public void UpdateServerHardWare()
{
Config.waitServerReady(server.Id);
//setup initial values for update
float Ram = 8;
var request = new POCO.Requests.Servers.UpdateHardwareRequest()
{
Ram = (int)Ram,
};
Ram = request.Ram.Value;
var result = client.ServersHardware.Update(request, server.Id);
Assert.IsNotNull(result);
Assert.IsNotNull(result.Hardware.CoresPerProcessor);
Config.waitServerReady(server.Id);
var resultserver = client.Servers.Show(result.Id);
//check if the values are updated as expected
Assert.AreEqual(resultserver.Hardware.Ram, Ram);
}
public void UpdateServerHardWare()
{
var random = new Random();
var servers = client.Servers.Get().Where(ser => ser.Name.Contains("ServerTest")).ToList();
var server = servers[random.Next(servers.Count - 1)];
//setup initial values for update
int CoresPerProcessor = 4;
float Ram = 4;
int Vcore = 4;
//search for an appropriate server for udpating
foreach (var item in servers)
{
server = client.Servers.Show(item.Id);
//cannot update servers with snapshots
//cannot hot update servers with linux system installed
if (server.Status.State == ServerState.DEPLOYING || server.Snapshot != null || server.Image.Name.Contains("ub") || server.Image.Name.Contains("centos"))
{
continue;
}
//check if server current values are less than the updated values for hot update
if (server.Hardware.CoresPerProcessor < CoresPerProcessor && server.Hardware.Ram < Ram && server.Hardware.Vcore < Vcore)
{
server = item;
break;
}
//else increase the already existing values
else
{
CoresPerProcessor = server.Hardware.CoresPerProcessor + 1;
Ram = server.Hardware.Ram + (float)2.0;
Vcore = server.Hardware.Vcore + 2;
break;
}
}
//if the updated values exceed any of the limits stop the update
CoresPerProcessor = server.Hardware.CoresPerProcessor + 1;
Ram = server.Hardware.Ram + (float)2.0;
Vcore = server.Hardware.Vcore + 2;
if (CoresPerProcessor > 16 || Ram > 128 || Vcore > 16 || CoresPerProcessor > Vcore)
{
return;
}
if (server.Status.State != ServerState.DEPLOYING && server.Snapshot == null && !server.Image.Name.Contains("ub") && !server.Image.Name.Contains("centos"))
{
var request = new POCO.Requests.Servers.UpdateHardwareRequest()
{
CoresPerProcessor = server.Hardware.Vcore > 1 ? server.Hardware.Vcore / 2 : 1,
Ram = (int)Ram,
Vcore = server.Hardware.Vcore
};
CoresPerProcessor = request.CoresPerProcessor;
Vcore = request.Vcore;
Ram = request.Ram;
var result = client.ServersHardware.Update(request, server.Id);
Assert.IsNotNull(result);
Assert.IsNotNull(result.Hardware.CoresPerProcessor);
//give the server time to update
var resultserver = client.Servers.Show(result.Id);
while (resultserver.Status.Percent > 0)
{
Thread.Sleep(5000);
resultserver = client.Servers.Show(result.Id);
}
//check if the values are updated as expected
Assert.AreEqual(resultserver.Hardware.CoresPerProcessor, CoresPerProcessor);
Assert.AreEqual(resultserver.Hardware.Ram, Ram);
Assert.AreEqual(resultserver.Hardware.Vcore, Vcore);
}
}
public void UpdateServerHardWare()
{
var random = new Random();
var servers = client.Servers.Get().Where(ser => ser.Name.Contains("ServerTest")).ToList();
var server = servers[random.Next(servers.Count - 1)];
//setup initial values for update
int CoresPerProcessor = 4;
float Ram = 4;
int Vcore = 4;
//search for an appropriate server for udpating
foreach (var item in servers)
{
server = client.Servers.Show(item.Id);
//cannot update servers with snapshots
//cannot hot update servers with linux system installed
if (server.Status.State == ServerState.DEPLOYING || server.Snapshot != null || server.Image.Name.Contains("ub") || server.Image.Name.Contains("centos"))
{
continue;
}
//check if server current values are less than the updated values for hot update
if (server.Hardware.CoresPerProcessor < CoresPerProcessor && server.Hardware.Ram < Ram && server.Hardware.Vcore < Vcore)
{
server = item;
break;
}
//else increase the already existing values
else
{
CoresPerProcessor = server.Hardware.CoresPerProcessor + 1;
Ram = server.Hardware.Ram + (float)2.0;
Vcore = server.Hardware.Vcore + 2;
break;
}
}
//if the updated values exceed any of the limits stop the update
CoresPerProcessor = server.Hardware.CoresPerProcessor + 1;
Ram = server.Hardware.Ram + (float)2.0;
Vcore = server.Hardware.Vcore + 2;
if (CoresPerProcessor > 16 || Ram > 128 || Vcore > 16 || CoresPerProcessor > Vcore)
{
return;
}
if (server.Status.State != ServerState.DEPLOYING && server.Snapshot == null && !server.Image.Name.Contains("ub") && !server.Image.Name.Contains("centos"))
{
var request = new POCO.Requests.Servers.UpdateHardwareRequest()
{
CoresPerProcessor = server.Hardware.Vcore > 1 ? server.Hardware.Vcore / 2 : 1,
Ram = (int)Ram,
Vcore = server.Hardware.Vcore
};
CoresPerProcessor = request.CoresPerProcessor;
Vcore = request.Vcore;
Ram = request.Ram;
var result = client.ServersHardware.Update(request, server.Id);
Assert.IsNotNull(result);
Assert.IsNotNull(result.Hardware.CoresPerProcessor);
//give the server time to update
var resultserver = client.Servers.Show(result.Id);
while (resultserver.Status.Percent > 0)
{
Thread.Sleep(5000);
resultserver = client.Servers.Show(result.Id);
}
//check if the values are updated as expected
Assert.AreEqual(resultserver.Hardware.CoresPerProcessor, CoresPerProcessor);
Assert.AreEqual(resultserver.Hardware.Ram, Ram);
Assert.AreEqual(resultserver.Hardware.Vcore, Vcore);
}
}
