public void EquivalentPendingParamsAreConsideredEqual()
{
var payer = new Address(Generator.Integer(1, 5), Generator.Integer(1, 5), Generator.Integer(1, 5));
var(adminKey, _) = Generator.KeyPair();
var memo = Generator.String(5, 75);
var pendingParam1 = new PendingParams
{
PendingPayer = payer,
Administrator = adminKey,
Memo = memo
};
var pendingParam2 = new PendingParams
{
PendingPayer = payer,
Administrator = adminKey,
Memo = memo
};
Assert.Equal(pendingParam1, pendingParam2);
Assert.True(pendingParam1 == pendingParam2);
Assert.False(pendingParam1 != pendingParam2);
object asObject1 = pendingParam1;
object asObject2 = pendingParam2;
Assert.Equal(asObject1, asObject2);
Assert.True(pendingParam1.Equals(asObject1));
Assert.True(asObject1.Equals(pendingParam1));
Assert.True(pendingParam1.Equals(asObject2));
Assert.True(asObject1.Equals(pendingParam2));
}
/// <summary>
/// Creates a signatory that indicates the transaction should be
/// scheduled and not immediately executed. The params include
/// optional details on how to schedule the transaction.
/// </summary>
/// <param name="pendingParams">
/// The scheduling details of the pending transaction.
/// </param>
public Signatory(PendingParams pendingParams)
{
if (pendingParams is null)
{
throw new ArgumentNullException(nameof(pendingParams), "Pending Parameters object cannot be null.");
}
_type = Type.Pending;
_data = pendingParams;
}
public void CreateValidPendingParamsObject()
{
var pending = new PendingParams();
Assert.Null(pending.PendingPayer);
Assert.Null(pending.Administrator);
Assert.Null(pending.Memo);
Assert.Equal(pending, new PendingParams());
}
public void DisimilarPendingParamsAreNotConsideredEqual()
{
var payer = new Address(Generator.Integer(1, 5), Generator.Integer(1, 5), Generator.Integer(1, 5));
var(adminKey, _) = Generator.KeyPair();
var memo = Generator.String(5, 75);
var pendingParams1 = new PendingParams
{
PendingPayer = payer,
Administrator = adminKey,
Memo = memo
};
var pendingParams2 = new PendingParams
{
Administrator = adminKey,
Memo = memo
};
Assert.NotEqual(pendingParams1, pendingParams2);
Assert.False(pendingParams1 == pendingParams2);
Assert.True(pendingParams1 != pendingParams2);
pendingParams2 = new PendingParams
{
PendingPayer = payer,
Memo = memo
};
Assert.NotEqual(pendingParams1, pendingParams2);
Assert.False(pendingParams1 == pendingParams2);
Assert.True(pendingParams1 != pendingParams2);
pendingParams2 = new PendingParams
{
PendingPayer = payer,
Administrator = adminKey
};
Assert.NotEqual(pendingParams1, pendingParams2);
Assert.False(pendingParams1 == pendingParams2);
Assert.True(pendingParams1 != pendingParams2);
pendingParams2 = new PendingParams
{
PendingPayer = payer,
Administrator = adminKey,
Memo = Generator.Code(80)
};
Assert.NotEqual(pendingParams1, pendingParams2);
Assert.False(pendingParams1 == pendingParams2);
Assert.True(pendingParams1 != pendingParams2);
}
