private void CompareContacts()
{
var mySqlContacts = mySqlContactsGenerator.GetContacts().ToList();
var postgresContacts = postgresContactsGenerator.GetContacts().ToList();
// Return contacts that don't perfectly match any redacted_list contact.
phase1ShallowCompareList = mySqlContacts.Except <Contact>(postgresContacts, new Phase1ContactComparer()).ToList();
WriteOut.HandleMessage("Phase1: " + phase1ShallowCompareList.Count().ToString());
// Return redacted_list contacts that link with Redmine equivalents, and don't have possible duplicates.
phase2NonDupsReadyToSyncList = postgresContacts.Intersect <Contact>(phase1ShallowCompareList, new Phase2ContactComparer()).ToList();
WriteOut.HandleMessage("Phase2: " + phase2NonDupsReadyToSyncList.Count().ToString());
// Return redacted_list contacts that link with Redmine equivalents, but are possibly duplicates with varying custnums / famnums.
phase3PossibleDupsList = postgresContacts.Intersect <Contact>(phase1ShallowCompareList, new Phase3ContactComparer()).ToList();
// Return redacted_list contacts with combined tags taken from duplicate contacts.
phase3PossibleDupsList = CombineTags(phase3PossibleDupsList, postgresContacts);
WriteOut.HandleMessage("Phase3: " + phase3PossibleDupsList.Count().ToString());
// Compare phase3 with Redmine contacts again to ensure these contacts actually need updated.
phase4DupsReadyToSyncList = phase3PossibleDupsList.Except <Contact>(mySqlContacts, new Phase1ContactComparer()).ToList();
WriteOut.HandleMessage("Phase4: " + phase4DupsReadyToSyncList.Count().ToString());
// Return contacts that link with Redmine equivalents based only on email and last name being "-".
cornerCase1ReadyToSyncList = postgresContacts.Intersect <Contact>(phase1ShallowCompareList, new CornerCase1ContactComparer()).ToList();
WriteOut.HandleMessage("Corner1: " + cornerCase1ReadyToSyncList.Count().ToString());
WriteOut.HandleMessage("Updated: " + (phase2NonDupsReadyToSyncList.Count() + phase4DupsReadyToSyncList.Count() + cornerCase1ReadyToSyncList.Count()).ToString());
PrintInfo(phase2NonDupsReadyToSyncList);
PrintInfo(phase4DupsReadyToSyncList);
PrintInfo(cornerCase1ReadyToSyncList);
}
private void PrintInfo(List <Contact> contacts)
{
foreach (var contact in contacts)
{
WriteOut.HandleMessage(" Contact: " + contact.email + " | " + contact.lname + " | " + contact.tags);
}
}
public static void FirstOrEmpty()
{
var launchSettings = VisualStudioLaunchSettings.FromCaller();
var profiles = launchSettings.GetProfiles();
var profile = profiles.FirstOrEmpty();
WriteOut.EnvironmentalVariables(profile);
}
public static void CheckingIfNamedProfileExists()
{
var launchSettings = VisualStudioLaunchSettings.FromCaller();
var profiles = launchSettings.GetProfiles();
var(exists, _) = profiles.Use("does-not-exist");
// Do something else if it doesn't exist
WriteOut.Line($"The profile does {(exists ? "" : "not")} exist.");
}
private void GenerateProjects()
{
try
{
contactsProjects = GetData(ReadQueryData(), ContactProject.Create);
}
catch (Exception e)
{
WriteOut.HandleMessage(e.Message);
}
}
public static void Match()
{
var launchSettings = VisualStudioLaunchSettings.FromCaller();
var profiles = launchSettings.GetProfiles();
profiles
.Use("does-not-exist")
.Match(
() => { WriteOut.Line("The profile does not exist."); },
WriteOut.EnvironmentalVariables);
}
public ContactsGenPostgres()
{
try
{
connectionStringPostgres = ConfigurationManager.AppSettings["connectionStringPostgres"];
conn = new NpgsqlConnection(connectionStringPostgres);
GenerateContacts();
}
catch (Exception e)
{
WriteOut.HandleMessage(e.Message);
}
}
private void SetupMySqlConnection()
{
try
{
connectionStringMySql = ConfigurationManager.AppSettings["connectionStringMySql"];
conn = new MySqlConnection(connectionStringMySql);
conn.Open();
}
catch (Exception e)
{
WriteOut.HandleMessage(e.Message);
}
}
public ContactsGenMySql()
{
try
{
connectionStringMySql = ConfigurationManager.AppSettings["connectionStringMySql"];
conn = new MySqlConnection(connectionStringMySql);
GenerateContacts();
}
catch (Exception e)
{
WriteOut.HandleMessage(e.Message);
}
}
public ContactsProjectsFromGen()
{
try
{
connectionStringMySql = ConfigurationManager.AppSettings["connectionStringMySql"];
projectContactsFrom = ConfigurationManager.AppSettings["contactsProjectsFrom"].Split(',');
conn = new MySqlConnection(connectionStringMySql);
GenerateProjects();
}
catch (Exception e)
{
WriteOut.HandleMessage(e.Message);
}
}
private void AssociateContactsWithProjects()
{
var mySqlContacts = mySqlContactsGenerator.GetContacts().ToList();
var postgresContacts = postgresContactsGenerator.GetContacts().ToList();
var contactsToAssociatePhase1 = mySqlContacts.Intersect <Contact>(postgresContacts, new Phase1ContactComparer()).ToList();
var contactsProjectsFromGen = new ContactsProjectsFromGen();
// A list of row data from table contacts_projects matching the specified project_id.
var contactsProjectsFrom = contactsProjectsFromGen.GetContactsProjects().ToList();
// Select from all potential contacts the contacts that match the specified 'from' project_id(s).
var contactsToAssociatePhase2 = contactsToAssociatePhase1.Select(p1 => p1).Where(p1 => contactsProjectsFrom.Select(cF => cF.cid).Contains(p1.id));
// Comma delimmited project-to IDs, set in App.config.
var contactsProjectsTo = ConfigurationManager.AppSettings["contactsProjectsTo"].Split(',');
// A list of commands that will insert the contact associations.
var cmdList = new List <string>();
var insertContactsProjectsCmd = new StringBuilder();
foreach (var contact in contactsToAssociatePhase2)
{
foreach (var pid in contactsProjectsTo)
{
// This command only inserts a new record if one does not already exist.
insertContactsProjectsCmd.AppendFormat("INSERT INTO contacts_projects (project_id, contact_id) SELECT * FROM (SELECT {0}, {1}) AS tmp WHERE NOT EXISTS (SELECT project_id, contact_id FROM contacts_projects WHERE project_id={0} AND contact_id={1}) LIMIT 1;",
pid, contact.id);
cmdList.Add(insertContactsProjectsCmd.ToString());
insertContactsProjectsCmd.Clear();
}
}
SetupMySqlConnection();
int counter = 0;
insertContactsProjectsCmd.Clear();
// Concatenate every 10 insert command strings and run the command.
foreach (var cmdString in cmdList)
{
if (counter < 10)
{
insertContactsProjectsCmd.Append(cmdString);
counter++;
}
else
{
InsertContactAssociations(insertContactsProjectsCmd.ToString());
insertContactsProjectsCmd.Clear();
insertContactsProjectsCmd.Append(cmdString);
counter = 1;
}
}
WriteOut.HandleMessage("Associated: " + cmdList.Count().ToString());
conn.Close();
}
public static void UseNamedProfile()
{
var launchSettings = VisualStudioLaunchSettings.FromCaller();
var profiles = launchSettings.GetProfiles();
var(exists, profile) = profiles.Use("does-not-exist");
try
{
// You can not just use it. If the profile is missing, it will blow up!
WriteOut.EnvironmentalVariables(profile);
}
catch (NullReferenceException)
{
WriteOut.Line("The profile was null and it caused an exception!");
}
}
public Sync()
{
try
{
Stopwatch stopWatch = new Stopwatch();
stopWatch.Start();
WriteOut.HandleMessage("START");
// A switch for associating contacts.
int associateSwitch = Int32.Parse(ConfigurationManager.AppSettings["associateSwitch"]);
combinedTags = new Dictionary <string, string>();
GenerateContacts();
CompareContacts();
if (phase2NonDupsReadyToSyncList.Count() >= 1)
{
// Sync nonduplicate contacts.
SyncContacts(1);
}
if (phase4DupsReadyToSyncList.Count() >= 1)
{
// Sync duplicate-combined contacts.
SyncContacts(2);
}
if (cornerCase1ReadyToSyncList.Count() >= 1)
{
// Sync corner case contacts.
SyncContacts(3);
}
if (associateSwitch == 1)
{
// Generate contacts a second time so they are up-to-date for the associating process.
GenerateContacts();
AssociateContactsWithProjects();
}
stopWatch.Stop();
WriteOut.HandleMessage("RunTime: " + String.Format("{0:00}:{1:00}.{2:00}", stopWatch.Elapsed.Minutes, stopWatch.Elapsed.Seconds, stopWatch.Elapsed.Milliseconds));
WriteOut.HandleMessage("END");
}
catch (Exception e)
{
// Get stack trace for the exception with source file information.
var st = new StackTrace(e, true);
WriteOut.HandleMessage("Error: " + e.Message);
WriteOut.HandleMessage("StackTrace: " + st);
}
}
