void ArgumentException::UpdateMessage()
{
// Does parameter string have a value
if(_paramName.Length() != 0)
{
System::Text::StringBuilder sb;
sb.Append(_message);
// Construct strings
System::String nl(L"\r\n"); // Replace someday with environment new line;
System::String pn(L"Parameter name: ");
sb.Append(nl);
sb.Append(pn);
sb.Append(_paramName);
_message = sb.ToString();
}
}
// Default constructor
WinException::WinException(cstring message, ulong err)
:Exception(message)
,_err(err)
{
using namespace System;
// Allocate buffer
CharArray buffer(max_lib_buffer_size + 1);
ulong retval = ::FormatMessage(FORMAT_MESSAGE_FROM_SYSTEM | FORMAT_MESSAGE_IGNORE_INSERTS
,0, _err, 0, buffer.ToPtr(), max_lib_buffer_size, nullptr);
if(retval != 0)
{
System::Text::StringBuilder sb;
buffer[retval - 2] = L'\0';
String temp(L"[");
sb.Append(temp);
sb.Append(buffer.ToConstPtr());
sb.Append(L"]");
sb.Append(L" - ");
sb.Append(_message);
_message = sb.ToString();
}
}
CJMCube::CJMCube(String * dir, Graphics * gr) : m_dir(dir), m_gr(gr)
{
Random * rnd = new Random(); // Random number generator
System::Text::StringBuilder * sb = new System::Text::StringBuilder(S"");
m_seedList = new Bitmap *[NUM_FACES];
sb->Append(m_dir);
sb->Append("Face1.bmp");
m_seedList[0] = new Bitmap(sb->ToString());
sb->Length = 0;
sb->Append(m_dir);
sb->Append("Face2.bmp");
m_seedList[1] = new Bitmap(sb->ToString());
sb->Length = 0;
sb->Append(m_dir);
sb->Append("Face3.bmp");
m_seedList[2] = new Bitmap(sb->ToString());
sb->Length = 0;
sb->Append(m_dir);
sb->Append("Face4.bmp");
m_seedList[3] = new Bitmap(sb->ToString());
sb->Length = 0;
sb->Append(m_dir);
sb->Append("Face5.bmp");
m_seedList[4] = new Bitmap(sb->ToString());
sb->Length = 0;
sb->Append(m_dir);
sb->Append("Face6.bmp");
m_seedList[5] = new Bitmap(sb->ToString());
Int32 i;
Int32 flawMode;
Int32 rotation;
// Randomly reorient the faces of the seed input faces
for (i = 0; i < NUM_SEED; i++)
{
rotation = (static_cast<Int32> (96 * rnd->NextDouble())) % NUM_MODES;
switch (rotation)
{
default:
break;
}
}
// Randomly insert different mismatch modes
for (i = 0; i < NUM_CHOICES; i++)
{
flawMode = (static_cast<Int32> (96 * rnd->NextDouble())) % NUM_MODES;
switch (flawMode)
{
default:
break;
}
}
ConstructUnfoldedView(800, 20);
}
