| /frameworks/compile/mclinker/include/mcld/ |
| D | InputTree.h | 26 class PolicyIterator<mcld::Input, Traits, IteratorType>
27 : public PolicyIteratorBase<Input, Traits, IteratorType> {
29 typedef PolicyIterator<Input, Traits, IteratorType> Self;
30 typedef PolicyIteratorBase<Input, Traits, IteratorType> Base;
31 typedef PolicyIterator<Input, typename Traits::nonconst_traits, IteratorType>
33 typedef PolicyIterator<Input, typename Traits::const_traits, IteratorType>
66 class BinaryTree<Input> : public BinaryTreeBase<Input> {
70 typedef Input value_type;
76 typedef BinaryTree<Input> Self;
94 BinaryTree() : BinaryTreeBase<Input>() {} in BinaryTree()
[all …]
|
| D | IRBuilder.h | 87 Input* CreateInput(const std::string& pName,
89 Input::Type pType);
105 Input* ReadInput(const std::string& pName, const sys::fs::Path& pPath);
114 Input* ReadInput(const std::string& pNameSpec);
118 Input* ReadInput(FileHandle& pFileHandle);
132 Input* ReadInput(const std::string& pName, void* pRawMemory, size_t pSize);
222 static LDSection* CreateELFHeader(Input& pInput,
282 static Fragment* CreateRegion(Input& pInput, size_t pOffset, size_t pLength);
386 LDSymbol* AddSymbol(Input& pInput,
470 LDSymbol* addSymbolFromDynObj(Input& pInput,
|
| /frameworks/compile/mclinker/lib/MC/ |
| D | SearchDirs.cpp | 71 mcld::Input::Type pType) { in find()
72 assert(Input::DynObj == pType || Input::Archive == pType || in find()
73 Input::Script == pType); in find()
77 case Input::Script: in find()
80 case Input::DynObj: in find()
81 case Input::Archive: in find()
96 case Input::Script: { in find()
104 case Input::DynObj: { in find()
116 case Input::Archive: { in find()
136 mcld::Input::Type pType) const { in find()
[all …]
|
| D | FileAction.cpp | 23 Input* input = *pBuilder.getCurrentNode(); in activate()
29 if (input->type() == Input::Script || input->type() == Input::Object || in activate()
30 input->type() == Input::DynObj || input->type() == Input::Archive) in activate()
46 Input* input = *pBuilder.getCurrentNode(); in activate()
52 if (input->type() == Input::Script || input->type() == Input::Object || in activate()
53 input->type() == Input::DynObj || input->type() == Input::Archive) in activate()
|
| D | Input.cpp | 19 Input::Input(llvm::StringRef pName) in Input() function in mcld::Input
31 Input::Input(llvm::StringRef pName, const AttributeProxy& pProxy) in Input() function in mcld::Input
43 Input::Input(llvm::StringRef pName, in Input() function in mcld::Input
58 Input::Input(llvm::StringRef pName, in Input() function in mcld::Input
74 Input::~Input() { in ~Input()
|
| D | InputFactory.cpp | 21 : GCFactory<Input, 0>(pNum) { in InputFactory()
33 Input* InputFactory::produce(llvm::StringRef pName, in produce()
37 Input* result = Alloc::allocate(); in produce()
38 new (result) Input(pName, pPath, *m_pLast, pType, pFileOffset); in produce()
42 Input* InputFactory::produce(llvm::StringRef pName, in produce()
46 Input* result = Alloc::allocate(); in produce()
47 new (result) Input(pName, sys::fs::Path(pPath), *m_pLast, pType, pFileOffset); in produce()
|
| /frameworks/compile/mclinker/include/mcld/LD/ |
| D | ELFReader.h | 63 Input::Type fileType(const void* pELFHeader) const;
66 bool readSectionHeaders(Input& pInput, const void* pELFHeader) const;
69 bool readRegularSection(Input& pInput, SectionData& pSD) const;
72 bool readSymbols(Input& pInput,
79 ResolveInfo* readSignature(Input& pInput,
84 bool readRela(Input& pInput,
89 bool readRel(Input& pInput,
94 bool readDynamic(Input& pInput) const;
148 Input::Type fileType(const void* pELFHeader) const;
151 bool readSectionHeaders(Input& pInput, const void* pELFHeader) const;
[all …]
|
| D | ELFReaderIf.h | 49 virtual Input::Type fileType(const void* pELFHeader) const = 0;
56 virtual bool readSectionHeaders(Input& pInput,
60 virtual bool readRegularSection(Input& pInput, SectionData& pSD) const = 0;
63 virtual bool readSymbols(Input& pInput,
70 virtual ResolveInfo* readSignature(Input& pInput,
75 virtual bool readRela(Input& pInput,
80 virtual bool readRel(Input& pInput,
85 virtual bool readDynamic(Input& pInput) const = 0;
100 ResolveInfo::Desc getSymDesc(uint16_t pShndx, const Input& pInput) const;
108 const Input& pInput) const;
[all …]
|
| D | ELFObjectReader.h | 19 class Input; variable
44 bool isMyFormat(Input& pFile, bool& pContinue) const;
47 bool readHeader(Input& pFile);
49 virtual bool readSections(Input& pFile);
51 virtual bool readSymbols(Input& pFile);
56 virtual bool readRelocations(Input& pFile);
|
| D | Relocator.h | 16 class Input; variable
55 Input& pInput) = 0;
65 Input& pInput);
69 virtual bool initializeScan(Input& pInput) { return true; } in initializeScan()
73 virtual bool finalizeScan(Input& pInput) { return true; } in finalizeScan()
77 virtual bool initializeApply(Input& pInput) { return true; } in initializeApply()
81 virtual bool finalizeApply(Input& pInput) { return true; } in finalizeApply()
|
| D | ObjectReader.h | 18 class Input; variable
36 virtual bool readHeader(Input& pFile) = 0;
38 virtual bool readSymbols(Input& pFile) = 0;
40 virtual bool readSections(Input& pFile) = 0;
45 virtual bool readRelocations(Input& pFile) = 0;
|
| D | GNUArchiveReader.h | 19 class Input; variable
37 bool isMyFormat(Input& input, bool& pContinue) const;
47 bool isThinArchive(Input& input) const;
58 Input* readMemberHeader(Archive& pArchiveRoot,
59 Input& pArchiveFile,
|
| D | ELFDynObjReader.h | 17 class Input; variable
33 bool isMyFormat(Input& pFile, bool& pContinue) const;
36 bool readHeader(Input& pFile);
38 bool readSymbols(Input& pInput);
|
| D | Archive.h | 23 class Input; variable
77 Input* file;
111 Archive(Input& pInputFile, InputBuilder& pBuilder);
116 Input& getARFile();
119 const Input& getARFile() const;
216 Input* getMemberFile(Input& pArchiveFile,
226 Input& m_ArchiveFile;
|
| /frameworks/opt/telephony/src/java/com/android/internal/telephony/cat/ |
| D | Input.java | 27 public class Input implements Parcelable { class
42 Input() { in Input() method in Input
58 private Input(Parcel in) { in Input() method in Input
96 public static final Parcelable.Creator<Input> CREATOR = new Parcelable.Creator<Input>() {
98 public Input createFromParcel(Parcel in) {
99 return new Input(in);
103 public Input[] newArray(int size) {
104 return new Input[size];
|
| /frameworks/compile/mclinker/include/mcld/MC/ |
| D | InputFactory.h | 29 class InputFactory : public GCFactory<Input, 0> {
31 typedef GCFactory<Input, 0> Alloc;
39 Input* produce(llvm::StringRef pName,
41 unsigned int pType = Input::Unknown,
44 Input* produce(llvm::StringRef pName,
46 unsigned int pType = Input::Unknown,
|
| D | InputBuilder.h | 57 unsigned int pType = Input::Unknown);
60 Input* createInput(const std::string& pName,
62 unsigned int pType = Input::Unknown,
65 bool setContext(Input& pInput, bool pCheck = true);
67 bool setMemory(Input& pInput,
71 bool setMemory(Input& pInput, void* pMemBuffer, size_t pSize);
109 Input* input = createInput(pName, pPath, pType);
124 Input* input = createInput(pName, pPath, pType);
|
| D | Input.h | 29 class Input {
46 explicit Input(llvm::StringRef pName);
48 Input(llvm::StringRef pName, const AttributeProxy& pAttr);
50 Input(llvm::StringRef pName,
55 Input(llvm::StringRef pName,
61 ~Input();
|
| /frameworks/av/media/img_utils/src/ |
| D | Input.cpp | 22 Input::~Input() {} in ~Input()
24 status_t Input::open() { return OK; } in open()
26 status_t Input::close() { return OK; } in close()
28 ssize_t Input::skip(size_t count) { in skip()
|
| /frameworks/compile/mclinker/lib/LD/ |
| D | GroupReader.cpp | 56 if ((*input)->type() == Input::Script || in readGroup()
57 (*input)->type() == Input::Archive || in readGroup()
58 (*input)->type() == Input::External) { in readGroup()
63 if (Input::Object == (*input)->type()) { in readGroup()
68 if (Input::DynObj == (*input)->type()) { in readGroup()
76 (*input)->setType(Input::Archive); in readGroup()
86 (*input)->setType(Input::Object); in readGroup()
91 (*input)->setType(Input::Object); in readGroup()
100 (*input)->setType(Input::DynObj); in readGroup()
|
| /frameworks/compile/mclinker/lib/Target/Mips/ |
| D | MipsAbiFlags.h | 19 class Input; variable
34 static bool fillBySection(const Input& pInput, const LDSection& pSection,
38 static bool fillByElfFlags(const Input& pInput, uint64_t elfFlags,
42 static bool isCompatible(const Input& pInput, const MipsAbiFlags& elf,
46 static bool merge(const Input& pInput, MipsAbiFlags& oldFlags,
|
| D | MipsRelocator.h | 48 Input& pInput);
52 bool initializeScan(Input& pInput);
56 bool finalizeScan(Input& pInput);
60 bool initializeApply(Input& pInput);
64 bool finalizeApply(Input& pInput);
76 const Input& getApplyingInput() const { return *m_pApplyingInput; } in getApplyingInput()
167 Input* m_pApplyingInput;
|
| /frameworks/compile/mclinker/lib/Script/ |
| D | InputCmd.cpp | 64 assert((*it)->kind() == StrToken::Input); in dump()
97 assert((*it)->kind() == StrToken::Input); in activate()
120 script.directories().find(token->name(), Input::Script); in activate()
130 path.filename().native(), path, Input::Unknown); in activate()
141 path = script.directories().find(token->name(), Input::Archive); in activate()
145 path = script.directories().find(token->name(), Input::DynObj); in activate()
150 path = script.directories().find(token->name(), Input::Archive); in activate()
157 token->name(), *path, Input::Unknown); in activate()
185 (*input)->setType(Input::Object); in activate()
191 (*input)->setType(Input::DynObj); in activate()
[all …]
|
| D | GroupCmd.cpp | 53 assert((*it)->kind() == StrToken::Input); in dump()
86 assert((*it)->kind() == StrToken::Input); in activate()
109 script.directories().find(token->name(), Input::Script); in activate()
119 path.filename().native(), path, Input::Unknown); in activate()
130 path = script.directories().find(token->name(), Input::Archive); in activate()
134 path = script.directories().find(token->name(), Input::DynObj); in activate()
139 path = script.directories().find(token->name(), Input::Archive); in activate()
146 token->name(), *path, Input::Unknown); in activate()
154 Input* input = *m_Builder.getCurrentNode(); in activate()
|
| /frameworks/compile/mclinker/lib/Core/ |
| D | InputTree.cpp | 27 BinaryTreeBase<Input>::m_Root.summon(pTree.BinaryTreeBase<Input>::m_Root); in merge()
28 BinaryTreeBase<Input>::m_Root.delegate(pTree.m_Root); in merge()
43 Input& pInput) { in insert()
44 BinaryTree<Input>::node_type* node = createNode(); in insert()
|