/**
* Pass the absolute path of the base directory where all example data will be created in arg[0].
* The sample will create:
*
* <p>- arg[0]/exampleRepository - repository with some test data - arg[0]/exampleWC - working
* copy checked out from exampleRepository
*/
public static void main(String[] args) {
// initialize SVNKit to work through file:/// protocol
SamplesUtility.initializeFSFSprotocol();
File baseDirectory = new File(args[0]);
File reposRoot = new File(baseDirectory, "exampleRepository");
File wcRoot = new File(baseDirectory, "exampleWC");
try {
// first create a repository and fill it with data
SamplesUtility.createRepository(reposRoot);
SVNCommitInfo info = SamplesUtility.createRepositoryTree(reposRoot);
// print out new revision info
System.out.println(info);
SVNClientManager clientManager = SVNClientManager.newInstance();
clientManager.setEventHandler(new EventHandler());
SVNURL reposURL = SVNURL.fromFile(reposRoot);
// copy A to A_copy in repository (url-to-url copy)
SVNCopyClient copyClient = clientManager.getCopyClient();
SVNURL A_URL = reposURL.appendPath("A", true);
SVNURL copyTargetURL = reposURL.appendPath("A_copy", true);
SVNCopySource copySource = new SVNCopySource(SVNRevision.UNDEFINED, SVNRevision.HEAD, A_URL);
info =
copyClient.doCopy(
new SVNCopySource[] {copySource},
copyTargetURL,
false,
false,
true,
"copy A to A_copy",
null);
// print out new revision info
System.out.println(info);
// checkout the entire repository tree
SamplesUtility.checkOutWorkingCopy(reposURL, wcRoot);
// now make some changes to the A tree
SamplesUtility.writeToFile(new File(wcRoot, "iota"), "New text appended to 'iota'", true);
SamplesUtility.writeToFile(new File(wcRoot, "A/mu"), "New text in 'mu'", false);
SVNWCClient wcClient = SVNClientManager.newInstance().getWCClient();
wcClient.doSetProperty(
new File(wcRoot, "A/B"),
"spam",
SVNPropertyValue.create("egg"),
false,
SVNDepth.EMPTY,
null,
null);
// commit local changes
SVNCommitClient commitClient = clientManager.getCommitClient();
commitClient.doCommit(
new File[] {wcRoot},
false,
"committing changes",
null,
null,
false,
false,
SVNDepth.INFINITY);
// now diff the base revision of the working copy against the repository
SVNDiffClient diffClient = clientManager.getDiffClient();
SVNRevisionRange rangeToMerge = new SVNRevisionRange(SVNRevision.create(1), SVNRevision.HEAD);
diffClient.doMerge(
A_URL,
SVNRevision.HEAD,
Collections.singleton(rangeToMerge),
new File(wcRoot, "A_copy"),
SVNDepth.UNKNOWN,
true,
false,
false,
false);
// now make some changes to the A tree again
// change file contents of iota and A/D/gamma
SamplesUtility.writeToFile(new File(wcRoot, "iota"), "New text2 appended to 'iota'", true);
SamplesUtility.writeToFile(new File(wcRoot, "A/D/gamma"), "New text in 'gamma'", false);
// remove A/C from version control
wcClient.doDelete(new File(wcRoot, "A/C"), false, true, false);
// commit local changes
commitClient.doCommit(
new File[] {wcRoot},
false,
"committing changes again",
null,
null,
false,
false,
SVNDepth.INFINITY);
/* do the same merge call, merge-tracking feature will merge only those revisions
* which were not still merged.
*/
diffClient.doMerge(
A_URL,
SVNRevision.HEAD,
Collections.singleton(rangeToMerge),
new File(wcRoot, "A_copy"),
SVNDepth.UNKNOWN,
true,
false,
false,
false);
} catch (SVNException svne) {
System.out.println(svne.getErrorMessage());
System.exit(1);
} catch (IOException ioe) {
ioe.printStackTrace();
System.exit(1);
}
}
