CN111598507A - Method for generating inventory information based on inventory reservation - Google Patents
Method for generating inventory information based on inventory reservation Download PDFInfo
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- CN111598507A CN111598507A CN202010344978.5A CN202010344978A CN111598507A CN 111598507 A CN111598507 A CN 111598507A CN 202010344978 A CN202010344978 A CN 202010344978A CN 111598507 A CN111598507 A CN 111598507A
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/08—Logistics, e.g. warehousing, loading or distribution; Inventory or stock management
- G06Q10/087—Inventory or stock management, e.g. order filling, procurement or balancing against orders
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q30/00—Commerce
- G06Q30/06—Buying, selling or leasing transactions
- G06Q30/0601—Electronic shopping [e-shopping]
- G06Q30/0633—Lists, e.g. purchase orders, compilation or processing
- G06Q30/0635—Processing of requisition or of purchase orders
Abstract
The invention discloses a method for generating stock information based on stock reservation, belonging to the technical field of stock information systems, wherein an output end of a service system of the invention sends an order request to a commodity management system, the commodity management system can confirm commodity reservation information, the output end of the commodity management system transmits the order information to the stock system, the commodity management system sends a request for locking stock to the stock system for the first time, the stock system generates stock after receiving the order information, the stock system sends the stock information to the commodity management system, the commodity management system sends the request for locking stock to the stock system again, the stock system transmits the information to the commodity management system after receiving the request, the commodity management system transmits the information to the service system, thus avoiding stock overstock, avoiding extruded stock from influencing the scheduling effect, and simultaneously greatly improving the efficiency of the whole order generation, the order running of the enterprise is improved.
Description
Technical Field
The invention relates to the technical field of inventory management, in particular to a method for generating inventory information based on inventory reservation.
Background
When there is an order to lock the stock, it is generally the case that the order is locked in the existing stock pool, but because the stock pool is too large, it takes much time in the process of inquiry and modification. The new mechanism adopts a method of delaying the generation of the inventory, and has great improvement on the efficiency.
Today in the big data era, the more commodities are accessed, the more the corresponding inventory information is increased in multiples or even indexes. In some industries, such as advertising, the media side has many resources, which is very important for the inventory management of resources. The size of the inventory directly affects the efficiency of ordering, so in the conventional inventory management system, the problem is increased along with the increase of time.
If the media has new resources, the media is entered into the merchandise management system, and then specific inventory is generated in the inventory management system. The following serious problems result:
1. the accumulation of inventory information is increasing and can be slower and slower when ordering periods are made, and even time-out can be caused.
2. The expired stock is not cleaned regularly, and the scheduling effect is influenced.
The stock information is not easy to control the generation amount, and the stock after n years is generated. If n is large, the situation in problem 1 occurs, and if n is small, the bug in stock is forgotten to be generated after being buried for n years.
Compared with the document 1, the publication number CN109272265A discloses a method, a device and a system for processing inventory information of data objects, wherein the system comprises: the inventory information subsystem is used for storing inventory information of data objects in a plurality of stores and synchronously updating the inventory information; each store comprises a front store position and a back store position, and the inventory information of the data object comprises front inventory information in the front store positions; and the replenishment strategy subsystem is used for acquiring the front inventory information of each data object in each store through the inventory information subsystem, generating a replenishment task if a target data object of which the front inventory information is lower than a preset threshold exists in each store, and sending the replenishment task to a replenishment client of the corresponding store so as to replenish the target data object from the back inventory position of the corresponding store to the front inventory position according to the replenishment task.
Compared with the document 2, the publication number CN106708975B discloses a method and a system for processing commodity inventory information, wherein the commodity inventory information is stored in a cache server, information other than the commodity inventory information is stored in a main server, and the main server determines a storage address of the commodity inventory information to be processed corresponding to an identifier in the cache server according to the identifier of the commodity inventory information to be processed; the main server locks the storage address of the commodity inventory information to be processed according to the database structure of the cache server to obtain a processing result; the main server processes the commodity inventory information to be processed according to the processing result, so that the commodity inventory information and other information except the commodity inventory information are respectively stored by different servers, the phenomenon of data transmission blockage is reduced, and the concurrent processing capacity of the commodity inventory information is improved.
Although the comparison files 1 and 2 can solve a part of inventory problems, the comparison files cannot solve the problem that overdue inventory is excessive when indefinite, and the cleaning affects the scheduling effect and the whole order generation efficiency.
Disclosure of Invention
The invention aims to provide a method for generating inventory information based on inventory reservation, which has the advantages of avoiding excessive inventory backlog and greatly improving the efficiency of the whole order generation so as to solve the problems in the background technology.
In order to achieve the purpose, the invention provides the following technical scheme:
a method for generating inventory information based on a predetermined inventory, comprising the steps of:
s1: the commodity management system receives order reservation information sent by the business system;
s2: the commodity management system transmits the order information to the inventory system;
s3: the commodity management system checks the inventory information in a self-checking mode;
s4: the order forms stock, and the stock system sends a review request to the commodity management system, at the moment, the order is temporarily locked and the stock is not occupied;
s5: after the order information is reviewed by the commodity management system, the information is transmitted to the inventory system, the order is locked, and the order information occupies the inventory;
s6: the inventory system transmits the order information with the locked order to a commodity management system;
s7: and the commodity management system transmits the locked order information to the business system.
Preferably, the business system comprises a visual platform layer, a business platform layer and a basic platform layer, the visual platform layer is attached to the business platform layer, the business platform layer is attached to the basic platform layer, the input end of the business platform layer receives order requests of the advertising end and the media end, and the output end of the business platform layer sends the order requests to the commodity management system.
Preferably, the commodity management system comprises a login module, a commodity selection module, a commodity information input sub-module, a commodity information editing sub-module, a commodity state module, a storage module and an auditing module, wherein the output end of the login module is connected with the commodity selection module and the commodity state module, the output end of the commodity selection module is connected with the commodity information input sub-module and the commodity information editing sub-module, the commodity information input sub-module and the commodity information editing sub-module are both communicated with the storage module, and the storage module is communicated with the auditing module.
Preferably, the inventory system comprises a database, a first request authorization module, a second request authorization module and an authorization information receiving module, wherein the database is electrically connected with the first request authorization module and the second request authorization module, and both the first request authorization module and the second request authorization module are electrically connected with the authorization information receiving module.
Preferably, the inventory system comprises an inventory information storage module, an inventory order locking module and an inventory information updating module, the output end of the authorization information receiving module is electrically connected with the inventory information storage module and the inventory order locking module, and the output end of the inventory order locking module is connected with the inventory information updating module.
Preferably, the database in the inventory system will be cleaned of expired inventory on a regular basis.
Preferably, the commodities to which the commodity management system belongs all have a fixed attribute, that is, daily inventory number, and when the commodity management system queries the inventory, if the inventory information is not found, a default inventory number is used.
Preferably, the reading operation of the commodity selection module in the commodity management system can reach ten thousand pens per second, and the writing operation of the commodity selection module is 2 ten thousand pens per second.
Preferably, the first request authorization module, the second request authorization module and the authorization information receiving module are all electrically connected with the commodity management system.
Preferably, when the S3 inventory system performs self-check, if the inventory information is not checked, a default inventory count is used.
Compared with the prior art, the invention has the beneficial effects that: the invention provides a method for generating stock information based on stock reservation, wherein an output end of a service system sends an order request to a commodity management system, the commodity management system can confirm commodity reservation information, the output end of the commodity management system transmits the order information to the stock system, the commodity management system sends a stock locking request to the stock system for the first time, the stock system generates stock after receiving the order information, the stock system sends the stock information to the commodity management system, the commodity management system sends the stock information to the commodity management system again, the stock management system sends the stock locking request to the stock system again, the stock system transmits the information to the commodity management system after receiving the request, the commodity management system transmits the information to the service system again, thus avoiding stock overstock, avoiding extruded stock from influencing the scheduling effect, and greatly improving the efficiency of the whole order generation, the order running of the enterprise is improved.
Drawings
FIG. 1 is an overall logic diagram of a method for generating inventory information based on reserving inventory according to the present invention;
FIG. 2 is another overall logic diagram of a method for generating inventory information based on reserving inventory according to the present invention;
FIG. 3 is a block flow diagram of a method for generating inventory information based on reserving inventory in accordance with the present invention;
FIG. 4 is another flow chart of a method for generating inventory information based on reserving inventory in accordance with the present invention;
FIG. 5 is a logic block diagram of a business system of a method for generating inventory information based on reserving inventory according to the present invention;
FIG. 6 is a block diagram of a merchandise management system according to a method for generating inventory information when reserving inventory according to the present invention;
FIG. 7 is a block diagram of an inventory system that is based on a method for generating inventory information when reserving inventory, according to the present invention;
FIG. 8 is a block diagram of a sub-module for editing merchandise information according to a method of the present invention for generating inventory information when reserving inventory;
FIG. 9 is a block diagram of another embodiment of an inventory system for a method of generating inventory information based on reserving inventory in accordance with the present invention;
fig. 10 is a feedback logic block diagram of a product management system and an inventory system according to a method for generating inventory information when reserving inventory according to the present invention.
In the figure: 1. a business system; 101. a visual platform layer; 102. a service platform layer; 103. a base platform layer; 2. a commodity management system; 201. a login module; 202. a commodity selection module; 203. a commodity information input submodule; 204. a commodity information editing submodule; 205. a commodity status module; 206. a storage module; 207. an audit module; 3. an inventory system; 301. a database; 302. a first request authorization module; 303. a second request authorization module; 304. an authorization information receiving module; 305. an inventory information saving module; 306. a stock order locking module; 307. and the inventory information updating module.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The first embodiment is as follows:
referring to fig. 1, 3, 5 to 8, and 10, a method for generating inventory information based on inventory reservation includes the following steps:
the first step is as follows: the commodity management system 2 receives order reservation information sent by the business system 1;
the second step is that: the commodity management system 2 transmits the order information to the inventory system 3;
the third step: the commodity management system 2 checks the inventory information in a self-checking mode, and when the inventory system 3 carries out self-checking, if the inventory information is not checked, the default inventory number is used;
the fourth step: the order forms stock, and meanwhile, the stock system 3 sends a review request to the commodity management system 2, and at the moment, the order is temporarily locked and does not occupy the stock;
the fifth step: after the order information is reviewed by the commodity management system 2, the information is transmitted to the inventory system 3, the order is locked, and the order information occupies the inventory;
and a sixth step: the stock system 3 transmits the order information with the locked order to the commodity management system 2;
the seventh step: the product management system 2 transmits the locked order information to the service system 1.
The input end of the business system 1 receives order requests of an advertising end and a media end, the output end of the business system 1 sends the order requests to the commodity management system 2, the commodity management system 2 can confirm commodity reservation information, the output end of the commodity management system 2 transmits the order information to the inventory system 3, the commodity management system 2 sends inventory locking requests to the inventory system 3 for the first time, the inventory system 3 receives the order information and generates inventory, the inventory system 3 sends the inventory information to the commodity management system 2, the commodity management system 2 sends the inventory locking requests to the inventory system 3 again, the inventory system 3 receives the requests and then transmits the information to the commodity management system 2, and the commodity management system 2 transmits the information to the business system 1; the reading operation of the commodity selection module 202 in the commodity management system 2 can reach 10 ten thousand per second, the writing operation of the commodity selection module 202 can reach 2 ten thousand per second, commodities to which the commodity management system 2 belongs all have a fixed attribute, namely the inventory number per day, meanwhile, when the commodity management system 2 queries the inventory, if the inventory information is not searched, the default inventory number is used, the database 301 in the inventory system 3 can regularly clean up expired inventory, the excessive inventory backlog is avoided, and the effect that the extruded inventory affects the scheduling is avoided.
The business system 1 comprises a visual platform layer 101, a business platform layer 102 and a basic platform layer 103, wherein the visual platform layer 101 is attached to the business platform layer 102, the business platform layer 102 is attached to the basic platform layer 103, the input end of the business platform layer 102 receives order requests of an advertising end and a media end, and the output end of the business platform layer 102 sends the order requests to the commodity management system 2. The visual platform layer 101 is used for responding to a relevant access request of a client to perform service query interaction or service order interaction with the client, and displaying relevant logistics service information through a web interface and a mobile terminal interface according to a relevant system instruction; the basic platform layer 103 comprises system distributed management, business service monitoring management, service log management and development tool support, the basic platform layer 103 system can realize monitoring on a server, business volume access and an operation log, support current mainstream J2EE container management software, and support mainstream databases Oracle, MySQL, SqlServer and the like; the service platform layer 102 provides support for the system in a component mode, the service platform layer 102 has good expansibility and universality, the visualization platform layer 101 supports PC and mobility, and provides good support for the construction of a system later, the visual platform layer 101 is used for responding the relevant access request of a client to perform service inquiry interaction or service order interaction with the client, and displays the related logistics service information through a web interface and a mobile terminal interface according to the related system instructions, the service platform layer 102 integrates a plurality of pre-constructed logistics service systems in a component mode, for business instructions derived from parsed access requests sent by the visualization platform layer 101, managing the whole life cycle according to the pre-constructed order, calling the corresponding logistics service system to execute the corresponding action, and tracks the execution action in real time and generates an execution result to be fed back to the visualization platform layer 101.
The commodity management system 2 comprises a login module 201, a commodity selection module 202, a commodity information entry submodule 203, a commodity information editing submodule 204, a commodity state module 205, a storage module 206 and an auditing module 207, wherein the output end of the login module 201 is connected with the commodity selection module 202 and the commodity state module 205, the output end of the commodity selection module 202 is connected with the commodity information entry submodule 203 and the commodity information editing submodule 204, the commodity information entry submodule 203 and the commodity information editing submodule 204 are both communicated with the storage module 206, and the storage module 206 is communicated with the auditing module 207. When the commodity management system 2 is used, firstly, the commodity management system 2 is logged in, and the commodity type is selected according to the requirement, specifically, the commodity type comprises the existing commodity and the newly added commodity, wherein, the commodity information input sub-module 203 and the commodity information editing sub-module 204 are selected according to the commodity type, when the commodity type is the newly added commodity, the commodity information of the newly added commodity is input and stored in the storage module 206 and is distributed to the commodity library by using the commodity information input sub-module 203, when the commodity type is the existing commodity, the commodity information or the state of the existing commodity is edited by using the commodity information editing sub-module 204, specifically, when the commodity information or the state of the existing commodity is edited, the editing mode comprises the commodity information of the existing commodity, the existing commodity is deleted, and the state of the existing commodity is modified, therefore, the commodity information or the state of the existing commodity can be modified according to the requirement, or the existing commodities which are not sold any more are directly deleted, management is convenient, the commodity information auditing module 207 is used for auditing the existing commodities in the commodity library, when the commodity information of the existing commodities passes the auditing, the existing commodities keep on-shelf states, when the commodity information does not pass the auditing, the existing commodities are set to off-shelf states, and the commodity information auditing module 207 conducts irregular auditing on the existing commodities in the commodity library, so that the condition that the commodity information of the existing commodities is displayed incorrectly to influence purchasing of customers can be prevented, and the auditing workload can be reduced. Therefore, the whole commodity management system 2 carries out statistical management on the commodities under the line, and has the advantages of high statistical speed, convenience and quickness in management and high efficiency.
The inventory system 3 includes a database 301, a first request authorization module 302, a second request authorization module 303, an authorization information receiving module 304, an inventory information saving module 305, an inventory order locking module 306 and an inventory information updating module 307, the database 301 is electrically connected to the first request authorization module 302 and the second request authorization module 303, the first request authorization module 302 and the second request authorization module 303 are electrically connected to the authorization information receiving module 304, the first request authorization module 302, the second request authorization module 303 and the authorization information receiving module 304 are electrically connected to the merchandise management system 2, an output end of the authorization information receiving module 304 is electrically connected to the inventory information saving module 305 and the inventory order locking module 306, an output end of the inventory order locking module 306 is connected to the inventory information updating module 307, wherein the database 301 is used for saving the inventory information sent by the inventory system 3, A first request authorization module 302 for requesting authorization from the inventory system 3 through an interface according to an authorization rule preset by each inventory system 3, an authorization information receiving module 304 for receiving authorization information returned by the inventory system 3 after the inventory system 3 agrees to authorize, an authorized inventory information storage module 305 for storing the authorization information into the database 301, a second request authorization module 303 for requesting authorization from the inventory system 3 through an interface again according to the authorization rule preset by each inventory system 3, an inventory order locking module 306 for authorizing the management platform and judging whether an inventory allocation command sent by the management platform is reasonable, if so, sending an operation request to the inventory system corresponding to the inventory allocation command and sending an operation result to the management platform, and an inventory information updating module 307 for updating the inventory information in the database 301, that is, in the order confirmation process, the output end of the product management system 2 transmits order information to the inventory system 3, the product management system 2 sends a request for locking inventory to the inventory system 3 for the first time, the inventory system 3 generates inventory after receiving the order information, the inventory system 3 sends the inventory information to the product management system 2, the product management system 2 requests for locking inventory to the inventory system 3 again, and the inventory system 3 transmits the information to the product management system 2 after receiving the request.
Example two:
referring to fig. 1, 3, 5, 6, 8, and 9, a method for generating inventory information based on inventory reservation includes the following steps:
the first step is as follows: the commodity management system 2 receives order reservation information sent by the business system 1;
the second step is that: the commodity management system 2 transmits the order information to the inventory system 3;
the third step: the commodity management system 2 checks the inventory information in a self-checking mode, and when the inventory system 3 carries out self-checking, if the inventory information is not checked, the default inventory number is used;
the fourth step: the order forms stock, and meanwhile, the stock system 3 sends a review request to the commodity management system 2, and at the moment, the order is temporarily locked and does not occupy the stock;
the fifth step: after the order information is reviewed by the commodity management system 2, the information is transmitted to the inventory system 3, the order is locked, and the order information occupies the inventory;
and a sixth step: the stock system 3 transmits the order information with the locked order to the commodity management system 2;
the seventh step: the product management system 2 transmits the locked order information to the service system 1.
The database 301 is configured to store inventory information, authorization information, and configuration information sent by the inventory system 3, the authorization module is configured to request authorization from the inventory system 3 through an interface according to an authorization rule preset by each inventory system 3, the authorization information receiving module 304 is configured to grant authorization to the inventory system 3, the authorization inventory information storing module 305 is configured to store the authorization information in the database 301, the inventory order locking module 306 is configured to authorize the management platform and is configured to determine whether an inventory allocation command sent by the management platform is reasonable, if yes, an operation request is sent to the inventory system corresponding to the inventory allocation command and an operation result is sent to the management platform, the inventory information updating module 307 is configured to update the inventory information in the database 301, that is, in the process of confirming an order, including the output end of the product management system 2 sending the order information to the inventory system 3, the product management system 2 first sends a request for locking stock to the stock system 3, and the stock system 3 receives the order information and generates stock.
Example three:
referring to fig. 2, 4 to 6, 8 and 9, a method for generating inventory information based on inventory reservation includes the following steps:
the first step is as follows: the business system 1 inserts its business platform into the commodity management system 2:
the second step is that: the commodity management system 2 receives order reservation information sent by the business system 1;
the third step: the commodity management system 2 transmits the order information to the inventory system 3;
the fourth step: the commodity management system 2 checks the inventory information in a self-checking mode, and when the inventory system 3 carries out self-checking, if the inventory information is not checked, the default inventory number is used;
the fifth step: the order forms stock, and meanwhile, the stock system 3 sends a review request to the commodity management system 2, and at the moment, the order is temporarily locked and does not occupy the stock;
and a sixth step: after the order information is reviewed by the commodity management system 2, the information is transmitted to the inventory system 3, the order is locked, and the order information occupies the inventory;
the seventh step: the stock system 3 transmits the order information with the locked order to the commodity management system 2;
eighth step: the product management system 2 transmits the locked order information to the service system 1.
The database 301 is configured to store inventory information, authorization information, and configuration information sent by the inventory system 3, the authorization module is configured to request authorization from the inventory system 3 through an interface according to an authorization rule preset by each inventory system 3, the authorization information receiving module 304 is configured to grant authorization to the inventory system 3, the authorization inventory information storing module 305 is configured to store the authorization information in the database 301, the inventory order locking module 306 is configured to authorize the management platform and is configured to determine whether an inventory allocation command sent by the management platform is reasonable, if yes, an operation request is sent to the inventory system corresponding to the inventory allocation command and an operation result is sent to the management platform, the inventory information updating module 307 is configured to update the inventory information in the database 301, that is, in the process of confirming an order, including the output end of the product management system 2 sending the order information to the inventory system 3, the product management system 2 first sends a request for locking stock to the stock system 3, and the stock system 3 receives the order information and generates stock.
Example four:
referring to fig. 2, 4 to 8, a method for generating inventory information based on inventory reservation includes the following steps:
the first step is as follows: the business system 1 inserts its business platform into the commodity management system 2:
the second step is that: the commodity management system 2 receives order reservation information sent by the business system 1;
the third step: the commodity management system 2 transmits the order information to the inventory system 3;
the fourth step: the commodity management system 2 checks the inventory information in a self-checking mode, and when the inventory system 3 carries out self-checking, if the inventory information is not checked, the default inventory number is used;
the fifth step: the order forms stock, and meanwhile, the stock system 3 sends a review request to the commodity management system 2, and at the moment, the order is temporarily locked and does not occupy the stock;
and a sixth step: after the order information is reviewed by the commodity management system 2, the information is transmitted to the inventory system 3, the order is locked, and the order information occupies the inventory;
the seventh step: the stock system 3 transmits the order information with the locked order to the commodity management system 2;
eighth step: the product management system 2 transmits the locked order information to the service system 1.
Namely, the business system 1 inserts its business platform into the commodity management system 2, then the input end of the business system 1 receives the order requests of the advertisement end and the media end, the output end of the business system 1 sends the order requests to the commodity management system 2, the commodity management system 2 can confirm the commodity reservation information, the output end of the commodity management system 2 sends the order information to the inventory system 3, the commodity management system 2 sends the inventory locking request to the inventory system 3 for the first time, the inventory system 3 generates inventory after receiving the order information, the inventory system 3 sends the inventory information to the commodity management system 2, the commodity management system 2 again carries out the inventory locking request to the inventory system 3, the inventory system 3 receives the request and then transmits the information to the commodity management system 2, and the commodity management system 2 transmits the information to the business system 1.
The database 301 is configured to store inventory information, authorization information, and configuration information sent by the inventory system 3, the first request authorization module 302 is configured to request authorization from the inventory system 3 through an interface according to an authorization rule preset by each inventory system 3, the authorization information receiving module 304 is configured to receive authorization information returned by the inventory system 3 after the inventory system 3 agrees to authorize, the authorization inventory information storage module 305 is configured to store the authorization information in the database 301, the second request authorization module 303 is configured to request authorization from the inventory system 3 through an interface again according to the authorization rule preset by each inventory system 3, the inventory order locking module 306 is configured to authorize the management platform, and is configured to determine whether an inventory allocation instruction sent by the management platform is reasonable, and if so, send an operation request to the inventory system corresponding to the inventory allocation instruction, and send an operation result to the management platform, the inventory information updating module 307 is configured to update the inventory information in the database 301, that is, during the order confirmation process, the output end of the product management system 2 transmits the order information to the inventory system 3, the product management system 2 first sends a request for locking inventory to the inventory system 3, the inventory system 3 receives the order information and generates inventory, the inventory system 3 sends the inventory information to the product management system 2, the product management system 2 sends a request for locking inventory to the inventory system 3 again, and the inventory system 3 receives the request and then transmits the information to the product management system 2. Therefore, the perfect matching of the stock and the order can be ensured through multiple reservation, locking and feedback, and the problem that much time is consumed in the inquiry and modification process due to the overlarge stock pool can be solved. Meanwhile, the whole order generation is greatly improved in efficiency, and the order operation of enterprises is improved.
In summary, the following steps: the method for generating stock information based on stock reservation comprises the steps that an output end of a service system 1 sends an order request to a commodity management system 2, the commodity management system 2 confirms commodity reservation information, an output end of the commodity management system 2 sends the order information to a stock system 3, the commodity management system 2 sends a stock locking request to the stock system 3 for the first time, the stock system 3 receives the order information and generates stock, the stock system 3 sends the stock information to the commodity management system 2, the commodity management system 2 sends the stock locking request to the stock system 3 again, the stock system 3 receives the request and then transmits the information to the commodity management system 2, and the commodity management system 2 transmits the information to the service system 1, so that excessive stock overstock can be avoided, the effect of stock on the stock reservation is avoided, and meanwhile, the efficiency of the whole order generation is greatly improved, the order running of the enterprise is improved.
It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be able to cover the technical solutions and the inventive concepts of the present invention within the technical scope of the present invention.
Claims (10)
1. A method for generating inventory information based on reserving inventory, comprising the steps of:
s1: the commodity management system (2) receives order reservation information sent by the business system (1);
s2: the commodity management system (2) transmits the order information to the stock system (3);
s3: the commodity management system (2) checks inventory information in a self-checking mode;
s4: the order generates stock, and meanwhile, the stock system (3) sends a review request to the commodity management system (2), and the order is temporarily locked and does not occupy the stock;
s5: after the order information is reviewed by the commodity management system (2), the information is transmitted to the inventory system (3), the order is locked, and the order information occupies the inventory;
s6: the stock system (3) transmits the order information with the locked order to the commodity management system (2);
s7: the commodity management system (2) transmits the locked order information to the service system (1).
2. The method for generating inventory information based on inventory reservation according to claim 1, wherein the business system (1) comprises a visual platform layer (101), a business platform layer (102) and a base platform layer (103), the visual platform layer (101) is attached to the business platform layer (102), the business platform layer (102) is attached to the base platform layer (103), the input end of the business platform layer (102) receives order requests of the advertising end and the media end, and the output end of the business platform layer (102) sends the order requests to the commodity management system (2).
3. The method for generating the inventory information based on the predetermined inventory as claimed in claim 1, wherein the commodity management system (2) comprises a login module (201), a commodity selection module (202), a commodity information entry sub-module (203), a commodity information editing sub-module (204), a commodity state module (205), a storage module (206) and an audit module (207), an output end of the login module (201) is connected with the commodity selection module (202) and the commodity state module (205), an output end of the commodity selection module (202) is connected with the commodity information entry sub-module (203) and the commodity information editing sub-module (204), the commodity information entry sub-module (203) and the commodity information editing sub-module (204) are both communicated with the storage module (206), and the storage module (206) is communicated with the audit module (207).
4. The method for generating inventory information based on inventory reservation according to claim 1, wherein the inventory system (3) comprises a database (301), a first request authorization module (302), a second request authorization module (303), and an authorization information receiving module (304), the database (301) electrically connects the first request authorization module (302) and the second request authorization module (303), and both the first request authorization module (302) and the second request authorization module (303) are electrically connected with the authorization information receiving module (304).
5. The method for generating inventory information based on reservation of inventory as claimed in claim 4, wherein the inventory system (3) includes an inventory information holding module (305), an inventory order locking module (306) and an inventory information updating module (307), the output terminal of the authorization information receiving module (304) is electrically connected with the inventory information holding module (305) and the inventory order locking module (306), and the output terminal of the inventory order locking module (306) is connected with the inventory information updating module (307).
6. The method for generating inventory information based on booking inventory as claimed in claim 5, wherein the database (301) in the inventory system (3) will periodically clean up out-of-date inventory.
7. A method for generating inventory information based on reserving inventory as claimed in claim 3, characterized in that the inventory of the product management system (2) has a fixed attribute, namely the daily inventory number, and when the product management system (2) queries the inventory, if the inventory information is not found, the default inventory number is used.
8. The method for generating inventory information based on inventory reservation according to claim 3, wherein the reading operation of the commodity selection module (202) in the commodity management system (2) is up to 10 ten thousand strokes/second, and the writing operation of the commodity selection module (202) is 2 ten thousand strokes/second.
9. The method for generating inventory information based on reservation of inventory as claimed in claim 4, wherein the first request authorization module (302), the second request authorization module (303) and the authorization information receiving module (304) are all electrically connected with the merchandise management system (2).
10. The method for generating inventory information based on reservation of inventory as claimed in claim 1, wherein the S3 inventory system (3) performs self-test and uses default inventory number if no inventory information is found.
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