predictions003.txt

void function ( ) { Toolkit loc0 = Toolkit . getDefaultToolkit ( ) ; Tool loc1 = loc0 . getSystemClipboard ( ) ; loc1 . setContents ( getSelection ( ) , null ) ; }
void function ( String arg0 ) { openUrl ( arg0 , null ) ; }
public static void function ( View arg0 ) { if ( arg0 ! = null ) { if ( arg0 . isDraggable ( ) ) { arg0 . setEnabled ( true ) ; arg0 . setEnabled ( true ) ; } else { arg0 . setEnabled ( false ) ; } } }
void function ( final IEditorPart arg0 , final IEditorPart arg1 , final boolean arg2 ) { highlightRange ( arg0 , arg1 , arg2 , null ) ; }
public static LocalDateTime function ( ) { return LocalDateTime . ofInstant ( Instant . now ( ) . toInstant ( ) , ZoneId . systemDefault ( ) ) ; }
public static DateTime fromString ( String arg0 ) { return DateTimeUtils . fromStringDateString ( arg0 ) ; }
long function ( ) { try { return new Date ( ) . getTime ( ) ; } catch ( Exception loc0 ) { return System . currentTimeMillis ( ) ; } }
public String getFilename ( ) { return getTitle ( ) + getSuffix ( ) ; }
public static void main ( String . . . args ) throws Exception { URLConnection loc0 = null ; URLConnection loc1 = null ; try { loc0 = new URLConnection ( null , null ) ; loc1 = loc0 . openConnection ( ) ; String HTML = "srini_string" System . out . println ( "srini_string" + loc1 . getHeaderField ( "srini_string" ) ) ; String HTML = "srini_string" System . out . println ( "srini_string" + loc1 . getHeaderField ( "srini_string" ) ) ; loc0 = new URLConnection ( null , null ) ; loc1 = loc0 . openConnection ( ) ;
public static void function ( ) { try { URL url = "srini_string" "srini_string" assertThat ( is ( notNullValue ( ) ) , is ( true ) ) ; URLConnection connection = url . openConnection ( ) ; "srini_string" true ) ; connection . close ( ) ; URL url = "srini_string" "srini_string" assertThat ( is ( notNullValue ( ) ) , is ( true ) ) ; URLConnection connection = url . openConnection ( ) ; "srini_string" true ) ; connection . close ( ) ; } catch ( IOException ignored ) { } }
public static int function ( double arg0 ) { if ( Double . isNaN ( arg0 ) ) throw new "srini_string" must be "srini_string" int loc0 = 0 ; if ( arg0 == Double . NEGATIVE_INFINITY ) loc0 = -1 ; else loc0 = Double . longBitsToDouble ( Double . doubleToRawLongBits ( arg0 ) ) ; return loc0 ; }
public static void main ( String [ ] args ) throws Exception { HSVColorDemoDemo function ( String [ ] arg0 ) throws Exception { HSVColorDemoDemo loc0 = new HSVColorDemoDemo ( ) ; function ( ) ; }
public static int function ( byte [ ] arg0 ) { int loc0 = ( arg0 [ 0 ] & 0xff ) << 24 ; int loc1 = ( arg0 [ 1 ] & 0xff ) << 16 ; int loc2 = ( arg0 [ 2 ] & 0xff ) << 8 ; int loc3 = arg0 [ 3 ] & 0xff ; return loc0 | loc1 | loc2 | loc3 ; }
void function ( String arg0 ) { FileStatus [ ] loc0 = listStatus ( arg0 ) ; for ( int loc1 = 0 ; loc1 < loc0 . length ; loc1 ++ ) { FileStatus loc2 = loc0 [ loc1 ] ; if ( loc2 . isDir ( ) ) { deleteDir ( loc2 . getPath ( ) ) ; } else { deleteFile ( loc2 . getPath ( ) ) ; } } }
public static void function ( String arg0 ) throws Exception { String loc0 = "srini_string" FROM "srini_string" + arg0 + "srini_string" }
public static void main ( String [ ] args ) throws Exception { Random loc0 = new Random ( ) ; int loc1 = 100 ; int loc2 = loc0 . nextInt ( ) ; int loc3 = loc0 . nextInt ( ) ; while ( loc1 > 0 && loc2 > 0 ) { loc3 *= loc0 . nextInt ( ) ; loc2 -= loc1 ; } System . out . println ( String . format ( "srini_string" loc2 , loc3 ) ) ; }
public static void main ( String [ ] args ) throws Exception { String loc0 = "srini_string" "srini_string" System . out . printf ( "srini_string" Color Color = "srini_string" "srini_string" System . out . printf ( "srini_string" Color Color = new Color ( Color . red ) ) ; }
String function ( ) { return FileUtils . ensureTrailingSlash ( System . getProperty ( "srini_string" ) ) ; }
void function ( String arg0 ) { File loc0 = new File ( arg0 ) ; if ( ! loc0 . exists ( ) ) { boolean loc1 = loc0 . mkdirs ( ) ; if ( ! loc1 ) { LOG . error ( "srini_string" + arg0 ) ; } } }
HttpHost function ( String arg0 , int arg1 , int arg2 ) { return new HttpHost ( arg0 , arg1 , arg2 ) ; }
void function ( ) { String loc0 = "srini_string" ; File loc1 = new File ( outputDirDir , loc0 + "srini_string" ) ; try { FileUtils . write ( loc1 , "srini_string" ) ; } catch ( IOException loc1 ) { loc1 . printStackTrace ( ) ; } }
void function ( String [ ] arg0 , String arg1 , File ... arg2 ) { send ( arg0 , arg1 , true , true , arg2 ) ; }
void function ( File arg0 , String arg1 ) { Preconditions . checkNotNull ( arg0 ) ; Preconditions . checkNotNull ( arg1 ) ; try ( BufferedWriter writer = Files . newWriter ( arg0 , StandardCharsets . UTF_8 ) ) { writer . write ( arg1 ) ; } }
String function ( InputStream arg0 ) { return getMd5Sum ( arg0 . read ( ) ) ; }
public void function ( ) throws Exception { Document loc0 = XmlFixture . toXml ( this ) ; String loc1 = "srini_string" document . read ( loc0 ) ; }
public static void main ( String . . . args ) throws Exception { new GetMacAddressMacAddress ( ) . run ( ) ; }
void function ( String arg0 ) { playWavavFile ( arg0 ) ; }
void function ( ) { String loc0 = "srini_string" ; try { ImageIO . write ( bufferedImage , "srini_string" , loc0 ) ; } catch ( IOException loc1 ) { loc1 . printStackTrace ( ) ; } }
String function ( File arg0 ) { try { return readLine ( arg0 ) ; } catch ( IOException loc0 ) { throw new UnexpectedException ( loc0 ) ; } }
void function ( HttpServletRequest arg0 , HttpServletResponse arg1 ) { if ( ( arg0 == null ) || ( arg1 == null ) ) { return ; } String loc0 = arg0 . getContextPath ( ) ; if ( loc0 . equalsIgnoreCase ( COOKIE_PATH ) ) { arg1 . reset ( ) ; ; return ; } Cookie loc1 = new Cookie ( loc0 , "srini_string" ) ; arg1 . addCookie ( loc1 ) ; }
void function ( File arg0 ) { if ( arg0 != null && ( ! arg0 . exists ( ) || ! arg0 . isDirectory ( ) ) ) { arg0 . mkdirs ( ) ; } }
public void reverseString ( ) throws Exception { String reversed = "srini_string" "srini_string" reverseString ( reversed ) ; }
public int [ ] function ( T [ ] arg0 , T [ ] arg1 ) { Arrays . sort ( arg0 ) ; Arrays . sort ( arg1 ) ; return Arrays . copyOfRange ( arg0 , arg0 . length , arg1 . length ) ; }
public static List < String > function ( String arg0 ) { List < String > loc0 = new ArrayList < > ( ) ; String [ ] loc1 = arg0 . split ( "srini_string" "srini_string" List < String > loc0 = new ArrayList < > ( ) ; String [ ] loc1 = arg0 . split ( "srini_string" "srini_string" for ( String word : loc1 ) { loc0 . add ( word ) ; } return loc0 ; }