Searched hist:264840 (Results 1 - 22 of 22) sorted by relevance
/freebsd-11.0-release/usr.sbin/bsdconfig/share/ | ||
H A D | geom.subr | 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
H A D | Makefile | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
H A D | struct.subr | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
H A D | device.subr | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
H A D | common.subr | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
/freebsd-11.0-release/usr.sbin/bsdconfig/examples/ | ||
H A D | browse_packages_http.sh | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
/freebsd-11.0-release/usr.sbin/bsdconfig/share/media/ | ||
H A D | directory.subr | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
H A D | cdrom.subr | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
H A D | common.subr | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
H A D | dos.subr | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
H A D | floppy.subr | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
H A D | http.subr | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
H A D | nfs.subr | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
H A D | ufs.subr | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
H A D | usb.subr | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
H A D | tcpip.subr | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
H A D | ftp.subr | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
/freebsd-11.0-release/usr.sbin/bsdconfig/dot/ | ||
H A D | dot | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
/freebsd-11.0-release/usr.sbin/bsdconfig/share/packages/ | ||
H A D | index.subr | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
H A D | packages.subr | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
/freebsd-11.0-release/usr.sbin/bsdconfig/networking/share/ | ||
H A D | device.subr | diff 264840 Wed Apr 23 22:16:24 MDT 2014 dteske Implement GEOM based media device classification. You'll notice a few different things from this commit: + More devices. Devices that were previously ignored are now present. + Faster device scanning. "There is no try, only Do" -- f_device_try() is no longer the basis of device scanning as GEOM provides [nearly] all devices (doesn't provide network devices). + More information available as non-root. Usually you have to be root to do things like taste filesystems, and that limits the amount of information available to non-root users; with GEOM, we see all even running unprivileged as the brunt of information (except for so- called ``dangerously dedicated'' file systems) is represented by the `kern.geom.confxml' sysctl(8) MIB. NB: Only really useful for external scripts that use the API and run as non-root; where this code is used in bsdconfig(8) and bsdinstall(8) you are running as root so can detect even ``dangerously dedicated'' file systems that are not present in GEOM; e.g., no PART class for a DOS filesystem written directly to disk without partition table). + No more use of legacy tools such as diskinfo(8) to get disk capacity or fdisk(8) to see partitions. MFC after: 1 week |
/freebsd-11.0-release/usr.sbin/bsdinstall/scripts/ | ||
H A D | zfsboot | diff 264841 Wed Apr 23 22:20:38 MDT 2014 dteske Update zfsboot to coincide with r264840 to bsdconfig(8) adding GEOM support (thereby adding GEOM support to the disk selection menu of bsdinstall(8)'s `zfsboot' module updated herein). MFC after: 1 week X-MFC-with: 264840 |
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