public bool LoadJournal()
{
MemoryStream uncompressedData;
JournalLoadingPercentChangedEventArgs parsingArgs = new JournalLoadingPercentChangedEventArgs()
{
Label = "Loading"
};
JournalLoadingPercentChangedEventArgs finalArgs = new JournalLoadingPercentChangedEventArgs()
{
Label = "Verify"
};
ConsoleEx.WriteLineColour(ConsoleColor.Cyan, " Using XML journal - {0}", path);
try {
byte[] fileData = new byte[0];
initPoint:
try {
fileData = File.ReadAllBytes(path);
} catch (Exception ex) {
Console.ForegroundColor = ConsoleColor.DarkCyan;
if (ex is System.IO.FileNotFoundException || ex is System.IO.DirectoryNotFoundException)
{
TShock.Log.ConsoleInfo(" * It appears you do not have a journal yet, one will be created for you.");
SaveJournal();
//yes there are valid uses for goto, don't judge me fool
goto initPoint;
}
else if (ex is System.Security.SecurityException)
{
TShock.Log.ConsoleError(" * Access denied to the journal file. Check permissions.");
}
else
{
TShock.Log.ConsoleError(" * Loading your journal failed: " + ex.Message);
}
}
try {
uncompressedData = GZipDecompress(fileData);
} catch {
TShock.Log.ConsoleError(" * Decompression failed.");
return(false);
}
if (JournalLoadingPercentChanged != null)
{
JournalLoadingPercentChanged(this, parsingArgs);
}
try {
Hashtable bankAccountMap = new Hashtable();
Hashtable transactionMap = new Hashtable();
//You can't use XDocument.Parse when you have an XDeclaration for some even dumber reason than the write
//issue, XDocument has to be constructed from a .net 3.5 XmlReader in this case
//or you get a parse exception complaining about literal content.
using (XmlTextReader xmlStream = new XmlTextReader(uncompressedData)) {
XDocument doc = XDocument.Load(xmlStream);
var bankAccountList = doc.XPathSelectElements("/Journal/BankAccounts/BankAccount");
int bankAccountCount = bankAccountList.Count();
int i = 0;
int oldPercent = 0;
foreach (XElement elem in bankAccountList)
{
long bankAccountK = 0L;
double percentComplete = (double)i / (double)bankAccountCount * 100;
var account = new XmlBankAccount(this)
{
Description = elem.Attribute("Description").Value,
UserAccountName = elem.Attribute("UserAccountName").Value,
WorldID = long.Parse(elem.Attribute("WorldID").Value),
Flags = (BankAccountFlags)Enum.Parse(typeof(BankAccountFlags), elem.Attribute("Flags").Value)
};
if (!long.TryParse(elem.Attribute("BankAccountK").Value, out bankAccountK))
{
//we've overwritten the old bank account key, add it to the old/new map
bankAccountK = Interlocked.Increment(ref _bankAccountSeed);
bankAccountMap.Add(elem.Attribute("BankAccountK").Value, bankAccountK);
}
account.BankAccountK = bankAccountK;
//parse transactions under this node
if (elem.Element("Transactions") != null)
{
foreach (XElement txElement in elem.Element("Transactions").Elements("Transaction"))
{
long transactionK = 0L;
long transactionFK = 0;
long amount = long.Parse(txElement.Attribute("Amount").Value);
DateTime transactionDate;
BankAccountTransactionFlags flags;
long.TryParse(txElement.Attribute("BankAccountTransactionK").Value, out transactionK);
long.TryParse(txElement.Attribute("BankAccountTransactionFK").Value, out transactionFK);
DateTime.TryParse(txElement.Attribute("TransactionDateUtc").Value, out transactionDate);
Enum.TryParse <BankAccountTransactionFlags>(txElement.Attribute("Flags").Value, out flags);
//ignore orphaned transactions
var trans = new XmlTransaction(account)
{
Amount = amount,
BankAccountTransactionK = transactionK,
BankAccountTransactionFK = transactionFK,
TransactionDateUtc = transactionDate,
Flags = flags
};
trans.Message = txElement.Attribute("Message") != null?txElement.Attribute("Message").Value : null;
account.AddTransaction(trans);
}
}
account.SyncBalance();
if (oldPercent != (int)percentComplete)
{
parsingArgs.Percent = (int)percentComplete;
if (JournalLoadingPercentChanged != null)
{
JournalLoadingPercentChanged(this, parsingArgs);
}
oldPercent = (int)percentComplete;
}
Interlocked.Increment(ref i);
bankAccounts.Add(account);
}
Interlocked.Exchange(ref _bankAccountSeed, bankAccounts.Count() > 0 ? bankAccounts.Max(sum => sum.BankAccountK) : 0);
//delete transactions with duplicate IDs
var qAccounts = from summary in bankAccounts
group summary by summary.BankAccountK into g
where g.Count() > 1
select new {
name = g.Key,
count = g.Count()
};
long[] duplicateAccounts = qAccounts.Select(pred => pred.name).ToArray();
int removedAccounts = bankAccounts.RemoveAll(pred => duplicateAccounts.Contains(pred.BankAccountK));
if (removedAccounts > 0)
{
TShock.Log.Warn("seconomy journal: removed " + removedAccounts + " accounts with duplicate IDs.");
}
//transactions in the old schema.
int tranCount = doc.XPathSelectElements("/Journal/Transactions/Transaction").Count();
i = 0; //reset index
foreach (XElement elem in doc.XPathSelectElements("/Journal/Transactions/Transaction"))
{
//Parallel.ForEach(doc.XPathSelectElements("/Journal/Transactions/Transaction"), (elem) => {
double percentComplete = (double)i / (double)tranCount * 100;
long bankAccountFK = 0L;
long transactionK = 0L;
long amount = long.Parse(elem.Attribute("Amount").Value);
if (!long.TryParse(elem.Attribute("BankAccountFK").Value, out bankAccountFK))
{
if (bankAccountMap.ContainsKey(elem.Attribute("BankAccountFK").Value))
{
Interlocked.Exchange(ref bankAccountFK, (long)bankAccountMap[elem.Attribute("BankAccountFK").Value]);
}
}
IBankAccount bankAccount = GetBankAccount(bankAccountFK);
long.TryParse(elem.Attribute("BankAccountTransactionK").Value, out transactionK);
//ignore orphaned transactions
if (bankAccount != null)
{
var trans = new XmlTransaction(bankAccount)
{
Amount = amount,
BankAccountTransactionK = transactionK
};
if (elem.Attribute("BankAccountTransactionFK") != null)
{
trans.CustomValues.Add(XmlTransaction.kXmlTransactionOldTransactonFK, elem.Attribute("BankAccountTransactionFK").Value);
}
trans.Message = elem.Attribute("Message") != null?elem.Attribute("Message").Value : null;
bankAccount.AddTransaction(trans);
transactionMap.Add(elem.Attribute("BankAccountTransactionK").Value, trans.BankAccountTransactionK);
}
Interlocked.Increment(ref i);
}
int txCount = Transactions.Count();
int x = 0;
finalArgs.Percent = 0;
if (JournalLoadingPercentChanged != null)
{
JournalLoadingPercentChanged(this, finalArgs);
}
foreach (IBankAccount account in bankAccounts)
{
foreach (XmlTransaction trans in account.Transactions)
{
double pcc = (double)x / (double)txCount * 100;
//assigns the transactionK according to the hashmap of the old key stored as custom values
if (trans.CustomValues.ContainsKey(XmlTransaction.kXmlTransactionOldTransactonFK))
{
object value = transactionMap[trans.CustomValues[XmlTransaction.kXmlTransactionOldTransactonFK]];
trans.BankAccountTransactionFK = value != null ? (long)value : -1L;
}
if (oldPercent != (int)pcc)
{
if (JournalLoadingPercentChanged != null)
{
finalArgs.Percent = (int)pcc;
JournalLoadingPercentChanged(this, finalArgs);
oldPercent = (int)pcc;
}
}
Interlocked.Increment(ref x);
trans.CustomValues.Clear();
trans.CustomValues = null;
}
}
bankAccountMap = null;
transactionMap = null;
// CleanJournal(PurgeOptions.RemoveOrphanedAccounts | PurgeOptions.RemoveZeroBalanceAccounts);
var accountCount = bankAccounts.Count;
Console.WriteLine();
Console.ForegroundColor = ConsoleColor.Cyan;
Console.WriteLine("\r\n Journal clean: {0} accounts and {1} transactions.", accountCount, Transactions.Count());
Console.ResetColor();
}
} catch (Exception ex) {
ConsoleEx.WriteAtEnd(2, ConsoleColor.Red, "[{0}]\r\n", SEconomyPlugin.Locale.StringOrDefault(79, "corrupt"));
TShock.Log.ConsoleError(ex.ToString());
Console.WriteLine(SEconomyPlugin.Locale.StringOrDefault(80, "Your transaction journal appears to be corrupt and transactions have been lost.\n\nYou will start with a clean journal.\nYour old journal file has been move to SEconomy.journal.xml.gz.corrupt"));
File.Move(path, path + "." + DateTime.Now.ToFileTime().ToString() + ".corrupt");
SaveJournal();
//yes there are valid uses for goto, don't judge me fool
goto initPoint;
}
} finally {
Console.WriteLine();
}
return(true);
}
public bool LoadJournal()
{
MemoryStream uncompressedData;
JournalLoadingPercentChangedEventArgs parsingArgs = new JournalLoadingPercentChangedEventArgs() {
Label = "Loading"
};
JournalLoadingPercentChangedEventArgs finalArgs = new JournalLoadingPercentChangedEventArgs() {
Label = "Verify"
};
ConsoleEx.WriteLineColour(ConsoleColor.Cyan, " Using XML journal - {0}", path);
try {
byte[] fileData = new byte[0];
initPoint:
try {
fileData = File.ReadAllBytes(path);
} catch (Exception ex) {
Console.ForegroundColor = ConsoleColor.DarkCyan;
if (ex is System.IO.FileNotFoundException || ex is System.IO.DirectoryNotFoundException) {
TShock.Log.ConsoleInfo(" * It appears you do not have a journal yet, one will be created for you.");
SaveJournal();
//yes there are valid uses for goto, don't judge me fool
goto initPoint;
} else if (ex is System.Security.SecurityException) {
TShock.Log.ConsoleError(" * Access denied to the journal file. Check permissions.");
} else {
TShock.Log.ConsoleError(" * Loading your journal failed: " + ex.Message);
}
}
try {
uncompressedData = GZipDecompress(fileData);
} catch {
TShock.Log.ConsoleError(" * Decompression failed.");
return false;
}
if (JournalLoadingPercentChanged != null) {
JournalLoadingPercentChanged(this, parsingArgs);
}
try {
Hashtable bankAccountMap = new Hashtable();
Hashtable transactionMap = new Hashtable();
//You can't use XDocument.Parse when you have an XDeclaration for some even dumber reason than the write
//issue, XDocument has to be constructed from a .net 3.5 XmlReader in this case
//or you get a parse exception complaining about literal content.
using (XmlTextReader xmlStream = new XmlTextReader(uncompressedData)) {
XDocument doc = XDocument.Load(xmlStream);
var bankAccountList = doc.XPathSelectElements("/Journal/BankAccounts/BankAccount");
int bankAccountCount = bankAccountList.Count();
int i = 0;
int oldPercent = 0;
foreach (XElement elem in bankAccountList) {
long bankAccountK = 0L;
double percentComplete = (double)i / (double)bankAccountCount * 100;
var account = new XmlBankAccount(this) {
Description = elem.Attribute("Description").Value,
UserAccountName = elem.Attribute("UserAccountName").Value,
WorldID = long.Parse(elem.Attribute("WorldID").Value),
Flags = (BankAccountFlags)Enum.Parse(typeof(BankAccountFlags), elem.Attribute("Flags").Value)
};
if (!long.TryParse(elem.Attribute("BankAccountK").Value, out bankAccountK)) {
//we've overwritten the old bank account key, add it to the old/new map
bankAccountK = Interlocked.Increment(ref _bankAccountSeed);
bankAccountMap.Add(elem.Attribute("BankAccountK").Value, bankAccountK);
}
account.BankAccountK = bankAccountK;
//parse transactions under this node
if (elem.Element("Transactions") != null) {
foreach (XElement txElement in elem.Element("Transactions").Elements("Transaction")) {
long transactionK = 0L;
long transactionFK = 0;
long amount = long.Parse(txElement.Attribute("Amount").Value);
DateTime transactionDate;
BankAccountTransactionFlags flags;
long.TryParse(txElement.Attribute("BankAccountTransactionK").Value, out transactionK);
long.TryParse(txElement.Attribute("BankAccountTransactionFK").Value, out transactionFK);
DateTime.TryParse(txElement.Attribute("TransactionDateUtc").Value, out transactionDate);
Enum.TryParse<BankAccountTransactionFlags>(txElement.Attribute("Flags").Value, out flags);
//ignore orphaned transactions
var trans = new XmlTransaction(account) {
Amount = amount,
BankAccountTransactionK = transactionK,
BankAccountTransactionFK = transactionFK,
TransactionDateUtc = transactionDate,
Flags = flags
};
trans.Message = txElement.Attribute("Message") != null ? txElement.Attribute("Message").Value : null;
account.AddTransaction(trans);
}
}
account.SyncBalance();
if (oldPercent != (int)percentComplete) {
parsingArgs.Percent = (int)percentComplete;
if (JournalLoadingPercentChanged != null) {
JournalLoadingPercentChanged(this, parsingArgs);
}
oldPercent = (int)percentComplete;
}
Interlocked.Increment(ref i);
bankAccounts.Add(account);
}
Interlocked.Exchange(ref _bankAccountSeed, bankAccounts.Count() > 0 ? bankAccounts.Max(sum => sum.BankAccountK) : 0);
//delete transactions with duplicate IDs
var qAccounts = from summary in bankAccounts
group summary by summary.BankAccountK into g
where g.Count() > 1
select new {
name = g.Key,
count = g.Count()
};
long[] duplicateAccounts = qAccounts.Select(pred => pred.name).ToArray();
int removedAccounts = bankAccounts.RemoveAll(pred => duplicateAccounts.Contains(pred.BankAccountK));
if (removedAccounts > 0) {
TShock.Log.Warn("seconomy journal: removed " + removedAccounts + " accounts with duplicate IDs.");
}
//transactions in the old schema.
int tranCount = doc.XPathSelectElements("/Journal/Transactions/Transaction").Count();
i = 0; //reset index
foreach (XElement elem in doc.XPathSelectElements("/Journal/Transactions/Transaction")) {
//Parallel.ForEach(doc.XPathSelectElements("/Journal/Transactions/Transaction"), (elem) => {
double percentComplete = (double)i / (double)tranCount * 100;
long bankAccountFK = 0L;
long transactionK = 0L;
long amount = long.Parse(elem.Attribute("Amount").Value);
if (!long.TryParse(elem.Attribute("BankAccountFK").Value, out bankAccountFK)) {
if (bankAccountMap.ContainsKey(elem.Attribute("BankAccountFK").Value)) {
Interlocked.Exchange(ref bankAccountFK, (long)bankAccountMap[elem.Attribute("BankAccountFK").Value]);
}
}
IBankAccount bankAccount = GetBankAccount(bankAccountFK);
long.TryParse(elem.Attribute("BankAccountTransactionK").Value, out transactionK);
//ignore orphaned transactions
if (bankAccount != null) {
var trans = new XmlTransaction(bankAccount) {
Amount = amount,
BankAccountTransactionK = transactionK
};
if (elem.Attribute("BankAccountTransactionFK") != null) {
trans.CustomValues.Add(XmlTransaction.kXmlTransactionOldTransactonFK, elem.Attribute("BankAccountTransactionFK").Value);
}
trans.Message = elem.Attribute("Message") != null ? elem.Attribute("Message").Value : null;
bankAccount.AddTransaction(trans);
transactionMap.Add(elem.Attribute("BankAccountTransactionK").Value, trans.BankAccountTransactionK);
}
Interlocked.Increment(ref i);
}
int txCount = Transactions.Count();
int x = 0;
finalArgs.Percent = 0;
if (JournalLoadingPercentChanged != null) {
JournalLoadingPercentChanged(this, finalArgs);
}
foreach (IBankAccount account in bankAccounts) {
foreach (XmlTransaction trans in account.Transactions) {
double pcc = (double)x / (double)txCount * 100;
//assigns the transactionK according to the hashmap of the old key stored as custom values
if (trans.CustomValues.ContainsKey(XmlTransaction.kXmlTransactionOldTransactonFK)) {
object value = transactionMap[trans.CustomValues[XmlTransaction.kXmlTransactionOldTransactonFK]];
trans.BankAccountTransactionFK = value != null ? (long)value : -1L;
}
if (oldPercent != (int)pcc) {
if (JournalLoadingPercentChanged != null) {
finalArgs.Percent = (int)pcc;
JournalLoadingPercentChanged(this, finalArgs);
oldPercent = (int)pcc;
}
}
Interlocked.Increment(ref x);
trans.CustomValues.Clear();
trans.CustomValues = null;
}
}
bankAccountMap = null;
transactionMap = null;
// CleanJournal(PurgeOptions.RemoveOrphanedAccounts | PurgeOptions.RemoveZeroBalanceAccounts);
var accountCount = bankAccounts.Count;
Console.WriteLine();
Console.ForegroundColor = ConsoleColor.Cyan;
Console.WriteLine("\r\n Journal clean: {0} accounts and {1} transactions.", accountCount, Transactions.Count());
Console.ResetColor();
}
} catch (Exception ex) {
ConsoleEx.WriteAtEnd(2, ConsoleColor.Red, "[{0}]\r\n", SEconomyPlugin.Locale.StringOrDefault(79, "corrupt"));
TShock.Log.ConsoleError(ex.ToString());
Console.WriteLine(SEconomyPlugin.Locale.StringOrDefault(80, "Your transaction journal appears to be corrupt and transactions have been lost.\n\nYou will start with a clean journal.\nYour old journal file has been move to SEconomy.journal.xml.gz.corrupt"));
File.Move(path, path + "." + DateTime.Now.ToFileTime().ToString() + ".corrupt");
SaveJournal();
//yes there are valid uses for goto, don't judge me fool
goto initPoint;
}
} finally {
Console.WriteLine();
}
return true;
}