public static ConDepExecutionResult ExecuteFromAssembly(ConDepSettings conDepSettings, CancellationToken token)
{
try
{
if (conDepSettings.Options.Assembly == null) throw new ArgumentException("assembly");
var lbLookup = new LoadBalancerLookup(conDepSettings.Config.LoadBalancer);
var runbookConfigurationHandler = new RunbookConfigurationHandler(new RunbookHandler(), new RunbookDependencyHandler(), lbLookup.GetLoadBalancer());
//var sequenceManager = artifactConfigHandler.CreateExecutionSequence(conDepSettings);
var clientValidator = new ClientValidator();
var serverInfoHarvester = HarvesterFactory.GetHarvester(conDepSettings);
var serverValidator = new RemoteServerValidator(conDepSettings.Config.Servers,
serverInfoHarvester, new PowerShellExecutor());
//if (conDepSettings.Options.DryRun)
//{
// Logger.Warn("Showing execution sequence from dry run:");
// sequenceManager.DryRun(conDepSettings);
// return new ConDepExecutionResult(true);
//}
return new ConDepConfigurationExecutor().Execute(conDepSettings, clientValidator, serverValidator, runbookConfigurationHandler.GetRunbooksToExecute(conDepSettings), new ServerHandler(), token);
}
catch (Exception ex)
{
Logger.Error("An error sneaked by.", ex);
throw;
}
}
public static ConDepExecutionResult ExecuteFromAssembly(ConDepSettings conDepSettings, CancellationToken token)
{
try
{
if (conDepSettings.Options.Assembly == null)
{
throw new ArgumentException("assembly");
}
var lbLookup = new LoadBalancerLookup(conDepSettings.Config.LoadBalancer);
var runbookConfigurationHandler = new RunbookConfigurationHandler(new RunbookHandler(), new RunbookDependencyHandler(), lbLookup.GetLoadBalancer());
//var sequenceManager = artifactConfigHandler.CreateExecutionSequence(conDepSettings);
var clientValidator = new ClientValidator();
var serverInfoHarvester = HarvesterFactory.GetHarvester(conDepSettings);
var serverValidator = new RemoteServerValidator(conDepSettings.Config.Servers,
serverInfoHarvester, new PowerShellExecutor());
//if (conDepSettings.Options.DryRun)
//{
// Logger.Warn("Showing execution sequence from dry run:");
// sequenceManager.DryRun(conDepSettings);
// return new ConDepExecutionResult(true);
//}
return(new ConDepConfigurationExecutor().Execute(conDepSettings, clientValidator, serverValidator, runbookConfigurationHandler.GetRunbooksToExecute(conDepSettings), new ServerHandler(), token));
}
catch (Exception ex)
{
Logger.Error("An error sneaked by.", ex);
throw;
}
}
public override Result Execute(ConDepSettings settings, CancellationToken token)
{
LoadOptionsFromConfig(settings);
ValidateMandatoryOptions(_options);
var starter = new Ec2Starter(_options, settings);
var ec2instances = starter.Start();
var instances = new List <Ec2Instance>();
var servers = new List <ServerConfig>();
foreach (var instance in ec2instances)
{
instances.Add(instance);
var server = new ServerConfig
{
DeploymentUser = new DeploymentUserConfig
{
UserName = instance.UserName,
Password = instance.Password
},
Name = instance.ManagementAddress,
PowerShell = new PowerShellConfig()
{
HttpPort = 5985, HttpsPort = 5986
},
Node = new NodeConfig()
{
Port = 4444, TimeoutInSeconds = 100
}
};
settings.Config.Servers.Add(server);
servers.Add(server);
}
Logger.Verbose("Waiting for WinRM to succeed");
foreach (var server in servers)
{
Logger.Verbose($"Waiting for WinRM to succeed on {server.Name}");
WaitForWinRm(WaitForStatus.Success, server);
}
var serverValidator = new RemoteServerValidator(servers, HarvesterFactory.GetHarvester(settings), new PowerShellExecutor());
if (!serverValidator.Validate())
{
throw new ConDepValidationException("Not all servers fulfill ConDep's requirements. Aborting execution.");
}
ConDepConfigurationExecutor.ExecutePreOps(settings, token);
var result = Result.SuccessChanged();
result.Data.Instances = instances;
return(result);
}
public override Result Execute(ConDepSettings settings, CancellationToken token)
{
var client = GetAwsClient(settings, _awsOptions);
var searchFilter = GetSearchFilters(_tags).ToList();
var request = new DescribeInstancesRequest {
Filters = searchFilter
};
var response = client.DescribeInstances(request);
var resultInstances = new List <dynamic>();
foreach (var reservation in response.Reservations)
{
foreach (var instance in reservation.Instances.Where(x => x.State.Name == "Running"))
{
var serverAddress = GetManagementAddress(_awsOptions.RemoteManagementAddressType, instance);
resultInstances.Add(new
{
Server = serverAddress
});
settings.Config.AddServer(serverAddress);
}
}
var serverInfoHarvester = HarvesterFactory.GetHarvester(settings);
var serverValidator = new RemoteServerValidator(settings.Config.Servers, serverInfoHarvester, new PowerShellExecutor());
if (!serverValidator.Validate())
{
throw new ConDepValidationException("Not all servers fulfill ConDep's requirements. Aborting execution.");
}
ConDepConfigurationExecutor.ExecutePreOps(settings, token);
var result = Result.SuccessUnChanged();
result.Data.Instances = resultInstances;
result.Data.HttpStatusCode = response.HttpStatusCode;
return(result);
}
private void Execute(Assembly assembly, ConDepConfig envConfig, ConDepOptions options, IReportStatus status)
{
if (assembly == null)
{
throw new ArgumentException("assembly");
}
if (envConfig == null)
{
throw new ArgumentException("envSettings");
}
if (options == null)
{
throw new ArgumentException("options");
}
if (status == null)
{
throw new ArgumentException("status");
}
var applications = CreateApplicationArtifacts(options, assembly);
if (!options.WebDeployExist)
{
var serverValidator = new RemoteServerValidator(envConfig.Servers);
if (!serverValidator.IsValid())
{
Logger.Error("Not all servers fulfill ConDep's requirements. Aborting execution.");
return;
}
}
var webDeploy = new WebDeployHandler();
var lbLookup = new LoadBalancerLookup(envConfig.LoadBalancer);
var sequenceManager = new ExecutionSequenceManager(lbLookup.GetLoadBalancer());
var notification = new Notification();
var postOpSeq = new PostOpsSequence();
foreach (var application in applications)
{
var infrastructureSequence = new InfrastructureSequence();
var preOpsSequence = new PreOpsSequence(webDeploy);
if (!options.DeployOnly)
{
var infrastructureBuilder = new InfrastructureBuilder(infrastructureSequence, webDeploy);
Configure.InfrastructureOperations = infrastructureBuilder;
if (HasInfrastructureDefined(application))
{
var infrastructureInstance = GetInfrastructureArtifactForApplication(assembly, application);
if (!infrastructureSequence.IsValid(notification))
{
notification.Throw();
}
infrastructureInstance.Configure(infrastructureBuilder, envConfig);
}
}
var local = new LocalOperationsBuilder(sequenceManager.NewLocalSequence(application.GetType().Name), infrastructureSequence, preOpsSequence, envConfig.Servers, webDeploy);
Configure.LocalOperations = local;
application.Configure(local, envConfig);
}
if (!sequenceManager.IsValid(notification))
{
notification.Throw();
}
sequenceManager.Execute(status, envConfig, options);
postOpSeq.Execute(status, options);
}
