"database" that lintpkgsrc can use in lieu of scanning all the pkgsrc
Makefiles.
This has several nice effects, chiefly:
(1) Using any of -B, -O, -R, -S, -V, -d, -g, -i, -p, or -u, are now
*much* faster since reading the "database" takes at most 3 seconds on
my laptop, whereas reading all the Makefiles takes at least 3 minutes.
(2) One can now check for out-of-date packages on machines which do
not have an expanded pkgsrc tree simply by copying the "database"
over. Note that the database will inherently have some dependencies
on the environment of machine where it is generated (eg, mk.conf
settings, architecture type, etc).
Reviewed by the wiz.
dependency_libs definitions in *.lai files. This should remove another
instance that can cause "buildlink2 leakage" into installed files under
${LOCALBASE}.
- Allow the user to issue any command inside the chroot environment using the
"chroot" target, instead of only running ROOTSHELL. Patch provided by seb.
instead of the one in the work directory. Also ensure that we install
guile library files into ${GUILE14_PREFIX}/share/guile instead of into
the same place under ${LOCALBASE}, since we are using guile14. Bump
PKGREVISION of devel/g-wrap to 1.
to invoke the guile, guile-config, and guile-snarf binaries from the
guile14 installation.
* GUILE14_PREFIX, the result of "pkg_info -p guile14".
* GUILE14_SUBDIR, the subdir relative to ${LOCALBASE} where guile14 is
installed.
* Replace for ${BUILDLINK_DIR}/bin/guile in config files when unbuildinking.
* Symlink the guile14 libtool archives into ${BUILDLINK_DIR}/lib to suppress
find the libtool archives from a guile package installed into ${LOCALBASE}.
We can no longer include both guile/buildlink2.mk and guile14/buildlink2.mk
as a result of this change.
to IPP requests. It's controlled by two new variables that may be set in
/etc/rc.conf:
cupsd_wait=YES # set to "YES" to wait for cupsd to detect printers;
# this variable is optional and defaults to "NO".
cupsd_timeout=60 # set to the number of seconds we wait for cupsd
# to respond before we declare it not responding;
# this variable is optional and defaults to "60".
The wait command may also be directly invoked as "/etc/rc.d/cupsd wait".
Bump PKGREVISION of print/cups to 1.
CHANGES IN R VERSION 1.6.2
BUG FIXES
o plot.stepfun() now obeys a `ylim=.' specification.
o removeClass() does a better job of removing inheritance
information.
o setIs() will not allow mismatched representations between two
classes (without an explicit coerce method).
o The code underlying polygon drawing contained a memory leak.
This showed up in persp, but did not affect other graphics
functions. It is now possible to draw big DEMs.
o logLik.nls() gave wrong df.
o rbind() with a mixture of data frames and matrices treated the
matrices as vectors.
o stripchart(method="stack") was not handling missing values.
o Arithmetic functions such as log() lost the object bit from
classed objects if coercion was needed.
o exp_rand would go into an infinite loop if unif_rand returned 0.
o formatC(x, format="fg") could return exponential format if
rounding pushed x over a positive power of 10.
o attr(x, foo) used partial matching for `foo' (even though not
documented to do so), and failed to find `foo' if there were
two or more partial matches before the exact match in the list
of attributes.
o Rdconv now creates direct HTML hyperlinks when linking to
documentation in the same package. The code now ensures that
links which can be resolved within the package are so resolved,
even when there are possible resolutions in other packages.
o If readBin(what=character()) is used incorrectly on a file which
does not contain C-style character strings, warnings (usually
many) are now given.
o Building libR.so with the zlib in the R sources was not
finding the local zlib headers.
o system(intern=TRUE) has an undocumented line length limit of
119 chars both on Unix and Windows. The limit is now 8096 and
documented. On Unix (only) every 120th character used to be
discarded.
o plot.POSIX[cl]t were not passing graphics parameters on to
axis.POSIXct.
o On some HP-UX systems, installed scripts were not executable
when using the BSD-compatible install system program found by
configure. We now always use install-sh on HP-UX.
o c() was converting NA names to "NA": now proper NA strings are
used wherever possible.
o A typo was causing segfaults when using data.entry under SuSE.
In contrast to Graphviz and other graph optimizers, graphopt does
not use a heuristic approach to layout optimization. Instead, it
uses basic principles of physics to iteratively determine optimal
layout. Each node is given mass and an electric charge, and each
edge is represented as a spring. Node mass, electric charge,
optimal spring length, and the spring constant are tweakable in
the gui in realtime.
For most graphs, this is all that is needed - hit 'go' and the
graph organizes itself much as the analagous real-life system would
if constrained to two dimensions. For more complex graphs, some
fiddling with the physical parameters at different stages of
optimization usually does the trick.
To accomodate very large graphs, an additional mechanism called
layering was added. When a graph is loaded, nodes are assigned to
layers based on their relative positions. During optimization,
you can choose to hide any number of layers. Any nodes assigned
to a layer lower than the selected layer are not only hidden, but
neither their electric charges nor the forces of the springs attached
to them are figured into the forces acting on the visible nodes.
In effect, those nodes cease to exist, and a smaller graph is
allowed to lay itself out without being constrained by an excessive
number of nodes.
