public override void ReadData(BinaryReaderExtension objBinaryReader)
{
base.ReadData(objBinaryReader);
Source = objBinaryReader.ReadString();
Log = objBinaryReader.ReadString();
}
public override void ReadData(BinaryReaderExtension objBinaryReader)
{
base.ReadData(objBinaryReader);
Enabled = objBinaryReader.ReadBoolean();
MessageTypes = objBinaryReader.ReadTransportableObject <MessageTypeCollection>();
}
private static TTransportableObjectType Expand <TTransportableObjectType>(Stream objStream)
where TTransportableObjectType : TransportableObject
{
if (objStream == null)
{
throw new ArgumentNullException("objStream", "A valid non-null Stream is required.");
}
TTransportableObjectType objTransportableObject = default(TTransportableObjectType);
using (BinaryReaderExtension objBinaryReader = new BinaryReaderExtension(objStream))
{
byte[] bytSignature = objBinaryReader.ReadBytes(RemotableSignature.Length);
if (AreByteArraysEqual(bytSignature, RemotableSignature) == false)
{
throw new Exception("The binary data does not represent a valid, serialized ITransportableObject instance.");
}
string strAssemblyName = objBinaryReader.ReadString();
string strTypeName = objBinaryReader.ReadString();
objTransportableObject = FastReflectionManager.CreateInstance <TTransportableObjectType>(typeof(TTransportableObjectType), new Type[] { typeof(BinaryReaderExtension) }, objBinaryReader);
}
return(objTransportableObject);
}
public override void ReadData(BinaryReaderExtension objBinaryReader)
{
base.ReadData(objBinaryReader);
SmtpClient = objBinaryReader.ReadTransportableObject <SmtpClient>();
DefaulMailMessage = objBinaryReader.ReadTransportableObject <MailMessage>();
}
public override void ReadData(BinaryReaderExtension objBinaryReader)
{
base.ReadData(objBinaryReader);
Details = objBinaryReader.ReadString();
Exception = (Exception)objBinaryReader.ReadObject();
}
public ObjectBase(BinaryReaderExtension objBinaryReader)
: this()
{
BeginInit();
ReadData(objBinaryReader);
EndInit();
}
public override void ReadData(BinaryReaderExtension objBinaryReader)
{
base.ReadData(objBinaryReader);
Url = objBinaryReader.ReadString();
Credentials = objBinaryReader.ReadTransportableObject <Credentials>();
}
public override void ReadData(BinaryReaderExtension objBinaryReader)
{
base.ReadData(objBinaryReader);
Message = objBinaryReader.ReadString();
Category = objBinaryReader.ReadString();
}
public override void ReadData(BinaryReaderExtension objBinaryReader)
{
base.ReadData(objBinaryReader);
Binding = objBinaryReader.ReadTransportableObject <IWcfBinding>();
EndpointAddress = objBinaryReader.ReadTransportableObject <WcfEndpointAddress>();
Priority = objBinaryReader.ReadInt32();
}
public override void ReadData(BinaryReaderExtension objBinaryReader)
{
base.ReadData(objBinaryReader);
Port = objBinaryReader.ReadInt32();
ChannelName = objBinaryReader.ReadString();
MachineName = objBinaryReader.ReadString();
}
public override void ReadData(BinaryReaderExtension objBinaryReader)
{
base.ReadData(objBinaryReader);
Enabled = objBinaryReader.ReadBoolean();
InactivityTimeout = objBinaryReader.ReadTimeSpan();
Ordered = objBinaryReader.ReadBoolean();
}
public override void ReadData(BinaryReaderExtension objBinaryReader)
{
base.ReadData(objBinaryReader);
PerformanceCounters = objBinaryReader.ReadString();
ConcurrencyMode = objBinaryReader.ReadEnum <ConcurrencyMode>();
InstanceContextMode = objBinaryReader.ReadEnum <InstanceContextMode>();
}
public override void ReadData(BinaryReaderExtension objBinaryReader)
{
base.ReadData(objBinaryReader);
MaxConcurrentCalls = objBinaryReader.ReadInt32();
MaxConcurrentInstances = objBinaryReader.ReadInt32();
MaxConcurrentSessions = objBinaryReader.ReadInt32();
}
public override void ReadData(BinaryReaderExtension objBinaryReader)
{
base.ReadData(objBinaryReader);
Path = objBinaryReader.ReadString();
DisplayName = objBinaryReader.ReadString();
Size = objBinaryReader.ReadInt64();
ModifiedDate = objBinaryReader.ReadDateTime();
}
public override void ReadData(BinaryReaderExtension objBinaryReader)
{
base.ReadData(objBinaryReader);
Source = objBinaryReader.ReadString();
Destination = objBinaryReader.ReadString();
Credentials = objBinaryReader.ReadTransportableObject <Credentials>();
TimeOut = objBinaryReader.ReadInt32();
}
public override void ReadData(BinaryReaderExtension objBinaryReader)
{
base.ReadData(objBinaryReader);
Job = objBinaryReader.ReadTransportableObject <Job>();
StartTime = objBinaryReader.ReadDateTime();
EndTime = objBinaryReader.ReadDateTime();
Result = (JobResultType)objBinaryReader.ReadByte();
TaskResults = objBinaryReader.ReadTransportableObject <TaskResultList>();
}
public override void ReadData(BinaryReaderExtension objBinaryReader)
{
base.ReadData(objBinaryReader);
MaxArrayLength = objBinaryReader.ReadInt32();
MaxBytesPerRead = objBinaryReader.ReadInt32();
MaxDepth = objBinaryReader.ReadInt32();
MaxNameTableCharCount = objBinaryReader.ReadInt32();
MaxStringContentLength = objBinaryReader.ReadInt32();
}
private static ITransportableObject Expand(Stream objStream)
{
if (objStream == null)
{
throw new ArgumentNullException("objStream", "A valid non-null Stream is required.");
}
ITransportableObject objTransportableObject = null;
using (BinaryReaderExtension objBinaryReader = new BinaryReaderExtension(objStream))
{
byte[] bytSignature = objBinaryReader.ReadBytes(RemotableSignature.Length);
if (AreByteArraysEqual(bytSignature, RemotableSignature) == false)
{
throw new Exception("The binary data does not represent a valid, serialized ITransportableObject instance.");
}
string strAssemblyName = objBinaryReader.ReadString();
string strTypeName = objBinaryReader.ReadString();
Assembly objAssembly = null;
try
{
objAssembly = Assembly.Load(strAssemblyName);
}
catch (Exception objException)
{
string strErrorMessage = "An error was encountered while loading the assembly - Assembly.Load('" + strAssemblyName + "'):\n";
throw new Exception(strErrorMessage, objException);
}
Type objType = null;
try
{
objType = objAssembly.GetType(strTypeName, true, true);
}
catch (Exception objException)
{
string strErrorMessage = "An error was encountered while loading the type - objAssemblyName.GetType('" + strTypeName + "', True, True):\n";
throw new Exception(strErrorMessage, objException);
}
try
{
objTransportableObject = FastReflectionManager.CreateInstance <ITransportableObject>(objType, new Type[] { typeof(BinaryReaderExtension) }, objBinaryReader);
}
catch (Exception objException)
{
string strErrorMessage = "An error was encountered while creating the object - Activator.CreateInstance('" + objType.FullName + "'):\n";
throw new Exception(strErrorMessage, objException);
}
}
return(objTransportableObject);
}
public Layer readImpl(string filename)
{
// split filename in path and filename
string[] split = filename.Split('\\');
string name = split.Last();
// remove extension
name = name.Substring(0, name.Length - 4);
string path = filename.Substring(0, filename.Length - name.Length - 4);
layer = new Layer(name);
// read .prj-file with same name or with name 'default.prj'
string prjName = filename.Substring(0, filename.Length - 3) + "prj";
if (File.Exists(prjName))
layer.Projection = PrjReader.read(prjName);
else if (File.Exists(path + "default.prj"))
layer.Projection = PrjReader.read(path + "default.prj");
else
{
// warning message if missing prj file
string msg = "No projection da found. Assuming " + SGIS.App.getSrsName();
MessageBox.Show(msg, "Missing spatial reference system: " + name, MessageBoxButtons.OK, MessageBoxIcon.Warning);
}
// try reading attribute file with same name
string dbfName = filename.Substring(0, filename.Length - 3) + "dbf";
if (File.Exists(dbfName))
layer.DataTable = DbfReader.read(dbfName);
// create stream from file
FileStream f = File.Open(filename, FileMode.Open);
br = new BinaryReaderExtension(f);
pos = 0;
length = (int)br.BaseStream.Length;
readHeader();
// set bounding box from values in header
layer.Boundingbox = new Envelope(minx, maxx, miny, maxy);
layer.createQuadTree();
// content starts at pos 100
pos = 100;
// read all shapes until end
while (pos < length)
readShape();
br.Close();
// features now converted to application srs
layer.Projection = SGIS.App.SRS;
return layer;
}