JPH02166508A - Ledger allocation processor - Google Patents

Abstract

PURPOSE:To easily attain the allocation of ledgers with no mistake via an ordinary person other than an expert operator, etc., by calculating the number of tracks required for each ledger from the largest number of registered items of each ledger and allocating and initializing the ledger files in accordance with the calculated number of tracks. CONSTITUTION:A reading means 1 reads out a source parameter file 11 which contains the source information on the name of each ledger. An input means 2 inputs the largest number of registered items in accordance with the source information on each ledger. Then a calculation means 3 calculates the number of tracks required for each ledger from the input largest number of registered items of each ledger. An allocation means 4 allocates the ledger files based on the calculated number of tracks. Furthermore an initialization means 5 applies the initialization to the allocated ledger file of each ledger. Thus even an unexperienced operator who has no sufficient knowledge can easily and automatically allocate the ledgers with no mistake.

Description

[Detailed Description of the Invention] [Objective of the Invention] (Field of Industrial Application) This invention is a ledger that is necessary when performing processing such as aggregation using a ledger file in which various products, delivery destinations, etc. are registered. The ledger allocation relates to a processing device that automatically executes the process.

(Conventional technology) When trying to automate or speed up these processes by introducing a general-purpose package that performs processing such as aggregation using ledger files in which various products and delivery destinations are registered, the first step is to The layout must be processed, and a ledger file must be created and initialized.

Traditionally, this type of ledger allocation process was carried out by a dedicated person or system engineer, based on a primitive parameter file containing primitive information such as the name of each ledger, while checking the maximum number of registrations for each ledger. I calculated the number of tracks needed. Once the number of tracks is known, each ledger can be allocated using a file allocation utility program or the like. In addition, subsequent initialization of the layout could be performed using an initialization program, which is also a utility program.

(Problem to be solved by the invention) However, the work of calculating and allocating the necessary number of tracks while looking at the maximum number of registrations for each ledger requires sufficient knowledge and experience, and cannot be easily performed by anyone. There wasn't. Also, I had to spend a lot of time. Furthermore, due to the complicated calculations, mistakes often occur in the allocation.

This invention was made in view of the above-mentioned conventional circumstances, and uses a processing device to automatically allocate a ledger that can be carried out without requiring an operator with sufficient knowledge and experience, and is less prone to allocation errors. is intended to provide.

[Structure of the Invention] (Means for Solving the Problems) In order to achieve the above object, the ledger allocation according to the present invention requires that the processing device store a primitive parameter file that holds primitive information such as the name of each ledger. A readout means for reading, an input means for inputting the maximum number of registrations for each ledger according to the original information of each ledger read by the reading means, and an input means for inputting the maximum number of registrations for each ledger input by this input means. a calculation means for calculating the number of tracks required by the
This allocation is used to allocate ledger files according to the number of tracks required by each ledger calculated by this calculation means, and this allocation is used as an initialization process to perform initialization processing on the ledger files of each ledger allocated by the means. The system is equipped with means for converting

(Function) If a processing device has such a structure for ledger allocation, the reading means reads out the original parameter file that holds the original information such as the name of each ledger, and according to the original information of each ledger, The maximum number of registrations for each ledger is input using the input means.

Then, the calculation means calculates the number of tracks required for each ledger from the input maximum number of registrations for each ledger, and the ledger files are allocated by the means according to the calculated number of tracks.

In addition, by initializing the ledger file of each assigned ledger using the initialization means, even operators with little experience or knowledge can automatically and easily assign ledgers without making mistakes. will be able to carry out.

(Embodiment) FIG. 1 is a schematic block diagram of a ledger layout processing apparatus according to an embodiment of the present invention.

For example, there is a reading unit 1 that reads out a primitive parameter file 11 that holds primitive information such as the name of each ledger stored on a floppy disk or the like.

There is an input section 2 for displaying information such as the name of each ledger on a display 21 or the like in accordance with the original information of each ledger read out by the reading section 1, and for inputting the maximum number of registrations from a keyboard 22 or the like.

Further, there is a calculation section 3 that calculates the number of tracks required for each ledger from the maximum number of registrations for each ledger inputted by the input section 2.

There is an allocation section 4 that executes allocation of ledger files via a file allocation program 42 which is a utility program according to the number of tracks required by each ledger calculated by the calculation section 3. The allocation section 4 creates an allocation parameter file 41, writes information on the allocation such as the number of tracks to the allocation parameter file 41, and passes it to the file allocation program 42.

Further, an initialization section 5 is provided which performs initialization processing by executing an initialization program 51, which is also a utility program, on the ledger file of each ledger allocated by the allocation section 4.

Further, there is a control section 6 that integrates and controls each of these sections.

In this manner, in this embodiment, the ledger file allocation and initialization processing are executed by operating the file allocation program 42 and the initialization program 51, which are utility programs, respectively.

Next, the operation of this embodiment device will be explained.

FIG. 2 is a flowchart showing the main operations in this embodiment.

Under the control of the control unit 6, first, the reading unit 1 reads out original information such as the name of each ledger from the original parameter file 11 (step 110 in FIG. 2).

Next, the original information such as the name of each ledger read by the reading unit 1 is sequentially inputted to the display 21 by the input unit 2.
etc. (step 120), and the maximum number of registrations related to the displayed ledger is input via the keyboard 22 or the like (step 130). This display and input for each ledger is executed until it is completed for all ledgers (step 140).

Then, the calculating section 3 calculates the number of tracks required for each ledger from the maximum number of registrations for each ledger sequentially input by the human power section 2 (step 150).

The allocation section 5 allocates the ledger files according to the thus calculated number of tracks required by each ledger. Ledger file allocation is performed via the file allocation program 42, which is a utility program.

Information is passed to this file allocation program 42 by creating a parameter file 41 for allocation, and writing information for allocation such as the number of tracks and the name of the device that creates the ledger file in this file 41 ( Step 160). When the allocation is started by the allocation section, the file allocation program 42 starts the allocation from the parameter file 4.
1 and execute ledger allocation according to that information (
step 170).

The initialization process is performed by the initialization unit 5 on the ledger file of each ledger thus allocated.

The initialization process is executed by activating the initialization program 51, which is also a utility program (step 180).

In this way, from calculating the number of tracks for ledger allocation,
Actual allocation and initialization are performed continuously and automatically.

[Effects of the Invention] As described above, according to the processing device, ledger allocation to which this invention is applied requires specialized personnel to perform complicated calculations over time, and despite this, many mistakes were made. Calculation of numbers becomes automatic and easy. Further, this device automatically executes the subsequent actual allocation of the ledger and initialization processing continuously.

Therefore, the ledger layout can be easily and error-free without relying on a specialized person or the like.

[Brief explanation of the drawing]

FIG. 1 is a block diagram of a ledger allocation processing apparatus according to an embodiment of the present invention, and FIG. 2 is a flowchart showing the operation of the apparatus of the embodiment. 1...Reading section 11...Original parameter file 2...Input section 21...Display 22...
Keyboard 3... Calculation section 4... Assignment section 41
...Allocation is parameter file 42...File allocation program 5...Initialization part 51...
Initialization program 6...control section

Claims (1)

[Claims] (1) A reading means for reading out the original parameter file that holds the original information such as the name of each ledger, and an input means for inputting the maximum number of registrations for each ledger according to the original information of each ledger read by this reading means. and a calculation means for calculating the number of tracks required for each ledger from the maximum number of registrations for each ledger input by this input means, and a ledger file according to the number of tracks required for each ledger calculated by this calculation means. A ledger allocation processing device comprising an allocation means for allocating a ledger, and an initialization means for initializing a ledger file of each ledger allocated by the allocation means.