dwarflang.enums module

class dwarflang.enums.DW_OP(value)

Bases: enum.Enum

An enumeration.

ABS = 'DW_OP_abs'

ADDR = 'DW_OP_addr'

ADDRX = 'DW_OP_addrx'

AND = 'DW_OP_and'

AND_ = 'DW_OP_and'

BIT_PIECE = 'DW_OP_bit_piece'

BRA = 'DW_OP_bra'

BREG0 = 'DW_OP_breg0'

BREG1 = 'DW_OP_breg1'

BREG10 = 'DW_OP_breg10'

BREG11 = 'DW_OP_breg11'

BREG12 = 'DW_OP_breg12'

BREG13 = 'DW_OP_breg13'

BREG14 = 'DW_OP_breg14'

BREG15 = 'DW_OP_breg15'

BREG16 = 'DW_OP_breg16'

BREG17 = 'DW_OP_breg17'

BREG18 = 'DW_OP_breg18'

BREG19 = 'DW_OP_breg19'

BREG2 = 'DW_OP_breg2'

BREG20 = 'DW_OP_breg20'

BREG21 = 'DW_OP_breg21'

BREG22 = 'DW_OP_breg22'

BREG23 = 'DW_OP_breg23'

BREG24 = 'DW_OP_breg24'

BREG25 = 'DW_OP_breg25'

BREG26 = 'DW_OP_breg26'

BREG27 = 'DW_OP_breg27'

BREG28 = 'DW_OP_breg28'

BREG29 = 'DW_OP_breg29'

BREG3 = 'DW_OP_breg3'

BREG30 = 'DW_OP_breg30'

BREG31 = 'DW_OP_breg31'

BREG4 = 'DW_OP_breg4'

BREG5 = 'DW_OP_breg5'

BREG6 = 'DW_OP_breg6'

BREG7 = 'DW_OP_breg7'

BREG8 = 'DW_OP_breg8'

BREG9 = 'DW_OP_breg9'

BREGX = 'DW_OP_bregx'

CALL2 = 'DW_OP_call2'

CALL4 = 'DW_OP_call4'

CALL_FRAME_CFA = 'DW_OP_call_frame_cfa'

CALL_REF = 'DW_OP_call_ref'

CONST1S = 'DW_OP_const1s'

CONST1U = 'DW_OP_const1u'

CONST2S = 'DW_OP_const2s'

CONST2U = 'DW_OP_const2u'

CONST4S = 'DW_OP_const4s'

CONST4U = 'DW_OP_const4u'

CONST8S = 'DW_OP_const8s'

CONST8U = 'DW_OP_const8u'

CONSTS = 'DW_OP_consts'

CONSTU = 'DW_OP_constu'

CONSTX = 'DW_OP_constx'

CONST_TYPE = 'DW_OP_const_type'

CONVERT = 'DW_OP_convert'

DEREF = 'DW_OP_deref'

DEREF_SIZE = 'DW_OP_deref_size'

DEREF_TYPE = 'DW_OP_deref_type'

DIV = 'DW_OP_div'

DROP = 'DW_OP_drop'

DUP = 'DW_OP_dup'

ENTRY_VALUE = 'DW_OP_entry_value'

EQ = 'DW_OP_eq'

FBREG = 'DW_OP_fbreg'

FORM_TLS_ADDRESS = 'DW_OP_form_tls_address'

GE = 'DW_OP_ge'

GNU_CONST_TYPE = 'DW_OP_GNU_const_type'

GNU_CONVERT = 'DW_OP_GNU_convert'

GNU_DEREF_TYPE = 'DW_OP_GNU_deref_type'

GNU_ENTRY_VALUE = 'DW_OP_GNU_entry_value'

GNU_IMPLICIT_POINTER = 'DW_OP_GNU_implicit_pointer'

GNU_PARAMETER_REF = 'DW_OP_GNU_parameter_ref'

GNU_PUSH_TLS_ADDRESS = 'DW_OP_GNU_push_tls_address'

GNU_REGVAL_TYPE = 'DW_OP_GNU_regval_type'

GT = 'DW_OP_gt'

HI_USER = 'DW_OP_hi_user'

IMPLICIT_POINTER = 'DW_OP_implicit_pointer'

IMPLICIT_VALUE = 'DW_OP_implicit_value'

LE = 'DW_OP_le'

LIT0 = 'DW_OP_lit0'

LIT1 = 'DW_OP_lit1'

LIT10 = 'DW_OP_lit10'

LIT11 = 'DW_OP_lit11'

LIT12 = 'DW_OP_lit12'

LIT13 = 'DW_OP_lit13'

LIT14 = 'DW_OP_lit14'

LIT15 = 'DW_OP_lit15'

LIT16 = 'DW_OP_lit16'

LIT17 = 'DW_OP_lit17'

LIT18 = 'DW_OP_lit18'

LIT19 = 'DW_OP_lit19'

LIT2 = 'DW_OP_lit2'

LIT20 = 'DW_OP_lit20'

LIT21 = 'DW_OP_lit21'

LIT22 = 'DW_OP_lit22'

LIT23 = 'DW_OP_lit23'

LIT24 = 'DW_OP_lit24'

LIT25 = 'DW_OP_lit25'

LIT26 = 'DW_OP_lit26'

LIT27 = 'DW_OP_lit27'

LIT28 = 'DW_OP_lit28'

LIT29 = 'DW_OP_lit29'

LIT3 = 'DW_OP_lit3'

LIT30 = 'DW_OP_lit30'

LIT31 = 'DW_OP_lit31'

LIT4 = 'DW_OP_lit4'

LIT5 = 'DW_OP_lit5'

LIT6 = 'DW_OP_lit6'

LIT7 = 'DW_OP_lit7'

LIT8 = 'DW_OP_lit8'

LIT9 = 'DW_OP_lit9'

LO_USER = 'DW_OP_lo_user'

LT = 'DW_OP_lt'

MINUS = 'DW_OP_minus'

MOD = 'DW_OP_mod'

MUL = 'DW_OP_mul'

NE = 'DW_OP_ne'

NEG = 'DW_OP_neg'

NOP = 'DW_OP_nop'

NOT = 'DW_OP_not'

NOT_ = 'DW_OP_not'

OR = 'DW_OP_or'

OR_ = 'DW_OP_or'

OVER = 'DW_OP_over'

PICK = 'DW_OP_pick'

PIECE = 'DW_OP_piece'

PLUS = 'DW_OP_plus'

PLUS_UCONST = 'DW_OP_plus_uconst'

PUSH_OBJECT_ADDRESS = 'DW_OP_push_object_address'

REG0 = 'DW_OP_reg0'

REG1 = 'DW_OP_reg1'

REG10 = 'DW_OP_reg10'

REG11 = 'DW_OP_reg11'

REG12 = 'DW_OP_reg12'

REG13 = 'DW_OP_reg13'

REG14 = 'DW_OP_reg14'

REG15 = 'DW_OP_reg15'

REG16 = 'DW_OP_reg16'

REG17 = 'DW_OP_reg17'

REG18 = 'DW_OP_reg18'

REG19 = 'DW_OP_reg19'

REG2 = 'DW_OP_reg2'

REG20 = 'DW_OP_reg20'

REG21 = 'DW_OP_reg21'

REG22 = 'DW_OP_reg22'

REG23 = 'DW_OP_reg23'

REG24 = 'DW_OP_reg24'

REG25 = 'DW_OP_reg25'

REG26 = 'DW_OP_reg26'

REG27 = 'DW_OP_reg27'

REG28 = 'DW_OP_reg28'

REG29 = 'DW_OP_reg29'

REG3 = 'DW_OP_reg3'

REG30 = 'DW_OP_reg30'

REG31 = 'DW_OP_reg31'

REG4 = 'DW_OP_reg4'

REG5 = 'DW_OP_reg5'

REG6 = 'DW_OP_reg6'

REG7 = 'DW_OP_reg7'

REG8 = 'DW_OP_reg8'

REG9 = 'DW_OP_reg9'

REGVAL_TYPE = 'DW_OP_regval_type'

REGX = 'DW_OP_regx'

REINTERPRET = 'DW_OP_reinterpret'

ROT = 'DW_OP_rot'

SHL = 'DW_OP_shl'

SHR = 'DW_OP_shr'

SHRA = 'DW_OP_shra'

SKIP = 'DW_OP_skip'

STACK_VALUE = 'DW_OP_stack_value'

SWAP = 'DW_OP_swap'

XDEREF = 'DW_OP_xderef'

XDEREF_SIZE = 'DW_OP_xderef_size'

XDEREF_TYPE = 'DW_OP_xderef_type'

XOR = 'DW_OP_xor'

class dwarflang.enums.DwarfRegister(value)

Bases: enum.Enum

The variety of DWARF registers.

DW_OP_BREG = 'DW_OP_breg'

DW_OP_BREGX = 'DW_OP_bregx'

DW_OP_FBREG = 'DW_OP_fbreg'

DW_OP_REG = 'DW_OP_reg'

DW_OP_REGX = 'DW_OP_regx'

dwarflang.enums.breg(n: int) → Optional[dwarflang.enums.DW_OP]

Parameters

n (int) –

Return type

Optional[dwarflang.enums.DW_OP]

dwarflang.enums.breg_num(op: dwarflang.enums.DW_OP) → Optional[int]

Parameters

op (dwarflang.enums.DW_OP) –

Return type

Optional[int]

dwarflang.enums.breg_to_reg(op: dwarflang.enums.DW_OP) → Optional[dwarflang.enums.DW_OP]

Parameters

op (dwarflang.enums.DW_OP) –

Return type

Optional[dwarflang.enums.DW_OP]

dwarflang.enums.lit(n: int) → Optional[dwarflang.enums.DW_OP]

Parameters

n (int) –

Return type

Optional[dwarflang.enums.DW_OP]

dwarflang.enums.lit_num(op: dwarflang.enums.DW_OP) → Optional[int]

Parameters

op (dwarflang.enums.DW_OP) –

Return type

Optional[int]

dwarflang.enums.lookup_DW_OP(name: str) → Optional[dwarflang.enums.DW_OP]

Parameters

name (str) –

Return type

Optional[dwarflang.enums.DW_OP]

dwarflang.enums.reg(n: int) → Optional[dwarflang.enums.DW_OP]

Parameters

n (int) –

Return type

Optional[dwarflang.enums.DW_OP]

dwarflang.enums.reg_num(op: dwarflang.enums.DW_OP) → Optional[int]

Parameters

op (dwarflang.enums.DW_OP) –

Return type

Optional[int]

dwarflang.enums.reg_to_breg(op: dwarflang.enums.DW_OP) → Optional[dwarflang.enums.DW_OP]

Parameters

op (dwarflang.enums.DW_OP) –

Return type

Optional[dwarflang.enums.DW_OP]

dwarflang.enums.remove_prefix(text: str, prefix: str) → str

Parameters

• text (str) –

• prefix (str) –

Return type

str