private void end(StringBuilder ans, Pretty pretty, String indent) {
if (endEncloser == null) return;
if (!pretty.pretty) ans.append(endEncloser);
else {
Utilities.assureEndsWithNewLine(ans);
ans.append(indent + endEncloser);
if (pretty.comments && endComment.length() > 0) ans.append("#" + endComment);
Utilities.assureEndsWithNewLine(ans);
}
}
/**
* Returns the TabularData
*
* @return TabularData containing the rows corresponding the NetworkTable
*/
public TabularData getNetworkTable() {
try {
if (table != null)
return Utilities.getTabularData(this, indexNames, table, instrClassName, null);
else if (vec != null)
return Utilities.getTabularData(this, indexNames, vec, instrClassName, null);
} catch (Exception ex) {
ex.printStackTrace();
}
return null;
}
/**
* Returns the TabularData
*
* @return TabularData containing the rows corresponding the AlarmTable
*/
public TabularData getAlarmTable() {
// User code starts here
if (true) {
return getTable();
}
// User code ends here
try {
if (table != null)
return Utilities.getTabularData(this, indexNames, table, instrClassName, null);
else if (vec != null)
return Utilities.getTabularData(this, indexNames, vec, instrClassName, null);
} catch (Exception ex) {
ex.printStackTrace();
}
return null;
}
void doKids(StringBuilder ans, Pretty pretty, String indent) {
if (kids == null) return;
for (Rope kid : kids) {
if (!pretty.pretty) {
kid.toString(ans, pretty, "");
} else {
kid.toString(ans, pretty, indent + getKidIndentIncrement(kid, pretty));
Utilities.assureEndsWithNewLine(ans);
}
}
}
private void start(StringBuilder ans, Pretty pretty, String indent) {
if (startEncloser == null) return;
if (!pretty.pretty) {
ans.append(startEncloser);
} else {
String comment;
if (pretty.comments && startComment.length() > 0) comment = " #" + startComment;
else comment = "";
ans.append(indent + startEncloser + comment);
Utilities.assureEndsWithNewLine(ans);
}
}
/**
* Sets up the <em>startup</em> {@linkplain Mock mocks} defined in one or more mock classes, just
* like {@link #setUpMocks(Object...)} does for regular mock classes. The difference is in the
* lifetime of the mocks, which will last to the end of the test run. Consequently, this method
* should only be called once, before the first test begins execution. One way to achieve this is
* to put the call in the static initializer of a common base class extended by all test classes
* in the suite. Another way is by configuring what happens at startup through external means.
*
* <p>There are three ways to set up mock classes at startup time:
*
* <ol>
* <li>Define a value for the "<code>jmockit-mocks</code>" system property, as a comma-separated
* list of fully qualified class names.
* <li>Add a custom "<code>jmockit.properties</code>" file to the classpath, with an entry for
* the "<code>jmockit-mocks</code>" (or just "<code>mocks</code>") property.
* <li>Specify the "<code>-javaagent:jmockit.jar=<agentArgs></code>" JVM argument, with "
* <code>agentArgs</code>" containing one or more mock class names, separated by semicolons
* if more than one.
* </ol>
*
* Note that option two above makes it possible to package a whole set of reusable mock classes in
* a jar file, provided it contains a suitable <code>jmockit.properties</code> file. By simply
* adding the jar to the classpath <em>before</em> <code>jmockit.jar</code>, the specified mock
* classes will be loaded and applied automatically on every test run, as soon as JMockit itself
* gets initialized.
*
* @param mockClassesOrInstances one or more mock classes (either <code>Class</code> literals or
* fully qualified class names) or instances of mock classes
* @throws IllegalArgumentException if a given mock class fails to specify the corresponding real
* class using the {@code @MockClass(realClass = ...)} annotation; or if a mock class defines
* a mock method for which no corresponding real method or constructor exists in the real
* class; or if the real method matching a mock method is {@code abstract}
* @see <a
* href="http://code.google.com/p/jmockit/source/browse/trunk/main/test/mockit/MockAnnotationsTest.java#465">
* Example</a>
* <p>In the Tutorial: <a
* href="http://jmockit.googlecode.com/svn/trunk/www/tutorial/UsingMocksAndStubs.html">Using
* mocks and stubs over entire test classes and suites</a>
*/
public static void setUpStartupMocks(Object... mockClassesOrInstances) {
for (Object mockClassOrInstance : mockClassesOrInstances) {
Class<?> mockClass;
Object mock;
if (mockClassOrInstance instanceof Class<?>) {
mockClass = (Class<?>) mockClassOrInstance;
mock = null;
} else if (mockClassOrInstance instanceof String) {
String className = ((String) mockClassOrInstance).trim();
if (className.length() == 0) continue;
mockClass = Utilities.loadClass(className);
mock = null;
} else {
mockClass = mockClassOrInstance.getClass();
mock = mockClassOrInstance;
}
new MockClassSetup(mock, mockClass).setUpStartupMock();
}
}
/**
* Creates a {@link Proxy} implementation for a given set of interface types. In this created
* class all methods will be empty, with return values for non-void methods being the appropriate
* default value ({@literal 0} for {@code int}, {@literal null} for a reference type, and so on).
*
* <p>The {@code equals}, {@code hashCode}, and {@code toString} methods inherited from {@code
* java.lang.Object} are overridden with an appropriate implementation in each case: {@code
* equals} is implemented by comparing the two object references (the proxy instance and the
* method argument) for equality; {@code hashCode} is implemented to return the identity hash code
* for the proxy instance; and {@code toString} returns the standard string representation that
* {@code Object#toString} would have returned.
*
* <p>This method is just a convenience for some uses of the <em>Mockups</em> API. In <em>JMockit
* Expectations</em> in particular, mocked instances will be automatically created and assigned to
* any mock fields or parameters.
*
* @param interfacesToBeProxied one or more {@code Type} objects, each of which can be a {@code
* Class} object for an interface, a {@link ParameterizedType} whose raw type is an interface,
* or a {@link TypeVariable} whose bounds are interfaces
* @return the created proxy instance
*/
public static <E> E newEmptyProxy(Type... interfacesToBeProxied) {
return Utilities.newEmptyProxy(null, interfacesToBeProxied);
}
/**
* Same as {@link #setUpMock(Class, Class)}, but accepting the (fully qualified) name of the real
* class. This is useful when said class is not accessible from the test.
*
* @see <a
* href="http://code.google.com/p/jmockit/source/browse/trunk/main/test/integrationTests/textFile/TextFileUsingAnnotatedMockClassesTest.java#40">
* Example</a>
*/
public static void setUpMock(String realClassName, Class<?> mockClass) {
Class<?> realClass = Utilities.loadClass(realClassName);
setUpMock(realClass, mockClass);
}
/**
* Same as {@link #stubOutClass(Class, boolean, String...)}, but accepting the (fully qualified)
* name of the real class. This is useful when said class is not accessible from the test.
*/
public static void stubOutClass(String realClassName, boolean inverse, String... filters) {
Class<?> realClass = Utilities.loadClass(realClassName);
new ClassStubbing(realClass, !inverse, filters).stubOut();
}
/**
* Sets the TabularData to the AaplicationTable
*
* @param data The TabularData to be set to the AaplicationTable
*/
public void setAlarmTable(TabularData data) throws Exception {
AgentException ae = null;
for (Enumeration e = data.enumerate(); e.hasMoreElements(); ) {
Object[] index = (Object[]) e.nextElement();
CompositeData comp = data.getRow(index);
if (table != null)
entry =
(AlarmEntry)
Utilities.getEntryFromCompositeData(table, comp, indexNames, instrClassName);
else if (vec != null)
entry =
(AlarmEntry) Utilities.getEntryFromCompositeData(vec, comp, indexNames, instrClassName);
if (comp.getOperationType().equals(CompositeData.CREATED)) { // create new entry
if (entry != null)
throw new AgentException("Row already exist", CommonUtils.ROWCREATIONFAILED); // no i18n
entry = new AlarmEntry();
if (table != null) table.put(index, entry);
else if (vec != null) vec.addElement(entry);
for (Enumeration ce = comp.enumerate(); ce.hasMoreElements(); ) {
String key = (String) ce.nextElement();
try {
Utilities.setField(entry, instrClassName, key, comp.getDataItem(key));
} catch (AgentException aexp) {
ae = aexp;
}
}
} else if (comp.getOperationType().equals(CompositeData.DELETED)) {
if (table != null) {
for (Enumeration en = table.keys(); en.hasMoreElements(); ) {
Object keyObject = en.nextElement();
if (entry.equals(table.get(keyObject))) table.remove(keyObject);
}
} else if (vec != null)
if (!vec.removeElement(entry))
throw new AgentException("Invalid Index", CommonUtils.INVALIDINDEX); // no i18n
data.deleteRow(index);
} else if (comp.getOperationType().equals(CompositeData.MODIFIED)) {
for (Enumeration ce = comp.enumerate(); ce.hasMoreElements(); ) {
String key = (String) ce.nextElement();
if (!comp.isModified(key)) continue;
try {
Utilities.setField(entry, instrClassName, key, comp.getDataItem(key));
} catch (AgentException aexp) {
ae = aexp;
}
}
}
comp.setOperationType(CompositeData.NOCHANGES);
}
if (ae != null) throw ae;
}