Validity: Rule, Task
Variable that contains the index of the R register from which DUMP information begins. To enable its use see sys_dump. Specifically:
•The R register I refer to contains the index of the first RR register that will be part of the first block of Dump
•The next R register indicates how many RR registers following the first are part of the first Dump block
•Additional R registers will, two by two, have the same function as the registers indicated above, and will refer to subsequent Dump blocks
NOTE: The DUMP operation will be concluded when one of the R registers indicating the first RR of a block is an illegal number or less than an RR register already in the Dump. The operation will also be concluded if the number of registers I want to save is greater than the number of registers remaining.
From RTE 34.24.0, by setting the value of the variable -1 I do the DUMP of all RR registers.
Example
; I want to save in the DUMP the RR 101 to 105 and 241 to 243 ; Commands from SHELL: sys_dump_rr = 1000 ; I take DUMP info from register 1000 R(1000) = 101 ; First block: The starting RR is 101 R(1001) = 5 ; First block: Dump the 5 RR following the starting RR(101) R(1002) = 241 ; Second block: The starting RR is 241 R(1003) = 3 ; Second block: Dump of the 3 RR following the starting RR(241) R(1004) = 2 ; Since it is less than the last register in the Dump (the 243) ; a third block is not created and the Dump operation ends sys_dump.23 = 1 ; I enable the use of the variable sys_dump_rr sys_dump.0 = 1 ; Start DUMP
; The generated file /dump/dump.stp will be as follows: ; System Dump - created on (dmy) 28/11/17 at 9:47:47 ;-------------------------------------------------------------- ; Dumping from RR(101) to RR(105) ;-------------------------------------------------------------- RR(101) = 0 RR(102) = 0 RR(103) = 0 RR(104) = 0 RR(105) = 0 ;-------------------------------------------------------------- ; Dumping from RR(241) to RR(243) ;-------------------------------------------------------------- RR(241) = 0 RR(242) = 0 RR(243) = 0 ; ----- End of DUMP ----- file written in 0.035 mSec |
