private void TaskDataIntegrityProcess(ICancelableForm fw) // Task when process button is pressed
{
Thread.Sleep(100);
try
{
ProcessDataIntegrity(fw);
}
catch (Exception e)
{
FormCustomConsole.Write("Exception at process data integrity \r\n" + e.ToString() + "\r\n\r\n");
}
}
// Update selected rows in slow way while keeping results on other rows
private void UpdateValuesFromDB(ICancelableForm fw)
{
string oracleDateStart;
string oracleDateStartOffset;
string oracleDateEnd;
string oracleDateEndOffset;
string dateStringTimestamp = "";
string querryStart;
string querryEnd;
string resStart = "";
string resEnd = "";
bool startValid = false;
bool endValid = false;
// If row is enabled, process it
foreach (DataGridViewRow item in dataGridView1.Rows)
{
if (Convert.ToBoolean(item.Cells[0].Value) == true)
{
// Selected element is enabled
// First intialize time
TimeFormatterClass tf = new TimeFormatterClass();
do
{
// Form querry string for time
try
{
dateStringTimestamp = GetStartYear() + "/" + GetStartMonth() + "/" + tf.GetDay() + " " + tf.GetHour() + ":" + tf.GetMin() + "-" + GetEndYear() + "/" + GetEndMonth() + "/" + tf.GetDay() + " " + tf.GetHour() + ":" + tf.GetMin();
oracleDateStart = HelperClass.ConvertToOracleTime(GetStartYear(), GetStartMonth(), tf.GetDay(), tf.GetHour(), tf.GetMin());
oracleDateStartOffset = HelperClass.ConvertToOracleTime(GetStartYear(), GetStartMonth(), tf.GetDay(), tf.GetHour(), (Convert.ToInt32(tf.GetMin()) + 1).ToString());
oracleDateEnd = HelperClass.ConvertToOracleTime(GetEndYear(), GetEndMonth(), tf.GetDay(), tf.GetHour(), tf.GetMin());
oracleDateEndOffset = HelperClass.ConvertToOracleTime(GetEndYear(), GetEndMonth(), tf.GetDay(), tf.GetHour(), (Convert.ToInt32(tf.GetMin()) + 1).ToString());
}
catch (Exception)
{
break; // This means all time periods are tried, abort this
}
querryStart = "SELECT EPTC,EQTC FROM DATA_HISTORY WHERE DEVICE_ID=" + item.Cells[1].Value + " AND READ_TIME >= " + oracleDateStart + " AND READ_TIME <= " + oracleDateStartOffset + "AND ROWNUM <= 1";
querryEnd = "SELECT EPTC,EQTC FROM DATA_HISTORY WHERE DEVICE_ID=" + item.Cells[1].Value + " AND READ_TIME >= " + oracleDateEnd + " AND READ_TIME <= " + oracleDateEndOffset + "AND ROWNUM <= 1";
char delim = '|';
try
{
resStart = DatabaseControllerClass.FetchValuesFromDatabase(DatabaseSettingsClass.ReadConnectionString(), querryStart, delim);
resEnd = DatabaseControllerClass.FetchValuesFromDatabase(DatabaseSettingsClass.ReadConnectionString(), querryEnd, delim);
}
catch (Exception)
{
Task.Run(() => MessageBox.Show("Timeout for device ID:" + item.Cells[1].Value));
return;
}
// Now we should have a results, but we must check for validity
startValid = HelperClass.CheckDataValidity(resStart);
endValid = HelperClass.CheckDataValidity(resEnd);
if (!(startValid && endValid)) // If one of each is not valid calculate next time
{
tf.CalculateNextValues();
if (Convert.ToInt32(tf.GetDay()) == ConfigClass.other.daysToCheck) // If we reached maximum days
{
break;
}
}
} while (!(startValid && endValid)); // Will run until both values are valid or unitl end is reached
// Update percentage bar and check if aborted
if (fw.AlreadyClosed)
{
return;
}
fw.ProgresStep(); // Update progress bar
// Result have active and reactive component
if (startValid && endValid == true)
{
// We have both values, lets process them
bool warning; // will warn if negative active power
string valueRes = FormatEnergyValues(resStart, resEnd, out warning);
string[] temp = valueRes.Split('/');
item.Cells[4].Value = temp[0].Trim();
item.Cells[5].Value = temp[1].Trim();
string[] tempTime = dateStringTimestamp.Split('-');
item.Cells[6].Value = tempTime[0].Trim();
item.Cells[7].Value = tempTime[1].Trim();
if (warning == true)
{
item.Cells[4].Style.BackColor = Color.Yellow;
item.Cells[5].Style.BackColor = Color.Yellow;
item.Cells[6].Style.BackColor = Color.Yellow;
item.Cells[7].Style.BackColor = Color.Yellow;
}
else
{
item.Cells[4].Style.BackColor = Color.White;
item.Cells[5].Style.BackColor = Color.White;
item.Cells[6].Style.BackColor = Color.White;
item.Cells[7].Style.BackColor = Color.White;
}
}
else
{
item.Cells[4].Value = VALUE_MISSING;
item.Cells[4].Style.BackColor = Color.Red;
item.Cells[5].Value = VALUE_MISSING;
item.Cells[5].Style.BackColor = Color.Red;
item.Cells[6].Value = VALUE_MISSING;
item.Cells[6].Style.BackColor = Color.Red;
item.Cells[7].Value = VALUE_MISSING;
item.Cells[7].Style.BackColor = Color.Red;
}
}
else // Cell is not selected, erase value
{
// Nothing i just want to update
}
}
}
private void TaskUpdate(ICancelableForm fw) // Task when update button is pressed
{
UpdateValuesFromDB(fw);
}
private void TaskSlow(ICancelableForm fw) // Task to fetch slow from database
{
GetValuesFromDB(fw);
}
private void TaskFast(ICancelableForm fw) // Task to fetch fast from database
{
GetValuesFromDBFast(fw);
}
private void ProcessDataIntegrity(ICancelableForm fw)
{
string sysFormat = CultureInfo.CurrentCulture.DateTimeFormat.ShortDatePattern;
string sysUIFormat = CultureInfo.CurrentUICulture.DateTimeFormat.ShortDatePattern;
FormCustomConsole.WriteLine("CurrentCulture: " + sysFormat);
FormCustomConsole.WriteLine("CurrentUICulture: " + sysUIFormat);
DateTime dateStart = GetDateFiltered(dateTimePickerStartDataIntegrity);
DateTime dateEnd = GetDateFiltered(dateTimePickerEndDataIntegrity);
// Check if day selection is valid
TimeSpan dayDiff = dateEnd.Subtract(dateStart); // It will hold days difference
if (dayDiff.Days <= 0)
{
MessageBox.Show("Select valid time!");
return;
}
string oracleDateStart;
string oracleDateEnd;
string querryCommand;
string result = "";
int currentRow = -1;
// If row is enabled, process it
foreach (DataGridViewRow item in dataGridView2.Rows)
{
currentRow++; // Start from -1 so it is 0 at first iteration
if (Convert.ToBoolean(item.Cells[0].Value) == true)
{
// Selected element is enabled
// Create oracle time selection string
oracleDateStart = HelperClass.ConvertToOracleTime(dateStart);
oracleDateEnd = HelperClass.ConvertToOracleTime(dateEnd);
// Create command
querryCommand = "SELECT VALID,IPAA,IPBA,IPCA,VABA,VBCA,VCAA, READ_TIME, ID FROM DATA_HISTORY WHERE DEVICE_ID=" + item.Cells[1].Value + " AND READ_TIME >= " + oracleDateStart + " AND READ_TIME < " + oracleDateEnd + "AND ROWNUM <= " + ConfigClass.MAX_ROWS_GET.ToString();
char delim = '|';
try
{
result = DatabaseControllerClass.FetchValuesFromDatabase(DatabaseSettingsClass.ReadConnectionString(), querryCommand, delim);
}
catch (Exception)
{
Task.Run(() => MessageBox.Show("Timeout for device ID:" + item.Cells[1].Value));
return;
}
// Instantiate dataclass for current row
allData[currentRow] = new DataClass(dayDiff.Days, currentRow, dateStart, dateEnd);
// Fill it with values from database
allData[currentRow].FillDataRow(result, Convert.ToInt32(item.Cells[1].Value), delim);
// Process data row for: null values, zero values, duplicate values and generaly some way of corrupted data
allData[currentRow].ProcessData();
allData[currentRow].RunAnalysis(); // This will calculate all needed info
string tempSummary = allData[currentRow].GenerateSummary();
string[] summary = tempSummary.Split(delim);
// Fill cells
item.Cells[4].Value = summary[0]; // valid
item.Cells[5].Value = summary[1]; // flag status
item.Cells[6].Value = dateStart.ToString("dd/MM/yyyy", CultureInfo.InvariantCulture);
item.Cells[7].Value = dateEnd.ToString("dd/MM/yyyy", CultureInfo.InvariantCulture);
item.Cells[8].Value = "Ready";
item.Cells[8].Style.BackColor = Color.Lavender;
// Update percentage bar and check if aborted
fw.ProgresStep(); // Update progress bar
if (fw.AlreadyClosed)
{
return;
}
}
else // Cell is not selected
{
}
}
}
public HelperInterruptibleWorker(ICancelableAsync _client, ICancelableForm _f)
{
client = _client;
f = _f;
}