//******************************************************************************
/// Test program.
import com.informagen.F;
public class Ftest {
public static void main( String[] args) {
System.out.println("\nString:");
String str = new String("Hello there.");
show(F.f(str), "Hello there.");
show(F.f(str, 20), " Hello there.");
show(F.f(str, 20, F.LJ), "Hello there. ");
show(F.f(str, 20, F.CJ), " Hello there. ");
show(F.f(str, 20, (short)(F.LJ|F.UC)), "HELLO THERE. ");
show(F.f(str, 20, (short)(F.LJ|F.LC)), "hello there. ");
show(F.f((String)null, 20, (short)(F.LJ|F.UC)),"NULL ");
show(F.f(str, 8), "********");
show(F.f(str, 8, F.XC), "Hello there.");
show(F.f(str, 8, F.TR), "Hello th");
System.out.println("\nStringBuffer:");
StringBuffer buf = new StringBuffer(str);
show(F.f(buf), "Hello there.");
show(F.f(buf, 20), " Hello there.");
show(F.f(buf, 20, F.LJ), "Hello there. ");
show(F.f(buf, 20, F.CJ), " Hello there. ");
show(F.f((StringBuffer)null, F.UC), "NULL");
System.out.println("\nRepeat fill:");
show(F.f("=", 21, F.RF), "=====================");
show(F.f("+-", 21, F.RF), "+-+-+-+-+-+-+-+-+-+-+");
show(F.f("123", 21, F.RF), "123123123123123123123");
show(F.f("-", 0, F.RF), "");
show(F.f('c', 21, F.RF), "ccccccccccccccccccccc");
show(F.f(new Character('c'), 21, F.RF), "ccccccccccccccccccccc");
show(F.f(-123, 21, F.RF), "-123-123-123-123-123-" );
show(F.f((String)null, 21, F.RF), "nullnullnullnullnulln");
System.out.println("\nboolean:");
show(F.f(true), "true");
show(F.f(false, 10, F.LJ), "false ");
show(F.f(true, 10, F.HX), " 0x1");
show(F.f(true, 10, F.OC), " 01");
show(F.f(true, 10, F.BN), " 1");
show(F.f(false, 10, F.HX), " 0x0");
show(F.f(false, 10, F.OC), " 00");
show(F.f(false, 10, F.BN), " 0");
show(F.f(Boolean.TRUE, 10, F.HX), " 0x1");
System.out.println("\nbyte:");
show(F.f((byte)55), "55");
show(F.f((byte)55, F.BN), "110111");
show(F.f(new Byte((byte)55), F.HX), "0x37");
show(F.f((byte)55, 10), " 55");
show(F.f((byte)55, 10, F.LJ), "55 ");
show(F.f((byte)55, 10, F.HX), " 0x37");
show(F.f((byte)55, 10, F.OC), " 067");
show(F.f((byte)55, 10, F.BN), " 110111");
show(F.f(new Byte((byte)55), 10, F.HX), " 0x37");
System.out.println("\nchar:");
show(F.f('c'), "c");
show(F.f('c', 10), " c");
show(F.f('c', 10, F.LJ), "c ");
show(F.f('c', 10, F.HX), " 0x0063");
show(F.f('c', 10, F.OC), " 0143");
show(F.f('c', 10, F.BN), " 1100011");
show(F.f(new Character('c'), 10, F.HX), " 0x0063");
System.out.println("\nshort:");
show(F.f((short)123), "123");
show(F.f((short)123, 10), " 123");
show(F.f((short)123, 10, F.ZF), "0000000123");
show(F.f((short)123, 10, F.LJ), "123 " );
show(F.f((short)-123), "-123");
show(F.f((short)-123, 10), " -123");
show(F.f((short)-123, 10, F.ZF), "-000000123");
show(F.f((short)-123, 10, F.LJ), "-123 " );
show(F.f(new Short((short)-123), 10, F.HX), " 0xFF85");
System.out.println("\nint:");
show(F.f(123), "123");
show(F.f(123, 10), " 123");
show(F.f(123, 10, F.ZF), "0000000123");
show(F.f(123, 10, F.LJ), "123 " );
show(F.f(-123), "-123");
show(F.f(-123, 10), " -123");
show(F.f(-123, 10, F.ZF), "-000000123");
show(F.f(-123, 10, F.LJ), "-123 " );
show(F.f(new Integer(-123), 10, F.HX), "0xffffff85");
System.out.println("\nlong:");
show(F.f(123L), "123");
show(F.f(123L, 10), " 123");
show(F.f(123L, 10, F.ZF), "0000000123");
show(F.f(123L, 10, F.LJ), "123 " );
show(F.f(-123L), "-123");
show(F.f(-123L, 10), " -123");
show(F.f(-123L, 10, F.ZF), "-000000123");
show(F.f(-123L, 10, F.LJ), "-123 " );
show(F.f(new Long(-123), F.HX), "0xffffffffffffff85");
show(F.f(new Long(-123), (short)(F.HX|F.UC)), "0xFFFFFFFFFFFFFF85");
show(F.f(0xdeadbeefcafebabeL), "-2401053089206453570");
System.out.println("\nHexadecimal notation:");
show(F.f((byte)190, 20, F.HX ), " 0xbe");
show(F.f((short)47806, 20, F.HX ), " 0xbabe");
show(F.f(-889275714, 20, F.HX ), " 0xcafebabe");
show(F.f(-889275714, 20, (short)(F.HX|F.LJ|F.UC)), "0xCAFEBABE ");
show(F.f(0xdeadbeefcafebabeL, 20, F.HX), " 0xdeadbeefcafebabe");
show(F.f(123.45f, F.HX), "0x42f6e666");
show(F.f(123.45, F.HX), "0x405edccccccccccd");
System.out.println("\nOctal notation:");
show(F.f((byte)0xbe, 25, F.OC), " 0276");
show(F.f((short)0xcafe, 25, F.OC), " 0145376");
show(F.f(0xcafebabe, 25, F.OC ), " 031277535276");
show(F.f(0xdeadbeefcafebabeL, 25, F.OC ), " 01572555756771277535276");
show(F.f(123.45f, F.OC), "010275563146");
show(F.f(123.45, F.OC), "0401366714631463146315");
System.out.println("\nBinary notation:");
show(F.f((byte)0xbe, 20, F.BN), " 10111110");
show(F.f((short)0xcafe, 20, F.BN), " 1100101011111110");
show(F.f((short)0xcafe, (short)(F.BN|F.ZF)), "00001100101011111110");
show(F.f(123, 32, F.BN), " 1111011");
show(F.f(-123, 32, F.BN), "11111111111111111111111110000101");
show(F.f(0xcafebabe, F.BN), "11001010111111101011101010111110");
show(F.f(0xdeadbeefcafebabeL, F.BN), "1101111010101101101111101110111111001010111111101011101010111110");
show(F.f(123.45f, F.BN), "1000010111101101110011001100110");
show(F.f(123.45, F.BN), "100000001011110110111001100110011001100110011001100110011001101");
System.out.println("\njava.util.Date:");
java.util.Date date = new java.util.Date();
show(F.f(date), new java.util.Date().toString());
show(F.f(date, "dd-MMM HH:mm"), "dd-MMM HH:mm");
show(F.f(date, "dd-MMM HH:mm", 20), " dd-MMM HH:mm");
show(F.f(date, "dd-MMM HH:mm", 20, F.LJ), "dd-MMM HH:mm ");
show(F.f(date, F.SYBASEDATE), F.SYBASEDATE);
show(F.f(date, F.DATE), F.DATE);
show(F.f(date, F.TIME), F.TIME);
show(F.f(date, F.TIME, F.LC), F.TIME);
show(F.f(date, F.MILTIME), F.MILTIME);
show(F.f(date, F.MONTH), F.MONTH);
show(F.f(date, F.WEEKDAY), F.WEEKDAY);
show(F.f((java.util.Date)null), "null");
System.out.println("\njava.awt.Color:");
show(F.f(java.awt.Color.white), "255,255,255");
show(F.f(java.awt.Color.white, F.HX), "0xff,0xff,0xff");
show(F.f(java.awt.Color.red), "255,0,0");
show(F.f(java.awt.Color.green), "0,255,0");
show(F.f(java.awt.Color.blue), "0,0,255");
show(F.f(java.awt.Color.white, 20), " 255,255,255");
show(F.f(java.awt.Color.white, 20, F.ZF), "000000000255,255,255");
show(F.f(java.awt.Color.white, 20, F.RF), "255,255,255255,255,2");
show(F.f(java.awt.Color.white, 20, F.LJ), "255,255,255 ");
show(F.f(java.awt.Color.white, 20, F.CJ), " 255,255,255 ");
show(F.f(new java.awt.Color(55,55,55), F.HX), "0x37,0x37,0x37");
show(F.f(new java.awt.Color(55,55,55), F.OC), "067,067,067");
show(F.f(new java.awt.Color(55,55,55), F.BN), "110111,110111,110111");
show(F.f((java.awt.Color)null), "null");
System.out.println("\nobjects:");
show(F.f(new Boolean(true) ), "true");
show(F.f(new Boolean(false), 10, F.LJ ), "false ");
show(F.f(new Byte((byte)123) ), "123");
show(F.f(new Byte((byte)123), 10, F.LJ ), "123 ");
show(F.f(new Character('c')), "c");
show(F.f(new Character('c'), 10), " c");
show(F.f(new Character('c'), 10, F.LJ), "c ");
show(F.f(new Integer(123) ), "123");
show(F.f(new Integer(123), 10, F.LJ), "123 ");
show(F.f(new Float(123.4) ), "123.4");
show(F.f(new Float(123.4f), 10, F.LJ), "123.4 ");
show(F.f(new Double(123.4) ), "123.4");
show(F.f(new Double(123.4), 10, F.LJ), "123.4 ");
show(F.f((Object)null), "null");
show(F.f((java.util.Vector)null), "null");
show(F.f((Float)null), "null");
show(F.f((Double)null), "null");
System.out.println("\nSimilar to fprintf's \"%f\" number of decimals:");
show(F.f(22.31, 6, 2), " 22.31");
show(F.f(1.1001, 6, 2), " 1.10");
show(F.f(0.3, 6, 2), " 0.30");
show(F.f((byte)100, 6, 2), "100.00");
show(F.f((short)100, 6, 2), "100.00");
show(F.f(100, 6, 2), "100.00");
show(F.f(100L, 6, 2), "100.00");
show(F.f(123.45, 12, 0), " 123.");
show(F.f(123.45, 12, 1), " 123.4");
show(F.f(123.45, 12, 2), " 123.45");
show(F.f(123.45, 12, 3), " 123.450");
show(F.f(123.45, 12, 4), " 123.4500");
show(F.f(123.45, 12, 5), " 123.45000");
show(F.f(123.45, 12, 6), " 123.450000");
show(F.f(123.45, 12, 7), " 123.4500000");
show(F.f(123, 12, 2), " 123.00");
show(F.f(123L, 12, 2), " 123.00");
show(F.f(0.1, 12, 5), " 0.10000");
show(F.f(0.01, 12, 5), " 0.01000");
show(F.f(0.001, 12, 5), " 0.00100");
show(F.f(0.0001, 12, 5), " 0.00010");
show(F.f(0.00001, 12, 5), " 0.00001");
show(F.f(0.000001, 12, 5), " 0.00000");
show(F.f(0.000001, 12, 10), "0.0000010000");
show(F.f(0.000001, F.DEFAULT, 10), "0.0000010000");
System.out.println("\nfloats using significant figures:");
show(F.f(123.456F), "123.456" );
show(F.f(123456000000000000.0F), "1.23456E17" );
show(F.f(123.456F, F.DEFAULT, -8), "123.45600" );
show(F.f(123.456F, F.DEFAULT, -7), "123.4560" );
show(F.f(123.456F, F.DEFAULT, -6), "123.456" );
show(F.f(123.456F, F.DEFAULT, -5), "123.45" );
show(F.f(123.456F, F.DEFAULT, -4), "123.4" );
show(F.f(123.456F, F.DEFAULT, -3), "123" );
show(F.f(123.456F, F.DEFAULT, -2), "120" );
show(F.f(123.456F, F.DEFAULT, -1), "100" );
show(F.f(123.456F, 10, -8), " 123.45600" );
show(F.f(123.456F, 10, -7), " 123.4560" );
show(F.f(123.456F, 10, -6), " 123.456" );
show(F.f(123.456F, 10, -5), " 123.45" );
show(F.f(123.456F, 10, -4), " 123.4" );
show(F.f(123.456F, 10, -3), " 123" );
show(F.f(123.456F, 10, -2), " 120" );
show(F.f(123.456F, 10, -1), " 100" );
show(F.f(123.456F, 10, -1, F.CJ), " 100 " );
show(F.f(-123.456F, 10, -1, F.CJ), " -100 " );
System.out.println("\nfloats & doubles using significant figures:");
show(F.f(123456000000000000.0F, F.DEFAULT, -4), "1.234E17");
show(F.f(1.23456e17F, F.DEFAULT, -4), "1.234E17");
show(F.f(1.23456E17F, F.DEFAULT, -4, F.LC), "1.234e17");
show(F.f(1.23456E17F, F.DEFAULT, 0, F.LC), "1.e17");
show(F.f(-123.456F, F.DEFAULT, -4), "-123.4");
show(F.f(-1.23456e2F, F.DEFAULT, -4), "-123.4");
System.out.println("\nfloats & doubles using default precisions:");
show(F.f(1.234567890123456789F), "1.2345679");
show(F.f(1.234567890123456789D), "1.2345678901234567");
show(F.f(1234567890123456789F), "1.23456794E18");
show(F.f(1234567890123456789D), "1.23456789012345677E18");
show(F.f(0.000000000000000000001234567890123456789F), "1.2345679E-21");
show(F.f(0.000000000000000000001234567890123456789D), "1.2345678901234568E-21");
// Unable to create an overloaded signature for (Double, int, int) because it is
// ambiguous with (Object, int, short).
// So just use the full signature with the flags set to RJ (right justify)
show(F.f(new Double("1.2e0"), F.DEFAULT, 5, F.RJ), "1.20000");
show(F.f(new Double("1.2e-0"), F.DEFAULT, 5, F.RJ), "1.20000");
show(F.f(new Double("1.2e-1"), F.DEFAULT, 5, F.RJ), "0.12000");
System.out.println("\nNaN, positive and negative infinity:");
show(F.f(1F/0), "Infinity");
show(F.f(-1D/0), "-Infinity");
show(F.f(-1D/0, F.UC), "-INFINITY");
show(F.f(-1D/0, F.LC), "-infinity");
show(F.f(0F/0), "NaN");
show(F.f(0F/0), "NaN");
show(F.f(Math.sqrt(-1)), "NaN");
show(F.f(Float.NaN, F.HX), "0x7fc00000");
show(F.f(Float.POSITIVE_INFINITY, F.HX), "0x7f800000");
show(F.f(Float.NEGATIVE_INFINITY, F.HX), "0xff800000");
show(F.f(Double.NaN, F.HX), "0x7ff8000000000000");
show(F.f(Double.POSITIVE_INFINITY, F.HX), "0x7ff0000000000000");
show(F.f(Double.NEGATIVE_INFINITY, F.HX), "0xfff0000000000000");
System.out.println("\nFormatted table");
int firstColumn = 6;
int otherColumns = 12;
int decimals = 4;
System.out.println(F.f("Angle", firstColumn, F.LJ) + F.f("Sine", otherColumns) +
F.f("Cosine", otherColumns) + F.f("Tangent", otherColumns));
System.out.println(F.f("-", firstColumn + 3*otherColumns, F.RF));
for (int a=0; a<=360.; a+=15.)
System.out.println(F.f(a, firstColumn, F.LJ) +
F.f(Math.sin((a/180.)*Math.PI), otherColumns, decimals) +
F.f(Math.cos((a/180.)*Math.PI), otherColumns, decimals) +
F.f(Math.tan((a/180.)*Math.PI), otherColumns, decimals));
}
// "Should be" and "is" display
private static void show(String is, String sb) {
System.out.println( "S/B: >" + sb + "<" );
System.out.println( " Is: >" + is + "<" );
}
}