public static void OutputVS2008(string vs2008Prj, List <VirtualDirection> target)
{
XmlDocument dst_doc = new XmlDocument();
dst_doc.Load(vs2008Prj);
XmlElement dst_root = dst_doc.DocumentElement;
Dictionary <string, List <XmlElement> > fileConfigs = new Dictionary <string, List <XmlElement> >();
XmlNodeList fileList = dst_root.GetElementsByTagName("File");
foreach (XmlNode node in fileList)
{
XmlAttribute attr = node.Attributes["RelativePath"];
string n = attr.ToString();
foreach (XmlNode cn in node.ChildNodes)
{
if (cn.Name == "FileConfiguration")
{
if (!fileConfigs.ContainsKey(n))
{
fileConfigs[n] = new List <XmlElement>();
}
fileConfigs[n].Add(cn as XmlElement);
}
}
}
XmlNodeList filesRootList = dst_root.GetElementsByTagName("Files");
XmlNode root = filesRootList[0];
//////////////////////////////////////////////////////////////////////////
//修改2008 的工程
XmlNodeList virtualNodeList = dst_root.GetElementsByTagName("Filter");
while (virtualNodeList.Count > 0)
{
XmlNode node = virtualNodeList.Item(0);
node.ParentNode.RemoveChild(node);
}
foreach (VirtualDirection sub in target)
{
CreateVS2008XmlNode(sub, root, dst_doc, fileConfigs);
}
dst_doc.Save(vs2008Prj);
}
public static void UpdateConfigs()
{
if (StationID != "Server") // if station ID is not server do this
{
XmlDocument xml = new XmlDocument();
// Store configuration file locations to variables
string IPAConfig = IPA.Inst_Dir + @"\Support\configuration.xml";
string DVRConfig = DVR.Inst_Dir + @"\Support\configuration.xml";
string XBCAConfig = XBCA.Inst_Dir + @"\Support\xbox_controller_app_config.xml";
// Update IPA Configuration xml
xml.Load(IPAConfig);
XmlNode sensor = xml.SelectSingleNode("//Sensor[@id=\"M1\"]/IsLegacy");
sensor.InnerText = "false";
XmlNode identity = xml.SelectSingleNode("//Identity[@Id=\"IdentityConfig\"]/StationId");
identity.InnerText = StationID;
XmlNode server = xml.SelectSingleNode("//SA2S_Client[@Id=\"SA2SClientConfig\"]/LocalIp");
server.InnerText = StationIP.ToString();
XmlNode mapPath = xml.SelectSingleNode("//MapPath[@Id=\"MapPathConfig\"]/MapPath");
mapPath.InnerText = @"E:\1.NAVPLAN^E:\1.World_DTED_Lv1^E:\2.NORTHCOM^E:\2_CENTCOM_OIF^E:\2_NORTHCOM_Partial^E:\3_CentCom_OEF^E:\4_JSOTFFVW^E:\4_JSOTFP^E:\6.World_TLM^E:\ForceX_AreaMaps^E:\Nashville Maps";
// Setup IPA video config for the corresponding workstation
if (StationID != "OP1")
{
// Disable video streams one, two and three on the laptop stations
XmlNode vidOne = xml.SelectSingleNode("//VideoSettingsCollection/Videos[@Id=\"MTS-A VIC SD DC\"]/IsActive");
vidOne.InnerText = "false";
XmlNode vidTwo = xml.SelectSingleNode("//VideoSettingsCollection/Videos[@Id=\"MX20 VIC SD DC\"]/IsActive");
vidTwo.InnerText = "false";
XmlNode vidThree = xml.SelectSingleNode("//VideoSettingsCollection/Videos[@Id=\"MX20 VIC HD DC\"]/IsActive");
vidThree.InnerText = "false";
}
xml.Save(IPAConfig); // Save xml changes to original source file
// Update DVR Configuration xml
xml.Load(DVRConfig);
server = xml.SelectSingleNode("//SA2S_Client[@Id=\"SA2SClientConfig\"]/LocalIp");
server.InnerText = StationIP.ToString();
xml.Save(DVRConfig); // Save xml changes to original source file
// Update XBCA Configuration xml
xml.Load(XBCAConfig);
XmlNode element = xml.SelectSingleNode("//sensor_type");
element.InnerText = "MTS-A (Common)";
xml.Save(XBCAConfig); // Save xml changes to original source file
}
else // If station ID is the server do this
{
XmlDocument xml = new XmlDocument();
// Store configuration file location to variable
string IPASConfig = IPAS.Inst_Dir + @"\Master Configs\IPAS.PRI.config.xml";
xml.Load(IPASConfig);
XmlNode node = xml.SelectSingleNode(@"\base_configuration\config_section\base_config_section");
// node = xml.base_configuration.config_sections.base_config_section;
// Create new filter node for 200NM filter
foreach (XmlElement section in node)
{
XmlAttribute attr = section.GetAttributeNode("ID");
if (attr.ToString() == "Filters")
{
// Add a new item to the filters base_config_section
XmlElement filterItem = xml.CreateElement("item");
filterItem.SetAttribute("type", "ForceX.Framework.sob.filters.FilterSob, ForceX.Framework, Version=2.6.0.0, Culture=neutral, PublicKeyToken=null");
section.AppendChild(filterItem);
// Add a filter node to the section_items node
XmlElement filter = xml.CreateElement("filter");
filter.SetAttribute("id", "SCG.VQ1234-200nm");
filterItem.AppendChild(filter);
// Add the following nodes to the new filter node
XmlElement itemId = xml.CreateElement("ItemId");
XmlNode itemIdText = xml.CreateTextNode("SCG.VQ1234");
itemId.AppendChild(itemIdText);
filter.AppendChild(itemId);
XmlElement customId = xml.CreateElement("CustomId");
XmlNode customIdText = xml.CreateTextNode("false");
customId.AppendChild(customIdText);
filter.AppendChild(customId);
XmlElement Caption = xml.CreateElement("Caption");
filter.AppendChild(Caption);
XmlElement radiusValue = xml.CreateElement("radiusValue");
XmlNode radiusValueText = xml.CreateTextNode("200");
radiusValue.AppendChild(radiusValueText);
filter.AppendChild(radiusValue);
XmlElement distanceUnits = xml.CreateElement("distanceUnits");
XmlNode distanceUnitsText = xml.CreateTextNode("NauticalMiles");
distanceUnits.AppendChild(distanceUnitsText);
filter.AppendChild(distanceUnits);
XmlElement altitudeCeiling = xml.CreateElement("altitudeCeiling");
XmlNode altitudeCeilingText = xml.CreateTextNode("50000");
altitudeCeiling.AppendChild(altitudeCeilingText);
filter.AppendChild(altitudeCeiling);
XmlElement altitudeFloor = xml.CreateElement("altitudeFloor");
XmlNode altitudeFloorText = xml.CreateTextNode("1000");
altitudeFloor.AppendChild(altitudeFloorText);
filter.AppendChild(altitudeFloor);
XmlElement sources = xml.CreateElement("sources");
filter.AppendChild(sources);
XmlElement Active = xml.CreateElement("Active");
XmlNode ActiveText = xml.CreateTextNode("false");
Active.AppendChild(ActiveText);
filter.AppendChild(Active);
XmlElement usedOn = xml.CreateElement("usedOn");
filter.AppendChild(usedOn);
filterItem.AppendChild(filter);
xml.Save(IPASConfig); // Save xml changes to original source file
}
}
}
}
private string GetVPNDefaultGateway(string LocalConfigFile)
{
// Setup a <List> of IP addresses as we dont know how many PPP interfaces the users will have active.
List <string> VpnIPAddresses = new List <string>();
int IPaddressCount = 0;
//Loop through network interfaces present on the system (both Physical and virtual)
foreach (NetworkInterface NetInterface in NetworkInterface.GetAllNetworkInterfaces())
{
//Test if Interface is a PPP adaptor (VPN Adaptor)
if (NetInterface.NetworkInterfaceType == NetworkInterfaceType.Ppp)
{
foreach (UnicastIPAddressInformation ip in NetInterface.GetIPProperties().UnicastAddresses)
{
//Test if we have an IPv4 address returned to us
if (ip.Address.AddressFamily == System.Net.Sockets.AddressFamily.InterNetwork)
{
//Add Interface to <List> and increment the count.
Console.WriteLine("Found potential IP an address for VPN Tunnel : {0}", ip.Address.ToString());
VpnIPAddresses.Add(ip.Address.ToString());
IPaddressCount++;
}
}
}
}
Console.WriteLine("Found {0} PPP Interface IP Address(es)...", IPaddressCount.ToString());
if (IPaddressCount < 1)
{
//No VPN Sessiosn found, we cannot continue.
Console.WriteLine("VPN has not been dialed - Please Dial VPN before attempting to set static routes.");
return(null);
}
XmlDocument VpnconfigDoc = new XmlDocument();
VpnconfigDoc.Load(LocalConfigFile);
XmlNodeList DefaultGateways = VpnconfigDoc.SelectNodes("/VPN/DefaultGateways/DefaultGateway");
foreach (string VPNIPaddress in VpnIPAddresses)
{
foreach (XmlNode DefaultGateway in DefaultGateways)
{
XmlAttribute VpnSubnetLower = DefaultGateway.Attributes["VPNSubnetLower"];
XmlAttribute VpnSubnetUpper = DefaultGateway.Attributes["VPNSubnetUpper"];
XmlAttribute DG = DefaultGateway.Attributes["DefaultGateway"];
XmlAttribute SubnetDescription = DefaultGateway.Attributes["SubnetDescription"];
Console.WriteLine("Checking to see if assigned VPN falls inside the range {0} - {1}", VpnSubnetLower.Value.ToString(), VpnSubnetUpper.Value.ToString());
//Check that the address we have assigned from VPN DHCP server falls in one of the defined subnet ranges - First one wins.
IPAddress AssignedVPNAddress = IPAddress.Parse(VPNIPaddress);
IPAddress LowerVPNSubnet = IPAddress.Parse(VpnSubnetLower.Value.ToString());
IPAddress UpperVPNSubnet = IPAddress.Parse(VpnSubnetUpper.Value.ToString());
//Cast Lower and upper ends of subnet into Byte-arrays so we can enumerate each Octet-group
byte[] lowerAddressBytes = LowerVPNSubnet.GetAddressBytes();
byte[] upperAddressBytes = UpperVPNSubnet.GetAddressBytes();
//Check that we're working with two of the same IP Types (IPv4/IPv6) - If not; there's no point in continuing
if (AssignedVPNAddress.AddressFamily != LowerVPNSubnet.AddressFamily)
{
Console.WriteLine("Assigned VPN address does not fall in same Address Family (IPv4/IPv6).");
return(null);
}
else
{
if (TestIPInRange(AssignedVPNAddress, LowerVPNSubnet, UpperVPNSubnet))
{
Console.WriteLine("Assigned VPN IP Address falls inside Pre-defined range ({0}) - Setting Default Gateway to {1}", SubnetDescription.ToString(), DG.Value.ToString());
return(DG.Value.ToString());
}
}
}
}
//Default Return
return(null);
}
