| Commit message (Collapse) | Author | Age | Files | Lines |
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The ais annotations can be inserted via the new ais variants of
the builtin annotation. They mainly differe in that they have an
address format specifier '%addr' which will be replaced by the
adress in the binary.
The implementation simply prints a label for the builtin call
alongside a the text of the annotation as comment and inserts the
annotation together as acii string in a separate section
'ais_annotations' and replaces the usages of the address format
specifiers by the address of the label of the builtin call.
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Some alignments were wrong. Follow-up to [4d099ef].
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It got lost during the addition of the x86-64 port in release 3.0.
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In 64-bit mode jumptables contain differences of labels Lx-Ly.
The OS X assembler and linker have problems with those differences if the labels are from a given section (here, .text) and the difference is to be put in another section (previously, .const).
Putting the jumptables in .text fixes this issue, and is consistent with what is done for ELF.
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Address constants need to be 64bit also in the debug information.
Bug 20335
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-> x86/x86_32/x86_64
Having Archi.ptr64 as an opaque Parameter that is determined at run-time depending on compcert.ini is problematic for applications such as VST where functions such as Ctypes.sizeof must compute within Coq.
This commit introduces two versions of the Archi.v file, one for x86 32 bits (with ptr64 := false), one for x86 64 bits (with ptr64 := true). Unlike previous approaches, no other file is duplicated between these two variants of x86.
While we are at it, I renamed "ia32" into "x86" everywhere. "ia32" is Intel speak for the 32-bit architecture. It is not a good name to describe both the 32 and 64 bit architectures.
Finally, .depend is no longer under version control and is regenerated when the target architecture changes. That's because the location of Archi.v differs between the ports that have 32/64 bit variants (x86 so far) and the ports that have only one bitsize (ARM and PowerPC so far).
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