public void DetermineFileType407()
{
File_Type i;
MedicalDevice s0 = new MedicalDevice();
s0.Id = 0;
s0.Name = (string)null;
i = this.DetermineFileType("\0", s0);
Assert.AreEqual<File_Type>(File_Type.Unknown, i);
}
public void DetermineFileType275()
{
File_Type i;
MedicalDevice s0 = new MedicalDevice();
s0.Id = 0;
s0.Name = "Zephyr";
i = this.DetermineFileType("m\0Summary", s0);
Assert.AreEqual<File_Type>(File_Type.Summary, i);
}
public void DetermineFileType386()
{
File_Type i;
MedicalDevice s0 = new MedicalDevice();
s0.Id = 0;
s0.Name = "Zephyr";
i = this.DetermineFileType("ppECG", s0);
Assert.AreEqual<File_Type>(File_Type.ECG, i);
}
public void DetermineDeviceType770()
{
List<MedicalDevice> list;
MedicalDevice medicalDevice;
MedicalDevice[] medicalDevices = new MedicalDevice[1];
list = new List<MedicalDevice>((IEnumerable<MedicalDevice>)medicalDevices);
medicalDevice = this.DetermineDeviceType(list, (string)null);
Assert.IsNull((object)medicalDevice);
}
public void DetermineFileType134()
{
File_Type i;
MedicalDevice s0 = new MedicalDevice();
s0.Id = 0;
s0.Name = "BasisPeak";
i = this.DetermineFileType("B", s0);
Assert.AreEqual<File_Type>(File_Type.Summary, i);
}
public void DetermineDeviceType106()
{
List<MedicalDevice> list;
MedicalDevice medicalDevice;
MedicalDevice[] medicalDevices = new MedicalDevice[2];
list = new List<MedicalDevice>((IEnumerable<MedicalDevice>)medicalDevices);
medicalDevice = this.DetermineDeviceType(list, "\0");
Assert.IsNull((object)medicalDevice);
}
public void DetermineDeviceType200()
{
List<MedicalDevice> list;
MedicalDevice medicalDevice;
MedicalDevice[] medicalDevices = new MedicalDevice[1];
MedicalDevice s0 = new MedicalDevice();
s0.Id = 0;
s0.Name = (string)null;
medicalDevices[0] = s0;
list = new List<MedicalDevice>((IEnumerable<MedicalDevice>)medicalDevices);
medicalDevice = this.DetermineDeviceType(list, "\0");
Assert.IsNull((object)medicalDevice);
}
/// <summary>
/// Add a new medical device to the database
/// </summary>
/// <param name="medicalDevice">MedicalDevice object to add to the database</param>
public void CreateMedicalDevice(MedicalDevice medicalDevice)
{
if(medicalDevice != null) {
_repository.Add(medicalDevice);
}
}
public void DetermineFileType954()
{
File_Type i;
MedicalDevice s0 = new MedicalDevice();
s0.Id = 0;
s0.Name = "Zephyr";
i = this.DetermineFileType("Event", s0);
Assert.AreEqual<File_Type>(File_Type.EventData, i);
}
public void DetermineFileType766()
{
File_Type i;
MedicalDevice s0 = new MedicalDevice();
s0.Id = 0;
s0.Name = "Zephyr";
i = this.DetermineFileType("Accel", s0);
Assert.AreEqual<File_Type>(File_Type.Accelerometer, i);
}
public void DetermineFileType67()
{
File_Type i;
MedicalDevice s0 = new MedicalDevice();
s0.Id = 0;
s0.Name = "Zephyr";
i = this.DetermineFileType("Breathing", s0);
Assert.AreEqual<File_Type>(File_Type.Breathing, i);
}
public void DetermineFileType569()
{
File_Type i;
MedicalDevice s0 = new MedicalDevice();
s0.Id = 0;
s0.Name = "Zephyr";
i = this.DetermineFileType("Zephy", s0);
Assert.AreEqual<File_Type>(File_Type.Unknown, i);
}
public void DetermineFileType529()
{
File_Type i;
MedicalDevice s0 = new MedicalDevice();
s0.Id = 0;
s0.Name = "Microsoft Band";
i = this.DetermineFileType("M", s0);
Assert.AreEqual<File_Type>(File_Type.Unknown, i);
}
public File_Type DetermineFileType(string fileName, MedicalDevice medicalDevice)
{
File_Type result = PatientLogic.DetermineFileType(fileName, medicalDevice);
return result;
// TODO: add assertions to method PatientLogicTest.DetermineFileType(String, MedicalDevice)
}
/// <summary>
/// Determine the type of data that is contained inside the file being processed.
/// </summary>
/// <param name="fileName">Name of the file being processed.</param>
/// <param name="deviceType">The device type the file belongs to.</param>
/// <returns></returns>
//TODO: This function needs to be made more dynamic. Risk of file name change from standard format for the device.
public static File_Type DetermineFileType(string fileName, MedicalDevice medicalDevice)
{
File_Type fileType = File_Type.Unknown;
if (!string.IsNullOrEmpty(fileName) && medicalDevice != null && !string.IsNullOrEmpty(medicalDevice.Name)) {
switch (medicalDevice.Name) {
case "BasisPeak":
fileType = File_Type.Summary;
break;
case "Zephyr":
if (fileName.Contains("Accel")) {
fileType = File_Type.Accelerometer;
}
else if (fileName.Contains("General")) {
fileType = File_Type.General;
}
else if (fileName.Contains("BR_RR")) {
fileType = File_Type.BR_RR;
}
else if (fileName.Contains("Breathing")) {
fileType = File_Type.Breathing;
}
else if (fileName.Contains("ECG")) {
fileType = File_Type.ECG;
}
else if (fileName.Contains("Event")) {
fileType = File_Type.EventData;
}
else if (fileName.Contains("Summary")) {
fileType = File_Type.Summary;
}
else {
fileType = File_Type.Unknown;
}
break;
case "Microsoft Band":
if (fileName.Contains("Accel")) {
fileType = File_Type.Accelerometer;
}
else if (fileName.Contains("Calories")) {
fileType = File_Type.Calorie;
}
else if (fileName.Contains("Distance")) {
fileType = File_Type.Distance;
}
else if (fileName.Contains("Gyroscope")) {
fileType = File_Type.Gyroscope;
}
else if (fileName.Contains("HeartRate")) {
fileType = File_Type.HeartRate;
}
else if (fileName.Contains("Pedometer")) {
fileType = File_Type.Pedometer;
}
else if (fileName.Contains("UV")) {
fileType = File_Type.UV;
}
else if (fileName.Contains("Temperature")) {
fileType = File_Type.Temperature;
}
else {
fileType = File_Type.Unknown;
}
break;
default:
break;
}
}
return fileType;
}