/**
* <b>Purpose:</b> Verify of existance of the provided path non-exactly <br>
* Verify whether the status of the menuitem matches the provided status (optional parameter)
*
* @throws SAFSException
*/
protected void verifyMenuItemContains() throws SAFSException {
// we always need the path parameter, so need to check
if (params.size() < 1) {
this.issueParameterCountFailure(
FAILStrings.convert(
FAILStrings.BAD_PARAM, "Invalid parameter value for MenuItemText", "MenuItemText"));
return;
}
verifyMenuBar(obj1, getPath(), getStatus(), true);
}
/**
* <b>Purpose:</b> Select the path provided without the verification of existance of this path
*
* @throws SAFSException
*/
protected void selectUnverifiedPopupMenuItem() throws SAFSException {
// we always need the path parameter, so need to check
if (params.size() < 1) {
this.issueParameterCountFailure(
FAILStrings.convert(
FAILStrings.BAD_PARAM, "Invalid parameter value for MenuItemText", "MenuItemText"));
return;
}
selectMenuBar(obj1, getPath(), false, false);
}
/**
* <b>Purpose:</b> Verify the complete status of the current popup menu with a benchmark file.
*
* @throws SAFSException
*/
protected void verifyPopupMenu() throws SAFSException {
String debugmsg = getClass().getName() + ".verifyPopupMenu() ";
String benchFileName = null, headerString = null, testFileName = null, diffFileName = null;
// Analyse the four parameters, three of them are optional
// benchFileName (required),headerString (optional),testFileName (optional),diffFileName
// (optional)
if (params.size() < 1) {
this.issueParameterCountFailure(
FAILStrings.convert(
FAILStrings.BAD_PARAM, "Invalid parameter value for BenchmarkFile", "BenchmarkFile"));
Log.debug(debugmsg + " Missing parameter of 'benchFileName'!!!");
return;
}
Iterator iter = params.iterator();
String defaultFileName = iter.next().toString();
Log.info(debugmsg + " default file name (for bench,test,diff): " + defaultFileName);
benchFileName = getAbsoluteFileName(defaultFileName, STAFHelper.SAFS_VAR_BENCHDIRECTORY);
if (iter.hasNext()) headerString = iter.next().toString();
if (iter.hasNext()) {
testFileName = iter.next().toString();
if (testFileName != null && !testFileName.trim().equals("")) {
testFileName = getAbsoluteFileName(testFileName, STAFHelper.SAFS_VAR_TESTDIRECTORY);
} else {
testFileName = getAbsoluteFileName(defaultFileName, STAFHelper.SAFS_VAR_TESTDIRECTORY);
}
} else {
testFileName = getAbsoluteFileName(defaultFileName, STAFHelper.SAFS_VAR_TESTDIRECTORY);
}
if (iter.hasNext()) {
diffFileName = iter.next().toString();
if (diffFileName != null && !diffFileName.trim().equals("")) {
diffFileName = getAbsoluteFileName(diffFileName, STAFHelper.SAFS_VAR_DIFDIRECTORY);
} else {
diffFileName = getAbsoluteFileName(defaultFileName, STAFHelper.SAFS_VAR_DIFDIRECTORY);
}
} else {
diffFileName = getAbsoluteFileName(defaultFileName, STAFHelper.SAFS_VAR_DIFDIRECTORY);
}
// 1.Get the whole sub-tree of the JMenu provided (the third parameter)
GuiSubitemTestObject guiObj = new GuiSubitemTestObject(obj1.getObjectReference());
MenuTree tree = (MenuTree) extractMenuItems(guiObj, 0);
// Get a list which contains all nodes' "path=status"
List treePathAndStatus = tree.getTreePaths("", true);
// 2.Stroe the header-file into the test-file
// Store the each node's path and it's status of the sub-tree into the "test-file"
if (headerString != null && !headerString.trim().equals("")) {
Log.debug(debugmsg + testFileName + " will contains headerString: " + headerString);
treePathAndStatus.add(0, headerString);
}
if (testFileName != null && !testFileName.trim().equals("")) {
Log.debug(debugmsg + "Menu status will be saved to " + testFileName);
try {
StringUtils.writefile(testFileName, treePathAndStatus);
} catch (IOException e) {
String detail =
failedText.convert(
FAILStrings.FILE_ERROR, "Can not write to " + testFileName, testFileName);
Log.debug(debugmsg + detail);
throw new SAFSException(detail);
}
}
// 3.Compare with the bench-file;
// If mached, set the testRecord's status to OK.
// Otherwise, set the testRecord's status to FAILURE and store the difference to diff-file.
List benchContents = new ArrayList();
try {
benchContents.addAll(StringUtils.readfile(benchFileName));
} catch (IOException e) {
String detail =
failedText.convert(
FAILStrings.FILE_ERROR, "Can not read " + benchFileName, benchFileName);
Log.debug(debugmsg + detail);
throw new SAFSException(detail);
}
Log.debug(debugmsg + "BenchFile Menu's status:" + benchContents);
Log.debug(debugmsg + "Current Menu's status:" + treePathAndStatus);
// The list differences will contains the difference between current status and bench status
List differences = new ArrayList();
if (headerString != null && !headerString.trim().equals("")) {
Log.debug(debugmsg + "Compare the header line.");
String benchHeader = benchContents.isEmpty() ? "" : benchContents.remove(0).toString();
String currentHeader = treePathAndStatus.remove(0).toString();
Log.debug("benchHeader: " + benchHeader);
Log.debug("currentHeader: " + currentHeader);
if (!currentHeader.equalsIgnoreCase(benchHeader)) {
differences.add(
"Header different: \n"
+ "benchHeader: "
+ benchHeader
+ "\n"
+ "currentHeader: "
+ currentHeader
+ "\n\n");
}
}
// Convert List to Map which contains path as key and status as value
Map benchStatusMap = convertToMap(benchContents);
Map currentStatusMap = convertToMap(treePathAndStatus);
// I. If the two maps have the same path and the same status
// II. Else If the two maps have the same path but status are different, then write this
// difference to the list differences.
// Finally remove the path from both maps
Object[] currentPathArray = currentStatusMap.keySet().toArray();
for (int i = 0; i < currentPathArray.length; i++) {
String key = currentPathArray[i].toString();
String benchStatus = null;
if (benchStatusMap.containsKey(key)) {
benchStatus = benchStatusMap.get(key).toString();
} else {
continue;
}
String currentStatus = currentStatusMap.get(key).toString();
Log.debug("menu path: " + key);
Log.debug("benchStatusValue: " + benchStatus);
Log.debug("currentStatusValue: " + currentStatus);
if (!benchStatus.equalsIgnoreCase(currentStatus)) {
differences.add(
"Menu path: "
+ key
+ " has difference: \n"
+ "benchStatus: "
+ benchStatus
+ "\n"
+ "currentStatus: "
+ currentStatus
+ "\n");
}
// Finally remove this path from both benchStatusMap and currentStatusMap
benchStatusMap.remove(key);
currentStatusMap.remove(key);
}
// III. Else if MenuItem exist only in bench file, write this difference to list differences.
if (benchStatusMap.size() != 0) {
differences.add("MenuItem exist only in " + benchFileName);
Object[] keys = benchStatusMap.keySet().toArray();
for (int i = 0; i < keys.length; i++) {
String key = keys[i].toString();
differences.add("Menu path: " + key + " ## Status: " + benchStatusMap.get(key));
}
}
// IV. Else if MenuItem exist only in current menu, write this difference to list differences.
if (currentStatusMap.size() != 0) {
differences.add("MenuItem exist only in current menu");
Object[] keys = currentStatusMap.keySet().toArray();
for (int i = 0; i < keys.length; i++) {
String key = keys[i].toString();
differences.add("Menu path: " + key + " ## Status: " + currentStatusMap.get(key));
}
}
// If the size of differences is bigger than 0, there are some differences between current
// status and bench status
if (differences.size() > 0) {
testRecordData.setStatusCode(StatusCodes.GENERAL_SCRIPT_FAILURE);
String detail =
failedText.convert(
GENStrings.CONTENT_NOT_MATCHES_KEY,
"the content of 'Current menu status' does not match the content of '"
+ benchFileName
+ "'",
"Current menu's status",
benchFileName);
if (diffFileName != null && !diffFileName.trim().equals("")) {
try {
StringUtils.writefile(diffFileName, differences);
detail +=
" "
+ genericText.convert(
GENStrings.SEE_DIFFERENCE_FILE,
"\n\tPlease see difference in file '" + diffFileName + "'.",
diffFileName);
} catch (IOException e1) {
String message =
failedText.convert(
FAILStrings.FILE_ERROR, "Can not write to " + diffFileName, diffFileName);
Log.debug(debugmsg + message);
}
}
componentExecutedFailureMessage(detail);
return;
}
Log.debug(debugmsg + "All status of menu match that of benchfile.");
String detail =
genericText.convert(
GENStrings.CONTENT_MATCHES_KEY,
"the content of 'Current menu status' matches the content of '" + benchFileName + "'",
"Current menu's status",
benchFileName);
componentSuccessMessage(detail);
testRecordData.setStatusCode(StatusCodes.OK);
}