public void TestOutputParameters()
{
var input = new InOutParameters { In = 5 };
var output = new OutParameters();
var result = Connection().InsertAsync(InOutParameters.ProcName, input, outputParameters: output).Result;
input.Verify(output);
}
public void TestOutputParameters()
{
var input = new InOutParameters { In = 5 };
var output = new OutParameters();
Connection().ExecuteAsync(InOutParameters.ProcName, input, outputParameters: output).Wait();
input.Verify(output);
}
public void TestOutputParameters()
{
var input = new InOutParameters { In = 5 };
var output = new OutParameters();
Connection().Query<Beer>(InOutParameters.ProcName, input, outputParameters: output);
input.Verify(output);
}
public void TestOutputParameters()
{
var input = new InOutParameters { In = 5 };
var output = new OutParameters();
var result = Connection().ExecuteScalar<int>(InOutParameters.ProcName, input, outputParameters: output);
Assert.AreEqual(input.In, result);
input.Verify(output);
}
public void TestOutputParametersInList()
{
var list = new List<int>();
var input = new InOutParameters { In = 5 };
var output = new OutParameters();
var result = Connection().InsertList(InOutParameters.ProcName, list, input, outputParameters: output);
input.Verify(output);
}
public void TestOutputParameters()
{
var input = new InOutParameters { In = 5 };
var output = new OutParameters();
// notice here how we don't actually read the recordset, but the framework goes all the way to the end for us
Connection().QueryAsync(InOutParameters.ProcName, input, reader => 1, outputParameters: output).Wait();
input.Verify(output);
}
public void Verify(OutParameters output)
{
Assert.AreEqual(In, Out1);
output.Verify(In);
}
public void Verify(OutParameters output)
{
Assert.AreEqual(In, Out1);
output.Verify(In);
}