protected override void ProcessRecord()
{
string project;
string zone;
string name;
switch (ParameterSetName)
{
case ParameterSetNames.ByName:
project = Project;
zone = Zone;
name = DiskName;
break;
case ParameterSetNames.ByObject:
project = GetProjectNameFromUri(InputObject.SelfLink);
zone = GetZoneNameFromUri(InputObject.Zone);
name = InputObject.Name;
break;
default:
throw UnknownParameterSetException;
}
// In PowerShell, 10GB is parsed as 10*2^30. If a user enters 10GB, bring it back down to 10.
if (NewSizeGb > 1L << 30)
{
NewSizeGb = NewSizeGb / (1L << 30);
}
var diskResizeReq = new DisksResizeRequest {
SizeGb = NewSizeGb
};
DisksResource.ResizeRequest resizeReq =
Service.Disks.Resize(diskResizeReq, project, zone, name);
Operation op = resizeReq.Execute();
AddZoneOperation(project, zone, op, () =>
{
// Return the updated disk.
DisksResource.GetRequest getReq = Service.Disks.Get(project, zone, name);
Disk disk = getReq.Execute();
WriteObject(disk);
});
}
protected override void ProcessRecord()
{
base.ProcessRecord();
// Special case. If you specify the Project, Zone, and DiskName we use the Get command to
// get the specific disk. This will throw a 404 if it does not exist.
if (!String.IsNullOrEmpty(Project) && !String.IsNullOrEmpty(Zone) && !String.IsNullOrEmpty(DiskName))
{
DisksResource.GetRequest getReq = Service.Disks.Get(Project, Zone, DiskName);
Disk disk = getReq.Execute();
WriteObject(disk);
return;
}
DisksResource.AggregatedListRequest listReq = Service.Disks.AggregatedList(Project);
// The v1 version of the API only supports one filter at a time. So we need to
// specify a filter here and manually filter results later. Also, since the only
// operations are "eq" and "ne", we don't use the filter for zone so that we can
// can allow filtering by regions.
if (!String.IsNullOrEmpty(DiskName))
{
listReq.Filter = $"name eq \"{DiskName}\"";
}
// First page. AggregatedList.Items is a dictionary of zone to disks.
DiskAggregatedList disks = listReq.Execute();
foreach (DisksScopedList diskList in disks.Items.Values)
{
WriteDiskObjects(diskList.Disks);
}
// Keep paging through results as necessary.
while (disks.NextPageToken != null)
{
listReq.PageToken = disks.NextPageToken;
disks = listReq.Execute();
foreach (DisksScopedList diskList in disks.Items.Values)
{
WriteDiskObjects(diskList.Disks);
}
}
}
protected override void ProcessRecord()
{
base.ProcessRecord();
// The GCE API requires disk types to be specified as URI-like things.
// If null will default to "pd-standard"
string diskTypeResource = DiskType;
if (diskTypeResource != null)
{
diskTypeResource = $"zones/{Zone}/diskTypes/{DiskType}";
}
// In PowerShell, 10GB is parsed as 10*2^30. If a user enters 10GB, bring it back down to 10.
if (SizeGb.HasValue && SizeGb.Value > 1L << 30)
{
SizeGb = SizeGb.Value / (1L << 30);
}
Disk newDisk = new Disk
{
Name = DiskName,
Type = diskTypeResource,
SourceSnapshot = Snapshot?.SelfLink,
SourceImage = Image?.SelfLink,
// Optional fields. OK if null.
Description = Description,
SizeGb = SizeGb,
Labels = ConvertToDictionary <string, string>(Label)
};
DisksResource.InsertRequest insertReq = Service.Disks.Insert(newDisk, Project, Zone);
Operation op = insertReq.Execute();
AddZoneOperation(Project, Zone, op, () =>
{
// Return the newly created disk.
DisksResource.GetRequest getReq = Service.Disks.Get(Project, Zone, DiskName);
Disk disk = getReq.Execute();
WriteObject(disk);
});
}
protected override void ProcessRecord()
{
base.ProcessRecord();
// The GCE API requires disk types to be specified as URI-like things.
// If null will default to "pd-standard"
string diskTypeResource = DiskType;
if (diskTypeResource != null)
{
diskTypeResource = $"zones/{Zone}/diskTypes/{DiskType}";
}
Disk newDisk = new Disk
{
Name = DiskName,
Type = diskTypeResource,
SourceSnapshot = Snapshot?.SelfLink,
SourceImage = Image?.SelfLink,
// Optional fields. OK if null.
Description = Description,
SizeGb = SizeGb
};
DisksResource.InsertRequest insertReq = Service.Disks.Insert(newDisk, Project, Zone);
Operation op = insertReq.Execute();
AddZoneOperation(Project, Zone, op, () =>
{
// Return the newly created disk.
DisksResource.GetRequest getReq = Service.Disks.Get(Project, Zone, DiskName);
Disk disk = getReq.Execute();
WriteObject(disk);
});
}
