CN107784463A

CN107784463A - Inventory information processing method, system and equipment

Info

Publication number: CN107784463A
Application number: CN201610743304.6A
Authority: CN
Inventors: 王涛; 陈岳阳
Original assignee: Alibaba Group Holding Ltd
Current assignee: Cainiao Smart Logistics Holding Ltd
Priority date: 2016-08-26
Filing date: 2016-08-26
Publication date: 2018-03-09

Abstract

The application provides a kind of inventory information processing method, system and equipment, and this method includes：There is provided object inventory information, object stock's packet includes multiple warehouses mark, the quantity in stock of object identity and object in corresponding warehouse corresponding to each warehouse mark；The change-in-inventory message that the reception server is sent, change-in-inventory message include the mark in target warehouse and the mark of destination object；According to change-in-inventory message and object inventory information, determine whether the quantity in stock of the destination object in target warehouse is in normal range (NR).The utilization rate of resource is detected for improving stock.

Description

Inventory information processing method, system and equipment

Technical field

The application is related to Internet technical field, more particularly to a kind of inventory information processing method, system and equipment.

Background technology

With the development of Internet technology, increasing object is sold on transaction platform, and by transaction platform to right As transaction is managed.

In the prior art, it is excessive in order to avoid the quantity in stock of object for any object sold on transaction platform Or it is very few, the quantity in stock of the object generally to being sold in transaction platform detects, specifically：Generally periodically (such as 1 Minute) acquisitions each object quantity in stock, and judge quantity in stock whether in default normal range (NR), this, which presets normal range (NR), is The quantity in stock for referring to object is more than minimum quantity of stores and is less than maximum quantity of stores, when the quantity in stock of a certain object is not default normal In the range of when, to corresponding to the object user account send stock abnormal prompt message.

However, in actual application, the quantity in stock of the object sold on transaction platform is in most times pre- If in normal range (NR), so that most stock detects operation and is not necessarily to so that stock detects the waste of resource, causes The utilization rate that stock detects resource is relatively low.

The content of the invention

The application provides a kind of inventory information processing method, system and equipment, and the utilization of resource is detected for improving stock Rate.

On the one hand, the application provides a kind of inventory information processing method, including：

Object inventory information is provided, the object stock packet includes multiple warehouses and identifies, be right corresponding to each warehouse mark As the quantity in stock of mark and object in corresponding warehouse；

The change-in-inventory message that the reception server is sent, the change-in-inventory message include the mark and target in target warehouse The mark of object；

According to the change-in-inventory message and the object inventory information, the target pair in the target warehouse is determined Whether the quantity in stock of elephant is in normal range (NR).

In a kind of possible embodiment, according to the change-in-inventory message and the object inventory information, it is determined that Whether the quantity in stock of the destination object in the target warehouse is in normal range (NR), including：

According to the mark in the target warehouse and the mark of the destination object, institute is obtained in the object inventory information State the object library storage of the destination object in target warehouse；

Default normal range (NR) is obtained, according to the default normal range (NR) and the object library storage, determines the object library Whether storage is in normal range (NR).

In alternatively possible embodiment, however, it is determined that the quantity in stock of the destination object in the target warehouse is not in During normal range (NR), then stock abnormal prompt message is sent to user account corresponding to the destination object, the stock abnormal carries Show that information includes the mark of the destination object and the mark in target warehouse.

In alternatively possible embodiment, according to the change-in-inventory message and the object inventory information, really Whether the quantity in stock of the destination object in the fixed target warehouse is in normal range (NR), including：

Target detection node is determined in default multiple detection nodes；

To target detection node distribution detecting event corresponding with the target warehouse and the destination object, so that Whether the target detection node detects in normal range (NR) to the quantity in stock of the destination object in the target warehouse.

In alternatively possible embodiment, to the target detection node distribution and the target warehouse and the mesh Detecting event corresponding to object is marked, so that the target detection node is to the quantity in stock of the destination object in the target warehouse It is no to be detected in normal range (NR), including：

Obtain the object library storage of the destination object in the target warehouse；

Obtain the mark of the identifying of the target detection node, the mark in the target warehouse and the destination object；

Logout corresponding to the detecting event is generated, the logout includes the mark of the target detection node Know, the identifying of the target warehouse, the mark of the destination object and the object library storage；

The logout is stored to presetting database, so that the target detection node is according to the target detection section The mark of point, whether the object library storage in the presetting database is detected in normal range (NR).

Detection notice information is sent to the target detection node, the detection notice information includes the target warehouse Identify, the mark of the destination object and the object library storage so that the target detection node is according to the detection Whether announcement information detects in normal range (NR) to the object library storage.

In alternatively possible embodiment, the base stock for obtaining the destination object in the target warehouse Amount, including：

The mark in the target warehouse and the mark of the destination object are obtained in the change-in-inventory message；

According to the mark in the target warehouse and the mark of the destination object, institute is obtained in the object inventory information State object library storage.

In alternatively possible embodiment, it is described to the target detection node send detection notice information it Before, in addition to：

Obtain destination address corresponding to the target detection node；

Accordingly, detection notice information is sent to the target detection node, including：

According to the destination address, detection notice information is sent to the target detection node.

In alternatively possible embodiment, the destination address is the Internet protocol IP of the target detection node The port numbers of the MAC address or the target detection node of address or the target detection node.

It is described that target detection node is determined in default multiple detection nodes in alternatively possible embodiment, Including：

The load value of each detection node is obtained, and the minimum detection node of load value is defined as the target detection Node；

Or

Default allocation order is obtained, according to the default allocation order, the mesh is determined in the multiple detection node Mark detection node.

In alternatively possible embodiment, methods described also includes：

Detection node fresh information is obtained, the detection node fresh information includes the mark of detection node to be increased And/or the mark of detection node to be deleted；

According to the detection node fresh information, default multiple detection nodes are updated.

In alternatively possible embodiment, the change-in-inventory message is that the server generates information according to order The information of generation；Wherein, order corresponding to the order generation information includes the mark of destination object and the destination object The mark in the target warehouse being located at.

In alternatively possible embodiment, the change-in-inventory message is the server according to cancellation of order information The information of generation；Wherein, order corresponding to the cancellation of order information includes the mark of destination object and the destination object The mark in the target warehouse being located at.

In alternatively possible embodiment, the change-in-inventory message is that the server is put in storage information according to object The information of generation；Wherein, the object storage information includes the mark in target warehouse and the mark of destination object.

On the other hand, the application provides a kind of inventory information processing method, and applied to detection node, methods described includes：

After it is determined that the quantity in stock of the destination object in target warehouse changes, the destination object in target warehouse is obtained Object library storage；

Judge the object library storage whether in default normal range (NR)；

If it is not, then send stock abnormal prompt message, the stock abnormal to user account corresponding to the destination object Prompt message includes the mark of the destination object and the mark in target warehouse.

It is described it is determined that the quantity in stock of the destination object in target warehouse changes in a kind of possible embodiment Afterwards, the object library storage of the destination object in target warehouse is obtained, including：

In default detection moment, object event corresponding to the target detection node is obtained in presetting database and is recorded； Wherein, object event record includes the identifying of the target detection node, the identifying of the target warehouse, the target The mark of object and the object library storage；

The object library storage is obtained in object event record.

It is described it is determined that the quantity in stock of the destination object in target warehouse becomes in alternatively possible embodiment After change, the object library storage of the destination object in target warehouse is obtained, including：

The detection notice information that balanced node is sent is received, the detection notice information includes the mark in the target warehouse Knowledge, the mark of the destination object and the object library storage；

According to the mark in the target warehouse and the mark of the destination object, institute is obtained in the detection notice information State object library storage.

In alternatively possible embodiment, after the object library storage is obtained in the logout, also wrap Include：

The logout is deleted in the presetting database.

In alternatively possible embodiment, judge the object library storage whether in default normal range (NR) described Before, in addition to：

Judge whether the target warehouse and the destination object are corresponding with custom field；

If so, the custom field is then defined as the default normal range (NR)；

If it is not, then obtaining default scoping, and default scoping is arranged to the default normal range (NR).

On the other hand, the application provides a kind of inventory information processing method, and applied to server, methods described includes：

When the quantity in stock of the destination object in detecting target warehouse changes, change-in-inventory message is generated, it is described Change-in-inventory message includes the mark in target warehouse and the mark of destination object；

The change-in-inventory message is sent to inventory information processing node, so that inventory information handles node according to the storehouse Deposit the object inventory information that information converting and inventory information processing node provide and determine target pair in the target warehouse Whether the quantity in stock of elephant is in normal range (NR)；Wherein, the object stock packet includes multiple warehouse marks, each warehouse mark pair Quantity in stock of the object identity and object answered in corresponding warehouse.

In a kind of possible embodiment, the quantity in stock of the destination object in target warehouse is detected becomes During change, change-in-inventory message is generated, including：

After order generation information is detected, the mark of the destination object in order corresponding to the order generation information is obtained The mark in the target warehouse that knowledge and the destination object are located at；

Information is generated according to the order, generates the change-in-inventory message.

In alternatively possible embodiment, the quantity in stock of the destination object in target warehouse is detected occurs During change, change-in-inventory message is generated, including：

After cancellation of order information is detected, the mark of the destination object in order corresponding to the cancellation of order information is obtained The mark in the target warehouse that knowledge and the destination object are located at；

According to the cancellation of order information, the change-in-inventory message is generated.

After object storage information is detected, obtaining the object storage information includes the mark and mesh in target warehouse Mark the mark of object；

Information is put in storage according to the object, generates the change-in-inventory message.

On the other hand, the application provides a kind of inventory information processing system, including server and inventory information processing node, Wherein,

The server, for when the quantity in stock of the destination object in detecting target warehouse changes, generating storehouse Change information is deposited, and the change-in-inventory message is sent to inventory information processing node；Wherein, the change-in-inventory message includes The mark in target warehouse and the mark of destination object；

The inventory information handles node, the change-in-inventory message sent for receiving the server, and according to The object inventory information and the change-in-inventory message that the inventory information processing node provides, are determined in the target warehouse The quantity in stock of destination object whether be in normal range (NR)；Wherein, the object stock packet includes multiple warehouse marks, each storehouse The quantity in stock of object identity and object in corresponding warehouse corresponding to the mark of storehouse.

On the other hand, the application provides a kind of inventory information processing node, including：

Module is provided, for providing object inventory information, the object stock packet includes multiple warehouse marks, each warehouse The quantity in stock of object identity corresponding to mark and object in corresponding warehouse；

Receiving module, the change-in-inventory message sent for the reception server, the change-in-inventory message include target bin The mark in storehouse and the mark of destination object；

Detection module, for according to the change-in-inventory message and the object inventory information, determining the target bin Whether the quantity in stock of the destination object in storehouse is in normal range (NR).

In a kind of possible embodiment, the detection module includes first acquisition unit, second acquisition unit and inspection Unit is surveyed, wherein,

The first acquisition unit, for the mark and the mark of the destination object according to the target warehouse, in institute State the object library storage that the destination object in the target warehouse is obtained in object inventory information；

The second acquisition unit, for obtaining default normal range (NR)；

The detection unit, for according to the default normal range (NR) and the object library storage, determining the object library Whether storage is in normal range (NR).

In alternatively possible embodiment, the sending module, for detecting the mesh in the detection module When the quantity in stock of destination object in mark warehouse is not in normal range (NR), then sent to user account corresponding to the destination object Stock abnormal prompt message, the stock abnormal prompt message include the mark of the destination object and the mark in target warehouse.

On the other hand, the application provides a kind of balanced node, including：

Determining module, for determining target detection node in default multiple detection nodes；

Distribute module, for corresponding with the target warehouse and the destination object to the target detection node distribution Detecting event, so that whether the target detection node is in normal model to the quantity in stock of the destination object in the target warehouse Enclose and detected.

In alternatively possible embodiment, the distribute module includes first acquisition unit, second acquisition unit, life Into unit and memory cell, wherein,

The first acquisition unit, for obtaining the object library storage of the destination object in the target warehouse；

The second acquisition unit, for obtain the identifying of the target detection node, the mark in the target warehouse, with And the mark of the destination object；

The generation unit, for generating logout corresponding to the detecting event, the logout includes institute State the identifying of target detection node, the identifying of the target warehouse, the mark of the destination object and the base stock Amount；

The memory cell, for the logout to be stored to presetting database, so that the target detection node According to the mark of the target detection node, whether normal range (NR) is in the object library storage in the presetting database Detected.

In alternatively possible embodiment, the distribute module also includes transmitting element, wherein,

The transmitting element, for sending detection notice information, the detection notice information to the target detection node Include the identifying of the target warehouse, the mark of the destination object and the object library storage, so that the target is examined Survey whether node detects in normal range (NR) according to the detection notice information to the object library storage.

In alternatively possible embodiment, the first acquisition unit is specifically used for：

In alternatively possible embodiment, the node also includes the first acquisition module, wherein,

First acquisition module, for sending detection notice information to the target detection node in the distribute module Before, destination address corresponding to the target detection node is obtained；

Accordingly, the distribute module is specific, for according to the destination address, sending and examining to the target detection node Survey announcement information.

In alternatively possible embodiment, the determining module is specifically used for：

Or

In alternatively possible embodiment, the node also includes the second acquisition module and update module, wherein,

Second acquisition module, for obtaining detection node fresh information, the detection node fresh information includes The mark of the mark of detection node to be increased and/or detection node to be deleted；

The update module, for according to the detection node fresh information, updating default multiple detection nodes.

On the other hand, the application provides a kind of detection node, including：

Acquisition module, for after it is determined that the quantity in stock of the destination object in target warehouse changes, obtaining target bin The object library storage of destination object in storehouse；

Judge module, for judging the object library storage whether in default normal range (NR)；

Sending module, for when the judge module judges the object library storage not in default normal range (NR), to User account corresponding to the destination object sends stock abnormal prompt message, and the stock abnormal prompt message includes the mesh Mark the mark of object and the mark in target warehouse.

In a kind of possible embodiment, the acquisition module is specifically used for：

The object library storage is obtained in object event record.

In alternatively possible embodiment, the acquisition module is specifically used for：

In alternatively possible embodiment, the node also includes removing module, wherein,

The removing module is used for after the acquisition module obtains the object library storage in the logout, The logout is deleted in the presetting database.

In alternatively possible embodiment, the node also includes determining module, wherein,

The judge module also, for judging the object library storage whether in default normal range (NR) in the judge module Before interior, judge whether the target warehouse and the destination object are corresponding with custom field；

The determining module, for judging that the target warehouse and the destination object are corresponding with certainly in the judge module During the range of definition, the custom field is defined as the default normal range (NR)；

The determining module, for judging that the target warehouse and the destination object are not corresponding with the judge module During custom field, default scoping is obtained, and default scoping is arranged to the default normal range (NR).

On the other hand, the application provides a kind of server, including：

Generation module, for when the quantity in stock of the destination object in detecting target warehouse changes, generating stock Change information, the change-in-inventory message include the mark in target warehouse and the mark of destination object；

Sending module, for sending the change-in-inventory message to inventory information processing node, so that inventory information is handled The object inventory information that node provides according to stock's information converting and inventory information processing node determines the target Whether the quantity in stock of the destination object in warehouse is in normal range (NR)；Wherein, the object stock packet includes multiple warehouse marks Know, the quantity in stock of object identity and object in corresponding warehouse corresponding to each warehouse mark.

In a kind of possible embodiment, the generation module is specifically used for：

In alternatively possible embodiment, the generation module is specifically used for：

On the other hand, the application provides a kind of inventory information processing node, including processor, COM1 and for storing The memory of application program, the processor read the application program in the memory, and perform following operation：

The change-in-inventory message sent by the COM1 the reception server, the change-in-inventory message include target The mark in warehouse and the mark of destination object；

In alternatively possible embodiment, the processor is specifically used for：

Obtain default normal range (NR)；

According to the default normal range (NR) and the object library storage, determine whether the object library storage is in normal model Enclose.

In alternatively possible embodiment, the processor also, for detecting the target in the processor It is then corresponding to the destination object by the COM1 when quantity in stock of destination object in warehouse is not in normal range (NR) User account send stock abnormal prompt message, the stock abnormal prompt message includes the mark and mesh of the destination object Mark the mark in warehouse.

On the other hand, the application provides a kind of balanced node, including processor, COM1 and for storing application program Memory, the processor reads the application program in the memory, and performs following operation：

Target detection node is determined in default multiple detection nodes；

In a kind of possible embodiment, the processor is specifically used for：

The logout is stored to the presetting database in the memory so that the target detection node according to The mark of the target detection node, to the object library storage in the presetting database whether in normal range (NR) progress Detection.

In alternatively possible embodiment, the processor is specifically used for：

Detection notice information is sent by target detection node described in the COM1, wrapped in the detection notice information The identifying of the target warehouse, the mark of the destination object and the object library storage are included, so that the target detection section Whether point detects in normal range (NR) according to the detection notice information to the object library storage.

In alternatively possible embodiment, the processor is specifically used for：

Before the processor sends detection notice information to the target detection node, the target detection section is obtained Destination address corresponding to point, and according to the destination address, sent and examined to the target detection node by the COM1 Survey announcement information.

In alternatively possible embodiment, the processor is specifically used for：

Or

In alternatively possible embodiment, the processor is additionally operable to：

On the other hand, the application provides a kind of detection node, including processor, COM1 and for storing application program Memory, the processor reads the application program in the memory, and performs following operation：

Judge the object library storage whether in default normal range (NR)；

When the processor judges the object library storage not in default normal range (NR), by the COM1 to User account corresponding to the destination object sends stock abnormal prompt message, and the stock abnormal prompt message includes the mesh Mark the mark of object and the mark in target warehouse.

In a kind of possible embodiment, the processor is specifically used for：

The object library storage is obtained in object event record.

In alternatively possible embodiment, the processor is specifically used for：

The detection notice information of balanced node transmission is received by the COM1, the detection notice information includes The identifying of the target warehouse, the mark of the destination object and the object library storage；

In alternatively possible embodiment, the processor also, in the processor in the logout After the middle acquisition object library storage, the logout is deleted in the presetting database.

Before judging the object library storage whether in default normal range (NR) described in the nursing phase, the mesh is judged Whether mark warehouse and the destination object are corresponding with custom field；

When the processor judges that the target warehouse and the destination object are corresponding with custom field, by described in certainly The range of definition is defined as the default normal range (NR)；

When the processor judges that the target warehouse and the destination object are not corresponding with custom field, obtain silent Recognize scope, and default scoping is arranged to the default normal range (NR).

On the other hand, the application provides a kind of server, including processor, COM1 and for storing application program Memory, the processor read the application program in the memory, and perform following operation：

Node is handled to inventory information by the COM1 and sends the change-in-inventory message, so that at inventory information The object inventory information that reason node provides according to stock's information converting and inventory information processing node determines the mesh Whether the quantity in stock of the destination object in mark warehouse is in normal range (NR)；Wherein, the object stock packet includes multiple warehouses The quantity in stock of object identity and object in corresponding warehouse corresponding to mark, each warehouse mark.

In a kind of possible embodiment, the processor is specifically used for：

In alternatively possible embodiment, the processor is specifically used for：

In this application, when server detects that the quantity in stock of the destination object in target warehouse changes, service Device to inventory information processing node send change-in-inventory message so that inventory information handle node according to change-in-inventory message, with And object inventory information, determine whether the quantity in stock of the destination object in target warehouse is in normal range (NR).In above process, Only after inventory information processing node receives change-in-inventory message, inventory information processing node is just in target warehouse The quantity in stock of destination object is detected, and inventory information processing node is without in real time or periodically to the quantity in stock of destination object Row detection, reduce the stock that inventory information processing node performs and detect operation, and then avoid stock and detect the wasting of resources.

Brief description of the drawings

In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing There is the required accompanying drawing used in technology description to be briefly described, it should be apparent that, drawings in the following description are this hairs Some bright embodiments, for those of ordinary skill in the art, without having to pay creative labor, can be with Other accompanying drawings are obtained according to these accompanying drawings.

Fig. 1 is the application scenarios schematic diagram of inventory information provided by the invention processing；

Fig. 2 is the schematic flow sheet one of inventory information processing method provided by the invention；

Fig. 3 is node configuration structure schematic diagram one provided by the invention；

Fig. 4 is the schematic flow sheet two of inventory information processing method provided by the invention；

Fig. 5 is node configuration structure schematic diagram two provided by the invention；

Fig. 6 is the schematic flow sheet three of inventory information processing method provided by the invention；

Fig. 7 is the schematic flow sheet four of inventory information processing method provided by the invention；

Fig. 8 is the structural representation one that inventory information provided by the invention handles node；

Fig. 9 is the structural representation two that inventory information provided by the invention handles node；

Figure 10 is the structural representation one of balanced node provided by the invention；

Figure 11 is the structural representation two of balanced node provided by the invention；

Figure 12 is the structural representation one of detection node provided by the invention；

Figure 13 is the structural representation two of detection node provided by the invention；

Figure 14 is the structural representation of server provided by the invention；

Figure 15 is the hardware architecture diagram that inventory information provided by the invention handles node；

Figure 16 is the hardware architecture diagram of balanced node provided by the invention；

Figure 17 is the hardware architecture diagram of detection node provided by the invention；

Figure 18 is the hardware architecture diagram of server provided by the invention.

Embodiment

Here exemplary embodiment will be illustrated in detail, its example is illustrated in the accompanying drawings.Following description is related to During accompanying drawing, unless otherwise indicated, the same numbers in different accompanying drawings represent same or analogous key element.Following exemplary embodiment Described in embodiment do not represent and the consistent all embodiments of the present invention.On the contrary, they be only with it is such as appended The example of the consistent apparatus and method of some aspects being described in detail in claims, of the invention.

Fig. 1 is the application scenarios schematic diagram of inventory information provided by the invention processing, refer to Fig. 1, including inventory information Processing system 101 and warehouse system 102.Include server 101-1 and inventory information processing in inventory information processing system 101 Node 101-2, inventory information processing node 101-2 number can be 1, or multiple.Warehouse system 102 includes Quantity in stock of the object in each warehouse.Optionally, server 101-1 can be transaction platform.

Server 101-1, for each object in each warehouse in real-time or periodic detection warehouse system 102 Quantity in stock whether change.Optionally, when server 101-1 detects order generation information or cancellation of order letter When breath or storage information, server 101-1 can determine that the quantity in stock of corresponding object is changed.In server 101-1 When detecting that the quantity in stock of the destination object in target warehouse changes, change-in-inventory message is generated, and at inventory information Manage node 101-2 and send change-in-inventory message；Wherein, change-in-inventory message includes the mark in target warehouse and the mark of destination object Know.

Inventory information handles node 101-2, the change-in-inventory message sent for the reception server 101-1, and provide Object inventory information and the change-in-inventory message received, determine whether the quantity in stock of the destination object in target warehouse is in Normal range (NR)；Wherein, object identity and object exist corresponding to object stock packet includes multiple warehouse marks, each warehouse identifies Quantity in stock in corresponding warehouse.

In this application, only after inventory information processing node receives change-in-inventory message, inventory information processing Node just detects to the quantity in stock of the destination object in target warehouse, and inventory information processing node is without in real time or periodically Quantity in stock of the destination object in target warehouse for the treatment of detected, reduce inventory information processing node perform stock inspection Operation is surveyed, and then avoids stock and detects the wasting of resources.Below, the technical scheme shown in the application is entered by specific embodiment Row describes in detail.

It should be noted that these specific embodiments can be combined with each other below, for same or analogous concept Or process may repeat no more in certain embodiments.

Below, node is handled as executive agent using inventory information, by the embodiment shown in Fig. 2-Fig. 6, to inventory information Processing method is described in detail.

Fig. 2 is the schematic flow sheet one of inventory information processing method provided by the invention, refer to Fig. 2, and this method can be with Including：

S201, object inventory information is provided, object stock's packet includes multiple warehouses and identifies, be right corresponding to each warehouse mark As the quantity in stock of mark and object in corresponding warehouse.

The change-in-inventory message that S202, the reception server are sent, change-in-inventory message include the mark and mesh in target warehouse Mark the mark of object.

S203, according to change-in-inventory message and object inventory information, determine the stock of the destination object in target warehouse Whether amount is in normal range (NR).

The executive agent of the embodiment of the present invention can be that inventory information handles node, optionally, inventory information processing section Point can be realized by software and/or hardware.Optionally, inventory information processing node can be separately provided, and can also be integrated Device is in miscellaneous equipment (such as electric business platform, warehouse system etc.).

During seller is sold by server (for example, electric business platform) progress object (such as commodity), Mai Jiaxu Paving goods (replenishing) is periodically carried out in warehouse.During seller carries out paving goods in warehouse, in order to avoid object is on sale There is supply shortage during selling and quantity in stock of the object in warehouse causes burden, it is necessary to ensure object every very much to warehouse greatly Quantity in stock in one warehouse is in normal range (NR), and the normal range (NR) refers to that object is not in supply shortage during selling, and Quantity in stock of the object in warehouse will not cause to bear to warehouse.Optionally, can according to the effective sale situation of object and The capacity in warehouse, it is that object quantity in stock in different warehouses sets different normal range (NR)s.

In actual application, when server detects the storehouse of each object in each warehouse in real time or periodically Whether storage changes.Optionally, whether server can produce pre-set business in real-time or periodic detection service device Information, the pre-set business information can include order generation information, cancellation of order information, object storage information etc..In server After detecting the pre-set business information, server generates change-in-inventory message according to pre-set business information.Accordingly, stock becomes It can be the information that server generates information generation according to order to change information, and change-in-inventory message can also be the server root The information generated according to cancellation of order information, change-in-inventory message are also put in storage the information of information generation for server according to object.When After server generation change-in-inventory message, server sends change-in-inventory message to inventory information processing node, and the stock becomes Change the mark in packet warehouse containing target and the mark of destination object.

After inventory information processing node receives the change-in-inventory message of server transmission, inventory information processing node Object inventory information is obtained, and according to the change-in-inventory message and object inventory information received, is determined in target warehouse Whether the quantity in stock of destination object is in normal range (NR).Wherein, object inventory information is the information that stock processing node provides, should Object identity and object are in corresponding warehouse corresponding to object stock's packet includes multiple warehouse marks, each warehouse identifies Quantity in stock, and the quantity in stock in the object inventory information is current time newest quantity in stock.Optionally, the object inventory information Can be that warehouse system handles what node provided to inventory information in real time, or inventory information handles node self maintained 's.

Inventory information processing method provided in an embodiment of the present invention, when server detects the destination object in target warehouse Quantity in stock when changing, server sends change-in-inventory message to inventory information processing node, so that inventory information is handled Node determines whether the quantity in stock of the destination object in target warehouse is located according to change-in-inventory message and object inventory information In normal range (NR).In above process, only after inventory information processing node receives change-in-inventory message, inventory information Processing node just detects to the quantity in stock of the destination object in target warehouse, and inventory information processing node is without real-time or week The quantity in stock row to destination object of phase property detects, and reduces the stock that inventory information processing node performs and detects operation, and then Avoid stock and detect the wasting of resources.

It is above-mentioned apply example on the basis of, in inventory information processing system can include multiple inventory informations processing node.Can Choosing, node can be handled by inventory information and the quantity in stock of object is detected, inventory information can also handled node and drawn It is divided into balanced node and detection node, is realized jointly by balanced node and detection node and the quantity in stock of object is detected, had Body, including following two feasible implementations：

A kind of feasible implementation：The function phase of each inventory information processing node is same, at each inventory information Reason node can be implemented separately to be detected to the quantity in stock of object.

In this kind of feasible implementation, each inventory information processing node can be with the storehouse of the reception server transmission Deposit change information, and destination object in target warehouse can be determined according to change-in-inventory message and object inventory information Whether quantity in stock is in normal range (NR).Optionally, different inventory informations processing node can detect to different objects, The corresponding relation of inventory information processing node and object can be pre-set.

Another feasible implementation：Inventory information processing node includes balanced node and detection node, equalizing section Point and detection node are realized jointly to be detected to the quantity in stock of object, and balanced node is different with the function of detection node.

In this kind of feasible implementation, balanced node be responsible for the reception server transmission change-in-inventory message, and A detection node is selected to detect the quantity in stock of object in multiple detection nodes.Detection node is responsible for the stock to object Amount is to detection.Optionally, the number of detection node is multiple that the number of balanced node can be one or more.

Below, by Fig. 3-Fig. 4 shown in embodiment, a kind of feasible implementation is described in detail, passes through figure Another feasible implementation is described in detail embodiment shown in 5- Fig. 6.Specifically, it refer to shown in Fig. 3-Fig. 6 Embodiment.

Fig. 3 is node configuration structure schematic diagram one provided by the invention, Fig. 3 is refer to, in inventory information processing system bag Include server 301 and multiple inventory informations processing node 302.The function phase of each inventory information processing node 302 is same, each multiple storehouses Deposit information processing node directly can interact with server 301.Optionally, different inventory information processing nodes can be with It is responsible for detecting the quantity in stock of different objects.

Fig. 4 is the schematic flow sheet two of inventory information processing method provided by the invention, refer to Fig. 4, and this method can be with Including：

The change-in-inventory message that S401, the reception server are sent, change-in-inventory message include the mark and mesh in target warehouse Mark the mark of object.

S402, according to the mark in target warehouse and the mark of destination object, target warehouse is obtained in object inventory information In destination object object library storage.

S403, judge object library storage whether in default normal range (NR).

If S404, judged result are no, stock abnormal prompt message, storehouse are sent to user account corresponding to destination object Depositing abnormal prompt information includes the mark of destination object and the mark in target warehouse.

The executive agent of embodiment illustrated in fig. 4 is that inventory information corresponding with destination object handles node, the inventory information It is that any one inventory information in inventory information processing system handles node to handle node.

In actual application, there is default corresponding relation between object and inventory information processing node, work as server When detecting that the quantity in stock of the destination object in target warehouse changes, server obtains inventory information corresponding to destination object Node is handled, and change-in-inventory message is sent to inventory information processing node.

After inventory information processing node receives change-in-inventory message, inventory information handles node according to target warehouse Mark and destination object mark, the object library storage of the destination object in target warehouse is obtained in object inventory information. Optionally, the object inventory information can be that inventory information handles what node provided.It should be noted that inventory information processing section Point can obtain object library storage by a variety of feasible implementations, and the present invention obtains object library to inventory information processing node The mode of storage is not specifically limited.

After inventory information processing node gets object library storage, inventory information processing node obtains destination object pair The default normal range (NR) answered, optionally, inventory information processing node may determine that whether target warehouse and destination object have its right The self-defined normal range (NR) answered, if so, then the self-defined normal range (NR) can be defined as presetting just by inventory information processing node Normal scope, if it is not, then inventory information processing node can obtain acquiescence normal range (NR), and acquiescence normal range (NR) is defined as presetting Normal range (NR).It should be noted that self-defined normal range (NR) corresponding to target warehouse and destination object can be determined as seller.

After inventory information processing node acquires and presets normal range (NR) corresponding to destination object, inventory information processing Node judges whether object library storage is preset in normal range (NR) at this, if so, then illustrating the storehouse of the destination object in target warehouse Storage is normal；If it is not, then illustrate that the quantity in stock of the destination object in target warehouse is abnormal (excessive or very few), then inventory information Handle user account corresponding to node to destination object and send stock abnormal prompt message, to prompt the mesh in ownership goal warehouse The quantity in stock for marking object is abnormal.Optionally, user account can be telephone number, mail, prosperous message of seller etc., in reality , can be according to being actually needed setting user account in application process.

In above process, the function phase of the multiple inventory informations processing node included in inventory information processing system Together, in actual application, be easy to the plurality of inventory information processing node dispose, and inventory information processing node with Possess default corresponding relation between object, when inventory information processing system breaks down, node is handled according to inventory information Corresponding relation between object, is easy to fault point.

Below, by specific example, the method shown in Fig. 3-Fig. 4 embodiments is described in detail.

Exemplary, it is assumed that inventory information processing system includes 3 inventory information processing nodes, is designated as stock's letter respectively Breath processing node 1- inventory information processing nodes 3, it is assumed that detected number of objects is 3000, is designated as object 1- objects respectively 3000, wherein, the corresponding relation of inventory information processing node and object can be as shown in table 1：

Table 1

Inventory information handles the mark of node	The mark of object
		Inventory information handles node 1	Object 1- objects 1000
Inventory information handles node 2	Object 1001- objects 2000
		Inventory information handles node 3	Object 2001- objects 3000

Assume again that and object 3 is stored with warehouse 1, the quantity of the object 3 currently included in warehouse 1 is 12, and object 3 exists It is 10-200 that normal range (NR) is preset corresponding to amount of storage in warehouse 1.

Server is real-time or is periodically detected whether the quantity in stock of object 1- objects 3000 changes, it is assumed that in server Detect an order on object 3, the number of objects in the order is 4, and shipment warehouse corresponding to the order is warehouse 1, then after server detects the order event, server generates quantity in stock change information, can in the change-in-inventory message With mark (warehouse 1) and the mark (object 3) of destination object including target warehouse.

After server generates above-mentioned change-in-inventory message, server determines inventory information processing section corresponding to object 3 Point handles node 1 for inventory information, then server sends change-in-inventory message to inventory information processing node 1, in inventory information After processing node 1 receives change-in-inventory message, inventory information processing node 1 obtains base stock in object inventory information Measure (8), inventory information processing node 1, which obtains, presets normal range (NR) 10-200 corresponding to object 3, and judges object library storage 8 not In default normal range (NR) 10-200, then inventory information processing node 1 generates stock abnormal prompt message, and to the correspondence of object 3 User account send the stock abnormal prompt message, to prompt the quantity in stock of object 3 of the seller in warehouse 1 abnormal.

Fig. 5 is node configuration structure schematic diagram two provided by the invention, Fig. 5 is refer to, in inventory information processing system bag Include server 501 and balanced node 502 and multiple detection nodes 503.Wherein, balanced node 502 can be carried out with server 501 Interaction, balanced node 502 can interact with any one node in detection node 503, and balanced node 502 is responsible for reception The change-in-inventory message that server 501 is sent, and stock of the detection node to object is selected in multiple detection nodes 503 Amount is detected, and detection node 503 is responsible for the quantity in stock of object to detection.

Fig. 6 is the schematic flow sheet three of inventory information processing method provided by the invention, refer to Fig. 6, and this method can be with Including：

The change-in-inventory message that S601, balanced node the reception server are sent, change-in-inventory message include target warehouse The mark of mark and destination object.

S602, balanced node determine target detection node in default multiple detection nodes.

S603, balanced node are to the detecting event corresponding with target warehouse and destination object of target detection node distribution.

S604, target detection node obtain the object library storage of the destination object in target warehouse.

Whether S605, destination node judge object library storage in default normal range (NR).

If S606, judged result are no, user account corresponding to destination node to destination object sends stock abnormal prompting Information, stock abnormal prompt message include the mark of destination object and the mark in target warehouse.

Registered before embodiment illustrated in fig. 6 is performed, it is necessary in balanced node all in stock's information processing system Detection node nodal information, and in actual application, when the detection node in inventory information processing system becomes , it is necessary to update the information of detection node in balanced node during change.Specifically：Detection node in inventory information processing system When changing, balanced node obtains detection node fresh information, and detection node fresh information includes detection node to be increased Mark and/or detection node to be deleted mark so that balanced node, according to detection node fresh information, renewal is registered Detection node information.

In actual application, when server detects that the quantity in stock of the destination object in target warehouse changes When, server sends change-in-inventory message, after balanced node receives change-in-inventory message, balanced node to balanced node Target detection node is determined in all detection nodes.Optionally, balanced node can pass through the feasible realization side of the following two kinds Formula determines target detection node：

A kind of feasible implementation：The load value of each detection node is obtained, and the minimum detection node of load value is true It is set to target detection node；

In this kind of feasible implementation, when balanced node needs to determine target detection node in multiple detection nodes When, balanced node can obtain the load value of each detection node, and the minimum detection node of load value is defined as into target inspection Survey node；Optionally, the load value of detection node can be CPU usage or memory usage or the inspection of detection node Survey node currently untreated event number etc..

In this kind of feasible implementation, by the way that the minimum detection node of load value is defined as into target detection node, The minimum detection node of load value has best process performance, therefore, can be improved pair by this kind of feasible implementation The detection efficiency of quantity in stock.

Another feasible implementation：Default allocation order is obtained, according to default allocation order, in multiple detection nodes Middle determination target detection node.

In this kind of feasible implementation, default allocation order is provided with balanced node, is needed in balanced node In multiple detection nodes determine target detection node when, equalizing section point according to default allocation order in multiple detection nodes really Set the goal detection node,

Exemplary, it is assumed that 3 detection nodes are provided with inventory information processing system, are designated as detection node 1- inspections respectively Survey node 3, it is further assumed that default allocation order is detection node 1, detection node 2, detection node 3, then balanced node is received for the first time During to quantity in stock change information, detection node 1 is defined as target detection node by balanced node, receives quantity in stock change for the second time During information, detection node 2 is defined as target detection node by balanced node, balanced when receiving quantity in stock change information for the third time Detection node 3 is defined as target detection node by node, and when receiving quantity in stock change information the 4th time, balanced node will be detected and saved Point 1 is defined as target detection node, the like, equalizing section point is true in 3 detection nodes according to above-mentioned default allocation order It is set to target detection node.

In this kind of feasible implementation, when balanced node needs to determine target detection node in multiple detection nodes When, balanced node can quickly determine to obtain target detection node according to default allocation order in multiple detection nodes, and then Improve the efficiency for determining target detection node.

It is balanced after balanced node determines to obtain target detection node by any one above-mentioned feasible implementation Node is to the detecting event corresponding with target warehouse and destination object of target detection node distribution, to cause target detection node pair The object library storage of destination object in target warehouse is detected, specifically, target detection node is carried out to object library storage The process of detection is identical with the process that inventory information processing node is detected to object library storage in embodiment illustrated in fig. 4, this Place is no longer repeated.In actual application, when process from balanced node to target detection node distribution detecting event not Meanwhile the process of target detection node acquisition object library storage also differs, below, both of which weighing apparatus node is introduced to target detection The implementation and target detection node of node distribution detecting event obtain the implementation of object library storage：

A kind of feasible implementation：

The object library storage of destination object in balanced node acquisition target warehouse, the mark of acquisition target detection node, The mark in target warehouse and the mark of destination object, generate logout corresponding to detecting event, and logout includes mesh The mark of detection node, the mark in target warehouse, the mark of destination object and object library storage are marked, and logout is deposited Store up to presetting database, so that mark of the target detection node according to target detection node, to the object library in presetting database Whether storage is detected in normal range (NR).

Accordingly, target detection node obtains object library storage in the following way：Target detection node obtains target inspection Survey and identified corresponding to node, according to the mark of target detection node, the mark of acquisition target detection node in presetting database Corresponding object event record, object event record include the mark of target detection node, the mark in target warehouse, target pair The mark and object library storage of elephant, and object library storage is obtained in object event record, further, in target detection After node detects to the object library storage in object event record, target detection node is deleted in presetting database should Object event records.

In this kind of feasible implementation, presetting database is provided with inventory information processing system, the present count Can be redis databases according to storehouse, the presetting database is used to store a plurality of logout, and each logout includes inspection Survey the quantity in stock of the mark of node, the mark in target warehouse, the mark and destination object of destination object in target warehouse.

In actual application, after balanced node determines to obtain target detection node, balanced node obtains target The object library storage of destination object in warehouse, and according to the mark of target detection node, the mark in target warehouse, destination object Mark and object library storage generation logout, and logout is stored into presetting database, accordingly, stock Each detection node in information processing system can obtain periodically from presetting database identifies corresponding event with it Record, and the object library storage in logout is detected.

In above process, change-in-inventory message is received in balanced node, and determined after obtaining target detection node, Logout corresponding to balanced node generation target detection node, and logout is deposited to presetting database, detection node Only need periodically to obtain from presetting database and identify corresponding logout with it and the object library in logout is deposited into Row detection, between balanced node and detection node independently of each other, and need not carry out letter between balanced node and detection node Order interaction so that the degree of coupling between balanced node and detection node is relatively low, is easy to divide balanced node and detection node Do not safeguard, and then reduce to balanced node and the maintenance cost of detection node.

In this kind of feasible implementation, process and mesh of the balanced node to target detection node distribution detecting event It is separate to mark the process of detection node acquisition object library storage, below, by specific example, two processes are carried out detailed Explanation.

Example 1, process from balanced node to target detection node distribution detecting event：

Assuming that inventory information processing system includes 3 detection nodes, detection node 1- detection nodes 3 are designated as respectively, then Assuming that after balanced node receives change-in-inventory message, detection node 1 is defined as target detection node by balanced node, it is assumed that Change-in-inventory message includes the mark (warehouse 1) in target warehouse, the mark (object 2) of destination object, object 2 in warehouse 1 Quantity in stock (20), then balanced node the mark (warehouse 1) in target warehouse, destination object are obtained from change-in-inventory message Quantity in stock (20) in warehouse 1 of (object 2), object 2 is identified, and generates logout, specifically, logout can be as Shown in table 2：

Table 2

Detection node 1

Warehouse 1

Object 3

20

After the logout shown in balanced node generation table 2, the logout shown in mark table 2 is stored to present count According to storehouse.

Example 2, target detection node obtain the process of object library storage：

Assuming that the logout in presetting database is as shown in table 3：

Table 3

The mark of logout	The mark of detection node	The mark in warehouse	The mark of object	Quantity in stock
					Logout 1	Detection node 1	Warehouse 1	Object 3	20
Logout 2	Detection node 2	Warehouse 1	Object 2	50
					Logout 3	Detection node 2	Warehouse 2	Object 10	120
Logout 4	Detection node 3	Warehouse 3	Object 5	15

Detection node 1 obtains logout corresponding to detection node 1 periodically in presetting database, in detection node When presetting database shown in 1 from table 3 obtains logout, event note is got in the database shown in detection node 1 from table 3 Record 1, detection node 1 obtains quantity in stock (20) of the object 3 in warehouse 1 in logout 1, and to object 3 in warehouse 1 Quantity in stock (20) is detected, after detection node 1 is completed to quantity in stock (20) detection of the object 3 in warehouse 1, detection section The deletion event record 1 in the database shown in table 3 of point 1.

Another feasible implementation：

Balanced node obtains the object library storage of the destination object in target warehouse, and sends and detect to target detection node Announcement information, detection notice information include the mark in target warehouse, the mark of destination object and object library storage, so that Whether target detection node detects in normal range (NR) according to detection notice information to object library storage.

Accordingly, target detection node receive detection notice information, detection notice information include target warehouse mark, The mark and object library storage of destination object, and according to the mark in target warehouse and the mark of destination object, in detection notice Object library storage is obtained in information.

In this kind of feasible implementation, due to needing to carry out information exchange between balanced node and detection node, because This, before such scheme is performed, balanced node needs first to obtain and store each detection node in stock's information processing system Destination address, optionally, the destination address of detection node can be the IP address or target detection section of target detection node The MAC Address of point or the port numbers of target detection node.

In actual application, change-in-inventory message is received in balanced node, and determine to obtain target detection node Afterwards, balanced node obtains the destination address of target detection node, and according to the destination address of target detection node, is examined to target Survey node and send detection notice information, carry in the detection notice information mark in target warehouse, the mark of destination object and Object library storage, after target detection node receives detection notice information, target detection node is in detection notice information Object library storage is obtained, and object library storage is detected.

In this kind of feasible implementation, after equalizing section point receives change-in-inventory message, balanced node is to target Detection node sends detection notice information, and after target detection node receives detection notice information, target detection node is at once Object library storage corresponding to detection notice information is detected, improves the real-time detected to quantity in stock.

Below, using server as executive agent, by the embodiment shown in Fig. 2-Fig. 6, inventory information processing method is entered Row describes in detail.

Fig. 7 is the schematic flow sheet four of inventory information processing method provided by the invention, refers to Fig. 7, and this method can be with Including：

S701, when the quantity in stock of the destination object in detecting target warehouse changes, generate change-in-inventory message, Change-in-inventory message includes the mark in target warehouse and the mark of destination object.

S702, node transmission change-in-inventory message is handled to inventory information, so that inventory information handles node according to stock The object inventory information that information converting and inventory information processing node provide determines the quantity in stock of the destination object in target warehouse Whether normal range (NR) is in.

Wherein, object identity and object are right corresponding to object stock packet includes multiple warehouse marks, each warehouse identifies Quantity in stock in the warehouse answered.

In the embodiment shown in fig. 7, server detects in real time or periodically each object in each warehouse Whether quantity in stock changes.Optionally, server can be detected in target warehouse by following three kinds feasible implementations The quantity in stock of destination object whether change, and the quantity in stock of the destination object in target warehouse is detected changes When, generate change-in-inventory message：

A kind of feasible implementation：

Server detects order generation information in real time, after order generation information is detected, obtains order generation information pair The mark in the target warehouse that the mark and destination object of the destination object in the order answered are located at；And information is generated according to order, Generate change-in-inventory message.

In this kind of feasible implementation, server detects whether that new order produces in real time, when there is new order During generation, server can detect that order generates information, and obtain sequence information corresponding to order generation information, and obtain and order The mark in the target warehouse that the mark and destination object of the destination object in single information are located at, and according to the mark of destination object, And the mark generation change-in-inventory message in the target warehouse that is located at of destination object.

Another feasible implementation：

Server detects cancellation of order information in real time, after cancellation of order information is detected, obtains cancellation of order information pair The mark in the target warehouse that the mark and destination object of the destination object in the order answered are located at；And according to cancellation of order information, Generate change-in-inventory message.

In this kind of feasible implementation, server has detected whether that order is cancelled in real time, is cancelled when there is order When, server can detect cancellation of order information, and obtain sequence information corresponding to cancellation of order information, and obtain order letter The mark in the target warehouse that the mark and destination object of the destination object in breath are located at, and according to the mark and mesh of destination object The mark generation change-in-inventory message in the target warehouse that mark object is located at.

Another feasible implementation：

The real-time detection object storage information of server, after object storage information is detected, obtain in object storage information The mark of mark and destination object including target warehouse；Information is put in storage according to object, generates change-in-inventory message.

In this kind of feasible implementation, server detects whether that object is put in storage in real time, when there is object storage, service Device can detect object be put in storage information, and obtain object storage information in destination object mark and destination object be located at Target warehouse mark, and change-in-inventory message is generated according to the mark in target warehouse and the mark of destination object.

After server generates change-in-inventory message, server sends inventory change letter to inventory information processing node Breath, so that inventory information handles the object inventory information that node provides according to stock's information converting and inventory information processing node Determine whether the quantity in stock of the destination object in target warehouse is in normal range (NR).

In above process, when the quantity in stock of the destination object during server detects target warehouse changes, clothes Be engaged in device to inventory information processing node send change-in-inventory message so that inventory information handle node according to change-in-inventory message, And object inventory information, determine whether the quantity in stock of the destination object in target warehouse is in normal range (NR).So, only when After inventory information processing node receives change-in-inventory message, inventory information processing node is just to the target pair in target warehouse The quantity in stock of elephant is detected, and inventory information processing node to the quantity in stock row of destination object without examining in real time or periodically Survey, reduce the stock that inventory information processing node performs and detect operation, and then avoid stock and detect the wasting of resources.

Fig. 8 is the structural representation one that inventory information provided by the invention handles node, refers to Fig. 8, and the node can be with：

Module 11 is provided, for providing object inventory information, the object stock packet includes multiple warehouse marks, each storehouse The quantity in stock of object identity and object in corresponding warehouse corresponding to the mark of storehouse；

Receiving module 12, the change-in-inventory message sent for the reception server, the change-in-inventory message include target The mark in warehouse and the mark of destination object；

Detection module 13, for according to the change-in-inventory message and the object inventory information, determining the target Whether the quantity in stock of the destination object in warehouse is in normal range (NR).

Inventory information processing node provided in an embodiment of the present invention can perform the technical side shown in above method embodiment Case, its realization principle and beneficial effect are similar, are no longer repeated herein.

Fig. 9 is the structural representation two that inventory information provided by the invention handles node, on the basis of embodiment illustrated in fig. 8 On, Fig. 9 is referred to, the detection module 13 includes first acquisition unit 131, second acquisition unit 132 and detection unit 133, Wherein,

The first acquisition unit 131, for according to the target warehouse mark and the destination object mark, The object library storage of the destination object in the target warehouse is obtained in the object inventory information；

The second acquisition unit 132, for obtaining default normal range (NR)；

The detection unit 133, for according to the default normal range (NR) and the object library storage, determining the target Whether quantity in stock is in normal range (NR).

In a kind of possible embodiment, optionally, inventory information processing node also includes sending module 14, sends mould Block 14, the quantity in stock for the destination object in detecting the target warehouse in the detection module 13 are not in normal range (NR) When, then send stock abnormal prompt message, the stock abnormal prompt message bag to user account corresponding to the destination object Include the mark of the destination object and the mark in target warehouse.

Figure 10 is the structural representation one of balanced node provided by the invention, refers to Figure 10, the node can include：

Receiving module 21, the change-in-inventory message sent for the reception server, the change-in-inventory message include target The mark in warehouse and the mark of destination object；

Determining module 22, for determining target detection node in default multiple detection nodes；

Distribute module 23, for corresponding with the target warehouse and the destination object to the target detection node distribution Detecting event so that the target detection node to the quantity in stock of the destination object in the target warehouse whether in normal Scope is detected.

Balanced node provided in an embodiment of the present invention can perform the technical scheme shown in above method embodiment, and it is realized Principle and beneficial effect are similar, are no longer repeated herein.

Figure 11 is the structural representation two of balanced node provided by the invention, please on the basis of embodiment illustrated in fig. 10 Referring to Figure 11, the distribute module 23 includes first acquisition unit 231, second acquisition unit 232, generation unit 233 and storage Unit 234, wherein,

The first acquisition unit 231, for obtaining the object library storage of the destination object in the target warehouse；

The second acquisition unit 232, for obtaining the identifying of the target detection node, the mark in the target warehouse Knowledge and the mark of the destination object；

The generation unit 233, for generating logout corresponding to the detecting event, the logout includes The identifying of the target detection node, the identifying of the target warehouse, the mark of the destination object and the base stock Amount；

The memory cell 234, for the logout to be stored to presetting database, so that the target detection section Whether point is in normal model according to the mark of the target detection node to the object library storage in the presetting database Enclose and detected.

In a kind of possible embodiment, the distribute module 23 also includes transmitting element 235, wherein,

The transmitting element 235, for sending detection notice information, the detection notice letter to the target detection node Breath includes the identifying of the target warehouse, the mark of the destination object and the object library storage, so that the target Whether detection node detects in normal range (NR) according to the detection notice information to the object library storage.

In alternatively possible embodiment, the first acquisition unit 231 is specifically used for：

In alternatively possible embodiment, the node also includes the first acquisition module 24, wherein,

First acquisition module 24, for sending detection notice to the target detection node in the distribute module 23 Before information, destination address corresponding to the target detection node is obtained；

Accordingly, the distribute module 23 is specific, for according to the destination address, being sent to the target detection node Detection notice information.

In alternatively possible embodiment, the determining module 22 is specifically used for：

Or

In alternatively possible embodiment, the node also includes the second acquisition module 25 and update module 26, its In,

Second acquisition module 25, for obtaining detection node fresh information, wrapped in the detection node fresh information Include the mark of detection node to be increased and/or the mark of detection node to be deleted；

The update module 26, for according to the detection node fresh information, renewal default multiple detection sections Point.

Figure 12 is the structural representation one of detection node provided by the invention, refers to Figure 12, and the detection egress can be with Including：

Acquisition module 31, for after it is determined that the quantity in stock of the destination object in target warehouse changes, obtaining target The object library storage of destination object in warehouse；

Judge module 32, for judging the object library storage whether in default normal range (NR)；

Sending module 33, for when the judge module judges the object library storage not in default normal range (NR), Stock abnormal prompt message is sent to user account corresponding to the destination object, the stock abnormal prompt message includes described The mark of destination object and the mark in target warehouse.

Detection node provided in an embodiment of the present invention can perform the technical scheme shown in above method embodiment, and it is realized Principle and beneficial effect are similar, are no longer repeated herein.

In a kind of possible embodiment, the acquisition module 31 is specifically used for：

The object library storage is obtained in object event record.

In alternatively possible embodiment, the acquisition module 31 is specifically used for：

Figure 13 is the structural representation two of detection node provided by the invention, please on the basis of embodiment illustrated in fig. 12 Referring to Figure 13, the detection node also includes removing module 34, wherein,

The removing module 34 is used to obtain the object library storage in the logout in the acquisition module 31 Afterwards, the logout is deleted in the presetting database.

In alternatively possible embodiment, the detection node also includes determining module 35, wherein,

Whether the judge module 32 is gone back, for judging the object library storage default normal in the judge module 32 In the range of before, judge whether the target warehouse and the destination object are corresponding with custom field；

The determining module 35, for judging that the target warehouse and the destination object are corresponding in the judge module 32 When having custom field, the custom field is defined as the default normal range (NR)；

The determining module 35, for judging that the target warehouse and the destination object be not right in the judge module 32 When there should be custom field, default scoping is obtained, and default scoping is arranged to the default normal range (NR).

Figure 14 is the structural representation of server provided by the invention, refers to Figure 14, the server can include：

Generation module 41, for when the quantity in stock of the destination object in detecting target warehouse changes, generating storehouse Change information is deposited, the change-in-inventory message includes the mark in target warehouse and the mark of destination object；

Sending module 42, for sending the change-in-inventory message to inventory information processing node, so that at inventory information The object inventory information that reason node provides according to stock's information converting and inventory information processing node determines the mesh Whether the quantity in stock of the destination object in mark warehouse is in normal range (NR)；Wherein, the object stock packet includes multiple warehouses The quantity in stock of object identity and object in corresponding warehouse corresponding to mark, each warehouse mark.

Server shown in the embodiment of the present invention can perform the technical scheme shown in above method embodiment, and it realizes former Reason and beneficial effect are similar, are no longer repeated herein.

In a kind of possible embodiment, the generation module 41 is specifically used for：

In alternatively possible embodiment, the generation module 41 is specifically used for：

Figure 15 is the hardware architecture diagram that inventory information provided by the invention handles node, refers to Figure 15, including place Manage device 51, COM1 52, memory 53 and communication bus 54.Wherein, memory 53 is used to store application program, and communication is total Line 54 is used to realize the connection between each element, and the processor 51 reads the application program in the memory 53, and performs Following operation：

Inventory information processing node shown in the embodiment of the present invention can perform the technical side shown in above method embodiment Case, its realization principle and beneficial effect are similar, are no longer repeated herein.

In a kind of possible embodiment, the processor 51 is specifically used for：

Obtain default normal range (NR)；

In alternatively possible embodiment, the processor 51 is also, described for being detected in the processor 51 When the quantity in stock of destination object in target warehouse is not in normal range (NR), by the COM1 then to the destination object Corresponding user account sends stock abnormal prompt message, and the stock abnormal prompt message includes the mark of the destination object With the mark in target warehouse.

Figure 16 is the hardware architecture diagram of balanced node provided by the invention, refers to Figure 16, including processor 61, logical Believe port 62, memory 63 and communication bus 64.Wherein, memory 63 is used to store application program, and communication bus 64 is used for real The now connection between each element, the processor 61 read the application program in the memory 63, and perform following operation：

Target detection node is determined in default multiple detection nodes；

Balanced node shown in the embodiment of the present invention can perform the technical scheme shown in above method embodiment, and it is realized Principle and beneficial effect are similar, are no longer repeated herein.

In a kind of possible embodiment, the processor 61 is specifically used for：

In alternatively possible embodiment, the processor 61 is specifically used for：

Or

In alternatively possible embodiment, the processor 61 is additionally operable to：

Figure 17 is the hardware architecture diagram of detection node provided by the invention, refers to Figure 17, including processor 71, logical Believe port 72, memory 73 and communication bus 74.Wherein, memory 73 is used to store application program, and communication bus 74 is used for real The now connection between each element, the processor 71 read the application program in the memory 73, and perform following operation：

Judge the object library storage whether in default normal range (NR)；

Detection node shown in the embodiment of the present invention can perform the technical scheme shown in above method embodiment, and it is realized Principle and beneficial effect are similar, are no longer repeated herein.

In a kind of possible embodiment, the processor 71 is specifically used for：

The object library storage is obtained in object event record.

In alternatively possible embodiment, the processor 71 is specifically used for：

In alternatively possible embodiment, the processor 71 also, in the processor 71 in the event After the object library storage is obtained in record, the logout is deleted in the presetting database.

In alternatively possible embodiment, the processor 71 is additionally operable to：

Figure 18 is the hardware architecture diagram of server provided by the invention, refers to Figure 18, including processor 81, communication Port 82, memory 83 and communication bus 84.Wherein, memory 83 is used to store application program, and communication bus 84 is used to realize Connection between each element, the processor 81 read the application program in the memory 83, and perform following operation：

Node is handled to inventory information by the COM1 82 and sends the change-in-inventory message, so that inventory information Node is handled according to determining the object inventory information that stock's information converting and inventory information processing node provide Whether the quantity in stock of the destination object in target warehouse is in normal range (NR)；Wherein, the object stock packet includes multiple storehouses The quantity in stock of object identity and object in corresponding warehouse corresponding to storehouse mark, each warehouse mark.

In a kind of possible embodiment, the processor 81 is specifically used for：

Finally it should be noted that：Various embodiments above is only to illustrate the technical scheme of the application, rather than its limitations；To the greatest extent The application is described in detail with reference to foregoing embodiments for pipe, it will be understood by those within the art that：Its according to The technical scheme described in foregoing embodiments can so be modified, either which part or all technical characteristic are entered Row equivalent substitution；And these modifications or replacement, the essence of appropriate technical solution is departed from each embodiment technology of the application The scope of scheme.

Claims

A kind of 1. inventory information processing method, it is characterised in that including：

There is provided object inventory information, the object stock packet includes multiple warehouses mark, object mark corresponding to each warehouse mark The quantity in stock of knowledge and object in corresponding warehouse；

The change-in-inventory message that the reception server is sent, the change-in-inventory message include the mark and destination object in target warehouse Mark；

According to the change-in-inventory message and the object inventory information, destination object in the target warehouse is determined Whether quantity in stock is in normal range (NR).
2. according to the method for claim 1, it is characterised in that according to the change-in-inventory message and the library of object Information is deposited, determines whether the quantity in stock of the destination object in the target warehouse is in normal range (NR), including：

According to the mark in the target warehouse and the mark of the destination object, the mesh is obtained in the object inventory information Mark the object library storage of the destination object in warehouse；

Default normal range (NR) is obtained, according to the default normal range (NR) and the object library storage, determines the object library storage Whether normal range (NR) is in.
3. according to the method for claim 2, it is characterised in that if it is determined that the stock of the destination object in the target warehouse When amount is not in normal range (NR), then stock abnormal prompt message, the storehouse are sent to user account corresponding to the destination object Depositing abnormal prompt information includes the mark of the destination object and the mark in target warehouse.
4. according to the method for claim 1, it is characterised in that according to the change-in-inventory message and the library of object Information is deposited, determines whether the quantity in stock of the destination object in the target warehouse is in normal range (NR), including：

Target detection node is determined in default multiple detection nodes；

To target detection node distribution detecting event corresponding with the target warehouse and the destination object, so that described Whether target detection node detects in normal range (NR) to the quantity in stock of the destination object in the target warehouse.
5. according to the method for claim 4, it is characterised in that to the target detection node distribution and the target warehouse With the destination object corresponding to detecting event so that the target detection node is to the destination object in the target warehouse Whether quantity in stock is detected in normal range (NR), including：

Obtain the object library storage of the destination object in the target warehouse；

Obtain the mark of the identifying of the target detection node, the mark in the target warehouse and the destination object；

Generate logout corresponding to the detecting event, the logout include the target detection node mark, The identifying of the target warehouse, the mark of the destination object and the object library storage；

The logout is stored to presetting database, so that the target detection node is according to the target detection node Mark, whether the object library storage in the presetting database is detected in normal range (NR).
6. according to the method for claim 4, it is characterised in that to the target detection node distribution and the target warehouse With the destination object corresponding to detecting event so that the target detection node is to the destination object in the target warehouse Whether quantity in stock is detected in normal range (NR), including：

Obtain the object library storage of the destination object in the target warehouse；

Detection notice information is sent to the target detection node, the detection notice information includes the mark in the target warehouse Knowledge, the mark of the destination object and the object library storage, so that the target detection node is according to the detection notice Whether information detects in normal range (NR) to the object library storage.
7. the method according to claim 5 or 6, it is characterised in that the destination object obtained in the target warehouse Object library storage, including：

The mark in the target warehouse and the mark of the destination object are obtained in the change-in-inventory message；

According to the mark in the target warehouse and the mark of the destination object, the mesh is obtained in the object inventory information Mark quantity in stock.
8. according to the method for claim 6, it is characterised in that send detection notice to the target detection node described Before information, in addition to：

Obtain destination address corresponding to the target detection node；

Accordingly, detection notice information is sent to the target detection node, including：

According to the destination address, detection notice information is sent to the target detection node.
9. according to the method for claim 8, it is characterised in that the destination address is the interconnection of the target detection node The MAC address or the target detection node of fidonetFido IP address or the target detection node Port numbers.
10. according to the method described in claim any one of 4-6, it is characterised in that described in default multiple detection nodes Target detection node is determined, including：

The load value of each detection node is obtained, and the minimum detection node of load value is defined as the target detection section Point；

Or

Default allocation order is obtained, according to the default allocation order, the target inspection is determined in the multiple detection node Survey node.
11. according to the method described in claim any one of 4-6, it is characterised in that methods described also includes：

Obtain detection node fresh information, the detection node fresh information include detection node to be increased mark and/or The mark of detection node to be deleted；

According to the detection node fresh information, default multiple detection nodes are updated.
12. according to the method described in claim any one of 1-6, it is characterised in that the change-in-inventory message is the service Device generates the information of information generation according to order；Wherein, order corresponding to the order generation information includes destination object The mark in the target warehouse that mark and the destination object are located at.
13. according to the method described in claim any one of 1-6, it is characterised in that the change-in-inventory message is the service The information that device generates according to cancellation of order information；Wherein, order corresponding to the cancellation of order information includes destination object The mark in the target warehouse that mark and the destination object are located at.
14. according to the method described in claim any one of 1-6, it is characterised in that the change-in-inventory message is the service Device is put in storage the information of information generation according to object；Wherein, the object storage information includes the mark and target in target warehouse The mark of object.
15. a kind of inventory information processing method, it is characterised in that applied to detection node, methods described includes：

After it is determined that the quantity in stock of the destination object in target warehouse changes, the mesh of the destination object in target warehouse is obtained Mark quantity in stock；

Judge the object library storage whether in default normal range (NR)；

If it is not, then send stock abnormal prompt message, the stock abnormal prompting to user account corresponding to the destination object Information includes the mark of the destination object and the mark in target warehouse.
16. according to the method for claim 15, it is characterised in that described it is determined that the storehouse of the destination object in target warehouse After storage changes, the object library storage of the destination object in target warehouse is obtained, including：

In default detection moment, object event corresponding to the target detection node is obtained in presetting database and is recorded；Wherein, Object event record includes the identifying of the target detection node, the identifying of the target warehouse, the destination object Mark and the object library storage；

The object library storage is obtained in object event record.
17. according to the method for claim 15, it is characterised in that described it is determined that the storehouse of the destination object in target warehouse After storage changes, the object library storage of the destination object in target warehouse is obtained, including：

Receive the detection notice information that balanced node is sent, the detection notice information include the target warehouse mark, The mark of the destination object and the object library storage；

According to the mark in the target warehouse and the mark of the destination object, the mesh is obtained in the detection notice information Mark quantity in stock.
18. according to the method for claim 16, it is characterised in that the object library storage is obtained in the logout Afterwards, in addition to：

The logout is deleted in the presetting database.
19. according to the method described in claim any one of 11-14, it is characterised in that judge the object library storage described Before whether in default normal range (NR), in addition to：

Judge whether the target warehouse and the destination object are corresponding with custom field；

If so, the custom field is then defined as the default normal range (NR)；

If it is not, then obtaining default scoping, and default scoping is arranged to the default normal range (NR).
20. a kind of inventory information processing method, it is characterised in that applied to server, methods described includes：

When the quantity in stock of the destination object in detecting target warehouse changes, change-in-inventory message, the stock are generated Change information includes the mark in target warehouse and the mark of destination object；

The change-in-inventory message is sent to inventory information processing node, so that inventory information processing node becomes according to the stock Change information and object inventory information that inventory information processing node provides determines destination object in the target warehouse Whether quantity in stock is in normal range (NR)；Wherein, corresponding to the object stock packet includes multiple warehouse marks, each warehouse identifies The quantity in stock of object identity and object in corresponding warehouse.
21. according to the method for claim 20, it is characterised in that the destination object in target warehouse is detected When quantity in stock changes, change-in-inventory message is generated, including：

After order generation information is detected, obtain destination object in order corresponding to order generation information mark, And the mark in target warehouse that the destination object is located at；

Information is generated according to the order, generates the change-in-inventory message.
22. according to the method for claim 20, it is characterised in that the destination object in target warehouse is detected When quantity in stock changes, change-in-inventory message is generated, including：

After cancellation of order information is detected, obtain destination object in order corresponding to the cancellation of order information mark, And the mark in target warehouse that the destination object is located at；

According to the cancellation of order information, the change-in-inventory message is generated.
23. according to the method for claim 20, it is characterised in that the destination object in target warehouse is detected When quantity in stock changes, change-in-inventory message is generated, including：

After object storage information is detected, obtaining the object storage information includes the mark and target pair in target warehouse The mark of elephant；

Information is put in storage according to the object, generates the change-in-inventory message.
A kind of 24. inventory information processing system, it is characterised in that including server and inventory information processing node, wherein,

The server, for when the quantity in stock of the destination object in detecting target warehouse changes, generation stock to become Change information, and the change-in-inventory message is sent to inventory information processing node；Wherein, the change-in-inventory message includes target The mark in warehouse and the mark of destination object；

The inventory information handles node, the change-in-inventory message sent for receiving the server, and according to described The object inventory information and the change-in-inventory message that inventory information processing node provides, determine the mesh in the target warehouse Whether the quantity in stock of mark object is in normal range (NR)；Wherein, the object stock packet includes multiple warehouse marks, each warehouse mark The quantity in stock of object identity corresponding to knowledge and object in corresponding warehouse.
25. a kind of inventory information handles node, it is characterised in that including：

Module is provided, for providing object inventory information, the object stock packet includes multiple warehouse marks, each warehouse mark The quantity in stock of corresponding object identity and object in corresponding warehouse；

Receiving module, the change-in-inventory message sent for the reception server, the change-in-inventory message include target warehouse The mark of mark and destination object；

Detection module, for according to the change-in-inventory message and the object inventory information, determining in the target warehouse The quantity in stock of destination object whether be in normal range (NR).
26. node according to claim 25, it is characterised in that the detection module includes first acquisition unit, second Acquiring unit and detection unit, wherein,

The first acquisition unit, for the mark and the mark of the destination object according to the target warehouse, described right Object library storage as obtaining the destination object in the target warehouse in inventory information；

The second acquisition unit, for obtaining default normal range (NR)；

The detection unit, for according to the default normal range (NR) and the object library storage, determining the object library storage Whether normal range (NR) is in.
27. the node also includes sending module, wherein,

The sending module, the quantity in stock for the destination object in detecting the target warehouse in the detection module are not located When normal range (NR), then stock abnormal prompt message, the stock abnormal are sent to user account corresponding to the destination object Prompt message includes the mark of the destination object and the mark in target warehouse.
A kind of 28. balanced node, it is characterised in that including：

Receiving module, the change-in-inventory message sent for the reception server, the change-in-inventory message include target warehouse The mark of mark and destination object；

Determining module, for determining target detection node in default multiple detection nodes；

Distribute module, for being detected to the target detection node distribution is corresponding with the target warehouse and the destination object Event, so that whether the target detection node enters in normal range (NR) to the quantity in stock of the destination object in the target warehouse Row detection.
29. node according to claim 28, it is characterised in that the distribute module includes first acquisition unit, second Acquiring unit, generation unit and memory cell, wherein,

The first acquisition unit, for obtaining the object library storage of the destination object in the target warehouse；

The second acquisition unit, for obtaining the identifying of the target detection node, the mark in the target warehouse, Yi Jisuo State the mark of destination object；

The generation unit, for generating logout corresponding to the detecting event, the logout includes the mesh Mark the identifying of detection node, the identifying of the target warehouse, the mark of the destination object and the object library storage；

The memory cell, for the logout to be stored to presetting database so that the target detection node according to The mark of the target detection node, to the object library storage in the presetting database whether in normal range (NR) progress Detection.
30. node according to claim 28, it is characterised in that the distribute module also includes transmitting element, wherein,

The first acquisition unit, for obtaining the object library storage of the destination object in the target warehouse；

The transmitting element, for sending detection notice information to the target detection node, wrapped in the detection notice information The identifying of the target warehouse, the mark of the destination object and the object library storage are included, so that the target detection section Whether point detects in normal range (NR) according to the detection notice information to the object library storage.
31. node according to claim 30, it is characterised in that the first acquisition unit is specifically used for：

The mark in the target warehouse and the mark of the destination object are obtained in the change-in-inventory message；

According to the mark in the target warehouse and the mark of the destination object, the mesh is obtained in the object inventory information Mark quantity in stock.
32. according to the node described in claim any one of 28-31, it is characterised in that the change-in-inventory message is the clothes Business device generates the information of information generation according to order；Wherein, order corresponding to the order generation information includes destination object Mark and the mark in target warehouse that is located at of the destination object.
33. according to the node described in claim any one of 28-31, it is characterised in that the change-in-inventory message is the clothes The information that business device generates according to cancellation of order information；Wherein, order corresponding to the cancellation of order information includes destination object Mark and the mark in target warehouse that is located at of the destination object.
34. according to the node described in claim any one of 28-31, it is characterised in that the change-in-inventory message is the clothes Business device is put in storage the information of information generation according to object；Wherein, the object storage information includes the mark and mesh in target warehouse Mark the mark of object.
A kind of 35. detection node, it is characterised in that including：

Acquisition module, for after it is determined that the quantity in stock of the destination object in target warehouse changes, obtaining in target warehouse Destination object object library storage；

Judge module, for judging the object library storage whether in default normal range (NR)；

Sending module, for when the judge module judges the object library storage not in default normal range (NR), to described User account corresponding to destination object sends stock abnormal prompt message, and the stock abnormal prompt message includes the target pair The mark of elephant and the mark in target warehouse.
36. node according to claim 35, it is characterised in that the acquisition module is specifically used for：

In default detection moment, object event corresponding to the target detection node is obtained in presetting database and is recorded；Wherein, Object event record includes the identifying of the target detection node, the identifying of the target warehouse, the destination object Mark and the object library storage；

The object library storage is obtained in object event record.
37. node according to claim 35, it is characterised in that the acquisition module is specifically used for：

Receive the detection notice information that balanced node is sent, the detection notice information include the target warehouse mark, The mark of the destination object and the object library storage；

According to the mark in the target warehouse and the mark of the destination object, the mesh is obtained in the detection notice information Mark quantity in stock.
A kind of 38. server, it is characterised in that including：

Generation module, for when the quantity in stock of the destination object in detecting target warehouse changes, generating inventory change Information, the change-in-inventory message include the mark in target warehouse and the mark of destination object；

Sending module, for sending the change-in-inventory message to inventory information processing node, so that inventory information handles node The target warehouse is determined according to the object inventory information that stock's information converting and inventory information processing node provide In the quantity in stock of destination object whether be in normal range (NR)；Wherein, the object stock packet includes multiple warehouses and identifies, be each The quantity in stock of object identity and object in corresponding warehouse corresponding to warehouse mark.
39. the server according to claim 38, it is characterised in that the generation module is specifically used for：

After order generation information is detected, obtain destination object in order corresponding to order generation information mark, And the mark in target warehouse that the destination object is located at；

Information is generated according to the order, generates the change-in-inventory message.
40. the server according to claim 38, it is characterised in that the generation module is specifically used for：

After cancellation of order information is detected, obtain destination object in order corresponding to the cancellation of order information mark, And the mark in target warehouse that the destination object is located at；

According to the cancellation of order information, the change-in-inventory message is generated.
41. the server according to claim 38, it is characterised in that the generation module is specifically used for：

After object storage information is detected, obtaining the object storage information includes the mark and target pair in target warehouse The mark of elephant；

Information is put in storage according to the object, generates the change-in-inventory message.
42. a kind of inventory information handles node, it is characterised in that including processor, COM1 and for storing application program Memory, the processor reads the application program in the memory, and performs following operation：

There is provided object inventory information, the object stock packet includes multiple warehouses mark, object mark corresponding to each warehouse mark The quantity in stock of knowledge and object in corresponding warehouse；

The change-in-inventory message sent by the COM1 the reception server, the change-in-inventory message include target warehouse Mark and destination object mark；

According to the change-in-inventory message and the object inventory information, destination object in the target warehouse is determined Whether quantity in stock is in normal range (NR).
A kind of 43. balanced node, it is characterised in that including processor, COM1 and memory for storing application program, The processor reads the application program in the memory, and performs following operation：

The change-in-inventory message sent by the COM1 the reception server, the change-in-inventory message include target warehouse Mark and destination object mark；

Target detection node is determined in default multiple detection nodes；

To target detection node distribution detecting event corresponding with the target warehouse and the destination object, so that described Whether target detection node detects in normal range (NR) to the quantity in stock of the destination object in the target warehouse.
A kind of 44. detection node, it is characterised in that including processor, COM1 and memory for storing application program, The processor reads the application program in the memory, and performs following operation：

After it is determined that the quantity in stock of the destination object in target warehouse changes, the mesh of the destination object in target warehouse is obtained Mark quantity in stock；

Judge the object library storage whether in default normal range (NR)；

When the processor judges the object library storage not in default normal range (NR), by the COM1 to described User account corresponding to destination object sends stock abnormal prompt message, and the stock abnormal prompt message includes the target pair The mark of elephant and the mark in target warehouse.
45. a kind of server, it is characterised in that including processor, COM1 and memory for storing application program, institute The application program in the processor reading memory is stated, and performs following operation：

When the quantity in stock of the destination object in detecting target warehouse changes, change-in-inventory message, the stock are generated Change information includes the mark in target warehouse and the mark of destination object；

Node is handled to inventory information by the COM1 and sends the change-in-inventory message, so that inventory information processing section The object inventory information that point provides according to stock's information converting and inventory information processing node determines the target bin Whether the quantity in stock of the destination object in storehouse is in normal range (NR)；Wherein, the object stock packet include multiple warehouses mark, The quantity in stock of object identity and object in corresponding warehouse corresponding to each warehouse mark.