private void InitFields()
{
if (_Fields!=null)
{
return;
}
_Fields = new Dictionary<string, CLRObject>(_properties.Length);
//chose to do string split instead of regular expressions.
//this may be faster than regular expressions
//regular expression has lot of edge cases when i comes to matching geneic's notation
//containing special charcters
//name can be populated from the feild property.so this is not necessary
if (string.IsNullOrEmpty(Name)&&_properties[0].Contains("Name:"))
Name = _properties[0].Substring(13);
//getting the method table from the substring.
if (string.IsNullOrEmpty(this.MT)&&_properties[1].Contains("MethodTable:"))
MT = _properties[1].Substring(13);
if (_properties[2].Contains("EEClass:"))
EEclass = _properties[2].Substring(13);
Debugger.Current.OutputDebugInfo("Initializing fields of CLR Object Name:{0} and Type {1}\n", Name, Type);
EmitParentInfo();
Debugger.Current.OutputDebugInfo("MT \t\t Type \t\t valueType \t\t Name\n");
for (int i = 7; i < _properties.Length; i++)
{
var strCurrentLine = _properties[i];
//only if the filed contains instance,try to parse it.
//we are skipping shared and static variable instances.
if (strCurrentLine.Contains("instance"))
{
string[] arrFields = strCurrentLine.Split(new char[] { ' ' }, StringSplitOptions.RemoveEmptyEntries);
//saw that some times the type field is empty string
//we are skipping that field as well b taking more thn or equal to 8 strings.
//0-MT
//1-Field
//2-offset
//3-Type
//4-VT
//5-Attr
//6-Value
//7 =>Name
if (arrFields.Length >= 8)
{
CLRObject ObjCLR;
//indexing from back to avoid problems when the type contains spaces.
//if type contains spaces,it will cause length to be changed
if (arrFields[arrFields.Length - 4].Trim() == "1")
{
//instantiaing value type.
//no need to check for address and values.
ObjCLR = new CLRObject(true, arrFields[3].Trim(), arrFields[arrFields.Length - 2].Trim());
ObjCLR.Name = arrFields[arrFields.Length-1];
ObjCLR.Parent = this;
ObjCLR.MT = arrFields[0].Trim();
ObjCLR.Type = arrFields[3].Trim();
}
else
{
string fieldAddress = new Address(_address.ToHex(), arrFields[2]).ToHex();
//var pointer = Debugger.Current.ReadPointer(fieldAddress);
ObjCLR = new CLRObject(true, fieldAddress);
ObjCLR.Name = arrFields[arrFields.Length - 1];
ObjCLR.Parent = this;
//ObjCLR.MT = arrFields[0];
ObjCLR.MT = arrFields[0].Trim();
ObjCLR.Type = arrFields[3].Trim();
}
Debugger.Current.OutputDebugInfo("{0} \t\t {1} \t\t {2} \t\t {3} \n", ObjCLR.MT, ObjCLR.Type, ObjCLR.IsValueType, ObjCLR.Name);
_Fields.Add(arrFields[arrFields.Length-1].Trim().ToUpperInvariant(), ObjCLR);
}
}
}
}
private void InitFields()
{
if (_Fields != null)
{
return;
}
_Fields = new Dictionary <string, CLRObject>(_properties.Length);
//chose to do string split instead of regular expressions.
//this may be faster than regular expressions
//regular expression has lot of edge cases when i comes to matching geneic's notation
//containing special charcters
//name can be populated from the feild property.so this is not necessary
if (string.IsNullOrEmpty(Name) && _properties[0].Contains("Name:"))
{
Name = _properties[0].Substring(13);
}
//getting the method table from the substring.
if (string.IsNullOrEmpty(this.MT) && _properties[1].Contains("MethodTable:"))
{
MT = _properties[1].Substring(13);
}
if (_properties[2].Contains("EEClass:"))
{
EEclass = _properties[2].Substring(13);
}
Debugger.Current.OutputDebugInfo("Initializing fields of CLR Object Name:{0} and Type {1}\n", Name, Type);
EmitParentInfo();
Debugger.Current.OutputDebugInfo("MT \t\t Type \t\t valueType \t\t Name\n");
for (int i = 7; i < _properties.Length; i++)
{
var strCurrentLine = _properties[i];
//only if the filed contains instance,try to parse it.
//we are skipping shared and static variable instances.
if (strCurrentLine.Contains("instance"))
{
string[] arrFields = strCurrentLine.Split(new char[] { ' ' }, StringSplitOptions.RemoveEmptyEntries);
//saw that some times the type field is empty string
//we are skipping that field as well b taking more thn or equal to 8 strings.
//0-MT
//1-Field
//2-offset
//3-Type
//4-VT
//5-Attr
//6-Value
//7 =>Name
if (arrFields.Length >= 8)
{
CLRObject ObjCLR;
//indexing from back to avoid problems when the type contains spaces.
//if type contains spaces,it will cause length to be changed
if (arrFields[arrFields.Length - 4].Trim() == "1")
{
//instantiaing value type.
//no need to check for address and values.
ObjCLR = new CLRObject(true, arrFields[3].Trim(), arrFields[arrFields.Length - 2].Trim());
ObjCLR.Name = arrFields[arrFields.Length - 1];
ObjCLR.Parent = this;
ObjCLR.MT = arrFields[0].Trim();
ObjCLR.Type = arrFields[3].Trim();
}
else
{
string fieldAddress = new Address(_address.ToHex(), arrFields[2]).ToHex();
//var pointer = Debugger.Current.ReadPointer(fieldAddress);
ObjCLR = new CLRObject(true, fieldAddress);
ObjCLR.Name = arrFields[arrFields.Length - 1];
ObjCLR.Parent = this;
//ObjCLR.MT = arrFields[0];
ObjCLR.MT = arrFields[0].Trim();
ObjCLR.Type = arrFields[3].Trim();
}
Debugger.Current.OutputDebugInfo("{0} \t\t {1} \t\t {2} \t\t {3} \n", ObjCLR.MT, ObjCLR.Type, ObjCLR.IsValueType, ObjCLR.Name);
_Fields.Add(arrFields[arrFields.Length - 1].Trim().ToUpperInvariant(), ObjCLR);
}
}
}
}