JPH0147814B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention provides a text input device using a failure dictionary file reproduction processing method and a kana/kanji conversion dictionary file, in which the dictionary file is divided into blocks, and when a failure occurs, the dictionary file is copied from the master dictionary file. A faulty dictionary file playback process that controls to overwrite the above-mentioned dictionary file with the faulty blocks removed, and plays back the dictionary file while preserving the functions improved through learning. It is related to the method.

In text input devices such as Japanese input devices, a kana/kanji conversion dictionary file is used that stores multiple kanji codes corresponding to the readings.
Regarding the reading of homophones, the function has been improved to obtain a preferable reading order using a learning function, so to speak, so as to have a eugenic ranking based on the user's degree of access. If a problem occurs with such a kana/kanji dictionary file, it is generally replaced with a dictionary file that is a copy of the master dictionary file provided by the manufacturer, but at this time, the functions improved through the above learning are lost. Put it away.

The purpose of the present invention is to solve the above-mentioned problems by dividing a dictionary file into, for example, about 1000 blocks, and allowing the user to easily read the contents of the blocks other than the faulty block. The purpose is to make it playable. Therefore, in the fault dictionary file playback processing method of the present invention, a plurality of kanji codes are stored corresponding to the readings, and a reading priority is set among the plurality of kanji codes in accordance with access to the kanji code. In a text input system that uses a kana/kanji conversion dictionary file to be changed, the kana/kanji conversion dictionary file is divided into blocks corresponding to the single reading and/or multiple readings, and is also divided into blocks corresponding to the single reading and/or multiple readings. It is configured to have an index that associates the block name with the storage location of the block, and when generating a copy corresponding to the above-mentioned kana/kanji conversion dictionary file, it checks the master dictionary file for each block while The present invention is characterized in that the copying is performed while overwriting the file copied from the original file, and the above-mentioned overwriting is prohibited for the block where the failure has occurred. This will be explained below with reference to the drawings.

Figure 1 shows the pseudonyms used in accordance with the present invention.
A format of an embodiment of a Kanji conversion dictionary, FIG. 2 is an explanatory diagram illustrating an embodiment of file playback according to the present invention, and FIG. 3 shows a configuration of an embodiment of the present invention.

In Figure 1, 1 is a kana/kanji conversion dictionary (or dictionary file), 2-1, 2-2, 2-3,...
. . is a block, which divides the area in which the kanji code is stored according to the reading, and 3 is an index, which indicates the storage location and block name of each block (for example, "A~E", "A~E", "A~E", etc.). tree"
etc.) are stored together.

When inputting text, if the operator inputs, for example, ``ai'' and then operates the kana/kanji conversion key, the readings ``ai'', ``au'', etc. are read out in sequence. And "Ai" entered above
If there is a match, the kanji code corresponding to the reading is extracted and displayed on the display. In this case, if there are homophones, the kanji with the highest priority based on the results of previous learning, such as "love", will be displayed first, and when the operator indicates another kanji, the next kanji will be displayed. For example, "phase" is displayed. Then, when the kanji character "Ai" is adopted, the kanji character "Ai" is given a higher priority than "Ai".

Conventionally, as mentioned above, since the kana/kanji conversion dictionary 1 has a learning function, if a problem occurs in the dictionary 1 that has been improved through learning, the manufacturer provides a dictionary file copied from the master dictionary file. Even if it is done, the learning results will be lost and it will not become easy to use immediately.

For this reason, in the present invention, the dictionary 1 is divided into about 1000 blocks 2-1, 2-2,
. . . The configuration is such that each block can be specified and dumped using index 3.

FIG. 2 shows an explanatory diagram for explaining one embodiment of file reproduction according to the present invention. Reference numeral 1 in the figure is the disability dictionary (or dictionary file), which is the first
4 is a master dictionary (or dictionary file) and is a standard dictionary (or dictionary file) owned by the manufacturer; 5 is a dictionary (or dictionary file) to be reproduced; Dictionary file), 6 represents a faulty block.

If a failure occurs, the manufacturer will send you a master dictionary4.
The reproduction dictionary 5 is provided in the form of a copy. Needless to say, the contents of the reproduction dictionary 5 are copies of the contents of the master dictionary for all blocks. The user receives the copied reproduction dictionary 5 and uses the dump process shown in the configuration shown in FIG. 3 to overwrite the copied reproduction dictionary from the fault dictionary 1. During the overwriting, dumping is performed in units of blocks. At this time, for example, the cyclic redundancy data that is written together with the data.
A fault check is performed based on the check code (CRC), and the above-mentioned overwriting is performed for blocks other than the faulty block 6. Therefore, the regenerated dictionary 5 that has been overwritten is the same as the original dictionary 1 except for the faulty block 6.
The contents of the block will be reproduced, and the fault block 6 will be displayed.
The content of the master dictionary 4 is only for the portion corresponding to .

FIG. 3 shows the configuration of an embodiment of the present invention. Reference numerals 1, 5, and 6 in the figure correspond to those in FIG. 2, 7 is the main unit, 8 and 9 are disk control units, respectively, and 10 is a block counter, which is used for the above-mentioned block 2-
Something that indicates 1, 2-2, ..., 11-0, 1
1-1 are buffer sections, 12-0 and 12-1 are flip-flops which are reset in the presence of a fault, and 13-0 and 13-1 are AND circuits, respectively.

With the failure dictionary file 1 set in the disk control section 8 and the reproduction dictionary file 5 copied from the master dictionary set in the disk control section 9, a read request is made from the main unit 7 to the disk control section 8. and a light is emitted to the disk control section 9. At this time, the main unit 7 specifies the above-mentioned block using the block counter 10 and performs the transfer process on a block-by-block basis.

That is, the lead for #1 block 2-1 is
The data is transferred to #0 buffer 11-0, and the presence or absence of an error during that time is checked by flip-flop 1.
Set to 2-0. Next #2 block 2-
Read data about 2 is #1 buffer 11
-1, and the presence or absence of an error during that time is set in the flip-flop 12-1, while the contents of the #1 block 2-1 from the #0 buffer 11-0 are transferred to the reproduction dictionary 5 through the AND circuit 13-0. It is written as #1 block. Needless to say, if there is an error regarding the block transferred to buffer #0 11-0, the flip
The flop 12-0 has been reset, and transfer of the block to the playback dictionary 5 is prohibited.

As explained above, according to the present invention, the contents of the faulty dictionary can be reproduced on the playback dictionary excluding the faulty blocks, and the user can easily play back the dictionary himself.

[Brief explanation of drawings]

Figure 1 shows the pseudonyms used in accordance with the present invention.
A format of an embodiment of a Kanji conversion dictionary, FIG. 2 is an explanatory diagram illustrating an embodiment of file playback according to the present invention, and FIG. 3 shows a configuration of an embodiment of the present invention. In the figure, 1 is a kana/kanji conversion dictionary (or dictionary file or disability dictionary), 2 is a block, 3 is an index, 4 is a master dictionary (or dictionary file), 5 is a reproduction dictionary (or dictionary file), and 6 is a 7 is a main unit, 8 and 9 are disk control units, 10 is a block counter, 11 is a buffer, and 12 is a flip-flop.

Claims (1)

[Claims] 1 Sentence input using a kana/kanji conversion dictionary file that stores multiple kanji codes corresponding to their readings, and in which the reading priority is changed according to the access to the kanji code among the multiple kanji codes. In the system, the kana/kanji conversion dictionary file is divided into blocks corresponding to the single reading and/or multiple readings, and an index is created for each block that associates the block name with the storage location of the block. When creating a copy corresponding to the above kana/kanji conversion dictionary file,
While checking for failures in each of the above blocks, copying is performed while overwriting the file copied from the master dictionary file, and control is performed to prohibit the above-mentioned overwriting for blocks in which a failure has occurred. A fault dictionary file reproduction processing method characterized by: