public static void WriteSummaryKml(IEnumerable<Waypoint> points, string filename, ApOrganization groupby, bool showLabels)
{
XmlDocument doc = new XmlDocument();
doc.LoadXml("<?xml version=\"1.0\" encoding=\"UTF-8\"?><kml xmlns=\"http://www.opengis.net/kml/2.2\"><Document><name>Summary</name></Document></kml>");
switch(groupby)
{
case ApOrganization.EncryptionThenChannel:
//Group APs by encryption
var priGroup = points.GroupBy(wp => wp.Extensions.Privacy).OrderBy(gd => gd.Key);
//Loop through all security groups
foreach (IGrouping<string, Waypoint> priWp in priGroup)
{
//Create primary group folder
XmlElement xePriFolder = XmlHelper.CreateKmlFolderWithName(doc, priWp.Key);
//Group by Channel
var secGroup = priWp.GroupBy(wp => wp.Extensions.Channel).OrderBy(gd => gd.Key);
//Loop through all channel groups
foreach (IGrouping<uint, Waypoint> secWp in secGroup)
{
//Create the secondary sub-folder
XmlElement xeChannel = XmlHelper.CreateKmlFolderWithName(doc, "Channel " + secWp.Key);
//Group all APs by mac address
var apGroup = secWp.GroupBy(wp => wp.Extensions.MacAddress);
//Loop to find the strongest points for each access point in this group
foreach (IGrouping<string, Waypoint> apG in apGroup)
{
//Find the highest signal points
int maxRssi = apG.Max(wp => wp.Extensions.Rssi);
IEnumerable<Waypoint> wps = apG.Where(wp => wp.Extensions.Rssi == maxRssi);
double avgLat = wps.Average(wp => wp.Latitude);
double avgLon = wps.Average(wp => wp.Longitude);
double avgEle = wps.Average(wp => wp.Elevation);
xeChannel.AppendChild(XmlHelper.CreatePlacemark(doc, wps.First(), true, showLabels,
false, true, avgLat, avgLon, avgEle));
}
xePriFolder.AppendChild(xeChannel);
}
doc.GetElementsByTagName("Document").Item(0).AppendChild(xePriFolder);
}
break;
case ApOrganization.ChannelThenEncryption:
//Group APs by encryption
var priGroup2 = points.GroupBy(wp => wp.Extensions.Channel).OrderBy(gd => gd.Key);
//Loop through all security groups
foreach (IGrouping<uint, Waypoint> priWp in priGroup2)
{
//Create primary group folder
XmlElement xePriFolder = XmlHelper.CreateKmlFolderWithName(doc, "Channel " + priWp.Key);
//Group by Channel
var secGroup = priWp.GroupBy(wp => wp.Extensions.Privacy).OrderBy(gd => gd.Key);
//Loop through all channel groups
foreach (IGrouping<string, Waypoint> secWp in secGroup)
{
//Create the secondary sub-folder
XmlElement xeChannel = XmlHelper.CreateKmlFolderWithName(doc, secWp.Key);
//Group all APs by mac address
var apGroup = secWp.GroupBy(wp => wp.Extensions.MacAddress);
//Loop to find the strongest points for each access point in this group
foreach (IGrouping<string, Waypoint> apG in apGroup)
{
//Find the highest signal points
int maxRssi = apG.Max(wp => wp.Extensions.Rssi);
IEnumerable<Waypoint> wps = apG.Where(wp => wp.Extensions.Rssi == maxRssi);
double avgLat = wps.Average(wp => wp.Latitude);
double avgLon = wps.Average(wp => wp.Longitude);
double avgEle = wps.Average(wp => wp.Elevation);
xeChannel.AppendChild(XmlHelper.CreatePlacemark(doc, wps.First(), true, showLabels,
false, true, avgLat, avgLon, avgEle));
}
xePriFolder.AppendChild(xeChannel);
}
doc.GetElementsByTagName("Document").Item(0).AppendChild(xePriFolder);
}
break;
default:
break;
}
doc.Save(filename);
}
public static void WriteComprehensiveKml(IEnumerable<Waypoint> points,string filename,ApOrganization groupby,bool showLabels)
{
XmlDocument doc = new XmlDocument();
doc.LoadXml("<?xml version=\"1.0\" ?><kml><Document><name>Comprehensive Data</name></Document></kml>");
XmlElement xe;
//XmlElement xe2;
XmlElement xe3;
switch (groupby)
{
case ApOrganization.EncryptionThenChannel:
var grouped = points.GroupBy(wp => wp.Extensions.Privacy).OrderBy(gd => gd.Key);
foreach (IGrouping<string, Waypoint> waypoint in grouped)
{
//Create folder element
xe = XmlHelper.CreateKmlFolderWithName(doc, waypoint.Key);//doc.CreateElement("Folder");
var g2 = waypoint.GroupBy(wp => wp.Extensions.Channel).OrderBy(ch => ch.Key);
foreach (IGrouping<uint, Waypoint> grouping in g2)
{
//Create sub-folder
xe3 = XmlHelper.CreateKmlFolderWithName(doc, "Channel " + grouping.Key);//doc.CreateElement("Folder");
//Group all points by mac address
var apgroup = grouping.GroupBy(wp => wp.Extensions.MacAddress);
//Add points to parent element
WriteSubItems(doc, apgroup, xe3, showLabels);
//Add the channel folder to the parent security folder
xe.AppendChild(xe3);
}
//Add the security folder to the main document
doc.GetElementsByTagName("Document").Item(0).AppendChild(xe);
}
//Save kml file
doc.Save(filename);
break;
case ApOrganization.ChannelThenEncryption:
var groupedc = points.GroupBy(wp => wp.Extensions.Channel).OrderBy(gd => gd.Key);
foreach (IGrouping<uint, Waypoint> waypoint in groupedc)
{
//Create folder element
xe = XmlHelper.CreateKmlFolderWithName(doc,"Channel " + waypoint.Key);//doc.CreateElement("Folder");
var g2 = waypoint.GroupBy(wp => wp.Extensions.Privacy).OrderBy(ch => ch.Key);
foreach (IGrouping<string, Waypoint> grouping in g2)
{
//Create sub-folder
xe3 = XmlHelper.CreateKmlFolderWithName(doc, grouping.Key);//doc.CreateElement("Folder");
//Group all points by mac address
var apgroup = grouping.GroupBy(wp => wp.Extensions.MacAddress);
//Add points to parent element
WriteSubItems(doc, apgroup, xe3, showLabels);
//Add the channel folder to the parent security folder
xe.AppendChild(xe3);
}
//Add the security folder to the main document
doc.GetElementsByTagName("Document").Item(0).AppendChild(xe);
}
//Save kml file
doc.Save(filename);
break;
default:
break;
}
}
public static void WriteSummaryKml(IEnumerable <Waypoint> points, string filename, ApOrganization groupby, bool showLabels)
{
XmlDocument doc = new XmlDocument();
doc.LoadXml("<?xml version=\"1.0\" encoding=\"UTF-8\"?><kml xmlns=\"http://www.opengis.net/kml/2.2\"><Document><name>Summary</name></Document></kml>");
switch (groupby)
{
case ApOrganization.EncryptionThenChannel:
//Group APs by encryption
var priGroup = points.GroupBy(wp => wp.Extensions.Security).OrderBy(gd => gd.Key);
//Loop through all security groups
foreach (IGrouping <string, Waypoint> priWp in priGroup)
{
//Create primary group folder
XmlElement xePriFolder = XmlHelper.CreateKmlFolderWithName(doc, priWp.Key);
//Group by Channel
var secGroup = priWp.GroupBy(wp => wp.Extensions.Channel).OrderBy(gd => gd.Key);
//Loop through all channel groups
foreach (IGrouping <uint, Waypoint> secWp in secGroup)
{
//Create the secondary sub-folder
XmlElement xeChannel = XmlHelper.CreateKmlFolderWithName(doc, "Channel " + secWp.Key);
//Group all APs by mac address
var apGroup = secWp.GroupBy(wp => wp.Extensions.MacAddress);
//Loop to find the strongest points for each access point in this group
foreach (IGrouping <string, Waypoint> apG in apGroup)
{
//Find the highest signal points
int maxRssi = apG.Max(wp => wp.Extensions.Rssi);
IEnumerable <Waypoint> wps = apG.Where(wp => wp.Extensions.Rssi == maxRssi);
double avgLat = wps.Average(wp => wp.Latitude);
double avgLon = wps.Average(wp => wp.Longitude);
double avgEle = wps.Average(wp => wp.Elevation);
xeChannel.AppendChild(XmlHelper.CreatePlacemark(doc, wps.First(), true, showLabels,
false, true, avgLat, avgLon, avgEle));
}
xePriFolder.AppendChild(xeChannel);
}
doc.GetElementsByTagName("Document").Item(0).AppendChild(xePriFolder);
}
break;
case ApOrganization.ChannelThenEncryption:
//Group APs by encryption
var priGroup2 = points.GroupBy(wp => wp.Extensions.Channel).OrderBy(gd => gd.Key);
//Loop through all security groups
foreach (IGrouping <uint, Waypoint> priWp in priGroup2)
{
//Create primary group folder
XmlElement xePriFolder = XmlHelper.CreateKmlFolderWithName(doc, "Channel " + priWp.Key);
//Group by Channel
var secGroup = priWp.GroupBy(wp => wp.Extensions.Security).OrderBy(gd => gd.Key);
//Loop through all channel groups
foreach (IGrouping <string, Waypoint> secWp in secGroup)
{
//Create the secondary sub-folder
XmlElement xeChannel = XmlHelper.CreateKmlFolderWithName(doc, secWp.Key);
//Group all APs by mac address
var apGroup = secWp.GroupBy(wp => wp.Extensions.MacAddress);
//Loop to find the strongest points for each access point in this group
foreach (IGrouping <string, Waypoint> apG in apGroup)
{
//Find the highest signal points
int maxRssi = apG.Max(wp => wp.Extensions.Rssi);
IEnumerable <Waypoint> wps = apG.Where(wp => wp.Extensions.Rssi == maxRssi);
double avgLat = wps.Average(wp => wp.Latitude);
double avgLon = wps.Average(wp => wp.Longitude);
double avgEle = wps.Average(wp => wp.Elevation);
xeChannel.AppendChild(XmlHelper.CreatePlacemark(doc, wps.First(), true, showLabels,
false, true, avgLat, avgLon, avgEle));
}
xePriFolder.AppendChild(xeChannel);
}
doc.GetElementsByTagName("Document").Item(0).AppendChild(xePriFolder);
}
break;
default:
break;
}
doc.Save(filename);
}
private void ExportButtonClick(object sender, EventArgs e)
{
if (txtInFiles.Text.Trim() == string.Empty)
{
MessageBox.Show(Localizer.GetString("ErrorNoLogFileSelected"), Localizer.GetString("Error"),
MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
if (txtOutDir.Text.Trim() == string.Empty)
{
MessageBox.Show(Localizer.GetString("ErrorKmlDirectoryMissing"), Localizer.GetString("Error"),
MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
if (!txtOutDir.Text.EndsWith("\\"))
{
txtOutDir.AppendText("\\");
}
_outPath = txtOutDir.Text;
//Append the log filename to the directory path
int lastS = _inFiles[0].LastIndexOf('\\');
int lastP = _inFiles[0].Substring(lastS).LastIndexOf('.');
_outPath += _inFiles[0].Substring(lastS).Remove(lastP) + "\\";
try
{
//Create the output directory
System.IO.Directory.CreateDirectory(_outPath);
}
catch (UnauthorizedAccessException ex)
{
MessageBox.Show(string.Format("{0}\r\n\r\n{1}", ex.Message, Localizer.GetString("ErrorExportDirectory")), Localizer.GetString("Error"));
return;
}
catch (DirectoryNotFoundException ex)
{
MessageBox.Show(ex.Message, Localizer.GetString("Error"));
return;
}
//All is well, let's go
Waypoint[] allPoints;
try
{
//Load all files. An array is required because all KML classes accept arrays
allPoints = GpxIO.ReadGpxFiles(_inFiles).ToArray();
}
catch (IOException)
{
//This happens when the file is locked by another process or WirelessFireless is still logging to it.
MessageBox.Show(
Localizer.GetString("GpxFileOpenError"),
Localizer.GetString("Error"), MessageBoxButtons.OK, MessageBoxIcon.Error);
return;
}
//Filter data
WaypointFilterArgs farg = new WaypointFilterArgs
{
GpsFixLost = chGPSFixLost.Checked,
GpsLockedUp = chGPSLockup.Checked,
MaximumSpeedKmh = chMaxSpeed.Checked ? (int)numMaxSpeed.Value : -1,
MaxSignal = chMaxSignal.Checked ? (int)numMaxSignal.Value : -1,
MinimumSatsVisible = chGPSsatCount.Checked ? (int)numSatCount.Value : -1
};
allPoints = KmlWriter.FilterData(allPoints, farg);
ApOrganization group = (ApOrganization)cmbOrganize.SelectedIndex;
if (chExportSummary.Checked) //Export a summary file
{
if (!System.IO.File.Exists(_outPath + "Summary.kml") ||
MessageBox.Show(Localizer.GetString("WarningSummaryKmlExists"),
Localizer.GetString("FileExists"), MessageBoxButtons.YesNo, MessageBoxIcon.Question,
MessageBoxDefaultButton.Button1) == DialogResult.Yes)
{
KmlWriter.WriteSummaryKml(allPoints, _outPath + "Summary.kml", group, chShowRssiMarkers.Checked);
}
}
if (chExportComp.Checked) //Comprehensive
{
if (!System.IO.File.Exists(_outPath + "Comprehensive.kml") ||
MessageBox.Show(Localizer.GetString("WarningComprehensiveKmlExists"),
Localizer.GetString("FileExists"), MessageBoxButtons.YesNo, MessageBoxIcon.Question,
MessageBoxDefaultButton.Button1) == DialogResult.Yes)
{
KmlWriter.WriteComprehensiveKml(allPoints, _outPath + "Comprehensive.kml", group, chShowRssiMarkers.Checked);
}
}
if (chExportEachAp.Checked) //Export each AP to ./APs/{SSID}.kml
{
KmlWriter.WriteAccessPointKml(allPoints, _outPath, chShowRssiMarkers.Checked);
}
MessageBox.Show(Localizer.GetString("ExportComplete"), Localizer.GetString("Finished"), MessageBoxButtons.OK);
}
public static void WriteComprehensiveKml(IEnumerable <Waypoint> points, string filename, ApOrganization groupby, bool showLabels)
{
XmlDocument doc = new XmlDocument();
doc.LoadXml("<?xml version=\"1.0\" ?><kml><Document><name>Comprehensive Data</name></Document></kml>");
XmlElement xe;
//XmlElement xe2;
XmlElement xe3;
switch (groupby)
{
case ApOrganization.EncryptionThenChannel:
var grouped = points.GroupBy(wp => wp.Extensions.Security).OrderBy(gd => gd.Key);
foreach (IGrouping <string, Waypoint> waypoint in grouped)
{
//Create folder element
xe = XmlHelper.CreateKmlFolderWithName(doc, waypoint.Key); //doc.CreateElement("Folder");
var g2 = waypoint.GroupBy(wp => wp.Extensions.Channel).OrderBy(ch => ch.Key);
foreach (IGrouping <uint, Waypoint> grouping in g2)
{
//Create sub-folder
xe3 = XmlHelper.CreateKmlFolderWithName(doc, "Channel " + grouping.Key); //doc.CreateElement("Folder");
//Group all points by mac address
var apgroup = grouping.GroupBy(wp => wp.Extensions.MacAddress);
//Add points to parent element
WriteSubItems(doc, apgroup, xe3, showLabels);
//Add the channel folder to the parent security folder
xe.AppendChild(xe3);
}
//Add the security folder to the main document
doc.GetElementsByTagName("Document").Item(0).AppendChild(xe);
}
//Save kml file
doc.Save(filename);
break;
case ApOrganization.ChannelThenEncryption:
var groupedc = points.GroupBy(wp => wp.Extensions.Channel).OrderBy(gd => gd.Key);
foreach (IGrouping <uint, Waypoint> waypoint in groupedc)
{
//Create folder element
xe = XmlHelper.CreateKmlFolderWithName(doc, "Channel " + waypoint.Key); //doc.CreateElement("Folder");
var g2 = waypoint.GroupBy(wp => wp.Extensions.Security).OrderBy(ch => ch.Key);
foreach (IGrouping <string, Waypoint> grouping in g2)
{
//Create sub-folder
xe3 = XmlHelper.CreateKmlFolderWithName(doc, grouping.Key); //doc.CreateElement("Folder");
//Group all points by mac address
var apgroup = grouping.GroupBy(wp => wp.Extensions.MacAddress);
//Add points to parent element
WriteSubItems(doc, apgroup, xe3, showLabels);
//Add the channel folder to the parent security folder
xe.AppendChild(xe3);
}
//Add the security folder to the main document
doc.GetElementsByTagName("Document").Item(0).AppendChild(xe);
}
//Save kml file
doc.Save(filename);
break;
default:
break;
}
}
