public async Task Process(Dictionary <HostedZone, ResourceRecordSet[]> zones, Amazon.EC2.Model.Instance instance)
{
Log($"Processing and Veryfying Route53 Recors for EC2 Instance {instance.InstanceId}, Name: {instance.GetTagValueOrDefault("Name")}");
var disableAll = instance.GetTagValueOrDefault("Route53 Disable All").ToBoolOrDefault(false);
await ParallelEx.ForAsync(0, _maxRoutesPerInstance, async i =>
{
var suffix = i == 0 ? "" : $" {i - 1}";
var name = instance.GetTagValueOrDefault($"Route53 Name{suffix}");
var type = instance.GetTagValueOrDefault($"Route53 Address{suffix}").CoalesceNullOrEmpty("public").ToLower();
string address = null;
if (type == "public")
{
address = instance.PublicIpAddress;
}
else if (type == "private")
{
address = instance.PrivateIpAddress;
}
else
{
Log($"Invalid Tag: 'Route53 Address{suffix}' expected 'public' or 'private' but was '{type}', Tags Origin: EC2 Instance {instance.InstanceId} ({instance.GetTagValueOrDefault("Name")})");
return;
}
var enabled =
!disableAll && //not globally disabled
!address.IsNullOrEmpty() && //has valid public or private IP
instance.State.Name == InstanceStateName.Running && //instance is running
instance.GetTagValueOrDefault($"Route53 Enable{suffix}").ToBoolOrDefault(false); //is locally enabled
var zoneId = instance.GetTagValueOrDefault($"Route53 Zone{suffix}");
var ttl = instance.GetTagValueOrDefault($"Route53 TTL{suffix}").ToIntOrDefault(60);
if (!name.IsNullOrEmpty() && zones.Any(z => z.Key.Id.Contains(zoneId)))
{
var zone = zones.First(z => z.Key.Id.Contains(zoneId));
var recordName = $"{name.Trim(' ', '.')}.{zone.Key.Name.Trim(' ', '.')}";
//for whatever reason those names end with dot once they are saved...
var record = zone.Value.FirstOrDefault(r => r.Name.Equals($"{recordName}.", StringComparison.InvariantCultureIgnoreCase));
var ex = await ProcessRecord(zoneId, record, instance, enabled, recordName, ttl, address).CatchExceptionAsync();
if (ex != null)
{
Log($"Failed during Update or Validation of Route53 record for EC2 Instance {instance.InstanceId} ({instance.GetTagValueOrDefault("Name")}), ZoneId: {zoneId}, Name: {name}, Old Record Name: {record?.Name}, Enable: {enabled}, TTL: {ttl}, Address: {address}, Error: {ex.JsonSerializeAsPrettyException()}");
}
}
});
Log($"Finished Processing and Veryfying Route53 Recors for EC2 Instance {instance.InstanceId} ({instance.GetTagValueOrDefault("Name")})");
}
public async Task Process(Amazon.EC2.Model.Instance instance, ILambdaLogger logger)
{
if (!instance.Tags.Any(x => x.Key.Contains("Auto")))
{
return;
}
logger.Log($"Processing Update and Tag Validation of EC2 Instance {instance.InstanceId}, Name: {instance.GetTagValueOrDefault("Name")}");
var disableAll = instance.GetTagValueOrDefault("Terminator Disable All").ToBoolOrDefault(false);
if (!disableAll)
{
var targetGroups = instance.GetTagValueOrDefault($"Target Groups") ?? instance.GetTagValueOrDefault($"TG");
var targetGroupsList = new List <(string name, int port)>();
if (!targetGroups.IsNullOrEmpty())
{
var arrTGNames = targetGroups.Split(',');
var arrTGPorts = targetGroups.Split(',');
while (arrTGNames.Length > arrTGPorts.Length) //extrapolate by last or default 80
{
arrTGPorts = arrTGPorts.Merge(((arrTGPorts?.Length ?? 0) > 0) ? arrTGPorts[arrTGPorts.Length - 1] : "80");
}
while (arrTGPorts.Length > arrTGNames.Length) //extrapolate names by last
{
arrTGNames = arrTGNames.Merge(arrTGNames[arrTGNames.Length - 1]);
}
for (int i = 0; i < arrTGNames.Length; i++)
{
var tg = arrTGNames[i]?.Trim(" ")?.Split(':');
if (tg.IsNullOrEmpty() || tg.Length != 2 ||
tg[0].IsNullOrWhitespace() || tg[1].IsNullOrWhitespace() ||
!tg[1].ToIntOrDefault(-1).InClosedInterval(1, 65535))
{
logger.Log($"WARINING!!! Invalid Target Groups (TG) Name definition '{(arrTGNames[i] ?? "undefined")}' for instance {instance.InstanceId}.");
continue;
}
targetGroupsList.Add((tg[0].Trim(" "), tg[1].ToInt32()));
}
}
await ParallelEx.ForAsync(0, _maxPeriodsPerInstance, async i =>
{
var suffix = i == 0 ? " 1" : $" {i + 1}";
var disabled = instance.GetTagValueOrDefault($"Terminator Disable{suffix}").ToBoolOrDefault(false);
if (disabled)
{
return;
}
var cOn = instance.GetTagValueOrDefault($"Auto On{suffix}");
var cOff = instance.GetTagValueOrDefault($"Auto Off{suffix}");
var cKill = instance.GetTagValueOrDefault($"Auto Kill{suffix}");
var cTargetGroupRegister = instance.GetTagValueOrDefault($"Auto TGR{suffix}");
var cTargetGroupDeregister = instance.GetTagValueOrDefault($"Auto TGD{suffix}");
if (cOn.IsNullOrEmpty() &&
cOff.IsNullOrEmpty() &&
cKill.IsNullOrEmpty() &&
cTargetGroupRegister.IsNullOrEmpty() &&
cTargetGroupDeregister.IsNullOrEmpty())
{
return; //skip no instance control tagg's were found
}
var ex = await ProcessTags(instance,
cOn: cOn,
cOff: cOff,
cKill: cKill,
cTargetGroupRegister: cTargetGroupRegister,
cTargetGroupDeregister: cTargetGroupDeregister,
targetGroups: targetGroupsList,
logger: logger).CatchExceptionAsync();
if (ex != null)
{
logger.Log($"Failed Update or Tag Validation of EC2 Instance {instance.InstanceId} ({instance.GetTagValueOrDefault("Name")}), Auto On: '{cOn}', Auto Off: '{cOff}', Auto Kill: '{cKill}', Exception: {ex.JsonSerializeAsPrettyException()}");
}
});
}
logger.Log($"Finished Processing and Tag Validation of EC2 Instance {instance.InstanceId} ({instance.GetTagValueOrDefault("Name")}), DisableAll: {disableAll}");
}