const char * gmVariable::AsString(gmMachine * a_machine, char * a_buffer, int a_len) const
{
switch(m_type)
{
case GM_NULL :
_gmsnprintf(a_buffer, a_len, "null");
break;
case GM_INT :
_gmsnprintf(a_buffer, a_len, "%d", m_value.m_int);
break;
case GM_FLOAT :
_gmsnprintf(a_buffer, a_len, "%g", m_value.m_float);
break;
case GM_STRING :
return ((gmStringObject *) GM_MOBJECT(a_machine, m_value.m_ref))->GetString();
default:
gmAsStringCallback asStringCallback = a_machine->GetUserAsStringCallback(m_type);
if(asStringCallback)
{
asStringCallback((gmUserObject *) GM_MOBJECT(a_machine, m_value.m_ref), a_buffer, a_len );
}
else
{
_gmsnprintf(a_buffer, a_len, "%s:0x%x", a_machine->GetTypeName(m_type), m_value.m_ref);
}
break;
}
return a_buffer;
}
void gmMatrix3::AsString(gmUserObject *a_object, char *a_buffer, int a_bufferLen)
{
gmMat3Type *pNative = gmMatrix3::GetNative(a_object);
if ( pNative == NULL )
{
_gmsnprintf( a_buffer, a_bufferLen, "not a matrix3" );
return;
}
float fX = 0.f, fY = 0.f, fZ = 0.f;
pNative->ExtractEulerXYZ(fX, fY, fZ);
//Note '#' always display decimal place, 'g' display exponent if > precision or 4
_gmsnprintf(a_buffer, a_bufferLen, "(%#.8g, %#.8g, %#.8g)", fX, fY, fZ);
}
const char * gmVariable::AsStringWithType(gmMachine * a_machine, char * a_buffer, int a_len) const
{
// Copy the type first
_gmsnprintf(a_buffer, a_len, "%s: ", a_machine->GetTypeName(m_type));
// Update for used portion
int usedLen = (int)strlen(a_buffer);
char* newBufferPos = a_buffer + usedLen;
int newLen = a_len - usedLen;
if(newLen > 0) //Paranoid check some string buffer remaining
{
const char * str = AsString(a_machine, newBufferPos, newLen);
if(str != newBufferPos)
{
// copy what we can... this is used for debug purposes so it doesnt matter if we chop some off
strncpy(newBufferPos, str, newLen);
}
}
return a_buffer;
}
static void GM_CDECL AsString(gmUserObject* a_object, char* a_buffer, int a_bufferLen)
{
gmByteBuffer* buf = (gmByteBuffer*)a_object->m_user;
_gmsnprintf(a_buffer, a_bufferLen, "ByteBuffer (%d)", buf->m_byteBuffer->length());
}
