fix_typos (#539)
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7f3b3562a7
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0e17c1e93c
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@ -31,7 +31,7 @@ public class ClassLoaderUtils {
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* Converts the given class loader to a String calling {@link #toString(URLClassLoader)}.
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*
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* @param classLoader to URLClassLoader to convert.
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* @return the formated string.
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* @return the formatted string.
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*/
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public static String toString(final ClassLoader classLoader) {
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if (classLoader instanceof URLClassLoader) {
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@ -45,7 +45,7 @@ public class ClassLoaderUtils {
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* {@code "URLClassLoader.toString() + [URL1, URL2, ...]"}.
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*
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* @param classLoader to URLClassLoader to convert.
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* @return the formated string.
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* @return the formatted string.
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*/
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public static String toString(final URLClassLoader classLoader) {
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return classLoader + Arrays.toString(classLoader.getURLs());
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@ -37,7 +37,7 @@ import org.apache.commons.lang3.Functions.FailableFunction;
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* references to the locked object. Instead, use references to the lock.</li>
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* <li>If you want to access the locked object, create a {@link FailableConsumer}. The consumer
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* will receive the locked object as a parameter. For convenience, the consumer may be
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* implemented as a Lamba. Then invoke {@link Locks.Lock#runReadLocked(FailableConsumer)},
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* implemented as a Lambda. Then invoke {@link Locks.Lock#runReadLocked(FailableConsumer)},
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* or {@link Locks.Lock#runWriteLocked(FailableConsumer)}, passing the consumer.</li>
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* <li>As an alternative, if you need to produce a result object, you may use a
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* {@link FailableFunction}. This function may also be implemented as a Lambda. To
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@ -51,7 +51,7 @@ import org.apache.commons.lang3.Functions.FailableFunction;
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* private final Lock<PrintStream> lock;
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*
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* public SimpleLogger(OutputStream out) {
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* PrintStream ps = new Printstream(out);
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* PrintStream ps = new PrintStream(out);
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* lock = Locks.lock(ps);
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* }
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*
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@ -162,14 +162,14 @@ abstract class MemberUtils {
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// When isVarArgs is true, srcArgs and dstArgs may differ in length.
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// There are two special cases to consider:
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final boolean noVarArgsPassed = srcArgs.length < destArgs.length;
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final boolean explicitArrayForVarags = srcArgs.length == destArgs.length && srcArgs[srcArgs.length-1] != null && srcArgs[srcArgs.length-1].isArray();
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final boolean explicitArrayForVarargs = srcArgs.length == destArgs.length && srcArgs[srcArgs.length-1] != null && srcArgs[srcArgs.length-1].isArray();
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final float varArgsCost = 0.001f;
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final Class<?> destClass = destArgs[destArgs.length-1].getComponentType();
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if (noVarArgsPassed) {
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// When no varargs passed, the best match is the most generic matching type, not the most specific.
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totalCost += getObjectTransformationCost(destClass, Object.class) + varArgsCost;
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} else if (explicitArrayForVarags) {
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} else if (explicitArrayForVarargs) {
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final Class<?> sourceClass = srcArgs[srcArgs.length-1].getComponentType();
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totalCost += getObjectTransformationCost(sourceClass, destClass) + varArgsCost;
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} else {
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@ -352,7 +352,7 @@ public class DateUtils {
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* If no parse patterns match, a ParseException is thrown.</p>
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*
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* @param str the date to parse, not null
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* @param locale the locale to use when interpretting the pattern, can be null in which
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* @param locale the locale to use when interpreting the pattern, can be null in which
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* case the default system locale is used
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* @param parsePatterns the date format patterns to use, see SimpleDateFormat, not null
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* @param lenient Specify whether or not date/time parsing is to be lenient.
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@ -1055,7 +1055,7 @@ public class DateUtils {
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if (aField[0] == Calendar.DATE) {
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//If we're going to drop the DATE field's value,
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// we want to do this our own way.
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//We need to subtrace 1 since the date has a minimum of 1
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//We need to subtract 1 since the date has a minimum of 1
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offset = val.get(Calendar.DATE) - 1;
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//If we're above 15 days adjustment, that means we're in the
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// bottom half of the month and should stay accordingly.
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@ -292,7 +292,7 @@ public class EnumUtilsTest {
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assertEquals(6L, EnumUtils.generateBitVector(Traffic.class, EnumSet.of(Traffic.AMBER, Traffic.GREEN)));
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assertEquals(7L, EnumUtils.generateBitVector(Traffic.class, EnumSet.of(Traffic.RED, Traffic.AMBER, Traffic.GREEN)));
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// 64 values Enum (to test whether no int<->long jdk convertion issue exists)
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// 64 values Enum (to test whether no int<->long jdk conversion issue exists)
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assertEquals((1L << 31), EnumUtils.generateBitVector(Enum64.class, EnumSet.of(Enum64.A31)));
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assertEquals((1L << 32), EnumUtils.generateBitVector(Enum64.class, EnumSet.of(Enum64.A32)));
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assertEquals((1L << 63), EnumUtils.generateBitVector(Enum64.class, EnumSet.of(Enum64.A63)));
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@ -310,7 +310,7 @@ public class EnumUtilsTest {
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assertArrayEquals(EnumUtils.generateBitVectors(Traffic.class, EnumSet.of(Traffic.AMBER, Traffic.GREEN)), 6L);
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assertArrayEquals(EnumUtils.generateBitVectors(Traffic.class, EnumSet.of(Traffic.RED, Traffic.AMBER, Traffic.GREEN)), 7L);
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// 64 values Enum (to test whether no int<->long jdk convertion issue exists)
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// 64 values Enum (to test whether no int<->long jdk conversion issue exists)
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assertArrayEquals(EnumUtils.generateBitVectors(Enum64.class, EnumSet.of(Enum64.A31)), (1L << 31));
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assertArrayEquals(EnumUtils.generateBitVectors(Enum64.class, EnumSet.of(Enum64.A32)), (1L << 32));
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assertArrayEquals(EnumUtils.generateBitVectors(Enum64.class, EnumSet.of(Enum64.A63)), (1L << 63));
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@ -334,7 +334,7 @@ public class EnumUtilsTest {
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//gracefully handles duplicates:
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assertEquals(7L, EnumUtils.generateBitVector(Traffic.class, Traffic.RED, Traffic.AMBER, Traffic.GREEN, Traffic.GREEN));
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// 64 values Enum (to test whether no int<->long jdk convertion issue exists)
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// 64 values Enum (to test whether no int<->long jdk conversion issue exists)
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assertEquals((1L << 31), EnumUtils.generateBitVector(Enum64.class, Enum64.A31));
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assertEquals((1L << 32), EnumUtils.generateBitVector(Enum64.class, Enum64.A32));
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assertEquals((1L << 63), EnumUtils.generateBitVector(Enum64.class, Enum64.A63));
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@ -354,7 +354,7 @@ public class EnumUtilsTest {
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//gracefully handles duplicates:
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assertArrayEquals(EnumUtils.generateBitVectors(Traffic.class, Traffic.RED, Traffic.AMBER, Traffic.GREEN, Traffic.GREEN), 7L);
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// 64 values Enum (to test whether no int<->long jdk convertion issue exists)
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// 64 values Enum (to test whether no int<->long jdk conversion issue exists)
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assertArrayEquals(EnumUtils.generateBitVectors(Enum64.class, Enum64.A31), (1L << 31));
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assertArrayEquals(EnumUtils.generateBitVectors(Enum64.class, Enum64.A32), (1L << 32));
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assertArrayEquals(EnumUtils.generateBitVectors(Enum64.class, Enum64.A63), (1L << 63));
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@ -393,7 +393,7 @@ public class EnumUtilsTest {
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assertEquals(EnumSet.of(Traffic.AMBER, Traffic.GREEN), EnumUtils.processBitVector(Traffic.class, 6L));
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assertEquals(EnumSet.of(Traffic.RED, Traffic.AMBER, Traffic.GREEN), EnumUtils.processBitVector(Traffic.class, 7L));
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// 64 values Enum (to test whether no int<->long jdk convertion issue exists)
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// 64 values Enum (to test whether no int<->long jdk conversion issue exists)
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assertEquals(EnumSet.of(Enum64.A31), EnumUtils.processBitVector(Enum64.class, (1L << 31)));
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assertEquals(EnumSet.of(Enum64.A32), EnumUtils.processBitVector(Enum64.class, (1L << 32)));
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assertEquals(EnumSet.of(Enum64.A63), EnumUtils.processBitVector(Enum64.class, (1L << 63)));
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@ -430,7 +430,7 @@ public class EnumUtilsTest {
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assertEquals(EnumSet.of(Traffic.AMBER, Traffic.GREEN), EnumUtils.processBitVectors(Traffic.class, 666L, 6L));
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assertEquals(EnumSet.of(Traffic.RED, Traffic.AMBER, Traffic.GREEN), EnumUtils.processBitVectors(Traffic.class, 666L, 7L));
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// 64 values Enum (to test whether no int<->long jdk convertion issue exists)
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// 64 values Enum (to test whether no int<->long jdk conversion issue exists)
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assertEquals(EnumSet.of(Enum64.A31), EnumUtils.processBitVectors(Enum64.class, (1L << 31)));
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assertEquals(EnumSet.of(Enum64.A32), EnumUtils.processBitVectors(Enum64.class, (1L << 32)));
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assertEquals(EnumSet.of(Enum64.A63), EnumUtils.processBitVectors(Enum64.class, (1L << 63)));
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@ -55,7 +55,7 @@ public class EventUtilsTest {
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@Test
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public void testAddEventListener() {
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final PropertyChangeSource src = new PropertyChangeSource();
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final EventCountingInvociationHandler handler = new EventCountingInvociationHandler();
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final EventCountingInvocationHandler handler = new EventCountingInvocationHandler();
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final PropertyChangeListener listener = handler.createListener(PropertyChangeListener.class);
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assertEquals(0, handler.getEventCount("propertyChange"));
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EventUtils.addEventListener(src, PropertyChangeListener.class, listener);
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@ -67,7 +67,7 @@ public class EventUtilsTest {
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@Test
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public void testAddEventListenerWithNoAddMethod() {
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final PropertyChangeSource src = new PropertyChangeSource();
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final EventCountingInvociationHandler handler = new EventCountingInvociationHandler();
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final EventCountingInvocationHandler handler = new EventCountingInvocationHandler();
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final ObjectChangeListener listener = handler.createListener(ObjectChangeListener.class);
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final IllegalArgumentException e =
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assertThrows(IllegalArgumentException.class, () -> EventUtils.addEventListener(src, ObjectChangeListener.class, listener));
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@ -88,7 +88,7 @@ public class EventUtilsTest {
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@Test
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public void testAddEventListenerWithPrivateAddMethod() {
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final PropertyChangeSource src = new PropertyChangeSource();
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final EventCountingInvociationHandler handler = new EventCountingInvociationHandler();
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final EventCountingInvocationHandler handler = new EventCountingInvocationHandler();
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final VetoableChangeListener listener = handler.createListener(VetoableChangeListener.class);
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final IllegalArgumentException e =
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assertThrows(IllegalArgumentException.class, () -> EventUtils.addEventListener(src, VetoableChangeListener.class, listener));
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@ -161,7 +161,7 @@ public class EventUtilsTest {
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}
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private static class EventCountingInvociationHandler implements InvocationHandler {
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private static class EventCountingInvocationHandler implements InvocationHandler {
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private final Map<String, Integer> eventCounts = new TreeMap<>();
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public <L> L createListener(final Class<L> listenerType) {
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@ -291,7 +291,7 @@ public class ExtendedMessageFormatTest {
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@Test
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public void testEqualsHashcode() {
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final Map<String, ? extends FormatFactory> fmtRegistry = Collections.singletonMap("testfmt", new LowerCaseFormatFactory());
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final Map<String, ? extends FormatFactory> otherRegitry = Collections.singletonMap("testfmt", new UpperCaseFormatFactory());
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final Map<String, ? extends FormatFactory> otherRegistry = Collections.singletonMap("testfmt", new UpperCaseFormatFactory());
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final String pattern = "Pattern: {0,testfmt}";
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final ExtendedMessageFormat emf = new ExtendedMessageFormat(pattern, Locale.US, fmtRegistry);
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@ -318,7 +318,7 @@ public class ExtendedMessageFormatTest {
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assertNotEquals(emf.hashCode(), other.hashCode(), "pattern, hashcode()");
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// Different registry
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other = new ExtendedMessageFormat(pattern, Locale.US, otherRegitry);
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other = new ExtendedMessageFormat(pattern, Locale.US, otherRegistry);
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assertNotEquals(emf, other, "registry, equals()");
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assertNotEquals(emf.hashCode(), other.hashCode(), "registry, hashcode()");
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@ -354,7 +354,7 @@ public class ExtendedMessageFormatTest {
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/**
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* Create an ExtendedMessageFormat for the specified pattern and locale and check the
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* formated output matches the expected result for the parameters.
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* formatted output matches the expected result for the parameters.
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* @param pattern string
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* @param registryUnused map (currently unused)
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* @param args Object[]
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@ -1,7 +1,7 @@
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/*
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* Licensed to the Apache Software Foundation (ASF) under one or more
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* contributor license agreements. See the NOTICE file distributed with
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* this work for additional inparserion regarding copyright ownership.
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* this work for additional information regarding copyright ownership.
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* The ASF licenses this file to You under the Apache License, Version 2.0
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* (the "License"); you may not use this file except in compliance with
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* the License. You may obtain a copy of the License at
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