JPS6388627A - User definition command preparing system - Google Patents

Abstract

PURPOSE:To easily prepare a desired program, etc., by extracting a necessary procedure and registering it as a user definition command based on the conversational history information of a user and a system. CONSTITUTION:When a command to instruct a command preparation is inputted from a displaying device 1, conversational history information is read from a conversational history file 7 and displayed through a picture input output part 2 to the displaying device 1. When a user watches the displaying picture and designates the history scope of a command to be prepared, a command preparing part 6 extracts the sentence information corresponding to the input information in the conversational history of the designated scope from a sentence history file 8. The sentence of the displaying device 1 is displayed through a picture input/output part 2 to a sentence displaying area, an inherent label is stuck and registered to a command file 9 as a user definition command. Thus, thereafter, the information is read from the command file 9 and executed through an input analyzing part 3 by an executing part 5 only by inputting the label stuck to it from the displaying device 1.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a method for creating user-defined commands (commands uniquely defined by the user) in a conversational information processing system.

[Conventional technology]

Conventionally, conversational information processing systems include those in which a programmer 11 can be input in a conversational manner with a display device as described in, for example, Japanese Patent Application Laid-Open No. 58-184652, and Japanese Patent Application Laid-Open No. 60120431. As described in the publication, it is possible to create a program by modifying sample specifications using a display device, but no consideration is given to the use of history information for subsequent program creation. On the other hand, JP-A-60-17853
Publication No. 5 shows a method of re-executing a process using a certain memorized input and process execution procedure, but this method allows re-execution of the process determined at the time of input, but it is possible to re-execute the process determined at the time of input, but it is possible to re-execute the process determined at the time of input, but it is possible to re-execute the process determined at the time of input, but it is possible to re-execute the process determined at the time of input, but it is possible to re-execute the process determined at the time of input, but it is possible to re-execute the process determined at the time of input, but it is possible to re-execute the process determined at the time of input, but it is possible to re-execute the process determined at the time of input, but it is possible to re-execute the process determined at the time of input, but it is possible to re-execute the process determined at the time of input, but it is possible to re-execute the process determined at the time of input. No consideration is given to the point of selecting and registering it as a command.

[Problem that the invention seeks to solve]

In the conventional technology, programs can be created by human conversation or full-screen input, but W'? of the conversation between the user and the system? ? Since no consideration has been given to the use of the information, future attempts to create similar programs will be made again based on trial and error.
There was H7,,1 during the time when we had to do it.

[1] In a conversational information processing system of the present invention, necessary procedures are extracted and defined by the user based on conversation history information between the user and the system user;
The purpose is to facilitate the creation of desired programs, etc. by recording them.

[Means for solving problems]

The present invention provides a means for storing conversation history information between a user and a system, a means for analyzing input information and creating a sentence in a programming language, and storing the created sentence history information in correspondence with the input. A means for creating a user-defined command, and a means for registering a user-defined command created by the user are provided.

[April 1] When executing tasks such as creating a program through conversation with a display terminal, the information input from the display terminal and the information output to the display terminal as a result of the manual execution are acquired as a conversation history. At this time, the information input from the display terminal is analyzed, the input information is converted into sentences in the programming language, and the input information is associated with the input information of the conversation history and acquired as sentence history information. Thereafter, when the command 1<Create is instructed from the display terminal, it is already executed on the display terminal -[- and the conversation history is displayed. When the user uses the cursor keys to specify the beginning and end of the process to be used as a command in this conversation history, the input within that range is known, and the corresponding sentence is extracted from the one-sentence history information. This extracted sequence of sentences is recorded in a file using a user-defined command.

〔Example〕

Hereinafter, one embodiment of the present invention will be described in detail with reference to the drawings.

FIG. 1 shows the system configuration of an embodiment of the present invention, which includes a display device 1, a screen input/output section 2 that controls the display device 1, an input analysis section 3 that analyzes human input information, and an input analysis section 3 that analyzes human input information. A statement creation unit 4 that creates programming language sentences from information, an execution unit 5 that executes the analyzed results, a command creation unit 6 that creates commands, a conversation history file 7 that stores conversation history information, and sentence information. Insert the statement history file 8 and the created command to? , a command file 9 to be recorded.

FIG. 2 shows the processing flow of FIG. 1. First, during normal execution, the display (device 1) displays information (basic commands,
(others) is input (step 1), the input information is inputted one by one into the history file 7 via the screen input/output unit 2'41).
(Step 22). At the same time, this input information is analyzed by the input analysis section 3 (step 23), and usually executed by the execution section 5 (steps 24 and 26). As a result of this execution, if there is information to be displayed on the display device 4, it is displayed via the screen input/output unit 2, and the conversation between the user and the system 11 is performed.
On the other hand, while the input information is being analyzed by the input analysis section 3, the Bunsaku IrQ section 4 uses the input information to create a program, 21
A sentence of the word is created and stored in the sentence history file 5 in correspondence with the meeting 1Sran (J history) (step 20).

Next, input a command to instruct command creation from the user setting (display device when creating a command).When this command creation command is input, conversation history information is input from the conversation 161 W file 7. It is read out and displayed on the display device 1 via the screen input/output section 2 (steps 24 and 27). Fig. 3 is an example of the display screen, and sentences 1 to n are already executed sentences. This display Looking at the screen, the user specifies the history range of the command he wants to create (step 28).For example, he positions the cursor 31 at the beginning of the sentence j he wants to create as a command and presses the send key on the display device 1-.

Next, place the cursor; 31 at the beginning of sentence j and press the send key in the same way. The command creation unit 6 extracts sentence information corresponding to the input information in the conversation history in the specified range from the sentence history file 8 (step 29), and displays the sentence on the display device 1 via the screen input/output unit 2. area 32
At the same time, a unique label is attached to the command file 9 as a user-defined command (2M) (step 30).

As described above, it is possible to create a desired command with a simpler operation than the conversation history information obtained through repeated trial and error. Although omitted in Figure 1, command 1-' file 9 (
The 2H knee-the-definition command is then read out from the command file 9 by simply inputting the label attached to it from the display device 1, and is executed by the execution unit 5 through the input M folding unit:3.

〔Effect of the invention〕

As is clear from the above description, according to the present invention.

In a conversational information processing system, a user-defined command can be easily created by specifying a range of sentences to be converted into a command based on the conversation history.

[Brief explanation of the drawing]

FIG. 4 is a system configuration diagram of an embodiment of the present invention, FIG. 2 is a flowchart for explaining the operation of FIG. 1, and FIG.
FIG. 3 is a diagram showing an example of displaying the conversation history. ]...Display device Nt, 2...Screen input/output section, :3...Input analysis section, 4...Sentence creation section, 5
...Execution section, 6.Command creation section, 7.
・Conversation history file, 8 sentences) J,? #F file, 1]] 1 Matsudo file.

Claims (1)

[Claims] (1) In an information processing system that has a display device and performs tasks in a conversational manner with a user, there is a means for storing conversation history information with the user, and a means for analyzing input information and converting it into sentences in a programming language. , a means for storing the sentence in correspondence with the input information of the conversation history is provided, and by specifying the range of the conversation history information, the sentence corresponding to the input information is extracted and registered as a user-defined command. A user-defined command creation method characterized by: