public void Test_ApplicationContainer()
{
bool testresults = true;
try
{
using (ShimsContext.Create())
{
ShimApplicationContainer container = new ShimApplicationContainer(TestHelper.CreateAppContainer());
container.CreateString = new FakesDelegates.Func <string, string>((string a) =>
{
ShimContainerPlugin containerPlugin = new ShimContainerPlugin(new ContainerPlugin(container.Instance));
containerPlugin.Create = new FakesDelegates.Action(() =>
{
Guid prisonGuid = PrisonIdConverter.Generate(container.Instance.Uuid);
Logger.Debug("Creating prison with guid: {0}", prisonGuid);
ShimPrison prison = new ShimPrison(new Uhuru.Prison.Prison(prisonGuid));
prison.Instance.Tag = "oo";
Uhuru.Prison.PrisonRules prisonRules = new Uhuru.Prison.PrisonRules();
prisonRules.CellType = Prison.RuleType.None;
prisonRules.CellType |= Prison.RuleType.Memory;
prisonRules.CellType |= Prison.RuleType.CPU;
prisonRules.CellType |= Prison.RuleType.WindowStation;
prisonRules.CellType |= Prison.RuleType.Httpsys;
prisonRules.CellType |= Prison.RuleType.IISGroup;
prisonRules.CPUPercentageLimit = Convert.ToInt64(Node.ResourceLimits["cpu_quota"]);
prisonRules.ActiveProcessesLimit = Convert.ToInt32(Node.ResourceLimits["max_processes"]);
prisonRules.PriorityClass = ProcessPriorityClass.Normal;
// TODO: vladi: make sure these limits are ok being the same
prisonRules.NetworkOutboundRateLimitBitsPerSecond = Convert.ToInt64(Node.ResourceLimits["max_upload_bandwidth"]);
prisonRules.AppPortOutboundRateLimitBitsPerSecond = Convert.ToInt64(Node.ResourceLimits["max_upload_bandwidth"]);
prisonRules.TotalPrivateMemoryLimitBytes = Convert.ToInt64(Node.ResourceLimits["max_memory"]) * 1024 * 1024;
prisonRules.DiskQuotaBytes = Convert.ToInt64(Node.ResourceLimits["quota_blocks"]) * 1024;
prisonRules.PrisonHomePath = container.Instance.ContainerDir;
//NodeConfig.Values["PORTS_PER_USER"] should be used DistrictConfig.Values["first_uid"] if available in the configuration
try
{
try
{
prisonRules.UrlPortAccess = Network.GetAvailablePort(container.Instance.uid, NodeConfig.Values["GEAR_BASE_DIR"], Int32.Parse(NodeConfig.Values["PORTS_PER_USER"]), Int32.Parse(DistrictConfig.Values["first_uid"]), Int32.Parse(NodeConfig.Values["STARTING_PORT"]));
}
catch
{
prisonRules.UrlPortAccess = Network.GetAvailablePort(container.Instance.uid, NodeConfig.Values["GEAR_BASE_DIR"], Int32.Parse(NodeConfig.Values["PORTS_PER_USER"]), 0, Int32.Parse(NodeConfig.Values["STARTING_PORT"]));
}
}
catch (Exception ex)
{
Logger.Debug("GetAvailablePort could not be called with all arguments: {0}", ex.Message.ToString());
prisonRules.UrlPortAccess = Network.GetAvailablePort(container.Instance.uid, NodeConfig.Values["GEAR_BASE_DIR"]);
}
//prisonRules.UrlPortAccess = Network.GetUniquePredictablePort(@"c:\openshift\ports");
Logger.Debug("Assigning port {0} to gear {1}", prisonRules.UrlPortAccess, container.Instance.Uuid);
prison.LockdownPrisonRules = new FakesDelegates.Action <Prison.PrisonRules>((Uhuru.Prison.PrisonRules rules) => {
});
prison.Instance.Lockdown(prisonRules);
// Configure SSHD for the new prison user
string binLocation = Path.GetDirectoryName(this.GetType().Assembly.Location);
string configureScript = Path.GetFullPath(Path.Combine(binLocation, @"powershell\Tools\sshd\configure-sshd.ps1"));
Sshd.ConfigureSshd(NodeConfig.Values["SSHD_BASE_DIR"], container.Instance.Uuid, Environment.UserName, container.Instance.ContainerDir, NodeConfig.Values["GEAR_SHELL"]);
container.Instance.InitializeHomedir(container.Instance.BaseDir, container.Instance.ContainerDir);
container.Instance.AddEnvVar("PRISON_PORT", prisonRules.UrlPortAccess.ToString());
LinuxFiles.TakeOwnershipOfGearHome(container.Instance.ContainerDir, Environment.UserName);
});
containerPlugin.Instance.Create();
return(string.Empty);
});
container.Instance.Create();
if (container.Instance.StopLock == true)
{
testresults = false;
}
Uhuru.Openshift.Runtime.Model.GearRegistry reg = container.Instance.GearRegist;
ShimApplicationContainer test2 = new ShimApplicationContainer(ApplicationContainer.GetFromUuid(container.Instance.Uuid));
if (test2.Instance == null)
{
testresults = false;
}
AuthorizedKeysFile file = new AuthorizedKeysFile(container.Instance);
if (file == null)
{
testresults = false;
}
List <SshKey> keys = new List <SshKey>();
SshKey key = new SshKey();
key.Comment = "testComment";
key.Key = "TestKey";
keys.Add(key);
file.ReplaceKeys(keys);
container.Instance.AddSshKey("myKey", string.Empty, "CommentTest");
container.Instance.AddSshKeys(keys);
Dictionary <string, string> TestDict = new Dictionary <string, string>();
TestDict.Add("test", "testvalue");
List <string> UserVarTest = new List <string>()
{
"Hello", "World"
};
container.Instance.AddUserVar(TestDict, UserVarTest);
container.Instance.AddEnvVar("testKey", "testValue");
container.Instance.AddEnvVar("testKey1", "testValue", true);
if (container.Instance.AllDeploymentsByActivation().Count == 0)
{
testresults = false;
}
//TO DO:Investigate this
//RubyHash options = new RubyHash();
//options["deployment_id"] = "1";
//container.Instance.Activate(options);
}
}
catch
{
testresults = false;
}
Assert.AreEqual(true, testresults);
}
public void Test_ApplicationContainer()
{
bool testresults = true;
try
{
using (ShimsContext.Create())
{
ShimApplicationContainer container = new ShimApplicationContainer(TestHelper.CreateAppContainer());
container.CreateString = new FakesDelegates.Func<string, string>((string a) =>
{
ShimContainerPlugin containerPlugin = new ShimContainerPlugin(new ContainerPlugin(container.Instance));
containerPlugin.Create = new FakesDelegates.Action(() =>
{
Guid prisonGuid = PrisonIdConverter.Generate(container.Instance.Uuid);
Logger.Debug("Creating prison with guid: {0}", prisonGuid);
ShimPrison prison = new ShimPrison(new Uhuru.Prison.Prison(prisonGuid));
prison.Instance.Tag = "oo";
Uhuru.Prison.PrisonRules prisonRules = new Uhuru.Prison.PrisonRules();
prisonRules.CellType = Prison.RuleType.None;
prisonRules.CellType |= Prison.RuleType.Memory;
prisonRules.CellType |= Prison.RuleType.CPU;
prisonRules.CellType |= Prison.RuleType.WindowStation;
prisonRules.CellType |= Prison.RuleType.Httpsys;
prisonRules.CellType |= Prison.RuleType.IISGroup;
prisonRules.CPUPercentageLimit = Convert.ToInt64(Node.ResourceLimits["cpu_quota"]);
prisonRules.ActiveProcessesLimit = Convert.ToInt32(Node.ResourceLimits["max_processes"]);
prisonRules.PriorityClass = ProcessPriorityClass.Normal;
// TODO: vladi: make sure these limits are ok being the same
prisonRules.NetworkOutboundRateLimitBitsPerSecond = Convert.ToInt64(Node.ResourceLimits["max_upload_bandwidth"]);
prisonRules.AppPortOutboundRateLimitBitsPerSecond = Convert.ToInt64(Node.ResourceLimits["max_upload_bandwidth"]);
prisonRules.TotalPrivateMemoryLimitBytes = Convert.ToInt64(Node.ResourceLimits["max_memory"]) * 1024 * 1024;
prisonRules.DiskQuotaBytes = Convert.ToInt64(Node.ResourceLimits["quota_blocks"]) * 1024;
prisonRules.PrisonHomePath = container.Instance.ContainerDir;
//NodeConfig.Values["PORTS_PER_USER"] should be used DistrictConfig.Values["first_uid"] if available in the configuration
try
{
try
{
prisonRules.UrlPortAccess = Network.GetAvailablePort(container.Instance.uid, NodeConfig.Values["GEAR_BASE_DIR"], Int32.Parse(NodeConfig.Values["PORTS_PER_USER"]), Int32.Parse(DistrictConfig.Values["first_uid"]), Int32.Parse(NodeConfig.Values["STARTING_PORT"]));
}
catch
{
prisonRules.UrlPortAccess = Network.GetAvailablePort(container.Instance.uid, NodeConfig.Values["GEAR_BASE_DIR"], Int32.Parse(NodeConfig.Values["PORTS_PER_USER"]), 0, Int32.Parse(NodeConfig.Values["STARTING_PORT"]));
}
}
catch (Exception ex)
{
Logger.Debug("GetAvailablePort could not be called with all arguments: {0}", ex.Message.ToString());
prisonRules.UrlPortAccess = Network.GetAvailablePort(container.Instance.uid, NodeConfig.Values["GEAR_BASE_DIR"]);
}
//prisonRules.UrlPortAccess = Network.GetUniquePredictablePort(@"c:\openshift\ports");
Logger.Debug("Assigning port {0} to gear {1}", prisonRules.UrlPortAccess, container.Instance.Uuid);
prison.LockdownPrisonRules = new FakesDelegates.Action<Prison.PrisonRules>((Uhuru.Prison.PrisonRules rules) => {
});
prison.Instance.Lockdown(prisonRules);
// Configure SSHD for the new prison user
string binLocation = Path.GetDirectoryName(this.GetType().Assembly.Location);
string configureScript = Path.GetFullPath(Path.Combine(binLocation, @"powershell\Tools\sshd\configure-sshd.ps1"));
Sshd.ConfigureSshd(NodeConfig.Values["SSHD_BASE_DIR"], container.Instance.Uuid, Environment.UserName, container.Instance.ContainerDir, NodeConfig.Values["GEAR_SHELL"]);
container.Instance.InitializeHomedir(container.Instance.BaseDir, container.Instance.ContainerDir);
container.Instance.AddEnvVar("PRISON_PORT", prisonRules.UrlPortAccess.ToString());
LinuxFiles.TakeOwnershipOfGearHome(container.Instance.ContainerDir, Environment.UserName);
});
containerPlugin.Instance.Create();
return string.Empty;
});
container.Instance.Create();
if (container.Instance.StopLock==true)
{
testresults = false;
}
Uhuru.Openshift.Runtime.Model.GearRegistry reg = container.Instance.GearRegist;
ShimApplicationContainer test2 = new ShimApplicationContainer(ApplicationContainer.GetFromUuid(container.Instance.Uuid));
if(test2.Instance == null)
{
testresults = false;
}
AuthorizedKeysFile file = new AuthorizedKeysFile(container.Instance);
if (file == null)
{
testresults = false;
}
List<SshKey> keys = new List<SshKey>();
SshKey key = new SshKey();
key.Comment = "testComment";
key.Key = "TestKey";
keys.Add(key);
file.ReplaceKeys(keys);
container.Instance.AddSshKey("myKey", string.Empty, "CommentTest");
container.Instance.AddSshKeys(keys);
Dictionary<string, string> TestDict = new Dictionary<string, string>();
TestDict.Add("test", "testvalue");
List<string> UserVarTest = new List<string>() { "Hello", "World" };
container.Instance.AddUserVar(TestDict, UserVarTest);
container.Instance.AddEnvVar("testKey", "testValue");
container.Instance.AddEnvVar("testKey1", "testValue", true);
if (container.Instance.AllDeploymentsByActivation().Count == 0)
{
testresults = false;
}
//TO DO:Investigate this
//RubyHash options = new RubyHash();
//options["deployment_id"] = "1";
//container.Instance.Activate(options);
}
}
catch
{
testresults = false;
}
Assert.AreEqual(true, testresults);
}