public void CanSerializeSampleFile()
{
// serialize sample ADX file from http://www.adif.org/304/ADIF_304.htm#ADX_File_Format
var dataObject = new ADIFData();
dataObject.Header = new ADIFHeader();
dataObject.Header.ADIFVersion = ADIFIO.ADIFVersion;
dataObject.Header.ProgramID = "monolog";
dataObject.Header.UserDefinedFields = new List <ADIFUserDefinedFieldHeader>();
dataObject.Header.UserDefinedFields.Add(new ADIFUserDefinedFieldHeader {
FieldID = 1, Type = "N", Value = "EPC"
});
dataObject.Header.UserDefinedFields.Add(new ADIFUserDefinedFieldHeader {
FieldID = 2, Type = "E", Enum = "{S,M,L}", Value = "SWEATERSIZE"
});
dataObject.Header.UserDefinedFields.Add(new ADIFUserDefinedFieldHeader {
FieldID = 3, Type = "E", Range = "{5:20}", Value = "SHOESIZE"
});
dataObject.Records = new List <ADIFRecord>();
var firstRecord = new ADIFRecord();
firstRecord.QSODate = "19900620";
firstRecord.TimeOn = "1523";
firstRecord.Callsign = "VK9NS";
firstRecord.Band = "20M";
firstRecord.Mode = "RTTY";
firstRecord.UserDefinedFields = new List <ADIFUserDefinedFieldRecord>();
firstRecord.UserDefinedFields.Add(new ADIFUserDefinedFieldRecord("SWEATERSIZE", "M"));
firstRecord.UserDefinedFields.Add(new ADIFUserDefinedFieldRecord("SHOESIZE", "11"));
firstRecord.AppDefinedFields = new List <ADIFAppDefinedFieldRecord>();
firstRecord.AppDefinedFields.Add(new ADIFAppDefinedFieldRecord("MONOLOG", "Compression", "s", "off"));
var secondRecord = new ADIFRecord();
secondRecord.QSODate = "20101022";
secondRecord.TimeOn = "0111";
secondRecord.Callsign = "ON4UN";
secondRecord.Band = "40M";
secondRecord.Mode = "PSK";
secondRecord.Submode = "PSK63";
secondRecord.UserDefinedFields = new List <ADIFUserDefinedFieldRecord>();
secondRecord.UserDefinedFields.Add(new ADIFUserDefinedFieldRecord("EPC", "32123"));
secondRecord.AppDefinedFields = new List <ADIFAppDefinedFieldRecord>();
secondRecord.AppDefinedFields.Add(new ADIFAppDefinedFieldRecord("MONOLOG", "COMPRESSION", "s", "off"));
dataObject.Records.Add(firstRecord);
dataObject.Records.Add(secondRecord);
var adx = ADIFIO.ConvertToADX(dataObject);
ADIFIO.SaveADXFile(dataObject, "C:\\data.xml");
}
private void loadADIF(string adifFP)
{
try
{
adifData = new ADIFData(adifFP, countryCodes);
} catch (Exception e)
{
Trace.WriteLine("Error loading ADIF data from " + adifFP);
Trace.WriteLine(e.ToString());
return;
}
miOpenDXCC.Enabled = true;
settings.adifFP = adifFP;
writeConfig();
}
public void CanSerializeHeaderAndNoRecords()
{
var dataObject = new ADIFData();
dataObject.Header = new ADIFHeader
{
ADIFVersion = ADIFIO.ADIFVersion,
CreatedTimestamp = "20150118 234500",
ProgramID = "Test Program",
ProgramVersion = "0.1 alpha"
};
dataObject.Records = new List <ADIFRecord>();
var adx = ADIFIO.ConvertToADX(dataObject);
var rgx = new Regex(@"<\?xml.+\?>\s*<ADX>\s*<HEADER>[\s\S]*<\/HEADER>\s*<RECORDS \/>\s*<\/ADX>");
Assert.IsTrue(rgx.IsMatch(adx));
}
public FDXCC(ADIFData adifData)
{
InitializeComponent();
List <string> countries = new List <string>();
List <string> bands = new List <string>();
List <string> modes = new List <string>();
foreach (ADIFHeader ah in adifData.Keys)
{
if (!countries.Contains(ah.prefix))
{
countries.Add(ah.prefix);
}
if (!bands.Contains(ah.band))
{
bands.Add(ah.band);
}
if (!modes.Contains(ah.mode))
{
modes.Add(ah.mode);
}
}
bands.Sort(cmpBands);
modes.Sort();
foreach (string mode in modes)
{
clbModes.Items.Add(mode, true);
}
foreach (string ct in DxConsts.ConfirmationTypes)
{
clbConfirmation.Items.Add(ct, true);
}
DataTable dtAdif = new DataTable();
DataColumn dcPfx = new DataColumn();
dcPfx.DataType = Type.GetType("System.String");
dcPfx.ColumnName = "prefix";
dcPfx.ReadOnly = true;
dcPfx.Caption = "Prefix";
dcPfx.Unique = true;
dtAdif.Columns.Add(dcPfx);
Dictionary <string, ADIFState> data = new Dictionary <string, ADIFState>();
foreach (string band in bands)
{
DataColumn dcBand = new DataColumn();
dcBand.DataType = data.GetType();
dcBand.ColumnName = band;
dcBand.ReadOnly = true;
dcBand.Caption = band;
dtAdif.Columns.Add(dcBand);
}
foreach (string prefix in countries)
{
DataRow row = dtAdif.NewRow();
row["prefix"] = prefix;
foreach (string band in bands)
{
Dictionary <string, ADIFState> cellData = new Dictionary <string, ADIFState>();
foreach (ADIFHeader item in adifData.Keys.Where(x => x.prefix == prefix && x.band == band).ToList())
{
cellData[item.mode] = adifData[item];
}
row[band] = cellData;
}
dtAdif.Rows.Add(row);
}
dgvDXCC.DataSource = dtAdif;
}
public FMain()
{
InitializeComponent();
bsDxData = new BindingSource(blDxData, null);
dgvDxData.AutoGenerateColumns = false;
dgvDxData.DataSource = bsDxData;
miBands.DropDown.MouseEnter += miDropDownMouseEnter;
miBands.DropDown.MouseLeave += miDropdownMouseLeave;
miConfirm.DropDown.MouseEnter += miDropDownMouseEnter;
miConfirm.DropDown.MouseLeave += miDropdownMouseLeave;
miModes.DropDown.MouseEnter += miDropDownMouseEnter;
miModes.DropDown.MouseLeave += miDropdownMouseLeave;
readConfig();
if (settings.dgvDxFilterBands == null)
{
settings.dgvDxFilterBands = new List <SettingsListEntry>();
}
if (settings.dxccModes == null)
{
settings.dxccModes = new List <SettingsListEntry>();
}
tsbNoCfm.Checked = settings.dgvDxFilterNoCfm;
if (settings.dgvDXColumnWidth != null && settings.dgvDXColumnWidth.Count == dgvDxData.Columns.Count)
{
for (int c = 0; c < dgvDxData.Columns.Count; c++)
{
dgvDxData.Columns[c].Width = settings.dgvDXColumnWidth[c];
}
}
else
{
settings.dgvDXColumnWidth = new List <int>();
for (int c = 0; c < dgvDxData.Columns.Count; c++)
{
settings.dgvDXColumnWidth.Add(dgvDxData.Columns[c].Width);
}
writeConfig();
}
Trace.Listeners.Add(new TextWriterTraceListener("DxClusterClient.log"));
Trace.AutoFlush = true;
Trace.Indent();
Trace.WriteLine("Initialising FMain");
using (StreamReader srC = new StreamReader(Application.StartupPath + "\\cty.dat"))
{
string country = "";
Regex rgxCountry = new Regex(@"\s(\S+):$");
Regex rgxPfx = new Regex(@"(\(.*\))?(\[.*\])?");
do
{
string line = srC.ReadLine();
Match mtchCountry = rgxCountry.Match(line);
if (mtchCountry.Success)
{
country = mtchCountry.Groups[1].Value;
}
else
{
string[] pfxs = line.TrimStart(' ').TrimEnd(';', ',').Split(',');
foreach (string pfx in pfxs)
{
int pfxType = 0;
string pfx0 = rgxPfx.Replace(pfx, "");
if (pfx0.StartsWith("="))
{
pfx0 = pfx0.TrimStart('=');
pfxType = 1;
}
if (prefixes[pfxType].ContainsKey(pfx0))
{
prefixes[pfxType][pfx0] += "; " + country;
System.Diagnostics.Debug.WriteLine("Type " + pfxType.ToString() + " " + pfx0 + ": " + prefixes[pfxType][pfx0]);
}
else
{
prefixes[pfxType].Add(pfx0, country);
}
}
}
} while (srC.Peek() >= 0);
}
Trace.WriteLine("Finished reading cty.dat");
try
{
using (StreamReader srM = new StreamReader(Application.StartupPath + "\\bandMap.txt"))
{
Regex rgxMd = new Regex(@"^(\d+\.?\d*)\s*-?(\d+\.?\d*)\s+(\S+)$");
do
{
string line = srM.ReadLine();
Match mtchMd = rgxMd.Match(line);
if (mtchMd.Success)
{
modes.Add(new Diap
{
l = Convert.ToDouble(mtchMd.Groups[1].Value.Replace(".", CultureInfo.CurrentCulture.NumberFormat.NumberDecimalSeparator)),
h = Convert.ToDouble(mtchMd.Groups[2].Value.Replace(".", CultureInfo.CurrentCulture.NumberFormat.NumberDecimalSeparator)),
name = mtchMd.Groups[3].Value
});
}
} while (srM.Peek() >= 0);
}
} catch (Exception e)
{
Trace.WriteLine(e.ToString());
}
countryCodes = ADIFData.buildCountryCodes(Application.StartupPath + "\\CountryCode.txt");
try
{
using (StreamReader sr = new StreamReader(Application.StartupPath + "\\lotw1.txt"))
{
do
{
string line = sr.ReadLine();
lotw1.Add(line);
} while (sr.Peek() >= 0);
}
}
catch (Exception e)
{
Trace.WriteLine(e.ToString());
}
if (settings.adifFP != "" && File.Exists(settings.adifFP))
{
loadADIF(settings.adifFP);
}
int co = 0;
foreach (Diap band in DxConsts.Bands)
{
}
if (settings.dxccBand == null || settings.dxccBand.Count < bandsMenuItems.Count)
{
settings.dxccBand = new List <SettingsListEntry>();
foreach (ToolStripMenuItem mi in bandsMenuItems.Values)
{
settings.dxccBand.Add(new SettingsListEntry {
name = mi.Text, status = mi.Checked
});
}
}
co = 0;
foreach (string ct in DxConsts.ConfirmationTypes)
{
ToolStripMenuItem mi = new ToolStripMenuItem();
mi.Text = ct;
mi.Checked = settings.dxccConfirm != null && settings.dxccConfirm.Count > co ? settings.dxccConfirm[co] : true;
mi.CheckOnClick = true;
mi.CheckedChanged += miFilterCheckedChanged;
miConfirm.DropDownItems.Add(mi);
confirmMenuItems[ct] = mi;
co++;
}
if (settings.dxccConfirm == null || settings.dxccConfirm.Count < confirmMenuItems.Count)
{
settings.dxccConfirm = new List <bool>();
foreach (ToolStripMenuItem mi in confirmMenuItems.Values)
{
settings.dxccConfirm.Add(mi.Checked);
}
}
co = 0;
foreach (ToolStripMenuItem mi in new ToolStripMenuItem[] { miSelectPrefix, miSelectBand, miSelectMode })
{
mi.Checked = settings.dxccSelect == co++;
}
foreach (Mode mode in DxConsts.Modes)
{
createModeMenuItem(mode, null);
}
foreach (Diap band in DxConsts.Bands)
{
createBandControls(band);
}
tsbDxDataBandFilterAll = new ToolStripButton();
tsbDxDataBandFilterAll.CheckOnClick = true;
tsbDxDataBandFilterAll.Text = "ALL";
tsbDxDataBandFilterAll.DisplayStyle = ToolStripItemDisplayStyle.Text;
tsbDxDataBandFilterAll.CheckedChanged += tsbDxDataBandFilterAllChanged;
tsFilter.Items.Add(tsbDxDataBandFilterAll);
}
