JP3216879B2 - Deletion of transfer data and status display device in delay type transfer function - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION The present invention relates to data transferred from a transmission server to a reception server and data transferred from a transmission server to a reception server and used for business, and unnecessary data is stored in the data. The present invention relates to a transfer data deletion and status display device in a delay type transfer function that can be deleted by inputting a command, and displays the respective data transfer statuses of a transmission-side data pool file and a reception-side data pool file on a screen.

[0002]

2. Description of the Related Art Conventionally, in a data transfer device using a delay-type transfer function, when data is transferred from a task of a transmitting server to a task of a receiving server, data transmitted from the task of the transmitting server is data. The data is temporarily stored in a pool file, and the stored data is transferred to the operation of the receiving server. In this case, the data stored in the data pool file is transferred to the operation of the receiving server without grasping the state of the data.

[0003]

However, in such a data transfer apparatus of the conventional delay type transfer function, even if the transfer data becomes unnecessary during the transfer, all the data is transferred and the data unnecessary for transfer is deleted. Therefore, there is a problem that work efficiency is poor. There is also a problem that the progress of the transfer is difficult to grasp because the transfer status of the data cannot be confirmed.

[0004] The present invention has been made to solve the above-mentioned conventional problems, and it is possible to improve the work efficiency of the transfer process by deleting unnecessary data.
It is an object of the present invention to provide a transfer data deletion state and state display device in a delay type transfer function capable of displaying and grasping transfer information on a screen editor.

[0005]

In order to achieve the above object, a transfer data deletion state and state display device in the delay type transfer function of the present invention transmits from a task of a transmitting server to a task of a receiving server. A transmitting-side data pool file for holding data, a transmitting-side transmitting processing unit for transmitting data stored in the transmitting-side data pool file to the receiving server, and receiving data transmitted by the transmitting processing unit. A reception processing unit for storing the data in the receiving-side data pool file and a first display format and a second display format according to the state of the data stored in the transmitting-side data pool file and the data stored in the receiving-side data pool file. Status display processing unit to be displayed on the screen editor, and the data stored in the sender's data pool file and the receiver's data pool file. Characterized in that it comprises a deletion processing unit to type the first deletion processing format to fourth deletion processing format for deleting data in response to the state.

According to the present invention, when data is transferred from the task of the sending server to the receiving server, the data transferred from the task of the sending server is stored in the sending data pool file. Further, deletion processing section in accordance with the state of the data stored in the transmitting-side data pool file, and delete data by type to the first deletion processing format to fourth deletion processing format. The status display processing unit classifies the data into the first display format and the second display format according to the status of the data stored in the transmission-side data pool file, and displays the data on the screen editor.

The data stored in the transmission-side data pool file is transmitted by the transmission processing unit of the transmission-side server to the reception processing unit of the reception-side server. The data received by the reception processing unit is stored in the reception-side data pool file, and the data stored in the reception-side data pool file is transferred to the operation of the reception-side server. The deletion processing unit deletes the data according to the first deletion processing format to the fourth deletion processing format according to the state of the data stored in the reception-side data pool file. When data is stored in the transmission-side data pool file, the status display processing unit classifies the data into the first display format and the second display format according to the status of the data to be stored in the transmission-side data pool file, and sends the data to the screen editor. indicate.

Therefore, according to the present invention, it is possible to improve the work efficiency of the transfer process by deleting data that does not need to be transferred, and to display and grasp the transfer information on the screen of the editor.

[0009]

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing an embodiment of a transfer data deletion state and state display device in a delay type transfer function according to the present invention; FIG.
FIG. 1 is a block diagram illustrating a configuration of a first exemplary embodiment of the present invention. In FIG. 1, a transmitting server includes a task 1 and
It includes a transmission-side data pool file 2 for storing data generated from the task 1 and a transmission processing unit 3 for transmitting data to the reception-side server. Also, the receiving server:
The system includes a task 4, a reception processing unit 5 for receiving data transmitted from the transmission processing unit 3, and a reception-side data pool file 6 for storing the received data.

On the other hand, the transmission side data pool file 2
And a status display processing unit 7 for displaying the data storage status of the receiving-side data pool file 6 is provided commonly to the transmitting-side server and the receiving-side server. This status display processing unit 7
Is to display two types of display on the screen editor 8 in the first display format and the second display format in accordance with the data storage status with the data pool file 6 on the receiving side. Among them, the first display format displays the contents listed in the following (1) to (3).

(1). Data is the contents from the start of storage to the end of storage of the data pool file 2 on the transmission side and the data pool file 6 on the reception side, respectively (2). Data from the start of storage to the middle of storage in the data pool file 2 on the transmission side and the data pool file 6 on the reception side; (3). The contents of only the data in the middle of storage or the contents of only the last data to be stored that are stored in the transmission-side data pool file 2 and the reception-side data pool file 6 are displayed.

The second display format is a case where all data stored in the transmission-side data pool file 2 and the reception-side data pool file 6 are displayed. This second display format includes the sender data pool file 2 at a time,
This also includes a case where display processing is performed on both data with the reception-side data pool file 6.

[0013] with the transmitting side data pool file 2 Zhou of data stored in the receiving side data pool file 6
A deletion processing unit 9 that deletes data by classifying it into four types of first to fourth deletion processing formats depending on the situation is provided commonly to the transmitting server and the receiving server. The deletion processing unit 9 deletes data in the pool of the transmission-side data pool file 2 when there is data to be transmitted to the transmission-side data pool file 2 or the transmission-side server, or deletes the data in the pool of the transmission-side data pool file 2. In the data stored in the file 6, if there is data that the user wants to cancel the data to be transferred to the job 4, the data is deleted.

The contents of the first to fourth deletion processing formats by the deletion processing unit 9 are as follows. The “first deletion processing format” includes a plurality of transmission processings of the transmission processing unit 3 and a plurality of reception processings of the reception processing unit 5, and transmission of data of the transmission-side data pool file 2 and transmission of data of the reception-side data pool file 6. If there are a plurality of receptions, delete all the data.

The “second deletion processing format” is the transmission-side data pool file 2 or the reception-side data pool file 6
Delete all data pooled in.

The "third deletion processing format" deletes all data having the same name pooled in the transmission-side data pool file 2 and the reception-side data pool file 6.

The "fourth deletion processing format" deletes only specified data from the data pooled in the transmission-side data pool file 2 and the reception-side data pool file 6.

Next, the operation of the first embodiment according to the present invention configured as described above will be described. When data is transferred from the service 1 of the transmitting server to the service 4 of the receiving server, the data is first stored in the data pool file 1 of the transmitting server. At this time, the transmission-side data pool file 2 is being transmitted by the status display processing unit 7,
In the pool, data information being saved from the job 1 is displayed on the screen editor 8.

FIG. 2 is a functional block diagram for explaining a situation where data pooled in the transmission-side data pool file 2 by the status display processing unit 7 is displayed on the screen editor 8. In FIG. 2, the data pooled in the transmission-side data pool file 2 is used by the status display processing unit 7 to display the first display format 10 and the second display format 1 as described above.
1 are displayed on the screen editor 8.

In the case of displaying in the first display format 10, as described in the above items (1) to (3), the display contents are the last stored data or intermediate data from the job 1, and the last transmitted data or intermediate data from the job 1. Only the display is displayed. When the data is displayed in the second display format 11, the names and states of all data stored in the transmission-side data pool file 2 at a time are displayed.

If there is data that the user wants to cancel transmission, as shown in FIG.
The data in the pool can be deleted by the deletion processing unit 9. In this case, a process is performed to delete all data in the transmission-side data pool file 2 in the second deletion processing format or to delete only specified data in the fourth deletion processing format. However, when data in the middle of transmission or work 1 is deleted, the data up to the middle of the receiving side and the remaining data of work 1 must be deleted.
As described above, the state in which the data of the transmission-side data pool file 2 is deleted by the deletion processing unit 9 is also displayed in the state display processing unit
Is displayed on the screen editor 8 one by one.

Next, the data pooled in the transmission-side data pool file 2 is transmitted from the transmission processing unit 3 of the transmission-side server to the reception processing unit 5 of the reception-side server. Is stored in the side data pool file 6. Reception side data pool file 6 at this point
Is being received by the status display processing unit 7, in the pool,
Is displayed on the screen editor 8.

This display content also includes the display of only the last or intermediate data of the process in the first display format of the job 4 and the last or intermediate data of the reception by the reception processing unit 5, and the display of the second display format. The names and states of all saved data are displayed. Further, display processing can be performed on both the transmission-side data pool file 2 and the reception-side data pool file 6 at one time.

Further, when there is data that the reception processing unit 5 wants to cancel the reception of the data transmitted from the transmission processing unit 3 of the transmission server, the data in the pool is deleted in the reception data pool file 6. You can delete with. In this case, there are a case where all the data pooled in the receiving side data pool file 6 is deleted by the second deletion processing format and a case where only the designated data is deleted by the fourth deletion processing format.

Further, all data can be deleted from both the transmission-side data pool file 2 and the reception-side data pool file 6 at one time by the second deletion processing format. When there are a plurality of transmission / reception processes in the first deletion processing format and a plurality of data pool files exist for transmission / reception of data between the transmission-side data pool file 2 and the reception-side data pool file 6, respectively. , Delete all those data.

In addition, there is a case where all the data having the same name in the third deletion processing format is deleted. However, when deleting data that is being received, data must be deleted up to halfway on the transmitting side. After that, data is extracted from the receiving-side data pool file 6 and processed by the task 4 of the receiving-side server.

As described above, in the first embodiment, each of the data transferred from the transmitting server to the receiving server and the data transferred to the receiving server and used from the receiving data pool file 6 for the business 4 are respectively used. The unnecessary data is deleted by the delete processing unit 9 by transferring the command to the delete processing unit 9, and the transmission-side data pool file 2 and the reception-side data pool file 6 are deleted.
Is displayed on the screen editor 8 by the status display processing unit 7 one by one.
You can eliminate unnecessary work of data transfer process,
The work efficiency of the data transfer process can be improved.

Next, a second embodiment of the present invention will be described. FIG. 3 is a functional block diagram for explaining a second embodiment according to the present invention. In the second embodiment, when the deletion processing unit 9 specifies and deletes the data pooled in the transmission-side data pool file 2 and the reception-side data pool file 6 by name, the data having the same name is deleted. An embodiment in which there are two cases, that is, when all exist, all data is deleted ("Process 1") and when data with the same name can be selected and deleted ("Process 2"). Is shown.

That is, in FIG. 3, the deletion processing unit 9 is applied to the transmission-side data pool file 2 and the reception-side data pool file 6 for each of “Process 1” and “Process 2”.
Executes the first to fourth deletion processing formats 12 to 15 described above. In FIG. 3, the tasks 1 and 4 and the transmission processing unit 3 and the reception processing unit 5 shown in FIG.
Are not shown.

When executing the processing of the first deletion processing format 12 to the fourth deletion processing format 15 for these “processing 1” and “processing 2”, first, the data of the same name of “processing 1” Will be described from the case of the first deletion processing format 12 for the processing of deleting all when there is another.

The first deletion processing format 12 is used when the data from the service 1 is pooled in the transmission-side data pool file 2 and when the data is transferred from the transmission-side data pool file 2 to the transmission processing unit 3. Among them, the name of the same data is designated, and all the data with the designated name are deleted by the deletion processing unit 9. Similarly, in the receiving server, when the data is pooled from the reception processing unit 5 to the receiving data pool file 6, and when the data is transferred from the receiving data pool file 6 to the business 4,
If any of these data has the same name as the specified name, all of them are deleted by the deletion processing unit 9.

In the case of the second deletion processing format 13, among the data pooled in the transmission-side data pool file 2 and the reception-side data pool file 6, data having the same name that specifies the name of the data whose pool is to be canceled is specified. If there is, all data having the same name is deleted by the deletion processing unit 9.

In the case of the third deletion processing format 14, in the transmission-side data pool file 2 and the reception-side data pool file 6, data having the same name to be deleted is designated from among the pooled data, and the designated identical All data of the name is deleted by the deletion processing unit 9.

In the case of the fourth deletion processing format, data to be deleted is specified in the data pool file 2 on the transmission side and the data pool file 6 on the reception side, and the same name as the specified data is specified. Is deleted by the deletion processing unit 9.

Next, in the case of deleting only the designated data among the data having the same name in the above-mentioned "Process 2", the first
The processing of the deletion processing format 12 to the fourth deletion processing format 15 will be described. First, in the case of the first deletion processing format 12,
In the transmission-side data pool file 2 and the reception-side data pool file 6, the names of the data to be deleted among the data to be pooled are designated, all the data with the designated names are selected, and the Delete from the data pool file 6 on the receiving side.

The processing in the case of the second deletion processing format 13 is not executed.

In the case of the third deletion processing format 14, in the transmission-side data pool file 2 and the reception-side data pool file 6, the name of the data to be deleted among the pooled data is specified, and the specified name is specified. The deletion processing unit 9 deletes all data having the same name as the transmission data pool file 2 and the reception data pool file 6.

The processing in the case of the fourth deletion processing format 15 is not executed.

[0039]

As described above, according to the present invention, unnecessary data in the transmission-side data pool file or the reception-side data pool file is deleted by the deletion processing unit, so that the data transfer processing is useless. The work can be reduced, and the work efficiency of the data transfer process can be increased accordingly. In addition, since the data transfer status of the data pool file of the transmission side or the data pool file of the reception side and the pool status are displayed one by one on the screen editor by the status display processing unit, the data pool file of the transmission side or the data pool of the reception side The transfer status of the file data can be grasped, and the data transfer processing work efficiency can be improved from this point as well.

[Brief description of the drawings]

FIG. 1 is a block diagram showing the configuration of a first embodiment of a transfer data deletion and status display device using a delay type transfer function according to the present invention.

FIG. 2 is a diagram showing a first embodiment of the present invention in which a state display processing unit deletes transfer data by the delay type transfer function shown in FIG. FIG. 7 is a functional block diagram for explaining a case where the operation is performed.

FIG. 3 is a functional block diagram for explaining a second embodiment of the transfer data deletion and status display device using the delay type transfer function according to the present invention.

[Explanation of symbols]

1,3 ... business 2, ... sending data pool file,
3 ... Transmission processing unit, 5 ... Reception processing unit, 6 ... Reception side data pool file, 7 ... Status display processing unit, 8 ... Screen editor, 9 ... Delete processing unit

Continued on the front page (56) References "XDM / Q Program Product VOS3 XDM / Message Queuing Function XDM / Q Explanation / Guide / Grammar / Operation Manual", Hitachi, Ltd., November 1996, "Open TP1 Message Queuing Function TP1 / Message Queue User's Guide Explanation / Guide / Grammar / Operation Manual ", Hitachi, Ltd., March 1997" HITACHI Network Printing Function JP1 / Network Printing System Description / Guide / Grammar・ Operation manual ”, published by Hitachi, Ltd., January 1997 (58) Fields investigated (Int. Cl. ⁷ , DB name) G06F 12/00 545 G06F 13/00 351

Claims (15)

(57) [Claims] 1. A transmission-side data pool file that holds data to be transmitted from a transmission-side server operation to a reception-side server operation, and a transmission that transmits data stored in the transmission-side data pool file to the reception-side server. Transmission processing unit, a reception processing unit that receives data transmitted by the transmission processing unit and stores the data in a reception-side data pool file, and is stored in the transmission-side data pool file and the reception-side data pool file. A status display processing unit for displaying the data on the screen editor by classifying the data into a first display format and a second display format in accordance with the status of the data ; characterized in that it comprises in type to the first deletion processing format to fourth deletion processing format in accordance with the state and deletion processing section for deleting the data, the Remove and status display of the transfer data in the delay-type transfer function of. 2. The method according to claim 1, wherein the first display format is a display process of data contents from a start of storage of the data of the transmission-side data pool file and a storage end of data of the reception-side data pool file. 2. A device for deleting transfer data and displaying status in the delay transfer function according to claim 1. 3. The first display format is a form of data from the start of storage of the data of the transmission-side data pool file and the storage of the data of the reception-side data pool file to the middle thereof.
Remove and status display of the transfer data in the delay-type transfer function of claim 1, wherein the displaying the status. 4. The first display format is a state of data being stored in the data pool file on the transmission side and a state of data being stored in the data pool file on the reception side, or the state of final data stored. to display the
Remove and status display of the transfer data in the delay-type transfer function of claim 1, wherein the that. 5. The second display format is a display of all data stored in the data pool file on the transmission side and data stored in the data pool file on the reception side. 4. A device for deleting transfer data and displaying status in the delay-type transfer function according to any one of 4. 6. The second display format is configured so that the transmission-side data pool file and the reception-side data pool file are
To display all of the data names and state that was saved in Le
Remove and status display of the transfer data in the delay-type transfer function according to any one of the claims 1 to 4, characterized in that that. 7. The first deletion processing format is such that, when there are a plurality of data transmission processes of the transmission-side data pool file and a plurality of data reception processes of the reception-side data pool file, all of them are provided. 7. The transfer data deletion and status display device according to any one of claims 1 to 6, wherein the process is a process of deleting data. 8. The first deletion processing format is such that, when there are a plurality of data transmission processes of the transmission-side data pool file and a plurality of data reception processes of the reception-side data pool file, if there are a plurality of data processings, respectively. 7. A process according to claim 1, wherein when data having the same name exists, all data having the same name are deleted.
A transfer data deletion and status display device in the delay type transfer function described in the paragraph. 9. The first deletion processing format is such that, when there are a plurality of data transmission processing of the transmission-side data pool file and a plurality of reception processings of the data of the reception-side data pool file, respectively, 7. The transfer data deletion and status display device according to claim 1, further comprising a process of selecting and deleting data having the same name. 10. The second deletion processing format is a processing for deleting all data pooled in the transmission-side data pool file or all data pooled in the reception-side data pool file. 10. The transfer data deletion and status display device in the delay type transfer function according to claim 1, wherein: 11. The second deletion processing format is used when all data pooled in the transmission-side data pool file or all data pooled in the reception-side data pool file have the same name. 10. The transfer data deletion and status display device according to any one of claims 1 to 9, wherein the processing is to delete all data having the same name. 12. The third deletion processing format is to delete all data having the same name pooled in the transmission-side data pool file and all data having the same name pooled in the reception-side data pool file. 12. The method according to claim 1, wherein the processing is a deletion processing.
A transfer data deletion and status display device in the delay type transfer function described in the paragraph. 13. The third deletion processing format is to select between data of the same name pooled in the transmission-side data pool file and data of the same name pooled in the reception-side data pool file. 12. The transfer data deletion and status display device according to any one of claims 1 to 11, wherein the process is a deletion process. 14. The fourth deletion processing format deletes only specified data from data pooled in the transmission-side data pool file or data pooled in the reception-side data pool file. remove and status display of the transfer data in the delay-type transfer function according to any one of the claims 1 to 13, characterized in that the processing. 15. The method according to claim 4, wherein the data of the same name exists among the data pooled in the data pool file on the transmission side or the data pooled in the data pool file on the reception side. remove and status display of the transfer data in the delay-type transfer function according to any one of the claims 1 to 13, characterized in that a process of deleting all data of the same name.