CString & CString::operator=(const CString & tString) {
__destruct();
__construct(tString.m_pString, tString.m_Length);
return (* this);
} // operator=
CString::CString(const T_CHAR * pString, T_ULONG uLength) {
__construct(pString, (uLength == 0) ? STATIC_strlen(pString) : uLength);
} // CString
CString::CString(T_DOUBLE dValue) {
__T_CHAR pBuffer[__BASE__CString__BUFFER_SIZE];
__BASE__CString__SPRINTF(pBuffer, "%f", dValue);
__construct(pBuffer, STATIC_strlen(pBuffer));
} // CString
CString::CString(const CString & tString) {
__construct(tString.m_pString, tString.m_Length);
} // CString
CString::CString(T_ULONG uValue) {
__T_CHAR pBuffer[__BASE__CString__BUFFER_SIZE];
__BASE__CString__SPRINTF(pBuffer, "%d", uValue);
__construct(pBuffer, STATIC_strlen(pBuffer));
} // CString
CString::CString(T_CHAR cChar) {
__construct(&cChar, 1);
} // CString
Map::Map()
{
__construct(WIDTH, HEIGHT);
}
Map::Map(int width, int height)
{
__construct(width, height);
}
void Value::_construct(const Value& x)
{
memcpy(this, &x, sizeof(x));
switch (_type)
{
case NONE:
case BOOLEAN:
case UINT8:
case SINT8:
case UINT16:
case SINT16:
case UINT32:
case SINT32:
case UINT64:
case SINT64:
case REAL32:
case REAL64:
case CHAR16:
break;
case STRING:
new((String*)_string) String(*(String*)x._string);
break;
case DATETIME:
new((Datetime*)_datetime) Datetime(*(Datetime*)x._datetime);
break;
case INSTANCE:
ref(_instance = x._instance);
break;
case BOOLEAN_ARRAY:
case UINT8_ARRAY:
case SINT8_ARRAY:
case UINT16_ARRAY:
case SINT16_ARRAY:
case UINT32_ARRAY:
case SINT32_ARRAY:
case UINT64_ARRAY:
case SINT64_ARRAY:
case REAL32_ARRAY:
case REAL64_ARRAY:
case CHAR16_ARRAY:
case STRING_ARRAY:
case DATETIME_ARRAY:
__construct(
((__Array_Base*)_array)->rep, ((__Array_Base*)x._array)->rep);
break;
case INSTANCE_ARRAY:
{
__construct(
((__Array_Base*)_array)->rep, ((__Array_Base*)x._array)->rep);
Array_Instance* inst = (Array_Instance*)_array;
Instance** p = inst->data();
Instance** end = p + inst->size();
while (p != end)
ref(*p++);
break;
}
}
}