private static bool Secp256K1EcdsaSigSign(EcmultGenContext ctx, Scalar sigr, Scalar sigs, Scalar seckey, Scalar message, Scalar nonce, out byte recid)
{
byte[] numArray = new byte[32];
Ge r1 = new Ge();
Scalar scalar = new Scalar();
bool overflow = false;
GeJ r2;
EcMultGen.secp256k1_ecmult_gen(ctx, out r2, nonce);
Group.SetGeJ(r1, r2);
Field.Normalize(r1.X);
Field.Normalize(r1.Y);
Field.GetB32(numArray, r1.X);
Scalar.SetB32(sigr, numArray, ref overflow);
recid = (byte)((overflow ? 2 : 0) | (Field.IsOdd(r1.Y) ? 1 : 0));
Scalar.Mul(scalar, sigr, seckey);
Scalar.Add(scalar, scalar, message);
Scalar.Inverse(sigs, nonce);
Scalar.Mul(sigs, sigs, scalar);
Scalar.Clear(scalar);
Group.secp256k1_gej_clear(r2);
Group.secp256k1_ge_clear(r1);
if (Scalar.IsZero(sigs))
{
return(false);
}
if (Scalar.IsHigh(sigs))
{
Scalar.Negate(sigs, sigs);
recid ^= (byte)1;
}
return(true);
}
public LogItem[] GetItems(
NpgsqlConnection connection, CriteriaType criteriaType, DateTime criteria, int maxCount, bool includeBytes)
{
IWhereOp whereOp;
bool asc;
switch (criteriaType)
{
case CriteriaType.DownFromInfinity:
whereOp = null;
asc = false;
break;
case CriteriaType.DownFrom:
whereOp = new Lt(DbStr.Time, criteria.Ticks);
asc = false;
break;
case CriteriaType.DownFromOrEqual:
whereOp = new Le(DbStr.Time, criteria.Ticks);
asc = false;
break;
case CriteriaType.UpFromInfinity:
whereOp = null;
asc = true;
break;
case CriteriaType.UpFrom:
whereOp = new Gt(DbStr.Time, criteria.Ticks);
asc = true;
break;
case CriteriaType.UpFromOrEqual:
whereOp = new Ge(DbStr.Time, criteria.Ticks);
asc = true;
break;
default:
throw new NotSupportedException("CriteriaType " + criteriaType);
}
var columns = includeBytes ? _columns : _columnsWithoutBytes;
var query = _npgQueryHelper.Select(
_tableName, columns, whereOp, new[] { DbStr.Time }, asc, Math.Min(maxCount, MaxItemsToRetrieve));
var alarms = _npgHelper.ExecuteReader(connection, query, reader =>
{
var i = new LogItem
{
Time = reader.GetDateTimeFormTicks(0),
Text = reader.GetNullableString(1)
};
if (includeBytes)
{
i.Bytes = reader.GetByteArray(2);
}
return(i);
});
return(asc ? alarms.Reverse().ToArray() : alarms);
}
protected override void OnModelCreating(DbModelBuilder modelBuilder)
{
modelBuilder.Entity <Grupos>()
.HasMany <Estudiantes>(g => g.Estudiante)
.WithMany(e => e.Grupo)
.Map(Ge =>
{
Ge.MapLeftKey("EstudianteId");
Ge.MapRightKey("GrupodId");
Ge.ToTable("GruposEstudiantes");
});
}
static IValidator Ge(object pValue, object pMin, string pFieldName, string pErrorMsg)
{
IValidator validator = new Ge()
{
Value = pValue,
Min = pMin,
ErrorMsg = pErrorMsg,
FieldName = pFieldName
};
return(validator);
}
public GroupElement(GE groupElement)
{
if (groupElement.IsInfinity)
{
LazyGe = new Lazy <GE>(() => GE.Infinity);
}
else
{
Guard.True($"{nameof(groupElement)}.{nameof(groupElement.IsValidVariable)}", groupElement.IsValidVariable);
LazyGe = new Lazy <GE>(() => new GE(groupElement.x.Normalize(), groupElement.y.Normalize()));
}
Gej = Ge.ToGroupElementJacobian(); // eagerly initialize Ge property
}
public Tuple <DateTime, double?[]>[] GetSamples(int[] trendTagIds, DateTime startTime,
DateTime?endTime, int rarerer)
{
var columns = new List <string>(trendTagIds.Length + 1)
{
DbStr.Time
};
columns.AddRange(trendTagIds.Select(GetColumnName));
var columnsArr = columns.ToArray();
var parameters = new List <NpgsqlParameter>();
var queryTexts = new List <string>();
for (var i = 0; i < TrendTableSelector.TablesCount; i++)
{
if (rarerer != 0 && rarerer != i + 1)
{
continue;
}
string tableName = GetTableName(i);
IWhereOp whereOp = new Ge(DbStr.Time, startTime.Ticks);
if (endTime.HasValue)
{
whereOp = new And(whereOp, new Le(DbStr.Time, endTime.Value.Ticks));
}
string queryText = _npgQueryHelper.Select(
parameters,
tableName,
columnsArr,
whereOp,
limit: MaxSamplesToRetrieve);
queryTexts.Add(queryText);
}
NpgQuery query = queryTexts.Count == 1
? new NpgQuery(queryTexts[0], parameters.ToArray())
: _npgQueryHelper.Union(parameters, queryTexts, ColumnsOfTime, true, MaxSamplesToRetrieve);
return(_npgHelper.ExecuteReader(_connection, query, reader => {
DateTime time = reader.GetDateTimeFormTicks(0);
var values = new double?[columns.Count - 1];
for (var j = 1; j < columns.Count; j++)
{
values[j - 1] = reader.GetNullableDouble(j);
}
return new Tuple <DateTime, double?[]>(time, values);
}));
}
public User[] Get(NpgsqlConnection connection, CriteriaType criteriaType, string name, int count)
{
IWhereOp whereOp;
bool asc;
switch (criteriaType)
{
case CriteriaType.DownFromInfinity:
whereOp = null;
asc = true;
break;
case CriteriaType.DownFrom:
whereOp = new Gt(DbStr.Name, name);
asc = true;
break;
case CriteriaType.DownFromOrEqual:
whereOp = new Ge(DbStr.Name, name);
asc = true;
break;
case CriteriaType.UpFromInfinity:
whereOp = null;
asc = false;
break;
case CriteriaType.UpFrom:
whereOp = new Lt(DbStr.Name, name);
asc = false;
break;
case CriteriaType.UpFromOrEqual:
whereOp = new Le(DbStr.Name, name);
asc = false;
break;
default:
throw new NotSupportedException("CriteriaType " + criteriaType);
}
int limit = Math.Min(count, MaxUsersToRetrieve);
NpgQuery query = _npgQueryHelper.Select(
DbStr.Users, _userColumns, whereOp, new[] { DbStr.Name }, asc, limit);
var users = _npgHelper.ExecuteReader(connection, query, GetUser);
return(asc ? users : users.Reverse().ToArray());
}
private static bool Secp256K1EcdsaSigSign(EcmultGenContext ctx, Scalar sigr, Scalar sigs, Scalar seckey, Scalar message, Scalar nonce, out byte recid)
{
var b = new byte[32];
GeJ rp;
Ge r = new Ge();
Scalar n = new Scalar();
bool overflow = false;
EcMultGen.secp256k1_ecmult_gen(ctx, out rp, nonce);
Group.SetGeJ(r, rp);
Field.Normalize(r.X);
Field.Normalize(r.Y);
Field.GetB32(b, r.X);
Scalar.SetB32(sigr, b, ref overflow);
/* These two conditions should be checked before calling */
Debug.Assert(!Scalar.IsZero(sigr));
Debug.Assert(!overflow);
// The overflow condition is cryptographically unreachable as hitting it requires finding the discrete log
// of some P where P.x >= order, and only 1 in about 2^127 points meet this criteria.
recid = (byte)((overflow ? 2 : 0) | (Field.IsOdd(r.Y) ? 1 : 0));
Scalar.Mul(n, sigr, seckey);
Scalar.Add(n, n, message);
Scalar.Inverse(sigs, nonce);
Scalar.Mul(sigs, sigs, n);
Scalar.Clear(n);
Group.secp256k1_gej_clear(rp);
Group.secp256k1_ge_clear(r);
if (Scalar.IsZero(sigs))
{
return(false);
}
if (Scalar.IsHigh(sigs))
{
Scalar.Negate(sigs, sigs);
recid ^= 1;
}
return(true);
}
// Since GEJ.IsValidVariable, this constructor is private
private GroupElement(GEJ groupElementJacobian)
{
if (groupElementJacobian.IsInfinity)
{
LazyGe = new Lazy <GE>(() => GE.Infinity);
Gej = Ge.ToGroupElementJacobian(); // eagerly initialize Ge property
}
else
{
GE ComputeAffineCoordinates()
{
var groupElement = groupElementJacobian.ToGroupElement();
return(new GE(groupElement.x.Normalize(), groupElement.y.Normalize()));
}
LazyGe = new Lazy <GE>(ComputeAffineCoordinates); // avoid computing affine coordinates until needed
Gej = groupElementJacobian;
}
}
public static bool PubkeySerialize(Ge elem, byte[] pub, ref int size, bool compressed)
{
if (Group.secp256k1_ge_is_infinity(elem))
{
return(false);
}
Field.NormalizeVar(elem.X);
Field.NormalizeVar(elem.Y);
Field.GetB32(pub, 1, elem.X);
if (compressed)
{
size = 33;
pub[0] = (byte)(2 | (Field.IsOdd(elem.Y) ? 1 : 0));
}
else
{
size = 65;
pub[0] = (byte)4;
Field.GetB32(pub, 33, elem.Y);
}
return(true);
}
public Tuple <DateTime, double?[]>[] GetPage(int[] trendTagIds, CriteriaType criteriaType,
DateTime criteria, int maxCount)
{
IWhereOp whereOp;
bool asc;
switch (criteriaType)
{
case CriteriaType.DownFromInfinity:
whereOp = null;
asc = false;
break;
case CriteriaType.DownFrom:
whereOp = new Lt(DbStr.Time, criteria.Ticks);
asc = false;
break;
case CriteriaType.DownFromOrEqual:
whereOp = new Le(DbStr.Time, criteria.Ticks);
asc = false;
break;
case CriteriaType.UpFromInfinity:
whereOp = null;
asc = true;
break;
case CriteriaType.UpFrom:
whereOp = new Gt(DbStr.Time, criteria.Ticks);
asc = true;
break;
case CriteriaType.UpFromOrEqual:
whereOp = new Ge(DbStr.Time, criteria.Ticks);
asc = true;
break;
default:
throw new NotSupportedException("CriteriaType " + criteriaType);
}
var columns = new List <string>(trendTagIds.Length + 1)
{
DbStr.Time
};
columns.AddRange(trendTagIds.Select(GetColumnName));
var columnsArr = columns.ToArray();
int limit = Math.Min(maxCount, MaxSamplesToRetrieve);
var parameters = new List <NpgsqlParameter>();
var queryTexts = new List <string>();
for (var i = 0; i < TrendTableSelector.TablesCount; i++)
{
string queryText = _npgQueryHelper.Select(
parameters,
_tableName + "_" + i,
columnsArr,
whereOp,
ColumnsOfTime,
asc,
limit);
queryTexts.Add(queryText);
}
NpgQuery query = _npgQueryHelper.Union(parameters, queryTexts, ColumnsOfTime, asc, limit);
var result = _npgHelper.ExecuteReader(_connection, query, reader => {
DateTime time = reader.GetDateTimeFormTicks(0);
var values = new double?[columns.Count - 1];
for (var j = 1; j < columns.Count; j++)
{
values[j - 1] = reader.GetNullableDouble(j);
}
return(new Tuple <DateTime, double?[]>(time, values));
});
return(asc ? result.Reverse().ToArray() : result);
}
public string BuildEdi(List <Patient> patientList, InsuranceCompany insurance,
BillingProvider billingProvider)
{
var buildEdi = new StringBuilder();
//Begin ISA
var buildisa = new Isa();
buildEdi.Append(buildisa.BuildIsa());
//Begin GS
var buildGs = new Gs();
buildEdi.Append(buildGs.BuildGs());
//Begin ST
var buildSt = new St();
buildEdi.Append(buildSt.BuildSt());
//Begin BPR
var buildBpr = new Bpr();
buildEdi.Append(buildBpr.BuildBpr(insurance));
//Build TRN
var buildTrn = new Trn();
buildEdi.Append(buildTrn.BuildTrn(insurance));
//Ref Segment conditional, not included at this time
//REF Receiver Identification
//REF01 Receiver Reference Number
//REF02 Receiver Reference Identification
//Build DTM Loop Production Date
var buildDtm = new Dtm();
buildEdi.Append(buildDtm.BuildDtm(patientList));
//Build N1 Insurance Company Identification Segment 1000A
var buildNOne = new N1();
buildEdi.Append(buildNOne.BuildNOne(insurance));
//BuildN3 Insurance Company Identification Segment 1000A
var buildNThree = new N3();
buildEdi.Append(buildNThree.BuildNThree(insurance));
// Build N4 Insurance Company Identification 1000A
var buildNFour = new N4();
buildEdi.Append(buildNFour.BuildN4(insurance));
//Build Ref Insurance Company Identification 1000A
var buildRef = new Ref();
buildEdi.Append(buildRef.BuildRef());
//Build Per Insurance Company Identification 1000A
var buildPer = new Per();
buildEdi.Append(buildPer.BuildPerPhone());
//Build Per Insurance Company Website Information 1000A
buildEdi.Append(buildPer.BuildPerWebSite());
//Build N1 Provider Identifier Segment 1000B
buildEdi.Append(buildNOne.BuildNOne(billingProvider));
//Build N3 Provider Identifier Segment 1000B
buildEdi.Append(buildNThree.BuildNThree(billingProvider));
//Build N4 Provider Identifier Segment 1000B
buildEdi.Append(buildNFour.BuildN4(billingProvider));
//Build Ref Provider Identifier 1000B
buildEdi.Append(buildRef.BuildRefAdditionalPayee());
buildEdi.Append(buildRef.BuildRefAdditionalPayeeTwo());
//LX Segment 2000B
var buildLx = new Lx();
buildEdi.Append(buildLx.BuildLx());
//TS3 2000B NOT USED
//TS2 2000B NOT USED
//CLP Segment 2100
foreach (Patient patient in patientList)
{
var buildClp = new Clp();
buildEdi.Append(buildClp.BuildClp(patient));
var buildNmOne = new Nm1();
buildEdi.Append(buildNmOne.BuildNm1(patient));
//MIA Inpatient Adjudication Information
//MOA Outpatient Adjudication Information
//REF Other CLaim Related Identification
//Ref Rendering Provider Identifier 2100
buildEdi.Append(buildRef.BuildRef(patient.Provider));
//DTM Statement From or To Date 2100
buildEdi.Append(buildDtm.BuildDtm(patient));
//PER Claim Contact Information 2100
//SVC Level 2110
var buildSvc = new Svc();
buildEdi.Append(buildSvc.BuildSvc(patient.Charge));
buildEdi.Append(buildDtm.BuildDtm(patient.Charge));
var buildCas = new Cas();
if (patient.Charge.AdjustmentList != null)
{
buildEdi.Append(buildCas.BuildCas(patient.Charge.AdjustmentList));
buildEdi.Append(buildCas.BuildCas(patient.Charge));
}
else
{
buildEdi.Append(buildCas.BuildCas(patient.Charge));
}
buildEdi.Append(buildRef.BuildRefControlNumber());
var buildAmt = new Amt();
buildEdi.Append(buildAmt.BuildAmt(patient.Charge));
//QTY 2110
//LQ 2110
//LQ01 Service Line Remittance Remark Code 1
//LQ02 Service Line Remittance Remark Code 2
foreach (AddonCharge addon in patient.Charge.AddonChargeList)
{
buildEdi.Append(buildSvc.BuildSvc(addon));
buildEdi.Append(buildCas.BuildCas(addon.AdjustmentList));
buildEdi.Append(buildRef.BuildRefControlNumber());
buildEdi.Append(buildAmt.BuildAmt(addon));
}
}
var buildSe = new Se();
buildEdi.Append(buildSe.BuildSe());
var buildGe = new Ge();
buildEdi.Append(buildGe.BuildGe());
var buildIea = new Iea();
buildEdi.Append(buildIea.BuildIea());
return(buildEdi.ToString());
}
