JPH1125073A - Input control parts - Google Patents

Abstract

PROBLEM TO BE SOLVED: To reduce a program constructed by a user in the case of executing individual edition processing or individual cursor control by the user and to make it possible to process KANA (Japanese syllabary) data as data to be converted into KANJI (Chinese character) by working the KANA data. SOLUTION: A basic function for edition conversion is provided with an edition execution part 2 for executing edition when an event is a data key input; a cursor control part 3 for controlling a cursor when an event is a cursor movement; and an automatic KANA/KANJI conversion part 4 for executing automatic KANA/KANJI conversion by using a Japanese conversion function 13 when an event is initial focusing to be initial data out of a series of KANA data in an input enabled state. In addition, the system is provided with an attribute management part 5 for storing information indicating which edition is to be executed for edition and information indicating KANA data storing addresses to be referred to at the time of KANJI conversion, so that the system can correspond to user's individual edition processing or individual cursor control.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an input control component, and more particularly to an input control component which is arranged on a window and displays data input and input data.

[0002]

2. Description of the Related Art In accordance with the attributes of character data input from an input device such as a conventional input control component or a keyboard, an edit such as a comma (,) or a circle mark (￥) is automatically displayed on the input control component. (Hereinafter referred to as echo back). For example, JP-A-5-73241
In the input control component described in Japanese Unexamined Patent Application Publication No. 2000-214, an attribute is determined for data input from an input device, and when input data that can be edited is input, the editing information is referred to and the editing information is set. Edited characters are automatically inserted into the input data and displayed on the screen.However, when the cursor movement event that occurs in the input control component occurs, cursor movement taking into account the edited characters is not considered, If the user wants to move the cursor in consideration, the user has to program.

In addition, if it is desired to perform editing at the time of input other than the above-mentioned comma editing and circle mark editing, it is not possible to cope with the problem. Therefore, a new input control component is created, an event is processed from a keyboard, an editing character is added to input data, and input is performed. Programs for many processes such as echo back to control components were required.

Another similar technique is an input method that simplifies many key input operations for kana-kanji conversion by referring to furigana data and displaying candidates for kanji conversion. For example, in an input control component described in Japanese Patent Application Laid-Open No. 7-28244, when an input control component for inputting Japanese data is in an input enabled state (hereinafter, referred to as focus setting), it is based on an attribute of automatic conversion. In addition, it refers to the phonetic data and displays the conversion candidate of the phonetic data on the input control part. If you want to,
A key operation was required to eliminate this blank data from the candidate data. Also, since it is impossible to convert the phonetic data into nodes and convert it, it is necessary to perform many key operations before determining the final data from the candidate data.

[0005]

In the conventional input control component described above, in the former case, the input control component for editing at the time of input does not consider the cursor movement in consideration of the edit character. When the user wants to perform the cursor movement, there is a problem that the user needs to execute a program. In addition, since there is no function for easily realizing an editing process other than the editing process provided in the input control component, in order to realize an editing function desired by the user, the user needs to use the input control component and the event process, There is also a problem that many programs such as editing processing and display processing must be performed.

In the latter case, there is a problem that a key operation is required to omit the blank data from the candidate data, for example, when it is desired to omit blanks in the phonetic data from the conversion target. In addition, since it is impossible to convert the phonetic data into clauses and convert them, there is also a problem that a large number of key operations are required until the final data is determined from the candidate data.

An object of the present invention is to provide an input control component having a cursor control function in consideration of edited characters.

Another object of the present invention is to provide an input control component having a function of reducing a program constructed by a user when the user performs an original editing process.

Another object of the present invention is to provide an input control component having a function of reducing a program constructed by a user when the user performs a unique cursor control.

It is another object of the present invention to provide an input control component having a function of processing kana data and handling the data as kanji conversion target data.

[0011]

According to the present invention, an input control component receives an event generated by an input device, selects an output destination according to the type of the event, and edits the event when the event is a data key input. An automatic execution unit that executes an automatic kana-kanji conversion using a Japanese conversion function when the event is kana data. A kana-kanji conversion execution unit, an attribute management unit that stores information on what kind of editing the editing execution unit performs at the time of editing and information on a storage location of kana data that the automatic kana-kanji conversion execution unit refers to at the time of kana-kanji conversion, An output unit for displaying a result edited by the edit execution unit and candidate data converted by the automatic kana-kanji conversion execution unit into kanji characters. It is a configuration.

The input control component according to the present invention is characterized in that: the input control section has input data storage means for storing input data which is unedited data; and cursor position storage means for storing a cursor position on the unedited data. May be included.

[0013] The input control component of the present invention is characterized in that the attribute management unit manages an edit attribute in which the edit execution unit sets an attribute to be edited when a data key is input. Automatic kana-kanji conversion attribute management means for managing detailed attributes at the time of automatic kana-kanji conversion in which the automatic kana-kanji conversion execution unit performs automatic kana-kanji conversion of what kind of attribute at the time of kana data input; and May be included.

An input control component according to the present invention includes an input control unit for receiving an event generated by an input device and selecting an output destination according to the type of the event, and editing the attribute by a predetermined attribute when the event is a data key input. And an editing execution unit for executing either one of editing by a user-specific attribute and a cursor control by a predetermined cursor control function which receives an input when the event is a cursor movement and a cursor control created by the user A cursor control unit that performs either one of cursor control with a user function and an automatic kana-kanji conversion execution unit that performs automatic kana-kanji conversion using a Japanese conversion function when the event is kana data; Information on what kind of editing is performed by the editing execution unit at the time of editing, and the automatic kana-kanji conversion execution unit performs the kana-kanji An attribute management unit for storing information on a storage location of kana data to be referred to at the time of conversion; and an output unit 6 for displaying a result edited by the editing execution unit and candidate data converted by the automatic kana-kanji conversion execution unit into kanji characters. Configuration.

The input control component according to the present invention is characterized in that the attribute management unit manages an editing attribute in which the editing execution unit sets in advance what attribute to edit when inputting a data key. Automatic kana-kanji conversion attribute management means for managing detailed attributes at the time of automatic kana-kanji conversion in which the automatic kana-kanji conversion execution unit performs automatic kana-kanji conversion of what kind of attribute at the time of kana data input; and An editing user function which can be set independently by the user and used during editing, and a user function storage management means having a cursor control user function which can be set independently by the user and used during cursor control may be included.

According to the input control component of the present invention, the cursor control unit calls the cursor control user function stored in the user function storage management means of the attribute management unit at the time of cursor control, and the cursor control user function returns. A cursor control user function executing means for executing a cursor control process based on the cursor position may be included.

In the input control component of the present invention, the cursor control unit calls the cursor control user function stored in the user function storage management means of the attribute management unit at the time of cursor control, and the cursor control user function returns. A cursor control user function executing means for executing a cursor control process based on the cursor position may be included.

[Operation] The first input control component of the present invention is:
As shown in FIG. 1, an editing attribute management unit 9 in an attribute management unit 5 for setting an attribute of how to edit input data.
, An editing unit 2 for sequentially editing input data, an output unit 6 for echoing back an editing result to an input control component, and an editing attribute output by an editing attribute management unit 9 when a cursor movement event occurs. The cursor control unit 3 that performs cursor control in consideration of the edited character according to the above, and the attribute of which input control component refers to kana data and how to notify the kana data to the kanji conversion function when performing automatic kana-kanji conversion. According to the attribute output from the automatic kana-kanji conversion attribute management means 10 in the attribute management unit 5 to be set, reference,
It has an automatic kana-kanji conversion execution unit 4 for notifying the processed kana data to the Japanese conversion function 13, and an output unit 6 for echoing back the kanji candidate data.

As shown in FIG. 7, the second input control component of the present invention is not only an editing function provided by the first invention, but also an editing user function executing means for executing a user's own editing process. 18, a user function storage management unit 17 for storing the user function, a cursor control user function execution unit 19 for executing a user-specific cursor control process as in the editing process, and a storage for the user function. And a user function storage management means 17.

With such a configuration, the editing execution unit 2 determines whether or not an edit character has been added to the display data echoed back to the input control component. Automatically controls the cursor when it is found. Therefore, the user does not need to execute a program for controlling the cursor on the data with edited characters.

The automatic kana-kanji conversion execution section 4 automatically refers to the kana data, omits the designated data from the kana data, and activates the Japanese conversion function. Also, the kana data is notified to the kanji conversion function by dividing the kana data into sections. For this reason, an extra key input operation can be omitted until the kanji candidate data is determined.

[0022]

Next, embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram showing a first embodiment of the present invention.

In a first embodiment of the present invention, an input control unit 1 for receiving an event generated from an input device 12 such as a keyboard or a mouse, and editing when an event received by the input control unit 1 is a data key input. An editing execution unit 2 to be executed, a cursor control unit 3 for performing cursor control when the event received by the input control unit 1 is a cursor movement, and a series of kana data in a state where the event received by the input control unit 1 can be input. , An automatic kana-kanji conversion unit 4 that executes automatic kana-kanji conversion using the Japanese conversion function 13 in the case of the initial focus setting, and information on what kind of editing is performed at the time of editing, and reference at the time of kanji conversion. Attribute management unit 5 storing information on kana data storage locations
And an output unit 6 for displaying the edited result and the kanji-converted candidate data.

The input control unit 1 includes an input data storage means 7 for storing input data (unedited data) and a cursor position storage means 8 for storing a cursor position on the unedited data.

The attribute management unit 5 includes: an edit attribute management unit 9 for managing the attributes at the time of editing in which the edit execution unit 2 sets what attribute to be edited when the data key is input;
Automatic kana-kanji conversion attribute management means 10 for managing the detailed attributes at the time of automatic kana-kanji conversion in which the automatic kana-kanji conversion execution unit 4 manages the detailed attributes of the automatic kana-kanji conversion at the time of inputting the kana data. I have.

The editing attribute management means 9 is set in advance with an attribute indicating what kind of editing is performed when data is input.

The automatic kana-kanji conversion attribute management means 10 includes:
Set whether to perform automatic Kana-Kanji conversion.When performing automatic Kana-Kanji conversion, refer to the location of Kana data, whether to convert blanks within Kana data, or whether to perform conversion for each clause.
In addition, a section delimiter for performing conversion for each section, a key for performing conversion by inserting a delimiter at the time of conversion of the next section (hereinafter referred to as a next section conversion execution key 1), Key information for execution (hereinafter referred to as “conversion execution key 2”) is set.

The output section 6 includes edit data storage means 11 for storing edit data.

FIG. 2 is a flowchart of the first embodiment of the present invention.

Next, the operation of the first embodiment of the present invention will be described. FIG. 2 is used for the description, and FIG.

An input control unit 1 which receives an event generated from an input device 12 such as a keyboard or a mouse.
Determines the type of event, clears the cursor position storage means 8 in the input control unit 1 at the time of focus setting, and determines whether to perform focus setting or automatic kana-kanji conversion in step (hereinafter referred to as S) 1 If it is not the focus setting or automatic kana-kanji conversion, it is determined whether or not the event is a cursor movement event in S2, and if it is not a cursor movement event, it is determined in S3 whether it is a data key input event.

If the result of the determination in S3 is a data key input event, the input control unit 1 stores the input data (unedited data) in S4 in the input data storage means 7 in the input control unit 1.
And calls the edit execution unit 2.

If it is determined in step S1 that focus setting or automatic kana-kanji conversion is to be performed, the automatic kana-kanji conversion execution unit 4 receives a focus setting event from the input control unit 1, and in step S5, executes automatic kana-kanji conversion in the attribute management unit 5. Referring to the Kana-Kanji conversion attribute management means 10, if the result of the reference is not set in the Kana-Kanji conversion attribute management means 10, it is determined in S6 that there is no need to perform automatic Kana-Kanji conversion. The process of the automatic kana-kanji conversion execution unit 4 is completed, and the process proceeds to S2. If the kana data storage location is set in the automatic kana-kanji conversion attribute management means 10 in S5, it is determined that automatic kana-kanji conversion is to be performed in S6. With reference to the kana data, the kana data is passed to the Japanese conversion function 13 in S7 to request the subsequent control, and conversion candidates are received and sent to the output unit 6. The output unit 6 sequentially echoes back to a display device (not shown). When the conversion candidate is determined to be converted, the determined kanji data is stored in the input data storage means 7 in the input control unit 1.

As an example, when the attribute “omitting blanks (indicated by □) in kana data” is set in the automatic kana-kanji conversion attribute management means 10, for example, “hiroshima □ taro” is added to the kana data. If it is set, the automatic kana-kanji conversion execution unit 4 eliminates blanks in the kana data, executes kanji conversion, and echoes back candidate data such as “Taro Hiroshima”.

Further, automatic kana-kanji conversion attribute management means 1
If “conversion is performed for each clause” is set to 0, for example, if “Hiroshima □ Taro” is set for the kana data (when a blank is used as a section delimiter), the automatic kana-kanji conversion execution unit 4 First, "Hiroshima" is converted to Kanji, and "Hiroshima"
When the data confirmation key is pressed and the next section conversion execution key 1 set in the automatic kana-kanji conversion attribute management means 10 is pressed, a delimiter character (a blank in this case) is inserted. Then, the next section “Taro” is converted, and only “Hiroshima □ Taro” and “Taro” are echoed back as candidate data. In the case of the next section conversion execution key 2, the insertion of the delimiter is not performed, and "Hiroshima Taro" is echoed back.

If the result of the discrimination in S2 is a cursor movement event, the input control unit 1 calls the cursor control unit 3, and the cursor control unit 3 refers to the editing attribute of the editing attribute management means 9 in S8. According to the reference result, the cursor movement is controlled in S9. If the editing attribute is not set in the editing attribute management means 9, the cursor control unit 3 controls the cursor according to the received event. When the attribute is set as in the above-described editing execution unit 2, the cursor position on the unedited data is referred to from the cursor position storage unit 8, and the next cursor position is changed according to the type of event that has occurred. Determined above. next,
The edit attribute management unit 9 refers to the edit attribute management means 9 to determine the position of the cursor position on the unedited data on the edited data, and determines what kind of edit processing is being performed.

In the editing execution section 2 called in S4, the editing attribute is queried to the editing attribute management means 9 in S10, and for example, an editing attribute of "converting a numerical value into 2 bytes and adding a comma" is set. In step S11, the input data "12" transmitted from the input
3 "to" 123 "and" 1234 "to" 1,234 "sequentially and send the edited data to the output unit 6. The output unit 6 stores the edited data storage means in the output unit 6 in S12. The edited data is stored in the memory 11 and is sequentially echoed back to a display device (not shown).

The cursor control unit 3 which has performed the cursor movement control in S9 first, when the cursor position is determined, proceeds to S1.
In step 2, the contents of the cursor position storage means 8 are updated, and the cursor is displayed at the new cursor position.

Next, the effect of the first embodiment of the present invention will be described. The first embodiment of the present invention not only automatically adds edit characters to input data, but also automatically performs cursor control in consideration of edit characters. The construction of input control components to be performed is simplified, and the productivity of screens requiring input control components is improved. In input control parts that require Japanese input, re-input of kana data and processing of kana data to be converted can be used as conversion target data, simplifying key input until candidate data is determined. You.

Next, the operations of the editing execution unit, the cursor control unit, and the automatic kana-kanji conversion execution unit of the present invention will be described with reference to the drawings.

FIG. 3 is an explanatory diagram for explaining the operation of the editing execution unit using the editing attributes of the editing attribute management means.

First, the editing attribute management means 9 includes "comma editing of numeric values", "convert 1 byte to 2 bytes", "convert all alphabets to upper case", "convert all alphabets to lower case", ""Convert numeric value to 2 bytes and edit with comma" is set from among default attributes such as "convert to 2 bytes and edit comma", "change display of 2 bytes and 1 byte with input digits".

In this case, the editing execution unit 2 converts the input data “123” sequentially transmitted from the input control unit 1 to “12”.
Then, “1234” is sequentially converted to “1,234”, and the edited data is sent to the output unit 6.

The output unit 6 sequentially echoes the edited data back to a display device (not shown), and stores the edited data in the edited data storage unit 11 in the output unit 6.

FIG. 4 is an explanatory diagram for explaining the operation of the cursor control unit performed using the editing attributes of the editing attribute management means.

In the editing attribute management means 9, "convert numeric value to 2 bytes and edit by comma" is set from among the above-mentioned predetermined attributes.

In this case, in the cursor control unit 3, when an event of moving the cursor to the left (an event of pressing the left arrow key) is sent from the input control unit 1, the current unedited data is stored in the cursor position storage unit 8. Refer to the cursor position "3" on the data (the right end is 1 for numerical data),
Since the event is a movement to the left, the next cursor position is determined to be "4", and the contents of the cursor position storage means 8 are updated. Next, referring to the editing attribute management means 9, it is determined what attribute is set as the editing attribute. In this case, since "the numerical value is converted into 2 bytes and comma-edited", the position on the edited data is set to "8" in consideration of the display width of the 2-byte character. Further, since a comma is inserted between the fourth digits, the cursor position is determined to be "9" by 8 + 1. Since the cursor position on the edit data is determined, the cursor is displayed from that position.

FIG. 5 is an explanatory diagram (part 1) for explaining the operation of the automatic kana-kanji conversion execution unit performed by using the automatic kana-kanji conversion attribute management means of the attribute management unit.

In the automatic kana-kanji conversion attribute management means 10, a storage location of kana data is set. In addition, an attribute of “eliminating blanks in kana data” is set.

In this case, the automatic kana-kanji conversion execution unit 4
When a focus setting event is sent from the input control unit 1, the automatic kana-kanji conversion attribute management unit 10 is referred to, and whether or not to perform automatic kana-kanji conversion, and to which input control component the kana data is set Judge.

In the case of the present embodiment, since a kana data storage location is set in the automatic kana-kanji conversion attribute management means 10, the kana data is referenced from that location. Here, FIG.
As shown in (1), since the kana data is set to "Hiroshima □ Taro", the automatic Kana-Kanji conversion execution unit 4 determines that the Hiroshima □ Taro is Kana data. Furthermore, since the attribute "eliminating blanks in kana data" is set in the automatic kana-kanji conversion attribute management means 10, the automatic kana-kanji conversion execution unit 4 converts the "hiroshima taro" with blanks removed from the kana data. Is converted as target data, and candidate data such as “Taro Hiroshima” is echoed back.

FIG. 6 is an explanatory diagram (part 2) for explaining the operation of the automatic kana-kanji conversion execution unit performed by using the automatic kana-kanji conversion attribute management means of the attribute management unit.

Here, as shown in FIG. 6, when the attribute of “perform conversion for each section” is set in the automatic kana-kanji conversion attribute management means 10 (when a blank is used as a section break), “ If “Hiroshima □ Taro” is set, the automatic kana-kanji conversion execution unit 4 determines that “Hiroshima” is the first kana data, performs kanji conversion, and echoes back candidate data such as “Hiroshima”. When the data confirmation key is pressed and the next section conversion execution key 1 set in the automatic kana-kanji conversion attribute management means 10 is pressed, a delimiter (in this case, a space) is inserted, and the next section “Taro” is read. Judge as data, convert to kanji, "Taro Hiroshima" and "Taro"
Only echo back as candidate data. In the case of the next section conversion execution key 2, the insertion of the delimiter is not performed, and "Taro Hiroshima" is echoed back.

Next, a second embodiment of the present invention will be described in detail with reference to the drawings.

FIG. 7 is a block diagram showing a second embodiment of the present invention.

According to the second embodiment of the present invention, the editing execution unit 14 includes an editing user function execution unit 17 in addition to the configuration of the editing execution unit 2 in the first embodiment shown in FIG.
Is added to the configuration of the cursor control unit 3 in the first embodiment, in which the cursor control unit 15 is shown in FIG. 1, the cursor control unit user function execution unit 18 is shown, and the attribute management unit 16 is shown in FIG. The difference is that a user function storage management unit 19 is provided in addition to the configuration of the attribute management unit 5 according to the first embodiment.

The editing user function executing means 17 is provided when the editing executing user function is stored in the user function storage managing means 19 of the attribute managing section 16 at the time of executing the editing.
4 and is edited based on the edit data based on the edit user function returned by the user function storage management means 19.

Cursor control unit user function executing means 18
Is called from the cursor control unit 8 when the cursor control user function is stored in the user function storage management unit 19 of the attribute management unit 16 at the time of cursor control, and the cursor control returned by the user function storage management unit 19 Executes cursor control processing based on the cursor position based on the user function.

The operation of the second embodiment of the present invention will be described in detail with reference to the drawings.

FIG. 8 is a flowchart of the second embodiment of the present invention.

Next, the operation of the second embodiment of the present invention will be described. FIG. 8 is used for the description, and FIG. 7 is used for the names and reference numerals of the respective parts.

Since S1 to S12 in FIG. 8 are the same as those in the first embodiment, the description is omitted. In the first embodiment, when the user wants to perform editing at the time of input other than the editing attributes provided by the present invention, the user cannot use the input control component of the present invention and is equivalent to S1 to 12 by the program. Must be performed. In such a case, according to the second embodiment of the present invention, in such a case, the editing attribute management unit 9 is inquired about the editing attribute in S10, and in S13, it is determined whether or not the result of the inquiry is the editing execution by the user. Only when the editing process is unique to the user, the editing function created by the user is executed in S14, and the editing process is performed in S11 based on the return value of the user function.

Similarly, the first embodiment cannot cope with the case where the user performs the original cursor control or the case where the user performs the original editing process as described above. Need to do a program. Second embodiment of the present invention
In such a case, in such a case, the editing attribute of the editing attribute management means 9 is referred to in S8, and in S15, it is determined whether or not the reference result is the cursor control by the user. Only in the case of (cursor position control), the cursor control function created by the user is executed in S16, and the cursor control process is executed in S9 based on the return value of the user function.

Next, the respective operations of the editing execution unit, the cursor control unit, and the automatic kana-kanji conversion execution unit of the present invention will be described with reference to the drawings.

FIG. 9 is an explanatory diagram for explaining the operation of the edit execution unit using the edit user function of the user function storage management means. 7 and 8 are cited for the description.

First, the case where an editing user function is set in the user function storage management means 19 (Function 1 in which a city name is added when a district name is input) will be described.

In this case, when the input data is sent,
In S10, an inquiry is made to the editing attribute management means 9 for an editing attribute,
In S13, it is determined whether or not the editing is to be executed by the user. If the result of the determination is that the editing is to be performed by the user, the editing user function is stored in the user function storage management means 19 of the attribute management unit 16; To execute the edit user function. The name of the district of the input data sent from the input unit is passed as input data to the editing user function, and the editing user function returns with the city name added. The editing data (return value) obtained as a result of executing the editing user function is sent to the output unit 6 as an editing result. The output unit 6 sequentially echoes the edited data back to a display device (not shown), and stores the edited data in the edited data storage unit 11 in the output unit 6.

FIG. 10 is an explanatory diagram for explaining the operation of the cursor control unit performed by using the editing user function of the user function storage management means. 7 and 8 are cited for the description.

First, the cursor control user function is set in the user function storage management means 19 (Function for preventing the cursor from being positioned at the added city name).
2) The case will be described.

In this case, when a cursor movement event is sent, the cursor control unit 3 refers to the edit attribute of the edit attribute management means 9 in S8, and determines in S15 whether the reference result is the cursor control by the user. Since the cursor control user function is stored in the user function storage management means 19 of the attribute management unit, it is determined that the cursor control is a user-specific cursor control (cursor position control). Edit data, current cursor position,
Passes information indicating the direction of movement and executes, and returns the position of the cursor destination obtained as a result of executing the cursor control user function. Next, in S9, control of the cursor position obtained as a result of executing the cursor control user function is executed.

In the second embodiment, since the editing function and the cursor position function are executed as user functions, it is possible to cope with various editing and cursor controls. Users can also edit,
It is only necessary to perform only a program that considers only the calculation of the cursor position, and there is no need to perform a program for creating an input control component, controlling various events, and echoing back to the input control component.

[0073]

It is an object of the present invention to provide an input control component having a cursor control function in consideration of an edited character.

Another object of the present invention is to provide an input control component having a function of reducing a program constructed by a user when the user performs an original editing process.

Another object of the present invention is to provide an input control component having a function of reducing a program constructed by a user when the user performs a unique cursor control.

Another object of the present invention is to provide an input control component having a function of processing kana data and treating it as kanji conversion target data.

As described above, according to the present invention, when a cursor movement event occurs, the cursor control unit refers to the edited content and recognizes the edited character, so that the user specifies the editing attribute in the attribute managing unit. Only by itself, it is possible to display input data that has been subjected to various edits and to construct an input component that performs cursor control in consideration of the edited characters. This makes it possible to program cursor control on display data that has been edited so far. Can be simplified.

The kana data is referenced from the kana data storage location set in the automatic kana-kanji conversion attribute section, the kana data is edited according to the attribute, and the result is notified to the kanji conversion function by the automatic kana-kanji conversion execution section. After editing the kana data, the kana character conversion function is notified and the candidate data can be displayed. This makes it possible to delete unnecessary characters from the candidate data that would occur if the kana data were used as is. There is also an effect that the key operation can be omitted.

Further, the kana data is referred to from the kana data storage location set in the automatic kana-kanji conversion attribute section, the kana data is divided into sections, and the automatic kana-kanji conversion execution section notifies the kanji conversion function for each section. By doing
Notify the Kanji conversion function of the referenced kana data for each section,
By displaying the candidate data, there is also an effect that the candidate data can be divided into nodes and a key operation for requesting the display of the candidate data again can be omitted.

Further, by providing an editing processing function for executing a user function and performing an editing process based on a result of the user function in addition to the default processing, the user can store the user function in the user function storage unit. By simply configuring the settings, it is possible to build an input component that performs the user's own editing process. This is necessary when using an input component that does not have the editing process that the user wants to perform. There is also an effect that a program for input component creation, event processing, editing processing, and display processing can be simplified to a program for editing processing only.

Further, by providing a cursor control function for executing a user function and determining a cursor position based on the result, the user only needs to set the user function in the user function storage unit. It is possible to construct an input component that performs a user-specific cursor control process, thereby creating an input component that is necessary when using an input component that does not have the cursor control process desired by the user, There is also an effect that a program for event processing, cursor control processing, and display processing can be simplified to a program for only calculating a cursor position.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a first embodiment of the present invention.

FIG. 2 is a flowchart of the first embodiment of the present invention.

FIG. 3 is an explanatory diagram illustrating an operation of an editing execution unit performed using an editing attribute of an editing attribute management unit.

FIG. 4 is an explanatory diagram illustrating an operation of a cursor control unit performed using an editing attribute of an editing attribute management unit.

FIG. 5 is an explanatory diagram (part 1) illustrating an operation of an automatic kana-kanji conversion execution unit performed by using an automatic kana-kanji conversion attribute management unit of the attribute management unit.

FIG. 6 is an explanatory diagram (part 2) illustrating the operation of an automatic kana-kanji conversion execution unit performed by using the automatic kana-kanji conversion attribute management unit of the attribute management unit.

FIG. 7 is a block diagram showing a second embodiment of the present invention.

FIG. 8 is a flowchart of a second embodiment of the present invention.

FIG. 9 is an explanatory diagram for explaining an operation of an editing execution unit performed by using an editing user function of the user function storage management unit.

FIG. 10 is an explanatory diagram illustrating an operation of a cursor control unit performed using an editing user function of the user function storage management unit.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Input control part 2, 14 Editing execution part 3, 15 Cursor control part 4 Automatic kana-kanji conversion part 5, 16 Attribute management part 6 Output part 7 Input data storage means 8 Cursor position storage means 9 Editing attribute management means 10 Automatic kana-kanji conversion attribute Management means 11 Edit data storage means 12 Input device 13 Japanese conversion function 17 Editing user function execution means 18 Cursor control unit user function execution means 19 User function storage management means

Claims (7)

[Claims] 1. An input control unit for receiving an event generated by an input device and selecting an output destination according to a type of the event, an edit execution unit for executing editing when the event is a data key input, and A cursor control unit that receives an input in the case of movement and performs cursor control; an automatic kana-kanji conversion execution unit that executes automatic kana-kanji conversion using a Japanese conversion function when the event is kana data; An attribute management unit that stores information on what kind of editing is performed at a time and information on a storage location of kana data referred to by the automatic kana-kanji conversion execution unit during kana-kanji conversion, and a result edited by the edit execution unit and the automatic kana-kanji character An input control component, comprising: an output unit for displaying candidate data obtained by the conversion execution unit performing kanji conversion. 2. The apparatus according to claim 1, wherein the input control unit includes input data storage means for storing input data which is unedited data, and cursor position storage means for storing a cursor position on the unedited data. The input control component according to claim 1. 3. An attribute management unit for managing an attribute at the time of editing, wherein the attribute execution unit sets in advance what kind of attribute is to be edited when a data key is input; Automatic kana-kanji conversion attribute management means for managing a detailed attribute at the time of automatic kana-kanji conversion in which the kana-kanji conversion execution unit performs automatic kana-kanji conversion on input of kana data. The input control component according to claim 1. 4. An input control unit that receives an event generated by an input device and selects an output destination according to the type of the event, and edits with a predetermined attribute when the event is a data key input and a user-specific attribute. An editing execution unit for executing either one of editing by a user, cursor control by a predetermined cursor control function which receives an input when the event is a cursor movement, and cursor control by a user-created cursor control user function A cursor control unit that performs one of cursor control, and an automatic kana-kanji conversion execution unit that performs an automatic kana-kanji conversion using a Japanese conversion function when the event is kana data,
An attribute management unit that stores information on what kind of editing the editing execution unit performs at the time of editing and information on a storage location of kana data that the automatic kana-kanji conversion execution unit refers to at the time of kana-kanji conversion; An output unit 6 for displaying the result of the conversion and the candidate data converted by the automatic kana-kanji conversion execution unit into kanji. 5. An attribute managing unit for managing an attribute at the time of editing, wherein the attribute executing unit sets in advance what kind of attribute is to be edited at the time of inputting a data key. An automatic Kana-Kanji conversion attribute management unit that manages detailed attributes for automatic Kana-Kanji conversion at which Kana-Kanji conversion execution unit performs automatic Kana-Kanji conversion when inputting Kana data. 5. The user function storage management means according to claim 4, further comprising an editing user function which can be set and used at the time of editing, and a user function storage management means having a cursor control user function which can be set independently by the user and used at the time of cursor control. Input control parts. 6. An editing system in which the editing execution unit calls an editing user function stored in a user function storage management unit of the attribute management unit at the time of editing, and performs editing processing based on the editing user function. The input control component according to claim 4, further comprising user function execution means. 7. The cursor control unit calls a cursor control user function stored in a user function storage management unit of the attribute management unit during cursor control, based on a cursor position returned by the cursor control user function. The input control component according to claim 4, further comprising a cursor control user function execution unit that executes a cursor control process.