call "CBL_MEM_VALIDATE" using by value     flags
                              by reference param
                              returning    status-code


Using call prototype (see Key): cblt-x4-comp-5
Picture: pic x(4) comp-5.
Group predefined as :
01 cblt-mem-validate-param
   03 cblte-mv-version    cblt-x4-comp-5    *> pic x(4) comp-5.
   03 cblte-mv-flags      cblt-x4-comp-5    *> pic x(4) comp-5.
   03 cblte-mv-type       cblt-x4-comp-5    *> pic x(4) comp-5.
   03 cblte-mv-size       cblt-x4-comp-5    *> pic x(4) comp-5.
   03 cblte-mv-address    cblt-pointer      *> pointer

On Entry:

Validation control flags:
Bit 0
0 No action
1 Validate all memory allocations
Bit 1
0 No action
1 Validate all freed memory
2-30 Reserved for future use. Must be set to zero.
Bit 31
0 No action
1 Compact memory
Parameter block version; must be zero.

On Exit:

Fields are set only if the routine returns 1000
Information flags:
Bit 0
0 cblte-mv-address not set
1 cblte-mv-address contains address of corrupted memory block
Bit 1
0 cblte-mv-address is user data address
1 cblte-mv-address is memory header address
Bit 2
0 cblte-mv-size not set
1 cblte-mv-size contains size of corrupt memory block
Bit 3
0 cblte-mv-type not set
1 cblte-mv-type contains type of corrupt memory block
Bit 4
0 Corruption in allocated memory
1 Corruption in freed memory
Bit 5
0 Corruption detected by run-time system
1 Corruption detected by operating system
Bits 6-31
Reserved for future use.
Status of operation:
0 All memory allocations are intact
1000 Memory corruption detected
1009 Invalid parameter specified


Use this routine to validate memory allocations, monitored freed memory, and, if the operating system supports it, to compact memory heaps. Use this routine in preference to the validate memory strategy, set using the memory_strategy run-time tunable.

If you set the Compact memory flag, the routine attempts to compact memory to the extent that the operating system allows. There is no information flag setting that indicates the result.