public bool PolicyGroupMapExists(string policyName, string groupName, CertPolicyUse policyUse, bool incoming, bool outgoing)
{
using (ConfigDatabase db = this.Store.CreateReadContext())
{
return(db.CertPolicyGroupMaps.Exists(policyName, groupName, policyUse, incoming, outgoing));
}
}
internal void PushAddPolicyToGroup(string policyName, string groupName, CertPolicyUse policyUse, bool incoming, bool outgoing, bool checkForDupes)
{
try
{
if (!checkForDupes || !Client.Contains(policyName, groupName, policyUse, incoming, outgoing))
{
Client.AddPolicyToGroup(policyName, groupName, policyUse, incoming, outgoing);
WriteLine("Added {0} to {1}", policyName, groupName);
WriteLine("With the following usage >");
WriteLine(" \t policyUse: {0}", policyUse.ToString());
WriteLine(" \t forIncoming: {0}", incoming);
WriteLine(" \t forOutgoing: {0}", outgoing);
}
else
{
WriteLine("Policy to group association already exists");
}
}
catch (FaultException <ConfigStoreFault> ex)
{
if (ex.Detail.Error == ConfigStoreError.UniqueConstraint)
{
WriteLine("Policy to group association already exists");
}
else
{
throw;
}
}
}
public CertPolicyGroupMap(CertPolicyUse use, bool forIncoming, bool forOutgoing) : this()
{
m_new = true;
Use = use;
ForIncoming = forIncoming;
ForOutgoing = forOutgoing;
}
public CertPolicyGroupMap(CertPolicyUse use, bool forIncoming, bool forOutgoing): this()
{
m_new = true;
Use = use;
ForIncoming = forIncoming;
ForOutgoing = forOutgoing;
}
public void AddPolicyUse(string policyName, string groupName, CertPolicyUse policyUse, bool incoming, bool outgoing)
{
using (ConfigDatabase db = this.Store.CreateContext(DataLoadOptions))
{
this.AddPolicyUse(db, policyName, groupName, policyUse, incoming, outgoing);
db.SubmitChanges();
}
}
public bool PolicyToGroupExists(string policyName, string groupName, CertPolicyUse policyUse, bool incoming, bool outgoing)
{
try
{
return(Store.CertPolicyGroups.PolicyGroupMapExists(policyName, groupName, policyUse, incoming, outgoing));
}
catch (Exception ex)
{
throw CreateFault("PolicyToGroupExists", ex);
}
}
public CertPolicy[] GetOutgoingPoliciesByOwner(string owner, CertPolicyUse use)
{
try
{
return(Store.CertPolicies.GetOutgoingByOwner(owner, use));
}
catch (Exception ex)
{
throw CreateFault("GetOutgoingPoliciesByOwner", ex);
}
}
public CertPolicy[] GetOutgoingByOwner(string owner, CertPolicyUse use)
{
if (string.IsNullOrEmpty(owner))
{
throw new ConfigStoreException(ConfigStoreError.InvalidOwnerName);
}
using (ConfigDatabase db = this.Store.CreateReadContext())
{
var cpgs = db.CertPolicies.GetOutgoing(owner, use);
return(cpgs.ToArray());
}
}
public void AddPolicyToGroup(string policyName, string groupName, CertPolicyUse policyUse, bool incoming, bool outgoing)
{
try
{
CertPolicy certPolicy = Store.CertPolicies.Get(policyName);
if (certPolicy == null)
{
throw new ConfigStoreException(ConfigStoreError.InvalidCertPolicyName);
}
Store.CertPolicyGroups.AddPolicyUse(policyName, groupName, policyUse, incoming, outgoing);
}
catch (FaultException faultEx)
{
throw faultEx;
}
catch (Exception ex)
{
throw CreateFault("AddPolicyToGroup", ex);
}
}
public CertPolicy[] GetOutgoingPoliciesByOwner(string owner, CertPolicyUse use)
{
try
{
return Store.CertPolicies.GetOutgoingByOwner(owner, use);
}
catch (Exception ex)
{
throw CreateFault("GetOutgoingPoliciesByOwner", ex);
}
}
public static bool Exists(this Table <CertPolicyGroupMap> table, string policyName, string groupName, CertPolicyUse policyUse, bool incoming,
bool outgoing)
{
return(map(table.GetDB(), policyName, groupName, policyUse, incoming, outgoing).Any());
}
internal CertPolicyIndex(ClientSettings clientSettings, bool incoming, CertPolicyUse use)
{
m_clientSettings = clientSettings;
m_incoming = incoming;
m_use = use;
}
public void AddPolicyToGroup(string policyName, string groupName, CertPolicyUse policyUse, bool incoming, bool outgoing)
{
try
{
CertPolicy certPolicy = Store.CertPolicies.Get(policyName);
if (certPolicy == null)
{
throw new ConfigStoreException(ConfigStoreError.InvalidCertPolicyName);
}
Store.CertPolicyGroups.AddPolicyUse(policyName, groupName, policyUse, incoming, outgoing);
}
catch (FaultException faultEx)
{
throw faultEx;
}
catch (Exception ex)
{
throw CreateFault("AddPolicyToGroup", ex);
}
}
public bool PolicyToGroupExists(string policyName, string groupName, CertPolicyUse policyUse, bool incoming, bool outgoing)
{
try
{
return Store.CertPolicyGroups.PolicyGroupMapExists(policyName, groupName, policyUse, incoming, outgoing);
}
catch (Exception ex)
{
throw CreateFault("PolicyToGroupExists", ex);
}
}
protected void AddPolicyUse(ConfigDatabase db, string policyName, string groupName, CertPolicyUse policyUse, bool incoming, bool outgoing)
{
if (db == null)
{
throw new ArgumentNullException("db");
}
if (String.IsNullOrEmpty(policyName))
{
throw new ConfigStoreException(ConfigStoreError.InvalidCertPolicyName);
}
if (String.IsNullOrEmpty(groupName))
{
throw new ConfigStoreException(ConfigStoreError.InvalidCertPolicyGroupName);
}
CertPolicyGroup group = db.CertPolicyGroups.Get(groupName);
CertPolicy policy = db.CertPolicyGroups.GetPolicy(policyName);
group.CertPolicies.Add(policy);
CertPolicyGroupMap map = group.CertPolicyGroupMaps.First(m => m.IsNew);
map.Use = policyUse;
map.ForIncoming = incoming;
map.ForOutgoing = outgoing;
}
public static IEnumerable <CertPolicy> GetOutgoing(this Table <CertPolicy> table, string owner, CertPolicyUse use)
{
var q =
from c in table.GetDB().CertPolicies
join groupMap in table.GetDB().CertPolicyGroupMaps
on c equals groupMap.CertPolicy
join g in table.GetDB().CertPolicyGroups
on groupMap.CertPolicyGroup equals g
join domainMap in table.GetDB().CertPolicyGroupDomainMaps
on g equals domainMap.CertPolicyGroup
where domainMap.Owner == @owner &&
groupMap.ForOutgoing &&
groupMap.Use == use
select c;
return(q);
}
public static bool Contains(this CertPolicyStoreClient client, string policyName, string groupName, CertPolicyUse policyUse, bool incoming, bool outgoing)
{
return client.PolicyToGroupExists(policyName, groupName, policyUse, incoming, outgoing);
}
internal CertPolicyIndex(ClientSettings clientSettings, bool incoming, CertPolicyUse use)
{
m_clientSettings = clientSettings;
m_incoming = incoming;
m_use = use;
}
public static bool Exists(this Table<CertPolicyGroupMap> table, string policyName, string groupName, CertPolicyUse policyUse, bool incoming,
bool outgoing)
{
return map(table.GetDB(), policyName, groupName, policyUse, incoming, outgoing).Any();
}
public static IEnumerable<CertPolicy> GetOutgoing(this Table<CertPolicy> table, string owner, CertPolicyUse use)
{
var q =
from c in table.GetDB().CertPolicies
join groupMap in table.GetDB().CertPolicyGroupMaps
on c equals groupMap.CertPolicy
join g in table.GetDB().CertPolicyGroups
on groupMap.CertPolicyGroup equals g
join domainMap in table.GetDB().CertPolicyGroupDomainMaps
on g equals domainMap.CertPolicyGroup
where domainMap.Owner == @owner
&& groupMap.ForOutgoing
&& groupMap.Use == use
select c;
return q;
}
public static bool Contains(this CertPolicyStoreClient client, string policyName, string groupName, CertPolicyUse policyUse, bool incoming, bool outgoing)
{
return(client.PolicyToGroupExists(policyName, groupName, policyUse, incoming, outgoing));
}