//Start or Halt button for module readings monitor
public void button2_Click(object sender, EventArgs e)
{
if (button2.Text == "Halt")
{
DialogResult result = MessageBox.Show("Are you sure to terminate the module readings ?", "Alert !", MessageBoxButtons.YesNo, MessageBoxIcon.Exclamation);
if (result == DialogResult.Yes)
{
haltMonitor();
if (label1.Text != "No Record Found")
{
MessageBox.Show("Closed running process");
DbConnector dbConn = new DbConnector();
dbConn.connect();
PatientReadings pRead = new PatientReadings();
PatientReadingsHandler pReadHnd = new PatientReadingsHandler();
pRead.PatientId = Int32.Parse((label1.Text).ToString());
pRead.PulseRate = 999;
pRead.BreathingRate = 999;
pRead.Systolic = 999;
pRead.Diastolic = 999;
pRead.Temperature = 999;
pRead.DateTime = DateTime.Now.ToString();
pReadHnd.addPatientReading(dbConn.getConn(), pRead);
}
}
}
else if (button2.Text == "Start")
{
startMonitor();
}
}
//Stop beep sound and monitor while closing
public void Bedside_System_FormClosed(object sender, FormClosedEventArgs e)
{
run_Monitor.Stop();
player.Stop();
if (button2.Text == "Halt" && label1.Text != "No Record Found")
{
DbConnector dbConn = new DbConnector();
dbConn.connect();
PatientReadings pRead = new PatientReadings();
PatientReadingsHandler pReadHnd = new PatientReadingsHandler();
pRead.PatientId = Int32.Parse((label1.Text).ToString());
pRead.PulseRate = 999;
pRead.BreathingRate = 999;
pRead.Systolic = 999;
pRead.Diastolic = 999;
pRead.Temperature = 999;
pRead.DateTime = DateTime.Now.ToString();
pReadHnd.addPatientReading(dbConn.getConn(), pRead);
}
}
public void runMonitor(object sender, EventArgs e)
{
var pulseRate = checkBox1.Checked;
var breathingRate = checkBox2.Checked;
var bloodPressure = checkBox3.Checked;
var temperature = checkBox4.Checked;
var criticalColor = Color.FromArgb(255, 8, 8);
var inRiskColor = Color.FromArgb(255, 214, 8);
var normalColor = Color.FromArgb(8, 255, 86);
line = sr.ReadLine();
if (line == null)
{
sr = new StreamReader("CSV/ModuleReadingsA.csv");
line = sr.ReadLine();
}
DbConnector dbConn = new DbConnector();
dbConn.connect();
Patient ptient = new Patient();
PatientHandler patHnd = new PatientHandler();
ptient.Wing = (comboBox1.SelectedItem).ToString();
ptient.Floor = (comboBox2.SelectedItem).ToString();
ptient.Bay = (comboBox3.SelectedItem).ToString();
ptient.Bed = (comboBox4.SelectedItem).ToString();
string getPatientId = patHnd.getPatientDetails(dbConn.getConn(), ptient, "patientId");
int minPulse = 60;
int maxPulse = 100;
int minBreath = 12;
int maxBreath = 20;
int minSystolic = 80;
int maxSystolic = 120;
int minDiastolic = 60;
int maxDiastolic = 80;
float minTemp = 35.2F;
float maxTemp = 36.1F;
int pulseIntervalTime = 1;
int breathIntervalTime = 1;
int bloodPressureIntervalTime = 1;
int temperatureIntervalTime = 1;
if (getPatientId != "No record found")
{
ModuleReadingsHandler mRHand = new ModuleReadingsHandler();
minPulse = Int32.Parse(mRHand.getModuleReading(dbConn.getConn(), "pulseRMin", getPatientId));
maxPulse = Int32.Parse(mRHand.getModuleReading(dbConn.getConn(), "pulseRMax", getPatientId));
pulseIntervalTime = Int32.Parse(mRHand.getModuleReading(dbConn.getConn(), "pulseRIntTime", getPatientId));
minBreath = Int32.Parse(mRHand.getModuleReading(dbConn.getConn(), "breathRMin", getPatientId));
maxBreath = Int32.Parse(mRHand.getModuleReading(dbConn.getConn(), "breathRMax", getPatientId));
breathIntervalTime = Int32.Parse(mRHand.getModuleReading(dbConn.getConn(), "breathRIntTime", getPatientId));
minSystolic = Int32.Parse(mRHand.getModuleReading(dbConn.getConn(), "systolicMin", getPatientId));
maxSystolic = Int32.Parse(mRHand.getModuleReading(dbConn.getConn(), "systolicMax", getPatientId));
minDiastolic = Int32.Parse(mRHand.getModuleReading(dbConn.getConn(), "diastolicMin", getPatientId));
maxDiastolic = Int32.Parse(mRHand.getModuleReading(dbConn.getConn(), "diastolicMax", getPatientId));
bloodPressureIntervalTime = Int32.Parse(mRHand.getModuleReading(dbConn.getConn(), "bloodPIntTime", getPatientId));
minTemp = float.Parse(mRHand.getModuleReading(dbConn.getConn(), "tempMin", getPatientId));
maxTemp = float.Parse(mRHand.getModuleReading(dbConn.getConn(), "tempMax", getPatientId));
temperatureIntervalTime = Int32.Parse(mRHand.getModuleReading(dbConn.getConn(), "tempIntTime", getPatientId));
}
PatientReadings pRead = new PatientReadings();
PatientReadingsHandler pReadHnd = new PatientReadingsHandler();
try
{
string[] data = line.Split(',');
readingsList.Add(Int32.Parse(data[0]));
//Pulse Rate Readings
if (counter == pulseRateCounter && pulseRate != false)
{
label10.Text = data[0];
label14.Text = (maxPulse).ToString();
label15.Text = (minPulse).ToString();
if (Int32.Parse(data[0]) == 0)
{
labelBorder(10, "Critical");
label14.ForeColor = criticalColor;
label15.ForeColor = criticalColor;
}
else if (Int32.Parse(data[0]) > maxPulse || Int32.Parse(data[0]) < minPulse)
{
labelBorder(10, "Risky");
if (Int32.Parse(data[0]) > maxPulse)
{
label14.ForeColor = inRiskColor;
label15.ForeColor = normalColor;
}
else
{
label14.ForeColor = normalColor;
label15.ForeColor = inRiskColor;
}
}
else if (Int32.Parse(data[0]) >= minPulse && Int32.Parse(data[0]) <= maxPulse)
{
labelBorder(10, "Normal");
label14.ForeColor = normalColor;
label15.ForeColor = normalColor;
}
pulseRateCounter = pulseRateCounter + pulseIntervalTime;
}
//Breathing Rate Readings
if (counter == breathingRateCounter && breathingRate != false)
{
label11.Text = data[1];
label16.Text = (maxBreath).ToString();
label17.Text = (minBreath).ToString();
if (Int32.Parse(data[1]) == 0)
{
labelBorder(11, "Critical");
label16.ForeColor = criticalColor;
label17.ForeColor = criticalColor;
}
else if ((Int32.Parse(data[1]) > maxBreath || Int32.Parse(data[1]) < minBreath))
{
labelBorder(11, "Risky");
if (Int32.Parse(data[1]) > maxBreath)
{
label16.ForeColor = inRiskColor;
label17.ForeColor = normalColor;
}
else
{
label16.ForeColor = normalColor;
label17.ForeColor = inRiskColor;
}
}
else if (Int32.Parse(data[1]) >= minBreath && Int32.Parse(data[1]) <= maxBreath)
{
labelBorder(11, "Normal");
label16.ForeColor = normalColor;
label17.ForeColor = normalColor;
}
breathingRateCounter = breathingRateCounter + breathIntervalTime;
}
//Blood Pressure Readings
if (counter == bloodPressureCounter && bloodPressure != false)
{
label12.Text = data[2] + "/" + data[3];
label18.Text = (maxSystolic).ToString();
label19.Text = (minSystolic).ToString();
label20.Text = (maxDiastolic).ToString();
label21.Text = (minDiastolic).ToString();
if (Int32.Parse(data[2]) == 0 || (Int32.Parse(data[3]) == 0))
{
labelBorder(12, "Critical");
label18.ForeColor = criticalColor;
label19.ForeColor = criticalColor;
label20.ForeColor = criticalColor;
label21.ForeColor = criticalColor;
}
else if ((Int32.Parse(data[2]) > maxSystolic || Int32.Parse(data[2]) < minSystolic) || (Int32.Parse(data[3]) > maxDiastolic || Int32.Parse(data[3]) < minDiastolic))
{
labelBorder(12, "Risky");
if (Int32.Parse(data[2]) > maxSystolic)
{
label18.ForeColor = inRiskColor;
label19.ForeColor = normalColor;
}
else if (Int32.Parse(data[2]) < minSystolic)
{
label18.ForeColor = normalColor;
label19.ForeColor = inRiskColor;
}
if (Int32.Parse(data[3]) > maxDiastolic)
{
label20.ForeColor = inRiskColor;
label21.ForeColor = normalColor;
}
else if (Int32.Parse(data[3]) < minDiastolic)
{
label20.ForeColor = normalColor;
label21.ForeColor = inRiskColor;
}
}
else if (Int32.Parse(data[2]) >= minSystolic && Int32.Parse(data[2]) <= maxSystolic && Int32.Parse(data[3]) >= minSystolic && Int32.Parse(data[3]) <= maxSystolic)
{
labelBorder(12, "Normal");
label18.ForeColor = normalColor;
label19.ForeColor = normalColor;
label20.ForeColor = normalColor;
label21.ForeColor = normalColor;
}
bloodPressureCounter = bloodPressureCounter + bloodPressureIntervalTime;
}
//Temperature Readings
if (counter == temperatureCounter && temperature != false)
{
label13.Text = data[4] + "°C";
label22.Text = (maxTemp).ToString();
label23.Text = (minTemp).ToString();
if (float.Parse(data[4]) == 0)
{
labelBorder(13, "Critical");
label22.ForeColor = criticalColor;
label23.ForeColor = criticalColor;
}
else if (float.Parse(data[4]) > maxTemp || float.Parse(data[4]) < minTemp)
{
labelBorder(13, "Risky");
if (float.Parse(data[4]) > maxTemp)
{
label22.ForeColor = inRiskColor;
label23.ForeColor = normalColor;
}
else
{
label22.ForeColor = normalColor;
label23.ForeColor = inRiskColor;
}
}
else if (float.Parse(data[4]) >= minTemp && float.Parse(data[4]) <= maxTemp)
{
labelBorder(13, "Normal");
label22.ForeColor = normalColor;
label23.ForeColor = normalColor;
}
temperatureCounter = temperatureCounter + temperatureIntervalTime;
}
if (getPatientId != "No record found")
{
pRead.PatientId = Int32.Parse(getPatientId);
pRead.PulseRate = Int32.Parse(data[0]);
pRead.BreathingRate = Int32.Parse(data[1]);
pRead.Systolic = Int32.Parse(data[2]);
pRead.Diastolic = Int32.Parse(data[3]);
pRead.Temperature = float.Parse(data[4]);
pRead.DateTime = DateTime.Now.ToString();
pReadHnd.addPatientReading(dbConn.getConn(), pRead);
}
}
catch (Exception ex)
{
Console.WriteLine("DID NOT RECEIVE ANY DETECTION OF THE READING : " + ex);
run_Monitor.Stop();
}
if (counter == 5)
{
counter = 0;
pulseRateCounter = 0;
bloodPressureCounter = 0;
breathingRateCounter = 0;
temperatureCounter = 0;
}
else
{
counter++;
}
realCounter++;
}