KR100552516B1 - The system and method for unified solution web program - Google Patents

Abstract

The present invention relates to an office server SME (OfficeServ Small & Medium Enterprise) system, and in particular, in a SME system, a Web manager provides a unified login environment for a user to log in with only one user account and then access all servers. The present invention relates to an integrated web environment providing system and an method for providing an all-in-one solution. The present invention is composed of a data server (Data Server), SIP server (SIP Server), UMS server (UMS Server), E-mail server (E-Mail Server) in the office server SME system, each of the web management Built-in program (Web Management Program) and administrator web program separately, UMS server and e-mail server has a web program for general users, so that user accounts are transferred together when moving from one server to another server After logging in with only one user account, all the servers can be used to access the service.

Description

System and method for providing integrated web environment {The system and method for unified solution web program}             

1 is a diagram showing an office server SME system according to the present invention;

2 is a flowchart illustrating a method for providing an integrated web environment according to the present invention.

Figure 3 (a) is a view showing the main screen for the administrator according to the present invention

Figure 3 (b) is a view showing a main screen for a general user according to the present invention

********* Explanation of symbols on the main parts of the drawing *********

100: call server 101: data server

102: SIP server 103: e-mail server

104: UMS server 105: database

106: Web management program

The present invention relates to an office server SME (OfficeServ Small & Medium Enterprise) system, and in particular, in the SME (Small & Medium Enterprise) system, after logging in with only one user account, all the servers can be used to access services. The present invention relates to an integrated web environment providing system and method therefor by an one-in-one solution.

Office Server SME (OfficeServ Small & Medium Enterprise) system is an integrated platform of voice / data, wired / wireless and solution for users. It is a system that can connect and use phone, PC, server, WLAN phone and peripherals. This is an integrated system suitable for small and medium sized business environment.

In order to provide these various services, all five servers are required. Call Server, Data Server, SIP Server, UMS Server, E-Mail Server Server).

A call server is a server that implements a typical telephone function and provides a telephone service to a user. A data server is a server that collects and manages various data such as addresses and routing tables of other servers.

SIP server is responsible for data transmission and reception according to the SIP protocol to provide VoIP to the user. UMS server (UMS Server) is a server that provides a voice service and provides services such as voice mail transmission and reception. An E-Mail Server performs normal e-mail transmission and reception according to protocols such as Simple Mail Transfer Protocol (SMTP), Post Office Protocol 3 (POP3), and the like.

SMTP is a TCP / IP protocol used for sending and receiving e-mail. Due to limitations in the ability of queued messages on the receiving end, it is common to use POP3, which is described later for reception. That is, SMTP is mainly used to send mail, and POP3 is used to receive received messages.

POP3 is a standard protocol for receiving e-mail. It is a client / server protocol used by Internet servers to receive e-mail for users and to keep their contents. Thus, when a sender sends a mail using SMTP, the mail processor in the other party's mail server receives it on behalf of the recipient, and the recipient reads the mail using POP3, thereby making normal e-mail transmission and reception.

Voice over Internet Protocol (VoIP), on the other hand, is an IP telephony technology for a set of facilities that deliver voice information using Internet Protocol (IP). VoIP is not a traditional protocol based on circuits such as PSTN, a public switched telephone network. In this case, voice information is exported in digital form in discrete packets.

In the case of voice calls over VoIP, the public network does not guarantee the same quality of service (QoS) as on the network, so that high quality service can be provided by using a private network managed by an independent company or an Internet telephone service provider. have. In this case, the Internet telephony service provider operates a server that manages the IP address according to the other party's telephone number, allowing the user to make voice calls over the Internet without separately managing the IP address according to the other party's telephone number. .

Session Initiation Protocol (SIP) is a standard for establishing a VoIP connection, and refers to an application layer control protocol for establishing, changing, and terminating a session in a client-server manner. SIP is not tied to any protocol stack and is defined on a text-based basis, such as HTTP, making it easy to extend and use. SIP consists of a user agent and a network server. The user agent is an end system and is composed of a user agent client and a user agent server.

SIP works as a transaction processing method in which a client sends a service request message to a server like HTTP, and then sends a response message to the client after the server completes the processing. Users who communicate using SIP use a Uniform Resource Identifier (URI) in the form of "user @ host-plus-domain" similar to an e-mail address.

The UMS (Unified Messaging System) refers to a system that stores and manages all types of message types such as voice, fax, and e-mail in a single logical mailbox. Messages can be accessed through a variety of communication media, including PCs, telephones, faxes, and mobile phones. It also integrates wired and wireless telephones and data communications networks to search, compose and exchange different types of messages, including voicemail, fax and e-mail, all in one mailbox, so users only need to learn one interface, regardless of message type. .

UMS is a more advanced technology based on the existing E-mail / VMS technology, which enables quick, accurate and smooth communication between individuals and companies, companies, companies, etc. It is widely applied in the field.

On the other hand, the Web Manager (Web Manager) is provided by the data server (Data Server), SIP server (SIP Server), UMS server (UMS Server), e-mail server (E-Mail Server) of the above five servers It refers to a web program for setting functions. The administrator or general user can easily set the function of the web manager by connecting to a web server using a commercial browser and running the web program.

In the related art, each of the above-mentioned servers has a web management program embedded therein so that the functions provided by the office server SME system can be set. In addition, UMS Server and E-Mail Server had separate programs for voice mail and email service for general users.

However, in the related art, in order to set the functions provided by the system, each server must be connected and logged in to use the service. For example, after a user logs in to a voicemail server with a voicemail account and checks the voicemail, the user accesses the e-mail server and checks the e-mail to check the e-mail. There was a problem that you can use E-mail only after logging back in to the Mail account.

The present invention is to solve the above-described problems, in the Office server SME system Web Manager (Web Manager) provides a unified login environment to the user to log in with one user account to access all the services to the server It aims to provide an integrated web environment by All-In-One Solution and improve the quality of service by making it available.

In order to achieve the above object, a user management method of a system including at least one server according to an aspect of the present invention includes storing user access information about a first user connecting to a first server, and storing the first server. Comparing the user access information sharing step of transmitting the first user access information to all other servers except the user access information about the second user attempting to access the second server and the user access information stored in the second server And determining whether the first user is the same as the second user, and determining whether to allow the second user to access the second server according to the determination result.
The user access information includes at least one of a user account and an IP address of a device that the user uses for access.
The user authentication step may include comparing the first user access information stored by the second server with the second user access information, according to whether the IP address of the first user and the second user and the user account match each other. Determining whether to allow access to the server, and when both the IP address and the user account of the first user and the second user match, log in to the second server using an account of the first user stored by the second server. If the IP address or user account of the first user and the second user does not match, requesting new login information from the second user is included.
The sharing of user access information may include: displaying, by the first server, an operation of all other servers except the first server and a link to each server by using an IP address and a web port number, and the first user. Attempting to connect to a second server via a link to each server, the first server including the user account of the first user in a curry string and transmitting it to the second server.
According to another aspect of the present invention, an integrated system includes: a first server storing user access information about a first user to access and transmitting the first user access information to all other servers, and a first user from the first server. Receives and stores the access information, compares the user access information about the second user attempting the connection with the stored first user access information to determine whether the first user and the second user are the same, Accordingly, the second server determines whether to permit the access of the second user.
The user access information includes at least one of a user account and an IP address of a device that the user uses for access.
The first server displays an operation of all other servers except the first server and a link to each server by using an IP address and a web port number, and allows the first user to access the second server. When attempting, the user account of the first user is included in a curry string and transmitted to the second server.
The second server compares the stored first user access information with the second user access information, and permits the second user to log in when both the IP address and the user account of the first user and the second user match. If the IP address or the user account of the first user and the second user does not match, the second user may request new login information.
In the office server SME system according to the present invention, a data server for transmitting and receiving data, a SIP server for providing VoIP service, a UMS server for transmitting and receiving voice mail, a general e-mail It consists of an e-mail server for transmitting and receiving (E-Mail Server), the server is separately embedded in each Web Management Program (Web Management Program). It is also assumed that every server has a web program for administrators, and that UMS servers and e-mail servers also have web programs for general users.

DETAILED DESCRIPTION A detailed description of preferred embodiments of the present invention will now be described with reference to the accompanying drawings. 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. The terms to be described below are terms defined in consideration of functions in the present invention, which may vary according to a user's intention or custom, and the definitions should be made based on the contents throughout the specification.

1 is a view showing an office server SME system according to the present invention. As shown, the present invention provides a data server 101, a SIP server 102, an e-mail server 103, a UMS server 104, and the like. All servers have a web management program 106 and an administrator web program, respectively, and the e-mail server 103 and the UMS server 104 also have web programs for general users.

The call server 100 is a server that provides a telephone service to a user by implementing a general telephone function, and is typically implemented in a motherboard form in a PBX. The data server 101 is a server that performs data collection and management, and manages data such as addresses and routing tables of other servers.

The data server 101 may have a routing table to perform a routing function such as a hub or a router. The data server 101 may be implemented in a mainboard form, that is, embedded form, in the PBX.

SIP server 102 is responsible for data transmission and reception according to the SIP protocol to provide VoIP services to the user. The E-mail server 103 performs normal e-mail transmission and reception according to protocols such as SMTP and POP3. The UMS server 104 is a server that provides a voice service and provides services such as voice mail transmission and reception.

As shown in FIG. 1, each server has a database of the same type, and the IP address, Web port number, and login status information of all users are shared with each database. Save it. The database 105 downloads the initial value from the Call Server 100 when the system starts running from the initial state. In other words, the call server 100 performs a function as a main server.

If a user logs in or logs out to one of the servers that make up the Office Server SME system, the server informs all other servers in the form of a message, and sends its database (105). ). Therefore, it is possible to use the web program of all the servers that make up the Office Server SME system with just one server login.

2 is a flowchart illustrating a method for providing an integrated web environment according to the present invention. First, a user connects to any web server among a plurality of system servers according to the present invention. At this time, the user can access a web server using a commercial browser, and log in by accessing a web manager URL of a specific server of interest (S1). As described above, the web server connection according to the present invention can set a function of a web manager by driving a web program by connecting to a web server using a general general-purpose browser.

When the user logs in, the web server checks the user account and password for authentication, and informs other servers in the form of a message to the other servers about the user access information, that is, the IP address of the access computer, which is the user account and user PC address. (S2). By receiving such a message, the servers according to the present invention can share the same user access information. The web server that informs other servers of the user account and the IP address of the computer updates its database according to the information (S3). At this time, other servers also update their database according to the information.

The user account is divided into an administrator account and a general user account. The server searches for a user account when the user logs in. If the user account is searched for the logged in user account, the server redirects the main screen to the administrator. If the user account is a general user, the main screen is redirected to the general user (S4). ).

3 (a) and 3 (b) show a main screen for an administrator and a main screen for a general user. As shown in (a) of FIG. 3, the main screen for the administrator includes a general configuration service, a data service, a VoIP service, a voice mail service, an e-mail service, and a setting inquiry. Links to menus that make changes possible.

As shown in (b) of FIG. 3, the main screen for a general user is linked with a voice mail service, an e-mail service, and a VoIP service, and receives and sends his or her own voice mail and e-mail. Can be.

The server where the user logs in retrieves the IP address and Web port number of the other servers from the database and establishes a link on the main screen. In this case, the server that does not work does not establish a link.

Therefore, as shown in (a) and (b) of FIG. 3, a server providing a separate service can be accessed from the main screen, and the user selects a desired service from among the services linked to the main screen, thereby accessing the server providing the service. The connection can be made (S5). When moving to another server by accessing the service linked to the main screen, the user account of the currently logged-in user is informed in the form of a query string. QueryString is how the server receives data from the client.

In other words, when data is transmitted from the client to the server, the client passes the data in a get method or a post method, and the server receives the request object.

The get data transmission method is a method of transmitting data after URLs through a collection of curry strings. When sending, there are a method of specifying a get method in a form and a method of attaching a <a> tag. Since the amount of data to be transmitted is limited and exposed, the curry string method is used only for simple data transmission.

Curry string collections allow you to easily pass variables and values to URLs and pass them to any page. Of course, the length of the data is limited, but in general, data of more than 256 characters is rarely available on the web rather than the post method.

The disadvantage of this method is that the length of the data is limited as described above, and data to maintain state information is exposed so easily that data that needs to be secured is not sent in a curry string manner.

As described above, the currently connected server can share user information between servers by informing the newly accessed server of the user account of the currently logged in user in the form of a query string when the user moves to another server.

All web pages compare the user account with the IP address of the connected computer, check the login status, and if they all match, the user can use the desired service without a separate login (S7). This is because the user access information is received from the access server when the first server access as described above and stored in the database.

Therefore, when the IP address of the user account and the access computer is different from the access information stored in the database, that is, the received access information from the initial server, the accessibility of a separate user can be determined according to the change of the IP address of the access computer. .

That is, when a user account transferred in the form of a query string when the user moves from a currently connected server to another server is different from the IP address of the initial server accessing computer, the user account information may be stolen. . Therefore, in this case, the user moves to the initial login screen to match the access information so that the user can log in again (S6).

After all, according to the present invention, in the Office server SME system, Web Manager (Web Manager) is connected to all the servers after logging in with only one user account by transferring the user account when the user moves from the server to another server To use the service.

The technical spirit of the present invention has been described above with reference to the accompanying drawings, but this is by way of example only and not intended to limit the present invention. In addition, it is obvious that any person skilled in the art can make various modifications and imitations without departing from the scope of the technical idea of the present invention.

According to the present invention, in the Office server SME system, the Web Manager provides an integrated login environment to the user so that all users can use the service after logging in with one user account, and all-in-one solution. By providing an integrated web environment by (All-In-One Solution), service quality can be improved.

Claims (10)

In the user management method of a system consisting of at least one server, Storing user access information about a first user connecting to a first server and sharing the first user access information to all other servers except the first server; Wow It is determined whether the first user and the second user are the same by comparing user access information about a second user attempting to access a second server with user access information stored by the second server, and according to the determination result. And a user authentication step of determining whether to allow the second user to access the second server. The method of claim 1, The user connection information, A user management method of a system including at least one of a user account and an IP address of a device that a user uses for access. The method of claim 2, The user authentication step, The first user access information stored by the second server and the second user access information are compared to determine whether the second user is allowed to access according to whether the IP address and the user account of the first and second users match. Doing; Wow If both the IP address and the user account of the first user and the second user match, log in to the second server using the account of the first user stored by the second server, and the IP address of the first user and the second user. Or requesting new login information from a second user if the user accounts do not match. The method of claim 1, The user access information sharing step, Displaying, by the first server, an operation of all other servers except the first server and a link to each server by using an IP address and a web port number; Wow When the first user attempts to connect to the second server through a link to each server, transmitting the user account of the first user to the second server by carrying the user account of the first user in a curry string. How to manage users on the containing system. In an integrated system consisting of at least one server, A first server storing user access information about a first user to access and transmitting the first user access information to all other servers; Wow Receiving and storing first user access information from the first server, and comparing the stored first user access information with the user access information about the second user attempting to access the same user and the second user. And a second server for determining whether to determine whether to allow the second user to access according to the determination result. The method of claim 5, The user connection information, An integrated system comprising at least one of a user account and an IP address of a device that the user uses for access. The method of claim 5, The first server, By using an IP address and a web port number, all other servers except the first server are operated and a link to each server is displayed to the user. When the first user attempts to access the second server, the first server is displayed. And transfer the user account of the user in the curry string to the second server. The method of claim 5, The second server, By comparing the stored first user access information with the second user access information, if the IP address and the user account of the first user and the second user match, the second user is allowed to log in. 2 If the user's IP address or the user account does not match, the integrated system, characterized in that the second user requesting a new login information. delete delete

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