JPH03256133A - Ras processor command input system - Google Patents

Abstract

PURPOSE:To attain automatic and unmanned operation by tentatively storing an artificial input command group in an external storage device, and in the case of repeating the same operation from the succeeding time, successively reading out commands from the external storage device to simulate the same operation. CONSTITUTION:A floppy disk unit (FDU) writing means 71 in a reliable, available and saving (RAS) processor 7 stores commands inputted form a console 10 and time difference information between plural commands in the external storage device 9. An FDU reading means 72 reads out the command group and the time difference information stored in the device 9 and a command simulating means 73 simulates the read commands as if the commands are directly inputted from the console 10 based upon the time difference information. In the case of tentatively storing a command group artificially inputted by an operator in the device 9 and repeating the same operation at the succeeding time and after, respectively commands are successively read out from the device 9 and the console input is simulated to automatize the operation.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a RAS processor command input method.

[Conventional technology]

Conventionally, commands to the RAS processor have always been entered manually.

[Problem to be solved by the invention]

The above-mentioned conventional RAS processor command input method has the problem that since it is performed manually, an operator is required each time even though it is a routine operation, and it is difficult to automate or unattend a single operation.

[Means to solve the problem]

The RAS processor command input method of the present invention is based on the RAS
The commands manually inputted into the processor by the operator and the nine time difference information between the commands are stored together in an external storage device (FDU write means, the command group stored in the external storage device, and the time difference information are stored together). Read information F
and a command simulating means for simulating a command as if it were input from a console based on time difference information between the read command and the read command.

〔Example〕

Next, the present invention will be explained in detail with reference to the drawings.

FIG. 1 is a block diagram showing an embodiment of the present invention, in which a system control unit (hereinafter abbreviated as SCU) 1 and 2 connected to it are shown.
one arithmetic processing unit (hereinafter abbreviated as EPU) 2, 3, a main memory unit (hereinafter abbreviated as MMU) 4, two input/output processing units (hereinafter abbreviated as IOP) 5, 6, and a RAS processor 7.
and a unit record processing device (hereinafter abbreviated as URP) 8
, a floppy disk unit (hereinafter abbreviated as FDU) 9, and an operator console 10 connected to the RAS processor 7.

1't A 8 On the processor 7, there is an FDU write means 71 that writes commands input from the operator console 10 and the time difference between each command into a file in the FDUQ, and an FDU read means that reads this file conversely. 72, and command simulating means 7 for simulating the read command as if it were input from the operator console 10 based on the time difference information.
3 exists.

FIG. 2 shows a processing flow of command data by the FDU write means 71, and FIG. 3 shows a processing flow of command data by the FDUIJ write means 72 and command simulating means 73.

Next, the operation of the present invention will be explained with reference to the drawings.

In order to confirm the normal operation of the EPU, a series of operations for performing a functional test of the EPU will be explained as an example.

Assume that the operator manually inputs a series of commands as shown below from the console 10.

1) Input command 08:30:00 RELla8E BPU #
008:31:15 TEST EPIJ #
008:35:20 'f'BS'l'EPU#O
MARGINPATERN108:39:01
TESTEPU#OMARGINPAT'1M(N2
09:02:45 ASSIGN BPU #0
09:03:50 RELEASEKPU#109
:05:02 TEST EPLI #109
:08:57 TEST EPU #IM
ARGIN PATTERN 109:12:26
TEST EPU #I MARGIN P
A'f'TERN 209:40:12 A38
IGN EPU #1 The meaning of each command is as follows.

RELEASE EPLI 41n △TEST EPU #n to disconnect EPLJln from the system △Test EPU #n in normal environment
TEST EPU #n MARGIN PATTER to perform a functional test of n
N n△Normal lightning voltage Perform a functional test of EPU #n with the voltage changed as shown in Figure 5. Change pattern 5 = Specify by n A38IGN EPU #n Incorporate △EPU #n into the system First, use the R, ELEA8E command As shown in Figure 2, the command data is sent to the command processing unit and the FD.
It is sent to both U write processing units. The command processing section is
Analyzes and processes normal and >p commands. The data sent to the FDU write processing unit is written to a file in the FDUQ.

Next, when you enter the TEST command, it is written to the file in the same way, but at this time, the first RELEASE and the time difference of 1 minute and 15 seconds from the command are also written. Furthermore, when the third TEST command is input, the time difference of 5 minutes and 20 seconds and the TEST commands are successively written.

Thereafter, as commands are input in the same way, the time difference between the input command and the first input command is sequentially written to the file in Fl)U, and when the operator completes the operation, a file as shown in Table 1 is created. It's done.

6-Table 1 Next, when performing the same operation again, as shown in Figure 3,
The RAS processor 7 sends the data of the first RELEASE command read through the lli'DU read processing section to both the command processing section and the console input/output processing section. The command processing section executes RELEASE processing based on the sent command data, and the console input/output processing section displays the sent command data on the console. 7- By the way, maybe the operator is actually using the K from the console.
Processing is performed as if the RELEA8B command had been input.

Next, after reading the TEST command along with the time difference information of 1 minute and 15 seconds, the time waiting processing section waits, and when 1 minute and 15 seconds have passed, the second TE8T command processing section, tone sole input/output processing section, is output. ,
A TE8T command is similarly simulated.

In the same way, the command simulation is performed next time while waiting based on the time difference information, and the 1tfi] operation can be reproduced, eliminating the need for the operator to input commands.

〔Effect of the invention〕

As explained above, the present invention automates operations by storing routine operations once in an external storage device such as a floppy disk, and reading and simulating the stored command group from the second time onwards. This has the effect of allowing unmanned operation. It is also possible to prevent incorrect operations.

[Brief explanation of drawings]

Fig. 1 is a configuration diagram showing an embodiment of the present invention, Fig. 2 is a configuration diagram showing an embodiment of the present invention.
The processing flow of command data by the DU write means 71 and FIG. 3 shows the processing flow of command data by the FDUIJ write means 72 and the command simulation function 73. 1... System control device, 2... Arithmetic processing unit, 3... Arithmetic processing unit, 4...
・Main storage device, 5... Input/output processing device, 6...
...Input/output processing device, 7...RAS7' processor, 8...Unit record processing device, 9
...Floppy disk device, 10...
- Operator console, 71...FDU write means, 72...FDU read means, 73...
...Command simulation means.

Claims (1)

[Scope of Claims] FDU writing means for storing a command manually input by an operator to a RAS processor and time difference information between the commands in an external storage device; and a command stored in the external storage device. FDU writing means for reading out the group and time difference information, and command simulation means for simulating the read command using the read time difference information as if it had been input from a console. If you want to temporarily store a group of input commands in the external storage device and perform the same operation next time, you can automate the operation by reading the commands sequentially from the external storage device and simulating console input. The RAS processor command input method is characterized by the following features: