the collapsed state (That is, it is not displayed in the to-do task list interface), the key information of all to-do tasks recorded under the header is displayed. Optionally, the expanded state and the collapsed state can be presented in the expand and collapse buttons 25. For example, the expand and collapse buttons 25 in FIG. 6 are in the expanded state, and when it is detected that the expand and collapse buttons 25 are in the collapsed state , The sharp corners on the buttons are in a horizontal state.

Optionally, when it is detected that the icon 22 that enters the chat interface in the menu bar is selected, the receiving end confirms to switch the to-do task list interface back to the current chat interface.

Solution 2: Send the key information of the to-do task to the setting application to confirm the to-do task based on the key information of the to-do task through the setting application.

Specifically, the application program is set as an application program with a function of recording to-do tasks, for example, an application program such as a calendar, a memo, or an electronic note. Typically, the setting application program and the instant messaging software can perform data communication through a set calling rule, wherein the specific content of the calling rule is not limited in the embodiment. After the instant messaging software obtains the key information of the to-do task, it sends the key information of the to-do task to the setting application, and the setting application establishes the to-do task based on the key information of the to-do task. Among them, the embodiment of the specific manner of setting the application to establish the to-do task is not limited.

Optionally, after the setting application creates the to-do task, the user at the receiving end can view the to-do task through the setting application. For example, when the application is set as a calendar, the user can view to-do tasks through the calendar. Figure 7 is a schematic diagram of the calendar interface provided in the second embodiment of the application. With reference to Figure 7, when the user views the calendar, there are to-do tasks recorded on the date corresponding to the completion deadline, which can be displayed as a title, and when the user is detected When the title is selected, the detailed content of the to-do task is displayed.

It is understandable that because the server has stored relevant information about the key information of the to-do task, and users on the sending end and the receiving end can access and edit the relevant information through the access path, at this time, in order to save the memory pressure on the receiving end, it is also It is not necessary to create to-do tasks locally, but to get to-do tasks based on relevant information in the server.

Step 290: Use the second display format to display the instant messaging message that does not contain the key information of the to-do task.

As mentioned above, storing the key information of the to-do task on the sending end through the server not only facilitates the access of the receiving end, but also reduces the amount of data processing at the receiving end. At the same time, instant messaging software can directly use the key information of the to-do task in its own to-do task list or settings. To-do tasks are created in a predetermined application, which is convenient for recording and user viewing of to-do tasks, and the creation process is simple, only the key information of the to-do tasks needs to be written, and the creation of to-do tasks can be completed in the chat process , Simplifies the creation process and enriches the functionality of instant messaging software.

Example three

FIG. 8 is a flowchart of a task creation method provided in Embodiment 3 of this application. This embodiment is embodied on the basis of the above-mentioned embodiment. Specifically, referring to FIG. 8, the task creation method provided in this embodiment specifically includes:

Step 310: Receive an instant messaging message sent by an instant messaging sender, where the instant messaging message contains text data.

Step 320: Confirm whether a setting symbol is included in the instant messaging message. If it is confirmed that the IM message contains the setting symbol, step 330 is executed, otherwise, step 360 is executed.

Exemplarily, the set symbol is at least one set of preset symbols, where each set of symbols may include one or more symbols, and when multiple symbols are included, the multiple symbols may be the same symbol or different symbols . When a group of symbols consists of multiple different symbols, the arrangement order of the symbols can be preset. It should be noted that when each group of symbols contains multiple symbols, each symbol may be continuous or non-continuous.

After receiving the instant messaging message, the receiving end reads the instant messaging message to identify all the symbols it contains, and then confirms whether all the symbols contain the set symbols, and if it contains the set symbols, confirm that the instant messaging message satisfies the to-do task Create a rule, and execute step 330, otherwise, stop the subsequent operation of creating the to-do task, and execute step 360. Optionally, when confirming whether all the symbols contain the set symbols, all the symbols may be grouped first, where the grouping rule embodiment is not limited, for example, continuous symbols are divided into a group, and symbols of the same type are divided into groups. Divide into a group and so on. Afterwards, compare each group of symbols with the set symbols to determine whether the set symbols are included. Among them, during the comparison, each group of symbols needs to be completely matched with the set symbols before the set of symbols is confirmed as the set symbols. For example, if the symbol is set to "##", if a group of symbols in the instant messaging message is "###", compared to the set of symbols, the group of symbols has one more "#", so it does not match exactly, so it is determined This group of symbols does not include setting symbols. For another example, if the symbol is set to “@@”, if a group of symbols in the instant messaging message is “@”, compared with the set symbol, the group of symbols is missing one “@”, so it does not match exactly, and then determine the The group symbol does not include the setting symbol. For another example, the set symbol is "##……##", where "..." is used to write text data. If a set of symbols in the instant messaging message is "##完设计##", confirm and set The specified symbol matches.

Optionally, a set of setting symbols corresponds to a key information of a to-do task. If a to-do task is set, at least two key information of the to-do task must be included, and only one set of setting symbols is recognized in the instant messaging message. That is, if the key information of only one to-do task is included, it is confirmed that the number of set symbols does not meet the preset number, and then it is determined that the instant messaging message does not contain the set symbols.

Step 330: Extract the key information of the to-do task in the instant messaging message based on the set symbol, and the key information of the to-do task and the set symbol satisfy the set position relationship.

Specifically, the key information of the to-do task and the set symbol satisfy the set position relationship. That is, the position relationship between the key information of the to-do task and the set symbol is preset, where the position relationship can be behind the symbol, in front of the symbol, or in the middle of the symbol. After identifying the set symbol, the key information of the to-do task corresponding to the set symbol is obtained according to the position relationship. For example, the key information of the set to-do task is located behind the set symbol. After the set symbol is identified, the text data behind the set symbol is obtained as the key information of the to-do task.

Step 340: Display the instant messaging message in the current interface, where the key information of the to-do task is displayed in the first display format.

The instant messaging message sent by the sender is displayed in the current interface. The instant messaging message contains text data, and the text data contains key information about to-do tasks. The key information of the to-do task is displayed in a first display format, which is different from the second display format, and the second display format is used to display instant messaging messages that do not contain the key information of the to-do task.

It should be noted that, in the embodiment, step 340 may be performed before step 330, that is, display first and then extract. Or, step 340 and step 330 are performed synchronously.

Step 350: Determine the to-do task associated with the key information of the to-do task.

Similarly, this step may specifically include: writing the key information of the to-do task into the to-do task list; and/or, sending the key information of the to-do task to the setting application, so that the setting application is based on the The key information of the to-do task creates the to-do task.

It is understandable that, in this embodiment, the instant messaging message may also include the access path. In this case, the instant messaging software can only use the access path to display the associated information in the server and the information or files that need to be downloaded by the user, while the task is to be done. The key information is obtained by identifying to-do task creation rules.

Step 360: Use the second display format to display instant messaging messages that do not contain key information about the to-do task.

As mentioned above, by pre-setting the to-do task creation rules, it is possible to automatically create to-do tasks by instant messaging messages that meet the to-do task creation rules during the instant messaging process, which simplifies the to-do task creation process and enriches the instant messaging software At the same time, by setting to-do task creation rules, the accuracy of to-do task creation can be improved, and the to-do task creation rules include setting symbols, which not only facilitates user input, but also enhances readability, even if not used The first display format can also make it clear to the user that the instant messaging message contains key information about the to-do task.

Example four

FIG. 9 is a flowchart of a task creation method provided by Embodiment 4 of this application. The task creation method provided in the embodiments can be executed by a task creation device, and the task creation device can be implemented by software and/or hardware. The task creation device can be composed of two or more physical entities, or one physical entity. Physical composition. For example, the task creation device may be a smart device used by a user such as a computer, a mobile phone, a tablet, or a smart interactive tablet.

Optionally, the task creation device is installed with at least one type of operating system, where the operating system includes but is not limited to the Android system, the IOS system, and the Windows system. The task creation device may be installed with at least one instant messaging software. Among them, instant messaging software is software that realizes online chat and communication through instant messaging technology. The instant messaging software can be an application that comes with the operating system, or it can be an application downloaded from a third-party device or server. Further, the task creation device may be instant messaging software. Typically, users can communicate with each other through the same instant messaging software. At this time, the task creation device that sends the message is called the instant messaging sender, or the sender for short. The task creation device that receives the message is called the receiving end, or receiving end for short. It is understandable that the task creation device installed with instant messaging software can be either the receiving end or the sending end. That is, the sending end and the receiving end are relative concepts, which are determined according to the receiving and sending parties in a communication process, where a communication process refers to the process of instant messaging messages from sending to receiving. In this embodiment, a communication process is taken as an example. At this time, the task creation method provided in this embodiment includes both the sending end and the receiving end.

Referring to Figure 9, the task creation method specifically includes:

Step 410: The instant messaging sender creates an instant messaging message and sends it to the instant messaging receiver. The instant messaging message contains text data, and the text data contains key information about the task to be done.

Specifically, the user enters the instant messaging message through the input box displayed in the chat interface of the sender. At this time, the sender can obtain the data in the input box to obtain the instant messaging message. It can also obtain the instant messaging message when the send button is detected and the click operation is received. In the instant messaging message in the input box, the send button is a virtual button for sending the instant messaging message, and the specific display position and display form of the embodiment are not limited. The sending end sends the acquired instant messaging message to the receiving end, where the specific communication method embodiment is not limited. In an embodiment, it is set that the instant messaging message includes text data, and the text data includes key information of the to-do task.

Step 420: The instant messaging receiver confirms that the text data contains the key information of the to-do task, and uses the first display format to display the key information of the to-do task. The first display format is different from the second display format. Instant messaging messages containing key information about to-do tasks.

At this point, the receiving end receives the instant messaging message, and then displays the instant messaging message on the current interface. Since the instant messaging message contains key information about the to-do task, when displaying the instant messaging message, the first display format is used to display the key to-do task information. Optionally, the instant messaging message is displayed on the chat interface of the sender at the same time, and the key information of the to-do task is displayed in the first display format.

Among them, the realization method of the instant messaging receiving end confirming that the text data contains the key information of the to-do task can be set according to the actual situation. For example, performing text recognition and/or semantic recognition on text data, and if it is confirmed that the text data contains a set keyword, it is determined that the to-do task creation rule is satisfied, that is, the key information of the to-do task is included. For another example, when the receiving end confirms that the instant messaging message contains the set symbol, it is determined that the key information of the to-do task is included. For another example, when the receiving end confirms that the access path of the relevant information is contained in the instant messaging message, it is determined that the to-do task creation rule is satisfied, that is, the key information of the to-do task is included. Taking the setting symbol as an example, at this time, the instant messaging receiving end confirms that the text data contains key information of the to-do task, including: the instant messaging receiving end confirms that the instant messaging message contains the setting symbol; the instant messaging receiving end is based on the design Set the symbol, extract the key information of the to-do task in the instant messaging message, and the key information of the to-do task and the set symbol meet the set position relationship.

Step 430: The instant messaging receiver determines the to-do task associated with the key information of the to-do task.

Specifically, after receiving the instant messaging message, the receiving end obtains the key information of the to-do task contained therein, and determines the corresponding to-do task according to the key information of the to-do task.

Wherein, when the receiving end determines the to-do task, it may be: the receiving end writes the key information of the to-do task into the to-do task list. At this point, the user can switch instructions through the interface to view the to-do task list interface. That is, the receiving end receives the interface switching instruction, and in response to the interface switching instruction, displays the to-do task list interface. When the receiving end determines the to-do task, it may also be: sending the key information of the to-do task to the setting application, so as to confirm the to-do task based on the key information of the to-do task through the setting application. At this point, the user can query the to-do task by viewing the setting application.

As mentioned above, the instant messaging message containing the key information of the to-do task is acquired and sent through the sending end. After the receiving end receives the instant messaging message containing the key information of the to-do task, it distinguishes and displays it, and confirms the related to-do task according to the key information of the to-do task. The technical means of tasks allows users to create to-do tasks to the chat partner during the chatting process using instant messaging software, which realizes the automatic creation of to-do tasks for users during the instant messaging process, without the need for users to manually create to-do tasks , Improve the user experience. In addition, the instant messaging messages with key information about to-do tasks can be distinguished and displayed, which can increase the probability of the receiving end user to consult the instant messaging message and give effective reminders.

It is understandable that this embodiment has the same functions as the receiving end and the sending end mentioned in the foregoing embodiment, and can achieve corresponding beneficial effects. For technical details not described in this embodiment, reference may be made to the foregoing embodiment.

Example five

FIG. 10 is a flowchart of a task creation method provided by Embodiment 5 of this application. This embodiment is embodied on the basis of the fourth embodiment. Specifically, referring to FIG. 10, the task creation method provided in this embodiment includes:

Step 510: The instant messaging sender obtains the instant messaging message.

Specifically, the sender obtains the instant messaging message input by the user through the input box displayed in the chat interface.

Among them, the instant messaging message contains text data, and the text data contains key information about to-do tasks.

Step 520: The instant messaging sender extracts the key information of the to-do task in the instant messaging message.

Specifically, when the sender extracts the key information of the to-do task, it can extract it according to the preset rules for creating the to-do task. At this time, this step specifically includes: when the instant messaging message satisfies the to-do task creation rule, extracting the key information of the to-do task in the instant messaging message.

Among them, the to-do task creation rule can be set according to the actual situation, for example, the to-do task creation rule is that one or more keywords are included in the instant messaging message. For another example, the to-do task creation rule is that the instant messaging message contains a setting symbol. In the embodiment, the instant messaging message contains a set symbol as an example for description. At this time, the step includes step 521 to step 522:

Step 521: Identify whether the instant messaging message contains a setting symbol. If the setting symbol is included, step 522 is executed, otherwise, the operation ends.

Step 522: Extract the key information of the to-do task in the instant messaging message based on the set symbol.

Wherein, the method for the sending end to identify the setting symbol and extract the key information of the to-do task is the same as the method for the receiving end to identify the setting symbol and extract the key information of the to-do task, and will not be repeated here.

It is understandable that when the to-do task creation rule is that one or more keywords are included in the instant messaging message, the receiving end and the sending end can share the same to-do task creation rule.

Step 530: The instant messaging sender uploads the key information of the to-do task to the server, and obtains the access path fed back by the server. The access path is the access path of the relevant information in the server, and the relevant information is generated when the server stores the key information of the to-do task. information.

Optionally, considering that in order to reduce the amount of data processing and storage at the receiving end, the server of the instant messaging software can be used to store key information about the task to be done. Among them, the instant messaging software on the receiving end and the sending end share the same server, and both can perform data communication with the server.

Specifically, after extracting the key information of the to-do task, the sender accesses the server and uploads the key information of the to-do task to the server. After the server receives the key information of the to-do task and stores the key information of the to-do task to obtain the relevant information, it obtains the storage address, generates an access path according to the storage address, and then feeds back the access path to the sending end. The embodiments of the communication protocol and communication process between the sending end and the server are not limited.

Step 540: The instant messaging sender adds the access path to the instant messaging message.

After the sender receives the access path, in order to enable the user at the receiving end to access the relevant information stored in the server, set the sender to add the access path to the instant messaging message. At this time, the adding location can be set according to the actual situation.

Step 550: The instant messaging sender sends the instant messaging message to the instant messaging receiver.

Specifically, the sending end sends the instant messaging message with the access path added to the receiving end. Optionally, after obtaining the access path, the sender displays an instant messaging message adding the access path in the input box, so that the sender user can be clear. Optionally, after the sender sends the instant messaging message, only the access path is displayed in the sent instant messaging message. At this time, the user at the sender can confirm the access path through the chat record.

Step 560: The instant messaging receiving terminal confirms that the text data contains the key information of the to-do task, and uses the first display format to display the key information of the to-do task, and uses the third display format to display the access path.

Wherein, the first display format is different from the second display format, and the second display format is used to display instant messaging messages that do not contain key information about the to-do task. The third display format may be the same as or different from the first display format, or the third display format may be different or the same as the second display format.

Step 570: The instant messaging receiving terminal receives the access path selection operation.

Step 580: In response to the access path selection operation, the instant messaging receiver obtains related information stored in the server through the access path.

Optionally, after obtaining relevant information, a data storage interface can be displayed on the receiving end, and the data storage interface displays relevant information stored in the server.

Step 590: The instant messaging receiver determines the to-do task associated with the key information of the to-do task.

As mentioned above, by accessing the server, it can be ensured that the sender will store the identified key information of the to-do task on the server, and the user at the sender and the user at the receiving end can obtain relevant information related to the key information of the to-do task through the access path, which reduces The amount of data storage on the sender and receiver.

It can be understood that, for technical details not provided in this embodiment, reference may be made to the above-mentioned Embodiment 1 to Embodiment 3, which have the same beneficial effects.

The following is an exemplary description based on the technical solutions provided by the foregoing embodiments.

Example 1: After obtaining the instant messaging message, the sender extracts the key information of the to-do task in the instant messaging message based on the set symbol, and sends the key information of the to-do task to the server. The server receives the key information of the to-do task and stores it to obtain the relevant information, generates an access path based on the storage address, and returns the access path to the sender. The sender writes the access path into the instant messaging message and sends it to the receiver. After receiving the instant messaging message, the receiving end determines that the instant messaging message contains the key information of the to-do task and the access path, and uses the first display format to display the key information of the to-do task and the third display format to display the access path. When the receiving end detects that the user selects the access path, it accesses the server through the access path and displays the data storage interface stored in the server. After that, the receiving end obtains the key information of the to-do task based on the relevant information in the data storage interface, and creates a pending task. Do tasks.

Example 2: After obtaining the instant messaging message, the sending end sends the instant messaging message to the receiving end. After determining that the instant messaging message contains key information of the to-do task based on the set symbol, the receiving end uses the first display format to display the instant messaging message. After that, the receiving end creates to-do tasks in the instant messaging software and the calendar based on the acquired key information of the to-do tasks.

Example 3: After obtaining the instant messaging message, the sender extracts the key information of the to-do task in the instant messaging message based on the set symbol, and sends the key information of the to-do task to the server. The server receives the key information of the to-do task and stores it to obtain the relevant information, generates an access path based on the storage address, and returns the access path to the sender. The sender writes the access path into the instant messaging message and sends it to the receiver. After the receiving end determines that the instant messaging message contains the key information of the to-do task and the access path based on the set symbol, the key information of the to-do task is displayed in the first display format, and the access path is displayed in the third display format. After that, the receiving end creates to-do tasks in the instant messaging software and the calendar based on the acquired key information of the to-do tasks. In the above process, the sending end user and the receiving end user can access the related information stored in the server through the access path, and then obtain the key information of the to-do task.

Example Six

FIG. 11 is a schematic structural diagram of a task creation apparatus provided by Embodiment 6 of this application. The task creation device of this embodiment is located in the receiving end. Referring to FIG. 11, the task creation apparatus includes: a message receiving module 601, a message display module 602, and a task creation module 603.

Wherein, the message receiving module 601 is used to receive the instant messaging message sent by the instant messaging sender, the instant messaging message contains text data; the message display module 602 is used to confirm that the text data contains key information about the to-do task, And display the instant messaging message in the current interface, wherein the key information of the to-do task is displayed in a first display format, the first display format is different from the second display format, and the second display format is used to display An instant messaging message that does not contain the key information of the to-do task; the task creation module 603 is used to determine the to-do task associated with the key information of the to-do task.

As mentioned above, by receiving the instant messaging message sent by the sender, and when the text data of the instant messaging message contains the key information of the to-do task, the key information of the to-do task in the instant messaging message is displayed in the first display format. Create to-do tasks with key information to do tasks. Among them, the first display format is different from the second display format, and the second display format is used to display instant messaging messages that do not contain key information about the to-do task. Through the above technical means, it is realized that to-do tasks are automatically created for users in the process of instant messaging, ensuring the timeliness and accuracy of creating to-do tasks, and there is no need for users to manually create to-do tasks. At the same time, users can access the recorded waiting tasks in real time. To do tasks, it is convenient to track the tasks to be done, which improves the user experience. In addition, distinguishing and displaying instant messaging messages with key information about to-do tasks can increase the probability of users viewing the instant messaging messages.

On the basis of the foregoing embodiment, the instant messaging message also includes the access path of the related information of the to-do task in the server, and the related information is the information generated when the server stores the key information of the to-do task. The creation device further includes: an operation receiving module, which is used to receive an access path selection operation after displaying an instant messaging message; and a server access module, which is used to obtain information stored in the server through the access path in response to the access path selection operation. The related information.

On the basis of the foregoing embodiment, it further includes: a verification module, which is configured to verify the to-do task executor after receiving the access path selection operation, and when the verification is passed, execute the access path selection operation in response to the Access path to obtain the operation of the related information stored in the server.

On the basis of the foregoing embodiment, the information display module is configured to display a data storage interface after obtaining the related information stored in the server through the access path in response to the access path selection operation, and the data storage Related information stored in the server is displayed on the interface.

On the basis of the foregoing embodiment, the access path is displayed in the current interface through a third display format.

On the basis of the above embodiment, the message display module 602 includes: a symbol confirmation unit for confirming that the instant messaging message contains a set symbol; and an extraction unit for extracting the instant messaging message based on the set symbol To-do task key information in the to-do task key information, the to-do task key information and the set symbol satisfy the set position relationship; the display unit is used to display the instant messaging message in the current interface, wherein the to-do task The key information is displayed in a first display format, the first display format is different from the second display format, and the second display format is used to display instant messaging messages that do not contain key information about the to-do task.

Based on the foregoing embodiment, the task creation module 603 is specifically configured to: write the key information of the to-do task into the to-do task list; and/or send the key information of the to-do task to the setting application , To confirm the to-do task based on the key information of the to-do task through the setting application.

On the basis of the above-mentioned embodiment, the task creation device further includes: an instruction receiving module for receiving an interface switching instruction after writing the key information of the to-do task into the to-do task list; an interface switching module for responding to The interface switching instruction displays the to-do task list interface.

The task creation apparatus provided in this embodiment can be used to execute the task creation method provided in any one of Embodiments 1 to 3, and has corresponding functions and beneficial effects.

Example Seven

FIG. 12 is a schematic structural diagram of a task creation apparatus provided by Embodiment 7 of this application. The task creation device of this embodiment is located in the sending end. Referring to FIG. 12, the task creation apparatus includes: a message creation module 701, a message display module 602, and a task creation module 603.

Wherein, the message creation module 701 is configured at the instant messaging sender, and is used to create an instant messaging message and send it to the instant messaging receiver. The instant messaging message contains text data, and the text data contains key information about to-do tasks. The message display module 602, configured at the instant messaging receiving end, is used to confirm that the text data contains key information of the to-do task, and display the key information of the to-do task in a first display format, the first display The format is different from the second display format. The second display format is used to display instant messaging messages that do not contain key information about the to-do task; the task creation module 603 is configured at the instant messaging receiving end and is used to determine To-do tasks associated with mission-critical information.

On the basis of the above-mentioned embodiment, the message creation module 701 specifically includes: an acquisition unit, which acquires instant messaging messages; an information extraction unit, which is configured to extract key information about pending tasks in the instant messaging messages; Upload the key information of the task to the server, and obtain the access path fed back by the server. The access path is the access path of related information in the server, and the related information is that the server stores the key information of the to-do task Information generated at the time; a path adding unit for adding the access path to the instant messaging message.

On the basis of the foregoing embodiment, the message display module 602 is further configured to display the access path in a third display format.

On the basis of the foregoing embodiment, it further includes: an operation receiving module, configured at the instant messaging receiving end, for receiving an access path selection operation; a server access module, configured at the instant messaging receiving end, for responding to the access path selection Operation, obtain the related information stored in the server through the access path.

The task creation device provided in this embodiment can be used to execute the task creation methods provided in the fourth to fifth embodiments, and has corresponding functions and beneficial effects.

Example eight

FIG. 13 is a schematic structural diagram of a task creation device provided by Embodiment 8 of this application. The task creation device can be the receiving end or the sending end. Specifically, as shown in FIG. 13, the task creation device includes a processor 80, a memory 81, an input device 82, an output device 83, a communication device 84, and a display screen 85; the number of processors 80 in the task creation device can be one or There are multiple, one processor 80 is taken as an example in FIG. 13; the processor 80, memory 81, input device 82, output device 83, communication device 84, and display screen 85 in the task creation equipment can be connected by a bus or other means. In 13 the connection via the bus is taken as an example.

As a computer-readable storage medium, the memory 81 can be used to store software programs, computer-executable programs, and modules, such as program instructions/modules corresponding to the receiving end in the task creation method in the embodiment of the present application (for example, in the task creation device The message receiving module 601, the message display module 602, and the task creation module 603), or the program instructions/modules corresponding to the sending end in the task creation method in the embodiment of the present application (for example, the message creation module 701 in the task creation device) . The processor 80 executes various functional applications and data processing of the task creation device by running the software programs, instructions, and modules stored in the memory 81, that is, implements the task creation methods mentioned in the foregoing embodiments.

The memory 81 may mainly include a program storage area and a data storage area. The program storage area may store an operating system and an application program required by at least one function; the data storage area may store data created according to the use of the task creation device. In addition, the memory 81 may include a high-speed random access memory, and may also include a non-volatile memory, such as at least one magnetic disk storage device, a flash memory device, or other non-volatile solid-state storage devices. In some examples, the memory 81 may further include a memory remotely provided with respect to the processor 80, and these remote memories may be connected to the task creation device through a network. Examples of the aforementioned networks include, but are not limited to, the Internet, corporate intranets, local area networks, mobile communication networks, and combinations thereof.

The input device 82 may be used to receive inputted numeric or character information, and generate key signal input related to user settings and function control of the task creation device. The output device 83 may include devices such as speakers. The communication device 84 is used for data communication with the server and other devices installed with instant messaging software. The display screen 85 can be used to display data according to the instructions of the processor 80, such as displaying the current chat interface, displaying key information of to-do tasks, and displaying the to-do task list interface. Optionally, the display screen 85 may be a display screen with a touch function.

The above task creation device can be used to execute the task creation method described in any of the above embodiments, and has corresponding functions and beneficial effects.

Example 9

An embodiment of the present application also provides a storage medium containing computer-executable instructions, which are used to perform a task creation method when the computer-executable instructions are executed by a computer processor, and the method includes:

Confirm that the text data contains the key information of the to-do task, and display the instant messaging message in the current interface, wherein the key information of the to-do task is displayed in a first display format, and the first display format is different from the first display format. 2. A display format, where the second display format is used to display instant messaging messages that do not contain key information about the to-do task;

Determine the to-do task associated with the key information of the to-do task.

Of course, a storage medium containing computer-executable instructions provided by the embodiments of the present application, and the computer-executable instructions are not limited to the method operations described above, and can also perform the tasks provided in any of the first to third embodiments of the present application Related operations in the creation method.

In addition, an embodiment of the present application also provides a storage medium containing computer-executable instructions, which are used to perform a task creation method when executed by a computer processor, the method including:

Of course, a storage medium containing computer-executable instructions provided by the embodiments of the present application, and the computer-executable instructions are not limited to the method operations described above, and can also execute the task creation methods provided in the fourth to fifth embodiments of the present application. Related operations in.

Through the above description of the implementation manners, those skilled in the art can clearly understand that this application can be implemented with the help of software and necessary general-purpose hardware. Of course, it can also be implemented by hardware, but in many cases the former is a better implementation. . Based on this understanding, the technical solution of the present application essentially or the part that contributes to the related technology can be embodied in the form of a software product, and the computer software product can be stored in a computer-readable storage medium, such as a computer floppy disk, Read-only memory (Read-Only Memory, ROM), random access memory (Random Access Memory, RAM), flash memory (FLASH), hard disk or optical disk, etc., including several instructions to make a computer device (which can be a personal computer, A server, or a network device, etc.) execute the method described in each embodiment of the present application.

It is worth noting that, in the above embodiment of the task creation device, the various units and modules included are only divided according to functional logic, but are not limited to the above division, as long as the corresponding functions can be realized; in addition, each The specific names of the functional units are only for the convenience of distinguishing each other, and are not used to limit the protection scope of the present application.

Claims

A task creation method, including:

Receiving an instant messaging message sent by an instant messaging sender, where the instant messaging message contains text data;

Confirm that the text data contains the key information of the to-do task, and display the instant messaging message in the current interface, wherein the key information of the to-do task is displayed in a first display format, and the first display format is different from the first display format. 2. A display format, where the second display format is used to display instant messaging messages that do not contain key information about the to-do task;

Determine the to-do task associated with the key information of the to-do task.
The task creation method according to claim 1, wherein the instant messaging message further includes an access path of the related information of the to-do task in the server, and the related information is that the server stores the to-do Information generated when mission-critical information;

After the displaying of the instant messaging message, it includes:

Receive access path selection operation;

In response to the access path selection operation, obtain the related information stored in the server through the access path.
The task creation method according to claim 2, wherein after the receiving the access path selection operation, the method comprises:

Perform verification of the performer of the to-do task, and when the verification is passed, perform an operation of obtaining the related information stored in the server through the access path in response to the access path selection operation.
The task creation method according to claim 2, wherein, after obtaining the related information stored in the server through the access path in response to the access path selection operation, the method further comprises:

A data storage interface is displayed, and the related information stored in the server is displayed on the data storage interface.
The task creation method according to claim 2, wherein the access path is displayed in the current interface in a third display format.
The task creation method according to claim 1, wherein said confirming that said text data contains key information of a to-do task comprises:

Confirm that the instant messaging message contains a setting symbol;

Based on the set symbol, extract the key information of the to-do task in the instant messaging message, and the key information of the to-do task and the set symbol satisfy the set position relationship.
The task creation method according to claim 1, wherein said determining the to-do task associated with the key information of the to-do task comprises:

Write the key information of the to-do task into the to-do task list; and/or,

The key information of the to-do task is sent to a setting application, so as to confirm the to-do task based on the key information of the to-do task through the setting application.
8. The task creation method according to claim 7, wherein after the key information of the to-do task is written into the to-do task list, the method comprises:

Receive interface switching instructions;

In response to the interface switching instruction, the to-do task list interface is displayed.
A task creation method, including:

The instant messaging sender creates an instant messaging message and sends it to the instant messaging receiver, the instant messaging message contains text data, and the text data contains key information about the task to be done;

The instant messaging receiving terminal confirms that the text data contains the key information of the to-do task, and displays the key information of the to-do task in a first display format. The first display format is different from the second display format, and the first display format is different from the second display format. 2. The display format is used to display instant messaging messages that do not contain key information about to-do tasks;

The instant messaging receiving terminal determines the to-do task associated with the key information of the to-do task.
9. The task creation method according to claim 9, wherein the instant messaging sender creating an instant messaging message comprises:

The instant messaging sender obtains instant messaging messages;

The instant messaging sender extracts the key information of the to-do task in the instant messaging message;

The instant messaging sender uploads the key information of the to-do task to the server, and obtains the access path fed back by the server, where the access path is the access path of the related information in the server, and the related information is all information. The information generated when the server stores the key information of the to-do task;

The instant messaging sender adds the access path to the instant messaging message.
The task creation method according to claim 10, wherein the access path is displayed in a third display format.
The task creation method according to claim 10, further comprising:

The instant messaging receiving terminal receives an access path selection operation;

In response to the access path selection operation, the instant messaging receiving end obtains the related information stored in the server through the access path.
The task creation method according to claim 9, wherein the instant messaging receiving end confirming that the text data contains key information of the to-do task comprises:

The instant messaging receiving end confirms that the instant messaging message contains a setting symbol;

The instant messaging receiving terminal extracts the key information of the to-do task in the instant messaging message based on the setting symbol, and the key information of the to-do task and the setting symbol satisfy the setting position relationship.
A task creation device includes:

The message receiving module is used to receive the instant messaging message sent by the instant messaging sender, and the instant messaging message contains text data;

The message display module is used to confirm that the text data contains key information of the to-do task, and display the instant messaging message in the current interface, wherein the key information of the to-do task is displayed in a first display format, and the first display format is used to display the key information of the to-do task. A display format is different from a second display format, and the second display format is used to display instant messaging messages that do not contain the key information of the to-do task;

The task creation module is used to determine the to-do task associated with the key information of the to-do task.
A task creation device includes:

The message creation module is configured at the instant messaging sending end, and is used to create an instant messaging message and send it to the instant messaging receiving end, the instant messaging message contains text data, and the text data contains key information about to-do tasks;

The message display module is configured at the instant messaging receiving end, and is used to confirm that the text data contains key information of the to-do task, and display the key information of the to-do task in a first display format, and the first display format is different In the second display format, the second display format is used to display instant messaging messages that do not contain key information about the to-do task;

The task creation module is configured at the instant messaging receiving end and used to determine the to-do task associated with the key information of the to-do task.
A task creation device, including:

One or more processors;

Memory, used to store one or more programs;

When the one or more programs are executed by the one or more processors, the one or more processors implement the task creation method according to any one of claims 1-8 or claim 9 -13 The task creation method described in any one.
A storage medium containing computer-executable instructions, wherein the computer-executable instructions are used to execute the task creation method as claimed in any one of claims 1-8 or as claimed in claim 9 when executed by a computer processor. -13 The task creation method described in any one.