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<div>We have a big-endian target that we debug from LLDB running on Windows through a custom process plugin and communication protocol.</div>
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<div>The target's default byte order is set to eByteOrderBig in 'g_core_definitions' in ArchSpec.cpp.</div>
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<div>Most features work correctly (registers, variables, breakpoints, disassembly), but expressions seem to ignore arch endianness:</div>
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<div>For example:</div>
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<div>(lldb) reg read pc</div>
<div> pc = 0x00400020 arithmetic.elf`main + 32 at main.c:12</div>
<div>(lldb) expr -f hex -- $pc</div>
<div>(unsigned int) $2 = 0x20004000</div>
<div>(lldb)</div>
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<div>Has this scenario (big-endian target and little-endian host) been tested/used ?</div>
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<div>Thanks,</div>
<div>-Philippe</div>
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