/**
* Checks if each of the given PM's is not marked as changed.
*
* @param pms the PMs to check.
*/
public static void assertNotChanged(PmObject... pms) {
for (PmObject pm : pms) {
if (pm.isPmValueChanged()) {
fail(pm.getPmRelativeName() + " should not be in a changed state.");
}
}
}
/**
* Checks if the given set of PMs is not enabled.
*
* @param pms the PMs to check.
*/
public static void assertNotEnabled(PmObject... pms) {
for (PmObject pm : pms) {
if (pm.isPmEnabled()) {
fail(pm.getPmRelativeName() + " should not be enabled.");
}
}
}
/**
* Checks if the given set of PMs is not visible.
*
* @param pms the PMs to check.
*/
public static void assertNotVisible(PmObject... pms) {
for (PmObject pm : pms) {
if (pm.isPmVisible()) {
fail(pm.getPmRelativeName() + " should not be visible.");
}
}
}
private static String getDisplayStringOfCell(PmBean<?> rowPm, String columnName) {
PmObject cell = PmUtil.findChildPm(rowPm, columnName);
if (cell == null) {
throw new PmRuntimeException("Row cell for column name '" + columnName + "' not found.");
}
if (cell instanceof PmAttr<?>) {
return ((PmAttr<?>) cell).getValueLocalized();
}
return cell.getPmTitle();
}
/**
* Gets the shared instance from the related {@link PmConversation}.
*
* <p>If instance was found for the requuested object name, an named object will be created using
* the method {@link #create()}.
*
* @return the shared named object.
*/
@SuppressWarnings("unchecked")
public T getRef() {
if (namedObj == null) {
namedObj = (T) pmCtxt.getPmConversation().getPmNamedObject(name);
if (namedObj == null) {
namedObj = create();
pmCtxt.getPmConversation().setPmNamedObject(name, namedObj);
}
}
return namedObj;
}
public DeprFilterByDefinitionBase(PmObject pmCtxt, Class<?>... compOpClasses) {
this(pmCtxt.getPmName(), pmCtxt.getPmTitle());
compOps = new ArrayList<DeprCompOp>(compOpClasses.length);
for (Class<?> c : compOpClasses) {
Constructor<?> constructor = ClassUtil.findConstructor(c, PmObject.class);
if (constructor == null) {
throw new PmRuntimeException(
pmCtxt,
"DeprCompOp class needs a constructor with a single PmObject parameter to be useable in this context: "
+ c);
}
DeprCompOp compOp = ClassUtil.newInstance(constructor, pmCtxt);
compOps.add(compOp);
}
}
/**
* Validates the PM tree having the given root instance. Fails if the subtree has validated
* successfully or doesn't contain exactly the expected messages.
*
* @param rootPm The root of the PM tree to validate.
* @param minSeverity The minimum severity to consider.
* @param expectedMessagesInSubtree The expected messages in rootPm or its PM subtree.
*/
public static void validateNotSuccessful(
PmObject rootPm, Severity minSeverity, String... expectedMessagesInSubtree) {
if (PmValidationApi.validateSubTree(rootPm)) {
Assert.fail("Unexpected successful validation of " + rootPm.getPmRelativeName());
}
assertMessageText(rootPm, minSeverity, expectedMessagesInSubtree);
}
/**
* Validates the PM tree having the given root instance. Fails if the subtree has any messages
* after the validation call.
*
* @param rootPm The root of the PM tree to validate.
*/
public static void validateSuccessful(PmObject rootPm) {
if (!PmValidationApi.validateSubTree(rootPm)) {
List<String> msgStrings = new ArrayList<String>();
for (PmMessage m : PmMessageApi.getPmTreeMessages(rootPm, Severity.INFO)) {
msgStrings.add(m.toString());
}
Assert.fail(
"Unexpected messages after validation of "
+ rootPm.getPmRelativeName()
+ ":\n"
+ StringUtils.join(msgStrings.toArray(), "\n\t"));
}
}
/**
* Translates the given set of bean validation messages to {@link PmValidationMessage}s.
*
* @param pm The PM to report the messages for.
* @param violations The set of bean constraint validations to translate.
*/
static void beanConstraintViolationsToPmMessages(
PmObject pm, Set<ConstraintViolation<?>> violations) {
if (violations != null) {
for (ConstraintViolation<?> v : violations) {
// TODO olaf: add handling for translated strings.
// what is the result of:
// System.out.println("v.getMessageTemplate: '" + v.getMessageTemplate() + "' message: " +
// v.getMessage());
PmValidationMessage msg =
new PmValidationMessage(pm, PmConstants.MSGKEY_FIRST_MSG_PARAM, v.getMessage(), v);
pm.getPmConversation().addPmMessage(msg);
}
}
}
public boolean isDecoratorForSwitch(PmObject fromTab, PmObject toTab) {
return ((toName == null) || (toTab != null && toTab.getPmRelativeName().equals(toName)))
&& ((fromName == null)
|| (fromTab != null) && fromTab.getPmRelativeName().equals(fromName));
}
public CmdDecoratorDefintion(PmObject fromTab, PmObject toTab, PmCommandDecorator decorator) {
this(
fromTab != null ? fromTab.getPmRelativeName() : null,
toTab != null ? toTab.getPmRelativeName() : null,
decorator);
}
/**
* Checks that there are no active {@link PmMessage}s within the {@link
* org.pm4j.core.pm.PmConversation} of the given PM.
*
* @param msg the assert message to display if the check fails.
* @param pm the PM to perform the check for.
*/
public static void assertNoMessagesInConversation(String msg, PmObject pm) {
assertNoMessagesInSubTree(msg, pm.getPmConversation());
}
/**
* Checks that there are no active {@link PmMessage}s within the {@link
* org.pm4j.core.pm.PmConversation} of the given PM.
*
* @param pm the PM to perform the check for.
*/
public static void assertNoMessagesInConversation(PmObject pm) {
assertNoMessagesInSubTree(pm.getPmConversation());
}
/**
* Checks that there are no active {@link PmMessage}s with the given <code>minSeverity</code> for
* the given PM (incl. its sub-PMs)
*
* @param msg the assert message to display if the check fails.
* @param pm the PM to perform the check for.
* @param minSeverity the minimum severity to consider.
*/
public static void assertNoMessagesInSubTree(String msg, PmObject pm, Severity minSeverity) {
String errMsgs = subTreeMessagesToString(pm, minSeverity);
if (StringUtils.isNotBlank(errMsgs)) {
Assert.fail(msg + " " + pm.getPmRelativeName() + ": " + errMsgs);
}
}