CN102546687A - Data transmission system and method - Google Patents
Data transmission system and method Download PDFInfo
- Publication number
- CN102546687A CN102546687A CN2010105935322A CN201010593532A CN102546687A CN 102546687 A CN102546687 A CN 102546687A CN 2010105935322 A CN2010105935322 A CN 2010105935322A CN 201010593532 A CN201010593532 A CN 201010593532A CN 102546687 A CN102546687 A CN 102546687A
- Authority
- CN
- China
- Prior art keywords
- data
- new record
- clouds
- sales end
- database
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Images
Landscapes
- Information Transfer Between Computers (AREA)
Abstract
The invention discloses a data transmission system and a method, which are applied to a network data transmission environment of cloud computing. The data transmission system and the method divide and separate data and transmission logic regardless of newly recorded content for an XML (extensible markup language) data form, the logic of transmission rules is used as a transmission logic basis, and data information exchange between a could side and a POS (point of sale) of a sales side is completed according to different company codes and/or POS codes.
Description
Technical field
The present invention relates to a kind of transmission system and method; Relate in particular to a kind of data transmission system and method that is applied to the network data transmission environment of high in the clouds computing; Data and transmission logic are cut, separated; By different company code and/or POS codes, accomplish data message (message) exchange between server-side and the use side.
Background technology
Distributing Frame; For example; Three-layer type (3-tier) Distributing Frame is at present by the web application framework that generally uses, with the three-layer type Distributing Frame; Mainly be to constitute, be respectively: user's interface layer (Presentation Layer), arithmetic logic layer (Business LogicLayer), and continuous layer (a Persistence Layer) forever by three levels.
In Distributing Frame, in the use side computer program that possesses graphical operation interface (GUI) is installed, and these a little programs can see through the forms of specific format, supply the user to import suitable information, so that carry out interaction with server; In the network application framework, user's interface layer does, for example, and the IE browser, and its function is for receiving the data that the user imported, and the result who comes from server will be shown.
The arithmetic logic layer is intended for the bridge between use side and the database; Be responsible for the work of data processing, Website server algorithms such as (web server); Being responsible for the handling procedure of arithmetic logic carries out on server computer; The function of arithmetic logic layer is the request of acceptance from client, and determines which kind of information can be transferred into client.
In continuous layer (data service layer) forever, comprised and stored the database of mass data, and be used for the software of these data of management maintenance.Continuous forever layer (data service layer) is responsible for providing data to the arithmetic logic layer, is resent to user's interface layer, so the content that client can't the direct accessing data storehouse must see through the connection of arithmetic logic layer, thereby the fail safe that has improved system.
Present server-side and the data communication switching between the use side; When data transmission structure designs; Must consider the company code (com_no) of solid data and/or record and/or new record, forms (table) structure and the combination of POS code (pos_no); And produce the transfer of data rule according to this kind structural design; In other words, in the design of existing data transmission structure, for company code, POS code and transmission logic with data and/or record and/or new record, forms (table) structure are held together.
So; If can data and transmission logic be cut, separated; Why need not be thought of as content that the new record (new record) of XML data mode had, and be to use logic in the transmission rule as transmitting logic basis, by different company code and/or POS codes; Accomplish data message (message) exchange between high in the clouds and the sales end POS; In other words, need not company code, POS code and the transmission logic of data and/or record and/or new record, forms (table) structure being held together, is problem to be solved.
Summary of the invention
Main purpose of the present invention is to provide a kind of data transmission system and method, is the network data transmission environment that is applied to the high in the clouds computing, and data transmission system of the present invention and method are cut data and transmission logic, separate.
Another purpose of the present invention is to provide a kind of data transmission system and method; Be to be applied to the network data transmission environment; Why need not be thought of as content that the new record (new record) of XML data mode had; And be to use logic in the transmission rule as transmitting logic basis, by different company code and/or POS codes, the data message of accomplishing between high in the clouds and the sales end POS (message) exchanges.
A purpose more of the present invention is to provide a kind of data transmission system and method, is to be applied to the network data transmission environment, data message (message) exchange between high in the clouds and the sales end POS; High in the clouds receives sales end POS data, for example, receive sales data, and the host data base of delivering in the high in the clouds is done data analysis for high in the clouds; Assist to do the data exchange between the sales end POS, send data with charge free, for example, sales end POS business activities such as document, main file exchange; Collaborative business activity between high in the clouds and the sales end POS, for example, sales end POS is movable to B2B such as supplier's buying down, main file downloads.
According to above-described purpose; The present invention provides a kind of data transmission system; This data transmission system comprises sales end POS service subsystem and high in the clouds service subsystem; At this, data transmission system framework of the present invention can use any paying or the free data transfer server of increasing income.
Be positioned at the sales end POS service subsystem of sales end POS, this sales end POS service subsystem comprises DDL DDL service module and data message service (messageservice) module.
DDL DDL service module; This DDL DDL service module is responsible for handling the access and the processing of sales end POS database data; And link up conversion data object (Entity Bean) and XML with data message service (messageservice) module.
This DDL DDL service module can be transported to database (for example, the MS-SQL of sales end POS with the required data that spread out of; Oracele; MySQL), so that data message service module can in database, the required data that spread out of be transmitted, and/or; This data message service module is sent to this DDL DDL service module to filter the data that need not transmit with received data.
Data message service module, the transfer of data between sales end POS and the high in the clouds this data message service module of serving as reasons is responsible for, and all transmission, data of receiving are placed on the database of sales end POS, for example, and MS-SQL, Oracel, MySQL.
Assign MDP (Message Dispatching Process) module MDP with respect to the data message, data message service module is the program at sales end POS, is responsible for linking up with data transfer server, obtains data download and uploads data to data transfer server.
DDL DDL service module contains an entity (entity) object in continuous forever layer (data service layer); This DDL DDL service module has the transmission rule of logic aspect (logical level) and the new record (new record) of data plane (data level) at least; Wherein, Transmission rule comprises company code (com_no), POS code (loc_no) with as transmitting logic basis, new record be data no matter the inside be main file, document or other, at this; Because data and transmission logic are cut, are separated; Why need not be thought of as content that the new record (new record) of XML data mode had, and be to use company code (com_no) in the transmission rule, POS code (loc_no) as transmitting logic basis, by different company code and/or POS codes; Accomplish data message (message) exchange between high in the clouds and the sales end POS; Wherein, new record is the XML data, and the inside is exactly the used solid data of DDL DDL service module (or record).
High in the clouds service subsystem beyond the clouds, this high in the clouds service subsystem comprises data transfer server, high in the clouds computing CCP (Cloud computing Process) program module and data message at least and assigns MDP (Message Dispatching Process) module.
Data transfer server; Sales end POS directly (does not see through the little background host computer of retail sales) and connects this data transfer server uploading and to receive data via data message service (message service) module, this data transfer server see through message formation (Message Queue) with web service (WebService) but any real-time Transmission pattern.The logic of the data flow in sales end POS and high in the clouds is to see through logic centre (Policy Center) control.
High in the clouds computing CCP (Cloud computing Process) program module; This high in the clouds computing CCP (Cloud computing Process) program module mainly is responsible for receiving and the analyzing XML data; After seeing through the comparison of XML data and business logic, the flow direction (will arrive which sales end POS) of specified data stream.
The data message is assigned MDP (Message Dispatching Process) module; This data message assigns MDP (Message Dispatching Process) module to be responsible for linking up with data transfer server; Receive the appointment order of high in the clouds computing CCP (Cloud computing Process) program module, specifying the data of sending with charge free to deliver to data transfer server to transmit.
Utilize data transmission system of the present invention when carrying out data transmission method; The DDL DDL service module of sales end POS service subsystem; Data and transmission logic are cut, separated; Why need not be thought of as content that the new record (new record) of XML data mode had; And be to use company code (com_no) in the transmission rule, POS code (loc_no) as transmitting logic basis, by different company code and/or POS codes, accomplish data message (message) exchange between POS end and the high in the clouds; Pass the database that the data that need analysis all can be stored to high in the clouds back from sales end POS, for example, Oracle database, and can supply other system to use.
Utilize data transmission system of the present invention when carrying out data transmission method:
Sales end POS sends motion flow: at first, after sales end POS data produce unusual fluctuation, see through DDL DDL service module and produce the XML data, and data message service (messageservice) module is dropped into data transfer server to the XML data; Then, after high in the clouds, high in the clouds computing CCP (Cloud computing Process) program module obtains XML data analysis and computing from data transfer server in data, and the result can be stored into the database in high in the clouds.See through high in the clouds computing CCP (Cloud computing Process) program module logical process; Suppose that result data need return this sales end POS or pass to other sales end POS; Can change into XML to this result and give the data message and assign MDP (Message Dispatching Process) module to assign to put into data transfer server, with the sales end POS that returns this sales end POS or pass to other via this data transfer server.
The web page server in high in the clouds (web server) motion flow: after user's operating system; Cause the data unusual fluctuation; See through high in the clouds computing CCP (Cloud computing Process) program module computing; The data message assigns MDP (Message Dispatching Process) module to send with charge free, and the data that needs sent to sales end POS are sent to data transfer server earlier, are sent to sales end POS again via data transfer server.
The sales end POS service subsystem of sales end POS receives flow process: data message service (message service) module obtains down the XML that hands down from data server, sees through DDL DDL service module and changes into data object (Entity Bean) to data to carry out data processing from XML.
Data transmission system framework of the present invention can use any paying or the free data transfer server of increasing income, and do not limit to use a data transfer server, and which platform data transfer server service sales end POS specifies by, is set by logic centre.
When actual embodiment, can select, for example; This data transfer server is the application container (container) that an open sign indicating number meets the J2EE standard, as replenishing of J2EE standard, has introduced the AOP framework; For common java class provides J2EE service; Data transfer server is the same as mail server (mail server), the message formation is arranged in order to deposit the message formation, and each use side (Node) all has corresponding message formation.
For example; With a circulation is that example is explained, use side (Node) is delivered to the message formation of data transfer server to data, and data transfer server can receive that its database keeps in data; Deposit temporary data and possibly produce the data that to send with charge free again after via high in the clouds computing CCP (Cloud computing Process) program module handles; Also it is stored in the database in high in the clouds, for example, MySQL.High in the clouds computing CCP (Cloud computing Process) program module; This high in the clouds computing CCP (Cloud computing Process) program module is from the database in high in the clouds; For example, MySQL reads the up-to-date temporal data of receiving and also judges; If need send with charge free again and then can produce new transmission data, each data of judging can be given mark.See through high in the clouds computing CCP (Cloud computingProcess) program module logical process; Suppose that result data need return this sales end POS or pass to other sales end POS; Can change into XML to this result and give the message formation that the data message assigns the appointment of MDP (Message Dispatching Process) module to put into data transfer server; At last, use side (Node) each fetch data since the message formation of data transfer server.
Description of drawings
Fig. 1 is a system schematic, in order to the system architecture and the operation situation of explicit declaration data transmission system of the present invention;
Fig. 2 is a flow chart, in order to data transmission system of the present invention among explicit declaration utilization such as Fig. 1 to carry out the process step of data transmission method;
Fig. 3 is a flow chart, transmits and carry out the more detailed process step of follow-up processing action step in order to explicit declaration new record in Fig. 2;
Fig. 4 is a system schematic, in order to system architecture and the operation situation of one of explicit declaration data transmission system of the present invention embodiment;
Fig. 5 is a flow chart, in order to an embodiment of data transmission system of the present invention among explicit declaration utilization such as Fig. 4, to carry out the process step of data transmission method;
Fig. 6 is a system schematic, in order to system architecture and the operation situation of the another embodiment of explicit declaration data transmission system of the present invention; And
Fig. 7 is a flow chart, in order to the another embodiment of data transmission system of the present invention among explicit declaration utilization such as Fig. 6, to carry out the process step of data transmission method.
Embodiment
Those skilled in the art below cooperate Figure of description that execution mode of the present invention is done more detailed explanation, so that can implement after studying this specification carefully according to this.
Fig. 1 is a system schematic, in order to the system architecture and the operation situation of explicit declaration data transmission system of the present invention.Data transmission system 1 as shown in fig. 1, this data transmission system 1 comprise sales end POS service subsystem 2 and high in the clouds service subsystem 3.
Be positioned at the sales end POS service subsystem 2 of more than one sales end POS4, this sales end POS service subsystem 2 comprises DDL DDL service module 21 and data message service (message service) module 22.
DDL DDL service module 21; This DDL DDL service module 21 is responsible for the access and the processing of database 41 data of processing sales end POS4; And link up conversion data object (Entity Bean) and XML with data message service (message service) module 22.
This DDL DDL service module 21 can be transported to database 41 (for example, the MS-SQL of sales end POS4 with the required data that spread out of; Oracele; MySQL), so that data message service module 22 can in database 41, the required data that spread out of be transmitted, and/or; This data message service module 22 is sent to this DDL DDL service module 21 to filter the data that need not transmit with received data.
Data message service (message service) module 22; Transfer of data between sales end POS4 and the high in the clouds 5 this data message service (message service) module 22 of serving as reasons is responsible for; And the data of all transmission, reception are placed on the database 41 of sales end POS4, for example, and MS-SQL; Oracel, MySQL.
DDL DDL service module 21 contains an entity (entity) object in continuous forever layer (data service layer); This DDL DDL service module 21 has the transmission rule 211 of logic aspect (logicallevel) and the new record (new record) 212 of data plane (data level) at least; Wherein, transmission rule 211 comprises company code (com_no) 2111, POS code (loc_no) 2112 with as transmitting logic basis, and new record 212 is data; No matter the inside is main file, document or other; At this, because data and transmission logic are cut, separated, why need not be thought of as content that the new record (new record) 212 of XML data mode had; And be to use company code (com_no) 2111 in the transmission rule 211, POS code (loc_no) 2112 as transmitting logic basis; By different company code 2111 and/or POS codes 2112, accomplish data message (message) exchange between high in the clouds 5 and the sales end POS4, wherein; New record 212 is the XML data, and the inside is exactly the used solid data of DDL DDL service module 21 (or record) (figure does not mark).
High in the clouds computing CCP (Cloud computing Process) program module 32; This high in the clouds computing CCP (Cloud computing Process) program module 32 main being responsible for receive and the analyzing XML data; After seeing through the comparison of XML data and business logic, the flow direction (will arrive which sales end POS) of specified data stream.
The data message is assigned MDP (Message Dispatching Process) module 33; This data message assigns MDP (Message Dispatching Process) module 33 to be responsible for linking up with data transfer server 31; Receive the appointment order of high in the clouds computing CCP (Cloud computingProcess) program module 32, specifying the data of sending with charge free to deliver to data transfer server 31 to transmit.
When actual embodiment, can select, for example; This data transfer server 31 is application container (container) that an open sign indicating number meets the J2EE standard, as replenishing of J2EE standard, has introduced the AOP framework; For common java class provides J2EE service; Data transfer server 31 is the same as mail server (mail server), message formation 301 is arranged in order to deposit message formation (figure does not mark), and each sales end POS (Node) 4 all has corresponding message formation (figure does not mark).
For example; With a circulation is that example is explained; At first; Sales end POS (Node) 4 delivers to data (new record (new record) 212) before the message formation 301 of data transfer server 31, and the DDL DDL service 21 of sales end POS service subsystem 2 cuts new record (newrecord) 212 (data) and transmission rule 211 (transmission logic), separate earlier; Need not consider content that new record (new record) 212 (for XML data mode) had why; And be to use company code (com_no) 2111 in the transmission rule 211, POS code (loc_no) 2112 as transmitting logic basis, by different company code 2111 and/or POS codes 2112, the data message of accomplishing between high in the clouds 5 and the sales end POS4 (message) exchanges.
Then; The data message of sales end POS (Node) 4 service (message service) module 22 (transfer of data between sales end POS (Node) 4 and the high in the clouds 5 serve as reasons this data message service (message service) module 22 responsible) is delivered to new record 212 (data) the message formation (Queue) 301 of data transfer server 31; Data transfer server 31 can be received its database 51 with new record 212 (data); For example, MySQL keeps in.
Then, deposit and possibly produce the data (figure does not mark) that need send with charge free again after temporary new record 212 (data) is handled via high in the clouds computing CCP (Cloud computingProcess) program module 32, also it is stored in database 51, for example, MySQL; This high in the clouds computing CCP (Cloud computingProcess) program module 32 is from database 51; For example; MySQL; Read the up-to-date temporary new record of receiving 212 (data) and judge that then can produce new transmission data (sending data again with charge free) if need send with charge free, each data of judging (figure does not mark) can be given mark again.
Continue it; See through high in the clouds computing CCP (Cloud computing Process) program module 32 logical process; Suppose to send with charge free again the sales end POS4 that data (new transmission data) need passback this sales end POS4 or pass to other, can send these with charge free data (new transmission data) again and change into XML and give the data message and assign MDP (Message Dispatching Process) module 33 to assign the message formation 301 of putting into data transfer server 31.
At last, sales end POS (Node) 4 each fetch data since message formation (Queue) 301.
Fig. 2 is a flow chart, in order to data transmission system of the present invention among explicit declaration utilization such as Fig. 1 to carry out the process step of data transmission method.As shown in Figure 2; At first; In step 11, sales end POS (Node) 4 delivers to data (new record (new record) 212) before the message formation 301 of data transfer server 31, the DDL DDL service 21 of sales end POS service subsystem 2; Earlier new record (new record) 212 (data) and transmission rule 211 (transmission logic) are cut, separate; Need not consider content that new record (new record) 212 (for XML data mode) had why, and be to use company code (com_no) 2111 in the transmission rule 211, POS code (loc_no) 2112 as transmitting logic basis, by different company code 2111 and/or POS codes 2112; Accomplish data message (message) exchange between high in the clouds 5 and the sales end POS4, and enter step 12.
Fig. 3 is a flow chart, transmits and carry out the more detailed process step of follow-up processing action step in order to explicit declaration new record in Fig. 2.As shown in Figure 3; At first; In step 121, the data message of sales end POS (Node) 4 service (message service) module 22 (transfer of data between sales end POS (Node) 4 and the high in the clouds 5 serve as reasons this data message service (messageservice) module 22 be responsible for) is delivered to the message formation (Queue) 301 of data transfer server 31 with new record 212 (data), and data transfer server 31 is understood receive its database 51 with new record 212 (data); For example; MySQL keeps in, and enters step 122.
In step 122, deposit and possibly produce the data (figure does not mark) that need send with charge free again after temporary new record 212 (data) is handled via high in the clouds computing CCP (Cloudcomputing Process) program module 32, also it is stored in database 51, for example, MySQL; This high in the clouds computing CCP (Cloudcomputing Process) program module 32 is from database 51; For example; MySQL; Read the up-to-date temporary new record of receiving 212 (data) and judge that then can produce new transmission data (sending data again with charge free) if need send with charge free, each data of judging (figure does not mark) can be given mark again; And enter step 123.
In step 123; See through high in the clouds computing CCP (Cloud computing Process) program module 32 logical process; Suppose to send with charge free again the sales end POS4 that data (new transmission data) need passback this sales end POS4 or pass to other; Send these with charge free data (new transmission data) again and change into XML and give the data message and assign MDP (Message Dispatching Process) module 33 to assign to put into the message formation 301 of data transfer server 31, and enter step 124.
Fig. 4 is a system schematic, in order to system architecture and the operation situation of one of explicit declaration data transmission system of the present invention embodiment.Data transmission system 1 as shown in Figure 4, this data transmission system 1 comprise sales end POS service subsystem 2 and high in the clouds service subsystem 3.
Be positioned at the sales end POS service subsystem 2 of more than one sales end POS4; This sales end POS service subsystem 2 comprises DDL DDL service module 21 and data message service (message service) module 22, and at this, this more than one sales end POS4 does; For example; Liquor store, wherein, liquor store comprises chain liquor store and/or single liquor store.
Data message service (message service) module 22; Transfer of data between sales end POS4 and the high in the clouds 5 (for example, parent company's transmission server end) this data message service (messageservice) module 22 of serving as reasons is responsible for, and all transmission, data of receiving are placed on the database 41 of sales end POS4; For example; MS-SQL, Oracel, MySQL.
DDL DDL service module 21 contains an entity object in continuous forever layer (data service layer); This DDL DDL service module 21 has the transmission rule 213 of logic aspect and the new record 214 of data plane at least, and wherein, transmission rule 213 comprises company code (com_no) 2131, POS code (loc_no) 2132 with as transmitting logic basis; At this; For example, company code (com_no) 2131 is in order to expression particular organization, branch number to be arranged for specifying (assigned) number, POS code (loc_no) 2132 for specifying (assigned) number; New record 214 can be sent to one of sales end POS4 designated sale end POS42; At this, new record 214 is data, and the inside is a document; At this; Because new record 214 (data) and transmission rule 213 (transmission logic) are cut, separate; Thereby; Why need not be thought of as content that the new record 214 of XML data mode had, and be to use in the transmission rule 213 for the company code (com_no) 2131 that specifies (assigned) number, for the POS code (loc_no) 2132 of specifying (assigned) number as transmitting logic basis, by company code 2131 and POS code 2132 for specifying (assigned) number; Accomplish the data communication switching between high in the clouds 5 and the sales end POS4; Wherein, new record 214 (for XML data) comprises document 2141, is the used solid data (or record) of DDL DDL service module 21.
DDL DDL service module 21, this DDL DDL service module 21 can be transported to the database 41 of sales end POS4 with the required new record that spreads out of 214 (comprising document 2141), for example, MySQL.
High in the clouds computing CCP (Cloud computing Process) program module 32; This high in the clouds computing CCP (Cloud computing Process) program module 32 is 5 database 51 from high in the clouds; For example, MySQL reads the up-to-date temporary new record of receiving 214 and also judges; If need send with charge free again and then can produce the data 331 that comprise document 2141, each new record of judging 214 can be given mark.
The data message is assigned MDP (Message Dispatching Process) module 33; This data message assigns MDP (Message Dispatching Process) module 33 to be responsible for linking up with data transfer server 31; Receive the appointment order of high in the clouds computing CCP (Cloud computing Process) program module 32, specifying the data of sending with charge free that comprise document 2,141 331 to deliver to data transfer server 31 to transmit.
At this; One example it, with document 2141 when a sales end POS4 sends the process of a designated sale end POS42 (another sales end POS4) to, at first; Before data message service (message service) module 22 of sales end POS (Node) 4 is delivered to the message formation 303 of data transfer server 31 to new record 214; The DDL DDL service 21 of sales end POS service subsystem 2 cuts new record 214 and transmission rule 213, separate earlier, at this; New record (for the XML data mode) 214 comprises document 2141; Company code (com_no) 2131 in the use transmission rule 213, POS code (loc_no) 2132 are as transmitting logic basis, at this, for example; Company code (com_no) 2131 is for specifying (assigned) number, POS code (loc_no) 2132 for specifying (assigned) number; Be in order to expression particular organization, branch number to be arranged, the new record 214 that comprises document 2141 can be sent to the designated sale end POS of a sales end POS4, accomplishes data message (message) exchange between high in the clouds 5 and the sales end POS4.
Then; The new record 214 that the data message of sales end POS (Node) 4 service (message service) module 22 will comprise document 2141 is delivered to the message formation (Queue) 303 of data transfer server 31; Data transfer server 31 can be received database 51 with new record 214; For example, MySQL keeps in.
Then, high in the clouds computing CCP (Cloud computing Process) program module 32 is from database 51, for example; MySQL reads the up-to-date temporary new record of receiving 214 and judges, as if need send with charge free more then can produce new comprise document 2141 send data 331 again with charge free; New record 214 data of judging can be given mark; In other words, temporary new record 214 possibly produce the data that comprise document 2,141 331 that need send with charge free again after handling via high in the clouds computing CCP (Cloudcomputing Process) program module 32, is stored in database 51; For example, MySQL.
Continue it; See through high in the clouds computing CCP (Cloud computing Process) program module 32 computings, the data that comprise document 2,141 331 that are stored in database 51 are changed into XML give the message formation 303 that the data message assigns 33 appointments of MDP (Message Dispatching Process) module to put into data transfer server 31.
At last; One of sales end POS (Node) 4 designated sale end POS42 utilizes its data message service module 22 that has to fetch the data 331 that comprise document 2141 from message formation 303; And can data 331 be sent to the DDL DDL service module 21 of sales end POS42, and filter the data that need not transmit.
Fig. 5 is a flow chart, in order to an embodiment of data transmission system of the present invention among explicit declaration utilization such as Fig. 4, to carry out the process step of data transmission method.At this, for sending document 2141 to a designated sale end POS42 (another sales end POS4) from a sales end POS4.
As shown in Figure 5, at first, in step 101; Before data message service (message service) module 22 of sales end POS (Node) 4 was delivered to the message formation 303 of data transfer server 31 to new record 214, the DDL DDL service module 21 of sales end POS service subsystem 2 cut new record 214 and transmission rule 213, separate earlier; At this; New record (for the XML data mode) 214 comprises document 2141, and the company code (com_no) 2131 in the use transmission rule 213, POS code (loc_no) 2132 are as transmitting logic basis, at this; For example; Company code (com_no) 2131 is in order to expression particular organization, branch number to be arranged for specifying (assigned) number, POS code (loc_no) 2132 for specifying (assigned) number, and the new record 214 that comprises document 2141 can be sent to one of sales end POS4 designated sale end POS42; Accomplish data message (message) exchange between high in the clouds 5 and the sales end POS4, and enter step 102.
In step 102; Then, the new record 214 that the data message of sales end POS (Node) 4 service (messageservice) module 22 will comprise document 2141 is delivered to the message formation (Queue) 303 of data transfer server 31, and data transfer server 31 can be received database 51 with new record 214; For example; MySQL keeps in, and enters step 103.
In step 103, high in the clouds computing CCP (Cloud computing Process) program module 32 is from database 51, for example; MySQL reads the up-to-date temporary new record of receiving 214 and judges, as if need send with charge free more then can produce new comprise document 2141 send data 331 again with charge free; New record 214 data of judging can be given mark; In other words, temporary new record 214 possibly produce the data that comprise document 2,141 331 that need send with charge free again after handling via high in the clouds computing CCP (Cloud computing Process) program module 32, is stored in database 51; For example, MySQL; And enter step 104.
In step 104; See through high in the clouds computing CCP (Cloud computing Process) program module 32 computings; The data that comprise document 2,141 331 that are stored in database 51 are changed into XML give the data message and assign MDP (Message Dispatching Process) module 33 to assign to put into the message formation 303 of data transfer server 31, and enter step 105.
In step 105; One of sales end POS (Node) 4 designated sale end POS42 utilizes its data message service module 22 that has to fetch the data 331 that comprise document 2141 from message formation 303; And can data 331 be sent to the DDL DDL service module 21 of sales end POS42, and filter the data that need not transmit.
Fig. 6 is a system schematic, in order to system architecture and the operation situation of the another embodiment of explicit declaration data transmission system of the present invention.Data transmission system 1 as shown in Figure 6, this data transmission system 1 comprise sales end POS service subsystem 2 and high in the clouds service subsystem 3.
Be positioned at the sales end POS service subsystem 2 of more than one sales end POS4; This sales end POS service subsystem 2 comprises DDL DDL service module 21 and data message service (message service) module 22, and at this, this more than one sales end POS4 does; For example; Liquor store, wherein, liquor store comprises chain beverage and/or single liquor store.
Data message service (message service) module 22; Transfer of data between sales end POS4 and the high in the clouds 5 (for example, parent company's transmission server end) this data message service (messageservice) module 22 of serving as reasons is responsible for, and all transmission, data of receiving are placed on the database 41 of sales end POS4; For example; MS-SQL, Oracel, MySQL.
DDL DDL service module 21 contains an entity object in continuous forever layer (data service layer), and this DDL DDL service module 21 has the transmission rule 215 of logic aspect and the new record 216 of data plane at least, wherein; Transmission rule 215 comprises company code (com_no) 2151, POS code (loc_no) 2152 with as transmitting logic basis, at this, for example; Company code (com_no) 2151 is an assigned number, and POS code (loc_no) 2152 is not to be assigned number, and being has particular organization in order to expression but do not have specific branch number; In other words; Owing to do not have specific branch number, thereby new record 216 can be sent to each sales end POS4; At this, new record 216 is the commodity master file; At this; Because new record 216 and transmission rule 215 are cut, separate; Thereby, why need not be thought of as content that the new record 216 of XML data mode had, and be to use in the transmission rule 215 for (com_no) 2151 of the company code of assigned number and non-POS code (loc_no) 2152 for assigned number as transmitting logic basis; By for the company code 2151 of assigned number and non-be the POS code 2152 of assigned number; Accomplish the data communication switching between high in the clouds 5 and the sales end POS4, wherein, new record 216 (being the XML data) is the commodity master file; To be sent to each sales end POS4, be the used solid data of DDL DDL service module 21 (or record).
DDL DDL service module 21, this DDL DDL service module 21 can be transported to the database 41 of sales end POS4 with the required new record that spreads out of 216 (commodity master file), for example, MySQL.
High in the clouds computing CCP (Cloud computing Process) program module 32; This high in the clouds computing CCP (Cloud computing Process) program module 32 is 5 database 51 from high in the clouds; For example, MySQL reads the up-to-date temporary new record of receiving 216 and also judges; If need send with charge free more then and can produce data 332, each new record of judging 216 can be given mark.
The data message is assigned MDP (Message Dispatching Process) module 33; This data message assigns MDP (Message Dispatching Process) module 33 to be responsible for linking up with data transfer server 31; Receive the appointment order of high in the clouds computing CCP (Cloud computing Process) program module 32, specifying the data of sending with charge free 332 to deliver to data transfer server 31 to transmit.
At this, one example it, with the commodity main file when a sales end POS4 sends other the process of sales end POS4 to; At first; Before data message service (messageservice) module 22 of sales end POS (Node) 4 was delivered to the message formation 305 of data transfer server 31 to new record 216, the DDL DDL service module 21 of sales end POS service subsystem 2 cut new record 216 and transmission rule 215, separate earlier; At this; New record (being the XML data mode) 216 is the commodity master file, and the company code (com_no) 2151 in the use transmission rule 215, POS code (loc_no) 2152 are as transmitting logic basis, at this; Company code (com_no) 2151 is not to be assigned number for assigned number POS code (loc_no) 2152; Be in order to expression particular organization to be arranged but do not have specific branch number,, accomplish data message (message) exchange between high in the clouds 5 and the sales end POS4 for the new record 216 of commodity master file can be sent to each sales end POS4.
Then; The data message of sales end POS (Node) 4 service (message service) module 22 is delivered to the message formation 305 of data transfer server 31 with new record 216, and data transfer server 31 can be received database 51 with new record 216, for example; MySQL keeps in.
Then, high in the clouds computing CCP (Cloud computing Process) program module 32 is from database 51, for example; MySQL reads the up-to-date temporary new record of receiving 216 and judges, then can produce the new data 332 of sending with charge free again as if sending with charge free again; New record 216 data of judging can be given mark; In other words, temporary new record 216 possibly produce the data 332 that need send with charge free again after handling via high in the clouds computing CCP (Cloud computing Process) program module 32, is stored in database 51; For example, MySQL.
Continue it; See through high in the clouds computing CCP (Cloud computing Process) program module 32 computings, the data that are stored in database 51 332 are changed into XML give the message formation 305 that the data message assigns 33 appointments of MDP (Message Dispatching Process) module to put into data transfer server 31.
At last; Each sales end POS (Node) 4 utilizes its data message service module 22 that has; Fetch data 332 from message formation 305 respectively, and can data 332 be sent to DDL DDL service module 21, and filter the data that need not transmit into the commodity master file.
Fig. 7 is a flow chart, in order to the another embodiment of data transmission system of the present invention among explicit declaration utilization such as Fig. 6, to carry out the process step of data transmission method.At this, will send other sales end POS4 to from a sales end POS4 for the new record 216 of commodity master file.
As shown in Figure 7, at first, in step 201; Before data message service (message service) module 22 of sales end POS (Node) 4 is delivered to the message formation 305 of data transfer server 31 to new record 216; The DDL DDL service module 21 of sales end POS service subsystem 2 cuts new record 216 and transmission rule 215, separate earlier, at this; New record (being the XML data mode) 216 is the commodity master file; Company code (com_no) 2151 in the use transmission rule 215, POS code (loc_no) 2152 are as transmitting logic basis, and at this, company code (com_no) 2151 is not to be assigned number for assigned number POS code (loc_no) 2152; Be in order to expression particular organization to be arranged but do not have specific branch number; For the new record 216 of commodity master file can be sent to each sales end POS4, accomplish data message (message) exchange between high in the clouds 5 and the sales end POS4, and enter step 202.
In step 202; Data message service (message service) module 22 of sales end POS (Node) 4 is delivered to new record 216 the message formation 305 of data transfer server 31; Data transfer server 31 can be received database 51 with new record 216, for example, and MySQL; Keep in, and enter step 203.
In step 203, high in the clouds computing CCP (Cloud computing Process) program module 32 is from database 51, for example; MySQL reads the up-to-date temporary new record of receiving 216 and judges, then can produce the new data 332 of sending with charge free again as if sending with charge free again; New record 216 data of judging can be given mark, and in other words, temporary new record 216 possibly produce the data 332 that need send with charge free again after handling via high in the clouds computing CCP (Cloud computingProcess) program module 32; Be stored in database 51; For example, MySQL, and enter step 204.
In step 204; Continue it; See through high in the clouds computing CCP (Cloud computing Process) program module 32 computings; The data that are stored in database 51 332 are changed into XML give the data message and assign MDP (Message Dispatching Process) module 33 to assign to put into the message formation 305 of data transfer server 31, and enter step 205.
In step 205; Each sales end POS (Node) 4 utilizes its data message service module 22 that has; Fetch data 332 from message formation 305 respectively, and can data 332 be sent to DDL DDL service module 21, and filter the data that need not transmit into the commodity master file.
Comprehensive above embodiment; We can obtain a kind of data transmission system of the present invention and method; Be applied to the network data transmission environment of high in the clouds computing, data transmission system of the present invention and method are cut data and transmission logic, separate; Why need not be thought of as content that the new record (new record) of XML data mode had; And the logic that is to use transmission rule by different company code and/or POS codes, is accomplished data message (message) exchange between high in the clouds and the sales end POS (PointOF Sale) as transmitting logic basis.Data transmission system of the present invention and method comprise following advantage:
1. data and transmission logic are cut, separated; The content that new record had that need not be thought of as the XML data mode why; And be to use company code (com_no) in the transmission rule, POS code (loc_no) as transmitting logic basis; By different company code and/or POS codes, accomplish the data communication switching between high in the clouds and the sales end POS.
2. the data communication switching between high in the clouds and the sales end POS, high in the clouds receives the use side data, for example, receives sales data, and delivers to the high in the clouds database and do data analysis for high in the clouds; Assist to do the data exchange between the sales end POS, send data with charge free, for example, liquor store end business activities such as document, main file exchange; Collaborative business activity between high in the clouds and the sales end POS, for example, sales end POS is movable to B2B such as supplier's buying down, main file downloads.
The above is merely in order to explain preferred embodiment of the present invention; Be not that attempt is done any pro forma restriction to the present invention according to this; Therefore, all have in that identical creation spirit is following do relevant any modification of the present invention or change, all must be included in the category that the invention is intended to protect.
Claims (30)
1. a data transmission method is characterized in that, is applied to the network data transmission environment of high in the clouds computing, and data are cut, separated with transmitting logic, and this data transmission method is to comprise following program:
New record and transmission rule are cut, separate; Need not consider content that this new record has why; And be to use company code in this transmission rule, POS code as transmitting logic basis; By different the said firm's code and/or this POS codes, accomplish the data communication switching between high in the clouds and the sales end; And
This new record transmission of carrying out between this sales end and this high in the clouds, and carry out follow-up processing action.
2. this data transmission method as claimed in claim 1 is characterized in that, carries out this program of subsequent treatment action, comprises following steps:
This sales end is delivered to the message formation in this high in the clouds with this new record, in this high in the clouds this new record is received that the database in this high in the clouds keeps in;
From this database in this high in the clouds, read this temporary new record of receiving and judge that if need send with charge free more then can produce sends data again with charge free, and send this with charge free data storing this database in this high in the clouds again, each this new record of judging can be given mark;
Reading this sends data again with charge free and is put into this message formation.
3. this data transmission method as claimed in claim 1 is characterized in that, carries out this program of follow-up processing action, comprises following steps:
This sales end is delivered to the message formation in this high in the clouds with this new record, in this high in the clouds this new record is received that the database in this high in the clouds keeps in;
From this database in this high in the clouds, read this temporary new record of receiving and judge that if need send with charge free more then can produce sends data again with charge free, and send this with charge free data storing this database in this high in the clouds again, each this new record of judging can be given mark;
Reading this sends data again with charge free and is put into this message formation; And
This sales end is fetched this from this message formation and is sent data again with charge free.
4. like claim 2 or 3 described these data transmission methods, it is characterized in that this new record is the bills data of XML data mode.
5. like claim 2 or 3 described these data transmission methods, it is characterized in that this new record is the commodity master file of XML data mode.
6. like claim 2 or 3 described these data transmission methods, it is characterized in that this database of this server-side is MySQL.
7. this data transmission method as claimed in claim 3 is characterized in that, this database of these general headquarters of this server-side is an oracle database.
8. a data transmission method is characterized in that, is applied to the network data transmission environment of high in the clouds computing, and data are cut, separated with transmitting logic, and this data transmission method comprises following program:
The DDL DDL service module of the sales end POS service subsystem of sales end; Earlier new record and transmission rule are cut, separate; Need not consider content that this new record has why; And be to use company code in this transmission rule, POS code as transmitting logic basis, by different the said firm's code and/or this POS codes, accomplish the data communication switching between high in the clouds and this sales end; And
This new record transmission of carrying out between this sales end and this high in the clouds, and carry out follow-up processing action.
9. this data transmission method as claimed in claim 8 is characterized in that, carries out this program of follow-up processing action, comprises following steps:
The data message service module of this sales end is delivered to the message formation of data transfer server with this new record, and this data transfer server can receive that the database in this high in the clouds keeps in this new record;
This temporary new record that high in the clouds computing CCP program module gets from this database read in this high in the clouds also judges that send data again with charge free as if sending with charge free more then can produce, each this new record of judging can be given mark;
The data message assigns the MDP module to send this that will send with charge free again with charge free this message formation that data are delivered to this data transfer server again; And
This sales end is fetched this from this message formation and is sent data again with charge free.
10. this data transmission method as claimed in claim 8 is characterized in that, carries out this program of follow-up processing action, comprises following steps:
The data message service module of this sales end is delivered to the message formation of data transfer server with this new record, and this data transfer server can receive that the database in this high in the clouds keeps in this new record;
This temporary new record that high in the clouds computing CCP program module gets from this database read in this high in the clouds also judges that send data again with charge free as if sending with charge free more then can produce, each this new record of judging can be given mark; And
The data message assigns the MDP module to send this that will send with charge free again with charge free this message formation that data are delivered to this data transfer server again.
11., it is characterized in that this new record is the bills data of XML data mode like claim 9 or 10 described these data transmission methods.
12., it is characterized in that this new record is the commodity master file of XML data mode like claim 9 or 10 described these data transmission methods.
13., it is characterized in that this database of this server-side is MySQL like claim 9 or 10 described these data transmission methods.
14. this data transmission method as claimed in claim 10 is characterized in that, this database of these general headquarters of this server-side is an oracle database.
15. a data transmission method is characterized in that, is applied to the network data transmission environment of high in the clouds computing, and data are cut, separated with transmitting logic, this data transmission method comprises following program:
The DDL DDL service module of the sales end service subsystem of one sales end; Earlier new record and transmission rule are cut, separate, at this, this new record comprises document; Use company code in this transmission rule, POS code as transmitting logic basis; At this, the said firm's code is that assigned number, this POS code are assigned number, is in order to expression particular organization, branch number to be arranged; This new record that comprises this document can be sent to one of another use side appointment shop, accomplishes the data communication switching between server-side and those use sides;
This new record that the data message service module of this sales end will comprise this document is delivered to the message formation of data transfer server, and this data transfer server can receive that the database in this high in the clouds keeps in this new record;
This temporary new record that high in the clouds computing CCP program module gets from this database read in this high in the clouds is also judged; If need send with charge free more then can produce comprise this document send data again with charge free; Be stored in this database in this high in the clouds, each this new record of judging can be given mark;
The data message assigns the MDP module to send this that will send with charge free again with charge free this message formation that data are delivered to this data transfer server again; And
This of this sales end appointment shop utilizes its data message service module that has; Send digital data again with charge free and fetch this that comprise this document from this this message formation; And can send this with charge free DDL DDL service module that data are sent to this appointment shop again, and filter the data that need not transmit.
16. a data transmission method is characterized in that, is applied to the network data transmission environment of high in the clouds computing, and data are cut, separated with transmitting logic, this data transmission method comprises following program:
The DDL DDL service module of the sales end POS service subsystem of one sales end; Earlier new record and transmission rule are cut, separate, at this, this new record comprises document; Use company code in this transmission rule, POS code as transmitting logic basis; At this, the said firm's code is that assigned number, this POS code are assigned number, is in order to expression particular organization, branch number to be arranged; This new record that comprises this document can be sent to an appointment shop of another sales end, accomplishes the data communication switching between high in the clouds and those sales ends;
This new record that the data message service module of this sales end will comprise this document is delivered to the message formation of data transfer server, and this data transfer server can receive that the database in this high in the clouds keeps in this new record;
This temporary new record that high in the clouds computing CCP program module gets from this database read in this high in the clouds is also judged; If need send with charge free more then can produce comprise this document send data again with charge free; Be stored in this database of this server-side, each this new record of judging can be given mark;
The data message assigns the MDP module to send this that will send with charge free again with charge free this message formation that data are delivered to this data transfer server again; And
This of this sales end appointment shop utilizes its data message service module that has; Send digital data again with charge free and fetch this that comprise this document from this message formation; And can send this with charge free DDL DDL service module that digital data is sent to this appointment shop again, and filter the data that need not transmit.
17., it is characterized in that this new record is the XML data mode like claim 15 or 16 described these data transmission methods.
18., it is characterized in that this database of this server-side is MySQL like claim 15 or 16 described these data transmission methods.
19. this data transmission method as claimed in claim 16 is characterized in that, this database of these general headquarters of this server-side is an oracle database.
20. a data transmission method is characterized in that, is applied to the network data transmission environment of high in the clouds computing, and data are cut, separated with transmitting logic, this data transmission method comprises following program:
The DDL DDL service module of the sales end service subsystem of one sales end; Earlier new record and transmission rule are cut, separate, at this, this new record is the commodity master file; Use company code in this transmission rule, POS code as transmitting logic basis; At this, the said firm's code is that assigned number, this POS code are not to be assigned number, and being has particular organization in order to expression but do not have specific branch number; For this new record of commodity master file can be sent to each sales end, accomplish the data communication switching between high in the clouds and this each sales end;
This new record that the data message service module of this sales end will comprise this document is delivered to the message formation of data transfer server, and this data transfer server can receive that the database in this high in the clouds keeps in this new record;
This temporary new record that high in the clouds computing CCP program module gets from this database read in this high in the clouds is also judged, send data again with charge free as if sending with charge free more then can produce, and with its this database that is stored in this high in the clouds, this new record of judging can be given mark;
The data message assigns the MDP module to send this that will send with charge free again with charge free this message formation that data are delivered to this data transfer server again; And
This each sales end utilizes its data message service module that has; Fetch to this of commodity main file from this message formation respectively and send data again with charge free; And can send these with charge free data again and be sent to its DDL DDL service module, and filter the data that need not transmit.
21. this data transmission method as claimed in claim 20 is characterized in that, this new record is the XML data mode.
22. this data transmission method as claimed in claim 20 is characterized in that, this database of this server-side is MySQL.
23. a data transmission system is characterized in that, is applied to the network data transmission environment of high in the clouds computing, and data are cut, separated with transmitting logic, this data transmission system comprises:
Sales end service subsystem, this sales end end service subsystem comprises:
DDL DDL service module; This DDL DDL service module is an entity object in the continuous forever layer; In this DDL DDL of sales end service module; Earlier new record and transmission rule are cut, separate, need not consider the content that this new record has, and be to use company code in this transmission rule, POS code as the transmission logic basis; By different the said firm's code and/or this POS codes, accomplish the data communication switching between high in the clouds and this sales end; This DDL DDL service module is with required this new recorded data that spreads out of; Be transported to the database of this sales end; And/or the data that this DDL DDL service module data message service module will receive are filtered the data that need not transmit; And
Data message service module; Transfer of data between this sales end and this high in the clouds this data message service module of serving as reasons is responsible for; And all transmission, data of receiving are placed on this database of this sales end, and this data message service module will read this new record in this database of this sales end and transmit; And
High in the clouds service subsystem, this high in the clouds service subsystem comprises:
Data transfer server is delivered to the message formation of this data transfer server at this data message service module of this sales end with this new record, and this data transfer server can receive that the database in high in the clouds keeps in this new record;
The data message is assigned the MDP module; This data message assigns the MDP module to be responsible for linking up with this data transfer server; Receive the appointment order of high in the clouds computing CCP program module, this message formation that will specify the data of sending with charge free to deliver to this data transfer server to transmit;
High in the clouds computing CCP program module; This temporary new record that this high in the clouds computing CCP program module gets from the database read in this high in the clouds is also judged; Each this new record of judging can be given mark; If need send with charge free more then can produce sends data again with charge free, this data transfer server can read this and send data again with charge free and be put into this message formation, fetches this for this sales end from this message formation and sends data again with charge free.
24. this data transmission system as claimed in claim 23; It is characterized in that this data transfer server is the application container that an open sign indicating number meets the J2EE standard, as replenishing of J2EE standard; Introduced the AOP framework in this JBoss container, for common java class provides J2EE service.
25., it is characterized in that this new record is the bills data of XML data mode like claim 23 or 24 described these data transmission systems.
26. this data transmission system as claimed in claim 25 is characterized in that, the said firm's code is that assigned number, this POS code are assigned number, is in order to expression particular organization, branch number to be arranged, and this new record can be sent to one of another sales end appointment shop.
27., it is characterized in that this new record is the commodity master file of XML data mode like claim 23 or 24 described these data transmission systems.
28. this data transmission system as claimed in claim 27; It is characterized in that; This new record is the commodity master file, and the said firm's code is that assigned number, this POS code are not to be assigned number, and being has particular organization in order to expression but do not have specific branch number; This new record can be sent to each sales end, accomplishes the data communication switching between this high in the clouds and this each sales end.
29., it is characterized in that this database in this high in the clouds is MySQL like claim 23 or 24 described these data transmission systems.
30., it is characterized in that this database in this high in the clouds is an oracle database like claim 23 or 24 described these data transmission systems.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105935322A CN102546687A (en) | 2010-12-17 | 2010-12-17 | Data transmission system and method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010105935322A CN102546687A (en) | 2010-12-17 | 2010-12-17 | Data transmission system and method |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102546687A true CN102546687A (en) | 2012-07-04 |
Family
ID=46352644
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010105935322A Pending CN102546687A (en) | 2010-12-17 | 2010-12-17 | Data transmission system and method |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN102546687A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103577467A (en) * | 2012-08-03 | 2014-02-12 | 中保科技股份有限公司 | Point-of-sale device |
| CN103578198A (en) * | 2012-08-03 | 2014-02-12 | 中保科技股份有限公司 | Point-of-sale system with help-seeking function and help-seeking method with same |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1816821A (en) * | 2003-07-14 | 2006-08-09 | 索尼株式会社 | Information processing device, information processing method, and information processing program |
| CN101630384A (en) * | 2009-08-21 | 2010-01-20 | 用友软件股份有限公司 | Method and system for managing store business |
-
2010
- 2010-12-17 CN CN2010105935322A patent/CN102546687A/en active Pending
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1816821A (en) * | 2003-07-14 | 2006-08-09 | 索尼株式会社 | Information processing device, information processing method, and information processing program |
| CN101630384A (en) * | 2009-08-21 | 2010-01-20 | 用友软件股份有限公司 | Method and system for managing store business |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103577467A (en) * | 2012-08-03 | 2014-02-12 | 中保科技股份有限公司 | Point-of-sale device |
| CN103578198A (en) * | 2012-08-03 | 2014-02-12 | 中保科技股份有限公司 | Point-of-sale system with help-seeking function and help-seeking method with same |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US10949447B2 (en) | Blockchain-based data synchronizing and data block parsing method and device | |
| CN110443695A (en) | Data processing method and its device, electronic equipment and medium | |
| Li et al. | Product whole life-cycle and omni-channels data convergence oriented enterprise networks integration in a sensing environment | |
| JP2022020737A (en) | Space change detector in stream data | |
| CN107590630A (en) | A kind of warehouse management system and method based on cloud computing | |
| CN110310034A (en) | A kind of service orchestration applied to SaaS, business flow processing method and apparatus | |
| Kale | Guide to cloud computing for business and technology managers: from distributed computing to cloudware applications | |
| CN102710793B (en) | Network printing system based on cloud computing and data storage method thereof | |
| CN102541918A (en) | Method and equipment for identifying repeated information | |
| CN104378341A (en) | Template obtaining method, template providing method, device and system | |
| CN102739770A (en) | Method and system for scheduling resource based on cloud computing | |
| CN106709784A (en) | Cross-border e-commerce platform having high concurrency extensible distributed type architecture | |
| CN109074265A (en) | The preformed instruction of mobile cloud service | |
| CN114707914B (en) | Supply and marketing management center platform system based on SaaS framework | |
| CN106104468A (en) | Dynamically determine the pattern of data process application | |
| KR20240001285A (en) | Systems and methods for dynamic balancing of virtual bundles | |
| CN108416657A (en) | A kind of order generation method and equipment based on counseling services | |
| US10289525B2 (en) | Multi-layer design response time calculator | |
| CN103270520A (en) | Importance class based data management | |
| Wu et al. | Design and implementation of B2B E-commerce platform based on microservices architecture | |
| KR20220062483A (en) | Systems and methods for loading websites with multiple items | |
| CN102546687A (en) | Data transmission system and method | |
| CN109902981A (en) | For carrying out the method and device of data analysis | |
| CN113379523A (en) | Bill generation method, device, medium and electronic equipment | |
| CN117522242A (en) | Logistics management method, device, equipment and storage medium |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| C02 | Deemed withdrawal of patent application after publication (patent law 2001) | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20120704 |