本文整理汇总了C++中LinkerConfig类的典型用法代码示例。如果您正苦于以下问题:C++ LinkerConfig类的具体用法?C++ LinkerConfig怎么用?C++ LinkerConfig使用的例子?那么, 这里精选的类代码示例或许可以为您提供帮助。
在下文中一共展示了LinkerConfig类的15个代码示例,这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞,您的评价将有助于系统推荐出更棒的C++代码示例。
示例1: GNULDBackend
//===----------------------------------------------------------------------===//
// X86GNULDBackend
//===----------------------------------------------------------------------===//
X86GNULDBackend::X86GNULDBackend(const LinkerConfig& pConfig,
GNUInfo* pInfo,
Relocation::Type pCopyRel)
: GNULDBackend(pConfig, pInfo),
m_pRelocator(NULL),
m_pPLT(NULL),
m_pRelDyn(NULL),
m_pRelPLT(NULL),
m_pDynamic(NULL),
m_pGOTSymbol(NULL),
m_CopyRel(pCopyRel)
{
Triple::ArchType arch = pConfig.targets().triple().getArch();
assert (arch == Triple::x86 || arch == Triple::x86_64);
if (arch == Triple::x86 ||
pConfig.targets().triple().getEnvironment() == Triple::GNUX32) {
m_RelEntrySize = 8;
m_RelaEntrySize = 12;
if (arch == Triple::x86)
m_PointerRel = llvm::ELF::R_386_32;
else
m_PointerRel = llvm::ELF::R_X86_64_32;
}
else {
m_RelEntrySize = 16;
m_RelaEntrySize = 24;
m_PointerRel = llvm::ELF::R_X86_64_64;
}
}
开发者ID:IllusionRom-deprecated,项目名称:android_platform_frameworks_compile_mclinker,代码行数:32,代码来源:X86LDBackend.cpp
示例2: if
/// configure the output filename
bool OutputFormatOptions::parseOutput(Module& pModule, LinkerConfig& pConfig)
{
if (true == m_Shared || true == m_PIE) {
// -shared or -pie
m_FileType = mcld::LinkerConfig::DynObj;
}
else if (true == m_Relocatable) {
// partial linking
m_FileType = mcld::LinkerConfig::Object;
}
else if (mcld::LinkerConfig::Binary == m_OFormat) {
// binary output
m_FileType = mcld::LinkerConfig::Binary;
}
pConfig.setCodeGenType(m_FileType);
std::string output_filename(m_OutputFilename.native());
if (m_OutputFilename.empty()) {
if (llvm::Triple::Win32 == pConfig.targets().triple().getOS()) {
output_filename.assign("_out");
switch (m_FileType) {
case mcld::LinkerConfig::Object: {
output_filename += ".obj";
break;
}
case mcld::LinkerConfig::DynObj: {
output_filename += ".dll";
break;
}
case mcld::LinkerConfig::Exec: {
output_filename += ".exe";
break;
}
case mcld::LinkerConfig::External:
break;
default: {
return false;
break;
}
} // switch
}
else {
if (mcld::LinkerConfig::Object == m_FileType ||
mcld::LinkerConfig::DynObj == m_FileType ||
mcld::LinkerConfig::Exec == m_FileType ||
mcld::LinkerConfig::External == m_FileType) {
output_filename.assign("a.out");
}
else {
return false;
}
}
} // end of if empty m_OutputFilename
pModule.setName(output_filename);
return true;
}
示例3: MCLDEmulateELF
// FIXME: LinkerConfig& pConfig should be constant
bool MCLDEmulateELF(LinkerScript& pScript, LinkerConfig& pConfig) {
// set up section map
if (pConfig.options().getScriptList().empty() &&
pConfig.codeGenType() != LinkerConfig::Object) {
const unsigned int map_size = (sizeof(map) / sizeof(map[0]));
for (unsigned int i = 0; i < map_size; ++i) {
std::pair<SectionMap::mapping, bool> res =
pScript.sectionMap().insert(map[i].from, map[i].to, map[i].policy);
if (!res.second)
return false;
}
} else {
// FIXME: this is the hack to help assignment processing in current
// implementation.
pScript.sectionMap().insert("", "");
}
if (!pConfig.options().nostdlib()) {
// TODO: check if user sets the default search path instead via -Y option
// set up default search path
switch (pConfig.targets().triple().getOS()) {
case llvm::Triple::NetBSD:
pScript.directories().insert("=/usr/lib");
break;
case llvm::Triple::Win32:
pScript.directories().insert("=/mingw/lib");
break;
default:
pScript.directories().insert("=/lib");
pScript.directories().insert("=/usr/lib");
break;
}
}
return true;
}
示例4: MCLDEmulateX86ELF
static bool MCLDEmulateX86ELF(LinkerScript& pScript, LinkerConfig& pConfig)
{
if (!MCLDEmulateELF(pScript, pConfig))
return false;
// set up bitclass and endian
pConfig.targets().setEndian(TargetOptions::Little);
unsigned int bitclass;
Triple::ArchType arch = pConfig.targets().triple().getArch();
assert (arch == Triple::x86 || arch == Triple::x86_64);
if (arch == Triple::x86 ||
pConfig.targets().triple().getEnvironment() == Triple::GNUX32) {
bitclass = 32;
}
else {
bitclass = 64;
}
pConfig.targets().setBitClass(bitclass);
// set up target-dependent constraints of attributes
pConfig.attribute().constraint().enableWholeArchive();
pConfig.attribute().constraint().enableAsNeeded();
pConfig.attribute().constraint().setSharedSystem();
// set up the predefined attributes
pConfig.attribute().predefined().unsetWholeArchive();
pConfig.attribute().predefined().unsetAsNeeded();
pConfig.attribute().predefined().setDynamic();
return true;
}
开发者ID:IllusionRom-deprecated,项目名称:android_platform_frameworks_compile_mclinker,代码行数:30,代码来源:X86Emulation.cpp
示例5: MCLDEmulateARMELF
static bool MCLDEmulateARMELF(LinkerScript& pScript, LinkerConfig& pConfig)
{
if (!MCLDEmulateELF(pScript, pConfig))
return false;
// set up bitclass and endian
pConfig.targets().setEndian(TargetOptions::Little);
pConfig.targets().setBitClass(32);
// set up target-dependent constraints of attributes
pConfig.attribute().constraint().enableWholeArchive();
pConfig.attribute().constraint().enableAsNeeded();
pConfig.attribute().constraint().setSharedSystem();
// set up the predefined attributes
pConfig.attribute().predefined().unsetWholeArchive();
pConfig.attribute().predefined().unsetAsNeeded();
pConfig.attribute().predefined().setDynamic();
// set up section map
if (pConfig.options().getScriptList().empty() &&
pConfig.codeGenType() != LinkerConfig::Object) {
pScript.sectionMap().insert(".ARM.exidx*", ".ARM.exidx");
pScript.sectionMap().insert(".ARM.extab*", ".ARM.extab");
pScript.sectionMap().insert(".ARM.attributes*", ".ARM.attributes");
}
return true;
}
示例6: parse
bool SearchPathOptions::parse(LinkerConfig& pConfig, LinkerScript& pScript)
{
// set --sysroot
if (!m_SysRoot.empty()) {
if (exists(m_SysRoot) && is_directory(m_SysRoot))
pScript.setSysroot(m_SysRoot);
}
// set -L[path]
llvm::cl::list<std::string>::iterator sd;
llvm::cl::list<std::string>::iterator sdEnd = m_SearchDirList.end();
for (sd = m_SearchDirList.begin(); sd != sdEnd; ++sd) {
if (!pScript.directories().insert(*sd)) {
// FIXME: need a warning function
errs() << "WARNING: can not open search directory `-L"
<< *sd
<< "'.\n";
}
}
// set -no-stdlib
pConfig.options().setNoStdlib(m_NoStdlib);
// set --rpath [path]
llvm::cl::list<std::string>::iterator rp;
llvm::cl::list<std::string>::iterator rpEnd = m_RuntimePath.end();
for (rp = m_RuntimePath.begin(); rp != rpEnd; ++rp) {
pConfig.options().getRpathList().push_back(*rp);
}
return true;
}
示例7: sizeof
void ELFObjectWriter::writeELFHeader(const LinkerConfig& pConfig,
const Module& pModule,
MemoryArea& pOutput) const
{
typedef typename ELFSizeTraits<SIZE>::Ehdr ElfXX_Ehdr;
typedef typename ELFSizeTraits<SIZE>::Shdr ElfXX_Shdr;
typedef typename ELFSizeTraits<SIZE>::Phdr ElfXX_Phdr;
// ELF header must start from 0x0
MemoryRegion *region = pOutput.request(0, sizeof(ElfXX_Ehdr));
ElfXX_Ehdr* header = (ElfXX_Ehdr*)region->start();
memcpy(header->e_ident, ElfMagic, EI_MAG3+1);
header->e_ident[EI_CLASS] = (SIZE == 32) ? ELFCLASS32 : ELFCLASS64;
header->e_ident[EI_DATA] = pConfig.targets().isLittleEndian()?
ELFDATA2LSB : ELFDATA2MSB;
header->e_ident[EI_VERSION] = target().getInfo().ELFVersion();
header->e_ident[EI_OSABI] = target().getInfo().OSABI();
header->e_ident[EI_ABIVERSION] = target().getInfo().ABIVersion();
// FIXME: add processor-specific and core file types.
switch(pConfig.codeGenType()) {
case LinkerConfig::Object:
header->e_type = ET_REL;
break;
case LinkerConfig::DynObj:
header->e_type = ET_DYN;
break;
case LinkerConfig::Exec:
header->e_type = ET_EXEC;
break;
default:
llvm::errs() << "unspported output file type: " << pConfig.codeGenType() << ".\n";
header->e_type = ET_NONE;
}
header->e_machine = target().getInfo().machine();
header->e_version = header->e_ident[EI_VERSION];
header->e_entry = getEntryPoint(pConfig, pModule);
if (LinkerConfig::Object != pConfig.codeGenType())
header->e_phoff = sizeof(ElfXX_Ehdr);
else
header->e_phoff = 0x0;
header->e_shoff = getLastStartOffset<SIZE>(pModule);
header->e_flags = target().getInfo().flags();
header->e_ehsize = sizeof(ElfXX_Ehdr);
header->e_phentsize = sizeof(ElfXX_Phdr);
header->e_phnum = target().elfSegmentTable().size();
header->e_shentsize = sizeof(ElfXX_Shdr);
header->e_shnum = pModule.size();
header->e_shstrndx = pModule.getSection(".shstrtab")->index();
}
示例8: if
//===----------------------------------------------------------------------===//
// ELFDynObjReader
//===----------------------------------------------------------------------===//
ELFDynObjReader::ELFDynObjReader(GNULDBackend& pBackend,
IRBuilder& pBuilder,
const LinkerConfig& pConfig)
: DynObjReader(),
m_pELFReader(0),
m_Builder(pBuilder) {
if (pConfig.targets().is32Bits() && pConfig.targets().isLittleEndian())
m_pELFReader = new ELFReader<32, true>(pBackend);
else if (pConfig.targets().is64Bits() && pConfig.targets().isLittleEndian())
m_pELFReader = new ELFReader<64, true>(pBackend);
}
示例9: emulateX86LD
//===----------------------------------------------------------------------===//
// emulateX86LD - the help function to emulate X86 ld
//===----------------------------------------------------------------------===//
bool emulateX86LD(LinkerScript& pScript, LinkerConfig& pConfig)
{
if (pConfig.targets().triple().isOSDarwin()) {
assert(0 && "MachO linker has not supported yet");
return false;
}
if (pConfig.targets().triple().isOSWindows()) {
assert(0 && "COFF linker has not supported yet");
return false;
}
return MCLDEmulateX86ELF(pScript, pConfig);
}
开发者ID:IllusionRom-deprecated,项目名称:android_platform_frameworks_compile_mclinker,代码行数:16,代码来源:X86Emulation.cpp
示例10: parse
bool TargetControlOptions::parse(LinkerConfig& pConfig)
{
// set -G [size]
pConfig.options().setGPSize(m_GPSize);
// set --warn-shared-textrel
pConfig.options().setWarnSharedTextrel(m_WarnSharedTextrel);
// set --fix-cortex-a8
if (m_FIXCA8)
mcld::warning(mcld::diag::warn_unsupported_option) << m_FIXCA8.ArgStr;
return true;
}
示例11: emitRelocation
/// emitRelocation
void ELFObjectWriter::emitRelocation(const LinkerConfig& pConfig,
const LDSection& pSection,
MemoryRegion& pRegion) const
{
const RelocData* sect_data = pSection.getRelocData();
assert(NULL != sect_data && "SectionData is NULL in emitRelocation!");
if (pSection.type() == SHT_REL) {
if (pConfig.targets().is32Bits())
emitRel<32>(pConfig, *sect_data, pRegion);
else if (pConfig.targets().is64Bits())
emitRel<64>(pConfig, *sect_data, pRegion);
else {
fatal(diag::unsupported_bitclass) << pConfig.targets().triple().str()
<< pConfig.targets().bitclass();
}
} else if (pSection.type() == SHT_RELA) {
if (pConfig.targets().is32Bits())
emitRela<32>(pConfig, *sect_data, pRegion);
else if (pConfig.targets().is64Bits())
emitRela<64>(pConfig, *sect_data, pRegion);
else {
fatal(diag::unsupported_bitclass) << pConfig.targets().triple().str()
<< pConfig.targets().bitclass();
}
} else
llvm::report_fatal_error("unsupported relocation section type!");
}
示例12:
enum Linker::ErrorCode Linker::extractFiles(const LinkerConfig& pConfig) {
mLDConfig = pConfig.getLDConfig();
if (mLDConfig == NULL) {
return kDelegateLDInfo;
}
return kSuccess;
}
示例13: parse
bool DynamicSectionOptions::parse(LinkerConfig& pConfig,
LinkerScript& pScript) {
// set up entry point from -e
pScript.setEntry(m_Entry);
// --Bsymbolic
pConfig.options().setBsymbolic(m_Bsymbolic);
// --Bgroup
pConfig.options().setBgroup(m_Bgroup);
// set --soname [soname]
pConfig.options().setSOName(m_SOName);
// set -z options
llvm::cl::list<ZOption>::iterator zOpt;
llvm::cl::list<ZOption>::iterator zOptEnd = m_ZOptionList.end();
for (zOpt = m_ZOptionList.begin(); zOpt != zOptEnd; ++zOpt) {
pConfig.options().addZOption(*zOpt);
}
// set --no-undefined
if (llvm::cl::BOU_UNSET != m_NoUndefined)
pConfig.options().setNoUndefined(llvm::cl::BOU_TRUE == m_NoUndefined);
// set --allow-multiple-definition
if (llvm::cl::BOU_UNSET != m_AllowMulDefs)
pConfig.options().setMulDefs(llvm::cl::BOU_TRUE == m_AllowMulDefs);
// set --dynamic-linker [dyld]
pConfig.options().setDyld(m_Dyld);
// set --enable-new-dtags
pConfig.options().setNewDTags(m_EnableNewDTags);
// set --auxiliary, -f
llvm::cl::list<std::string>::iterator aux;
llvm::cl::list<std::string>::iterator auxEnd = m_Auxiliary.end();
for (aux = m_Auxiliary.begin(); aux != auxEnd; ++aux)
pConfig.options().getAuxiliaryList().push_back(*aux);
// set --filter, -F
pConfig.options().setFilter(m_Filter);
return true;
}
示例14: TEST_F
//===----------------------------------------------------------------------===//
// Testcases
//===----------------------------------------------------------------------===//
TEST_F(ELFBinaryReaderTest, is_myformat) {
LinkerScript script;
Module module("test", script);
LinkerConfig config;
IRBuilder builder(module, config);
ELFBinaryReader* reader = new ELFBinaryReader(builder, config);
Input input("test.bin");
bool doContinue = false;
config.options().setBinaryInput();
ASSERT_TRUE(reader->isMyFormat(input, doContinue));
config.options().setBinaryInput(false);
ASSERT_FALSE(reader->isMyFormat(input, doContinue));
delete reader;
}
示例15: if
//===----------------------------------------------------------------------===//
// ELFObjectReader
//===----------------------------------------------------------------------===//
/// constructor
ELFObjectReader::ELFObjectReader(GNULDBackend& pBackend,
IRBuilder& pBuilder,
const LinkerConfig& pConfig)
: ObjectReader(),
m_pELFReader(NULL),
m_pEhFrameReader(NULL),
m_Builder(pBuilder),
m_ReadFlag(ParseEhFrame),
m_Backend(pBackend),
m_Config(pConfig) {
if (pConfig.targets().is32Bits() && pConfig.targets().isLittleEndian()) {
m_pELFReader = new ELFReader<32, true>(pBackend);
}
else if (pConfig.targets().is64Bits() && pConfig.targets().isLittleEndian()) {
m_pELFReader = new ELFReader<64, true>(pBackend);
}
m_pEhFrameReader = new EhFrameReader();
}