public ActionResult AddDoctorNotes(DoctorNote note)
{
note.BranchId = (int)Session["UserBranchId"];
note.UserId = (int)Session["UserId"];
note.DateAdded = DateTime.Now;
db.DoctorNotes.Add(note);
db.SaveChanges();
return(RedirectToAction("DoctorNotesList", new { id = note.IpdOpdNo }));
}
internal bool Save(DoctorNote note)
{
if (note.Id == 0)
{
var x = Connection.Insert(note);
return(x > 0);
}
else
{
return(Connection.Update(note));
}
//sql = "update hlc_DoctorNote set"
//return ExecuteSql(sql);
}
public ActionResult Edit(DoctorNote viewModel)
{
if (!ModelState.IsValid)
{
return(View(viewModel));
}
var returnMsg = "There was an error updating this comment.";
viewModel.DateEntered = DateTime.Now;
viewModel.UserId = (Session["User"] as User)?.UserId;
if (_noteRepository.Save(viewModel))
{
returnMsg = $"Comment was edited successfully.";
}
//return RedirectToAction("Search", "Home", new {msg = returnMsg });
return(RedirectToAction("View", new { id = viewModel.Id }));
}
public IActionResult AddNewPatientRecord(AddNewPatientRecordViewModel addNewPatientRecordViewModel)
{
ViewBag.DoctorName = HttpContext.Session.GetString(Globals.currentUserName);
if (!string.IsNullOrEmpty(addNewPatientRecordViewModel.DoctorsNote.PurposeOfVisit))
{
var noteViewModel = addNewPatientRecordViewModel.DoctorsNote;
var doctorNote = new DoctorNote
{
PurposeOfVisit = noteViewModel.PurposeOfVisit,
Description = noteViewModel.Description,
FinalDiagnosis = noteViewModel.FinalDiagnosis,
FurtherInstructions = noteViewModel.FurtherInstructions,
DoctorName = HttpContext.Session.GetString(Globals.currentUserName),
DoctorMinsc = HttpContext.Session.GetString(Globals.currentUserID),
DateOfRecord = DateTime.Now
};
string encryptionKey;
var encryptedData = EncryptionService.getEncryptedAssetData(JsonConvert.SerializeObject(doctorNote), out encryptionKey);
var asset = new AssetSaved <string>
{
Data = encryptedData,
RandomId = _random.Next(0, 100000),
Type = AssetType.DoctorNote
};
var metadata = new MetaDataSaved <double>();
metadata.AccessList = new Dictionary <string, string>();
//store the data encryption key in metadata encrypted with sender and reciever agree key
var doctorSignPrivateKey = HttpContext.Session.GetString(Globals.currentDSPriK);
var doctorAgreePrivateKey = HttpContext.Session.GetString(Globals.currentDAPriK);
var patientAgreePublicKey = HttpContext.Session.GetString(Globals.currentPAPubK);
var patientSignPublicKey = HttpContext.Session.GetString(Globals.currentPSPubK);
var doctorSignPublicKey = EncryptionService.getSignPublicKeyStringFromPrivate(doctorSignPrivateKey);
var doctorAgreePublicKey = EncryptionService.getAgreePublicKeyStringFromPrivate(doctorAgreePrivateKey);
metadata.AccessList[doctorSignPublicKey] =
EncryptionService.getEncryptedEncryptionKey(encryptionKey, doctorAgreePrivateKey, doctorAgreePublicKey);
metadata.AccessList[patientSignPublicKey] =
EncryptionService.getEncryptedEncryptionKey(encryptionKey, doctorAgreePrivateKey, patientAgreePublicKey);
_bigChainDbService.SendCreateTransferTransactionToDataBase <string, double>(asset, metadata, doctorSignPrivateKey, patientSignPublicKey);
}
if (!string.IsNullOrEmpty(addNewPatientRecordViewModel.Prescription.DrugName))
{
var prescriptionViewModel = addNewPatientRecordViewModel.Prescription;
var prescription = new Prescription
{
PrescribingDate = prescriptionViewModel.PrescribingDate,
Superscription = prescriptionViewModel.Superscription,
DrugName = prescriptionViewModel.DrugName,
Dosage = prescriptionViewModel.Dosage,
//StartDate = prescriptionViewModel.StartDate,
EndDate = prescriptionViewModel.EndDate,
Refill = prescriptionViewModel.Refill,
Substitution = prescriptionViewModel.Substitution,
DoctorName = HttpContext.Session.GetString(Globals.currentUserName),
DoctorMinsc = HttpContext.Session.GetString(Globals.currentUserID),
DirectionForUse = prescriptionViewModel.DirectionForUse
};
string encryptionKey;
var encryptedData = EncryptionService.getEncryptedAssetData(JsonConvert.SerializeObject(prescription), out encryptionKey);
var asset = new AssetSaved <string>
{
Data = encryptedData,
RandomId = _random.Next(0, 100000),
Type = AssetType.Prescription
};
var metadata = new MetaDataSaved <PrescriptionMetadata>
{
AccessList = new Dictionary <string, string>(),
data = new PrescriptionMetadata
{
RefillRemaining = prescription.Refill,
LastIssueQty = -1
}
};
//store the data encryption key in metadata encrypted with sender and reciever agree key
var doctorSignPrivateKey = HttpContext.Session.GetString(Globals.currentDSPriK);
var doctorAgreePrivateKey = HttpContext.Session.GetString(Globals.currentDAPriK);
var patientAgreePublicKey = HttpContext.Session.GetString(Globals.currentPAPubK);
var patientSignPublicKey = HttpContext.Session.GetString(Globals.currentPSPubK);
var doctorSignPublicKey = EncryptionService.getSignPublicKeyStringFromPrivate(doctorSignPrivateKey);
var doctorAgreePublicKey = EncryptionService.getAgreePublicKeyStringFromPrivate(doctorAgreePrivateKey);
metadata.AccessList[doctorSignPublicKey] =
EncryptionService.getEncryptedEncryptionKey(encryptionKey, doctorAgreePrivateKey, doctorAgreePublicKey);
metadata.AccessList[patientSignPublicKey] =
EncryptionService.getEncryptedEncryptionKey(encryptionKey, doctorAgreePrivateKey, patientAgreePublicKey);
_bigChainDbService.SendCreateTransferTransactionToDataBase <string, PrescriptionMetadata>(asset, metadata, doctorSignPrivateKey, patientSignPublicKey);
}
//There is a test result that exists
if (!string.IsNullOrEmpty(addNewPatientRecordViewModel.TestRequisition.ReasonForTest))
{
//File exists
if (addNewPatientRecordViewModel.TestRequisition.AttachedFile != null)
{
var file = addNewPatientRecordViewModel.TestRequisition.AttachedFile;
string base64FileString = "";
// Convert "file" into base64 string "base64FileString" to save into database
using (var ms = new MemoryStream())
{
file.CopyTo(ms);
var fileBytes = ms.ToArray();
base64FileString = Convert.ToBase64String(fileBytes);
}
//encrypt file and store in ipfs
var encryptionKey = EncryptionService.getNewAESEncryptionKey();
var encryptedFile = EncryptionService.getEncryptedAssetDataKey(base64FileString, encryptionKey);
var id = _bigChainDbService.UploadTextToIPFS(encryptedFile);
var testRequisition = new TestRequisitionAsset
{
AttachedFile = new FileData
{
Data = id,
Type = file.ContentType,
Extension = file.ContentType.Split('/').Last(),
Name = file.FileName
},
ReasonForTest = addNewPatientRecordViewModel.TestRequisition.ReasonForTest,
TestType = addNewPatientRecordViewModel.TestRequisition.TestType,
DateOrdered = DateTime.Now
};
var encryptedData = EncryptionService.getEncryptedAssetDataKey(JsonConvert.SerializeObject(testRequisition), encryptionKey);
var asset = new AssetSaved <string>
{
Data = encryptedData,
RandomId = _random.Next(0, 100000),
Type = AssetType.TestRequisition
};
var metadata = new MetaDataSaved <double>();
metadata.AccessList = new Dictionary <string, string>();
//store the data encryption key in metadata encrypted with sender and reciever agree key
var doctorSignPrivateKey = HttpContext.Session.GetString(Globals.currentDSPriK);
var doctorAgreePrivateKey = HttpContext.Session.GetString(Globals.currentDAPriK);
var patientAgreePublicKey = HttpContext.Session.GetString(Globals.currentPAPubK);
var patientSignPublicKey = HttpContext.Session.GetString(Globals.currentPSPubK);
var doctorSignPublicKey = EncryptionService.getSignPublicKeyStringFromPrivate(doctorSignPrivateKey);
var doctorAgreePublicKey = EncryptionService.getAgreePublicKeyStringFromPrivate(doctorAgreePrivateKey);
metadata.AccessList[doctorSignPublicKey] =
EncryptionService.getEncryptedEncryptionKey(encryptionKey, doctorAgreePrivateKey, doctorAgreePublicKey);
metadata.AccessList[patientSignPublicKey] =
EncryptionService.getEncryptedEncryptionKey(encryptionKey, doctorAgreePrivateKey, patientAgreePublicKey);
_bigChainDbService.SendCreateTransferTransactionToDataBase <string, double>(asset, metadata, doctorSignPrivateKey, patientSignPublicKey);
}
}
return(RedirectToAction("PatientOverview"));
}
