#
ldm
list-io
NAME
TYPE
BUS
DOMAIN
STATUS
----
----
---
------
------
PCIE0
BUS
PCIE0
primary
IOV
PCIE1
BUS
PCIE1
root-dom0IOV
PCIE2
BUS
PCIE2
root-dom0IOV
PCIE3
BUS
PCIE3
root-dom0IOV
PCIE4
BUS
PCIE4
primary
IOV
PCIE5
BUS
PCIE5
root-dom0IOV
PCIE6
BUS
PCIE6
root-dom0IOV
PCIE7
BUS
PCIE7
root-dom0IOV
PCIE8
BUS
PCIE8
PCIE9
BUS
PCIE9
root-dom1IOV
PCIE10
BUS
PCIE10
root-dom1IOV
PCIE11
BUS
PCIE11
root-dom1IOV
PCIE12
BUS
PCIE12
PCIE13
BUS
PCIE13
root-dom1IOV
PCIE14
BUS
PCIE14
root-dom1IOV
PCIE15
BUS
PCIE15
root-dom1IOV
....
/BB1/CMUL/NET0
PCIE
PCIE8
UNK
/BB1/CMUL/SASHBA
PCIE
PCIE8
UNK
/BB1/PCI0
PCIE
PCIE9
root-dom1OCC
/BB1/PCI3
PCIE
PCIE10
root-dom1OCC
/BB1/PCI4
PCIE
PCIE10
root-dom1OCC
/BB1/PCI7
PCIE
PCIE11
root-dom1OCC
/BB1/PCI8
PCIE
PCIE11
root-dom1OCC
/BB1/CMUL/NET2
PCIE
PCIE12
UNK
/BB1/PCI1
PCIE
PCIE13
root-dom1OCC
/BB1/PCI2
PCIE
PCIE13
root-dom1OCC
/BB1/PCI5
PCIE
PCIE14
root-dom1OCC
/BB1/PCI6
PCIE
PCIE14
root-dom1OCC
/BB1/PCI9
PCIE
PCIE15
root-dom1OCC
/BB1/PCI10
PCIE
PCIE15
root-dom1OCC
#
ldm
stop-domain
root-dom1
LDom
root-dom1
stopped
#
ldm
unbind-domain
root-dom1
#
ldm
list-domain
NAME
STATE
FLAGS
CONS
VCPU
MEMORY
UTIL
UPTIME
primary
active
-n-cv-
UART
16
14G
0.2%
4h
59m
guest0
active
-n----
5100
32
32G
0.0%
1h
55m
guest1
active
-n----
5101
32
32G
0.0%
1h
46m
"/BB1/".
Then,
PCIE9,
PCIE10,
PCIE11,
PCIE13,
PCIE14,
and
PCIE15,
which
are
the
root
complexes
(BUS)
of
the
PCIe
end
point,
are
assigned
to
root-dom1.
b.
Stop
and
release
the
root
domain
where
the
root
complexes
of
SPARC
M10-4S
to
be
released
are
assigned.
In
the
next
example,
we
can
confirm
that
the
ldm
stop-domain
command
and
the
ldm
unbind-domain
command
are
executed,
the
root
domain
(root-
dom1)
is
released,
and
the
root
domain
becomes
inactive
state.
Chapter
10
Removing
a
System
with
a
Building
Block
Configuration 285
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