Represents an ARM-specific symbol type for ELF binaries, which are used to distinguish between ARM and Thumb instructions. For other CPU architectures, this will be set to None.

Represents the CIE augmetation data.

Represents a callsite record in the LSDA. Each callsite record contains information about a callsite, including its position, length, landing pad, etc.

Represents the CFA, machine-independent representation of the current frame address. For example, (esp+8) on x86.

Represents call frame instructions used for virtually unwinding stack.

Represents the Call Frame Information (CFI), which is the main information block of .eh_frame. This exists roughly for every object file, although one object file may have multiple CFIs. Each CFI record contains a CIE record followed by 1 or more FDE records.

Represents the Common Information Entry (CIE).

Represents the dyanmic array entry kinds.

Represents DWARF operation expressions.

Represents a dynamic array entry in the .dynamic section of ELF binaries.

Provides helper functions for ELFType

Represents the ELF file type, such as ET_REL, ET_EXEC, etc.

Represents the exception frame, which is a list of CFI records.

Represents the application type of the value in the DWARF exception header encoded as the upper 4 bits of a byte.

Represents the format of a value in the DWARF exception header encoded as the lower 4 bits of a byte.

Represents the Frame Description Entry (FDE).

Represents the ELF header. This type corresponds to "struct ElfN_Ehdr" in the ELF specification.

Represents the LSDA (Language Specific Data Area), which consists of a list of callsite records.

Represents a map from the address of the LSDA to the LSDA itself. LSDATable is used to store the parsed LSDA entries from the `.gcc_except_table` section of the ELF file.

Represents the target machine architecture of the ELF file.

Provides helper functions for OSABI

Represents the operating system or ABI used by the ELF file.

Represents a program header in ELF. A program header describes a segment of the program.

Provides functions to convert program header type to a string

Represents what kind of segment this array element describes or how to interpret the array element's information.

Represents a relocation type for ARMv7.

Represents a relocation type for ARMv8.

Represents a relocation entry.

Represents relocation information, which internally stores a collection of relocation entries indexed by their addresses.

Provides active patterns for matching against architecture-specific relocation kinds.

Represents the relocation type of ELF.

Represents a relocation type for MIPS.

Represents a relocation type for PARISC.

Represents a relocation type for PPC.

Represents a relocation type for RISCV.

Represents a relocation type for S390.

Represents a relocation type for SH4.

Represents a relocation type for x86-64.

Represents a relocation type for x86.

Provides constants for ELF section names.

Provides functions to convert section flags to string.

Represents miscellaneous attributes of a section.

Represents a section header in ELF.

Represents the relevant section header index of a symbol. Every symbol table entry is defined in relation to some section.

Provides functions to convert section types to string representations.

Represents the ELF section header type.

Represents the symbol type of ELF.

Provides functions to convert a SymbolBind to a string and vice versa.

Represents a symbol's binding, which determines the linkage visibility and behavior.

Represents the main data structure for storing ELF symbol information.

Provides functions to convert a SymbolType to a string and vice versa.

Provides a general classification for the associated entity.

Provides functions to convert a SymbolVisibility to a string and vice versa.

Represents a symbol's visibility

Represents the version information of a symbol.

Represents unwinding action that can be performed to restore a register value during stack unwinding. This is referred to as "register rules" in the DWARF specification.

Represents an entry (a row) of the call frame information table (i.e., unwinding table).

Represents a rule describing how a register or return address is saved on the stack frame. We can use the rule to find the value for the register in the previous frame.

Represents a unwinding target, which can be either a return address or a normal register.