KR100680907B1 - Java-technology compatibility kit-test system and test method for tck - Google Patents

Abstract

A Java-TCK(Technology Compatibility Kit)-test system and a TCK test method thereof are provided to achieve the commercialization and stabilization of TCK contents by verifying a commercialization scenario including TCK authentication. A Java-TCK-test system is comprised of a server mobile terminal(100), a TCK server(110), and a test mobile terminal(120). The server mobile terminal(100) receives a dynamical IP address through a public network. The TCK server(110), connected with the server mobile terminal(100) through a wired communication network, receives the dynamic IP address from the server mobile terminal(100). The TCK server(110), receiving the dynamic IP address, is converted into a virtual wireless automatic registration server. The test mobile terminal(120), connected with the TCK server(110) through a cable, executes a TCK test according to control of the virtual wireless automatic registration server.

Description

Java-Technology Compatibility Kit-Test System and Test Method for TCK}

1 is a block diagram showing a Java-Technology Howanki-test system according to a first embodiment of the present invention.

2 is a flowchart illustrating a TCK test method of a Java-Technology Howan-ki test system according to a first embodiment of the present invention.

3 is a block diagram illustrating a Java-Technology Howanki-test system according to a second embodiment of the present invention.

<Brief description of the main parts of the drawing>

100: server mobile terminal 110: TCK server

120: TCK test mobile terminal

The present invention relates to a Java-Technology Howanki-test system and a TCK test method thereof, and more particularly, a predetermined mobile terminal is connected to a TCK server through a wired or wireless communication network, and another mobile terminal is connected to a wired or wireless communication network. The Java-Technology Howan-key-testing system for establishing a Java-Technology Howan-key test between the mobile terminals by establishing a Java-Technology Howan-ki-test system connected to the TCK server through the TCK server and a TCK test method thereof .

In general, the Java Technology Compatibility Kit (TCK) is a test program and tools that verify that virtual machines (VMs) for licenses that implement Java technology are implemented correctly.

The Java-Technology Support Key (TCK) verifies that all VMs implemented using the Java technology are correctly, completely and consistently implemented. In order to realize Java's advantage of "make once, run anywhere", the VM implemented with Java technology is to satisfy the specification wherever ported.

In addition, a VM passing TCK certification means that it has faithfully implemented the Java VM and MIDP / CLDC in accordance with the Java 2 Micro Edition (J2ME) specification, and operates the same from any midlet in the world. Means to ensure that the

The J2ME's MIDP / CLDC (Mobile Information Device Profile / Connected Limited Device Configuration) specification is required to perform preprocessing by verifying the compiled class file. The verification generates additional information called a stack map required to go through verification or verification of a class file at runtime of the JVM.

The stack map is to pre-set some of the tasks to be performed at runtime for smooth execution of the JVM in a mobile terminal having limited resources. That is, the stack map executes preverify.exe on a class file generated using javac (java programming language compiler) to create a class file for J2ME.

The problems associated with the present invention and solved by the present invention are as follows.

In the conventional Java-Technology Howan-ki test system and its TCK test method, when the data transmission, file execution and TCK test are executed by connecting a USB wired cable between the TCK server and the mobile terminal, the data between the TCK server and the mobile terminal There is a problem that the response signal according to the transmission and the file execution cannot be distinguished from the predetermined test signal generated by the execution of the TCK test.

An object of the present invention is a Java-Technology Howan-ki-test system in which a mobile terminal is connected with a TCK server via a wired or wireless communication network, and another mobile terminal is connected with a TCK server via a wired or wireless communication network. By implementing the test, the response signal generated by the data communication between the TCK server and the mobile terminal is distinguished from the predetermined test signal generated by the TCK test between the TCK server and another mobile terminal.

A mobile terminal for a server for receiving a dynamic IP through a public network; A TCK server connected to the mobile terminal for the server through a wired communication network and converting the dynamic IP into a virtual wireless automatic registration server; And a mobile terminal for a TCK test, which is connected to the TCK server via a wired cable and in which a TCK test is executed under the control of the virtual wireless automatic registration server.

In the TCK test method of a Java technology-technical key-test system having a mobile terminal for a server, a TCK server, and a TCK test mobile terminal, a TCK initial environment for the TCK test is respectively set in the server mobile terminal and the TCK server. First step; And a second step of executing a TCK test between the TCK server and the TCK test mobile terminal.

A mobile terminal for a server for receiving a dynamic IP through a public network; A TCK server connected to the mobile terminal for the server through a wireless communication network and receiving the dynamic IP and converting the dynamic IP into a virtual wireless automatic registration server; And a TCK test mobile terminal connected to the TCK server via a wireless communication network, the TCK test being executed according to the operation of a startup file authorized from the virtual wireless automatic registration server. do.

Hereinafter, described in detail with reference to the accompanying drawings of the present invention.

First Example

1 is a block diagram showing a Java-Technology Howanki-test system according to a first embodiment of the present invention.

Referring to FIG. 1, the Java-Technology Howan-Key test system includes a mobile terminal 100 for a server, a TCK server 110, and a mobile terminal 120 for a TCK test.

First, the server mobile terminal 100 receives a predetermined Internet Protocol (IP) through a public network in order to proceed with a Java-Technology Howanki-test. That is, the server mobile terminal 100 is assigned a dynamic IP (Dynamic Internet Protocol) through the public network to make the TCK server 110 into a virtual over-the-air activation (OTA) server.

Here, it is noted that the public network uses one selected from among wireless communication network methods.

Next, the TCK server 110 is connected to the end of the server mobile terminal 100 by a wired communication network, the TCK server 110 is input to the server mobile terminal 100 through one selected from the wired communication network. The dynamic IP is transferred to a virtual over-the-air activation (OTA) server.

Here, the wired communication network includes a telephone access network (for example: PSTN, ISDN), home PNA, IEEE 1394, PLC or Ethernet.

Next, the TCK test mobile terminal 120 is a device on which the TCK test is executed and is connected to the TCK server 110 through a USB wired cable. That is, an end of the TCK test mobile terminal 120 has a first USB port internally, and is hardwarely connected to a second USB port already provided in the TCK server 110.

Therefore, if the TCK test is successful, the TCK test mobile terminal 120 transmits a predetermined second client IP to the server mobile terminal 100.

Here, more specific details of the TCK test method of the Java-Technology Howanki-test system will be described with reference to FIG. 2.

2 is a flowchart illustrating a TCK test method of a Java-Technology Howan-ki test system according to a first embodiment of the present invention.

1 and 2, the TCK test method of the Java-Technology Ho-wanki-test system does not end with a TCK test alone, but by verifying a commercialization scenario including TCK authentication. To improve quality, commercialize contents for TCK, and stabilize TCK contents.

In general, over-the-air activation (OTA) is a service for the public, unlike conventional PCS terminals. Therefore, the customer's subscription method also goes beyond the dependent form of the existing operators.

For example, the wireless automatic registration (OTA) is a technology developed in accordance with the requirement to purchase a PCS terminal in the super market and register at home. That is, the subscriber calls the operator's customer center and informs the subscriber's name, credit card number, address, etc. by telephone, and the system records the information necessary for registering the terminal purchased by the customer in the home location register, and some information is By injecting wirelessly and injecting into the terminal, the registration procedure is simply completed.

In addition, the function of wireless automatic registration (OTA) can be implemented by integrating into a HLR (Hone Location Register) and CSBS (Customer Support Billing System) system, but a separate wireless automatic registration (OTA) server for efficient use of network resources Sometimes put.

Before describing the TCK test method of the present invention, it is described in advance that the Java-Technology Ho-wanki-test system is composed of a server mobile terminal 100, a TCK server 110 and a TCK test mobile terminal 120.

That is, in the TCK test method of the Java-Technology Howan-ki test system according to an embodiment of the present invention, a predetermined Java TCK program for the Java TCK test is first set in the TCK server 110 (S1), and the server moves. The terminal 100 receives a dynamic IP through a public network (S2).

Next, the server mobile terminal 100 converts the internally provided first client IP into the dynamic IP (S3), and then transfers the dynamic IP to the TCK server 110 (S4). If the first client IP is not converted to the dynamic IP, the dynamic IP is not delivered to the TCK server 110.

In this case, it is the change of the IP address value that is not the physical translation that the first client IP is converted to the dynamic IP.

If it is determined that the dynamic IP transmitted to the TCK server 110 is wrong information, the server mobile terminal 100 receives a predetermined response signal from the TCK server 110, and then again obtains a new dynamic IP. Transfer to the TCK server 110.

Next, after receiving the dynamic IP from the mobile terminal 100 for the server, the TCK server 110, it is possible to set the Java host name (Java Host Name) which is the operating key of the Java TCK program that the dynamic IP is already set Determine (S5).

That is, when the TCK server 110 determines whether the dynamic IP data is abnormal by itself and determines that the dynamic IP is a normal value, the TCK server 110 assigns the dynamic IP to a Java host name. Set to. Accordingly, the TCK server 110 builds a virtual wireless automatic registration (OTA) server for executing the Java TCK test (S6).

In other words, the TCK server 110 is converted to a virtual wireless automatic registration server for the Java TCK test.

Here, the Java host name is an operation control key for a Java TCK test generated according to the input of the dynamic IP.

Meanwhile, when the TCK server 110 determines the dynamic IP by itself and determines that the dynamic IP is an error value or an incorrect information value, the TCK server 110 is transferred from the server mobile terminal 100. Delete the dynamic IP. Therefore, the TCK server 110 transmits a predetermined response signal to the mobile terminal 100 for the server in order to receive a new dynamic IP again.

Here, the response signal is a confirmation signal that informs the server mobile terminal 100 that the dynamic IP is an incorrect error value or wrong information value.

Next, as the TCK server 110 receives a normal dynamic IP, the TCK server 110 is converted into a virtual wireless automatic registration server. That is, the wireless auto-registration server downloads a predetermined test midlet and downloads Test.jar of GetNextApp.jad through HTTP (HyperText Transfer Protocol), which is a web browser (S7).

As a result, as the TCK server 110 downloads the test midlet, data communication for execution of predetermined data and file execution between the TCK server 110 and the server mobile terminal 100 is permitted. (S8).

The test midlet of the TCK server 110 is a connection source that facilitates data communication between the TCK server 110 and the server mobile terminal 100.

In addition, the TCK server 110, which has downloaded Test.jar of GetNextApp.jad via HTTP, prepares to implement the TCK test by temporarily storing the Test.jar file in an agent management system (AMS). (S9).

Next, according to the execution command of the TCK server 110, Test.jar temporarily stored in the agency management system is operated to perform the TCK test between the TCK server 110 and the TCK test mobile terminal 120 The environment is created.

Here, Test.jar of GetNextApp.jad is a startup file for executing a TCK test between the TCK server 110 and the TCK test mobile terminal 120.

Next, when the initial environment is set according to the operation of Test.jar, the TCK test is executed between the TCK server 110 and the TCK test mobile terminal 120. That is, the TCK server 110 and the TCK test mobile terminal 120 transmit and receive data to each other, and implements a TCK test for executing file open / read / write / close (S10).

However, even if the initial environment is set according to the execution of the Test.jar, if the data is not transmitted or received between the TCK server 110 and the TCK test server 120 or if the file open / read / write / close is not executed. The TCK test fails.

In this case, the TCK server 110 recognizes that the error occurred due to a wrong error or incorrect information of the dynamic IP, and receives a new dynamic IP from the server mobile terminal 100 again.

Next, if the data transmission and reception of the TCK test and the open / read / write / close of the file are successful between the TCK server 110 and the TCK test mobile terminal 120, the TCK test mobile terminal 120 is connected to the public network. A second client IP provided internally to the TCK test mobile terminal 120 is output (S11).

Here, the second client IP is a signal indicating the success of the TCK test, the second client IP is transmitted to the server mobile terminal 100 according to whether the TCK test is executed.

Lastly, the server mobile terminal 100 receives the second client IP, generates a predetermined confirmation signal, and transmits the predetermined confirmation signal to the TCK server 110 (S12), and the TCK server 110 responds to the confirmation signal. The confirmation message is generated and the confirmation message is displayed using a display device already provided (S13).

2nd Example

3 is a block diagram illustrating a Java-Technology Howanki-test system according to a second embodiment of the present invention.

Referring to FIG. 3, the Java-Technology Howan-Key test system includes a mobile terminal 100 for a server, a TCK server 110, and a mobile terminal 120 for a TCK test.

First, the server mobile terminal 100 receives a predetermined Internet Protocol (IP) through a public network in order to proceed with a Java Technology Compatibility Kit (TCK) test.

That is, the server mobile terminal 100 is assigned a dynamic IP (Dynamic Internet Protocol) through the public network to make the TCK server 110 into a virtual over-the-air activation (OTA) server.

Here, it is noted that the public network uses one selected from among wireless communication network methods.

Next, the TCK server 110 is connected to the server mobile terminal 100 and the TCK test mobile terminal 120 through a selected one of the wireless communication networks. That is, the TCK server 110 receives the dynamic IP input to the mobile terminal 100 for the server through a selected one of the wireless communication network is changed into a virtual wireless automatic registration server.

In addition, the TCK server 110 receives a predetermined startup file for the TCK test through HTTP (HyperText Transfer Protocol), and performs a TCK test with the test mobile terminal 120 using one selected from a wireless communication network. Run

In addition, the TCK server 110 is one selected from among the wireless communication networks, so as to be connected to the server mobile terminal 100 or the TCK test mobile terminal 120, respectively, a separate wireless communication device internally (for example: Bluetooth). It has at least one.

Here, the wireless communication network includes Bluetooth, Infrared Data Association (IrDA), Ultra WideBand (UWB), WiMedia, ZigBee or HomeRF.

Next, the TCK test mobile terminal 120 is a device for executing a TCK test, and is connected to the TCK server 110 using a wireless communication device of the TCK server 110. Therefore, if the TCK test is successful, the TCK test mobile terminal 120 transmits a predetermined second client IP to the server mobile terminal 100.

Although the above has been described with reference to a preferred embodiment of the present invention, those skilled in the art will be able to variously modify and change the present invention without departing from the spirit and scope of the invention described in the claims below. It will be appreciated.

According to the present invention described above, the mobile terminal is connected to the TCK server through a wired or wireless communication network, and another mobile terminal is connected to the TCK server through a wired or wireless communication network. Technical support key-test is implemented. In other words, the Java-Technology Howan-test system, in which Java-Technology Howan-test is implemented, verifies the commercialization scenario including TCK certification, improves the quality of the Java-Technology Howan-test system, and contents for TCK. It has the effect of increasing the commercialization and stabilization of TCK content.

Claims (22)

A mobile terminal for a server for receiving a dynamic IP through a public network; A TCK server connected to the mobile terminal for the server through a wired communication network and converting the dynamic IP into a virtual wireless automatic registration server; And And a TCK server connected to the TCK server via a wired cable, and including a TCK test mobile terminal for executing a TCK test under the control of the virtual wireless automatic registration server. The method of claim 1, wherein the server mobile terminal, Converting the first client inherent in the mobile terminal for the server to the dynamic IP, Java-Technology Howan-ki test system, characterized in that for delivering the dynamic IP to the TCK server. The method of claim 1, wherein the TCK server, Set up a given Java TCK program, By the operation control key set by the dynamic IP is converted into a virtual wireless automatic registration server, A Java-Technology Howanki-Test system, characterized by downloading a TCK test startup file via a hypertext transfer protocol. According to claim 1, The TCK test mobile terminal, According to the operation of the TCK test startup file downloaded to the TCK server, the TCK test is executed, And a second client IP inherent in the TCK test mobile terminal to the server mobile terminal according to the success of the TCK test. The Java-Technology Howan-Key test system according to claim 1, wherein the wired communication network is one selected from a dial-up network, a home PNA, an IEEE 1394, a PLC, and an Ethernet. The Java-Technology Howan-Key test system according to claim 1, wherein the wired cable is a USB wired cable connecting the first USB port of the TCK server and the second USB port of the TCK test mobile terminal to each other. In the TCK test method of a Java-Technology Howan-ki test system having a mobile terminal for a server, a TCK server and a mobile terminal for a TCK test,  A first step of setting a TCK initial environment for the TCK test in the server mobile terminal and a TCK server, respectively; And  And a second step of executing a TCK test between the TCK server and the TCK test mobile terminal. The method of claim 7, wherein the first step, Setting a Java TCK program in the TCK server; Receiving, by the server mobile terminal, a dynamic IP through a public network; Converting a first client IP formed in the mobile terminal for the server into the dynamic IP; Forwarding the dynamic IP to the TCK server; Setting an operation control key according to whether data of the dynamic IP is abnormal; Converting the TCK server into a virtual wireless automatic registration server as the operation control key is set; And The TCK test method of the Java-Technology-Hwanky-Test system comprising the step of downloading a startup file via a hypertext transfer protocol. The TCK test method of claim 8, wherein when the data of the dynamic IP is abnormal, the TCK server receives a new dynamic IP from the mobile terminal for the server. The TCK test method according to claim 8, wherein a connection source can be downloaded as the TCK server is converted into a virtual wireless auto registration server. 12. The TCK test method according to claim 10, wherein the connection source is information data that facilitates data communication between the TCK server and a mobile terminal for the server. The TCK test method of claim 8, wherein the downloaded startup file is temporarily stored in a large management system provided in the TCK server. The method of claim 7, wherein the second step, Executing the TCK test between the TCK server and the TCK test mobile terminal according to the operation of the startup file; And And transmitting, according to the success of the TCK test, a second client IP formed in the TCK test mobile terminal to the server mobile terminal. The TCK test method according to claim 13, wherein the second client IP is a signal indicating that the TCK test has been executed. 15. The method of claim 14, wherein the server mobile terminal generates a confirmation signal as the second client IP is delivered to the server mobile terminal. 16. The TCK test method of claim 15, wherein the TCK server generates a confirmation message as the confirmation signal is transmitted to the TCK server. 17. The method of claim 16, wherein the TCK server displays the confirmation message through a display device provided in the TCK server.  The Java-Technology Howan-Key test according to claim 13, wherein the TCK test succeeds when data transmission and file open / read / write / close are executed between the TCK server and the TCK test mobile terminal. TCK test method of system. The TCK test method according to claim 13, wherein when the execution of the TCK test fails, a new dynamic IP is again applied to the TCK server via the server mobile terminal. 20. The Java-Technology Howan-Ki test system according to claim 19, wherein the failure of the TCK test execution is not performed by the TCK server and the TCK test mobile terminal. TCK test method. A mobile terminal for a server for receiving a dynamic IP through a public network; A TCK server connected to the mobile terminal for the server through a wireless communication network and receiving the dynamic IP and converting the dynamic IP into a virtual wireless automatic registration server; And And a TCK test mobile terminal connected to the TCK server via a wireless communication network, the TCK test being executed according to the operation of a startup file authorized from the virtual wireless automatic registration server. 22. The Java-Technology Howan-Key system according to claim 21, wherein the wireless communication network is one selected from Bluetooth, Infrared Data Association (IrDA), Ultra WideBand (UWB), WiMedia, ZigBee or HomeRF.

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