search for: createatoms

Displaying 4 results from an estimated 4 matches for "createatoms".

2015 Jun 15
2
[LLVMdev] [lld] How do I prevent .note sections from being eliminated?
...on classes. If > you need to copy sections from input to output, use SDataSection (from > Hexagon) as a reference point. > Hi Simon, Thanks for the reply. I have a few more follow up questions. ELFFile::handleSectionWithNoSymbols() returns false for SHT_NOTE. This means that ELFFile::createAtoms() never creates an atom for .note sections. It seems like even if I use something like SDataSection, then I will still need to modify ELFFIle::handleSectionWithNoSymbols(). What is the best way to do this? Should I make the function virtual and override it in AMDGPUELFFile.cpp? In ELFDefinedAtom...
2015 Jan 12
2
[LLVMdev] [lld] ARM/Thumb atom forming
...ructions > have zero bit of st_value field set (see 4.5.3). > General ELF Reference says that st_value holds virtual address offset > from the beginning of the section > for executable files and shared objects (see Chapter 4 - Symbol Values). > > When atoms are created in ELFFile::createAtoms, their content size and > content data, and their addresses are formed using st_value. > Since st_value has zero bit set for symbols addressing Thumb > instructions, corresponding atoms' addresses are always > one byte ahead of real values. > Content size and, therefore, content...
2015 Jun 13
2
[LLVMdev] [lld] How do I prevent .note sections from being eliminated?
Hi, I'm working on an AMDGPU target for lld, and I'm trying to link a single .o file with a .note section, but the .note section is missing from the resulting a.out file. How can I control which sections get copied over to the executable? Is there a target hook to implement? Thanks, Tom
2015 May 07
2
[LLVMdev] [lld] Wrong references for C++ COMDAT groups
Looks like it is also not working on x86_64, using clang/lld I am seeing a segmentation fault: Dump of assembler code for function _Z4funcj: 0x0000000000400590 <+0>: push %rbp 0x0000000000400591 <+1>: push %rbx 0x0000000000400592 <+2>: push %rax 0x0000000000400593 <+3>: mov %edi,%ebp 0x0000000000400595 <+5>: pop %rdx 0x0000000000400596