sc_object::sc_object(const char* nm) :
m_attr_cltn_p(0), m_child_events(), m_child_objects(), m_name(),
m_parent(0), m_simc(0)
{
int namebuf_alloc = 0;
char* namebuf = 0;
const char* p;
// null name or "" uses machine generated name.
if ( !nm || !*nm )
nm = sc_gen_unique_name("object");
p = nm;
if (nm && sc_enable_name_checking) {
namebuf_alloc = 1 + strlen(nm);
namebuf = (char*) sc_mempool::allocate(namebuf_alloc);
char* q = namebuf;
const char* r = nm;
bool has_illegal_char = false;
while (*r) {
if (object_name_illegal_char(*r)) {
has_illegal_char = true;
*q = '_';
} else {
*q = *r;
}
r++;
q++;
}
*q = '\0';
p = namebuf;
if (has_illegal_char)
{
std::string message = nm;
message += " substituted by ";
message += namebuf;
SC_REPORT_WARNING( SC_ID_ILLEGAL_CHARACTERS_, message.c_str());
}
}
sc_object_init(p);
sc_mempool::release( namebuf, namebuf_alloc );
}
sc_object::sc_object() :
m_attr_cltn_p(0), m_child_events(), m_child_objects(), m_name(),
m_parent(0), m_simc(0)
{
sc_object_init( sc_gen_unique_name("object") );
}
sc_object::sc_object( const sc_object& that ) :
m_attr_cltn_p(0), m_child_events(), m_child_objects(), m_name(),
m_parent(0), m_simc(0)
{
sc_object_init( sc_gen_unique_name( that.basename() ) );
}
sc_object::sc_object() : m_parent(0)
{
sc_object_init( sc_gen_unique_name("object") );
}
