Mode
of
Operation
The
mode
of
an
LP
depending
on
the
model
can
be
ESA/390,
ESA/390
TPF,
Linux-Only,
or
Coupling
Facility.
The
mode
of
an
LP
must
support
the
mode
of
the
control
program
loaded
into
it.
ESA/390
LPs
support
ESA/390
control
programs,
Coupling
Facility
LPs
support
the
coupling
facility
control
code,
and
Linux-Only
LPs
support
Linux,
or
z/VM
Version
5.
Use
the
Customize/Delete
Activation
Profiles
task
available
from
the
CPC
Operational
Customization
Tasks
list
to
open
a
reset
or
image
profile
to
define
the
mode
for
an
LP.
The
Mode
field
is
located
on
the
General
page
for
the
LP.
(See
Storage
Configurations
The
definition
of
central
storage
and
expanded
storage
to
the
LP
depends
on
the
size
of
the
I/O
configuration,
the
storage
limits
of
the
control
program
loaded
into
the
LP
and
on
the
storage
requirements
of
the
applications
running
in
the
LP.
Storage
Resources
Use
standard
capacity-planning
procedures
to
assess
CPC
storage
requirements
for
LPs.
With
dynamic
storage
reconfiguration
(see
an
appropriately
defined
LP
can
dynamically
add
storage
to
its
configuration
that
is
released
when
another
active
LP
removes
it
from
its
configuration
or
is
deactivated.
Additionally,
an
LP
can
dynamically
add
storage
to
its
configuration
following
an
increase
in
configured
storage
via
concurrent
memory
upgrade
(see
Single
Storage
Pool
With
this
function,
all
physical
storage
is
dynamically
designated
by
LPAR
as
either
central
storage
or
expanded
storage
as
requirements
of
active
logical
partitions
dictate.
As
a
result,
the
need
to
predesignate
configured
storage
as
either
central
storage
or
expanded
storage
prior
to
IML
on
the
Storage
Page
of
the
Customize
Activation
Profile
panel
is
not
necessary
and
is
not
provided.
The
system
programmer
now
has
greater
flexibility
when
planning
the
division
of
storage
in
order
to
satisfy
anticipated
logical
partition
definitions.
Single
storage
pool
streamlines
the
planning
effort
because
LPAR
automatically
provides
the
correct
storage
designation
for
any
configuration
as
the
need
arises.
This
feature
is
especially
useful
as
it
simplifies
planning
for
migration
to
z/OS
a
64-bit
capable
operation
system.
All
configured
storage
is
defined,
at
IML,
as
central
storage.
As
logical
partitions
with
initial
expanded
storage
are
activated
(and
when
reserved
expanded
storage
is
configured
on-line),
LPAR
automatically
allocates
backing
physical
storage
from
the
available
pool
as
expanded
storage.
A
feature
of
this
function
is
that
the
central
storage
addressability
ranges
used
to
back
expanded
storage
allocated
to
logical
partitions
are
communicated
on
the
logical
partition
storage
allocation
display
of
the
Storage
Information
task.
Chapter
3.
Determining
the
Characteristics
of
Logical
Partitions
3-7
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