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In glibc_check master-arm after:
| 29 patches in glibc | Patchwork URL: https://patchwork.sourceware.org/patch/98131 | 59fbaae3a6e Optimize various ways to obtain the page size using <bits/pagesize.h> | 564bcbe0067 posix: Use <support/next_to_fault.h> in tst-fnmatch3 | 27a360de01d malloc: Use volatile as compiler barrier in tst-memalign, tst-valloc | e24dfc8d9a8 Linux: Optimize getpagesize using <sys/pagesize.h> | 3283915ffd0 Install the <sys/pagesize.h> header file | ... and 24 more patches in glibc | ... applied on top of baseline commit: | 6948ee4edf0 stdio-common: Fix memory leak in tst-freopen4* tests on UNSUPPORTED
FAIL: 1 regressions
regressions.sum: | === glibc tests === | | Running glibc:elf ... | XPASS: elf/tst-load-alignment
Does this mean that the 32-bit arm tester uses a non-default toolchain that increases page alignment to 64 KiB? With my cross-tester, elf/tst-load-alignment fails as expected because the binaries can only be loaded on 4 KiB page systems, based on the program header layout.
Thanks, Florian