/external/llvm-project/lld/test/ELF/ |
D | eh-frame-value-format9.s | 16 .byte 0x01 # LEB128 17 .byte 0x01 # LEB128 20 .byte 0x01 # LEB128
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D | eh-frame-value-format3.s | 22 .byte 0x01 # LEB128 23 .byte 0x01 # LEB128
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D | eh-frame-value-format4.s | 22 .byte 0x01 # LEB128 23 .byte 0x01 # LEB128
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D | eh-frame-value-format6.s | 22 .byte 0x01 # LEB128 23 .byte 0x01 # LEB128
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D | invalid-eh-frame8.s | 24 .byte 0x01 # LEB128 25 .byte 0x01 # LEB128
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D | eh-frame-value-format2.s | 22 .byte 0x01 # LEB128 23 .byte 0x01 # LEB128
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D | eh-frame-value-format5.s | 22 .byte 0x01 # LEB128 23 .byte 0x01 # LEB128
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D | invalid-eh-frame4.s | 22 .byte 0x01 # LEB128 23 .byte 0x01 # LEB128
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D | eh-frame-value-format1.s | 22 .byte 0x01 # LEB128 23 .byte 0x01 # LEB128
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D | invalid-eh-frame5.s | 22 .byte 0x01 # LEB128 23 .byte 0x01 # LEB128
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D | invalid-eh-frame6.s | 25 .byte 0x01 # LEB128 26 .byte 0x01 # LEB128
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D | invalid-eh-frame7.s | 24 .byte 0x01 # LEB128 25 .byte 0x01 # LEB128
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D | eh-frame-negative-pcrel-sdata2.s | 71 .byte 0x01 # LEB128 72 .byte 0x01 # LEB128 74 .byte 0x01 # LEB128
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D | eh-frame-negative-pcrel-sdata4.s | 71 .byte 0x01 # LEB128 72 .byte 0x01 # LEB128 74 .byte 0x01 # LEB128
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D | eh-frame-negative-pcrel-sdata8.s | 71 .byte 0x01 # LEB128 72 .byte 0x01 # LEB128 74 .byte 0x01 # LEB128
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D | eh-frame-pcrel-overflow.s | 24 .byte 0x01 # LEB128 25 .byte 0x01 # LEB128
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D | eh-frame-value-format7.s | 68 .byte 0x01 # LEB128 69 .byte 0x01 # LEB128
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D | eh-frame-value-format8.s | 65 .byte 0x01 # LEB128 66 .byte 0x01 # LEB128
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/external/llvm-project/lld/test/ELF/Inputs/ |
D | eh-frame-pcrel-overflow.s | 16 .byte 0x01 # LEB128 17 .byte 0x01 # LEB128
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/external/llvm-project/llvm/docs/ |
D | CoverageMappingFormat.rst | 319 * The string contains values that are encoded in the LEB128 format, which is 322 * The first three LEB128-encoded numbers in the sample specify the number of 381 ``[numFilenames : LEB128, filename0 : string, filename1 : string, ...]`` 393 LEB128 subsection 396 LEB128 is an unsigned integer value that is encoded using DWARF's LEB128 405 ``[length : LEB128, characters...]`` argument 415 ``[numIndices : LEB128, filenameIndex0 : LEB128, filenameIndex1 : LEB128, ...]`` 423 ``[value : LEB128]`` 464 ``[numExpressions : LEB128, expr0LHS : LEB128, expr0RHS : LEB128, expr1LHS : LEB128, expr1RHS : LEB… 476 ``[numRegionArrays : LEB128, regionsForFile0, regionsForFile1, ...]`` [all …]
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/external/llvm/docs/ |
D | CoverageMappingFormat.rst | 342 * The string contains values that are encoded in the LEB128 format, which is 418 ``[numFilenames : LEB128, filename0 : string, filename1 : string, ...]`` 430 LEB128 subsection 433 LEB128 is an unsigned integer value that is encoded using DWARF's LEB128 442 ``[length : LEB128, characters...]`` argument 452 ``[numIndices : LEB128, filenameIndex0 : LEB128, filenameIndex1 : LEB128, ...]`` 460 ``[value : LEB128]`` 501 ``[numExpressions : LEB128, expr0LHS : LEB128, expr0RHS : LEB128, expr1LHS : LEB128, expr1RHS : LEB… 513 ``[numRegionArrays : LEB128, regionsForFile0, regionsForFile1, ...]`` 525 ``[numRegions : LEB128, region0, region1, ...]`` [all …]
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/external/llvm-project/llvm/test/MC/Disassembler/WebAssembly/ |
D | wasm.txt | 42 # Check LEB128 encoding of SIMD instructions 46 # Including non-canonical LEB128 encodings
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/external/google-breakpad/src/common/ |
D | test_assembler_unittest.cc | 1416 section.LEB128(0); in TEST_F() 1422 section.LEB128(0x3f); in TEST_F() 1428 section.LEB128(0x40); in TEST_F() 1434 section.LEB128(0x7f); in TEST_F() 1440 section.LEB128(0x80); in TEST_F() 1446 section.LEB128(0xff); in TEST_F() 1452 section.LEB128(0x1fff); in TEST_F() 1458 section.LEB128(0x2000); in TEST_F() 1464 section.LEB128(-1); in TEST_F() 1470 section.LEB128(-0x40); in TEST_F() [all …]
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/external/google-breakpad/src/common/dwarf/ |
D | cfi_assembler.cc | 73 LEB128(data_alignment_factor); in CIEHeader() 173 LEB128(address); in EncodedPointer()
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D | cfi_assembler.h | 212 CFISection &LEB128(long long v) { Section::LEB128(v); return *this; } in LEB128() function
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