src/test/java/gov/usgs/cida/pubs/transform/CrossrefTransformerIT.java
@Test
	public void testTimestampIsInitialized() throws IOException {
		CrossrefTransformer myInstance = new CrossrefTransformer(this.target, templateConfig, configurationService);
		assertTrue(StringUtils.isNotBlank(myInstance.getTimestamp()), "timestamp should be of nonzero length");
		myInstance.close();
	}
/**
	 * While in most test cases we override the getTimestamp() method to get
	 * a consistent result over time, here we construct our own instance 
	 * that does not override the default to ensure the value is being
	 * initialized during instantiation.
	 * @throws IOException 
	 */
While in most test cases we override the getTimestamp() method to get
a consistent result over time, here we construct our own instance
that does not override the default to ensure the value is being
initialized during instantiation.
While in most test cases we override the getTimestamp () method to get a consistent result over time here we construct our own instance that does not override the default to ensure the value is being initialized during instantiation .
@Test
	public void testTimestampIsInitialized() throws IOException {
		CrossrefTransformer myInstance = new CrossrefTransformer(this.target, templateConfig, configurationService);
		assertTrue(StringUtils.isNotBlank(myInstance.getTimestamp()), "timestamp should be of nonzero length");
		myInstance.close();
	}
@ Test public void testTimestampIsInitialized ( ) throws IOException { CrossrefTransformer myInstance = new CrossrefTransformer ( this . target , templateConfig , configurationService ) ; assertTrue ( StringUtils . isNotBlank ( myInstance . getTimestamp ( ) ) , "timestamp should be of nonzero length" ) ; myInstance . close ( ) ; }
While in most test cases we override the getTimestamp() method to get
 a consistent result over time, here we construct our own instance
 that does not override the default to ensure the value is being
 initialized during instantiation.
While in most test cases we override the getTimestamp () method to get a consistent result over time here we construct our own instance that does not override the default to ensure the value is being initialized during instantiation .