/// <summary>
/// Used to direct the user to the image for the default Sql Server 2012 image
/// </summary>
/// <returns>A persistent VM Role containing the data to execute the image</returns>
public static PersistentVMRole GetDefaultSqlServer2012VMRole(VmSize vmSize, string storageAccount)
{
// build the default endpoints
var inputEndpoints = new InputEndpoints();
inputEndpoints.AddEndpoint(InputEndpoint.GetDefaultRemoteDesktopSettings());
inputEndpoints.AddEndpoint(InputEndpoint.GetDefaultSqlServerSettings());
// add the endpoints collections to a network configuration set
var network = new NetworkConfigurationSet
{
InputEndpoints = inputEndpoints
};
// build the windows configuration set
var windows = new WindowsConfigurationSet
{
AdminPassword = "******",
ResetPasswordOnFirstLogon = true
};
OSVirtualHardDisk osDisk = OSVirtualHardDisk.GetSqlServerOSImage(storageAccount);
DataVirtualHardDisk dataDisk = DataVirtualHardDisk.GetDefaultDataDisk(storageAccount);
var disks = new DataVirtualHardDisks();
disks.HardDiskCollection.Add(dataDisk);
return(new PersistentVMRole
{
NetworkConfigurationSet = network,
OperatingSystemConfigurationSet = windows,
RoleSize = vmSize,
RoleName = "Elastarole",
HardDisks = disks,
OSHardDisk = osDisk
});
}
/// <summary>
/// Used to construct the command to create a virtual machine deployment including the creation of a role
/// </summary>
/// https://management.core.windows.net/<subscription-id>/services/hostedservices/<cloudservice-name>/deployments/<deployment-name>/roles/<role-name>
internal UpdateVirtualMachinePortsCommand(string cloudServiceName, string vmName, params InputEndpoint[] ports)
{
AdditionalHeaders["x-ms-version"] = "2012-03-01";
OperationId = "hostedservices";
ServiceType = "services";
HttpVerb = HttpVerbPut;
HttpCommand = String.Format("{0}/deployments/{0}/roles/{1}", (CloudServiceName = cloudServiceName), vmName);
AllEndpoints = new InputEndpoints();
foreach (var port in ports)
{
AllEndpoints.AddEndpoint(port);
}
}
/// <summary>
/// Gets the Xml tree for the custom serialiser
/// </summary>
/// <returns>An XElement </returns>
public override XElement GetXmlTree()
{
var element = new XElement(Namespaces.NsWindowsAzure + "ConfigurationSet", InputEndpoints.GetXmlTree());
element.Add(new XElement(Namespaces.NsWindowsAzure + "ConfigurationSetType", ConfigurationSetType.ToString()));
if (SubnetName != null)
{
element.Add(new XElement(Namespaces.NsWindowsAzure + "SubnetNames", new XElement(Namespaces.NsWindowsAzure + "SubnetName", SubnetName)));
}
if (EndpointAcl != null)
{
element.Add(EndpointAcl.GetXmlTree());
}
return(element);
}
public static PersistentVMRole GetAdHocTemplate(VirtualMachineProperties properties, ConfigurationSet operatingSystemConfigurationSet)
{
// build the default endpoints
var inputEndpoints = new InputEndpoints();
if (properties.PublicEndpoints == null)
{
properties.PublicEndpoints = new List <InputEndpoint>();
}
// add all of the endpoints
foreach (var endpoint in properties.PublicEndpoints)
{
inputEndpoints.AddEndpoint(endpoint);
}
if (operatingSystemConfigurationSet.ConfigurationSetType == ConfigurationSetType.WindowsProvisioningConfiguration)
{
if (properties.PublicEndpoints.All(endpoint => endpoint.Port != 3389))
{
inputEndpoints.AddEndpoint(InputEndpoint.GetDefaultRemoteDesktopSettings());
}
}
// add the endpoints collections to a network configuration set
var network = new NetworkConfigurationSet
{
InputEndpoints = inputEndpoints
};
if (properties.EndpointAclRules != null)
{
network.EndpointAcl = new EndpointAcl(new EndpointAclRules(properties.EndpointAclRules));
}
if (properties.VirtualNetwork != null)
{
network.SubnetName = properties.VirtualNetwork.SubnetName;
}
OSVirtualHardDisk osDisk = OSVirtualHardDisk.GetOSImageFromTemplate(properties);
var disks = new DataVirtualHardDisks();
if (properties.DataDisks != null)
{
for (int i = 0; i < properties.DataDisks.Count; i++)
{
var label = properties.DataDisks[i].DiskLabel ?? "DataDisk" + i;
var name = properties.DataDisks[i].DiskName ?? "DataDisk" + i;
var size = properties.DataDisks[i].LogicalDiskSizeInGB < 30
? 30
: properties.DataDisks[i].LogicalDiskSizeInGB;
var disk = DataVirtualHardDisk.GetDefaultDataDisk(properties.StorageAccountName, size, i, name, label);
disks.HardDiskCollection.Add(disk);
}
}
var pvm = new PersistentVMRole
{
NetworkConfigurationSet = network,
OperatingSystemConfigurationSet = operatingSystemConfigurationSet,
RoleSize = properties.VmSize,
RoleName = properties.RoleName,
HardDisks = disks,
OSHardDisk = osDisk
};
if (properties.AvailabilitySet != null)
{
pvm.AvailabilityNameSet = properties.AvailabilitySet;
}
return(pvm);
}
public static PersistentVMRole GetDefaultVMRole(VmSize vmSize, string storageAccount, string password, string computerName, string roleName, InputEndpoints inputEndpoints, string imageName, List<string> subnetNames)
{
// add the endpoints collections to a network configuration set
var network = new NetworkConfigurationSet
{
InputEndpoints = inputEndpoints,
SubnetNames = subnetNames
};
// build the windows configuration set
var windows = new WindowsConfigurationSet
{
AdminPassword = password,
ResetPasswordOnFirstLogon = true,
ComputerName = computerName
};
OSVirtualHardDisk osDisk = OSVirtualHardDisk.GetCustomServerOSImage(storageAccount, imageName);
DataVirtualHardDisk dataDisk = DataVirtualHardDisk.GetDefaultDataDisk(storageAccount);
var disks = new DataVirtualHardDisks();
disks.HardDiskCollection.Add(dataDisk);
return new PersistentVMRole
{
NetworkConfigurationSet = network,
OperatingSystemConfigurationSet = windows,
RoleSize = vmSize,
RoleName = roleName,
HardDisks = disks,
OSHardDisk = osDisk
};
}
/// <summary>
/// Used to direct the user to the image for the default Sql Server 2012 image
/// </summary>
/// <returns>A persistent VM Role containing the data to execute the image</returns>
public static PersistentVMRole GetDefaultSqlServer2012VMRole(VmSize vmSize, string storageAccount)
{
// build the default endpoints
var inputEndpoints = new InputEndpoints();
inputEndpoints.AddEndpoint(InputEndpoint.GetDefaultRemoteDesktopSettings());
inputEndpoints.AddEndpoint(InputEndpoint.GetDefaultSqlServerSettings());
// add the endpoints collections to a network configuration set
var network = new NetworkConfigurationSet
{
InputEndpoints = inputEndpoints
};
// build the windows configuration set
var windows = new WindowsConfigurationSet
{
AdminPassword = "******",
ResetPasswordOnFirstLogon = true
};
OSVirtualHardDisk osDisk = OSVirtualHardDisk.GetSqlServerOSImage(storageAccount);
DataVirtualHardDisk dataDisk = DataVirtualHardDisk.GetDefaultDataDisk(storageAccount);
var disks = new DataVirtualHardDisks();
disks.HardDiskCollection.Add(dataDisk);
return new PersistentVMRole
{
NetworkConfigurationSet = network,
OperatingSystemConfigurationSet = windows,
RoleSize = vmSize,
RoleName = "Elastarole",
HardDisks = disks,
OSHardDisk = osDisk
};
}
public static PersistentVMRole AddAdhocWindowsRoleTemplate(WindowsVirtualMachineProperties properties)
{
// build the default endpoints
var inputEndpoints = new InputEndpoints();
if(properties.PublicEndpoints == null)
properties.PublicEndpoints = new List<InputEndpoint>();
foreach (var endpoint in properties.PublicEndpoints)
{
inputEndpoints.AddEndpoint(endpoint);
}
if (properties.PublicEndpoints.All(endpoint => endpoint.Port != 3389))
inputEndpoints.AddEndpoint(InputEndpoint.GetDefaultRemoteDesktopSettings());
// add the endpoints collections to a network configuration set
var network = new NetworkConfigurationSet
{
InputEndpoints = inputEndpoints
};
// build the windows configuration set
var windows = new WindowsConfigurationSet
{
AdminPassword = properties.AdministratorPassword ?? "ElastaPassword101",
ResetPasswordOnFirstLogon = true
};
OSVirtualHardDisk osDisk = OSVirtualHardDisk.GetWindowsOSImageFromTemplate(properties);
var disks = new DataVirtualHardDisks();
if (properties.DataDisks != null)
{
for (int i = 0; i < properties.DataDisks.Count; i++)
{
var label = properties.DataDisks[i].DiskLabel ?? "DataDisk" + i;
var name = properties.DataDisks[i].DiskName ?? "DataDisk" + i;
var size = properties.DataDisks[i].LogicalDiskSizeInGB < 30
? 30
: properties.DataDisks[i].LogicalDiskSizeInGB;
var disk = DataVirtualHardDisk.GetDefaultDataDisk(properties.StorageAccountName, size, i, name, label);
disks.HardDiskCollection.Add(disk);
}
}
return new PersistentVMRole
{
NetworkConfigurationSet = network,
OperatingSystemConfigurationSet = windows,
RoleSize = properties.VmSize,
RoleName = properties.RoleName,
HardDisks = disks,
OSHardDisk = osDisk
};
}
public static PersistentVMRole GetAdHocTemplate(VirtualMachineProperties properties, ConfigurationSet operatingSystemConfigurationSet)
{
// build the default endpoints
var inputEndpoints = new InputEndpoints();
if (properties.PublicEndpoints == null)
properties.PublicEndpoints = new List<InputEndpoint>();
// add all of the endpoints
foreach (var endpoint in properties.PublicEndpoints)
{
inputEndpoints.AddEndpoint(endpoint);
}
if (operatingSystemConfigurationSet.ConfigurationSetType == ConfigurationSetType.WindowsProvisioningConfiguration)
{
if (properties.PublicEndpoints.All(endpoint => endpoint.Port != 3389))
inputEndpoints.AddEndpoint(InputEndpoint.GetDefaultRemoteDesktopSettings());
}
// add the endpoints collections to a network configuration set
var network = new NetworkConfigurationSet
{
InputEndpoints = inputEndpoints
};
if (properties.EndpointAclRules != null)
{
network.EndpointAcl = new EndpointAcl(new EndpointAclRules(properties.EndpointAclRules));
}
if (properties.VirtualNetwork != null)
{
network.SubnetName = properties.VirtualNetwork.SubnetName;
}
OSVirtualHardDisk osDisk = OSVirtualHardDisk.GetOSImageFromTemplate(properties);
var disks = new DataVirtualHardDisks();
if (properties.DataDisks != null)
{
for (int i = 0; i < properties.DataDisks.Count; i++)
{
var label = properties.DataDisks[i].DiskLabel ?? "DataDisk" + i;
var name = properties.DataDisks[i].DiskName ?? "DataDisk" + i;
var size = properties.DataDisks[i].LogicalDiskSizeInGB < 30
? 30
: properties.DataDisks[i].LogicalDiskSizeInGB;
var disk = DataVirtualHardDisk.GetDefaultDataDisk(properties.StorageAccountName, size, i, name, label);
disks.HardDiskCollection.Add(disk);
}
}
var pvm = new PersistentVMRole
{
NetworkConfigurationSet = network,
OperatingSystemConfigurationSet = operatingSystemConfigurationSet,
RoleSize = properties.VmSize,
RoleName = properties.RoleName,
HardDisks = disks,
OSHardDisk = osDisk
};
if (properties.AvailabilitySet != null)
{
pvm.AvailabilityNameSet = properties.AvailabilitySet;
}
return pvm;
}
public static PersistentVMRole AddAdhocWindowsRoleTemplate(WindowsVirtualMachineProperties properties)
{
// build the default endpoints
var inputEndpoints = new InputEndpoints();
inputEndpoints.AddEndpoint(InputEndpoint.GetDefaultRemoteDesktopSettings());
foreach (var endpoint in properties.PublicEndpoints)
{
// just in case they've add RDP again
if (endpoint.Value != 1433)
{
inputEndpoints.AddEndpoint(new InputEndpoint()
{
EndpointName = endpoint.Key,
LocalPort = endpoint.Value,
// currently we'll only support TCP
Protocol = Protocol.TCP
});
}
}
// add the endpoints collections to a network configuration set
var network = new NetworkConfigurationSet
{
InputEndpoints = inputEndpoints
};
// build the windows configuration set
var windows = new WindowsConfigurationSet
{
AdminPassword = properties.AdministratorPassword ?? "ElastaPassword101",
ResetPasswordOnFirstLogon = true
};
OSVirtualHardDisk osDisk = OSVirtualHardDisk.GetWindowsOSImageFromTemplate(properties);
var disks = new DataVirtualHardDisks();
for (int i = 0; i < properties.DataDisks.Count; i++)
{
var label = properties.DataDisks[i].DiskLabel ?? "DataDisk" + i;
var name = properties.DataDisks[i].DiskName ?? "DataDisk" + i;
var size = properties.DataDisks[i].LogicalDiskSizeInGB < 30
? 30
: properties.DataDisks[i].LogicalDiskSizeInGB;
var disk = DataVirtualHardDisk.GetDefaultDataDisk(properties.StorageAccountName, size, i, name, label);
disks.HardDiskCollection.Add(disk);
}
return new PersistentVMRole
{
NetworkConfigurationSet = network,
OperatingSystemConfigurationSet = windows,
RoleSize = properties.VmSize,
RoleName = properties.RoleName,
HardDisks = disks,
OSHardDisk = osDisk
};
}