svcadm(8)을 검색하려면 섹션에서 8 을 선택하고, 맨 페이지 이름에 svcadm을 입력하고 검색을 누른다.
cfgadm_usb(8)
cfgadm_usb(8) System Administration Commands cfgadm_usb(8)
NAME
cfgadm_usb - USB hardware-specific commands for cfgadm
SYNOPSIS
/usr/sbin/cfgadm [-f] [-y | -n] [-v] -c function ap_id...
/usr/sbin/cfgadm -f [-y | -n] [-v] [-o hardware_options]
-x hardware_function ap_id...
/usr/sbin/cfgadm -v [-a] [-s listing_option]
[-l [ap_id | ap_type...]]
/usr/sbin/cfgadm -v -h [ap_id]...
DESCRIPTION
The Universal Serial Bus (USB) hardware-specific library /usr/lib/cf‐
gadm/usb.so.1 provides the functionality for administering USB devices
via the cfgadm command. cfgadm operates on attachment points. For de‐
tails regarding attachment points, refer to cfgadm(8).
For USB administration, the only attachment points supported are the
ports of hubs attached to the USB bus.
Attachment points are named through attachment point IDs (ap_ids). The
USB bus is hierarchical, so the ap_ids are as well. USB hubs have
ports, numbered from 1 to n. All USB ap_ids consist of a string of the
following form:
usbN/A[.B[.C[...]]]
where
N is the Nth USB host controller on the system,
A is port #A on the root (top) hub.
B is port #B of the hub plugged into port #A of the hub above it.
C is port #C of the hub plugged into port #B of the hub above it, and
so forth.
For example, the first port on the root hub of USB controller 0 (the
only controller), has a logical ap_id:
usb0/1
Similarly, the second port on the first external hub plugged into the
first port on the root hub of the first USB controller has a logical
ap_id:
usb0/1.2
For example, if the ap_id is usb0/1.4.3.4, it represents port 4 of the
hub plugged into port 3 of the hub plugged into port 4 of the hub
plugged into port 1 of the root hub of the first USB host controller on
the system.
example# cfgadm -l
Ap_Id Type Receptacle Occupant Condition
usb0/1 USB-hub connected configured ok
usb0/2 unknown empty unconfigured ok
usb0/1.1 USB-storage connected configured ok
usb0/1.2 unknown empty unconfigured ok
usb0/1.3 unknown empty unconfigured ok
usb0/1.4 USB-device connected configured ok
USB2.0 chips have one EHCI host USB2.0 host controller and a number of
companion USB 1.x host controllers (either OHCI or UHCI host con‐
trollers).
When a USB2.0 device has been plugged in, it shows up on the EHCI logi‐
cal ports which might not have a 1 to 1 mapping to external physical
port numbers on the system. When a USB1.x device is plugged in, the
EHCI host controller reroutes the device to a companion host controller
and the device shows up on the companion's logical port number.
The mapping of logical port numbers to physical port numbers can get
quite complicated. For example:
% cfgadm
Ap_Id Type Receptacle Occupant Condition
c0 scsi-bus connected configured unknown
usb0/1 usb-mouse connected configured ok
usb0/2 usb-kbd connected configured ok
usb0/3 unknown empty unconfigured ok
usb0/4 usb-hub connected configured ok
usb0/4.1 unknown empty unconfigured ok
usb0/4.2 unknown empty unconfigured ok
usb0/4.3 unknown empty unconfigured ok
usb0/4.4 usb-storage connected configured ok
usb1/1 unknown empty unconfigured ok
usb1/2 unknown empty unconfigured ok
usb1/3 unknown empty unconfigured ok
usb2/1 unknown empty unconfigured ok
usb2/2 usb-device connected configured ok
usb3/1 unknown empty unconfigured ok
usb3/2 unknown empty unconfigured ok
usb3/3 unknown empty unconfigured ok
usb3/4 unknown empty unconfigured ok
usb3/5 unknown empty unconfigured ok
In this example usb0 is the onboard USB 1.x host controller. usb1 and
usb2 are companion OHCI USB1.x host controllers and usb3 is an EHCI
USB2.0 host controller.
The following table shows the somewhat confusing routing for this
USB2.0 chip:
logical port number physical port number
------------------- --------------------
usb1/1 internal port 1
usb1/2 external port 1
usb1/3 external port 3
usb2/1 internal port 2
usb2/2 external port 2
usb3/1 internal port 1
usb3/2 internal port 2
usb3/3 external port 1
usb3/4 external port 2
usb3/5 external port 3
Unfortunately, the exact routing can often only be determined by exper‐
imentation.
The receptacle states for attachment points at the USB port have the
following meanings:
connected
USB port is powered on and enabled. A USB device is plugged in to
the port. The device is logically connected to the USB bus.
disconnected
USB port is powered on and enabled. A USB device is plugged into
the port. The device has been logically disconnected from the USB
bus (using the cfgadm -c disconnect command).
empty
USB port is powered on, but no device is plugged in to it.
The occupant states for devices at USB port attachment points at the
USB port have the following meanings:
configured
The USB device at the USB port is configured and usable by Solaris.
unconfigured
The USB device at the USB port was explicitly off-lined using cf‐
gadm -c unconfigure, or was not successfully configured for use
with Solaris, for example, having no driver or a device problem.
The attachment point conditions are:
ok
Normal state - ready for use.
failing
Not used.
failed
Not used.
unusable
The user has physically removed a device while an application had
the device open (there might be outstanding I/O). Users need to
reinsert the same physical device and close the application prop‐
erly before removing the device again. The port cannot configure
other inserted devices until this is done.
If the original device cannot be reinserted into the port, see the
Managing Devices in Oracle Solaris 11.4 for instructions for clear‐
ing this attachment point condition.
unknown
Not used.
A USB device can be hotplugged or hotunplugged at any time, and the
system detects the event and takes the appropriate action.
It is not necessary to transition a receptacle to the disconnected
state before removing its device from the USB. However, it is not rec‐
ommended to hot-remove devices currently in use (such as removable
disks currently opened by a volume manager or some other application).
OPTIONS
cfgadm defines several types of operations. These operations include
invoking configuration state changes (-c), invoking hardware-specific
functions (-x), and obtaining configuration administration help mes‐
sages (-h).
If any of these operations fail, the device and attachment point might
not be in the expected state. Use the cfgadm -l command to display the
device's current status.
All other options have the same meaning as defined in cfgadm(8).
The following options are supported:
-c function
The following generic commands are defined for the USB hardware
specific library. The following configuration state change opera‐
tions are supported:
configure
If there is a USB device plugged into the port, this command
attempts to configure it and set everything up so that it is
usable by Solaris. This command does an implied connect (re‐
verse of disconnect) if necessary. This command accomplishes
nothing, and returns an error message, if the device at that
port is already configured. After successful execution of this
command, the device is ready for use under Solaris.
disconnect
Performs an unconfigure on the ap_id (if it is not already un‐
configured), and then transitions the receptacle to the discon‐
nected state, even though a device is still be plugged into the
port. Issuing a cfgadm -c configure, or physically hotplug‐
ging the device, brings the device back to the connected recep‐
tacle state, and to the configured occupant state, assuming a
driver can be found and there are no problems enumerating and
configuring the device.
unconfigure
Makes the device plugged into the port unusable by Solaris (of‐
fline it). If successful, cfgadm reports this ap_id's occupant
state as unconfigured. Issuing a configure to the ap_id (if
successful) brings its occupant back to the configured (online)
condition, as it physically hotplugging the device on the port.
-f
Not supported.
-h ap_id
USB specific help can be obtained by using the help option with any
USB attachment point.
-l[v]
The -l option works as described in cfgadm(8). When paired with the
-v option, the Information field contains the following USB-spe‐
cific information:
o Mfg: manufacturer string (iManufacturer)
o Product: product string (iProduct)
o NConfigs: total number of configurations the device sup‐
ports (bNumConfigurations).
o Config: current configuration setting in decimal (con‐
figuration index, not configuration value).
o The configuration string descriptor for the current con‐
figuration (iConfiguration)
See the Universal Serial Bus specification for a description of
these fields.
-o hardware_options
Hardware options are only supported for the hardware-specific com‐
mand, -x usb_config. See the description of that command below for
an explanation of the options available.
-s listing_options
Attachment points of class USB can be listed by using the select
sub-option. See cfgadm(8).
-x hardware_function
The following hardware-specific functions are defined:
usb_config -o config=n
This command requires the mandatory config value to be speci‐
fied using the -o option.
Sets the USB configuration of a multi-configuration USB device
at ap_id to configuration index n. The device is set to this
configuration henceforth and this setting persists across re‐
boots, hot-removes, and unconfigure/configure of the device.
Valid values of n range from 0 to (Nconfigs -1). The device is
reset by a disconnect followed by a configure. The configure
causes the device to be configured to the new configuration
setting.
If any of these steps fail, the configuration file and the de‐
vice are restored to their previous state and an error message
is issued.
usb_reset
Performs a software reset (re-enumeration) of the device. This
is the equivalent of removing the device and inserting it back
again. The port on the hub is power cycled if the hub supports
power cycling of individual ports.
If the connected device is a hub, this function has the effect
of resetting that hub and any devices down the tree of which it
is the root.
If any of these steps fail, the device is restored to its pre‐
vious state and an error message is issued.
State table: attachment points state versus commands:
Valid states:
empty/unconfigured → no device connected
disconnected/unconfigured → logically disconnected,
unavailable,
devinfo node removed,
device physically connected
connected/unconfigured → logically connected,
unavailable,
devinfo node present
connected/configured → connected, available
The table below clarifies the state transitions resulting from actions
or commands:
current state operation new state
------------- --------- ---------
empty/
unconfigured:
device plugged in: connected/configured or
connected/unconfigured
(if enumeration failed)
device removed: n/a
cfgadm -c unconfigure: empty/unconfigured
cfgadm -c configure: empty/unconfigured
cfgadm -c disconnect: empty/unconfigured
(no-op and error)
disconnected/
unconfigured:
device plugged in: n/a
device removed: empty/unconfigured
cfgadm -c unconfigure: disconnected/unconfigured
cfgadm -c configure: connected/configured, or
connected/unconfigured
(if reenumeration failed)
cfgadm -c disconnect: disconnected/unconfigured
connected/unconfigured:
device plugged in: n/a
device removed: empty/unconfigured
cfgadm -c unconfigure: connected/unconfigured
cfgadm -c configure: connected/configured, or
connected/unconfigured
(if reenumeration failed)
cfgadm -c disconnect: disconnected/unconfigured
connected/configured:
device plugged in: n/a
device removed: empty/unconfigured or
connected/configured,
but with ap condition
'unusable' if device
was open when removed
cfgadm -c unconfigure: connected/unconfigured
cfgadm -c configure: connected/configured
cfgadm -c disconnect: disconnected/unconfigured
EXAMPLES
Example 1 Listing the Status of All USB Devices
The following command lists the status of all USB devices on the sys‐
tem:
# cfgadm
Ap_Id Type Receptacle Occupant Condition
usb0/1 USB-hub connected configured ok
usb0/2 unknown empty unconfigured ok
usb0/1.1 USB-storage connected configured ok
usb0/1.2 unknown empty unconfigured ok
usb0/1.3 unknown empty unconfigured ok
usb0/1.4 USB-device connected configured ok
Notice that cfgadm treats the USB-device device at ap_id usb0/1.4 as a
single unit, since it cannot currently control individual interfaces.
Example 2 Listing the Status of a Port with No Device Plugged In
The following command lists the status of a port with no device plugged
in:
example# cfgadm -l usb0/1.3
Ap_Id Type Receptacle Occupant Condition
usb0/1.3 unknown empty unconfigured ok
Example 3 Listing the Status of the Same Port with a Device Plugged In
The following command lists the status of the same port after physi‐
cally plugging in a device that configures without problems:
example# cfgadm -l usb0/1.3
Ap_Id Type Receptacle Occupant Condition
usb0/1.3 USB-hub connected configured ok
Example 4 Unconfiguring an Existing USB Device
The following command unconfigures the USB device attached to usb0/1.3,
then displays the status of the ap_id:
example# cfgadm -c unconfigure usb0/1.3
Unconfigure the device: /devices/pci@0,0/pci8086,7112@7,2/hub@2:2.3
This operation suspends activity on the USB device
Continue (yes/no)?
Enter:
y
example# cfgadm -l usb0/1.3
Ap_Id Type Receptacle Occupant Condition
usb0/1.3 unknown connected unconfigured ok
Example 5 Unconfiguring and Logically Disconnecting an Existing USB De‐
vice
The following command unconfigures and logically disconnects a USB de‐
vice attached to usb0/1.3:
example# cfgadm -c disconnect usb0/1.3
Disconnect the device: /devices/pci@0,0/pci8086,7112@7,2/hub@2:2.3
This operation suspends activity on the USB device
Continue (yes/no)?
Enter:
y
example# cfgadm -l usb0/1.3
Ap_Id Type Receptacle Occupant Condition
usb0/1.3 unknown disconnected unconfigured ok
A disconnect implies that cfgadm does an unconfigure first. The recep‐
tacle status now shows disconnected, even though the device is still
physically connected. In this case, a physical hotplug or using the cf‐
gadm -c configure on the ap_id brings it back on-line.
Example 6 Configuring a Previously Unconfigured USB Device
The following command configures a USB device that was previously at‐
tached to usb0/1.3:
example # cfgadm -yc configure usb0/1.3
example# cfgadm -l usb0/1.3
Ap_Id Type Receptacle Occupant Condition
usb0/1.3 unknown connected configured ok
Example 7 Resetting a USB Device
The following command resets a USB device:
example# cfgadm -x usb_reset usb0/1.3
Reset the device: /devices/pci@0,0/pci8086,7112@7,2/hub@2:2.3
This operation suspends activity on the USB device
Continue (yes/no)?
Enter:
y
Example 8 Displaying Detailed Information About a USB Device
The following command displays detailed information about a USB device.
This device shows the following USB-specific information in the 'Infor‐
mation' field:
o Manufacturer string: Iomega
o Product string: USB Zip 250
o Number of configurations supported: 1
o Configuration currently active: 0
o Configuration string descriptor for configuration 0: Default
example# cfgadm -lv usb0/1.5
Ap_Id Receptacle Occupant Condition Information
When Type Busy Phys_Id
usb0/1.5 connected configured ok Mfg:"Io
mega" Product:"USB Zip 250" NConfigs:1 Config:0 : Default
example# cfgadm -l -s "cols=ap_id:info" usb0/1.5
Ap_Id Information
usb0/1.5 Mfg:"Iomega" Product:"USB Zip 250"
NConfigs:1 Config:0 : Default
Example 9 Displaying Detailed Information About All USB Devices
The following command displays detailed information about all USB de‐
vices on the system:
example# cfgadm -l -s "select=class(usb),cols=ap_id:info"
Ap_Id Information
usb0/1 Mfg:<undefined> Product:<undefined>
NConfigs:1 Config:0 <no cfg str descr>
usb0/2
usb0/1.1 Mfg:<undefined> Product:<undefined>
NConfigs:1 Config:0 <no cfg str descr>
usb0/1.2
usb0/1.3
usb0/1.4 Mfg:"Wizard" Product:"Modem/ISDN"
NConfigs:3 Config:1 : V.90 Analog Modem
usb0/1.5 Mfg:"Iomega" Product:"USB Zip 250"
NConfigs:1 Config:0 : Default
usb0/1.6 Mfg:"SOLID YEAR" Product:"SOLID YEAR
USB"NConfigs:1 Config:0 <no cfg str descr>
usb0/1.7
Lines containing only an ap_id are empty ports. These can be filtered
out. This example only lists USB ap_ids with connected devices, and
information about those devices.
example# cfgadm -l -s "select=class(usb),cols=ap_id:info" | grep Mfg
usb0/1 Mfg:<undefined> Product:<undefined>
NConfigs:1 Config:0 <no cfg str descr>
usb0/1.1 Mfg:<undefined> Product:<undefined>
NConfigs:1 Config:0 <no cfg str descr>
usb0/1.4 Mfg:"Wizard" Product:"Modem/ISDN"
NConfigs:3 Config:1 : V.90 Analog Modem
usb0/1.5 Mfg:"Iomega" Product:"USB Zip 250"
NConfigs:1 Config:0 : Default
usb0/1.6 Mfg:"SOLID YEAR" Product:"SOLID YEAR USB"
Config:0 <no cfg str descr>
Example 10 Listing Information About a Multi-configuration USB Device
The following example lists information about a multi-configuration USB
device.
Notice the NConfigs field: the configurations available for this device
are 0, 1, and 2 (0 to (NConfigs-1)).
example# cfgadm -l -s "cols=ap_id:info" usb0/1.4
Ap_Id Information
usb0/1.4 Mfg:"Wizard" Product:"Modem/ISDN"
NConfigs:3 Config:1 V.90 Analog Modem"
Example 11 Setting the Current Configuration of a Multi-configuration
USB Device
The following example sets the current configuration of a multi-config‐
uration USB device:
example# cfgadm -o config=2 -x usb_config usb0/1.4
Setting the device: /devices/pci@1f,2000/usb@1/device@3
to USB configuration 2
This operation suspends activity on the USB device
Continue (yes/no)?
Enter:
y
USB configuration changed successfully.
The device path should be checked to ensure that the right instance of
a device is being referred to, in the case where multiple devices of
the exact same type are on the same bus. This information is available
in the 'Information' field.
FILES
/usr/lib/cfgadm/usb.so.1
Hardware specific library for generic USB device administration
ATTRIBUTES
See attributes(7) for descriptions of the following attributes:
tab() box; cw(2.75i) |cw(2.75i) lw(2.75i) |lw(2.75i) ATTRIBUTE TYPEAT‐
TRIBUTE VALUE _ Availabilitysystem/dynamic-reconfiguration
SEE ALSO
config_admin(3CFGADM), scsa2usb(4D), usba(4D), attributes(7), cfgadm(8)
Universal Serial Bus 1.1 Specification, https://www.usb.org/
NOTES
cfgadm(8) can not unconfigure, disconnect, reset, or change the config‐
uration of any USB device currently opened by any application. These
operations also fail on a hub if a device in its hierarchy is opened by
an application. See scsa2usb(4D) for unconfiguring a USB mass-storage
device that is currently in use.
Only super-users can execute any functions on an attachment point. How‐
ever, one need not be a super-user to list the attachment points.
Oracle Solaris 11.4 29 Dec 2016 cfgadm_usb(8)