java.lang.Object
- org.armedbear.lisp.LispObject

Direct Known Subclasses:

AbstractArray, Complex, Cons, DoubleFloat, EMFCache, Environment, HashTable, JavaObject, Layout, LispCharacter, LispInteger, LispThread, Operator, Package, Pathname, RandomState, Ratio, Readtable, SingleFloat, StackFrame, StandardObject, StructureObject, Symbol, SymbolMacro, WeakHashTable, WeakReference
```
public class LispObject
extends java.lang.Object
```

Constructor Summary

Constructors
Constructor Description

LispObject()

Method Summary

All Methods Static Methods Instance Methods Concrete Methods
Modifier and Type	Method	Description
`LispObject`	`ABS()`
`LispObject`	`add(int n)`
`LispObject`	`add(LispObject obj)`
`int`	`aref(int index)`
`LispObject`	`AREF(int index)`
`LispObject`	`AREF(LispObject index)`
`long`	`aref_long(int index)`
`void`	`aset(int index, int n)`
`void`	`aset(int index, LispObject newValue)`
`void`	`aset(LispObject index, LispObject newValue)`
`LispObject`	`ash(int shift)`
`LispObject`	`ash(LispObject obj)`
`boolean`	`atom()`
`LispObject`	`ATOM()`
`LispObject`	`caddr()`
`LispObject`	`cadr()`
`LispObject`	`car()`
`LispObject`	`cddr()`
`LispObject`	`cdr()`
`LispObject`	`CHAR(int index)`
`boolean`	`characterp()`
`LispObject`	`CHARACTERP()`
`char[]`	`chars()`
`LispObject`	`classOf()`
`LispObject`	`COMPLEXP()`
`boolean`	`constantp()`
`LispObject`	`CONSTANTP()`
`LispObject[]`	`copyToArray()`
`LispObject`	`decr()`
`LispObject`	`DENOMINATOR()`
`LispObject`	`dispatch(LispObject[] args)`
`LispObject`	`divideBy(LispObject obj)`
`double`	`doubleValue()`
`LispObject`	`elt(int index)`
`boolean`	`endp()`
`LispObject`	`ENDP()`
`LispObject`	`EQ(LispObject obj)`
`boolean`	`eql(char c)`
`boolean`	`eql(int n)`
`boolean`	`eql(LispObject obj)`
`LispObject`	`EQL(LispObject obj)`
`boolean`	`equal(int n)`
`boolean`	`equal(LispObject obj)`
`LispObject`	`EQUAL(LispObject obj)`
`boolean`	`equalp(int n)`
`boolean`	`equalp(LispObject obj)`
`boolean`	`evenp()`
`LispObject`	`EVENP()`
`LispObject`	`execute()`
`LispObject`	`execute(LispObject arg)`
`LispObject`	`execute(LispObject[] args)`
`LispObject`	`execute(LispObject args, Environment env)`
`LispObject`	`execute(LispObject first, LispObject second)`
`LispObject`	`execute(LispObject first, LispObject second, LispObject third)`
`LispObject`	`execute(LispObject first, LispObject second, LispObject third, LispObject fourth)`
`LispObject`	`execute(LispObject first, LispObject second, LispObject third, LispObject fourth, LispObject fifth)`
`LispObject`	`execute(LispObject first, LispObject second, LispObject third, LispObject fourth, LispObject fifth, LispObject sixth)`
`LispObject`	`execute(LispObject first, LispObject second, LispObject third, LispObject fourth, LispObject fifth, LispObject sixth, LispObject seventh)`
`LispObject`	`execute(LispObject first, LispObject second, LispObject third, LispObject fourth, LispObject fifth, LispObject sixth, LispObject seventh, LispObject eighth)`
`boolean`	`floatp()`
`LispObject`	`FLOATP()`
`float`	`floatValue()`
`boolean`	`getBooleanValue()`
`int`	`getCallCount()`
`LispObject`	`getDescription()`
`LispObject`	`getDocumentation(LispObject docType)`
`int`	`getFixnumSlotValue(int index)`
`int`	`getHotCount()`
`static LispObject`	`getInstance(boolean b)`
`LispObject`	`getParts()`	Implementing the getParts() protocol will allow INSPECT to return information about the substructure of a descendent of LispObject.
`LispObject`	`getPropertyList()`
`LispObject`	`getSlotValue(int index)`
`LispObject`	`getSlotValue_0()`
`LispObject`	`getSlotValue_1()`
`LispObject`	`getSlotValue_2()`
`LispObject`	`getSlotValue_3()`
`boolean`	`getSlotValueAsBoolean(int index)`
`char[]`	`getStringChars()`
`java.lang.String`	`getStringValue()`	Returns a string representing the value of a 'string designator', if the instance is one.
`LispObject`	`getSymbolFunction()`
`LispObject`	`getSymbolFunctionOrDie()`
`LispObject`	`getSymbolSetfFunction()`
`LispObject`	`getSymbolSetfFunctionOrDie()`
`LispObject`	`getSymbolValue()`
`LispObject`	`incr()`
`void`	`incrementCallCount()`
`void`	`incrementHotCount()`
`boolean`	`integerp()`
`LispObject`	`INTEGERP()`
`int`	`intValue()`
`LispObject`	`IS_E(LispObject obj)`
`LispObject`	`IS_GE(LispObject obj)`
`LispObject`	`IS_GT(LispObject obj)`
`LispObject`	`IS_LE(LispObject obj)`
`LispObject`	`IS_LT(LispObject obj)`
`LispObject`	`IS_NE(LispObject obj)`
`boolean`	`isEqualTo(int n)`
`boolean`	`isEqualTo(LispObject obj)`
`boolean`	`isGreaterThan(int n)`
`boolean`	`isGreaterThan(LispObject obj)`
`boolean`	`isGreaterThanOrEqualTo(int n)`
`boolean`	`isGreaterThanOrEqualTo(LispObject obj)`
`boolean`	`isLessThan(int n)`
`boolean`	`isLessThan(LispObject obj)`
`boolean`	`isLessThanOrEqualTo(int n)`
`boolean`	`isLessThanOrEqualTo(LispObject obj)`
`boolean`	`isNotEqualTo(int n)`
`boolean`	`isNotEqualTo(LispObject obj)`
`boolean`	`isSpecialOperator()`
`boolean`	`isSpecialVariable()`
`java.lang.Object`	`javaInstance()`
`java.lang.Object`	`javaInstance(java.lang.Class<?> c)`
`LispObject`	`LDB(int size, int position)`
`int`	`length()`
`LispObject`	`LENGTH()`
`boolean`	`listp()`
`LispObject`	`LISTP()`
`java.lang.Object`	`lockableInstance()`	This method returns 'this' by default, but allows objects to return different values to increase Java interoperability
`LispObject`	`LOGAND(int n)`
`LispObject`	`LOGAND(LispObject obj)`
`LispObject`	`LOGIOR(int n)`
`LispObject`	`LOGIOR(LispObject obj)`
`LispObject`	`LOGNOT()`
`LispObject`	`LOGXOR(int n)`
`LispObject`	`LOGXOR(LispObject obj)`
`long`	`longValue()`
`boolean`	`minusp()`
`LispObject`	`MINUSP()`
`LispObject`	`MOD(int divisor)`
`LispObject`	`MOD(LispObject divisor)`
`LispObject`	`multiplyBy(int n)`
`LispObject`	`multiplyBy(LispObject obj)`
`LispObject`	`negate()`
`LispObject`	`noFillPointer()`
`LispObject`	`NOT()`
`LispObject`	`nreverse()`
`LispObject`	`NTH(int index)`
`LispObject`	`NTH(LispObject arg)`
`LispObject`	`nthcdr(int n)`
`boolean`	`numberp()`
`LispObject`	`NUMBERP()`
`LispObject`	`NUMERATOR()`
`boolean`	`oddp()`
`LispObject`	`ODDP()`
`boolean`	`plusp()`
`LispObject`	`PLUSP()`
`java.lang.String`	`princToString()`	PRINC-TO-STRING function to be used with Java objects
`java.lang.String`	`printObject()`
`int`	`psxhash()`
`int`	`psxhash(int depth)`
`LispObject`	`push(LispObject obj)`
`boolean`	`rationalp()`
`LispObject`	`RATIONALP()`
`boolean`	`realp()`
`LispObject`	`REALP()`
`LispObject`	`resolve()`	Function to allow objects to return the value "they stand for".
`LispObject`	`reverse()`
`LispObject`	`RPLACA(LispObject obj)`
`LispObject`	`RPLACD(LispObject obj)`
`LispObject`	`SCHAR(int index)`
`void`	`setCallCount(int n)`
`void`	`setCar(LispObject obj)`
`void`	`setCdr(LispObject obj)`
`void`	`setDocumentation(LispObject docType, LispObject documentation)`
`void`	`setHotCount(int n)`
`void`	`setPropertyList(LispObject obj)`
`void`	`setSlotValue(int index, LispObject value)`
`void`	`setSlotValue(LispObject slotName, LispObject newValue)`
`void`	`setSlotValue_0(LispObject value)`
`void`	`setSlotValue_1(LispObject value)`
`void`	`setSlotValue_2(LispObject value)`
`void`	`setSlotValue_3(LispObject value)`
`LispObject`	`SIMPLE_STRING_P()`
`LispObject`	`SLOT_VALUE(LispObject slotName)`
`LispObject`	`STRING()`
`boolean`	`stringp()`
`LispObject`	`STRINGP()`
`LispObject`	`subtract(int n)`
`LispObject`	`subtract(LispObject obj)`
`LispObject`	`SVREF(int index)`
`void`	`svset(int index, LispObject newValue)`
`int`	`sxhash()`
`LispObject`	`SYMBOLP()`
`LispObject`	`truncate(LispObject obj)`
`LispObject`	`typeOf()`
`LispObject`	`typep(LispObject typeSpecifier)`
`java.lang.String`	`unreadableString(java.lang.String s)`	Calls unreadableString(String s, boolean identity) with a default identity value of 'true'.
`java.lang.String`	`unreadableString(java.lang.String s, boolean identity)`	Creates a non-readably (as per CLHS terminology) representation of the 'this' object, using string 's'.
`LispObject`	`VECTOR_PUSH_EXTEND(LispObject element)`
`LispObject`	`VECTOR_PUSH_EXTEND(LispObject element, LispObject extension)`
`boolean`	`vectorp()`
`LispObject`	`VECTORP()`
`void`	`vectorPushExtend(LispObject element)`
`boolean`	`zerop()`
`LispObject`	`ZEROP()`

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail
- LispObject
```
public LispObject()
```

Method Detail

resolve
```
public LispObject resolve()
```
Function to allow objects to return the value "they stand for". Used by AutoloadedFunctionProxy to return the function it is proxying.

typeOf
```
public LispObject typeOf()
```

getInstance

public static LispObject getInstance(boolean b)

classOf
```
public LispObject classOf()
```

getDescription
```
public LispObject getDescription()
```

getParts
```
public LispObject getParts()
```
Implementing the getParts() protocol will allow INSPECT to return information about the substructure of a descendent of LispObject. The protocol is to return a List of Cons pairs, where the car of each pair contains a decriptive string, and the cdr returns a subobject for inspection.

getBooleanValue
```
public boolean getBooleanValue()
```

typep

public LispObject typep(LispObject typeSpecifier)

constantp
```
public boolean constantp()
```

CONSTANTP
```
public final LispObject CONSTANTP()
```

ATOM
```
public final LispObject ATOM()
```

atom
```
public boolean atom()
```

javaInstance

public java.lang.Object javaInstance()

javaInstance

public java.lang.Object javaInstance(java.lang.Class<?> c)

lockableInstance
```
public java.lang.Object lockableInstance()
```
This method returns 'this' by default, but allows objects to return different values to increase Java interoperability

Returns:

An object to be used with synchronized, wait, notify, etc

car
```
public final LispObject car()
```

setCar

public final void setCar(LispObject obj)

RPLACA

public LispObject RPLACA(LispObject obj)

cdr
```
public final LispObject cdr()
```

setCdr

public final void setCdr(LispObject obj)

RPLACD

public LispObject RPLACD(LispObject obj)

cadr
```
public final LispObject cadr()
```

cddr
```
public final LispObject cddr()
```

caddr
```
public final LispObject caddr()
```

nthcdr

public final LispObject nthcdr(int n)

push

public final LispObject push(LispObject obj)

EQ

public final LispObject EQ(LispObject obj)

eql
```
public boolean eql(char c)
```

eql
```
public boolean eql(int n)
```

eql

public boolean eql(LispObject obj)

EQL

public final LispObject EQL(LispObject obj)

EQUAL

public final LispObject EQUAL(LispObject obj)

equal
```
public boolean equal(int n)
```

equal

public boolean equal(LispObject obj)

equalp
```
public boolean equalp(int n)
```

equalp

public boolean equalp(LispObject obj)

ABS
```
public LispObject ABS()
```

NUMERATOR
```
public LispObject NUMERATOR()
```

DENOMINATOR
```
public LispObject DENOMINATOR()
```

EVENP
```
public final LispObject EVENP()
```

evenp
```
public boolean evenp()
```

ODDP
```
public final LispObject ODDP()
```

oddp
```
public boolean oddp()
```

PLUSP
```
public final LispObject PLUSP()
```

plusp
```
public boolean plusp()
```

MINUSP
```
public final LispObject MINUSP()
```

minusp
```
public boolean minusp()
```

NUMBERP
```
public final LispObject NUMBERP()
```

numberp
```
public boolean numberp()
```

ZEROP
```
public final LispObject ZEROP()
```

zerop
```
public boolean zerop()
```

COMPLEXP
```
public LispObject COMPLEXP()
```

FLOATP
```
public final LispObject FLOATP()
```

floatp
```
public boolean floatp()
```

INTEGERP
```
public final LispObject INTEGERP()
```

integerp
```
public boolean integerp()
```

RATIONALP
```
public final LispObject RATIONALP()
```

rationalp
```
public boolean rationalp()
```

REALP
```
public final LispObject REALP()
```

realp
```
public boolean realp()
```

STRINGP
```
public final LispObject STRINGP()
```

stringp
```
public boolean stringp()
```

SIMPLE_STRING_P
```
public LispObject SIMPLE_STRING_P()
```

VECTORP
```
public final LispObject VECTORP()
```

vectorp
```
public boolean vectorp()
```

CHARACTERP
```
public final LispObject CHARACTERP()
```

characterp
```
public boolean characterp()
```

length
```
public int length()
```

LENGTH
```
public final LispObject LENGTH()
```

CHAR
```
public LispObject CHAR(int index)
```

SCHAR

public LispObject SCHAR(int index)

NTH
```
public LispObject NTH(int index)
```

NTH

public final LispObject NTH(LispObject arg)

elt
```
public LispObject elt(int index)
```

reverse
```
public LispObject reverse()
```

nreverse
```
public LispObject nreverse()
```

aref_long
```
public long aref_long(int index)
```

aref
```
public int aref(int index)
```

AREF
```
public LispObject AREF(int index)
```

AREF

public final LispObject AREF(LispObject index)

aset

public void aset(int index,
                 int n)

aset

public void aset(int index,
                 LispObject newValue)

aset

public final void aset(LispObject index,
                       LispObject newValue)

SVREF

public LispObject SVREF(int index)

svset

public void svset(int index,
                  LispObject newValue)

vectorPushExtend

public void vectorPushExtend(LispObject element)

VECTOR_PUSH_EXTEND

public LispObject VECTOR_PUSH_EXTEND(LispObject element)

VECTOR_PUSH_EXTEND

public LispObject VECTOR_PUSH_EXTEND(LispObject element,
                                     LispObject extension)

noFillPointer

public final LispObject noFillPointer()

copyToArray
```
public LispObject[] copyToArray()
```

SYMBOLP
```
public final LispObject SYMBOLP()
```

listp
```
public final boolean listp()
```

LISTP
```
public final LispObject LISTP()
```

endp
```
public final boolean endp()
```

ENDP
```
public final LispObject ENDP()
```

NOT
```
public LispObject NOT()
```

isSpecialOperator
```
public boolean isSpecialOperator()
```

isSpecialVariable
```
public boolean isSpecialVariable()
```

getDocumentation

public LispObject getDocumentation(LispObject docType)

setDocumentation

public void setDocumentation(LispObject docType,
                             LispObject documentation)

getPropertyList
```
public LispObject getPropertyList()
```

setPropertyList

public void setPropertyList(LispObject obj)

getSymbolValue
```
public LispObject getSymbolValue()
```

getSymbolFunction
```
public LispObject getSymbolFunction()
```

getSymbolFunctionOrDie

public LispObject getSymbolFunctionOrDie()

getSymbolSetfFunction

public LispObject getSymbolSetfFunction()

getSymbolSetfFunctionOrDie

public LispObject getSymbolSetfFunctionOrDie()

princToString
```
public java.lang.String princToString()
```
PRINC-TO-STRING function to be used with Java objects

Returns:

A string in human-readable format, as per PRINC definition

printObject
```
public java.lang.String printObject()
```

unreadableString
```
public final java.lang.String unreadableString(java.lang.String s)
```
Calls unreadableString(String s, boolean identity) with a default identity value of 'true'. This function is a helper for printObject()

Parameters:

s - String representation of this object.

Returns:

String enclosed in the non-readable #< ... > markers

unreadableString
```
public final java.lang.String unreadableString(java.lang.String s,
                                               boolean identity)
```
Creates a non-readably (as per CLHS terminology) representation of the 'this' object, using string 's'. If the current value of the variable *PRINT-READABLY* is T, a Lisp error is thrown and no value is returned. This function is a helper for printObject()

Parameters:

s -

identity - when 'true', includes Java's identityHash for the object in the output.

Returns:

a non reabable string (i.e. one enclosed in the #< > markers)

execute

public LispObject execute(LispObject args,
                          Environment env)

execute
```
public LispObject execute()
```

execute

public LispObject execute(LispObject arg)

execute

public LispObject execute(LispObject first,
                          LispObject second)

execute

public LispObject execute(LispObject first,
                          LispObject second,
                          LispObject third)

execute

public LispObject execute(LispObject first,
                          LispObject second,
                          LispObject third,
                          LispObject fourth)

execute

public LispObject execute(LispObject first,
                          LispObject second,
                          LispObject third,
                          LispObject fourth,
                          LispObject fifth)

execute

public LispObject execute(LispObject first,
                          LispObject second,
                          LispObject third,
                          LispObject fourth,
                          LispObject fifth,
                          LispObject sixth)

execute

public LispObject execute(LispObject first,
                          LispObject second,
                          LispObject third,
                          LispObject fourth,
                          LispObject fifth,
                          LispObject sixth,
                          LispObject seventh)

execute

public LispObject execute(LispObject first,
                          LispObject second,
                          LispObject third,
                          LispObject fourth,
                          LispObject fifth,
                          LispObject sixth,
                          LispObject seventh,
                          LispObject eighth)

execute

public LispObject execute(LispObject[] args)

dispatch

public LispObject dispatch(LispObject[] args)

intValue
```
public int intValue()
```

longValue
```
public long longValue()
```

floatValue
```
public float floatValue()
```

doubleValue
```
public double doubleValue()
```

incr
```
public LispObject incr()
```

decr
```
public LispObject decr()
```

negate
```
public LispObject negate()
```

add
```
public LispObject add(int n)
```

add

public LispObject add(LispObject obj)

subtract
```
public LispObject subtract(int n)
```

subtract

public LispObject subtract(LispObject obj)

multiplyBy

public LispObject multiplyBy(int n)

multiplyBy

public LispObject multiplyBy(LispObject obj)

divideBy

public LispObject divideBy(LispObject obj)

isEqualTo
```
public boolean isEqualTo(int n)
```

isEqualTo

public boolean isEqualTo(LispObject obj)

IS_E

public final LispObject IS_E(LispObject obj)

isNotEqualTo

public boolean isNotEqualTo(int n)

isNotEqualTo

public boolean isNotEqualTo(LispObject obj)

IS_NE

public final LispObject IS_NE(LispObject obj)

isLessThan
```
public boolean isLessThan(int n)
```

isLessThan

public boolean isLessThan(LispObject obj)

IS_LT

public final LispObject IS_LT(LispObject obj)

isGreaterThan

public boolean isGreaterThan(int n)

isGreaterThan

public boolean isGreaterThan(LispObject obj)

IS_GT

public final LispObject IS_GT(LispObject obj)

isLessThanOrEqualTo

public boolean isLessThanOrEqualTo(int n)

isLessThanOrEqualTo

public boolean isLessThanOrEqualTo(LispObject obj)

IS_LE

public final LispObject IS_LE(LispObject obj)

isGreaterThanOrEqualTo

public boolean isGreaterThanOrEqualTo(int n)

isGreaterThanOrEqualTo

public boolean isGreaterThanOrEqualTo(LispObject obj)

IS_GE

public final LispObject IS_GE(LispObject obj)

truncate

public LispObject truncate(LispObject obj)

MOD

public LispObject MOD(LispObject divisor)

MOD

public LispObject MOD(int divisor)

ash
```
public LispObject ash(int shift)
```

ash

public LispObject ash(LispObject obj)

LOGNOT
```
public LispObject LOGNOT()
```

LOGAND
```
public LispObject LOGAND(int n)
```

LOGAND

public LispObject LOGAND(LispObject obj)

LOGIOR
```
public LispObject LOGIOR(int n)
```

LOGIOR

public LispObject LOGIOR(LispObject obj)

LOGXOR
```
public LispObject LOGXOR(int n)
```

LOGXOR

public LispObject LOGXOR(LispObject obj)

LDB

public LispObject LDB(int size,
                      int position)

sxhash
```
public int sxhash()
```

psxhash
```
public int psxhash()
```

psxhash
```
public int psxhash(int depth)
```

STRING
```
public LispObject STRING()
```

chars
```
public char[] chars()
```

getStringChars
```
public char[] getStringChars()
```

getStringValue
```
public java.lang.String getStringValue()
```
Returns a string representing the value of a 'string designator', if the instance is one. Throws an error if the instance isn't a string designator.

getSlotValue_0
```
public LispObject getSlotValue_0()
```

getSlotValue_1
```
public LispObject getSlotValue_1()
```

getSlotValue_2
```
public LispObject getSlotValue_2()
```

getSlotValue_3
```
public LispObject getSlotValue_3()
```

getSlotValue

public LispObject getSlotValue(int index)

getFixnumSlotValue

public int getFixnumSlotValue(int index)

getSlotValueAsBoolean

public boolean getSlotValueAsBoolean(int index)

setSlotValue_0

public void setSlotValue_0(LispObject value)

setSlotValue_1

public void setSlotValue_1(LispObject value)

setSlotValue_2

public void setSlotValue_2(LispObject value)

setSlotValue_3

public void setSlotValue_3(LispObject value)

setSlotValue

public void setSlotValue(int index,
                         LispObject value)

SLOT_VALUE

public LispObject SLOT_VALUE(LispObject slotName)

setSlotValue

public void setSlotValue(LispObject slotName,
                         LispObject newValue)

getCallCount
```
public int getCallCount()
```

setCallCount
```
public void setCallCount(int n)
```

incrementCallCount
```
public void incrementCallCount()
```

getHotCount
```
public int getHotCount()
```

setHotCount
```
public void setHotCount(int n)
```

incrementHotCount
```
public void incrementHotCount()
```

Class LispObject

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Constructor Detail

LispObject

Method Detail

resolve

typeOf

getInstance

classOf

getDescription

getParts

getBooleanValue

typep

constantp

CONSTANTP

ATOM

atom

javaInstance

javaInstance

lockableInstance

car

setCar

RPLACA

cdr

setCdr

RPLACD

cadr

cddr

caddr

nthcdr

push

EQ

eql

eql

eql

EQL

EQUAL

equal

equal

equalp

equalp

ABS

NUMERATOR

DENOMINATOR

EVENP

evenp

ODDP

oddp

PLUSP

plusp

MINUSP

minusp

NUMBERP

numberp

ZEROP

zerop

COMPLEXP

FLOATP

floatp

INTEGERP

integerp

RATIONALP

rationalp

REALP

realp

STRINGP

stringp

SIMPLE_STRING_P

VECTORP

vectorp

CHARACTERP

characterp

length

LENGTH

CHAR

SCHAR

NTH

NTH