z/VM: CP Commands and Utilities Reference - z/VM - IBM

DUMP Guest Storage (ESA/XC)
Response 2:
Xhexlochi_ Storage Key - [Key]
hexloclo word1 word2 word3 word4 [*TRANSLATION*] [Lhexloc]
is the response you receive with the M option. The translation is displayed in either
EBCDIC or (if the MX option is specified) ASCII. The storage key is displayed on
the first line, and at every page boundary.
Response 3:
Rhexloc *TRANSLATION* [key]
This is the response you receive with the U option. Xhexloc is the hexadecimal
location of the first data byte to be dumped. A minimum of 1 character and a
maximum of 32 characters are dumped on each line. The contents of storage are
dumped only in translated form and are either EBCDIC or (if the UX option is
specified) ASCII. The contents of storage are dumped only in an EBCDIC
translation. Periods in your dump represent nonprintable characters. The storage
key is dumped on the first line of a request and at every page boundary.
Response 4:
Rhexloc mnemonic x-x mnemonic x-x mnemonic x-x
[key]
This is the response you receive with the I option. Rhexloc is the hexadecimal
storage location of the first instruction to be dumped. The operand mnemonic is a
character representation of the instruction code. This mnemonic can be as many as
5 characters in length. The expression x-x is the actual hexadecimal contents of
storage and is either two, four, or six bytes as determined by the instruction length
code. Unrecognizable instruction codes are indicated by a series of asterisks. A
minimum of one instruction and a maximum of three instructions are dumped on
each line. The storage key is dumped on the first line of a request and at every
page boundary.
Response 5:
Rhexloc stringhexadecimaldata [key]
This is the response you receive with the S option. The storage key is dumped on
the first line of a request and at every page boundary.
Response 6:
Rhexloc1 TO hexloc2 KEY = kk
This is the response with the K option. hexloc1 and hexloc2 are storage locations,
and kk is the associated storage key. A response is sent for every contiguous
address range that has unique storage keys and whenever a segment boundary is
crossed.
Response 7:
364 z/VM: CP Commands and Utilities Reference
The PSW is used to resolve a logical address. An invalid PSW causes the current
request to be rejected and processing to continue with the next request (if any) on
the command line. In all cases, a reset PSW (all-zero) is accepted. The rejected
operands are displayed along with a response indicating the PSW is invalid. The
response is: