public KeystoneIdentityProvider(Domain domain)
: base(domain)
{
InitializeMembers();
settings = (KeystoneSettings)domain.Settings[Constants.SettingsKeystone].Value;
}
public bool CheckEmailDuplicate(Domain domain, string email)
{
var sql = @"spCheckUserEmailDuplicate";
using (var cmd = Context.CreateStoredProcedureCommand(sql))
{
cmd.Parameters.Add("@ParentGuid", SqlDbType.UniqueIdentifier).Value = domain.Guid;
cmd.Parameters.Add("@Email", SqlDbType.NVarChar, 128).Value = email;
cmd.Parameters.Add("RETVAL", SqlDbType.Int).Direction = ParameterDirection.ReturnValue;
cmd.ExecuteNonQuery();
return (int)cmd.Parameters["RETVAL"].Value > 0;
}
}
public User FindUserByIdentity(Domain domain, string protocol, string authority, string identifier)
{
var user = new User(Context);
var sql = "spFindUser_byIdentity";
using (var cmd = Context.CreateStoredProcedureCommand(sql))
{
cmd.Parameters.Add("@DomainGuid", SqlDbType.UniqueIdentifier).Value = domain.Guid;
cmd.Parameters.Add("@Protocol", SqlDbType.NVarChar, 25).Value = protocol;
cmd.Parameters.Add("@Authority", SqlDbType.NVarChar, 250).Value = authority;
cmd.Parameters.Add("@Identifier", SqlDbType.NVarChar, 250).Value = identifier;
using (var dr = cmd.ExecuteReader())
{
dr.Read();
user.LoadFromDataReader(dr);
dr.Close();
}
}
return user;
}
public User FindUserByEmail(Domain domain, string email)
{
return FindUserByEmailInternal(domain, email);
}
public User FindUserByActivationCode(Domain domain, string code)
{
return FindUserByActivationCodeInternal(domain, code);
}
/// <summary>
/// Constructor for creating a new entity with object context and parent entity set.
/// </summary>
/// <param name="context">An object context class containing session information.</param>
/// <param name="parent">The parent entity in the entity hierarchy.</param>
public Federation(Domain parent)
: base(parent.Context, parent)
{
InitializeMembers();
}
/// <summary>
/// Loads the user from the graywulf registry
/// </summary>
/// <param name="identity"></param>
/// <remarks>
/// If the identity is not found, it will be marked as non-authenticated
/// </remarks>
public void LoadUser(Domain domain)
{
using (var registryContext = ContextManager.Instance.CreateContext(ConnectionMode.AutoOpen, TransactionMode.AutoCommit))
{
var uf = new UserFactory(registryContext);
try
{
switch (protocol)
{
case Constants.ProtocolNameForms:
userProperty.Value = uf.LoadUser(identifier);
break;
case Constants.ProtocolNameWindows:
// TODO: implement NTLM auth
throw new NotImplementedException();
default:
// All other cases use lookup by protocol name
userProperty.Value = uf.FindUserByIdentity(domain, protocol, authorityUri, identifier);
break;
}
IsAuthenticated = true;
}
catch (EntityNotFoundException)
{
isAuthenticated = false;
}
}
}
public DomainInstaller(Domain domain)
: base(domain.Context)
{
this.domain = domain;
}
public User LoginUser(Domain domain, string nameOrEmail, string password)
{
return LoginUserInternal(domain, nameOrEmail, password);
}
public User FindUserByActivationCode(Domain domain, string code)
{
return(FindUserByActivationCodeInternal(domain, code));
}
public User FindUserByEmail(Domain domain, string email)
{
return(FindUserByEmailInternal(domain, email));
}
/// <summary>
/// Constructor for creating a new <b>User Group</b> object and setting the
/// context and the parent (Domain).
/// </summary>
/// <param name="context">An object context class containing session information.</param>
/// <param name="parent">The parent entity of the <b>User Group</b> of type Domain.</param>
public UserGroup(Domain parent)
: base(parent.Context, parent)
{
InitializeMembers();
}
public Cluster Install(bool system, string clusterName, string username, string email, string password)
{
cluster = new Cluster(Context)
{
Name = clusterName,
System = system,
};
cluster.Save();
// Create machine roles and machines
// -- controller role
var mrcont = new MachineRole(cluster)
{
Name = Constants.ControllerMachineRoleName,
System = system,
MachineRoleType = MachineRoleType.StandAlone,
};
mrcont.Save();
var sv = new ServerVersion(mrcont)
{
Name = Constants.ServerVersionName,
System = system,
};
sv.Save();
var mcont = new Machine(mrcont)
{
Name = Constants.ControllerMachineName,
};
mcont.Save();
var sicont = new ServerInstance(mcont)
{
Name = Constants.ServerInstanceName,
ServerVersion = sv,
};
sicont.Save();
// -- node role
var mrnode = new MachineRole(cluster)
{
Name = Constants.NodeMachineRoleName,
MachineRoleType = MachineRoleType.MirroredSet,
};
mrnode.Save();
var nodesv = new ServerVersion(mrnode)
{
Name = Constants.ServerVersionName,
};
nodesv.Save();
// -- Create a node
/*
Machine mnode = new Machine(Context, mrnode);
mnode.Name = Constants.NodeMachineName;
mnode.Save();
si = new ServerInstance(Context, mnode);
si.Name = Constants.ServerInstanceName;
si.ServerVersionReference.Value = sv;
si.Save();*/
// Create the shared domain for cluster level databases and users
var domain = new Domain(cluster)
{
Name = Constants.SharedDomainName,
Email = email,
System = system,
};
domain.Save();
// Create administrator group and user
GenerateAdminGroup(system);
GenerateAdmin(system, username, email, password);
// Create the shared feredation
var federation = new Federation(domain)
{
Name = Constants.SharedFederationName,
Email = email,
System = system,
ControllerMachine = mcont,
SchemaSourceServerInstance = sicont,
};
federation.Save();
// Temp database definition
var tempdd = new DatabaseDefinition(federation)
{
Name = Constants.TempDbName,
System = system,
LayoutType = DatabaseLayoutType.Monolithic,
DatabaseInstanceNamePattern = Constants.TempDbInstanceNamePattern,
DatabaseNamePattern = Constants.TempDbNamePattern,
SliceCount = 1,
PartitionCount = 1,
};
tempdd.Save();
var tempddi = new DatabaseDefinitionInstaller(tempdd);
tempddi.GenerateDefaultChildren(nodesv, Constants.TempDbName);
// Create cluster level jobs and queues
// -- admin queue definition
QueueDefinition qd = new QueueDefinition(cluster)
{
Name = Constants.MaintenanceQueueDefinitionName,
System = system,
};
qd.Save();
QueueInstance qi = new QueueInstance(mcont)
{
Name = Constants.MaintenanceQueueName,
RunningState = Registry.RunningState.Running,
};
qi.QueueDefinitionReference.Value = qd;
qi.Save();
// -- long queue definition
qd = new QueueDefinition(cluster)
{
Name = Constants.LongQueueDefinitionName
};
qd.Save();
qi = new QueueInstance(mcont)
{
Name = Constants.LongQueueName,
RunningState = Registry.RunningState.Running,
};
qi.QueueDefinitionReference.Value = qd;
qi.Save();
// -- quick queue definition
qd = new QueueDefinition(cluster)
{
Name = Constants.QuickQueueDefinitionName,
};
qd.Save();
qi = new QueueInstance(mcont)
{
Name = Constants.QuickQueueName,
RunningState = Registry.RunningState.Running,
};
qi.QueueDefinitionReference.Value = qd;
qi.Save();
// -- database mirror job
var jd = new JobDefinition(federation)
{
Name = typeof(Jhu.Graywulf.Jobs.MirrorDatabase.MirrorDatabaseJob).Name,
System = system,
WorkflowTypeName = typeof(Jhu.Graywulf.Jobs.MirrorDatabase.MirrorDatabaseJob).AssemblyQualifiedName,
};
jd.DiscoverWorkflowParameters();
jd.Save();
// -- test job
jd = new JobDefinition(federation)
{
Name = typeof(Jhu.Graywulf.Jobs.Test.TestJob).Name,
System = system,
WorkflowTypeName = typeof(Jhu.Graywulf.Jobs.Test.TestJob).AssemblyQualifiedName,
};
jd.DiscoverWorkflowParameters();
jd.Save();
return cluster;
}
/// <summary>
/// Copy contructor for doing deep copy of the <b>Domain</b> objects.
/// </summary>
/// <param name="old">The <b>Domain</b> to copy from.</param>
public Domain(Domain old)
: base(old)
{
CopyMembers(old);
}
/// <summary>
/// Creates a deep copy of the passed object.
/// </summary>
/// <param name="old">A <b>Domain</b> object to create the deep copy from.</param>
private void CopyMembers(Domain old)
{
this.shortTitle = old.shortTitle;
this.longTitle = old.longTitle;
this.email = old.email;
}
/// <summary>
/// Creates a deep copy of the passed object.
/// </summary>
/// <param name="old">A <b>Domain</b> object to create the deep copy from.</param>
private void CopyMembers(Domain old)
{
this.shortTitle = old.shortTitle;
this.longTitle = old.longTitle;
this.email = old.email;
this.copyright = old.copyright;
this.disclaimer = old.disclaimer;
}
public User FindUserByName(Domain domain, string name)
{
var ef = new EntityFactory(Context);
return ef.LoadEntity<User>(domain.GetFullyQualifiedName(), name);
}
public User FindUserByName(Domain domain, string name)
{
var ef = new EntityFactory(Context);
return(ef.LoadEntity <User>(domain.GetFullyQualifiedName(), name));
}
/// <summary>
/// Constructor for creating a new <b>User Group</b> object and setting the
/// context and the parent (Domain).
/// </summary>
/// <param name="context">An object context class containing session information.</param>
/// <param name="parent">The parent entity of the <b>User Group</b> of type Domain.</param>
public UserGroup(Domain parent)
: base(parent.Context, parent)
{
InitializeMembers();
}
public User LoginUser(Domain domain, string nameOrEmail, string password)
{
return(LoginUserInternal(domain, nameOrEmail, password));
}
