CN107239913B

CN107239913B - Logistics service processing method and device

Info

Publication number: CN107239913B
Application number: CN201610189097.4A
Authority: CN
Inventors: 王涛; 陈岳阳
Original assignee: Cainiao Smart Logistics Holding Ltd
Current assignee: Cainiao Smart Logistics Holding Ltd
Priority date: 2016-03-29
Filing date: 2016-03-29
Publication date: 2021-08-31
Anticipated expiration: 2036-03-29
Also published as: CN107239913A

Abstract

The application discloses a method and a device for processing logistics business, which are used for solving the problems that more storage space is needed in a supplier server to store information of the same business object and the difficulty of inventory interoperation between the supplier server and a warehouse provider server is increased. The method comprises the following steps: the warehouse allocation service platform receives a first calling request sent by a supplier server, wherein the first calling request is used for calling an interface with an inventory operation application function of the warehouse allocation service platform and carries information of an inventory operation application type, an identification of a warehouse allocation provider and a business object; the warehousing service platform sends a second calling request for calling an interface with a function of establishing the stock operation application document of the warehousing provider server to the warehousing provider server; the warehouse distribution service platform receives a second calling response which is sent by a warehouse distribution provider server and carries the inventory operation application document; and the warehousing service platform sends a first calling response containing the inventory operation application document to a supplier server.

Description

Logistics service processing method and device

Technical Field

The present application relates to the field of internet information technology processing, and in particular, to a method and an apparatus for processing a logistics service.

Background

In order to realize that the supplier provides the service objects to various channels for sale, the supplier can put the service objects into a warehouse of a warehouse provider (a company with warehouse and distribution service capability, such as Shunfeng, vegetable and bird) through the service provided by the warehouse provider, namely, the supplier contacts the warehouse provider firstly, and the warehouse provider transports the service objects from the warehouse of the supplier to the warehouse of the warehouse provider, so as to realize that the service objects are put into the warehouse of the warehouse provider. The channel refers to a supply target of a supplier. For example, an off-line brick and mortar store, an on-line a e-commerce platform, and an on-line B e-commerce platform may be included. After the user places an order for the business object displayed by the online business platform, the supplier can send the information of the business object and the information of the receiver to the warehouse distribution provider, the warehouse distribution provider sorts the business object according to the information of the business object, and subsequent distribution personnel send the business object to the user according to the information of the receiver.

In the prior art, a system for implementing the above logistics service is shown in fig. 1, and includes a provisioning provider server and a supplier server. And the supplier server transmits the information of the service objects to be transported to the warehouse of the warehouse provider to the supplier server according to the structured definition of the warehouse provider server on the service objects, and the warehouse provider server informs relevant personnel of the warehouse provider to store the service objects after receiving the information. In addition, other inventory operations can be performed on the business object by using the system, such as: and the warehouse-out operation and the allocation operation of the business objects among the warehouses of the warehouse allocation providers are realized.

The system shown in fig. 1 realizes the processing of logistics traffic by a supplier server and a distribution provider server. However, since there is more than one provisioning provider, if a supplier needs to use the provisioning services provided by multiple provisioning providers, it is necessary for the supplier server to establish a connection with each of the provisioning provider servers. As shown in fig. 2, assuming there are 1 vendor server P1 and three repository provider servers SP1, SP2 and SP3, the vendor server P1 is required to interface with repository provider servers SP1, SP2 and SP3, respectively. In such a case, the following problems may occur:

problem 1: because the different warehouse provider servers have different structural definitions for the information of the business object, in order to interact with a plurality of warehouse provider servers, the information of the same business object of the same supplier needs many different structural definitions in the supplier server, which results in that the supplier server needs more storage space to store the information of the same business object, and the maintenance and upgrading cost of the supplier for the information is increased.

Problem 2: due to the different requirements of different warehousing providers on the inventory operation process, the procedure call between the supplier server and the warehousing provider server for the inventory operation (such as delivery, return, transfer, etc.), that is, the inventory interoperation difficulty, is increased.

Disclosure of Invention

In view of this, the present application provides a method and an apparatus for processing logistics business, so as to solve the problems that a great amount of storage space is required in a supply server to store information of a same business object and the difficulty of inventory interoperation between a supplier server and a warehouse provider server increases.

A method for processing logistics business comprises the following steps:

the method comprises the steps that a warehouse configuration service platform receives a first calling request sent by a supplier server, wherein the first calling request is used for calling an interface with an inventory operation application function of the warehouse configuration service platform, and the first calling request carries information of an inventory operation application type, an identification of a warehouse configuration provider and a business object;

the warehouse allocation service platform sends a second call request to the warehouse allocation provider server, wherein the second call request is used for calling an interface of the warehouse allocation provider server, which has the function of creating an inventory operation application document, and the second call request carries the inventory operation application type, the warehouse identification of the warehouse allocation provider and the information of the business object;

the warehouse allocation service platform receives a second calling response sent by a warehouse allocation provider server, wherein the second calling response carries an inventory operation application bill, and the inventory operation application bill is generated by using information carried in the second calling request;

and the warehousing service platform sends a first calling response to the supplier server, wherein the first calling response comprises the inventory operation application document.

A method for processing logistics business comprises the following steps:

a supplier server sends a first call request to a warehouse-matching service platform, wherein the first call request is used for calling an interface with an inventory operation application function of the warehouse-matching service platform and carries information of an inventory operation application type, an identification of a warehouse-matching provider and a business object;

receiving a first calling response sent by the warehouse distribution service platform, wherein the first calling response is sent by the warehouse distribution service platform after receiving a second calling response and comprises the inventory operation application document; the second call response is sent by the warehouse distribution provider server based on a second call request of the warehouse distribution service platform, the second call request is used for calling an interface of the warehouse distribution provider server, which has the function of creating the stock operation application document, and the second call request is sent to the warehouse distribution provider server by the warehouse distribution service platform after receiving the first call request.

A method for processing logistics business comprises the following steps:

the warehouse configuration provider server receives a second calling request sent by the warehouse configuration service platform, wherein the second calling request is sent by the warehouse configuration service platform after receiving the first calling request of the supplier server, is used for calling an interface with a function of creating an inventory operation application document of the warehouse configuration provider server, and carries information of an inventory operation application type, an identification of a warehouse of the warehouse configuration provider and a service object;

the warehouse allocation provider server creates an inventory operation application bill by using the inventory operation application type, the warehouse identifier of the warehouse allocation provider and the information of the business object carried in the second calling request;

and sending a second calling response to a warehousing service platform, wherein the second calling response carries the inventory operation application bill, and the warehousing service platform sends a first calling response to a supplier server after receiving the second calling response, wherein the first calling response comprises the inventory operation application bill.

A warehousing service platform comprising:

the system comprises a first receiving unit, a second receiving unit and a third receiving unit, wherein the first receiving unit is used for receiving a first calling request sent by a supplier server, the first calling request is used for calling an interface with an inventory operation application function of a warehouse distribution service platform, and the first calling request carries information of an inventory operation application type, an identification of a warehouse distribution provider and a service object;

the first sending unit is used for sending a second calling request to the warehouse configuration provider server, wherein the second calling request is used for calling an interface of the warehouse configuration provider server, which has a function of creating an inventory operation application document, and the second calling request carries the type of the inventory operation application, the identification of the warehouse configuration provider and the information of the service object;

the second receiving unit is used for receiving a second calling response sent by the warehousing provider server, wherein the second calling response carries an inventory operation application bill, and the inventory operation application bill is generated by using information carried in the second calling request;

and the second sending unit is used for sending a first calling response to the supplier server, wherein the first calling response comprises the inventory operation application bill.

A vendor server, comprising:

the system comprises a sending unit, a storage allocation service platform and a processing unit, wherein the sending unit is used for sending a first calling request to the storage allocation service platform, the first calling request is used for calling an interface with a stock operation application function of the storage allocation service platform, and the interface carries information of a stock operation application type, a warehouse identifier of a storage allocation provider and a business object;

the receiving unit is used for receiving a first calling response sent by the warehouse distribution service platform, wherein the first calling response is sent by the warehouse distribution service platform after receiving a second calling response and comprises the inventory operation application bill; the second call response is sent by the warehouse distribution provider server based on a second call request of the warehouse distribution service platform, the second call request is used for calling an interface of the warehouse distribution provider server, which has the function of creating the stock operation application document, and the second call request is sent to the warehouse distribution provider server by the warehouse distribution service platform after receiving the first call request.

A provisioning provider server, comprising:

the receiving unit is used for receiving a second calling request sent by the warehouse configuration service platform, wherein the second calling request is sent by the warehouse configuration service platform after receiving the first calling request of the supplier server, is used for calling an interface with a function of creating an inventory operation application document of the warehouse configuration provider server, and carries information of an inventory operation application type, an identification of a warehouse of the warehouse configuration provider and a service object;

the creating unit is used for creating an inventory operation application bill by utilizing the inventory operation application type, the warehouse identifier of the warehouse allocation provider and the information of the business object carried in the second calling request;

the warehouse distribution service platform is used for receiving a second call response which carries an inventory operation application document, and sending a first call response to a supplier server after receiving the second call response, wherein the first call response comprises the inventory operation application document.

The beneficial effect of this application is as follows:

in the embodiment of the application, on one hand, as the warehouse distribution service platform is arranged between the warehouse distribution provider server and the supplier server as an intermediate party, any supplier server and any warehouse distribution provider server can perform interaction of logistics service information through the warehouse distribution service platform, and the supplier server and a plurality of warehouse distribution provider servers do not need to be connected one by one, so that the system butt joint cost between the supplier and the warehouse distribution provider is reduced; on the other hand, the supplier server, the warehouse distribution service platform and the warehouse distribution provider server define the information of the business object through the unified structural definition and perform the warehouse interoperation through the unified warehouse operation interface, so that the storage of the information of the business object by the supplier server is reduced, the maintenance and upgrading cost of the information by the supplier server is reduced, and the warehouse interoperation difficulty between the supplier server and the warehouse distribution provider server is reduced.

Drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed to be used in the description of the embodiments will be briefly introduced below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings based on these drawings without inventive exercise.

Fig. 1 is a schematic diagram of a logistics service processing system composed of a supplier server and a warehouse provider server in the prior art;

fig. 2 is a schematic diagram of a logistics service processing system in the prior art when there are 1 supplier server and three warehouse provider servers;

fig. 3 is a schematic structural diagram of a logistics business processing system according to an embodiment of the present application;

fig. 4 is a schematic diagram of a system for implementing a logistics business processing system according to an embodiment of the present application by using an application development interface and a service providing interface according to an embodiment of the present application;

FIG. 5 is a schematic diagram of a call timing sequence for applying for replenishment according to an embodiment of the present disclosure;

FIG. 6 is a schematic flow chart of a method for applying for inventory operations according to an embodiment of the present disclosure;

FIG. 7 is a flowchart illustrating an inventory operation notification method according to an exemplary embodiment of the present application;

FIG. 8 is a flowchart illustrating a method for applying for a stock cancellation operation according to an embodiment of the present application;

fig. 9 is a schematic flowchart of a method for allocating a business object between channels according to an embodiment of the present application;

FIG. 10 is a flowchart illustrating a method for shipping a user according to an embodiment of the present application;

FIG. 11 is a flowchart illustrating a method for cancelling shipment for a user according to an embodiment of the present application;

fig. 12 is a second flowchart of a method for shipping a user according to an embodiment of the present application;

fig. 13 is a flowchart of a method for notifying a supplier server that a service object has been ex-warehouse after shipping for a user according to an embodiment of the present application;

fig. 14 is a second flowchart of a method for canceling shipment for a user according to an embodiment of the present application;

fig. 15 is a schematic structural diagram of a warehousing service platform provided in an embodiment of the present application;

fig. 16 is a schematic structural diagram of a supplier server according to an embodiment of the present application;

fig. 17 is a schematic structural diagram of a provisioning provider server according to an embodiment of the present application.

Detailed Description

In order to achieve the purpose of the present application, an embodiment of the present application provides a method and an apparatus for processing a logistics service, where the method is based on a logistics service processing system including a supplier server, a warehouse-allocated service platform, and a warehouse-allocated provider server, where the warehouse-allocated service platform of the system serves as an intermediary party and transmits logistics service information between the supplier server and the warehouse-allocated provider server, and any one of the supplier server and any one of the warehouse-allocated provider server can perform interaction of the logistics service information through the warehouse-allocated service platform, thereby reducing system docking cost between the supplier and the warehouse-allocated provider; in the method, a warehouse distribution service platform is used as an intermediate party, firstly, a calling request of a remote warehouse distribution service platform calling party of a supplier server, which has an inventory operation application interface, is received, then, an interface of a warehouse distribution provider server, which has a function of creating an inventory operation application document, is called in a remote nesting mode based on the calling request, and finally, a remote nesting calling result is sent to the supplier server. The unified inventory operation application interface is called, so that the structured definition of the information of the service object used when the interface is called is unified, the unified definition of the information of the service object and the unified inventory interoperation process between the supplier server and the inventory provider server are realized, and all the supplier server and the inventory provider server can carry out unified inventory interoperation on the inventory provider platform.

In order to clearly understand the scheme of the embodiment of the present application, first, a logistics business processing system in the embodiment of the present application is described:

as shown in fig. 3, which is a schematic structural diagram of a logistics business processing system provided in the embodiment of the present application, the logistics business processing system includes: a supplier server 31, a warehousing service platform 32, and a warehousing provider server 33; the intermediate warehouse service platform defines the identification of business objects, the identification of warehouses and the interface definition of various inventory operations, wherein:

in the inventory operation application phase, the supplier server 31, the warehousing service platform 32 and the warehousing provider server 33 function as follows:

the supplier server 31 is configured to send a first call request to the warehouse-equipped service platform, where the first call request is used to call an interface of the warehouse-equipped service platform, which has an inventory operation application function, and carries information of an inventory operation application type, an identifier of a warehouse-equipped provider, and a service object; and receiving a first call response sent to the warehousing service platform.

The inventory operation comprises warehousing, ex-warehouse and allocation. The inventory operation application types include: the warehouse entry application, the warehouse exit application and the transfer application, and the actual operation of the inventory operation comprises the following steps: warehousing actual operation, ex-warehouse actual operation and allocation actual operation.

The identifier of the business object may be a code of the business object, and the identifier of the warehouse may be a code of the warehouse.

The warehouse configuration service platform 32 is configured to send a second call request to the warehouse configuration provider server under the trigger of the first call request, where the second call request is used to call an interface of the warehouse configuration provider server, the interface having a function of creating an inventory operation application document, and the second call request includes information of an inventory operation application type, an identifier of a warehouse of the warehouse configuration provider, and a service object; receiving a second call response sent by the warehousing provider server; sending a first calling response to a supplier server under the trigger of the second calling response, wherein the first calling response comprises the inventory operation application bill;

and the warehouse allocation provider server 33 is configured to create an inventory operation application document according to the inventory operation application type, the warehouse identifier of the warehouse allocation provider and the information of the business object, which are carried in the second call request, and send a second call response to the warehouse allocation service platform, where the second call response carries the inventory operation application document, and the inventory operation application document includes the inventory operation application document number, the inventory operation application type, the warehouse identifier of the warehouse allocation provider and the information of the business object.

The inventory operation can comprise warehousing the business objects of the suppliers to a warehouse of a warehousing provider, ex-warehousing the business objects of the suppliers which are warehoused in the warehouse of the warehousing provider to the suppliers, and transferring the business objects of the suppliers from the warehouse of one logistics service provider to the warehouse of another logistics service provider.

Then entering an inventory operation actual operation stage of the business object:

and after the inventory operation application is successful, the supplier server and the warehousing provider server obtain an inventory operation application document. The inventory operation application document is an inventory operation voucher for a supplier and a warehousing provider, and the warehousing provider performs inventory operation actual operation on a business object of the supplier according to the inventory operation voucher, wherein the actual operation is operation performed on the business object (entity) by warehousing provider personnel, for example, the business object is transported from the supplier to a warehouse of the warehousing provider, and the business object is warehoused.

After the actual operation phase is completed, the inventory operation actual operation notification phase is entered (the warehousing provider needs to notify the actual situation of the inventory operation of the supplier business object), and at this time, the supplier server 31, the warehousing service platform 32 and the warehousing provider server 33 function as follows:

the warehousing provider server 33 is configured to send a third call request to the warehousing service platform, where the third call request is used to call an interface of the warehousing service platform, which has an inventory operation real operation notification function and carries an inventory operation real operation document; the inventory operation real operation document comprises: the information of the inventory operation real operation order number, the real operation date, the inventory operation real operation type and the business object for executing the inventory operation real operation; receiving a third call response sent by the warehouse configuration service platform;

the warehousing service platform 32 is configured to receive a third call request sent by the warehousing provider server, and send a fourth call request to the supplier server under the trigger of the third call request of the warehousing provider server, where the fourth call request is used to call an interface of the supplier server, which has an inventory operation real operation notification function, and carries the inventory operation real operation document; receiving a fourth call response sent by the supplier server, wherein the fourth call response comprises a real operation notification received by confirmation, and sending a third call response to the warehouse provider server under the trigger of the fourth call response, wherein the third call response comprises the real operation notification received by confirmation;

the supplier server 31 is configured to receive a fourth call request sent by the warehousing service platform, and send a fourth call response to the warehousing service platform based on the inventory operation real operation receipt carried in the fourth call request, where the fourth call response includes a notification for confirming that the real operation is received.

In the process, the warehousing service platform can store the inventory operation application document from the supplier server and the inventory operation actual document from the warehousing provider, so that subsequent suppliers and the warehousing provider can inquire and perform related analysis and processing.

When the system is implemented using an application program development interface (api) and a service provider interface (spi), a specific schematic diagram may be shown in fig. 4, a call in the system may be shown in fig. 5, and fig. 5 is a call timing diagram in the system when applying for replenishment.

In fig. 4, in the supplier spi in the warehousing service platform, the replenishment application (application for warehousing the business object of the supplier from the supplier to the warehouse of the warehousing provider), the return application (application for warehousing the business object of the supplier already warehoused in the warehouse of the warehousing provider to the supplier), the replenishment cancellation application and the return cancellation application are from the viewpoint of the supplier, and the essence is that the supplier operates the application for the inventory of the business object.

There are 4 abstract classes in FIG. 4: supplier api, supplier spi, warehousing provider api and warehousing provider spi. They are defined by the warehousing service platform uniform abstraction. The function of these classes can be seen by the method definition of the classes in fig. 4. Wherein, the supplier api: services provided to the vendor on behalf of the warehousing service platform. Supplier spi: services provided to the warehousing service platform on behalf of the vendor. The repository provider api: services provided to the provisioning provider on behalf of the provisioning service platform. The warehouse allocation provider spi: services provided to the warehousing service platform on behalf of the warehousing provider. There are 3 implementation classes: the system comprises a supplier, a warehousing service platform and a warehousing provider. These 3 classes are implementations of a specific api/spi. There are 3 packages: the system comprises a supplier, a warehousing service platform and a warehousing provider. These 3 packages represent the environment in which the objects of the above-mentioned 3 implementation classes are located. For example, the vendor object is in the vendor server and the warehousing provider object is in the warehousing provider server.

Furthermore, remote access between objects may be established over secure data communications based on security considerations, such as public key infrastructure (pki) based security architecture.

The communication Protocol between the supplier server and the warehousing service platform and the communication Protocol between the warehousing service platform and the warehousing provider server can be based on the web service of a hypertext Transfer Protocol over Secure Socket Layer (HTTPS) version of the Secure version, and at this time, since the web service is independent of an operating system and a programming language, the development of the interface can be based on java or net regardless of whether the operating system of the server is based on windows or linux.

Various embodiments of the present application are described in further detail below with reference to the figures of the specification. It is to be understood that the described embodiments are merely exemplary of the invention, and not restrictive of the full scope of the invention. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present application.

As shown in fig. 6, a schematic flow chart of a logistics business processing method provided in the embodiment of the present application, specifically a schematic flow chart of an inventory operation application method, includes the following steps:

step 601: a supplier server sends a first call request to a warehouse-matching service platform, wherein the first call request is used for calling an interface with an inventory operation application function of the warehouse-matching service platform and carries information of an inventory operation application type, an identification of a warehouse-matching provider and a business object;

the information of the business object may include an identification of the business object, Stock quantity Unit (SKU) code information, and a quantity of the business object scheduled to perform the inventory operation. The first call request may further include information such as a date when the inventory operation is scheduled.

When the warehousing operation application type is warehousing application, the identification of the warehouse of the warehousing provider is the identification of the warehousing warehouse; when the type of the inventory operation application is an ex-warehouse application, the identification of the warehouse allocation provider is the identification of the ex-warehouse; when the inventory operation application type is a transfer application, the identification of the warehouse allocation provider comprises the identification of the warehouse-out warehouse and the identification of the warehouse-in warehouse.

Step 602: the warehouse configuration service platform sends a second calling request to the warehouse configuration provider server under the triggering of the first calling request, wherein the second calling request is used for calling an interface of the warehouse configuration provider server, which has a function of creating an inventory operation application document, and the second calling request carries the inventory operation application type, the identification of the warehouse configuration provider and the information of the business object;

in the above step 602, the warehousing service platform calls the interface of the warehousing provider server, which has the function of creating the inventory operation application document, to be called by remote nesting, so that the synchronous acquisition of the calling result is realized.

Step 603: the warehouse allocation provider server creates an inventory operation application bill by using the inventory operation application type, the warehouse identifier of the warehouse allocation provider and the information of the business object carried in the second calling request;

the inventory operation application document comprises an inventory operation application document number, an inventory operation application type, an identification of a warehouse allocation provider and information of a business object.

Step 604: the warehouse allocation provider server sends a second calling response to the warehouse allocation service platform, wherein the second calling response carries the inventory operation application bill;

step 605: and the warehousing service platform sends a first calling response to a supplier server under the trigger of the second calling response, wherein the first calling response comprises the inventory operation application document.

After the inventory operation is applied, the warehousing provider executes inventory operation actual operation aiming at the business object of the supplier. After the real operation is completed, an inventory operation real operation document can be generated, and the inventory operation real operation notification stage is entered, wherein the inventory operation real operation document can comprise: the information of the business object can comprise the identification of the business object, the SKU coding information and the number of the business objects actually performing the inventory operation. Specifically, a flow chart of the inventory operation notification method is shown in fig. 7, and includes the following steps:

step 701: the warehouse allocation provider server sends a third calling request to the warehouse allocation service platform, wherein the third calling request is used for calling an interface with an inventory operation real operation notification function of the warehouse allocation service platform and carries inventory operation real operation documents;

step 702: the warehousing service platform sends a fourth calling request to the supplier server under the triggering of the third calling request, wherein the fourth calling request is used for calling an interface with an inventory operation real operation notification function of the supplier server and carries the inventory operation real operation receipt;

step 703: the supplier server sends a fourth call response to the warehousing service platform, wherein the fourth call response comprises a confirmation of receiving the real operation notification;

step 704: and the warehousing service platform sends a third call response to the warehousing provider server under the triggering of the fourth call response, wherein the third call response comprises the confirmation of receiving the real operation notification.

After the inventory operation application, if the supplier needs to cancel the inventory operation application, a schematic diagram of a flow of canceling the inventory operation application at this time is shown in fig. 8, and includes the following steps:

step 801: the supplier server sends a fifth call request to the warehouse distribution service platform, wherein the fifth call request is used for calling an interface with the function of canceling the stock operation application of the warehouse distribution service platform and carries a stock operation application sheet number;

step 802: the warehouse allocation service platform sends a sixth call request to the warehouse allocation provider server under the triggering of the fifth call request, wherein the sixth call request is used for calling an interface of the warehouse allocation provider server, which has the function of canceling the stock operation application bill and carries the stock operation application bill number;

step 803: the warehouse configuration provider server sends a sixth call response to the warehouse configuration service platform, wherein the sixth call response carries a confirmation cancellation application message;

step 804: and the warehouse matching service platform sends a fifth calling response to the supplier server under the triggering of the sixth calling response, wherein the fifth calling response carries a confirmation cancellation application message.

In addition, in the existing system including the server of the supplier and the server of the warehousing provider but not including the warehousing service platform, in consideration of the difference of channels, the supply quantity of different channels is different, in the warehousing process, the supplier needs to identify the business objects according to the channels, and the business objects can be physically separated according to the channels in the actual warehouse correspondingly. For example: a supplier supplies 100 washing machines for the sales platform a and 300 washing machines for the sales platform B, and before the washing machines are put in storage in a warehouse of a warehouse provider, 100 washing machines among 400 washing machines are individually identified as service objects for the sales platform a, and the subsequent 300 identifications are service objects for the sales platform B. After a subsequent user places an order in a certain channel, the supplier server sends the information of the service objects identified according to the channel to the warehousing and distribution provider server, and the warehousing and distribution provider server informs the warehousing and distribution provider to sort and deliver the service objects from physical inventory distributed for the corresponding channel in the warehouse. In the prior art, the business objects are identified according to channels, so that the business objects are sold in sub-channels. However, since the business objects are identified according to the channels, on one hand, the business objects of each channel are physically separated, and on the other hand, the business objects of each channel are independent on the identification, which makes it difficult to allocate the business objects among the channels under the logistics business system and increases the cost of warehouse management. To this end, an embodiment of the present application provides a method for processing logistics traffic, which is applicable to a system including a supplier server, a warehousing service platform, and a warehousing provider server, where the method for processing logistics traffic, which is capable of performing the allocation of a business object between channels, may be based on the system described in the present application, or may not be based on the system described in the present application, and a flowchart of the method is shown in fig. 9, and may include the following steps:

step 901: a supplier server sends a channel inventory allocation request to a warehousing service platform, wherein the channel inventory allocation request comprises: the identification of the calling party channel, the identification of the calling party channel and the information of the business objects involved in the deployment;

step 902: the warehousing and distribution service platform modifies the stored inventory information of the business object in the calling-out party channel and the stored inventory information of the business object in the calling-in party channel according to the identification of the calling-out party channel, the identification of the calling-in party channel and the information of the business object involved in distribution in the channel inventory distribution request to obtain a modification result;

the inventory information may include: inventory quantity, SKU information for business objects.

Step 903: and the warehousing and distribution service platform sends a channel inventory distribution response to the supplier server, wherein the channel inventory distribution response comprises the modification result.

In the logistics business processing method capable of allocating business objects among channels, the warehouse allocation service platform is arranged between the warehouse allocation provider server and the supplier server to serve as an intermediate party, the inventory information of the business objects allocated to each channel is stored in the warehouse allocation service platform, and the business objects are logically distinguished on the warehouse allocation service platform, so that the business objects do not need to be identified according to the channels, the business objects do not need to be distinguished in the warehouse of the warehouse allocation provider, and one physical inventory is realized. When the distribution is carried out, only a channel inventory distribution request is sent to the distribution service platform, and the distribution service platform modifies the inventory information of the business object in each channel.

In addition, because the inventory information of the business objects distributed for each channel is stored in the warehousing service platform, the supplier server can also carry the identification carrying the channel and the distribution strategy information of the business objects in each channel when sending the first call request, so that after the warehousing provider server sends the third call request, the inventory information of the business objects in each channel is modified, and the inventory information is kept consistent with the inventory number of the business objects in the warehouse of the warehousing provider.

Specifically, after receiving the third call request sent by the warehousing provider server, the warehousing service platform may modify the stored inventory information of the business object in each channel according to the information of the business object performing the inventory operation in the inventory operation actual operation document carried in the third call request, the channel identifier carried in the first call request, and the distribution policy information of the business object in each channel.

For example, if the first invocation request carries the channel identifier and the distribution policy information of the service object in each channel, the distribution policy information is as follows: the distribution strategy of the business object A on the sales platform A and the sales platform B is as follows: the sales platform A: sales platform B is 3: 1; the information of the business object for executing the inventory operation real operation in the inventory operation real operation document is as follows: the number of the business objects A put in storage is 100; the step of modifying the stored inventory information of the business object in each channel specifically comprises: the stock quantity of the business objects under the sales platform A is increased by 75 pieces, and the stock quantity of the business objects under the sales platform A is increased by 25 pieces.

After the user places an order for the service object on the channel, the supplier needs to deliver the service object to the user, and deliver the service object to the user from the warehouse of the distribution provider, where the logistics service processing flow is shown in fig. 10, and includes the following steps:

step 1001: the supplier server sends a first delivery request to the warehousing service platform, wherein the first delivery request comprises: identification of the channel, information of the business object and information of the receiver;

step 1002: the warehousing service platform sends a second shipping request to the warehousing provider server, wherein the second shipping request comprises: the information of the business object and the information of the receiver;

step 1003: the warehousing service platform modifies the inventory information of the business object in the channel represented by the identification of the channel in the first delivery request according to the information of the business object in the first delivery request;

here, the inventory information of the business object is modified to reduce the inventory amount of the business object due to shipment, and the specific reduction amount can be determined by the information of the business object in the first shipment request.

Here, the execution order of step 1002 and step 1003 may not be sequential.

Step 1004: and the warehouse allocation provider server executes the logistics information processing operation of the business object according to the information of the business object and the information of the receiver.

Since the inventory information of the business objects under each channel is stored in the warehousing service platform, and the inventory information of the business objects under the corresponding channel is modified directly on the warehousing service platform, in step 103, the warehousing service platform does not send the channel identifier to the warehousing provider server, the warehousing provider server does not need to know the related channel information, and the business objects in the warehouse of the warehousing provider are not required to be distinguished from channels, and are in stock.

After this step 1004, the warehousing provider server may also send a receipt notification to the warehousing service platform, which in turn sends the receipt notification to the supplier server. The warehousing service platform may not modify the inventory information of the business object in step 1002, but modify the inventory information of the business object in the channel represented by the identification of the channel included in the first shipment request after receiving the shipment notification.

Thereafter, if the supplier needs to cancel the delivery for the user, the logistics business process flow at this time is as shown in fig. 11, and may include the following steps:

step 1101: the supplier server sends a first shipping cancellation request to the warehousing service platform, wherein the first shipping cancellation request comprises: identification of the channel, information of the business object and information of the shipper;

step 1102: the warehousing service platform modifies inventory information of the business objects in the channels represented by the channel identifiers included in the first shipment canceling request according to the information of the business objects in the first shipment canceling request;

here, since the shipment is cancelled, the modification of the inventory information of the business object is to increase the inventory number of the business object, and the specific increased number may be determined by the information of the business object in the first request for cancellation of shipment.

Step 1103: the warehousing service platform sends a second shipping cancellation request to the warehousing provider server, wherein the second shipping cancellation request comprises: information of the business object and shipper information.

Step 1104: and the warehousing and distribution provider server confirms that the delivery is cancelled according to the information of the business object and the information of the shipper.

After this step 1104, the warehousing provider server may also send a cancellation shipping success notification to the warehousing service platform, which in turn sends the cancellation success notification to the supplier server. The warehousing service platform may not modify the inventory information of the business object in step 1102, but modify the inventory information of the business object in the channel represented by the identification of the channel included in the first request for cancellation of shipment after receiving the notification of successful cancellation of shipment.

In addition, the warehousing and distribution service platform can receive a distribution request sent by the supplier server to distribute the business objects among the channels, and can automatically distribute the business object information among the channels based on the inventory quantity of the business objects under each channel. The specific implementation process is as follows: for each business object, performing the following first to fourth steps:

the first step is as follows: the warehousing and distribution service platform determines the identification of a first channel of which the stock quantity is less than the corresponding channel safety threshold value and the identification of a first channel of which the stock quantity is greater than a preset adjustable threshold value in all channels to which the business object belongs, wherein the preset adjustable threshold value is greater than the channel safety threshold value;

here, since the business objects are logically divided into channels on the warehousing service platform, each business object has an attributive channel.

The second step is that: the warehousing and distribution service platform takes the identifier of the first channel as the identifier of the calling party channel and takes the identifier of the second channel as the identifier of the calling party channel;

the third step: the warehousing and distribution service platform determines the distribution quantity of the business objects according to the inventory quantity of the business objects in the second channel;

the specific determined value of the allocation amount is determined based on the gap of the inventory amount of the first channel and the inventory amount of the business object in the second channel.

The fourth step: and the warehousing and distribution service platform modifies the stored inventory quantity of the business object in the calling party channel and the stored inventory quantity of the business object in the calling party channel according to the identification of the calling party channel, the identification of the calling party channel and the determined distribution quantity.

Here, since the deployment is performed, the number of deployments is increased according to the number of inventories of the business object in the calling-in channel, and the number of deployments is decreased according to the number of inventories of the business object in the calling-out channel.

Further, the warehouse distribution server stores the real-time inventory quantity information of each channel, so that the warehouse distribution service platform can automatically send out a shortage notice to the supplier server based on the inventory quantity of the business objects of the channels, and the specific implementation process is as follows: aiming at each channel, the warehousing and distribution server determines the information of the business objects of which the inventory quantity is less than the corresponding channel safety threshold; and then the warehousing server sends out an out-of-stock notification to the supplier server, wherein the out-of-stock notification comprises the information of the business object, the information of the business object and the identification of the channel to which the business object belongs. The out-of-stock notification is essentially an out-of-stock early warning notification, which notifies the supplier to replenish the stock in time, and if the stock is not replenished in time, the real out-of-stock will occur.

The safety threshold value of each channel can be determined based on the historical sales volume of a supplier in the channel, at the moment, the warehousing and distribution provider server needs to send a second shipping response to the warehousing and distribution server, the shipping response comprises a transaction ex-warehouse real operation receipt, and the transaction ex-warehouse real operation receipt comprises transaction ex-warehouse real operation date and information of a business object for executing transaction ex-warehouse real operation; then, the warehousing server correspondingly stores the channel identification carried in the first delivery request and the transaction ex-warehouse real operation receipt carried in the received second delivery response; after the historical sales volume information of the business object under each channel can be obtained; and the channel safety threshold corresponding to each business object in each channel can be determined by the following modes:

for each channel, the following operations are performed: searching the transaction outbound real operation document with the transaction outbound real operation date in a set time period from the transaction outbound real operation document corresponding to the channel identifier; determining the daily sales volume of the business object by utilizing the found information of the business object for executing the real operation of the transaction ex-warehouse in the real operation document of the transaction out-warehouse; and determining a channel safety threshold value of the business object under the channel by using preset safety days and the determined daily sales volume. Here, the result of multiplying the safe number of days by the determined daily sales amount may be used as the channel safety threshold. The safe days refer to at least how many days the business object can sell under the channel to which the business object belongs, and the goods can not be out of stock. The channel safety threshold value refers to the inventory quantity of the business number object in the channel to which the business number object belongs, and the goods can not be broken.

In addition, the relationship between channels may also be set on the warehousing service platform, for example, the relationship is set to be shared or exclusive, for each channel set to be shared, the business object may be deployed between each channel, and for the channel set to be exclusive, the business object may not be deployed between channels.

The logistics service processing process shown in fig. 10 and 11 can also be implemented in a manner of remote nested calling based on interfaces, which is specifically as follows:

fig. 12 shows a flowchart of a method for processing logistics service of a supplier for shipping a user, which includes the following steps:

step 1201: the supplier server sends a seventh calling request to the warehousing service platform, wherein the seventh calling request is used for calling an interface with a delivery application function of the warehousing service platform and carries channel identification, service object information, warehouse identification of a warehousing provider and consignee information;

step 1202: the warehouse allocation service platform sends an eighth call request to the warehouse allocation provider server under the triggering of the seventh call request, wherein the eighth call request is used for calling an interface with a transaction outbound document creating function of the warehouse allocation provider server and carries information of a business object, identification of a warehouse of the warehouse allocation provider and information of a receiver;

step 1203: the warehouse allocation provider server generates a transaction ex-warehouse application document by using the information of the business object, the identification of the warehouse allocation provider and the information of the receiver;

the transaction outbound application document may include: the system comprises a transaction ex-warehouse application form number, a transaction ex-warehouse application date, information of a service object, an identifier of a supplier, an identifier of a warehouse of a warehousing provider and the like.

Step 1204: the warehouse allocation provider server sends an eighth call response to the warehouse allocation service platform, wherein the eighth call response carries a transaction ex-warehouse application document;

step 1205: and the warehousing service platform sends a seventh calling response to the supplier server under the triggering of the eighth calling response, wherein the seventh calling response comprises the transaction ex-warehouse application receipt.

And then, the warehousing service side performs sorting operation on the business objects by using the information of the business objects and the information of the shipper. After the actual operation is completed, a transaction ex-warehouse actual operation notification needs to be sent to the supplier server through the warehousing service platform, the transaction ex-warehouse actual operation notification may include a transaction ex-warehouse actual operation date, information of the business object, a transaction ex-warehouse actual operation order number, and the like, and notifies the supplier server that the business object has been ex-warehouse, and at this time, a specific business processing process is as shown in fig. 13, and the method includes the following steps:

step 1301: the warehouse allocation provider server sends a ninth calling request to the warehouse allocation service platform, wherein the ninth calling request is used for calling an interface with a transaction ex-warehouse real operation notification function of the warehouse allocation service platform and carries a transaction ex-warehouse real operation bill;

step 1302: the warehousing service platform modifies the inventory information of the business object in the channel represented by the identification of the channel in the stored seventh calling request by utilizing the information of the business object carried in the transaction outbound real operation document;

step 1303: the warehousing service platform sends a tenth calling request to the supplier server under the triggering of the ninth calling request, wherein the tenth calling request is used for calling an interface with a transaction ex-warehouse real operation notification function of the supplier server and carries the transaction ex-warehouse real operation receipt;

step 1304: the supplier server sends a tenth calling response to the warehousing service platform based on the real operation document for the transaction ex-warehouse, wherein the tenth calling response comprises the confirmation of receiving the transaction ex-warehouse notification;

step 1305: and the warehousing service platform sends a ninth call response to the warehousing provider server under the trigger of the tenth call response, wherein the ninth call response comprises the confirmation of receiving the transaction ex-warehouse notification.

The flow chart of the logistics business processing method for a supplier to cancel delivery for a user can be shown in fig. 14, and includes the following steps:

step 1401: the supplier server sends an eleventh call request to the warehouse distribution service platform, wherein the eleventh call request is used for calling an interface with a shipping application canceling function of the warehouse distribution service platform and carries a transaction ex-warehouse application form number;

step 1402: the warehouse allocation service platform sends a twelfth call request to the warehouse allocation provider server under the triggering of the eleventh call request, wherein the twelfth call request is used for calling an interface of the warehouse allocation provider server, which has a function of canceling the creation of the transaction outbound document and carries the transaction outbound application sheet number;

step 1403: the warehouse allocation provider server sends a twelfth call response to the warehouse allocation service platform based on the transaction ex-warehouse application form number, wherein the twelfth call response carries the transaction ex-warehouse application form number and a confirmation cancellation application message;

step 1404: and the warehouse matching service platform sends an eleventh call response to the supplier server under the trigger of the twelfth call response, wherein the eleventh call response carries the transaction ex-warehouse application form number and the confirmation cancellation application message.

In addition, the warehousing service platform can also automatically send out a shortage notification to the supplier server based on the inventory quantity of the business objects of the channel, and when the warehousing service platform is realized by using an interface call, the method specifically includes the following steps: the warehousing and distribution service platform determines information of business objects with inventory quantity smaller than a corresponding channel safety threshold value for each channel; the warehouse allocation service platform sends a thirteenth call request to the supplier server, wherein the thirteenth call request is used for calling an interface with a shortage notification function of the supplier server and carrying information of the determined business object and an identifier of a channel to which the business object belongs; and the supplier server sends a thirteenth call response to the warehousing service platform, wherein the thirteenth call response comprises confirmation of receiving the out-of-stock notification.

For the determination of the security threshold, when the interface is used for calling and implementing, the warehousing service platform may execute an operation of correspondingly storing the identifier of the channel in the seventh calling request and the transaction outbound real operation document carried in the ninth calling request after the warehousing service platform receives the ninth calling request sent by the warehousing provider server, so as to obtain historical transaction outbound real operation data, where the specific security threshold determination method is described above.

Based on the same inventive concept, the embodiment of the present application further provides a warehousing service platform, a supplier server and a warehousing providing server, which specifically include the following steps:

as shown in fig. 15, which is a schematic structural diagram of a warehouse service platform provided in the embodiment of the present application, the warehouse service platform includes:

a first receiving unit 151, configured to receive a first call request sent by a supplier server, where the first call request is used to call an interface with an inventory operation application function of a warehouse provisioning service platform, and the first call request carries information of an inventory operation application type, an identifier of a warehouse provisioning provider, and a service object;

a first sending unit 152, configured to send a second call request to the warehousing provider server, where the second call request is used to call an interface of the warehousing provider server, where the interface has a function of creating an inventory operation application document, and the second call request carries information of the type of the inventory operation application, an identifier of a warehouse of the warehousing provider, and the service object;

a second receiving unit 153, configured to receive a second call response sent by the warehousing provider server, where the second call response carries an inventory operation application form, and the inventory operation application form is generated by using information carried in the second call request;

the second sending unit 154 is configured to send a first call response to the supplier server, where the first call response includes the inventory operation application document.

Preferably, the first receiving unit 151 is further configured to receive a third call request sent by the warehousing provider server, where the third call request is used to call an interface of the warehousing service platform, the interface having an inventory operation real operation notification function, and the third call request carries an inventory operation real operation document;

the first sending unit 152 is further configured to send a fourth call request to the supplier server, where the fourth call request is used to call an interface of the supplier server, the interface having an inventory operation real operation notification function, and the fourth call request carries the inventory operation real operation document;

the second receiving unit 153 is further configured to receive a fourth call response sent by the provider server, where the fourth call response includes a confirmation of receiving the real operation notification;

the second sending unit 154 is further configured to send a third call response to the provisioning provider server, where the third call response includes the confirmation that the real operation notification is received.

Preferably, the inventory operation application document includes an inventory operation application document number;

the first receiving unit 151 is further configured to receive a fifth invocation request sent by the supplier server after the second sending unit sends the first invocation response to the supplier server, where the fifth invocation request is used to invoke an interface of the warehouse distribution service platform, the interface having the function of canceling the stock operation application, and the fifth invocation request carries the stock operation application form number;

the first sending unit 152 is further configured to send a sixth call request to the warehouse provider server, where the sixth call request is used to call an interface of the warehouse provider server, the interface having a function of canceling an inventory operation application, and the sixth call request carries the inventory operation application form number;

the second receiving unit 153 is further configured to receive a sixth call response sent by the warehousing provider server, where the sixth call response carries a confirmation cancellation application message;

the second sending unit 154 is further configured to send a fifth call response to the provider server, where the fifth call response carries the message of requesting cancellation of acknowledgement.

Preferably, the inventory operation real operation receipt includes information of a business object for executing inventory operation real operation, and the first call request further includes channel identifiers and distribution policy information of the business object in each channel;

the warehouse service platform further comprises: and the channel inventory modifying unit 155 is configured to modify, after the first receiving unit receives the third call request sent by the warehousing provider server, the stored inventory information of the business object in each channel according to the information of the business object performing the inventory operation in the inventory operation real operation document carried in the third call request, the identifier of the channel carried in the first call request, and the distribution policy information of the business object in each channel.

Preferably, the first receiving unit 151 is further configured to receive a seventh call request sent by a supplier server, where the seventh call request is used to call an interface with a delivery application function of the warehousing service platform, and the seventh call request carries an identifier of a channel, information of a service object, an identifier of a warehouse of a warehousing provider, and information of a receiver;

the first sending unit 152 is further configured to send an eighth call request to the warehousing provider server, where the eighth call request is used to call an interface of the warehousing provider server, where the interface has a function of creating a transaction outbound document, and the eighth call request carries information of a service object, an identifier of a warehouse of the warehousing provider, and information of a consignee;

the second receiving unit 153 is further configured to receive an eighth call response sent by the warehousing provider, where the eighth call response carries a transaction outbound application document, the transaction outbound application document is generated by using information carried in the eighth call request, and the transaction outbound application document includes: the information of the transaction ex-warehouse application order number, the warehouse identification of the warehouse allocation provider and the business object;

the second sending unit 154 is further configured to send a seventh invocation response to the supplier server, where the seventh invocation response includes the transaction outbound application document.

Preferably, the following steps: a channel inventory modification unit 155;

the first receiving unit 151 is further configured to receive a ninth call request sent by the warehousing provider server, where the ninth call request is used to call an interface of the warehousing service platform, the interface having a transaction ex-warehouse real operation notification function, and the ninth call request carries a transaction ex-warehouse real operation document;

the channel inventory modifying unit 155 is further configured to modify inventory information of the business object in the channel represented by the identifier of the channel in the stored seventh invocation request by using information of the business object carried in the transaction outbound real-operation document;

the first sending unit 152 is further configured to send a tenth invoking request to the supplier server, where the tenth invoking request is used to invoke an interface of the supplier server with a transaction outbound real operation notification function, and the tenth invoking request carries the transaction outbound real operation receipt;

the second receiving unit 153 is configured to receive a tenth invocation response sent by the supplier server, where the tenth invocation response includes a confirmation that the transaction outbound notification is received;

the second sending unit 154 is configured to send a ninth invocation response to the provisioning provider server, where the ninth invocation response includes the confirmation that the transaction outbound notification is received.

Preferably, the transaction outbound application document includes: transaction ex-warehouse application form number;

the first receiving unit 151 is further configured to receive an eleventh call request sent by a supplier server, where the eleventh call request is used to call an interface of the warehousing and distribution service platform, the interface having a function of canceling a shipping application, and the eleventh call request carries a transaction outbound application number;

the first sending unit 152 is further configured to send a twelfth call request to the warehousing provider server, where the twelfth call request is used to call an interface of the warehousing provider server, the interface having a function of canceling the creation of the transaction outbound document, and the twelfth call request carries the transaction outbound application form number;

the second receiving unit 153 is further configured to receive a twelfth call response sent by the warehousing provider, where the twelfth call response carries the transaction outbound application form number and the confirmation cancellation application message;

the second sending unit 154 is further configured to send an eleventh call response to the supplier server, where the eleventh call response carries the transaction outbound application form number and the confirmation cancellation application message.

Preferably, the warehousing service platform further comprises: a channel inventory modification unit 155;

the first receiving unit 151 is further configured to receive a channel inventory allocation request sent by a provider server, where the channel inventory allocation request includes: the identification of the calling party channel, the identification of the calling party channel and the information of the business objects involved in the deployment;

the channel inventory modifying unit 155 is further configured to modify the stored inventory information of the business object in the calling party channel and the stored inventory information of the business object in the calling party channel according to the identifier of the calling party channel, and the information of the business object involved in the scheduling in the channel inventory scheduling request.

The warehouse service platform further comprises: a channel inventory scheduling unit 156, configured to perform the following operations for each business object: determining the identifier of a first channel of which the stock quantity is less than the corresponding channel safety threshold value and the identifier of a first channel of which the stock quantity is greater than a preset adjustable threshold value in all channels to which the business object belongs, wherein the preset adjustable threshold value is greater than the channel safety threshold value; taking the identifier of the first channel as the identifier of the calling party channel, and taking the identifier of the second channel as the identifier of the calling party channel; determining the allocation quantity of the business object according to the inventory quantity of the business object in the second channel; and modifying the stored inventory quantity of the business object in the calling party channel and the stored inventory quantity of the business object in the calling party channel according to the identification of the calling party channel, the identification of the calling party channel and the determined allocation quantity.

The warehouse service platform further comprises: a channel inventory shortage notification unit 157, configured to determine, for each channel, information of a service object whose inventory number is smaller than a corresponding channel security threshold; sending a thirteenth call request to the supplier server, wherein the thirteenth call request is used for calling an interface with a shortage notification function of the supplier server, and the thirteenth call request carries the information of the determined service object and the identifier of the channel to which the service object belongs; and receiving a thirteenth call response sent by the supplier server, wherein the thirteenth call response comprises confirmation of receiving the out-of-stock notification.

Preferably, the transaction outbound real operation document includes: the transaction ex-warehouse real operation date and the information of the business object for executing the transaction ex-warehouse real operation; the warehouse service platform further comprises: a saving unit 158 and a channel security threshold determining unit 159, where the saving unit 158 is configured to, after the first receiving unit receives the ninth invocation request sent by the warehousing provider server, correspondingly save the identifier of the channel in the seventh invocation request and the transaction outbound real operation document carried in the ninth invocation request; the channel security threshold determination unit 159 is configured to determine a channel security threshold corresponding to each business object in each channel by: for each channel, the following operations are performed: searching the transaction outbound real operation document with the transaction outbound real operation date in a set time period from the transaction outbound real operation document corresponding to the channel identifier; determining the daily sales volume of the business object by utilizing the found information of the business object for executing the real operation of the transaction ex-warehouse in the real operation document of the transaction out-warehouse; and determining a channel safety threshold value of the business object under the channel by using preset safety days and the determined daily sales volume.

As shown in fig. 16, which is a schematic structural diagram of a vendor server provided in the embodiment of the present application, the vendor server includes:

a sending unit 161, configured to send a first call request to the warehouse configuration service platform, where the first call request is used to call an interface of the warehouse configuration service platform, which has an inventory operation application function, and carries information of an inventory operation application type, an identifier of a warehouse configuration provider, and a service object;

the receiving unit 162 is configured to receive a first call response sent by the warehousing service platform, where the first call response is sent by the warehousing service platform after receiving a second call response and includes the inventory operation application document; the second call response is sent by the warehouse distribution provider server based on a second call request of the warehouse distribution service platform, the second call request is used for calling an interface of the warehouse distribution provider server, which has the function of creating the stock operation application document, and the second call request is sent to the warehouse distribution provider server by the warehouse distribution service platform after receiving the first call request.

Preferably, the receiving unit 162 is further configured to receive a fourth call request sent by the warehousing service platform, where the fourth call request is used to call an interface of the supplier server, the interface having an inventory operation real operation notification function, the fourth call request is sent by the warehousing service platform after a third call request sent by the warehousing provider server, and the third call request is used to call an interface of the warehousing service platform, the interface having an inventory operation real operation notification function, and carries an inventory operation real operation document;

the sending unit 161 is further configured to send a fourth call response to the warehousing service platform, where the fourth call response includes a confirmation that the real operation notification is received.

Preferably, the inventory operation application document includes an inventory operation application document number; the sending unit 161 is further configured to send a fifth call request to the supplier server to the warehouse distribution service platform, where the fifth call request is used to call an interface of the warehouse distribution service platform, which has a function of canceling an inventory operation application, and carries an inventory operation application form number;

the receiving unit 162 is further configured to receive a fifth call response sent by the warehouse service platform, where the fifth call response is sent by the warehouse service platform after receiving a sixth call response sent by the warehouse provider server and carries an application form number and a confirmation cancellation application message, the sixth call response is sent by the warehouse provider server based on a sixth call request of the warehouse service platform, and the sixth call request is used to call an interface of the warehouse provider server, which has a function of canceling an inventory operation application form, and carries the application form number and the confirmation cancellation application message.

Preferably, the sending unit 161 is further configured to send a seventh call request to the warehousing service platform, where the seventh call request is used to call an interface with a delivery application function of the warehousing service platform, and carries an identifier of a channel, information of a business object, an identifier of a warehouse of a warehousing provider, and information of a consignee, and the identifier of the channel is used for the warehousing provider server to modify the inventory information of the business object in the channel after the warehousing service platform receives a ninth call request which is sent by the warehousing provider server and carries a transaction outbound real operation document;

the receiving unit 162 is further configured to receive a seventh call response sent by the warehousing service platform, where the seventh call response includes a transaction outbound application document generated by using the information of the business object, the identifier of the warehouse of the warehousing provider, and the information of the receiver.

Preferably, the receiving unit 162 is further configured to receive a tenth invoking request sent by the warehousing service platform, where the tenth invoking request is used to invoke an interface of the supplier server, which has a function of notifying actual operation of ex-warehouse transaction, and carries the actual operation receipt of ex-warehouse transaction;

the sending unit 161 is further configured to send a tenth call response to the warehousing service platform, where the tenth call response includes a confirmation that the transaction outbound notification is received.

Preferably, the transaction outbound application document includes: the sending unit 161 is further configured to send an eleventh call request to the warehousing service platform, where the eleventh call request is used to call an interface of the warehousing service platform, which has a function of canceling a shipping application, and carries the transaction outbound application number;

the receiving unit 162 is further configured to receive an eleventh call response sent by the warehouse service platform, where the eleventh call response carries the transaction outbound application form number and the confirmation cancellation application message.

As shown in fig. 17, which is a schematic structural diagram of a provisioning provider server provided in the embodiment of the present application, including:

the receiving unit 171 is configured to receive a second call request sent by the warehouse provisioning service platform, where the second call request is sent by the warehouse provisioning service platform after receiving the first call request of the supplier server, is used to call an interface of the warehouse provisioning provider server, which has a function of creating an inventory operation application document, and carries information of an inventory operation application type, an identifier of a warehouse of the warehouse provisioning provider, and a service object;

a creating unit 172, configured to create an inventory operation application document by using the inventory operation application type, the identifier of the warehouse allocation provider, and the information of the service object, which are carried in the second invocation request;

the sending unit 173 is configured to send a second call response to the warehousing service platform, where the second call response carries the inventory operation application document, and the warehousing service platform sends a first call response to the supplier server after receiving the second call response, where the first call response includes the inventory operation application document.

Preferably, the sending unit 173 is further configured to send a third call request to the warehousing service platform, where the third call request is used to call an interface of the warehousing service platform, which has an inventory operation real operation notification function and carries an inventory operation real operation receipt, and after receiving the third call request, the warehousing service platform sends a fourth call request to the supplier server, where the fourth call request is used to call an interface of the supplier server, which has an inventory operation real operation notification function;

the receiving unit 171 is further configured to receive a third invocation response sent by the provisioning service platform, where the third invocation response includes a confirmation message, and the third invocation response is sent by the provisioning service platform after receiving a fourth invocation response sent by the supplier server.

Preferably, the receiving unit 171 is further configured to receive a sixth call request sent by the warehousing service platform, where the sixth call request is used to call an interface of the warehousing provider server, the interface having the function of canceling the stock operation application document, the sixth call request is sent by the warehousing service platform after receiving a fifth call request sent by the supplier server, and the fifth call request is used to call an interface of the warehousing service platform, the interface having the function of canceling the stock operation application document, and carries an stock operation application document number;

the sending unit 173 is further configured to send a sixth call response to the warehouse service platform, where the sixth call response carries the stock operation application form number and the confirmation cancellation application message.

Preferably, the receiving unit 171 is further configured to receive an eighth call request sent by the warehousing service platform, where the eighth call request is used to call an interface of a warehousing provider server, which has a function of creating a transaction outbound document, and carries information of a business object, an identifier of a warehouse of the warehousing provider, and information of a consignee;

the sending unit 173 is further configured to send an eighth call response to the warehousing service platform, where the eighth call response carries a transaction outbound application document, and the transaction outbound application document is generated by using information carried in the eighth call request.

Preferably, the sending unit 173 is further configured to send a ninth call request to the warehousing service platform, where the ninth call request is used to call an interface of the warehousing service platform, which has a function of notifying real operation of ex-warehouse transaction, and carries a document of real operation of ex-warehouse transaction;

the receiving unit 171 is further configured to receive a ninth invocation response sent by the warehousing service platform, where the ninth invocation response includes a message sent by the supplier server to confirm that the transaction is received as the outbound notification message.

Preferably, the transaction outbound application document includes: the receiving unit 171 is further configured to receive a twelfth call request sent by the warehouse service platform, where the twelfth call request is used to call an interface of the warehouse service provider server, the interface having a function of canceling the creation of the transaction outbound document, and carries the transaction outbound application form number;

the sending unit 173 is further configured to send a twelfth call response to the warehousing service platform, where the twelfth call response carries the transaction outbound application form number and the confirmation cancellation application message.

As will be appreciated by one skilled in the art, embodiments of the present invention may be provided as a method, apparatus (device), or computer program product. Accordingly, the present invention may take the form of an entirely hardware embodiment, an entirely software embodiment or an embodiment combining software and hardware aspects. Furthermore, the present invention may take the form of a computer program product embodied on one or more computer-usable storage media (including, but not limited to, disk storage, CD-ROM, optical storage, and the like) having computer-usable program code embodied therein.

The present invention has been described with reference to flowchart illustrations and/or block diagrams of methods, apparatus (devices) and computer program products according to embodiments of the invention. It will be understood that each flow and/or block of the flow diagrams and/or block diagrams, and combinations of flows and/or blocks in the flow diagrams and/or block diagrams, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, embedded processor, or other programmable data processing apparatus to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing apparatus, create means for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.

These computer program instructions may also be stored in a computer-readable memory that can direct a computer or other programmable data processing apparatus to function in a particular manner, such that the instructions stored in the computer-readable memory produce an article of manufacture including instruction means which implement the function specified in the flowchart flow or flows and/or block diagram block or blocks.

These computer program instructions may also be loaded onto a computer or other programmable data processing apparatus to cause a series of operational steps to be performed on the computer or other programmable apparatus to produce a computer implemented process such that the instructions which execute on the computer or other programmable apparatus provide steps for implementing the functions specified in the flowchart flow or flows and/or block diagram block or blocks.

While preferred embodiments of the present invention have been described, additional variations and modifications in those embodiments may occur to those skilled in the art once they learn of the basic inventive concepts. Therefore, it is intended that the appended claims be interpreted as including preferred embodiments and all such alterations and modifications as fall within the scope of the invention.

It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.

Claims

1. A logistics business processing method is characterized in that the method is based on a logistics business processing system comprising a supplier server, a warehouse distribution service platform and a warehouse distribution provider server, and comprises the following steps:

2. The method of claim 1, wherein the inventory action application type comprises: warehousing application, ex-warehouse application and transfer application.

3. The method of claim 1, wherein the method further comprises:

the warehousing service platform receives a third calling request sent by a warehousing provider server, wherein the third calling request is used for calling an interface with an inventory operation real operation notification function of the warehousing service platform, and the third calling request carries an inventory operation real operation receipt;

the warehousing service platform sends a fourth calling request to the supplier server, wherein the fourth calling request is used for calling an interface with an inventory operation real operation notification function of the supplier server, and the fourth calling request carries the inventory operation real operation receipt;

the warehousing service platform receives a fourth calling response sent by the supplier server, wherein the fourth calling response comprises a confirmation received real operation notice;

and the warehousing service platform sends a third call response to the warehousing provider server, wherein the third call response comprises the confirmation of receiving the real operation notification.

4. The method of claim 1, wherein the inventory action application document includes an inventory action application document number; after the warehousing service platform sends the first call response to the supplier server, the method further comprises:

the warehouse distribution service platform receives a fifth calling request sent by a supplier server, wherein the fifth calling request is used for calling an interface with a function of canceling an inventory operation application of the warehouse distribution service platform, and the fifth calling request carries an inventory operation application form number;

the warehouse allocation service platform sends a sixth call request to the warehouse allocation provider server, wherein the sixth call request is used for calling an interface with a function of canceling the stock operation application of the warehouse allocation provider server, and the sixth call request carries the stock operation application sheet number;

the warehouse configuration service platform receives a sixth call response sent by the warehouse configuration provider server, wherein the sixth call response carries a confirmation cancellation application message;

and the warehousing service platform sends a fifth call response to the supplier server, wherein the fifth call response carries a confirmation cancellation application message.

5. The method of claim 3, wherein the inventory operation real operation document comprises information of a business object for executing inventory operation real operation, and the first call request further comprises channel identifiers and distribution strategy information of the business object in each channel;

after the warehousing service platform receives the third call request sent by the warehousing provider server, the method further comprises the following steps:

and the warehousing service platform modifies the stored inventory information of the business object in each channel according to the information of the business object for executing the inventory operation real operation in the inventory operation real operation bill carried in the third calling request, the channel identifier carried in the first calling request and the distribution strategy information of the business object in each channel.

6. The method of claim 1, wherein the method further comprises:

the method comprises the steps that a warehousing service platform receives a seventh calling request sent by a supplier server, wherein the seventh calling request is used for calling an interface with a delivery application function of the warehousing service platform, and the seventh calling request carries an identification of a channel, information of a service object, an identification of a warehouse of a warehousing provider and information of a receiver;

the warehouse allocation service platform sends an eighth call request to the warehouse allocation provider server, wherein the eighth call request is used for calling an interface with a transaction outbound document creating function of the warehouse allocation provider server, and the eighth call request carries information of a business object, identification of a warehouse of the warehouse allocation provider and information of a receiver;

the warehouse distribution service platform receives an eighth calling response sent by a warehouse distribution provider, the eighth calling response carries a transaction outbound application document, the transaction outbound application document is generated by using information carried in the eighth calling request, and the transaction outbound application document comprises: the information of the transaction ex-warehouse application order number, the warehouse identification of the warehouse allocation provider and the business object;

and the warehousing service platform sends a seventh calling response to the supplier server, wherein the seventh calling response comprises the transaction ex-warehouse application bill.

7. The method of claim 6, wherein the method further comprises:

the warehouse allocation service platform receives a ninth calling request sent by the warehouse allocation provider server, wherein the ninth calling request is used for calling an interface with a transaction ex-warehouse real operation notification function of the warehouse allocation service platform, and the ninth calling request carries a transaction ex-warehouse real operation receipt;

the warehousing service platform modifies the inventory information of the business object in the channel represented by the identification of the channel in the stored seventh calling request by utilizing the information of the business object carried in the transaction outbound real operation document;

the warehousing service platform sends a tenth calling request to the supplier server, wherein the tenth calling request is used for calling an interface with a transaction ex-warehouse real operation notification function of the supplier server, and the tenth calling request carries the transaction ex-warehouse real operation receipt;

the warehousing service platform receives a tenth calling response sent by the supplier server, wherein the tenth calling response comprises a transaction ex-warehouse notification confirmed to be received;

and the warehousing service platform sends a ninth call response to the warehousing provider server, wherein the ninth call response comprises the confirmation of receiving the transaction ex-warehouse notification.

8. The method of claim 6, wherein the transaction outbound application document comprises: the transaction outbound application form number, the method further comprising:

the warehouse allocation service platform receives an eleventh call request sent by a supplier server, wherein the eleventh call request is used for calling an interface with a shipping application canceling function of the warehouse allocation service platform, and the eleventh call request carries a transaction ex-warehouse application form number;

the warehouse allocation service platform sends a twelfth call request to the warehouse allocation provider server, the twelfth call request is used for calling an interface of the warehouse allocation provider server, which has the function of canceling the creation of the transaction outbound documents, and the twelfth call request carries the transaction outbound application form number;

the warehouse matching service platform receives a twelfth call response sent by the warehouse matching provider, wherein the twelfth call response carries a transaction ex-warehouse application form number and a confirmation cancellation application message;

and the warehousing service platform sends an eleventh call response to the supplier server, wherein the eleventh call response carries the transaction ex-warehouse application form number and the confirmation cancellation application message.

9. The method of claim 1, wherein the method further comprises:

receiving a channel inventory allocation request sent by a supplier server, wherein the channel inventory allocation request comprises: the identification of the calling party channel, the identification of the calling party channel and the information of the business objects involved in the deployment;

and modifying the stored inventory information of the business object in the calling-out party channel and the inventory information of the business object in the calling-in party channel according to the identification of the calling-out party channel, the identification of the calling-in party channel and the information of the business object involved in the scheduling in the channel inventory scheduling request.

10. The method of claim 7, wherein the method further comprises:

for each business object, performing the following operations:

determining the identifier of a first channel of which the stock quantity is less than the corresponding channel safety threshold value and the identifier of a first channel of which the stock quantity is greater than a preset adjustable threshold value in all channels to which the business object belongs, wherein the preset adjustable threshold value is greater than the channel safety threshold value;

taking the identifier of the first channel as the identifier of the calling party channel, and taking the identifier of the second channel as the identifier of the calling party channel;

determining the allocation quantity of the business object according to the inventory quantity of the business object in the second channel;

and modifying the stored inventory quantity of the business object in the calling party channel and the stored inventory quantity of the business object in the calling party channel according to the identification of the calling party channel, the identification of the calling party channel and the determined allocation quantity.

11. The method of claim 7, wherein the method further comprises:

determining information of the business objects with inventory quantity smaller than the corresponding channel safety threshold value aiming at each channel;

sending a thirteenth call request to the supplier server, wherein the thirteenth call request is used for calling an interface with a shortage notification function of the supplier server, and the thirteenth call request carries the information of the determined service object and the identifier of the channel to which the service object belongs;

and receiving a thirteenth call response sent by the supplier server, wherein the thirteenth call response comprises confirmation of receiving the out-of-stock notification.

12. The method according to claim 10 or 11, wherein the transaction outbound real estate document comprises: the transaction ex-warehouse real operation date and the information of the business object for executing the transaction ex-warehouse real operation; after the warehousing service platform receives the ninth invocation request sent by the warehousing provider server, the method further comprises the following steps:

correspondingly storing the channel identifier in the seventh calling request and the transaction outbound real operation receipt carried in the ninth calling request;

the channel safety threshold corresponding to each business object in each channel is determined by the following method:

for each channel, the following operations are performed:

searching the transaction outbound real operation document with the transaction outbound real operation date in a set time period from the transaction outbound real operation document corresponding to the channel identifier;

determining the daily sales volume of the business object by utilizing the found information of the business object for executing the real operation of the transaction ex-warehouse in the real operation document of the transaction out-warehouse;

and determining a channel safety threshold value of the business object under the channel by using preset safety days and the determined daily sales volume.

13. A logistics business processing method is characterized in that the method is based on a logistics business processing system comprising a supplier server, a warehouse distribution service platform and a warehouse distribution provider server, and comprises the following steps:

receiving a first calling response sent by the warehouse distribution service platform, wherein the first calling response is sent by the warehouse distribution service platform after receiving a second calling response and comprises an inventory operation application document; the second call response is sent by the warehouse distribution provider server based on a second call request of the warehouse distribution service platform, the second call request is used for calling an interface of the warehouse distribution provider server, which has the function of creating the stock operation application document, and the second call request is sent to the warehouse distribution provider server by the warehouse distribution service platform after receiving the first call request.

14. The method of claim 13, wherein the method further comprises:

receiving a fourth calling request sent by a warehousing service platform, wherein the fourth calling request is used for calling an interface with an inventory operation real operation notification function of a supplier server, the fourth calling request is sent by the warehousing service platform after a third calling request sent by a warehousing provider server, and the third calling request is used for calling the interface with the inventory operation real operation notification function of the warehousing service platform and carries inventory operation real operation documents;

and sending a fourth call response to the warehousing service platform, wherein the fourth call response comprises confirmation of receiving the real operation notification.

15. The method of claim 13, wherein the inventory action application document includes an inventory action application document number; the method further comprises the following steps:

the supplier server sends a fifth call request to the warehouse distribution service platform, wherein the fifth call request is used for calling an interface with the function of canceling the stock operation application of the warehouse distribution service platform and carries a stock operation application sheet number;

receiving a fifth call response sent by the warehouse service platform, wherein the fifth call response is sent by the warehouse service platform after receiving a sixth call response sent by the warehouse provider server and carries an application form number and a confirmation cancellation application message, the sixth call response is sent by the warehouse provider server based on a sixth call request of the warehouse service platform, and the sixth call request is used for calling an interface of the warehouse provider server, which has the function of canceling stock operation application forms and carries the application form number and the confirmation cancellation application message.

16. The method of claim 13, wherein the method further comprises:

sending a seventh call request to a warehousing service platform, wherein the seventh call request is used for calling an interface with a delivery application function of the warehousing service platform, and carries a channel identifier, business object information, a warehousing provider identifier and consignee information, and the channel identifier is used for modifying the inventory information of the business object in the channel by a warehousing provider server after the warehousing service platform receives a ninth call request which is sent by a warehousing provider server and carries a transaction ex-warehouse real operation document;

and receiving a seventh calling response sent by the warehouse allocation service platform, wherein the seventh calling response comprises a transaction ex-warehouse application document, and the transaction ex-warehouse application document is generated by utilizing the information of the business object, the identification of the warehouse allocation provider and the information of the receiver.

17. The method of claim 16, wherein the method further comprises:

receiving a tenth calling request sent by a warehousing service platform, wherein the tenth calling request is used for calling an interface with a transaction ex-warehouse real operation notification function of a supplier server and carries a transaction ex-warehouse real operation receipt;

and sending a tenth call response to the warehousing service platform, wherein the tenth call response comprises confirmation of receiving the transaction ex-warehouse notification.

18. The method of claim 16, wherein the transaction outbound application document includes: the transaction outbound application form number, the method further comprising:

sending an eleventh call request to the warehousing service platform, wherein the eleventh call request is used for calling an interface with a shipping application canceling function of the warehousing service platform and carries a transaction ex-warehouse application form number;

and receiving an eleventh call response sent by the warehouse service platform, wherein the eleventh call response carries a transaction ex-warehouse application form number and a confirmation cancellation application message.

19. A logistics business processing method is characterized in that the method is based on a logistics business processing system comprising a supplier server, a warehouse distribution service platform and a warehouse distribution provider server, and comprises the following steps:

20. The method of claim 19, wherein the method further comprises:

sending a third calling request to a warehousing service platform, wherein the third calling request is used for calling an interface with an inventory operation real operation notification function of the warehousing service platform and carries inventory operation real operation receipts, the warehousing service platform sends a fourth calling request to a supplier server after receiving the third calling request, and the fourth calling request is used for calling the interface with the inventory operation real operation notification function of the supplier server;

and receiving a third call response sent by the warehouse service platform, wherein the third call response comprises a confirmation message and is sent by the warehouse service platform after receiving a fourth call response sent by the supplier server.

21. The method of claim 19, wherein the method further comprises:

receiving a sixth call request sent by a warehouse distribution service platform, wherein the sixth call request is used for calling an interface of a warehouse distribution provider server with a function of canceling an inventory operation application document, the sixth call request is sent by the warehouse distribution service platform after receiving a fifth call request sent by a supplier server, and the fifth call request is used for calling the interface of the warehouse distribution service platform with the function of canceling the inventory operation application, and carries an inventory operation application document number;

and a sixth call response is sent to the warehouse service platform, wherein the sixth call response carries the inventory operation application form number and the confirmation cancellation application message.

22. The method of claim 19, wherein the method further comprises:

receiving an eighth call request sent by a warehouse configuration service platform, wherein the eighth call request is used for calling an interface with a transaction outbound document creation function of a warehouse configuration provider server, and carries information of a business object, an identification of a warehouse configuration provider and information of a receiver;

and sending an eighth calling response to the warehousing service platform, wherein the eighth calling response carries a transaction ex-warehouse application bill, and the transaction ex-warehouse application bill is generated by using the information carried in the eighth calling request.

23. The method of claim 22, wherein the method further comprises:

sending a ninth calling request to the warehousing service platform, wherein the ninth calling request is used for calling an interface with a transaction ex-warehouse real operation notification function of the warehousing service platform and carries a transaction ex-warehouse real operation receipt;

and receiving a ninth call response sent by the warehousing service platform, wherein the ninth call response comprises a message for confirming that the transaction is received from the supplier server.

24. The method of claim 22, wherein the transaction outbound application document includes: the transaction outbound application form number, the method further comprising:

receiving a twelfth call request sent by the warehouse allocation service platform, wherein the twelfth call request is used for calling an interface of a warehouse allocation provider server, which has a function of canceling the creation of the transaction outbound documents and carries a transaction outbound application form number;

and sending a twelfth call response to the warehouse service platform, wherein the twelfth call response carries the transaction ex-warehouse application form number and the confirmation cancellation application message.

25. A kind of warehousing service platform, characterized by that, the said warehousing service platform forms the processing system of the logistics business with supplier's server, warehousing and allocating the provider's server, the said warehousing service platform includes:

26. A supplier server, wherein the supplier server, a warehousing service platform and a warehousing provider server form a logistics service processing system, and the supplier server comprises:

the receiving unit is used for receiving a first calling response sent by the warehouse distribution service platform, wherein the first calling response is sent by the warehouse distribution service platform after receiving a second calling response and comprises an inventory operation application document; the second call response is sent by the warehouse distribution provider server based on a second call request of the warehouse distribution service platform, the second call request is used for calling an interface of the warehouse distribution provider server, which has the function of creating the stock operation application document, and the second call request is sent to the warehouse distribution provider server by the warehouse distribution service platform after receiving the first call request.

27. A kind of stock arrangement provides the side server, characterized by that, the said stock arrangement provides the side server and supplies the side server, stock arrangement service platform to form the processing system of the stream service, the said stock arrangement provides the side server and includes:

the receiving unit is used for receiving a second calling request sent by the warehouse configuration service platform, wherein the second calling request is sent by the warehouse configuration service platform after receiving the first calling request of the supplier server, is used for calling an interface of the warehouse configuration provider server, has the function of creating an inventory operation application document, and carries information of an inventory operation application type, an identification of a warehouse of the warehouse configuration provider and a service object;