KR20000044304A - Method for controlling batch job in paging remote cathode ray tube(crt) - Google Patents

Abstract

PURPOSE: A method for controlling a batch job in a paging remote cathode ray tube(CRT), is provided for an operator to perform a corresponding instruction word file with a batch job at need without inputting every instruction work, with storing instruction words used periodically and sequential instruction words used frequently in many instruction word files, by using text file types of instruction word files stored inside a system operated by the remote CRT. CONSTITUTION: A method for controlling a batch job in a paging remote cathode ray tube(CRT), comprises the steps of: previously storing instruction words needed for a batch job in a storage device inside a system which enables to operate the remote CRT; performing a user connection to an equipment where the remote CRT deamon is performed by using a telnet client; performing a screen control by dividing a screen of the telnet client connected to the equipment as a user into a type similar to a CRT; operating a job by reading instruction words stored in the system by instruction words when inputting a batch job file on the remote CRT, and transmitting the read instruction words into an exchange in a remote CRT deamon.

Description

How to control batch jobs on paging remote

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a method for controlling a Cititi function for a paging exchange, and more particularly, to a batch job control method for enabling batch processing of instructions on a paging remote Citi.

Typically, a paging exchange or the like is provided with a CRT (CRT) function to perform the paging exchange function and control the function. The operator of the system can use the CALTI function to check the operation of the exchange, and give a command to the paging exchange to perform desired control.

In the related art, when operators of a paging exchanger repeatedly perform a task on a paging remote Citi, there is a problem of having to repeatedly input a command each time and another operator not sharing a command.

Accordingly, an object of the present invention is to provide a batch operation control method on a paging remote CALTI which can solve the above-mentioned conventional problem.

Another object of the present invention is to allow a operator of a paging exchange to perform a task without repeatedly inputting a command if the operator repeatedly performs a task on the paging remote Citi, and to allow other operators to share the command. It is to provide a method for controlling batch operation on CRT.

In order to achieve the above objects, a batch job control method on a paging remote Citi according to the present invention is to store the instructions necessary for the batch job in advance as a text file in a storage in the system capable of operating the remote Citi. And a user connection to the equipment on which the remote Citi daemon is being executed using the telnet client, and the screen of the telnet client connected as the user to the equipment by dividing the screen of the telnet client into a similar form to the CALTI screen. And a step of reading the instructions stored in the system in units of instructions upon inputting a batch job file on the remote CALTI and allowing the read instructions to be transferred from a remote SALT daemon to an exchange. It features.

Other objects and advantages of the invention will be apparent from the following description taken in conjunction with the accompanying drawings.

1 is a block diagram of a batch operation control on a paging remote Citi applied to the present invention

In the following, a preferred embodiment of the present invention for a batch job control method on a paging remote Citi is described in detail.

First, in the present invention, the network which is used in the existing terminal is connected to the remote terminal for the operator, and the commands sequentially executed are stored in the form of being input into a text file inside the system that can operate the remote Citi and then the remote CAL. If you read it in the specified way on the tee, the saved commands are executed in sequence in the remote Seat daemon. By using this function, the commands frequently used by the administrators are saved in several files, and if the file is executed when necessary, the input error is prevented when the command is input. This function is more convenient when several commands such as special test environment setting should be input sequentially. In addition, the command writing method can be used with any text file editor, and the data content must be in ASCII.

Fig. 1 shows a block configuration related to performing batch operation control on a paging remote CALTI applied to the present invention. Referring to FIG. 1, an ENIP (External Network) having a hard disk 26 for storing data between an RCRT 10 performing TCP / IP communication through a line L1 and an exchange 30 performing a paging call exchange operation. It is shown that the Interface Processor 20 is connected. The BSL1 32 in the exchanger 30 is connected to the PT-334 24 in the ENIP 20 via line L2 as a matching device. The ENIP 20 is composed of a PT-334 24 and an RCRT daemon 22 that forms an RCRT screen when a request for RCRT execution is received and connects to an MMS in an exchange. In the exchanger 30, the BSL1 32 is provided for registration with the ENIP 20, and an MMP 34 is installed and connected to the BSL1 32. In the MMP 34, there is an MMS block for receiving the data of the exchange and outputting the data to the BSL1 32. In the ENIP 20, the commercial board PT-334 24, which is in charge of IPC communication, is connected to the line L2 to achieve the exchange of the exchange 30 and the interprocessor communication (IPC). The PT-344 (24), which is a matching device between the switch 30 and the ENIP 20, performs RS-422 matching, and performs IPC (Inter Processor Communication) matching with a message used in the switch 30. The switch 30 operates under the control of an internal call processing processor, and when a message transmission request is received through the PT-334 of the ENIP 20 to the IPC, the switch 30 is connected to the ENIP 20 through the BSL1 32. send. The ENIP 20 supports not only a remote terminal access function (TELNET) but also a file transfer function (FT), a remote shell function, a network management matching function, a data storage function, a link state management function, and the like as a workstation. The ENIP 20 has a PT-334 24 for RS-422 matching to perform IPC with the exchange 30.

An example of the preferable operation will be described below. In order to perform the RCRT function on the paging remote Citi, first, an environment in which a telnet client can be operated is created. The telnet is used to connect as the user designated to the ENIP 20 in which the RCRT daemon 22 is operating. The RCRT daemon 22 divides the screen window connected to perform the RCRT function on the screen where telnet is being performed in a form similar to that of CALTI and starts screen control. In this case, it is desirable to allow screen control in a program that performs RCRT in order to reduce the system load and to allow MMS to transmit only data and to distinguish which screen should be output before the transmitted data. This is because one unit of the control character is generally about 10 characters, but occupies about 200 bytes of IPC for actual transmission, which causes a heavy load on the system and interferes with operation.

To execute the batch operation, the command file is executed in the command input window at the bottom of the divided window to execute the command file stored in the same directory of the hard disk 26 of the system ENIP 20 where the RCRT daemon is executed. Add "#" before and after the command file to enter as "# cmd-file #". When the batch job file is input, the RCRT program opens the file and reads the stored commands in command units and transmits them to the exchanger 30 in the same procedure as the operator inputs. In this case, it is desirable to give a delay to prevent this from happening between the commands in order to prevent the overload of the system and the processing of the commands. Here, the command file creation method is irrelevant to using any text file editor, and inputs the same contents to the command file in the input window of the operator terminal in the command file and saves it in text form.

By storing the command file in the ENIP system according to the above, the file created in one place can be commonly used in many places.

As described above, the embodiment of the present invention has been described by way of example with reference to the drawings, but various changes and modifications can be made within the scope allowed by the matter.

According to the method of the present invention, by using a command file in the form of a text file stored in the system in which the remote CALTI operates, the frequently used commands or frequently used sequential commands are stored in several command files. If necessary, the operator executes the corresponding command file in batch without having to input each command. Therefore, the operator does not need to input the necessary commands. In addition, the operator frequently saves the commands frequently used in several files, and when the file is executed when necessary, it prevents the occurrence of an input error when the command is input. Moreover, it is expected to be more convenient when several commands must be entered in sequence such as special test configuration.

Claims (2)

In the batch control method on remote Citi: Pre-storing the instructions necessary for the batch job as a text file in a storage in the system capable of operating Remote Citi; Using a telnet client to make a user connection to the equipment on which the remote Citi daemon is being executed; Performing a screen control by dividing the screen of the telnet client connected as the user to the equipment in a form similar to a CALTI; And when the batch job file is input on the remote Citi, the commands stored in the system are read in command units, and the read commands are transmitted from the remote seat daemon to the exchange. In a batch job control method on a remote Citi with a workstation connected to an exchange: By using the command file in the form of a text file stored inside the system that works with Remote Citi, save the commands that are used regularly or frequently used sequential commands in several command files, and the operator saves each command if necessary. A method of executing a corresponding command file in a batch operation without input.