frysk.value
Class FloatingPointType

java.lang.Object
  frysk.value.Type
      frysk.value.ArithmeticType
          frysk.value.FloatingPointType

public class FloatingPointType
extends ArithmeticType

Type for a floating-point value.

Constructor Summary

FloatingPointType(String name, ByteOrder order, int size)

Method Summary

ArithmeticUnit	getALU(FloatingPointType type, int wordSize)
ArithmeticUnit	getALU(int wordSize)
ArithmeticUnit	getALU(IntegerType type, int wordSize)
ArithmeticUnit	getALU(PointerType type, int wordSize)
ArithmeticUnit	getALU(Type type, int wordSize)
void	printAsHexConstant(PrintWriter writer, Location loc) Prints value as a hexadecimal float constant.
void	toPrint(PrintWriter writer, Location location, ByteBuffer memory, Format format, int indent) Print Location as Type in user-readable form; use Format to print basic types.

Methods inherited from class frysk.value.ArithmeticType

assign, createValue, createValue, createValue, order, toPrint, toString

Methods inherited from class frysk.value.Type

addressOf, completeFollowSym, completeMember, dereference, getALU, getName, getSize, getSliceType, getType, getUltimateType, index, member, pack, slice, toPrint, toPrintBrief

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, wait, wait, wait

Constructor Detail

FloatingPointType

public FloatingPointType(String name,
                         ByteOrder order,
                         int size)

Method Detail

toPrint

public void toPrint(PrintWriter writer,
                    Location location,
                    ByteBuffer memory,
                    Format format,
                    int indent)

Description copied from class: Type

Print Location as Type in user-readable form; use Format to print basic types. If needed, and when memory is non-NULL, it can be used for dereferencing pointers. Indent before printing.

printAsHexConstant

public void printAsHexConstant(PrintWriter writer,
                               Location loc)

Prints value as a hexadecimal float constant. eg. double value 9.0 --> 0x1.2p+0

getALU

public ArithmeticUnit getALU(Type type,
                             int wordSize)

Overrides:

getALU in class Type

getALU

public ArithmeticUnit getALU(IntegerType type,
                             int wordSize)

Overrides:

getALU in class Type

getALU

public ArithmeticUnit getALU(FloatingPointType type,
                             int wordSize)

Overrides:

getALU in class Type

getALU

public ArithmeticUnit getALU(PointerType type,
                             int wordSize)

Overrides:

getALU in class Type

getALU

public ArithmeticUnit getALU(int wordSize)

Overrides:

getALU in class Type