public void testSigSnameFragment() throws Exception {
Map<String, String> mapFqn = new HashMap<String, String>();
mapFqn.put("extractSig", "1");
mapFqn.put("shortNamesOnly", "1");
fqnFactory.init(mapFqn);
// note .. there is no whitespace here
is =
new WhitespaceTokenizer(
new StringReader(
"org.wonderly.ham.speech.DB23Announcements.connected(_UNRESOLVED_.Parameters<?java.util.List<java.lang.String>>,java.lang.String)"));
FqnFilter fqnf = fqnFactory.create(is);
RemoveSigOrderFilterFactory rsoff = new RemoveSigOrderFilterFactory();
DelimiterFilter rsof = rsoff.create(fqnf);
FragmentFilterFactory fff = new FragmentFilterFactory();
FragmentFilter ff = fff.create(rsof);
final Token reusableToken = new Token();
Token nextToken = ff.next(reusableToken);
assertEquals("Parameters", nextToken.term());
nextToken = ff.next(reusableToken);
assertEquals("String", nextToken.term());
assertNull(ff.next(reusableToken));
}
public void testFqnShortName3() throws Exception {
Map<String, String> mapFqn = new HashMap<String, String>();
mapFqn.put("extractSig", "0");
mapFqn.put("shortNamesOnly", "1");
fqnFactory.init(mapFqn);
// note .. there is no whitespace here
is = new WhitespaceTokenizer(new StringReader("connected"));
FqnFilter tokenizer = fqnFactory.create(is);
final Token reusableToken = new Token();
Token nextToken = tokenizer.next(reusableToken);
assertEquals("connected", nextToken.term());
assertNull(tokenizer.next(reusableToken));
}
public void testFqnShortName() throws Exception {
Map<String, String> mapFqn = new HashMap<String, String>();
mapFqn.put("extractSig", "0");
mapFqn.put("shortNamesOnly", "1");
fqnFactory.init(mapFqn);
// note .. there is no whitespace here
is =
new WhitespaceTokenizer(
new StringReader(
"org.wonderly.ham.speech.DB23Announcements.connected(_UNRESOLVED_.Parameters<?java.util.List<java.lang.String>>,java.lang.String)"));
FqnFilter tokenizer = fqnFactory.create(is);
final Token reusableToken = new Token();
Token nextToken = tokenizer.next(reusableToken);
assertEquals("connected", nextToken.term());
assertNull(tokenizer.next(reusableToken));
}
public void testMethodSname() throws Exception {
Map<String, String> mapFqn = new HashMap<String, String>();
mapFqn.put("extractSig", "0");
mapFqn.put("shortNamesOnly", "1");
fqnFactory.init(mapFqn);
// note .. there is no whitespace here
is =
new WhitespaceTokenizer(
new StringReader("org.wonderly.ham.speech.DB23Announcements.connected()"));
FqnFilter ff = fqnFactory.create(is);
// RemoveSigOrderFilterFactory rsoff = new RemoveSigOrderFilterFactory();
// DelimiterFilter rsof = rsoff.create(fqnf);
// FragmentFilterFactory fff = new FragmentFilterFactory();
// FragmentFilter ff = fff.create(rsof);
final Token reusableToken = new Token();
Token nextToken = ff.next(reusableToken);
assertEquals("connected", nextToken.term());
assertNull(ff.next(reusableToken));
}
public void testAngBrackets() throws Exception {
/*
<tokenizer
class="solr.WhitespaceTokenizerFactory"/>
<filter class="edu.uci.ics.sourcerer.search.analysis.FqnFilterFactory"
extractSig="0" shortNamesOnly="1" />
<filter class="edu.uci.ics.sourcerer.search.analysis.NonAlphaNumTokenizerFilterFactory"/>
<filter class="edu.uci.ics.sourcerer.search.analysis.CamelCaseSplitFilterFactory"/>
<filter class="edu.uci.ics.sourcerer.search.analysis.LetterDigitSplitFilterFactory" preserveOriginal="1"/>
<filter class="solr.LowerCaseFilterFactory"/>
*/
String fqns =
"org.ayutabeans.util.BindingTypes.getBindingTypes()"
+ " com.sun.xml.bind.v2.model.impl.ClassInfoImpl$ConflictException.<init>(java.util.List<java.lang.annotation.Annotation>)"
+ " com.redlenses.net.transport.pickling.reflection.PropertyAccessor.setAnnotations(java.util.List<java.lang.annotation.Annotation>)"
+ " org.cbf.impl.ModuleInfoImpl.getBeanConfigurations(java.lang.String)"
+ " org.cbf.impl.BeanDescriptionImpl.getBeanConfigurations()"
+ " org.cbf.BeanDescription.getBeanConfigurations()"
+ " org.ayutabeans.util.BindingTypes.match(java.util.List<java.lang.annotation.Annotation>)"
+
// this fqn was giving empty stack exception
" org.ayutabeans.component.impl.JavaBeanComponentImpl.<init>"
+ "(org.ayutabeans.container.AyutaContainer,org.ayutabeans.util.BindingTypes<javax.webbeans.BindingType>,"
+ "java.lang.Class<<?+java.lang.annotation.Annotation>>,"
+ "java.lang.Class<<?+java.lang.annotation.Annotation>>,"
+ "java.lang.String,java.lang.Class<<T>>,"
+ "org.ayutabeans.component.ComponentConstructor<<T>>,"
+ "java.util.List<org.ayutabeans.component.impl.InjectFieldImpl>,"
+ "java.util.List<org.ayutabeans.component.impl.InjectMethodImpl>,"
+ "org.ayutabeans.component.impl.LifecycleMethodImpl,"
+ "org.ayutabeans.component.impl.LifecycleMethodImpl)"
+ " com.sun.jersey.core.spi.factory.InjectableProviderFactory.getInjectable(java.lang.Class<<?+java.lang.annotation.Annotation>>,com.sun.jersey.core.spi.component.ComponentContext,<A>,<C>,java.util.List<com.sun.jersey.core.spi.component.ComponentScope>)"
+ " com.sun.jersey.spi.inject.InjectableProviderContext.getInjectable(java.lang.Class<<?+java.lang.annotation.Annotation>>,com.sun.jersey.core.spi.component.ComponentContext,<A>,<C>,java.util.List<com.sun.jersey.core.spi.component.ComponentScope>) ";
Map<String, String> mapFqn = new HashMap<String, String>();
mapFqn.put("extractSig", "0");
mapFqn.put("shortNamesOnly", "1");
fqnFactory.init(mapFqn);
// is = new WhitespaceTokenizer(new StringReader(fqns));
is = new SingleSpaceTokenizer(new StringReader(fqns));
FqnFilter fqnf = fqnFactory.create(is);
NonAlphaNumTokenizerFilterFactory ntf = new NonAlphaNumTokenizerFilterFactory();
NonAlphaNumTokenizerFilter nf = ntf.create(fqnf);
CamelCaseSplitFilterFactory ccf = new CamelCaseSplitFilterFactory();
CamelCaseSplitFilter cf = ccf.create(nf);
LetterDigitSplitFilterFactory lff = new LetterDigitSplitFilterFactory();
Map<String, String> args = new HashMap<String, String>();
args.put("preserveOriginal", "1");
lff.init(args);
LetterDigitSplitFilter lf = lff.create(cf);
LowerCaseFilterFactory loff = new LowerCaseFilterFactory();
LowerCaseFilter lof = loff.create(lf);
final Token reusableToken = new Token();
Token nextToken = lof.next(reusableToken);
assertEquals("get", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("binding", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("types", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("init", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("set", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("annotations", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("get", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("bean", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("configurations", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("get", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("bean", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("configurations", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("get", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("bean", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("configurations", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("match", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("init", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("get", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("injectable", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("get", nextToken.term());
nextToken = lof.next(reusableToken);
assertEquals("injectable", nextToken.term());
nextToken = lof.next(reusableToken);
// note the last space in the input string above
assertEquals(1, nextToken.term().length());
nextToken = lof.next(reusableToken);
assertNull(nextToken);
}