WO2013002445A1 - Method and server system for providing a specific logic for each user - Google Patents

Abstract

The present invention relates to providing, according to user requests, a specific logic for each user while unchangingly maintaining a basic process or standard service, even when service is already provided to users having a variety of requests. A method for providing the specific logic for each user from a server having a server resource to a user having a local resource comprises: a standardizing step of providing a standard service that is provided in common from the server to all users through calls by the basic process that the systems of the users have in common; a specification step of, when a specific service call request of a user is received using a call function that is already included in the standard service, providing a specific service that is specially provided from the server to only the system of the user sending the specific service call request; and a continuance step of, after provision of the specific service is completed, continuing to perform the standard service that was temporarily stopped by the call request occurrence.

Description

[Amended by Rule 26, July 20, 2011] A method for providing user-specific logic and a server system

The present invention relates to a method and a server system for providing user-specific process logic, and more particularly, to a system and method for providing user-specific process logic, And more particularly to a method and a server system configured to provide a specialized service provided only as a server resource to a specific user from a server when the standard service is invoked by a user at an individual request, in addition to a standard service provided in common.

Generally, there is a way of providing off-the-shelf programs for all users to use the same program. This is a method in which a program created by a program provider is installed in a user's system, that is, an information device such as a computer, and is used only in the user's system. However, these standalone programs do not meet the needs of various users.

As a supplement to this, a method of providing a ready-made program that provides various versions for one program has emerged in accordance with the demands of representative users. That is, it maintains a basic framework and provides a few variations so that the user can make a choice as required. However, since this is also an off-the-shelf product, it has inherent limitations that it can not satisfy even a finer demand.

On the other hand, thanks to the development of communication technology, it has become possible to provide a service that functions as a program on a server. This method also fails to satisfy the needs of various users because it initially provides the same service to all users. For example, most current Internet services such as online portal sites are examples.

Therefore, as a supplement to this, a service providing method that provides various versions for one service has emerged in accordance with a demand of representative users. That is, it maintains a basic framework and provides a few variations so that the user can make a choice as required. These examples are not many, but it can be said that, for example, the provision of personal services and enterprise services at bank sites is an example. However, since this is also an off-the-shelf product, it has inherent limitations that it can not satisfy even a finer demand.

As an effort to solve such a problem, Patent Document 1 discloses a method for generating an abstract service description describing a network-based service in a computer system, A service type, the service type including compiled source code, and accessing a corresponding service configuration; Parsing the service type and the corresponding service configuration to identify description information describing the service based on the specified programming model; And generating a service description tree for the service based on the identified description information, wherein the format of the service description tree is independent of any programming model and the one or more other transformation modules are in different formats Wherein the service description tree is used so that the service description tree can be used to create additional representations of the service. This prior art is a method of generating a service description tree, parsing a service configuration, and generating an abstract service description.

On the other hand, Patent Document 2 discloses a component-based Java web application development framework used for creating a web page, in which a method of a business object (BO) is executed according to a request of a user, Processing a user input value before execution of a method of the business object and performing a post-processing to process the execution result after executing a method of the business object, wherein a user interface object (UIO: User A script component for dynamically placing an interface object, and a core component for performing an initialization operation of the framework and confirming that the request of the user is a request that can be processed by the framework. Have been disclosed. This prior art is understood as a post-processing concept in the concept of filter chain, and the filter chain can inject code only at a specific position (a posterior position), and a script component dynamically arranges user interface objects, , And an application development framework.

[Prior Art Literature]

[Patent Literature]

Patent Document 10-2006-0089616

Patent Publication 10-2010-0056938

The conventional technique of Patent Document 1 is a method of generating a service description tree, parsing a service configuration, and generating an abstract service description, and thus is merely a processing method of abstraction of a service description tree originally provided basically, It is assumed that the abstraction of the system is performed by the manager. Therefore, it is not a technique to provide user-specific service logic requested by a user according to a user-specific request.

In addition, the prior art of Patent Document 2 is understood as a post processing concept in the filter chain concept, and the filter chain can inject code only at a specific position (posterior position), and the script component dynamically arranges the user interface object, It confirms that the core component is a processable request, and it is nothing more than an application development framework. Therefore, it is not a technique for allowing a user to easily provide a user-specific service logic according to a user-specific request even after an application is developed and distributed.

Therefore, even if the service is already provided to the users having various demands, it is expected that the technology capable of providing the user-specific logic according to the user's demand while maintaining the basic process or standard service is expected do.

According to another aspect of the present invention, there is provided a method for providing user-specific logic to a user's system having a local resource, the server having server resources, A standard step of providing a standard service commonly provided to all users from the server by being invoked by a common process that is common to the users, A specialization step of providing a specialized service specifically provided from the server only to a system of a user who has issued the specialized service call request; and a specialization step of, when the provision of the specialized service is terminated, then it continues to perform the normal service The method comprising the steps of:

Here, the specialization service call request includes a predetermined specialization service ID and an argument, and the server loads the specialized service specified by the specialized service ID into the storage, and transmits the specialization service to the specialization service .

The information required for the special service call request of the standard service in the specialization step is preferably transmitted to the standard service in advance when the basic process calls the standard service in the standard step.

In addition, the specialization step may include an bean object execution step of executing a bean object having a method for performing business logic specialized to perform the specialized service, a step of executing a return object to be used in the standard service to be performed in the follow- And a return class input step of returning after inputting the value into the return class.

Here, the execution of the bean object may include: a loading inspection step of checking whether the bean object is loaded in a repository; and if the bean object is not loaded, loading an XML file for registration and creating an bean object and a return class And a generating step of storing the data .

Here, in the generating step, the XML parser parses the XML file for registration, refers to a resource specified in the XML file for registration, calls an empty generated object, objectsize the empty class, It is preferable to create it as a source file.

If the table schema can not be used, the empty generation object generates a return class of the resource as a source file. If the table schema can be used, It is preferable to integrate the return class information defined in the XML file and generate the return class as a source file.

According to another aspect of the present invention, there is provided a server system for providing user-specific logic to a user having a local resource, A standard module for providing a standard service commonly provided to all users from the server by being invoked by a basic process common to the user's systems; A specialization module for providing a specialized service specifically provided from the server only to the system of the user who has issued the specialization service call request when the specialization service call request is received; If the standard service that was paused And has a follow-up module that performs on-line execution.

According to the present invention, even if a service is already provided to users having various needs, a technology capable of providing user-specific logic according to a user's request while maintaining the basic process or standard service as it is / RTI >

1 is a block diagram of a server system in which a method for providing user-specific logic of the present invention is implemented.

(B) standard logic that implements a standard service commonly provided to all users in a server; (c) a standard logic that implements a standard service provided to all users in a server; Is a block diagram of specialized logic that implements specialized services specifically provided only to the user who originated the call request.

Figure 3 is a complete flowchart of a method for providing user specific logic of the present invention.

FIG. 4 is an exemplary detailed flowchart of the bean generation / registration / return class generation step (S50) of FIG.

Hereinafter, a method and a server system for providing user-specific logic of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram of a server system in which a method for providing user-specific logic of the present invention is implemented.

As shown in the figure, the server system of the present invention is a server system in which a server 30 having server resources is provided with a server 50 for providing specialized logic 51 and 52 specialized for each user to a system 10, ≪ / RTI > The server 30 and the user's system 10, 20 may be configured to be connected by a network capable of data communication, for example, the Internet.

The server system of the present invention includes basic logic 11, 12, 21, 22 as a program module for implementing a basic process, which is a ready-made and local resource provided in the user's system 10, . However, this is not a standalone service program providing method that is merely a service program providing method.

In addition, the server system of the present invention includes standard logic 41 and 42, which is a program module for implementing a standard service 40, which is a ready-made and server resource provided in the server 30 , as one component. However, it is not a server-alone method of providing a service.

In addition, the server system of the present invention is not a ready-made mixed system in which the above-described stand-alone service program providing method and server-alone service providing method are simply combined. The server system according to the present invention allows the user to select various services regardless of the existing basic processes or standard services and even the already-applied specialized services, even if the services are already provided to the users, It is a technology that can provide user-specific logic according to the user's request while maintaining the same.

The server system according to the present invention includes standard modules (40 to 49) , specialized modules (50 to 59) , and a follow-up module . Since both the standard module and the specialized module have an extended function with respect to the basic process of the user's system, they can be referred to as an extended process. However, since the server system of the present invention is implemented by a program module, it is shown by a process, a service, or a logic, which is a unit in which the program is executed, and the module is omitted. In addition, the processing provided by the method and the server system of the present invention belongs to a business process, and a program module as a logical means for processing the business process can be referred to as a business logic, The basic logic installed and executed in the user's system 10 and 20, the standard logic commonly provided to all users by the server, and the specialized logic provided only to the user requested by the server.

The standard modules 40 to 49 provide standard services 40 that are commonly provided to all users from the server by being invoked by basic processes common to the user's systems, Is implemented by performing the standard steps of the inventive method implemented by software.

When the specialization module 50-59 receives a call request of the user's specialized service 50 using the call function included in the standard service 40 in advance, Is implemented by performing specialized steps of the method of the present invention implemented by firmware or software as a module that provides specialized services 50 specifically provided only from the server. As described later, the specialized modules 50 to 59 provide a specialized service. If the specialized logic having a function for providing a requested service has not yet been generated, And can be referred to as a " service factory ".

Although not shown, the follow-up module may be included in the specialization module 50 to 59 or may be implemented by a separate control module. When the provision of the specialized service 50 is completed, Is implemented by performing a follow-up step of the method of the present invention implemented by firmware or software as a module for subsequently executing the standard service 40 that has been paused by this occurrence.

Hereinafter, an exemplary configuration of the basic logic 11, 12, 21, 22, the standard logic 41, 42, and the specialized logic 51, 52 will be described.

(B) standard logic that implements a standard service commonly provided to all users in a server; (c) a standard logic that implements a standard service provided to all users in a server; Is a block diagram of specialized logic that implements specialized services specifically provided only to the user who originated the call request.

The basic logic 11, 12, 21, 22 is a program module provided by a company operating a method or a server system of the present invention, and is installed and executed in advance in the user's system 10, 20. That is, since the system is installed while occupying local resources in a limited user's system 10, 20, the function is limited even if information to be supplied through online is not considered. Therefore, functions other than the basic processes provided basically are provided through communication with the server 30. [

As shown in FIG. 2 (a), it may be composed of at least one basic logic execution unit 13, at least one extended logic calling unit 14, and at least one other basic logic execution unit 15.

In the case of such a configuration, after the basic logic execution unit 13 is executed together with the activation of the program module for basic process in the user's system 10, 20, The extended logic calling unit 14 is called. The extended logic refers to a program module that implements functions provided by the server 30 in order to extend the functions of the user's systems 10 and 20. The extended logic refers to standard logic 41 , 42) as well as specialization logic 51, 52 provided only to the requesting user.

When the extended logic calling unit 14 is executed, predetermined processing is performed according to the type and function of the called extended logic, and control is returned to the user's system 10, 20 again. Then, the control is transmitted to another basic logic execution unit 15 to perform subsequent processing.

The standard logic 41 and 42 is a program module included in the server 30 to extend functions of the basic logic 11, 12, 21, and 22 installed in the user's system 10 and 20, And a common service 40 is provided to all users. One or more standard logics 41 and 42 are provided in the standard database 49 in advance.

When the standard logic is activated, the special logic is called by the special logic calling unit 44 with the ID and the argument for the predetermined process while processing by the standard logic executing unit 43. Then, if the specialized logic is called by the specializing logic calling unit 44, Is performed, the return value which is a result of the execution is stored, and then another standard logic execution unit 45 is executed while returning to the return class. When the execution is completed, the control is returned to the basic logic execution unit 15 that was called again.

The specialized logic 51 and 52 are also a program module included in the server 30 so that the functions of the basic logic 11, 12, 21, and 22 installed in the user's system 10 and 20, But differs from the standard logic 41 and 42 in that it is a specialized service 50 and is provided only to the users who made the request. The specialization logic 51 or 52 is stored in the specialization database 59 when any user has created and used at least once. If the user has never created any of the users, the specialized logic 51 or 52 is generated as soon as the generation is requested, And is stored in the specialized database 59. This includes a bin loading module 54 for loading already created bean objects into the bin, a bin creating module 53 for creating empty objects when it is determined that empty objects have not been created according to the result of the loading command, And an empty execution module 55 for executing an empty object loaded in the repository.

Thus, the user's system 10, 20 must be designed to perform the basic logic 11, 12, 21, 22 and any one or more of these basic logic 11, 12, 21, (41, 42). However, as shown in Figure 1, some users 10 may not use the specialized logic 51, 52 and some other user 20 may use any of the specialized logic 51, have. Therefore, the basic service and the standard service are performed in common for all the users, thereby maximizing the system stability, mass productivity, and functional fulfillment, while preventing the basic service or standard service framework from being affected It is possible to provide a specialized service so as to individually resolve the various requirements according to the user by permitting the side transformation for the individualization within the range.

Hereinafter, the method of the present invention will be described in detail with various specific embodiments.

Figure 3 is a complete flowchart of a method for providing user specific logic of the present invention.

The method of providing the user specific logic of the present invention relates to a method in which a server 30 having server resources provides user specific logic to a system 10,20 of a user having local resources. This method is characterized by comprising a standard step S20 , specialized steps S30 to S70, and a step of continuing S80 .

The standard step S20 is called by a basic process common to the users' systems 10 and 20, thereby providing a standard service 40 commonly provided to all users from the server 30 . That is, in the example of FIG. 1, both of the user's systems 10, 20 are calling the standard logic 41 of the server 30 in the base logic 11. Thus, when thinking up to the standard logic 41, the execution process is the same.

In the specialization step S30 to S70 , when the user's special service call request using the paging function previously included in the standard service 40 is received, only the system 20 of the user who made the special service call request And providing the specialized service 50, which is specially provided from the server 30. That is, in the example of FIG. 1, the system 10 of one user does not call the specialized logic, so only the standard logic 41 is performed. On the other hand, since the system 20 of another user has called the specialized logic 51 in accordance with the requirement, an additional service process is performed accordingly. Thus, the execution process of the two users' systems 10, 20 is as different as the specialized logic 51.

The follow-up step S80 is a step of performing the standard service 40, which was paused by the generation of the call request when the provision of the specialized service 50 is terminated. That is, in the example of FIG. 1, one user's system 10 does not call specialized logic, so there is no return from specialized logic to standard logic. Therefore, the following step S80 is not performed. On the other hand, the system 20 of another user calls the specialized logic 51 and the result is returned, so that the return value is returned to the position before the original call, that is, the standard logic 41. Thus, the execution process of the two users' systems 10, 20 will depend on the return value after execution of the specialized logic 51 and then utilizing that return value.

Here, in a more specific embodiment, it is preferable that the special service call request includes a predetermined special service ID and an argument. At this time, it is preferable that the server loads the specialized service specified by the specialized service ID into the storage, and executes the specialized service by transferring the argument.

Thereby, when one or more specialized logic 51, 52 for a specialized service is already registered in the specialized database 59, one of them can be specified and the necessary arguments for carrying out the specialized logic can be conveyed . For example, in the case of a program that requires online enrollment at a school, even if the department has the same name, the subject may vary depending on the school. Therefore, it is possible to perform processing by a specialized logic for a special course name other than a fundamentally provided course name. Or, for example, even if an online enrollment application is made to the same department at the same school, some students check the enrollment status of a specific course, and some may not. In this case, the personnel status check part can be processed by specialized logic.

For example, in the latter case, the activation and online access of the enrollment application program is carried out in the basic logic while passing the student number as an argument, and the selection of the enrollment application courses is carried out in the standard logic, The data of the present course attendance status for a specific course can be carried out in the specialized logic while passing the subject name of the screen, for example, the subject code obtained by clicking on microeconomics as an argument. have. Then, the server 30 selects the specialization logic for querying the reception status of the personnel according to the subject code transmitted as the argument and the specialization logic ID requested by the click, loads the storage and drives the storage, Data can be acquired. Then, it can be configured to return to the standard logic for selection of courses to be taken again. The current student enrollment in microeconomics will appear on the screen.

On the other hand, as with specialized logic identifiers and arguments, the specific timing of the information needed to invoke specialized logic is not necessarily limited to the activation of standard logic. For example, in the standardizing step, the information required for the special service call request of the standard service is preferably transmitted to the standard service in advance when the basic process calls the standard service in the standard step.

Although the basic logic 11 calls the standard logic 41 and the standard logic 41 calls the specialized logic 51 with the specialized logic ID and arguments for convenience of explanation, , The base logic 11 invokes the dominant logic 41 in advance by communicating the specialized logic ID and arguments to the standard logic 41 and the standard logic 41 sends the specialized logic ID and arguments to the specialized logic 41 51). In such a case, it is often the case that the setting of the succeeding step can be made in advance in the execution phase of the basic logic.

In a more specific embodiment of the present invention, the specialized steps S30 to S70 may include a bean object execution step and a return class input step .

The bean object execution step is a step of executing a bean object having a method for performing business logic specialized to perform the specialized service 50. That is, the specialized logic 51 and 52 may be empty objects. The execution of the bin is performed by the bin execution module 55 of Fig. 2 (c).

In the return class input step , a return value to be used in the standard service to be performed in the follow-up step is input to the return class and then returned. In the example of FIG. 1, the return value obtained by the execution of the voucher chain specialized logic 51 is input to the return class so that it can be used in the standard logic 41 to be looped back and continued. Control is then returned to the standard logic 41.

On the other hand, the specialized logic 51 and 52 requested by the user may be logic that has never been generated. This exception processing will be described.

To this end, the empty object execution step may include a loading inspection step and a generation step .

The loading inspection step S40 is a step of checking whether the empty object is loaded in the storage. If at least one of the specialized logic 51 and 52 requested by the user has been generated, it can be confirmed by inquiry since it has already been registered in the specialization database 59, and is loaded into the repository by the loading instruction, ). Loading of the bin is performed by the bin loading module 54 of Fig. 2 (c).

The creating step S50 is a step of loading a pre-stored registration XML file (a blank XML configuration file) and creating and storing an empty object and a return class. The registration XML file is a service factory registration XML file or a main XML file. The content described in this XML file, specifically, the service factory registration class is objectified to create an empty object and a return class. The generation of the bin is performed by the bin generation module 53 of Fig. 2 (c).

If the empty object fails to load into the repository and returns false, this is the case where the customization logic 51, 52 requested by the user is logic that has never been created. Therefore, it must be created and registered and then loaded. In this way, the specialized steps S30 to S70 are performed by the specialized logic 50-59, which is performed by a service factory, whose main means is the generation and provision of beans, Bean factory '.

Hereinafter, a more specific embodiment related to generation of an empty object in the creation step (S50) will be described.

FIG. 4 is an exemplary detailed flowchart of the bean generation / registration / return class generation step (S50) of FIG.

Here, the creating step S50 is a step in which the XML parser parses the loaded registration XML file (the empty XML configuration file), refers to the resource specified in the registration XML file, It is desirable to create and register an empty object by objectizing the bean class, and create and register the return class as a Java source file.

If the table schema can not be used, the empty generation object generates a return class of the resource as a source file. If the table schema can be used, It is preferable to integrate the return class information defined in the XML file and generate the return class as a source file.

For example, if the service factory main XML file

<beans>

   <include resource = "Scientific Service Factory .xml" />

</ beans>

ego,

Service factory .xml file

<bean id = "Service Factory ID" class = "Service Factory Registration Class">

   <arg name = "student number">

   <return class = "return class" />

</ bean>

Lt;

Table schema

table {

   Name varchar (30)

}

Lt; / RTI &gt;

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the scope of the appended claims.

The present invention can be used in industries related to a method of providing user-specific logic and a server system in which the method is implemented, as well as logic pre-installed in the user system, logic commonly provided to all users by the server.

[Description of Symbols]

10, 20: user's system 11, 12, 21, 22: basic logic

13, 15: basic logic performing unit 14: extended logic calling unit

30: Server 40: Standard Services

41, 42: standard logic 43, 45: standard logic execution unit

44: Specialized logic call part 49: Standard database

50: Specialized Services 51, 52: Specialized Logic

53: Empty generating module 54: Empty loading module

55: Bean execution module 59: Specialized database

Claims (8)

1. A method for providing a user-specific logic to a system of a user having a local resource, the server having server resources,

   A standard step of providing a standard service commonly provided to all users from the server by being invoked by a basic process common to the user's systems,

   A specialization step of providing a specialized service specifically provided from the server only to the system of the user who has issued the special service call request when the user's special service call request using the call function included in the standard service is received,

   When the provision of the specialized service is terminated, a next step of performing the standard service, which was paused by the generation of the call request,

   And providing the user-specific logic.
2. The method according to claim 1,

   Wherein the specialized service call request includes a predetermined special service ID and an argument,

   The server loads the specialized service specified by the specialized service ID into the repository and executes the specialized service by transferring the argument

   Wherein the user-specific logic provides the user-specific logic.
3. The method according to claim 1 or 2,

   The information required for the special service call request of the standard service in the specialization step is transmitted to the standard service in advance when the basic process calls the standard service in the standard step

   Wherein the user-specific logic provides the user-specific logic.
4. The method according to claim 1 or 2,

   In the specialization step,

   A bean object execution step of executing a bean object having a method for performing business logic specialized to perform the specialized service,

   A return class input step of returning after inputting a return value to be used in the standard service to be performed in the follow-up step,

   And providing the user-specific logic.
5. The method of claim 4,

   Wherein the empty object execution step comprises:

   A loading inspection step of checking whether the empty object is loaded in the storage,

   If the blank is not the object is loaded, and loading the XML file for registration, generates an empty object and returns a class and stores generation step of

   And providing the user-specific logic.
6. The method of claim 5,

   Wherein the generating comprises:

   The XML parser parses the XML file for registration, refers to a resource specified in the XML file for registration, calls an empty generated object, objectsize the bean class, and generates a return class as a Java source file

   Wherein the user-specific logic provides the user-specific logic.
7. The method of claim 6,

   The empty generation object checks the table meta information. If the table schema can not be used, the empty generation object generates a return class of the resource as a source file. If the table schema can be used, Integrates the returned class information and generates the return class as a source file

   Wherein the user-specific logic provides the user-specific logic.
8. A server system in which a server having server resources provides user-specific logic to a user's system having local resources,

   A standard module which is called by a basic process common to the user's systems to provide a standard service commonly provided to all users from the server,

   A specialized module for providing a specialized service provided only from the server to the system of the user who has issued the special service call request when the user's special service call request using the calling function previously included in the standard service is received,

   When the provision of the specialized service is terminated, a follow-up module that subsequently executes the standard service,

   And providing the user-specific logic.

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