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1476 lines (1307 loc) · 42 KB
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// :tabSize=2:indentSize=2:noTabs=false:folding=explicit:collapseFolds=1:
public class RJavaArrayTools_Test {
// {{{ main
public static void main(String[] args){
System.out.println( "Test suite for RJavaArrayTools" ) ;
try{
runtests() ;
} catch( TestException e){
fails( e ) ;
System.exit(1);
}
System.exit(0);
}
// }}}
// {{{ runtests
public static void runtests() throws TestException {
System.out.println( "Test suite for RJavaArrayTools" ) ;
System.out.println( "Testing RJavaArrayTools.isArray" ) ;
isarray();
success() ;
System.out.println( "Testing RJavaArrayTools.isRectangularArray" ) ;
isrect();
success() ;
System.out.println( "Testing RJavaArrayTools.getDimensionLength" ) ;
getdimlength();
success() ;
System.out.println( "Testing RJavaArrayTools.getDimensions" ) ;
getdims();
success() ;
System.out.println( "Testing RJavaArrayTools.getTrueLength" ) ;
gettruelength();
success() ;
System.out.println( "Testing RJavaArrayTools.getObjectTypeName" ) ;
gettypename();
success() ;
System.out.println( "Testing RJavaArrayTools.isPrimitiveTypeName" ) ;
isprim();
success() ;
System.out.println( "Testing RJavaTools.rep" ) ;
rep();
success() ;
}
// }}}
// {{{ fails
private static void fails( TestException e ){
System.err.println( "\n" ) ;
e.printStackTrace() ;
System.err.println( "FAILED" ) ;
}
// }}}
// {{{ success
private static void success(){
System.out.println( "PASSED" ) ;
}
// }}}
// {{{ isarray
private static void isarray() throws TestException {
// {{{ int
System.out.print( " isArray( int )" ) ;
if( RJavaArrayTools.isArray( 0 ) ){
throw new TestException( " isArray( int ) " );
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ boolean
System.out.print( " isArray( boolean )" ) ;
if( RJavaArrayTools.isArray( true ) ){
throw new TestException( " isArray( boolean ) " );
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ byte
System.out.print( " isArray( byte )" ) ;
if( RJavaArrayTools.isArray( (byte)0 ) ){
throw new TestException( " isArray( byte ) " );
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ long
System.out.print( " isArray( long )" ) ;
if( RJavaArrayTools.isArray( (long)0 ) ){
throw new TestException( " isArray( long ) " );
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ short
System.out.print( " isArray( short )" ) ;
if( RJavaArrayTools.isArray( (double)0 ) ){
throw new TestException( " isArray( short ) " );
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ double
System.out.print( " isArray( double )" ) ;
if( RJavaArrayTools.isArray( 0.0 ) ){
throw new TestException( " isArray( double ) " );
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ char
System.out.print( " isArray( char )" ) ;
if( RJavaArrayTools.isArray( 'a' ) ){
throw new TestException( " isArray( char ) " );
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ float
System.out.print( " isArray( float )" ) ;
if( RJavaArrayTools.isArray( 0.0f ) ){
throw new TestException( " isArray( float ) " ) ;
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ String
System.out.print( " isArray( String )" ) ;
if( RJavaArrayTools.isArray( "dd" ) ){
throw new TestException( " isArray( String ) " ) ;
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ int[]
int[] x = new int[2] ;
System.out.print( " isArray( int[] )" ) ;
if( ! RJavaArrayTools.isArray( x ) ){
throw new TestException( " !isArray( int[] ) " ) ;
}
System.out.println( " true : ok" ) ;
// }}}
// {{{ Object o = new double[2]
Object o = new double[2];
System.out.print( " isArray( double[] (but declared as 0bject) )" ) ;
if( ! RJavaArrayTools.isArray( o ) ){
throw new TestException( " !isArray( Object o = new double[2]; ) " ) ;
}
System.out.println( " true : ok" ) ;
// }}}
// {{{ null
System.out.print( " isArray( null )" ) ;
if( RJavaArrayTools.isArray( null ) ){
throw new TestException( " isArray( null) " ) ;
}
System.out.println( " false : ok" ) ;
// }}}
}
// }}}
// {{{ getdimlength
private static void getdimlength() throws TestException{
System.out.println( " >> actual arrays" ) ;
// {{{ int[] o = new int[10] ;
int[] o = new int[10] ;
System.out.print( " int[] o = new int[10] ;" ) ;
try{
if( RJavaArrayTools.getDimensionLength( o ) != 1 ){
throw new TestException( "getDimensionLength( int[10] ) != 1" );
}
} catch( NotAnArrayException e){
throw new TestException( "not an array int[10]" ) ;
}
System.out.println( " 1 : ok " );
// }}}
// {{{ int[] o = new int[0] ;
o = new int[0] ;
System.out.print( " int[] o = new int[0] ;" ) ;
try{
if( RJavaArrayTools.getDimensionLength( o ) != 1 ){
throw new TestException( "getDimensionLength( int[0] ) != 1" );
}
} catch( NotAnArrayException e){
throw new TestException( "not an array int[0]" ) ;
}
System.out.println( " 1 : ok " );
// }}}
// {{{ Object[][] = new Object[10][10] ;
Object[][] ob = new Object[10][10] ;
System.out.print( " new Object[10][10]" ) ;
try{
if( RJavaArrayTools.getDimensionLength( ob ) != 2 ){
throw new TestException( "getDimensionLength( new Object[10][10] ) != 2" );
}
} catch( NotAnArrayException e){
throw new TestException( "not an array Object[10][10]" ) ;
}
System.out.println( " 2 : ok " );
// }}}
// {{{ Object[][] = new Object[10][10][10] ;
Object[][][] obj = new Object[10][10][10] ;
System.out.print( " new Object[10][10][10]" ) ;
try{
if( RJavaArrayTools.getDimensionLength( obj ) != 3 ){
throw new TestException( "getDimensionLength( new Object[10][10][3] ) != 3" );
}
} catch( NotAnArrayException e){
throw new TestException( "not an array Object[10][10][3]" ) ;
}
System.out.println( " 3 : ok " );
// }}}
// {{{ Object
System.out.println( " >> Object" ) ;
System.out.print( " new Double('10.2') " ) ;
boolean ok = false;
try{
RJavaArrayTools.getDimensionLength( Double.valueOf(10.3) ) ;
} catch( NotAnArrayException e){
ok = true ;
}
if( !ok ){
throw new TestException( "getDimensionLength(Double) did not throw exception" );
}
System.out.println( " -> NotAnArrayException : ok " );
// }}}
// {{{ primitives
System.out.println( " >> Testing primitive types" ) ;
// {{{ int
System.out.print( " getDimensionLength( int )" ) ;
ok = false;
try{
RJavaArrayTools.getDimensionLength( 0 ) ;
} catch( NotAnArrayException e){
ok = true;
}
if( !ok ) throw new TestException( " getDimensionLength( int ) not throwing exception" );
System.out.println( " ok" ) ;
// }}}
// {{{ boolean
System.out.print( " getDimensionLength( boolean )" ) ;
ok = false;
try{
RJavaArrayTools.getDimensionLength( true ) ;
} catch( NotAnArrayException e){
ok = true;
}
if( !ok ) throw new TestException( " getDimensionLength( boolean ) not throwing exception" );
System.out.println( " : ok" ) ;
// }}}
// {{{ byte
System.out.print( " getDimensionLength( byte )" ) ;
ok = false;
try{
RJavaArrayTools.getDimensionLength( (byte)0 ) ;
} catch( NotAnArrayException e){
ok = true;
}
if( !ok ) throw new TestException( " getDimensionLength( byte ) not throwing exception" );
System.out.println( " : ok" ) ;
// }}}
// {{{ long
System.out.print( " getDimensionLength( long )" ) ;
ok = false;
try{
RJavaArrayTools.getDimensionLength( (long)0 );
} catch( NotAnArrayException e){
ok = true;
}
if( !ok) throw new TestException( " getDimensionLength( long ) not throwing exception" );
System.out.println( " ok" ) ;
// }}}
// {{{ short
System.out.print( " getDimensionLength( short )" ) ;
ok = false;
try{
RJavaArrayTools.getDimensionLength( (double)0 ) ;
} catch( NotAnArrayException e ){
ok = true;
}
if( !ok ) throw new TestException( " getDimensionLength( short ) not throwing exception" );
System.out.println( " : ok" ) ;
// }}}
// {{{ double
System.out.print( " getDimensionLength( double )" ) ;
ok = false;
try{
RJavaArrayTools.getDimensionLength( 0.0 );
} catch( NotAnArrayException e ){
ok = true;
}
if( !ok ) throw new TestException( " getDimensionLength( double ) not throwing exception" );
System.out.println( " : ok" ) ;
// }}}
// {{{ char
System.out.print( " getDimensionLength( char )" ) ;
ok = false;
try{
RJavaArrayTools.getDimensionLength( 'a' ) ;
} catch( NotAnArrayException e ){
ok = true;
}
if( !ok ) throw new TestException( " getDimensionLength( char ) not throwing exception " );
System.out.println( " : ok" ) ;
// }}}
// {{{ float
System.out.print( " getDimensionLength( float )" ) ;
ok = false;
try{
RJavaArrayTools.getDimensionLength( 0.0f ) ;
} catch( NotAnArrayException e ){
ok = true;
}
if( !ok ) throw new TestException( " getDimensionLength( float ) not throwing exception " ) ;
System.out.println( " : ok" ) ;
// }}}
// }}}
// {{{ null
System.out.print( " getDimensionLength( null )" ) ;
ok = false;
try{
RJavaArrayTools.getDimensionLength( null ) ;
} catch( NullPointerException e ){
ok = true;
} catch( NotAnArrayException e ){
throw new TestException("getDimensionLength( null ) throwing wrong kind of exception") ;
}
if( !ok ) throw new TestException( " getDimensionLength( null ) not throwing exception " ) ;
System.out.println( " : ok" ) ;
// }}}
}
// }}}
// {{{ getdims
private static void getdims() throws TestException{
int[] res = null ;
// {{{ actual arrays
// {{{ int[] o = new int[10] ;
int[] o = new int[10] ;
System.out.print( " int[] o = new int[10] ;" ) ;
try{
res = RJavaArrayTools.getDimensions( o );
if( res.length != 1 ){
throw new TestException( "getDimensions( int[10]).length != 1" );
}
if( res[0] != 10 ){
throw new TestException( "getDimensions( int[10])[0] != 10" );
}
} catch( NotAnArrayException e){
throw new TestException( "not an array int[10]" ) ;
}
System.out.println( " c( 10 ) : ok " );
// }}}
// {{{ Object[][] = new Object[10][10] ;
Object[][] ob = new Object[10][10] ;
System.out.print( " new Object[10][10]" ) ;
try{
res = RJavaArrayTools.getDimensions( ob ) ;
if( res.length != 2 ){
throw new TestException( "getDimensions( Object[10][10] ).length != 2" );
}
if( res[0] != 10 ){
throw new TestException( "getDimensions( Object[10][10] )[0] != 10" );
}
if( res[1] != 10 ){
throw new TestException( "getDimensions( Object[10][10] )[1] != 10" );
}
} catch( NotAnArrayException e){
throw new TestException( "not an array Object[10][10]" ) ;
}
System.out.println( " c(10,10) : ok " );
// }}}
// {{{ Object[][] = new Object[10][10][10] ;
Object[][][] obj = new Object[10][10][10] ;
System.out.print( " new Object[10][10][10]" ) ;
try{
res = RJavaArrayTools.getDimensions( obj ) ;
if( res.length != 3 ){
throw new TestException( "getDimensions( Object[10][10][10] ).length != 3" );
}
if( res[0] != 10 ){
throw new TestException( "getDimensions( Object[10][10][10] )[0] != 10" );
}
if( res[1] != 10 ){
throw new TestException( "getDimensions( Object[10][10][10] )[1] != 10" );
}
if( res[2] != 10 ){
throw new TestException( "getDimensions( Object[10][10][10] )[1] != 10" );
}
} catch( NotAnArrayException e){
throw new TestException( "not an array Object[10][10][10]" ) ;
}
System.out.println( " c(10,10,10) : ok " );
// }}}
// }}}
// {{{ zeroes
System.out.println( " >> zeroes " ) ;
// {{{ int[] o = new int[0] ;
o = new int[0] ;
System.out.print( " int[] o = new int[0] ;" ) ;
try{
res = RJavaArrayTools.getDimensions( o ) ;
if( res.length != 1 ){
throw new TestException( "getDimensions( int[0]).length != 1" );
}
if( res[0] != 0){
throw new TestException( "getDimensions( int[0])[0] != 0" );
}
} catch( NotAnArrayException e){
throw new TestException( "not an array int[0]" ) ;
}
System.out.println( " c(0) : ok " );
// }}}
// {{{ Object[][] = new Object[10][10][0] ;
obj = new Object[10][10][0] ;
System.out.print( " new Object[10][10][0]" ) ;
try{
res = RJavaArrayTools.getDimensions( obj ) ;
if( res.length != 3 ){
throw new TestException( "getDimensions( Object[10][10][0] ).length != 3" );
}
if( res[0] != 10 ){
throw new TestException( "getDimensions( Object[10][10][0] )[0] != 10" );
}
if( res[1] != 10 ){
throw new TestException( "getDimensions( Object[10][10][0] )[1] != 10" );
}
if( res[2] != 0 ){
throw new TestException( "getDimensions( Object[10][10][0] )[1] != 0" );
}
} catch( NotAnArrayException e){
throw new TestException( "not an array Object[10][10][0]" ) ;
}
System.out.println( " c(10,10,0) : ok " );
// }}}
// {{{ Object[][] = new Object[10][0][10] ;
obj = new Object[10][0][10] ;
System.out.print( " new Object[10][0][10]" ) ;
try{
res = RJavaArrayTools.getDimensions( obj ) ;
if( res.length != 3 ){
throw new TestException( "getDimensions( Object[10][0][0] ).length != 3" );
}
if( res[0] != 10 ){
throw new TestException( "getDimensions( Object[10][0][0] )[0] != 10" );
}
if( res[1] != 0 ){
throw new TestException( "getDimensions( Object[10][0][0] )[1] != 0" );
}
if( res[2] != 0 ){
throw new TestException( "getDimensions( Object[10][0][0] )[1] != 0" );
}
} catch( NotAnArrayException e){
throw new TestException( "not an array Object[10][0][10]" ) ;
}
System.out.println( " c(10,0,0) : ok " );
// }}}
// }}}
// {{{ Object
System.out.println( " >> Object" ) ;
System.out.print( " new Double('10.2') " ) ;
boolean ok = false;
try{
res = RJavaArrayTools.getDimensions( Double.valueOf(10.3) ) ;
} catch( NotAnArrayException e){
ok = true ;
}
if( !ok ){
throw new TestException( "getDimensions(Double) did not throw exception" );
}
System.out.println( " -> NotAnArrayException : ok " );
// }}}
// {{{ primitives
System.out.println( " >> Testing primitive types" ) ;
// {{{ int
System.out.print( " getDimensions( int )" ) ;
ok = false;
try{
RJavaArrayTools.getDimensions( 0 ) ;
} catch( NotAnArrayException e){
ok = true;
}
if( !ok ) throw new TestException( " getDimensions( int ) not throwing exception" );
System.out.println( " ok" ) ;
// }}}
// {{{ boolean
System.out.print( " getDimensions( boolean )" ) ;
ok = false;
try{
RJavaArrayTools.getDimensions( true ) ;
} catch( NotAnArrayException e){
ok = true;
}
if( !ok ) throw new TestException( " getDimensions( boolean ) not throwing exception" );
System.out.println( " : ok" ) ;
// }}}
// {{{ byte
System.out.print( " getDimensions( byte )" ) ;
ok = false;
try{
RJavaArrayTools.getDimensions( (byte)0 ) ;
} catch( NotAnArrayException e){
ok = true;
}
if( !ok ) throw new TestException( " getDimensions( byte ) not throwing exception" );
System.out.println( " : ok" ) ;
// }}}
// {{{ long
System.out.print( " getDimensions( long )" ) ;
ok = false;
try{
RJavaArrayTools.getDimensions( (long)0 );
} catch( NotAnArrayException e){
ok = true;
}
if( !ok) throw new TestException( " getDimensions( long ) not throwing exception" );
System.out.println( " ok" ) ;
// }}}
// {{{ short
System.out.print( " getDimensions( short )" ) ;
ok = false;
try{
RJavaArrayTools.getDimensions( (double)0 ) ;
} catch( NotAnArrayException e ){
ok = true;
}
if( !ok ) throw new TestException( " getDimensions( short ) not throwing exception" );
System.out.println( " : ok" ) ;
// }}}
// {{{ double
System.out.print( " getDimensions( double )" ) ;
ok = false;
try{
RJavaArrayTools.getDimensions( 0.0 );
} catch( NotAnArrayException e ){
ok = true;
}
if( !ok ) throw new TestException( " getDimensions( double ) not throwing exception" );
System.out.println( " : ok" ) ;
// }}}
// {{{ char
System.out.print( " getDimensions( char )" ) ;
ok = false;
try{
RJavaArrayTools.getDimensions( 'a' ) ;
} catch( NotAnArrayException e ){
ok = true;
}
if( !ok ) throw new TestException( " getDimensions( char ) not throwing exception " );
System.out.println( " : ok" ) ;
// }}}
// {{{ float
System.out.print( " getDimensions( float )" ) ;
ok = false;
try{
RJavaArrayTools.getDimensions( 0.0f ) ;
} catch( NotAnArrayException e ){
ok = true;
}
if( !ok ) throw new TestException( " getDimensions( float ) not throwing exception " ) ;
System.out.println( " : ok" ) ;
// }}}
// }}}
// {{{ null
System.out.print( " getDimensions( null )" ) ;
ok = false;
try{
RJavaArrayTools.getDimensions( null ) ;
} catch( NullPointerException e ){
ok = true;
} catch( NotAnArrayException e ){
throw new TestException("getDimensions( null ) throwing wrong kind of exception") ;
}
if( !ok ) throw new TestException( " getDimensions( null ) not throwing exception " ) ;
System.out.println( " : ok" ) ;
// }}}
}
// }}}
// {{{ gettruelength
private static void gettruelength() throws TestException{
int res = 0 ;
// {{{ actual arrays
// {{{ int[] o = new int[10] ;
int[] o = new int[10] ;
System.out.print( " int[] o = new int[10] ;" ) ;
try{
res = RJavaArrayTools.getTrueLength( o );
if( res != 10 ){
throw new TestException( "getTrueLength( int[10]) != 10" );
}
} catch( NotAnArrayException e){
throw new TestException( "not an array int[10]" ) ;
}
System.out.println( " 10 : ok " );
// }}}
// {{{ Object[][] = new Object[10][10] ;
Object[][] ob = new Object[10][10] ;
System.out.print( " new Object[10][10]" ) ;
try{
res = RJavaArrayTools.getTrueLength( ob ) ;
if( res != 100 ){
throw new TestException( "getTrueLength( Object[10][10] ) != 100" );
}
} catch( NotAnArrayException e){
throw new TestException( "not an array Object[10][10]" ) ;
}
System.out.println( " 100 : ok " );
// }}}
// {{{ Object[][] = new Object[10][10][10] ;
Object[][][] obj = new Object[10][10][10] ;
System.out.print( " new Object[10][10][10]" ) ;
try{
res = RJavaArrayTools.getTrueLength( obj ) ;
if( res != 1000 ){
throw new TestException( "getTrueLength( Object[10][10][10] ) != 1000" );
}
} catch( NotAnArrayException e){
throw new TestException( "not an array Object[10][10][10]" ) ;
}
System.out.println( " 1000 : ok " );
// }}}
// }}}
// {{{ zeroes
System.out.println( " >> zeroes " ) ;
// {{{ int[] o = new int[0] ;
o = new int[0] ;
System.out.print( " int[] o = new int[0] ;" ) ;
try{
res = RJavaArrayTools.getTrueLength( o ) ;
if( res != 0 ){
throw new TestException( "getTrueLength( int[0]) != 0" );
}
} catch( NotAnArrayException e){
throw new TestException( "not an array int[0]" ) ;
}
System.out.println( " c(0) : ok " );
// }}}
// {{{ Object[][] = new Object[10][10][0] ;
obj = new Object[10][10][0] ;
System.out.print( " new Object[10][10][0]" ) ;
try{
res = RJavaArrayTools.getTrueLength( obj ) ;
if( res != 0 ){
throw new TestException( "getTrueLength( Object[10][10][0] ) != 0" );
}
} catch( NotAnArrayException e){
throw new TestException( "not an array Object[10][10][0]" ) ;
}
System.out.println( " 0 : ok " );
// }}}
// {{{ Object[][] = new Object[10][0][10] ;
obj = new Object[10][0][10] ;
System.out.print( " new Object[10][0][10]" ) ;
try{
res = RJavaArrayTools.getTrueLength( obj ) ;
if( res != 0){
throw new TestException( "getTrueLength( Object[10][0][0] ) != 0" );
}
} catch( NotAnArrayException e){
throw new TestException( "not an array Object[10][0][10]" ) ;
}
System.out.println( " 0 : ok " );
// }}}
// }}}
// {{{ Object
System.out.println( " >> Object" ) ;
System.out.print( " new Double('10.2') " ) ;
boolean ok = false;
try{
res = RJavaArrayTools.getTrueLength( Double.valueOf(10.3) ) ;
} catch( NotAnArrayException e){
ok = true ;
}
if( !ok ){
throw new TestException( "getTrueLength(Double) did not throw exception" );
}
System.out.println( " -> NotAnArrayException : ok " );
// }}}
// {{{ primitives
System.out.println( " >> Testing primitive types" ) ;
// {{{ int
System.out.print( " getTrueLength( int )" ) ;
ok = false;
try{
RJavaArrayTools.getTrueLength( 0 ) ;
} catch( NotAnArrayException e){
ok = true;
}
if( !ok ) throw new TestException( " getTrueLength( int ) not throwing exception" );
System.out.println( " ok" ) ;
// }}}
// {{{ boolean
System.out.print( " getTrueLength( boolean )" ) ;
ok = false;
try{
RJavaArrayTools.getTrueLength( true ) ;
} catch( NotAnArrayException e){
ok = true;
}
if( !ok ) throw new TestException( " getTrueLength( boolean ) not throwing exception" );
System.out.println( " : ok" ) ;
// }}}
// {{{ byte
System.out.print( " getTrueLength( byte )" ) ;
ok = false;
try{
RJavaArrayTools.getTrueLength( (byte)0 ) ;
} catch( NotAnArrayException e){
ok = true;
}
if( !ok ) throw new TestException( " getTrueLength( byte ) not throwing exception" );
System.out.println( " : ok" ) ;
// }}}
// {{{ long
System.out.print( " getTrueLength( long )" ) ;
ok = false;
try{
RJavaArrayTools.getTrueLength( (long)0 );
} catch( NotAnArrayException e){
ok = true;
}
if( !ok) throw new TestException( " getTrueLength( long ) not throwing exception" );
System.out.println( " ok" ) ;
// }}}
// {{{ short
System.out.print( " getTrueLength( short )" ) ;
ok = false;
try{
RJavaArrayTools.getTrueLength( (double)0 ) ;
} catch( NotAnArrayException e ){
ok = true;
}
if( !ok ) throw new TestException( " getTrueLength( short ) not throwing exception" );
System.out.println( " : ok" ) ;
// }}}
// {{{ double
System.out.print( " getTrueLength( double )" ) ;
ok = false;
try{
RJavaArrayTools.getTrueLength( 0.0 );
} catch( NotAnArrayException e ){
ok = true;
}
if( !ok ) throw new TestException( " getTrueLength( double ) not throwing exception" );
System.out.println( " : ok" ) ;
// }}}
// {{{ char
System.out.print( " getTrueLength( char )" ) ;
ok = false;
try{
RJavaArrayTools.getTrueLength( 'a' ) ;
} catch( NotAnArrayException e ){
ok = true;
}
if( !ok ) throw new TestException( " getTrueLength( char ) not throwing exception " );
System.out.println( " : ok" ) ;
// }}}
// {{{ float
System.out.print( " getTrueLength( float )" ) ;
ok = false;
try{
RJavaArrayTools.getTrueLength( 0.0f ) ;
} catch( NotAnArrayException e ){
ok = true;
}
if( !ok ) throw new TestException( " getTrueLength( float ) not throwing exception " ) ;
System.out.println( " : ok" ) ;
// }}}
// }}}
// {{{ null
System.out.print( " getTrueLength( null )" ) ;
ok = false;
try{
RJavaArrayTools.getTrueLength( null ) ;
} catch( NullPointerException e ){
ok = true;
} catch( NotAnArrayException e ){
throw new TestException("getTrueLength( null ) throwing wrong kind of exception") ;
}
if( !ok ) throw new TestException( " getTrueLength( null ) not throwing exception " ) ;
System.out.println( " : ok" ) ;
// }}}
}
// }}}
// {{{ isRectangular
private static void isrect() throws TestException {
// {{{ int
System.out.print( " isRectangularArray( int )" ) ;
if( RJavaArrayTools.isRectangularArray( 0 ) ){
throw new TestException( " isRectangularArray( int ) " );
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ boolean
System.out.print( " isRectangularArray( boolean )" ) ;
if( RJavaArrayTools.isRectangularArray( true ) ){
throw new TestException( " isRectangularArray( boolean ) " );
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ byte
System.out.print( " isRectangularArray( byte )" ) ;
if( RJavaArrayTools.isRectangularArray( (byte)0 ) ){
throw new TestException( " isRectangularArray( byte ) " );
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ long
System.out.print( " isRectangularArray( long )" ) ;
if( RJavaArrayTools.isRectangularArray( (long)0 ) ){
throw new TestException( " isRectangularArray( long ) " );
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ short
System.out.print( " isRectangularArray( short )" ) ;
if( RJavaArrayTools.isRectangularArray( (double)0 ) ){
throw new TestException( " isRectangularArray( short ) " );
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ double
System.out.print( " isRectangularArray( double )" ) ;
if( RJavaArrayTools.isRectangularArray( 0.0 ) ){
throw new TestException( " isRectangularArray( double ) " );
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ char
System.out.print( " isRectangularArray( char )" ) ;
if( RJavaArrayTools.isRectangularArray( 'a' ) ){
throw new TestException( " isRectangularArray( char ) " );
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ float
System.out.print( " isRectangularArray( float )" ) ;
if( RJavaArrayTools.isRectangularArray( 0.0f ) ){
throw new TestException( " isRectangularArray( float ) " ) ;
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ String
System.out.print( " isRectangularArray( String )" ) ;
if( RJavaArrayTools.isRectangularArray( "dd" ) ){
throw new TestException( " isRectangularArray( String ) " ) ;
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ int[]
int[] x = new int[2] ;
System.out.print( " isRectangularArray( int[] )" ) ;
if( ! RJavaArrayTools.isRectangularArray( x ) ){
throw new TestException( " !isRectangularArray( int[] ) " ) ;
}
System.out.println( " true : ok" ) ;
// }}}
// {{{ Object o = new double[2]
Object o = new double[2];
System.out.print( " isRectangularArray( double[] (but declared as 0bject) )" ) ;
if( ! RJavaArrayTools.isRectangularArray( o ) ){
throw new TestException( " !isRectangularArray( Object o = new double[2]; ) " ) ;
}
System.out.println( " true : ok" ) ;
// }}}
// {{{ null
System.out.print( " isRectangularArray( null )" ) ;
if( RJavaArrayTools.isRectangularArray( null ) ){
throw new TestException( " isRectangularArray( null) " ) ;
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ 2d rectangular
int[][] x2d = new int[3][4];
System.out.print( " isRectangularArray( new int[3][4] )" ) ;
if( ! RJavaArrayTools.isRectangularArray( x2d ) ){
throw new TestException( " !isRectangularArray( new int[3][4] ) " ) ;
}
System.out.println( " true : ok" ) ;
// }}}
// {{{ 2d not rectangular
int[][] x2d_not = new int[2][] ;
x2d_not[0] = new int[2] ;
x2d_not[1] = new int[3] ;
System.out.print( " isRectangularArray( new int[2][2,4] )" ) ;
if( RJavaArrayTools.isRectangularArray( x2d_not ) ){
throw new TestException( " !isRectangularArray( new int[2][2,4] ) " ) ;
}
System.out.println( " false : ok" ) ;
// }}}
// {{{ 3d not rectangular
int[][][] x3d_not = new int[1][][] ;
x3d_not[0] = new int[2][];
x3d_not[0][0] = new int[1] ;
x3d_not[0][1] = new int[2] ;
System.out.print( " isRectangularArray( new int[2][2][10,25] )" ) ;
if( RJavaArrayTools.isRectangularArray( x3d_not ) ){
throw new TestException( " !isRectangularArray( new int[2][2][10,25] ) " ) ;
}
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