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The aux symbols were stored in an opaque std::vector<uint8_t>, with contents interpreted according to the rest of the symbol. All aux symbol types but one fit in 18 bytes (sizeof(coff_symbol16)), and if written to a bigobj, two extra padding bytes are written (as sizeof(coff_symbol32) is 20). In the storage agnostic intermediate representation, store the aux symbols as a series of coff_symbol16 sized opaque blobs. (In practice, all such aux symbols only consist of one aux symbol, so this is more flexible than what reality needs.) The special case is the file aux symbols, which are written in potentially more than one aux symbol slot, without any padding, as one single long string. This can't be stored in the same opaque vector of fixed sized aux symbol entries. The file aux symbols will occupy a different number of aux symbol slots depending on the type of output object file. As nothing in the intermediate process needs to have accurate raw symbol indices, updating that is moved into the writer class. Differential Revision: https://reviews.llvm.org/D57009 llvm-svn: 351947 |
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Analysis | ||
Assembler | ||
Bindings | ||
Bitcode | ||
BugPoint | ||
CodeGen | ||
DebugInfo | ||
Demangle | ||
Examples | ||
ExecutionEngine | ||
Feature | ||
FileCheck | ||
Instrumentation | ||
Integer | ||
JitListener | ||
Linker | ||
LTO | ||
MC | ||
Object | ||
ObjectYAML | ||
Other | ||
SafepointIRVerifier | ||
SymbolRewriter | ||
TableGen | ||
ThinLTO/X86 | ||
tools | ||
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Unit | ||
Verifier | ||
YAMLParser | ||
.clang-format | ||
CMakeLists.txt | ||
lit.cfg.py | ||
lit.site.cfg.py.in | ||
TestRunner.sh |