@Test
public void testParseFieldWithScientificNotation() {
byte[] recBytes = "123.4|0.124|.623|1234|-12.34|123abc4|".getBytes();
// check simple valid double
PactDouble d = new PactDouble();
int startPos = 0;
startPos = parser.parseField(recBytes, startPos, recBytes.length, '|', d);
assertTrue(startPos == 6);
assertTrue(d.getValue() == 123.4);
startPos = parser.parseField(recBytes, startPos, recBytes.length, '|', d);
assertTrue(startPos == 12);
assertTrue(d.getValue() == 0.124);
startPos = parser.parseField(recBytes, startPos, recBytes.length, '|', d);
assertTrue(startPos == 17);
assertTrue(d.getValue() == 0.623);
startPos = parser.parseField(recBytes, startPos, recBytes.length, '|', d);
assertTrue(startPos == 22);
assertTrue(d.getValue() == 1234);
startPos = parser.parseField(recBytes, startPos, recBytes.length, '|', d);
assertTrue(startPos == 29);
assertTrue(d.getValue() == -12.34);
// check invalid chars
startPos = parser.parseField(recBytes, startPos, recBytes.length, '|', d);
assertTrue(startPos < 0);
// check last field not terminated
recBytes = "12.34".getBytes();
startPos = 0;
startPos = parser.parseField(recBytes, startPos, recBytes.length, '|', d);
assertTrue(startPos == 5);
assertTrue(d.getValue() == 12.34);
// check scientific notation
recBytes = "1.234E2|1.234e3|1.234E-2".getBytes();
startPos = 0;
startPos = parser.parseField(recBytes, startPos, recBytes.length, '|', d);
assertTrue(startPos == 8);
assertTrue(d.getValue() == 123.4);
startPos = parser.parseField(recBytes, startPos, recBytes.length, '|', d);
assertTrue(startPos == 16);
assertTrue(d.getValue() == 1234.0);
startPos = parser.parseField(recBytes, startPos, recBytes.length, '|', d);
assertTrue(startPos == recBytes.length);
assertTrue(d.getValue() == 0.01234);
}
@Test
public void testGetValue() {
Value v = parser.getValue();
assertTrue(v instanceof PactDouble);
}
