public void objectsChanged(int mode, IDfPersistentObject[] objects) {
// String selected = (String)combo.getSelectedItem();
for (int i = 0; i < objects.length; i++) {
if (objects[i] instanceof IDfSysObject) {
IDfSysObject sys = (IDfSysObject) objects[i];
try {
if (mode == ApiObjectChanged.DELETED) {
tree.objectDelete(sys.getObjectId());
} else {
for (int j = 0; j < sys.getFolderIdCount(); j++) {
IDfFolder folderObject =
(IDfFolder) con.getExistingObject(((IDfSysObject) objects[i]).getFolderId(j));
String folder = folderObject.getString("r_folder_path");
// if ( folder.startsWith( selected ) ||
// "[All]".equals( selected ) ) {
if (mode == ApiObjectChanged.CREATED) tree.objectAdd(objects[i]);
else if (mode == ApiObjectChanged.CHANGED) tree.objectUpdate(objects[i]);
// }
}
}
} catch (DfException e) {
e.printStackTrace();
}
}
}
}
private void addFallBackResult(Inquiry request, IndexQuery query, IndexQueryResult result) {
try {
Set<String> attributes = new HashSet<>();
for (ResultField resultField : request.getResultfields()) {
attributes.add(resultField.getName());
}
Map<String, String> noData = getFallbackDataProvider().getNoResultData(attributes);
if (noData == null || noData.isEmpty()) {
return;
}
Item item = new Item();
for (ResultField resultField : request.getResultfields()) {
String attrName = resultField.getName();
String value = noData.get(resultField.getName());
RField rField = new RField().withName(attrName).withValue(value);
item.withRfields(rField);
}
item.setObjectname(getAttributeMapping().getDefaultType());
item.setMediastatus("m");
if (request.getImages() == YNBool.Y) {
ImageProcessor imageProcessor =
new ImageProcessor(request, query, getFallbackDataProvider());
imageProcessor.processNoResultImage(item);
}
result.withItems(item);
} catch (DfException ex) {
Logger.error(ex.getMessage(), ex);
handleException(ex, result);
}
}
private IndexQueryResult processSearchRequest(Inquiry request, IndexQuery query) {
IndexQueryResult result = new IndexQueryResult().withQueryname(query.getQueryname());
try {
int maxRows = _maxRows;
if (request.getMaxrows() != null) {
int requestRows = request.getMaxrows();
if (requestRows != 0 && requestRows < maxRows) {
maxRows = requestRows;
}
}
boolean hasMore =
invokeInSession(
request.getSecurityToken(),
new IndexQueryInvoker(
request,
query,
result,
getAttributeMapping(),
getFallbackDataProvider(),
maxRows));
if (hasMore) {
Logger.debug("Result contains more than " + maxRows + " rows, adding limit reached flag");
result.setLimitreached(new LimitReached());
}
} catch (DfException ex) {
Logger.error(ex.getMessage(), ex);
handleException(ex, result);
}
return result;
}
@Override
protected void sqlDrop(final String tableName, final IDfSession session) {
try {
final String query = "select * from dm_dbo." + tableName + " enable(return_top 1) ";
DeployUtil.execDqlVoid(query, session);
LOGGER.info("Drop: " + tableName);
final String qr =
"execute exec_sql with query=" + DeployUtil.prepareForExecSQL("drop view " + tableName);
DeployUtil.execDqlVoid(qr, session);
} catch (final DfException e) {
LOGGER.warn("Problem dropping view. Skipped: " + e.getMessage());
}
}
private int getExecutionCountForLogs(IDfDocument idfLogObject) {
int executionCount = 0;
try {
executionCount = idfLogObject.getInt(IConstants.ATTR_LOG_EXECUTION_COUNT);
DfLogger.debug(this, "Old Execution Count : " + executionCount, null, null);
executionCount = executionCount >= 2 ? 0 : executionCount + 1;
DfLogger.debug(this, "New Execution Count : " + executionCount, null, null);
} catch (DfException e) {
DfLogger.error(this, e.getStackTraceAsString(), null, null);
throw new RuntimeException(e.getMessage());
}
return executionCount;
}
/**
* Checks whether breeze output is correct for all articles. In case there are errors from Breeze
* it generates the list of articles with Error.
*
* @param issue
* @return
*/
private String identifyErrorneouArticleFromBreeze(Issue issue) {
log.debug("identifyErrorneouArticleFromBreeze: Start; Issue: " + issue);
StringBuilder strb = new StringBuilder();
// strb.append(IConstants.MSG_AAU_REJECT_ARTICLE_LIST);
List<Article> issueArticles = issue.getArticles();
for (Object element : issueArticles) {
Article article = (Article) element;
if (article.getString(Article.ARTICLE_STATUS).equalsIgnoreCase(IConstants.MSG_ERROR_PDF_GEN)
|| article
.getString(Article.ARTICLE_STATUS)
.equalsIgnoreCase(IConstants.MSG_BREEZE_FILE_MISSING)
|| article
.getString(Article.ARTICLE_STATUS)
.equalsIgnoreCase(IConstants.MSG_CORRUPT_PACKAGE_BREEZE)
|| article
.getString(Article.ARTICLE_STATUS)
.equalsIgnoreCase(IConstants.MSG_ERROR_UNEXPECTED_FILES)) {
try {
strb.append(
(article.getObjectName().substring(0, article.getObjectName().lastIndexOf("_")))
+ ",");
} catch (DfException e) {
// TODO Auto-generated catch block
log.debug("Error while fetching the Object name for article in Issue: " + issue);
e.printStackTrace();
}
}
}
String errorArticleList = strb.toString().substring(0, strb.toString().lastIndexOf(","));
log.debug("identifyErrorneouArticleFromBreeze: End; Issue: " + issue);
return errorArticleList;
}
public void convert() throws Exception {
// EFS:
// r_current_state: 2 == In-Approval, so 3 == Approved, 4 == ?Effective?
// a_content_type = 'pdf'
IDfSession session = null;
IDfSessionManager sMgr = null;
try {
IDfClientX clientx = new DfClientX();
IDfClient client = clientx.getLocalClient();
sMgr = client.newSessionManager();
IDfLoginInfo loginInfoObj = clientx.getLoginInfo();
loginInfoObj.setUser("mradmin");
loginInfoObj.setPassword("mr2006");
loginInfoObj.setDomain(null);
sMgr.setIdentity("MRCS_Dev", loginInfoObj);
} catch (DfException dfe) {
dfe.printStackTrace();
}
// don't want to convert approved/effective copies...crap...
// - must not be in an "Approved" or "Effective" folder?
// SELECT count(*) FROM m_mrcs_central_document WHERE a_content_type = 'pdf' AND any i_folder_id
// NOT IN (SELECT r_object_id FROM dm_folder WHERE object_name = 'Effective');
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this)) DfLogger.debug(this, " ", null, null);
session = sMgr.getSession("MRCS_Dev");
// get list of objects that are pdfs...
// - should try folder clauses too...
// - previous versions????
String pdfdocs =
"SELECT r_object_id FROM m_mrcs_central_document WHERE a_content_type = 'pdf' and object_name like '--test--%'";
IDfQuery qry = new DfQuery();
qry.setDQL(pdfdocs);
IDfCollection myObj1 = (IDfCollection) qry.execute(session, IDfQuery.DF_READ_QUERY);
while (myObj1.next()) {
sMgr.beginTransaction();
try {
String curid = myObj1.getString("r_object_id");
// look up object
IDfDocument doc = (IDfDocument) session.getObject(new DfId(curid));
String objname = doc.getObjectName();
String fullpath = doc.getPath(0);
String format = doc.getFormat().getName();
String doctype = doc.getTypeName();
// check that it's not a popped off copy (i_folder_id[0] != 'Approved') seems to be the only
// indicator of this...
IDfFolder folder = (IDfFolder) session.getObject(doc.getFolderId(0));
String foldername = folder.getObjectName();
if (!"Approved".equals(foldername)) {
// check it's state
String statename =
doc
.getCurrentStateName(); // Approved or Effective are only active docs with
// renditions
String filename = doc.getFile(null);
// if In-Progress: simply switch the content type
if ("In-Progress".equals(statename)
|| "Approved".equals(statename)
|| "Effective".equals(statename)) {
// change format - make sure this doesn't "zero out" the content or something else
// weird.
doc.setContentType("acro");
doc.setFile(filename);
}
// clone content as rendition for approved and effective
if ("Approved".equals(statename) || "Effective".equals(statename)) // In-Approval too?
{
doc.addRendition(filename, "pdf");
}
doc.save();
}
} catch (Exception e) {
sMgr.abortTransaction();
throw e;
}
sMgr.commitTransaction();
}
myObj1.close();
sMgr.release(session);
}
private void setAttachmentToArticleForElf(
IDfSession idfSession,
IDfDocument idfAttachmentDocObj,
String strArticleFolderPath,
String strStageFolderName,
String strDeliveryFolderName) {
DfLogger.debug(
this, utilObj.getSpaces() + "Inside method setAttachmentToArticleForElf.", null, null);
Boolean isCheckedOut = false;
IDfDocument docObj = null;
String strObjectName = "";
boolean isLogObject = false;
boolean isImageObject = false;
String strObjectType = "";
String strItemType = "";
String strLogCategory = "";
String strLogType = "";
StringBuilder strFolderPah = new StringBuilder(strArticleFolderPath + "/" + strStageFolderName);
try {
strObjectName = idfAttachmentDocObj.getObjectName();
DfLogger.debug(null, "strObjectName-->" + strObjectName, null, null);
if (strObjectName.toLowerCase().contains(IConstants.STR_CHECK_PDF_ONLINE)
&& strObjectName.toLowerCase().endsWith(".pdf")) {
strItemType = IConstants.ITEM_TYPE_CHECK_PDF_ONLINE;
strObjectType = IConstants.TYPE_WORKITEM_OBJECT;
strFolderPah.append(IConstants.PATH_GRAPHICS_FOLDER);
} else if (strObjectName.toLowerCase().contains(IConstants.STR_CHECK_PDF_PRINT)
&& strObjectName.toLowerCase().endsWith(".pdf")) {
strItemType = IConstants.ITEM_TYPE_CHECK_PDF_PRINT;
strObjectType = IConstants.TYPE_WORKITEM_OBJECT;
strFolderPah.append(IConstants.PATH_GRAPHICS_FOLDER);
} else if (strObjectName.toLowerCase().contains(IConstants.STR_COLOR_ON_PAGE_PRINT)
&& strObjectName.toLowerCase().endsWith(".pdf")) {
strItemType = IConstants.ITEM_TYPE_COLOR_ON_PAGE_PRINT;
strObjectType = IConstants.TYPE_WORKITEM_OBJECT;
strFolderPah.append(IConstants.PATH_GRAPHICS_FOLDER);
} else if (strObjectName.toLowerCase().contains(IConstants.ELF_FILE_PREFIX_METADATA_XML)
&& strObjectName.endsWith(".xml")) {
strObjectType = IConstants.TYPE_LOG_OBJECT;
strLogCategory = IConstants.ATTR_LOG_CATEGORY_ELF_METADATA;
isLogObject = true;
strFolderPah.append(IConstants.PATH_GRAPHICS_FOLDER + "/" + IConstants.FOLDER_NAME_LOGS);
} else if (strObjectName.toLowerCase().contains(IConstants.IMAGE_RENDITION_HTML)
&& (strObjectName.toLowerCase().endsWith(".jpg")
|| strObjectName.toLowerCase().endsWith(".gif"))) {
strItemType = IConstants.ITEM_TYPE_ONLINE_IMAGE;
strObjectType = IConstants.TYPE_WORKITEM_OBJECT;
strFolderPah.append(IConstants.PATH_GRAPHICS_FOLDER + "/" + IConstants.ONLINE_FOLDER);
isImageObject = true;
DfLogger.debug(this, "isImageObject : " + isImageObject, null, null);
} else if (strObjectName.toLowerCase().contains(IConstants.ELF_FILE_PREFIX_ERROR_XML)
&& strObjectName.endsWith(".xml")) {
strObjectType = IConstants.TYPE_LOG_OBJECT;
strLogCategory = IConstants.ATTR_LOG_CATEGORY_ELF_MESSAGES;
isLogObject = true;
strFolderPah.append(IConstants.PATH_GRAPHICS_FOLDER + "/" + IConstants.FOLDER_NAME_LOGS);
} else {
// idfAttachmentDocObj.destroy();
idfAttachmentDocObj.mark("DELETE");
idfAttachmentDocObj.save();
DfLogger.warn(
this,
"Unexpected file received : "
+ strObjectName
+ " | no operations required on Object.. ",
null,
null);
return;
}
DfLogger.debug(this, "setAttachmentToArticle folder path : " + strFolderPah, null, null);
if (!isLogObject) {
docObj =
(IDfDocument)
idfSession.getObjectByQualification(
strObjectType
+ " where Folder('"
+ strFolderPah
+ "') "
+ " and object_name = '"
+ idfAttachmentDocObj.getObjectName()
+ "' and item_type='"
+ strItemType
+ "'");
DfLogger.debug(
this,
strObjectType
+ " where Folder('"
+ strFolderPah
+ "') "
+ " and object_name = '"
+ idfAttachmentDocObj.getObjectName()
+ "' and item_type='"
+ strItemType
+ "'",
null,
null);
} else {
docObj =
(IDfDocument)
idfSession.getObjectByQualification(
strObjectType
+ " where Folder('"
+ strFolderPah
+ "') "
+ " and "
+ IConstants.ATTR_LOG_CATEGORY
+ " = '"
+ strLogCategory
+ "'");
DfLogger.debug(
this,
strObjectType
+ " where Folder('"
+ strFolderPah
+ "') "
+ " and "
+ IConstants.ATTR_LOG_CATEGORY
+ " = '"
+ strLogCategory
+ "'",
null,
null);
}
if (docObj != null) {
DfLogger.debug(
this,
utilObj.getSpaces()
+ "Existing version found.Creating new version inside Article Folder",
null,
null);
// [TODO] see if checking of "if checked out" can be added in
// executeCheckoutOperation
if (docObj.isCheckedOut()) {
docObj.cancelCheckout();
}
isCheckedOut = utilObj.executeCheckoutOperation(docObj);
if (isCheckedOut) {
IDfDocument idfNewVersion =
utilObj.executeCheckinOperation(idfSession, docObj, idfAttachmentDocObj);
if (idfNewVersion != null) {
idfNewVersion.save();
// idfAttachmentDocObj.destroy();
// Pramod | Attachment object is no longer required on
// creation of new version so it will be marked as
// DELETE and will be deleted at the end of the
// processing
idfAttachmentDocObj.mark("DELETE");
idfAttachmentDocObj.save();
DfLogger.info(
this,
" ---------------------- "
+ idfAttachmentDocObj.getObjectName()
+ " Marked as to be deleted ",
null,
null);
}
}
} else {
DfLogger.debug(
this,
utilObj.getSpaces() + "New document processing. Linking to article folder",
null,
null);
if (isLogObject == true) {
DfLogger.debug(this, "Object Name of log file : " + strObjectName, null, null);
IDfQuery qry = new DfQuery();
String strObjId = idfAttachmentDocObj.getObjectId().getId();
qry.setDQL(
"change "
+ IConstants.TYPE_WORKITEM_OBJECT
+ " objects to dm_document where r_object_id='"
+ strObjId
+ "'");
IDfCollection idfColl1 = qry.execute(idfSession, IDfQuery.DF_EXEC_QUERY);
if (null != idfColl1 && IDfCollection.DF_CLOSED_STATE != idfColl1.getState()) {
idfColl1.close();
}
qry.setDQL(
"change dm_document objects to "
+ IConstants.TYPE_LOG_OBJECT
+ " where r_object_id='"
+ strObjId
+ "'");
IDfCollection idfColl2 = qry.execute(idfSession, IDfQuery.DF_EXEC_QUERY);
if (null != idfColl2 && IDfCollection.DF_CLOSED_STATE != idfColl2.getState()) {
idfColl2.close();
}
idfAttachmentDocObj.fetch(null);
idfAttachmentDocObj.setString(IConstants.ATTR_LOG_TYPE, strLogType);
idfAttachmentDocObj.setString(IConstants.ATTR_LOG_CATEGORY, strLogCategory);
idfAttachmentDocObj.setObjectName(strObjectName);
idfAttachmentDocObj.save();
}
IDfACL folderAcl = idfSession.getFolderByPath(strFolderPah.toString()).getACL();
if (isImageObject && strObjectName.split("_").length == 5) {
idfAttachmentDocObj.setTitle(strObjectName.split("_")[3]);
}
idfAttachmentDocObj.setACL(folderAcl);
idfAttachmentDocObj.unlink(idfAttachmentDocObj.getFolderId(0).toString());
idfAttachmentDocObj.link(strFolderPah.toString());
setWorkitemMetadata(idfAttachmentDocObj);
idfAttachmentDocObj.save();
}
DfLogger.debug(
this,
utilObj.getSpaces() + "Method processAttachments completed successfully.",
null,
null);
} catch (RuntimeException ex) {
DfLogger.error(this, ex.getMessage(), null, null);
throw ex;
} catch (DfException e) {
DfLogger.error(this, "Error occured in processing attachment: " + e.getMessage(), null, e);
}
}
/**
* Handles versioning for AMPP documents. Major version will be created if document of particular
* type already exists in Article Delivery Folder.
*
* @param idfSession
* @param idfAttachmentDocObj
* @param strArticleFolderPath
*/
private void setAttachmentToArticleForAMPP(
IDfSession idfSession,
IDfDocument idfAttachmentDocObj,
String strArticleFolderPath,
String strStageFolderName,
String strDeliveryFolderName) {
DfLogger.debug(this, utilObj.getSpaces() + "Inside method processAttachments.", null, null);
Boolean isCheckedOut = false;
IDfDocument docObj = null;
String strObjectName = "";
boolean isLogObject = false;
String strObjectType = "";
String strItemType = "";
String strLogCategory = "";
String strLogType = "";
StringBuilder strFolderPah = new StringBuilder(strArticleFolderPath + "/" + strStageFolderName);
try {
strObjectName = idfAttachmentDocObj.getObjectName();
if (strObjectName.toLowerCase().contains(IConstants.AMPP_FILE_SUFFIX_ARTICLE_XML)) {
strItemType = IConstants.AMPP_WORKITEM_VALUE_XML;
strObjectType = IConstants.TYPE_WORKITEM_OBJECT;
strFolderPah.append(IConstants.PATH_AMPP_COPY_EDITING);
} else if (strObjectName.toLowerCase().contains(IConstants.FILE_SUFFIX_ARTICLE_PDF)) {
strItemType = IConstants.AMPP_WORKITEM_VALUE_ONLINE_PDF;
strObjectType = IConstants.TYPE_WORKITEM_OBJECT;
strFolderPah.append(IConstants.PATH_AMPP_COPY_EDITING);
} else if (strObjectName
.toLowerCase()
.contains(IConstants.AMPP_FILE_SUFFIX_VALIDATION_LOGL)) {
strObjectType = IConstants.TYPE_LOG_OBJECT;
strLogCategory = IConstants.ATTR_LOG_CATEGORY_AMPP_CC;
isLogObject = true;
strFolderPah.append(IConstants.PATH_COPY_EDITING_LOG_FOLDER);
} else if (strObjectName.toLowerCase().contains(IConstants.AMPP_FILE_PREFX_ERROR_LOG)
&& strObjectName.endsWith(".xml")) {
strObjectType = IConstants.TYPE_LOG_OBJECT;
strLogCategory = IConstants.ATTR_LOG_CATEGORY_AMPP_MESSAGES;
strLogType = IConstants.LOG_TYPE_FAILURE;
isLogObject = true;
strFolderPah.append(
IConstants.PATH_COPY_EDITING_FOLDER + "/" + IConstants.FOLDER_NAME_LOGS);
} else if (strObjectName.toLowerCase().contains(IConstants.BREEZE_FILE_SUFFIX_ERROR_LOG)
&& strObjectName.endsWith(".txt")) {
strObjectType = IConstants.TYPE_LOG_OBJECT;
strLogCategory = IConstants.ATTR_LOG_CATEGORY_BREEZE;
isLogObject = true;
strFolderPah.append(
IConstants.PATH_COPY_EDITING_FOLDER + "/" + IConstants.FOLDER_NAME_LOGS);
} else if (strObjectName.toLowerCase().contains(IConstants.BREEZE_FILE_SUFFIX_SUCCESS_LOG)
&& strObjectName.endsWith(".txt")) {
strObjectType = IConstants.TYPE_LOG_OBJECT;
strLogCategory = IConstants.ATTR_LOG_CATEGORY_BREEZE;
isLogObject = true;
strFolderPah.append(
IConstants.PATH_COPY_EDITING_FOLDER + "/" + IConstants.FOLDER_NAME_LOGS);
} else if (strObjectName.toLowerCase().contains(IConstants.AMPP_FILE_SUFFIX_STYLED_DOC)) {
for (String strExtensions : IConstants.AMPP_FILE_EXT_STYLED_DOC) {
if (strObjectName.contains("." + strExtensions)) {
strItemType = IConstants.AMPP_WORKITEM_VALUE_DOC;
strObjectType = IConstants.TYPE_WORKITEM_OBJECT;
strFolderPah.append(IConstants.PATH_COPY_EDITING_FOLDER);
break;
}
}
} else {
idfAttachmentDocObj.destroy();
throw new RuntimeException(
"Unexpected file received : " + strObjectName + " | Destroyed Object.. ");
}
DfLogger.debug(this, "setAttachmentToArticle folder path : " + strFolderPah, null, null);
if (!isLogObject) {
docObj =
(IDfDocument)
idfSession.getObjectByQualification(
strObjectType
+ " where Folder('"
+ strFolderPah
+ "') "
+ " and item_type='"
+ strItemType
+ "'");
} else {
docObj =
(IDfDocument)
idfSession.getObjectByQualification(
strObjectType
+ " where Folder('"
+ strFolderPah
+ "') "
+ " and "
+ IConstants.ATTR_LOG_CATEGORY
+ " = '"
+ strLogCategory
+ "'");
}
idfAttachmentDocObj.getFile(null);
if (docObj != null) {
DfLogger.debug(
this,
utilObj.getSpaces()
+ "Existing version found.Creating new version inside Delivery Folder",
null,
null);
// [TODO] see if checking of "if checked out" can be added in
// executeCheckoutOperation
if (docObj.isCheckedOut()) {
docObj.cancelCheckout();
}
isCheckedOut = utilObj.executeCheckoutOperation(docObj);
if (isCheckedOut) {
utilObj.executeCheckinOperation(idfSession, docObj, idfAttachmentDocObj);
}
} else {
DfLogger.debug(
this,
utilObj.getSpaces() + "New document processing. Linking to article folder",
null,
null);
if (isLogObject == true) {
DfLogger.debug(this, "Object Name of log file : " + strObjectName, null, null);
IDfQuery qry = new DfQuery();
String strObjId = idfAttachmentDocObj.getObjectId().getId();
qry.setDQL(
"change "
+ IConstants.TYPE_WORKITEM_OBJECT
+ " objects to dm_document where r_object_id='"
+ strObjId
+ "'");
DfLogger.debug(this, qry.getDQL(), null, null);
IDfCollection idfColl1 = qry.execute(idfSession, IDfQuery.DF_EXEC_QUERY);
if (null != idfColl1 && IDfCollection.DF_CLOSED_STATE != idfColl1.getState()) {
idfColl1.close();
}
qry.setDQL(
"change dm_document objects to "
+ IConstants.TYPE_LOG_OBJECT
+ " where r_object_id='"
+ strObjId
+ "'");
DfLogger.debug(this, qry.getDQL(), null, null);
IDfCollection idfColl2 = qry.execute(idfSession, IDfQuery.DF_EXEC_QUERY);
if (null != idfColl2 && IDfCollection.DF_CLOSED_STATE != idfColl2.getState()) {
idfColl2.close();
}
idfAttachmentDocObj.fetch(null);
idfAttachmentDocObj.setString(IConstants.ATTR_LOG_TYPE, strLogType);
idfAttachmentDocObj.setString(IConstants.ATTR_LOG_CATEGORY, strLogCategory);
idfAttachmentDocObj.setObjectName(strObjectName);
idfAttachmentDocObj.save();
}
IDfACL folderAcl = idfSession.getFolderByPath(strFolderPah.toString()).getACL();
DfLogger.debug(this, folderAcl.getObjectName(), null, null);
idfAttachmentDocObj.setACL(folderAcl);
idfAttachmentDocObj.unlink(idfAttachmentDocObj.getFolderId(0).toString());
idfAttachmentDocObj.link(strFolderPah.toString());
setWorkitemMetadata(idfAttachmentDocObj);
}
DfLogger.debug(
this,
utilObj.getSpaces() + "Method processAttachments completed successfully.",
null,
null);
} catch (DfException e) {
DfLogger.error(this, "Error occured in processing attachment: " + e.getMessage(), null, e);
}
}
public boolean onCommitChanges() {
/*-CONFIG-*/ String m = "onCommitChanges-";
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(this, m + "get State Transition config", null, null);
StateTransitionConfigFactory config = StateTransitionConfigFactory.getSTConfig();
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(this, m + "get MRCS config task definition", null, null);
MrcsWorkflowTask t = config.getMrcsWorkflowTask(m_mrcsapp, m_processname, m_taskname);
boolean canCommit = false;
try {
AutoSelectSinglePath();
// perform basic CFR part 11 checks: must have valid user/pass/reason, user is user that is
// logged in, password is valid, reason is not empty/null
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(this, m + "check form and user/pass/reason validations", null, null);
String validation = performValidation();
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(
this, m + "result: " + (validation == null ? "valid" : validation), null, null);
if (validation != null) {
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(this, m + "User/Pass/Reason error detected: " + validation, null, null);
setErrorMessage(validation);
return false;
}
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(this, m + "get refs to signing controls", null, null);
Text usernameCtrl = (Text) getControl(QADocForwardWFT.USERNAME_CONTROL_NAME, Text.class);
Password passwordCtrl =
(Password) getControl(QADocForwardWFT.PASSWORD_CONTROL_NAME, Password.class);
DropDownList rsnListCtrl =
(DropDownList) getControl(QADocForwardWFT.REASONSELECT_CONTROL_NAME, DropDownList.class);
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(this, m + "get refs to signing controls", null, null);
String username = usernameCtrl.getValue();
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(this, m + " -- user: "******" -- pass: "******"null" : "#########"), null, null);
String reason = rsnListCtrl.getValue();
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(this, m + " -- reason: " + reason, null, null);
// HACK the class hierarchy: set Password on superclass, otherwise it won't successfully
// complete when calling super.onCommitChanges()
Password passwdCtrl = (Password) getControl("__PASSWORD_CONTROL_NAME");
passwdCtrl.setValue(password);
try {
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(this, m + "check for signature validations", null, null);
if (t.MethodConfiguration != null
&& t.MethodConfiguration.containsKey("SignatureValidations")) {
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(this, m + "signature validations detected", null, null);
List signvalidations = (List) t.MethodConfiguration.get("SignatureValidations");
Map context = new HashMap();
List errmsgs = new ArrayList();
boolean vflag = false;
for (int i = 0; i < signvalidations.size(); i++) {
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(this, m + "running signing validation plugin #" + i, null, null);
MrcsPlugin plugin = (MrcsPlugin) signvalidations.get(i);
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(this, m + "-- instantiating - " + plugin.PluginClassName, null, null);
// we'll reuse IMrcsWorkflowValidation as the plugin interface, even though it lacks the
// task name, which I guess we could hardcode in the MRCS config for the task if need
// be...
ISignatureValidation vplug =
(ISignatureValidation) Class.forName(plugin.PluginClassName).newInstance();
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(this, m + "-- exec", null, null);
if (!vplug.validate(
getDfSession().getSessionManager(),
getDfSession().getDocbaseName(),
m_mrcsapp,
m_processname,
m_task,
m_primarypackage,
username,
password,
reason,
errmsgs,
plugin.PluginConfiguration,
context)) {
// break immediately? Or run through all of them?
vflag = false;
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(this, m + "-- VALIDATION FAILURE", null, null);
break;
}
}
if (vflag) // validation failed if true...
{
for (int ii = 0; ii < errmsgs.size(); ii++) setErrorMessage((String) errmsgs.get(ii));
return false;
}
}
} catch (Exception e) {
/*-ERROR-*/ DfLogger.error(this, m + "Error in Signature Validations", null, e);
throw new WrapperRuntimeException(e);
}
// now, I'm pretty sure that super.canCommitChanges() is a dangerous point-of-no-return call
// that actually has side effects, despite its stateless-implying name,
// so we should make sure as we can that the signing info has been verified at this point, by
// checking audit records, rendition presence, number of signatures, etc
if (super.canCommitChanges()) {
// I'm pretty sure this super.onCommitChanges call is point-of-no-return: the task will be
// completed and the workflow will proceed with the next task
// if they are automatic. This can create race conditions with stuff that happens after the
// task is done, such as workflow plugins, etc. If you get an error
// message with "can't find object reference" of something like 4d017f38XXXXX, then the
// workflow completed and cleaned itself before the plugins/signing
// could complete in time.
// THEREFORE, we will sign first (signing multiple documents can take...awhile...), THEN
// commit changes
if (m_task.isSignOffRequired()) {
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(
this,
m
+ "onCommitChanges is signing the document - I don't think this should ever happen for FinishWFT",
null,
null);
try {
if (t.MethodConfiguration != null
&& t.MethodConfiguration.containsKey("SignatureService")) {
MrcsPlugin signingplugin = (MrcsPlugin) t.MethodConfiguration.get("SignatureService");
ISignatureService signplug =
(ISignatureService) Class.forName(signingplugin.PluginClassName).newInstance();
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(this, m + "-- exec signing", null, null);
signplug.sign(
getDfSession().getSessionManager(),
getDfSession().getDocbaseName(),
m_mrcsapp,
m_processname,
m_task,
m_primarypackage,
username,
password,
reason,
signingplugin.PluginConfiguration,
null);
}
} catch (Exception e) {
/*-ERROR-*/ DfLogger.error(this, m + "Error in Signature Service", null, e);
throw new WrapperRuntimeException(e);
}
}
canCommit = super.onCommitChanges();
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(
this,
m + "canCommit (after validation and performing super call) : " + canCommit,
null,
null);
} else {
canCommit = false;
}
if (canCommit) {
// uses Actions as a pluginlayer...
// IN GENERAL these are a bad idea, due to the race conditions documented in the comments
// above...
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(
this, " MRCS:FinishWFT: onCommitChanges : get ref to workflow defn", null, null);
IDfId workflowid = m_task.getWorkflowId();
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(
this,
" MRCS:FinishWFT: onCommitChanges : look up workflow object (IDfWorkflow)",
null,
null);
IDfWorkflow workflow = (IDfWorkflow) getDfSession().getObject(workflowid);
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(
this,
" MRCS:FinishWFT: onCommitChanges : look up process object (IDfProcess)",
null,
null);
IDfProcess wfdef = (IDfProcess) getDfSession().getObject(workflow.getProcessId());
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(
this,
" MRCS:FinishWFT: onCommitChanges : workflow name: " + wfdef.getObjectName(),
null,
null);
MrcsWorkflowTask mrcstask =
config.getMrcsWorkflowTask(m_mrcsapp, wfdef.getObjectName(), m_task.getTaskName());
if (mrcstask.Actions != null) {
Map context = new HashMap();
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(
this,
" MRCS:FinishWFT: onCommitChanges : executing client-side plugins",
null,
null);
for (int k = 0; k < mrcstask.Actions.size(); k++) {
try {
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(
this,
" MRCS:FinishWFT: onCommitChanges : executing plugin " + (k + 1),
null,
null);
MrcsPlugin plugin = (MrcsPlugin) mrcstask.Actions.get(k);
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(
this,
" MRCS:FinishWFT: onCommitChanges : -- class: " + plugin.PluginClassName,
null,
null);
IMrcsWorkflowActionPlugin wfaction =
(IMrcsWorkflowActionPlugin) Class.forName(plugin.PluginClassName).newInstance();
wfaction.execute(
getDfSession().getSessionManager(),
getDfSession().getDocbaseName(),
m_task,
workflow,
m_mrcsapp,
plugin.PluginConfiguration,
context);
} catch (Exception e) {
/*-ERROR-*/ DfLogger.error(
this, m + "error in MRCS 4.2 client-side workflow actions", null, e);
setErrorMessage("MSG_UNEXPECTED_ERROR", new Object[] {e.getMessage()}, e);
throw new WrapperRuntimeException("error in MRCS workflow actions", e);
}
}
}
if (canCommit)
setMessage("MSG_FINISH_SUCCESS", new Object[] {super.getString("MSG_OBJECT")});
} // commit & esign ends
} catch (DfException e1) {
/*-ERROR-*/ DfLogger.error(
this, "MRCS:FinishWFT.onCommitChanges - DfException occurred: ", null, e1);
canCommit = false;
try {
if (m_task.getCompleteErrStatus() == 4) {
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this))
DfLogger.debug(this, m + "Exception occurred:Incorrect Password " + e1, null, null);
setErrorMessage("MSG_INCORRECT_PASSWORD");
return false;
}
/*
* else if(){ [DM_SYSOBJECT_E_ESIGN_SIGNATURE_METHOD_FAILED }
*/
else {
/*-ERROR-*/ DfLogger.error(
this,
"MRCS:FinishWFT.onCommitChanges - Exception occurred:Unexpected Error ",
null,
e1);
setErrorMessage("MSG_UNEXPECTED_ERROR", new Object[] {e1.getMessage()}, e1);
return false;
}
} catch (DfException e2) {
/*-ERROR-*/ DfLogger.error(this, m + "error in exception handling code", null, e2);
throw new WrapperRuntimeException(e2);
}
}
return canCommit;
}
public void convert() throws Exception {
// select all documents and look for retired and obsolete versions
// eff = 3 obs = 4 ret = 6 for NPP
// app = 2 for efs?
String query =
"SELECT r_object_id FROM m_mrcs_efs_central_document WHERE r_current_state = 4 OR r_current_state = 6";
IDfSession session = null;
IDfSessionManager sMgr = null;
try {
IDfClientX clientx = new DfClientX();
IDfClient client = clientx.getLocalClient();
sMgr = client.newSessionManager();
IDfLoginInfo loginInfoObj = clientx.getLoginInfo();
loginInfoObj.setUser("mradmin");
loginInfoObj.setPassword("mr2006");
loginInfoObj.setDomain(null);
sMgr.setIdentity("MRCS_Dev", loginInfoObj);
} catch (DfException dfe) {
dfe.printStackTrace();
}
/*-DEBUG-*/ if (DfLogger.isDebugEnabled(this)) DfLogger.debug(this, " ", null, null);
// get list of objects that are pdfs...
IDfQuery qry = new DfQuery();
qry.setDQL(query);
IDfCollection myObj1 = (IDfCollection) qry.execute(session, IDfQuery.DF_READ_QUERY);
IDfTypedObject serverConfig = session.getServerConfig();
String aclDomain = serverConfig.getString("operator_name");
IDfACL obsoleteacl = session.getACL(aclDomain, "mrcs_central_archived");
IDfACL retiredacl = session.getACL(aclDomain, "mrcs_central_retired_doc");
while (myObj1.next()) {
String curid = myObj1.getString("r_object_id");
// look up object
IDfDocument doc = (IDfDocument) session.getObject(new DfId(curid));
// check that it's not a popped off copy (i_folder_id[0] != 'Approved') seems to be the only
// indicator of this...
IDfFolder folder = (IDfFolder) session.getObject(doc.getFolderId(0));
String foldername = folder.getObjectName();
// don't do this for approved copies...
if (!"Approved".equals(foldername)) {
// check it's state
String statename = doc.getCurrentStateName();
String chronicleid = doc.getChronicleId().getId();
// if In-Progress: simply switch the content type
if ("Obsolete".equals(statename)) {
String previousquery =
"SELECT r_object_id FROM dm_document(all) where i_chronicle_id = '"
+ chronicleid
+ "'";
IDfQuery prevqry = new DfQuery();
prevqry.setDQL(previousquery);
IDfCollection previousversions =
(IDfCollection) prevqry.execute(session, IDfQuery.DF_READ_QUERY);
while (previousversions.next()) {
String previd = previousversions.getString("r_object_id");
// look up object
IDfDocument prevdoc = (IDfDocument) session.getObject(new DfId(previd));
// unlock
sMgr.beginTransaction();
try {
prevdoc.setString("r_immutable_flag", "FALSE");
prevdoc.save();
prevdoc.fetch(prevdoc.getTypeName()); // necessary?
// set flags obsolete = true,retired = false
prevdoc.setBoolean("retired", false);
prevdoc.setBoolean("obsolete", true);
// set acl
prevdoc.setACL(obsoleteacl);
prevdoc.setString("r_immutable_flag", "TRUE");
prevdoc.save();
} catch (Exception e) {
sMgr.abortTransaction();
throw e;
}
sMgr.commitTransaction();
}
previousversions.close();
}
if ("Effective".equals(statename)) {
String previousquery =
"SELECT r_object_id FROM dm_document(all) where i_chronicle_id = '"
+ chronicleid
+ "'";
IDfQuery prevqry = new DfQuery();
prevqry.setDQL(query);
IDfCollection previousversions =
(IDfCollection) qry.execute(session, IDfQuery.DF_READ_QUERY);
while (previousversions.next()) {
String previd = previousversions.getString("r_object_id");
// look up object
IDfDocument prevdoc = (IDfDocument) session.getObject(new DfId(previd));
// unlock
String currentstate = prevdoc.getCurrentStateName();
if ("Retired".equals(currentstate)) {
sMgr.beginTransaction();
try {
prevdoc.setString("r_immutable_flag", "FALSE");
prevdoc.save();
prevdoc.fetch(prevdoc.getTypeName()); // necessary?
// set flags obsolete = true,retired = false
prevdoc.setBoolean("retired", true);
prevdoc.setBoolean("obsolete", false);
// set acl
prevdoc.setACL(retiredacl);
prevdoc.setString("r_immutable_flag", "TRUE");
prevdoc.save();
} catch (Exception e) {
sMgr.abortTransaction();
throw e;
}
sMgr.commitTransaction();
}
}
previousversions.close();
}
}
}
myObj1.close();
sMgr.release(session);
}
public void selectedEvent(NodeValue[] value, int mode, JComponent src, int x, int y) {
try {
if (value == null) {
if (mode == Listener.MODE_HOT_SELECT) {
ApiObjectHotSelect[] list = (ApiObjectHotSelect[]) node.getApi(ApiObjectHotSelect.class);
if (list == null) return;
for (int i = 0; i < list.length; i++)
try {
list[i].apiObjectHotSelected(con, null, null);
} catch (Throwable t) {
t.printStackTrace();
}
}
return;
}
final IDfPersistentObject[] obj = new IDfPersistentObject[value.length];
final IDfPersistentObject[] parents = new IDfPersistentObject[value.length];
for (int i = 0; i < value.length; i++) {
obj[i] = con.getPersistentObject(value[i].getId());
if (value[i].getParentId() != null)
parents[i] = con.getPersistentObject(value[i].getParentId());
}
if (mode == Listener.MODE_HOT_SELECT) {
final ApiObjectHotSelect[] list =
(ApiObjectHotSelect[]) node.getApi(ApiObjectHotSelect.class);
if (list == null) return;
for (int i = 0; i < list.length; i++)
try {
if (!list[i].equals(TreePlugin.this)) list[i].apiObjectDepricated();
} catch (Throwable t) {
t.printStackTrace();
}
timer.schedule(
new TimerTask() {
public void run() {
for (int i = 0; i < list.length; i++)
try {
if (!list[i].equals(TreePlugin.this))
list[i].apiObjectHotSelected(con, parents, obj);
} catch (Throwable t) {
t.printStackTrace();
}
}
},
1);
} else if (mode == Listener.MODE_SELECT) {
/*
* final ApiObjectSelect[] list =
* (ApiObjectSelect[])node.getApi( ApiObjectSelect.class ); if (
* list == null ) return;
*
* timer.schedule( new TimerTask() {
*
* public void run() { for ( int i = 0; i < list.length; i++ )
* try { list[i].apiObjectSelected( con, obj ); } catch (
* Throwable t ) { t.printStackTrace(); } }
*
* },1);
*/
} else if (mode == Listener.MODE_MENU) {
ObjectWorkerTool.showMenu(node, con, obj, src, x, y);
}
} catch (DfException e) {
e.printStackTrace();
}
}