var searchIndex = {};
searchIndex["gimli"] = {"doc":"A lazy, zero-copy parser for the DWARF debugging information format.","items":[[3,"DwChildren","gimli","",null,null],[12,"0","","",0,null],[3,"DwTag","","",null,null],[12,"0","","",1,null],[3,"DwAt","","",null,null],[12,"0","","",2,null],[3,"DwForm","","",null,null],[12,"0","","",3,null],[3,"DwLns","","",null,null],[12,"0","","",4,null],[3,"DwLne","","",null,null],[12,"0","","",5,null],[3,"EndianBuf","","A `&[u8]` slice with compile-time endianity metadata.",null,null],[12,"0","","",6,null],[12,"1","","",6,null],[3,"DebugLocOffset","","An offset into the `.debug_loc` section.",null,null],[12,"0","","",7,null],[3,"DebugMacinfoOffset","","An offset into the `.debug_macinfo` section.",null,null],[12,"0","","",8,null],[3,"UnitOffset","","An offset into the current compilation or type unit.",null,null],[12,"0","","",9,null],[3,"DebugInfo","","The `DebugInfo` struct represents the DWARF debugging information found in\nthe `.debug_info` section.",null,null],[3,"DebugInfoOffset","","An offset into the `.debug_info` section.",null,null],[12,"0","","",10,null],[3,"UnitHeadersIter","","An iterator over the compilation- and partial-units of a section.",null,null],[3,"UnitHeader","","The header of a compilation unit's debugging information.",null,null],[3,"DebugTypes","","The `DebugTypes` struct represents the DWARF type information\nfound in the `.debug_types` section.",null,null],[3,"DebugTypesOffset","","An offset into the `.debug_types` section.",null,null],[12,"0","","",11,null],[3,"TypeUnitHeadersIter","","An iterator over the type-units of this `.debug_types` section.",null,null],[3,"TypeUnitHeader","","The header of a type unit's debugging information.",null,null],[3,"EntriesCursor","","A cursor into the Debugging Information Entries tree for a compilation unit.",null,null],[3,"DebuggingInformationEntry","","A Debugging Information Entry (DIE).",null,null],[3,"AttrsIter","","An iterator over a particular entry's attributes.",null,null],[3,"Attribute","","An attribute in a `DebuggingInformationEntry`, consisting of a name and\nassociated value.",null,null],[3,"DebugAbbrev","","The `DebugAbbrev` struct represents the abbreviations describing\n`DebuggingInformationEntry`s' attribute names and forms found in the\n`.debug_abbrev` section.",null,null],[3,"DebugAbbrevOffset","","An offset into the `.debug_abbrev` section.",null,null],[12,"0","","",12,null],[3,"Abbreviations","","A set of type abbreviations.",null,null],[3,"Abbreviation","","An abbreviation describes the shape of a `DebuggingInformationEntry`'s type:\nits code, tag type, whether it has children, and its set of attributes.",null,null],[3,"AttributeSpecification","","The description of an attribute in an abbreviated type. It is a pair of name\nand form.",null,null],[3,"DebugAranges","","The `DebugAranges` struct represents the DWARF address range information\nfound in the `.debug_aranges` section.",null,null],[3,"ArangeEntryIter","","An iterator over the aranges from a .debug_aranges section.",null,null],[3,"ArangeEntry","","A single parsed arange.",null,null],[3,"DebugLineOffset","","An offset into the `.debug_line` section.",null,null],[12,"0","","",13,null],[3,"DebugLine","","The `DebugLine` struct contains the source location to instruction mapping\nfound in the `.debug_line` section.",null,null],[3,"StateMachine","","Executes a `LineNumberProgram` to recreate the matrix mapping to and from\ninstructions to source locations.",null,null],[3,"OpcodesIter","","An iterator yielding parsed opcodes.",null,null],[3,"LineNumberRow","","A row in the line number program's resulting matrix.",null,null],[3,"LineNumberProgramHeader","","A header for a line number program in the `.debug_line` section, as defined\nin section 6.2.4 of the standard.",null,null],[3,"FileEntry","","An entry in the `LineNumberProgramHeader`'s `file_names` set.",null,null],[3,"DebugStrOffset","","An offset into the `.debug_str` section.",null,null],[12,"0","","",14,null],[3,"DebugStr","","The `DebugStr` struct represents the DWARF strings\nfound in the `.debug_str` section.",null,null],[4,"LittleEndian","","Little endian byte order.",null,null],[4,"BigEndian","","Big endian byte order.",null,null],[4,"Error","","An error that occurred when parsing.",null,null],[13,"BadUnsignedLeb128","","An error parsing an unsigned LEB128 value.",15,null],[13,"BadSignedLeb128","","An error parsing a signed LEB128 value.",15,null],[13,"AbbreviationTagZero","","An abbreviation declared that its tag is zero, but zero is reserved for\nnull records.",15,null],[13,"AttributeFormZero","","An attribute specification declared that its form is zero, but zero is\nreserved for null records.",15,null],[13,"BadHasChildren","","The abbreviation's has-children byte was not one of\n`DW_CHILDREN_{yes,no}`.",15,null],[13,"BadLength","","The specified length is impossible.",15,null],[13,"UnknownForm","","Found an unknown `DW_FORM_*` type.",15,null],[13,"ExpectedZero","","Expected a zero, found something else.",15,null],[13,"DuplicateAbbreviationCode","","Found an abbreviation code that has already been used.",15,null],[13,"DuplicateArange","","Found a duplicate arange.",15,null],[13,"UnknownReservedLength","","Found an unknown reserved length value.",15,null],[13,"UnknownVersion","","Found an unknown DWARF version.",15,null],[13,"UnitHeaderLengthTooShort","","The unit header's claimed length is too short to even hold the header\nitself.",15,null],[13,"UnknownAbbreviation","","Found a record with an unknown abbreviation code.",15,null],[13,"UnexpectedEof","","Hit the end of input before it was expected.",15,null],[13,"UnknownStandardOpcode","","Found an unknown standard opcode.",15,null],[13,"UnknownExtendedOpcode","","Found an unknown extended opcode.",15,null],[13,"UnsupportedAddressSize","","The specified address size is not supported.",15,null],[13,"UnsupportedFieldSize","","The specified field size is not supported.",15,null],[13,"MinimumInstructionLengthZero","","The minimum instruction length must not be zero.",15,null],[13,"MaximumOperationsPerInstructionZero","","The maximum operations per instruction must not be zero.",15,null],[13,"LineRangeZero","","The line range must not be zero.",15,null],[13,"OpcodeBaseZero","","The opcode base must not be zero.",15,null],[4,"Format","","Whether the format of a compilation unit is 32- or 64-bit.",null,null],[13,"Dwarf64","","64-bit DWARF",16,null],[13,"Dwarf32","","32-bit DWARF",16,null],[4,"AttributeValue","","The value of an attribute in a `DebuggingInformationEntry`.",null,null],[13,"Addr","","A slice that is UnitHeaderHeader::address_size bytes long.",17,null],[13,"Block","","A slice of an arbitrary number of bytes.",17,null],[13,"Data","","A one, two, four, or eight byte constant data value. How to interpret\nthe bytes depends on context.",17,null],[13,"Sdata","","A signed integer constant.",17,null],[13,"Udata","","An unsigned integer constant.",17,null],[13,"Exprloc","",""The information bytes contain a DWARF expression (see Section 2.5) or\nlocation description (see Section 2.6)."",17,null],[13,"Flag","","A boolean typically used to describe the presence or absence of another\nattribute.",17,null],[13,"SecOffset","","An offset into another section. Which section this is an offset into\ndepends on context.",17,null],[13,"UnitRef","","An offset into the current compilation unit.",17,null],[13,"DebugInfoRef","","An offset into the current `.debug_info` section, but possibly a\ndifferent compilation unit from the current one.",17,null],[13,"DebugTypesRef","","An offset into the `.debug_types` section.",17,null],[13,"DebugStrRef","","An offset into the `.debug_str` section.",17,null],[13,"String","","A null terminated C string, including the final null byte. Not\nguaranteed to be UTF-8 or anything like that.",17,null],[4,"Opcode","","A parsed line number program opcode.",null,null],[13,"Special","","> ### 6.2.5.1 Special Opcodes\n>\n> Each ubyte special opcode has the following effect on the state machine:\n>\n>   1. Add a signed integer to the line register.\n>\n>   2. Modify the operation pointer by incrementing the address and\n>   op_index registers as described below.\n>\n>   3. Append a row to the matrix using the current values of the state\n>   machine registers.\n>\n>   4. Set the basic_block register to “false.”\n>\n>   5. Set the prologue_end register to “false.”\n>\n>   6. Set the epilogue_begin register to “false.”\n>\n>   7. Set the discriminator register to 0.\n>\n> All of the special opcodes do those same seven things; they differ from\n> one another only in what values they add to the line, address and\n> op_index registers.",18,null],[13,"Copy","",""[`Opcode::Copy`] appends a row to the matrix using the current values of the state\nmachine registers. Then it sets the discriminator register to 0, and\nsets the basic_block, prologue_end and epilogue_begin registers to\n“false.”"",18,null],[13,"AdvancePc","",""The DW_LNS_advance_pc opcode takes a single unsigned LEB128 operand as\nthe operation advance and modifies the address and op_index registers\n[the same as `Opcode::Special`]"",18,null],[13,"AdvanceLine","",""The DW_LNS_advance_line opcode takes a single signed LEB128 operand and\nadds that value to the line register of the state machine."",18,null],[13,"SetFile","",""The DW_LNS_set_file opcode takes a single unsigned LEB128 operand and\nstores it in the file register of the state machine."",18,null],[13,"SetColumn","",""The DW_LNS_set_column opcode takes a single unsigned LEB128 operand and\nstores it in the column register of the state machine."",18,null],[13,"NegateStatement","",""The DW_LNS_negate_stmt opcode takes no operands. It sets the is_stmt\nregister of the state machine to the logical negation of its current\nvalue."",18,null],[13,"SetBasicBlock","",""The DW_LNS_set_basic_block opcode takes no operands. It sets the\nbasic_block register of the state machine to “true.”"",18,null],[13,"ConstAddPc","","> The DW_LNS_const_add_pc opcode takes no operands. It advances the\n> address and op_index registers by the increments corresponding to\n> special opcode 255.\n>\n> When the line number program needs to advance the address by a small\n> amount, it can use a single special opcode, which occupies a single\n> byte. When it needs to advance the address by up to twice the range of\n> the last special opcode, it can use DW_LNS_const_add_pc followed by a\n> special opcode, for a total of two bytes. Only if it needs to advance\n> the address by more than twice that range will it need to use both\n> DW_LNS_advance_pc and a special opcode, requiring three or more bytes.",18,null],[13,"FixedAddPc","","> The DW_LNS_fixed_advance_pc opcode takes a single uhalf (unencoded)\n> operand and adds it to the address register of the state machine and\n> sets the op_index register to 0. This is the only standard opcode whose\n> operand is not a variable length number. It also does not multiply the\n> operand by the minimum_instruction_length field of the header.",18,null],[13,"SetPrologueEnd","",""[`Opcode::SetPrologueEnd`] sets the prologue_end register to “true”."",18,null],[13,"SetEpilogueBegin","",""[`Opcode::SetEpilogueBegin`] sets the epilogue_begin register to\n“true”."",18,null],[13,"SetIsa","",""The DW_LNS_set_isa opcode takes a single unsigned LEB128 operand and\nstores that value in the isa register of the state machine."",18,null],[13,"UnknownStandard0","","An unknown standard opcode with zero operands.",18,null],[13,"UnknownStandard1","","An unknown standard opcode with one operand.",18,null],[13,"UnknownStandardN","","An unknown standard opcode with multiple operands.",18,null],[13,"EndSequence","","> [`Opcode::EndSequence`] sets the end_sequence register of the state\n> machine to “true” and appends a row to the matrix using the current\n> values of the state-machine registers. Then it resets the registers to\n> the initial values specified above (see Section 6.2.2). Every line\n> number program sequence must end with a DW_LNE_end_sequence instruction\n> which creates a row whose address is that of the byte after the last\n> target machine instruction of the sequence.",18,null],[13,"SetAddress","","> The DW_LNE_set_address opcode takes a single relocatable address as an\n> operand. The size of the operand is the size of an address on the target\n> machine. It sets the address register to the value given by the\n> relocatable address and sets the op_index register to 0.\n>\n> All of the other line number program opcodes that affect the address\n> register add a delta to it. This instruction stores a relocatable value\n> into it instead.",18,null],[13,"DefineFile","","Defines a new source file in the line number program and appends it to\nthe line number program header's list of source files.",18,null],[13,"SetDiscriminator","",""The DW_LNE_set_discriminator opcode takes a single parameter, an\nunsigned LEB128 integer. It sets the discriminator register to the new\nvalue."",18,null],[13,"UnknownExtended","","An unknown extended opcode and the slice of its unparsed operands.",18,null],[4,"ColumnType","","The type of column that a row is referring to.",null,null],[13,"LeftEdge","","The `LeftEdge` means that the statement begins at the start of the new\nline.",19,null],[13,"Column","","A column number, whose range begins at 1.",19,null],[11,"eq","","",0,null],[11,"ne","","",0,null],[11,"clone","","",0,null],[11,"fmt","","",0,null],[11,"fmt","","",0,null],[11,"eq","","",1,null],[11,"ne","","",1,null],[11,"clone","","",1,null],[11,"fmt","","",1,null],[11,"fmt","","",1,null],[11,"eq","","",2,null],[11,"ne","","",2,null],[11,"clone","","",2,null],[11,"fmt","","",2,null],[11,"fmt","","",2,null],[11,"eq","","",3,null],[11,"ne","","",3,null],[11,"clone","","",3,null],[11,"fmt","","",3,null],[11,"fmt","","",3,null],[11,"eq","","",4,null],[11,"ne","","",4,null],[11,"clone","","",4,null],[11,"fmt","","",4,null],[11,"fmt","","",4,null],[11,"eq","","",5,null],[11,"ne","","",5,null],[11,"clone","","",5,null],[11,"fmt","","",5,null],[11,"fmt","","",5,null],[11,"eq","","",20,null],[11,"clone","","",20,null],[11,"fmt","","",20,null],[11,"read_u16","","",20,null],[11,"read_u32","","",20,null],[11,"read_u64","","",20,null],[11,"read_uint","","",20,null],[11,"write_u16","","",20,null],[11,"write_u32","","",20,null],[11,"write_u64","","",20,null],[11,"write_uint","","",20,null],[11,"eq","","",21,null],[11,"clone","","",21,null],[11,"fmt","","",21,null],[11,"read_u16","","",21,null],[11,"read_u32","","",21,null],[11,"read_u64","","",21,null],[11,"read_uint","","",21,null],[11,"write_u16","","",21,null],[11,"write_u32","","",21,null],[11,"write_u64","","",21,null],[11,"write_uint","","",21,null],[11,"eq","","",6,null],[11,"ne","","",6,null],[11,"clone","","",6,null],[11,"fmt","","",6,null],[11,"new","","Construct a new `EndianBuf` with the given buffer.",6,null],[11,"range","","Take the given `start..end` range of the underlying buffer and return a\nnew `EndianBuf`.",6,null],[11,"range_from","","Take the given `start..` range of the underlying buffer and return a new\n`EndianBuf`.",6,null],[11,"range_to","","Take the given `..end` range of the underlying buffer and return a new\n`EndianBuf`.",6,null],[11,"index","","",6,null],[11,"index","","",6,null],[11,"deref","","",6,null],[11,"into","","",6,null],[11,"eq","","",15,null],[11,"ne","","",15,null],[11,"clone","","",15,null],[11,"fmt","","",15,null],[11,"fmt","","",15,null],[11,"description","","",15,null],[11,"eq","","",11,null],[11,"ne","","",11,null],[11,"clone","","",11,null],[11,"fmt","","",11,null],[11,"eq","","",10,null],[11,"ne","","",10,null],[11,"clone","","",10,null],[11,"fmt","","",10,null],[11,"eq","","",7,null],[11,"ne","","",7,null],[11,"clone","","",7,null],[11,"fmt","","",7,null],[11,"eq","","",8,null],[11,"ne","","",8,null],[11,"clone","","",8,null],[11,"fmt","","",8,null],[11,"partial_cmp","","",9,null],[11,"lt","","",9,null],[11,"le","","",9,null],[11,"gt","","",9,null],[11,"ge","","",9,null],[11,"cmp","","",9,null],[11,"eq","","",9,null],[11,"ne","","",9,null],[11,"clone","","",9,null],[11,"fmt","","",9,null],[11,"clone","","",22,null],[11,"fmt","","",22,null],[11,"new","","Construct a new `DebugInfo` instance from the data in the `.debug_info`\nsection.",22,null],[11,"units","","Iterate the compilation- and partial-units in this\n`.debug_info` section.",22,null],[11,"next","","",23,null],[11,"eq","","",16,null],[11,"clone","","",16,null],[11,"fmt","","",16,null],[11,"eq","","",24,null],[11,"ne","","",24,null],[11,"clone","","",24,null],[11,"fmt","","",24,null],[11,"new","","Construct a new `UnitHeader`.",24,null],[11,"size_of_unit_length","","Return the serialized size of the `unit_length` attribute for the given\nDWARF format.",24,{"inputs":[{"name":"format"}],"output":{"name":"usize"}}],[11,"size_of_header","","Return the serialized size of the compilation unit header for the given\nDWARF format.",24,{"inputs":[{"name":"format"}],"output":{"name":"usize"}}],[11,"unit_length","","Get the length of the debugging info for this compilation unit, not\nincluding the byte length of the encoded length itself.",24,null],[11,"length_including_self","","Get the length of the debugging info for this compilation unit,\nuncluding the byte length of the encoded length itself.",24,null],[11,"version","","Get the DWARF version of the debugging info for this compilation unit.",24,null],[11,"debug_abbrev_offset","","The offset into the `.debug_abbrev` section for this compilation unit's\ndebugging information entries' abbreviations.",24,null],[11,"address_size","","The size of addresses (in bytes) in this compilation unit.",24,null],[11,"format","","Whether this compilation unit is encoded in 64- or 32-bit DWARF.",24,null],[11,"range","","Get the underlying bytes for the supplied range.",24,null],[11,"range_from","","Get the underlying bytes for the supplied range.",24,null],[11,"range_to","","Get the underlying bytes for the supplied range.",24,null],[11,"entries","","Navigate this compilation unit's `DebuggingInformationEntry`s.",24,null],[11,"abbreviations","","Parse this compilation unit's abbreviations.",24,null],[11,"fmt","","",25,null],[11,"clone","","",25,null],[11,"code","","Get this entry's code.",25,null],[11,"offset","","Get this entry's offset.",25,null],[11,"tag","","Get this entry's `DW_TAG_whatever` tag.",25,null],[11,"attrs","","Iterate over this entry's set of attributes.",25,null],[11,"attr_value","","Find the first attribute in this entry which has the given name,\nand return its value. Returns `Ok(None)` if no attribute is found.",25,null],[11,"eq","","",17,null],[11,"ne","","",17,null],[11,"fmt","","",17,null],[11,"clone","","",17,null],[11,"eq","","",26,null],[11,"ne","","",26,null],[11,"fmt","","",26,null],[11,"clone","","",26,null],[11,"name","","Get this attribute's name.",26,null],[11,"value","","Get this attribute's value.",26,null],[11,"fmt","","",27,null],[11,"clone","","",27,null],[11,"next","","Advance the iterator and return the next attribute.",27,null],[11,"fmt","","",28,null],[11,"clone","","",28,null],[11,"current","","Get a reference to the entry that the cursor is currently pointing to.",28,null],[11,"next_entry","","Move the cursor to the next DIE in the tree.",28,null],[11,"next_dfs","","Move the cursor to the next DIE in the tree in DFS order.",28,null],[11,"next_sibling","","Move the cursor to the next sibling DIE of the current one.",28,null],[11,"clone","","",29,null],[11,"fmt","","",29,null],[11,"new","","Construct a new `DebugTypes` instance from the data in the `.debug_types`\nsection.",29,null],[11,"units","","Iterate the type-units in this `.debug_types` section.",29,null],[11,"next","","",30,null],[11,"eq","","",31,null],[11,"ne","","",31,null],[11,"clone","","",31,null],[11,"fmt","","",31,null],[11,"unit_length","","Get the length of the debugging info for this type-unit.",31,null],[11,"length_including_self","","Get the length of the debugging info for this type-unit,\nuncluding the byte length of the encoded length itself.",31,null],[11,"version","","Get the DWARF version of the debugging info for this type-unit.",31,null],[11,"debug_abbrev_offset","","The offset into the `.debug_abbrev` section for this type-unit's\ndebugging information entries.",31,null],[11,"address_size","","The size of addresses (in bytes) in this type-unit.",31,null],[11,"type_signature","","Get the unique type signature for this type unit.",31,null],[11,"type_offset","","Get the offset within this type unit where the type is defined.",31,null],[11,"entries","","Navigate this type unit's `DebuggingInformationEntry`s.",31,null],[11,"abbreviations","","Parse this type unit's abbreviations.",31,null],[11,"eq","","",12,null],[11,"ne","","",12,null],[11,"clone","","",12,null],[11,"fmt","","",12,null],[11,"clone","","",32,null],[11,"fmt","","",32,null],[11,"new","","Construct a new `DebugAbbrev` instance from the data in the `.debug_abbrev`\nsection.",32,null],[11,"abbreviations","","Parse the abbreviations at the given `offset` within this\n`.debug_abbrev` section.",32,null],[11,"clone","","",33,null],[11,"default","","",33,{"inputs":[],"output":{"name":"abbreviations"}}],[11,"fmt","","",33,null],[11,"get","","Get the abbreviation associated with the given code.",33,null],[11,"eq","","",34,null],[11,"ne","","",34,null],[11,"clone","","",34,null],[11,"fmt","","",34,null],[11,"new","","Construct a new `Abbreviation`.",34,{"inputs":[{"name":"u64"},{"name":"dwtag"},{"name":"dwchildren"},{"name":"vec"}],"output":{"name":"abbreviation"}}],[11,"code","","Get this abbreviation's code.",34,null],[11,"tag","","Get this abbreviation's tag.",34,null],[11,"has_children","","Return true if this abbreviation's type has children, false otherwise.",34,null],[11,"attributes","","Get this abbreviation's attributes.",34,null],[11,"eq","","",35,null],[11,"ne","","",35,null],[11,"clone","","",35,null],[11,"fmt","","",35,null],[11,"new","","Construct a new `AttributeSpecification` from the given name and form.",35,{"inputs":[{"name":"dwat"},{"name":"dwform"}],"output":{"name":"attributespecification"}}],[11,"name","","Get the attribute's name.",35,null],[11,"form","","Get the attribute's form.",35,null],[11,"size","","Return the size of the attribute, in bytes.",35,null],[11,"clone","","",36,null],[11,"fmt","","",36,null],[11,"new","","Construct a new `DebugAranges` instance from the data in the `.debug_aranges`\nsection.",36,null],[11,"aranges","","Iterate the aranges in the `.debug_aranges` section.\n```\nuse gimli{DebugAranges, LittleEndian};",36,null],[11,"next_arange","","Advance the iterator and return the next arange.",37,null],[11,"clone","","",38,null],[11,"fmt","","",38,null],[11,"start","","Return the beginning address of this arange.",38,null],[11,"len","","Return the length of this arange.",38,null],[11,"debug_info_offset","","Return the offset into the .debug_info section for this arange.",38,null],[11,"eq","","",38,null],[11,"partial_cmp","","",38,null],[11,"cmp","","",38,null],[11,"eq","","",13,null],[11,"ne","","",13,null],[11,"clone","","",13,null],[11,"fmt","","",13,null],[11,"clone","","",39,null],[11,"fmt","","",39,null],[11,"new","","Construct a new `DebugLine` instance from the data in the `.debug_line`\nsection.",39,null],[11,"fmt","","",40,null],[11,"new","","Construct a new `StateMachine` for executing line programs and\ngenerating the line information matrix.",40,{"inputs":[{"name":"linenumberprogramheader"}],"output":{"name":"self"}}],[11,"next_row","","Parse and execute the next opcodes in the line number program until\nanother row in the line number matrix is computed.",40,null],[11,"eq","","",18,null],[11,"ne","","",18,null],[11,"fmt","","",18,null],[11,"clone","","",18,null],[11,"fmt","","",18,null],[11,"fmt","","",41,null],[11,"next_opcode","","Advance the iterator and return the next opcode.",41,null],[11,"eq","","",42,null],[11,"ne","","",42,null],[11,"fmt","","",42,null],[11,"clone","","",42,null],[11,"address","",""The program-counter value corresponding to a machine instruction\ngenerated by the compiler."",42,null],[11,"op_index","","> An unsigned integer representing the index of an operation within a VLIW\n> instruction. The index of the first operation is 0. For non-VLIW\n> architectures, this register will always be 0.\n>\n> The address and op_index registers, taken together, form an operation\n> pointer that can reference any individual operation with the\n> instruction stream.",42,null],[11,"file","","The source file corresponding to the current machine instruction.",42,null],[11,"line","",""An unsigned integer indicating a source line number. Lines are numbered\nbeginning at 1. The compiler may emit the value 0 in cases where an\ninstruction cannot be attributed to any source line."",42,null],[11,"column","",""An unsigned integer indicating a column number within a source\nline. Columns are numbered beginning at 1. The value 0 is reserved to\nindicate that a statement begins at the “left edge” of the line."",42,null],[11,"is_stmt","",""A boolean indicating that the current instruction is a recommended\nbreakpoint location. A recommended breakpoint location is intended to\n“represent” a line, a statement and/or a semantically distinct subpart\nof a statement."",42,null],[11,"basic_block","",""A boolean indicating that the current instruction is the beginning of a\nbasic block."",42,null],[11,"end_sequence","",""A boolean indicating that the current address is that of the first byte\nafter the end of a sequence of target machine instructions. end_sequence\nterminates a sequence of lines; therefore other information in the same\nrow is not meaningful."",42,null],[11,"prologue_end","",""A boolean indicating that the current address is one (of possibly many)\nwhere execution should be suspended for an entry breakpoint of a\nfunction."",42,null],[11,"epilogue_begin","",""A boolean indicating that the current address is one (of possibly many)\nwhere execution should be suspended for an exit breakpoint of a\nfunction."",42,null],[11,"isa","","Tag for the current instruction set architecture.",42,null],[11,"discriminator","",""An unsigned integer identifying the block to which the current\ninstruction belongs. Discriminator values are assigned arbitrarily by\nthe DWARF producer and serve to distinguish among multiple blocks that\nmay all be associated with the same source file, line, and column. 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