KR19980061815A - How to save output messages by electronic exchange - Google Patents

Abstract

The present invention relates to a method for storing the output message of the output message in the electronic switchboard so that the output message of the system can be recorded, stored in a different file, and stored in a different file. In the technology, when an electronic switch is used to input a command using human-machine command communication, the progress in which the operator can see the operation is limited, and the output message is sent to the printer in order to prevent the loss of the message. The disadvantages of using the method of transmitting and storing are disadvantages such as time consuming and difficulty in maintaining message buffering due to printer speed. However, the present invention provides all the output messages generated by the exchange system in the movement of the electronic switchboard by message type. Display in the form of files by day in different directory It is possible to improve the above-described drawbacks by storing the output form as it is, and storing all the output messages by day, and providing the operator with a method of storing the output messages by type of output that is easy to use and search.

Description

How to save output messages by electronic exchange

The present invention relates to a method for storing output messages for each type of output message in an electronic exchange, and is a function for storing output messages of a system for each message type and storing them as different files in the movement of the electronic exchange.

In the prior art, the progress in which the operator can see the operation status when the command is input by using the human-machine command communication in the electronic switchboard is limited. For example, in the DTS-1100A system, the human-machine The result message and the system status message for the command are made easy to understand by the operator and displayed on the screen, but the human-machine communication result message and the system status message are output in different windows. To check the system status, display the message status of the system in different windows. The system's message checking is essential for checking the system status, so each window buffers up to 10 pages so that the operator can check the message using the arrow keys or the page up / down keys.

However, if the system message is excessively output, there is no way to check the message after the large number of human-machine communication commands are lost from the buffer.

In this case, it is usually used to send the output messages to the printer and send them to the sending module so as to keep them in hard copy through the above-described printer. Difficulties in maintaining message buffering, paper, use, power consumption, and waste of ink.

An object of the present invention is to provide a storage method for each type of output message from an electronic switch that provides a function of selectively checking a message to be checked by recording the output message of the system for each message type.

Still another object of the present invention is to provide a method for storing output messages by type of output messages in an electronic switchgear, in which all messages occurring in a system are recorded in order of days and times, thereby facilitating the identification of the overall system status over time. There is a purpose.

In order to achieve the above object, the present invention, a key input unit for inputting instructions to the exchange system through the input and output processor and the input and output processor connected to the exchange system and the storage unit for storing the instruction file and the command input process and execution process results in real time According to an embodiment of the present disclosure, a method of storing output messages for each type of output message in the electronic switchgear includes: a first step of storing the output messages for each directory and file when the output messages generated in the system are received by the input / output processor; A second step of formatting the received output message into an output form; A third step of dividing the formatted message into types and recording the file under a file of a corresponding directory; And a fourth step of storing the same message in the entire message directory after storing the data for each directory.

1 is a functional block diagram between an electronic switch and an input / output processor according to the present invention.

Figure 2 is a flow chart for storing by type of output message in the electronic switch according to the present invention.

* Description of the symbols for the main parts of the drawings *

10: I / O Processor 100: Key Input

110: human-machine communication command input and output processing unit

120: result message storage function processing unit 130: display unit

140: storage unit

150: message transmission and reception processor between processors 160: switch system

The above and other objects and various advantages of the present invention will become more apparent from the preferred embodiments of the invention described below with reference to the accompanying drawings by those skilled in the art.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings of FIGS. 1 and 2.

First, referring to FIG. 1, the input / output processor 10 is responsible for the input / output of the electronic switching system 160.

The key input unit 100 commands commands to the input / output processor 10 through the keys.

The human-machine communication command extrusion force processing unit 110 receives a command from the key input unit 100 and translates the command into a machine language that the machine can understand, and provides the necessary information to the display unit 130 to the operator. Display.

The inter-processor message transmission / reception unit 150 transmits a command translated into machine language understood by the machine in the communication command processing unit 110 to the processor of the exchange.

The exchange system 160 receives the corresponding command signal from the inter-processor message transmission and reception processor 150 through the T-bus, processes the corresponding command, and processes the processing and the result of the processing in real time or at the request of the operator. The processor transmits and receives the message transmission and reception processor 150.

The storage unit 130 is controlled by the result message storing function processing unit 120 to convert the translated command from the human-machine instruction processing unit 110 according to the operator's command to the message containing file initialization request message as the day of the week file. Save it and save it in each directory.

If you have the same day of the week file, copy it on top of it so that a week's worth of data is saved.

And, in the case of an output or input message, it is stored in a file of the day of the week in each directory.

The storage unit 130 uses a RAM memory, and in particular, a hard disk among RAM memories.

The result message storing function processor 120 receives status information of the result message or the message being processed from the human-machine communication command processor 110 or the inter-processor message transmit / receive processor 150, and stores the result information of each of the storage units 130. It controls the storage in the directory.

The display unit 130 retrieves a file that has been requested to be opened from among the files stored in the storage unit and displays the file to the requester.

The output message of the exchange system is divided into an alarm message, an error message, a status message, a human-machine communication result message, and an input command message according to the message type, and is stored in the storage 140.

It records all output messages that occur in the system in the form of files for each day in different directories for each message type, but displays them in the form of the screen output. In addition, all the output messages are stored in one file for each day of the week.

Referring to FIG. 2, a storage method for each type of output message in the electronic switch is as follows.

Output messages generated by the exchange system 160 and the input / output processor system are received by the input / output process.

The human machine communication command input / output processing unit 110 and the result message storing function performing unit 120 are transmitted to determine the type of the received message for each received message (step 202).

In step 202, it is determined whether the message is an initialization command or a general message. If it is an initialization command, the day of the week is analyzed (step 204).

The day of the week analyzed in step 204 is initialized (step 206).

The initialization method is, for example, if the day of the week is Monday, the extension is .MON. And similarly, the file is .TUE, Wednesday is .WED, Thursday is .THU, Friday is .FRI, Saturday is .SAT, and Sunday is .SUN.

If it is determined in step 202 that it is determined to be a general input / output message, the message is recognized and executed according to whether the message is an alarm message, an error message, a status message, a human-machine communication result message, or an input command message (step 208). .

The result message storage function processing unit 120 determines the type of input / output message (step 210).

If it is determined in step 210 that the alarm message is formatted, it is included in the corresponding day of the week file in the alarm directory (step 212).

If it is determined in step 210 that the error message is formatted, it is stored in the corresponding day of the week file in the error directory (step 214).

If it is determined in step 210 that the format is a status message, it is stored in the corresponding day of the week file in the status directory (step 216).

If it is determined in step 210 that the message is formatted as a human-machine communication result message, it is stored in the corresponding day of the week file in the human-machine communication result directory (step 218).

If it is determined in step 210 that the input command message is formatted, it is included in the corresponding day of the week file in the input command directory (step 220).

When the process of step 220 is completed in step 212, the corresponding file is again included in the corresponding day of the week file of the entire message directory (step 222).

As a result, the five directories created in the example of FIG. 2 and the total total directories of the five directories are combined to generate six directories and seven files for each day of the week.

Although the human-machine communication command input / output processing unit 110 is formatted in a screen output form and outputs from the screen, the result message storage function processing unit 120 formats the same form as the screen output form and stores the result on the hard disk. Therefore, it is stored under the directory, and then stored again in the entire message storage directory.

Under each message directory, there are seven files for each day of the week, and each message is stored in a file corresponding to the day of the week on which the message occurred.

Each file receives the message log file clear signal received from the system when the date changes, that is, at midnight, deletes the file of the same day one week ago, and creates a new one to contain only the message of the day.

As described above, in the operation of the electronic switchgear, all output messages generated by the switchgear system are stored in different directories for each message type in the form of a file for each day, so that operation messages in the exchange can be searched for each type of day. Compared to the final search is more convenient.

The principles of the invention have been described above in connection with specific devices, which are described by way of example only, and are not limited to the spirit of the invention as described in the appended claims.

Claims (4)

A key input unit 100 for inputting a command to the exchange system 160 through the input / output processor 10 and the input / output processor 10 connected to the exchange system 160, a storage unit 140 for storing a command file, and a command input process And storage method for each type of output message in the electronic switch, consisting of a display unit 130 showing the results of the process in real time, A first step of storing the received output message for each directory and file if the output messages generated in the system are received by the input / output processor 10; A second step of formatting the received output message in an output form; A third step of dividing the formatted message into types and recording them under a file of a corresponding directory; And a fourth step of storing the entire message directory after storing the data for each directory. The method of claim 1, In the second step, the directory comprises an alarm, an error, a status, a human-machine communication result, an input command directory, and an entire directory. The method of claim 1, The storing method for each file of the output message in the electronic switchboard, characterized in that the storage method for each file in the second step consists of seven files classified by the day of the week. The method according to claim 1 or 3, The file exists under each of the directories, and deletes the contents in a file of the same name created one week before midnight and creates a new day file. .