JP2003271556A - Connection processor, connection processing method, connection processing program, connection verification device, connection verification method, and connection verification program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To flexibly respond to an external environmental change or internal environmental change in the connection processing of a system for performing an external electronic commerce with a key system for performing an internal information management. <P>SOLUTION: An order receipt processing component 52 performs the order receipt processing of an order based on a standard protocol. After confirming the order receipt, a conversion processing component 54 converts data for individual items constituting the order subjected to order receipt processing to a data format fitted to the backbone system according to the instruction from a legacy order receipt component 53. An emulator component 55 executes an emulation processing for pasting the converted data for individual items to a regulated position on the order receipt picture of the backbone system according to a prescribed mapping rule. The data generated by the emulation processing is stored in a backbone system order data storage part as the information to be managed by the backbone system. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a connection processing device, a connection processing method, and a connection processing method for performing connection processing between a system for electronic commerce with the outside and a core system for managing internal information.
The present invention relates to a connection processing program, a connection verification device, a connection verification method, and a connection verification program for verifying a connection to the connection processing device.

[0002]

2. Description of the Related Art Conventionally, a system for conducting electronic commerce with the outside and a core system for performing internal information processing have been constructed separately due to differences in development time, etc.
It is difficult to connect / cooperate with each other. In particular, e-commerce with outside companies is an industry standard or an international standard (ebXML, rosettaNE
T, etc.) must be complied with, and seamless integration with core systems is becoming increasingly difficult.

At present, since it is not possible to cope with such changes in the external environment, when an order is received from outside via the Internet or the like, the order data is once printed out on paper, and the contents of the page are checked while checking the contents inside the company. There are many companies that manually enter data into the core system of the above and perform in-house approval and the like.

[0004]

[Problems to be solved by the invention] In the future, changes in the external environment (such as changes in industry or international standard versions and changes in procedures with business partners) and changes in the internal environment (such as rebuilding internal subsystems) will increase. There is a tendency. But,
The method of constructing a system connection / cooperation that can flexibly deal with such version changes and function expansion is not yet established. Further, there is also a problem that transaction information related to electronic commerce with the outside cannot be easily reflected in the management information, which makes it difficult to make various plans for company management.

The present invention has been made in view of the above circumstances, and is flexible to changes in the external environment and changes in the internal environment when performing connection processing between a system for performing electronic commerce with the outside and a core system for managing internal information. Connection processing device, connection processing method, and connection processing program,
Another object is to provide a connection verification device, a connection verification method, and a connection verification program.

[0006]

A connection processing device according to the present invention is a connection processing device for performing connection processing between a system for performing electronic commerce with the outside and a core system for managing internal information, and is a standard from the outside. Order receiving means for receiving an order based on a protocol, conversion processing means for converting data of individual items constituting an order received by the order receiving means into a data format suitable for the core system, and the conversion processing An emulator means for executing emulation processing for pasting the data of each item converted by the means to a prescribed position on the order screen of the basic system according to a predetermined mapping rule, and data generated by the emulation processing by the emulator means. Data storage means for storing information managed by the core system , Characterized by including the.

The connection verification apparatus according to the present invention is a connection verification apparatus for verifying a connection to a connection processing apparatus that performs a connection process between a system that performs electronic commerce with the outside and a core system that manages internal information. , At least a program for receiving an order based on a standard protocol from the outside, a program for converting the data of each item constituting the order that has been received as an order into a data format compatible with the core system, and a conversion Program distribution means for distributing each latest version of a program for executing an emulation process for pasting the data of each individual item to a prescribed position on the order screen of the core system according to a predetermined mapping rule to the connection processing device. And various functions are formed by the program distribution of the program distribution means. As test information transmitting means for transmitting order data as test data to the connection processing device, and as information managed by the connection processing device in the core system based on the test data transmitted by the test data transmitting means. Test result receiving means for receiving the generated data as a test result.

Further, the connection processing method according to the present invention is a connection processing method for performing connection processing between a system for performing electronic commerce with the outside and a core system for managing internal information, and an order based on a standard protocol from the outside. Processing the order, converting the data of the individual items constituting the ordered order into a data format suitable for the backbone system, and converting the converted data of the individual items according to a predetermined mapping rule. The method further comprises a step of executing emulation processing to be pasted at a prescribed position on the order reception screen of the core system, and a step of storing data generated by the execution of the emulation processing as information managed by the core system. And

Further, the connection verification method according to the present invention is a connection verification method for verifying a connection to a connection processing device that performs a connection process between a system that performs electronic commerce with the outside and a core system that manages internal information. , At least a program for receiving an order based on a standard protocol from the outside, a program for converting the data of each item constituting the order that has been received as an order into a data format compatible with the core system, and a conversion Delivering each latest version of the program for executing the emulation process of pasting the data of each individual item to a specified position on the ordering screen of the backbone system according to a predetermined mapping rule to the connection processing device, For the connection processing device that has various functions formed by the program distribution, Transmitting the order data as the data, based on the test data transmitted,
Receiving, as a test result, data generated as information managed by the connection processing device in the core system.

A program according to the present invention is a program for causing a computer to perform a connection process between a system for performing electronic commerce with the outside and a core system for managing internal information, and a program according to a standard protocol from the outside. A function for receiving an order based on the order, a function for converting the data of the individual items constituting the ordered order into a data format suitable for the core system, and a predetermined mapping rule for the converted data of the individual items. And a function of executing emulation processing to be pasted at a prescribed position on the order reception screen of the core system and a function of storing data generated by the execution of the emulation processing as information managed by the core system. It is characterized by

Further, the program according to the present invention is a program for causing a computer to perform a connection verification with respect to a connection processing device for performing a connection process between a system for performing electronic commerce with the outside and a core system for managing internal information. There is at least a program for externally processing an order based on a standard protocol, and a program for converting the data of each item constituting the ordered order to a data format suitable for the core system. , A function of distributing the latest version of a program for executing an emulation process of pasting the converted data of individual items to a prescribed position on the order screen of the basic system according to a predetermined mapping rule to the connection processing device And the connection processing where various functions are formed by the program distribution A function of transmitting order data as test data to the device, and data generated as information managed by the connection processing device in the core system based on the transmitted test data, as a test result. It is characterized by realizing functions and.

[0012]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 is a conceptual diagram showing a model (pilot system business model) for realizing system connection / cooperation according to an embodiment of the present invention.

This pilot system business model is for carrying out inter-company electronic commerce (B2B, B to B: Business to Business) via the backbone system 1 for in-house information management and an external business partner company via the Internet. It is composed of a Web service (or an electronic commerce system) 2 for providing services and the like, and a B2B pilot system model 3 for realizing connection / cooperation between the basic system 1 and the Web service 2 by referring to the B2B international standard data model. It

The core system 1 includes an in-house process (private process) 4 corresponding to a group of programs for executing various processes according to a procedure defined in the company, and in-house data generated and stored in association with this in-house process 4. And 5 are provided.

Web service (electronic commerce system) 2
Is an international standard process (or industry standard process) 6 corresponding to a program group that executes various processes according to the procedure specified by the international standard (or industry standard), and an external connection generated / stored in connection therewith. Data 7 and are provided.

The B2B pilot system model 3 includes
A pilot process model 8 for linking the in-house process 4 and the international standard process 6, a pilot process model 8 for linking the in-house data 5 and the external connection data 7, and a system for linking these And mapping rules 10 that define the correspondence between them.

The above model configuration realizes a processing operation as if the electronic commerce system (process, data) of the international standard or the industry standard and the core system (process, data) are constructed as an integrated system. In this case, it is possible to quickly and efficiently convert the order data based on the received standard protocol into the basic order data that can be handled by the basic system.

Further, it is possible to automatically generate management information in which transaction information and the like are reflected during the operation of the system, which can be greatly useful for various plans of company management.

Further, when the version is changed or the function is extended, a new application is distributed from the outside by using the Web service, the test data is transmitted, and the system connection is verified to ensure the system connection / cooperation. Improve sex.

FIG. 2 shows a system connection according to the present embodiment.
It is a block diagram which shows the example of a system configuration for implement | achieving cooperation.

In the target company, system connection / cooperation between a core system for performing private in-house information processing, an international standard or industry standard electronic commerce system provided by Web services, and the core system is realized. A B2B server (server computer) is provided, and they are connected to each other via a network such as an in-house LAN. The B2B server receives the order data from the business partner and converts it into a form that can be handled by the core system, reflects the converted order data in various functions of the core system, and is necessary from various functions of the core system. Get information.

The cooperation processing unit 11 is a function realized by a B2B server computer, and has a plurality of components A, B, C, ... And a mapping rule. The components A, B, C, ... Are configured as application programs, for example, each having a specific function, and perform a series of order receiving processing and management information generating processing in association with each other. Also, the mapping rule is
It is used by a specific component to perform data mapping (or emulation) between the electronic commerce system and the core system during the execution of the order receiving process and the management information generating process.

The ordering / ordering management section 21, the accounting processing section 22, the inventory management section 23, ... Are functions that are realized by using a plurality of computers or one computer, which constitute a basic system, and each of them is ordering / order management. , Accounting processing, inventory management, and so on.

The B2B router 31 is a router capable of conducting inter-company electronic commerce conforming to the international standard or the industry standard, and is connected between an in-house network and an external network (such as the Internet) via a firewall. Perform connection processing. This B2B router 31
Uses the e-commerce system provided by the Web service to import orders from business partners into the company,
The response is sent back to the business partner company, the latest version of the application program and test data sent from the application management / connection verification site 41 is imported into the company, and the results of the in-house through test are applied to the application management / connection verification site. I reply to 41.

Application management / connection verification site 4
1 is the latest version (latest version) of the components A, B, C, ... Used in the cooperation processing unit 11 of the B2B server.
And has a function of transmitting the test data for the through test of the cooperation processing unit 11, receiving the test result, and verifying the connection.

FIG. 3 is a diagram for explaining the configuration and processing of the part related to the order receiving processing in this embodiment.

Orders sent from a business partner via the Internet (in accordance with industry standards or international standards) are
It is imported into the B2B server through the B2B router. In this B2B router, an authentication / message conversion processing component 51 that performs authentication and message conversion processing when an order is received, and a PO that stores the received order as a standard PO (Purchase Order) composed of a plurality of order data items. A storage unit 61 is provided.

On the other hand, the B2B server has components (application programs) corresponding to various functions.
52-55 and storage sections 62-6 for storing various information
8. Display processing units 71 to 73 for displaying various screens are provided.

The order processing component 52 has a function of performing order processing based on a standard protocol, creating part or all of quotation information and order information, and storing (registering / updating) each in a corresponding storage unit.

The quotation information storage unit 62 stores the quotation information supplied from the order processing component 52.

The order information storage unit 63 stores the order information supplied from the order processing component 52.

The quotation status management screen display processing unit 71 displays a screen for referring to the quotation information stored in the quotation information storage unit 62. On this screen, the operator can change the corresponding item (processing status, etc.), delete data, etc., when there is a change (missing note, etc.) with respect to the quotation.

The order status management screen display processing unit 72 displays a screen for confirming the order by referring to the order information processed by the order processing component 52 or the order information stored in the order information storage unit 63. It is something to display. On this screen, the operator can change the corresponding item (processing status, etc.), delete data, etc. when there is a change (shipping instruction, shipping completion, cancellation, etc.) with respect to an order. Further, the operator can shift to a process for loading each order into the core system by pressing the confirm button. In addition, when the mode in which the order confirmation screen is not displayed is set, it is possible to automatically shift to a process for confirming each order and importing it into the core system.

The general flow of order receiving processing by each of the above-mentioned components is as follows.

(1) The B2B router sends and receives orders from the business partner companies via the Internet.

(2) The B2B router creates a PO (Purchase Order) from the received order and stores it in the PO storage unit 61.

(3) Further, the B2B router kicks the order processing to the B2B server by the URL notification.

(4) On the B2b server side, the order reception processing component 52 acquires the PO not marked from the PO storage unit 61.

(5) And the order processing component 5
2 updates the processing status of the quotation information in the quotation information storage unit 62 to "order received".

(6) Further, the order processing component 52
Causes the order information storage unit 63 to store the order information.

(7) After that, the order processing component 5
2 mark P on PO to indicate that the order has been processed
It is returned to the O storage unit 61.

Next, each component related to the processing for incorporating each order into the basic system will be described.

The legacy order receiving component 53 converts the data of each item constituting the order confirmed as an order into a data format suitable for the basic system (for example, converting a numerical value of a certain item from a binary number to a decimal number). In this way, the conversion processing component 54 (described later) is instructed to supply the converted individual item data to the converted order data storage unit 65 (described later) and the emulator component 55 (described later) to execute emulation. Have the function to

The core system master conversion unit 64 holds a data format conversion procedure for converting the order data into a data format compatible with the core system.

The conversion processing component 54 converts the data format of each item of data passed from the legacy order receiving component 53 according to the data format conversion procedure obtained from the core system master conversion unit 64.
It has a function of returning the converted data to the legacy order receiving component 53.

The converted order data storage unit 65 temporarily stores the converted data supplied from the legacy order receiving component 53, and then stores the converted data in the emulator component 5.
5 is to be supplied.

The industry standard item storage unit (or international standard item storage unit) 66 holds information including items of order data based on the industry standard (or international standard) protocol and their arrangement relationship.

The core system legacy screen display processing unit 73 corresponds to the order screen in the core system, and displays the order data items in the core system and their arrangement relationship on the screen.

The mapping operation procedure storage unit 67 is a mapping which defines the correspondence between the order data items based on the industry standard (or international standard) protocol and the input items on the backbone system legacy screen in XML, Java base. Holds the rules.

In response to an instruction from the legacy order receiving component 53, the emulator component 55 executes an emulation process for pasting the data of each item acquired from the order data storage unit 65 to a specified position on the backbone legacy screen according to a mapping rule. However, it has a function of storing the data generated as a result in the basic order data storage unit 68 (described later).

The core system order data storage unit 68 stores the data generated by the emulator component 55 as information managed by the core system. The information stored here is reflected in the ordering information, accounting information, inventory information, etc., which are individually managed in the core system.

Next, the emulation processing by the emulator component 55 will be described with reference to FIG.

FIG. 4A shows the format of order data based on the industry standard (or international standard) protocol, and FIG. 4B shows the format of order data on the basic system legacy screen. .

As shown in the figure, the individual items that make up the order data on the basic system legacy screen are different from the individual items that make up the order data based on the industry standard (or international standard) protocol. Further, the input positions of the data corresponding to the individual items are also different from each other. Therefore, in the present embodiment, the correspondence relationship (including its arrangement relationship) between the order data items based on the industry standard (or international standard) protocol and the input items on the backbone system legacy screen is set in advance on the mapping rule. Define it.

In the mapping rule, for example, the data "A" of the item "order number" in FIG.
The data "B" of the item "order date" in FIG. 4 (a) is associated with the data input portion "A" of the item "ORDER" in (b), and the item "DATE" in FIG. 4 (b). 4B is associated with the data input location "B", and the data "C" of the item "quantity" in FIG. 4A is associated with the data input location "C" of the item "QTY" in FIG. 4B. Then, the data “D” of the item “Product number” in FIG. 4A is changed to the item “PART” in FIG. 4B.
Data input location "D".

The emulator component 55 performs the emulation processing according to such a mapping rule so that the data "A" of the item "order number" in FIG. 4 (a) is changed to the data of the item "ORDER" in FIG. 4 (b). Paste it to the input point “A”, paste the data “B” of the item “Order date” in FIG. 4 (a) to the data input point “B” of the item “DATE” in FIG. 4 (b), The data “C” of the item “quantity” in 4 (a) is replaced with the item “QTY” in FIG. 4 (b).
Paste the data "D" of the item "Product number" in Fig. 4 (a) to the data input "D" of the item "PART" in Fig. 4 (b). .

As a result, an operation (emulation process) as if a data input operation by a human being is performed on the backbone legacy screen is automatically performed.

FIG. 5 is a diagram for explaining the configuration and processing of the part related to the management information generation processing in this embodiment.

In the B2B server, in addition to the above-mentioned order receiving processing, management information generating processing is also performed as needed.

The trace component 81 responds to triggers from the various components shown in FIG.
It has a function of acquiring various information (update information and the like) from these various components and generating history information (log information) and error information related to order receiving processing. Further, the trace component 81 stores the generated error information and log information in the error information storage unit 91 and the log information storage unit 92, respectively, and a KPI generation component 82 (described later) indicating that the log information has been updated. To notify.

The error information storage unit 91 stores the error information supplied from the trace component 81.

The log information storage unit 92 stores the log information supplied from the trace component 81.

The KPI generation component 82 acquires log information and the like from the trace component 81 as necessary, and uses inventory information and accounting information in the core system using the mapping rules in the above-mentioned mapping operation procedure storage unit 67. It can be acquired as basic data via the emulator component 55, and has a function of generating management index KPI data based on various kinds of acquired information.

The inventory information storage unit 93 stores the inventory information in the core system.

The accounting information storage unit 94 stores accounting information in the core system.

The basic data storage unit 95 corresponds to inventory information and accounting information in the basic system,
The data format is converted via the emulator component 55 into one that conforms to the industry standard (or international standard).

The management index KPI data storage unit 96 uses the KP
The management index KPI data generated by the I generation component 82 is stored.

FIG. 6 is a diagram for explaining the configuration and processing of the part related to the component management / virtual supplier test in this embodiment.

Application management / connection verification site 4
Reference numeral 1 is a site for managing the latest versions (latest versions) of various components (application programs) required for the B2B server, and for verifying the connection with the business partner in the B2B server, via the Internet. It has the functions of delivering the latest versions of various components to the B2B server, transmitting test data, and receiving test results.

The Web service component 101 is
It is provided by the application management / connection verification site 41, and supplies the latest version of the component for the B2B server through the Web service.

The component generation / monitoring unit 102
It is a type of component provided in the 2B server,
The application management / connection verification site 41 manages version information of each component supplied from outside and version information of each component currently in use.
Has a function of reflecting the latest version of the component distributed via the Internet from the component currently used in the B2B server (corresponding to the components A, B, ... In FIG. 6).

The component management unit 111 manages version information of each component supplied from the application management / connection verification site 41, version information of each component currently in use, and the like.

The test data storage unit 112 stores the test data that the application management / connection verification site 41 should send to the B2B server.

The test result storage unit 113 stores the test result (verification result) returned from the B2B server when the application management / connection verification site 41 sends the test data to the B2B server.

The virtual test component 103 is provided by the application management / connection verification site 41, and the order data as test data is B2.
It has a function of transmitting to the B server and a function of receiving the test result (verification result) returned from the B2B server.

The B2B server performs a through test on the basis of the test data transmitted from the application management / connection verification site 41 in a state where the latest version of the component distributed from the application management / connection verification site 41 is reflected. It is possible to carry out the test, generate information managed by the core system as the test result, and send the test result back to the application management / connection verification site 41.

Next, referring to the configuration of FIG.
The flow of the order receiving process in this embodiment will be described with reference to the flowchart of FIG.

The order (in accordance with the industry standard or international standard) sent from the customer via the Internet is B
When it is transferred to the 2B router, it is taken into the B2B server (step A1).

On the B2B server side, the order receiving processing component 52 performs the order receiving processing based on the standard protocol (step A2). Here, a part or the whole of the creation of the quotation information and the order information is created, and each is stored (registered / updated) in the corresponding storage unit.

For the order for which the order processing has been performed, the order status management screen display processing unit 72 performs a manual order confirmation or an automatic order confirmation (step A).
3) As a result, the process shifts to a process for fetching an order into the core system.

When an order is received by the legacy order receiving component 53, the conversion processing component 54 converts the data of the individual items constituting the order confirmed order into a data format suitable for the core system (step A4). . The converted data of each item is
The emulator component 55 from the legacy order receiving component 53 via the converted order data storage unit 65.
Sent to.

In the emulator component 55, in accordance with an instruction from the legacy order receiving component 53, an emulation process of pasting the data of each item acquired from the order data storage unit 65 to a prescribed position on the backbone legacy screen according to a mapping rule. It is performed (step A5).

The data generated as a result of the emulation processing is stored in the core order data storage unit 68 (described later) (step A6). The information stored here is reflected in the ordering information, accounting information, inventory information, etc. that are individually managed in the core system.

Next, referring to the configuration of FIG.
The flow of management information generation processing in this embodiment will be described with reference to the flowchart of FIG.

When a trigger is generated from any of various components in the B2B server, the generation of the trigger is detected by the trace component 81 (step B1). The trace component 81 acquires various types of information (update information, etc.) from the component that is the source of the trigger, and generates and stores history information (log information) and error information related to order processing, etc. (step B2). In addition, the fact that the log information has been updated, etc.
The I generation component 82 is notified.

On the other hand, inventory information and accounting information in the basic system are collected as basic data via the emulator component 55 that uses the mapping rule in the mapping operation procedure storage unit 67 (step B3).

In the trace component 81,
The management index KPI data is generated and stored based on the collected basic data and log information (step B4).

Next, referring to the configuration of FIG.
The flow of component distribution and connection verification processing in this embodiment will be described with reference to the flowchart of FIG.

Application management / connection verification site 4
From 1, the latest versions of various components (application programs) required in the B2B server are distributed via the Internet and supplied to the B2B server (step C1).

When the latest version of the supplied component is received, the B2B server side checks the version of the component currently used in the B2B server (step C2). If the version is old, the component is updated, and the component with the latest version is formed (step C3).

Next, in order to verify the connection with the business partner in the B2B server, the order data as test data is transmitted from the application management / connection verification site 41 to the B2B server (step C4).

On the B2B server side, a through test is carried out based on the test data transmitted from the application management / connection verification site 41 (step C5).

The result of the through test is returned to the application management / connection verification site 41 (step C6).

As described above, according to this embodiment, when the system for performing electronic commerce with the outside and the core system for performing internal information processing cooperate with each other, the external environment changes (version of industry standard or international standard or customer It is possible to flexibly respond to changes in procedures such as and) and changes in the internal environment (such as rebuilding internal subsystems).

In particular, while taking advantage of the system that has already been built (with minimal modification), XML, J
Through ava-based data mapping, it is possible to realize processing operations as if the international standard or industry standard electronic commerce system (process, data) and the core system (process, data) are constructed as an integrated system. It will be possible. In this case, it is possible to quickly and efficiently convert the order data based on the received standard protocol into the basic order data that can be handled by the basic system.

Further, it becomes possible to automatically generate management information in which transaction information and the like are reflected during the operation of the system, which can be greatly useful for various plans of company management.

Further, when the version is changed or the function is expanded, a new application is distributed from the outside by using the Web service, the test data is transmitted and the system connection is verified, so that the system connection / cooperation is surely performed. It is possible to improve the sex.

The present invention is not limited to the above-described embodiments, but can be variously modified and implemented without departing from the scope of the invention. For example, the processing procedure of connection processing and connection verification described in the above embodiment can be realized by a computer program.

[0100]

As described in detail above, according to the present invention, it is possible to flexibly respond to changes in external environment and internal environment when connecting a system for conducting electronic commerce with the outside and a core system. Become.

[Brief description of drawings]

FIG. 1 is a conceptual diagram showing a model (pilot system business model) for realizing system connection / cooperation according to an embodiment of the present invention.

FIG. 2 is an exemplary block diagram showing a system configuration example for realizing system connection / cooperation according to the embodiment.

FIG. 3 is an exemplary view for explaining a configuration and processing of a part related to order receiving processing in the embodiment.

FIG. 4 is a view for explaining emulation processing by an emulator component in the same embodiment.

FIG. 5 is a view for explaining a configuration and processing of a part related to management information generation processing in the same embodiment.

FIG. 6 is an exemplary view for explaining a configuration and processing of a part related to component management / virtual supplier test in the same embodiment.

FIG. 7 is a flowchart for explaining a flow of order receiving processing in the same embodiment.

FIG. 8 is a flowchart for explaining the flow of management information generation processing in the same embodiment.

FIG. 9 is an exemplary flowchart for explaining a flow of component distribution and connection verification processing according to the first embodiment.

[Explanation of symbols]

1 ... Core system, 2 ... Web service, 3 ... B2B pilot system model, 4 ... In-house process, 5 ... In-house data, 6 ... International standard process, 7 ... External connection data,
8 ... Pilot process model, 9 ... Pilot data model, 10 ... Mapping rule, 11 ... Coordination processing unit,
21 ... Ordering and receiving management section, 22 ... Accounting processing section, 23 ... Inventory management section, 31 ... B2B router, 41 ... Application management / connection verification site, 51 ... Authentication / message conversion processing component, 52 ... Order processing component, 53
... Legacy order receiving component, 54 ... Conversion processing component, 55 ... Emulator component, 61 ...
PO storage unit, 62 ... Quote information storage unit, 63 ... Order information storage unit, 64 ... Basic system master conversion unit, 65 ... Order data storage unit after conversion, 66 ... Industry standard item storage unit (or international standard item storage unit) , 67 ... Mapping operation procedure storage unit, 68 ... Core system order data storage unit, 71 ... Quotation status management screen display processing unit, 72 ... Order status management screen display processing unit, 73 ... Core system legacy screen display processing unit, 81 ... Trace component, 82 ... KPI generation component, 91 ... Error information storage unit, 92 ... Log information storage unit,
93 ... Inventory information storage unit, 94 ... Accounting information storage unit, 95 ...
Core data storage unit, 96 ... Management index KPI data storage unit, 101 ... Web service component, 102 ...
Component generation / monitoring unit 103 ... Virtual test component 111 ... Component management unit 112 ...
Test data storage unit, 113 ... Test result storage unit.

   ─────────────────────────────────────────────────── ─── Continued front page    (72) Inventor Koichi Minesaki             2 Horikawa-cho 66, Saiwai-ku, Kawasaki City, Kanagawa Prefecture Toshiba             IT Solution Co., Ltd. (72) Inventor Wataru Ohashi             2 Horikawa-cho 66, Saiwai-ku, Kawasaki City, Kanagawa Prefecture Toshiba             IT Solution Co., Ltd. F-term (reference) 5B076 AC05 BB06 EC01 EC05                 5B082 GA02                 5B085 AC08 BA06 BG02

Claims (11)

[Claims] 1. A connection processing device for performing connection processing between a system for performing electronic commerce with the outside and a backbone system for managing internal information, the order processing means for receiving an order from an external source based on a standard protocol. Conversion processing means for converting data of individual items constituting an order received by the order processing means into a data format compatible with the core system; and data of individual items converted by the conversion processing means are set to predetermined values. Emulator means for executing emulation processing to be pasted at a prescribed position on the order screen of the core system according to a mapping rule, and data storage for storing data generated by the emulation processing by the emulator means as information managed by the core system And a connection processing device comprising: . 2. The mapping rule defines a correspondence relationship between an item of order data based on a standard protocol and an input item on an ordering screen of the core system. Connection processing device. 3. History information generating means for generating history information related to order processing, basic data collecting means for collecting basic data based on information managed by the basic system, and based on the history information and the basic data. The connection processing device according to claim 1, further comprising: management index data generating means for generating management index data. 4. A connection verification device for verifying a connection to a connection processing device for performing a connection process between a system for performing electronic commerce with the outside and a basic system for managing internal information, which is based on at least an external standard protocol. A program for receiving an order for an order, a program for converting the data of individual items constituting the ordered order into a data format suitable for the core system, and a predetermined data for each item after conversion Program distribution means for distributing each latest version of a program for executing emulation processing to be pasted to a prescribed position on the order reception screen of the core system according to the mapping rule of the program, and program distribution of the program distribution means Test the connection processing device where various functions are formed by Test data transmitting means for transmitting order data as data, and data generated as information managed by the connection processing device in the core system based on the test data transmitted by the test data transmitting means, A connection verification device comprising: a test result receiving unit that receives the test result as a result. 5. A connection processing method for connecting an external electronic trading system and an internal core system for managing information, the method comprising: receiving an order from an external source based on a standard protocol; The step of converting the data of the individual items that make up the order into a data format suitable for the basic system, and the converted individual item data according to a predetermined mapping rule And a step of storing the data generated by the execution of the emulation processing as information managed by the backbone system, the connection processing method. 6. The mapping rule defines a correspondence relationship between an item of order data based on a standard protocol and an input item on an order screen of the core system. Connection processing method. 7. A step of generating history information related to order processing, a step of collecting basic data based on information managed by the basic system, and a step of generating management index data based on the history information and the basic data. 6. The connection processing method according to claim 5, further comprising: 8. A connection verification method for verifying a connection to a connection processing device that performs connection processing between a system for performing electronic commerce with the outside and a core system for managing internal information, which is based on at least an external standard protocol. A program for receiving an order for an order, a program for converting the data of individual items constituting the ordered order into a data format suitable for the core system, and a predetermined data for each item after conversion According to the mapping rule of the above, a step of delivering each latest version of a program for executing an emulation process to be pasted to a prescribed position on the order reception screen of the backbone system, and various functions are formed by the program delivery. Send order data as test data to the connection processing device And a step of receiving, as a test result, data generated by the connection processing device as information managed by the core system based on the transmitted test data, the connection verification. Method. 9. A program for causing a computer to perform connection processing between a system for performing electronic commerce with the outside and a backbone system for managing internal information, the function of receiving an order from an outside based on a standard protocol. And a function to convert the data of the individual items that make up the received order into a data format that is compatible with the basic system, and the order screen of the basic system according to the specified mapping rules for the converted individual item data A program that realizes a function of executing an emulation process to be pasted at a prescribed position and a function of storing data generated by the execution of the emulation process as information managed by the core system. 10. A function of generating history information related to order processing, a function of collecting basic data based on information managed by the basic system, and generation of management index data based on the history information and the basic data. 10. The program according to claim 9, further comprising: 11. A program for causing a computer to verify connection to a connection processing device that performs connection processing between a system for performing electronic commerce with the outside and a backbone system for managing internal information, the program being at least from the outside. A program for receiving an order based on a standard protocol, a program for converting the data of individual items constituting the ordered order into a data format suitable for the core system, and the individual items after conversion The function of distributing the latest version of the program for executing the emulation process of pasting the data of the above in a specified position on the order reception screen of the backbone system according to a predetermined mapping rule to the connection processing device, and by the program distribution. For the connection processing device where the function is formed, test data and And a function of receiving, as a test result, data generated as information managed by the connection processing device in the core system based on the transmitted test data. A program characterized by that.