WO2016154829A1 - Data processing method and system - Google Patents

Abstract

Disclosed are a data processing method and system, which are used for realizing intelligent and convenient information interaction between users having a cooperative relationship. The method comprises: receiving input data provided by a user end in a data processing system; based on the input data, acquiring association information associated with the input data, wherein the association information comprises: an information identification code corresponding to the input data and a user type corresponding to the user end; and storing the input data and the association information in an information interaction record corresponding to the information identification code and the user type, wherein the information interaction record comprises: interaction data and interaction time generated by performing data interaction in the same user end and/or between different user ends. The method improves the intelligence and convenience for performing information negotiation and data interaction between users.

Description

Data processing method and system Technical field

The present invention relates to the field of data processing technologies, and in particular, to a data processing method and system.

Background technique

After the rapid development of Internet technology in recent years, Internet-based social activities are becoming more and more convenient, and users can use different chat tools to communicate in real time. At present, there is often a cooperative relationship between individuals or companies. When communicating and negotiating documents, data, etc., the two parties who have a cooperative relationship usually use telephone, mail, etc.; when communicating by telephone, due to telephone communication The consistency requirements of the two parties are too high. Therefore, when either party is not convenient to answer the phone, the two parties cannot communicate and negotiate. The two parties communicate and negotiate via email. The two parties need to open the mailbox and check the email in real time. The operation is cumbersome. Therefore, the above-mentioned communication methods lead to the cooperation between the two parties in the negotiation of documents, data and other information, the various matters to be operated are complicated and the communication efficiency is too low.

Summary of the invention

To overcome the problems in the related art, the embodiments of the present invention provide a data processing method and system, which are used to implement intelligent and convenient information interaction between users having a cooperative relationship.

The present invention provides a data processing method for a data processing system, including:

Receiving input data provided by a client in the data processing system;

Acquiring the association information associated with the input data based on the input data; the association information includes: an information identification code corresponding to the input data and a user type corresponding to the user end;

And storing the input data and the association information into the information interaction code and the information interaction record corresponding to the user type; the information interaction record includes: data interaction between the same user terminal and/or between different user terminals Interaction data and interaction time.

In an embodiment, the input data provided by the user end in the receiving data processing system includes:

Providing a type selection control for the user to select an input type for inputting data;

Monitoring the input type selected by the user terminal based on the type selection control;

Receiving input data provided by the client under the input type.

In one embodiment, the obtaining association information associated with the input data includes:

Obtaining, according to the input type selected by the user terminal, a data interaction manner corresponding to the user input data in the current time; the data interaction manner includes: internal data interaction performed by the user end itself, and the user terminal and the user end External data interaction between other clients.

In one embodiment, the storing the input data and the association information into the information interaction code and the information interaction record corresponding to the user type, including:

Identifying whether the information identification code and the information interaction record corresponding to the user type already exist;

Recognizing that the information identification code and the information interaction record corresponding to the user type already exist, acquiring and displaying the historical information interaction record corresponding to the information identification code and the user type, and storing the input data and the associated information to the corresponding Information exchange record;

When it is recognized that the information identification code and the information interaction record corresponding to the user type do not exist, a corresponding information interaction record is created, and the input data and the association information are stored in the created information interaction record.

In an embodiment, the data processing method further includes:

Receiving an operation instruction triggered by the user end to view the information interaction record, and acquiring a user type and an information identification code corresponding to the user end;

And the historical data corresponding to the user type and the information identifier is invoked based on the user type and the information identifier; the historical data includes: information content and a creation time corresponding to different information content respectively;

The information interaction record corresponding to the historical data is displayed for the user to view.

In an embodiment, the data processing method further includes:

Receiving a data addition instruction triggered by the user end; the data adding instruction includes: adding an information interaction record to an instruction of the preset interaction item;

Identifying an input type used by the client to add the information interaction record;

And adding the information interaction record to the preset interaction item according to the added manner of the input type mapping according to the identified input type.

In one embodiment, the information interaction record is added to the preset interaction item according to the added manner of the input type mapping, based on the identified input type, including:

Identifying the input type as: when the data input is performed based on the internal data interaction, marking the user end as the creator of the information interaction record, acquiring the association addition information corresponding to the user end; adding the information to the association The information interaction record is added to the preset interaction item together;

Identifying the input type as: when the data input is performed based on the external data interaction, marking the interaction type as a negotiation type, acquiring the association addition information corresponding to the negotiation type, and two client terminals involved in the negotiation type; The two client terminals involved in the negotiation type respectively add the association addition information and the information interaction record to the preset interaction item.

In an embodiment, the two associations that are involved in the negotiation type are respectively added to the preset interaction item, and the information is added to the preset interaction item, including:

Adding the association information corresponding to the negotiation type and the information corresponding to the first user end to the first user end and the second user end of the negotiation type, and adding the information to the first user end In the preset interaction item, the association information and the information corresponding to the second user end are recorded and added to the same preset interaction item corresponding to the second user end.

In an embodiment, the data processing method further includes:

Receiving an operation instruction for allocating an interaction item, and generating corresponding identification information; the identification information is used to identify a corresponding different user end in the interaction item;

And receiving, according to the identification information, interaction data between different users, and monitoring a delivery process of the corresponding item in the interaction item.

In one embodiment, the monitoring the delivery process of the corresponding item in the interaction item comprises:

Receiving, by the third user end, a location acquisition request that carries the first identifier information; the first identifier information is used to identify the third user terminal;

Forwarding the location acquisition request to the fourth user end of the first identifier information mapping;

Receiving the location information returned by the fourth user terminal based on the location obtaining request, where the location information carries second identifier information used to identify the fourth user terminal;

Sending the location information to the third client, so that the third client monitors the delivery process of the corresponding item in the interaction item.

The embodiment of the invention further provides a data processing system, including:

a first receiving module, configured to receive input data provided by a user end in the data processing system;

An acquiring module, configured to acquire, according to the input data, association information associated with the input data, where the association information includes: an information identifier corresponding to the input data and a user type corresponding to the user end;

a storage module, configured to store the input data and associated information into the information interaction code and the information interaction record corresponding to the user type; the information interaction record includes: between the same user terminal and/or between different user terminals Interaction data and interaction time generated by data interaction.

In an embodiment, the first receiving module includes:

a control sub-module for providing a type selection control for the user to select an input type for inputting data;

a monitoring submodule, configured to monitor an input type selected by the user terminal based on the type selection control;

And a receiving submodule, configured to receive input data provided by the user terminal under the input type.

In an embodiment, the obtaining module is further configured to:

Obtaining, according to the input type selected by the user terminal, a data interaction manner corresponding to the user input data in the current time; the data interaction manner includes: internal data interaction performed by the user end itself, and the user terminal and the user end External data interaction between other clients.

In an embodiment, the storage module includes:

An identification submodule, configured to identify whether the information identification code and the information interaction record corresponding to the user type already exist;

a first storage submodule, configured to acquire and display the information identification code and the user type when the identification submodule recognizes that the information identification code and the information interaction record corresponding to the user type already exist Corresponding historical information is interactively recorded, and the input data and associated information are stored in a corresponding information interaction record;

a second storage sub-module, configured to: when the identification sub-module recognizes that the information identification code and the information interaction record corresponding to the user type do not exist, create a corresponding information interaction record, and store the input data and the association information to Created in the information interaction record.

In one embodiment, the data processing system further includes:

a second receiving module, configured to receive an operation instruction triggered by the user end to view the information interaction record, and acquire a user type and an information identification code corresponding to the user end;

a calling module, configured to invoke, according to the user type and the information identifier, historical data corresponding to the user type and the information identifier; the historical data includes: information content and a creation time corresponding to different information content respectively;

The display module is configured to display an information interaction record corresponding to the historical data for the user to view.

In one embodiment, the data processing system further includes:

a third receiving module, configured to receive a data addition instruction triggered by the user end; the data adding instruction includes: an instruction to add information interaction record to the preset interaction item;

An identification module, configured to identify an input type used by the user end to add the information interaction record;

And a adding module, configured to add the information interaction record to the preset interaction item according to the added manner of the input type mapping according to the identified input type.

In one embodiment, the add module is further configured to:

When the identification module recognizes that the input type is: performing data input based on internal data interaction, marking the user end as a creator of the information interaction record, and acquiring association addition information corresponding to the user end; Adding the association adding information and the information interaction record to the preset interaction item;

When the identification module identifies that the input type is: performing data input based on external data interaction, marking the interaction type as a negotiation type, acquiring association addition information corresponding to the negotiation type, and two types involved in the negotiation type. Client; two users involved based on the negotiation type And adding the association adding information and the information interaction record to the preset interaction item respectively.

In one embodiment, the add module is further configured to:

Adding the association information corresponding to the negotiation type and the information corresponding to the first user end to the first user end and the second user end of the negotiation type, and adding the information to the first user end In the preset interaction item;

Adding the association information and the information corresponding to the second user end to the first user end and the second user end involved in the negotiation type, and adding the same information to the second user end Preset interactive items.

In one embodiment, the data processing system further includes:

a generating module, configured to receive an operation instruction for allocating an interaction item, and generate corresponding identification information; the identifier information is used to identify a corresponding different user end in the interaction item;

The monitoring module is configured to receive and forward interaction data between different users according to the identification information, and monitor a delivery process of the corresponding item in the interaction item.

In an embodiment, the monitoring module comprises:

An acquiring sub-module, configured to receive a location acquisition request that is sent by the third user end, where the first identifier information is used, where the first identifier information is used to identify the third user end;

Forwarding submodule for:

Forwarding the location acquisition request to the fourth user end of the first identifier information mapping;

Receiving the location information returned by the fourth user terminal based on the location obtaining request, where the location information carries second identifier information used to identify the fourth user terminal;

Sending the location information to the third client, so that the third client monitors the delivery process of the corresponding item in the interaction item.

The technical solutions provided by the embodiments of the present invention may include the following beneficial effects:

The above technical solution realizes the intelligent and convenient information between the same user end and different user terminals in the data processing system, compared with the enterprise with the cooperative relationship, only through telephone and mail communication negotiation. Interaction.

Other features and advantages of the invention will be set forth in the description which follows, The objectives and other advantages of the invention may be realized and obtained by means of the structure particularly pointed in the appended claims.

The above general description and the following detailed description are intended to be illustrative and not restrictive.

The technical solution of the present invention will be further described in detail below through the accompanying drawings and embodiments.

DRAWINGS

The drawings are intended to provide a further understanding of the invention, and are intended to be a In the drawing:

1 is a flowchart of a data processing method according to an embodiment of the present invention;

2 is a flowchart of step S10 in a data processing method according to an embodiment of the present invention;

3 is a schematic diagram of a user operation interface provided by a data processing system according to an embodiment of the present invention;

4 is a flowchart of step S30 in a data processing method according to an embodiment of the present invention;

FIG. 5 is a flowchart of another data processing method according to an embodiment of the present invention;

6 is a flowchart of still another data processing method according to an embodiment of the present invention;

FIG. 7 is a flowchart of still another data processing method according to an embodiment of the present invention;

FIG. 8 is a flowchart of step S300 in a data processing method according to an embodiment of the present invention;

FIG. 9 is a schematic diagram of another user operation interface provided by the data processing system according to an embodiment of the present invention; FIG.

FIG. 10 is a block diagram of a data processing system according to an embodiment of the present invention; FIG.

11 is a block diagram of a first receiving module in a data processing system according to an embodiment of the present invention;

12 is a block diagram of a storage module in a data processing system according to an embodiment of the present invention;

FIG. 13 is a block diagram of another data processing system according to an embodiment of the present invention; FIG.

14 is a block diagram of still another data processing system according to an embodiment of the present invention;

FIG. 15 is a block diagram of still another data processing system according to an embodiment of the present invention; FIG.

16 is a block diagram of a monitoring module in a data processing system according to an embodiment of the present invention.

detailed description

Exemplary embodiments will be described in detail herein, examples of which are illustrated in the accompanying drawings. The following description refers to the same or similar elements in the different figures unless otherwise indicated. The embodiments described in the following exemplary embodiments do not represent all embodiments consistent with the present invention. Instead, they are merely examples of devices and methods consistent with aspects of the invention as detailed in the appended claims.

The embodiments of the present invention provide a data processing technology, which can be used in a data processing system. The foregoing techniques are respectively described in various embodiments.

Embodiment 1

The embodiment of the present invention provides a data processing method, which can be used in a data processing system. The system is open to a user, and a user can register a client in the system. A user who successfully registers the user can use the system to provide the system. The function. With this method, the system has the following functions, including: multi-users can negotiate the same data on the same platform provided by the system, and the system can record each user's data when reviewing the negotiation data. The historical negotiation record is carried out to facilitate the user to check the history and negotiation time of the data during the negotiation process. The client in the embodiment of the present invention includes but is not limited to an account, an account, a client application, and the like.

The embodiment of the invention provides a data processing method, which can be used in a digital processing system. As shown in FIG. 1 , the method includes steps S10-S30:

Step S10: Receive input data provided by a client in the data processing system.

In an embodiment, step S10 can be implemented in the following manner:

Method 1: Obtain the file provided by the client, identify the file, identify the preset type information, and use the preset type information as the data. For example, based on the above data processing system, the user can directly provide the actually used file or manually edited file, such as the price contract itself and the bill itself, and the data processing system extracts the file information provided by the user, and extracts the data processing. The input data required by the method, such as the price type and its corresponding amount, is used to perform subsequent numbers. According to the treatment. The above data can be a specific number, a non-numeric text, or a combination of text and numbers. The method can be conveniently connected with the file that the user is accustomed to use, and the user can extract the data to be processed by providing the data processing system with the ready-made file, so that the data processing system is more intelligent and convenient.

In the second method, each user end of each user type is assigned a respective user interface; the data input area is displayed in the user interface corresponding to the user end, and the input data provided by the user end in the data input area is obtained. That is, only the data input area needs to be provided in the user interface, and the user of the user end can input data in the corresponding data input area, which is quick and easy. The user type described in this embodiment can be understood as: the user role corresponding to the different document content that the user needs to negotiate; for example, in one embodiment, when the user of the user end conducts internal negotiation communication, the user The user type corresponding to the end is Owner (current user); when the user of the user end communicates externally, the user type corresponding to the user end is Client (Customer) or Vendor (Carrier).

Step S20: Acquire, according to the input data, association information associated with the input data, where the association information includes: an information identification code corresponding to the input data, and a user type corresponding to the user end;

The data processing system acquires association information associated with the input data according to the input data provided by the user end, wherein the association information includes an information identification code corresponding to the input data, for example, in one embodiment, if If the information is a price contract, the information identification code in the corresponding related information is the price contract ID; if the above information is a long bill, the corresponding information identification code is the bill ID. In addition, the association information further includes a user type corresponding to the user of the user end, for example, the user type is the foregoing Owner or a Client or a Vendor.

In an embodiment, the obtaining, by the data processing system, the association information associated with the input data further comprises: acquiring, according to the input type selected by the user terminal, a data interaction manner corresponding to the user input data at the current time; The data interaction mode includes: internal data interaction performed by the client itself, and external data interaction between the client and other clients. For example, the input type selected by the user is internal input, and the above-mentioned user type obtained by the system is Owner, corresponding to The data interaction mode in the obtained association information is: internal data interaction performed by the user itself; if the input type selected by the user is external input, and the user type obtained by the system is Client or Vendor, the associated information is obtained. The data interaction mode is: external data interaction between the client and other clients.

Step S30: The input data and the association information are stored in the information interaction code and the information interaction record corresponding to the user type; the information interaction record includes: data between the same user terminal and/or between different user terminals. The interaction data and interaction time generated by the interaction.

After the data processing system obtains the above-mentioned associated information, the input data of the user end and the associated information are stored in the database together; at the same time, in order to facilitate the subsequent inquiring of the relevant negotiation record at the user end, the system calls the relevant data, and the system will present the current user end. The provided input data and related association information are stored in: an information interaction record corresponding to the above information identification code and user type. The information interaction record includes: interaction data and interaction time generated when the client is the Owner, and the internal data is exchanged between the same user; and the user terminal serves as the client and/or the Vendor. Interaction data and interaction time generated when external data is exchanged with other clients.

The above method realizes intelligent and convenient information interaction between the same user end and different user terminals in the data processing system.

Embodiment 2

On the basis of the data processing method provided in the first embodiment, the user of the user terminal can select the input type used when inputting data according to the selection control on the user operation interface provided by the data processing system. Therefore, as shown in FIG. 2, the step S10 of the embodiment shown in FIG. 1 and the input data provided by the user end in the receiving data processing system can be implemented as steps S101-S103:

Step S101, providing a type selection control for the user to select an input type used for inputting data;

The data processing system provides a user operation interface for the user of the user end. On the user operation interface, the system provides a type selection control for the user of the user end to select the input type to be used when inputting data. For example, the system provides type selection controls including: internal type selection controls (Internal type selection controls) and external type selection controls such as partners (customers or carriers) Type selection control.

Step S102: Monitor an input type selected by the user terminal based on the type selection control;

Step S103: Receive input data provided by the user terminal under the input type.

The user selects the control based on the type provided by the system, selects the input type used by the input data, and the system monitors the input type selected by the user terminal based on the type selection control, and receives the input provided by the user terminal under the selected input type. Data, which in turn acquires associated information associated with the input data described above.

In one embodiment, for example, for online negotiation of price contracts and bills, when the user of the user enters and submits the content under the Internal type selection control, the system obtains the price contract ID (Tariff ID) and the interaction type (Discusstion). Type) is the associated information such as Internal and the current Owner of the price contract (for the current user), and then saves the input information as a Message and simultaneously saves the information interaction time such as the time when the chat information is created.

When the user of the user enters information and submits under the partner (customer or carrier) type selection control, the system will obtain the price contract ID, the Discussion Type as the negotiation type (Partner), and the current Owner of the price contract as the client (Client). Or associated information such as the carrier (Vendor), and then save the input information as a Message and simultaneously save the information interactive record such as the time when the chat information is created.

As shown in FIG. 3, the user operation interface diagram, in the interface diagram, the user terminal may choose to input data under the internal type selection control, or may select to input data under the partner type selection control.

The above method realizes the purpose of freely switching between different roles according to actual needs in the same data processing system, and improves the flexibility of data processing.

Embodiment 3

On the basis of the data processing method provided by any of the foregoing embodiments, in the information interaction record of the same user type and the information identification code corresponding to the same user end, when the system stores the input data provided by the user terminal this time, Identify whether the corresponding information interaction record already exists, and then perform the corresponding operation. Thus, as shown in FIG. 4, step S30 of the first embodiment shown in FIG. And storing the association information in the information interaction record corresponding to the information identifier and the user type, which may be implemented as steps S301-S303:

Step S301: Identify whether the information identification code and the information interaction record corresponding to the user type already exist;

When it is recognized that the information identification code and the information interaction record corresponding to the user type already exist, step S302 is performed, and the information identification code and the historical information interaction record corresponding to the user type are acquired and displayed, and the input data and the related information are obtained. Stored in the corresponding information interaction record;

When it is recognized that the information identification code and the information interaction record corresponding to the user type do not exist, step S303 is performed to create a corresponding information interaction record, and the input data and the association information are stored in the created information interaction record.

In an embodiment, whenever the user of the user terminal newly adds information under the Internal type selection control, the system determines the current Owner as described above, according to the current Owner and the corresponding information identification code such as the price contract ID or Bill ID information, obtain the previous information interaction record such as chat record, and then the system adds the new chat record to the corresponding chat record of Internal.

Correspondingly, if the information identification code and the information interaction record corresponding to the user type are not previously stored in the system, when the information interaction record is stored, the system creates a corresponding information interaction record, and stores the input data and the associated information to Created in the information interaction record. Then, whenever a new information interaction record is added, the system will record the corresponding Owner and information interaction record; for example, under the partner (customer or carrier) type selection control, when the customer or the carrier views the information interaction record, such as the chat record. The history and sending time sent by both parties will be viewed.

The above method stores the information interaction records of different user types corresponding to the same user end separately, and has normalized management of the utilization information, and is also convenient for the user end user to view the history record.

Embodiment 4

On the basis of the data processing method provided by any of the foregoing embodiments, the data processing system provides a historical data query function for the user end, that is, the user of the user end can refer to the historical data of the stored information interaction record at any time. The historical data of the user's user querying the stored information interaction record may be executed after the execution process of the embodiment described in FIG. 1, or may be performed before or may be performed with The operation of the embodiment of Figure 1 is performed simultaneously. The execution time of the query operation performed by the client is not limited in the embodiment of the present invention.

Therefore, as shown in FIG. 5, the query and display functions provided by the data processing method in the embodiment of the present invention may be implemented as steps S40-S60:

Step S40: Receive an operation instruction triggered by the user end to view the information interaction record, and obtain a user type and an information identification code corresponding to the user end.

In an embodiment, the data processing system receives the operation instruction triggered by the user end to view the information interaction record, and obtains the user type corresponding to the user end as the Owner or the Client or the Vendor, and obtains the information identification corresponding to the user end. The code, for example, obtains the corresponding price contract ID or bill ID.

Step S50: Calling, according to the user type and the information identification code, the historical data corresponding to the user type and the information identification code; the historical data includes: a creation time corresponding to the information content and the different information content respectively;

Step S60: Display information interaction records corresponding to the historical data for the user to view.

According to the obtained user type and the information identifier of the user end, for example, the obtained user type of the user end is Owner, that is, the internal interaction data corresponding to the user end is obtained; and the obtained price contract ID of the user end is 123456, the system is obtained. The information exchange record, such as a chat record, is performed internally by the client for a price contract with a price contract ID of 123456, and the chat record includes the chat content and the generation time of each piece of chat information. After the system finds the above information interaction record, the above information interaction record is displayed on the user operation interface for the user to view.

The above method realizes that the user end user can view the generated information interaction record corresponding to different user types and different information identification codes at any time.

Embodiment 5

Based on the data processing method provided by any of the above embodiments, the data processing system further provides a function of adding the information interaction record to a preset interaction item such as an order. Thus, as shown in FIG. 6, the data processing method of the present invention adds the information interaction record to the function in the preset interaction item, which can be implemented as steps S70-S90:

Step S70: Receive a data addition instruction triggered by the user end. The data addition instruction includes: an instruction to add information interaction record to the preset interaction item.

In one embodiment, the data processing system receives a user-triggered data addition instruction, the data addition instruction including an instruction to add an information interaction record to the preset interaction item; for example, receiving data for the interactive item of the order When an instruction is added, an information interaction record corresponding to one of the order IDs, such as a history chat record, is added to the order.

Step S80: Identify an input type used by the user end to add the information interaction record.

The system recognizes the input type used by the client to add the information interaction record, for example, to identify which relationship the client is added in the following relationship: the user type selected by the internal type selection control, and the client type by the partner type selection control Added, or added by the partner type selection control in Vendor's user type.

Step S90: Add the information interaction record to the preset interaction item according to the added manner of the input type mapping according to the identified input type.

Because the information flow direction of the different input types is different, the system adds the information interaction record to the preset interaction item according to the added manner corresponding to the input type based on the identified input type.

If the system recognizes that the input type of the user is: when the data is input based on the internal data interaction, the user is marked as the creator of the information interaction record, and the associated information added by the user end is obtained; Information is added to the preset interaction item along with the information interaction record. The system recognizes that the input type of the client is: when the data is input based on the external data interaction, the interaction type is marked as a negotiation type, and the association addition information corresponding to the negotiation type and the two clients involved in the negotiation type are obtained; The two user terminals involved in the negotiation type respectively add the association addition information and the information interaction record to the preset interaction item. For example, based on the first user end and the second user end of the negotiation type, the association adding information corresponding to the negotiation type and the information corresponding to the first user end are interactively recorded and added to the first user end. Corresponding to the preset interaction item; at the same time, the association addition information and the information corresponding to the second user end are interactively recorded and added to the same location corresponding to the second user end In the preset interaction project.

In an embodiment, when the user adds an information interaction record, such as a chat record, under the internal type selection control, that is, the internal tab, the system adds an instruction ID (Order ID), a user ID corresponding to the client, and a company ID. Add associated information such as the internal (Side (Internal)), Add At, Add User (Author) and other information to add to the database; if you add a new Internal chat later When recording, the system will get the previous chat record and display it on the interface; if there is no chat record, the system will create a new record and save it to the database table.

When the client adds an information interaction record, such as a chat record, under the Client tab of the partner type selection control, the system adds the association information, the information such as the Discussion Type, the Order ID, the Company ID, the Side (Client), the Create At, and the information interaction record. Add a Message record to the database. In this application scenario, the system adds two records, and saves the chat record to the Client Side (client side) on the Vendor side of the partner. The chat record is the chat record sent by Vendor itself; and the chat record is saved on the client side of the partner. To the Vendor Side (contractor side), the chat record is the chat history that Vendor sent to the client.

When the user adds an information interaction record, such as a chat record, under the Vendor tab of the partner type selection control, the system adds the association information, information exchange record, and the associated information such as the Discussion Type, the Order ID, the Company ID, the Side (Vendor), and the Create At. Add a Message record to the database. In this application scenario, the system will also add two records. The partner's client side will save the chat record in the Vendor Side, which is the chat log sent by Vendor to the client; also on the partner's Vendor side. Save the above chat log to the Client Side, which is the chat log that Vendor sent to the client.

In the above application method, in the specific application scenario, the information interaction record in the negotiation process, such as the price contract chat record, is added to the order formed by the price contract, so as to facilitate tracking and follow-up of the entire project process.

Embodiment 6

Based on the data processing method provided by any of the foregoing embodiments, the data processing system further provides The following functions are provided: the above-mentioned preset interactive items are allocated as orders, and the shipping process of the corresponding items of the order is monitored. Thus, as shown in FIG. 7, the data processing system assigns a preset interaction item and monitors the transportation process of the interaction item, which can be implemented as steps S200-S300:

Step S200: Receive an operation instruction for allocating an interaction item, and generate corresponding identification information; the identifier information is used to identify a different user end corresponding to the interaction item.

In one embodiment, the data processing system receives the triggered operational command for assigning the interactive item, which may be triggered by the corresponding client or automatically triggered by the system according to its configuration. The system generates corresponding identification information in response to the operation instruction for allocating the interaction item, and the generated identification information is used to identify different users in the interaction item. The system may separately generate, for each different user end, an identification information that uniquely identifies the user end.

Step S300: Receive and forward interaction data between different user terminals according to the identification information, and monitor a delivery process of the corresponding item in the interaction item.

In an embodiment, different users can perform real-time communication and communication based on an application (APP) corresponding to the data processing system, thereby implementing the purpose of monitoring the transportation process of the corresponding items in the interactive item.

In an embodiment, step S300, monitoring the transportation process of the corresponding item in the interaction item, may be implemented as steps S310-S340 as shown in FIG. 8:

Step S310, receiving a location acquisition request that is sent by the third user end and carrying the first identifier information; the first identifier information is used to identify the third user end; step S320, forwarding the location acquisition request to the first identifier a fourth user end of the information mapping; step S330, receiving location information returned by the fourth user terminal based on the location obtaining request, where the location information carries second identity information for identifying a fourth user terminal; step S340 And sending the location information to the third user end, so that the third user terminal monitors a delivery process of the item corresponding to the interaction item.

In one embodiment, when the order is assigned, the system will generate two identification information (Token ID), one is to identify the shipper's identification information (Shipper Token ID), and the other is to identify the recipient's identification information ( Consignee Token ID). When the order is assigned to an online truck, the system generates an identification line. The unique identification information of the truck (Driver Token ID). At the same time, the Driver Token ID will save the Shipper Token ID and the Consignee Token ID. It can be judged whether the Shipper and Consignee are online by judging whether there is a corresponding Token ID.

When the above three clients: the shipper client, the receiver client and the truck driver user who carries the corresponding item, based on the APP for real-time communication, the shipper and the receiving convenience can monitor the position information of the truck in real time. Based on the user operation interface as shown in FIG. 9, for example, after the goods corresponding to the order are picked up, the truck driver can communicate with the shipper or the receiver in real time, and the receiving party can ask the truck driver to report the current while chatting. The location, through GPS positioning, feedback the location to the recipient. For example, the receiving party is based on the data processing system, and the APP can obtain the location information of the online truck through the delivery party; the receiving party can also directly communicate with the online truck based on the data processing system, and directly obtain the online truck. Location information. When the above three clients, that is, the shipper client, the receiver client, and the online truck client, perform real-time communication, the chat record will be saved in the corresponding Token ID, and the view based on the APP of either party is based on When the chat record of the order is recorded, the user does not need to trigger the second query instruction, and only needs to find the record corresponding to the Token ID, so that the chat record of the relevant parties on the corresponding order can be viewed, thereby avoiding the user experience being affected by more queries. , also improved the system system.

According to the above method, based on the data processing system, enterprise users can communicate online with partners on an order basis, and online communication can also be carried out for price contracts and bills. Online communication of users can replace mail communication and is based on The communication information of each object is saved in the database corresponding to the data processing system.

The data processing system includes a first receiving module 110, an obtaining module 120, and a storage module 130, as shown in FIG.

The first receiving module 110 is configured to receive input data provided by a user end in the data processing system;

In one embodiment, the first receiving module 110 receiving the input data provided by the user end in the data processing system may be implemented in the following manner:

The first receiving module 110 obtains the file provided by the user, identifies the file, identifies the preset type information, and uses the preset type information as the data. For example, based on the above data processing system, the user can directly provide the actually used file or manually edited file, such as the price contract itself and the bill itself, and the data processing system extracts the file information provided by the user, and extracts the data processing. The input data required by the method, such as the price type and its corresponding amount, is used for subsequent data processing. The above data can be a specific number, a non-numeric text, or a combination of text and numbers. The method can be conveniently connected with the file that the user is accustomed to use. The user can extract the data to be processed by the first receiving module 110, so that the data processing system is more intelligent and convenient.

The first receiving module 110 allocates a respective user interface for each user end of the different user types; the data input area is displayed in the user interface corresponding to the user end, and the first receiving module 110 acquires the user end in the data input area. Input data provided. That is, only the data input area needs to be provided in the user interface, and the user of the user end can input data in the corresponding data input area, which is quick and easy. The user type described in this embodiment can be understood as: the user role corresponding to the different document content that the user needs to negotiate; for example, in one embodiment, when the user of the user end conducts internal negotiation communication, the user The user type corresponding to the end is Owner (current user); when the user of the user end communicates externally, the user type corresponding to the user end is Client (Customer) or Vendor (Carrier).

The obtaining module 120 is configured to acquire, according to the input data, association information associated with the input data, where the association information includes: an information identifier corresponding to the input data and a user type corresponding to the user end;

The obtaining module 120 acquires the association information associated with the input data according to the input data provided by the user terminal, where the association information includes an information identification code corresponding to the input data, for example, in one embodiment, if If the information is a price contract, the information identification code in the corresponding related information is the price contract ID; if the above information is a long bill, the corresponding information identification code is the bill ID. In addition, the association information further includes a user type corresponding to the user of the user end, for example, the user type is the foregoing Owner or a Client or a Vendor.

In an embodiment, the obtaining, by the obtaining module 120, the association information associated with the input data further includes: acquiring, according to the input type selected by the user terminal, a data interaction manner corresponding to the user input data at the current time; The data interaction mode includes: internal data interaction performed by the client itself, and external data interaction between the client and other clients. For example, the input type selected by the user is an internal input, and the user type obtained by the obtaining module 120 is the Owner, and the data interaction manner in the associated information obtained is: internal data interaction performed by the user itself; if the user selects The input type of the input is external input, and the data type obtained by the obtaining module 120 is Client or Vendor, and the data interaction manner in the associated information obtained is: external data interaction between the user end and other user terminals.

The storage module 130 is configured to store the input data and the associated information into the information interaction code and the information interaction record corresponding to the user type; the information interaction record includes: between the same user terminal and/or different user terminals. Interaction data and interaction time generated by data interaction.

After the obtaining module 120 obtains the association information, the storage module 130 stores the input data of the user end and the associated information in the database together; at the same time, in order to facilitate the subsequent query of the related negotiation record at the user end, the system calls the related data, and the storage module 130 The input data and related association information provided by the client are stored in the information interaction record corresponding to the information identifier and the user type. The information interaction record includes: interaction data and interaction time generated when the client is the Owner, and the internal data is exchanged between the same user; and the user terminal serves as the client and/or the Vendor. Interaction data and interaction time generated when external data is exchanged with other clients.

The above method realizes intelligent and convenient information interaction between the same user end and different user terminals in the data processing system.

Based on the data processing system provided in the first embodiment, the user of the user terminal can select the input type used when inputting data according to the selection control on the user operation interface provided by the data processing system. Thus, as shown in FIG. 11 , the first receiving module 110 includes: a control sub-module 111 , a monitoring sub-module 112 , and a receiving sub-module 113 .

The control sub-module 111 is configured to provide a type selection control for the user to select input data. Input type

The data processing system provides a user operation interface for the user of the user terminal. On the user operation interface, the control sub-module 111 provides a type selection control for the user of the user terminal to select the input type to be used when inputting data. For example, the type selection control provided by the control sub-module 111 includes: an internal type selection control (Internal type selection control) and an external type selection control such as a partner (customer or carrier) type selection control.

The monitoring submodule 112 is configured to monitor an input type selected by the user terminal based on the type selection control;

The receiving sub-module 113 is configured to receive input data provided by the user terminal under the input type.

The user terminal selects a control based on the type provided by the system, selects an input type used by the input data, and the monitoring submodule 112 monitors the input type selected by the user terminal based on the type selection control, and the receiving submodule 113 receives the selected end of the user terminal. Enter the input data provided under the type to obtain the associated information associated with the above input data.

In one embodiment, for example, for online negotiation of price contracts and bills, when the user of the user enters content and submits under the Internal type selection control, the receiving sub-module 113 obtains a price contract ID (Tariff ID), interaction. The type (Discusstion Type) is associated information such as Internal and the current Owner of the price contract (for the current user), and then the input information is saved as a Message and the information of the time when the chat information is created is also recorded.

When the user of the user enters information and submits under the partner (customer or carrier) type selection control, the receiving sub-module 113 obtains the price contract ID, the Discussion Type is the negotiation type (Partner), and the current Owner of the price contract is the customer. (Client) or carrier (Vendor) and other related information, and then save the input information as a Message and simultaneously save the information such as the time when the chat information is created.

As shown in FIG. 3, the user operation interface diagram, in the interface diagram, the user terminal may choose to input data under the internal type selection control, or may select to input data under the partner type selection control.

The above method realizes that in the same data processing system, the user end user is based on actual needs. The purpose of freely switching between different roles increases the flexibility of data processing.

On the basis of the data processing system provided in any of the above embodiments, in the information interaction record of the same user type and the information identification code corresponding to the same user end, the storage module 130 in the data processing system stores the user terminal. When the input data is provided, it is identified whether the corresponding information interaction record already exists, and then the corresponding operation is performed. Thus, as shown in FIG. 12, the storage module 130 includes an identification submodule 131, a first storage submodule 132, and a second storage submodule 133.

The identification sub-module 131 is configured to identify whether the information identification code and the information interaction record corresponding to the user type already exist; when the identification sub-module 131 identifies that the information identification code and the information interaction record corresponding to the user type already exist The first storage sub-module 132 acquires and displays the information identification code and the history information interaction record corresponding to the user type, and stores the input data and the association information into the corresponding information interaction record; in the identification sub-module The first storage sub-module 133 creates a corresponding information interaction record, and stores the input data and the association information into the created information interaction record.

In an embodiment, each time the user of the user end newly adds information under the Internal type selection control, the identification sub-module 131 determines the current Owner as described above, according to the current Owner and the corresponding information identification code such as the price. The contract ID or bill ID information is used to obtain a previous information interaction record such as a chat record, and then the first storage sub-module 132 adds the new chat record to the corresponding chat record of the Internal.

Correspondingly, if the storage module 130 does not store the information identification code and the information interaction record corresponding to the user type, the second storage sub-module 133 creates a corresponding information interaction record when the information interaction record is stored. The input data and associated information are stored in the created information interaction record. Then, whenever a new information interaction record is added, the first storage sub-module 132 will record the corresponding Owner and the information interaction record; for example, under the partner (customer or carrier) type selection control, when the customer or the carrier views the information When an interactive record, such as a chat log, will be viewed, the history and sending time sent by both parties will be viewed.

The above method stores the information interaction records of different user types corresponding to the same user end separately, and has normalized management of the utilization information, and is also convenient for the user end user to view the history record.

On the basis of the data processing system provided by any of the foregoing embodiments, the data processing system provides a historical data query function for the user end, that is, the user of the user end can refer to the historical data of the stored information interaction record at any time. As shown in FIG. 13, the data processing system further includes: a second receiving module 140, a calling module 150, and a display module 160.

The second receiving module 140 is configured to receive an operation instruction triggered by the user end to view the information interaction record, and acquire a user type and an information identification code corresponding to the user end;

In an embodiment, when the second receiving module 140 receives the operation instruction triggered by the user end to view the information interaction record, the second user receiving module is configured to obtain the user type corresponding to the user end as the Owner or the Client or the Vendor, and obtain the corresponding The information identification code, for example, obtains the corresponding price contract ID or bill ID.

The calling module 150 is configured to invoke, according to the user type and the information identifier, historical data corresponding to the user type and the information identifier; the historical data includes: information content and a creation time corresponding to different information content respectively;

The display module 160 is configured to display an information interaction record corresponding to the historical data for the user to view.

According to the user type and the information identification code corresponding to the user end acquired by the second receiving module 140, for example, the acquired user type of the user end is Owner, that is, the internal interaction data corresponding to the user end is acquired; and the acquired price contract ID of the user end is obtained. If it is 123456, the calling module 150 calls the information exchange record, such as a chat record, that the client internally performs for the price contract with the price contract ID 123456, and the chat record includes the chat content and the generation time of each chat information. After the calling module 150 finds the above information interaction record, the display module 160 displays the above information interaction record on the user operation interface for the user to view.

The above method realizes that the user end user can view the generated information interaction record corresponding to different user types and different information identification codes at any time.

Based on the data processing system provided by any of the above embodiments, the data processing system further provides a function of adding the above information interaction record to a preset interaction item such as an order. Thus, as shown in FIG. 14, the data processing system further includes: a third receiving module 170, an identifying module 180, and an adding module 190.

The third receiving module 170 is configured to receive a data addition instruction triggered by the user end, where the data adding instruction includes: adding an information interaction record to an instruction of the preset interaction item;

In one embodiment, the third receiving module 170 receives a data triggering instruction triggered by the client, the data adding instruction including an instruction to add the information interaction record to the preset interaction item; for example, the information corresponding to the price contract ID The interaction record is added to the order generated by the price contract.

The identification module 180 is configured to identify an input type used by the user end to add the information interaction record;

The identification module 180 identifies the input type used by the client to add the information interaction record, for example, identifying which relationship the client is added under the following relationship: through the Internal type selection control, through the partner type selection control to the Client Added by the user type, or added by the partner type selection control in Vendor's user type.

The adding module 190 is configured to add the information interaction record to the preset interaction item according to the added manner of the input type mapping according to the identified input type.

Since the information flow corresponding to the different input types is different, the adding module 190 adds the information interaction record to the preset according to the adding manner corresponding to the input type, based on the input type recognized by the identifying module 180. In an interactive project.

If the identification module 180 recognizes that the input type of the user terminal is: performing data input based on the internal data interaction, the adding module 190 marks the creator of the information exchange record by the user terminal, and acquires the associated addition information corresponding to the user end; Adding the association addition information and the information interaction record to the preset interaction item. The identification module 180 identifies that the input type of the user terminal is: when the data input is performed based on the external data interaction, the adding module 190 marks the interaction type as a negotiation type, acquires the association added information corresponding to the negotiation type, and the two types involved in the negotiation type. a user terminal; based on the two client terminals involved in the negotiation type, the adding module 190 adds the association adding information and the information interaction record to the preset interaction item respectively. For example, based on the first user end and the second user end involved in the negotiation type, the adding module 190 adds the association information corresponding to the negotiation type and the information corresponding to the first user end to the first record. a predetermined interaction item corresponding to a user terminal; at the same time, the adding module 190 associates the association Adding information and the information interaction record corresponding to the second user end are added to the same preset interaction item corresponding to the second user end.

In an embodiment, when the user adds an information interaction record, such as a chat record, under the internal type selection control, that is, the internal tab, the adding module 190 adds an instruction ID (Order ID) and a user ID corresponding to the client (Company ID). ), add the type of internal (Side (Internal)), add a scene (Create At), add a user name (Author) and other associated add information and information interaction record (Message) added to the database; if you add new after During the internal chat record, the display module 160 will retrieve the previous chat record and display it on the interface; if there is no chat record, the storage module 103 will create a new record to be saved in the database table.

When the client adds an information interaction record, such as a chat record, under the Client tab of the partner type selection control, the adding module 190 adds information and information to the Association Type, Order ID, Company ID, Side (Client), Create At, and the like. Interactive records such as Message records are added to the database. In the application scenario, the adding module 190 adds two records, and saves the chat record to the Client Side (client side) on the Vendor side of the partner, and the chat record is the chat record sent by Vendor itself; and is added on the partner side of the partner. Module 190 adds a chat log to the Vendor Side (the contractor side), which is a chat log sent by Vendor to the Client.

When the client adds an information interaction record such as a chat record under the Vendor tab of the partner type selection control, the adding module 190 adds information and information to the Association Type, the Order ID, the Company ID, the Side (Vendor), the Create At, and the like. Interactive records such as Message records are added to the database. In the application scenario, the adding module 190 also adds two records. On the client side of the partner, the adding module 190 will save the chat record in the Vendor Side, which is recorded as a chat record sent by Vendor to the client; The module 190 also saves the above chat record to the Client Side on the partner's Vendor side, which is a chat record that Vendor sends to the client himself.

The above method, in a specific application scenario, realizes that the information interaction record in the negotiation process, such as the price contract chat record, is added to the order formed by the price contract, which is convenient for the entire project. Tracking and follow-up of the process.

Based on the data processing method provided by any of the above embodiments, the data processing system further provides the following functions: allocating the preset interaction item, such as an order, and monitoring the delivery process of the item corresponding to the order. Thus, as shown in FIG. 15, the data processing system further includes: a generating module 200 and a monitoring module 210.

The generating module 200 is configured to receive an operation instruction for allocating an interaction item, and generate corresponding identification information, where the identifier information is used to identify a corresponding different user end of the interaction item;

In one embodiment, the generating module 200 receives the triggered operation instruction for allocating the interaction item, and the operation instruction may be triggered by the corresponding user terminal, or may be automatically triggered by the system according to its configuration. The generating module 200 generates corresponding identification information in response to the operation instruction for allocating the interaction item, and the generated identification information is used to identify different users in the interaction item. The generating module 200 may separately generate, for each different user end, identifier information that uniquely identifies the user end.

The monitoring module 210 is configured to receive and forward interaction data between different users according to the identification information, and monitor a delivery process of the corresponding item in the interaction item.

In an embodiment, different users can perform real-time communication and communication based on an application (APP) corresponding to the data processing system, thereby implementing the purpose of monitoring the transportation process of the corresponding items in the interactive item.

In an embodiment, as shown in FIG. 16, the monitoring module 210 includes: an obtaining submodule 211 and a forwarding submodule 212.

The obtaining sub-module 211 is configured to receive a location obtaining request that is sent by the third user end and that carries the first identifier information, where the first identifier information is used to identify the third user terminal;

The forwarding sub-module 212 is configured to forward the location obtaining request to the fourth user end of the first identifier information mapping, and receive the location information returned by the fourth user terminal based on the location acquiring request, where The location information carries second identification information for identifying the fourth user end; the location information is sent to the third user end, so that the third user terminal monitors the delivery process of the corresponding item in the interaction item.

In one embodiment, when the order is allocated, the generating module 200 will generate two identification information (Token ID), one is to identify the sender's identification information (Shipper Token ID), and the other is to identify the identifier of the consignee. Information (Consignee Token ID). When the order is assigned to the on-line truck, the generation module 200 generates a unique identification information (Driver Token ID) identifying the truck on the line. At the same time, the Driver Token ID will save the Shipper Token ID and the Consignee Token ID. It can be judged whether the Shipper and Consignee are online by judging whether there is a corresponding Token ID.

When the above three clients: the shipper client, the receiver client and the truck driver user who carries the corresponding item, based on the APP for real-time communication, the shipper and the receiving convenience can monitor the position information of the truck in real time. Based on the user operation interface as shown in FIG. 9, for example, after the goods corresponding to the order are picked up, the truck driver can communicate with the shipper or the receiver in real time, and the receiving party can ask the truck driver to report the current while chatting. The location, through GPS positioning, feedback the location to the recipient. For example, the receiving party is based on the data processing system, and the APP can obtain the location information of the online truck through the delivery party; the receiving party can also directly communicate with the online truck based on the data processing system, and directly obtain the online truck. Location information. When the above three clients, that is, the shipper client, the receiver client, and the online truck client, perform real-time communication, the chat record will be saved in the corresponding Token ID, and the view based on the APP of either party is based on When the chat record of the order is recorded, the user does not need to trigger the second query instruction, and only needs to find the record corresponding to the Token ID, so that the chat record of the relevant parties on the corresponding order can be viewed, thereby avoiding the user experience being affected by more queries. , also improved the system system.

According to the above method, based on the data processing system, enterprise users can communicate online with partners on an order basis, and online communication can also be carried out for price contracts and bills. Online communication of users can replace mail communication and is based on The communication information of each object is saved in the database corresponding to the data processing system.

Those skilled in the art will appreciate that embodiments of the present invention can be provided as a method, system, or computer program product. Accordingly, the present invention may take the form of an entirely hardware embodiment, an entirely software embodiment, or a combination of software and hardware. Moreover, the present invention may employ computer-usable storage media (including but not limited to disks) in one or more of the computer-usable program code embodied therein. A form of computer program product embodied on a memory and optical storage, etc.).

It is apparent that those skilled in the art can make various modifications and variations to the invention without departing from the spirit and scope of the invention. Thus, it is intended that the present invention cover the modifications and modifications of the invention

Claims (20)

A data processing method for a data processing system, comprising: Receiving input data provided by a client in the data processing system; Acquiring the association information associated with the input data based on the input data; the association information includes: an information identification code corresponding to the input data and a user type corresponding to the user end; And storing the input data and the association information into the information interaction code and the information interaction record corresponding to the user type; the information interaction record includes: data interaction between the same user terminal and/or between different user terminals Interaction data and interaction time. The method of claim 1 wherein The input data provided by the user end in the receiving data processing system includes: Providing a type selection control for the user to select an input type for inputting data; Monitoring the input type selected by the user terminal based on the type selection control; Receiving input data provided by the client under the input type. The method of claim 2 wherein And obtaining the associated information associated with the input data, including: Obtaining, according to the input type selected by the user terminal, a data interaction manner corresponding to the user input data in the current time; the data interaction manner includes: internal data interaction performed by the user end itself, and the user terminal and the user end External data interaction between other clients. The method of claim 1 wherein The storing the input data and the association information into the information interaction code and the information interaction record corresponding to the user type, including: Identifying whether the information identification code and the information interaction record corresponding to the user type already exist; Recognizing that the information identification code and the information interaction record corresponding to the user type already exist, acquiring and displaying the historical information interaction record corresponding to the information identification code and the user type, and storing the input data and the associated information to the corresponding Information exchange record; Recognizing that the information identification code and the information corresponding to the user type do not exist when the interaction record is created Corresponding information interaction record, storing the input data and associated information into the created information interaction record. The method of any of claims 1 to 4, further comprising: Receiving an operation instruction triggered by the user end to view the information interaction record, and acquiring a user type and an information identification code corresponding to the user end; And the historical data corresponding to the user type and the information identifier is invoked based on the user type and the information identifier; the historical data includes: information content and a creation time corresponding to different information content respectively; The information interaction record corresponding to the historical data is displayed for the user to view. The method of claim 1 further comprising: Receiving a data addition instruction triggered by the user end; the data adding instruction includes: adding an information interaction record to an instruction of the preset interaction item; Identifying an input type used by the client to add the information interaction record; And adding the information interaction record to the preset interaction item according to the added manner of the input type mapping according to the identified input type. The method of claim 6 wherein: And adding, according to the identified input type, the information interaction record to the preset interaction item according to the adding manner of the input type mapping, including: Identifying the input type as: when the data input is performed based on the internal data interaction, marking the user end as the creator of the information interaction record, acquiring the association addition information corresponding to the user end; adding the information to the association The information interaction record is added to the preset interaction item together; Identifying the input type as: when the data input is performed based on the external data interaction, marking the interaction type as a negotiation type, acquiring the association addition information corresponding to the negotiation type, and two client terminals involved in the negotiation type; The two client terminals involved in the negotiation type respectively add the association addition information and the information interaction record to the preset interaction item. The method of claim 7 wherein: And adding, according to the two clients involved in the negotiation type, the association information and the Information interaction records are separately added to the preset interaction items, including: Adding the association information corresponding to the negotiation type and the information corresponding to the first user end to the first user end and the second user end of the negotiation type, and adding the information to the first user end In the preset interaction item, the association information and the information corresponding to the second user end are recorded and added to the same preset interaction item corresponding to the second user end. The method of claim 6 further comprising: Receiving an operation instruction for allocating an interaction item, and generating corresponding identification information; the identification information is used to identify a corresponding different user end in the interaction item; And receiving, according to the identification information, interaction data between different users, and monitoring a delivery process of the corresponding item in the interaction item. The method of claim 9 wherein: The monitoring the transportation process of the corresponding item in the interaction item includes: Receiving, by the third user end, a location acquisition request that carries the first identifier information; the first identifier information is used to identify the third user terminal; Forwarding the location acquisition request to the fourth user end of the first identifier information mapping; Receiving the location information returned by the fourth user terminal based on the location obtaining request, where the location information carries second identifier information used to identify the fourth user terminal; Sending the location information to the third client, so that the third client monitors the delivery process of the corresponding item in the interaction item. A data processing system, comprising: a first receiving module, configured to receive input data provided by a user end in the data processing system; An acquiring module, configured to acquire, according to the input data, association information associated with the input data, where the association information includes: an information identifier corresponding to the input data and a user type corresponding to the user end; a storage module, configured to store the input data and associated information into the information interaction code and the information interaction record corresponding to the user type; the information interaction record includes: between the same user end and/or Interaction data and interaction time generated by data interaction between different users. The system of claim 11 wherein said first receiving module comprises: a control sub-module for providing a type selection control for the user to select an input type for inputting data; a monitoring submodule, configured to monitor an input type selected by the user terminal based on the type selection control; And a receiving submodule, configured to receive input data provided by the user terminal under the input type. The system of claim 12, wherein the obtaining module is further configured to: Obtaining, according to the input type selected by the user terminal, a data interaction manner corresponding to the user input data in the current time; the data interaction manner includes: internal data interaction performed by the user end itself, and the user terminal and the user end External data interaction between other clients. The system of claim 11 wherein said storage module comprises: An identification submodule, configured to identify whether the information identification code and the information interaction record corresponding to the user type already exist; a first storage sub-module, configured to: when the identification sub-module recognizes that the information identification code and the information interaction record corresponding to the user type already exist, acquiring and displaying the information identification code and the historical information interaction record corresponding to the user type And storing the input data and associated information in a corresponding information interaction record; a second storage sub-module, configured to: when the identification sub-module recognizes that the information identification code and the information interaction record corresponding to the user type do not exist, create a corresponding information interaction record, and store the input data and the association information to Created in the information interaction record. The system of any of claims 11 to 14, further comprising: a second receiving module, configured to receive an operation instruction triggered by the user end to view the information interaction record, and acquire a user type and an information identification code corresponding to the user end; a calling module, configured to invoke, according to the user type and the information identifier, historical data corresponding to the user type and the information identifier; the historical data includes: information content and a creation time corresponding to different information content respectively; The display module is configured to display an information interaction record corresponding to the historical data for the user to view. The system of claim 11 further comprising: a third receiving module, configured to receive a data addition instruction triggered by the user end; the data adding instruction includes: an instruction to add information interaction record to the preset interaction item; An identification module, configured to identify an input type used by the user end to add the information interaction record; And a adding module, configured to add the information interaction record to the preset interaction item according to the added manner of the input type mapping according to the identified input type. The system of claim 16 wherein said adding module is further for: When the identification module recognizes that the input type is: performing data input based on internal data interaction, marking the user end as a creator of the information interaction record, and acquiring association addition information corresponding to the user end; Adding the association adding information and the information interaction record to the preset interaction item; When the identification module identifies that the input type is: performing data input based on external data interaction, marking the interaction type as a negotiation type, acquiring association addition information corresponding to the negotiation type, and two types involved in the negotiation type. The user terminal adds the association information and the information interaction record to the preset interaction item respectively according to the two clients involved in the negotiation type. The system of claim 17 wherein said adding module is further for: Adding the association information corresponding to the negotiation type and the information corresponding to the first user end to the first user end and the second user end of the negotiation type, and adding the information to the first user end In the preset interaction item; Adding the association information and the information corresponding to the second user end to the first user end and the second user end involved in the negotiation type, and adding the same information to the second user end Preset interactive items. The system of claim 16 further comprising: a generating module, configured to receive an operation instruction for allocating an interaction item, and generate a corresponding identifier The identifier information is used to identify different users in the interaction item; The monitoring module is configured to receive and forward interaction data between different users according to the identification information, and monitor a delivery process of the corresponding item in the interaction item. The system of claim 19 wherein said monitoring module comprises: An acquiring sub-module, configured to receive a location acquisition request that is sent by the third user end, where the first identifier information is used, where the first identifier information is used to identify the third user end; Forwarding submodule for: Forwarding the location acquisition request to the fourth user end of the first identifier information mapping; Receiving the location information returned by the fourth user terminal based on the location obtaining request, where the location information carries second identifier information used to identify the fourth user terminal; Sending the location information to the third client, so that the third client monitors the delivery process of the corresponding item in the interaction item.

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