/// <summary>
/// Sets proxy according to current available networks and configurations rules
/// </summary>
private void SetProxyAccordingToNetwork(string configName)
{
if (configName != null)
{
log.Info("Set configuration " + configName);
NetworkConfiguration configuration = m_configurations.Find((c) => c.Name == configName);
configuration.ProxySettings.Configure();
// Evénement
if (ProxyChanged != null)
{
ProxyChanged(configName, null, configuration.ProxySettings, "Setting forced");
}
}
else
{
NetworkInfo matchingNetwork = null;
NetworkConfiguration matchingConfiguration = null;
RulesChecker.RulesCheckerResult result = new RulesChecker.RulesCheckerResult();
// Get current networks
IList <NetworkInfo> currentNetworks = NetworkManager.ListAvailableNetworks();
_currentNetworks = currentNetworks;
foreach (var networkInfo in currentNetworks)
{
log.Debug("Network " + networkInfo);
}
// Find matching configuration
matchingConfiguration = FindMatchingConfiguration(currentNetworks, out result, out matchingNetwork);
// Configurer le configuration en conséquence
if (matchingConfiguration != null)
{
matchingConfiguration.ProxySettings.Configure();
}
// Evénement
if (ProxyChanged != null)
{
ProxyChanged(matchingConfiguration.Name, result.Reason != Reasons.DEFAULT ? matchingNetwork : null, matchingConfiguration.ProxySettings, result.ReasonString);
}
}
}
/// <summary>
/// Returns the configuration that matches the given network
/// </summary>
/// <param name="configurations"></param>
public NetworkConfiguration FindMatchingConfiguration(IList <NetworkInfo> networks, out RulesChecker.RulesCheckerResult result, out NetworkInfo matchingNetwork)
{
int countMatches = 0;
NetworkConfiguration matchingConfiguration = null;
result = null;
matchingNetwork = null;
// Check each configuration
foreach (NetworkConfiguration configuration in m_configurations)
{
using (log4net.ThreadContext.Stacks["NDC"].Push(String.Format("config {0}", configuration.Name)))
{
log.InfoFormat("Checking config {0}", configuration.Name);
// Check each network
foreach (NetworkInfo net in networks)
{
log.InfoFormat("Checking network: {0} (IP: {1}, DNS: {2})", net.IfName, string.Join(",", net.NetworkIP), string.Join(",", net.DNS));
RulesChecker rc = new RulesChecker(configuration.NetworkRulesSet);
RulesChecker.RulesCheckerResult tempResult = rc.CheckRulesAgainstNetwork(net);
if (tempResult.Match)
{
log.InfoFormat("Match #{1}: config {0}", configuration.Name, countMatches + 1);
if (countMatches == 0)
{
result = tempResult;
matchingConfiguration = configuration;
matchingNetwork = net;
}
countMatches++;
}
}
}
}
return(matchingConfiguration);
}
/// <summary>
/// Sets proxy according to current available networks and configurations rules
/// </summary>
private void SetProxyAccordingToNetwork(string configName)
{
if (configName != null)
{
log.Info("Set configuration " + configName);
NetworkConfiguration configuration = m_configurations.Find((c) => c.Name == configName);
configuration.ProxySettings.Configure();
// Evénement
if (ProxyChanged != null)
{
ProxyChanged(configName, null, configuration.ProxySettings, "Setting forced");
}
}
else
{
NetworkInfo matchingNetwork = null;
NetworkConfiguration matchingConfiguration = null;
RulesChecker.RulesCheckerResult result = new RulesChecker.RulesCheckerResult();
// Get current networks
IList<NetworkInfo> currentNetworks = NetworkManager.ListAvailableNetworks();
_currentNetworks = currentNetworks;
foreach (var networkInfo in currentNetworks)
{
log.Debug("Network " + networkInfo);
}
// Find matching configuration
matchingConfiguration = FindMatchingConfiguration(currentNetworks, out result, out matchingNetwork);
// Configurer le configuration en conséquence
if (matchingConfiguration != null)
{
matchingConfiguration.ProxySettings.Configure();
}
// Evénement
if (ProxyChanged != null)
{
ProxyChanged(matchingConfiguration.Name, result.Reason != Reasons.DEFAULT ? matchingNetwork : null, matchingConfiguration.ProxySettings, result.ReasonString);
}
}
}
