PCCARD(4) BSD Kernel Interfaces Manual PCCARD(4)NAME
pccard -- PC Card bus driver
SYNOPSIS
device pccard
DESCRIPTION
The pccard driver implements the PC Card bus. The pccard driver supports all PC Card bridges in the system.
TUNABLES
The driver supports the following tunable parameters, which may be added to /boot/loader.conf or set via the sysctl(8) command:
hw.pccard.debug Non-zero values cause more verbose information to be printed when a 16-bit PC Card is inserted or removed.
hw.pccard.cis_debug Non-zero value causes the CIS parsing of the 16-bit PC Card to be much more verbose and include a complete CIS dump.
FILES
/dev/pccard0.cis This exclusive-use device will report all the CIS chains present in a PC Card, if a 16-bit PC Card is inserted in the slot.
Only one user at a time may access the CIS. The CIS is presented as the relevant byte stream from the PC Card. For CIS
tuples in Attribute Memory (the default), only the even locations are presented (the ODD locations are undefined per the
standard). For CIS tuples in Common Memory, every byte is presented to the user. Decoding of the CIS tuples is done via a
userland program. All tuples are presented to the user.
SEE ALSO cardbus(4), pccbb(4)
PC Card Standard, Release 8.
BSD July 9, 2002 BSD
Check Out this Related Man Page
PCCARD(4) BSD Kernel Interfaces Manual PCCARD(4)NAME
pccard -- PC Card bus driver
SYNOPSIS
device pccard
DESCRIPTION
The pccard driver implements the PC Card bus. The pccard driver supports all PC Card bridges in the system.
TUNABLES
The driver supports the following tunable parameters, which may be added to /boot/loader.conf or set via the sysctl(8) command:
hw.pccard.debug Non-zero values cause more verbose information to be printed when a 16-bit PC Card is inserted or removed.
hw.pccard.cis_debug Non-zero value causes the CIS parsing of the 16-bit PC Card to be much more verbose and include a complete CIS dump.
FILES
/dev/pccard0.cis This exclusive-use device will report all the CIS chains present in a PC Card, if a 16-bit PC Card is inserted in the slot.
Only one user at a time may access the CIS. The CIS is presented as the relevant byte stream from the PC Card. For CIS
tuples in Attribute Memory (the default), only the even locations are presented (the ODD locations are undefined per the
standard). For CIS tuples in Common Memory, every byte is presented to the user. Decoding of the CIS tuples is done via a
userland program. All tuples are presented to the user.
SEE ALSO cardbus(4), pccbb(4)
PC Card Standard, Release 8.
BSD July 9, 2002 BSD
May I assume that there is no point to format your SD Card (assume you have the 32 GB size) to NTFS if the device can support SD Card of up to 32 GB and FAT32 maximum limit is also exactly 32 GB?
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Suite E316, Level 3 Oracle East Building 3 Oracle Boulevard Broadbeach QLD 4218,... (1 Reply)
Hi,
Apologies if this is not right section to post my requirement.
We have a requirement to enhance our Centos 7 Servers' security as per "CIS CentOS Linux 7 Benchmark" ( CIS WorkBench / Home ) that provides guidance for establishing a secure configuration posture for CentOS 7.
Just... (2 Replies)