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8b4b081ed5
fpc/rtl/android/jvm/java_sys_android.inc
Jonas Maebe 0d5b2b84a8 + Android/JVM target, including a translation of the Android r14 SDK 
(= Android 4.0) java headers: java.*, javax.*, org.*, junit.*, android.*).
    The RTL can also be used to target earlier versions of the Android
    platform, but you manually have to take care of not using APIs that
    weren't available yet. Adding separate units for separate platform
    versions would only partly solve the problem, because some of the
    classes used inside the system unit have also changed across
    versions.

    Use -Tandroid while compiling to select the Android OS as target
    platform.

git-svn-id: branches/jvmbackend@19830 -
2011-12-12 02:34:34 +00:00

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JLObject = class external 'java.lang' name 'Object'
public
constructor create(); overload;
strict protected
function clone(): JLObject; overload; virtual; // throws java.lang.CloneNotSupportedException
public
function equals(para1: JLObject): jboolean; overload; virtual;
strict protected
procedure finalize(); overload; virtual; // throws java.lang.Throwable
public
function getClass(): JLClass; overload; virtual; final;
function hashCode(): jint; overload; virtual;
procedure notify(); overload; virtual; final;
procedure notifyAll(); overload; virtual; final;
function toString(): JLString; overload; virtual;
procedure wait(); overload; virtual; final; // throws java.lang.InterruptedException
procedure wait(para1: jlong); overload; virtual; final; // throws java.lang.InterruptedException
procedure wait(para1: jlong; para2: jint); overload; virtual; final; // throws java.lang.InterruptedException
end;
JISerializable = interface external 'java.io' name 'Serializable'
end;
JLAbstractStringBuilder = class abstract external 'java.lang' name 'AbstractStringBuilder' (JLObject)
public
function capacity(): jint; overload; virtual;
function charAt(para1: jint): jchar; overload; virtual;
procedure ensureCapacity(para1: jint); overload; virtual;
procedure getChars(para1: jint; para2: jint; para3: Arr1jchar; para4: jint); overload; virtual;
procedure getChars(para1: jint; para2: jint; var para3: array of jchar; para4: jint); overload; virtual;
function length(): jint; overload; virtual;
procedure setCharAt(para1: jint; para2: jchar); overload; virtual;
procedure setLength(para1: jint); overload; virtual;
function substring(para1: jint): JLString; overload; virtual;
function substring(para1: jint; para2: jint): JLString; overload; virtual;
function toString(): JLString; overload; virtual;
function subSequence(para1: jint; para2: jint): JLCharSequence; overload; virtual;
function indexOf(para1: JLString): jint; overload; virtual;
function indexOf(para1: JLString; para2: jint): jint; overload; virtual;
function lastIndexOf(para1: JLString): jint; overload; virtual;
function lastIndexOf(para1: JLString; para2: jint): jint; overload; virtual;
procedure trimToSize(); overload; virtual;
function codePointAt(para1: jint): jint; overload; virtual;
function codePointBefore(para1: jint): jint; overload; virtual;
function codePointCount(para1: jint; para2: jint): jint; overload; virtual;
function offsetByCodePoints(para1: jint; para2: jint): jint; overload; virtual;
end;
JLAppendable = interface external 'java.lang' name 'Appendable'
function append(para1: jchar): JLAppendable; overload; // throws java.io.IOException
function append(para1: JLCharSequence): JLAppendable; overload; // throws java.io.IOException
function append(para1: JLCharSequence; para2: jint; para3: jint): JLAppendable; overload; // throws java.io.IOException
end;
JLCharSequence = interface external 'java.lang' name 'CharSequence'
function length(): jint; overload;
function charAt(para1: jint): jchar; overload;
function subSequence(para1: jint; para2: jint): JLCharSequence; overload;
function toString(): JLString; overload;
end;
JLCloneable = interface external 'java.lang' name 'Cloneable'
end;
JLComparable = interface external 'java.lang' name 'Comparable'
function compareTo(para1: JLObject): jint; overload;
end;
JLIterable = interface external 'java.lang' name 'Iterable'
function iterator(): JUIterator; overload;
end;
JLMath = class sealed external 'java.lang' name 'Math' (JLObject)
public
const
E = jdouble(2.718281828459045);
PI = jdouble(3.141592653589793);
public
class function abs(para1: jdouble): jdouble; static; overload;
class function abs(para1: jfloat): jfloat; static; overload;
class function abs(para1: jint): jint; static; overload;
class function abs(para1: jlong): jlong; static; overload;
class function acos(para1: jdouble): jdouble; static; overload;
class function asin(para1: jdouble): jdouble; static; overload;
class function atan(para1: jdouble): jdouble; static; overload;
class function atan2(para1: jdouble; para2: jdouble): jdouble; static; overload;
class function cbrt(para1: jdouble): jdouble; static; overload;
class function ceil(para1: jdouble): jdouble; static; overload;
class function cos(para1: jdouble): jdouble; static; overload;
class function cosh(para1: jdouble): jdouble; static; overload;
class function exp(para1: jdouble): jdouble; static; overload;
class function expm1(para1: jdouble): jdouble; static; overload;
class function floor(para1: jdouble): jdouble; static; overload;
class function hypot(para1: jdouble; para2: jdouble): jdouble; static; overload;
class function IEEEremainder(para1: jdouble; para2: jdouble): jdouble; static; overload;
class function log(para1: jdouble): jdouble; static; overload;
class function log10(para1: jdouble): jdouble; static; overload;
class function log1p(para1: jdouble): jdouble; static; overload;
class function max(para1: jdouble; para2: jdouble): jdouble; static; overload;
class function max(para1: jfloat; para2: jfloat): jfloat; static; overload;
class function max(para1: jint; para2: jint): jint; static; overload;
class function max(para1: jlong; para2: jlong): jlong; static; overload;
class function min(para1: jdouble; para2: jdouble): jdouble; static; overload;
class function min(para1: jfloat; para2: jfloat): jfloat; static; overload;
class function min(para1: jint; para2: jint): jint; static; overload;
class function min(para1: jlong; para2: jlong): jlong; static; overload;
class function pow(para1: jdouble; para2: jdouble): jdouble; static; overload;
class function rint(para1: jdouble): jdouble; static; overload;
class function round(para1: jdouble): jlong; static; overload;
class function round(para1: jfloat): jint; static; overload;
class function signum(para1: jdouble): jdouble; static; overload;
class function signum(para1: jfloat): jfloat; static; overload;
class function sin(para1: jdouble): jdouble; static; overload;
class function sinh(para1: jdouble): jdouble; static; overload;
class function sqrt(para1: jdouble): jdouble; static; overload;
class function tan(para1: jdouble): jdouble; static; overload;
class function tanh(para1: jdouble): jdouble; static; overload;
class function random(): jdouble; static; overload;
class function toRadians(para1: jdouble): jdouble; static; overload;
class function toDegrees(para1: jdouble): jdouble; static; overload;
class function ulp(para1: jdouble): jdouble; static; overload;
class function ulp(para1: jfloat): jfloat; static; overload;
class function copySign(para1: jdouble; para2: jdouble): jdouble; static; overload;
class function copySign(para1: jfloat; para2: jfloat): jfloat; static; overload;
class function getExponent(para1: jfloat): jint; static; overload;
class function getExponent(para1: jdouble): jint; static; overload;
class function nextAfter(para1: jdouble; para2: jdouble): jdouble; static; overload;
class function nextAfter(para1: jfloat; para2: jdouble): jfloat; static; overload;
class function nextUp(para1: jdouble): jdouble; static; overload;
class function nextUp(para1: jfloat): jfloat; static; overload;
class function scalb(para1: jdouble; para2: jint): jdouble; static; overload;
class function scalb(para1: jfloat; para2: jint): jfloat; static; overload;
end;
JLReadable = interface external 'java.lang' name 'Readable'
function read(para1: JNCharBuffer): jint; overload; // throws java.io.IOException
end;
JLRuntime = class external 'java.lang' name 'Runtime' (JLObject)
public
function exec(para1: Arr1JLString): JLProcess; overload; virtual; // throws java.io.IOException
function exec(var para1: array of JLString): JLProcess; overload; virtual; // throws java.io.IOException
function exec(para1: Arr1JLString; para2: Arr1JLString): JLProcess; overload; virtual; // throws java.io.IOException
function exec(var para1: array of JLString; var para2: array of JLString): JLProcess; overload; virtual; // throws java.io.IOException
function exec(para1: Arr1JLString; para2: Arr1JLString; para3: JIFile): JLProcess; overload; virtual; // throws java.io.IOException
function exec(var para1: array of JLString; var para2: array of JLString; para3: JIFile): JLProcess; overload; virtual; // throws java.io.IOException
function exec(para1: JLString): JLProcess; overload; virtual; // throws java.io.IOException
function exec(para1: JLString; para2: Arr1JLString): JLProcess; overload; virtual; // throws java.io.IOException
function exec(para1: JLString; var para2: array of JLString): JLProcess; overload; virtual; // throws java.io.IOException
function exec(para1: JLString; para2: Arr1JLString; para3: JIFile): JLProcess; overload; virtual; // throws java.io.IOException
function exec(para1: JLString; var para2: array of JLString; para3: JIFile): JLProcess; overload; virtual; // throws java.io.IOException
procedure exit(para1: jint); overload; virtual;
function freeMemory(): jlong; overload; virtual;
procedure gc(); overload; virtual;
class function getRuntime(): JLRuntime; static; overload;
procedure load(para1: JLString); overload; virtual;
procedure loadLibrary(para1: JLString); overload; virtual;
procedure runFinalization(); overload; virtual;
class procedure runFinalizersOnExit(para1: jboolean); static; overload;
function totalMemory(): jlong; overload; virtual;
procedure traceInstructions(para1: jboolean); overload; virtual;
procedure traceMethodCalls(para1: jboolean); overload; virtual;
function getLocalizedInputStream(para1: JIInputStream): JIInputStream; overload; virtual;
function getLocalizedOutputStream(para1: JIOutputStream): JIOutputStream; overload; virtual;
procedure addShutdownHook(para1: JLThread); overload; virtual;
function removeShutdownHook(para1: JLThread): jboolean; overload; virtual;
procedure halt(para1: jint); overload; virtual;
function availableProcessors(): jint; overload; virtual;
function maxMemory(): jlong; overload; virtual;
end;
JLSystem = class sealed external 'java.lang' name 'System' (JLObject)
public
final class var
fin: JIInputStream; external name 'in';
fout: JIPrintStream; external name 'out';
ferr: JIPrintStream; external name 'err';
public
class procedure setIn(para1: JIInputStream); static; overload;
class procedure setOut(para1: JIPrintStream); static; overload;
class procedure setErr(para1: JIPrintStream); static; overload;
class procedure arraycopy(para1: JLObject; para2: jint; para3: JLObject; para4: jint; para5: jint); static; overload;
class function currentTimeMillis(): jlong; static; overload;
class function nanoTime(): jlong; static; overload;
class procedure exit(para1: jint); static; overload;
class procedure gc(); static; overload;
class function getenv(para1: JLString): JLString; static; overload;
class function getenv(): JUMap; static; overload;
class function inheritedChannel(): JNCChannel; static; overload; // throws java.io.IOException
class function getProperties(): JUProperties; static; overload;
class function getProperty(para1: JLString): JLString; static; overload;
class function getProperty(para1: JLString; para2: JLString): JLString; static; overload;
class function setProperty(para1: JLString; para2: JLString): JLString; static; overload;
class function clearProperty(para1: JLString): JLString; static; overload;
class function console(): JIConsole; static; overload;
class function getSecurityManager(): JLSecurityManager; static; overload;
class function identityHashCode(para1: JLObject): jint; static; overload;
class procedure load(para1: JLString); static; overload;
class procedure loadLibrary(para1: JLString); static; overload;
class procedure runFinalization(); static; overload;
class procedure runFinalizersOnExit(para1: jboolean); static; overload;
class procedure setProperties(para1: JUProperties); static; overload;
class procedure setSecurityManager(para1: JLSecurityManager); static; overload;
class function mapLibraryName(para1: JLString): JLString; static; overload;
end;
JLThreadLocal = class external 'java.lang' name 'ThreadLocal' (JLObject)
public
constructor create(); overload;
function get(): JLObject; overload; virtual;
strict protected
function initialValue(): JLObject; overload; virtual;
public
procedure &set(para1: JLObject); overload; virtual;
procedure remove(); overload; virtual;
end;
JLRAnnotatedElement = interface external 'java.lang.reflect' name 'AnnotatedElement'
function getAnnotation(para1: JLClass): JLAAnnotation; overload;
function getAnnotations(): Arr1JLAAnnotation; overload;
function getDeclaredAnnotations(): Arr1JLAAnnotation; overload;
function isAnnotationPresent(para1: JLClass): jboolean; overload;
end;
JLRArray = class sealed external 'java.lang.reflect' name 'Array' (JLObject)
public
class function get(para1: JLObject; para2: jint): JLObject; static; overload; // throws java.lang.IllegalArgumentException, java.lang.ArrayIndexOutOfBoundsException
class function getBoolean(para1: JLObject; para2: jint): jboolean; static; overload; // throws java.lang.IllegalArgumentException, java.lang.ArrayIndexOutOfBoundsException
class function getByte(para1: JLObject; para2: jint): jbyte; static; overload; // throws java.lang.IllegalArgumentException, java.lang.ArrayIndexOutOfBoundsException
class function getChar(para1: JLObject; para2: jint): jchar; static; overload; // throws java.lang.IllegalArgumentException, java.lang.ArrayIndexOutOfBoundsException
class function getDouble(para1: JLObject; para2: jint): jdouble; static; overload; // throws java.lang.IllegalArgumentException, java.lang.ArrayIndexOutOfBoundsException
class function getFloat(para1: JLObject; para2: jint): jfloat; static; overload; // throws java.lang.IllegalArgumentException, java.lang.ArrayIndexOutOfBoundsException
class function getInt(para1: JLObject; para2: jint): jint; static; overload; // throws java.lang.IllegalArgumentException, java.lang.ArrayIndexOutOfBoundsException
class function getLength(para1: JLObject): jint; static; overload;
class function getLong(para1: JLObject; para2: jint): jlong; static; overload; // throws java.lang.IllegalArgumentException, java.lang.ArrayIndexOutOfBoundsException
class function getShort(para1: JLObject; para2: jint): jshort; static; overload; // throws java.lang.IllegalArgumentException, java.lang.ArrayIndexOutOfBoundsException
class function newInstance(para1: JLClass; para2: Arr1jint): JLObject; static; overload; // throws java.lang.NegativeArraySizeException, java.lang.IllegalArgumentException
class function newInstance(para1: JLClass; const para2: array of jint): JLObject; static; overload; // throws java.lang.NegativeArraySizeException, java.lang.IllegalArgumentException
class function newInstance(para1: JLClass; para2: jint): JLObject; static; overload; // throws java.lang.NegativeArraySizeException
class procedure &set(para1: JLObject; para2: jint; para3: JLObject); static; overload; // throws java.lang.IllegalArgumentException, java.lang.ArrayIndexOutOfBoundsException
class procedure setBoolean(para1: JLObject; para2: jint; para3: jboolean); static; overload;
class procedure setByte(para1: JLObject; para2: jint; para3: jbyte); static; overload; // throws java.lang.IllegalArgumentException, java.lang.ArrayIndexOutOfBoundsException
class procedure setChar(para1: JLObject; para2: jint; para3: jchar); static; overload; // throws java.lang.IllegalArgumentException, java.lang.ArrayIndexOutOfBoundsException
class procedure setDouble(para1: JLObject; para2: jint; para3: jdouble); static; overload; // throws java.lang.IllegalArgumentException, java.lang.ArrayIndexOutOfBoundsException
class procedure setFloat(para1: JLObject; para2: jint; para3: jfloat); static; overload; // throws java.lang.IllegalArgumentException, java.lang.ArrayIndexOutOfBoundsException
class procedure setInt(para1: JLObject; para2: jint; para3: jint); static; overload; // throws java.lang.IllegalArgumentException, java.lang.ArrayIndexOutOfBoundsException
class procedure setLong(para1: JLObject; para2: jint; para3: jlong); static; overload; // throws java.lang.IllegalArgumentException, java.lang.ArrayIndexOutOfBoundsException
class procedure setShort(para1: JLObject; para2: jint; para3: jshort); static; overload; // throws java.lang.IllegalArgumentException, java.lang.ArrayIndexOutOfBoundsException
end;
JLRGenericDeclaration = interface external 'java.lang.reflect' name 'GenericDeclaration'
function getTypeParameters(): Arr1JLRTypeVariable; overload;
end;
JLRMember = interface external 'java.lang.reflect' name 'Member'
const
&PUBLIC = 0;
DECLARED = 1;
function getDeclaringClass(): JLClass; overload;
function getModifiers(): jint; overload;
function getName(): JLString; overload;
function isSynthetic(): jboolean; overload;
end;
JLRType = interface external 'java.lang.reflect' name 'Type'
end;
JNBuffer = class abstract external 'java.nio' name 'Buffer' (JLObject)
public
function &array(): JLObject; overload; virtual; abstract;
function arrayOffset(): jint; overload; virtual; abstract;
function capacity(): jint; overload; virtual; final;
function clear(): JNBuffer; overload; virtual; final;
function flip(): JNBuffer; overload; virtual; final;
function hasArray(): jboolean; overload; virtual; abstract;
function hasRemaining(): jboolean; overload; virtual; final;
function isDirect(): jboolean; overload; virtual; abstract;
function isReadOnly(): jboolean; overload; virtual; abstract;
function limit(): jint; overload; virtual; final;
function limit(para1: jint): JNBuffer; overload; virtual; final;
function mark(): JNBuffer; overload; virtual; final;
function position(): jint; overload; virtual; final;
function position(para1: jint): JNBuffer; overload; virtual; final;
function remaining(): jint; overload; virtual; final;
function reset(): JNBuffer; overload; virtual; final;
function rewind(): JNBuffer; overload; virtual; final;
function toString(): JLString; overload; virtual;
end;
JNCCharsetDecoder = class abstract external 'java.nio.charset' name 'CharsetDecoder' (JLObject)
strict protected
constructor create(para1: JNCCharset; para2: jfloat; para3: jfloat); overload;
public
function averageCharsPerByte(): jfloat; overload; virtual; final;
function charset(): JNCCharset; overload; virtual; final;
function decode(para1: JNByteBuffer): JNCharBuffer; overload; virtual; final; // throws java.nio.charset.CharacterCodingException
function decode(para1: JNByteBuffer; para2: JNCharBuffer; para3: jboolean): JNCCoderResult; overload; virtual; final;
strict protected
function decodeLoop(para1: JNByteBuffer; para2: JNCharBuffer): JNCCoderResult; overload; virtual; abstract;
public
function detectedCharset(): JNCCharset; overload; virtual;
function flush(para1: JNCharBuffer): JNCCoderResult; overload; virtual; final;
strict protected
function implFlush(para1: JNCharBuffer): JNCCoderResult; overload; virtual;
procedure implOnMalformedInput(para1: JNCCodingErrorAction); overload; virtual;
procedure implOnUnmappableCharacter(para1: JNCCodingErrorAction); overload; virtual;
procedure implReplaceWith(para1: JLString); overload; virtual;
procedure implReset(); overload; virtual;
public
function isAutoDetecting(): jboolean; overload; virtual;
function isCharsetDetected(): jboolean; overload; virtual;
function malformedInputAction(): JNCCodingErrorAction; overload; virtual;
function maxCharsPerByte(): jfloat; overload; virtual; final;
function onMalformedInput(para1: JNCCodingErrorAction): JNCCharsetDecoder; overload; virtual; final;
function onUnmappableCharacter(para1: JNCCodingErrorAction): JNCCharsetDecoder; overload; virtual; final;
function replacement(): JLString; overload; virtual; final;
function replaceWith(para1: JLString): JNCCharsetDecoder; overload; virtual; final;
function reset(): JNCCharsetDecoder; overload; virtual; final;
function unmappableCharacterAction(): JNCCodingErrorAction; overload; virtual;
end;
JNCCharsetEncoder = class abstract external 'java.nio.charset' name 'CharsetEncoder' (JLObject)
strict protected
constructor create(para1: JNCCharset; para2: jfloat; para3: jfloat); overload;
constructor create(para1: JNCCharset; para2: jfloat; para3: jfloat; para4: Arr1jbyte); overload;
constructor create(para1: JNCCharset; para2: jfloat; para3: jfloat; const para4: array of jbyte); overload;
public
function averageBytesPerChar(): jfloat; overload; virtual; final;
function canEncode(para1: jchar): jboolean; overload; virtual;
function canEncode(para1: JLCharSequence): jboolean; overload; virtual;
function charset(): JNCCharset; overload; virtual; final;
function encode(para1: JNCharBuffer): JNByteBuffer; overload; virtual; final; // throws java.nio.charset.CharacterCodingException
function encode(para1: JNCharBuffer; para2: JNByteBuffer; para3: jboolean): JNCCoderResult; overload; virtual; final;
strict protected
function encodeLoop(para1: JNCharBuffer; para2: JNByteBuffer): JNCCoderResult; overload; virtual; abstract;
public
function flush(para1: JNByteBuffer): JNCCoderResult; overload; virtual; final;
strict protected
function implFlush(para1: JNByteBuffer): JNCCoderResult; overload; virtual;
procedure implOnMalformedInput(para1: JNCCodingErrorAction); overload; virtual;
procedure implOnUnmappableCharacter(para1: JNCCodingErrorAction); overload; virtual;
procedure implReplaceWith(para1: Arr1jbyte); overload; virtual;
procedure implReplaceWith(var para1: array of jbyte); overload; virtual;
procedure implReset(); overload; virtual;
public
function isLegalReplacement(para1: Arr1jbyte): jboolean; overload; virtual;
function isLegalReplacement(var para1: array of jbyte): jboolean; overload; virtual;
function malformedInputAction(): JNCCodingErrorAction; overload; virtual;
function maxBytesPerChar(): jfloat; overload; virtual; final;
function onMalformedInput(para1: JNCCodingErrorAction): JNCCharsetEncoder; overload; virtual; final;
function onUnmappableCharacter(para1: JNCCodingErrorAction): JNCCharsetEncoder; overload; virtual; final;
function replacement(): Arr1jbyte; overload; virtual; final;
function replaceWith(para1: Arr1jbyte): JNCCharsetEncoder; overload; virtual; final;
function replaceWith(var para1: array of jbyte): JNCCharsetEncoder; overload; virtual; final;
function reset(): JNCCharsetEncoder; overload; virtual; final;
function unmappableCharacterAction(): JNCCodingErrorAction; overload; virtual;
end;
JNCCoderResult = class external 'java.nio.charset' name 'CoderResult' (JLObject)
public
final class var
fUNDERFLOW: JNCCoderResult; external name 'UNDERFLOW';
fOVERFLOW: JNCCoderResult; external name 'OVERFLOW';
public
class function malformedForLength(para1: jint): JNCCoderResult; static; overload; // throws java.lang.IllegalArgumentException
class function unmappableForLength(para1: jint): JNCCoderResult; static; overload; // throws java.lang.IllegalArgumentException
function isUnderflow(): jboolean; overload; virtual;
function isError(): jboolean; overload; virtual;
function isMalformed(): jboolean; overload; virtual;
function isOverflow(): jboolean; overload; virtual;
function isUnmappable(): jboolean; overload; virtual;
function length(): jint; overload; virtual; // throws java.lang.UnsupportedOperationException
procedure throwException(); overload; virtual; // throws java.nio.BufferUnderflowException, java.nio.BufferOverflowException, java.nio.charset.UnmappableCharacterException, java.nio.charset.MalformedInputException, java.nio.charset.CharacterCodingException
function toString(): JLString; overload; virtual;
end;
JNCCodingErrorAction = class external 'java.nio.charset' name 'CodingErrorAction' (JLObject)
public
final class var
fIGNORE: JNCCodingErrorAction; external name 'IGNORE';
fREPLACE: JNCCodingErrorAction; external name 'REPLACE';
fREPORT: JNCCodingErrorAction; external name 'REPORT';
public
function toString(): JLString; overload; virtual;
end;
JNCSCharsetProvider = class abstract external 'java.nio.charset.spi' name 'CharsetProvider' (JLObject)
strict protected
constructor create(); overload;
public
function charsets(): JUIterator; overload; virtual; abstract;
function charsetForName(para1: JLString): JNCCharset; overload; virtual; abstract;
end;
JUArrays = class external 'java.util' name 'Arrays' (JLObject)
public
class function asList(para1: Arr1JLObject): JUList; static; overload;
class function asList(const para1: array of JLObject): JUList; static; overload;
class function binarySearch(para1: Arr1jbyte; para2: jbyte): jint; static; overload;
class function binarySearch(var para1: array of jbyte; para2: jbyte): jint; static; overload;
class function binarySearch(para1: Arr1jbyte; para2: jint; para3: jint; para4: jbyte): jint; static; overload;
class function binarySearch(var para1: array of jbyte; para2: jint; para3: jint; para4: jbyte): jint; static; overload;
class function binarySearch(para1: Arr1jchar; para2: jchar): jint; static; overload;
class function binarySearch(var para1: array of jchar; para2: jchar): jint; static; overload;
class function binarySearch(para1: Arr1jchar; para2: jint; para3: jint; para4: jchar): jint; static; overload;
class function binarySearch(var para1: array of jchar; para2: jint; para3: jint; para4: jchar): jint; static; overload;
class function binarySearch(para1: Arr1jdouble; para2: jdouble): jint; static; overload;
class function binarySearch(var para1: array of jdouble; para2: jdouble): jint; static; overload;
class function binarySearch(para1: Arr1jdouble; para2: jint; para3: jint; para4: jdouble): jint; static; overload;
class function binarySearch(var para1: array of jdouble; para2: jint; para3: jint; para4: jdouble): jint; static; overload;
class function binarySearch(para1: Arr1jfloat; para2: jfloat): jint; static; overload;
class function binarySearch(var para1: array of jfloat; para2: jfloat): jint; static; overload;
class function binarySearch(para1: Arr1jfloat; para2: jint; para3: jint; para4: jfloat): jint; static; overload;
class function binarySearch(var para1: array of jfloat; para2: jint; para3: jint; para4: jfloat): jint; static; overload;
class function binarySearch(para1: Arr1jint; para2: jint): jint; static; overload;
class function binarySearch(var para1: array of jint; para2: jint): jint; static; overload;
class function binarySearch(para1: Arr1jint; para2: jint; para3: jint; para4: jint): jint; static; overload;
class function binarySearch(var para1: array of jint; para2: jint; para3: jint; para4: jint): jint; static; overload;
class function binarySearch(para1: Arr1jlong; para2: jlong): jint; static; overload;
class function binarySearch(var para1: array of jlong; para2: jlong): jint; static; overload;
class function binarySearch(para1: Arr1jlong; para2: jint; para3: jint; para4: jlong): jint; static; overload;
class function binarySearch(var para1: array of jlong; para2: jint; para3: jint; para4: jlong): jint; static; overload;
class function binarySearch(para1: Arr1JLObject; para2: JLObject): jint; static; overload;
class function binarySearch(var para1: array of JLObject; para2: JLObject): jint; static; overload;
class function binarySearch(para1: Arr1JLObject; para2: jint; para3: jint; para4: JLObject): jint; static; overload;
class function binarySearch(var para1: array of JLObject; para2: jint; para3: jint; para4: JLObject): jint; static; overload;
class function binarySearch(para1: Arr1JLObject; para2: JLObject; para3: JUComparator): jint; static; overload;
class function binarySearch(var para1: array of JLObject; para2: JLObject; para3: JUComparator): jint; static; overload;
class function binarySearch(para1: Arr1JLObject; para2: jint; para3: jint; para4: JLObject; para5: JUComparator): jint; static; overload;
class function binarySearch(var para1: array of JLObject; para2: jint; para3: jint; para4: JLObject; para5: JUComparator): jint; static; overload;
class function binarySearch(para1: Arr1jshort; para2: jshort): jint; static; overload;
class function binarySearch(var para1: array of jshort; para2: jshort): jint; static; overload;
class function binarySearch(para1: Arr1jshort; para2: jint; para3: jint; para4: jshort): jint; static; overload;
class function binarySearch(var para1: array of jshort; para2: jint; para3: jint; para4: jshort): jint; static; overload;
class procedure fill(para1: Arr1jbyte; para2: jbyte); static; overload;
class procedure fill(var para1: array of jbyte; para2: jbyte); static; overload;
class procedure fill(para1: Arr1jbyte; para2: jint; para3: jint; para4: jbyte); static; overload;
class procedure fill(var para1: array of jbyte; para2: jint; para3: jint; para4: jbyte); static; overload;
class procedure fill(para1: Arr1jshort; para2: jshort); static; overload;
class procedure fill(var para1: array of jshort; para2: jshort); static; overload;
class procedure fill(para1: Arr1jshort; para2: jint; para3: jint; para4: jshort); static; overload;
class procedure fill(var para1: array of jshort; para2: jint; para3: jint; para4: jshort); static; overload;
class procedure fill(para1: Arr1jchar; para2: jchar); static; overload;
class procedure fill(var para1: array of jchar; para2: jchar); static; overload;
class procedure fill(para1: Arr1jchar; para2: jint; para3: jint; para4: jchar); static; overload;
class procedure fill(var para1: array of jchar; para2: jint; para3: jint; para4: jchar); static; overload;
class procedure fill(para1: Arr1jint; para2: jint); static; overload;
class procedure fill(var para1: array of jint; para2: jint); static; overload;
class procedure fill(para1: Arr1jint; para2: jint; para3: jint; para4: jint); static; overload;
class procedure fill(var para1: array of jint; para2: jint; para3: jint; para4: jint); static; overload;
class procedure fill(para1: Arr1jlong; para2: jlong); static; overload;
class procedure fill(var para1: array of jlong; para2: jlong); static; overload;
class procedure fill(para1: Arr1jlong; para2: jint; para3: jint; para4: jlong); static; overload;
class procedure fill(var para1: array of jlong; para2: jint; para3: jint; para4: jlong); static; overload;
class procedure fill(para1: Arr1jfloat; para2: jfloat); static; overload;
class procedure fill(var para1: array of jfloat; para2: jfloat); static; overload;
class procedure fill(para1: Arr1jfloat; para2: jint; para3: jint; para4: jfloat); static; overload;
class procedure fill(var para1: array of jfloat; para2: jint; para3: jint; para4: jfloat); static; overload;
class procedure fill(para1: Arr1jdouble; para2: jdouble); static; overload;
class procedure fill(var para1: array of jdouble; para2: jdouble); static; overload;
class procedure fill(para1: Arr1jdouble; para2: jint; para3: jint; para4: jdouble); static; overload;
class procedure fill(var para1: array of jdouble; para2: jint; para3: jint; para4: jdouble); static; overload;
class procedure fill(para1: Arr1jboolean; para2: jboolean); static; overload;
class procedure fill(var para1: array of jboolean; para2: jboolean); static; overload;
class procedure fill(para1: Arr1jboolean; para2: jint; para3: jint; para4: jboolean); static; overload;
class procedure fill(var para1: array of jboolean; para2: jint; para3: jint; para4: jboolean); static; overload;
class procedure fill(para1: Arr1JLObject; para2: JLObject); static; overload;
class procedure fill(var para1: array of JLObject; para2: JLObject); static; overload;
class procedure fill(para1: Arr1JLObject; para2: jint; para3: jint; para4: JLObject); static; overload;
class procedure fill(var para1: array of JLObject; para2: jint; para3: jint; para4: JLObject); static; overload;
class function hashCode(para1: Arr1jboolean): jint; static; overload;
class function hashCode(var para1: array of jboolean): jint; static; overload;
class function hashCode(para1: Arr1jint): jint; static; overload;
class function hashCode(var para1: array of jint): jint; static; overload;
class function hashCode(para1: Arr1jshort): jint; static; overload;
class function hashCode(var para1: array of jshort): jint; static; overload;
class function hashCode(para1: Arr1jchar): jint; static; overload;
class function hashCode(var para1: array of jchar): jint; static; overload;
class function hashCode(para1: Arr1jbyte): jint; static; overload;
class function hashCode(var para1: array of jbyte): jint; static; overload;
class function hashCode(para1: Arr1jlong): jint; static; overload;
class function hashCode(var para1: array of jlong): jint; static; overload;
class function hashCode(para1: Arr1jfloat): jint; static; overload;
class function hashCode(var para1: array of jfloat): jint; static; overload;
class function hashCode(para1: Arr1jdouble): jint; static; overload;
class function hashCode(var para1: array of jdouble): jint; static; overload;
class function hashCode(para1: Arr1JLObject): jint; static; overload;
class function hashCode(var para1: array of JLObject): jint; static; overload;
class function deepHashCode(para1: Arr1JLObject): jint; static; overload;
class function deepHashCode(var para1: array of JLObject): jint; static; overload;
class function equals(para1: Arr1jbyte; para2: Arr1jbyte): jboolean; static; overload;
class function equals(var para1: array of jbyte; var para2: array of jbyte): jboolean; static; overload;
class function equals(para1: Arr1jshort; para2: Arr1jshort): jboolean; static; overload;
class function equals(var para1: array of jshort; var para2: array of jshort): jboolean; static; overload;
class function equals(para1: Arr1jchar; para2: Arr1jchar): jboolean; static; overload;
class function equals(var para1: array of jchar; var para2: array of jchar): jboolean; static; overload;
class function equals(para1: Arr1jint; para2: Arr1jint): jboolean; static; overload;
class function equals(var para1: array of jint; var para2: array of jint): jboolean; static; overload;
class function equals(para1: Arr1jlong; para2: Arr1jlong): jboolean; static; overload;
class function equals(var para1: array of jlong; var para2: array of jlong): jboolean; static; overload;
class function equals(para1: Arr1jfloat; para2: Arr1jfloat): jboolean; static; overload;
class function equals(var para1: array of jfloat; var para2: array of jfloat): jboolean; static; overload;
class function equals(para1: Arr1jdouble; para2: Arr1jdouble): jboolean; static; overload;
class function equals(var para1: array of jdouble; var para2: array of jdouble): jboolean; static; overload;
class function equals(para1: Arr1jboolean; para2: Arr1jboolean): jboolean; static; overload;
class function equals(var para1: array of jboolean; var para2: array of jboolean): jboolean; static; overload;
class function equals(para1: Arr1JLObject; para2: Arr1JLObject): jboolean; static; overload;
class function equals(var para1: array of JLObject; var para2: array of JLObject): jboolean; static; overload;
class function deepEquals(para1: Arr1JLObject; para2: Arr1JLObject): jboolean; static; overload;
class function deepEquals(var para1: array of JLObject; var para2: array of JLObject): jboolean; static; overload;
class procedure sort(para1: Arr1jbyte); static; overload;
class procedure sort(var para1: array of jbyte); static; overload;
class procedure sort(para1: Arr1jbyte; para2: jint; para3: jint); static; overload;
class procedure sort(var para1: array of jbyte; para2: jint; para3: jint); static; overload;
class procedure sort(para1: Arr1jchar); static; overload;
class procedure sort(var para1: array of jchar); static; overload;
class procedure sort(para1: Arr1jchar; para2: jint; para3: jint); static; overload;
class procedure sort(var para1: array of jchar; para2: jint; para3: jint); static; overload;
class procedure sort(para1: Arr1jdouble); static; overload;
class procedure sort(var para1: array of jdouble); static; overload;
class procedure sort(para1: Arr1jdouble; para2: jint; para3: jint); static; overload;
class procedure sort(var para1: array of jdouble; para2: jint; para3: jint); static; overload;
class procedure sort(para1: Arr1jfloat); static; overload;
class procedure sort(var para1: array of jfloat); static; overload;
class procedure sort(para1: Arr1jfloat; para2: jint; para3: jint); static; overload;
class procedure sort(var para1: array of jfloat; para2: jint; para3: jint); static; overload;
class procedure sort(para1: Arr1jint); static; overload;
class procedure sort(var para1: array of jint); static; overload;
class procedure sort(para1: Arr1jint; para2: jint; para3: jint); static; overload;
class procedure sort(var para1: array of jint; para2: jint; para3: jint); static; overload;
class procedure sort(para1: Arr1jlong); static; overload;
class procedure sort(var para1: array of jlong); static; overload;
class procedure sort(para1: Arr1jlong; para2: jint; para3: jint); static; overload;
class procedure sort(var para1: array of jlong; para2: jint; para3: jint); static; overload;
class procedure sort(para1: Arr1jshort); static; overload;
class procedure sort(var para1: array of jshort); static; overload;
class procedure sort(para1: Arr1jshort; para2: jint; para3: jint); static; overload;
class procedure sort(var para1: array of jshort; para2: jint; para3: jint); static; overload;
class procedure sort(para1: Arr1JLObject); static; overload;
class procedure sort(var para1: array of JLObject); static; overload;
class procedure sort(para1: Arr1JLObject; para2: jint; para3: jint); static; overload;
class procedure sort(var para1: array of JLObject; para2: jint; para3: jint); static; overload;
class procedure sort(para1: Arr1JLObject; para2: jint; para3: jint; para4: JUComparator); static; overload;
class procedure sort(var para1: array of JLObject; para2: jint; para3: jint; para4: JUComparator); static; overload;
class procedure sort(para1: Arr1JLObject; para2: JUComparator); static; overload;
class procedure sort(var para1: array of JLObject; para2: JUComparator); static; overload;
class function toString(para1: Arr1jboolean): JLString; static; overload;
class function toString(var para1: array of jboolean): JLString; static; overload;
class function toString(para1: Arr1jbyte): JLString; static; overload;
class function toString(var para1: array of jbyte): JLString; static; overload;
class function toString(para1: Arr1jchar): JLString; static; overload;
class function toString(var para1: array of jchar): JLString; static; overload;
class function toString(para1: Arr1jdouble): JLString; static; overload;
class function toString(var para1: array of jdouble): JLString; static; overload;
class function toString(para1: Arr1jfloat): JLString; static; overload;
class function toString(var para1: array of jfloat): JLString; static; overload;
class function toString(para1: Arr1jint): JLString; static; overload;
class function toString(var para1: array of jint): JLString; static; overload;
class function toString(para1: Arr1jlong): JLString; static; overload;
class function toString(var para1: array of jlong): JLString; static; overload;
class function toString(para1: Arr1jshort): JLString; static; overload;
class function toString(var para1: array of jshort): JLString; static; overload;
class function toString(para1: Arr1JLObject): JLString; static; overload;
class function toString(var para1: array of JLObject): JLString; static; overload;
class function deepToString(para1: Arr1JLObject): JLString; static; overload;
class function deepToString(var para1: array of JLObject): JLString; static; overload;
class function copyOf(para1: Arr1jboolean; para2: jint): Arr1jboolean; static; overload;
class function copyOf(var para1: array of jboolean; para2: jint): Arr1jboolean; static; overload;
class function copyOf(para1: Arr1jbyte; para2: jint): Arr1jbyte; static; overload;
class function copyOf(var para1: array of jbyte; para2: jint): Arr1jbyte; static; overload;
class function copyOf(para1: Arr1jchar; para2: jint): Arr1jchar; static; overload;
class function copyOf(var para1: array of jchar; para2: jint): Arr1jchar; static; overload;
class function copyOf(para1: Arr1jdouble; para2: jint): Arr1jdouble; static; overload;
class function copyOf(var para1: array of jdouble; para2: jint): Arr1jdouble; static; overload;
class function copyOf(para1: Arr1jfloat; para2: jint): Arr1jfloat; static; overload;
class function copyOf(var para1: array of jfloat; para2: jint): Arr1jfloat; static; overload;
class function copyOf(para1: Arr1jint; para2: jint): Arr1jint; static; overload;
class function copyOf(var para1: array of jint; para2: jint): Arr1jint; static; overload;
class function copyOf(para1: Arr1jlong; para2: jint): Arr1jlong; static; overload;
class function copyOf(var para1: array of jlong; para2: jint): Arr1jlong; static; overload;
class function copyOf(para1: Arr1jshort; para2: jint): Arr1jshort; static; overload;
class function copyOf(var para1: array of jshort; para2: jint): Arr1jshort; static; overload;
class function copyOf(para1: Arr1JLObject; para2: jint): Arr1JLObject; static; overload;
class function copyOf(var para1: array of JLObject; para2: jint): Arr1JLObject; static; overload;
class function copyOf(para1: Arr1JLObject; para2: jint; para3: JLClass): Arr1JLObject; static; overload;
class function copyOf(var para1: array of JLObject; para2: jint; para3: JLClass): Arr1JLObject; static; overload;
class function copyOfRange(para1: Arr1jboolean; para2: jint; para3: jint): Arr1jboolean; static; overload;
class function copyOfRange(var para1: array of jboolean; para2: jint; para3: jint): Arr1jboolean; static; overload;
class function copyOfRange(para1: Arr1jbyte; para2: jint; para3: jint): Arr1jbyte; static; overload;
class function copyOfRange(var para1: array of jbyte; para2: jint; para3: jint): Arr1jbyte; static; overload;
class function copyOfRange(para1: Arr1jchar; para2: jint; para3: jint): Arr1jchar; static; overload;
class function copyOfRange(var para1: array of jchar; para2: jint; para3: jint): Arr1jchar; static; overload;
class function copyOfRange(para1: Arr1jdouble; para2: jint; para3: jint): Arr1jdouble; static; overload;
class function copyOfRange(var para1: array of jdouble; para2: jint; para3: jint): Arr1jdouble; static; overload;
class function copyOfRange(para1: Arr1jfloat; para2: jint; para3: jint): Arr1jfloat; static; overload;
class function copyOfRange(var para1: array of jfloat; para2: jint; para3: jint): Arr1jfloat; static; overload;
class function copyOfRange(para1: Arr1jint; para2: jint; para3: jint): Arr1jint; static; overload;
class function copyOfRange(var para1: array of jint; para2: jint; para3: jint): Arr1jint; static; overload;
class function copyOfRange(para1: Arr1jlong; para2: jint; para3: jint): Arr1jlong; static; overload;
class function copyOfRange(var para1: array of jlong; para2: jint; para3: jint): Arr1jlong; static; overload;
class function copyOfRange(para1: Arr1jshort; para2: jint; para3: jint): Arr1jshort; static; overload;
class function copyOfRange(var para1: array of jshort; para2: jint; para3: jint): Arr1jshort; static; overload;
class function copyOfRange(para1: Arr1JLObject; para2: jint; para3: jint): Arr1JLObject; static; overload;
class function copyOfRange(var para1: array of JLObject; para2: jint; para3: jint): Arr1JLObject; static; overload;
class function copyOfRange(para1: Arr1JLObject; para2: jint; para3: jint; para4: JLClass): Arr1JLObject; static; overload;
class function copyOfRange(var para1: array of JLObject; para2: jint; para3: jint; para4: JLClass): Arr1JLObject; static; overload;
end;
JUComparator = interface external 'java.util' name 'Comparator'
function compare(para1: JLObject; para2: JLObject): jint; overload;
function equals(para1: JLObject): jboolean; overload;
end;
JUIterator = interface external 'java.util' name 'Iterator'
function hasNext(): jboolean; overload;
function next(): JLObject; overload;
procedure remove(); overload;
end;
JUMap = interface external 'java.util' name 'Map'
type
InnerEntry = interface;
Arr1InnerEntry = array of InnerEntry;
Arr2InnerEntry = array of Arr1InnerEntry;
Arr3InnerEntry = array of Arr2InnerEntry;
InnerEntry = interface external 'java.util' name 'Entry'
function equals(para1: JLObject): jboolean; overload;
function getKey(): JLObject; overload;
function getValue(): JLObject; overload;
function hashCode(): jint; overload;
function setValue(para1: JLObject): JLObject; overload;
end;
procedure clear(); overload;
function containsKey(para1: JLObject): jboolean; overload;
function containsValue(para1: JLObject): jboolean; overload;
function entrySet(): JUSet; overload;
function equals(para1: JLObject): jboolean; overload;
function get(para1: JLObject): JLObject; overload;
function hashCode(): jint; overload;
function isEmpty(): jboolean; overload;
function keySet(): JUSet; overload;
function put(para1: JLObject; para2: JLObject): JLObject; overload;
procedure putAll(para1: JUMap); overload;
function remove(para1: JLObject): JLObject; overload;
function size(): jint; overload;
function values(): JUCollection; overload;
end;
JLNumber = class abstract external 'java.lang' name 'Number' (JLObject, JISerializable)
public
constructor create(); overload;
function byteValue(): jbyte; overload; virtual;
function doubleValue(): jdouble; overload; virtual; abstract;
function floatValue(): jfloat; overload; virtual; abstract;
function intValue(): jint; overload; virtual; abstract;
function longValue(): jlong; overload; virtual; abstract;
function shortValue(): jshort; overload; virtual;
end;
JLThrowable = class external 'java.lang' name 'Throwable' (JLObject, JISerializable)
public
constructor create(); overload;
constructor create(para1: JLString); overload;
constructor create(para1: JLString; para2: JLThrowable); overload;
constructor create(para1: JLThrowable); overload;
function fillInStackTrace(): JLThrowable; overload; virtual;
function getMessage(): JLString; overload; virtual;
function getLocalizedMessage(): JLString; overload; virtual;
function getStackTrace(): Arr1JLStackTraceElement; overload; virtual;
procedure setStackTrace(para1: Arr1JLStackTraceElement); overload; virtual;
procedure setStackTrace(var para1: array of JLStackTraceElement); overload; virtual;
procedure printStackTrace(); overload; virtual;
procedure printStackTrace(para1: JIPrintStream); overload; virtual;
procedure printStackTrace(para1: JIPrintWriter); overload; virtual;
function toString(): JLString; overload; virtual;
function initCause(para1: JLThrowable): JLThrowable; overload; virtual;
function getCause(): JLThrowable; overload; virtual;
end;
JLStringBuffer = class sealed external 'java.lang' name 'StringBuffer' (JLAbstractStringBuilder, JLAppendable, JISerializable, JLCharSequence)
public
constructor create(); overload;
constructor create(para1: jint); overload;
constructor create(para1: JLString); overload;
constructor create(para1: JLCharSequence); overload;
function append(para1: jboolean): JLStringBuffer; overload; virtual;
function append(para1: jchar): JLStringBuffer; overload; virtual;
function append(para1: jdouble): JLStringBuffer; overload; virtual;
function append(para1: jfloat): JLStringBuffer; overload; virtual;
function append(para1: jint): JLStringBuffer; overload; virtual;
function append(para1: jlong): JLStringBuffer; overload; virtual;
function append(para1: JLObject): JLStringBuffer; overload; virtual;
function append(para1: JLString): JLStringBuffer; overload; virtual;
function append(para1: JLStringBuffer): JLStringBuffer; overload; virtual;
function append(para1: Arr1jchar): JLStringBuffer; overload; virtual;
function append(var para1: array of jchar): JLStringBuffer; overload; virtual;
function append(para1: Arr1jchar; para2: jint; para3: jint): JLStringBuffer; overload; virtual;
function append(var para1: array of jchar; para2: jint; para3: jint): JLStringBuffer; overload; virtual;
function append(para1: JLCharSequence): JLStringBuffer; overload; virtual;
function append(para1: JLCharSequence; para2: jint; para3: jint): JLStringBuffer; overload; virtual;
function appendCodePoint(para1: jint): JLStringBuffer; overload; virtual;
function charAt(para1: jint): jchar; overload; virtual;
function codePointAt(para1: jint): jint; overload; virtual;
function codePointBefore(para1: jint): jint; overload; virtual;
function codePointCount(para1: jint; para2: jint): jint; overload; virtual;
function delete(para1: jint; para2: jint): JLStringBuffer; overload; virtual;
function deleteCharAt(para1: jint): JLStringBuffer; overload; virtual;
procedure ensureCapacity(para1: jint); overload; virtual;
procedure getChars(para1: jint; para2: jint; para3: Arr1jchar; para4: jint); overload; virtual;
procedure getChars(para1: jint; para2: jint; var para3: array of jchar; para4: jint); overload; virtual;
function indexOf(para1: JLString; para2: jint): jint; overload; virtual;
function insert(para1: jint; para2: jchar): JLStringBuffer; overload; virtual;
function insert(para1: jint; para2: jboolean): JLStringBuffer; overload; virtual;
function insert(para1: jint; para2: jint): JLStringBuffer; overload; virtual;
function insert(para1: jint; para2: jlong): JLStringBuffer; overload; virtual;
function insert(para1: jint; para2: jdouble): JLStringBuffer; overload; virtual;
function insert(para1: jint; para2: jfloat): JLStringBuffer; overload; virtual;
function insert(para1: jint; para2: JLObject): JLStringBuffer; overload; virtual;
function insert(para1: jint; para2: JLString): JLStringBuffer; overload; virtual;
function insert(para1: jint; para2: Arr1jchar): JLStringBuffer; overload; virtual;
function insert(para1: jint; var para2: array of jchar): JLStringBuffer; overload; virtual;
function insert(para1: jint; para2: Arr1jchar; para3: jint; para4: jint): JLStringBuffer; overload; virtual;
function insert(para1: jint; var para2: array of jchar; para3: jint; para4: jint): JLStringBuffer; overload; virtual;
function insert(para1: jint; para2: JLCharSequence): JLStringBuffer; overload; virtual;
function insert(para1: jint; para2: JLCharSequence; para3: jint; para4: jint): JLStringBuffer; overload; virtual;
function lastIndexOf(para1: JLString; para2: jint): jint; overload; virtual;
function offsetByCodePoints(para1: jint; para2: jint): jint; overload; virtual;
function replace(para1: jint; para2: jint; para3: JLString): JLStringBuffer; overload; virtual;
function reverse(): JLStringBuffer; overload; virtual;
procedure setCharAt(para1: jint; para2: jchar); overload; virtual;
procedure setLength(para1: jint); overload; virtual;
function subSequence(para1: jint; para2: jint): JLCharSequence; overload; virtual;
function substring(para1: jint): JLString; overload; virtual;
function substring(para1: jint; para2: jint): JLString; overload; virtual;
function toString(): JLString; overload; virtual;
procedure trimToSize(); overload; virtual;
function lastIndexOf(para1: JLString): jint; overload; virtual;
function indexOf(para1: JLString): jint; overload; virtual;
function length(): jint; overload; virtual;
function capacity(): jint; overload; virtual;
function append(para1: JLCharSequence; para2: jint; para3: jint): JLAppendable; overload; virtual; // throws java.io.IOException
function append(para1: JLCharSequence): JLAppendable; overload; virtual; // throws java.io.IOException
function append(para1: jchar): JLAppendable; overload; virtual; // throws java.io.IOException
end;
JLStringBuilder = class sealed external 'java.lang' name 'StringBuilder' (JLAbstractStringBuilder, JLAppendable, JLCharSequence, JISerializable)
public
constructor create(); overload;
constructor create(para1: jint); overload;
constructor create(para1: JLCharSequence); overload;
constructor create(para1: JLString); overload;
function append(para1: jboolean): JLStringBuilder; overload; virtual;
function append(para1: jchar): JLStringBuilder; overload; virtual;
function append(para1: jint): JLStringBuilder; overload; virtual;
function append(para1: jlong): JLStringBuilder; overload; virtual;
function append(para1: jfloat): JLStringBuilder; overload; virtual;
function append(para1: jdouble): JLStringBuilder; overload; virtual;
function append(para1: JLObject): JLStringBuilder; overload; virtual;
function append(para1: JLString): JLStringBuilder; overload; virtual;
function append(para1: JLStringBuffer): JLStringBuilder; overload; virtual;
function append(para1: Arr1jchar): JLStringBuilder; overload; virtual;
function append(var para1: array of jchar): JLStringBuilder; overload; virtual;
function append(para1: Arr1jchar; para2: jint; para3: jint): JLStringBuilder; overload; virtual;
function append(var para1: array of jchar; para2: jint; para3: jint): JLStringBuilder; overload; virtual;
function append(para1: JLCharSequence): JLStringBuilder; overload; virtual;
function append(para1: JLCharSequence; para2: jint; para3: jint): JLStringBuilder; overload; virtual;
function appendCodePoint(para1: jint): JLStringBuilder; overload; virtual;
function delete(para1: jint; para2: jint): JLStringBuilder; overload; virtual;
function deleteCharAt(para1: jint): JLStringBuilder; overload; virtual;
function insert(para1: jint; para2: jboolean): JLStringBuilder; overload; virtual;
function insert(para1: jint; para2: jchar): JLStringBuilder; overload; virtual;
function insert(para1: jint; para2: jint): JLStringBuilder; overload; virtual;
function insert(para1: jint; para2: jlong): JLStringBuilder; overload; virtual;
function insert(para1: jint; para2: jfloat): JLStringBuilder; overload; virtual;
function insert(para1: jint; para2: jdouble): JLStringBuilder; overload; virtual;
function insert(para1: jint; para2: JLObject): JLStringBuilder; overload; virtual;
function insert(para1: jint; para2: JLString): JLStringBuilder; overload; virtual;
function insert(para1: jint; para2: Arr1jchar): JLStringBuilder; overload; virtual;
function insert(para1: jint; var para2: array of jchar): JLStringBuilder; overload; virtual;
function insert(para1: jint; para2: Arr1jchar; para3: jint; para4: jint): JLStringBuilder; overload; virtual;
function insert(para1: jint; var para2: array of jchar; para3: jint; para4: jint): JLStringBuilder; overload; virtual;
function insert(para1: jint; para2: JLCharSequence): JLStringBuilder; overload; virtual;
function insert(para1: jint; para2: JLCharSequence; para3: jint; para4: jint): JLStringBuilder; overload; virtual;
function replace(para1: jint; para2: jint; para3: JLString): JLStringBuilder; overload; virtual;
function reverse(): JLStringBuilder; overload; virtual;
function toString(): JLString; overload; virtual;
function offsetByCodePoints(para1: jint; para2: jint): jint; overload; virtual;
function codePointCount(para1: jint; para2: jint): jint; overload; virtual;
function codePointBefore(para1: jint): jint; overload; virtual;
function codePointAt(para1: jint): jint; overload; virtual;
procedure trimToSize(); overload; virtual;
function lastIndexOf(para1: JLString; para2: jint): jint; overload; virtual;
function lastIndexOf(para1: JLString): jint; overload; virtual;
function indexOf(para1: JLString; para2: jint): jint; overload; virtual;
function indexOf(para1: JLString): jint; overload; virtual;
function subSequence(para1: jint; para2: jint): JLCharSequence; overload; virtual;
function substring(para1: jint; para2: jint): JLString; overload; virtual;
function substring(para1: jint): JLString; overload; virtual;
procedure setLength(para1: jint); overload; virtual;
procedure setCharAt(para1: jint; para2: jchar); overload; virtual;
function length(): jint; overload; virtual;
procedure getChars(para1: jint; para2: jint; para3: Arr1jchar; para4: jint); overload; virtual;
procedure getChars(para1: jint; para2: jint; var para3: array of jchar; para4: jint); overload; virtual;
procedure ensureCapacity(para1: jint); overload; virtual;
function charAt(para1: jint): jchar; overload; virtual;
function capacity(): jint; overload; virtual;
function append(para1: JLCharSequence; para2: jint; para3: jint): JLAppendable; overload; virtual; // throws java.io.IOException
function append(para1: JLCharSequence): JLAppendable; overload; virtual; // throws java.io.IOException
function append(para1: jchar): JLAppendable; overload; virtual; // throws java.io.IOException
end;
JUBitSet = class external 'java.util' name 'BitSet' (JLObject, JISerializable, JLCloneable)
public
constructor create(); overload;
constructor create(para1: jint); overload;
function clone(): JLObject; overload; virtual;
function equals(para1: JLObject): jboolean; overload; virtual;
function hashCode(): jint; overload; virtual;
function get(para1: jint): jboolean; overload; virtual;
procedure &set(para1: jint); overload; virtual;
procedure clear(para1: jint); overload; virtual;
procedure flip(para1: jint); overload; virtual;
function get(para1: jint; para2: jint): JUBitSet; overload; virtual;
procedure &set(para1: jint; para2: jboolean); overload; virtual;
procedure &set(para1: jint; para2: jint; para3: jboolean); overload; virtual;
procedure clear(); overload; virtual;
procedure &set(para1: jint; para2: jint); overload; virtual;
procedure clear(para1: jint; para2: jint); overload; virtual;
procedure flip(para1: jint; para2: jint); overload; virtual;
function intersects(para1: JUBitSet): jboolean; overload; virtual;
procedure &and(para1: JUBitSet); overload; virtual;
procedure andNot(para1: JUBitSet); overload; virtual;
procedure &or(para1: JUBitSet); overload; virtual;
procedure &xor(para1: JUBitSet); overload; virtual;
function size(): jint; overload; virtual;
function length(): jint; overload; virtual;
function toString(): JLString; overload; virtual;
function nextSetBit(para1: jint): jint; overload; virtual;
function nextClearBit(para1: jint): jint; overload; virtual;
function isEmpty(): jboolean; overload; virtual;
function cardinality(): jint; overload; virtual;
end;
JLBoolean = class sealed external 'java.lang' name 'Boolean' (JLObject, JISerializable, JLComparable)
public
final class var
fTYPE: JLClass; external name 'TYPE';
fTRUE: JLBoolean; external name 'TRUE';
fFALSE: JLBoolean; external name 'FALSE';
public
constructor create(para1: JLString); overload;
constructor create(para1: jboolean); overload;
function booleanValue(): jboolean; overload; virtual;
function equals(para1: JLObject): jboolean; overload; virtual;
function compareTo(para1: JLBoolean): jint; overload; virtual;
function hashCode(): jint; overload; virtual;
function toString(): JLString; overload; virtual;
class function getBoolean(para1: JLString): jboolean; static; overload;
class function parseBoolean(para1: JLString): jboolean; static; overload;
class function toString(para1: jboolean): JLString; static; overload;
class function valueOf(para1: JLString): JLBoolean; static; overload;
class function valueOf(para1: jboolean): JLBoolean; static; overload;
function compareTo(para1: JLObject): jint; overload; virtual;
end;
JLCharacter = class sealed external 'java.lang' name 'Character' (JLObject, JISerializable, JLComparable)
public
type
InnerSubset = class;
Arr1InnerSubset = array of InnerSubset;
Arr2InnerSubset = array of Arr1InnerSubset;
Arr3InnerSubset = array of Arr2InnerSubset;
InnerUnicodeBlock = class;
Arr1InnerUnicodeBlock = array of InnerUnicodeBlock;
Arr2InnerUnicodeBlock = array of Arr1InnerUnicodeBlock;
Arr3InnerUnicodeBlock = array of Arr2InnerUnicodeBlock;
InnerSubset = class external 'java.lang' name 'Subset' (JLObject)
strict protected
constructor create(para1: JLString); overload;
public
function equals(para1: JLObject): jboolean; overload; virtual; final;
function hashCode(): jint; overload; virtual; final;
function toString(): JLString; overload; virtual; final;
end;
InnerUnicodeBlock = class sealed external 'java.lang' name 'UnicodeBlock' (InnerSubset)
public
final class var
fSURROGATES_AREA: JLCharacter.InnerUnicodeBlock; external name 'SURROGATES_AREA';
fBASIC_LATIN: JLCharacter.InnerUnicodeBlock; external name 'BASIC_LATIN';
fLATIN_1_SUPPLEMENT: JLCharacter.InnerUnicodeBlock; external name 'LATIN_1_SUPPLEMENT';
fLATIN_EXTENDED_A: JLCharacter.InnerUnicodeBlock; external name 'LATIN_EXTENDED_A';
fLATIN_EXTENDED_B: JLCharacter.InnerUnicodeBlock; external name 'LATIN_EXTENDED_B';
fIPA_EXTENSIONS: JLCharacter.InnerUnicodeBlock; external name 'IPA_EXTENSIONS';
fSPACING_MODIFIER_LETTERS: JLCharacter.InnerUnicodeBlock; external name 'SPACING_MODIFIER_LETTERS';
fCOMBINING_DIACRITICAL_MARKS: JLCharacter.InnerUnicodeBlock; external name 'COMBINING_DIACRITICAL_MARKS';
fGREEK: JLCharacter.InnerUnicodeBlock; external name 'GREEK';
fCYRILLIC: JLCharacter.InnerUnicodeBlock; external name 'CYRILLIC';
fCYRILLIC_SUPPLEMENTARY: JLCharacter.InnerUnicodeBlock; external name 'CYRILLIC_SUPPLEMENTARY';
fARMENIAN: JLCharacter.InnerUnicodeBlock; external name 'ARMENIAN';
fHEBREW: JLCharacter.InnerUnicodeBlock; external name 'HEBREW';
fARABIC: JLCharacter.InnerUnicodeBlock; external name 'ARABIC';
fSYRIAC: JLCharacter.InnerUnicodeBlock; external name 'SYRIAC';
fTHAANA: JLCharacter.InnerUnicodeBlock; external name 'THAANA';
fDEVANAGARI: JLCharacter.InnerUnicodeBlock; external name 'DEVANAGARI';
fBENGALI: JLCharacter.InnerUnicodeBlock; external name 'BENGALI';
fGURMUKHI: JLCharacter.InnerUnicodeBlock; external name 'GURMUKHI';
fGUJARATI: JLCharacter.InnerUnicodeBlock; external name 'GUJARATI';
fORIYA: JLCharacter.InnerUnicodeBlock; external name 'ORIYA';
fTAMIL: JLCharacter.InnerUnicodeBlock; external name 'TAMIL';
fTELUGU: JLCharacter.InnerUnicodeBlock; external name 'TELUGU';
fKANNADA: JLCharacter.InnerUnicodeBlock; external name 'KANNADA';
fMALAYALAM: JLCharacter.InnerUnicodeBlock; external name 'MALAYALAM';
fSINHALA: JLCharacter.InnerUnicodeBlock; external name 'SINHALA';
fTHAI: JLCharacter.InnerUnicodeBlock; external name 'THAI';
fLAO: JLCharacter.InnerUnicodeBlock; external name 'LAO';
fTIBETAN: JLCharacter.InnerUnicodeBlock; external name 'TIBETAN';
fMYANMAR: JLCharacter.InnerUnicodeBlock; external name 'MYANMAR';
fGEORGIAN: JLCharacter.InnerUnicodeBlock; external name 'GEORGIAN';
fHANGUL_JAMO: JLCharacter.InnerUnicodeBlock; external name 'HANGUL_JAMO';
fETHIOPIC: JLCharacter.InnerUnicodeBlock; external name 'ETHIOPIC';
fCHEROKEE: JLCharacter.InnerUnicodeBlock; external name 'CHEROKEE';
fUNIFIED_CANADIAN_ABORIGINAL_SYLLABICS: JLCharacter.InnerUnicodeBlock; external name 'UNIFIED_CANADIAN_ABORIGINAL_SYLLABICS';
fOGHAM: JLCharacter.InnerUnicodeBlock; external name 'OGHAM';
fRUNIC: JLCharacter.InnerUnicodeBlock; external name 'RUNIC';
fTAGALOG: JLCharacter.InnerUnicodeBlock; external name 'TAGALOG';
fHANUNOO: JLCharacter.InnerUnicodeBlock; external name 'HANUNOO';
fBUHID: JLCharacter.InnerUnicodeBlock; external name 'BUHID';
fTAGBANWA: JLCharacter.InnerUnicodeBlock; external name 'TAGBANWA';
fKHMER: JLCharacter.InnerUnicodeBlock; external name 'KHMER';
fMONGOLIAN: JLCharacter.InnerUnicodeBlock; external name 'MONGOLIAN';
fLIMBU: JLCharacter.InnerUnicodeBlock; external name 'LIMBU';
fTAI_LE: JLCharacter.InnerUnicodeBlock; external name 'TAI_LE';
fKHMER_SYMBOLS: JLCharacter.InnerUnicodeBlock; external name 'KHMER_SYMBOLS';
fPHONETIC_EXTENSIONS: JLCharacter.InnerUnicodeBlock; external name 'PHONETIC_EXTENSIONS';
fLATIN_EXTENDED_ADDITIONAL: JLCharacter.InnerUnicodeBlock; external name 'LATIN_EXTENDED_ADDITIONAL';
fGREEK_EXTENDED: JLCharacter.InnerUnicodeBlock; external name 'GREEK_EXTENDED';
fGENERAL_PUNCTUATION: JLCharacter.InnerUnicodeBlock; external name 'GENERAL_PUNCTUATION';
fSUPERSCRIPTS_AND_SUBSCRIPTS: JLCharacter.InnerUnicodeBlock; external name 'SUPERSCRIPTS_AND_SUBSCRIPTS';
fCURRENCY_SYMBOLS: JLCharacter.InnerUnicodeBlock; external name 'CURRENCY_SYMBOLS';
fCOMBINING_MARKS_FOR_SYMBOLS: JLCharacter.InnerUnicodeBlock; external name 'COMBINING_MARKS_FOR_SYMBOLS';
fLETTERLIKE_SYMBOLS: JLCharacter.InnerUnicodeBlock; external name 'LETTERLIKE_SYMBOLS';
fNUMBER_FORMS: JLCharacter.InnerUnicodeBlock; external name 'NUMBER_FORMS';
fARROWS: JLCharacter.InnerUnicodeBlock; external name 'ARROWS';
fMATHEMATICAL_OPERATORS: JLCharacter.InnerUnicodeBlock; external name 'MATHEMATICAL_OPERATORS';
fMISCELLANEOUS_TECHNICAL: JLCharacter.InnerUnicodeBlock; external name 'MISCELLANEOUS_TECHNICAL';
fCONTROL_PICTURES: JLCharacter.InnerUnicodeBlock; external name 'CONTROL_PICTURES';
fOPTICAL_CHARACTER_RECOGNITION: JLCharacter.InnerUnicodeBlock; external name 'OPTICAL_CHARACTER_RECOGNITION';
fENCLOSED_ALPHANUMERICS: JLCharacter.InnerUnicodeBlock; external name 'ENCLOSED_ALPHANUMERICS';
fBOX_DRAWING: JLCharacter.InnerUnicodeBlock; external name 'BOX_DRAWING';
fBLOCK_ELEMENTS: JLCharacter.InnerUnicodeBlock; external name 'BLOCK_ELEMENTS';
fGEOMETRIC_SHAPES: JLCharacter.InnerUnicodeBlock; external name 'GEOMETRIC_SHAPES';
fMISCELLANEOUS_SYMBOLS: JLCharacter.InnerUnicodeBlock; external name 'MISCELLANEOUS_SYMBOLS';
fDINGBATS: JLCharacter.InnerUnicodeBlock; external name 'DINGBATS';
fMISCELLANEOUS_MATHEMATICAL_SYMBOLS_A: JLCharacter.InnerUnicodeBlock; external name 'MISCELLANEOUS_MATHEMATICAL_SYMBOLS_A';
fSUPPLEMENTAL_ARROWS_A: JLCharacter.InnerUnicodeBlock; external name 'SUPPLEMENTAL_ARROWS_A';
fBRAILLE_PATTERNS: JLCharacter.InnerUnicodeBlock; external name 'BRAILLE_PATTERNS';
fSUPPLEMENTAL_ARROWS_B: JLCharacter.InnerUnicodeBlock; external name 'SUPPLEMENTAL_ARROWS_B';
fMISCELLANEOUS_MATHEMATICAL_SYMBOLS_B: JLCharacter.InnerUnicodeBlock; external name 'MISCELLANEOUS_MATHEMATICAL_SYMBOLS_B';
fSUPPLEMENTAL_MATHEMATICAL_OPERATORS: JLCharacter.InnerUnicodeBlock; external name 'SUPPLEMENTAL_MATHEMATICAL_OPERATORS';
fMISCELLANEOUS_SYMBOLS_AND_ARROWS: JLCharacter.InnerUnicodeBlock; external name 'MISCELLANEOUS_SYMBOLS_AND_ARROWS';
fCJK_RADICALS_SUPPLEMENT: JLCharacter.InnerUnicodeBlock; external name 'CJK_RADICALS_SUPPLEMENT';
fKANGXI_RADICALS: JLCharacter.InnerUnicodeBlock; external name 'KANGXI_RADICALS';
fIDEOGRAPHIC_DESCRIPTION_CHARACTERS: JLCharacter.InnerUnicodeBlock; external name 'IDEOGRAPHIC_DESCRIPTION_CHARACTERS';
fCJK_SYMBOLS_AND_PUNCTUATION: JLCharacter.InnerUnicodeBlock; external name 'CJK_SYMBOLS_AND_PUNCTUATION';
fHIRAGANA: JLCharacter.InnerUnicodeBlock; external name 'HIRAGANA';
fKATAKANA: JLCharacter.InnerUnicodeBlock; external name 'KATAKANA';
fBOPOMOFO: JLCharacter.InnerUnicodeBlock; external name 'BOPOMOFO';
fHANGUL_COMPATIBILITY_JAMO: JLCharacter.InnerUnicodeBlock; external name 'HANGUL_COMPATIBILITY_JAMO';
fKANBUN: JLCharacter.InnerUnicodeBlock; external name 'KANBUN';
fBOPOMOFO_EXTENDED: JLCharacter.InnerUnicodeBlock; external name 'BOPOMOFO_EXTENDED';
fKATAKANA_PHONETIC_EXTENSIONS: JLCharacter.InnerUnicodeBlock; external name 'KATAKANA_PHONETIC_EXTENSIONS';
fENCLOSED_CJK_LETTERS_AND_MONTHS: JLCharacter.InnerUnicodeBlock; external name 'ENCLOSED_CJK_LETTERS_AND_MONTHS';
fCJK_COMPATIBILITY: JLCharacter.InnerUnicodeBlock; external name 'CJK_COMPATIBILITY';
fCJK_UNIFIED_IDEOGRAPHS_EXTENSION_A: JLCharacter.InnerUnicodeBlock; external name 'CJK_UNIFIED_IDEOGRAPHS_EXTENSION_A';
fYIJING_HEXAGRAM_SYMBOLS: JLCharacter.InnerUnicodeBlock; external name 'YIJING_HEXAGRAM_SYMBOLS';
fCJK_UNIFIED_IDEOGRAPHS: JLCharacter.InnerUnicodeBlock; external name 'CJK_UNIFIED_IDEOGRAPHS';
fYI_SYLLABLES: JLCharacter.InnerUnicodeBlock; external name 'YI_SYLLABLES';
fYI_RADICALS: JLCharacter.InnerUnicodeBlock; external name 'YI_RADICALS';
fHANGUL_SYLLABLES: JLCharacter.InnerUnicodeBlock; external name 'HANGUL_SYLLABLES';
fHIGH_SURROGATES: JLCharacter.InnerUnicodeBlock; external name 'HIGH_SURROGATES';
fHIGH_PRIVATE_USE_SURROGATES: JLCharacter.InnerUnicodeBlock; external name 'HIGH_PRIVATE_USE_SURROGATES';
fLOW_SURROGATES: JLCharacter.InnerUnicodeBlock; external name 'LOW_SURROGATES';
fPRIVATE_USE_AREA: JLCharacter.InnerUnicodeBlock; external name 'PRIVATE_USE_AREA';
fCJK_COMPATIBILITY_IDEOGRAPHS: JLCharacter.InnerUnicodeBlock; external name 'CJK_COMPATIBILITY_IDEOGRAPHS';
fALPHABETIC_PRESENTATION_FORMS: JLCharacter.InnerUnicodeBlock; external name 'ALPHABETIC_PRESENTATION_FORMS';
fARABIC_PRESENTATION_FORMS_A: JLCharacter.InnerUnicodeBlock; external name 'ARABIC_PRESENTATION_FORMS_A';
fVARIATION_SELECTORS: JLCharacter.InnerUnicodeBlock; external name 'VARIATION_SELECTORS';
fCOMBINING_HALF_MARKS: JLCharacter.InnerUnicodeBlock; external name 'COMBINING_HALF_MARKS';
fCJK_COMPATIBILITY_FORMS: JLCharacter.InnerUnicodeBlock; external name 'CJK_COMPATIBILITY_FORMS';
fSMALL_FORM_VARIANTS: JLCharacter.InnerUnicodeBlock; external name 'SMALL_FORM_VARIANTS';
fARABIC_PRESENTATION_FORMS_B: JLCharacter.InnerUnicodeBlock; external name 'ARABIC_PRESENTATION_FORMS_B';
fHALFWIDTH_AND_FULLWIDTH_FORMS: JLCharacter.InnerUnicodeBlock; external name 'HALFWIDTH_AND_FULLWIDTH_FORMS';
fSPECIALS: JLCharacter.InnerUnicodeBlock; external name 'SPECIALS';
fLINEAR_B_SYLLABARY: JLCharacter.InnerUnicodeBlock; external name 'LINEAR_B_SYLLABARY';
fLINEAR_B_IDEOGRAMS: JLCharacter.InnerUnicodeBlock; external name 'LINEAR_B_IDEOGRAMS';
fAEGEAN_NUMBERS: JLCharacter.InnerUnicodeBlock; external name 'AEGEAN_NUMBERS';
fOLD_ITALIC: JLCharacter.InnerUnicodeBlock; external name 'OLD_ITALIC';
fGOTHIC: JLCharacter.InnerUnicodeBlock; external name 'GOTHIC';
fUGARITIC: JLCharacter.InnerUnicodeBlock; external name 'UGARITIC';
fDESERET: JLCharacter.InnerUnicodeBlock; external name 'DESERET';
fSHAVIAN: JLCharacter.InnerUnicodeBlock; external name 'SHAVIAN';
fOSMANYA: JLCharacter.InnerUnicodeBlock; external name 'OSMANYA';
fCYPRIOT_SYLLABARY: JLCharacter.InnerUnicodeBlock; external name 'CYPRIOT_SYLLABARY';
fBYZANTINE_MUSICAL_SYMBOLS: JLCharacter.InnerUnicodeBlock; external name 'BYZANTINE_MUSICAL_SYMBOLS';
fMUSICAL_SYMBOLS: JLCharacter.InnerUnicodeBlock; external name 'MUSICAL_SYMBOLS';
fTAI_XUAN_JING_SYMBOLS: JLCharacter.InnerUnicodeBlock; external name 'TAI_XUAN_JING_SYMBOLS';
fMATHEMATICAL_ALPHANUMERIC_SYMBOLS: JLCharacter.InnerUnicodeBlock; external name 'MATHEMATICAL_ALPHANUMERIC_SYMBOLS';
fCJK_UNIFIED_IDEOGRAPHS_EXTENSION_B: JLCharacter.InnerUnicodeBlock; external name 'CJK_UNIFIED_IDEOGRAPHS_EXTENSION_B';
fCJK_COMPATIBILITY_IDEOGRAPHS_SUPPLEMENT: JLCharacter.InnerUnicodeBlock; external name 'CJK_COMPATIBILITY_IDEOGRAPHS_SUPPLEMENT';
fTAGS: JLCharacter.InnerUnicodeBlock; external name 'TAGS';
fVARIATION_SELECTORS_SUPPLEMENT: JLCharacter.InnerUnicodeBlock; external name 'VARIATION_SELECTORS_SUPPLEMENT';
fSUPPLEMENTARY_PRIVATE_USE_AREA_A: JLCharacter.InnerUnicodeBlock; external name 'SUPPLEMENTARY_PRIVATE_USE_AREA_A';
fSUPPLEMENTARY_PRIVATE_USE_AREA_B: JLCharacter.InnerUnicodeBlock; external name 'SUPPLEMENTARY_PRIVATE_USE_AREA_B';
public
class function forName(para1: JLString): JLCharacter.InnerUnicodeBlock; static; overload;
class function &of(para1: jchar): JLCharacter.InnerUnicodeBlock; static; overload;
class function &of(para1: jint): JLCharacter.InnerUnicodeBlock; static; overload;
end;
public
const
MIN_VALUE = 0;
MAX_VALUE = 65535;
MIN_RADIX = 2;
MAX_RADIX = 36;
public
final class var
fTYPE: JLClass; external name 'TYPE';
public
const
UNASSIGNED = 0;
UPPERCASE_LETTER = 1;
LOWERCASE_LETTER = 2;
TITLECASE_LETTER = 3;
MODIFIER_LETTER = 4;
OTHER_LETTER = 5;
NON_SPACING_MARK = 6;
ENCLOSING_MARK = 7;
COMBINING_SPACING_MARK = 8;
DECIMAL_DIGIT_NUMBER = 9;
LETTER_NUMBER = 10;
OTHER_NUMBER = 11;
SPACE_SEPARATOR = 12;
LINE_SEPARATOR = 13;
PARAGRAPH_SEPARATOR = 14;
CONTROL = 15;
FORMAT = 16;
PRIVATE_USE = 18;
SURROGATE = 19;
DASH_PUNCTUATION = 20;
START_PUNCTUATION = 21;
END_PUNCTUATION = 22;
CONNECTOR_PUNCTUATION = 23;
OTHER_PUNCTUATION = 24;
MATH_SYMBOL = 25;
CURRENCY_SYMBOL = 26;
MODIFIER_SYMBOL = 27;
OTHER_SYMBOL = 28;
INITIAL_QUOTE_PUNCTUATION = 29;
FINAL_QUOTE_PUNCTUATION = 30;
DIRECTIONALITY_UNDEFINED = -1;
DIRECTIONALITY_LEFT_TO_RIGHT = 0;
DIRECTIONALITY_RIGHT_TO_LEFT = 1;
DIRECTIONALITY_RIGHT_TO_LEFT_ARABIC = 2;
DIRECTIONALITY_EUROPEAN_NUMBER = 3;
DIRECTIONALITY_EUROPEAN_NUMBER_SEPARATOR = 4;
DIRECTIONALITY_EUROPEAN_NUMBER_TERMINATOR = 5;
DIRECTIONALITY_ARABIC_NUMBER = 6;
DIRECTIONALITY_COMMON_NUMBER_SEPARATOR = 7;
DIRECTIONALITY_NONSPACING_MARK = 8;
DIRECTIONALITY_BOUNDARY_NEUTRAL = 9;
DIRECTIONALITY_PARAGRAPH_SEPARATOR = 10;
DIRECTIONALITY_SEGMENT_SEPARATOR = 11;
DIRECTIONALITY_WHITESPACE = 12;
DIRECTIONALITY_OTHER_NEUTRALS = 13;
DIRECTIONALITY_LEFT_TO_RIGHT_EMBEDDING = 14;
DIRECTIONALITY_LEFT_TO_RIGHT_OVERRIDE = 15;
DIRECTIONALITY_RIGHT_TO_LEFT_EMBEDDING = 16;
DIRECTIONALITY_RIGHT_TO_LEFT_OVERRIDE = 17;
DIRECTIONALITY_POP_DIRECTIONAL_FORMAT = 18;
MIN_HIGH_SURROGATE = 55296;
MAX_HIGH_SURROGATE = 56319;
MIN_LOW_SURROGATE = 56320;
MAX_LOW_SURROGATE = 57343;
MIN_SURROGATE = 55296;
MAX_SURROGATE = 57343;
MIN_SUPPLEMENTARY_CODE_POINT = 65536;
MIN_CODE_POINT = 0;
MAX_CODE_POINT = 1114111;
SIZE = 16;
public
constructor create(para1: jchar); overload;
function charValue(): jchar; overload; virtual;
function compareTo(para1: JLCharacter): jint; overload; virtual;
class function valueOf(para1: jchar): JLCharacter; static; overload;
class function isValidCodePoint(para1: jint): jboolean; static; overload;
class function isSupplementaryCodePoint(para1: jint): jboolean; static; overload;
class function isHighSurrogate(para1: jchar): jboolean; static; overload;
class function isLowSurrogate(para1: jchar): jboolean; static; overload;
class function isSurrogatePair(para1: jchar; para2: jchar): jboolean; static; overload;
class function charCount(para1: jint): jint; static; overload;
class function toCodePoint(para1: jchar; para2: jchar): jint; static; overload;
class function codePointAt(para1: JLCharSequence; para2: jint): jint; static; overload;
class function codePointAt(para1: Arr1jchar; para2: jint): jint; static; overload;
class function codePointAt(var para1: array of jchar; para2: jint): jint; static; overload;
class function codePointAt(para1: Arr1jchar; para2: jint; para3: jint): jint; static; overload;
class function codePointAt(var para1: array of jchar; para2: jint; para3: jint): jint; static; overload;
class function codePointBefore(para1: JLCharSequence; para2: jint): jint; static; overload;
class function codePointBefore(para1: Arr1jchar; para2: jint): jint; static; overload;
class function codePointBefore(var para1: array of jchar; para2: jint): jint; static; overload;
class function codePointBefore(para1: Arr1jchar; para2: jint; para3: jint): jint; static; overload;
class function codePointBefore(var para1: array of jchar; para2: jint; para3: jint): jint; static; overload;
class function toChars(para1: jint; para2: Arr1jchar; para3: jint): jint; static; overload;
class function toChars(para1: jint; var para2: array of jchar; para3: jint): jint; static; overload;
class function toChars(para1: jint): Arr1jchar; static; overload;
class function codePointCount(para1: JLCharSequence; para2: jint; para3: jint): jint; static; overload;
class function codePointCount(para1: Arr1jchar; para2: jint; para3: jint): jint; static; overload;
class function codePointCount(var para1: array of jchar; para2: jint; para3: jint): jint; static; overload;
class function offsetByCodePoints(para1: JLCharSequence; para2: jint; para3: jint): jint; static; overload;
class function offsetByCodePoints(para1: Arr1jchar; para2: jint; para3: jint; para4: jint; para5: jint): jint; static; overload;
class function offsetByCodePoints(var para1: array of jchar; para2: jint; para3: jint; para4: jint; para5: jint): jint; static; overload;
class function digit(para1: jchar; para2: jint): jint; static; overload;
class function digit(para1: jint; para2: jint): jint; static; overload;
function equals(para1: JLObject): jboolean; overload; virtual;
class function forDigit(para1: jint; para2: jint): jchar; static; overload;
class function getNumericValue(para1: jchar): jint; static; overload;
class function getNumericValue(para1: jint): jint; static; overload;
class function getType(para1: jchar): jint; static; overload;
class function getType(para1: jint): jint; static; overload;
class function getDirectionality(para1: jchar): jbyte; static; overload;
class function getDirectionality(para1: jint): jbyte; static; overload;
class function isMirrored(para1: jchar): jboolean; static; overload;
class function isMirrored(para1: jint): jboolean; static; overload;
function hashCode(): jint; overload; virtual;
class function isDefined(para1: jchar): jboolean; static; overload;
class function isDefined(para1: jint): jboolean; static; overload;
class function isDigit(para1: jchar): jboolean; static; overload;
class function isDigit(para1: jint): jboolean; static; overload;
class function isIdentifierIgnorable(para1: jchar): jboolean; static; overload;
class function isIdentifierIgnorable(para1: jint): jboolean; static; overload;
class function isISOControl(para1: jchar): jboolean; static; overload;
class function isISOControl(para1: jint): jboolean; static; overload;
class function isJavaIdentifierPart(para1: jchar): jboolean; static; overload;
class function isJavaIdentifierPart(para1: jint): jboolean; static; overload;
class function isJavaIdentifierStart(para1: jchar): jboolean; static; overload;
class function isJavaIdentifierStart(para1: jint): jboolean; static; overload;
class function isJavaLetter(para1: jchar): jboolean; static; overload;
class function isJavaLetterOrDigit(para1: jchar): jboolean; static; overload;
class function isLetter(para1: jchar): jboolean; static; overload;
class function isLetter(para1: jint): jboolean; static; overload;
class function isLetterOrDigit(para1: jchar): jboolean; static; overload;
class function isLetterOrDigit(para1: jint): jboolean; static; overload;
class function isLowerCase(para1: jchar): jboolean; static; overload;
class function isLowerCase(para1: jint): jboolean; static; overload;
class function isSpace(para1: jchar): jboolean; static; overload;
class function isSpaceChar(para1: jchar): jboolean; static; overload;
class function isSpaceChar(para1: jint): jboolean; static; overload;
class function isTitleCase(para1: jchar): jboolean; static; overload;
class function isTitleCase(para1: jint): jboolean; static; overload;
class function isUnicodeIdentifierPart(para1: jchar): jboolean; static; overload;
class function isUnicodeIdentifierPart(para1: jint): jboolean; static; overload;
class function isUnicodeIdentifierStart(para1: jchar): jboolean; static; overload;
class function isUnicodeIdentifierStart(para1: jint): jboolean; static; overload;
class function isUpperCase(para1: jchar): jboolean; static; overload;
class function isUpperCase(para1: jint): jboolean; static; overload;
class function isWhitespace(para1: jchar): jboolean; static; overload;
class function isWhitespace(para1: jint): jboolean; static; overload;
class function reverseBytes(para1: jchar): jchar; static; overload;
class function toLowerCase(para1: jchar): jchar; static; overload;
class function toLowerCase(para1: jint): jint; static; overload;
function toString(): JLString; overload; virtual;
class function toString(para1: jchar): JLString; static; overload;
class function toTitleCase(para1: jchar): jchar; static; overload;
class function toTitleCase(para1: jint): jint; static; overload;
class function toUpperCase(para1: jchar): jchar; static; overload;
class function toUpperCase(para1: jint): jint; static; overload;
function compareTo(para1: JLObject): jint; overload; virtual;
end;
JLEnum = class abstract external 'java.lang' name 'Enum' (JLObject, JISerializable, JLComparable)
strict protected
constructor create(para1: JLString; para2: jint); overload;
public
function name(): JLString; overload; virtual; final;
function ordinal(): jint; overload; virtual; final;
function toString(): JLString; overload; virtual;
function equals(para1: JLObject): jboolean; overload; virtual; final;
function hashCode(): jint; overload; virtual; final;
strict protected
function clone(): JLObject; overload; virtual; final; // throws java.lang.CloneNotSupportedException
public
function compareTo(para1: JLEnum): jint; overload; virtual; final;
function getDeclaringClass(): JLClass; overload; virtual; final;
class function valueOf(para1: JLClass; para2: JLString): JLEnum; static; overload;
strict protected
procedure finalize(); overload; virtual; final;
public
function compareTo(para1: JLObject): jint; overload; virtual;
end;
JLString = class sealed external 'java.lang' name 'String' (JLObject, JISerializable, JLComparable, JLCharSequence)
public
final class var
fCASE_INSENSITIVE_ORDER: JUComparator; external name 'CASE_INSENSITIVE_ORDER';
public
constructor create(); overload;
constructor create(para1: Arr1jbyte); overload;
constructor create(const para1: array of jbyte); overload;
constructor create(para1: Arr1jbyte; para2: jint); overload;
constructor create(const para1: array of jbyte; para2: jint); overload;
constructor create(para1: Arr1jbyte; para2: jint; para3: jint); overload;
constructor create(const para1: array of jbyte; para2: jint; para3: jint); overload;
constructor create(para1: Arr1jbyte; para2: jint; para3: jint; para4: jint); overload;
constructor create(const para1: array of jbyte; para2: jint; para3: jint; para4: jint); overload;
constructor create(para1: Arr1jbyte; para2: jint; para3: jint; para4: JLString); overload; // throws java.io.UnsupportedEncodingException
constructor create(const para1: array of jbyte; para2: jint; para3: jint; para4: JLString); overload; // throws java.io.UnsupportedEncodingException
constructor create(para1: Arr1jbyte; para2: JLString); overload; // throws java.io.UnsupportedEncodingException
constructor create(const para1: array of jbyte; para2: JLString); overload; // throws java.io.UnsupportedEncodingException
constructor create(para1: Arr1jbyte; para2: jint; para3: jint; para4: JNCCharset); overload;
constructor create(const para1: array of jbyte; para2: jint; para3: jint; para4: JNCCharset); overload;
constructor create(para1: Arr1jbyte; para2: JNCCharset); overload;
constructor create(const para1: array of jbyte; para2: JNCCharset); overload;
constructor create(para1: Arr1jchar); overload;
constructor create(const para1: array of jchar); overload;
constructor create(para1: Arr1jchar; para2: jint; para3: jint); overload;
constructor create(const para1: array of jchar; para2: jint; para3: jint); overload;
constructor create(para1: JLString); overload;
constructor create(para1: JLStringBuffer); overload;
constructor create(para1: Arr1jint; para2: jint; para3: jint); overload;
constructor create(const para1: array of jint; para2: jint; para3: jint); overload;
constructor create(para1: JLStringBuilder); overload;
function charAt(para1: jint): jchar; overload; virtual;
function compareTo(para1: JLString): jint; overload; virtual;
function compareToIgnoreCase(para1: JLString): jint; overload; virtual;
function concat(para1: JLString): JLString; overload; virtual;
class function copyValueOf(para1: Arr1jchar): JLString; static; overload;
class function copyValueOf(var para1: array of jchar): JLString; static; overload;
class function copyValueOf(para1: Arr1jchar; para2: jint; para3: jint): JLString; static; overload;
class function copyValueOf(var para1: array of jchar; para2: jint; para3: jint): JLString; static; overload;
function endsWith(para1: JLString): jboolean; overload; virtual;
function equals(para1: JLObject): jboolean; overload; virtual;
function equalsIgnoreCase(para1: JLString): jboolean; overload; virtual;
procedure getBytes(para1: jint; para2: jint; para3: Arr1jbyte; para4: jint); overload; virtual;
procedure getBytes(para1: jint; para2: jint; var para3: array of jbyte; para4: jint); overload; virtual;
function getBytes(): Arr1jbyte; overload; virtual;
function getBytes(para1: JLString): Arr1jbyte; overload; virtual; // throws java.io.UnsupportedEncodingException
function getBytes(para1: JNCCharset): Arr1jbyte; overload; virtual;
procedure getChars(para1: jint; para2: jint; para3: Arr1jchar; para4: jint); overload; virtual;
procedure getChars(para1: jint; para2: jint; var para3: array of jchar; para4: jint); overload; virtual;
function hashCode(): jint; overload; virtual;
function indexOf(para1: jint): jint; overload; virtual;
function indexOf(para1: jint; para2: jint): jint; overload; virtual;
function indexOf(para1: JLString): jint; overload; virtual;
function indexOf(para1: JLString; para2: jint): jint; overload; virtual;
function intern(): JLString; overload; virtual;
function isEmpty(): jboolean; overload; virtual;
function lastIndexOf(para1: jint): jint; overload; virtual;
function lastIndexOf(para1: jint; para2: jint): jint; overload; virtual;
function lastIndexOf(para1: JLString): jint; overload; virtual;
function lastIndexOf(para1: JLString; para2: jint): jint; overload; virtual;
function length(): jint; overload; virtual;
function regionMatches(para1: jint; para2: JLString; para3: jint; para4: jint): jboolean; overload; virtual;
function regionMatches(para1: jboolean; para2: jint; para3: JLString; para4: jint; para5: jint): jboolean; overload; virtual;
function replace(para1: jchar; para2: jchar): JLString; overload; virtual;
function replace(para1: JLCharSequence; para2: JLCharSequence): JLString; overload; virtual;
function startsWith(para1: JLString): jboolean; overload; virtual;
function startsWith(para1: JLString; para2: jint): jboolean; overload; virtual;
function substring(para1: jint): JLString; overload; virtual;
function substring(para1: jint; para2: jint): JLString; overload; virtual;
function toCharArray(): Arr1jchar; overload; virtual;
function toLowerCase(): JLString; overload; virtual;
function toLowerCase(para1: JULocale): JLString; overload; virtual;
function toString(): JLString; overload; virtual;
function toUpperCase(): JLString; overload; virtual;
function toUpperCase(para1: JULocale): JLString; overload; virtual;
function trim(): JLString; overload; virtual;
class function valueOf(para1: Arr1jchar): JLString; static; overload;
class function valueOf(var para1: array of jchar): JLString; static; overload;
class function valueOf(para1: Arr1jchar; para2: jint; para3: jint): JLString; static; overload;
class function valueOf(var para1: array of jchar; para2: jint; para3: jint): JLString; static; overload;
class function valueOf(para1: jchar): JLString; static; overload;
class function valueOf(para1: jdouble): JLString; static; overload;
class function valueOf(para1: jfloat): JLString; static; overload;
class function valueOf(para1: jint): JLString; static; overload;
class function valueOf(para1: jlong): JLString; static; overload;
class function valueOf(para1: JLObject): JLString; static; overload;
class function valueOf(para1: jboolean): JLString; static; overload;
function contentEquals(para1: JLStringBuffer): jboolean; overload; virtual;
function contentEquals(para1: JLCharSequence): jboolean; overload; virtual;
function matches(para1: JLString): jboolean; overload; virtual;
function replaceAll(para1: JLString; para2: JLString): JLString; overload; virtual;
function replaceFirst(para1: JLString; para2: JLString): JLString; overload; virtual;
function split(para1: JLString): Arr1JLString; overload; virtual;
function split(para1: JLString; para2: jint): Arr1JLString; overload; virtual;
function subSequence(para1: jint; para2: jint): JLCharSequence; overload; virtual;
function codePointAt(para1: jint): jint; overload; virtual;
function codePointBefore(para1: jint): jint; overload; virtual;
function codePointCount(para1: jint; para2: jint): jint; overload; virtual;
function contains(para1: JLCharSequence): jboolean; overload; virtual;
function offsetByCodePoints(para1: jint; para2: jint): jint; overload; virtual;
class function format(para1: JLString; para2: Arr1JLObject): JLString; static; overload;
class function format(para1: JLString; const para2: array of JLObject): JLString; static; overload;
class function format(para1: JULocale; para2: JLString; para3: Arr1JLObject): JLString; static; overload;
class function format(para1: JULocale; para2: JLString; const para3: array of JLObject): JLString; static; overload;
function compareTo(para1: JLObject): jint; overload; virtual;
end;
JNCCharset = class abstract external 'java.nio.charset' name 'Charset' (JLObject, JLComparable)
strict protected
constructor create(para1: JLString; para2: Arr1JLString); overload;
constructor create(para1: JLString; const para2: array of JLString); overload;
public
class function availableCharsets(): JUSortedMap; static; overload;
class function forName(para1: JLString): JNCCharset; static; overload;
class function isSupported(para1: JLString): jboolean; static; overload;
function contains(para1: JNCCharset): jboolean; overload; virtual; abstract;
function newEncoder(): JNCCharsetEncoder; overload; virtual; abstract;
function newDecoder(): JNCCharsetDecoder; overload; virtual; abstract;
function name(): JLString; overload; virtual; final;
function aliases(): JUSet; overload; virtual; final;
function displayName(): JLString; overload; virtual;
function displayName(para1: JULocale): JLString; overload; virtual;
function isRegistered(): jboolean; overload; virtual; final;
function canEncode(): jboolean; overload; virtual;
function encode(para1: JNCharBuffer): JNByteBuffer; overload; virtual; final;
function encode(para1: JLString): JNByteBuffer; overload; virtual; final;
function decode(para1: JNByteBuffer): JNCharBuffer; overload; virtual; final;
function compareTo(para1: JNCCharset): jint; overload; virtual; final;
function equals(para1: JLObject): jboolean; overload; virtual; final;
function hashCode(): jint; overload; virtual; final;
function toString(): JLString; overload; virtual; final;
class function defaultCharset(): JNCCharset; static; overload;
function compareTo(para1: JLObject): jint; overload; virtual;
end;
JUCalendar = class abstract external 'java.util' name 'Calendar' (JLObject, JISerializable, JLCloneable, JLComparable)
strict protected
var
fareFieldsSet: jboolean; external name 'areFieldsSet';
ffields: Arr1jint; external name 'fields';
fisSet: Arr1jboolean; external name 'isSet';
fisTimeSet: jboolean; external name 'isTimeSet';
ftime: jlong; external name 'time';
public
const
JANUARY = 0;
FEBRUARY = 1;
MARCH = 2;
APRIL = 3;
MAY = 4;
JUNE = 5;
JULY = 6;
AUGUST = 7;
SEPTEMBER = 8;
OCTOBER = 9;
NOVEMBER = 10;
DECEMBER = 11;
UNDECIMBER = 12;
SUNDAY = 1;
MONDAY = 2;
TUESDAY = 3;
WEDNESDAY = 4;
THURSDAY = 5;
FRIDAY = 6;
SATURDAY = 7;
ERA = 0;
YEAR = 1;
MONTH = 2;
WEEK_OF_YEAR = 3;
WEEK_OF_MONTH = 4;
DATE = 5;
DAY_OF_MONTH = 5;
DAY_OF_YEAR = 6;
DAY_OF_WEEK = 7;
DAY_OF_WEEK_IN_MONTH = 8;
AM_PM = 9;
HOUR = 10;
HOUR_OF_DAY = 11;
MINUTE = 12;
SECOND = 13;
MILLISECOND = 14;
ZONE_OFFSET = 15;
DST_OFFSET = 16;
FIELD_COUNT = 17;
AM = 0;
PM = 1;
ALL_STYLES = 0;
SHORT = 1;
LONG = 2;
strict protected
constructor create(); overload;
constructor create(para1: JUTimeZone; para2: JULocale); overload;
public
procedure add(para1: jint; para2: jint); overload; virtual; abstract;
function after(para1: JLObject): jboolean; overload; virtual;
function before(para1: JLObject): jboolean; overload; virtual;
procedure clear(); overload; virtual; final;
procedure clear(para1: jint); overload; virtual; final;
function clone(): JLObject; overload; virtual;
strict protected
procedure complete(); overload; virtual;
procedure computeFields(); overload; virtual; abstract;
procedure computeTime(); overload; virtual; abstract;
public
function equals(para1: JLObject): jboolean; overload; virtual;
function get(para1: jint): jint; overload; virtual;
function getActualMaximum(para1: jint): jint; overload; virtual;
function getActualMinimum(para1: jint): jint; overload; virtual;
class function getAvailableLocales(): Arr1JULocale; static; overload;
function getFirstDayOfWeek(): jint; overload; virtual;
function getGreatestMinimum(para1: jint): jint; overload; virtual; abstract;
class function getInstance(): JUCalendar; static; overload;
class function getInstance(para1: JULocale): JUCalendar; static; overload;
class function getInstance(para1: JUTimeZone): JUCalendar; static; overload;
class function getInstance(para1: JUTimeZone; para2: JULocale): JUCalendar; static; overload;
function getLeastMaximum(para1: jint): jint; overload; virtual; abstract;
function getMaximum(para1: jint): jint; overload; virtual; abstract;
function getMinimalDaysInFirstWeek(): jint; overload; virtual;
function getMinimum(para1: jint): jint; overload; virtual; abstract;
function getTime(): JUDate; overload; virtual; final;
function getTimeInMillis(): jlong; overload; virtual;
function getTimeZone(): JUTimeZone; overload; virtual;
function hashCode(): jint; overload; virtual;
strict protected
function internalGet(para1: jint): jint; overload; virtual; final;
public
function isLenient(): jboolean; overload; virtual;
function isSet(para1: jint): jboolean; overload; virtual; final;
procedure roll(para1: jint; para2: jint); overload; virtual;
procedure roll(para1: jint; para2: jboolean); overload; virtual; abstract;
procedure &set(para1: jint; para2: jint); overload; virtual;
procedure &set(para1: jint; para2: jint; para3: jint); overload; virtual; final;
procedure &set(para1: jint; para2: jint; para3: jint; para4: jint; para5: jint); overload; virtual; final;
procedure &set(para1: jint; para2: jint; para3: jint; para4: jint; para5: jint; para6: jint); overload; virtual; final;
procedure setFirstDayOfWeek(para1: jint); overload; virtual;
procedure setLenient(para1: jboolean); overload; virtual;
procedure setMinimalDaysInFirstWeek(para1: jint); overload; virtual;
procedure setTime(para1: JUDate); overload; virtual; final;
procedure setTimeInMillis(para1: jlong); overload; virtual;
procedure setTimeZone(para1: JUTimeZone); overload; virtual;
function toString(): JLString; overload; virtual;
function compareTo(para1: JUCalendar): jint; overload; virtual;
function getDisplayName(para1: jint; para2: jint; para3: JULocale): JLString; overload; virtual;
function getDisplayNames(para1: jint; para2: jint; para3: JULocale): JUMap; overload; virtual;
function compareTo(para1: JLObject): jint; overload; virtual;
end;
JUCollection = interface external 'java.util' name 'Collection' (JLIterable)
function add(para1: JLObject): jboolean; overload;
function addAll(para1: JUCollection): jboolean; overload;
procedure clear(); overload;
function contains(para1: JLObject): jboolean; overload;
function containsAll(para1: JUCollection): jboolean; overload;
function equals(para1: JLObject): jboolean; overload;
function hashCode(): jint; overload;
function isEmpty(): jboolean; overload;
function iterator(): JUIterator; overload;
function remove(para1: JLObject): jboolean; overload;
function removeAll(para1: JUCollection): jboolean; overload;
function retainAll(para1: JUCollection): jboolean; overload;
function size(): jint; overload;
function toArray(): Arr1JLObject; overload;
function toArray(para1: Arr1JLObject): Arr1JLObject; overload;
function toArray(var para1: array of JLObject): Arr1JLObject; overload;
end;
JLRAccessibleObject = class external 'java.lang.reflect' name 'AccessibleObject' (JLObject, JLRAnnotatedElement)
strict protected
constructor create(); overload;
public
class procedure setAccessible(para1: Arr1JLRAccessibleObject; para2: jboolean); static; overload;
class procedure setAccessible(var para1: array of JLRAccessibleObject; para2: jboolean); static; overload;
function isAccessible(): jboolean; overload; virtual;
procedure setAccessible(para1: jboolean); overload; virtual;
function isAnnotationPresent(para1: JLClass): jboolean; overload; virtual;
function getDeclaredAnnotations(): Arr1JLAAnnotation; overload; virtual;
function getAnnotations(): Arr1JLAAnnotation; overload; virtual;
function getAnnotation(para1: JLClass): JLAAnnotation; overload; virtual;
end;
JLClass = class sealed external 'java.lang' name 'Class' (JLObject, JISerializable, JLRAnnotatedElement, JLRGenericDeclaration, JLRType)
public
class function forName(para1: JLString): JLClass; static; overload; // throws java.lang.ClassNotFoundException
class function forName(para1: JLString; para2: jboolean; para3: JLClassLoader): JLClass; static; overload; // throws java.lang.ClassNotFoundException
function getClasses(): Arr1JLClass; overload; virtual;
function getAnnotation(para1: JLClass): JLAAnnotation; overload; virtual;
function getAnnotations(): Arr1JLAAnnotation; overload; virtual;
function getCanonicalName(): JLString; overload; virtual;
function getClassLoader(): JLClassLoader; overload; virtual;
function getComponentType(): JLClass; overload; virtual;
function getConstructor(para1: Arr1JLClass): JLRConstructor; overload; virtual; // throws java.lang.NoSuchMethodException
function getConstructor(const para1: array of JLClass): JLRConstructor; overload; virtual; // throws java.lang.NoSuchMethodException
function getConstructors(): Arr1JLRConstructor; overload; virtual;
function getDeclaredAnnotations(): Arr1JLAAnnotation; overload; virtual;
function getDeclaredClasses(): Arr1JLClass; overload; virtual;
function getDeclaredConstructor(para1: Arr1JLClass): JLRConstructor; overload; virtual; // throws java.lang.NoSuchMethodException
function getDeclaredConstructor(const para1: array of JLClass): JLRConstructor; overload; virtual; // throws java.lang.NoSuchMethodException
function getDeclaredConstructors(): Arr1JLRConstructor; overload; virtual;
function getDeclaredField(para1: JLString): JLRField; overload; virtual; // throws java.lang.NoSuchFieldException
function getDeclaredFields(): Arr1JLRField; overload; virtual;
function getDeclaredMethod(para1: JLString; para2: Arr1JLClass): JLRMethod; overload; virtual; // throws java.lang.NoSuchMethodException
function getDeclaredMethod(para1: JLString; const para2: array of JLClass): JLRMethod; overload; virtual; // throws java.lang.NoSuchMethodException
function getDeclaredMethods(): Arr1JLRMethod; overload; virtual;
function getDeclaringClass(): JLClass; overload; virtual;
function getEnclosingClass(): JLClass; overload; virtual;
function getEnclosingConstructor(): JLRConstructor; overload; virtual;
function getEnclosingMethod(): JLRMethod; overload; virtual;
function getEnumConstants(): Arr1JLObject; overload; virtual;
function getField(para1: JLString): JLRField; overload; virtual; // throws java.lang.NoSuchFieldException
function getFields(): Arr1JLRField; overload; virtual;
function getGenericInterfaces(): Arr1JLRType; overload; virtual;
function getGenericSuperclass(): JLRType; overload; virtual;
function getInterfaces(): Arr1JLClass; overload; virtual;
function getMethod(para1: JLString; para2: Arr1JLClass): JLRMethod; overload; virtual; // throws java.lang.NoSuchMethodException
function getMethod(para1: JLString; const para2: array of JLClass): JLRMethod; overload; virtual; // throws java.lang.NoSuchMethodException
function getMethods(): Arr1JLRMethod; overload; virtual;
function getModifiers(): jint; overload; virtual;
function getName(): JLString; overload; virtual;
function getSimpleName(): JLString; overload; virtual;
function getProtectionDomain(): JSProtectionDomain; overload; virtual;
function getResource(para1: JLString): JNURL; overload; virtual;
function getResourceAsStream(para1: JLString): JIInputStream; overload; virtual;
function getSigners(): Arr1JLObject; overload; virtual;
function getSuperclass(): JLClass; overload; virtual;
function getTypeParameters(): Arr1JLRTypeVariable; overload; virtual;
function isAnnotation(): jboolean; overload; virtual;
function isAnnotationPresent(para1: JLClass): jboolean; overload; virtual;
function isAnonymousClass(): jboolean; overload; virtual;
function isArray(): jboolean; overload; virtual;
function isAssignableFrom(para1: JLClass): jboolean; overload; virtual;
function isEnum(): jboolean; overload; virtual;
function isInstance(para1: JLObject): jboolean; overload; virtual;
function isInterface(): jboolean; overload; virtual;
function isLocalClass(): jboolean; overload; virtual;
function isMemberClass(): jboolean; overload; virtual;
function isPrimitive(): jboolean; overload; virtual;
function isSynthetic(): jboolean; overload; virtual;
function newInstance(): JLObject; overload; virtual; // throws java.lang.InstantiationException, java.lang.IllegalAccessException
function toString(): JLString; overload; virtual;
function getPackage(): JLPackage; overload; virtual;
function desiredAssertionStatus(): jboolean; overload; virtual;
function asSubclass(para1: JLClass): JLClass; overload; virtual;
function cast(para1: JLObject): JLObject; overload; virtual;
end;
JNByteBuffer = class abstract external 'java.nio' name 'ByteBuffer' (JNBuffer, JLComparable)
public
class function allocate(para1: jint): JNByteBuffer; static; overload;
class function allocateDirect(para1: jint): JNByteBuffer; static; overload;
class function wrap(para1: Arr1jbyte): JNByteBuffer; static; overload;
class function wrap(var para1: array of jbyte): JNByteBuffer; static; overload;
class function wrap(para1: Arr1jbyte; para2: jint; para3: jint): JNByteBuffer; static; overload;
class function wrap(var para1: array of jbyte; para2: jint; para3: jint): JNByteBuffer; static; overload;
function &array(): Arr1jbyte; overload; virtual; final;
function arrayOffset(): jint; overload; virtual; final;
function asCharBuffer(): JNCharBuffer; overload; virtual; abstract;
function asDoubleBuffer(): JNDoubleBuffer; overload; virtual; abstract;
function asFloatBuffer(): JNFloatBuffer; overload; virtual; abstract;
function asIntBuffer(): JNIntBuffer; overload; virtual; abstract;
function asLongBuffer(): JNLongBuffer; overload; virtual; abstract;
function asReadOnlyBuffer(): JNByteBuffer; overload; virtual; abstract;
function asShortBuffer(): JNShortBuffer; overload; virtual; abstract;
function compact(): JNByteBuffer; overload; virtual; abstract;
function compareTo(para1: JNByteBuffer): jint; overload; virtual;
function duplicate(): JNByteBuffer; overload; virtual; abstract;
function equals(para1: JLObject): jboolean; overload; virtual;
function get(): jbyte; overload; virtual; abstract;
function get(para1: Arr1jbyte): JNByteBuffer; overload; virtual;
function get(var para1: array of jbyte): JNByteBuffer; overload; virtual;
function get(para1: Arr1jbyte; para2: jint; para3: jint): JNByteBuffer; overload; virtual;
function get(var para1: array of jbyte; para2: jint; para3: jint): JNByteBuffer; overload; virtual;
function get(para1: jint): jbyte; overload; virtual; abstract;
function getChar(): jchar; overload; virtual; abstract;
function getChar(para1: jint): jchar; overload; virtual; abstract;
function getDouble(): jdouble; overload; virtual; abstract;
function getDouble(para1: jint): jdouble; overload; virtual; abstract;
function getFloat(): jfloat; overload; virtual; abstract;
function getFloat(para1: jint): jfloat; overload; virtual; abstract;
function getInt(): jint; overload; virtual; abstract;
function getInt(para1: jint): jint; overload; virtual; abstract;
function getLong(): jlong; overload; virtual; abstract;
function getLong(para1: jint): jlong; overload; virtual; abstract;
function getShort(): jshort; overload; virtual; abstract;
function getShort(para1: jint): jshort; overload; virtual; abstract;
function hasArray(): jboolean; overload; virtual; final;
function hashCode(): jint; overload; virtual;
function isDirect(): jboolean; overload; virtual; abstract;
function order(): JNByteOrder; overload; virtual; final;
function order(para1: JNByteOrder): JNByteBuffer; overload; virtual; final;
function put(para1: jbyte): JNByteBuffer; overload; virtual; abstract;
function put(para1: Arr1jbyte): JNByteBuffer; overload; virtual; final;
function put(var para1: array of jbyte): JNByteBuffer; overload; virtual; final;
function put(para1: Arr1jbyte; para2: jint; para3: jint): JNByteBuffer; overload; virtual;
function put(var para1: array of jbyte; para2: jint; para3: jint): JNByteBuffer; overload; virtual;
function put(para1: JNByteBuffer): JNByteBuffer; overload; virtual;
function put(para1: jint; para2: jbyte): JNByteBuffer; overload; virtual; abstract;
function putChar(para1: jchar): JNByteBuffer; overload; virtual; abstract;
function putChar(para1: jint; para2: jchar): JNByteBuffer; overload; virtual; abstract;
function putDouble(para1: jdouble): JNByteBuffer; overload; virtual; abstract;
function putDouble(para1: jint; para2: jdouble): JNByteBuffer; overload; virtual; abstract;
function putFloat(para1: jfloat): JNByteBuffer; overload; virtual; abstract;
function putFloat(para1: jint; para2: jfloat): JNByteBuffer; overload; virtual; abstract;
function putInt(para1: jint): JNByteBuffer; overload; virtual; abstract;
function putInt(para1: jint; para2: jint): JNByteBuffer; overload; virtual; abstract;
function putLong(para1: jlong): JNByteBuffer; overload; virtual; abstract;
function putLong(para1: jint; para2: jlong): JNByteBuffer; overload; virtual; abstract;
function putShort(para1: jshort): JNByteBuffer; overload; virtual; abstract;
function putShort(para1: jint; para2: jshort): JNByteBuffer; overload; virtual; abstract;
function slice(): JNByteBuffer; overload; virtual; abstract;
function &array(): JLObject; overload; virtual;
function compareTo(para1: JLObject): jint; overload; virtual;
end;
JNCharBuffer = class abstract external 'java.nio' name 'CharBuffer' (JNBuffer, JLComparable, JLCharSequence, JLAppendable, JLReadable)
public
class function allocate(para1: jint): JNCharBuffer; static; overload;
class function wrap(para1: Arr1jchar): JNCharBuffer; static; overload;
class function wrap(var para1: array of jchar): JNCharBuffer; static; overload;
class function wrap(para1: Arr1jchar; para2: jint; para3: jint): JNCharBuffer; static; overload;
class function wrap(var para1: array of jchar; para2: jint; para3: jint): JNCharBuffer; static; overload;
class function wrap(para1: JLCharSequence): JNCharBuffer; static; overload;
class function wrap(para1: JLCharSequence; para2: jint; para3: jint): JNCharBuffer; static; overload;
function &array(): Arr1jchar; overload; virtual; final;
function arrayOffset(): jint; overload; virtual; final;
function asReadOnlyBuffer(): JNCharBuffer; overload; virtual; abstract;
function charAt(para1: jint): jchar; overload; virtual; final;
function compact(): JNCharBuffer; overload; virtual; abstract;
function compareTo(para1: JNCharBuffer): jint; overload; virtual;
function duplicate(): JNCharBuffer; overload; virtual; abstract;
function equals(para1: JLObject): jboolean; overload; virtual;
function get(): jchar; overload; virtual; abstract;
function get(para1: Arr1jchar): JNCharBuffer; overload; virtual;
function get(var para1: array of jchar): JNCharBuffer; overload; virtual;
function get(para1: Arr1jchar; para2: jint; para3: jint): JNCharBuffer; overload; virtual;
function get(var para1: array of jchar; para2: jint; para3: jint): JNCharBuffer; overload; virtual;
function get(para1: jint): jchar; overload; virtual; abstract;
function hasArray(): jboolean; overload; virtual; final;
function hashCode(): jint; overload; virtual;
function isDirect(): jboolean; overload; virtual; abstract;
function length(): jint; overload; virtual; final;
function order(): JNByteOrder; overload; virtual; abstract;
function put(para1: jchar): JNCharBuffer; overload; virtual; abstract;
function put(para1: Arr1jchar): JNCharBuffer; overload; virtual; final;
function put(var para1: array of jchar): JNCharBuffer; overload; virtual; final;
function put(para1: Arr1jchar; para2: jint; para3: jint): JNCharBuffer; overload; virtual;
function put(var para1: array of jchar; para2: jint; para3: jint): JNCharBuffer; overload; virtual;
function put(para1: JNCharBuffer): JNCharBuffer; overload; virtual;
function put(para1: jint; para2: jchar): JNCharBuffer; overload; virtual; abstract;
function put(para1: JLString): JNCharBuffer; overload; virtual; final;
function put(para1: JLString; para2: jint; para3: jint): JNCharBuffer; overload; virtual;
function slice(): JNCharBuffer; overload; virtual; abstract;
function subSequence(para1: jint; para2: jint): JLCharSequence; overload; virtual; abstract;
function toString(): JLString; overload; virtual;
function append(para1: jchar): JNCharBuffer; overload; virtual;
function append(para1: JLCharSequence): JNCharBuffer; overload; virtual;
function append(para1: JLCharSequence; para2: jint; para3: jint): JNCharBuffer; overload; virtual;
function read(para1: JNCharBuffer): jint; overload; virtual; // throws java.io.IOException
function &array(): JLObject; overload; virtual;
function compareTo(para1: JLObject): jint; overload; virtual;
function append(para1: JLCharSequence; para2: jint; para3: jint): JLAppendable; overload; virtual; // throws java.io.IOException
function append(para1: JLCharSequence): JLAppendable; overload; virtual; // throws java.io.IOException
function append(para1: jchar): JLAppendable; overload; virtual; // throws java.io.IOException
end;
JTCollator = class abstract external 'java.text' name 'Collator' (JLObject, JUComparator, JLCloneable)
public
const
NO_DECOMPOSITION = 0;
CANONICAL_DECOMPOSITION = 1;
FULL_DECOMPOSITION = 2;
PRIMARY = 0;
SECONDARY = 1;
TERTIARY = 2;
IDENTICAL = 3;
strict protected
constructor create(); overload;
public
function clone(): JLObject; overload; virtual;
function compare(para1: JLObject; para2: JLObject): jint; overload; virtual;
function compare(para1: JLString; para2: JLString): jint; overload; virtual; abstract;
function equals(para1: JLObject): jboolean; overload; virtual;
function equals(para1: JLString; para2: JLString): jboolean; overload; virtual;
class function getAvailableLocales(): Arr1JULocale; static; overload;
function getCollationKey(para1: JLString): JTCollationKey; overload; virtual; abstract;
function getDecomposition(): jint; overload; virtual;
class function getInstance(): JTCollator; static; overload;
class function getInstance(para1: JULocale): JTCollator; static; overload;
function getStrength(): jint; overload; virtual;
function hashCode(): jint; overload; virtual; abstract;
procedure setDecomposition(para1: jint); overload; virtual;
procedure setStrength(para1: jint); overload; virtual;
end;
JUAbstractMap = class abstract external 'java.util' name 'AbstractMap' (JLObject, JUMap)
public
type
InnerSimpleEntry = class;
Arr1InnerSimpleEntry = array of InnerSimpleEntry;
Arr2InnerSimpleEntry = array of Arr1InnerSimpleEntry;
Arr3InnerSimpleEntry = array of Arr2InnerSimpleEntry;
InnerSimpleImmutableEntry = class;
Arr1InnerSimpleImmutableEntry = array of InnerSimpleImmutableEntry;
Arr2InnerSimpleImmutableEntry = array of Arr1InnerSimpleImmutableEntry;
Arr3InnerSimpleImmutableEntry = array of Arr2InnerSimpleImmutableEntry;
InnerSimpleEntry = class external 'java.util' name 'SimpleEntry' (JLObject, JUMap.InnerEntry, JISerializable)
public
constructor create(para1: JLObject; para2: JLObject); overload;
constructor create(para1: JUMap.InnerEntry); overload;
function getKey(): JLObject; overload; virtual;
function getValue(): JLObject; overload; virtual;
function setValue(para1: JLObject): JLObject; overload; virtual;
function equals(para1: JLObject): jboolean; overload; virtual;
function hashCode(): jint; overload; virtual;
function toString(): JLString; overload; virtual;
end;
InnerSimpleImmutableEntry = class external 'java.util' name 'SimpleImmutableEntry' (JLObject, JUMap.InnerEntry, JISerializable)
public
constructor create(para1: JLObject; para2: JLObject); overload;
constructor create(para1: JUMap.InnerEntry); overload;
function getKey(): JLObject; overload; virtual;
function getValue(): JLObject; overload; virtual;
function setValue(para1: JLObject): JLObject; overload; virtual;
function equals(para1: JLObject): jboolean; overload; virtual;
function hashCode(): jint; overload; virtual;
function toString(): JLString; overload; virtual;
end;
strict protected
constructor create(); overload;
public
procedure clear(); overload; virtual;
function containsKey(para1: JLObject): jboolean; overload; virtual;
function containsValue(para1: JLObject): jboolean; overload; virtual;
function entrySet(): JUSet; overload; virtual; abstract;
function equals(para1: JLObject): jboolean; overload; virtual;
function get(para1: JLObject): JLObject; overload; virtual;
function hashCode(): jint; overload; virtual;
function isEmpty(): jboolean; overload; virtual;
function keySet(): JUSet; overload; virtual;
function put(para1: JLObject; para2: JLObject): JLObject; overload; virtual;
procedure putAll(para1: JUMap); overload; virtual;
function remove(para1: JLObject): JLObject; overload; virtual;
function size(): jint; overload; virtual;
function toString(): JLString; overload; virtual;
function values(): JUCollection; overload; virtual;
strict protected
function clone(): JLObject; overload; virtual; // throws java.lang.CloneNotSupportedException
end;
JLByte = class sealed external 'java.lang' name 'Byte' (JLNumber, JLComparable)
public
const
MAX_VALUE = 127;
MIN_VALUE = -128;
SIZE = 8;
public
final class var
fTYPE: JLClass; external name 'TYPE';
public
constructor create(para1: jbyte); overload;
constructor create(para1: JLString); overload; // throws java.lang.NumberFormatException
function byteValue(): jbyte; overload; virtual;
function compareTo(para1: JLByte): jint; overload; virtual;
class function decode(para1: JLString): JLByte; static; overload; // throws java.lang.NumberFormatException
function doubleValue(): jdouble; overload; virtual;
function equals(para1: JLObject): jboolean; overload; virtual;
function floatValue(): jfloat; overload; virtual;
function hashCode(): jint; overload; virtual;
function intValue(): jint; overload; virtual;
function longValue(): jlong; overload; virtual;
class function parseByte(para1: JLString): jbyte; static; overload; // throws java.lang.NumberFormatException
class function parseByte(para1: JLString; para2: jint): jbyte; static; overload; // throws java.lang.NumberFormatException
function shortValue(): jshort; overload; virtual;
function toString(): JLString; overload; virtual;
class function toString(para1: jbyte): JLString; static; overload;
class function valueOf(para1: JLString): JLByte; static; overload; // throws java.lang.NumberFormatException
class function valueOf(para1: JLString; para2: jint): JLByte; static; overload; // throws java.lang.NumberFormatException
class function valueOf(para1: jbyte): JLByte; static; overload;
function compareTo(para1: JLObject): jint; overload; virtual;
end;
JLDouble = class sealed external 'java.lang' name 'Double' (JLNumber, JLComparable)
public
const
MAX_VALUE = jdouble(1.7976931348623157E308);
MIN_VALUE = jdouble(4.9E-324);
NaN = jdouble(0.0/0.0);
POSITIVE_INFINITY = jdouble(1.0/0.0);
NEGATIVE_INFINITY = jdouble(-1.0/0.0);
MIN_NORMAL = jdouble(2.2250738585072014E-308);
MAX_EXPONENT = 1023;
MIN_EXPONENT = -1022;
public
final class var
fTYPE: JLClass; external name 'TYPE';
public
const
SIZE = 64;
public
constructor create(para1: jdouble); overload;
constructor create(para1: JLString); overload; // throws java.lang.NumberFormatException
function compareTo(para1: JLDouble): jint; overload; virtual;
function byteValue(): jbyte; overload; virtual;
class function doubleToLongBits(para1: jdouble): jlong; static; overload;
class function doubleToRawLongBits(para1: jdouble): jlong; static; overload;
function doubleValue(): jdouble; overload; virtual;
function equals(para1: JLObject): jboolean; overload; virtual;
function floatValue(): jfloat; overload; virtual;
function hashCode(): jint; overload; virtual;
function intValue(): jint; overload; virtual;
function isInfinite(): jboolean; overload; virtual;
class function isInfinite(para1: jdouble): jboolean; static; overload;
function isNaN(): jboolean; overload; virtual;
class function isNaN(para1: jdouble): jboolean; static; overload;
class function longBitsToDouble(para1: jlong): jdouble; static; overload;
function longValue(): jlong; overload; virtual;
class function parseDouble(para1: JLString): jdouble; static; overload; // throws java.lang.NumberFormatException
function shortValue(): jshort; overload; virtual;
function toString(): JLString; overload; virtual;
class function toString(para1: jdouble): JLString; static; overload;
class function valueOf(para1: JLString): JLDouble; static; overload; // throws java.lang.NumberFormatException
class function compare(para1: jdouble; para2: jdouble): jint; static; overload;
class function valueOf(para1: jdouble): JLDouble; static; overload;
class function toHexString(para1: jdouble): JLString; static; overload;
function compareTo(para1: JLObject): jint; overload; virtual;
end;
JLFloat = class sealed external 'java.lang' name 'Float' (JLNumber, JLComparable)
public
const
MAX_VALUE = jfloat(3.4028235E38);
MIN_VALUE = jfloat(1.4E-45);
NaN = jfloat(0.0/0.0);
POSITIVE_INFINITY = jfloat(1.0/0.0);
NEGATIVE_INFINITY = jfloat(-1.0/0.0);
MIN_NORMAL = jfloat(1.17549435E-38);
MAX_EXPONENT = 127;
MIN_EXPONENT = -126;
public
final class var
fTYPE: JLClass; external name 'TYPE';
public
const
SIZE = 32;
public
constructor create(para1: jfloat); overload;
constructor create(para1: jdouble); overload;
constructor create(para1: JLString); overload; // throws java.lang.NumberFormatException
function compareTo(para1: JLFloat): jint; overload; virtual;
function byteValue(): jbyte; overload; virtual;
function doubleValue(): jdouble; overload; virtual;
function equals(para1: JLObject): jboolean; overload; virtual;
class function floatToIntBits(para1: jfloat): jint; static; overload;
class function floatToRawIntBits(para1: jfloat): jint; static; overload;
function floatValue(): jfloat; overload; virtual;
function hashCode(): jint; overload; virtual;
class function intBitsToFloat(para1: jint): jfloat; static; overload;
function intValue(): jint; overload; virtual;
function isInfinite(): jboolean; overload; virtual;
class function isInfinite(para1: jfloat): jboolean; static; overload;
function isNaN(): jboolean; overload; virtual;
class function isNaN(para1: jfloat): jboolean; static; overload;
function longValue(): jlong; overload; virtual;
class function parseFloat(para1: JLString): jfloat; static; overload; // throws java.lang.NumberFormatException
function shortValue(): jshort; overload; virtual;
function toString(): JLString; overload; virtual;
class function toString(para1: jfloat): JLString; static; overload;
class function valueOf(para1: JLString): JLFloat; static; overload; // throws java.lang.NumberFormatException
class function compare(para1: jfloat; para2: jfloat): jint; static; overload;
class function valueOf(para1: jfloat): JLFloat; static; overload;
class function toHexString(para1: jfloat): JLString; static; overload;
function compareTo(para1: JLObject): jint; overload; virtual;
end;
JLInteger = class sealed external 'java.lang' name 'Integer' (JLNumber, JLComparable)
public
const
MAX_VALUE = 2147483647;
MIN_VALUE = -2147483648;
SIZE = 32;
public
final class var
fTYPE: JLClass; external name 'TYPE';
public
constructor create(para1: jint); overload;
constructor create(para1: JLString); overload; // throws java.lang.NumberFormatException
function byteValue(): jbyte; overload; virtual;
function compareTo(para1: JLInteger): jint; overload; virtual;
class function decode(para1: JLString): JLInteger; static; overload; // throws java.lang.NumberFormatException
function doubleValue(): jdouble; overload; virtual;
function equals(para1: JLObject): jboolean; overload; virtual;
function floatValue(): jfloat; overload; virtual;
class function getInteger(para1: JLString): JLInteger; static; overload;
class function getInteger(para1: JLString; para2: jint): JLInteger; static; overload;
class function getInteger(para1: JLString; para2: JLInteger): JLInteger; static; overload;
function hashCode(): jint; overload; virtual;
function intValue(): jint; overload; virtual;
function longValue(): jlong; overload; virtual;
class function parseInt(para1: JLString): jint; static; overload; // throws java.lang.NumberFormatException
class function parseInt(para1: JLString; para2: jint): jint; static; overload; // throws java.lang.NumberFormatException
function shortValue(): jshort; overload; virtual;
class function toBinaryString(para1: jint): JLString; static; overload;
class function toHexString(para1: jint): JLString; static; overload;
class function toOctalString(para1: jint): JLString; static; overload;
function toString(): JLString; overload; virtual;
class function toString(para1: jint): JLString; static; overload;
class function toString(para1: jint; para2: jint): JLString; static; overload;
class function valueOf(para1: JLString): JLInteger; static; overload; // throws java.lang.NumberFormatException
class function valueOf(para1: JLString; para2: jint): JLInteger; static; overload; // throws java.lang.NumberFormatException
class function highestOneBit(para1: jint): jint; static; overload;
class function lowestOneBit(para1: jint): jint; static; overload;
class function numberOfLeadingZeros(para1: jint): jint; static; overload;
class function numberOfTrailingZeros(para1: jint): jint; static; overload;
class function bitCount(para1: jint): jint; static; overload;
class function rotateLeft(para1: jint; para2: jint): jint; static; overload;
class function rotateRight(para1: jint; para2: jint): jint; static; overload;
class function reverseBytes(para1: jint): jint; static; overload;
class function reverse(para1: jint): jint; static; overload;
class function signum(para1: jint): jint; static; overload;
class function valueOf(para1: jint): JLInteger; static; overload;
function compareTo(para1: JLObject): jint; overload; virtual;
end;
JLLong = class sealed external 'java.lang' name 'Long' (JLNumber, JLComparable)
public
const
MAX_VALUE = jlong(9223372036854775807);
MIN_VALUE = jlong(-9223372036854775808);
public
final class var
fTYPE: JLClass; external name 'TYPE';
public
const
SIZE = 64;
public
constructor create(para1: jlong); overload;
constructor create(para1: JLString); overload; // throws java.lang.NumberFormatException
function byteValue(): jbyte; overload; virtual;
function compareTo(para1: JLLong): jint; overload; virtual;
class function decode(para1: JLString): JLLong; static; overload; // throws java.lang.NumberFormatException
function doubleValue(): jdouble; overload; virtual;
function equals(para1: JLObject): jboolean; overload; virtual;
function floatValue(): jfloat; overload; virtual;
class function getLong(para1: JLString): JLLong; static; overload;
class function getLong(para1: JLString; para2: jlong): JLLong; static; overload;
class function getLong(para1: JLString; para2: JLLong): JLLong; static; overload;
function hashCode(): jint; overload; virtual;
function intValue(): jint; overload; virtual;
function longValue(): jlong; overload; virtual;
class function parseLong(para1: JLString): jlong; static; overload; // throws java.lang.NumberFormatException
class function parseLong(para1: JLString; para2: jint): jlong; static; overload; // throws java.lang.NumberFormatException
function shortValue(): jshort; overload; virtual;
class function toBinaryString(para1: jlong): JLString; static; overload;
class function toHexString(para1: jlong): JLString; static; overload;
class function toOctalString(para1: jlong): JLString; static; overload;
function toString(): JLString; overload; virtual;
class function toString(para1: jlong): JLString; static; overload;
class function toString(para1: jlong; para2: jint): JLString; static; overload;
class function valueOf(para1: JLString): JLLong; static; overload; // throws java.lang.NumberFormatException
class function valueOf(para1: JLString; para2: jint): JLLong; static; overload; // throws java.lang.NumberFormatException
class function highestOneBit(para1: jlong): jlong; static; overload;
class function lowestOneBit(para1: jlong): jlong; static; overload;
class function numberOfLeadingZeros(para1: jlong): jint; static; overload;
class function numberOfTrailingZeros(para1: jlong): jint; static; overload;
class function bitCount(para1: jlong): jint; static; overload;
class function rotateLeft(para1: jlong; para2: jint): jlong; static; overload;
class function rotateRight(para1: jlong; para2: jint): jlong; static; overload;
class function reverseBytes(para1: jlong): jlong; static; overload;
class function reverse(para1: jlong): jlong; static; overload;
class function signum(para1: jlong): jint; static; overload;
class function valueOf(para1: jlong): JLLong; static; overload;
function compareTo(para1: JLObject): jint; overload; virtual;
end;
JLShort = class sealed external 'java.lang' name 'Short' (JLNumber, JLComparable)
public
const
MAX_VALUE = 32767;
MIN_VALUE = -32768;
SIZE = 16;
public
final class var
fTYPE: JLClass; external name 'TYPE';
public
constructor create(para1: JLString); overload; // throws java.lang.NumberFormatException
constructor create(para1: jshort); overload;
function byteValue(): jbyte; overload; virtual;
function compareTo(para1: JLShort): jint; overload; virtual;
class function decode(para1: JLString): JLShort; static; overload; // throws java.lang.NumberFormatException
function doubleValue(): jdouble; overload; virtual;
function equals(para1: JLObject): jboolean; overload; virtual;
function floatValue(): jfloat; overload; virtual;
function hashCode(): jint; overload; virtual;
function intValue(): jint; overload; virtual;
function longValue(): jlong; overload; virtual;
class function parseShort(para1: JLString): jshort; static; overload; // throws java.lang.NumberFormatException
class function parseShort(para1: JLString; para2: jint): jshort; static; overload; // throws java.lang.NumberFormatException
function shortValue(): jshort; overload; virtual;
function toString(): JLString; overload; virtual;
class function toString(para1: jshort): JLString; static; overload;
class function valueOf(para1: JLString): JLShort; static; overload; // throws java.lang.NumberFormatException
class function valueOf(para1: JLString; para2: jint): JLShort; static; overload; // throws java.lang.NumberFormatException
class function reverseBytes(para1: jshort): jshort; static; overload;
class function valueOf(para1: jshort): JLShort; static; overload;
function compareTo(para1: JLObject): jint; overload; virtual;
end;
JMBigInteger = class external 'java.math' name 'BigInteger' (JLNumber, JLComparable, JISerializable)
public
final class var
fZERO: JMBigInteger; external name 'ZERO';
fONE: JMBigInteger; external name 'ONE';
fTEN: JMBigInteger; external name 'TEN';
public
constructor create(para1: jint; para2: JURandom); overload;
constructor create(para1: jint; para2: jint; para3: JURandom); overload;
constructor create(para1: JLString); overload;
constructor create(para1: JLString; para2: jint); overload;
constructor create(para1: jint; para2: Arr1jbyte); overload;
constructor create(para1: jint; const para2: array of jbyte); overload;
constructor create(para1: Arr1jbyte); overload;
constructor create(const para1: array of jbyte); overload;
class function valueOf(para1: jlong): JMBigInteger; static; overload;
function toByteArray(): Arr1jbyte; overload; virtual;
function abs(): JMBigInteger; overload; virtual;
function negate(): JMBigInteger; overload; virtual;
function add(para1: JMBigInteger): JMBigInteger; overload; virtual;
function subtract(para1: JMBigInteger): JMBigInteger; overload; virtual;
function signum(): jint; overload; virtual;
function shiftRight(para1: jint): JMBigInteger; overload; virtual;
function shiftLeft(para1: jint): JMBigInteger; overload; virtual;
function bitLength(): jint; overload; virtual;
function testBit(para1: jint): jboolean; overload; virtual;
function setBit(para1: jint): JMBigInteger; overload; virtual;
function clearBit(para1: jint): JMBigInteger; overload; virtual;
function flipBit(para1: jint): JMBigInteger; overload; virtual;
function getLowestSetBit(): jint; overload; virtual;
function bitCount(): jint; overload; virtual;
function &not(): JMBigInteger; overload; virtual;
function &and(para1: JMBigInteger): JMBigInteger; overload; virtual;
function &or(para1: JMBigInteger): JMBigInteger; overload; virtual;
function &xor(para1: JMBigInteger): JMBigInteger; overload; virtual;
function andNot(para1: JMBigInteger): JMBigInteger; overload; virtual;
function intValue(): jint; overload; virtual;
function longValue(): jlong; overload; virtual;
function floatValue(): jfloat; overload; virtual;
function doubleValue(): jdouble; overload; virtual;
function compareTo(para1: JMBigInteger): jint; overload; virtual;
function min(para1: JMBigInteger): JMBigInteger; overload; virtual;
function max(para1: JMBigInteger): JMBigInteger; overload; virtual;
function hashCode(): jint; overload; virtual;
function equals(para1: JLObject): jboolean; overload; virtual;
function toString(): JLString; overload; virtual;
function toString(para1: jint): JLString; overload; virtual;
function gcd(para1: JMBigInteger): JMBigInteger; overload; virtual;
function multiply(para1: JMBigInteger): JMBigInteger; overload; virtual;
function pow(para1: jint): JMBigInteger; overload; virtual;
function divideAndRemainder(para1: JMBigInteger): Arr1JMBigInteger; overload; virtual;
function divide(para1: JMBigInteger): JMBigInteger; overload; virtual;
function remainder(para1: JMBigInteger): JMBigInteger; overload; virtual;
function modInverse(para1: JMBigInteger): JMBigInteger; overload; virtual;
function modPow(para1: JMBigInteger; para2: JMBigInteger): JMBigInteger; overload; virtual;
function &mod(para1: JMBigInteger): JMBigInteger; overload; virtual;
function isProbablePrime(para1: jint): jboolean; overload; virtual;
function nextProbablePrime(): JMBigInteger; overload; virtual;
class function probablePrime(para1: jint; para2: JURandom): JMBigInteger; static; overload;
function compareTo(para1: JLObject): jint; overload; virtual;
end;
JLError = class external 'java.lang' name 'Error' (JLThrowable)
public
constructor create(); overload;
constructor create(para1: JLString); overload;
constructor create(para1: JLString; para2: JLThrowable); overload;
constructor create(para1: JLThrowable); overload;
end;
JLException = class external 'java.lang' name 'Exception' (JLThrowable)
public
constructor create(); overload;
constructor create(para1: JLString); overload;
constructor create(para1: JLString; para2: JLThrowable); overload;
constructor create(para1: JLThrowable); overload;
end;
JUAbstractCollection = class abstract external 'java.util' name 'AbstractCollection' (JLObject, JUCollection)
strict protected
constructor create(); overload;
public
function add(para1: JLObject): jboolean; overload; virtual;
function addAll(para1: JUCollection): jboolean; overload; virtual;
procedure clear(); overload; virtual;
function contains(para1: JLObject): jboolean; overload; virtual;
function containsAll(para1: JUCollection): jboolean; overload; virtual;
function isEmpty(): jboolean; overload; virtual;
function iterator(): JUIterator; overload; virtual; abstract;
function remove(para1: JLObject): jboolean; overload; virtual;
function removeAll(para1: JUCollection): jboolean; overload; virtual;
function retainAll(para1: JUCollection): jboolean; overload; virtual;
function size(): jint; overload; virtual; abstract;
function toArray(): Arr1JLObject; overload; virtual;
function toArray(para1: Arr1JLObject): Arr1JLObject; overload; virtual;
function toArray(var para1: array of JLObject): Arr1JLObject; overload; virtual;
function toString(): JLString; overload; virtual;
end;
JUSet = interface external 'java.util' name 'Set' (JUCollection)
function add(para1: JLObject): jboolean; overload;
function addAll(para1: JUCollection): jboolean; overload;
procedure clear(); overload;
function contains(para1: JLObject): jboolean; overload;
function containsAll(para1: JUCollection): jboolean; overload;
function equals(para1: JLObject): jboolean; overload;
function hashCode(): jint; overload;
function isEmpty(): jboolean; overload;
function iterator(): JUIterator; overload;
function remove(para1: JLObject): jboolean; overload;
function removeAll(para1: JUCollection): jboolean; overload;
function retainAll(para1: JUCollection): jboolean; overload;
function size(): jint; overload;
function toArray(): Arr1JLObject; overload;
function toArray(para1: Arr1JLObject): Arr1JLObject; overload;
function toArray(var para1: array of JLObject): Arr1JLObject; overload;
end;
JLRField = class sealed external 'java.lang.reflect' name 'Field' (JLRAccessibleObject, JLRMember)
public
function isSynthetic(): jboolean; overload; virtual;
function toGenericString(): JLString; overload; virtual;
function isEnumConstant(): jboolean; overload; virtual;
function getGenericType(): JLRType; overload; virtual;
function getDeclaredAnnotations(): Arr1JLAAnnotation; overload; virtual;
function getAnnotation(para1: JLClass): JLAAnnotation; overload; virtual;
function isAnnotationPresent(para1: JLClass): jboolean; overload; virtual;
function equals(para1: JLObject): jboolean; overload; virtual;
function get(para1: JLObject): JLObject; overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException
function getBoolean(para1: JLObject): jboolean; overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException
function getByte(para1: JLObject): jbyte; overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException
function getChar(para1: JLObject): jchar; overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException
function getDeclaringClass(): JLClass; overload; virtual;
function getDouble(para1: JLObject): jdouble; overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException
function getFloat(para1: JLObject): jfloat; overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException
function getInt(para1: JLObject): jint; overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException
function getLong(para1: JLObject): jlong; overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException
function getModifiers(): jint; overload; virtual;
function getName(): JLString; overload; virtual;
function getShort(para1: JLObject): jshort; overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException
function getType(): JLClass; overload; virtual;
function hashCode(): jint; overload; virtual;
procedure &set(para1: JLObject; para2: JLObject); overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException
procedure setBoolean(para1: JLObject; para2: jboolean); overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException
procedure setByte(para1: JLObject; para2: jbyte); overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException
procedure setChar(para1: JLObject; para2: jchar); overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException
procedure setDouble(para1: JLObject; para2: jdouble); overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException
procedure setFloat(para1: JLObject; para2: jfloat); overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException
procedure setInt(para1: JLObject; para2: jint); overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException
procedure setLong(para1: JLObject; para2: jlong); overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException
procedure setShort(para1: JLObject; para2: jshort); overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException
function toString(): JLString; overload; virtual;
end;
JLRMethod = class sealed external 'java.lang.reflect' name 'Method' (JLRAccessibleObject, JLRGenericDeclaration, JLRMember)
public
function getTypeParameters(): Arr1JLRTypeVariable; overload; virtual;
function toGenericString(): JLString; overload; virtual;
function getGenericParameterTypes(): Arr1JLRType; overload; virtual;
function getGenericExceptionTypes(): Arr1JLRType; overload; virtual;
function getGenericReturnType(): JLRType; overload; virtual;
function getDeclaredAnnotations(): Arr1JLAAnnotation; overload; virtual;
function getAnnotation(para1: JLClass): JLAAnnotation; overload; virtual;
function isAnnotationPresent(para1: JLClass): jboolean; overload; virtual;
function getParameterAnnotations(): Arr2JLAAnnotation; overload; virtual;
function isVarArgs(): jboolean; overload; virtual;
function isBridge(): jboolean; overload; virtual;
function isSynthetic(): jboolean; overload; virtual;
function getDefaultValue(): JLObject; overload; virtual;
function equals(para1: JLObject): jboolean; overload; virtual;
function getDeclaringClass(): JLClass; overload; virtual;
function getExceptionTypes(): Arr1JLClass; overload; virtual;
function getModifiers(): jint; overload; virtual;
function getName(): JLString; overload; virtual;
function getParameterTypes(): Arr1JLClass; overload; virtual;
function getReturnType(): JLClass; overload; virtual;
function hashCode(): jint; overload; virtual;
function invoke(para1: JLObject; para2: Arr1JLObject): JLObject; overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException, java.lang.reflect.InvocationTargetException
function invoke(para1: JLObject; const para2: array of JLObject): JLObject; overload; virtual; // throws java.lang.IllegalAccessException, java.lang.IllegalArgumentException, java.lang.reflect.InvocationTargetException
function toString(): JLString; overload; virtual;
end;
JUHashMap = class external 'java.util' name 'HashMap' (JUAbstractMap, JLCloneable, JISerializable)
public
constructor create(); overload;
constructor create(para1: jint); overload;
constructor create(para1: jint; para2: jfloat); overload;
constructor create(para1: JUMap); overload;
function clone(): JLObject; overload; virtual;
function isEmpty(): jboolean; overload; virtual;
function size(): jint; overload; virtual;
function get(para1: JLObject): JLObject; overload; virtual;
function containsKey(para1: JLObject): jboolean; overload; virtual;
function containsValue(para1: JLObject): jboolean; overload; virtual;
function put(para1: JLObject; para2: JLObject): JLObject; overload; virtual;
procedure putAll(para1: JUMap); overload; virtual;
function remove(para1: JLObject): JLObject; overload; virtual;
procedure clear(); overload; virtual;
function keySet(): JUSet; overload; virtual;
function values(): JUCollection; overload; virtual;
function entrySet(): JUSet; overload; virtual;
end;
JLLinkageError = class external 'java.lang' name 'LinkageError' (JLError)
public
constructor create(); overload;
constructor create(para1: JLString); overload;
end;
JNCCoderMalfunctionError = class external 'java.nio.charset' name 'CoderMalfunctionError' (JLError)
public
constructor create(para1: JLException); overload;
end;
JIIOException = class external 'java.io' name 'IOException' (JLException)
public
constructor create(); overload;
constructor create(para1: JLString); overload;
constructor create(para1: JLString; para2: JLThrowable); overload;
constructor create(para1: JLThrowable); overload;
end;
JLNoSuchMethodException = class external 'java.lang' name 'NoSuchMethodException' (JLException)
public
constructor create(); overload;
constructor create(para1: JLString); overload;
end;
JLRuntimeException = class external 'java.lang' name 'RuntimeException' (JLException)
public
constructor create(); overload;
constructor create(para1: JLString); overload;
constructor create(para1: JLString; para2: JLThrowable); overload;
constructor create(para1: JLThrowable); overload;
end;
JLRInvocationTargetException = class external 'java.lang.reflect' name 'InvocationTargetException' (JLException)
strict protected
constructor create(); overload;
public
constructor create(para1: JLThrowable); overload;
constructor create(para1: JLThrowable; para2: JLString); overload;
function getTargetException(): JLThrowable; overload; virtual;
function getCause(): JLThrowable; overload; virtual;
end;
JUAbstractSet = class abstract external 'java.util' name 'AbstractSet' (JUAbstractCollection, JUSet)
strict protected
constructor create(); overload;
public
function equals(para1: JLObject): jboolean; overload; virtual;
function hashCode(): jint; overload; virtual;
function removeAll(para1: JUCollection): jboolean; overload; virtual;
end;
JNCCharacterCodingException = class external 'java.nio.charset' name 'CharacterCodingException' (JIIOException)
public
constructor create(); overload;
end;
JLIllegalArgumentException = class external 'java.lang' name 'IllegalArgumentException' (JLRuntimeException)
public
constructor create(); overload;
constructor create(para1: JLString); overload;
constructor create(para1: JLString; para2: JLThrowable); overload;
constructor create(para1: JLThrowable); overload;
end;
JLIllegalStateException = class external 'java.lang' name 'IllegalStateException' (JLRuntimeException)
public
constructor create(); overload;
constructor create(para1: JLString); overload;
constructor create(para1: JLString; para2: JLThrowable); overload;
constructor create(para1: JLThrowable); overload;
end;
JLIndexOutOfBoundsException = class external 'java.lang' name 'IndexOutOfBoundsException' (JLRuntimeException)
public
constructor create(); overload;
constructor create(para1: JLString); overload;
end;
JLUnsupportedOperationException = class external 'java.lang' name 'UnsupportedOperationException' (JLRuntimeException)
public
constructor create(); overload;
constructor create(para1: JLString); overload;
constructor create(para1: JLString; para2: JLThrowable); overload;
constructor create(para1: JLThrowable); overload;
end;
JUEnumSet = class abstract external 'java.util' name 'EnumSet' (JUAbstractSet, JLCloneable, JISerializable)
public
class function noneOf(para1: JLClass): JUEnumSet; static; overload;
class function allOf(para1: JLClass): JUEnumSet; static; overload;
class function copyOf(para1: JUEnumSet): JUEnumSet; static; overload;
class function copyOf(para1: JUCollection): JUEnumSet; static; overload;
class function complementOf(para1: JUEnumSet): JUEnumSet; static; overload;
class function &of(para1: JLEnum): JUEnumSet; static; overload;
class function &of(para1: JLEnum; para2: JLEnum): JUEnumSet; static; overload;
class function &of(para1: JLEnum; para2: JLEnum; para3: JLEnum): JUEnumSet; static; overload;
class function &of(para1: JLEnum; para2: JLEnum; para3: JLEnum; para4: JLEnum): JUEnumSet; static; overload;
class function &of(para1: JLEnum; para2: JLEnum; para3: JLEnum; para4: JLEnum; para5: JLEnum): JUEnumSet; static; overload;
class function &of(para1: JLEnum; para2: Arr1JLEnum): JUEnumSet; static; overload;
class function &of(para1: JLEnum; const para2: array of JLEnum): JUEnumSet; static; overload;
class function range(para1: JLEnum; para2: JLEnum): JUEnumSet; static; overload;
function clone(): JUEnumSet; overload; virtual;
function clone(): JLObject; overload; virtual; // throws java.lang.CloneNotSupportedException
end;
JNCMalformedInputException = class external 'java.nio.charset' name 'MalformedInputException' (JNCCharacterCodingException)
public
constructor create(para1: jint); overload;
function getInputLength(): jint; overload; virtual;
function getMessage(): JLString; overload; virtual;
end;
JNCUnmappableCharacterException = class external 'java.nio.charset' name 'UnmappableCharacterException' (JNCCharacterCodingException)
public
constructor create(para1: jint); overload;
function getInputLength(): jint; overload; virtual;
function getMessage(): JLString; overload; virtual;
end;
JNCIllegalCharsetNameException = class external 'java.nio.charset' name 'IllegalCharsetNameException' (JLIllegalArgumentException)
public
constructor create(para1: JLString); overload;
function getCharsetName(): JLString; overload; virtual;
end;
JNCUnsupportedCharsetException = class external 'java.nio.charset' name 'UnsupportedCharsetException' (JLIllegalArgumentException)
public
constructor create(para1: JLString); overload;
function getCharsetName(): JLString; overload; virtual;
end;
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