gnu.kawa.functions

Class DivideOp

java.lang.Object

gnu.mapping.PropertySet

gnu.mapping.Procedure

gnu.mapping.ProcedureN

gnu.kawa.functions.ArithOp

gnu.kawa.functions.DivideOp

All Implemented Interfaces:

Named

public class DivideOp
extends ArithOp

Implement the Scheme standard function "/".

Field Summary

Fields

Modifier and Type	Field and Description
static DivideOp	div
static DivideOp	div0
static DivideOp	floorQuotient
static DivideOp	iceil
static DivideOp	idiv
static DivideOp	mod
static DivideOp	mod0
static DivideOp	modulo
static DivideOp	quotient
static DivideOp	remainder
static DivideOp	SLASH

Fields inherited from class gnu.kawa.functions.ArithOp

AND, ASHIFT_GENERAL, ASHIFT_LEFT, ASHIFT_RIGHT, DIVIDE_GENERIC, DIVIDE_INEXACT, IOR, LSHIFT_RIGHT, MODULO, NOT, QUOTIENT, QUOTIENT_EXACT, XOR

Fields inherited from class gnu.mapping.ProcedureN

applyToObject, noArgs

Fields inherited from class gnu.mapping.Procedure

applyMethodType, applyToConsumerDefault, applyToConsumerMethod, applyToObjectDefault, applyToObjectMethod, compilerKey, compilerXKey, inlineIfConstantSymbol, validateApplyKey, validateXApplyKey

Fields inherited from class gnu.mapping.PropertySet

nameKey

Constructor Summary

Constructors

Constructor and Description
DivideOp(java.lang.String name, int op)

Method Summary

Modifier and Type	Method and Description
java.lang.Object	apply2(java.lang.Object arg1, java.lang.Object arg2)
java.lang.Object	applyN(java.lang.Object[] args)
int	getRoundingMode() Return one of FLOOR, CEILING, TRUNCATE, ROUND, or 0 if not applicable.
int	numArgs() Return minArgs()|(maxArgs<<12).

Methods inherited from class gnu.kawa.functions.ArithOp

defaultResult, isSideEffectFree

Methods inherited from class gnu.mapping.ProcedureN

applyToObject

Methods inherited from class gnu.mapping.Procedure

apply0, apply1, apply3, apply4, applyL, applyToConsumerDefault, applyToObjectDefault, checkArgCount, checkBadCode, getApplyMethod, getApplyToConsumerMethod, getApplyToObjectMethod, getReturnType, getSetter, getSourceLocation, lookupApplyHandle, maxArgs, maxArgs, minArgs, minArgs, set0, set1, setN, setSetter, setSourceLocation, toString

Methods inherited from class gnu.mapping.PropertySet

getName, getProperty, getSymbol, removeProperty, setName, setProperty, setProperty, setSymbol

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Field Detail

SLASH

public static final DivideOp SLASH

idiv

public static final DivideOp idiv

iceil

public static final DivideOp iceil

floorQuotient

public static final DivideOp floorQuotient

quotient

public static final DivideOp quotient

remainder

public static final DivideOp remainder

modulo

public static final DivideOp modulo

div

public static final DivideOp div

mod

public static final DivideOp mod

div0

public static final DivideOp div0

mod0

public static final DivideOp mod0

Constructor Detail

DivideOp

public DivideOp(java.lang.String name,
                int op)

Method Detail

getRoundingMode

public int getRoundingMode()

Return one of FLOOR, CEILING, TRUNCATE, ROUND, or 0 if not applicable. These are defined in gnu.math.Numeric.

applyN

public java.lang.Object applyN(java.lang.Object[] args)
                        throws java.lang.Throwable

Overrides:

applyN in class Procedure

Throws:

java.lang.Throwable

apply2

public java.lang.Object apply2(java.lang.Object arg1,
                               java.lang.Object arg2)
                        throws java.lang.Throwable

Overrides:

apply2 in class Procedure

Throws:

java.lang.Throwable

numArgs

public int numArgs()

Description copied from class: Procedure

Return minArgs()|(maxArgs<<12). We use a single virtual function to reduce the number of methods in the system, as well as the number of virtual method table entries. We shift by 12 so the number can normally be represented using a sipush instruction, without requiring a constant pool entry.

Overrides:

numArgs in class Procedure