private:
::sc_core::sc_clock *clock;
::sc_core::sc_time _period;
- std::string _name;
+ std::string name;
Process *p;
ProcessMemberFuncWrapper<::sc_core::sc_clock> funcWrapper;
- std::string _procName;
public:
ClockTick(::sc_core::sc_clock *clock, bool to,
::sc_core::sc_time _period) :
ScEvent([this]() { tick(); }),
- clock(clock), _period(_period), _name(clock->name()),
+ clock(clock), _period(_period), name(clock->basename()), p(nullptr),
funcWrapper(clock, to ? &::sc_core::sc_clock::tickUp :
&::sc_core::sc_clock::tickDown)
{
- _name += (to ? ".up_tick" : ".down_tick");
- _procName = _name + ".p";
- p = new Method(_procName.c_str(), &funcWrapper, true);
+ name += std::string(to ? "_posedge_action" : "_negedge_action");
+ name = ::sc_core::sc_gen_unique_name(name.c_str());
+ }
+
+ void
+ createProcess()
+ {
+ p = new Method(name.c_str(), &funcWrapper, true);
scheduler.reg(p);
scheduler.dontInitialize(p);
}
{
if (scheduled())
scheduler.deschedule(this);
- p->popListNode();
+ if (p)
+ p->popListNode();
}
void
void
sc_clock::before_end_of_elaboration()
{
+ _gem5UpEdge->createProcess();
+ _gem5DownEdge->createProcess();
if (_posedgeFirst) {
::sc_gem5::scheduler.schedule(_gem5UpEdge, _startTime);
::sc_gem5::scheduler.schedule(_gem5DownEdge,