private Plug GetPlugForConvertedUser(string confluenceUserName)
{
ACConverterUserInfo userInfo = null;
if (!_convertedUsers.TryGetValue(confluenceUserName.ToLower(), out userInfo))
{
return(_dekiPlug);
}
if (userInfo == null)
{
return(_dekiPlug);
}
Plug p = Plug.New(_dreamAPI).WithCredentials(userInfo.DekiUserName,
userInfo.DekiPassword);
DreamMessage res = p.At("users", "authenticate").GetAsync().Wait();
if (res.Status != DreamStatus.Ok)
{
WriteLineToConsole("Can't authenticate to Deki using \"" + userInfo.DekiUserName + "\" login");
WriteLineToLog("Confluence user name \"" + confluenceUserName + "\"");
WriteLineToLog("Deki user name \"" + userInfo.DekiUserName + "\"");
WriteErrorResponse(res);
return(_dekiPlug);
}
return(p);
}
private string ComputeSpaceRootPath(string basePath, RemoteSpaceSummary space, string teamlabel)
{
string ret = string.Empty;
if (space.type == ConfluencePersonalSpaceTypeName)
{
//Personal space path. Confluence uses "~username" as key of personal space
string userName = space.key.Substring(1);
string dekiUserName = userName;
ACConverterUserInfo userInfo = null;
if (_convertedUsers.TryGetValue(userName.ToLower(), out userInfo))
{
dekiUserName = userInfo.DekiUserName;
}
ret = basePath;
if (!string.IsNullOrEmpty(basePath))
{
ret += XUri.DoubleEncode("/");
}
//append team label path here if it exists
if (!String.IsNullOrEmpty(teamlabel))
{
ret += Utils.DoubleUrlEncode(teamlabel + "/");
}
ret = Utils.DoubleUrlEncode(Utils.GetDekiUserPageByUserName(dekiUserName));
}
else
{
// Global space path
ret = basePath;
if (!string.IsNullOrEmpty(basePath))
{
ret += XUri.DoubleEncode("/");
}
//append team label path here if it exists
if (!String.IsNullOrEmpty(teamlabel))
{
//there is already a slash at the end of the ret so no need to add it
// if (( ret.Length == 0) || (ret.LastIndexOf('/') != ret.Length))
// ret += XUri.DoubleEncode("/");
ret += Utils.DoubleUrlEncode(teamlabel + "/");
}
ret += Utils.DoubleUrlEncode(space.key);
}
return(ret);
}
private void SaveUsersAndGroupsToXML()
{
XDoc doc = new XDoc(UsersAndGroupsXMLRootName);
foreach (string confluenceUserName in _convertedUsers.Keys)
{
ACConverterUserInfo userInfo = _convertedUsers[confluenceUserName];
XDoc userDoc = new XDoc(UserXMLTagName);
userDoc.Attr(ConfluenceUserNameXMLAttributeName, confluenceUserName);
userDoc.Attr(DekiUserNameXMLAttributeName, userInfo.DekiUserName);
doc.Add(userDoc);
}
foreach (string confluenceGroupName in _convertedGroups.Keys)
{
ACConverterGroupInfo groupInfo = _convertedGroups[confluenceGroupName];
XDoc groupDoc = new XDoc(GroupXMLTagName);
groupDoc.Attr(ConfluenceGroupNameXMLAttributeName, confluenceGroupName);
groupDoc.Attr(DekiGroupNameXMLAttributeName, groupInfo.DekiGroupName);
doc.Add(groupDoc);
}
doc.Save(ConvertedUsersAndGroupsFileName);
}
private void MoveUsers()
{
string[] userNames = _confluenceService.GetActiveUsers(true);
Dictionary<string, string> dekiUsers = new Dictionary<string, string>();
//Restore manifest from disk
XDoc spaceManifest = GetManifestFromDisk(null) ?? new XDoc("manifest");
DreamMessage usersResponse = _dekiPlug.At("users").With("limit", int.MaxValue).GetAsync().Wait();
if (usersResponse.Status != DreamStatus.Ok)
{
WriteLineToConsole("Error while receiving users from Deki. Users not converted.");
WriteErrorResponse(usersResponse);
throw new DreamAbortException(usersResponse);
}
XDoc dekiUsersDoc = usersResponse.AsDocument();
foreach (XDoc userDoc in dekiUsersDoc["//user"])
{
string dekiUserName = userDoc["nick"].AsText;
dekiUsers[dekiUserName.ToLower()] = null;
}
foreach (string userName in userNames)
{
if (_convertedUsers.ContainsKey(userName.ToLower()))
{
continue;
//TODO (maxm): even though a user already exists in MindTouch (perhaps created in previous run), because there is
// a correlated user within Confluence, the group and url mapping logic should still run.
}
//while user with same name exist try add number to user name.
int userNum = 0;
string newUserName = userName;
while (dekiUsers.ContainsKey(newUserName.ToLower()))
{
userNum++;
newUserName = userName + userNum.ToString();
}
if (newUserName != userName)
{
WriteLineToConsole("Confluence user \"" + userName + "\" converted as \"" + newUserName + "\" becouse of existing same user in Deki");
}
RemoteUser confluenceUser = _confluenceService.GetUser(userName);
XDoc usersDoc = new XDoc("user")
.Elem("username", newUserName)
.Elem("email", confluenceUser.email)
.Elem("fullname", confluenceUser.fullname);
//.Start("permissions.user")
// .Elem("role", "Contributor")
//.End();
string newPassword = Guid.NewGuid().ToString();
string[] userGroupNames = _confluenceService.GetUserGroups(confluenceUser.name);
Log.DebugFormat("Creating user: {0} email: {1} fullname: {2}", newUserName, confluenceUser.email, confluenceUser.fullname);
DreamMessage res = _dekiPlug.At("users").With("accountpassword", newPassword).PostAsync(usersDoc).Wait();
if (res.Status != DreamStatus.Ok)
{
WriteLineToConsole("Error converting user \"" + userName + "\"");
WriteErrorResponse(res);
WriteErrorRequest(usersDoc);
continue;
}
XDoc resUserDoc = res.AsDocument();
int dekiUserId = resUserDoc["@id"].AsInt.Value;
//TODO (maxm): retrieve the actual username from the XML
ACConverterUserInfo newUser = new ACConverterUserInfo(newUserName, newPassword, dekiUserId, userGroupNames);
_convertedUsers[confluenceUser.name.ToLower()] = newUser;
LogUserConversion(spaceManifest, confluenceUser.name, dekiUserId.ToString(), newUserName, confluenceUser.url);
}
//Save the space manifest to disk
PersistManifestToDisk(null, spaceManifest);
}
private void LoadUsersAndGroupsFromXML()
{
WriteLineToConsole("Reading groups and users from " + ConvertedUsersAndGroupsFileName);
Dictionary<string, string> readedDekiUsers = new Dictionary<string, string>();
XDoc doc = XDocFactory.LoadFrom(ConvertedUsersAndGroupsFileName, MimeType.XML);
foreach (XDoc user in doc["//" + UserXMLTagName])
{
string confluenceUserName = user["@" + ConfluenceUserNameXMLAttributeName].AsText;
string dekiName = user["@" + DekiUserNameXMLAttributeName].AsText;
if ((confluenceUserName == null) && (dekiName == null))
{
WriteLineToConsole("Invalid XML attributes in " + ConvertedUsersAndGroupsFileName);
WriteLineToConsole(user.ToString());
continue;
}
if (confluenceUserName == null)
{
WriteLineToConsole(ConfluenceUserNameXMLAttributeName + " not specified for " +
dekiName + " in " + ConvertedUsersAndGroupsFileName + ". Record skiped.");
continue;
}
if (dekiName == null)
{
WriteLineToConsole(DekiUserNameXMLAttributeName + " not specified for " +
confluenceUserName + " in " + ConvertedUsersAndGroupsFileName + ". Record skiped.");
continue;
}
if (readedDekiUsers.ContainsKey(dekiName.ToLower()))
{
WriteLineToConsole("Repeating entry of Deki user \"" + dekiName + "\". Record skiped.");
continue;
}
DreamMessage dekiUserMessage = _dekiPlug.At("users", "=" + Utils.DoubleUrlEncode(dekiName)).GetAsync().Wait();
if (dekiUserMessage.Status == DreamStatus.NotFound)
{
WriteLineToConsole("Deki user \"" + dekiName + "\" is specified in " + ConvertedUsersAndGroupsFileName +
" but not exists in Deki. New user created.");
continue;
}
XDoc dekiUserDoc = dekiUserMessage.AsDocument();
int dekiUserId = dekiUserDoc["@id"].AsInt.Value;
string newPassword = Guid.NewGuid().ToString();
DreamMessage pass = DreamMessage.Ok(MimeType.TEXT, newPassword);
DreamMessage res = _dekiPlug.At("users", dekiUserId.ToString(), "password").PutAsync(pass).Wait();
if (res.Status != DreamStatus.Ok)
{
WriteLineToConsole("Error converting user \"" + confluenceUserName + "\"");
WriteLineToLog("Confluence user name: " + confluenceUserName);
WriteLineToLog("Deki user name: " + dekiName);
WriteErrorResponse(res);
continue;
}
string[] userGroupNames = new string[0];
bool userExistsInConfluence = _confluenceService.HasUser(confluenceUserName);
if (userExistsInConfluence)
{
userGroupNames = _confluenceService.GetUserGroups(confluenceUserName);
}
else
{
WriteLineToConsole("Confluence user name \"" + confluenceUserName +
"\" specified in " + ConvertedUsersAndGroupsFileName + " but not exists in Confluence.");
}
ACConverterUserInfo userInfo = new ACConverterUserInfo(dekiName, newPassword, dekiUserId,
userGroupNames);
if (_convertedUsers.ContainsKey(confluenceUserName.ToLower()))
{
WriteLineToConsole("Repeating entry of user \"" + confluenceUserName + "\" into " + ConvertedUsersAndGroupsFileName +
". Last record used.");
}
_convertedUsers[confluenceUserName.ToLower()] = userInfo;
readedDekiUsers[dekiName.ToLower()] = confluenceUserName;
}
Dictionary<string, string> readedDekiGroups = new Dictionary<string, string>();
foreach (XDoc group in doc["//" + GroupXMLTagName])
{
string confluenceGroupName = group["@" + ConfluenceGroupNameXMLAttributeName].AsText;
string dekiGroupName = group["@" + DekiGroupNameXMLAttributeName].AsText;
if ((confluenceGroupName == null) && (dekiGroupName == null))
{
WriteLineToConsole("Invalid XML attributes in " + ConvertedUsersAndGroupsFileName);
WriteLineToConsole(group.AsText);
continue;
}
if (confluenceGroupName == null)
{
WriteLineToConsole(ConfluenceGroupNameXMLAttributeName + " not specified for \"" +
dekiGroupName + "\" in " + ConvertedUsersAndGroupsFileName + ". Record skiped.");
continue;
}
if (dekiGroupName == null)
{
WriteLineToConsole(DekiGroupNameXMLAttributeName + " not specified for \"" +
confluenceGroupName + "\" in " + ConvertedUsersAndGroupsFileName + ". Record skiped.");
continue;
}
if (readedDekiGroups.ContainsKey(dekiGroupName.ToLower()))
{
WriteLineToConsole("Repeating entry of Deki group \"" + dekiGroupName + "\". Record skiped.");
continue;
}
dekiGroupName = dekiGroupName.Replace(" ", "_");
DreamMessage dekiGroupMessage = _dekiPlug.At("groups", "=" + dekiGroupName).GetAsync().Wait();
if (dekiGroupMessage.Status == DreamStatus.NotFound)
{
WriteLineToConsole("Deki group \"" + dekiGroupName + "\" is specified in " + ConvertedUsersAndGroupsFileName +
" but not exists in Deki. New group created.");
continue;
}
XDoc dekiGroupDoc = dekiGroupMessage.AsDocument();
int dekiGroupId = dekiGroupDoc["@id"].AsInt.Value;
ACConverterGroupInfo groupInfo = new ACConverterGroupInfo(confluenceGroupName,
dekiGroupName, dekiGroupId);
if (_convertedUsers.ContainsKey(confluenceGroupName.ToLower()))
{
WriteLineToConsole("Repeating entry of group \"" + confluenceGroupName + "\" into " + ConvertedUsersAndGroupsFileName +
". Last record used.");
}
_convertedGroups[confluenceGroupName.ToLower()] = groupInfo;
}
WriteLineToConsole("Users and groups readed!");
}
private void MoveUsers()
{
string[] userNames = _confluenceService.GetActiveUsers(true);
Dictionary <string, string> dekiUsers = new Dictionary <string, string>();
//Restore manifest from disk
XDoc spaceManifest = GetManifestFromDisk(null) ?? new XDoc("manifest");
DreamMessage usersResponse = _dekiPlug.At("users").With("limit", int.MaxValue).GetAsync().Wait();
if (usersResponse.Status != DreamStatus.Ok)
{
WriteLineToConsole("Error while receiving users from Deki. Users not converted.");
WriteErrorResponse(usersResponse);
throw new DreamAbortException(usersResponse);
}
XDoc dekiUsersDoc = usersResponse.AsDocument();
foreach (XDoc userDoc in dekiUsersDoc["//user"])
{
string dekiUserName = userDoc["nick"].AsText;
dekiUsers[dekiUserName.ToLower()] = null;
}
foreach (string userName in userNames)
{
if (_convertedUsers.ContainsKey(userName.ToLower()))
{
continue;
//TODO (maxm): even though a user already exists in MindTouch (perhaps created in previous run), because there is
// a correlated user within Confluence, the group and url mapping logic should still run.
}
//while user with same name exist try add number to user name.
int userNum = 0;
string newUserName = userName;
while (dekiUsers.ContainsKey(newUserName.ToLower()))
{
userNum++;
newUserName = userName + userNum.ToString();
}
if (newUserName != userName)
{
WriteLineToConsole("Confluence user \"" + userName + "\" converted as \"" + newUserName + "\" becouse of existing same user in Deki");
}
RemoteUser confluenceUser = _confluenceService.GetUser(userName);
XDoc usersDoc = new XDoc("user")
.Elem("username", newUserName)
.Elem("email", confluenceUser.email)
.Elem("fullname", confluenceUser.fullname);
//.Start("permissions.user")
// .Elem("role", "Contributor")
//.End();
string newPassword = Guid.NewGuid().ToString();
string[] userGroupNames = _confluenceService.GetUserGroups(confluenceUser.name);
Log.DebugFormat("Creating user: {0} email: {1} fullname: {2}", newUserName, confluenceUser.email, confluenceUser.fullname);
DreamMessage res = _dekiPlug.At("users").With("accountpassword", newPassword).PostAsync(usersDoc).Wait();
if (res.Status != DreamStatus.Ok)
{
WriteLineToConsole("Error converting user \"" + userName + "\"");
WriteErrorResponse(res);
WriteErrorRequest(usersDoc);
continue;
}
XDoc resUserDoc = res.AsDocument();
int dekiUserId = resUserDoc["@id"].AsInt.Value;
//TODO (maxm): retrieve the actual username from the XML
ACConverterUserInfo newUser = new ACConverterUserInfo(newUserName, newPassword, dekiUserId, userGroupNames);
_convertedUsers[confluenceUser.name.ToLower()] = newUser;
LogUserConversion(spaceManifest, confluenceUser.name, dekiUserId.ToString(), newUserName, confluenceUser.url);
}
//Save the space manifest to disk
PersistManifestToDisk(null, spaceManifest);
}
private void LoadUsersAndGroupsFromXML()
{
WriteLineToConsole("Reading groups and users from " + ConvertedUsersAndGroupsFileName);
Dictionary <string, string> readedDekiUsers = new Dictionary <string, string>();
XDoc doc = XDocFactory.LoadFrom(ConvertedUsersAndGroupsFileName, MimeType.XML);
foreach (XDoc user in doc["//" + UserXMLTagName])
{
string confluenceUserName = user["@" + ConfluenceUserNameXMLAttributeName].AsText;
string dekiName = user["@" + DekiUserNameXMLAttributeName].AsText;
if ((confluenceUserName == null) && (dekiName == null))
{
WriteLineToConsole("Invalid XML attributes in " + ConvertedUsersAndGroupsFileName);
WriteLineToConsole(user.ToString());
continue;
}
if (confluenceUserName == null)
{
WriteLineToConsole(ConfluenceUserNameXMLAttributeName + " not specified for " +
dekiName + " in " + ConvertedUsersAndGroupsFileName + ". Record skiped.");
continue;
}
if (dekiName == null)
{
WriteLineToConsole(DekiUserNameXMLAttributeName + " not specified for " +
confluenceUserName + " in " + ConvertedUsersAndGroupsFileName + ". Record skiped.");
continue;
}
if (readedDekiUsers.ContainsKey(dekiName.ToLower()))
{
WriteLineToConsole("Repeating entry of Deki user \"" + dekiName + "\". Record skiped.");
continue;
}
DreamMessage dekiUserMessage = _dekiPlug.At("users", "=" + Utils.DoubleUrlEncode(dekiName)).GetAsync().Wait();
if (dekiUserMessage.Status == DreamStatus.NotFound)
{
WriteLineToConsole("Deki user \"" + dekiName + "\" is specified in " + ConvertedUsersAndGroupsFileName +
" but not exists in Deki. New user created.");
continue;
}
XDoc dekiUserDoc = dekiUserMessage.AsDocument();
int dekiUserId = dekiUserDoc["@id"].AsInt.Value;
string newPassword = Guid.NewGuid().ToString();
DreamMessage pass = DreamMessage.Ok(MimeType.TEXT, newPassword);
DreamMessage res = _dekiPlug.At("users", dekiUserId.ToString(), "password").PutAsync(pass).Wait();
if (res.Status != DreamStatus.Ok)
{
WriteLineToConsole("Error converting user \"" + confluenceUserName + "\"");
WriteLineToLog("Confluence user name: " + confluenceUserName);
WriteLineToLog("Deki user name: " + dekiName);
WriteErrorResponse(res);
continue;
}
string[] userGroupNames = new string[0];
bool userExistsInConfluence = _confluenceService.HasUser(confluenceUserName);
if (userExistsInConfluence)
{
userGroupNames = _confluenceService.GetUserGroups(confluenceUserName);
}
else
{
WriteLineToConsole("Confluence user name \"" + confluenceUserName +
"\" specified in " + ConvertedUsersAndGroupsFileName + " but not exists in Confluence.");
}
ACConverterUserInfo userInfo = new ACConverterUserInfo(dekiName, newPassword, dekiUserId,
userGroupNames);
if (_convertedUsers.ContainsKey(confluenceUserName.ToLower()))
{
WriteLineToConsole("Repeating entry of user \"" + confluenceUserName + "\" into " + ConvertedUsersAndGroupsFileName +
". Last record used.");
}
_convertedUsers[confluenceUserName.ToLower()] = userInfo;
readedDekiUsers[dekiName.ToLower()] = confluenceUserName;
}
Dictionary <string, string> readedDekiGroups = new Dictionary <string, string>();
foreach (XDoc group in doc["//" + GroupXMLTagName])
{
string confluenceGroupName = group["@" + ConfluenceGroupNameXMLAttributeName].AsText;
string dekiGroupName = group["@" + DekiGroupNameXMLAttributeName].AsText;
if ((confluenceGroupName == null) && (dekiGroupName == null))
{
WriteLineToConsole("Invalid XML attributes in " + ConvertedUsersAndGroupsFileName);
WriteLineToConsole(group.AsText);
continue;
}
if (confluenceGroupName == null)
{
WriteLineToConsole(ConfluenceGroupNameXMLAttributeName + " not specified for \"" +
dekiGroupName + "\" in " + ConvertedUsersAndGroupsFileName + ". Record skiped.");
continue;
}
if (dekiGroupName == null)
{
WriteLineToConsole(DekiGroupNameXMLAttributeName + " not specified for \"" +
confluenceGroupName + "\" in " + ConvertedUsersAndGroupsFileName + ". Record skiped.");
continue;
}
if (readedDekiGroups.ContainsKey(dekiGroupName.ToLower()))
{
WriteLineToConsole("Repeating entry of Deki group \"" + dekiGroupName + "\". Record skiped.");
continue;
}
dekiGroupName = dekiGroupName.Replace(" ", "_");
DreamMessage dekiGroupMessage = _dekiPlug.At("groups", "=" + dekiGroupName).GetAsync().Wait();
if (dekiGroupMessage.Status == DreamStatus.NotFound)
{
WriteLineToConsole("Deki group \"" + dekiGroupName + "\" is specified in " + ConvertedUsersAndGroupsFileName +
" but not exists in Deki. New group created.");
continue;
}
XDoc dekiGroupDoc = dekiGroupMessage.AsDocument();
int dekiGroupId = dekiGroupDoc["@id"].AsInt.Value;
ACConverterGroupInfo groupInfo = new ACConverterGroupInfo(confluenceGroupName,
dekiGroupName, dekiGroupId);
if (_convertedUsers.ContainsKey(confluenceGroupName.ToLower()))
{
WriteLineToConsole("Repeating entry of group \"" + confluenceGroupName + "\" into " + ConvertedUsersAndGroupsFileName +
". Last record used.");
}
_convertedGroups[confluenceGroupName.ToLower()] = groupInfo;
}
WriteLineToConsole("Users and groups readed!");
}
