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Luis Machado authored
With a recent import of gnulib, code has been pulled that tests and enables 64-bit time_t by default on 32-bit hosts that support it. Although gdb can use the gnulib support, bfd doesn't use gnulib and currently doesn't do these checks. As a consequence, if we have a 32-bit host that supports 64-bit time_t, we'll have a mismatch between gdb's notion of time_t and bfd's notion of time_t. This will lead to mismatches in the struct stat size, leading to memory corruption and crashes. This patch disables the year 2038 check for now, which makes things work reliably again. I'd consider this a temporary fix until we have proper bfd checks for the year 2038, if it makes sense. 64-bit hosts seems to be more common these days, so I'm not sure how important it is to have this support enabled and how soon we want to enable it. Thoughts? ChangeLog: * configure.ac: Disable year2038 by default on 32-bit hosts. * configure: Regenerate.
Luis Machado authoredWith a recent import of gnulib, code has been pulled that tests and enables 64-bit time_t by default on 32-bit hosts that support it. Although gdb can use the gnulib support, bfd doesn't use gnulib and currently doesn't do these checks. As a consequence, if we have a 32-bit host that supports 64-bit time_t, we'll have a mismatch between gdb's notion of time_t and bfd's notion of time_t. This will lead to mismatches in the struct stat size, leading to memory corruption and crashes. This patch disables the year 2038 check for now, which makes things work reliably again. I'd consider this a temporary fix until we have proper bfd checks for the year 2038, if it makes sense. 64-bit hosts seems to be more common these days, so I'm not sure how important it is to have this support enabled and how soon we want to enable it. Thoughts? ChangeLog: * configure.ac: Disable year2038 by default on 32-bit hosts. * configure: Regenerate.