CN104954326A

CN104954326A - Method and system for compiling network communication data

Info

Publication number: CN104954326A
Application number: CN201410118273.6A
Authority: CN
Inventors: 张涛; 李立纯; 秦尧; 鲁锋; 王森
Original assignee: Tencent Technology Shenzhen Co Ltd
Current assignee: Tencent Technology Shenzhen Co Ltd
Priority date: 2014-03-27
Filing date: 2014-03-27
Publication date: 2015-09-30
Anticipated expiration: 2034-03-27
Also published as: CN104954326B

Abstract

The invention discloses a method and system for compiling network communication data. The method includes a first client receives input communication operation instruction including identification object, sends to the server, and receives a binding inlet identification code fed back from the server, and a second client obtains the operation information and type-in reminding information of the first client according to the binding inlet identification code, generates the binding relation between the first client operation information and the operation description information, and sends to the server for storage. The method further includes the server receives object obtaining commands from the first client, searches binding relation between the first client identifier and an assigned identification object identifier, obtains operation description information from the searched binding relation, establishes corresponding relation between the assigned identification object identifier and the obtained operation description information, and adds to a compiling expansion table. The method and system realize data compiling of off-line triggered network communication.

Description

Method and system for counting network communication data

Technical Field

The present invention relates to network communication technologies, and in particular, to a method and a system for performing statistics on network communication data.

Background

At present, in a network communication service, a user can directly log in a website, enter from an online entrance and access a related webpage; meanwhile, the server will make statistics on the network communication data of the communication process. In the online network communication process, specifically, a user opens a communication client, logs in, and selects to access a webpage as required; in the process of browsing the webpage, the user can also select a favorite object, input an operation request and send the operation request to the server; and the server performs corresponding operation processing and performs data statistics on the whole network communication process. And data statistics is carried out, then the statistical data can be called for checking when needed, and the whole network communication process can be monitored and maintained.

However, for the case of offline triggering, for example, when the user accesses the related web content through entering the scan code, the network side does not count the network communication process, and cannot obtain the corresponding network communication data.

Disclosure of Invention

The invention provides a method for counting network communication data, which can realize data counting of network communication based on offline triggering.

The invention provides a system for counting network communication data, which can realize data counting of network communication based on offline triggering.

The invention provides another method for counting network communication data, which can realize data counting of network communication based on offline triggering.

The invention provides another system for counting network communication data, which can realize data counting of network communication based on offline triggering.

A method of accounting for network communication data, the method comprising:

the first client acquires the identification code, requests corresponding webpage content from the server according to the identification code, and displays the webpage content;

the method comprises the steps that a first client receives an input communication operation instruction containing an identification object identifier and an operation type and sends the communication operation instruction to a server; receiving a binding entry identification code fed back by a server;

the second client acquires a binding entry identification code displayed by the first client, and acquires first client operation information and input prompt information according to the binding entry identification code, wherein the first client operation information comprises a first client identifier, an identification object identifier and an operation type;

the second client acquires the operation description information based on the input prompt information, generates a binding relationship between the first client operation information and the operation description information, and sends the binding relationship to the server for storage;

the method further comprises the following steps:

the server receives an object acquisition command which contains a first client identifier and an appointed identification object identifier from a first client, and searches for a binding relationship containing the first client identifier and the appointed identification object identifier;

the server acquires operation description information from the searched binding relationship;

and the server establishes a corresponding relation between the appointed identification object identifier and the obtained operation description information and adds the corresponding relation into the statistical expansion table.

A system for making statistics on network communication data comprises a first client, a second client and a server;

the first client acquires the identification code, requests the corresponding webpage content from the server according to the identification code and displays the webpage content; receiving an input communication operation instruction containing an identification object identifier and an operation type, sending the communication operation instruction to the server, and receiving a binding entry identification code fed back by the server; the method comprises the steps that an object acquisition command containing a first client identifier and a specified identification object identifier is sent to a server;

the second client acquires the binding entry identification code displayed by the first client, and acquires first client operation information and input prompt information according to the binding entry identification code, wherein the first client operation information comprises a first client identifier, an identification object identifier and an operation type; acquiring operation description information based on the input prompt information, generating a binding relationship between the first client operation information and the operation description information, and sending the binding relationship to the server;

the server feeds back corresponding webpage content to the first client according to the request; receiving a communication operation instruction from the first client, generating first client operation information containing an operation type, coding the first client operation information and the input prompt information to obtain a binding entry identification code, and sending the binding entry identification code to the first client; the binding relationship from the second client is also saved; the method comprises the steps that an object obtaining command from a first client is received, and the binding relationship containing the first client identification and the specified identification object identification is searched; and acquiring operation description information from the searched binding relationship, establishing a corresponding relationship between the specified identification object identifier and the acquired operation description information, and adding the corresponding relationship into the statistical expansion table.

A method of accounting for network communication data, the method comprising:

the method comprises the steps that a first client receives an input communication operation instruction containing an identification object identifier and an operation type and sends the communication operation instruction to a server;

the server generates first client operation information comprising a first client identifier, an identification object identifier and an operation type, distributes a random identification code to the first client operation information, stores a binding relationship between the first client operation information and the random identification code, and sends the random identification code to the first client;

the second client acquires the operation description information, generates a binding relationship between the random identification code and the operation description information, and sends the binding relationship to the server for storage;

the method further comprises the following steps:

the first client acquires the identification code, requests the corresponding webpage content from the server according to the identification code and displays the webpage content; receiving an input communication operation instruction containing an identification object identifier and an operation type, and sending the communication operation instruction to the server; receiving a random identification code distributed for the current network communication and fed back by the server;

the second client acquires the operation description information, generates a binding relationship between the random identification code and the operation description information, and sends the binding relationship to the server;

the server feeds back corresponding webpage content to the first client according to the request; receiving a communication operation instruction from the first client, generating first client operation information containing an operation type, distributing a random identification code to the first client operation information, storing a binding relationship between the first client operation information and the random identification code, and sending the random identification code to the first client; the binding relationship from the second client is also saved; the method comprises the steps that an object obtaining command which comprises a first client identification and an appointed identification object identification and is from a first client is received, and the binding relationship comprising the first client identification and the appointed identification object identification is searched; acquiring operation description information from the searched binding relationship; and establishing a corresponding relation between the specified identification object identifier and the acquired operation description information, and adding the corresponding relation into the statistical expansion table.

According to the scheme, the first client triggers the statistics of network communication data, and after the communication operation is completed, the second client generates a binding relationship according to the binding entry identification code or the random identification code fed back to the first client by the server and sends the binding relationship to the server; and then, the server receives an object acquisition command from the first client and counts the corresponding relation between the specified identification object identification and the operation description information. Therefore, data statistics of network communication based on offline triggering is achieved.

Drawings

FIG. 1 is a diagram of a network application environment for accounting for network traffic data in accordance with the present invention;

FIG. 2 is a first schematic flow chart of a method for accounting for network communication data according to the present invention;

FIG. 3 is a first embodiment of a method for network communication data statistics for an item browsing scenario according to the present invention;

FIG. 4 is a second embodiment of a method for network communication data statistics for an item browsing scenario in accordance with the present invention;

FIG. 5 is a first diagram illustrating a system for performing statistics on network traffic data according to the present invention;

FIG. 6 is a flowchart illustrating a method for accounting for network traffic data according to the present invention;

fig. 7 is a schematic structural diagram of a system for performing statistics on network communication data according to the present invention.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail below with reference to the following embodiments and the accompanying drawings.

In the invention, the first client triggers the statistics of network communication data, and after the communication operation is finished, the second client generates a binding relationship according to a binding entry identification code or a random identification code fed back to the first client by the server and sends the binding relationship to the server for statistics.

Fig. 1 is a schematic diagram of an example of a network application environment according to the present invention, which includes a first client, a second client, and a server. The device corresponding to the first client is specifically an intelligent device such as a mobile phone, and information input to the first client can be realized through keyboard or screen operation of the intelligent device, and in the network communication data statistics process, related data is stored in a storage medium in the intelligent device, and is sent out through a wireless interface of the intelligent device, and is transmitted to a receiving party through a network. The device corresponding to the second client can be realized by adopting a common intelligent device, and the structure of the device is similar to that of the device corresponding to the first client; and a specially configured application device can be adopted, and the special device only provides the network data statistical function of the invention and is faster to operate. And after the first client and the second client are combined to generate a binding relationship, uploading the binding relationship to a server through a network.

The invention provides two data statistical schemes based on binding entry identification codes and random identification codes, which are explained one by one. Referring to fig. 2, a schematic flow chart of a method for performing statistics on network communication data according to the present invention is a first flowchart, where the method performs data statistics based on a binding entry identifier, and includes the following steps:

step 201, the first client acquires the identification code, requests the corresponding webpage content from the server according to the identification code, and displays the webpage content.

The identification code corresponds to the web page content on the network side, for example, the identification code on the article, and according to the identification code, the web page content related to the article can be requested from the server.

The specific implementation of the identification code can be set as required, and the following description takes a one-dimensional code and a two-dimensional code as examples.

1) When the identification code is a one-dimensional code, specifically, a stripe code:

the requesting of the corresponding web page content from the server according to the identification code includes: the first client analyzes the national standard code corresponding to the identification code and sends the national standard code to the server; the server extracts the website corresponding to the national standard code and feeds back the webpage content corresponding to the website to the first client.

2) When the identification code is a two-dimensional code:

the requesting of the corresponding web page content from the server according to the identification code includes: the first client analyzes the website corresponding to the identification code, and requests the webpage content corresponding to the website from the server.

Step 202, a first client receives an input communication operation instruction containing an identification object identifier and an operation type and sends the communication operation instruction to a server; and receiving the binding entry identification code fed back by the server.

After the first client displays the webpage content, the user can input a communication operation instruction in the webpage, specifically, can select the displayed operation type, can input an identification object identifier, a target address and the like according to needs, and then clicks a 'confirmation' key to send the communication operation instruction to the server.

After receiving the communication operation instruction, the server generates first client operation information; the first client operation information includes description information about the first client, such as a first client identifier, which may be a user name specifically; the operation information about the first client is also contained, such as identification object identification, operation type and the like, and the identification object identification is the identification of the selected object; generating a binding entry identification code corresponding to the first client operation information and the input prompt information, and feeding back the binding entry identification code to the client; the input prompt information can be specifically in a prompt box form, and a user can input operation description information according to the prompt; the operation description information is: and description information related to the current network communication operation is used for describing the current network communication operation.

The types of operations described above include just-in-time and delayed operations.

When the selected operation type is timely operation, the communication operation instruction also comprises an identification object identifier and a target address; after the first client sends the operation instruction to the server, the first client sends an object acquisition command as required, and at this time, the method further includes: the server sends an execution instruction containing the identification object identifier and the target address to the execution device, and the execution device calls an object identical to the identification object identifier according to the execution instruction and sends the object to the target address; in addition, the server also performs data statistics according to the object acquisition command, specifically refer to the description in step 205-.

When the selected operation type is delay operation, the communication operation instruction can also simultaneously contain an identification object identifier, and after the first client sends the operation instruction to the server, the server stores the communication operation instruction; then, the user can access the server again according to the requirement, input the target address and modify the delay operation into the timely operation; correspondingly, the server sends an execution instruction containing the identification object identifier and the target address to the execution device, and the execution device calls the object same as the identification object identifier according to the execution instruction and sends the object to the target address; in addition, the server also performs data statistics according to the object acquisition command, specifically refer to the description in step 205-.

And 203, the second client acquires the binding entry identification code displayed by the first client, and acquires the first client operation information and the input prompt information according to the binding entry identification code, wherein the first client operation information comprises a first client identifier, an identification object identifier and an operation type.

The first client only reports information about self operation, but cannot report description information related to current network communication operation; here, the second client participates in obtaining the operation description information, binds with the operation information of the first client, and reports to the server for statistics, which is specifically realized by steps 203 and 204.

The specific implementation of the binding entry identifier can be set as required, and a one-dimensional code and a two-dimensional code are taken as an example for description below.

1) When the binding entry identification code is a one-dimensional code:

the obtaining of the first client operation information and the input prompt information according to the binding entry identification code includes: the second client analyzes the international code corresponding to the binding entry identification code and sends the international code to the server; and the server extracts the first client operation information and the input prompt information corresponding to the national standard code and feeds back the information to the second client.

2) When the binding entry identification code is a two-dimensional code:

the obtaining of the first client operation information and the input prompt information according to the binding entry identification code includes: and the second client identifies the binding entry identification code to obtain the first client operation information and the input prompt information.

And 204, the second client acquires the operation description information based on the input prompt information, generates a binding relationship between the operation information of the first client and the operation description information, and sends the binding relationship to the server for storage.

In this step, the second client may obtain the operation description information based on the input prompt information in a plurality of ways, for example:

the second client receives operation description information input by a user according to the input prompt information; or,

the second client locally extracts the pre-stored operation description information.

In step 205, the server receives an object obtaining command from the first client, where the object obtaining command includes the first client identifier and the specified identification object identifier, and searches for a binding relationship including the first client identifier and the specified identification object identifier.

A first client sends an object acquisition command to a server to acquire a required object; the first client identifier and the specified identification object identifier are contents contained in the first client operation information in the binding relationship, and the corresponding binding relationship can be found according to the first client identifier and the specified identification object identifier.

In step 206, the server obtains the operation description information from the searched binding relationship.

Step 207, the server establishes a corresponding relationship between the specified identification object identifier and the obtained operation description information, and adds the corresponding relationship to the statistical expansion table.

This step can be implemented in a number of ways, to name a few:

in a first way,

The server searches the communication identification from the acquired operation description information, establishes the corresponding relation between the identification object identification and the communication identification and adds the corresponding relation into the statistical expansion table.

The second way,

And when the server does not find the communication identifier from the acquired operation description information, searching the area identifier to which the communication belongs from the operation description information, establishing a corresponding relation between the specified identification object identifier and the area identifier to which the communication belongs, and adding the corresponding relation into the statistical expansion table.

Further, if the area identifier is not found, the identifier of the specified identification object in the current communication operation may be reserved.

In the above flow, after the first client sends the communication operation instruction to the server in step 202, the method may further include: the server collects the received communication operation instruction for the first client; in step 204, after the second client sends the binding relationship to the server for storage, the method further includes: the server also establishes and stores the association relationship between the binding relationship and the collected communication operation instruction;

accordingly, step 205 is specifically implemented as: the first client generates an object acquisition command based on the collected communication operation instruction and sends the object acquisition command to the server; the server searches the corresponding binding relation in the association relation stored before according to the communication operation instruction.

Further, in step 202, after the first client sends the communication operation instruction to the server, the method further includes: the server collects the received communication operation instruction for the first client; in step 204, after the second client sends the binding relationship to the server for storage, the method further includes: the server also establishes and stores the association relationship between the binding relationship and the collected communication operation instruction;

accordingly, step 205 is specifically implemented as: the first client generates an object acquisition command comprising a first client identifier and a specified identification object identifier based on online communication, and sends the object acquisition command to the server; and the server searches the binding relationship which is closest to the current time and contains the first client identifier and the specified identification object identifier from the binding relationship. In the invention, a first client triggers the statistics of network communication data, and after the communication operation is finished, a second client generates a binding relationship according to a binding entry identification code fed back to the first client by a server and sends the binding relationship to the server; and then, the server receives an object acquisition command from the first client and counts the corresponding relation between the specified identification object identification and the operation description information. Therefore, data statistics of network communication based on offline triggering is achieved.

The invention can be applied to various network communication scenes based on offline triggering. The following description specifically takes the offline interaction in the micro shopping platform as an example. The micro shopping platform is an Online to offline (O2O, Online ToOffline) shopping platform based on micro-letter; when online shopping is carried out, a user independently uses the WeChat client to complete the shopping through the micro shopping mall; the method comprises the steps that a physical store is generally arranged under an online condition at a merchant of a micro-shopping platform, a user can also buy articles from the physical store, in the physical store, an interaction flow based on offline triggering can be completed by scanning identification codes on the articles through the guidance of a shopping guide person, the interaction comprises timely operation, namely, the articles are collected and paid at that time to complete the purchase, and further comprises time delay operation, namely, the articles are only collected at that time, and the purchase is possibly completed after the time delay. At present, e-commerce services and store services, namely, interaction triggered on-line and interaction triggered off-line are completely independent, and data statistics cannot be carried out on network communication based on off-line triggering; the on-line and off-line processes are completely independent; off-line personnel are very exclusive to on-line personnel, and the benefit distribution of the two is difficult to coordinate; off-line personnel lack points of entry to the on-line process. The scheme of the invention is combined with the off-line triggering micro-shopping scene, so that the data statistics of the off-line triggering-based network communication is realized, and the different applications of the on-line flow in different scenes are clearly positioned; unifying online and offline benefit distribution; the problem of the inventory of the commercial tenant is solved, and the goods dispatching efficiency of the commercial tenant is greatly improved.

Referring to fig. 3, a first example of a method for network communication data statistics of an object browsing scene according to the present invention includes the following steps:

step 301, the first client scans the two-dimensional identification code on the article, analyzes the two-dimensional identification code to obtain a website, and requests the web page content corresponding to the website from the server for display.

In this example, the first client is, for example, a wechat client that performs micro shopping on a mobile phone of the user. Under the guidance of store shopping guide personnel, a user opens the WeChat client on the mobile phone and scans the two-dimensional identification code on the article by adopting the scanning function of the WeChat client; and then, the WeChat client analyzes the two-dimensional identification code to obtain a corresponding website, and the website requests the server for corresponding webpage content to be displayed.

Step 302, the first client receives an input communication operation instruction containing the identification object identifier and the immediate operation type, and sends the communication operation instruction to the server.

In this example, the operation type is timely operation, and ordering payment is currently completed; at this time, the communication operation instruction further comprises an identification object identifier and a target address; the identification object identifies such as the model number of the item, and the destination address such as the mailing address of the user.

And 303, the server receives the communication operation instruction, collects the received communication operation instruction for the first client, generates first client operation information, generates a binding entry identification code corresponding to the first client operation information and the input prompt information, and feeds the binding entry identification code back to the first client.

The first client operation information contains description information about the first client, and can be provided for a server when a user logs in, and comprises a user name, an account number and the like; the first client operation information further includes operation information about the first client, such as an identification object identifier, an operation type, and the like, where the identification object identifier is specifically an article ID. The input prompt information can be specifically in a prompt box form, and a user can input operation description information according to the prompt; the operation description information is: and description information related to the current network communication operation is used for describing the current network communication operation. After receiving the communication operation instruction, the server also sends an execution instruction containing the identification object identifier and the target address to the execution device, and the execution device calls an object identical to the identification object identifier according to the execution instruction and sends the object to the target address.

In this example, the binding entry identifier is a two-dimensional code.

And 304, the first client receives the two-dimension code fed back by the server, and pops up the two-dimension code on the interface.

And 305, the second client scans the two-dimensional code displayed by the first client, and analyzes the two-dimensional code to obtain the operation information and the input prompt information of the first client.

In this example, the second client is, for example, a wechat client that performs micro shopping on the mobile terminal. A salesman opens the WeChat client on the mobile terminal and scans the two dimensions popped up by the first client by adopting the scanning function of the WeChat client; and then, the WeChat client analyzes the two-dimensional identification code to obtain corresponding first client operation information and input prompt information.

And step 306, the second client receives the operation description information input by the user according to the input prompt information.

In this step, the specific implementation of obtaining the operation description information based on the input prompt information is as follows: and receiving operation description information input by a user according to the input prompt information.

During specific implementation, a special micro-purchasing Application (APP) client can be configured for a shop assistant, and the shop assistant can input operation description information in advance through the micro-purchasing APP client; then, if necessary, the stored operation description information can be directly extracted to simplify the operation. For the situation of adopting the micro-purchase APP client, the specific implementation of obtaining the operation description information based on the input prompt information is as follows: the second client locally extracts the pre-stored operation description information.

In this example, the operation description information may be embodied as store information and clerk information.

And 307, the second client generates a binding relationship between the first client operation information and the operation description information, sends the binding relationship to the server, and the server stores the binding relationship and also establishes and stores an association relationship between the binding relationship and the collected communication operation instruction.

And 308, the first client generates an object acquisition command based on the collected communication operation instruction and sends the object acquisition command to the server, and the server searches the binding relation corresponding to the communication operation instruction from the association relation.

The first client accesses the previously stored collection information, selects a required identification object from the collection information, and performs payment operation to send an object acquisition command to the service area; the server searches the corresponding binding relation from the association relation.

Step 309, the server obtains the operation description information from the searched binding relationship.

In step 310, the server searches the communication identifier from the obtained operation description information, establishes a corresponding relationship between the specified identification object identifier and the communication identifier, and adds the corresponding relationship to the statistical expansion table.

Fig. 3 is an example of the operation type being a timely operation, and the following is a description of an example of the operation type being a delayed operation through the flow of fig. 4, which includes the following steps:

step 401, the first client scans the two-dimensional identification code on the article, analyzes the two-dimensional identification code to obtain a website, and requests the web page content corresponding to the website from the server for displaying.

Step 402, the first client receives an input communication operation instruction containing an identification object identifier and a delay operation type, and sends the communication operation instruction to the server.

In this example, the operation type is a delay operation, that is, only the commodity collection is performed, and the payment is not completed temporarily; at this time, the communication operation instruction may further include an identification object identifier; the identification object identifies such as the model number of the article. After the first client sends the operation instruction to the server, the server stores the communication operation instruction; then, the user can access the server again according to the requirement, input the target address and modify the delay operation into the timely operation; correspondingly, the server sends an execution instruction containing the identification object identification and the target address to the execution device, and the execution device calls the object same as the identification object identification according to the execution instruction and sends the object to the target address.

And 403, the server receives the communication operation instruction, collects the received communication operation instruction for the first client, generates first client operation information, generates a binding entry identification code corresponding to the first client operation information and the input prompt information, and feeds the binding entry identification code back to the first client.

In this example, the communication operation command is a collection confirmation command in a web page. The first client operation information comprises a first client identifier, an identification object identifier and an operation type, wherein the first client identifier is specifically a user ID, and the identification object identifier is specifically an article ID.

In this example, the binding entry identifier is a two-dimensional code.

And step 404, the first client receives the two-dimension code fed back by the server, and pops up the two-dimension code on the interface.

And 405, the second client scans the two-dimensional code displayed by the first client, and analyzes the two-dimensional code to obtain the operation information and the input prompt information of the first client.

And 406, the second client receives the operation description information input by the user according to the input prompt information.

Step 407, the second client generates a binding relationship between the first client operation information and the operation description information, and sends the binding relationship to the server, and the server stores the binding relationship and also establishes and stores an association relationship between the binding relationship and the collected communication operation instruction.

The binding relationship specifically includes: user ID, product ID, store number, clerk number, etc.

Step 408, the first client generates an object obtaining command containing the first client identifier and the specified identification object identifier based on the online communication, sends the object obtaining command to the server, and the server searches the binding relationship containing the first client identifier and the specified identification object identifier closest to the current time from the binding relationship.

Unlike the case of sending the object acquisition command based on the stored collection information in fig. 3, the present embodiment selects a desired identification object in real time based on online communication, and performs a payment operation to send the object acquisition command to the service area; and the server searches the latest collection information from the binding relation according to the object acquisition command.

In step 409, the server obtains the operation description information from the searched binding relationship.

In step 410, the server searches the communication identifier from the obtained operation description information, establishes the corresponding relationship between the specified identification object identifier and the communication identifier, and adds the corresponding relationship into the statistical expansion table. And the user accesses the collection information in real time from the online mode, and the communication data is recalculated to the operation description information corresponding to the latest collection information.

Through experimental application, the following results are found: after the statistical method is adopted, the collection number of the collected articles in the store mode is obviously increased, the number of the placed items is naturally increased, and the payment completion number is naturally increased; overall, the conversion rate from collection to ordering decreases and the conversion rate from ordering to payment decreases. The collection number of the collection and the order placing through the store mode is naturally increased, the order placing number is obviously increased, and the payment completion number is naturally increased; overall, the conversion rate from collection to ordering increases and the conversion rate from ordering to payment decreases. The collection number for collecting, placing orders and completing transaction payment in a store mode is naturally increased, the placing order number is naturally increased, and the payment completion number is obviously increased; overall, the conversion rate from collection to ordering is flat and the conversion rate from ordering to payment is improved.

The server counts the binding relationship and can provide statistical data according to needs, so that the online interaction condition of the business can be known, and the workload of each shop assistant in each shop can be known.

The embodiment of fig. 3 and 4 is used for carrying out communication network data statistics, which is different from the traditional online transaction and pure offline transaction modes, the scheme of the embodiment is adopted, a user can shop under the guidance of shopping guide after arriving at a store, and when the store lacks color and breaks codes, a store clerk guides the user to enter the online purchasing scene provided by the invention. The scene is specifically as follows: guiding a user to scan the one-dimensional code or the two-dimensional code to enter a commodity detail page, popping up the two-dimensional code and guiding the user to scan a salesman if the user directly purchases the commodity, and completing the establishment of a binding relationship after the salesman fills in own store information and job number information; if the user collects the commodity and does not purchase the commodity, the two-dimensional code is popped up and the user is guided to scan a shop assistant, and the establishment of the binding relationship is completed.

Referring to fig. 5, a first structural diagram of a system for performing statistics on network communication data according to the present invention is shown, where the system includes a first client, a second client, and a server;

Preferably, the first client includes a first web page information obtaining unit and a first communication operation submitting unit, the second client includes a first parsing unit and a first binding information generating unit, and the server includes a first web page content providing unit, a first binding identification code feedback unit and a first statistical unit;

the first webpage information acquisition unit acquires the identification code, requests the corresponding webpage content from the server according to the identification code and displays the webpage content;

the first communication operation submitting unit receives an input communication operation instruction containing an identification object identifier and an operation type, sends the communication operation instruction to the server, and receives a binding entry identification code fed back by the server; the method comprises the steps that an object acquisition command containing a first client identifier and a specified identification object identifier is sent to the server;

the first analysis unit acquires a binding entry identification code displayed by the first client, acquires first client operation information and input prompt information according to the binding entry identification code, and sends the first client operation information and the input prompt information to the first binding information generation unit;

the first binding information generation unit acquires operation description information based on the input prompt information, generates a binding relationship between the first client operation information and the operation description information, and sends the binding relationship to the server;

the first webpage content providing unit feeds back corresponding webpage content to the first webpage information acquisition unit according to the request;

the first binding identification code feedback unit receives the communication operation instruction from the first communication operation submitting unit, determines first client operation information containing operation types, generates a binding entry identification code corresponding to the first client operation information and the input prompt information, sends the binding entry identification code to the first communication operation submitting unit, and generates first client operation information containing the operation types;

the first statistical unit receives the binding relationship from the first binding information generation unit and stores the binding relationship; the method also comprises the steps of receiving an object acquisition command which comprises a first client identifier and a specified identification object identifier and is sent by the first communication operation submitting unit, and searching the binding relationship comprising the first client identifier and the specified identification object identifier; and acquiring operation description information from the searched binding relationship, establishing a corresponding relationship between the specified identification object identifier and the acquired operation description information, and adding the corresponding relationship into the statistical expansion table.

Preferably, the object acquisition command is generated based on a collected communication operation instruction;

the first binding identification code feedback unit is also used for collecting the received communication operation instruction for the first client and informing the collected communication operation instruction to the first statistical unit;

the first statistical unit is also used for receiving the communication operation instruction from the first binding identification code feedback unit and establishing and storing the association relationship between the binding relationship and the collected communication operation instruction; and after receiving the object acquisition command from the first communication operation submitting unit, searching the binding relationship corresponding to the communication operation command from the association relationship, acquiring operation description information from the searched binding relationship, establishing the corresponding relationship between the specified identification object identifier and the acquired operation description information, and adding the corresponding relationship into a statistical expansion table.

Preferably, the object acquisition command is generated based on online communication;

the first statistical unit is also used for receiving the communication operation instruction from the first binding identification code feedback unit and establishing and storing the association relationship between the binding relationship and the collected communication operation instruction; after receiving the object acquisition command from the first communication operation submission unit, searching the binding relationship containing the first client identifier and the specified identification object identifier closest to the current time from the binding relationship, acquiring operation description information from the searched binding relationship, establishing the corresponding relationship between the specified identification object identifier and the acquired operation description information, and adding the corresponding relationship into a statistical expansion table.

Preferably, the first statistical unit further includes an adding subunit, which searches the communication identifier from the acquired operation description information, establishes a corresponding relationship between the identifier of the specified identification object and the communication identifier, and adds the corresponding relationship to the statistical extension table.

Preferably, the adding subunit searches, when the communication identifier is not found in the acquired operation description information, an identifier of an area to which the communication belongs from the operation description information, establishes a correspondence between the identifier of the specified identification object and the identifier of the area to which the communication belongs, and adds the correspondence to the statistical expansion table.

Preferably, the identification code is a one-dimensional code or a two-dimensional code;

when the identification code is a one-dimensional code, the first webpage information acquisition unit analyzes a national standard code corresponding to the identification code and sends the national standard code to the first webpage content providing unit; the first webpage content providing unit extracts a website corresponding to the national standard code and feeds back webpage content corresponding to the website to the first webpage information obtaining unit;

when the identification code is a two-dimensional code, the first webpage information acquisition unit analyzes the website corresponding to the identification code, and requests webpage content corresponding to the website from the first webpage content providing unit.

Preferably, the first binding information generating unit includes an operation description information obtaining subunit, and receives operation description information input by a user according to the entry prompt information, or locally extracts operation description information prestored.

Preferably, the operation types include a timely operation and a delayed operation; when the selected operation type is timely operation, the communication operation instruction further comprises an identification object identifier and a target address, the server further comprises an execution instruction issuing unit, and the system further comprises an execution device;

the execution instruction issuing unit receives the operation instruction from the first communication operation submitting unit and sends the execution instruction containing the identification object identifier and the target address to the execution device;

and the execution device calls the object with the same identification as the identification object according to the execution instruction and sends the object to the target address.

Preferably, the binding entry identifier is a one-dimensional code or a two-dimensional code;

when the binding entry identification code is a one-dimensional code, the first analysis unit analyzes a national standard code corresponding to the binding entry identification code and sends the national standard code to the first binding identification code feedback unit; the first binding identification code feedback unit extracts first client operation information and input prompt information corresponding to the national standard code and feeds the first client operation information and the input prompt information back to the first analysis unit;

and when the binding entry identification code is a two-dimensional code, the first analysis unit identifies the binding entry identification code to obtain first client operation information and input prompt information.

In the invention, the first client triggers the statistics of network communication data, and after the communication operation is finished, the second client can generate the binding relationship according to the binding entry identification code fed back to the first client by the server and can also generate the binding relationship according to the random identification code fed back to the first client by the server; then, sending the data to a server; and then, the server receives an object acquisition command from the first client and counts the corresponding relation between the specified identification object identification and the operation description information. The scheme for identifying the network communication operation by using the random identification code is described in detail below with reference to fig. 6 and 7, similar to the method for identifying the network communication operation by using the binding entry identification code.

Referring to fig. 6, a schematic flow chart of a method for performing statistics on network communication data according to the present invention is shown, in which the method performs data statistics based on a random identification code, and includes the following steps:

step 601, the first client acquires the identification code, requests the corresponding webpage content from the server according to the identification code, and displays the webpage content.

The specific implementation of the identification code can be set according to the requirement, such as a one-dimensional code or a two-dimensional code; with particular reference to the corresponding description in step 201 of the flow chart of fig. 2.

Step 602, a first client receives an input communication operation instruction containing an identification object identifier and an operation type, and sends the communication operation instruction to a server; and receiving the random identification code distributed for the current network communication fed back by the server.

After receiving the communication operation instruction, the server generates first client operation information; the first client operation information contains description information about the first client, such as a user name and the like, and also contains operation information about the first client, such as an identification object identifier, an operation type and the like; and generating a random identification code corresponding to the first client operation information, storing a binding relationship between the first client operation information and the random identification code, namely a first binding relationship, and feeding back the random identification code to the first client. Step 603, the second client obtains the operation description information, generates a binding relationship between the random identification code and the operation description information, and sends the binding relationship to the server for storage.

The second client acquiring the operation description information includes:

the second client receives the associated information input by the user according to the input prompt information, or,

the second client locally extracts the pre-stored association information.

And after receiving the second binding relationship, the server can find out corresponding first client operation information in the first binding relationship according to the random identification code, and further establish a third binding relationship between the operation description information and the first client operation information so as to obtain the whole network communication information more intuitively.

In step 604, the server receives an object obtaining command from the first client, the object obtaining command including the first client identifier and the specified identification object identifier, and searches for a binding relationship including the first client identifier and the specified identification object identifier.

Step 605, the server obtains the operation description information from the searched binding relationship.

Step 606, the server establishes a corresponding relationship between the specified identification object identifier and the obtained operation description information, and adds the corresponding relationship to the statistical expansion table.

Step 604-.

Referring to fig. 7, a structural diagram of a system for performing statistics on network communication data according to the present invention is shown as a second diagram, in which the system performs data statistics based on a random identification code, and includes a first client, a second client, and a server;

The structure of each part in the system in fig. 7 is similar to that in fig. 5, specifically, the first client includes a second web page information obtaining unit and a second communication operation submitting unit, the second client includes a second binding information generating unit, and the server includes a second web page content providing unit, a second binding identifier feedback unit, and a second statistical unit;

the second webpage information acquisition unit acquires the identification code, requests the corresponding webpage content from the server according to the identification code and displays the webpage content;

the second communication operation submitting unit receives an input communication operation instruction containing an identification object identifier and an operation type and sends the communication operation instruction to the server; receiving a random identification code distributed for the current network communication and fed back by the server; the method comprises the steps that an object acquisition command containing a first client identifier and a specified identification object identifier is sent to the server;

the second binding information generating unit acquires the operation description information, generates a binding relationship between the random identification code and the operation description information, and sends the binding relationship to the server;

the second webpage content providing unit feeds back corresponding webpage content to the second webpage information acquisition unit according to the request;

the second binding identification code feedback unit receives the communication operation instruction from the second communication operation submitting unit, generates first client operation information containing an operation type, distributes a random identification code to the first client operation information, stores the binding relationship between the first client operation information and the random identification code, and sends the random identification code to the second communication operation submitting unit;

the second statistical unit is used for storing the binding relationship from the second binding information generating unit; the second communication operation submitting unit is used for receiving an object acquisition command containing a first client identifier and an appointed identification object identifier, and searching a binding relationship containing the first client identifier and the appointed identification object identifier; acquiring operation description information from the searched binding relationship; and establishing a corresponding relation between the specified identification object identifier and the acquired operation description information, and adding the corresponding relation into the statistical expansion table.

The structure of each part in fig. 7 is similar to that in fig. 5, and is not described in detail here.

In the invention, a first client triggers the statistics of network communication data, and after the communication operation is finished, a second client generates a binding relationship according to a binding entry identification code or a random identification code fed back to the first client by a server and sends the binding relationship to the server; and then, the server receives an object acquisition command from the first client and counts the corresponding relation between the specified identification object identification and the operation description information. Therefore, data statistics of network communication based on offline triggering is achieved.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like made within the spirit and principle of the present invention should be included in the scope of the present invention.

Claims

1. A method for performing statistics on network communication data, the method comprising:

the method further comprises the following steps:

2. The method of claim 1, wherein after the first client sends the communication operation instruction to the server, the method further comprises: the server collects the received communication operation instruction for the first client; after the second client sends the binding relationship to the server for storage, the method further includes: the server also establishes and stores the association relationship between the binding relationship and the collected communication operation instruction;

the server receiving an object acquisition command from a first client, the object acquisition command comprising a first client identifier and a specified identification object identifier, comprises: the first client generates an object acquisition command based on the collected communication operation instruction and sends the object acquisition command to the server;

the server searching for the binding relationship containing the first client identifier and the specified identification object identifier comprises: and the server searches the binding relation corresponding to the communication operation instruction from the association relation.

3. The method of claim 1, wherein after the first client sends the communication operation instruction to the server, the method further comprises: the server collects the received communication operation instruction for the first client; after the second client sends the binding relationship to the server for storage, the method further includes: the server also establishes and stores the association relationship between the binding relationship and the collected communication operation instruction;

the server receiving an object acquisition command containing a specified identification object identifier from a first client comprises: the first client generates an object acquisition command comprising a first client identifier and a specified identification object identifier based on online communication, and sends the object acquisition command to the server;

the server searching the binding relationship containing the specified identification object identifier comprises the following steps: and searching the binding relationship which is closest to the current time and contains the first client identifier and the specified identification object identifier from the binding relationship.

4. The method according to claim 1, 2 or 3, wherein the server establishes a corresponding relationship between the specified identification object identifier and the obtained operation description information, and the adding to the statistical expansion table comprises:

5. The method according to claim 4, wherein when the server does not find the communication identifier from the obtained operation description information, the server searches the area identifier to which the communication belongs from the operation description information, establishes the corresponding relationship between the specified identification object identifier and the area identifier to which the communication belongs, and adds the corresponding relationship to the statistical expansion table.

6. A system for counting network communication data is characterized in that the system comprises a first client, a second client and a server;

7. The system of claim 6, wherein the first client includes a first web page information obtaining unit and a first communication operation submitting unit, the second client includes a first parsing unit and a first binding information generating unit, and the server includes a first web page content providing unit, a first binding identifier feedback unit, and a first statistical unit;

8. The system of claim 7, wherein the object acquisition command is generated based on a communication operation instruction of a collection;

9. The system of claim 7, wherein the object acquisition command is generated based on an online communication;

10. The system according to claim 7, 8 or 9, wherein the first statistical unit further comprises an adding subunit which searches the communication identifier from the acquired operation description information, establishes a correspondence between the identification object identifier and the communication identifier, and adds the correspondence to the statistical expansion table.

11. The system according to claim 10, wherein the adding subunit searches, when the communication identifier is not found in the acquired operation description information, an identifier of an area to which the communication belongs from the operation description information, establishes a correspondence between the identifier of the specified identification object and the identifier of the area to which the communication belongs, and adds the correspondence to the statistical expansion table.

12. A method for performing statistics on network communication data, the method comprising:

the method further comprises the following steps:

13. The method of claim 12, wherein after the first client sends the communication operation instructions to the server, the method further comprises: the server collects the received communication operation instruction for the first client; after the second client sends the binding relationship to the server for storage, the method further includes: the server also establishes and stores the association relationship between the binding relationship and the collected communication operation instruction;

14. The method of claim 12 or 13, wherein after the first client sends the communication operation instruction to the server, the method further comprises: the server collects the received communication operation instruction for the first client; after the second client sends the binding relationship to the server for storage, the method further includes: the server also establishes and stores the association relationship between the binding relationship and the collected communication operation instruction;

15. A system for counting network communication data is characterized in that the system comprises a first client, a second client and a server;

16. The system of claim 15, wherein the first client includes a second web page information obtaining unit and a second communication operation submitting unit, the second client includes a second binding information generating unit, and the server includes a second web page content providing unit, a second binding identifier feedback unit, and a second statistical unit;