private double GetMegabytesFromLine(string[] meminfo, string token)
{
string?memLine = meminfo.FirstOrDefault(line => line.StartsWith(token) && line.EndsWith("kB"));
if (memLine != null)
{
string mem = memLine.Replace(token, string.Empty).Replace("kB", "K").Trim();
return(UnitConverterHelper.ConvertToUnit(mem, Unit.Megabyte));
}
return(0);
}
private IEnumerable <DriveInfo> GetDrive()
{
ShellHelper.Bash("df -h -x tmpfs | sed 's/ */,/g' > tempDrivesFile.csv");
var jsonData = CsvHelper.ConvertCsvToJson(File.ReadAllLines("tempDrivesFile.csv"));
var jsonList = JsonConvert.DeserializeObject <List <JObject> >(jsonData);
var driveInfo = new DriveInfo();
foreach (var driveJobject in jsonList)
{
var identString = driveJobject["Filesystem"]?.Value <string>();
var availableString = driveJobject["Avail"]?.Value <string>();
var sizeString = driveJobject["Size"]?.Value <string>();
var usedSting = driveJobject["Used"]?.Value <string>();
var usedPercentSting = driveJobject["Use%"]?.Value <string>();
yield return(new()
{
Available = UnitConverterHelper.ConvertToUnit(availableString, Unit.Gigabyte),
Identifier = identString,
Size = UnitConverterHelper.ConvertToUnit(sizeString, Unit.Gigabyte),
UsedPercentage = Convert.ToDouble(usedPercentSting?.Remove(usedPercentSting.Length - 1, 1)),
Used = UnitConverterHelper.ConvertToUnit(usedSting, Unit.Gigabyte),
});
}
}
private void SetHeader()
{
ColEMSLoadFlowNodeVoltage.Header += String.Format(Properties.EMSLoadFlowResourcesGenerated.EMSLoadFlow_MEAS_UNIT_Voltage, UnitConverterHelper.GetUnitSymbol(MeasurementType.Voltage));
}
