Vulnerability Scan Report for registry.suse.com/bci/bci-micro:15.4.18.2
A micro environment for containers based on the SLE Base Container Image.
registry.suse.com/bci/bci-micro:15.4.18.2
Last scanned on: June 20, 2025 23:51
A micro environment for containers based on the SLE Base Container Image.
Last scanned on: June 20, 2025 23:51
| Package Name | Severity | Status | Description | Reference links | |
|---|---|---|---|---|---|
| libgcc_s1 | HIGH | fixed |
Security update for gcc12 Vulnerability ID: SUSE-SU-2023:3661-1 Installed Version: 12.2.1+git416-150000.1.7.1 Fixed Version: 12.3.0+git1204-150000.1.16.1 This update for gcc12 fixes the following issues: - CVE-2023-4039: Fixed incorrect stack protector for C99 VLAs on Aarch64 (bsc#1214052). |
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| libgcc_s1 | HIGH | fixed |
Security update for gcc13 Vulnerability ID: SUSE-SU-2023:4162-1 Installed Version: 12.2.1+git416-150000.1.7.1 Fixed Version: 13.2.1+git7813-150000.1.3.3 This update for gcc13 fixes the following issues: This update ship the GCC 13.2 compiler suite and its base libraries. The compiler base libraries are provided for all SUSE Linux Enterprise 15 versions and replace the same named GCC 12 ones. The new compilers for C, C++, and Fortran are provided for SUSE Linux Enterprise 15 SP4 and SP5, and provided in the 'Development Tools' module. The Go, D, Ada and Modula 2 language compiler parts are available unsupported via the PackageHub repositories. To use gcc13 compilers use: - install 'gcc13' or 'gcc13-c++' or one of the other 'gcc13-COMPILER' frontend packages. - override your Makefile to use CC=gcc13, CXX=g++13 and similar overrides for the other languages. For a full changelog with all new GCC13 features, check out https://gcc.gnu.org/gcc-13/changes.html Detailed changes: * CVE-2023-4039: Fixed -fstack-protector issues on aarch64 with variable length stack allocations. (bsc#1214052) - Turn cross compiler to s390x to a glibc cross. [bsc#1214460] - Also handle -static-pie in the default-PIE specs - Fixed missed optimization in Skia resulting in Firefox crashes when building with LTO. [bsc#1212101] - Make libstdc++6-devel packages own their directories since they can be installed standalone. [bsc#1211427] - Add new x86-related intrinsics (amxcomplexintrin.h). - RISC-V: Add support for inlining subword atomic operations - Use --enable-link-serialization rather that --enable-link-mutex, the benefit of the former one is that the linker jobs are not holding tokens of the make's jobserver. - Add cross-bpf packages. See https://gcc.gnu.org/wiki/BPFBackEnd for the general state of BPF with GCC. - Add bootstrap conditional to allow --without=bootstrap to be specified to speed up local builds for testing. - Bump included newlib to version 4.3.0. - Also package libhwasan_preinit.o on aarch64. - Configure external timezone database provided by the timezone package. Make libstdc++6 recommend timezone to get a fully working std::chrono. Install timezone when running the testsuite. - Package libhwasan_preinit.o on x86_64. - Fixed unwinding on aarch64 with pointer signing. [bsc#1206684] - Enable PRU flavour for gcc13 - update floatn fixinclude pickup to check each header separately (bsc#1206480) - Redo floatn fixinclude pick-up to simply keep what is there. - Bump libgo SONAME to libgo22. - Do not package libhwasan for biarch (32-bit architecture) as the extension depends on 64-bit pointers. - Adjust floatn fixincludes guard to work with SLE12 and earlier SLE15. - Depend on at least LLVM 13 for GCN cross compiler. - Update embedded newlib to version 4.2.0 - Allow cross-pru-gcc12-bootstrap for armv7l architecture. PRU architecture is used for real-time MCUs embedded into TI armv7l and aarch64 SoCs. We need to have cross-pru-gcc12 for armv7l in order to build both host applications and PRU firmware during the same build. |
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| libgcc_s1 | HIGH | fixed |
Security update for gcc13 Vulnerability ID: SUSE-SU-2023:4458-1 Installed Version: 12.2.1+git416-150000.1.7.1 Fixed Version: 13.2.1+git7813-150000.1.6.1 This update for gcc13 fixes the following issues: This update ship the GCC 13.2 compiler suite and its base libraries. The compiler base libraries are provided for all SUSE Linux Enterprise 15 versions and replace the same named GCC 12 ones. The new compilers for C, C++, and Fortran are provided for SUSE Linux Enterprise 15 SP4 and SP5, and provided in the 'Development Tools' module. The Go, D, Ada and Modula 2 language compiler parts are available unsupported via the PackageHub repositories. To use gcc13 compilers use: - install 'gcc13' or 'gcc13-c++' or one of the other 'gcc13-COMPILER' frontend packages. - override your Makefile to use CC=gcc-13, CXX=g++-13 and similar overrides for the other languages. For a full changelog with all new GCC13 features, check out https://gcc.gnu.org/gcc-13/changes.html Detailed changes: * CVE-2023-4039: Fixed -fstack-protector issues on aarch64 with variable length stack allocations. (bsc#1214052) - Work around third party app crash during C++ standard library initialization. [bsc#1216664] - Fixed that GCC13 fails to compile some packages with error: unrecognizable insn (bsc#1215427) - Bump included newlib to version 4.3.0. - Update to GCC trunk head (r13-5254-g05b9868b182bb9) - Redo floatn fixinclude pick-up to simply keep what is there. - Turn cross compiler to s390x to a glibc cross. [bsc#1214460] - Also handle -static-pie in the default-PIE specs - Fixed missed optimization in Skia resulting in Firefox crashes when building with LTO. [bsc#1212101] - Make libstdc++6-devel packages own their directories since they can be installed standalone. [bsc#1211427] - Add new x86-related intrinsics (amxcomplexintrin.h). - RISC-V: Add support for inlining subword atomic operations - Use --enable-link-serialization rather that --enable-link-mutex, the benefit of the former one is that the linker jobs are not holding tokens of the make's jobserver. - Add cross-bpf packages. See https://gcc.gnu.org/wiki/BPFBackEnd for the general state of BPF with GCC. - Add bootstrap conditional to allow --without=bootstrap to be specified to speed up local builds for testing. - Bump included newlib to version 4.3.0. - Also package libhwasan_preinit.o on aarch64. - Configure external timezone database provided by the timezone package. Make libstdc++6 recommend timezone to get a fully working std::chrono. Install timezone when running the testsuite. - Package libhwasan_preinit.o on x86_64. - Fixed unwinding on aarch64 with pointer signing. [bsc#1206684] - Enable PRU flavour for gcc13 - update floatn fixinclude pickup to check each header separately (bsc#1206480) - Redo floatn fixinclude pick-up to simply keep what is there. - Bump libgo SONAME to libgo22. - Do not package libhwasan for biarch (32-bit architecture) as the extension depends on 64-bit pointers. - Adjust floatn fixincludes guard to work with SLE12 and earlier SLE15. - Depend on at least LLVM 13 for GCN cross compiler. - Update embedded newlib to version 4.2.0 - Allow cross-pru-gcc12-bootstrap for armv7l architecture. PRU architecture is used for real-time MCUs embedded into TI armv7l and aarch64 SoCs. We need to have cross-pru-gcc12 for armv7l in order to build both host applications and PRU firmware during the same build. |
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| libncurses6 | MEDIUM | fixed |
Security update for ncurses Vulnerability ID: SUSE-SU-2023:2111-1 Installed Version: 6.1-150000.5.12.1 Fixed Version: 6.1-150000.5.15.1 This update for ncurses fixes the following issues: - CVE-2023-29491: Fixed memory corruption issues when processing malformed terminfo data (bsc#1210434). |
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| libncurses6 | MEDIUM | fixed |
Security update for ncurses Vulnerability ID: SUSE-SU-2023:4891-1 Installed Version: 6.1-150000.5.12.1 Fixed Version: 6.1-150000.5.20.1 This update for ncurses fixes the following issues: - CVE-2023-50495: Fixed a segmentation fault via _nc_wrap_entry() (bsc#1218014) - Modify reset command to avoid altering clocal if the terminal uses a modem (bsc#1201384) |
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