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808d7bc7a0
Now the only method to configure ELF section's content and size is to assign a hexadecimal string to the `Content` field. Unfortunately this way is completely useless when you need to declare a really large section. To solve this problem this patch adds one more optional field `Size` to the `RawContentSection` structure. When yaml2obj generates an ELF file it uses the following algorithm: 1. If both `Content` and `Size` fields are missed create an empty section. 2. If only `Content` field is missed take section length from the `Size` field and fill the section by zero. 3. If only `Size` field is missed create a section using data from the `Content` field. 4. If both `Content` and `Size` fields are provided validate that the `Size` value is not less than size of `Content` data. Than take section length from the `Size`, fill beginning of the section by `Content` and the rest by zero. Examples -------- * Create a section 0x10000 bytes long filled by zero Name: .data Type: SHT_PROGBITS Flags: [ SHF_ALLOC ] Size: 0x10000 * Create a section 0x10000 bytes long starting from 'CA' 'FE' 'BA' 'BE' Name: .data Type: SHT_PROGBITS Flags: [ SHF_ALLOC ] Content: CAFEBABE Size: 0x10000 The patch reviewed by Michael Spencer. llvm-svn: 208995 |
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bugpoint | ||
bugpoint-passes | ||
gold | ||
llc | ||
lli | ||
llvm-ar | ||
llvm-as | ||
llvm-bcanalyzer | ||
llvm-c-test | ||
llvm-config | ||
llvm-cov | ||
llvm-diff | ||
llvm-dis | ||
llvm-dwarfdump | ||
llvm-extract | ||
llvm-jitlistener | ||
llvm-link | ||
llvm-lto | ||
llvm-mc | ||
llvm-mcmarkup | ||
llvm-nm | ||
llvm-objdump | ||
llvm-profdata | ||
llvm-readobj | ||
llvm-rtdyld | ||
llvm-shlib | ||
llvm-size | ||
llvm-stress | ||
llvm-symbolizer | ||
lto | ||
macho-dump | ||
msbuild | ||
obj2yaml | ||
opt | ||
yaml2obj | ||
CMakeLists.txt | ||
LLVMBuild.txt | ||
Makefile |