Uses of Class
com.android.dx.cf.code.Frame

Packages that use Frame

com.android.dx.cf.code

Implementation of classes having to do with Java simulation, such as is needed for verification or stack-to-register conversion.

Uses of Frame in com.android.dx.cf.code

Methods in com.android.dx.cf.code that return Frame

Frame	Frame.copy() Makes and returns a mutable copy of this instance.
Frame	Frame.makeExceptionHandlerStartFrame(CstType exceptionClass) Makes a new frame for an exception handler block invoked from this frame.
Frame	Frame.makeNewSubroutineStartFrame(int subLabel, int callerLabel) Makes a frame for a subroutine start block, given that this is the ending frame of one of the subroutine's calling blocks.
Frame	Frame.mergeWith(Frame other) Merges two frames.
Frame	Frame.mergeWithSubroutineCaller(Frame other, int subLabel, int predLabel) Merges this frame with the frame of a subroutine caller at predLabel.
Frame	Frame.subFrameForLabel(int startLabel, int subLabel) Returns a Frame instance representing the frame state that should be used when returning from a subroutine.

Methods in com.android.dx.cf.code with parameters of type Frame

void	BaseMachine.localArg(Frame frame, int idx) Loads the local variable with the given index as the sole argument in the arguments area.
void	Machine.localArg(Frame frame, int idx) Loads the local variable with the given index as the sole argument in the arguments area.
Frame	Frame.mergeWith(Frame other) Merges two frames.
Frame	Frame.mergeWithSubroutineCaller(Frame other, int subLabel, int predLabel) Merges this frame with the frame of a subroutine caller at predLabel.
void	BaseMachine.popArgs(Frame frame, int count) Pops the given number of values from the stack (of either category), and store them in the arguments area, indicating that there are now that many arguments.
void	Machine.popArgs(Frame frame, int count) Pops the given number of values from the stack (of either category), and store them in the arguments area, indicating that there are now that many arguments.
void	BaseMachine.popArgs(Frame frame, Prototype prototype) Pops values from the stack of the types indicated by the given Prototype (popped in reverse of the argument order, so the first prototype argument type is for the deepest element of the stack), and store them in the arguments area, indicating that there are now that many arguments.
void	Machine.popArgs(Frame frame, Prototype prototype) Pops values from the stack of the types indicated by the given Prototype (popped in reverse of the argument order, so the first prototype argument type is for the deepest element of the stack), and store them in the arguments area, indicating that there are now that many arguments.
void	BaseMachine.popArgs(Frame frame, Type type)
void	Machine.popArgs(Frame frame, Type type) Pops a value from the stack of the indicated type, and store it in the arguments area, indicating that there are now that many arguments.
void	BaseMachine.popArgs(Frame frame, Type type1, Type type2) Pops values from the stack of the indicated types (popped in reverse argument order, so the first indicated type is for the deepest element of the stack), and store them in the arguments area, indicating that there are now that many arguments.
void	Machine.popArgs(Frame frame, Type type1, Type type2) Pops values from the stack of the indicated types (popped in reverse argument order, so the first indicated type is for the deepest element of the stack), and store them in the arguments area, indicating that there are now that many arguments.
void	BaseMachine.popArgs(Frame frame, Type type1, Type type2, Type type3) Pops values from the stack of the indicated types (popped in reverse argument order, so the first indicated type is for the deepest element of the stack), and store them in the arguments area, indicating that there are now that many arguments.
void	Machine.popArgs(Frame frame, Type type1, Type type2, Type type3) Pops values from the stack of the indicated types (popped in reverse argument order, so the first indicated type is for the deepest element of the stack), and store them in the arguments area, indicating that there are now that many arguments.
void	Machine.run(Frame frame, int offset, int opcode) "Runs" the indicated opcode in an appropriate way, using the arguments area as appropriate, and modifying the given frame in response.
void	ValueAwareMachine.run(Frame frame, int offset, int opcode) "Runs" the indicated opcode in an appropriate way, using the arguments area as appropriate, and modifying the given frame in response.
void	Simulator.simulate(ByteBlock bb, Frame frame) Simulates the effect of executing the given basic block.
int	Simulator.simulate(int offset, Frame frame) Simulates the effect of the instruction at the given offset, by making appropriate calls on the given frame.
protected void	BaseMachine.storeResults(Frame frame) Stores the results of the latest operation into the given frame.