internal AzureSLA GetDiskSLA(int?diskSize, string vhdUri)
{
if (!diskSize.HasValue)
{
diskSize = this.GetDiskSizeGbFromBlobUri(vhdUri);
}
if (!diskSize.HasValue)
{
this.WriteWarning("OS Disk size is empty and could not be determined. Assuming P10.");
diskSize = 127;
}
AzureSLA sla = new AzureSLA();
if (diskSize > 0 && diskSize < 129)
{
// P10
sla.IOPS = 500;
sla.TP = 100;
}
else if (diskSize > 0 && diskSize < 513)
{
// P20
sla.IOPS = 2300;
sla.TP = 150;
}
else if (diskSize > 0 && diskSize < 1025)
{
// P30
sla.IOPS = 5000;
sla.TP = 200;
}
else
{
WriteError("Unkown disk size for Premium Storage - {0}", diskSize);
throw new ArgumentException("Unkown disk size for Premium Storage");
}
return(sla);
}
internal AzureSLA GetVMSLA(VirtualMachine virtualMachine)
{
var result = new AzureSLA();
result.HasSLA = false;
switch (virtualMachine.HardwareProfile.VmSize)
{
case "Standard_DS1":
result.HasSLA = true;
result.IOPS = 3200;
result.TP = 32;
break;
case "Standard_DS1_v2":
result.HasSLA = true;
result.IOPS = 3200;
result.TP = 48;
break;
case "Standard_DS2":
result.HasSLA = true;
result.IOPS = 6400;
result.TP = 64;
break;
case "Standard_DS2_v2":
result.HasSLA = true;
result.IOPS = 6400;
result.TP = 96;
break;
case "Standard_DS3":
result.HasSLA = true;
result.IOPS = 12800;
result.TP = 128;
break;
case "Standard_DS3_v2":
result.HasSLA = true;
result.IOPS = 12800;
result.TP = 192;
break;
case "Standard_DS4":
result.HasSLA = true;
result.IOPS = 25600;
result.TP = 256;
break;
case "Standard_DS4_v2":
result.HasSLA = true;
result.IOPS = 25600;
result.TP = 384;
break;
case "Standard_DS5_v2":
result.HasSLA = true;
result.IOPS = 51200;
result.TP = 768;
break;
case "Standard_DS11":
result.HasSLA = true;
result.IOPS = 6400;
result.TP = 64;
break;
case "Standard_DS11_v2":
result.HasSLA = true;
result.IOPS = 6400;
result.TP = 96;
break;
case "Standard_DS12":
result.HasSLA = true;
result.IOPS = 12800;
result.TP = 128;
break;
case "Standard_DS12_v2":
result.HasSLA = true;
result.IOPS = 12800;
result.TP = 192;
break;
case "Standard_DS13":
result.HasSLA = true;
result.IOPS = 25600;
result.TP = 256;
break;
case "Standard_DS13_v2":
result.HasSLA = true;
result.IOPS = 25600;
result.TP = 384;
break;
case "Standard_DS14":
result.HasSLA = true;
result.IOPS = 51200;
result.TP = 512;
break;
case "Standard_DS14_v2":
result.HasSLA = true;
result.IOPS = 51200;
result.TP = 768;
break;
case "Standard_DS15_v2":
result.HasSLA = true;
result.IOPS = 64000;
result.TP = 960;
break;
case "Standard_GS1":
result.HasSLA = true;
result.IOPS = 5000;
result.TP = 125;
break;
case "Standard_GS2":
result.HasSLA = true;
result.IOPS = 10000;
result.TP = 250;
break;
case "Standard_GS3":
result.HasSLA = true;
result.IOPS = 20000;
result.TP = 500;
break;
case "Standard_GS4":
result.HasSLA = true;
result.IOPS = 40000;
result.TP = 1000;
break;
case "Standard_GS5":
result.HasSLA = true;
result.IOPS = 80000;
result.TP = 2000;
break;
default:
break;
}
return(result);
}
internal AzureSLA GetDiskSLA(int? diskSize, string vhdUri)
{
if (!diskSize.HasValue)
{
diskSize = this.GetDiskSizeGbFromBlobUri(vhdUri);
}
if (!diskSize.HasValue)
{
this.WriteWarning("OS Disk size is empty and could not be determined. Assuming P10.");
diskSize = 127;
}
AzureSLA sla = new AzureSLA();
if (diskSize > 0 && diskSize < 129)
{
// P10
sla.IOPS = "500";
sla.TP = "100";
}
else if (diskSize > 0 && diskSize < 513)
{
// P20
sla.IOPS = "2300";
sla.TP = "150";
}
else if (diskSize > 0 && diskSize < 1025)
{
// P30
sla.IOPS = "5000";
sla.TP = "200";
}
else
{
WriteError("Unkown disk size for Premium Storage - {0}", diskSize);
throw new ArgumentException("Unkown disk size for Premium Storage");
}
return sla;
}
internal AzureSLA GetVMSLA(VirtualMachine virtualMachine)
{
var result = new AzureSLA();
result.HasSLA = false;
switch (virtualMachine.HardwareProfile.VmSize)
{
case "Standard_DS1":
case "Standard_DS1_v2":
result.HasSLA = true;
result.IOPS = "3200";
result.TP = "32";
break;
case "Standard_DS2":
case "Standard_DS2_v2":
result.HasSLA = true;
result.IOPS = "6400";
result.TP = "64";
break;
case "Standard_DS3":
case "Standard_DS3_v2":
result.HasSLA = true;
result.IOPS = "12800";
result.TP = "128";
break;
case "Standard_DS4":
case "Standard_DS4_v2":
result.HasSLA = true;
result.IOPS = "25600";
result.TP = "256";
break;
case "Standard_DS11":
case "Standard_DS11_v2":
result.HasSLA = true;
result.IOPS = "6400";
result.TP = "64";
break;
case "Standard_DS12":
case "Standard_DS12_v2":
result.HasSLA = true;
result.IOPS = "12800";
result.TP = "128";
break;
case "Standard_DS13":
case "Standard_DS13_v2":
result.HasSLA = true;
result.IOPS = "25600";
result.TP = "256";
break;
case "Standard_DS14":
case "Standard_DS14_v2":
result.HasSLA = true;
result.IOPS = "50000";
result.TP = "512";
break;
case "Standard_GS1":
result.HasSLA = true;
result.IOPS = "5000";
result.TP = "125";
break;
case "Standard_GS2":
result.HasSLA = true;
result.IOPS = "10000";
result.TP = "250";
break;
case "Standard_GS3":
result.HasSLA = true;
result.IOPS = "20000";
result.TP = "500";
break;
case "Standard_GS4":
result.HasSLA = true;
result.IOPS = "40000";
result.TP = "1000";
break;
case "Standard_GS5":
result.HasSLA = true;
result.IOPS = "80000";
result.TP = "2000";
break;
default:
break;
}
return result;
}
internal AzureSLA GetDiskSLA(int?diskSize, VirtualHardDisk vhd)
{
if (!diskSize.HasValue && vhd != null)
{
diskSize = this.GetDiskSizeGbFromBlobUri(vhd.Uri);
}
if (!diskSize.HasValue)
{
this.WriteWarning("OS Disk size is empty and could not be determined. Assuming P10.");
diskSize = 127;
}
AzureSLA sla = new AzureSLA();
if (diskSize > 0 && diskSize <= 32)
{
// P4
sla.IOPS = 120;
sla.TP = 125;
}
else if (diskSize > 0 && diskSize <= 64)
{
// P6
sla.IOPS = 240;
sla.TP = 50;
}
else if (diskSize > 0 && diskSize <= 128)
{
// P10
sla.IOPS = 500;
sla.TP = 100;
}
else if (diskSize > 0 && diskSize <= 512)
{
// P20
sla.IOPS = 2300;
sla.TP = 150;
}
else if (diskSize > 0 && diskSize <= 1024)
{
// P30
sla.IOPS = 5000;
sla.TP = 200;
}
else if (diskSize > 0 && diskSize <= 2048)
{
// P40
sla.IOPS = 7500;
sla.TP = 250;
}
else if (diskSize > 0 && diskSize <= (4 * 1024))
{
// P50
sla.IOPS = 7500;
sla.TP = 250;
}
else if (diskSize > 0 && diskSize <= (8 * 1024))
{
// P60
sla.IOPS = 12500;
sla.TP = 480;
}
else if (diskSize > 0 && diskSize <= (16 * 1024))
{
// P70
sla.IOPS = 15000;
sla.TP = 750;
}
else if (diskSize > 0 && diskSize <= (32 * 1024))
{
// P80
sla.IOPS = 20000;
sla.TP = 750;
}
else
{
WriteError("Unkown disk size for Premium Storage - {0}", diskSize);
throw new ArgumentException("Unkown disk size for Premium Storage");
}
return(sla);
}
internal AzureSLA GetVMSLA(VirtualMachine virtualMachine)
{
var result = new AzureSLA();
result.HasSLA = false;
switch (virtualMachine.HardwareProfile.VmSize)
{
case "Standard_DS1":
result.HasSLA = true;
result.IOPS = 3200;
result.TP = 32;
break;
case "Standard_DS1_v2":
case "Standard_D2s_v3":
case "Standard_E2s_v3":
result.HasSLA = true;
result.IOPS = 3200;
result.TP = 48;
break;
case "Standard_DS2":
result.HasSLA = true;
result.IOPS = 6400;
result.TP = 64;
break;
case "Standard_DS2_v2":
case "Standard_D4s_v3":
case "Standard_E4s_v3":
case "Standard_E4-2s_v3":
result.HasSLA = true;
result.IOPS = 6400;
result.TP = 96;
break;
case "Standard_DS3":
result.HasSLA = true;
result.IOPS = 12800;
result.TP = 128;
break;
case "Standard_DS3_v2":
case "Standard_D8s_v3":
case "Standard_E8s_v3":
case "Standard_E8-2s_v3":
case "Standard_E8-4s_v3":
result.HasSLA = true;
result.IOPS = 12800;
result.TP = 192;
break;
case "Standard_DS4":
result.HasSLA = true;
result.IOPS = 25600;
result.TP = 256;
break;
case "Standard_DS4_v2":
case "Standard_D16s_v3":
case "Standard_E16s_v3":
case "Standard_E16-4s_v3":
case "Standard_E16-8s_v3":
result.HasSLA = true;
result.IOPS = 25600;
result.TP = 384;
break;
case "Standard_DS5_v2":
case "Standard_D32s_v3":
result.HasSLA = true;
result.IOPS = 51200;
result.TP = 768;
break;
case "Standard_DS11":
result.HasSLA = true;
result.IOPS = 6400;
result.TP = 64;
break;
case "Standard_DS11_v2":
result.HasSLA = true;
result.IOPS = 6400;
result.TP = 96;
break;
case "Standard_DS12":
result.HasSLA = true;
result.IOPS = 12800;
result.TP = 128;
break;
case "Standard_DS12_v2":
result.HasSLA = true;
result.IOPS = 12800;
result.TP = 192;
break;
case "Standard_DS13":
result.HasSLA = true;
result.IOPS = 25600;
result.TP = 256;
break;
case "Standard_DS13_v2":
result.HasSLA = true;
result.IOPS = 25600;
result.TP = 384;
break;
case "Standard_DS14":
result.HasSLA = true;
result.IOPS = 51200;
result.TP = 512;
break;
case "Standard_DS14_v2":
case "Standard_E32s_v3":
case "Standard_E32-8s_v3":
case "Standard_E32-16s_v3":
result.HasSLA = true;
result.IOPS = 51200;
result.TP = 768;
break;
case "Standard_DS15_v2":
result.HasSLA = true;
result.IOPS = 64000;
result.TP = 960;
break;
case "Standard_GS1":
result.HasSLA = true;
result.IOPS = 5000;
result.TP = 125;
break;
case "Standard_GS2":
result.HasSLA = true;
result.IOPS = 10000;
result.TP = 250;
break;
case "Standard_GS3":
result.HasSLA = true;
result.IOPS = 20000;
result.TP = 500;
break;
case "Standard_GS4":
result.HasSLA = true;
result.IOPS = 40000;
result.TP = 1000;
break;
case "Standard_GS5":
result.HasSLA = true;
result.IOPS = 80000;
result.TP = 2000;
break;
case "Standard_M8-2ms":
case "Standard_M8-4ms":
case "Standard_M8ms":
result.HasSLA = true;
result.IOPS = 5000;
result.TP = 125;
break;
case "Standard_M16-4ms":
case "Standard_M16-8ms":
case "Standard_M16ms":
result.HasSLA = true;
result.IOPS = 10000;
result.TP = 250;
break;
case "Standard_M32-8ms":
case "Standard_M32-16ms":
case "Standard_M32ms":
case "Standard_M32ls":
case "Standard_M32ts":
result.HasSLA = true;
result.IOPS = 20000;
result.TP = 500;
break;
case "Standard_M64ms":
case "Standard_M64s":
case "Standard_M64ls":
case "Standard_M64-16ms":
case "Standard_M64-32ms":
result.HasSLA = true;
result.IOPS = 40000;
result.TP = 1000;
break;
case "Standard_M128s":
case "Standard_M128ms":
case "Standard_M128-32ms":
case "Standard_M128-64ms":
result.HasSLA = true;
result.IOPS = 80000;
result.TP = 2000;
break;
case "Standard_E64s_v3":
case "Standard_D64s_v3":
case "Standard_E64-16s_v3":
case "Standard_E64-32s_v3":
case "Standard_E64is_v3":
result.HasSLA = true;
result.IOPS = 80000;
result.TP = 1200;
break;
default:
break;
}
return(result);
}
internal AzureSLA GetVMSLA(VirtualMachine virtualMachine)
{
var result = new AzureSLA();
result.HasSLA = false;
switch (virtualMachine.HardwareProfile.VmSize)
{
case "Standard_DS1":
case "Standard_DS1_v2":
result.HasSLA = true;
result.IOPS = "3200";
result.TP = "32";
break;
case "Standard_DS2":
case "Standard_DS2_v2":
result.HasSLA = true;
result.IOPS = "6400";
result.TP = "64";
break;
case "Standard_DS3":
case "Standard_DS3_v2":
result.HasSLA = true;
result.IOPS = "12800";
result.TP = "128";
break;
case "Standard_DS4":
case "Standard_DS4_v2":
result.HasSLA = true;
result.IOPS = "25600";
result.TP = "256";
break;
case "Standard_DS11":
case "Standard_DS11_v2":
result.HasSLA = true;
result.IOPS = "6400";
result.TP = "64";
break;
case "Standard_DS12":
case "Standard_DS12_v2":
result.HasSLA = true;
result.IOPS = "12800";
result.TP = "128";
break;
case "Standard_DS13":
case "Standard_DS13_v2":
result.HasSLA = true;
result.IOPS = "25600";
result.TP = "256";
break;
case "Standard_DS14":
case "Standard_DS14_v2":
result.HasSLA = true;
result.IOPS = "50000";
result.TP = "512";
break;
case "Standard_GS1":
result.HasSLA = true;
result.IOPS = "5000";
result.TP = "125";
break;
case "Standard_GS2":
result.HasSLA = true;
result.IOPS = "10000";
result.TP = "250";
break;
case "Standard_GS3":
result.HasSLA = true;
result.IOPS = "20000";
result.TP = "500";
break;
case "Standard_GS4":
result.HasSLA = true;
result.IOPS = "40000";
result.TP = "1000";
break;
case "Standard_GS5":
result.HasSLA = true;
result.IOPS = "80000";
result.TP = "2000";
break;
default:
break;
}
return(result);
}
