public override abstractType Create(compositeType parent, enumMessage product, string name)
{
if (product == enumMessage.ACK)
{
return(new ACK());
}
else if (product == enumMessage.A01)
{
return(new A01());
}
else if (product == enumMessage.A02)
{
return(new A02());
}
else if (product == enumMessage.A03)
{
return(new A03());
}
else if (product == enumMessage.A04)
{
return(new A04());
}
else
{
return(null);
}
}
public override abstractType Create(compositeType parent, enumMessage product, string name)
{
if (product == enumMessage.ID)
{
return(new ID(name));
}
else if (product == enumMessage.TS)
{
return(new TS(name));
}
else if (product == enumMessage.IS)
{
return(new IS(name));
}
else if (product == enumMessage.NM)
{
return(new NM(name));
}
else if (product == enumMessage.ST)
{
return(new ST(name));
}
else if (product == enumMessage.SI)
{
return(new SI(name));
}
else if (product == enumMessage.DT)
{
return(new DT(name));
}
else if (product == enumMessage.TM)
{
return(new TM(name));
}
else if (product == enumMessage.TX)
{
return(new TX(name));
}
else if (product == enumMessage.TN)
{
return(new TN(name));
}
else if (product == enumMessage.FT)
{
return(new FT(name));
}
else if (product == enumMessage.CWE)
{
return(new CWE(name));
}
else
{
return(null);
}
}
public void ContactClient(enumMessage mesg)
{
try
{
//List<ClientInfo> ap = null;
}
catch (Exception e)
{
program.errorreport(e);
}
}
public override abstractType Create(compositeType parent, enumMessage product, string name)
{
if (product == enumMessage.HD)
{
return(new HD(parent, name));
}
else if (product == enumMessage.XCN)
{
return(new XCN(parent, name));
}
else if (product == enumMessage.VID)
{
return(new VID(parent, name));
}
else if (product == enumMessage.PT)
{
return(new PT(parent, name));
}
else if (product == enumMessage.CE)
{
return(new CE(parent, name));
}
else if (product == enumMessage.DR)
{
return(new DR(parent, name));
}
else if (product == enumMessage.PN)
{
return(new PN(parent, name));
}
else if (product == enumMessage.FN)
{
return(new FN(parent, name));
}
else if (product == enumMessage.CM)
{
return(new CM(parent, name));
}
else if (product == enumMessage.MSG)
{
return(new MSG(parent, name));
}
else
{
return(null);
}
}
public void SetText(enumMessage msgno)
{
switch (msgno)
{
case enumMessage.WRITECORRECT: labelControl1.Text = "Амжилттай бичигдлээ"; break;
case enumMessage.READCORRECT: labelControl1.Text = "Амжилттай уншигдлаа"; break;
case enumMessage.CLEANCORRECT: labelControl1.Text = "Амжилттай цэвэрлэгдлээ"; break;
case enumMessage.WRITEERROR: labelControl1.Text = "Мэдээлэл бичихэд алдаа гарлаа.\r\nДахин оролдоно уу."; break;
case enumMessage.CLEANERROR: labelControl1.Text = "Мэдээлэл цэвэрлэхэд алдаа гарлаа.\r\nДахин оролдоно уу."; break;
case enumMessage.READERROR: labelControl1.Text = "Мэдээлэл уншихад алдаа гарлаа.\r\nДахин оролдоно уу."; break;
case enumMessage.REPEATREAD: labelControl1.Text = "Тагыг дахин уншуулна уу."; break;
}
}
public override abstractType Create(compositeType parent, enumMessage product, string name)
{
if (product == enumMessage.MSA)
{
return(new MSA(parent));
}
else if (product == enumMessage.EVN)
{
return(new EVN(parent));
}
else if (product == enumMessage.MSH)
{
return(new MSH(parent));
}
else if (product == enumMessage.PID)
{
return(new PID(parent));
}
else if (product == enumMessage.ERR)
{
return(new ERR(parent));
}
else if (product == enumMessage.PV1)
{
return(new PV1(parent));
}
else if (product == enumMessage.OBR)
{
return(new OBR(parent));
}
else if (product == enumMessage.ORC)
{
return(new ORC(parent));
}
else
{
return(null);
}
}
public frmMessage(enumMessage msgno)
{
InitializeComponent();
SetText(msgno);
}
public abstract abstractType Create(compositeType parent, enumMessage product, string name);
