/* Write the LLS on the screen */
void writeNode(typeList lis) {
if (emptyList(lis))
printf("\n");
else {
writeDataType(lis->data);
writeNode(lis->next);
}
}
/* Write an integer to the Marshal object
*/
void Marshal::Write(int val)
{
writeDataType(MTYPE_INT);
// check for stream write error
CHECK_WRITE_ERROR(m_stream);
writeInteger(val);
// check for stream write error
CHECK_WRITE_ERROR(m_stream);
}
/* Write a SCXRegexWithIndex object to the Marshal object
*/
void Marshal::Write(const SCXRegexWithIndex& ri)
{
writeDataType(MTYPE_REGEX_INDEX);
// check for stream write error
CHECK_WRITE_ERROR(m_stream);
writeInteger((int) ri.index);
CHECK_WRITE_ERROR(m_stream);
Write(ri.regex->Get());
}
/* Write a vector of SCXRegexWithIndex object to the Marshal object
*/
void Marshal::Write(const vector<SCXRegexWithIndex>& vri)
{
writeDataType(MTYPE_VECTOR_REGEX_INDEX);
// check for stream write error
CHECK_WRITE_ERROR(m_stream);
int vecSize = (int) vri.size();
writeInteger(vecSize);
CHECK_WRITE_ERROR(m_stream);
for(int i = 0; i < vecSize; i++)
{
Write(vri[i]);
}
}
/* Write a vector of wstring to the Marshal object
*/
void Marshal::Write(const vector<wstring>& vws)
{
writeDataType(MTYPE_VECTOR_WSTRING);
// check for stream write error
CHECK_WRITE_ERROR(m_stream);
int vecSize = (int) vws.size();
writeInteger(vecSize);
CHECK_WRITE_ERROR(m_stream);
for(int i = 0; i < vecSize; i++)
{
Write(vws[i]);
}
}
/* Write a wstring to the Marshal object
*/
void Marshal::Write(const wstring& ws)
{
writeDataType(MTYPE_WSTRING);
// check for stream write error
CHECK_WRITE_ERROR(m_stream);
int strSize = (int) (ws.length() * sizeof(wchar_t));
writeInteger(strSize);
CHECK_WRITE_ERROR(m_stream);
vector<char> buf(strSize, '\0');
memcpy(&buf[0], ws.c_str(), strSize);
m_stream.write(&buf[0], strSize);
// check for stream write error
CHECK_WRITE_ERROR(m_stream);
}
