JPH01152565A - Processing system for user inherent information - Google Patents

Abstract

PURPOSE:To efficiently copy a dictionary by equipping the title system with a buffer memory to store extracted user inherent information and storing the information successively in an area to correspond to a key in a second memory means. CONSTITUTION:When an instruction for copying the dictionary is executed from a key board KB, a dictionary copying control part DCC checks the inherent information of a dictionary FLP and stores the information in a register FID 1. The DCC executes the searching of a specific code from the top of the dictionary and registers the word and the reading to a word registering table TBL, which is a buffer memory M, without giving the specific code to the word and the reading. The DDC reads a pair of the word and the reading in the TBL and stores the reading in a key buffer KBF the word in a word buffer WBF, respectively. Further, the specific code, which is the output of a specific code generating means GEN, is stored together with the word in a position to correspond to the reading. When all the pairs of the word and the reading registered in the TBL are stored in a copy storing medium, the message to indicate the completion of the storing is displayed on a picture CRT.

Description

DETAILED DESCRIPTION OF THE INVENTION (a) Technical field of the invention The present invention provides a method for processing user-specific information, in particular, uses kana as a key and stores user-specific information in a word dictionary storing the corresponding display character code. This invention relates to a method for storing information by adding a display code to that effect.

(b) Background of the Technology In recent years, Japanese Akebono processing devices (word processors) have rapidly become widespread, and the processing of inputting data in kana and converting it into kanji has become particularly important. In order to convert kana to kanji, a kana/kanji correspondence table is essential, and is generally stored on a thin magnetic recording medium as a Rin dictionary. The word dictionary, which is a table, has a function where the user can arbitrarily register conversion correspondence.

When creating Nihon Masu text using a word processor, Kana-Kanji conversion is performed, so frequently used words can be written in simple Kana, such as ``1 Japan National Railways'' in ``Kokutetsu'' and ``Kokutetsu'' in ``Kokutetsu''.
"Fujitsu Ltd." is registered in the word dictionary as "fu".

For words registered in this way, enter the corresponding kana,
If you specify the conversion, the corresponding kanji will be displayed. here,
If the word dictionary used is on a separate storage medium for each sentence being created, no matter how many documents are created, the storage medium storing the word dictionary can be used in common, and the document storage medium can be used in common. All you have to do is use new recording media one after another. However, when it comes to storing word dictionaries on the same recording medium,
Unless the above-mentioned word registration process is performed in the word dictionary each time a recording medium is read, operations for improving input processing efficiency cannot be used.

(b) Purpose of the Invention In view of the above-mentioned drawbacks, it is an object of the present invention to configure a single-tang dictionary having user-specific information so as to be convenient for various processing.

(E) Structure of the Invention The above object is to provide a specific code generating means that can produce a specific display pattern when displayed on a display, and to generate a specific code by the specific code generating means when writing user-specific information to the memory means. This is achieved by storing the data together with the assigned key in the corresponding position.

(f) Embodiment of the invention FIG. 1 shows an embodiment of the invention. When a unique word that is user-specific information is directed to the keyboard KB (for example, by pointing a character on the screen CRT with the cursor), that word is stored in the word buffer WBF, and the pronunciation of the word as a key is Φ-buffer 7KBF. is stored in Then, in response to a registration instruction from the keyboard KB, the key search registration unit KSR searches for a corresponding key on the magnetic medium and checks whether there is an area to be registered. If the area exists, it is stored with a specific code indicating that the user has registered in the corresponding area using the pronunciation as a key.

This specific code is displayed on the display as rllJ. If the same pronunciation already exists, the unique word will be stored at the beginning of the word group corresponding to the pronunciation, and all other words will be shifted to the back in order.

If the same pronunciation does not exist, the specific code and the unique word are stored together with the pronunciation in the position according to the pronunciation in the order of Ai-Ue-O. The outline of this process is as shown in FIG.

That is, the area to which the cursor moves after pressing the single cell addition key is a user-specific word, and is stored in the write buffer WBF when the execution key is pressed. The next input data is stored in the key buffer KBFK as a reading, and when the execution key is pressed, the reading is determined and processing is started. Note that the specific code generating means GEN generates a code corresponding to the "hard" display.

The key search registration section KSR is
Access dictionary FLP with the contents of BF.

For example, if we consider registering the word "○×Δ" with the pronunciation "a", the area corresponding to the pronunciation "a" enters the memory M from the word @FLP. Then, check if there is room for the word, and if there is not, an error message will appear on screen C.
If there is room for 0 to be displayed on RT, store ``K○×Δ'' at the beginning of it in correspondence with the pronunciation of ``A'', and move the items registered as indulgences to the back as a whole. Memory M
Alternatively, it is stored in the dictionary FLP.

Therefore, when the dictionary content display instruction detection unit DCD detects a display instruction, the dictionary contents stored from the dictionary FLP are searched in the memory M based on the contents of the key buffer KBF based on the instruction at that time, and as a result, , the specific code and the word code are output to result registers RG and RW. In the case of displaying the contents, the AND processing unit A is instigated, so if there is a specific code via the OR processing unit OR, the word is displayed together with it on the screen CRT. Looking at the screen, you can easily distinguish between the words registered by the user and the words originally registered by the presence or absence of fixed display. In the case of simple kana/kanji conversion, there is no kana in the key buffer KBF, and the search processing unit 5ERC operates with the output of the conversion instruction detection vector CC, and the specific code and word code are stored in the result registers RG and RW, respectively. is stored. Of course, if no specific code is assigned, a blank code is stored in the result register RG. AND processing section A is not activated, and therefore, in this case, even if a specific code is stored in result register RG, screen CRTK is not displayed.

The dictionary FLP is one storage medium, and the created Japanese document is also stored in the storage medium together with the dictionary. Screen C
When a document cannot be stored on the medium as described above, a new storage medium is used to continue document creation.

Even in that case, as with the old storage medium, Kana/words (Kanji)
If conversion is to be performed, it is necessary to construct a dictionary for the new storage medium similar to that of the old storage medium (including user-specific words). That is, a process called dictionary copying is required.

For this dictionary copy, if the same new storage medium and old storage medium can be connected to the word processor's main CPU at the same time, the predetermined unit length can be stored in the word processor's main CPU by transferring each predetermined unit from the old storage medium to the new storage medium. It is sufficient to prepare a buffer.

However, if only one storage medium can be connected at times, after storing a predetermined unit amount of the dictionary on the old storage medium in the buffer, remove the storage medium, set the old storage medium, and transfer to the new storage medium. Store the buffer contents, then remove the new storage medium, set the old storage medium, store the predetermined unit of the dictionary on the old storage medium in the buffer again, replace the storage medium, and transfer the buffer contents to the new storage medium. The operation of storing data into a file must be repeated many times.

In the present invention, even if only one storage medium can be connected to the word processor main body CPU at a time, the dictionary can be efficiently copied to the dictionary FLP that already has the basic dictionary as described above.

Copy the basic dictionary and register a lot of user information,
By copying only the basic dictionary to the old storage medium that cannot be added to, preparing a new storage medium with a large write data usage area, and copying only the user information to the new storage medium, It becomes possible to omit copying a large amount of data of the basic dictionary, and this application is implemented as follows.

That is, when a dictionary copy instruction is issued from the keyboard KB, the dictionary content display instruction detection section DCD is activated. The dictionary copy control unit DCC checks the unique information of the dictionary VFLP, stores it in the register FIDI, searches for a specific code entry from the beginning of the dictionary, and retrieves words assigned countries and their pronunciations without assigning specific codes. The word is registered in the word registration table TBL which is the buffer memory M. When either the entire dictionary has been searched or the word registration table TBL is full, a new storage medium, that is, a copy destination storage medium set is indicated on the screen CRT.

If there are not enough words, the next reading is stored in the next reading register PINT.

When the old storage medium, that is, the copy source storage medium is removed and the copy destination storage medium is set, the storage medium specific information is stored in the register FID2. Then, a word/pronunciation pair is read from the word registration table TBL, and the pronunciation is stored in the key buffer KBF and the word is stored in the word buffer WBF. Then, in the same way as in the case of word registration from the keyboard KB described above, the key buffer KB is stored in the memory M.
The content corresponding to F has been increased from the dictionary FLP,
A specific code, which is the output of the specific code generating means GEN, is stored together with the word in a position corresponding to the reading. In this case, of course, as described above, if a word already exists for the reading, it will be stored at the beginning position, and the existing word will be shifted to the rear as a whole. When a word/pronunciation pair is completed, the next pair is read from the word registration table TBL,
Perform the same process 0 Then, when all the word/pronunciation pairs registered in the word registration table TBL are stored in the copy optical storage medium, it becomes the unique information for all users of the copy source storage medium. If so, the copy process is ended and a message to that effect is displayed on the CRTK screen.

If there is more user-specific information in the copy source storage medium than there is in the word registration table and it cannot fit into the table, an instruction to reset the copy source storage medium will be displayed on the CRT screen for the operator. Ru. Then, when the storage medium is set for the copy, the dictionary copy control unit DCC
checks the unique information of the dictionary FLP and registers FID.
A comparison is made with the unique information stored in I. Of course, if there is a discrepancy, a message to that effect will be displayed [Floppy replacement required. ” is performed on a double-sided CRT, and if - is scattered,
Following the reading stored in the next reading register PINT, the user specific information extraction process is repeated in the same manner as described above.

When setting the copy destination storage medium again, register F
A comparison check with the information stored in ID2 is performed just to be sure. In this case, if the storage medium is the same as the first time, a message to that effect will be displayed saying, ``Floppy needs to be replaced.''

” is displayed on the screen CRT.

The above operation is as shown in the processing flow of FIGS. 3 and 4, and the above copying process extracts only the user-specific information of the copy source storage medium and registers it in the word registration table TBL excluding the specific code. However, since the registered words are read from the word registration table TBL, a specific code is generated, and a specific code is assigned to the copy destination storage medium, 1 is temporarily retained when resetting the storage medium. (G) Effects of the Invention As described above, according to the present invention, it is possible to process user-specific information extremely efficiently, and in particular, It is possible to extremely efficiently copy a dictionary directly to a Japanese language processing device in which only one storage medium can be set at a time.

[Brief explanation of the drawing]

FIG. 1 shows an embodiment of the great invention, FIG. 2 is a process flow diagram for registering words as usage-specific information, and FIGS. 3 and 4 are process flow diagrams for explaining dictionary copying. In the figure, KB is a keyboard, FLP is a dictionary which is a storage medium, KBF is a key buffer, WBF is a gluteal buffer, GEN is a specific code generation section, TBL is a word registration table, KSR is a key search registration section, M is a memory, D.C.C.
is a dictionary copy control unit, and CRT is a display.

Claims (2)

[Claims] (1) In a copying means for copying the contents of a first removable memory means storing basic information and user-specific information to which a specific code is added to a second removable memory means storing basic information. , a user-specific information extraction means for extracting the key stored in the first memory and the corresponding user-specific information, and a buffer memory for storing the extracted user-specific information, and storing the extracted user-specific information in the buffer memory. 2. A method for processing user-specific information, characterized in that the user-specific information is sequentially stored in areas corresponding to keys in the second memory means. (2) When the copying means according to claim 1 is provided with a buffer memory for storing only word information and a specific code generation means, and the information stored in the buffer memory is sequentially stored in the second memory. A method for processing user-specific information, characterized in that a specific code, which is an output of the specific code generating means, is added to the information.