KR100876588B1 - Synchronous / Asynchronous Interworking Professional Processing Method and System and Recording Media - Google Patents

Abstract

The present invention relates to a synchronous / asynchronous interworking specialized processing method and system and a recording medium therefor. The synchronous / asynchronous interworking specialized processing method according to the present invention comprises at least one asynchronous system and an asynchronous method supporting a synchronous system. A professional processing method using at least one Enterprise Application Integration (EAI) system that interoperates with a receiving system, the method comprising: a predetermined session allocator connects a communication session in synchronization with the transmission system and connects the communication session; Maintaining, receiving at least one or more telegrams from the transmission system via the communications session at a predetermined telegram receiver, and asynchronous at a predetermined telecom relay, while maintaining the communications session at the session allocator. Relay the telegraph to at least one receiving system Transmitting a response message from the at least one receiving system in an asynchronous manner in a predetermined message processing section, and responding the response message to the transmission system through the communication session; And clearing the communication session for the.

Description

System and Method for Processing Message Linked Synchronousness and Asynchronousness and Program Recording Medium}

1 is a diagram illustrating a corporate business integration-based financial system configuration for synchronous / asynchronous linkage according to an embodiment of the present invention.

2 is a diagram illustrating a configuration of an enterprise business integration based synchronous / asynchronous interworking system according to an exemplary embodiment of the present invention.

3 is a diagram illustrating a specialized structure transmitted and received through the enterprise business integration system 125 in accordance with an embodiment of the present invention.

4 is a diagram illustrating a business integration based synchronization / asynchronous interworking process according to an embodiment of the present invention.

FIG. 5 is a diagram illustrating a configuration of an enterprise business integration based synchronous / asynchronous interworking system according to another exemplary embodiment of the present invention.

6 is a diagram illustrating an enterprise business integration based synchronous / asynchronous interworking process according to another exemplary embodiment of the present invention.

<Description of main parts of drawing>

200: professional processing unit 205: professional receiving unit

210: session allocator 215: session confirmation unit

220: session management unit 225: professional relay

230: information processing unit 235: transmission system

240: session connection 245: professional transmission unit

250: professional generation unit 255: receiving system

260: professional receiving unit 265: information processing unit

The present invention provides a method, comprising: connecting a communication session in a synchronous manner with the transmission system at a predetermined session allocator, maintaining the communication session, and receiving at least one full message from the transmission system through the communication session at a predetermined message receiver. Receiving, relaying and transmitting the telegram to at least one or more receiving systems asynchronously at a predetermined relay, while maintaining the communication session at the session allocator, and at least one or more at a predetermined processor. Receiving a response message from the receiving system in an asynchronous manner, replying the response message to the transmission system via the communication session, and canceling a communication session for the transmission system at a predetermined session manager. Asynchronous interworking professional processing method.

As the rapid development of information and communication technology has been applied to the financial system, most of the conventional financial services have been computerized, and when the new business area is expanded, the computerization of the business is preferentially processed, and the unit constituting the financial system. In addition to the core banking system, which is a core, the system includes various unit work systems according to the computerization of the work.

On the other hand, the financial system for processing the computerized various financial business is integrated corporate business to efficiently integrate and process a predetermined core banking system and various unit business system (or other unit business system and a predetermined unit business system) And an enterprise application integration (EAI) system, wherein a communication means for connecting the enterprise business integration system and at least one unit business system (or core banking system) has separate transmission and reception sessions to process a large volume of transactions. It is common to support asynchronous methods.

On the other hand, when the unit business system operating based on the synchronous method is connected to the corporate business integration system, or if the group company (or affiliated company) system operating based on the synchronous method is connected to the corporate business integration system, A gateway must be provided for compatibility between the asynchronous method and the synchronous method provided in the integrated system, which includes a problem of excessive cost and time.

An object of the present invention for solving the above problems is a full text through at least one enterprise application integration (EAI) system interworking at least one receiving system with a predetermined transmission system and an asynchronous method supporting a synchronous method. A processing system comprising: a session allocator for connecting a communication session in synchronization with a transmission system and maintaining the communication session, a specialized receiver for receiving at least one full message from the transmission system through the communication session; While the session allocator maintains the communication session, a message relay unit which relays the message to the at least one receiving system in an asynchronous manner and receives a response message from the at least one receiving system asynchronously, Sending through the communication session The present invention provides a synchronous / asynchronous interworking specialized processing system including a specialized processing unit responding to the system and a session managing unit for canceling a communication session for the transmission system.

The synchronous / asynchronous interworking specialized processing method according to the present invention includes a predetermined transmission system supporting an synchronous scheme and at least one enterprise application integration (EAI) system interworking at least one or more receiving systems in an asynchronous manner. A specialized processing method, comprising: connecting a communication session of a synchronous method with the transmission system at a predetermined session allocator, maintaining the communication session, and at least one from the transmission system via the communication session at a predetermined professional reception unit; Receiving the above message, relaying the message to at least one or more receiving systems in a predetermined manner from a predetermined relay, while maintaining the communication session in the session allocator, and Asynchronous from at least one receiving system And receiving the response message, and responding to the transmission system through the communication session, and deleting a communication session with respect to the transmission system in a predetermined session manager.

According to the present invention, the method for synchronizing / asynchronous interworking specialized processing includes: checking whether a timeout for the communication session occurs in a predetermined session confirming unit; and when the timeout occurs, a predetermined information processing unit for the receiving system. The method may further include processing a rollback.

On the other hand, the present invention includes a recording medium characterized by recording a program for executing the above-described synchronous / asynchronous interlocking professional processing method.

Meanwhile, the synchronous / asynchronous interworking specialized processing system according to the present invention includes at least one Enterprise Application Integration (EAI) system for interworking a predetermined transmission system supporting a synchronous scheme and at least one receiving system in an asynchronous manner. In the specialized processing system through the communication system, a session allocating unit for connecting a communication session of the transmission system and the synchronous method, and maintains the communication session, and a professional receiving unit for receiving at least one message from the transmission system through the communication session Receiving a reply message from the at least one receiving system asynchronously, a specialized relay unit which relays and transmits the message to at least one receiving system in an asynchronous manner while maintaining the communication session in the session allocator, The response is sent through the communication session And a communication session for a specialized processor and the transmission system responsive to said transmission system characterized in that formed by having the session management unit for erasing.

Hereinafter, with reference to the accompanying drawings and description will be described in detail the operating principle of the preferred embodiment of the present invention. However, the drawings and the following description shown below are for the preferred method among various methods for effectively explaining the features of the present invention, the present invention is not limited only to the drawings and description below. In addition, in the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted. Terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to intentions or customs of users or operators. Therefore, the definition should be made based on the contents throughout the present invention.

In addition, preferred embodiments of the present invention to be carried out below are provided in each system functional configuration to efficiently describe the technical components constituting the present invention, or system functions that are commonly provided in the technical field to which the present invention belongs. The configuration will be omitted, and described mainly on the functional configuration to be additionally provided for the present invention. If those skilled in the art to which the present invention pertains, it will be able to easily understand the function of the components that are conventionally used among the omitted functional configuration not shown below, and also the configuration omitted as described above The relationship between the elements and the components added for the present invention will also be clearly understood.

In addition, the following examples will be used to appropriately modify, integrate, or separate the terminology so that those skilled in the art to which the present invention pertains may clearly understand the present invention. The present invention is by no means limited thereto.

As a result, the technical spirit of the present invention is determined by the claims, and the following examples are one means for efficiently explaining the technical spirit of the present invention to those skilled in the art to which the present invention pertains. It is only.

1 is a diagram illustrating a corporate business integration-based financial system configuration for synchronous / asynchronous linkage according to an embodiment of the present invention.

In more detail, FIG. 1 illustrates a predetermined core banking system 120, at least one unit business system, and the core banking system 120 and various unit business systems 130 (or a predetermined unit business system) processed in parallel. An enterprise business integration based financial system including an enterprise application integration (EAI) system that is processed in parallel to integrate and interoperate with another unit business system 130). As a system configuration for interworking the full text transmitted and received in an asynchronous manner through the enterprise business integration system 125, those skilled in the art to which the present invention pertains may refer to and / or modify the present invention. Various implementation methods for the corporate business integration based financial system configuration for the synchronous / asynchronous interworking can be inferred, but the present invention It is made, including any exemplary way in which the inference, to which the technical feature that is not limited to the exemplary method shown in the figure 1.

Referring to FIG. 1, the corporate business integration-based financial system for synchronous / asynchronous interworking manages at least one ledger corresponding to core banking, and a predetermined face-to-face financial transaction channel (or at least one non-face-to-face financial transaction channel). In parallel with the core banking system 120 to process at least one financial transaction, and at least one unit work (eg, investment banking, accounting, etc.) in conjunction with the core banking system 120 Parallel processing for integrating at least one unit business system 130 and the core banking system 120 and the unit business system 130 (or the unit business system 130 with another unit business system 130). Characterized in that it comprises a corporate business integration system 125, the core banking system 120 and the unit business system 130 is the upgrade of each server And a heterogeneous database management system (DBMS) according to the introduction time.

The core banking system 120 includes an accounting module for processing a predetermined accounting business and a DBMS for storing various ledgers, and includes a predetermined face-to-face financial transaction channel (or at least one non-face-to-face financial transaction channel). Receive predetermined ledger data for processing a predetermined financial transaction through the), and processes the financial transaction corresponding to the received ledger processing data through the account module and the ledger.

The face-to-face financial transaction channel, a window terminal provided in each branch (or branch) of a financial institution that operates the core banking system 120, and a financial network connecting the window terminal and the core banking system 120 ( For example, it is characterized by comprising a network.

The teller terminal inputs predetermined financial transaction information through a predetermined key input device and various peripheral devices, converts the financial transaction information into predetermined ledger processing data, and sends it to the core banking system 120 through the financial network. Characterized in that the transmission.

The non-face-to-face financial transaction channel includes at least one non-face-to-face banking such as an internet banking server 105, a wireless banking server 110, a telebanking server 115, a TV banking server, a home banking server, and the like provided in the financial institution. A server, an electronic banking server 100 connected to the non-face-to-face banking server through a predetermined communication network, and a financial network connecting the electronic banking server 100 to the core banking system 120. do.

The non-face-to-face banking server connects a communication channel with at least one non-face-to-face financial transaction terminal through at least one or more wired communication network (or a wireless communication network or a telephone network, etc.), and predetermined from the non-face-to-face financial transaction terminal through the communication channel. And providing a financial transaction interface for inputting financial transaction request information, wherein the non-face-to-face financial transaction terminal inputs and transmits predetermined financial transaction request information through the financial transaction interface. After receiving the, characterized in that for transmitting the financial transaction information corresponding to the received financial transaction request information to the electronic banking server 100 through a predetermined communication network, the electronic banking server 100 is the financial The transaction information is converted into predetermined ledger data and the core banking system through the financial network. Characterized in that the transmission (120).

According to an embodiment of the present invention, when the non-face-to-face banking server is the Internet banking server 105, the Internet banking server 105 through a predetermined wired communication network in a predetermined wired terminal (eg, a desktop computer, a laptop, etc.). When connected to, the Internet banking server 105 authenticates the validity of the financial transaction customer in connection with the wired terminal through the wired communication network, and then provides a predetermined financial transaction interface to the wired terminal. When a wired terminal inputs and transmits predetermined financial transaction request information through the financial transaction interface, after receiving the financial transaction request information through the wired communication network, the financial transaction information corresponding to the received financial transaction request information is received. It is preferable to transmit to the electronic banking server 100, the electronic banking server 100 from the Internet banking server 105 That converts Placed financial transaction information to a desired ledger processed data transmitted to the core banking system 120 through the financial network is preferred.

According to another embodiment of the present invention, when the non-face-to-face banking server is a wireless application protocol (WAP) based wireless banking server 110, a predetermined wireless terminal (for example, a CDMA / W-CDMA based wireless communication device) When the wireless banking server 110 is connected to the wireless banking network, the wireless banking server 110 authenticates the validity of the financial transaction customer in connection with the wireless terminal through the wireless communication network. After providing a predetermined financial transaction interface to the wireless terminal, if the predetermined financial transaction request information is inputted and transmitted through the financial transaction interface, after receiving the financial transaction request information through the wireless communication network, the reception Preferably, the financial transaction information corresponding to the requested financial transaction request information is transmitted to the electronic financial server 100, and the electronic financial server 100 Converts the financial transaction information received from a line banking server (110) to a desired ledger processed data through the financial network to transmit to the core banking system 120 is preferred.

Alternatively, when the non-face-to-face banking server is a VM (Virtual Machine) based wireless banking server 110, the financial transaction provided by a predetermined VM in a predetermined wireless terminal (eg, CDMA / W-CDMA based wireless communication device). When the predetermined financial transaction request information is input and transmitted through an interface, after receiving the financial transaction request information through the wireless communication network, the financial transaction information corresponding to the received financial transaction request information is transmitted to the electronic banking server 100. Preferably, the electronic banking server 100 converts the financial transaction information received from the wireless banking server 110 into predetermined ledger processing data to convert the core banking system 120 through the financial network. It is desirable to send to.

Alternatively, when the non-face-to-face banking server is an integrated circuit (IC) based wireless banking server 110, the financial IC in a wireless terminal (eg, CDMA / W-CDMA based wireless communication device) having a predetermined financial IC chip. After inputting predetermined financial transaction request information through a predetermined financial transaction interface associated with a chip, processing a predetermined financial transaction based on the financial IC chip, and then applying a predetermined financial transaction through the wireless communication network. When the financial transaction information is transmitted, after receiving the financial transaction information in the wireless banking server 110, it is preferable to transmit the received financial transaction information to the electronic banking server 100, the electronic banking server ( 100 preferably converts the financial transaction information received from the wireless banking server 110 into predetermined ledger processing data and transmits it to the core banking system 120 through the financial network. .

According to another exemplary embodiment of the present invention, when the non-face-to-face banking server is a telebanking server 115, a predetermined telephone network (for example, a public telephone network, an intelligent network, When a call channel is connected to the telebanking server 115 through a VoIP network, a mobile communication network, etc., the telebanking server 115 authenticates the validity of the financial transaction customer in connection with the call terminal through the telephone network. Then, after providing a predetermined voicement-based financial transaction interface to the call terminal, if the call terminal inputs and transmits predetermined financial transaction request information by a predetermined complex frequency encoding method, the financial transaction is performed through the telephone network. After receiving the request information, it is preferable to transmit the predetermined financial transaction information corresponding to the received financial transaction request information to the electronic financial server 100. Preferably, the electronic banking server 100 converts the financial transaction information received from the telebanking server 115 into predetermined ledger processing data and transmits it to the core banking system 120 through the financial network. .

Those of ordinary skill in the art to which the present invention pertains include the types of non-face-to-face banking servers (eg, home banking servers, TV banking servers, etc.) other than the non-face-to-face banking servers described above, and the electronic banking server 100. Receives predetermined financial transaction information corresponding to the financial transaction request information received from the non-face-to-face banking server other than the non-face-to-face banking server described above, converts the received financial transaction information into predetermined ledger processing data, and Through the technical features to be transmitted to the core banking system 120 can be inferred, a detailed description thereof will be omitted for convenience.

According to the present invention, a financial service corresponding to ledger data received through a face-to-face financial transaction channel (or at least one or more non-face-to-face financial transaction channels) is based on the core banking system according to the characteristics of the ledger data and the financial service area. 120, or processed in association with the core banking system 120 and at least one unit business system 130.

The unit business system 130 is characterized in that it comprises at least one server for processing various unit tasks to be processed by the financial institution in connection with a predetermined employee terminal as the work area of the financial institution is expanded, and And at least one unit business module and a DBMS for storing various information for processing the unit business.

According to an embodiment of the present invention, the unit business system 130 processes a predetermined unit task in connection with the core banking system 120 or performs a predetermined unit task in connection with another unit task system 130. It is preferable to process.

The corporate business integration system 125 is characterized in that the core banking system 120 and at least one or more unit business system 130 integrated to handle the financial transaction work of the core banking system 120.

In addition, the corporate business integration system 125 integrates the unit business system 130 and the core banking system 120 or processes the unit business of a specific unit business system 130, or the unit business system. It is characterized in that the integration unit 130 and the other unit work system 130.

According to an embodiment of the present invention, the corporate business integration system 125 communicates the core banking system 120 and the unit business system 130 through a predetermined communication means (for example, a dedicated communication network or an internal communication network). It is preferable that the unit service system 130 connects or communicates with another unit service system 130.

When the core banking system 120 generates a predetermined text and transmits it to at least one or more unit business systems 130, the core banking system 120 first transmits the full text to the corporate business integration system 125. In response, the corporate business integration system 125 relays the full text message to a predetermined unit business system 130 corresponding to a receiving side, and performs the full text processing in the unit business system 130. After performing, when a predetermined response message (or error message) is generated and returned, the enterprise business integration system 125 returns the response message (or error message) to the core banking system 120. It is characterized by.

In addition, when a predetermined full text is generated in a predetermined unit business system 130 of the unit business system 130 and transmitted to another unit business system 130, the unit business system 130 transmits the full text to the corporate business. First, the integrated system 125 is transmitted, and in response, the enterprise business integration system 125 relays the full text to another unit business system 130 corresponding to the receiving side. After performing the specialized processing in the system 130, if a predetermined response message (or error message) is generated and returned, the enterprise business integration system 125 returns the response message (or error message). Characterized in that the return to the unit business system (130).

According to the present invention, the corporate business integration system 125, in addition to the corporate business integration functions as described above, the core banking system 120 (or the unit business system 130) to transfer a predetermined text of the core banking system ( 120 (or unit business system 130) supports a synchronous scheme, the unit business system 130 (or core) to receive a predetermined text of the unit business system 130 (or core banking system 120) In the case where the banking system 120 supports the asynchronous method, the enterprise business integration system 125 is synchronized with the core banking system 120 (or the unit business system 130) supporting the synchronous method. A function of connecting a communication session of the user and maintaining the communication session, and receiving at least one full-text message from the core banking system 120 (or the unit business system 130) supporting the synchronous method through the communication session. , While the communication session is maintained, the function of relaying the telegram to the unit business system 130 (or core banking system 120) supporting the asynchronous method, the unit business system 130 supporting the asynchronous method ( Alternatively, the core banking system 120 (or the unit business system 130) receives a predetermined response message from the core banking system 120 in the asynchronous manner and supports the synchronous scheme through the communication session. And a function for canceling a communication session with respect to the core banking system 120 (or the unit business system 130) that supports the synchronous method. A function for checking whether a timeout occurs for a communication session allocated to the supporting core banking system 120 (or the unit business system 130); When the occurrence occurs, further comprises a function of processing a rollback (Rollback) to the asynchronous type unit business system 130 (or core banking system 120) corresponding to the telegram transmitted and received through the communication session. It is done.

Alternatively, the corporate business integration system 125 may include a core banking system 120 (or a unit business system 130) that transmits a predetermined text of the core banking system 120 (or the unit business system 130). The unit business system 130 (or the core banking system 120) that supports this asynchronous method and receives a predetermined text from the unit business system 130 (or the core banking system 120) supports the synchronous method. In this case, the synchronous scheme to receive a predetermined telegram from the core banking system 120 (or the unit business system 130) supporting the asynchronous scheme, and to receive the telegram when the full telegram reception is confirmed. A function of connecting a unit session system 130 (or core banking system 120) and a synchronous communication session to support the communication session, and maintaining the communication session, the unit business system 130 (or through the communication session) Core Banking System 120) to receive a predetermined response message through the communication channel from the unit business system 130 (or the core banking system 120) that supports the function of relaying and transmitting the message, and the synchronous scheme. To the core banking system 120 (or the unit business system 130) supporting the asynchronous method, and the unit business system 130 (or the core banking system 120) supporting the synchronous method. It characterized in that it comprises a function for canceling the communication session.

Hereinafter, the transmitting component that transmits a predetermined text in the core banking system 120 (or the unit business system 130) is referred to as a "transmission system" for convenience, and the unit business system 130 (or the core banking system). The receiving component that receives and processes the telegram transmitted from the transmission system is referred to as a "receiving system" for convenience, and includes the corporate business integration system 125 including the corporate business integration system 125. The communication means for connecting the transmission system and the communication means for connecting the enterprise business integration system 125 and the reception system are referred to as "Enterprise Application Integration (EAI) systems" for convenience. The configuration of the synchronous / asynchronous interworking system will be described and described.

2 is a diagram illustrating a configuration of an enterprise business integration based synchronous / asynchronous interworking system according to an exemplary embodiment of the present invention.

In more detail, FIG. 2 illustrates that a predetermined transmission system 235 of a predetermined core banking system 120 (or at least one or more business units 130) supports a synchronous scheme and is generated by the transmission system 235. When at least one receiving system 255 for receiving a full text supports an asynchronous method, the enterprise business integration system 125 processes the synchronous and asynchronous methods to interwork with a predetermined text to process a system configuration. For those of ordinary skill in the art to which the present invention pertains, various implementation methods for the enterprise business integration based synchronous / asynchronous interworking system configuration may be inferred by referring to and / or modifying the present invention. The present invention includes all the implementation methods inferred, and the technical features are limited only by the implementation method shown in FIG. It does not.

For example, although FIG. 2 illustrates and illustrates that the transmission system 235 supports the synchronous method and the reception system 255 supports the asynchronous method, the present invention is not limited thereto, and the transmission system ( 235 supports an asynchronous scheme, and the receiving system 255 may support a synchronous scheme, and in the present invention, the transmission system 235 supports an asynchronous scheme, and the receiving system 255 provides a synchronous scheme. Characterized in that it comprises an implementation method to support the.

Referring to FIG. 2, the enterprise business integration based synchronous / asynchronous interworking system generates a at least one full text message and transmits the generated full text message to the corporate business integration system 125 through a synchronous method. And a reception system 255 for receiving a predetermined telegram from the predetermined enterprise business integration system 125 asynchronously and performing information processing corresponding to the telegram, and the transmission system 235. And a corporate business integration system 125 which processes the synchronous system and the asynchronous system provided in the reception system 255 to transmit and receive a predetermined message. The transmission system 235 and the reception system are provided. 255 includes a predetermined core banking system 120 or at least one unit business system 130 according to the inquiry transmission and reception function. It is characterized by falling.

The transmission system 235 stores a business processing module (not shown) for processing at least one financial business (eg, core banking business, various unit business) and at least one or more information for the business processing according to system characteristics. Characterized in that it comprises a DBMS, a specialized text generation unit 250 for generating a predetermined full text corresponding to the various business procedures and various information stored in the DBMS, and the generated full text A session connection unit 240 for connecting a communication session with the enterprise business integration system 125 in a synchronous manner to transmit the data to the enterprise business integration system 125, and the generated telegram through the communication session; Characterized in that it comprises a specialized transmission unit 245 for transmitting to the integrated system (125).

The full text generation unit 250 corresponds to a predetermined financial business corresponding to the financial business to be processed in connection with the receiving system 255 among the financial business (for example, core banking business and various unit business) processed by the transmission system 235. Characterized in that the creation of a full text, the full text is characterized in that it comprises a predetermined start and end of the full text.

Those skilled in the art to which the present invention pertains, various information stored in the DBMS and various business procedures processed by the business processing module in the full text generation unit 250 provided in the transmission system 235 Since you will be familiar with the various types and technical features of the generated based on the detailed description thereof will be omitted for convenience.

The session connection unit 240 provided in the transmission system 235 is characterized in that to connect the communication session with the enterprise business integration system 125 in a synchronous manner, the enterprise business integration system 125 through the communication session. A predetermined message is transmitted, and a response message corresponding to the message is received from the enterprise business integration system 125.

The specialized transmission unit 245 provided in the transmission system 235 transmits the telegram generated by the specialized generation unit 250 to the enterprise business integration system 125 with the receiving system 255 as the receiving side. Characterized in that.

The receiving system 255 stores a business processing module (not shown) for processing at least one financial business (eg, core banking business, various unit business) and at least one or more information for the business processing according to system characteristics. Characterized in that it comprises a DBMS, a specialized receiving unit for receiving a predetermined text through the corporate business integration system 125 to process a predetermined financial business in connection with the transmission system 235, and the receiving Characterized in that it comprises an information processing unit 230 for performing various information processing functions corresponding to the full text.

The specialized receiving unit 260 provided in the receiving system 255 is characterized in that receiving the full text transmitted from the transmission system 235 from the enterprise business integration system 125, in the technical field to which the present invention belongs. Those skilled in the art will be familiar with the technical features of receiving the full text from the full text receiving unit 260 provided in the receiving system 255, and a detailed description thereof will be omitted for convenience.

The information processing unit 265 included in the reception system 255 may reflect information corresponding to the full text received through the full text reception unit 260 to the DBMS, thereby transmitting the system 235. In the preamble, the linked financial service requested to the receiving system 255 is processed.

Referring to FIG. 2, the enterprise business integration system 125 connects the transmission system 235 with the synchronous communication session, maintains the communication session, and the session allocating unit 210 maintains the communication session. At least one receiving system for receiving the at least one full message from the transmission system 235 and the at least one receiving system in an asynchronous manner while maintaining the communication session at the session allocator 210. Receive a response message from the specialized relay unit 225 relaying the transmission to 255 and at least one receiving system 255 in an asynchronous manner, and responds to the transmission system 235 through the communication session. It is characterized in that it comprises a specialized processing unit 200, and a session management unit 220 for canceling the communication session to the transmission system 235.

The session allocator 210 connects a synchronous communication session with the session connection unit 240 of the transmission system 235. The session allocator 210 connects a predetermined communication session from the transmission system 235 through the communication session. Characterized in that the full text is received.

In addition, the session allocator 210 receives a predetermined message from the transmission system 235 through the connected communication session, and then transmits a predetermined response message corresponding to the message to the transmission system 235. And keep until.

Those skilled in the art to which the present invention pertains, the session allocator 210 will be familiar with the technical features of connecting and maintaining the communication session of the synchronous method, a detailed description thereof will be omitted for convenience. do.

When the session allocator 210 connects to and maintains a synchronous communication session with the transmission system 235, the message receiver 205 receives at least one message from the transmission system 235 through the communication session. Characterized in that it receives.

While maintaining the communication session in the session allocator 210, if at least one or more messages are received through the expert receiver 205, the expert relay unit 225 may be at least one or more corresponding to the received messages. Identify the receiving system 255, and relay the received telegram to the at least one identified receiving system 255 in an asynchronous manner.

Thereafter, the reception system 255 performs a predetermined information processing procedure corresponding to the telegram, and then transmits a predetermined response telegram corresponding to the telegram to the enterprise business integration system 125 in the asynchronous manner. In response, the message processing unit 200 receives the response message from the at least one receiving system 255 in an asynchronous manner, and through the communication session in which the session assignment unit 210 maintains the received response message. And respond to the transmission system 235.

After the message receiving unit 205 receives at least one message from the transmission system 235 through the communication session, the message processing unit 200 sends the message to the transmission system 235 through the communication session. When the corresponding at least one response message is transmitted, the session manager 220 erases the communication session with respect to the transmission system 235.

Those skilled in the art to which the present invention pertains, since the session management unit 220 will be familiar with the technical features of erasing the synchronous communication session, a detailed description thereof will be omitted for convenience.

Referring to FIG. 2, the enterprise business integration system 125 includes a session confirmation unit 215 for checking whether a predetermined timeout occurs for the communication session connected and maintained by the session allocator 210; When the timeout occurs, the information processing unit 230 for processing a rollback (Rollback) to the receiving system 255 is characterized in that further comprises.

The session acknowledgment unit 215 periodically checks the timeout corresponding to the telegram, so that a predetermined timeout (or time for telegram transmission / reception) for the communication session that the session allocator 210 connects to and maintains. Out) occurs.

If a predetermined timeout (or timeout for a professional transmission / reception) of the communication session occurs as a result of the checking, the information processing unit 230 processes a rollback of the reception system 255. do.

In this case, when the error occurs before all operations included in one transaction are executed in a distributed transaction processing, the rollback erases all the updated contents of the changed database during the transaction and returns to the state before the transaction. It is preferable to include the operation of.

3 is a diagram illustrating a specialized structure transmitted and received through the enterprise business integration system 125 in accordance with an embodiment of the present invention.

In more detail, FIG. 3 illustrates a specialized structure for transmitting from a transmission system on a corporate business integration based synchronous / asynchronous interworking system shown in FIG. 2, and relaying transmission from the corporate business integration system 125 to the receiving system. However, one of ordinary skill in the art to which the present invention pertains may refer to and / or modify this drawing 3 to infer various implementation methods for the specialized structure, but the present invention may be all inferred implementation methods. It is made, including, and the technical features are not limited only to the implementation method shown in FIG.

Referring to FIG. 3, the full text structure includes a predetermined full text start part, a full text header part, a data part, and a full text end part, and the data part includes at least one individual data. .

The full-text starter is characterized by including a full-length length of 8 bytes, the full-length is preferably made to include the size of the length of the full text (for example, full length-8) other than the full-text starter. .

The full header part may include a 32-byte Transcription Common Key (GID) and full header information.

Here, the transcription common key (GID) is generated by the transmission system generating the telegram, and includes a telegram creation date (e.g., "YYYYMMDD"), a telegram generation system name (e.g., "host name"), and a terminal number "provided number + key number". &Quot;), a work code (e.g., a type of work using the full text), an index, a number, a progress (for example, a path through the full text), and the like.

The full header information is composed of 280 bytes, including the service code to receive the message and the result service code, including request / response classification, channel type, client IP, client MAC, group company code, message transmission date, synchronization, XA transaction classification, TTL, initial start time, maintenance time (e.g., timeout occurrence time), transmission interface classification, professional transmission classification, terminal information, operator information, approver information, after closing, message type, device installation group company code, Screen ID, Media Classification. Whether to start work, language classification, terminal lock status, sending node classification, service management point, window code, operator's belonging group, approver's group, asynchronous attribute, slip generation, operator's belonging point, screen input training mode, screen input training Problem Number, Screen Input Practice Action Number, Full Header Version, Cancel Transaction Status, Correct Transaction Status, Subsequent Transaction Status, Transaction Type, Actuarial Date, Relative Action Number, Teller Transaction Number, Teller Closing Status, Sending System Classification, Interface Target It is preferable to include at least one or more of division, actuating point, teller number, business number, non-face-to-face user message output, etc. It is possible to further change according to the intention of the skilled person.

The data unit comprises at least one individual data, each individual data is a 2-byte data type, 8-byte data length, 12-byte transaction code, 10-byte screen ID and actual It is preferable to include work data.

The full text ending portion is an indicator indicating the type of full text and preferably includes a two-byte ending character.

4 is a diagram illustrating a corporate business integration-based synchronous / asynchronous interworking process according to an embodiment of the present invention.

In more detail, FIG. 4 illustrates a method in which a predetermined transmission system among a predetermined core banking system 120 (or at least one or more business units 130) supports a synchronous scheme and receives a full text generated by the transmission system. When at least one receiving system supports an asynchronous method, the process of the enterprise business integration system 125 to process the transmission and reception of a predetermined text in conjunction with the synchronous method and the asynchronous method, the present invention belongs to Persons having ordinary skill in the art will be able to infer various implementation methods for the synchronous / asynchronous interworking process based on the corporate business integration by referring to and / or modifying the present invention, but the present invention provides all the inferred implementation methods. It is made, including, and the technical features are not limited only to the implementation method shown in FIG.

In the following Figure 4, the enterprise business integration system 125 shown in Figure 2 is referred to as "EAI system" for convenience.

Referring to FIG. 4, a predetermined telegram including the full text structure shown in FIG. 3 is generated 400 by using at least one or more receiving systems as a receiving side in a predetermined transmission system, and transmitting the telegram to the EAI system. In order to request the connection of the communication channel of the EAI system synchronization method (405), the corresponding EAI system allocates and maintains a communication session for the transmission system (410).

Those skilled in the art will appreciate the technical features of connecting and maintaining the synchronous communication session in the EAI system, a detailed description thereof will be omitted for convenience.

Thereafter, the transmitting system transmits the generated telegram to the EAI system through the communication session (415), and correspondingly, the EAI system reads the received telegram to actually receive the telegram (or finally receive it). Identify at least one or more receiving systems (420), and relay (425) the telegram to the verified receiving system in an asynchronous manner, and whether at least one or more response messages are received from the receiving system via the asynchronous scheme. Check (430).

If the response message is received from the receiving system within the timeout for the communication session (435), the EAI system sends the response message to the transmitting system via a communication session synchronously connected with the transmitting system ( In operation 440, the communication session of the synchronous method connected to the transmission system is deleted (445).

Those skilled in the art will be familiar with the technical features of eliminating the synchronous communication session in the EAI system, and a detailed description thereof will be omitted for convenience.

If the response message is not received from the receiving system (435), and a timeout for the communication session occurs (450), the EAI system performs a rollback procedure for the receiving system (455), and the transmission The communication session of the synchronous method connected to the system is deleted (445).

In this case, when the error occurs before all operations included in one transaction are executed in a distributed transaction processing, the rollback erases all the updated contents of the changed database during the transaction and returns to the state before the transaction. It is preferable to include the operation of.

5 is a diagram illustrating a configuration of a corporate business integration based synchronous / asynchronous interworking system according to another exemplary embodiment of the present invention.

In more detail, FIG. 5 illustrates that a predetermined transmission system 535 of a predetermined core banking system 120 (or at least one or more business units 130) supports an asynchronous scheme and is generated by the transmission system 535. When at least one receiving system 550 receiving a full text supports a synchronous method, the enterprise business integration system 125 processes the asynchronous method and the synchronous method to transmit and receive a predetermined full text message in a system configuration. For those of ordinary skill in the art to which the present invention pertains, various implementation methods for the enterprise business integration based synchronous / asynchronous interworking system configuration may be inferred by referring to and / or modifying the present invention. The present invention includes all the implementation methods inferred, and the technical features are limited only to the implementation method shown in FIG. It does not.

Referring to FIG. 5, the enterprise business integration based synchronous / asynchronous interworking system generates a at least one full text message and transmits the generated full text message to the corporate business integration system 125 through an asynchronous method. And a reception system 550 for receiving a predetermined telegram from the predetermined enterprise business integration system 125 and performing information processing corresponding to the telegram, and the transmission system 535. And a corporate business integration system 125 which processes an asynchronous method and a synchronous method provided in the reception system 550 to transmit and receive a predetermined message. The transmission system 535 and the reception system are provided. 550 includes a predetermined core banking system 120 or at least one unit business system 130 according to the transmission and reception function of the expert. It characterized by that.

The transmission system 535 stores a business processing module (not shown) for processing at least one financial business (eg, core banking business, various unit business) and at least one or more information for the business processing according to system characteristics. Characterized in that it comprises a DBMS, a specialized text generation unit 545 for generating a predetermined text corresponding to the various business procedures and various information stored in the DBMS, and the generated full text Characterized in that it comprises a specialized transmission unit 540 for transmitting to the enterprise business integration system 125.

The full text generation unit 545 corresponds to a predetermined financial service corresponding to the financial business to be processed in connection with the receiving system 550 among the financial business (for example, core banking business and various unit business) processed by the transmission system 535. Characterized in that the creation of a full text, the full text is characterized in that it comprises a predetermined start and end of the full text.

Those skilled in the art to which the present invention pertains, various information stored in the DBMS and the various business procedures processed by the business processing module in the full text generation unit 545 provided in the transmission system 535 Since you will be familiar with the various types and technical features of the generated based on the detailed description thereof will be omitted for convenience.

The specialized transmission unit 540 provided in the transmission system 535 transmits the telegram generated by the specialized generation unit 545 to the enterprise business integration system 125 with the receiving system 550 as a receiving side. Characterized in that.

The receiving system 550 stores a task processing module (not shown) for processing at least one financial task (eg, core banking task, various unit tasks) according to system characteristics, and stores at least one information for the task processing. And a DBMS configured to perform a predetermined financial business in association with the transmission system 535 and the corporate business integration system 125 in a synchronous manner with the corporate business integration system 125. A session connection unit 555 for connecting a communication session, a message receiving unit 560 for receiving a predetermined message through the communication session, and an information processing unit 565 for performing various information processing functions corresponding to the received message; It is characterized by comprising.

The session connection unit 555 provided in the reception system 550 may connect a communication session with the enterprise business integration system 125 in a synchronous manner, and the enterprise business integration system 125 through the communication session. A predetermined message is received, and the response message corresponding to the message is transmitted to the enterprise business integration system 125.

The specialized reception unit 560 provided in the reception system 550 receives the full text transmitted from the transmission system 535 from the enterprise business integration system 125 through the communication session. Those skilled in the art will be familiar with the technical features of receiving the full text in the full text receiving unit 560 provided in the receiving system 550, and thus the detailed description thereof will be omitted for convenience. do.

The information processing unit 565 included in the receiving system 550 reflects the information corresponding to the full text received through the full text receiving unit 560 to the DBMS, thereby transmitting the system 535. In the preamble, the linked financial service requested to the receiving system 550 is processed.

Referring to FIG. 5, the enterprise business integration system 125 may establish a communication session in a synchronous manner with a full-text receiver 505 that receives at least one full-text from the transmission system 535, and the reception system 550. A session allocator 515 for connecting and maintaining the communication session, a professional relay unit 525 for relaying the telegram to the at least one receiving system 550 in a synchronous manner through the communication session, and at least one A session for receiving a response message from the reception system 550 in a synchronous manner, and for canceling the communication session with respect to the specialized processing unit 500 for responding the response message to the transmission system 535 and the reception system 550. It is characterized by comprising a management unit 520.

The full text receiver 505 may receive at least one full text from the transmission system 535.

When at least one full-text is received through the full-text receiver 505, the session allocator 515 connects a synchronous communication session with a session connection unit of the reception system 550. A predetermined message is relayed to the receiving system 550 through a communication session.

In addition, the session allocator 515 relays a predetermined message to the receiving system 550 through the connected communication session, and then receives a predetermined response message corresponding to the message to the receiving system 550. It is characterized by holding until.

As those skilled in the art to which the present invention pertains, the session allocator 515 will be familiar with the technical features of connecting and maintaining the synchronous communication session, and thus the detailed description thereof will be omitted. do.

When the session allocator 515 connects and maintains an asynchronous communication session with the transmission system 535, the specialized relay unit 525 may perform at least one reception system 550 corresponding to the received telegram. After confirming, and relaying the received telegram to the at least one or more receiving system (550) confirmed through the communication channel.

Thereafter, the reception system 550 performs a predetermined information processing procedure corresponding to the telegram, and then the enterprise business integration system 125 performs a predetermined response telegram corresponding to the telegram in a synchronous manner through the communication channel. In response thereto, the specialized processing unit 500 receives the response message from the at least one receiving system 550 in a synchronous manner through a communication channel, and transmits the received response message to the transmission system 535. And responding.

When the specialized processing unit 500 transmits at least one response message corresponding to the full message to the transmission system 535, the session manager 520 erases the communication session with respect to the transmission system 535. do.

Those skilled in the art to which the present invention pertains, since the session management unit 520 will be familiar with the technical features of erasing the asynchronous communication session, a detailed description thereof will be omitted for convenience.

6 is a diagram illustrating an enterprise business integration based synchronous / asynchronous interworking process according to another exemplary embodiment of the present invention.

In more detail, FIG. 6 illustrates that a predetermined transmission system 535 of a predetermined core banking system 120 (or at least one or more business units 130) supports an asynchronous scheme and is generated by the transmission system 535. When at least one receiving system 550 receiving a full text supports a synchronous method, the enterprise business integration system 125 processes the process of transmitting and receiving a predetermined full text by interworking with the asynchronous method and the synchronous method. As those skilled in the art to which the present invention pertains, various implementation methods for the synchronous / asynchronous interworking process based on the business integration may be inferred by referring to and / or modifying the present invention. The invention includes all the implementation methods inferred, and the technical features are not limited only to the implementation method shown in FIG.

Hereinafter, in FIG. 6, the enterprise business integration system 125 shown in FIG. 5 is referred to as an “EAI system” for convenience.

Referring to FIG. 6, at least one receiving system 550 in a predetermined transmission system 535 generates a predetermined message including the full text structure shown in FIG. Send the generated telegram to the EAI system via a (605); correspondingly, the EAI system reads the received telegram and at least one or more receiving systems (550) to actually receive (or finally receive) the telegram. In operation 610, a request for connection to a synchronous communication channel is performed with the receiving system 550 to receive the full message 615. In response, the receiving system 550 establishes a predetermined communication session with the EAI system. Connect (620).

Those skilled in the art will appreciate the technical features of connecting and maintaining the synchronous communication session in the EAI system, a detailed description thereof will be omitted for convenience.

Thereafter, the EAI system relays and transmits the telegram to the identified receiving system 550 through the synchronous communication channel (625), and at least one response message from the receiving system 550 through the communication channel. It is checked whether it is received (630).

If the response message is received from the receiving system 550 (635), the EAI system sends (640) the response message to the transmission system 535 in an asynchronous manner, and with the receiving system 550 The communication session of the connected synchronous method is canceled (645).

Those skilled in the art will be familiar with the technical features of eliminating the synchronous communication session in the EAI system, and a detailed description thereof will be omitted for convenience.

According to the present invention, the synchronous method and the asynchronous method are linked to an enterprise business integration system that connects a predetermined core banking system and various unit business systems (or other unit business systems with a different unit business system) based on an asynchronous method. When the unit business system (or a group company (or affiliated company) system) operating based on at least one synchronous method is connected to the enterprise business integration system, it is possible to process the financial business at low cost without adding a separate system. There is an advantage.

Claims (4)

When a core banking system and one or more unit work systems are connected asynchronously to an enterprise application integration system (EAI) that transmits and receives a full text message, one or more transmission systems supporting the synchronization method are synchronized from the transmission system. In the specialized processing method for relaying the full message transmitted to the receiving system corresponding to any one of the core banking system and one or more unit business system, A session allocating unit for allocating a communication session for full-text transmission / reception with the transmission system and maintaining a timeout of the communication session in response to a full-time maintenance time; Receiving one or more telegrams from the transmission system through the synchronous communication session in a specialized receiver, when a communication session for the transmission and reception of the synchronous system is connected to the transmission system through the session allocator; Relaying, by a specialized relay unit, the received telegram to one or more receiving systems; Receiving a response message corresponding to the message from at least one receiving system that has received the message in a specialized processor; Checking, by a session confirming unit, a timeout for a synchronous communication session allocated by the session allocator; If the timeout for the synchronous communication session does not occur, transmitting the response message to the transmission system through the communication session by the session allocator in the specialized processing unit; And And deleting a communication session with respect to the transmission system in a session manager. The method of claim 1, When the timeout for the synchronous communication session occurs as a result of confirming the session confirming unit, processing a rollback of the receiving system by the information processing unit; Interlock professional treatment method. A computer-readable recording medium having recorded thereon a program for executing the method of claim 1. When a core banking system and one or more unit work systems are connected asynchronously to an enterprise application integration system (EAI) that transmits and receives a full text message, one or more transmission systems supporting the synchronization method are synchronized from the transmission system. In the specialized processing method for relaying the full message transmitted to the receiving system corresponding to any one of the core banking system and one or more unit business system, A session allocating unit for allocating a communication session for full-text transmission and reception in synchronization with the transmission system, and maintaining a timeout of the communication session corresponding to a full-time maintenance time; A specialized receiver configured to receive one or more full messages from the transmission system through the synchronous communication session when the communication session for the transmission and reception of the synchronous system is connected through the session allocator; A telegram relay unit which relays the received telegram to one or more receiving systems; A specialty processing unit for receiving a response full message corresponding to the full message from at least one receiving system that has received the full message; And And a session checking unit for checking whether a timeout for the synchronous communication session allocated by the session allocating unit occurs. The specialized processing unit, If the timeout for the synchronous communication session does not occur, the response message is transmitted to the transmission system through the communication session by the session allocator. Asynchronous professional processing system.

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