| /frameworks/compile/mclinker/lib/Target/ |
| ELFDynamic.cpp | 37 : m_pEntryFactory(NULL), m_Backend(pParent), m_Config(pConfig), m_Idx(0) {
39 if (m_Config.targets().is32Bits()) {
40 if (m_Config.targets().isLittleEndian())
42 } else if (m_Config.targets().is64Bits()) {
43 if (m_Config.targets().isLittleEndian())
46 fatal(diag::unsupported_bitclass) << m_Config.targets().triple().str()
47 << m_Config.targets().bitclass();
101 if (LinkerConfig::DynObj == m_Config.codeGenType()) {
104 if (m_Config.options().Bsymbolic())
164 if (m_Config.options().hasOrigin()
[all...] |
| TargetLDBackend.cpp | 15 : m_Config(pConfig) {
|
| /frameworks/compile/mclinker/lib/Target/Hexagon/ |
| HexagonPLT.cpp | 41 m_Config(pConfig)
43 assert(LinkerConfig::DynObj == m_Config.codeGenType() ||
44 LinkerConfig::Exec == m_Config.codeGenType() ||
45 LinkerConfig::Binary == m_Config.codeGenType());
47 if (LinkerConfig::DynObj == m_Config.codeGenType()) {
|
| HexagonPLT.h | 78 const LinkerConfig& m_Config;
|
| /frameworks/compile/mclinker/lib/LD/ |
| DiagnosticInfos.cpp | 92 : m_Config(pConfig) {
117 if (m_Config.options().hasMulDefs()) {
125 switch(m_Config.codeGenType()) {
127 if (m_Config.options().isNoUndefined())
133 if (m_Config.options().isNoUndefined())
139 if (m_Config.options().isNoUndefined() || m_Config.isCodeStatic())
155 if (m_Config.options().isFatalWarnings()) {
|
| TextDiagnosticPrinter.cpp | 31 : m_OStream(pOStream), m_Config(pConfig), m_pInput(NULL) {
80 if (0 <= m_Config.options().verbose()) {
90 if (1 <= m_Config.options().verbose()) {
100 if (2 <= m_Config.options().verbose()) {
130 int16_t error_limit = m_Config.options().maxErrorNum();
143 int16_t warning_limit = m_Config.options().maxWarnNum();
|
| ELFBinaryReader.cpp | 33 m_Config(pConfig) {
76 m_Config.targets().bitclass() / 8);
|
| ELFObjectWriter.cpp | 45 : ObjectWriter(), m_Backend(pBackend), m_Config(pConfig)
106 emitRelocation(m_Config, *section, *region);
119 bool is_dynobj = m_Config.codeGenType() == LinkerConfig::DynObj;
120 bool is_exec = m_Config.codeGenType() == LinkerConfig::Exec;
121 bool is_binary = m_Config.codeGenType() == LinkerConfig::Binary;
122 bool is_object = m_Config.codeGenType() == LinkerConfig::Object;
158 if (m_Config.targets().is32Bits()) {
161 writeELFHeader<32>(m_Config, pModule, pOutput);
165 emitSectionHeader<32>(pModule, m_Config, pOutput);
167 else if (m_Config.targets().is64Bits())
[all...] |
| /frameworks/compile/mclinker/include/mcld/LD/ |
| DiagnosticInfos.h | 50 const LinkerConfig& m_Config;
|
| ELFBinaryReader.h | 42 const LinkerConfig& m_Config;
|
| TextDiagnosticPrinter.h | 43 const LinkerConfig& m_Config;
|
| ELFObjectReader.h | 69 const LinkerConfig& m_Config;
|
| ELFObjectWriter.h | 124 const LinkerConfig& m_Config;
|
| /frameworks/compile/mclinker/lib/Object/ |
| ObjectLinker.cpp | 41 : m_Config(pConfig),
70 if (!m_Config.options().soname().empty()) {
71 m_pModule->setName(m_Config.options().soname());
80 m_pLinker = new FragmentLinker(m_Config,
104 ObjectBuilder builder(m_Config, *m_pModule);
123 getGroupReader()->readGroup(input, m_pBuilder->getInputBuilder(), m_Config);
145 if (m_Config.options().isBinaryInput()) {
177 << m_Config.targets().triple().str();
206 if (m_Config.options().nmagic() && !m_Config.isCodeStatic())
[all...] |
| /frameworks/compile/mclinker/include/mcld/CodeGen/ |
| MCLinker.h | 72 LinkerConfig& m_Config;
|
| /frameworks/compile/mclinker/include/mcld/Fragment/ |
| FragmentLinker.h | 70 const LinkerConfig& m_Config;
|
| /frameworks/compile/mclinker/include/mcld/Object/ |
| ObjectBuilder.h | 96 const LinkerConfig& m_Config;
|
| ObjectLinker.h | 160 const LinkerConfig& m_Config;
|
| /frameworks/compile/mclinker/include/mcld/Target/ |
| TargetLDBackend.h | 170 const LinkerConfig& config() const { return m_Config; }
173 const LinkerConfig& m_Config;
|
| /frameworks/compile/mclinker/lib/Target/X86/ |
| X86PLT.cpp | 61 m_Config(pConfig)
63 assert(LinkerConfig::DynObj == m_Config.codeGenType() ||
64 LinkerConfig::Exec == m_Config.codeGenType() ||
65 LinkerConfig::Binary == m_Config.codeGenType());
68 if (LinkerConfig::DynObj == m_Config.codeGenType()) {
137 if (LinkerConfig::DynObj == m_Config.codeGenType())
214 if (LinkerConfig::Exec == m_Config.codeGenType())
|
| X86PLT.h | 145 const LinkerConfig& m_Config;
|
| /frameworks/compile/mclinker/lib/MC/ |
| InputBuilder.cpp | 21 : m_Config(pConfig),
35 : m_Config(pConfig),
151 return m_Config.attribute().constraint();
|
| /frameworks/compile/mclinker/lib/CodeGen/ |
| MCLinker.cpp | 195 m_Config(pConfig),
213 if (!m_pLinker->config(m_Config))
216 m_pBuilder = new IRBuilder(m_Module, m_Config);
244 !m_Config.bitcode().hasDefined()) {
283 m_Config.options().directories()));
373 if (m_Config.bitcode().hasDefined()) {
374 actions.push_back(new BitcodeAction(m_Config.bitcode().getPosition(),
375 m_Config.bitcode().getPath()));
|
| /frameworks/compile/mclinker/lib/Fragment/ |
| FragmentLinker.cpp | 45 : m_Config(pConfig),
94 if (LinkerConfig::Object == m_Config.codeGenType())
132 if (LinkerConfig::Object != m_Config.codeGenType())
230 if(llvm::sys::isLittleEndianHost() != m_Config.targets().isLittleEndian()) {
|
| /frameworks/compile/mclinker/lib/Core/ |
| IRBuilder.cpp | 106 : m_Module(pModule), m_Config(pConfig), m_InputBuilder(pConfig) {
157 path = m_Config.options().directories().find(pNameSpec, Input::Archive);
162 path = m_Config.options().directories().find(pNameSpec, Input::DynObj);
167 path = m_Config.options().directories().find(pNameSpec, Input::Archive);
445 if (!m_Config.scripts().renameMap().empty() &&
450 m_Config.scripts().renameMap().find(pName);
451 if (renameSym != m_Config.scripts().renameMap().end())
568 if (ShouldForceLocal(*resolved_result.info, m_Config))
576 if (!ShouldForceLocal(old_info, m_Config) ||
577 !ShouldForceLocal(*resolved_result.info, m_Config)) {
[all...] |
