use of com.mks.api.response.Item in project maven-scm by apache.
the class Sandbox method getChangeList.
/**
* Executes a 'si viewsandbox' and parses the output for changed or dropped working files
*
* @return A list of MKS API Response WorkItem objects representing the changes in the Sandbox
* @throws APIException
*/
public List<WorkItem> getChangeList() throws APIException {
// Store a list of files that were changed/removed to the repository
List<WorkItem> changedFiles = new ArrayList<WorkItem>();
// Setup the view sandbox command to figure out what has changed...
Command siViewSandbox = new Command(Command.SI, "viewsandbox");
// Create the --fields option
MultiValue mv = new MultiValue(",");
mv.add("name");
mv.add("context");
mv.add("wfdelta");
mv.add("memberarchive");
siViewSandbox.addOption(new Option("fields", mv));
siViewSandbox.addOption(new Option("recurse"));
siViewSandbox.addOption(new Option("noincludeDropped"));
siViewSandbox.addOption(new Option("filterSubs"));
siViewSandbox.addOption(new Option("cwd", sandboxDir));
// Run the view sandbox command
Response r = api.runCommand(siViewSandbox);
// Check-in all changed files, drop all members with missing working files
for (WorkItemIterator wit = r.getWorkItems(); wit.hasNext(); ) {
WorkItem wi = wit.next();
api.getLogger().debug("Inspecting file: " + wi.getField("name").getValueAsString());
if (wi.getModelType().equals(SIModelTypeName.MEMBER)) {
Item wfdeltaItem = (Item) wi.getField("wfdelta").getValue();
// Proceed with this entry only if it is an actual working file delta
if (isDelta(wfdeltaItem)) {
File memberFile = new File(wi.getField("name").getValueAsString());
if (hasWorkingFile(wfdeltaItem)) {
// Only report on files that have actually changed...
if (hasMemberChanged(memberFile, wi.getId())) {
changedFiles.add(wi);
}
} else {
// Also report on dropped files
changedFiles.add(wi);
}
}
}
}
return changedFiles;
}
use of com.mks.api.response.Item in project maven-scm by apache.
the class Sandbox method getChangeLog.
/**
* Executes the 'si rlog' command to generate a list of changed revision found between startDate and endDate
*
* @param startDate The date range for the beginning of the operation
* @param endDate The date range for the end of the operation
* @return ChangeLogSet containing a list of changes grouped by Change Pacakge ID
* @throws APIException
*/
public ChangeLogSet getChangeLog(Date startDate, Date endDate) throws APIException {
// Initialize our return object
ChangeLogSet changeLog = new ChangeLogSet(startDate, endDate);
// By default we're going to group-by change package
// Non change package changes will be lumped into one big Change Set
Hashtable<String, ChangeSet> changeSetHash = new Hashtable<String, ChangeSet>();
// Lets prepare our si rlog command for execution
Command siRlog = new Command(Command.SI, "rlog");
siRlog.addOption(new Option("recurse"));
MultiValue rFilter = new MultiValue(":");
rFilter.add("daterange");
rFilter.add("'" + RLOG_DATEFORMAT.format(startDate) + "'-'" + RLOG_DATEFORMAT.format(endDate) + "'");
siRlog.addOption(new Option("rfilter", rFilter));
siRlog.addOption(new Option("cwd", sandboxDir));
// Execute the si rlog command
Response response = api.runCommand(siRlog);
for (WorkItemIterator wit = response.getWorkItems(); wit.hasNext(); ) {
WorkItem wi = wit.next();
String memberName = wi.getContext();
// We're going to have to do a little dance to get the correct server file name
memberName = memberName.substring(0, memberName.lastIndexOf('/'));
memberName = memberName + '/' + wi.getId();
memberName = memberName.replace('\\', '/');
// Now lets get the revisions for this file
Field revisionsFld = wi.getField("revisions");
if (null != revisionsFld && revisionsFld.getDataType().equals(Field.ITEM_LIST_TYPE) && null != revisionsFld.getList()) {
@SuppressWarnings("unchecked") List<Item> revList = revisionsFld.getList();
for (Iterator<Item> lit = revList.iterator(); lit.hasNext(); ) {
Item revisionItem = lit.next();
String revision = revisionItem.getId();
String author = revisionItem.getField("author").getItem().getId();
// Attempt to get the full name, if available
try {
author = revisionItem.getField("author").getItem().getField("fullname").getValueAsString();
} catch (NullPointerException npe) {
/* ignore */
}
String cpid = ":none";
// Attempt to get the cpid for this revision
try {
cpid = revisionItem.getField("cpid").getItem().getId();
} catch (NullPointerException npe) {
/* ignore */
}
// Get the Change Package summary for this revision
String comment = cpid + ": " + revisionItem.getField("cpsummary").getValueAsString();
// Get the date associated with this revision
Date date = revisionItem.getField("date").getDateTime();
// Lets create our ChangeFile based on the information we've gathered so far
ChangeFile changeFile = new ChangeFile(memberName, revision);
// Check to see if we already have a ChangeSet grouping for this revision
ChangeSet changeSet = changeSetHash.get(cpid);
if (null != changeSet) {
// Set the date of the ChangeSet to the oldest entry
if (changeSet.getDate().after(date)) {
changeSet.setDate(date);
}
// Add the new ChangeFile
changeSet.addFile(changeFile);
// Update the changeSetHash
changeSetHash.put(cpid, changeSet);
} else // Create a new ChangeSet grouping and add the ChangeFile
{
List<ChangeFile> changeFileList = new ArrayList<ChangeFile>();
changeFileList.add(changeFile);
changeSet = new ChangeSet(date, comment, author, changeFileList);
// Update the changeSetHash with an initial entry for the cpid
changeSetHash.put(cpid, changeSet);
}
}
}
}
// Update the Change Log with the Change Sets
List<ChangeSet> changeSetList = new ArrayList<ChangeSet>();
changeSetList.addAll(changeSetHash.values());
changeLog.setChangeSets(changeSetList);
return changeLog;
}
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