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Building py-libxml2 fails (Ubuntu 22.04, unprivileged pkgsrc), because of the use of wrong headers (?) #150
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@algor512, which commit is that, please? |
netbsd-srcmastr
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# ps 1.7.7 * `ps_cpu_times()` values are now correct on newer arm64 macOS. # ps 1.7.6 * `ps_name()` now does not fail in the rare case when `ps_cmdline()` returns an empty vector (#150). * `ps_system_cpu_times()` now returns CPU times divided by the HZ as reported by CLK_TCK, in-line with other OS's and the per-process version. (#144, @michaelwalshe).
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# evaluate 1.0.1 * Fix buglet revealed when by using `rlang::abort()` inside of `evaluate()`. # evaluate 1.0.0 * Setting `ACTIONS_STEP_DEBUG=1` (as in a failing GHA workflow) will automatically set `log_echo` and `log_warning` to `TRUE` (#175). * evaluate works on R 3.6.0 once again. * `evaluate()` improvements: * Now terminates on the first error in a multi-expression input, i.e. `1;stop('2');3` will no longer evaluate the third component. This matches console behaviour more closely. * Calls from conditions emitted by top-level code are automatically stripped (#150). * Result has a class (`evaluate_evaluation`/`list`) with a basic print method. * Plots created before messages/warnings/errors are correctly captured (#28). * Handler improvements: * The default `value` handler now evaluates `print()` in a child of the evaluation environment. This largely makes evaluate easier to test, but should make defining S3 methods for print a little easier (#192). * The `source` output handler is now passed the entire complete input expression, not just the first component. * `evalute(include_timing)` has been deprecated. I can't find any use of it on GitHub, and it adds substantial code complexity for little gain. * `is.value()` has been removed since it tests for an object that evaluate never creates. * New `local_reproducible_output()` helper that sets various options and env vars to help ensure consistency of output across environments. * `parse_all()` adds a `\n` to the end of every line, even the last one if it didn't have one in the input. Additionally, it no longer has a default method, which will generate better errors if you pass in something unexpected. * New `trim_intermediate_plots()` drops intermediate plots to reveal the complete/final plot (#206). * `watchout()` is no longer exported; it's really an implementation detail that should never have been leaked to the public interface. # evaluate 0.24.0 * The `source` output handler can now take two arguments (the unparsed `src` and the parsed `call`) and choose to affect the displayed source. * The package now depends on R 4.0.0 in order to decrease our maintenance burden.
msk
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This is a point release intended to clear up a couple of CVEs and apply point fixes that have been accumulating since 5.2.1 There are a few unresolved (but minor) memory leaks related to design issues in the API that still need to be resolved. Expect those fixes in the next release. Code Fixes ---------- * Fixes for CVE-2023-48161, CVE-2022-28506, * Address SF issue NetBSD#138 Documentation for obsolete utilities still installed * Address SF issue NetBSD#139: Typo in "LZW image data" page ("110_2 = 4_10") * Address SF issue NetBSD#140: Typo in "LZW image data" page ("LWZ") * Address SF issue NetBSD#141: Typo in "Bits and bytes" page ("filed") * Note as already fixed SF issue NetBSD#143: cannot compile under mingw * Address SF issue NetBSD#144: giflib-5.2.1 cannot be build on windows and other platforms using c89 * Address SF issue NetBSD#145: Remove manual pages installation for binaries that are not installed too * Address SF issue NetBSD#146: [PATCH] Limit installed man pages to binaries, move giflib to section 7 * Address SF issue NetBSD#147 [PATCH] Fixes to doc/whatsinagif/ content * Address SF issue NetBSD#148: heap Out of Bound Read in gif2rgb.c:298 DumpScreen2RGB * Declared no-info on SF issue NetBSD#150: There is a denial of service vulnerability in GIFLIB 5.2.1 * Declared Won't-fix on SF issue 149: Out of source builds no longer possible * Address SF issue NetBSD#151: A heap-buffer-overflow in gif2rgb.c:294:45 * Address SF issue #152: Fix some typos on the html documentation and man pages * Address SF issue #153: Fix segmentation faults due to non correct checking for args * Address SF issue #154: Recover the giffilter manual page * Address SF issue #155: Add gifsponge docs * Address SF issue #157: An OutofMemory-Exception or Memory Leak in gif2rgb * Address SF issue #158: There is a null pointer problem in gif2rgb * Address SF issue #159 A heap-buffer-overflow in GIFLIB5.2.1 DumpScreen2RGB() in gif2rgb.c:298:45 * Address SF issue #163: detected memory leaks in openbsd_reallocarray giflib/openbsd-reallocarray.c * Address SF issue #164: detected memory leaks in GifMakeMapObject giflib/gifalloc.c * Address SF issue #166: a read zero page leads segment fault in getarg.c and memory leaks in gif2rgb.c and gifmalloc.c * Address SF issue #167: Heap-Buffer Overflow during Image Saving in DumpScreen2RGB Function at Line 321 of gif2rgb.c
netbsd-srcmastr
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Nov 6, 2024
# nloptr 2.1.1 This is a patch release to work around a bug in the CRAN checks. Specifically, one of the unit tests for the `isres()` algorithm was failing on some CRAN builds because convergence is stochastic with slightly different results even with the same fixed seed prior to calling the function. # nloptr 2.1.0 This release deprecates the default behavior of the inequality equations in any wrapper function which uses them. Currently, they are calibrated to be >= 0. This version allows for the equations to be consistent with the main `nloptr` function, which requires <= 0. In a future release, the default behavior will switch to assuming the calibration is <= 0, and eventually, the >= 0 behavior will be removed. It also includes a large number of safety and efficiency changes, and an expansion of the unit tests to 100% coverage for all files but one. The major changes include: * Reversed the direction of the inequality equations `hin` and `hinjac` in the wrapper functions which use them, bringing them into compliance with the main `nloptr` call. This addresses [Issue #148](astamm/nloptr#148); * Cleaned the Hock-Schittkowski problem no. 100, Hartmann 6-dimensional, and Powell exponential examples. This addresses [Issue #152](astamm/nloptr#152) and [Issue #156](astamm/nloptr#156); * Updated roxygen version; * Updated maintainer email; * Deal with NA returns from `parallel::detectCores()` (contributed by @jeroen in PR #150); * Setup rhub v2 checks; * Update cmake installation instructions on Mac with brew (#146); * Allow use of equality constraints with COBYLA (#135); * Replaced the unit testing framework of `testthat` with `tinytest` (See [Issue #136](astamm/nloptr#136)); * Brought coverage of `is.nloptr` to 100%. The only file not completely covered by unit tests is `nloptr.c`. The uncovered calls are error messages which get trapped by tests in R before the call gets to C; * Linted package for code correctness and consistency; * Updated vignette, DESCRIPTION, and NEWS; * Updated package website to use bootstrap 5; * Expanded unit tests: coverage now over 97% with no file below 90%; * Removed forcing `C++11`; * Added safety checks to C code; * Added many safety and efficiency enhancements to R code; * Most R code style made self-consistent; * Updated documentation and messages for accuracy and mathematical formatting * Updated Github actions; * Some bugfixes (e.g. in `isres` or the warning in `nl.grad`).
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On Ubuntu 22.04, the installation crashes when the libxml2-dev package is installed. Removing it
makes the installation succeed. I noticed that in the former case the compilation log contains the
following lines:
While in the latter case it contains
As you can see, in the former case it contains
-I/usr/include/libxml2
and it presumabely makes itfail. I have the line
PREFER_PKGSRC=yes
in my mk.conf.The text was updated successfully, but these errors were encountered: