public void doValidation(
String key, Map<String, String> parameters, JiraServiceContext jiraServiceContext) {
// JRA-13808: Need to check whether or not the user CF has a searcher set.
String customFieldOption = parameters.get(getType());
if (StringUtils.isEmpty(customFieldOption)) {
String localisedMessage =
jiraServiceContext
.getI18nBean()
.getText("admin.permissions.errors.please.select.user.customfield");
jiraServiceContext.getErrorCollection().addErrorMessage(localisedMessage);
} else {
// passed in parameters names a Custom Field - lets investigate.
CustomField customField = customFieldManager.getCustomFieldObject(customFieldOption);
if (customField != null && customField.getCustomFieldSearcher() == null) {
// In order to use a Custom Field it must be indexed in Lucene Index. Currently we only
// index custom fields if they have a Searcher.
// Message: "Custom field '{0}' is not indexed for searching - please add a searcher to this
// Custom Field."
String localisedMessage =
jiraServiceContext
.getI18nBean()
.getText("admin.permissions.errors.customfieldnotindexed", customField.getName());
jiraServiceContext.getErrorCollection().addErrorMessage(localisedMessage);
}
}
}
public MappingResult doMapping(
final JiraServiceContext jiraServiceContext,
final ProjectImportOptions projectImportOptions,
final ProjectImportData projectImportData,
final BackupProject backupProject,
final BackupSystemInformation backupSystemInformation,
final TaskProgressInterval taskProgressInterval) {
Null.not("backupProject", backupProject);
Null.not("projectImportOptions", projectImportOptions);
Null.not("backupSystemInformation", backupSystemInformation);
Null.not("projectImportData", projectImportData);
validateJiraServiceContext(jiraServiceContext);
// The user must have the system administrator permission to perform a project import
if (!userHasSysAdminPermission(jiraServiceContext.getUser())) {
jiraServiceContext
.getErrorCollection()
.addErrorMessage(
getText(
jiraServiceContext.getI18nBean(), "admin.errors.project.import.must.be.admin"));
return null;
}
// Now that we have the initial mapper we need to auto map all the fields and their values and
// validate that our
// mappings are correct.
final MappingResult mappingResult =
validateAndAutoMapFields(
jiraServiceContext,
projectImportOptions,
projectImportData,
backupProject,
backupSystemInformation,
taskProgressInterval);
if ((mappingResult != null) && !mappingResult.canImport()) {
jiraServiceContext
.getErrorCollection()
.addErrorMessage(
jiraServiceContext
.getI18nBean()
.getText("admin.errors.project.import.mapping.error"));
}
// We have log messages in the mapping Result that we didn't write to the log straight away as
// you could get ltos of repeat messages. We log these now.
writeLogMessages(mappingResult);
return mappingResult;
}
public void validateDoMapping(
final JiraServiceContext jiraServiceContext,
final ProjectImportOptions projectImportOptions,
final BackupProject backupProject,
final BackupSystemInformation backupSystemInformation) {
Null.not("projectImportOptions", projectImportOptions);
Null.not("backupSystemInformation", backupSystemInformation);
validateJiraServiceContext(jiraServiceContext);
final ErrorCollection errorCollection = jiraServiceContext.getErrorCollection();
final I18nHelper i18n = jiraServiceContext.getI18nBean();
// The user must have the system administrator permission to perform a project import
if (!userHasSysAdminPermission(jiraServiceContext.getUser())) {
errorCollection.addErrorMessage(getText(i18n, "admin.errors.project.import.must.be.admin"));
}
// Check the pathToBackupXml is valid
if (StringUtils.isEmpty(projectImportOptions.getPathToBackupXml())) {
errorCollection.addErrorMessage(
getText(i18n, "admin.errors.project.import.provide.backup.path"));
} else if (!pathExists(projectImportOptions.getPathToBackupXml(), true)) {
errorCollection.addErrorMessage(
getText(i18n, "admin.errors.project.import.invalid.backup.path"));
}
// Check that we are being provided a backup project
if (backupProject == null) {
errorCollection.addErrorMessage(
getText(i18n, "admin.errors.project.import.no.backup.project"));
}
}
public MessageSet validateBackupProjectImportableSystemLevel(
final JiraServiceContext jiraServiceContext,
final BackupProject backupProject,
final BackupSystemInformation backupSystemInformation) {
validateJiraServiceContext(jiraServiceContext);
// No need to check if backupProject has null members, we will never create backup project like
// that.
Null.not("backupSystemInformation", backupSystemInformation);
final MessageSet messageSet = new MessageSetImpl();
final I18nHelper i18n = jiraServiceContext.getI18nBean();
// Need to provide a backupProject
if (backupProject == null) {
messageSet.addErrorMessage(getText(i18n, "admin.error.project.import.null.project"));
jiraServiceContext
.getErrorCollection()
.addErrorMessage(getText(i18n, "admin.error.project.import.null.project"));
return messageSet;
}
// The user must have the system administrator permission to perform a project import
if (!userHasSysAdminPermission(jiraServiceContext.getUser())) {
messageSet.addErrorMessage(getText(i18n, "admin.errors.project.import.must.be.admin"));
} else {
// Verify that if the backup projects custom field plugins exist that they are of the right
// version in this JIRA instance
// NOTE: warnings, such as the plugin not existing or the custom field being not importable or
// out of context
// are not checked here, that is handled by the next phase of the import.
validateCustomFieldPluginVersions(
backupProject, backupSystemInformation.getPluginVersions(), messageSet, i18n);
final String projectKey = backupProject.getProject().getKey();
final Project existingProject = projectManager.getProjectObjByKey(projectKey);
if (existingProject == null) {
// It does not really make sense to warn that we will create a project for them if there are
// already errors.
if (!messageSet.hasAnyErrors()) {
messageSet.addWarningMessage(
getText(i18n, "admin.warning.project.import.no.existing.project", projectKey));
}
} else {
// We need to make sure that the project does not contain issues, versions, components,
// etc...
validateExistingProjectHasValidStateForImport(
backupProject, backupSystemInformation, existingProject, i18n, messageSet);
}
}
// Copy the errors into the service context error collection
jiraServiceContext.getErrorCollection().addErrorMessages(messageSet.getErrorMessages());
return messageSet;
}
@Override
public List<User> findUsersAllowEmptyQuery(
final JiraServiceContext jiraServiceContext, final String query) {
// is it allowed? How did they get here anyway??
if (!canPerformAjaxSearch(jiraServiceContext)) {
return Collections.emptyList();
}
StopWatch stopWatch = new StopWatch();
final String convertedQuery = (query == null) ? "" : query.toLowerCase().trim();
if (log.isDebugEnabled()) log.debug("Running user-picker search: '" + convertedQuery + "'");
List<User> returnUsers = new ArrayList<User>();
final boolean canShowEmailAddresses = canShowEmailAddresses(jiraServiceContext);
final Collection<User> allUsers = userManager.getUsers();
if (log.isDebugEnabled())
log.debug("Found all " + allUsers.size() + " users in " + stopWatch.getIntervalTime() + "ms");
final Predicate<User> userMatcher =
new UserMatcherPredicate(convertedQuery, canShowEmailAddresses);
for (final User user : allUsers) {
if (user.isActive() && userMatcher.apply(user)) {
returnUsers.add(user);
}
}
if (log.isDebugEnabled())
log.debug(
"Matched " + returnUsers.size() + " users in " + stopWatch.getIntervalTime() + "ms");
Collections.sort(
returnUsers, new UserBestNameComparator(jiraServiceContext.getI18nBean().getLocale()));
if (log.isDebugEnabled()) {
log.debug(
"Sorted top " + returnUsers.size() + " users in " + stopWatch.getIntervalTime() + "ms");
log.debug("User-picker search completed in " + stopWatch.getTotalTime() + "ms");
}
return returnUsers;
}
private MappingResult validateAndAutoMapFields(
final JiraServiceContext jiraServiceContext,
final ProjectImportOptions projectImportOptions,
final ProjectImportData projectImportData,
final BackupProject backupProject,
final BackupSystemInformation backupSystemInformation,
final TaskProgressInterval taskProgressInterval) {
log.info(
"Project Import: Mapping the backed up data to data in the current system, and validating the mappings...");
final MappingResult mappingResult = buildMappingResult();
final I18nHelper i18n = jiraServiceContext.getI18nBean();
// Step 2 Map and validate the Issue Types
projectImportManager.autoMapAndValidateIssueTypes(
projectImportData, mappingResult, backupProject, jiraServiceContext.getI18nBean());
// If there is a problem processing the issue types then we don't want to do any further
// mappings or validation
if ((mappingResult.getIssueTypeMessageSet() != null)
&& !mappingResult.getIssueTypeMessageSet().hasAnyErrors()) {
// Try to map the custom fields
projectImportManager.autoMapAndValidateCustomFields(
projectImportData, mappingResult, backupProject, i18n);
if (!mappingResult.getCustomFieldMessageSet().hasAnyErrors()) {
// Only map the system fields if we can move forward with the custom fields
projectImportManager.autoMapSystemFields(projectImportData, backupProject);
// Only map the project roles if we can move forward with the custom fields
projectImportManager.autoMapProjectRoles(projectImportData);
// Only map the custom field values once we know that the custom fields are good
projectImportManager.autoMapCustomFieldOptions(projectImportData, backupProject);
final boolean importAttachments =
!StringUtils.isEmpty(projectImportOptions.getAttachmentPath());
final int customFieldValuePercentage = (importAttachments) ? 60 : 90;
// if we can successfully map the custom fields then lets validate the custom field values
try {
// Create a TaskProgressProcessor for validateCustomFieldValues
final TaskProgressInterval subInterval =
getSubInterval(taskProgressInterval, 0, customFieldValuePercentage);
EntityCountTaskProgressProcessor taskProgressProcessor = null;
if (taskProgressInterval != null) {
taskProgressProcessor =
new EntityCountTaskProgressProcessor(
subInterval,
i18n.getText(
"admin.message.project.import.manager.do.mapping.validate.custom.field.values"),
projectImportData.getCustomFieldValuesEntityCount(),
i18n);
}
projectImportManager.validateCustomFieldValues(
projectImportData, mappingResult, backupProject, taskProgressProcessor, i18n);
} catch (final IOException e) {
log.error(
"There was a problem accessing the file '"
+ projectImportData.getPathToCustomFieldValuesXml()
+ "' when performing a project import.",
e);
jiraServiceContext
.getErrorCollection()
.addErrorMessage(
getText(
i18n,
"admin.errors.project.import.problem.reading.custom.field.xml",
projectImportData.getPathToCustomFieldValuesXml()));
return null;
} catch (final SAXException e) {
log.error(
"There was a problem accessing the file '"
+ projectImportData.getPathToCustomFieldValuesXml()
+ "' when performing a project import.",
e);
jiraServiceContext
.getErrorCollection()
.addErrorMessage(
getText(
i18n,
"admin.errors.project.import.custom.field.sax.problem",
projectImportData.getPathToCustomFieldValuesXml(),
e.getMessage()));
return null;
}
// Only validate the system field mappings after we have done all the rest
// Create a sub interval of the taskProgressInterval we were given.
TaskProgressInterval sysFieldSubInterval = null;
if (taskProgressInterval != null) {
sysFieldSubInterval =
taskProgressInterval.getSubInterval(
customFieldValuePercentage, customFieldValuePercentage + 10);
}
projectImportManager.validateSystemFields(
projectImportData,
mappingResult,
projectImportOptions,
backupProject,
sysFieldSubInterval,
i18n);
// Validate the attachments if we are importing attachments
if (!importAttachments) {
final MessageSet messageSet = new MessageSetImpl();
messageSet.addWarningMessage(
getText(i18n, "admin.warning.project.import.mapping.no.backup.atttachment.path"));
log.warn(
"File attachments will not be imported because you have not provided a backup attachment path.");
mappingResult.setFileAttachmentMessageSet(messageSet);
} else {
try {
// Create a TaskProgressProcessor for validateFileAttachments
final TaskProgressInterval attachmentSubInterval =
getSubInterval(taskProgressInterval, 70, 100);
EntityCountTaskProgressProcessor taskProgressProcessor = null;
if (taskProgressInterval != null) {
taskProgressProcessor =
new EntityCountTaskProgressProcessor(
attachmentSubInterval,
i18n.getText(
"admin.message.project.import.manager.do.mapping.validate.file.attachment.values"),
projectImportData.getFileAttachmentEntityCount(),
i18n);
}
projectImportManager.validateFileAttachments(
projectImportOptions,
projectImportData,
mappingResult,
backupProject,
backupSystemInformation,
taskProgressProcessor,
i18n);
} catch (final IOException e) {
log.error(
"There was a problem accessing the file '"
+ projectImportData.getPathToFileAttachmentXml()
+ "' when performing a project import.",
e);
jiraServiceContext
.getErrorCollection()
.addErrorMessage(
getText(
i18n,
"admin.errors.project.import.problem.reading.attachment.xml",
projectImportData.getPathToFileAttachmentXml()));
return null;
} catch (final SAXException e) {
log.error(
"There was a problem accessing the file '"
+ projectImportData.getPathToFileAttachmentXml()
+ "' when performing a project import.",
e);
jiraServiceContext
.getErrorCollection()
.addErrorMessage(
getText(
i18n,
"admin.errors.project.import.custom.field.sax.problem",
projectImportData.getPathToFileAttachmentXml(),
e.getMessage()));
return null;
}
}
} else {
// When the required custom fields have not passed validation we still want to show that
// validation has
// not happened for each of the custom field values.
addCustomFieldValuesNotCheckedMessageSets(projectImportData, mappingResult);
}
} else {
// When the required issue types have not passed validation we still want to show that
// validation has
// not happened for each of the custom field values.
addCustomFieldValuesNotCheckedMessageSets(projectImportData, mappingResult);
}
// We want to populate the message list of the results. This puts the message results into order
// and gives
// them i18n header labels
createValidationMessageList(mappingResult, projectImportData, i18n);
if (mappingResult.canImport()) {
log.info("Project Import: No validation errors were found and the import can continue.");
} else {
log.info("Project Import: Validation errors were found. The import cannot continue.");
}
return mappingResult;
}
public ProjectImportData getProjectImportData(
final JiraServiceContext jiraServiceContext,
final ProjectImportOptions projectImportOptions,
final BackupProject backupProject,
final BackupSystemInformation backupSystemInformation,
final TaskProgressInterval taskProgressInterval) {
Null.not("backupProject", backupProject);
Null.not("projectImportOptions", projectImportOptions);
Null.not("backupSystemInformation", backupSystemInformation);
validateJiraServiceContext(jiraServiceContext);
// The user must have the system administrator permission to perform a project import
if (!userHasSysAdminPermission(jiraServiceContext.getUser())) {
jiraServiceContext
.getErrorCollection()
.addErrorMessage(
getText(
jiraServiceContext.getI18nBean(), "admin.errors.project.import.must.be.admin"));
return null;
}
final ErrorCollection errorCollection = jiraServiceContext.getErrorCollection();
final I18nHelper i18n = jiraServiceContext.getI18nBean();
final ProjectImportData projectImportData;
try {
// First step is to go through the import file again, populating our mappers and creating
// partitioned XML files.
// Create the Task Progress Processor for this subtask.
EntityCountTaskProgressProcessor taskProgressProcessor = null;
if (taskProgressInterval != null) {
taskProgressProcessor =
new EntityCountTaskProgressProcessor(
taskProgressInterval,
i18n.getText(
"admin.message.project.import.manager.do.mapping.extracting.project.data"),
backupSystemInformation.getEntityCount(),
i18n);
}
projectImportData =
projectImportManager.getProjectImportData(
projectImportOptions, backupProject, backupSystemInformation, taskProgressProcessor);
} catch (final IOException e) {
log.error(
"There was a problem accessing the file '"
+ projectImportOptions.getPathToBackupXml()
+ "' when performing a project import.",
e);
errorCollection.addErrorMessage(
getText(
i18n,
"admin.errors.project.import.problem.reading.backup",
projectImportOptions.getPathToBackupXml()));
return null;
} catch (final SAXException e) {
log.error(
"There was a problem with the SAX parsing of the file '"
+ projectImportOptions.getPathToBackupXml()
+ "' when performing a project import.");
errorCollection.addErrorMessage(
getText(
i18n,
"admin.errors.project.import.sax.problem",
projectImportOptions.getPathToBackupXml(),
e.getMessage()));
return null;
}
return projectImportData;
}
public ProjectImportResults doImport(
final JiraServiceContext jiraServiceContext,
final ProjectImportOptions projectImportOptions,
final BackupProject backupProject,
final BackupSystemInformation backupSystemInformation,
final ProjectImportData projectImportData,
final TaskProgressInterval taskProgressInterval) {
Null.not("projectImportOptions", projectImportOptions);
Null.not("backupSystemInformation", backupSystemInformation);
Null.not("projectImportData", projectImportData);
Null.not("backupProject", backupProject);
validateJiraServiceContext(jiraServiceContext);
final ErrorCollection errorCollection = jiraServiceContext.getErrorCollection();
final I18nHelper i18n = jiraServiceContext.getI18nBean();
// Get the expected number of users that we will create
final int usersToCreate =
(isExternalUserManagementEnabled())
? 0
: projectImportData
.getProjectImportMapper()
.getUserMapper()
.getUsersToAutoCreate()
.size();
final ProjectImportResults projectImportResults =
getInitialImportResults(projectImportData, i18n, usersToCreate);
// The user must have the system administrator permission to perform a project import
if (!userHasSysAdminPermission(jiraServiceContext.getUser())) {
errorCollection.addErrorMessage(getText(i18n, "admin.errors.project.import.must.be.admin"));
return projectImportResults;
}
try {
log.info(
"Starting project import for project '" + backupProject.getProject().getKey() + "'.");
if (isExternalUserManagementEnabled()) {
log.info("External user management is enabled. No users will be imported.");
} else {
log.info(
"Creating missing users. Attempting to create "
+ projectImportResults.getExpectedUsersCreatedCount()
+ " users.");
// External User Management is OFF - create missing users that we can.
// This will fill in subtask progress from 0% - 10% of the doImport task
final TaskProgressInterval subInterval = getSubInterval(taskProgressInterval, 0, 10);
projectImportManager.createMissingUsers(
projectImportData.getProjectImportMapper().getUserMapper(),
projectImportResults,
subInterval);
log.info(
"Finished creating missing users. "
+ projectImportResults.getUsersCreatedCount()
+ " users created.");
}
// Create/Update the project, its details, components, versions, role membership
try {
// This will fill in subtask progress from 10% - 20% of the doImport task (Allow for
// creating lots of Project Role members)
final TaskProgressInterval subInterval = getSubInterval(taskProgressInterval, 10, 20);
projectImportManager.importProject(
projectImportOptions,
projectImportData.getProjectImportMapper(),
backupProject,
projectImportResults,
subInterval);
} catch (final AbortImportException e) {
// Add an error message
errorCollection.addErrorMessage(
i18n.getText("admin.error.project.import.project.update.error"));
throw e;
}
// Import the issues and all their related values and reIndex the project once it is done
try {
// This will fill in subtask progress from 20% - 100% of the doImport task (Allow for
// creating lots of Project Role members)
final TaskProgressInterval subInterval = getSubInterval(taskProgressInterval, 20, 100);
projectImportManager.doImport(
projectImportOptions,
projectImportData,
backupProject,
backupSystemInformation,
projectImportResults,
subInterval,
i18n,
jiraServiceContext.getUser());
// Only set the completed flag once everything has finished
projectImportResults.setImportCompleted(true);
} catch (final IOException e) {
log.error(
"There was a problem accessing the partitioned XML files when performing a project import.",
e);
errorCollection.addErrorMessage(
getText(
i18n,
"admin.errors.project.import.problem.reading.partitioned.xml",
e.getMessage()));
} catch (final AbortImportException aie) {
// Note that AbortImportException extends SAXException, so we need to catch and handle
// AbortImportException first.
log.error("The import was aborted because there were too many errors.");
errorCollection.addErrorMessage(i18n.getText("admin.errors.project.import.import.error"));
} catch (final SAXException e) {
log.error(
"There was a problem accessing the partitioned XML files when performing a project import.",
e);
errorCollection.addErrorMessage(
getText(
i18n, "admin.errors.project.import.sax.problem.partitioned.xml", e.getMessage()));
} catch (final IndexException e) {
log.error("There was a problem reIndexing the newly imported project.", e);
errorCollection.addErrorMessage(
i18n.getText("admin.errors.project.import.reindex.problem", e.getMessage()));
}
log.info(
"Finished project import for project '" + backupProject.getProject().getKey() + "'.");
} catch (final AbortImportException aie) {
log.error("The import was aborted because there were too many errors.");
errorCollection.addErrorMessage(i18n.getText("admin.errors.project.import.import.error"));
}
// Clean up the temporary "partitioned" XML files.
projectImportData.getTemporaryFiles().deleteTempFiles();
// Always record the end of the import.
projectImportResults.setEndTime(System.currentTimeMillis());
logImportResults(projectImportResults);
return projectImportResults;
}
public BackupOverview getBackupOverview(
final JiraServiceContext jiraServiceContext,
final ProjectImportOptions projectImportOptions,
final TaskProgressSink taskProgressSink) {
Null.not("projectImportOptions", projectImportOptions);
validateJiraServiceContext(jiraServiceContext);
final ErrorCollection errorCollection = jiraServiceContext.getErrorCollection();
final I18nHelper i18n = jiraServiceContext.getI18nBean();
// The user must have the system administrator permission to perform a project import
if (!userHasSysAdminPermission(jiraServiceContext.getUser())) {
errorCollection.addErrorMessage(getText(i18n, "admin.errors.project.import.must.be.admin"));
return null;
}
try {
final String backupPath = projectImportOptions.getPathToBackupXml();
log.info(
"Project Import: Parsing the backup file '"
+ backupPath
+ "' to obtain a Backup Overview.");
final BackupOverview backupOverview =
projectImportManager.getBackupOverview(backupPath, taskProgressSink, i18n);
log.debug("Project count for backup file = " + backupOverview.getProjects().size());
log.debug(
"Entity count for backup file = "
+ backupOverview.getBackupSystemInformation().getEntityCount());
// Now do some further validation
// BuildNumbers must be exactly the same.
if (!getBuildNumber()
.equalsIgnoreCase(backupOverview.getBackupSystemInformation().getBuildNumber())) {
final String errorMessage =
getText(
i18n,
"admin.errors.project.import.wrong.build.number",
getBuildNumber(),
backupOverview.getBackupSystemInformation().getBuildNumber());
errorCollection.addErrorMessage(errorMessage);
log.error(
"This data appears to be from an older version of JIRA. Please upgrade the data and try again. The current version of JIRA is at build number '"
+ getBuildNumber()
+ "', but the supplied backup file was for build number '"
+ backupOverview.getBackupSystemInformation().getBuildNumber()
+ "'.");
}
// Only return the backupOverview if we do not have any errors, otherwise we want to fall
// through and return null
if (!errorCollection.hasAnyErrors()) {
log.info(
"Project Import: Backup Overview was successfully extracted from '"
+ backupPath
+ "'.");
return backupOverview;
}
} catch (final IOException e) {
log.error(
"There was a problem accessing the file '"
+ projectImportOptions.getPathToBackupXml()
+ "' when performing a project import.",
e);
errorCollection.addErrorMessage(
getText(
i18n,
"admin.errors.project.import.problem.reading.backup",
projectImportOptions.getPathToBackupXml()));
} catch (final SAXException e) {
log.error(
"There was a problem with the SAX parsing of the file '"
+ projectImportOptions.getPathToBackupXml()
+ "' when performing a project import.");
errorCollection.addErrorMessage(
getText(
i18n,
"admin.errors.project.import.sax.problem",
projectImportOptions.getPathToBackupXml(),
e.getMessage()));
}
return null;
}
public void validateGetBackupOverview(
final JiraServiceContext jiraServiceContext,
final ProjectImportOptions projectImportOptions) {
Null.not("projectImportOptions", projectImportOptions);
validateJiraServiceContext(jiraServiceContext);
final ErrorCollection errorCollection = jiraServiceContext.getErrorCollection();
final I18nHelper i18n = jiraServiceContext.getI18nBean();
// The user must have the system administrator permission to perform a project import
if (!userHasSysAdminPermission(jiraServiceContext.getUser())) {
errorCollection.addErrorMessage(getText(i18n, "admin.errors.project.import.must.be.admin"));
// Don't care to check any more validity
return;
}
if (StringUtils.isEmpty(projectImportOptions.getPathToBackupXml())) {
errorCollection.addError(
"backupXmlPath", getText(i18n, "admin.errors.project.import.provide.backup.path"));
} else if (!pathExists(projectImportOptions.getPathToBackupXml(), true)) {
errorCollection.addError(
"backupXmlPath", getText(i18n, "admin.errors.project.import.invalid.backup.path"));
}
// Check if the user has supplied an attachment path
if (!StringUtils.isEmpty(projectImportOptions.getAttachmentPath())) {
// Check that attachments are enabled for the current JIRA
if (!attachmentManager.attachmentsEnabled()) {
errorCollection.addError(
"backupAttachmentPath",
getText(i18n, "admin.errors.project.import.attachments.not.enabled"));
}
// Now check if the path exists
else if (pathExists(projectImportOptions.getAttachmentPath(), false)) {
// Path Exists, but it is not allowed to be the current system's Attachment Path.
// Get the configured attachment path for this JIRA instance.
final String attachmentPathString = attachmentPathManager.getAttachmentPath();
// Create a File object with it.
final File attachmentPathFile = new File(attachmentPathString);
// Create a File object with the attachment path
final File backupAttachmentPathFile = new File(projectImportOptions.getAttachmentPath());
// Compare the canonical paths to see if the directories are the same.
try {
if (attachmentPathFile
.getCanonicalPath()
.equals(backupAttachmentPathFile.getCanonicalPath())) {
errorCollection.addError(
"backupAttachmentPath",
getText(i18n, "admin.errors.project.import.attachment.backup.path.same.as.system"));
}
} catch (final IOException e) {
// This would be rather strange, but see the javadoc for getCanonicalFile():
// "If an I/O error occurs, which is possible because the construction of the canonical
// pathname may require filesystem queries"
errorCollection.addErrorMessage(
getText(i18n, "admin.errors.project.import.attachment.ioexception", e.getMessage()));
}
} else {
// Path doesn't exist
errorCollection.addError(
"backupAttachmentPath",
getText(i18n, "admin.errors.project.import.invalid.attachment.backup.path"));
}
}
}