private void Button_Click(object sender, RoutedEventArgs e)
{
double max, min;
double d;
if (Max.Equals(""))
{
max = double.MaxValue;
}
else if (!(double.TryParse(Max, out d)))
{
return;
}
else
{
max = d;
}
if (Min.Equals(""))
{
min = double.MinValue;
}
else if (!(double.TryParse(Min, out d)))
{
return;
}
else
{
min = d;
}
List <Res> l = new List <Res>( );
listRes.Clear( );
for (int i = 0; i < MainWindow.Resources.Len( ); i++)
{
WpfApp3.Res r = MainWindow.Resources.GetResourceAtI(i);
String ek = r.eksploatisanje ? "DA" : "NE";
String o = r.obnovljiv ? "DA" : "NE";
String s = r.strateskiVazan ? "DA" : "NE";
Regex match = new Regex(Ime, RegexOptions.IgnoreCase);
Match mIme = match.Match(r.ime);
match = new Regex(Oznaka, RegexOptions.IgnoreCase);
Match mOznaka = match.Match(r.oznaka);
String etiketeStr = "";
for (int j = 0; j < r.etikete.Count; j++)
{
etiketeStr += r.etikete[j].oznaka + " ";
}
Double cena = double.Parse(r.cena);
if (((mIme.Success && mIme.Value.Length == r.ime.Length) || Ime.Equals("")) &&
((mOznaka.Success && mOznaka.Value.Length == r.oznaka.Length) || Oznaka.Equals("")) &&
(Tip.Equals("") || Tip.Equals(r.tip)) &&
cena <= max && cena >= min)
{
l.Add(new Res( )
{
Ime = r.ime, Opis = r.opis, Oznaka = r.oznaka, Tip = r.tip, Slika = r.tipImg, Frekvencija = r.frekvencija, Ikonica = r.oznaka, Obnovljiv = o, Eksploatisanje = ek, StrateskiVazan = s, Mera = r.mera, Cena = r.cena, Datum = r.datum, Etikete = etiketeStr
});
listRes.Add(new Res( )
{
Ime = r.ime, Opis = r.opis, Oznaka = r.oznaka, Tip = r.tip, Slika = r.tipImg, Frekvencija = r.frekvencija, Ikonica = r.oznaka, Obnovljiv = o, Eksploatisanje = ek, StrateskiVazan = s, Mera = r.mera, Cena = r.cena, Datum = r.datum, Etikete = etiketeStr
});
}
}
/*this.Close( );
* var tablefil = new Table(l);
* tablefil.ShowDialog( );*/
}
internal System.Action Swap(
BlockChain <T> other,
bool render,
StateCompleterSet <T>?stateCompleters = null)
{
if (other is null)
{
throw new ArgumentNullException(nameof(other));
}
// As render/unrender processing requires every step's states from the branchpoint
// to the new/stale tip, incomplete states need to be complemented anyway...
StateCompleterSet <T> completers = stateCompleters ?? StateCompleterSet <T> .Recalculate;
if (Tip.Equals(other.Tip))
{
// If it's swapped for a chain with the same tip, it means there is no state change.
// Hence render is unnecessary.
render = false;
}
else
{
_logger.Debug(
"The blockchain was reorged from " +
"{OldChainId} (#{OldTipIndex} {OldTipHash}) " +
"to {NewChainId} (#{NewTipIndex} {NewTipHash}).",
Id,
Tip.Index,
Tip.Hash,
other.Id,
other.Tip.Index,
other.Tip.Hash);
}
System.Action renderSwap = () => { };
_rwlock.EnterUpgradeableReadLock();
try
{
// Finds the branch point.
Block <T> branchpoint = FindTopCommon(this, other);
if (branchpoint is null)
{
const string msg =
"A chain cannot be reorged into a heterogeneous chain with a " +
"different genesis.";
throw new InvalidGenesisBlockException(Genesis.Hash, other.Genesis.Hash, msg);
}
_logger.Debug(
"The branchpoint is #{BranchpointIndex} {BranchpointHash}.",
branchpoint.Index,
branchpoint
);
Block <T> oldTip = Tip, newTip = other.Tip;
ImmutableList <Block <T> > rewindPath =
GetRewindPath(this, branchpoint.Hash);
ImmutableList <Block <T> > fastForwardPath =
GetFastForwardPath(other, branchpoint.Hash);
// If there is no rewind, it is not considered as a reorg.
bool reorg = rewindPath.Count > 0;
_rwlock.EnterWriteLock();
try
{
IEnumerable <long> LongRange(long start, long count)
{
for (long i = 0; i < count; i++)
{
yield return(start + i);
}
}
ImmutableHashSet <Transaction <T> >
GetTxsWithRange(BlockChain <T> chain, Block <T> start, Block <T> end) =>
LongRange(start.Index + 1, end.Index - start.Index)
.SelectMany(index => chain[index].Transactions)
.ToImmutableHashSet();
// It assumes reorg is small size. If it was big, this may be heavy task.
ImmutableHashSet <Transaction <T> > txsToStage =
GetTxsWithRange(this, branchpoint, Tip);
ImmutableHashSet <Transaction <T> > txsToUnstage =
GetTxsWithRange(other, branchpoint, other.Tip);
foreach (Transaction <T> tx in txsToStage)
{
StagePolicy.Stage(this, tx);
}
Guid obsoleteId = Id;
Id = other.Id;
Store.SetCanonicalChainId(Id);
_blocks = new BlockSet <T>(Policy.GetHashAlgorithm, Store);
foreach (Transaction <T> tx in txsToUnstage)
{
StagePolicy.Unstage(this, tx.Id);
}
TipChanged?.Invoke(this, (oldTip, newTip));
Store.DeleteChainId(obsoleteId);
}
finally
{
_rwlock.ExitWriteLock();
}
renderSwap = () => RenderSwap(
render: render,
oldTip: oldTip,
newTip: newTip,
branchpoint: branchpoint,
rewindPath: rewindPath,
fastForwardPath: fastForwardPath,
stateCompleters: completers);
}
finally
{
_rwlock.ExitUpgradeableReadLock();
}
return(renderSwap);
}
private void filter()
{
if (chack_filter.IsChecked.Equals(true))
{
double max, min;
double d;
if (Max.Equals(""))
{
max = double.MaxValue;
}
else if (!(double.TryParse(Max, out d)))
{
return;
}
else
{
max = d;
}
if (Min.Equals(""))
{
min = double.MinValue;
}
else if (!(double.TryParse(Min, out d)))
{
return;
}
else
{
min = d;
}
List <Res> l = new List <Res>( );
listRes.Clear( );
for (int i = 0; i < MainWindow.Resources.Len( ); i++)
{
WpfApp3.Res r = MainWindow.Resources.GetResourceAtI(i);
String ek = r.eksploatisanje ? "DA" : "NE";
String o = r.obnovljiv ? "DA" : "NE";
String s = r.strateskiVazan ? "DA" : "NE";
Regex match = new Regex(Ime, RegexOptions.IgnoreCase);
Match mIme = match.Match(r.ime);
match = new Regex(Oznaka, RegexOptions.IgnoreCase);
Match mOznaka = match.Match(r.oznaka);
String etiketeStr = "";
for (int j = 0; j < r.etikete.Count; j++)
{
etiketeStr += r.etikete[j].oznaka + " ";
}
Double cena = double.Parse(r.cena);
if ((r.ime.StartsWith(Ime) || Ime.Equals("")) &&
(r.oznaka.StartsWith(Oznaka) || Oznaka.Equals("")) &&
(Tip.Equals("") || Tip.Equals(r.tip)) &&
cena <= max && cena >= min)
{
l.Add(new Res( )
{
Ime = r.ime, Opis = r.opis, Oznaka = r.oznaka, Tip = r.tip, Slika = r.tipImg, Frekvencija = r.frekvencija, Ikonica = r.oznaka, Obnovljiv = o, Eksploatisanje = ek, StrateskiVazan = s, Mera = r.mera, Cena = r.cena, Datum = r.datum, Etikete = etiketeStr
});
listRes.Add(new Res( )
{
Ime = r.ime, Opis = r.opis, Oznaka = r.oznaka, Tip = r.tip, Slika = r.tipImg, Frekvencija = r.frekvencija, Ikonica = r.oznaka, Obnovljiv = o, Eksploatisanje = ek, StrateskiVazan = s, Mera = r.mera, Cena = r.cena, Datum = r.datum, Etikete = etiketeStr
});
}
}
}
}
// FIXME it's very dangerous because replacing Id means
// ALL blocks (referenced by MineBlock(), etc.) will be changed.
internal System.Action Swap(
BlockChain <T> other,
bool render,
StateCompleterSet <T>?stateCompleters = null)
{
if (other is null)
{
throw new ArgumentNullException(nameof(other));
}
// As render/unrender processing requires every step's states from the branchpoint
// to the new/stale tip, incomplete states need to be complemented anyway...
StateCompleterSet <T> completers = stateCompleters ?? StateCompleterSet <T> .Recalculate;
if (Tip.Equals(other.Tip))
{
// If it's swapped for a chain with the same tip, it means there is no state change.
// Hence render is unnecessary.
render = false;
}
else
{
_logger.Debug(
"The blockchain was reorged from " +
"{OldChainId} (#{OldTipIndex} {OldTipHash}) " +
"to {NewChainId} (#{NewTipIndex} {NewTipHash}).",
Id,
Tip.Index,
Tip.Hash,
other.Id,
other.Tip.Index,
other.Tip.Hash);
}
System.Action renderSwap = () => { };
_rwlock.EnterUpgradeableReadLock();
try
{
// Finds the branch point.
Block <T> branchpoint = FindTopCommon(this, other);
if (branchpoint is null)
{
const string msg =
"A chain cannot be reorged into a heterogeneous chain with a " +
"different genesis.";
throw new InvalidGenesisBlockException(Genesis.Hash, other.Genesis.Hash, msg);
}
_logger.Debug(
"The branchpoint is #{BranchpointIndex} {BranchpointHash}.",
branchpoint.Index,
branchpoint
);
Block <T> oldTip = Tip, newTip = other.Tip;
ImmutableList <Block <T> > rewindPath =
GetRewindPath(this, branchpoint.Hash);
ImmutableList <Block <T> > fastForwardPath =
GetFastForwardPath(other, branchpoint.Hash);
// If there is no rewind, it is not considered as a reorg.
bool reorg = rewindPath.Count > 0;
_rwlock.EnterWriteLock();
try
{
IEnumerable <Transaction <T> >
GetTxsWithRange(BlockChain <T> chain, Block <T> start, Block <T> end)
=> Enumerable
.Range((int)start.Index + 1, (int)(end.Index - start.Index))
.SelectMany(x =>
{
// FIXME: Change the type of IBlockContent<T>.Transactions to
// IImmutableSet<Transaction<T>>, and define a distinct property
// to Block<T> for this ordering.
Block <T> block = chain[x];
return(ActionEvaluator <T> .OrderTxsForEvaluation(
block.ProtocolVersion,
block.Transactions,
block.PreEvaluationHash
));
});
// It assumes reorg is small size. If it was big, this may be heavy task.
ImmutableHashSet <Transaction <T> > unstagedTxs =
GetTxsWithRange(this, branchpoint, Tip).ToImmutableHashSet();
ImmutableHashSet <Transaction <T> > stageTxs =
GetTxsWithRange(other, branchpoint, other.Tip).ToImmutableHashSet();
ImmutableHashSet <Transaction <T> > restageTxs = unstagedTxs.Except(stageTxs);
foreach (Transaction <T> restageTx in restageTxs)
{
StagePolicy.Stage(this, restageTx);
}
Guid obsoleteId = Id;
Id = other.Id;
Store.SetCanonicalChainId(Id);
_blocks = new BlockSet <T>(Policy.GetHashAlgorithm, Store);
TipChanged?.Invoke(this, (oldTip, newTip));
Store.DeleteChainId(obsoleteId);
}
finally
{
_rwlock.ExitWriteLock();
}
renderSwap = () => RenderSwap(
render: render,
oldTip: oldTip,
newTip: newTip,
branchpoint: branchpoint,
rewindPath: rewindPath,
fastForwardPath: fastForwardPath,
stateCompleters: completers);
}
finally
{
_rwlock.ExitUpgradeableReadLock();
}
return(renderSwap);
}