- Infrastructure:
- Allow command line tools as fallback for missing compression
libraries. If compiled without gzip for example, gunzip will
be used automatically.
- Improved support for a number of platforms like high-resolution
timestamps and Extended Attributes on various Unix systems
- New convience interface for creating archives based on disk content,
complement of the archive_write_disk interface.
- Frontends:
- bsdcpio ready for public consumption
- hand-written date parser replaces the yacc code
- Filter system:
- Simplified read filter chains
- Option support for filters
- LZMA, XZ, uudecode handled
- Format support:
- Write support for mtree files based on file system or archive
content
- Basic read support for Joliet
- Write support for zip files
- Write support for shar archives, both text-only and binary-safe
- XHTML output support, more human-readable HTML output
- end-of-line white space detected in all lines
- fix subtle bug for list displays in some modes
- fix column handling
- full support for \f etc
- imporoved column handling
- various other bug fixes
- compatiblity support for strlcat/strlcpy
- groff-compatible .Xr [backed out]
out of the way before trying to get a unit number. If we cannot
get a unit number, we call config_devfree(), which expects for
fields such as dv_flags, dv_cfattach, and dv_private to be initialized.
It also changes product id after being configured. Without this
change the device just lingers in u3ginit forever. With this change:
u3ginit0 at uhub0 port 1: Switching to 3G mode
u3ginit0: detached
u3ginit0: at uhub0 port 1 (addr 2) disconnected
u3g0 at uhub0 port 1 configuration 1 interface 0
ucom0 at u3g0 portno 0: 3G Modem
u3g1 at uhub0 port 1 configuration 1 interface 1
ucom1 at u3g1 portno 1: 3G Modem
u3g2 at uhub0 port 1 configuration 1 interface 2
ucom2 at u3g2 portno 2: 3G Modem
u3g3 at uhub0 port 1 configuration 1 interface 3
ucom3 at u3g3 portno 3: 3G Modem
(tested with rump)
is exactly like the former, except it returns with ENXIO if sc is
NULL instead of continuing on to use it. Most of the time this is
handled by the fd layer and you get EBADF, but sometimes it's
possible to race into the device method for whatever reason and
you get a kernel panic. I have no idea what the "whatever reason"
might be.
and signal the root hub interrupt only once we are succesfully able
to open the device node. This makes it possible to insert a device
after the rump kernel was booted and have it succesfully attach
(does not make detach possible yet, though, as there are some
ugen and host kernel uhci/ohci/ehci evil crashies with that).
XXX: optimally, match would fail if there is a permanent error in
opening. However, it is difficult to figure out the difference
between the device backing ugen not being present, a transient
error in opening and a permanent error in opening. For example,
which of the latter two would EPERM be? And, ugen returns ENXIO
if the device is not present, but how would be know that's really
the case and not some other ENXIO from elsewhere in the stack?
This blocks an easy exploit of kernel bugs leading to dereference
of a NULL pointer on some architectures (eg i386).
The check can be disabled in various ways:
-by CPP definitions in machine/types.h (portmaster's choice)
-by a kernel config option USER_VA0_DISABLED_DEFAULT=0
-at runtime by sysctl vm.user_va0_disabled (cannot be cleared
at securelevel>0)
