JP2003208336A - Evaluation system of ic card handling terminal - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To perform evaluation to a plurality of IC card handling terminals each of which handles IC cards with different processing sequences by one system. <P>SOLUTION: The system for evaluating the IC card handling terminals for handling the IC cards in a predetermined order by processing sequences, is provided with: a storage means for storing group information formed by sorting sets of the commands to be supplied from the IC card handling terminals and the processing contents of responses into groups based on the processing sequences by adding information regarding the next processing to it; and a judgment means for judging the propriety of commands sequentially supplied from the IC cards and the propriety of processing on the basis of the commands sequentially supplied from the IC card handling terminals and storage contents stored in the storage means. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an IC card handling terminal evaluation system for evaluating an IC card handling terminal that handles IC cards in a predetermined order according to a processing sequence.

[0002]

2. Description of the Related Art In recent years, due to security problems in credit cards and the like, a magnetic card provided with a magnetic tape is being replaced with an IC card. In a POS terminal as an IC card handling terminal that handles this IC card, processing is executed based on a processing sequence predetermined with the IC card to be handled.

Therefore, in the evaluation system as a simulator for evaluating the IC card handling terminal, the evaluation processing is performed based on a predetermined processing sequence.

Therefore, there is a drawback that one system cannot evaluate a plurality of IC card handling terminals that handle IC cards having different processing sequences.

[0005]

SUMMARY OF THE INVENTION According to the present invention, a plurality of ICs handle IC cards each having a different processing sequence.
It is an object of the present invention to provide an evaluation system for an IC card handling terminal, which enables evaluation of a card handling terminal with one system.

[0006]

An IC card handling terminal evaluation system according to the present invention evaluates an IC card handling terminal that handles IC cards in a predetermined order according to a processing sequence. A storage unit that stores a set of supplied processing contents of a command and a response by dividing the group information into groups based on a processing sequence and adding information about the next processing, and a command sequentially supplied from the IC card handling terminal. It has a judgment means for judging the validity of the command and the validity of the processing sequentially supplied from the IC card handling terminal based on the stored contents stored in the storage means.

[0007]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An evaluation system for an IC card handling terminal according to an embodiment of the present invention will be described below with reference to the drawings.

The terminal evaluation system 1 of the present invention is shown in FIG.
As shown in FIG. 2, an IC card terminal (I
It is a tool for evaluating the C card handling terminals) 2a, 2b, ... And is used as a simulator.

As shown in FIGS. 1 and 2, the terminal evaluation system 1 comprises a dummy card 3, a level converter 4, and a personal computer (personal computer) 5 as a control unit.

The dummy card 3 includes an IC card terminal 2a,
2b, ... Are set instead of the IC card when the evaluation is performed, and are configured by the contact portion 3a and the substrate 3b on which only the contact portion 3a is mounted.

The level converter 4 includes an IC card terminal 2a,
The signal level handled by 2b ... Is matched with the signal level handled by the personal computer 5, or the protocol of the signal is converted.

The personal computer 5 executes a sequence process for evaluating a terminal based on a prescript stored as a description expression of a simulation.

As shown in FIGS. 1 and 2, the personal computer 5 has a CPU 11 for controlling the entire personal computer 5, a HDD 12 in which a control program, a script as a descriptive expression of simulation, etc. are stored, and a RAM 1 for data storage.
3, a keyboard 14 for inputting various instructions, and a display unit 15 for displaying the content of the instructions.

The personal computer 5 and the level converter 4 are 2
It is connected through an interface such as 82C or USB.

The terminal evaluation system 1 is an example of an IC card simulator, and realizes the function of an IC card by using a personal computer. The evaluation is performed by inserting a card-shaped interface into the IC card terminals 2a, 2b, ...
The terminal evaluation system 1 operates like the IC cards 8a and 8b, and can evaluate the functions of the IC card terminals 2a, 2b, .... In addition, the actual IC card 8a,
Unlike 8b, it is possible to easily perform an abnormal operation.

The IC cards 8a and 8b operate in response to commands from the IC card terminals 2a, 2b, ... And return responses to the commands. Therefore, the terminal evaluation system 1 also operates in accordance with commands from the IC card terminals 2a, 2b, ....

The IC card terminals 2a, 2b, ... Handle different types of IC cards 8a, 8b, respectively. For example, the IC card terminal 2a is an I
It handles the C card 8a, and the IC card terminal 2b
Handles the IC card 8b for company B. The processing sequence is different between the IC card 8a for company A and the IC card 8b for company B. For example, the processing order and contents are different.

The IC card terminal 2a (2b, ...)
A CPU 21 for controlling the entire corresponding terminals, a ROM 22 for storing control programs and the like, a RAM 23 for storing data, a keyboard 2 for inputting a setting state instruction.
4, a display unit 25 for displaying the contents of the processing, a printer 26 for printing the processing results, an IC card 8a (8
(b, ...) Or a card reader / writer 27 for exchanging data with the terminal evaluation system 1 and a ten-key pad 28 for inputting a secret code.

Even if the IC card terminals 2a, 2b, ... Have the same function, the IC card terminals 2a, 2b ,.
The processing method may be different depending on b, .... For example, FIGS. 3 and 4 show an example thereof. This example is a process for reading a certain record. IC card terminals 2a, 2
In the processes of b, ..., Necessary record information is read by a read command (READ RECORD command) after selecting a directory in which a record to be read exists (SELECT command). In the processing of the IC card terminals 2a, 2b, ..., Required record information is read by directly selecting a record in the read command (READ RECORD command) without selecting a directory.

As described above, even when the function of reading out necessary information is realized, the IC card terminal 2a,
The processing method may differ depending on 2b, ..., And this terminal processing system 1 needs to absorb a state in which the processing is different but the function is satisfied.

The IC card terminals 2a, 2b as described above,
In order to accept the processing when the function is satisfied even if there is a difference in the processing due to ..., the present invention considers the command and the response as a group, and further manages the group in a group to facilitate IC processing. It is to absorb the difference in processing by the card terminal.

A description of a response to a command is called a script. In the present invention, the operation of the terminal evaluation system 1 can be freely changed by reading the script by the terminal evaluation system 1. Describe the set of command and response in the script. IC card terminals 2a, 2b, ...
When the command is transmitted from the terminal evaluation system 1, according to the script, the terminal evaluation system 1 determines whether the command can be received in the current state. If the command can be received, a response to the command is returned. Here, it is realized by checking the group of the set of command and response when determining whether the command can be received.

The IC card 8a (8b, ...) Is shown in FIG.
As shown in FIG. 3, the physical structure is composed of a control element 31, a data memory 32, a program memory 33, and a contact portion 34 for controlling the whole.

The data memory 32 is used for storing various data and is composed of an EEPROM (nonvolatile memory). The program memory 33 is composed of a mask ROM, and the control program is stored in advance. The contact portion 34 serves as a contact with the outside (card reader / writer 27).

The data stored in the data memory 32 is managed by a file tree structure image as shown in FIG. That is, MF (master file), DF
(Digested file) and EF (elementary file) are stored in a hierarchical structure. Data is recorded in the EF for each record or for each tag.

FIG. 6 shows a split as a descriptive expression of the simulation stored in the HDD 12 in the personal computer 5.
Will be explained.

A plurality of processing steps in the processing sequence for each IC card terminal 2a, 2b, ...
The processes (group) common to the card terminals 2a, 2b, ... And the individual processes (group) of the IC card terminals 2a, 2b ,.

Group 1 as the first (first) process
Describes that the command is activated, the status is initial response, and the next group is 2.

In the group 2 as the second process, the command is READ RECORD, the status is data, and the next group is 3.

In the group 3 as the third processing, the command is WRITE RECORD, the status is normal, and the next group is 4.

In the group 3 as the third processing, the command is READ RECORD, the status is data, and the next group is 5.

In the group 4 as the fourth processing, the command is READ RECORD, the status is data, and the next group is 6.

In the group 5 as the fifth processing, the command is WRITE RECORD, the status is data, and the next group is 6.

In the group 6 as the sixth processing, the command is VERIFY, the status is abnormal status,
It is described that there is no next group.

Groups 1, 2, and 6 are IC card terminals 2
are processed in common for a, 2b, ..., Group 3 is processed individually for the IC card terminals 2a, 2b, ..., Group 4 is processed for the IC card terminal 2a. The group 5 is processed individually, and the group 5 is processed individually for the IC card terminal 2b.

As described above, the IC card terminals 2a, 2
When the order of performing sequence processing for evaluating b, ... Is considered as a group, the expected value of the first command sent from the IC card terminals 2a, 2b ,. A normal response is returned in response to the command, and the command sent from the IC card terminals 2a, 2b, ... Is set as the second group. By thus managing the groups as a group, the IC card terminals 2a, 2b,
It is possible to easily reply various responses to various commands from.

First, a process for simulating the IC card terminal 2a by the terminal evaluation system 1 will be described with reference to a script description example shown in FIG. 6 and flowcharts shown in FIGS.

For example, now, the keyboard 14 of the personal computer 5
And the display unit 15 are used to set the simulation mode of the IC card terminal (ST1). As a result, the CPU 11 of the personal computer 5 determines the simulation mode of the IC card terminal (ST2), and enters the standby state for the first group described in the HDD 12 (ST
3).

Further, the dummy card 3 of the terminal evaluation system 1 is inserted into the IC card insertion opening (not shown) of the IC card terminal 2a (ST4). Then, the IC card terminal 2
The CPU 21a of “a” generates an activation command by judging the insertion of the IC card (ST5), and transmits the generated activation command to the card reader / writer 27 (ST).
6). The card reader / writer 27 activates the IC card by the activation command. That is, the dummy card 3 is supplied with power and a clock and outputs a signal for canceling the reset. The power supply, the clock, and the signal for releasing the reset are supplied to the CPU 11 of the personal computer 5.

As a result, the CPU 11 of the personal computer 5
When power is supplied (ST7), the command for the first group described in the HDD 12 is read (ST8), and it is determined whether the command is a receivable command (ST9).

At this time, the CPU 11 of the personal computer 5 determines that it is a receivable command, reads the initial response response as the status to the activation command described in the HDD 12 (ST10), and reads the read initial response response. Level converter 4, dummy card 3,
It is transmitted to the CPU 21 of the IC card terminal 2a via the card reader / writer 27 (ST11).

The CPU 11 of the personal computer 5 is the HDD 1
The next group for the activation command described in No. 2 is determined to be "2" (ST12), and the standby state for the second group described in HDD 12 is set (ST).
13).

As a result, the CPU of the IC card terminal 2a
When the initial response is received in response to the activation command transmission (ST14), the reference numeral 21 generates a read record command (ST15), and the generated read record command is sent to the card reader / writer 27, the dummy card 3, and the level. It is transmitted to the CPU 11 of the personal computer 5 via the converter 4 (ST16).

As a result, the CPU 11 of the personal computer 5
When a read record command is received (ST17), H
The command for the second group described in the DD 12 is read (ST18), and it is determined whether the command is a receivable command (ST19).

At this time, the CPU 11 of the personal computer 5 determines that the command is a receivable command, reads the data as the status corresponding to the read record command written in the HDD 12 (ST20), and reads the read data from the level converter. 4, the dummy card 3, and the card reader / writer 27 to transmit to the CPU 21 of the IC card terminal 2a (ST21).

The CPU 11 of the personal computer 5 is the HDD 1
The next group for the read record command described in No. 2 is determined to be "3" (ST22), and the standby state is set for the third group described in the HDD 12 (ST23).

As a result, the CPU of the IC card terminal 2a
21 receives the data in response to the transmission of the read record command (ST24), generates a write record command including the write data (ST25), and transmits the generated write record command to the card reader / writer 27,
It is transmitted to the CPU 11 of the personal computer 5 via the dummy card 3 and the level converter 4 (ST26).

As a result, the CPU 11 of the personal computer 5
When a write record command is received (ST27), H
The command for the third group described in the DD 12 is read (ST28), and it is determined whether the command is a receivable command (ST29).

At this time, the CPU 11 of the personal computer 5 determines that the command is a receivable command, reads the normal status as the status for the write record command described in the HDD 12 (ST30), and sets the read normal status as a level. Converter 4, dummy card 3,
It is transmitted to the CPU 21 of the IC card terminal 2a via the card reader / writer 27 (ST31).

Further, the CPU 11 of the personal computer 5 judges whether or not the command is a receivable command (ST32), and the HDD
A standby state for the fourth group described in No. 12 is entered (ST33).

As a result, the CPU of the IC card terminal 2a
21 receives the normal status in response to the transmission of the write record command (ST34), generates a read record command (ST35), and converts the generated read record command into the card reader / writer 27, dummy card 3, and level conversion. CPU 11 of PC 5 via device 4
(ST36).

As a result, the CPU 11 of the personal computer 5
When a read record command is received (ST37), H
The command for the fourth group described in the DD 12 is read (ST38), and it is determined whether or not the command is a receivable command (ST39).

At this time, the CPU 11 of the personal computer 5 determines that the command is a receivable command, reads the data as the status corresponding to the read record command described in the HDD 12 (ST40), and reads the read data. 4, the dummy card 3, and the card reader / writer 27 to transmit to the CPU 21 of the IC card terminal 2a (ST41).

The CPU 11 of the personal computer 5 is the HDD 1
The next group for the read record command described in No. 2 is determined to be "6" (ST42), and the standby state is set for the sixth group described in the HDD 12 (ST43).

As a result, the CPU of the IC card terminal 2a
When receiving the data in response to the transmission of the read record command (ST44), the guide 21 guides the input of the secret code by the display unit 25 and generates a verify command including the secret code input by the keyboard 24 based on this guide. (ST45), the generated verify command is sent to the card reader / writer 27, the dummy card 3, and the level converter 4.
To the CPU 11 of the personal computer 5 via (ST4
6).

As a result, the CPU 11 of the personal computer 5
When the verify command is received (ST47), the HDD
The command for the sixth group described in 12 is read (ST48), and it is determined whether the command is a receivable command (ST49).

At this time, the CPU 11 of the personal computer 5 determines that it is a receivable command, reads the normal status as the status for the verify command described in the HDD 12 (ST50), and converts the read normal status into the level. CP of the IC card terminal 2a via the container 4, the dummy card 3, and the card reader / writer 27
It is transmitted to U21 (ST51).

As a result, the CPU of the IC card terminal 2b
When the normal status is received in response to the transmission of the verify command, reference numeral 21 terminates the processing (ST54), and the CPU 11 of the personal computer 5 judges that there is no next group for the verify command written in the HDD 12 ( (ST52), a series of sequence processing ends (ST53).

An abnormal status may be described as the status for the verify command for the sixth group. In this case, the CPU 21 transmits the abnormal status in step 51.

As a concrete example of the above-mentioned operation, the read record command transmitted in the above step 16 is a read command of the personal ID, and the above-mentioned step 26
The write record command transmitted according to step 36 is a date write command, the read record command transmitted according to step 36 is a read command for the number of store visits, and the verify command transmitted in step 46 is a password confirmation command.

Next, a process for simulating the IC card terminal 2b by the terminal evaluation system 1 will be described with reference to a script description example shown in FIG. 6 and flowcharts shown in FIGS. 13 to 18.

For example, now, the keyboard 14 of the personal computer 5
And the display section 15 are used to set the simulation mode of the IC card terminal (ST101). As a result, the CPU 11 of the personal computer 5 determines the simulation mode of the IC card terminal (ST102), and enters the standby state for the first group described in the HDD 12 (ST103).

Further, the dummy card 3 of the terminal evaluation system 1 is inserted into the IC card insertion opening (not shown) of the IC card terminal 2b (ST104). Then, the CPU 21 of the IC card terminal 2b generates an activation command by judging the insertion of the IC card (ST105), and transmits the generated activation command to the card reader / writer 27 (ST106). The card reader / writer 27 activates the IC card by the activation command. That is,
The dummy card 3 is supplied with power and a clock and outputs a signal for releasing the reset. The power supply, the clock, and the signal for releasing the reset are the CPU 11 of the personal computer 5.
Is supplied to.

As a result, the CPU 11 of the personal computer 5
When power is supplied (ST107), the command for the first group described in the HDD 12 is read (ST108), and it is determined whether or not the command is a receivable command (ST109).

At this time, the CPU 11 of the personal computer 5 determines that it is a receivable command, reads the initial response response as the status to the activation command written in the HDD 12 (ST110), and reads the read initial response response. Through the level converter 4, the dummy card 3, and the card reader / writer 27.
It is transmitted to the CPU 21 of a (ST111).

The CPU 11 of the personal computer 5 is the HDD 1
The next group to the activation command described in No. 2 is determined to be "2" (ST112), and the standby state for the second group described in HDD 12 is set (S112).
T113).

As a result, the CPU of the IC card terminal 2a
When receiving the initial response in response to the activation command transmission (ST114), the reference numeral 21 generates a read record command (ST115), and the generated read record command is transmitted to the card reader / writer 27, the dummy card 3, and the level. CPU 11 of the personal computer 5 via the converter 4
(ST116).

As a result, the CPU 11 of the personal computer 5
When a read record command is received (ST117),
The command for the second group described in the HDD 12 is read (ST118), and it is determined whether the command is a receivable command (ST119).

At this time, the CPU 11 of the personal computer 5 determines that the command is a receivable command, reads the data as the status for the read record command described in the HDD 12 (ST120), and reads the read data. 4, the dummy card 3, and the card reader / writer 27 to transmit to the CPU 21 of the IC card terminal 2b (ST121).

The CPU 11 of the personal computer 5 is the HDD 1
The next group for the read record command described in No. 2 is determined to be “3” (ST122), and the HDD 12
The standby state for the third group described in (ST123).

As a result, the CPU of the IC card terminal 2b
21 receives the data in response to the transmission of the read record command (ST124), generates a read record command (ST125), and uses the generated read record command in the card reader / writer 27, the dummy card 3, and the level converter. It transmits to CPU11 of the personal computer 5 via 4 (ST126).

As a result, the CPU 11 of the personal computer 5
When a read record command is received (ST127),
The command for the third group described in the HDD 12 is read (ST128), and it is determined whether or not the command is a receivable command (ST129).

At this time, the CPU 11 of the personal computer 5 determines that the command is a receivable command, reads the data as the status corresponding to the read record command described in the HDD 12 (ST130), and reads the read data from the level converter. 4, the dummy card 3, and the card reader / writer 27 to transmit to the CPU 21 of the IC card terminal 2b (ST131).

The CPU 11 of the personal computer 5 is the HDD 1
The next group for the read record command described in No. 2 is determined to be "5" (ST132), and the HDD 12
The standby state for the fifth group described in (ST133).

As a result, the CPU of the IC card terminal 2b
21 receives the data in response to the transmission of the read record command (ST134), generates a write record command including the write data (ST135), and outputs the generated write record command to the card reader / writer 2
It is transmitted to the CPU 11 of the personal computer 5 through the dummy card 3, the level converter 4, and the dummy card 3 (ST136).

As a result, the CPU 11 of the personal computer 5
When a write record command is received (ST137),
The command for the fifth group described in the HDD 12 is read (ST138), and it is determined whether the command is a receivable command (ST139).

At this time, the CPU 11 of the personal computer 5 determines that the command is a receivable command, reads the normal status as the status for the write record command described in the HDD 12 (ST140), and sets the read normal status as a level. The IC card terminal 2 through the converter 4, the dummy card 3, and the card reader / writer 27
It is transmitted to the CPU 21 of a (ST141).

The CPU 11 of the personal computer 5 is the HDD 1
It is determined that the next group to the write record command described in 2 is "6" (ST142), and the HDD 12
The standby state for the sixth group described in (ST143).

As a result, the CPU of the IC card terminal 2b
When receiving the data in response to the transmission of the write record command (ST144), the display unit 21 guides the personal identification input by the display unit 25, and generates a verification command including the personal identification number input by the keyboard 24 based on this guidance. Then, the generated verify command is transmitted to the CPU 11 of the personal computer 5 via the card reader / writer 27, the dummy card 3 and the level converter 4 (ST145) (ST).
146).

As a result, the CPU 11 of the personal computer 5
When a verify command is received (ST147), HD
The command for the sixth group described in D12 is read (ST148), and it is determined whether or not the command is a receivable command (ST149).

At this time, the CPU 11 of the personal computer 5 determines that it is a receivable command, reads the normal status as the status for the verify command described in the HDD 12 (ST150), and level-converts the read normal status. C of the IC card terminal 2a through the container 4, the dummy card 3, and the card reader / writer 27
It transmits to PU21 (ST151).

As a result, the CPU of the IC card terminal 2b
When receiving the normal status in response to the transmission of the verify command, the reference numeral 21 ends the processing (ST154),
Further, the CPU 11 of the personal computer 5 determines that there is no next group for the verify command described in the HDD 12 (ST152), and ends a series of sequence processing (ST153).

An abnormal status may be described as the status for the verify command for the sixth group. In this case, the CPU 21 transmits the abnormal status in step 151.

As a concrete example of the above-mentioned operation, the read record command transmitted in the above step 116 is the read command of the personal ID, and the above-mentioned step 1
The read record command transmitted at 26 is a read command for the number of store visits, the write record command transmitted at step 136 is a date writing command, and the verify command transmitted at step 146 is a password confirmation command.

As described above, the system for evaluating the function of the terminal having the interface with the IC card,
That is, in a system for confirming the function of a behavior terminal like an IC card, it has a function of communicating with an IC card, that is, reading the processing contents of a command and a response from the outside, and changing the processing contents of the command and a response. It is a system that can change the evaluation function by
It has a function of describing the set of the command and the response by dividing it into groups based on the processing sequence, and has a function of adding information on the next processing to the group information.
It has a function of judging the validity of the command transmitted from the terminal based on the group information, and a function of judging the validity of the processing based on the processing order added to the group information.

As a result, in an IC card simulator for evaluating a terminal having an IC card interface, it is possible to easily handle the difference in processing method due to the difference in terminal. In addition, it is possible to combine the processes that have been divided into the test processes for each terminal up to now, and the evaluation test can be easily managed.

Therefore, it is possible to evaluate a plurality of IC card handling terminals, each handling an IC card having a different processing sequence, with one system.

As described above, in FIG. 7, the command that can be received after returning the initial response to activation is R
It is an EAD RECORD command. When the READ RECORD command is transmitted from the IC card terminal 2a, normal data is returned and the state shifts to a state of waiting for the next command. Commands that can be received in this state are WR
ITE RECORD command or READ RE
It is a CORD command. Here, the IC card terminal 2a
When READ RECORD command is received from
Reply normal data, write from next group information
It will wait for a RECORD command.

When the order of processing is considered as a group, the expected value of the first command sent from the IC card terminals 2a, 2b, ... Is the first group. A normal response is returned in response to the command, and the command sent from the IC card terminals 2a, 2b, ... Is set as the second group. By thus managing the group as a group, it becomes possible to easily reply various responses to various commands from the IC card terminals 2a, 2b, ....

With this function, the above terminal evaluation system 1
Can easily realize the function as an original IC card. Further, it is possible to easily set the abnormal processing which is difficult to realize with the original IC card.

By adding the next group information, the processing sequence can be easily set.

[0092]

As described above in detail, according to the present invention, an IC card handling terminal capable of evaluating a plurality of IC card handling terminals each handling an IC card having a different processing sequence by one system. An evaluation system can be provided.

[Brief description of drawings]

FIG. 1 is a diagram showing a schematic configuration of an evaluation system of an IC card handling terminal for explaining an embodiment of the invention.

FIG. 2 is a block diagram showing a schematic configuration of an IC card handling terminal evaluation system and an IC card handling terminal.

FIG. 3 is a diagram for explaining exchange of commands and the like of an IC card terminal and an IC card.

FIG. 4 is a diagram for explaining exchange of commands and the like of an IC card terminal and an IC card.

FIG. 5 is a diagram for explaining an example of data stored in a data memory.

FIG. 6 is a diagram for explaining a simulation descriptive expression.

FIG. 7 is a flowchart for explaining processing when a simulation of an IC card terminal is performed by the terminal evaluation system.

FIG. 8 is a flowchart for explaining processing when a simulation of an IC card terminal is performed by the terminal evaluation system.

FIG. 9 is a flowchart for explaining processing when a simulation of an IC card terminal is performed by the terminal evaluation system.

FIG. 10 is a flowchart for explaining a process when a simulation of an IC card terminal is performed by the terminal evaluation system.

FIG. 11 is a flowchart for explaining processing when a simulation of an IC card terminal is performed by the terminal evaluation system.

FIG. 12 is a flowchart for explaining processing when a simulation of an IC card terminal is performed by the terminal evaluation system.

FIG. 13 is a flowchart for explaining processing when a simulation of an IC card terminal is performed by the terminal evaluation system.

FIG. 14 is a flowchart for explaining processing when a simulation of an IC card terminal is performed by the terminal evaluation system.

FIG. 15 is a flowchart for explaining processing when a simulation of an IC card terminal is performed by the terminal evaluation system.

FIG. 16 is a flowchart for explaining processing when a simulation of an IC card terminal is performed by the terminal evaluation system.

FIG. 17 is a flowchart for explaining processing when a simulation of an IC card terminal is performed by the terminal evaluation system.

FIG. 18 is a flowchart for explaining processing when a simulation of an IC card terminal is performed by the terminal evaluation system.

[Explanation of symbols]

1 ... Terminal evaluation system, 2a, 2b ... IC card terminal, 3 ... Dummy card, 4 ... Level converter, 5 ... Control part (personal computer).

Claims (5)

[Claims] 1. An evaluation system of an IC card handling terminal for evaluating an IC card handling terminal that handles an IC card in a predetermined order according to a processing sequence, wherein the processing contents of commands and responses supplied from the IC card handling terminal are Storage means for storing information by adding processing-related information to group information obtained by dividing the set into groups based on the order of the processing sequence, commands sequentially supplied from the IC card handling terminal, and the storage means. Depending on the memory contents, I
An evaluation system for an IC card handling terminal, comprising: a judgment means for judging the correctness of commands sequentially supplied from a C card and the correctness of processing. 2. The storage means separately stores group information common to each IC card handling terminal and individual group information of each IC card handling terminal in a plurality of stages of processing in a processing sequence for each IC card handling terminal. The evaluation system for an IC card handling terminal according to claim 1, wherein: 3. The I according to claim 1, wherein the group information stored in the storage means includes a command, a status, a group number, and a next group number.
Evaluation system for C card handling terminals. 4. An evaluation system of an IC card handling terminal for evaluating an IC card handling terminal that handles IC cards in a predetermined order according to a processing sequence, wherein the processing contents of commands and responses supplied from the IC card handling terminal are A processing sequence is provided by a storage means for storing the group information by dividing the set into group numbers based on the order of the processing sequence and adding a group number to be processed next, and an activation command for group 1 supplied from the IC card handling terminal. And a first return means for returning a response corresponding to the activation command judged by the first judgment means to the IC card handling terminal, and the first judgment. The group number to be processed next that is added to the activation command determined by A first waiting means for waiting for supply from the IC card handling device commands that, when waiting by the first waiting means, the IC
Second determination means for determining the supply of the corresponding command from the card handling terminal, and when the supply of the corresponding command is determined by the second determination means, the response corresponding to the command is sent to the IC card handling terminal. Second return means for returning to the IC card handling terminal, and a second return means for waiting for supply of a command corresponding to the group number to be processed next added to the command determined by the second determination means from the IC card handling terminal An evaluation system for an IC card handling terminal, comprising: 5. The storage means separately stores group information common to each IC card handling terminal and individual group information of each IC card handling terminal in a plurality of stages of processing in a processing sequence for each IC card handling terminal. The evaluation system for an IC card handling terminal according to claim 4, wherein: