///<summary>Constructs the ObjFormEhrMeasures fro use with late binding.</summary>
private static void constructObjFormEhrMeasuresHelper() {
string dllPathEHR=ODFileUtils.CombinePaths(Application.StartupPath,"EHR.dll");
ObjFormEhrMeasures=null;
AssemblyEHR=null;
if(File.Exists(dllPathEHR)) {//EHR.dll is available, so load it up
AssemblyEHR=Assembly.LoadFile(dllPathEHR);
Type type=AssemblyEHR.GetType("EHR.FormEhrMeasures");//namespace.class
ObjFormEhrMeasures=Activator.CreateInstance(type);
return;
}
#if EHRTEST
ObjFormEhrMeasures=new FormEhrMeasures();
#endif
}
public static bool QuarterlyKeyIsValid(string year, string quarter, string practiceTitle, string qkey)
{
try{
#if EHRTEST //This pattern allows the code to compile without having the EHR code available.
return(FormEhrMeasures.QuarterlyKeyIsValid(year, quarter, practiceTitle, qkey));
#else
constructObjFormEhrMeasuresHelper();
Type type = AssemblyEHR.GetType("EHR.FormEhrMeasures"); //namespace.class
object[] args = new object[] { year, quarter, practiceTitle, qkey };
return((bool)type.InvokeMember("QuarterlyKeyIsValid", System.Reflection.BindingFlags.InvokeMethod, null, ObjFormEhrMeasures, args));
#endif
}
catch {
return(false);
}
}
public static bool ProvKeyIsValid(string lName, string fName, bool hasReportAccess, string provKey)
{
try{
#if EHRTEST //This pattern allows the code to compile without having the EHR code available.
return(FormEhrMeasures.ProvKeyIsValid(lName, fName, hasReportAccess, provKey));
#else
constructObjFormEhrMeasuresHelper();
Type type = AssemblyEHR.GetType("EHR.FormEhrMeasures"); //namespace.class
object[] args = new object[] { lName, fName, hasReportAccess, provKey };
return((bool)type.InvokeMember("ProvKeyIsValid", System.Reflection.BindingFlags.InvokeMethod, null, ObjFormEhrMeasures, args));
#endif
}
catch {
return(false);
}
}
