/// <summary>
/// Code which is actually run on the generation thread.
/// </summary>
private void GenerationThreadProcess()
{
Bip38Intermediate intermediate = null;
if (GenChoice == GenChoices.Encrypted)
{
intermediate = new Bip38Intermediate(UserText, Bip38Intermediate.Interpretation.Passphrase);
}
int detcount = 1;
while (RemainingToGenerate > 0 && StopRequested == false)
{
KeyCollectionItem newitem = null;
switch (GenChoice)
{
case GenChoices.Minikey:
MiniKeyPair mkp = MiniKeyPair.CreateRandom(ExtraEntropy.GetEntropy());
string s = mkp.AddressBase58; // read the property to entice it to compute everything
newitem = new KeyCollectionItem(mkp);
break;
case GenChoices.WIF:
KeyPair kp = KeyPair.Create(ExtraEntropy.GetEntropy());
s = kp.AddressBase58;
newitem = new KeyCollectionItem(kp);
break;
case GenChoices.Deterministic:
kp = KeyPair.CreateFromString(UserText + detcount);
detcount++;
s = kp.AddressBase58;
newitem = new KeyCollectionItem(kp);
break;
case GenChoices.Encrypted:
Bip38KeyPair ekp = new Bip38KeyPair(intermediate);
newitem = new KeyCollectionItem(ekp);
break;
case GenChoices.TwoFactor:
ekp = new Bip38KeyPair(intermediatesForGeneration[intermediateIdx++]);
if (intermediateIdx >= intermediatesForGeneration.Length)
{
intermediateIdx = 0;
}
newitem = new KeyCollectionItem(ekp);
break;
}
lock (GeneratedItems) {
GeneratedItems.Add(newitem);
RemainingToGenerate--;
}
}
GeneratingEnded = true;
}
/// <summary>
/// Code which is actually run on the generation thread.
/// </summary>
private void GenerationThreadProcess()
{
Bip38Intermediate intermediate = null;
if (GenChoice == GenChoices.Encrypted) {
try {
intermediate = new Bip38Intermediate(txtTextInput.Text, Bip38Intermediate.Interpretation.IntermediateCode);
} catch { } // sink exceptions - just means it's not an intermediate code
if (intermediate == null) {
intermediate = new Bip38Intermediate(UserText, Bip38Intermediate.Interpretation.Passphrase);
}
}
int detcount = 1;
while (RemainingToGenerate > 0 && StopRequested == false) {
KeyCollectionItem newitem = null;
switch (GenChoice) {
case GenChoices.Minikey:
MiniKeyPair mkp = MiniKeyPair.CreateRandom(ExtraEntropy.GetEntropy());
string s = mkp.AddressBase58; // read the property to entice it to compute everything
newitem = new KeyCollectionItem(mkp);
break;
case GenChoices.WIF:
KeyPair kp = KeyPair.Create(ExtraEntropy.GetEntropy());
s = kp.AddressBase58;
newitem = new KeyCollectionItem(kp);
break;
case GenChoices.Deterministic:
kp = KeyPair.CreateFromString(UserText + detcount);
detcount++;
s = kp.AddressBase58;
newitem = new KeyCollectionItem(kp);
break;
case GenChoices.Encrypted:
Bip38KeyPair ekp = new Bip38KeyPair(intermediate);
newitem = new KeyCollectionItem(ekp);
break;
}
lock (GeneratedItems) {
GeneratedItems.Add(newitem);
RemainingToGenerate--;
}
}
GeneratingEnded = true;
}