public PathRule(string name, string path, BackendHttpSetting backendHttpSetting, BackendPool backendPool)
{
Name = name;
Path = path;
BackendHttpSetting = backendHttpSetting;
BackendPool = backendPool;
}
private void CreateBackendHttpSetting(string protocol, int port, string backendHttpSettingName)
{
_backendHttpSetting = new BackendHttpSetting
{
Protocol = protocol,
Port = port,
Name = backendHttpSettingName ?? _appService.Name
};
}
public IDefineBackendProbe <IDefineRouting> Using(string protocol, int port, string backendHttpSettingName = null)
{
_backendHttpSetting = new BackendHttpSetting
{
Name = backendHttpSettingName ?? _appService.Name,
Port = port,
Protocol = protocol
};
return(this);
}
public IDefineRouting WithProbe(string path = "/", int interval = 30, int timeout = 30, int unhealthyThreshold = 3,
string matchStatusCodes = "200-399", string probeName = null)
{
_applicationGateway.Listeners.Add(_listener);
var probe = new Probe(probeName ?? _appService.Name, _backendHttpSetting.Protocol, path, interval, timeout, unhealthyThreshold, matchStatusCodes);
if (!_applicationGateway.Probes.Contains(probe))
{
_applicationGateway.Probes.Add(probe);
}
else
{
probe = _applicationGateway.Probes.Single(p => Equals(p, probe));
}
_backendHttpSetting.Probe = probe;
if (!_applicationGateway.BackendHttpSettings.Contains(_backendHttpSetting))
{
_applicationGateway.BackendHttpSettings.Add(_backendHttpSetting);
}
else
{
_backendHttpSetting = _applicationGateway.BackendHttpSettings.Single(p => Equals(p, _backendHttpSetting));
}
var backendPool = new BackendPool
{
Name = _backendPoolName,
Addresses = { new BackendPoolAddress(_appService) }
};
if (!_applicationGateway.BackendPools.Contains(backendPool))
{
_applicationGateway.BackendPools.Add(backendPool);
}
else
{
backendPool = _applicationGateway.BackendPools.Single(p => Equals(p, backendPool));
}
_applicationGateway.Rules.Add(new BasicForwardRule(_ruleName, _listener, _backendHttpSetting, backendPool));
return(_defineRouting);
}
private BackendPool AddProbeAndBackendPool(string path, int interval, int timeout, int unhealthyThreshold, string matchStatusCodes, string probeName)
{
var probe = new Probe(probeName ?? _appService.Name, _backendHttpSetting.Protocol, path, interval, timeout, unhealthyThreshold, matchStatusCodes);
if (!_applicationGateway.Probes.Contains(probe))
{
_applicationGateway.Probes.Add(probe);
}
else
{
probe = _applicationGateway.Probes.Single(p => Equals(p, probe));
}
_backendHttpSetting.Probe = probe;
if (!_applicationGateway.BackendHttpSettings.Contains(_backendHttpSetting))
{
_applicationGateway.BackendHttpSettings.Add(_backendHttpSetting);
}
else
{
_backendHttpSetting = _applicationGateway.BackendHttpSettings.Single(p => Equals(p, _backendHttpSetting));
}
var backendPool = new BackendPool
{
Name = _backendPoolName,
Addresses = { new BackendPoolAddress(_appService) }
};
if (!_applicationGateway.BackendPools.Contains(backendPool))
{
_applicationGateway.BackendPools.Add(backendPool);
}
else
{
backendPool = _applicationGateway.BackendPools.Single(p => Equals(p, backendPool));
}
return(backendPool);
}
public UrlPathMap WithRule(string name, string path, BackendHttpSetting backendHttpSetting,
BackendPool backendPool)
{
_rules.Add(new PathRule(name, path, backendHttpSetting, backendPool));
return(this);
}
public UrlPathMap(string name, BackendHttpSetting defaultBackendHttpSetting, BackendPool defaultBackendPool)
{
Name = name;
DefaultBackendHttpSetting = defaultBackendHttpSetting;
DefaultBackendPool = defaultBackendPool;
}
public BasicForwardRule(string name, Listener listener, BackendHttpSetting backendHttpSetting, BackendPool backendPool) : base(name, listener)
{
BackendHttpSetting = backendHttpSetting;
BackendPool = backendPool;
}