/// <summary>
/// Load the ACL from the buffer returning the last ACL segment position into the buffer.
/// @param buff source buffer.
/// @param start start loading position.
/// @return last loading position.
/// </summary>
public void Parse(BinaryReader buff, long start)
{
buff.BaseStream.Seek(start, SeekOrigin.Begin);
// read for Dacl
byte[] bytes = NumberFacility.GetBytes(buff.ReadInt32());
this.revision = AclRevisionExtension.ParseValue(bytes[0]);
bytes = NumberFacility.GetBytes(buff.ReadInt32());
int aceCount = NumberFacility.GetInt(bytes[1], bytes[0]);
for (var i = 0; i < aceCount; i++)
{
Ace ace = new Ace();
this.aces.Add(ace);
ace.Parse(buff);
}
}
/// <summary>
/// Load the ACE from the buffer returning the last ACE segment position into the buffer.
/// @param buff source buffer.
/// @param start start loading position.
/// @return last loading position.
/// </summary>
public void Parse(BinaryReader buff)
{
var start = buff.BaseStream.Position;
byte[] bytes = NumberFacility.GetBytes(buff.ReadInt32());
this.type = AceTypeExtension.ParseValue(bytes[0]);
this.flags = AceFlagExtension.ParseValue(bytes[1]);
int size = NumberFacility.GetInt(bytes[3], bytes[2]);
this.rights = AceRights.ParseValue(NumberFacility.GetReverseInt(buff.ReadInt32()));
if (this.type == AceType.AccessAllowedObjectAceType || this.type == AceType.AccessDeniedObjectAceType)
{
this.objectFlags = AceObjectFlags.ParseValue(NumberFacility.GetReverseInt(buff.ReadInt32()));
if (this.objectFlags.GetFlags().Contains(AceObjectFlags.Flag.AceObjectTypePresent))
{
this.objectType = new Guid(buff.ReadBytes(16));
}
if (this.objectFlags.GetFlags().Contains(AceObjectFlags.Flag.AceInheritedObjectTypePresent))
{
this.inheritedObjectType = new Guid(buff.ReadBytes(16));
}
}
this.sid = new SID();
this.sid.Parse(buff);
if (size > 0)
{
var lastPos = start + size;
this.applicationData = new byte[lastPos - buff.BaseStream.Position];
for (var i = 0; i < applicationData.Length; i++)
{
this.applicationData[i] = buff.ReadByte();
}
}
}