public void MergeAddToExistingAttribute()
{
UpdateImpl up = new UpdateImpl(null, null);
ICollection <ConnectorAttribute> actual;
ICollection <ConnectorAttribute> baseAttrs = CollectionUtil.NewSet <ConnectorAttribute>();
ICollection <ConnectorAttribute> expected = CollectionUtil.NewSet <ConnectorAttribute>();
ICollection <ConnectorAttribute> changeset = CollectionUtil.NewSet <ConnectorAttribute>();
// attempt to add a value to an attribute..
ConnectorAttribute battr = ConnectorAttributeBuilder.Build("abc", 1);
ConnectorAttribute cattr = ConnectorAttributeBuilder.Build("abc", 2);
baseAttrs.Add(battr);
changeset.Add(cattr);
expected.Add(ConnectorAttributeBuilder.Build("abc", 1, 2));
actual = up.Merge(changeset, baseAttrs, true);
Assert.IsTrue(AreEqual(expected, actual));
}
public void TestSimplifyNoAndNoOrNoLeaf()
{
Filter a =
FilterBuilder.Contains(ConnectorAttributeBuilder.Build("a", "a"));
Filter b =
FilterBuilder.Contains(ConnectorAttributeBuilder.Build("b", "b"));
Filter c =
FilterBuilder.EndsWith(ConnectorAttributeBuilder.Build("c", "c"));
Filter d =
FilterBuilder.Contains(ConnectorAttributeBuilder.Build("d", "d"));
Filter filter =
FilterBuilder.And(
FilterBuilder.Or(a, b),
FilterBuilder.Or(c, d));
IList <String> results =
new NoAndNoOrNoEndsWithTranslator().Translate(filter);
Assert.AreEqual(2, results.Count);
Assert.AreEqual("( CONTAINS a a )",
results[0]);
Assert.AreEqual("( CONTAINS b b )",
results[1]);
a =
FilterBuilder.Contains(ConnectorAttributeBuilder.Build("a", "a"));
b =
FilterBuilder.EndsWith(ConnectorAttributeBuilder.Build("b", "b"));
c =
FilterBuilder.Contains(ConnectorAttributeBuilder.Build("c", "c"));
d =
FilterBuilder.Contains(ConnectorAttributeBuilder.Build("d", "d"));
filter =
FilterBuilder.And(
FilterBuilder.Or(a, b),
FilterBuilder.Or(c, d));
results =
new NoAndNoOrNoEndsWithTranslator().Translate(filter);
Assert.AreEqual(2, results.Count);
Assert.AreEqual("( CONTAINS c c )",
results[0]);
Assert.AreEqual("( CONTAINS d d )",
results[1]);
}
public virtual void TestSearch2()
{
ConnectorFacade search = GetFacade();
for (int i = 0; i < 100; i++)
{
ICollection <ConnectorAttribute> co = GetTestCreateConnectorObject(string.Format("TEST{0:D5}", i));
co.Add(ConnectorAttributeBuilder.Build("sortKey", i));
search.Create(ObjectClass.ACCOUNT, co, null);
}
OperationOptionsBuilder builder = new OperationOptionsBuilder {
PageSize = 10, SortKeys = new[] { new SortKey("sortKey", false) }
};
SearchResult result = null;
ICollection <ConnectorObject> resultSet = new HashSet <ConnectorObject>();
int pageIndex = 0;
int index = 101;
while ((result = search.Search(ObjectClass.ACCOUNT, FilterBuilder.StartsWith(ConnectorAttributeBuilder.Build(Name.NAME, "TEST")), new ResultsHandler()
{
Handle = connectorObject =>
{
int?idx = ConnectorAttributeUtil.GetIntegerValue(connectorObject.GetAttributeByName("sortKey"));
Assert.IsTrue(idx < index);
if (idx != null)
{
index = (int)idx;
}
resultSet.Add(connectorObject);
return(true);
}
}, builder.Build())).PagedResultsCookie != null)
{
builder = new OperationOptionsBuilder(builder.Build())
{
PagedResultsCookie = result.PagedResultsCookie
};
Assert.AreEqual(10 * ++pageIndex, resultSet.Count);
}
Assert.AreEqual(9, pageIndex);
Assert.AreEqual(100, resultSet.Count);
}
public void TestGetSingleValue()
{
object TEST_VALUE = 1L;
ConnectorAttribute attr = ConnectorAttributeBuilder.Build("long", TEST_VALUE);
object value = ConnectorAttributeUtil.GetSingleValue(attr);
Assert.AreEqual(TEST_VALUE, value);
// test null
attr = ConnectorAttributeBuilder.Build("long");
value = ConnectorAttributeUtil.GetSingleValue(attr);
Assert.IsNull(value);
// test empty
attr = ConnectorAttributeBuilder.Build("long", new List <object>());
value = ConnectorAttributeUtil.GetSingleValue(attr);
Assert.IsNull(value);
// test illegal argument exception
ConnectorAttributeUtil.GetSingleValue(ConnectorAttributeBuilder.Build("bob", 1, 2, 3));
}
public void TestSimplifyNoAnd()
{
Filter a =
FilterBuilder.Contains(ConnectorAttributeBuilder.Build("a", "a"));
Filter b =
FilterBuilder.Contains(ConnectorAttributeBuilder.Build("b", "b"));
Filter c =
FilterBuilder.EndsWith(ConnectorAttributeBuilder.Build("c", "c"));
Filter d =
FilterBuilder.Contains(ConnectorAttributeBuilder.Build("d", "d"));
Filter filter =
FilterBuilder.And(
FilterBuilder.Or(a, b),
FilterBuilder.Or(c, d));
String expected = "( | ( CONTAINS a a ) ( CONTAINS b b ) )";
String actual =
TranslateSingle(new NoAndTranslator(), filter);
Assert.AreEqual(expected, actual);
}
private ConnectorAttribute NormalizeSmtpAddressAttribute(ConnectorAttribute attribute)
{
if (attribute.Value == null)
{
return(attribute);
}
IList <object> normValues = new List <object>();
bool normalized = false;
foreach (object val in attribute.Value)
{
string strVal = val as string;
if (strVal != null)
{
string[] split = strVal.Split(':');
if (split.Length == 2)
{
// it contains delimiter, use the second part
normValues.Add(split[1]);
normalized = true;
}
else
{
// put the original value
normValues.Add(val);
}
}
}
if (normalized)
{
// build the attribute again
return(ConnectorAttributeBuilder.Build(attribute.Name, normValues));
}
else
{
return(attribute);
}
}
/// <summary>
/// Attribute normalizer
/// </summary>
/// <param name="oclass">Object class</param>
/// <param name="attribute">Attribute to be normalized</param>
/// <returns>Normalized attribute</returns>
public override ConnectorAttribute NormalizeAttribute(ObjectClass oclass, ConnectorAttribute attribute)
{
// normalize the attribute using AD connector first
attribute = base.NormalizeAttribute(oclass, attribute);
// normalize external mail value
if (attribute.Name == AttExternalMail && attribute.Value != null)
{
IList <object> normAttributes = new List <object>();
bool normalized = false;
foreach (object val in attribute.Value)
{
string strVal = val as string;
if (strVal != null)
{
string[] split = strVal.Split(':');
if (split.Length == 2)
{
// it contains delimiter, use the second part
normAttributes.Add(split[1]);
normalized = true;
}
else
{
// put the original value
normAttributes.Add(val);
}
}
}
if (normalized)
{
// build the attribute again
return(ConnectorAttributeBuilder.Build(attribute.Name, normAttributes));
}
}
// return the original attribute
return(attribute);
}
/// <summary>
/// Renames the connector attribute to new name; transforms value by keeping Common Name only
/// </summary>
/// <param name="cattribute">ConnectorAttribute to be renamed</param>
/// <param name="newName">New attribute name</param>
/// <returns>Renamed and transformed ConnectorAttribute</returns>
/// <exception cref="ArgumentNullException">If some of the params is null</exception>
internal static ConnectorAttribute ExtractCommonName(ConnectorAttribute cattribute, string newName)
{
Assertions.NullCheck(cattribute, "cattribute");
Assertions.NullCheck(newName, "newName");
var attBuilder = new ConnectorAttributeBuilder();
if (cattribute.Value != null)
{
ICollection <object> convertedValues = new List <object>();
foreach (object oldValue in cattribute.Value)
{
if (oldValue != null) // should be always the case
{
convertedValues.Add(ExtractCommonName(oldValue.ToString()));
}
}
attBuilder.AddValue(convertedValues);
}
attBuilder.Name = newName;
return(attBuilder.Build());
}
public virtual void Sync(ObjectClass objectClass, SyncToken token, SyncResultsHandler handler,
OperationOptions options)
{
if (ObjectClass.ALL.Equals(objectClass))
{
//
}
else if (ObjectClass.ACCOUNT.Equals(objectClass))
{
var builder = new ConnectorObjectBuilder();
builder.SetUid("3f50eca0-f5e9-11e3-a3ac-0800200c9a66");
builder.SetName("Foo");
builder.AddAttribute(ConnectorAttributeBuilder.BuildEnabled(true));
var deltaBuilder = new SyncDeltaBuilder
{
Object = builder.Build(),
DeltaType = SyncDeltaType.CREATE,
Token = new SyncToken(10)
};
foreach (SyncDelta connectorObject in CollectionUtil.NewSet(deltaBuilder.Build()))
{
if (!handler.Handle(connectorObject))
{
// Stop iterating because the handler stopped processing
break;
}
}
}
else
{
Trace.TraceWarning("Sync of type {0} is not supported",
_configuration.ConnectorMessages.Format(objectClass.GetDisplayNameKey(),
objectClass.GetObjectClassValue()));
throw new NotSupportedException("Sync of type" + objectClass.GetObjectClassValue() + " is not supported");
}
((SyncTokenResultsHandler)handler).HandleResult(new SyncToken(10));
}
public void TestDictionaryAttribute()
{
Dictionary <object, object> map1 = new Dictionary <object, object>();
map1["string"] = "OK";
Dictionary <object, object> map2 = new Dictionary <object, object>();
map2["map1"] = map1;
map2["list"] = new List <int> {
1, 2, 3
};
Dictionary <object, object> map3 = new Dictionary <object, object>();
map3["map2"] = map2;
Dictionary <object, object> map4 = new Dictionary <object, object>();
map4["map3"] = map3;
ConnectorAttributeBuilder.Build("map", map4);
}
static TstAbstractConnector()
{
bool enabled = true;
for (int i = 0; i < 100; i++)
{
ConnectorObjectBuilder builder = new ConnectorObjectBuilder();
builder.SetUid(Convert.ToString(i));
builder.SetName(string.Format("user{0:D3}", i));
builder.AddAttribute(ConnectorAttributeBuilder.BuildEnabled(enabled));
IDictionary <string, object> mapAttribute = new Dictionary <string, object>();
mapAttribute["email"] = "*****@*****.**";
mapAttribute["primary"] = true;
mapAttribute["usage"] = new List <String>()
{
"home", "work"
};
builder.AddAttribute("emails", mapAttribute);
ConnectorObject co = builder.Build();
collection[co.Name.GetNameValue()] = co;
enabled = !enabled;
}
}
public virtual void ExecuteQuery(ObjectClass objectClass, string query, ResultsHandler handler,
OperationOptions options)
{
var builder = new ConnectorObjectBuilder();
builder.SetUid("3f50eca0-f5e9-11e3-a3ac-0800200c9a66");
builder.SetName("Foo");
builder.AddAttribute(ConnectorAttributeBuilder.BuildEnabled(true));
foreach (ConnectorObject connectorObject in CollectionUtil.NewSet(builder.Build()))
{
if (!handler.Handle(connectorObject))
{
// Stop iterating because the handler stopped processing
break;
}
}
if (options.PageSize != null && 0 < options.PageSize)
{
Trace.TraceInformation("Paged Search was requested");
((SearchResultsHandler)handler).HandleResult(new SearchResult("0", 0));
}
}
public void TestAttributeTypeMap()
{
ConnectorPoolManager.Dispose();
ConnectorInfoManager manager = GetConnectorInfoManager();
ConnectorInfo info1 = FindConnectorInfo(manager, "1.0.0.0", "org.identityconnectors.testconnector.TstStatefulConnector");
Assert.IsNotNull(info1);
APIConfiguration config = info1.CreateDefaultAPIConfiguration();
config.ConnectorPoolConfiguration.MinIdle = 0;
config.ConnectorPoolConfiguration.MaxIdle = 0;
ConnectorFacade facade = ConnectorFacadeFactory.GetInstance().NewInstance(config);
HashSet <ConnectorAttribute> createAttributes = new HashSet <ConnectorAttribute>();
IDictionary <string, object> mapAttribute = new Dictionary <string, object>();
mapAttribute["email"] = "*****@*****.**";
mapAttribute["primary"] = true;
mapAttribute["usage"] = new List <String>()
{
"home", "work"
};
createAttributes.Add(ConnectorAttributeBuilder.Build("emails", mapAttribute));
Uid uid = facade.Create(ObjectClass.ACCOUNT, createAttributes, null);
Assert.AreEqual(uid.GetUidValue(), "*****@*****.**");
ConnectorObject co = facade.GetObject(ObjectClass.ACCOUNT, new Uid("0"), null);
object value = ConnectorAttributeUtil.GetSingleValue(co.GetAttributeByName("emails"));
Assert.IsTrue(value is IDictionary);
Assert.IsTrue(((IDictionary)value)["usage"] is IList);
}
public void TestPagedSearch()
{
ConnectorPoolManager.Dispose();
ConnectorInfoManager manager = GetConnectorInfoManager();
ConnectorInfo info1 = FindConnectorInfo(manager, "1.0.0.0", "org.identityconnectors.testconnector.TstStatefulPoolableConnector");
Assert.IsNotNull(info1);
APIConfiguration config = info1.CreateDefaultAPIConfiguration();
config.ProducerBufferSize = 0;
config.ConnectorPoolConfiguration.MinIdle = 1;
config.ConnectorPoolConfiguration.MaxIdle = 2;
config.ResultsHandlerConfiguration.FilteredResultsHandlerInValidationMode = true; // for paged searches, the filtered results handler should be either disabled or put into validation mode
ConnectorFacade facade1 = ConnectorFacadeFactory.GetInstance().NewInstance(config);
OperationOptionsBuilder builder = new OperationOptionsBuilder();
builder.PageSize = 10;
builder.SetSortKeys(new ICF.SortKey(Name.NAME, true));
SearchResult searchResult = null;
ISet <Uid> UIDs = new HashSet <Uid>();
int iteration = 0;
do
{
if (null != searchResult)
{
builder.PagedResultsCookie = searchResult.PagedResultsCookie;
}
int size = 0;
searchResult = facade1.Search(ObjectClass.ACCOUNT, null, new ResultsHandler()
{
Handle = obj =>
{
if (size >= 10)
{
Assert.Fail("More then 10 objects was handled!");
}
size++;
if (UIDs.Contains(obj.Uid))
{
Assert.Fail("Duplicate Entry in results");
}
return(UIDs.Add(obj.Uid));
}
}, builder.Build());
iteration++;
Assert.IsNotNull(searchResult);
Assert.AreEqual(searchResult.RemainingPagedResults, 100 - (iteration * 10));
} while (searchResult.PagedResultsCookie != null);
// Search with paged results offset
builder = new OperationOptionsBuilder();
builder.PageSize = 10;
builder.PagedResultsOffset = 5;
builder.SetSortKeys(new ICF.SortKey(Name.NAME, true));
searchResult = null;
UIDs.Clear();
Filter filter = FilterBuilder.EqualTo(ConnectorAttributeBuilder.BuildEnabled(true));
iteration = 0;
do
{
if (null != searchResult)
{
builder.PagedResultsCookie = searchResult.PagedResultsCookie;
}
int size = 0;
searchResult = facade1.Search(ObjectClass.ACCOUNT, filter, new ResultsHandler()
{
Handle = obj =>
{
if (size >= 10)
{
Assert.Fail("More then 10 objects was handled!");
}
size++;
if (UIDs.Contains(obj.Uid))
{
Assert.Fail("Duplicate Entry in results");
}
return(UIDs.Add(obj.Uid));
}
}, builder.Build());
iteration++;
Assert.IsNotNull(searchResult);
Assert.AreEqual(searchResult.RemainingPagedResults, Math.Max(50 - (iteration * 15), 0));
} while (searchResult.PagedResultsCookie != null);
}
public void TestBasics()
{
ConnectorAttribute attribute =
ConnectorAttributeBuilder.Build("att-name", "att-value");
ConnectorAttribute attribute2 =
ConnectorAttributeBuilder.Build("att-name2", "att-value2");
AllFiltersTranslator translator = new
AllFiltersTranslator();
{
Filter filter =
FilterBuilder.Contains(attribute);
String expected = "( CONTAINS att-name att-value )";
String actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
filter = FilterBuilder.Not(filter);
expected = "( ! " + expected + " )";
actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
}
{
Filter filter =
FilterBuilder.EndsWith(attribute);
String expected = "( ENDS-WITH att-name att-value )";
String actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
filter = FilterBuilder.Not(filter);
expected = "( ! " + expected + " )";
actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
}
{
Filter filter =
FilterBuilder.EqualTo(attribute);
String expected = "( = att-name [att-value] )";
String actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
filter = FilterBuilder.Not(filter);
expected = "( ! " + expected + " )";
actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
}
{
Filter filter =
FilterBuilder.GreaterThan(attribute);
String expected = "( > att-name att-value )";
String actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
filter = FilterBuilder.Not(filter);
expected = "( ! " + expected + " )";
actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
}
{
Filter filter =
FilterBuilder.GreaterThanOrEqualTo(attribute);
String expected = "( >= att-name att-value )";
String actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
filter = FilterBuilder.Not(filter);
expected = "( ! " + expected + " )";
actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
}
{
Filter filter =
FilterBuilder.LessThan(attribute);
String expected = "( < att-name att-value )";
String actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
filter = FilterBuilder.Not(filter);
expected = "( ! " + expected + " )";
actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
}
{
Filter filter =
FilterBuilder.LessThanOrEqualTo(attribute);
String expected = "( <= att-name att-value )";
String actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
filter = FilterBuilder.Not(filter);
expected = "( ! " + expected + " )";
actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
}
{
Filter filter =
FilterBuilder.StartsWith(attribute);
String expected = "( STARTS-WITH att-name att-value )";
String actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
filter = FilterBuilder.Not(filter);
expected = "( ! " + expected + " )";
actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
}
{
Filter filter =
FilterBuilder.ContainsAllValues(attribute);
String expected = "( CONTAINS-ALL-VALUES " + attribute + " )";
String actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
filter = FilterBuilder.Not(filter);
expected = "( ! " + expected + " )";
actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
}
//and
{
Filter left =
FilterBuilder.Contains(attribute);
Filter right =
FilterBuilder.Contains(attribute2);
String expectedLeft = "( CONTAINS att-name att-value )";
String expectedRight = "( CONTAINS att-name2 att-value2 )";
Filter filter =
FilterBuilder.And(left, right);
String expected =
"( & " + expectedLeft + " " + expectedRight + " )";
String actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
filter = FilterBuilder.Not(filter);
expectedLeft = "( ! " + expectedLeft + " )";
expectedRight = "( ! " + expectedRight + " )";
expected =
"( | " + expectedLeft + " " + expectedRight + " )";
actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
}
//or
{
Filter left =
FilterBuilder.Contains(attribute);
Filter right =
FilterBuilder.Contains(attribute2);
String expectedLeft = "( CONTAINS att-name att-value )";
String expectedRight = "( CONTAINS att-name2 att-value2 )";
Filter filter =
FilterBuilder.Or(left, right);
String expected =
"( | " + expectedLeft + " " + expectedRight + " )";
String actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
filter = FilterBuilder.Not(filter);
expectedLeft = "( ! " + expectedLeft + " )";
expectedRight = "( ! " + expectedRight + " )";
expected =
"( & " + expectedLeft + " " + expectedRight + " )";
actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
}
//double-negative
{
Filter filter =
FilterBuilder.Contains(attribute);
filter = FilterBuilder.Not(filter);
filter = FilterBuilder.Not(filter);
String expected = "( CONTAINS att-name att-value )";
String actual =
TranslateSingle(translator, filter);
Assert.AreEqual(expected, actual);
}
}
public void TestUpdateTimeOut()
{
GetFacade().Update(Test, new Uid("TIMEOUT"),
CollectionUtil.NewSet(ConnectorAttributeBuilder.Build("null")), null);
Assert.Fail();
}
/// <summary>
/// Process the Hashtable result and convert it to a SyncDelta object
/// ready to be processed by the sync handler
/// </summary>
/// <remarks>
/// The result Hashtable must follow a specific format and contain the following key/value:
///
/// "Token": (Object) token object (could be Integer, Date, String), [!! could be null]
/// "DeltaType": (String) ("CREATE|UPDATE|CREATE_OR_UPDATE"|"DELETE"),
/// "Uid": (String) uid (uid of the entry),
/// "PreviousUid": (String) previous uid (This is for rename ops),
/// "Object": Hashtable(String,List) of attributes name/values describing the object
/// "ObjectClass": (String) must be set if Operation = DELETE and Object = null
/// </remarks>
/// <param name="result"></param>
/// <returns></returns>
public Object Process(Hashtable result)
{
var syncbld = new SyncDeltaBuilder();
var cobld = new ConnectorObjectBuilder();
Uid uid;
// SyncToken
// Mandatory here
if (result.ContainsKey(SyncTokenKeyName))
{
syncbld.Token = result[SyncTokenKeyName] == null ? new SyncToken(0L) : new SyncToken(result[SyncTokenKeyName]);
}
else
{
throw new ArgumentException("SyncToken is missing in Sync result");
}
// SyncDelta
// Mandatory here
if (isValidKeyAndValue(result, DeltaTypeKeyName))
{
var op = result[DeltaTypeKeyName];
if (SyncDeltaType.CREATE.ToString().Equals(op as String, StringComparison.OrdinalIgnoreCase))
{
syncbld.DeltaType = SyncDeltaType.CREATE;
}
else if (SyncDeltaType.UPDATE.ToString().Equals(op as String, StringComparison.OrdinalIgnoreCase))
{
syncbld.DeltaType = SyncDeltaType.UPDATE;
}
else if (SyncDeltaType.DELETE.ToString().Equals(op as String, StringComparison.OrdinalIgnoreCase))
{
syncbld.DeltaType = SyncDeltaType.DELETE;
}
else if (SyncDeltaType.CREATE_OR_UPDATE.ToString().Equals(op as String, StringComparison.OrdinalIgnoreCase))
{
syncbld.DeltaType = SyncDeltaType.CREATE_OR_UPDATE;
}
else
{
throw new ArgumentException("Unrecognized DeltaType in Sync result");
}
}
else
{
throw new ArgumentException("DeltaType is missing in Sync result");
}
// Uid
// Mandatory
if (isValidKeyAndValue(result, UidKeyName))
{
var value = result[UidKeyName];
if (value is String)
{
uid = new Uid(value as String);
}
else if (value is Uid)
{
uid = value as Uid;
}
else
{
throw new ArgumentException("Unrecognized Uid in Sync result");
}
syncbld.Uid = uid;
cobld.SetUid(uid);
}
else
{
throw new ArgumentException("Uid is missing in Sync result");
}
// PreviousUid
// Not valid if DELETE
if (isValidKeyAndValue(result, PreviousUidKeyName))
{
var value = result[PreviousUidKeyName];
Uid previousUid;
if (value is String)
{
previousUid = new Uid(value as String);
}
else if (value is Uid)
{
previousUid = value as Uid;
}
else
{
throw new ArgumentException("Unrecognized PreviousUid in Sync result");
}
syncbld.PreviousUid = previousUid;
}
if (syncbld.PreviousUid != null && syncbld.DeltaType == SyncDeltaType.DELETE)
{
throw new ArgumentException("PreviousUid can only be specified for Create or Update.");
}
// Connector object
// Mandatory unless DELETE
if (result.ContainsKey(ConnectorObjectKeyName) && result[ConnectorObjectKeyName] is Hashtable)
{
var attrs = result[ConnectorObjectKeyName] as Hashtable;
if (!attrs.ContainsKey(Name.NAME))
{
throw new ArgumentException("The Object must contain a Name");
}
foreach (DictionaryEntry attr in attrs)
{
var attrName = attr.Key as String;
var attrValue = attr.Value;
if (Name.NAME.Equals(attrName))
{
cobld.SetName(attrValue as String);
}
else if (Uid.NAME.Equals((attrName)))
{
if (!uid.GetUidValue().Equals(attrValue))
{
throw new ArgumentException("Uid from Object is different than Uid from Sync result");
}
}
else if (OperationalAttributes.ENABLE_NAME.Equals((attrName)))
{
cobld.AddAttribute(ConnectorAttributeBuilder.BuildEnabled(attr.Value is bool && (bool)attr.Value));
}
else
{
if (attrValue == null)
{
cobld.AddAttribute(ConnectorAttributeBuilder.Build(attrName));
}
else if (attrValue.GetType() == typeof(Object[]) || attrValue.GetType() == typeof(System.Collections.ICollection))
{
var list = new Collection <object>();
foreach (var val in (ICollection)attrValue)
{
list.Add(FrameworkUtil.IsSupportedAttributeType(val.GetType()) ? val : val.ToString());
}
cobld.AddAttribute(ConnectorAttributeBuilder.Build(attrName, list));
}
else
{
cobld.AddAttribute(ConnectorAttributeBuilder.Build(attrName, attrValue));
}
}
}
cobld.ObjectClass = _objectClass;
syncbld.Object = cobld.Build();
}
// If operation is DELETE and the ConnectorObject is null,
// we need to set the ObjectClass at the SyncDelta level
else if ((SyncDeltaType.DELETE == syncbld.DeltaType) && isValidKeyAndValue(result, ObjectClassKeyName))
{
var objclass = result[ObjectClassKeyName];
if (objclass is ObjectClass)
{
syncbld.ObjectClass = objclass as ObjectClass;
}
else if (objclass is String)
{
syncbld.ObjectClass = new ObjectClass(objclass as String);
}
else
{
throw new ArgumentException("Unrecognized ObjectClass in Sync result");
}
}
else
{
throw new ArgumentException("Object is missing in Sync result");
}
return(_handler.Handle(syncbld.Build()));
}
// creates a collection of attributes that correspond to the original ones, but resolves ADD/DELETE using existing values of psuser
public ICollection <ConnectorAttribute> DetermineNewAttributeValues(UpdateOpContext context, ConnectorObject originalObject)
{
if (context.UpdateType == UpdateType.REPLACE)
{
// TODO check multivaluedness and updateability (as below)
return(new List <ConnectorAttribute>(context.Attributes));
}
else
{
Boolean add;
if (context.UpdateType == UpdateType.ADD)
{
add = true;
}
else if (context.UpdateType == UpdateType.DELETE)
{
add = false;
}
else
{
throw new ArgumentException("Unsupported update type: " + context.UpdateType);
}
Schema schema = null;
ICollection <ConnectorAttribute> rv = new List <ConnectorAttribute>(context.Attributes.Count);
foreach (ConnectorAttribute attribute in context.Attributes)
{
ConnectorAttribute originalAttribute = originalObject.GetAttributeByName(attribute.Name);
IList <object> newValues = originalAttribute != null && originalAttribute.Value != null ? new List <object>(originalAttribute.Value) : new List <object>();
Boolean changed = false;
if (attribute.Value != null)
{
foreach (object item in attribute.Value)
{
if (add)
{
if (newValues.Contains(item))
{
LOG.Warn("Trying to add value from " + attribute.Name + " that is already there: " + item);
}
else
{
newValues.Add(item);
changed = true;
}
}
else
{
if (!newValues.Contains(item))
{
LOG.Warn("Trying to remove value from " + attribute.Name + " that is not there: " + item);
}
else
{
newValues.Remove(item);
changed = true;
}
}
}
}
if (changed)
{
ConnectorAttributeBuilder b = new ConnectorAttributeBuilder();
b.Name = attribute.Name;
b.AddValue(newValues);
ConnectorAttribute modified = b.Build();
if (schema == null)
{
ExchangeConnector connector = (ExchangeConnector)context.Connector;
schema = connector.Schema();
}
ObjectClassInfo oci = schema.FindObjectClassInfo(context.ObjectClass.Type);
if (oci == null)
{
throw new InvalidOperationException("No object class info for " + context.ObjectClass.Type + " in the schema");
}
var cai = ConnectorAttributeInfoUtil.Find(attribute.Name, oci.ConnectorAttributeInfos);
if (cai == null)
{
throw new InvalidOperationException("No connector attribute info for " + context.ObjectClass.Type + " in the schema");
}
if (!cai.IsUpdateable)
{
throw new ConnectorSecurityException("Attempt to update a non-updateable attribute (" + attribute.Name + "): " +
CollectionUtil.Dump(newValues));
}
if (newValues.Count > 1 && !cai.IsMultiValued)
{
throw new InvalidAttributeValueException("More than one value in a single-valued attribute (" + attribute.Name + "): " +
CollectionUtil.Dump(newValues));
}
rv.Add(modified);
}
}
return(rv);
}
}
/// <summary>
/// DeduplicatesEmailAddresses.
/// - on REPLACE (i.e. update/replace or create) the situation is easy: we just remove duplicate entries (SMTP:x & smtp:x result in SMTP:x)
/// - on DELETE we currently do nothing
/// - on ADD we have one additional rule:
/// "If we are adding SMTP:x, we first convert all SMTP:y in existing records to smtp:y because we see the intent of having x to be a new primary"
///
/// </summary>
/// <param name="context"></param>
/// <param name="attributes">these are attributes to be set (already resolved if we have update of type ADD or DELETE)</param>
/// <returns></returns>
private ICollection <ConnectorAttribute> DeduplicateEmailAddresses(CreateUpdateOpContext context, ICollection <ConnectorAttribute> attributes)
{
// trivial cases
if (context is UpdateOpContext && ((UpdateOpContext)context).UpdateType == UpdateType.DELETE)
{
return(attributes);
}
ConnectorAttribute attribute = ConnectorAttributeUtil.Find(ExchangeConnectorAttributes.AttEmailAddresses, attributes);
if (attribute == null || attribute.Value == null)
{
return(attributes); // missing or empty EmailAddresses - nothing to deduplicate
}
ConnectorAttribute attributeDelta = ConnectorAttributeUtil.Find(ExchangeConnectorAttributes.AttEmailAddresses, context.Attributes);
if (attributeDelta == null || attributeDelta.Value == null)
{
return(attributes); // missing or empty changed EmailAddresses - nothing to deduplicate
}
// now the main part
IList <string> valuesToDeduplicate = new List <string>();
foreach (object o in attribute.Value)
{
if (o != null)
{
valuesToDeduplicate.Add(o.ToString());
}
}
bool changed = false;
// special rule: if ADD with SMTP:, let us change all other "SMTP:x" to "smtp:x"
Boolean isUpdateAdd = context is UpdateOpContext && ((UpdateOpContext)context).UpdateType == UpdateType.ADD;
if (isUpdateAdd)
{
string newPrimary = null;
foreach (object o in attributeDelta.Value)
{
if (((string)o).StartsWith("SMTP:"))
{
newPrimary = (string)o;
break;
}
}
if (newPrimary != null)
{
foreach (string address in new List <string>(valuesToDeduplicate)) // to eliminate concurrent access
{
if (address.StartsWith("SMTP:") && !address.Equals(newPrimary))
{
string replacement = "smtp:" + address.Substring(5);
LOGGER.TraceEvent(TraceEventType.Information, CAT_DEFAULT, "Changing duplicate primary-candidate address {0} to {1}", address, replacement);
valuesToDeduplicate.Remove(address);
valuesToDeduplicate.Add(replacement);
changed = true;
}
}
}
}
IDictionary <string, string> values = new Dictionary <string, string>(); // normalized->most-recent-original e.g. SMTP:[email protected] -> SMTP:[email protected] (if primary is present)
foreach (object v in valuesToDeduplicate)
{
string address = (string)v;
string normalized = address.ToUpper();
if (values.ContainsKey(normalized))
{
changed = true;
string existing = values[normalized];
if (address.StartsWith("SMTP:") && existing.StartsWith("smtp:"))
{
LOGGER.TraceEvent(TraceEventType.Information, CAT_DEFAULT, "Removing redundant address {0}, keeping {1}", existing, address);
values[normalized] = address;
}
else
{
LOGGER.TraceEvent(TraceEventType.Information, CAT_DEFAULT, "Removing redundant address {0}, keeping {1}", address, existing);
}
}
else
{
values.Add(normalized, address);
}
}
if (changed)
{
ConnectorAttributeBuilder cab = new ConnectorAttributeBuilder();
cab.Name = ExchangeConnectorAttributes.AttEmailAddresses;
foreach (string value in values.Values)
{
cab.AddValue(value);
}
ICollection <ConnectorAttribute> rv = new List <ConnectorAttribute>(attributes); // the original is (sometimes) a read-only collection
rv.Remove(attribute);
rv.Add(cab.Build());
return(rv);
}
else
{
return(attributes);
}
}
public void UpdateMergeTests()
{
ConnectorAttribute expected, actual;
Configuration config = new MockConfiguration(false);
ConnectorFacadeFactory factory = ConnectorFacadeFactory.GetInstance();
SafeType <Connector> clazz = SafeType <Connector> .Get <MockUpdateConnector>();
// **test only**
APIConfiguration impl = TestHelpers.CreateTestConfiguration(clazz, config);
impl.SetTimeout(SafeType <APIOperation> .Get <GetApiOp>(), APIConstants.NO_TIMEOUT);
impl.SetTimeout(SafeType <APIOperation> .Get <UpdateApiOp>(), APIConstants.NO_TIMEOUT);
impl.SetTimeout(SafeType <APIOperation> .Get <SearchApiOp>(), APIConstants.NO_TIMEOUT);
ConnectorFacade facade = factory.NewInstance(impl);
// sniff test to make sure we can get an object..
ConnectorObject obj = facade.GetObject(ObjectClass.ACCOUNT, NewUid(1), null);
Assert.AreEqual(NewUid(1), obj.Uid);
// ok lets add an attribute that doesn't exist..
String ADDED = "somthing to add to the object";
String ATTR_NAME = "added";
ICollection <ConnectorAttribute> addAttrSet;
addAttrSet = CollectionUtil.NewSet((IEnumerable <ConnectorAttribute>)obj.GetAttributes());
addAttrSet.Add(ConnectorAttributeBuilder.Build(ATTR_NAME, ADDED));
Name name = obj.Name;
addAttrSet.Remove(name);
Uid uid = facade.AddAttributeValues(ObjectClass.ACCOUNT, obj.Uid, ConnectorAttributeUtil.FilterUid(addAttrSet), null);
// get back the object and see if there are the same..
addAttrSet.Add(name);
ConnectorObject addO = new ConnectorObject(ObjectClass.ACCOUNT, addAttrSet);
obj = facade.GetObject(ObjectClass.ACCOUNT, NewUid(1), null);
Assert.AreEqual(addO, obj);
// attempt to add on to an existing attribute..
addAttrSet.Remove(name);
uid = facade.AddAttributeValues(ObjectClass.ACCOUNT, obj.Uid, ConnectorAttributeUtil.FilterUid(addAttrSet), null);
// get the object back out and check on it..
obj = facade.GetObject(ObjectClass.ACCOUNT, uid, null);
expected = ConnectorAttributeBuilder.Build(ATTR_NAME, ADDED, ADDED);
actual = obj.GetAttributeByName(ATTR_NAME);
Assert.AreEqual(expected, actual);
// attempt to delete a value from an attribute..
ICollection <ConnectorAttribute> deleteAttrs = CollectionUtil.NewSet((IEnumerable <ConnectorAttribute>)addO.GetAttributes());
deleteAttrs.Remove(name);
uid = facade.RemoveAttributeValues(ObjectClass.ACCOUNT, addO.Uid, ConnectorAttributeUtil.FilterUid(deleteAttrs), null);
obj = facade.GetObject(ObjectClass.ACCOUNT, uid, null);
expected = ConnectorAttributeBuilder.Build(ATTR_NAME, ADDED);
actual = obj.GetAttributeByName(ATTR_NAME);
Assert.AreEqual(expected, actual);
// attempt to delete an attribute that doesn't exist..
ICollection <ConnectorAttribute> nonExist = new HashSet <ConnectorAttribute>();
nonExist.Add(NewUid(1));
nonExist.Add(ConnectorAttributeBuilder.Build("does not exist", "asdfe"));
uid = facade.RemoveAttributeValues(ObjectClass.ACCOUNT, addO.Uid, ConnectorAttributeUtil.FilterUid(nonExist), null);
obj = facade.GetObject(ObjectClass.ACCOUNT, NewUid(1), null);
Assert.IsTrue(obj.GetAttributeByName("does not exist") == null);
}
private ConnectorAttribute CreateNormalizedTestAttribute()
{
return(ConnectorAttributeBuilder.Build("foo", "bar"));
}
/// <summary>
/// Finds the attributes in connector object and rename it according to input array of names, but only
/// if the atribute name is in attributes to get
/// </summary>
/// <param name="cobject">ConnectorObject which attributes should be replaced</param>
/// <param name="map">Replace mapping</param>
/// <returns>ConnectorObject with replaced attributes</returns>
/// <exception cref="ArgumentNullException">If some of the params is null</exception>
internal static ConnectorObject ConvertAdAttributesToExchange(ConnectorObject cobject)
{
Assertions.NullCheck(cobject, "cobject");
var attributes = cobject.GetAttributes();
var builder = new ConnectorObjectBuilder();
bool emailAddressPolicyEnabled = true;
foreach (ConnectorAttribute attribute in attributes)
{
string newName;
if (attribute.Is(ExchangeConnectorAttributes.AttMsExchPoliciesExcludedADName))
{
if (attribute.Value != null && attribute.Value.Contains("{26491cfc-9e50-4857-861b-0cb8df22b5d7}"))
{
emailAddressPolicyEnabled = false;
}
}
else if (attribute.Is(ExchangeConnectorAttributes.AttAddressBookPolicyADName))
{
var newAttribute = ExtractCommonName(attribute, ExchangeConnectorAttributes.AttAddressBookPolicy);
builder.AddAttribute(newAttribute);
builder.AddAttribute(attribute); // keep the original one as well
}
else if (attribute.Is(ExchangeConnectorAttributes.AttOfflineAddressBookADName))
{
var newAttribute = ExtractCommonName(attribute, ExchangeConnectorAttributes.AttOfflineAddressBook);
builder.AddAttribute(newAttribute);
builder.AddAttribute(attribute); // keep the original one as well
}
else if (attribute.Is(ExchangeConnectorAttributes.AttHiddenFromAddressListsEnabledADName))
{
builder.AddAttribute(attribute); // keep the original one as well
}
else if (ExchangeConnectorAttributes.AttMapFromAD.TryGetValue(attribute.Name, out newName))
{
var newAttribute = RenameAttribute(attribute, newName);
builder.AddAttribute(newAttribute);
}
else
{
builder.AddAttribute(attribute);
}
}
builder.AddAttribute(ConnectorAttributeBuilder.Build(ExchangeConnectorAttributes.AttEmailAddressPolicyEnabled, emailAddressPolicyEnabled));
copyAttribute(builder, cobject, ExchangeConnectorAttributes.AttPrimarySmtpAddressADName, ExchangeConnectorAttributes.AttPrimarySmtpAddress);
// derive recipient type
string recipientType = GetRecipientType(cobject);
if (recipientType != null)
{
builder.AddAttribute(ConnectorAttributeBuilder.Build(ExchangeConnectorAttributes.AttRecipientType, new string[] { recipientType }));
}
builder.ObjectClass = cobject.ObjectClass;
builder.SetName(cobject.Name);
builder.SetUid(cobject.Uid);
return(builder.Build());
}
public void Create(CreateOpContext context)
{
context.Attributes = DeduplicateEmailAddresses(context, context.Attributes);
// get recipient type
string rcptType = ExchangeUtility.GetAttValue(ExchangeConnectorAttributes.AttRecipientType, context.Attributes) as string;
if (rcptType == null || rcptType.Equals(""))
{
rcptType = ExchangeConnectorAttributes.RcptTypeUser;
}
ExchangeConnector exconn = (ExchangeConnector)context.Connector;
ActiveDirectoryConnector adconn = exconn.ActiveDirectoryConnector;
PSExchangeConnector.CommandInfo cmdInfoEnable = null;
PSExchangeConnector.CommandInfo cmdInfoSet = null;
switch (rcptType)
{
case ExchangeConnectorAttributes.RcptTypeMailBox:
cmdInfoEnable = PSExchangeConnector.CommandInfo.EnableMailbox;
cmdInfoSet = PSExchangeConnector.CommandInfo.SetMailbox;
break;
case ExchangeConnectorAttributes.RcptTypeMailUser:
cmdInfoEnable = PSExchangeConnector.CommandInfo.EnableMailUser;
cmdInfoSet = PSExchangeConnector.CommandInfo.SetMailUser;
break;
case ExchangeConnectorAttributes.RcptTypeUser:
break;
default:
throw new ArgumentException(
context.ConnectorConfiguration.ConnectorMessages.Format(
"ex_bad_rcpt", "Recipient type [{0}] is not supported", rcptType));
}
// first create the object in AD
ICollection <ConnectorAttribute> adAttributes = ExchangeUtility.FilterOut(context.Attributes,
PSExchangeConnector.CommandInfo.EnableMailbox,
PSExchangeConnector.CommandInfo.SetMailbox,
PSExchangeConnector.CommandInfo.EnableMailUser,
PSExchangeConnector.CommandInfo.SetMailUser);
Uid uid = adconn.Create(context.ObjectClass, adAttributes, context.Options);
if (rcptType == ExchangeConnectorAttributes.RcptTypeUser)
{
// AD account only, we do nothing
context.Uid = uid;
return;
}
// add a empty "EmailAddresses" attribute if needed (address policy is disabled and no addresses are provided)
ICollection <ConnectorAttribute> enhancedAttributes;
ConnectorAttribute policyEnabledAttribute = ConnectorAttributeUtil.Find(ExchangeConnectorAttributes.AttEmailAddressPolicyEnabled, context.Attributes);
if (policyEnabledAttribute != null &&
ConnectorAttributeUtil.GetBooleanValue(policyEnabledAttribute).HasValue&&
ConnectorAttributeUtil.GetBooleanValue(policyEnabledAttribute).Value == false &&
ConnectorAttributeUtil.Find(ExchangeConnectorAttributes.AttPrimarySmtpAddress, context.Attributes) == null &&
ConnectorAttributeUtil.Find(ExchangeConnectorAttributes.AttEmailAddresses, context.Attributes) == null)
{
enhancedAttributes = new HashSet <ConnectorAttribute>(context.Attributes);
enhancedAttributes.Add(ConnectorAttributeBuilder.Build(ExchangeConnectorAttributes.AttEmailAddresses));
LOGGER.TraceEvent(TraceEventType.Verbose, CAT_DEFAULT, "Added empty EmailAddresses attribute because address policy use is disabled and no addresses were provided");
}
else
{
enhancedAttributes = context.Attributes; // no change
}
// prepare the command
Command cmdEnable = ExchangeUtility.GetCommand(cmdInfoEnable, enhancedAttributes, uid, (ExchangeConfiguration)context.ConnectorConfiguration);
Command cmdSet = ExchangeUtility.GetCommand(cmdInfoSet, enhancedAttributes, uid, (ExchangeConfiguration)context.ConnectorConfiguration);
try {
_helper.InvokePipeline(exconn, cmdEnable);
_helper.InvokePipeline(exconn, cmdSet);
}
catch {
LOGGER.TraceEvent(TraceEventType.Information, CAT_DEFAULT, "Rolling back AD create for UID: " + uid.GetUidValue());
// rollback AD create
try {
adconn.Delete(context.ObjectClass, uid, context.Options);
} catch {
LOGGER.TraceEvent(TraceEventType.Warning, CAT_DEFAULT, "Not able to rollback AD create for UID: " + uid.GetUidValue());
// note: this is not perfect, we hide the original exception
throw;
}
// rethrow original exception
throw;
}
context.Uid = uid;
}