public void Window_Loaded()
{
if (t_Gel.ID == 0)
{
IsNew = true;
base.DisplayName = "新建";
}
else
{
base.DisplayName = "修改";
}
unknown = new UnknownResult(t_Gel.UnknownResult);
Tbs.Clear();
Tbs.Add(new TubeName(1, t_Gel.Name1));
Tbs.Add(new TubeName(2, t_Gel.Name2));
Tbs.Add(new TubeName(3, t_Gel.Name3));
Tbs.Add(new TubeName(4, t_Gel.Name4));
Tbs.Add(new TubeName(5, t_Gel.Name5));
Tbs.Add(new TubeName(6, t_Gel.Name6));
Tbs.Add(new TubeName(7, t_Gel.Name7));
Tbs.Add(new TubeName(8, t_Gel.Name8));
var count = t_Gel.GelSteps.Count;
GelSteps.AddRange(t_Gel.GelSteps);
for (int i = 0; i < 20 - count; i++)
{
GelSteps.Add(new T_GelStep()
{
StepIndex = count + i
});
}
}
public X509Certificate SignWith(X509PrivateKey authorityPrivateKey)
{
var tbsData = Tbs.ToAsn1().GetBytes();
var data = authorityPrivateKey.SignData(tbsData);
SignatureValue = new Asn1BitString(data);
SignatureAlgorithm = Tbs.SignatureAlgorithm;
return(this);
}
public Asn1Node ToAsn1()
{
return(new Asn1Sequence {
Nodes =
{
Tbs.ToAsn1(),
SignatureAlgorithm.ToAsn1(),
SignatureValue
}
});
}
/// <summary>
/// This sample illustrates the use of the resource manager built into
/// Tpm2Lib. Using the resource manager relieves the programmer of the
/// (sometimes burdensome) chore of juggling a small number of TPM slots
/// </summary>
/// <param name="tpm">Reference to the TPM object.</param>
static void ResourceManager(Tpm2 tpm)
{
//
// The Tbs device class has a built-in resource manager. We create an
// instance of the Tbs device class, but hook it up to the TCP device
// created above. We also tell the Tbs device class to clean the TPM
// before we start using it.
// This sample won't work on top of the default Windows resource manager
// (TBS).
//
var tbs = new Tbs(tpm._GetUnderlyingDevice(), false);
var tbsTpm = new Tpm2(tbs.CreateTbsContext());
//
// Make more sessions than the TPM has room for
//
const int count = 32;
var sessions = new AuthSession[count];
for (int j = 0; j < count; j++)
{
sessions[j] = tbsTpm.StartAuthSessionEx(TpmSe.Policy, TpmAlgId.Sha1);
}
Console.WriteLine("Created {0} sessions.", count);
//
// And now use them. The resource manager will use ContextLoad and
// ContextSave to bring them into the TPM
//
for (int j = 0; j < count; j++)
{
tbsTpm.PolicyAuthValue(sessions[j].Handle);
}
Console.WriteLine("Used {0} sessions.", count);
//
// And now clean up
//
for (int j = 0; j < count; j++)
{
tbsTpm.FlushContext(sessions[j].Handle);
}
Console.WriteLine("Cleaned up.");
//
// Dispose of the Tbs device object.
//
tbsTpm.Dispose();
}
public Asn1Node ToAsn1()
{
if (SignatureValue == null)
{
throw new Exception("Certificate is not signed");
}
return(new Asn1Sequence {
Nodes =
{
Tbs.ToAsn1(),
SignatureAlgorithm.ToAsn1(),
SignatureValue
}
});
}
