KR101039419B1 - Method for Processing Plural Call Messages - Google Patents

Abstract

The present invention relates to a multi-call specialty processing method and system and a recording medium therefor. The multi-call specialty processing method according to the present invention includes a transmission system having at least one or more transmission servers, at least two receiving servers, and a predetermined method. A receiving system having at least one DB server operating a DBMS having a Real Application Cluster (RAC) function, and at least one Enterprise Application Integration (EAI) interworking the transmitting system and the receiving system. A specialized processing method comprising a system, comprising: assigning a predetermined connector number to a predetermined first preamble at the transmission server and transmitting the predetermined connector number to the enterprise business integration system; and receiving the first preamble at the enterprise business integration system. Check the receiving system and the receiving server to perform the relay transmission to the receiving server. And performing a specialized process corresponding to the first telegram by accessing a DBMS provided in the DB server by using the rack (RAC) function at the receiving server, and performing the first telegram on the transmission server. Assigning a connector number group corresponding to the first preamble to an N (N = 2, 3, ..., N) preamble included in the same transaction as the first preamble, and transmitting the same to the enterprise business integration system; In a unified system, a receiving system and a receiving server to receive the Nth (N = 2, 3, ..., N) full message are automatically set as a receiving system and a receiving server that have received the first full message, and the set receiving server Relaying the entire Nth (N = 2, 3, ..., N) message to the N < th > and accessing the DBMS provided in the DB server using the rack (RAC) function at the receiving server. (N = 2, 3, ..., N) includes the steps of performing a specialized process corresponding to a full-text The.

Multiple Call, Specialty, Processing, Rack (RAC)

Description

Method for Processing Plural Call Messages}

1 is a diagram illustrating a corporate business integration-based financial system configuration maintaining data consistency according to a rack-based multiple call processing according to an embodiment of the present invention.

2 is a diagram illustrating a rack-based multiple call processing system configuration according to an exemplary embodiment of the present invention.

3 is a diagram illustrating a specialized structure transmitted and received through a corporate business integration system according to an embodiment of the present invention.

4 is a diagram illustrating a rack-based multiple call processing process according to an embodiment of the present invention.

5 is a diagram illustrating a rack-based multiple call processing system configuration according to another exemplary embodiment of the present invention.

6 is a diagram illustrating a rack-based multiple call processing process according to another exemplary embodiment of the present invention.

<Description of main parts of drawing>

200: corporate business integration system 205: professional receiver

210: receiving side setting unit 215: professional relay unit

220: professional processing unit 225: transmission system

230: transmission server 235: professional transmission unit

240: number assignment unit 245: professional generation unit

250: receiving server (2) 255: professional receiving unit

260: information processing unit 265: receiving server (2)

270: professional receiving unit 275: information processing unit

280: D / B Server

The present invention provides a transmission system including at least one transmission server, a reception system including at least two reception servers, and at least one DB server operating a DBMS having a predetermined Real Application Cluster (RAC) function. A professional processing method comprising at least one Enterprise Application Integration (EAI) system for interworking the transmitting system and the receiving system, wherein the sending server designates a predetermined connector number in a predetermined first preamble. Transmitting to the corporate business integration system, identifying a receiving system and a receiving server to receive the first full message in the corporate business integration system, and relaying the full text to the receiving server; Access the DBMS provided in the DB server using the rack (RAC) function to correspond to the first telegram Performing a preamble, and a connector number group corresponding to the first preamble to an N (N = 2, 3, ..., N) preamble included in the same transaction as the first preamble at the transmitting server. Designating and transmitting to the corporate business integration system and receiving the Nth (N = 2, 3, ..., N) full message in the corporate business integration system and receiving server; And automatically setting the received system to a receiving server and a receiving server, and relaying the Nth (N = 2, 3, ..., N) full message to the set receiving server and the rack (RAC) at the receiving server. A multi-call professional processing method comprising the step of accessing a DBMS provided in the DB server by using a function and performing a specialized processing corresponding to the Nth (N = 2, 3, ..., N) full text will be.

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 the core banking system and various unit work systems (or other unit work systems other than a predetermined unit work system) transmit and receive at least one full-text through the enterprise work integration system. To process various financial affairs, and the core banking system (or at least one or more unit business systems) is generally provided with a DBMS having a Real Application Cluster (RAC) function to support non-stop processing.

However, the rack (RAC) function is used by multiple servers sharing a single physical database, all servers use the same data, logically the same effect as using one system, while the same When a transaction in a transaction occurs individually through a plurality of servers (for example, when multiple calls occur), a problem between the sessions is not supported.

SUMMARY OF THE INVENTION An object of the present invention for solving the above problems is at least one of operating a transmission system having at least one transmission server, a DBMS having at least two reception servers and a predetermined Real Application Cluster (RAC) function. A specialized processing system comprising a receiving system having at least DB server and at least one Enterprise Application Integration (EAI) system interworking the transmitting system and the receiving system, the predetermined processing being predetermined to a predetermined first preamble. A corporate server and a rack for identifying a transmission server for designating a connector number and transmitting it to the corporate business integration system, a reception system to receive the first message, and a reception server, and relaying the message to the reception server. A full text corresponding to the first full text by accessing a DBMS provided in the DB server using a RAC function; It has a plurality specialized call processing system comprising a processing server that performs re to provide.

The multi-call specialized processing method according to the present invention comprises at least one transmission system having at least one transmission server, at least two reception servers, and at least one DBMS having a predetermined Real Application Cluster (RAC) function. A specialized processing method comprising a receiving system having a DB server and at least one Enterprise Application Integration (EAI) system interworking the transmitting system and the receiving system, the predetermined processing method comprising: Assigning a predetermined connector number to the corporate business integration system, and confirming a receiving system and a receiving server to receive the first full message in the corporate business integration system, and relaying the full message to the receiving server. And a DBMS provided in the DB server using the rack RAC function at the receiving server. Accessing to perform a preamble corresponding to the first preamble, and the N (N = 2, 3, ..., N) preamble included in the same transaction as the first preamble at the transmission server. Specifying a connector number group corresponding to a first message and transmitting the same to the enterprise business integration system; and a receiving system for receiving the Nth (N = 2, 3, ..., N) full message in the enterprise business integration system And automatically setting a receiving server as a receiving system and a receiving server that have received the first message, and relaying the Nth (N = 2, 3, ..., N) full message to the set receiving server. Using a rack (RAC) function at a receiving server to access a DBMS provided in the DB server and performing a specialized processing corresponding to the Nth (N = 2, 3, ..., N) full text; Characterized in that made.

On the other hand, the present invention includes a recording medium characterized by recording a program for executing the above-mentioned multi-call specialized processing method.

On the other hand, the multi-call specialized processing system according to the present invention, at least a transmission system having at least one or more transmission servers, at least two or more receiving servers and a DBMS having a predetermined Real Application Cluster (RAC) function is operated. A specialized processing system comprising a receiving system having at least one DB server and at least one Enterprise Application Integration (EAI) system interworking with the transmitting system and the receiving system, the predetermined processing system comprising: a predetermined first preamble; A corporate server integrated system for specifying a connector number of the server to be transmitted to the corporate business integration system, a receiving system to receive the first full message, a receiving server, and relaying the full message to the receiving server; Accessing the DBMS provided in the DB server using the rack (RAC) function corresponding to the first full text By having a processing server that performs the door handle characterized in that formed.

According to the present invention, the sending server designates a connector number group corresponding to the first preamble to an N (N = 2, 3, ..., N) preamble included in the same transaction as the first preamble. Characterized in that the transmission to the enterprise business integration system.

According to the present invention, the enterprise business integration system, the receiving system and the receiving server to receive the N (N = 2, 3, ..., N) full message receiving system and the receiving server receiving the first message Automatically set to, and relays the N (N = 2, 3, ..., N) full message to the set receiving server.

According to the present invention, the receiving server accesses the DBMS provided in the DB server by using the rack (RAC) function and corresponds to the full text corresponding to the Nth (N = 2, 3, ..., N) full text. Characterized in that the processing is carried out.

On the other hand, the multi-call specialized processing system according to the present invention, at least a DBMS having a transmission system having at least one or more transmission servers, at least two or more receiving servers and a predetermined Real Application Cluster (RAC) function A specialized processing system comprising a receiving system having at least one DB server and at least one Enterprise Application Integration (EAI) system interworking with the transmitting system and the receiving system, wherein the N is contained in the same transaction. (N = 1, 2, 3, ..., N) Nth (N = 1, 2) containing the same connector number group and a sending server for assigning the same connector number group to the preamble and transmitting it to the enterprise business integration system. 2, 3, ..., N) Integrated corporate business system that relays the full text to a specific receiving server irrespective of each specialized receiving system (or receiving server), and the rack (RAC) machine And a receiving server for accessing the DBMS provided in the DB server by using a function and performing a specialized process corresponding to the Nth (N = 1, 2, 3, ..., N) full text. do.

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. In addition, terms to be described below are terms defined in consideration of functions in the present invention, which may vary according to a user's or operator's intention or custom. 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 maintaining data consistency according to a rack-based multiple call processing according to an embodiment of the present invention.

In more detail, FIG. 1 illustrates a predetermined core banking system 120 and at least one unit business system 130 processed in parallel, and the core banking system 120 and various unit business systems 130 (or a predetermined unit). In a corporate business integration based financial system including an enterprise application integration (EAI) system that is processed in parallel to integrate unit business system 130 and other unit business system 135), predetermined core banking When operating a DBMS having a Real Application Cluster (RAC) function in the system 120 (or at least one business unit system 130), the at least one business unit system 130 (or the core banking system 120) The system configuration for processing to maintain the data consistency according to the rack (RAC) -based multi-call processing when multiple calls to the DBMS in the)), the technology to which the present invention belongs Those skilled in the art can refer to and / or modify this figure 1 to infer various implementation methods for the corporate business integration-based financial system configuration that maintains data consistency according to the rack-based multi-call processing. Although the present invention may be implemented, the present invention includes all the inferred implementation methods, and the technical features are not limited to the implementation method illustrated in FIG.

Referring to FIG. 1, a corporate business integration-based financial system that maintains data consistency according to the rack-based multi-call processing, manages at least one ledger corresponding to core banking, and manages a predetermined face-to-face financial transaction channel ( Or a parallel processed core banking system 120 that processes at least one financial transaction through at least one non-face-to-face financial transaction channel, and at least one or more unit services (eg, in connection with the core banking system 120). At least one unit business system 130 that performs investment banking, accounting, etc., and a unit business system 135 in which the core banking system 120 and the unit business system 130 (or the unit business system 130 are different from each other). It is characterized in that it comprises a parallel processing enterprise business integration system 125 for interworking)), the core banking system 120 and the unit work System 130 is characterized in that the heterogeneous database management system (Database Management System; DBMS) is provided according to the upgrade and introduction time of each server.

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 is a window terminal provided in each branch (or branch) of a financial institution operating 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 may include at least one non-face-to-face banking such as an internet banking server 100, a wireless banking server 105, a tele banking server 110, a TV banking server, a home banking server, and the like provided in the financial institution. A server, an electronic banking server 115 connected with the non-face-to-face banking server through a predetermined communication network, and a financial network connecting the electronic banking server 115 and 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 information, characterized in that for transmitting the financial transaction information corresponding to the received financial transaction request information to the electronic banking server 115 through a predetermined communication network, the electronic banking server 115 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 100, the Internet banking server 100 through a predetermined wired communication network in a predetermined wired terminal (eg, a desktop computer, a laptop, etc.). Upon accessing the internet banking server 100, after validating the validity of the financial transaction customer in connection with the wired terminal through the wired communication network, and providing 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 115, the electronic banking server 115 from the Internet banking server 100 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 105, a predetermined wireless terminal (for example, a CDMA / W-CDMA based wireless communication device) When accessing the wireless banking server 105 through a wireless communication network of the wireless banking server 105, after verifying the validity of the financial transaction customer in connection with the wireless terminal through the wireless communication network, the wireless terminal 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 banking server 115, and the electronic banking server 115 is connected to the electronic banking server 115. Converts the financial transaction information received from the wireless banking server (105) to a desired ledger data processing through the financial network is preferably transmitted to the core banking system 120.

Alternatively, when the non-face-to-face banking server is a VM (Virtual Machine) based wireless banking server 105, the financial transaction provided by a predetermined VM in a predetermined wireless terminal (eg, a CDMA / W-CDMA based wireless communication device). When the predetermined financial transaction request information is input and transmitted through an interface, the financial transaction request information is received through the wireless communication network, and then the financial transaction information corresponding to the received financial transaction request information is transmitted to the electronic financial server 115. Preferably, the electronic banking server 115 converts the financial transaction information received from the wireless banking server 105 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 105, 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 the financial transaction information is received by the wireless banking server 105, it is preferable to transmit the received financial transaction information to the electronic banking server 115, wherein the electronic banking server ( 115 may convert the financial transaction information received from the wireless banking server 105 into predetermined ledger processing data and transmit the financial transaction information to the core banking system 120 through the financial network. The.

According to another embodiment of the present invention, when the non-face-to-face banking server 110 is a telebanking server 110, a predetermined telephone network (for example, a public telephone network, an intelligent network, When a call channel is connected to the telebanking server 110 through a VoIP network, a mobile communication network, etc., the telebanking server 110 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 desirable to transmit predetermined financial transaction information corresponding to the received financial transaction request information to the electronic financial server 115. In addition, the electronic banking server 115 preferably converts the financial transaction information received from the telebanking server 110 into predetermined ledger processing data and transmits it to the core banking system 120 through the financial network. .

Those skilled in the art to which the present invention pertains may include other types of non-face-to-face banking servers (eg, home banking servers, TV banking servers, etc.) in addition to the non-face-to-face banking servers described above, and the electronic banking server 115. 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. 130 and other unit work system 135 is characterized in that the integration.

According to the exemplary embodiment of the present invention, the corporate business integration system 125 connects 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 communication unit or the unit service system 130 connects another unit service system 135.

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 135, the unit business system 130 transmits the full text to the corporate business. And transmits the full text to the integrated system 125, and the corporate business integration system 125 relays the full text to another unit business system 135 corresponding to the receiving side. After performing the specialized processing in the system 135, 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). It is characterized in that the return to the unit business system (130).

According to the present invention, the core banking system 120 for transmitting a predetermined text of the core banking system 120 (or the unit business system 130) in order to maintain data consistency according to the rack (RAC) based multiple call processing. (Or the unit business system 130) assigns the same connector number group to the N (N = 1, 2, 3, ..., N) full message included in the same transaction, and the enterprise business integration system 125 In addition, the enterprise business integration system 125 transmits the N (N = 1, 2, 3, ..., N) full text including the same connector number group to a specific unit regardless of the actual receiving system of each full text. By relaying to the business system 130 (or the core banking system 120), it is characterized in that to prevent data integrity errors caused by the rack (RAC) function in advance.

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 an "Enterprise Application Integration (EAI) system" for convenience. The processing system configuration is illustrated and described.

2 is a diagram illustrating a rack-based multiple call processing system configuration according to an exemplary embodiment of the present invention.

More specifically, FIG. 2 illustrates a transmission system 225 having at least one transmission server 230 of a predetermined core banking system (or at least one business unit system), at least two reception servers 250 and Receiving system having at least one DB server 280 for operating a DBMS having a Real Application Cluster (RAC) function, and at least one corporate business integration that interlocks the transmitting system 225 and the receiving system In the specialized processing method comprising an Enterprise Application Integration (EAI) system, the same connector to the N (N = 1, 2, 3, ..., N) full-text contained in the same transaction in the sending server 230 A number group is designated and transmitted to the enterprise business integration system 200, and the enterprise business integration system 200 includes N th (N = 1, 2, 3, ..., N) including the same connector number group. Each specialist room A system that prevents data integrity errors caused by the rack (RAC) function by relaying to the receiving server 250 on a specific receiving system (eg, the receiving system that has received the first message) regardless of the receiving system. As for the configuration, those skilled in the art will be able to infer various implementation methods for the rack-based multi-call processing system configuration by referring to and / or modifying the present Figure 2. The present invention includes all the inferred implementation methods, and the technical features are not limited only to the implementation method illustrated in FIG. 2.

Referring to FIG. 2, the rack-based multiple call processing system includes a transmission system 225 having at least one transmission server 230 for generating at least one full text and transmitting the generated text to the enterprise business integration system 200. And at least two receiving servers 250 for receiving a predetermined message from the predetermined enterprise business integration system 200 and performing information processing corresponding to the predetermined message, and having a predetermined rack (Real Application Cluster; RAC). Receiving system having at least one DB server 280 for operating a DBMS having a function, and N (N = 1, 2, 3, ..., included in the same transaction in the sending server 230) N) Assign the same connector number group to the full text and transmit it to the corporate business integration system 200, wherein the corporate business integration system 200 includes the same connector number group N (N = 1, 2, 3, ..., n) each professional And a corporate business integration system 200 which relays and transmits to a receiving server 250 on a specific receiving system (for example, a receiving system that has received the first full text) regardless of the actual real receiving system of the full text. The transmission system 225 and the reception system are characterized in that it comprises a predetermined core banking system or at least one unit business system in accordance with the professional transmission and reception function.

The transmission system 225 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 at least one or more transmission server 230 made with a DBMS (not shown), the transmission server 230 is a variety of business procedures and the DBMS ( Designated message number for generating a predetermined message corresponding to various types of information stored in the information) and a predetermined connector number for the generated message, or a message included in the same transaction for the first time of the transaction. A number allocating unit 240 for designating a predetermined connector number group corresponding to the connector number specified in the preamble, and the connector number (or Connector number group) is characterized in that it comprises a specialized transmission unit 235 for transmitting at least one specified telegram to the enterprise business integration system 200.

The full text generation unit 245 generates a predetermined full text corresponding to the financial business to be processed in connection with the receiving system among the financial business (for example, core banking business and various unit business) processed by the transmission system 225. Characterized in that.

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 245 provided in the transmission system 225 Since you will be familiar with the types and technical features of various types of texts generated based on the detailed description thereof will be omitted for convenience.

The number assignment unit 240 provided in the transmission system 225 generates a predetermined connector number for the generated message when a predetermined message in which the same transaction does not exist is generated by the message generation unit 245. It is characterized by specifying.

In addition, the number assignment unit 240 is the first message of the transaction contained in the same transaction generated in the same transaction when the message generated in the same transaction as the previously generated message by the message generation unit 245 is generated And a predetermined connector number group corresponding to the connector number specified in the preamble.

The specialized transmission unit 235 provided in the transmission system 225 transmits the telegram generated by the telegram generation unit 245 to the enterprise business integration system 200 using the reception system as a reception side. It is done.

The receiving system includes at least two receiving servers 250 having a processing module (not shown) for processing at least one financial business (eg, core banking business, various unit business) according to system characteristics, and a predetermined rack. (Real Application Cluster; RAC) is characterized in that it comprises at least one or more DB server 280 for operating a DBMS having a function, the receiving server 250 in conjunction with the transmission system 225 In order to process financial affairs, a professional receiving unit 255 for receiving a predetermined message through the corporate business integration system 200 and an information processing unit 260 for performing various information processing functions corresponding to the received message are provided. Characterized in that made.

The specialized receiving unit 205 provided in the receiving system is characterized in that for receiving the full text transmitted from the transmission system 225 from the enterprise business integration system 200, the general knowledge in the technical field to which the present invention belongs If the person having a, because the technical features for receiving the full text in the specialized receiving unit 255 provided in the receiving system will be familiar with, the detailed description thereof will be omitted for convenience.

The information processing unit 260 provided in the reception system accesses the DBMS provided in the DB server 280 using a rack function and processes information corresponding to the full text received through the specialized reception unit 255. It is characterized in that reflected in the DBMS, thereby processing the linked financial services requested by the transmission system 225 to the receiving system through the telegram.

Those skilled in the art will be familiar with the technical features of the rack function provided in the DBMS provided in the DBMS server, and the detailed description thereof will be omitted for convenience.

Referring to FIG. 2, the enterprise business integration system 200 includes at least one transmitted from a predetermined transmission server 230 provided on the transmission system 225 including a predetermined connector number (or connector number group). Read the message receiving unit 255 for receiving the above message and the connector number (or connector number group) included in the received message to check whether the same transaction exists in the message, and as a result of the confirmation If it does not exist, check the receiving system and the receiving server 250 corresponding to the full message, and if the same transaction exists in the full message, the receiving system and the receiving server to which the first full message on the same transaction is transmitted ( Receiving side setting unit 210 for setting 250 to the receiving system and the receiving server 250 corresponding to the received telegram, and the received (or set) received A specialized relay unit 215 for relaying the telegram to the receiving server 250 on the stem, and receiving a predetermined response telegram from the receiving server 250 on the receiving system, and sending the response telegram to the transmitting system 225. Characterized in that it comprises a specialized processing unit 220 to respond to the transmission server 230 on the top.

When the predetermined message including the predetermined connector number (or connector number group) is transmitted from the predetermined transmission server 230 provided on the transmission system 225, the message receiving unit 205 receives the connector number (or Connector number group).

The receiving side setting unit 210 reads the connector number (or connector number group) included in the received telegram and checks whether the same transaction exists in the telegram.

According to an embodiment of the present invention, the connector number preferably comprises at least one server number and model number group number, and the receiving side setting unit 210 is a connector number previously received and the received connector. It is desirable to compare the numbers to see if the same transaction exists in the received telegram.

If the same transaction does not exist in the message, the receiving side setting unit 210 checks the actual receiving system and the receiving server 250 corresponding to the message. 215 may relay the full text to the receiving server 250 on the confirmed receiving system.

On the other hand, if the same transaction exists in the full message as a result of the check, the receiving side setting unit 210 receives the reception system and the receiving server 250 corresponding to the received full text in which the first full text on the same transaction is transmitted. And a receiving server 250, and the specialized relay unit 215 relays the full message to the receiving server 250 on the set receiving system.

The receiving server 250 on the receiving system receiving the full text performs a series of information processing procedures corresponding to the full text using a rack function, and then transmits a predetermined response full text corresponding to the full text. ) Receives the response message sent from the reception server 250 on the reception system, and responds to the transmission server 230 on the transmission system 225.

3 is a diagram illustrating a specialized structure transmitted and received through the enterprise business integration system 200 according to the embodiment of the present invention.

More specifically, FIG. 3 illustrates a specialized structure for transmitting from the transmission system 225 on the rack-based multiple call processing system shown in FIG. 2 and relaying the transmission from the enterprise business integration system 200 to the reception 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 225 for generating the full message, and includes a full text creation date (for example, "YYYYMMDD"), a full text generation system name (for example, "host name", and a terminal "). Point number + key number "), 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 belonging group, asynchronous attribute, slip generation, operator's belonging point, screen input training mode, screen input training problem No., screen input practice action number, full header version, canceled transaction, corrected transaction, after transaction, transaction type, actuarial date, counterpart number, teller transaction number, teller closure status, transmission system classification, interface target classification It is preferable that the at least one, including the 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 those skilled in the art.

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 rack-based multiple call processing process according to an embodiment of the present invention.

More specifically, FIG. 4 illustrates a transmission system 225 having at least one transmission server 230 of a predetermined core banking system (or at least one business unit system), at least two reception servers 250, Receiving system having at least one DB server 280 for operating a DBMS having a Real Application Cluster (RAC) function, and at least one corporate business integration that interlocks the transmitting system 225 and the receiving system In the specialized processing method comprising an Enterprise Application Integration (EAI) system, the same connector to the N (N = 1, 2, 3, ..., N) full-text contained in the same transaction in the sending server 230 A number group is designated and transmitted to the enterprise business integration system 200, and the enterprise business integration system 200 includes N th (N = 1, 2, 3, ..., N) including the same connector number group. Each professional room By relaying to the receiving server 250 on a specific receiving system (eg, the receiving system that has received the first telegram) irrespective of the first receiving system, the data integrity error caused by the rack (RAC) function is prevented in advance. As a process, one of ordinary skill in the art to which the present invention pertains may refer to and / or modify this drawing 4 to infer various implementation methods for the rack-based multi-call process. The present invention includes all the inferred implementation methods, and the technical features are not limited only to the implementation method illustrated in FIG.

Hereinafter, in FIG. 4, the enterprise business integration system 200 shown in FIG. 2 is referred to as an “EAI system” for convenience.

Referring to FIG. 4, a predetermined transmission server 230 provided on the transmission system 225 includes a specialized structure shown in FIG. 3 with the reception server 250 on a specific reception system as a receiving side. A full text is generated (400) and a predetermined connector number (or connector number group) is assigned to the generated full text (405).

When the same transaction does not exist in the generated telegram, according to an embodiment of the present invention, the transmission server 230 preferably designates a predetermined connector number for the generated telegram.

According to another exemplary embodiment of the present invention, when the generated full message is included in the same transaction as the previously generated full message, the sending server 230 is included in the same transaction to generate the first full text of the transaction. It is preferable to designate a predetermined connector number group corresponding to the designated connector number.

Thereafter, the server transmits the full text to which the connector number (or connector number group) is assigned to the EAI system (410), and correspondingly, the EAI system sends the connector number (or connector number included in the received full text). Group) to see if the same transaction corresponding to the received telegram exists (415).

According to the embodiment of the present invention, the connector number preferably comprises at least one server number and model number group number, and the receiving side setting unit 210 receives the previously received connector number and the received number. It is preferable to check whether the same transaction exists in the received telegram by comparing the connector number.

If there is no identical transaction corresponding to the received message as a result of the checking (420), the EAI system checks the actual receiving system and the receiving server 250 corresponding to the message (425), The telegram is relayed to the receiving server 250 on the receiving system (435).

On the other hand, if there is the same transaction corresponding to the received message as a result of the check (420), the EAI system corresponds to the received system and the receiving system 250 to which the first message on the same transaction was transmitted. It sets the receiving system and the receiving server 250 (430), and relays the full text to the receiving server 250 on the set receiving system (435).

Thereafter, the receiving server 250 performs an information processing procedure corresponding to the received full text through the predetermined DB server 280 based on the rack function (440), and if the rack-based information processing is completed In operation 445, the reception server 250 generates a predetermined response message corresponding to the information processing result and transmits the response message to the EAI system (450). The EAI system transmits the response message to the transmission server 230. By responding (455), data integrity errors caused by the rack (RAC) function upon multiple calls are prevented.

5 is a diagram illustrating a rack-based multiple call processing system configuration according to another exemplary embodiment of the present invention.

In more detail, FIG. 5 illustrates a transmission system 515 having at least one transmission server 520 of a predetermined core banking system (or at least one business unit system), at least two reception servers 545, and a predetermined number. Receiving system having at least one DB server 575 for operating a DBMS having a Real Application Cluster (RAC) function, and at least one corporate business integration that interlocks the transmitting system 515 and the receiving system. In the specialized processing method comprising an Enterprise Application Integration (EAI) system, the same connector to the N (N = 1, 2, 3, ..., N) full-text contained in the same transaction in the sending server 520 If the number N (N = 1, 2, 3, ..., N) full message is transmitted to the enterprise business integration server 505 which transmits the first full text of the same connector number group by designating a number group, Phase on integration server 505 The rack (RAC) function by relaying the preamble N (N = 1, 2, 3, ..., N) to the receiving server 545 on the receiving system that has received the first message of the same connector number group. As a system configuration for preventing data integrity errors caused by the present invention, those skilled in the art to which the present invention pertains, the rack-based multi-call processing system by referring to and / or modifying the figure 5 Various implementation methods for the configuration may be inferred, but the present invention includes all the implementation methods inferred above, and the technical features are not limited to the implementation method shown in FIG.

Referring to FIG. 5, the rack-based multi-call processing system includes a transmission system 515 having at least one transmission server 520 for generating at least one full text and transmitting the same to the enterprise business integration system 500. And at least two receiving servers 545 for receiving a predetermined message from the predetermined enterprise business integration system 500 and performing information processing corresponding to the predetermined message, and having a predetermined rack (Real Application Cluster; RAC). Receiving system having at least one DB server 575 for operating a DBMS having a function, and N (N = 1, 2, 3, ..., included in the same transaction in the sending server 520) N) Assign the same connector number group to the full text and transmit it to the corporate business integration system 500, wherein the corporate business integration system 500 includes the same connector number group N (N = 1, 2, 3, ..., n) each professional And a corporate business integration system 500 for relaying to a receiving server 545 on a specific receiving system (for example, a receiving system that has received a first full text) regardless of the actual real receiving system of the full text. The transmission system 515 and the reception system are characterized in that it comprises a predetermined core banking system or at least one unit business system in accordance with the professional transmission and reception function.

The transmission system 515 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 or more information for the task processing. At least one transmission server 520 made of a DBMS (not shown) to be made, characterized in that the transmission server 520 is a variety of business procedures that are processed by the business processing module and the DBMS ( Designated message number for generating a predetermined message corresponding to various information stored in the information) and a predetermined connector number for the generated message, or a message included in the same transaction for the first time of the transaction. A number assigning unit 535 for designating a predetermined connector number group corresponding to the connector number specified in the telegram, and the same track for the telegram. If a transaction does not exist, the transaction is managed to transmit the full text to a predetermined corporate business integration server 505 provided on the enterprise business integration system 500, and when the same transaction exists in the full text, Transaction management unit for managing the transaction to transmit the full message to the corporate business integration server 505 relaying the first full text of the transaction of the predetermined corporate business integration server 505 provided on the enterprise business integration system 500 ( 530 and a specialized transmission unit 525 for transmitting the full message to the enterprise business integration server 505 designated by the transaction management.

The full text generation unit 540 generates a predetermined full text corresponding to the financial business to be processed in connection with the receiving system among the financial business (for example, core banking business and various unit business) processed by the transmission system 515. Characterized in that.

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 540 provided in the transmission system 515 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 number assignment unit 535 included in the transmission system 515 generates a predetermined connector number for the generated message when a predetermined message in which the same transaction does not exist is generated by the message generation unit 540. It is characterized by specifying.

In addition, the number assignment unit 535 is the first message of the transaction included in the same transaction generated in the same transaction when the message generated in the same transaction as the previously generated message by the message generation unit 540 is generated And a predetermined connector number group corresponding to the connector number specified in the preamble.

The transaction management unit 530 on the transmission system 515 assigns the telegram to the corporate business when a connector number for which a connector number assigned to the telegram generated by the telegram generation unit 540 does not exist is assigned. It is characterized in that the transaction management to transmit to a predetermined corporate business integration server 505 provided on the integrated system 500.

In addition, the transaction management unit 530, if the connector number group is assigned to the same transaction number assigned to the message generated by the message generation unit 540, the message on the enterprise business integration system 500 It is characterized in that the transaction management to transmit to the enterprise business integration server 505 relaying the first full text of the transaction of the predetermined enterprise business integration server 505 provided in the.

The full text transmitter 525 provided in the transmission system 515 is generated by the full text generation unit 540 and assigned by a number connector 535 to a predetermined connector number (or connector number group). Characterized in that it transmits the full text to the enterprise business integration server 505 on the enterprise business integration system 500 is set to transmit the transaction management unit (530).

Those skilled in the art to which the present invention pertains receive the full message by the transaction management unit 530 provided in the transmission server 520 on the transmission system 515 and relay the transmission to a predetermined reception system. Since you will be familiar with the technical features of the designated enterprise service integration server 505, a detailed description thereof will be omitted for convenience.

The receiving system includes at least two receiving servers 545 having a business processing module (not shown) for processing at least one financial business (eg, core banking business, various unit business) according to system characteristics, and a predetermined rack. And at least one DB server 575 for operating a DBMS having a Real Application Cluster (RAC) function, wherein the receiving server 545 is connected to the transmission system 515 in a predetermined manner. In order to process financial affairs, a professional receiving unit 550 for receiving a predetermined text through the corporate business integration system 500 and an information processing unit 555 for performing various information processing functions corresponding to the received text are provided. Characterized in that made.

The specialized receiving unit 550 provided in the receiving system is characterized in that receiving the full text transmitted from the transmission system 515 from the enterprise business integration system 500, and the general knowledge in the technical field to which the present invention belongs If the person having the, since the technical receiving unit 550 in the specialized receiving unit provided in the receiving system will be familiar with the technical features, detailed description thereof will be omitted for convenience.

The information processing unit 555 provided in the reception system accesses the DBMS provided in the DB server 575 by using a rack function and processes information corresponding to the full text received through the specialized reception unit 550. It is characterized in that reflected in the DBMS, thereby processing the linked financial services requested by the transmission system 515 to the receiving system through the telegram.

Those skilled in the art will be familiar with the technical features of the rack function provided in the DBMS provided in the DBMS server, and the detailed description thereof will be omitted for convenience.

6 is a diagram illustrating a rack-based multiple call processing process according to another exemplary embodiment of the present invention.

More specifically, FIG. 6 illustrates a transmission system 515 having at least one transmission server 520 of a predetermined core banking system (or at least one business unit system), at least two reception servers 545, and a predetermined transmission bank. Receiving system having at least one DB server 575 for operating a DBMS having a Real Application Cluster (RAC) function, and at least one corporate business integration that interlocks the transmitting system 515 and the receiving system. In the specialized processing method comprising an Enterprise Application Integration (EAI) system, the same connector to the N (N = 1, 2, 3, ..., N) full-text contained in the same transaction in the sending server 520 If the number N (N = 1, 2, 3, ..., N) full message is transmitted to the enterprise business integration server 505 which transmits the first full text of the same connector number group by designating a number group, Phase on integration server 505 The rack (RAC) function by relaying the preamble N (N = 1, 2, 3, ..., N) to the receiving server 545 on the receiving system that has received the first message of the same connector number group. In the process of preventing data integrity errors caused by the present invention, those skilled in the art to which the present invention pertains, referring to and / or modifying the Figure 6 in the rack-based multi-call processing process Various implementation methods may be inferred, but the present invention includes all the implementation methods inferred, and the technical features are not limited to the implementation method shown in FIG.

Hereinafter, in FIG. 6, the enterprise business integration system 500 illustrated in FIG. 5 is referred to as an “EAI system” for convenience, and a component that performs the enterprise business integration function on the EAI system is referred to as an “EAI server” for convenience. .

Referring to FIG. 6, a predetermined transmission server 520 provided on the transmission system 515 includes a specialized structure shown in FIG. 3 with a reception server 545 on a specific reception system as a receiving side. A telegram is generated (600), and a predetermined connector number (or connector number group) is assigned to the generated telegram (605).

When the same transaction does not exist in the generated telegram, according to an embodiment of the present invention, the transmission server 520 preferably designates a predetermined connector number for the generated telegram.

According to another embodiment of the present invention, when the generated telegram is included in the same transaction as the previously generated telegram, the sending server 520 is included in the same transaction and is generated in the first telegram of the corresponding transaction. It is preferable to designate a predetermined connector number group corresponding to the designated connector number.

Thereafter, the server checks whether the same transaction exists for the full message (610).

If the check result is that the same transaction corresponding to the full message does not exist (615), the sending server 520 checks the actual receiving system and the receiving server 545 corresponding to the full text (620), the full text Confirm a predetermined EAI server for transmitting to the identified receiving server 545 (625).

On the other hand, if there is the same transaction corresponding to the received full message as a result of the checking (615), the transmitting server 520 is the receiving system and the receiving server 545 to which the first full text on the same transaction is transmitted the received full text In step 630, a predetermined EAI server for transmitting the preamble to the set receiving server 545 is identified.

Thereafter, the transmission server 520 transmits the full text to which the connector number (or connector number group) is assigned to the set (or confirmed) EAI server (640), and the EAI server sets (or confirms) The telegram is transmitted to a receiving server 545 on a receiving system (645).

Thereafter, the receiving server 545 performs an information processing procedure corresponding to the received full text through a predetermined DB server 575 based on the rack function (650), and if the rack-based information processing is completed In operation 655, the receiving server 545 generates a predetermined response message corresponding to the information processing result and transmits the response message to the EAI system (660). The EAI system transmits the response message to the transmission server 520. By responding (665), data consistency errors caused by the rack (RAC) function upon multiple calls are prevented.

According to the present invention, a case in which a plurality of telegrams corresponding to the same transaction is transmitted to a receiving system equipped with a DBMS having a Real Application Cluster (RAC) function in a predetermined transmission system (for example, when multiple calls occur) By assigning a predetermined group of connector numbers to a plurality of telegraphs corresponding to the same transaction, the plurality of telegrams are received and processed only by a specific server among a plurality of servers accessible to the DBMS, thereby maintaining consistency between sessions. There is an advantage to managing.

Claims (4)

A transmission system comprising one or more sending servers, a receiving system comprising two or more receiving servers and one or more DBMSs, and transmitting and receiving for one or more specialized-unit business processes transmitted from a sending server included in the transmitting system. In the specialized processing method of a financial system including an enterprise application integration (EAI) system for relaying a set of characters or binary-relaying to any one of the two or more receiving server included in the receiving system, Assigning a connector number to a first telegram for processing a predetermined unit work at the transmitting server, and transmitting the connector number to the enterprise business integration system; Reading the first full text in the enterprise business integration system to identify a receiving server on a receiving system to receive the first full text, and relaying the full text to the receiving server; Processing by the receiving server to perform the specialized processing for the unit task corresponding to the first telegram through the DBMS; The sending server designates a connector number group corresponding to the first preamble to an N (N = 2, 3, ..., N) preamble included in the same transaction as the first preamble to the enterprise business integration system. Transmitting; In the enterprise business integration system, check whether the connector number group included in the Nth (N = 2, 3, ..., N) full text matches the connector number included in the first full text, and the connector number matches. If so, the receiving server to receive the Nth (N = 2, 3, ..., N) full message is automatically set as a receiving server on the receiving system that has received the first full message, and the Nth ( N = 2, 3, ..., N) relaying the full text; And And processing, by the receiving server, to perform a specialized processing for a unit task corresponding to the Nth (N = 2, 3, ..., N) full text through the DBMS. Call professional handling method. delete delete delete

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