public IList <Medication> parse(string message)
{
PipeParser parser = new PipeParser();
RTB_K13 rtb_k13 = (RTB_K13)parser.Parse(message);
string responseStatus = rtb_k13.QAK.QueryResponseStatus.Value;
if (String.Equals("NF", responseStatus, StringComparison.CurrentCultureIgnoreCase))
{
// TODO - see RxProfileDecoder.decode
return(null);
}
if (!String.Equals("OK", responseStatus, StringComparison.CurrentCultureIgnoreCase))
{
throw new MdoException("Received processing error: " + message);
}
int recordCount = Int32.Parse(rtb_k13.QAK.ThisPayload.Value);
IList <Medication> meds = new List <Medication>();
for (int i = 0; i < recordCount; i++)
{
RDT rdt = rtb_k13.ROW_DEFINITION.GetRDT(i);
meds.Add(buildMedication(rdt));
}
return(meds);
}
/// <summary>
/// Returns first repetition of RDT (Table Row Data) - creates it if necessary.
/// </summary>
///
/// <exception cref="Exception"> Thrown when an exception error condition occurs. </exception>
///
/// <returns> The rdt. </returns>
public RDT GetRDT()
{
RDT ret = null;
try {
ret = (RDT)this.GetStructure("RDT");
} catch (HL7Exception e) {
HapiLogFactory.GetHapiLog(GetType()).Error("Unexpected error accessing data - this is probably a bug in the source code generator.", e);
throw new System.Exception("An unexpected error ocurred", e);
}
return(ret);
}
/// <summary> Returns first repetition of RDT (Table Row Data) - creates it if necessary</summary>
public virtual RDT getRDT()
{
RDT ret = null;
try
{
ret = (RDT)this.get_Renamed("RDT");
}
catch (NuGenHL7Exception)
{
throw new Exception();
}
return(ret);
}
internal Medication buildMedication(RDT rdt)
{
Medication med = new Medication();
med.OrderId = HL7Helper.getString(rdt, 13, 0);
med.Refills = HL7Helper.getString(rdt, 11, 0);
med.Quantity = HL7Helper.getString(rdt, 9, 0);
med.DaysSupply = HL7Helper.getString(rdt, 10, 0);
med.IssueDate = HL7Helper.getString(rdt, 4, 0);
med.LastFillDate = HL7Helper.getString(rdt, 5, 0);
med.StartDate = HL7Helper.getString(rdt, 6, 0);
med.ExpirationDate = HL7Helper.getString(rdt, 7, 0);
med.RxNumber = HL7Helper.getString(rdt, 1, 0);
med.Id = HL7Helper.getString(rdt, 2, 0);
med.Provider = new Author();
NHapi.Base.Model.IType provider = ((Varies)rdt.GetField(12, 0)).Data;
if (provider is GenericComposite)
{
GenericComposite gc = (GenericComposite)provider;
NHapi.Base.Model.IType[] components = gc.Components;
med.Provider.Id = ((Varies)components[0]).Data.ToString();
med.Provider.Name = ((Varies)components[1]).Data.ToString() + ", " + ((Varies)components[2]).Data.ToString();
}
else
{
med.Provider.Id = provider.ToString();
}
med.Name = HL7Helper.getString(rdt, 3, 0);
med.Sig = HL7Helper.getString(rdt, 20, 0);
med.Detail = HL7Helper.getString(rdt, 19, 0);
med.Status = HL7Helper.getString(rdt, 8, 0);
return(med);
}
///<summary>
///Removes the given RDT
///</summary>
public void RemoveRDT(RDT toRemove)
{
this.RemoveStructure("RDT", toRemove);
}
public async Task <ActionResult <DiveChartView> > Get(int mesurementid)
{
DiveChartView diveChartView = new DiveChartView
{
ListNDLPGD = new List <NDLGD>(),
NDLPG_Result = new NDLGD(),
ListSIC = new List <SIC>(),
SIC_Result = new SIC(),
ListRDT = new List <RDT>(),
RDT_Result = new RDT(),
//IrdtList = new List<I_RepetitiveDiveTimetable>(),
//MrdtList = new List<M_RepetitiveDiveTimetable>()
};
#region No Decompression Limits and Group Designation
using var ndclconn = new SqlConnection("Data Source=BJS-SURFACE;Initial Catalog=DiveLogBook;Integrated Security=True;Connect Timeout=30;Encrypt=False;TrustServerCertificate=False;ApplicationIntent=ReadWrite;MultiSubnetFailover=False");
{
//NDCL
using var cmdndcl = new SqlCommand("dbo.usp_PADINDLPGD", ndclconn)
{
CommandType = CommandType.StoredProcedure
};
ndclconn.Open();
SqlDataReader ndclreader = await cmdndcl.ExecuteReaderAsync();
if (ndclreader.HasRows)
{
while (ndclreader.Read())
{
diveChartView.NDLPG_Result = new NDLGD
{
PressureGroup = (string)ndclreader.GetValue(0),
C35 = GetInt(ndclreader, 1),
C40 = GetInt(ndclreader, 2),
C50 = GetInt(ndclreader, 3),
C60 = GetInt(ndclreader, 4),
C70 = GetInt(ndclreader, 5),
C80 = GetInt(ndclreader, 6),
C90 = GetInt(ndclreader, 7),
C100 = GetInt(ndclreader, 8),
C110 = GetInt(ndclreader, 9),
C120 = GetInt(ndclreader, 10),
C130 = GetInt(ndclreader, 11),
C140 = GetInt(ndclreader, 12),
};
diveChartView.ListNDLPGD.Add(diveChartView.NDLPG_Result);
}
}
}
#endregion
#region Surface Interval Credit Table (all times in minutes)
using var sicconn = new SqlConnection("Data Source=BJS-SURFACE;Initial Catalog=DiveLogBook;Integrated Security=True;Connect Timeout=30;Encrypt=False;TrustServerCertificate=False;ApplicationIntent=ReadWrite;MultiSubnetFailover=False");
{
//SIC
using var cmdsic = new SqlCommand("dbo.usp_PADISIC", sicconn)
{
CommandType = CommandType.StoredProcedure
};
//cmdsic.Parameters.AddWithValue("@Mesurement", mesurementid);
sicconn.Open();
SqlDataReader sicreader = await cmdsic.ExecuteReaderAsync();
if (sicreader.HasRows)
{
while (sicreader.Read())
{
diveChartView.SIC_Result = new SIC()
{
StartingPressureGroup = (string)sicreader.GetValue(0),
A = GetInt(sicreader, 1),
B = GetInt(sicreader, 2),
C = GetInt(sicreader, 3),
D = GetInt(sicreader, 4),
E = GetInt(sicreader, 5),
F = GetInt(sicreader, 6),
G = GetInt(sicreader, 7),
H = GetInt(sicreader, 8),
I = GetInt(sicreader, 9),
J = GetInt(sicreader, 10),
K = GetInt(sicreader, 11),
L = GetInt(sicreader, 12),
M = GetInt(sicreader, 13),
N = GetInt(sicreader, 14),
O = GetInt(sicreader, 15),
P = GetInt(sicreader, 16),
Q = GetInt(sicreader, 17),
R = GetInt(sicreader, 18),
S = GetInt(sicreader, 19),
T = GetInt(sicreader, 20),
U = GetInt(sicreader, 21),
V = GetInt(sicreader, 22),
W = GetInt(sicreader, 23),
X = GetInt(sicreader, 24),
Y = GetInt(sicreader, 25),
Z = GetInt(sicreader, 26),
};
diveChartView.ListSIC.Add(diveChartView.SIC_Result);
}
}
};
#endregion
#region RepetitiveDiveTimetable
if (mesurementid == 35)
{
List <I_RepetitiveDiveTimetable> iresult = new List <I_RepetitiveDiveTimetable>();
iresult = await _divectx.I_RepetitiveDiveTimetable.ToListAsync();
foreach (var item in iresult)
{
RDT rdt = new RDT
{
ID = item.Id,
Column_0 = item.Column_0,
Depth = item.Depth,
Z = item.Z,
Y = item.Y,
X = item.X,
W = item.W,
V = item.V,
U = item.U,
T = item.T,
S = item.S,
R = item.R,
Q = item.Q,
P = item.P,
O = item.O,
N = item.N,
M = item.M,
L = item.L,
K = item.K,
J = item.J,
I = item.I,
H = item.H,
G = item.G,
F = item.F,
E = item.E,
D = item.D,
C = item.C,
B = item.B,
A = item.A,
};
diveChartView.ListRDT.Add(rdt);
}
}
else
{
List <M_RepetitiveDiveTimetable> mresult = new List <M_RepetitiveDiveTimetable>();
mresult = await _divectx.M_RepetitiveDiveTimetable.ToListAsync();
foreach (var item in mresult)
{
RDT rdt = new RDT
{
ID = item.Id,
Column_0 = item.Column_0,
Depth = item.Depth,
Z = item.Z,
Y = item.Y,
X = item.X,
W = item.W,
V = item.V,
U = item.U,
T = item.T,
S = item.S,
R = item.R,
Q = item.Q,
P = item.P,
O = item.O,
N = item.N,
M = item.M,
L = item.L,
K = item.K,
J = item.J,
I = item.I,
H = item.H,
G = item.G,
F = item.F,
E = item.E,
D = item.D,
C = item.C,
B = item.B,
A = item.A,
};
diveChartView.ListRDT.Add(rdt);
}
}
#endregion
return(Ok(diveChartView));
}
