| /system/tools/hidl/ |
| D | generateJava.cpp | 31 void AST::emitJavaReaderWriter(Formatter& out, const std::string& parcelObj, in emitJavaReaderWriter() argument
35 out << arg->type().getJavaType() in emitJavaReaderWriter()
42 arg->type().emitJavaReaderWriter(out, parcelObj, in emitJavaReaderWriter()
47 void AST::generateJavaTypes(Formatter& out, const std::string& limitToType) const { in generateJavaTypes() argument
57 out << "package " << mPackage.javaPackage() << ";\n\n\n"; in generateJavaTypes()
59 type->emitJavaTypeDeclarations(out, true /* atTopLevel */); in generateJavaTypes()
67 Formatter& out, in emitGetService() argument
78 .emit(out); in emitGetService()
84 .emit(out); in emitGetService()
86 out << "public static " in emitGetService()
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| D | generateCpp.cpp | 55 Formatter &out, in generateCppPackageInclude() argument
59 out << "#include <"; in generateCppPackageInclude()
65 out << component << "/"; in generateCppPackageInclude()
68 out << klass in generateCppPackageInclude()
72 void AST::enterLeaveNamespace(Formatter &out, bool enter) const { in enterLeaveNamespace() argument
78 out << "namespace " << component << " {\n"; in enterLeaveNamespace()
84 out << "} // namespace " << *it << "\n"; in enterLeaveNamespace()
89 static void declareGetService(Formatter &out, const std::string &interfaceName, bool isTry) { in declareGetService() argument
102 .emit(out); in declareGetService()
113 .emit(out); in declareGetService()
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| D | CompoundType.cpp | 220 void CompoundType::emitSafeUnionUnknownDiscriminatorError(Formatter& out, const std::string& value, in emitSafeUnionUnknownDiscriminatorError() argument
223 out << "::android::hardware::details::logAlwaysFatal("; in emitSafeUnionUnknownDiscriminatorError()
225 out << "ALOGE(\"%s\", "; in emitSafeUnionUnknownDiscriminatorError()
227 out << "(\n"; in emitSafeUnionUnknownDiscriminatorError()
228 out.indent(2, [&] { in emitSafeUnionUnknownDiscriminatorError()
229 out << "\"Unknown union discriminator (value: \" +\n" in emitSafeUnionUnknownDiscriminatorError()
236 Formatter &out, in emitSafeUnionReaderWriterForInterfaces() argument
245 out.block([&] { in emitSafeUnionReaderWriterForInterfaces()
248 out << discriminatorType->getCppStackType() in emitSafeUnionReaderWriterForInterfaces()
251 out << "const " in emitSafeUnionReaderWriterForInterfaces()
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| D | generateCppImpl.cpp | 37 void AST::generateFetchSymbol(Formatter &out, const std::string& ifaceName) const { in generateFetchSymbol() argument
38 out << "HIDL_FETCH_" << ifaceName; in generateFetchSymbol()
41 void AST::generateStubImplMethod(Formatter& out, const std::string& className, in generateStubImplMethod() argument
48 method->generateCppSignature(out, className, false /* specifyNamespaces */); in generateStubImplMethod()
50 out << " {\n"; in generateStubImplMethod()
52 out.indent(); in generateStubImplMethod()
53 out << "// TODO implement\n"; in generateStubImplMethod()
58 out << "return Void();\n"; in generateStubImplMethod()
60 out << "return " in generateStubImplMethod()
65 out.unindent(); in generateStubImplMethod()
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| D | generateCppAdapter.cpp | 37 void AST::generateCppAdapterHeader(Formatter& out) const { in generateCppAdapterHeader()
41 out << "#ifndef " << guard << "\n"; in generateCppAdapterHeader()
42 out << "#define " << guard << "\n\n"; in generateCppAdapterHeader()
45 generateCppPackageInclude(out, mPackage, getInterface()->definedName()); in generateCppAdapterHeader()
47 enterLeaveNamespace(out, true /* enter */); in generateCppAdapterHeader()
48 out.endl(); in generateCppAdapterHeader()
52 out << "class " << klassName << " : public " << mockName << " "; in generateCppAdapterHeader()
53 out.block([&] { in generateCppAdapterHeader()
54 out << "public:\n"; in generateCppAdapterHeader()
55 out << "typedef " << mockName << " Pure;\n"; in generateCppAdapterHeader()
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| D | Interface.cpp | 96 [](auto &out) { in fillPingMethod() argument
97 out << "return ::android::hardware::Void();\n"; in fillPingMethod()
101 [](auto &out) { in fillPingMethod() argument
102 out << "return ::android::hardware::Void();\n"; in fillPingMethod()
108 [](auto &out) { in fillPingMethod() argument
109 out << "return;\n"; in fillPingMethod()
127 [](auto &out) { in fillLinkToDeathMethod() argument
128 out << "(void)cookie;\n" in fillLinkToDeathMethod()
133 [](auto &out) { in fillLinkToDeathMethod() argument
134 out << "::android::hardware::ProcessState::self()->startThreadPool();\n"; in fillLinkToDeathMethod()
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| D | VectorType.cpp | 135 Formatter &out, in emitReaderWriter() argument
143 out, name, parcelObj, parcelObjIsPointer, isReader, mode); in emitReaderWriter()
152 out << "size_t " << parentName << ";\n\n"; in emitReaderWriter()
158 out << "_hidl_err = " in emitReaderWriter()
170 handleError(out, mode); in emitReaderWriter()
172 out << "_hidl_err = " in emitReaderWriter()
182 handleError(out, mode); in emitReaderWriter()
186 out, in emitReaderWriter()
200 Formatter &out, in emitReaderWriterForVectorOfBinders() argument
210 out << "{\n"; in emitReaderWriterForVectorOfBinders()
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| D | MemoryType.cpp | 63 Formatter &out, const std::string &fieldName) const { in emitJavaFieldInitializer() argument
65 emitJavaFieldDefaultInitialValue(out, fieldDeclaration); in emitJavaFieldInitializer()
69 Formatter &out, const std::string &declaredFieldName) const { in emitJavaFieldDefaultInitialValue() argument
70 out << declaredFieldName in emitJavaFieldDefaultInitialValue()
74 void MemoryType::emitJavaFieldReaderWriter(Formatter& out, in emitJavaFieldReaderWriter() argument
82 out << "try {\n"; in emitJavaFieldReaderWriter()
83 out.indent(); in emitJavaFieldReaderWriter()
84 out << fieldName in emitJavaFieldReaderWriter()
89 out << blobName << ".getFieldHandle(" << offset << "),\n" in emitJavaFieldReaderWriter()
93 out.unindent(); in emitJavaFieldReaderWriter()
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| D | EnumType.cpp | 214 void EnumType::emitJavaFieldInitializer(Formatter& out, const std::string& fieldName) const { in emitJavaFieldInitializer() argument
215 mStorageType->resolveToScalarType()->emitJavaFieldInitializer(out, fieldName); in emitJavaFieldInitializer()
218 void EnumType::emitJavaFieldDefaultInitialValue(Formatter& out, in emitJavaFieldDefaultInitialValue() argument
220 mStorageType->resolveToScalarType()->emitJavaFieldDefaultInitialValue(out, fieldName); in emitJavaFieldDefaultInitialValue()
224 Formatter &out, in emitReaderWriter() argument
234 out, in emitReaderWriter()
244 Formatter &out, in emitJavaFieldReaderWriter() argument
252 out, depth, parcelName, blobName, fieldName, offset, isReader); in emitJavaFieldReaderWriter()
255 void EnumType::emitHidlDefinition(Formatter& out) const { in emitHidlDefinition()
256 if (getDocComment() != nullptr) getDocComment()->emit(out); in emitHidlDefinition()
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| D | generateVts.cpp | 32 void AST::emitVtsTypeDeclarations(Formatter& out) const { in emitVtsTypeDeclarations()
35 return iface->emitVtsAttributeDeclaration(out); in emitVtsTypeDeclarations()
43 out << "attribute: {\n"; in emitVtsTypeDeclarations()
44 out.indent(); in emitVtsTypeDeclarations()
45 type->emitVtsTypeDeclarations(out); in emitVtsTypeDeclarations()
46 out.unindent(); in emitVtsTypeDeclarations()
47 out << "}\n\n"; in emitVtsTypeDeclarations()
51 void AST::generateVts(Formatter& out) const { in generateVts()
55 out << "component_class: HAL_HIDL\n"; in generateVts()
56 out << "component_name: \"" << (iface ? iface->definedName() : "types") << "\"\n\n"; in generateVts()
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| D | generateJavaImpl.cpp | 22 void AST::generateJavaImpl(Formatter& out) const { in generateJavaImpl()
31 out << "// FIXME: your file license if you have one\n\n"; in generateJavaImpl()
32 out << "// FIXME: add package information\n\n"; in generateJavaImpl()
34 out << "import " << mPackage.javaPackage() << "." << iface->definedName() << ";\n\n"; in generateJavaImpl()
36 out << "class " << baseName << " extends " << iface->definedName() << ".Stub" in generateJavaImpl()
39 out.indent([&] { in generateJavaImpl()
50 out << "// Methods from " << superInterface->fullJavaName() << " follow.\n"; in generateJavaImpl()
54 out << "@Override\npublic "; in generateJavaImpl()
55 method->emitJavaSignature(out); in generateJavaImpl()
57 out << "\n"; in generateJavaImpl()
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| D | ArrayType.cpp | 156 Formatter &out, in emitReaderWriter() argument
166 out << "size_t " << parentName << ";\n\n"; in emitReaderWriter()
176 out << "_hidl_err = " in emitReaderWriter()
189 handleError(out, mode); in emitReaderWriter()
192 out << "_hidl_err = " in emitReaderWriter()
204 handleError(out, mode); in emitReaderWriter()
208 out, in emitReaderWriter()
222 Formatter &out, in emitReaderWriterEmbedded() argument
243 out << "for (size_t " in emitReaderWriterEmbedded()
253 out.indent(); in emitReaderWriterEmbedded()
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| D | StringType.cpp | 70 Formatter &out, in emitReaderWriter() argument
77 out << "size_t " << parentName << ";\n\n"; in emitReaderWriter()
83 out << "_hidl_err = " in emitReaderWriter()
95 handleError(out, mode); in emitReaderWriter()
97 out << "_hidl_err = " in emitReaderWriter()
107 handleError(out, mode); in emitReaderWriter()
111 out, in emitReaderWriter()
125 Formatter &out, in emitReaderWriterEmbedded() argument
137 out, in emitReaderWriterEmbedded()
152 Formatter &out, const std::string &fieldName) const { in emitJavaFieldInitializer() argument
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| D | HandleType.cpp | 67 Formatter &out, in emitReaderWriter() argument
77 out << "const native_handle_t *" in emitReaderWriter()
80 out << "_hidl_err = " in emitReaderWriter()
86 handleError(out, mode); in emitReaderWriter()
88 out << name << " = " << name << "_ptr;\n"; in emitReaderWriter()
90 out << "_hidl_err = "; in emitReaderWriter()
91 out << parcelObjDeref in emitReaderWriter()
96 handleError(out, mode); in emitReaderWriter()
101 Formatter &out, in emitReaderWriterEmbedded() argument
113 out, in emitReaderWriterEmbedded()
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| D | ScalarType.cpp | 149 void ScalarType::emitJavaFieldInitializer(Formatter& out, const std::string& fieldName) const { in emitJavaFieldInitializer() argument
153 emitJavaFieldDefaultInitialValue(out, fieldDeclaration); in emitJavaFieldInitializer()
156 void ScalarType::emitJavaFieldDefaultInitialValue(Formatter& out, in emitJavaFieldDefaultInitialValue() argument
172 out << declaredFieldName << " = " << kInitialValue[mKind] << ";\n"; in emitJavaFieldDefaultInitialValue()
176 Formatter &out, in emitReaderWriter() argument
183 out, in emitReaderWriter()
193 Formatter &out, in emitReaderWriterWithCast() argument
217 out << "_hidl_err = " in emitReaderWriterWithCast()
224 out << "(" in emitReaderWriterWithCast()
230 out << "&"; in emitReaderWriterWithCast()
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| D | Method.cpp | 110 void Method::cppImpl(MethodImplType type, Formatter &out) const { in cppImpl()
115 it->second(out); in cppImpl()
120 void Method::javaImpl(MethodImplType type, Formatter &out) const { in javaImpl()
125 it->second(out); in javaImpl()
159 void Method::generateCppReturnType(Formatter &out, bool specifyNamespaces) const { in generateCppReturnType() argument
164 out << space << "Return<void> "; in generateCppReturnType()
166 out << space in generateCppReturnType()
173 void Method::generateCppSignature(Formatter &out, in generateCppSignature() argument
176 generateCppReturnType(out, specifyNamespaces); in generateCppSignature()
179 out << className << "::"; in generateCppSignature()
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| D | CompoundType.h | 64 Formatter &out,
72 Formatter &out,
85 Formatter &out,
91 Formatter &out, const std::string &fieldName) const override;
94 Formatter &out, const std::string &declaredFieldName) const override;
97 Formatter &out,
105 void emitHidlDefinition(Formatter& out) const override;
106 void emitTypeDeclarations(Formatter& out) const override;
107 void emitTypeForwardDeclaration(Formatter& out) const override;
108 void emitPackageTypeDeclarations(Formatter& out) const override;
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| D | AST.h | 142 void generateCppSource(Formatter& out) const;
144 void generateInterfaceHeader(Formatter& out) const;
145 void generateHwBinderHeader(Formatter& out) const;
146 void generateStubHeader(Formatter& out) const;
147 void generateProxyHeader(Formatter& out) const;
148 void generatePassthroughHeader(Formatter& out) const;
150 void generateCppImplHeader(Formatter& out) const;
151 void generateCppImplSource(Formatter& out) const;
153 void generateCppAdapterHeader(Formatter& out) const;
154 void generateCppAdapterSource(Formatter& out) const;
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| /system/tools/aidl/ |
| D | generate_ndk.cpp | 155 void EnterNdkNamespace(CodeWriter& out, const AidlDefinedType& defined_type) { in EnterNdkNamespace() argument
156 out << "namespace aidl {\n"; in EnterNdkNamespace()
157 cpp::EnterNamespace(out, defined_type); in EnterNdkNamespace()
159 void LeaveNdkNamespace(CodeWriter& out, const AidlDefinedType& defined_type) { in LeaveNdkNamespace() argument
160 cpp::LeaveNamespace(out, defined_type); in LeaveNdkNamespace()
161 out << "} // namespace aidl\n"; in LeaveNdkNamespace()
164 static void StatusCheckGoto(CodeWriter& out) { in StatusCheckGoto() argument
165 out << "if (_aidl_ret_status != STATUS_OK) goto _aidl_error;\n\n"; in StatusCheckGoto()
167 static void StatusCheckBreak(CodeWriter& out) { in StatusCheckBreak() argument
168 out << "if (_aidl_ret_status != STATUS_OK) break;\n\n"; in StatusCheckBreak()
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| /system/core/libsparse/ |
| D | output_file.cpp | 68 int (*write_data_chunk)(struct output_file* out, unsigned int len, void* data);
69 int (*write_fill_chunk)(struct output_file* out, unsigned int len, uint32_t fill_val);
70 int (*write_skip_chunk)(struct output_file* out, int64_t len);
71 int (*write_end_chunk)(struct output_file* out);
89 struct output_file out; member
93 #define to_output_file_gz(_o) container_of((_o), struct output_file_gz, out)
96 struct output_file out; member
100 #define to_output_file_normal(_o) container_of((_o), struct output_file_normal, out)
103 struct output_file out; member
108 #define to_output_file_callback(_o) container_of((_o), struct output_file_callback, out)
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| /system/bt/audio_bluetooth_hw/ |
| D | stream_apis.cc | 49 void out_calculate_feeding_delay_ms(const BluetoothStreamOut* out, in out_calculate_feeding_delay_ms() argument
68 std::unique_lock<std::mutex> lock(out->mutex_); in out_calculate_feeding_delay_ms()
69 if (out->bluetooth_output_.GetPresentationPosition( in out_calculate_feeding_delay_ms()
79 LOG(INFO) << __func__ << ": state=" << out->bluetooth_output_.GetState() in out_calculate_feeding_delay_ms()
90 out->frames_count_ * 1000 / out->sample_rate_ + kExtraAudioSyncMs; in out_calculate_feeding_delay_ms()
94 LOG(VERBOSE) << __func__ << ": state=" << out->bluetooth_output_.GetState() in out_calculate_feeding_delay_ms()
97 LOG(VERBOSE) << __func__ << ": state=" << out->bluetooth_output_.GetState() in out_calculate_feeding_delay_ms()
106 const uint64_t latency_frames = delay_report_ms * out->sample_rate_ / 1000; in out_calculate_feeding_delay_ms()
107 *frames = absorbed_bytes / audio_stream_out_frame_size(&out->stream_out_); in out_calculate_feeding_delay_ms()
108 if (out->frames_presented_ < *frames) { in out_calculate_feeding_delay_ms()
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| /system/tools/hidl/hidl2aidl/ |
| D | AidlNamedType.cpp | 26 static void emitConversionNotes(Formatter& out, const NamedType& namedType) { in emitConversionNotes() argument
27 out << "// This is the HIDL definition of " << namedType.fqName().string() << "\n"; in emitConversionNotes()
28 out.pushLinePrefix("// "); in emitConversionNotes()
29 namedType.emitHidlDefinition(out); in emitConversionNotes()
30 out.popLinePrefix(); in emitConversionNotes()
31 out << "\n"; in emitConversionNotes()
34 static void emitTypeDefAidlDefinition(Formatter& out, const TypeDef& typeDef) { in emitTypeDefAidlDefinition() argument
35 out << "// Cannot convert typedef " << typeDef.referencedType()->definedName() << " " in emitTypeDefAidlDefinition()
37 emitConversionNotes(out, typeDef); in emitTypeDefAidlDefinition()
40 static void emitEnumAidlDefinition(Formatter& out, const EnumType& enumType) { in emitEnumAidlDefinition() argument
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| /system/update_engine/payload_generator/ |
| D | zip_unittest.cc | 71 bool DecompressWithWriter(const brillo::Blob& in, brillo::Blob* out) { in DecompressWithWriter() argument
73 new W(std::make_unique<MemoryExtentWriter>(out))); in DecompressWithWriter()
85 bool ZipCompress(const brillo::Blob& in, brillo::Blob* out) const = 0;
86 bool ZipDecompress(const brillo::Blob& in, brillo::Blob* out) const = 0;
94 bool ZipCompress(const brillo::Blob& in, brillo::Blob* out) const { in ZipCompress()
95 return BzipCompress(in, out); in ZipCompress()
97 bool ZipDecompress(const brillo::Blob& in, brillo::Blob* out) const { in ZipDecompress()
98 return DecompressWithWriter<BzipExtentWriter>(in, out); in ZipDecompress()
107 bool ZipCompress(const brillo::Blob& in, brillo::Blob* out) const { in ZipCompress()
108 return XzCompress(in, out); in ZipCompress()
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| /system/core/healthd/tests/ |
| D | AnimationParser_test.cpp | 65 animation::text_field out; in TEST() local
67 EXPECT_TRUE(parse_text_field(TEST_XCENT_YCENT, &out)); in TEST()
68 EXPECT_EQ(CENTER_VAL, out.pos_x); in TEST()
69 EXPECT_EQ(CENTER_VAL, out.pos_y); in TEST()
70 EXPECT_EQ(TEST_R, out.color_r); in TEST()
71 EXPECT_EQ(TEST_G, out.color_g); in TEST()
72 EXPECT_EQ(TEST_B, out.color_b); in TEST()
73 EXPECT_EQ(TEST_A, out.color_a); in TEST()
74 EXPECT_STREQ(TEST_FILE_NAME, out.font_file.c_str()); in TEST()
76 EXPECT_TRUE(parse_text_field(TEST_XCENT_YVAL, &out)); in TEST()
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| /system/tools/hidl/lint/ |
| D | main.cpp | 34 Formatter out(stderr); in usage() local
36 out << "Usage: " << me << " [-j] "; in usage()
37 Coordinator::emitOptionsUsageString(out); in usage()
38 out << " FQNAME...\n\n"; in usage()
40 out << "Process FQNAME, PACKAGE(.SUBPACKAGE)*@[0-9]+.[0-9]+(::TYPE)?, and provide lints.\n\n"; in usage()
42 out.indent(); in usage()
43 out.indent(); in usage()
45 out << "-h: Prints this menu.\n"; in usage()
46 out << "-e: The script only errors if FQNAME does not compile (don't error on lints).\n"; in usage()
47 out << "-j: Prints output in JSON.\n"; in usage()
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