public ActionResult CreateConnection(ConnectionForCreationDto connectionForCreationDto)
{
List <Exception> excepts = new List <Exception>();
Calculator calculator = new Calculator();
CloudmonkeyParser jsonParser = new CloudmonkeyParser();
ScriptExecutor executor = new ScriptExecutor();
GuacamoleDatabaseInserter inserter = new GuacamoleDatabaseInserter();
string connectionName, templateInfo, templateId, zoneInfo, zoneId, serviceOfferingInfo, serviceOfferingId;
//for(int i = 0; i < connectionForCreationDto.MaxConnections; i++)
//{
//Get the unique name-id that is associated with each new connection
using (Formatter styler = new Formatter())
{
connectionName = styler.FormatVmName(connectionForCreationDto.Name, ref excepts);
if (connectionName == null)
{
return(Ok(false));
}
}
//Get the virtual machine template information
templateInfo = executor.GetTemplateStats();
templateId = jsonParser.ParseTemplateId(templateInfo, connectionForCreationDto.Template);
Console.WriteLine(templateId);
//Get the virtual machine service offering info
serviceOfferingInfo = executor.GetServiceOfferingStats();
serviceOfferingId = jsonParser.ParseServiceOfferingId(serviceOfferingInfo, connectionForCreationDto.Service);
//Get the zone information
zoneInfo = executor.GetZoneStats();
zoneId = jsonParser.ParseZoneId(zoneInfo);
//Deploy the new virtual machine
string vmInfo = executor.DeployVirtualMachine(connectionName, templateId, serviceOfferingId, zoneId);
string vmId = jsonParser.ParseVmId(vmInfo);
//Accquire a public ip address for the virtual machine
string associatedIpInfo = executor.AccquireIp();
string associatedIp = jsonParser.ParseAssociatedIpInfo(associatedIpInfo);
string associatedIpId = jsonParser.ParseAssociatedIpId(associatedIpInfo);
//Setup the static nat for the accquired vm and ip
executor.SetStaticNat(vmId, associatedIpId);
//Get the associated port
string port = getPort(connectionForCreationDto.Protocol);
//Insert the new connection into the guacamole database
if (!inserter.InsertConnection(connectionName, connectionForCreationDto.Protocol, associatedIp, port, ref excepts))
{
return(Ok(false));
}
//}
return(Ok(true));
}
/// <summary>
/// Gets all of the template names.
/// </summary>
/// <returns>The template names.</returns>
public ICollection <string> GetTemplateNames()
{
ScriptExecutor executor = new ScriptExecutor();
CloudmonkeyParser parser = new CloudmonkeyParser();
string templateJson = executor.GetTemplateStats();
return(parser.ParseTemplateNames(templateJson));
}
/// <summary>
/// Gets all of the service offering names.
/// </summary>
/// <returns>The service offering names.</returns>
public ICollection <string> GetServiceOfferingNames()
{
ScriptExecutor executor = new ScriptExecutor();
CloudmonkeyParser parser = new CloudmonkeyParser();
string serviceOfferingJson = executor.GetServiceOfferingStats();
return(parser.ParseServiceOfferingNames(serviceOfferingJson));
}
public bool CreateConnections(GroupForCreationDto groupForCreationDto, ref List <Exception> excepts)
{
Calculator calculator = new Calculator();
CloudmonkeyParser jsonParser = new CloudmonkeyParser();
GuacamoleDatabaseInserter inserter = new GuacamoleDatabaseInserter();
ScriptExecutor executor = new ScriptExecutor();
string connectionName, templateInfo, templateId, zoneInfo, zoneId, serviceOfferingInfo, serviceOfferingId;
using (Formatter styler = new Formatter())
{
connectionName = styler.FormatVmName(groupForCreationDto.Name, ref excepts);
if (connectionName == null)
{
return(false);
}
}
//Get the virtual machine template information
templateInfo = executor.GetTemplateStats();
templateId = jsonParser.ParseTemplateId(templateInfo, groupForCreationDto.VMChoice);
Console.WriteLine(templateId);
//Get the virtual machine service offering info
serviceOfferingInfo = executor.GetServiceOfferingStats();
serviceOfferingId = jsonParser.ParseServiceOfferingId(serviceOfferingInfo, groupForCreationDto.Memory);
Console.WriteLine(serviceOfferingId);
//Get the zone information
zoneInfo = executor.GetZoneStats();
zoneId = jsonParser.ParseZoneId(zoneInfo);
Console.WriteLine(zoneId);
for (int i = 0; i < groupForCreationDto.MinVms; i++)
{
//Deploy the new virtual machine
string vmInfo = executor.DeployVirtualMachine(connectionName, templateId, serviceOfferingId, zoneId);
string vmId = jsonParser.ParseVmId(vmInfo);
Console.WriteLine(vmId);
//Accquire a public ip address for the virtual machine
string associatedIpInfo = executor.AccquireIp();
string associatedIp = jsonParser.ParseAssociatedIpInfo(associatedIpInfo);
string associatedIpId = jsonParser.ParseAssociatedIpId(associatedIpInfo);
Console.WriteLine(associatedIp);
Console.WriteLine(associatedIpId);
//Setup the static nat for the accquired vm and ip
Console.WriteLine(executor.SetStaticNat(vmId, associatedIpId));
if (!inserter.InsertConnection(groupForCreationDto.Name, connectionName, associatedIp,
groupForCreationDto.Protocol, ref excepts))
{
return(false);
}
}
return(true);
}
