JPH0744541B2 - Transfer destination instruction processing method in network processing system - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Outline] Regarding a transfer destination instruction processing method in a network processing system in which a work station corresponding to a node transfers processing data between work stations and executes processing, For the purpose of eliminating the complexity of determining and instructing each transfer destination to transfer the data, an abstract transfer route divided into classes is set according to the type of carry-over data, and it corresponds to each work station. The conversion table of the transfer destination on the abstract transfer route and the transfer destination to be specifically transferred is prepared, and the conversion table is indexed to determine the transfer destination.

[Industrial application field]

The present invention relates to a transfer destination instruction processing method in a network processing system, and in particular, a transfer destination instruction processing in a network processing system in which a work station corresponding to a node executes processing while carrying around data between work stations. Regarding the scheme.

A system is being considered in which a plurality of nodes form a network and one or a plurality of objects are processed while being transferred on the network.

[Conventional technology]

As a system as described above, let us consider a case where an object called a slip is transferred and processing is executed on a network called a company that is composed of nodes called employees.

In such a network system, there are a plurality of types of slips, but it is necessary to determine in advance to which node each slip should be transferred after the current processing is performed. is there. In addition, it is necessary for each node to instruct each transfer destination.

[Problems to be solved by the invention]

In the above system, along with the problem that the transfer destination must be determined and instructed, it is extremely difficult to take a route change measure when the number of types of slips increases or the organization changes in the system once constructed. Will be things.

An object of the present invention is to eliminate the complexity of determining and instructing a transfer destination to transfer the carry-over data.

[Means for solving problems]

1 (A) and 1 (B) show the principle configuration of the present invention.
FIG. 1A shows an example of the system, and FIG. 1B shows an example of carry-over data.

Reference numerals 1A, 1B, 1D and 1E in the figure represent work stations corresponding to the respective nodes, 2A and 2B represent respective host processors, 3A and 3B represent respective conversion tables, and 4 represents carry-over data.

Generally, there are many types of carry-on data 4 corresponding to slips transferred on the network. For example, (i) belonging group / leader → affiliated section manager → affiliated manager ・
・ ・ (Ii) General affairs → General affairs related section manager → General affairs related department manager, etc., the transfer routes can be classified into a relatively small number of classes. Then, in the case of the transfer route of (i) above, the carry-over data 4 issued from a certain work station should be transferred to a specific Mr. α who is the belonging group leader, and then the belonging section manager. It should be forwarded to a specific β, ...
The specific transfer destination such as said changes in response to organizational changes. For this purpose, transfer routes such as (i) and (ii) above are defined as abstract transfer routes, and specific transfer destinations are described in the conversion tables 3A and 3B. That is, when it is assumed that there is carry-over data 4 for which an abstract transfer route such as the transfer route (i) is defined, the affiliation designated by the abstract transfer route for each work station 1A, 1B, 1D, 1E, etc. Conversion tables 3A and 3B are prepared for which work station is assigned to the corresponding group leader.

As the carry-on data 4, at least, as shown in the figure, (a) transfer route ... Abstract transfer route is designated, and a specific transfer route obtained by indexing the conversion table 3 can be described.

(B) Processing history ... Instructing to what extent the transfer route has progressed.

(C) Voucher data ... The data input from each work station is accumulated and becomes the next processing target.

It has

[Action]

For example, suppose that the work station 1A corresponding to the employee A issues a ticket, the host processor 2A converts the class corresponding to the ticket and the workstation 1A into the conversion table 3A.
And the work station 1α where Mr. α is located and the work station 1β where Mr. β is located corresponding to each transfer destination (for example, group leader) described in the above abstract transfer route. Is written together with the above-mentioned abstract transfer route on the carry data 4.

Based on this, the carry-on data 4 is transferred to the next work station 1α. Then, it is further transferred to the work station 1β.

Although the presence of the host processing devices 2A and 2B is shown in FIG. 1, the host processing devices 2A and 2B may not be present. In such a case, conversion table 3 shows
It may be prepared for each station.

〔Example〕

FIG. 2 shows a flow chart of an embodiment of the present invention.

In Fig. 2, (1) A work station where employee A handles himself
When the draft is selected using 1A, (2) the host processing device 2A distributes the uninput carry-over data to the work station 1A.

(3) At the work station 1A, the data is written on the data 4 to be carried in conversation with the employee A, and (4) Send is selected and transferred to the host processor 2A.

(5) In the host processing device 2A, while looking at the processing history, the next destination to be sent is picked up from the abstract transfer route, the conversion table 3A is indexed, and the specific destination 1α is found.

(6) Then, the processing history is updated, and (7) Destination 1α (group leader of employee A)
To send.

(8) Group leader α uses the work station 1α to receive the carry-on data 4.

(9) Then, the workstation 1α conversationally carries with the group leader α and writes the data on the data 4, and (10) the sending is selected and transferred to the host processor 2A ... The same processing is performed thereafter.

〔The invention's effect〕

As described above, according to the present invention, the transfer route can be automatically determined, and the organizational change can be easily dealt with.

[Brief description of drawings]

1 (A) and 1 (B) show the principle configuration of the present invention, and FIG. 2 shows a flow chart of an embodiment of the present invention. In the figure, reference numeral 1 is a work station, 2 is a host processor, 3 is a conversion table, and 4 is carry-over data.

Claims (1)

[Claims] 1. A work station (1) corresponding to a node is provided, and the work station (1) is provided.
In a network processing system that executes processing while mutually transmitting the handheld data (4), the handheld data (4) is classified into a plurality of classes according to the type of the handheld data (4). A route for transferring the carry-over data (4) belonging to the class is defined as an abstract transfer route for each class, and corresponding to each individual work station (1), each class is associated with each class. Specifically, the transfer destination specified by the corresponding abstract transfer route is
The conversion table (3) for instructing whether to correspond to the station (1) is provided, and the carry-over data (4) indexes the conversion table (3) based on the abstract transfer route and / or the abstract transfer route. A first description part describing a specific transfer route as a result, and a second description part describing a situation in which the carry-forward data (4) is actually forwarded corresponding to the specific transfer route. With regard to the carry-over data (4) issued by each work station (1), the conversion table (3) is indexed based on the class of the carry-over data (4), and is concretely transferred. A transfer destination instruction processing method in a network processing system characterized in that a work station (1) to be processed is determined and the transfer is performed.