Package soot.toDex.instructions

Interface Summary

Interface	Description
FiveRegInsn	Interface for instructions that need five registers. Note that the interface does not inherit from ThreeRegInsn due to the unusual register naming - the register indices cannot be overwritten here.
Insn	Interface for the dalvik instruction formats.
OneRegInsn	Interface for instructions that need one register.
ThreeRegInsn	Interface for instructions that need three registers.
TwoRegInsn	Interface for instructions that need two registers.

Class Summary

Class	Description
AbstractInsn	Abstract implementation of an Insn.
AbstractPayload	Abstract base class for all payloads (switch, fill-array) in dex instructions
AddressInsn	Inspired by com.android.dx.dex.code.CodeAddress: pseudo instruction for use as jump target or start/end of an exception handler range.
ArrayDataPayload	Payload for the fill-array-data instructions in dex
Insn10t	The "10t" instruction format: It needs one 16-bit code unit, does not have any registers and is used for jump targets (hence the "t"). It is used by the "goto" opcode for jumps to offsets up to 8 bits away.
Insn10x	The "10x" instruction format: It needs one 16-bit code unit, does not have any registers and is used for general purposes (hence the "x"). It is used by the opcodes "nop" and "return-void".
Insn11n	The "11n" instruction format: It needs one 16-bit code unit, has one register and is used for a 4-bit literal (hence the "n" for "nibble"). It is used by the opcode "const/4".
Insn11x	The "11x" instruction format: It needs one 16-bit code unit, has one register and is used for general purposes (hence the "x"). It is used e.g.
Insn12x	The "12x" instruction format: It needs one 16-bit code unit, has two registers and is used for general purposes (hence the "x"). It is used e.g.
Insn20t	The "20t" instruction format: It needs two 16-bit code units, does not have any registers and is used for jump targets (hence the "t"). It is used by the "goto/16" opcode for jumps to a 16-bit wide offset.
Insn21c	The "21c" instruction format: It needs two 16-bit code units, has one register and is used for class/string/type items (hence the "c" for "constant pool"). It is used e.g.
Insn21s	The "21s" instruction format: It needs two 16-bit code units, has one register and is used for a 16-bit literal (hence the "s" for "short"). It is used by the opcodes "const/16" and "const-wide/16".
Insn21t	The "21t" instruction format: It needs two 16-bit code units, has one register and is used for jump targets (hence the "t"). It is used e.g.
Insn22b	The "22b" instruction format: It needs two 16-bit code units, has two registers and is used for a 8-bit literal (hence the "b" for "byte"). It is used by the "/lit8" opcodes for binary operations.
Insn22c	The "22c" instruction format: It needs two 16-bit code units, has two registers and is used for class/type items (hence the "c" for "constant pool"). It is used e.g.
Insn22s	The "22s" instruction format: It needs two 16-bit code units, has two registers and is used for a 16-bit literal (hence the "s" for "short"). It is used by the "/lit16" opcodes for binary operations.
Insn22t	The "22t" instruction format: It needs two 16-bit code units, has two registers and is used for jump targets (hence the "t"). It is used e.g.
Insn22x	The "22x" instruction format: It needs two 16-bit code units, has two registers and is used for general purposes (hence the "x"). It is used by the opcodes "move/from16", "move-wide/from16" and "move-object/from16".
Insn23x	The "23x" instruction format: It needs two 16-bit code units, has three registers and is used for general purposes (hence the "x"). It is used e.g.
Insn30t	The "30t" instruction format: It needs three 16-bit code units, does not have any registers and is used for jump targets (hence the "t"). It is used by the "goto/32" opcode for jumps to a 32-bit wide offset.
Insn31i	The "31i" instruction format: It needs three 16-bit code units, has one register and is used for a 32-bit literal (hence the "i" for "integer"). It is used by the opcodes "const" and "const-wide/32".
Insn31t	The "31t" instruction format: It needs three 16-bit code units, has one register and is used for jump targets (hence the "t"). It is used e.g.
Insn32x	The "32x" instruction format: It needs three 16-bit code units, has two registers and is used for general purposes (hence the "x"). It is used by the opcodes "move/16", "move-wide/16" and "move-object/16".
Insn35c	The "35c" instruction format: It needs three 16-bit code units, has five registers and is used for method/type items (hence the "c" for "constant pool"). It is used by the "filled-new-array" opcode and the various "invoke-" opcodes. IMPLEMENTATION NOTE: the wide args for "35c" must be explicitly stated - internally, such args are implicitly represented by e.g.
Insn3rc	The "3rc" instruction format: It needs three 16-bit code units, has a whole range of registers (hence the "r" for "ranged") and is used for method/type items (hence the "c" for "constant pool"). It is used by the "filled-new-array/range" opcode and the various ranged "invoke-" opcodes.
Insn51l	The "51l" instruction format: It needs five 16-bit code units, has one register and is used for a 64-bit literal (hence the "l" for "long"). It is used by the opcode "const-wide".
InsnWithOffset	An abstract implementation for instructions that have a jump label.
PackedSwitchPayload	The payload for a packed-switch instruction.
SparseSwitchPayload	The payload for a sparse-switch instruction.
SwitchPayload	The payload for switch instructions, usually placed at the end of a method.