port_wrapper.cc

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#include "mem/port_wrapper.hh"
 
namespace gem5
{
 
RequestPortWrapper::RequestPortWrapper(const std::string& name, PortID id)
    : RequestPort(name, id)
{
}
 
void
RequestPortWrapper::recvRangeChange()
{
    if (!recvRangeChangeCb) {
        RequestPort::recvRangeChange();
        return;
    }
    recvRangeChangeCb();
}
 
bool
RequestPortWrapper::recvTimingResp(PacketPtr packet)
{
    panic_if(!recvTimingRespCb,
             "RecvTimingRespCallback in port %s is empty.", name());
    return recvTimingRespCb(packet);
}
 
void
RequestPortWrapper::recvReqRetry()
{
    panic_if(!recvReqRetryCb,
             "RecvReqRetryCallback in port %s is empty.", name());
    recvReqRetryCb();
}
 
void
RequestPortWrapper::setRangeChangeCallback(RecvReqRetryCallback cb)
{
    recvRangeChangeCb = std::move(cb);
}
 
void
RequestPortWrapper::setTimingCallbacks(RecvTimingRespCallback resp_cb,
                                       RecvReqRetryCallback retry_cb)
{
    recvTimingRespCb = std::move(resp_cb);
    recvReqRetryCb = std::move(retry_cb);
}
 
ResponsePortWrapper::ResponsePortWrapper(const std::string& name, PortID id)
    : ResponsePort(name, id)
{
}
 
AddrRangeList
ResponsePortWrapper::getAddrRanges() const
{
    panic_if(!getAddrRangesCb,
             "GetAddrRangesCallback in port %s is empty.", name());
    return getAddrRangesCb();
}
 
bool
ResponsePortWrapper::recvTimingReq(PacketPtr packet)
{
    panic_if(!recvTimingReqCb,
             "RecvTimingReqCallback in port %s is empty.", name());
    return recvTimingReqCb(packet);
}
 
void
ResponsePortWrapper::recvRespRetry()
{
    panic_if(!recvRespRetryCb,
             "RecvRespRetryCallback in port %s is empty.", name());
    recvRespRetryCb();
}
 
Tick
ResponsePortWrapper::recvAtomic(PacketPtr packet)
{
    panic_if(!recvAtomicCb, "RecvAtomicCallback in port %s is empty.", name());
    return recvAtomicCb(packet);
}
 
Tick
ResponsePortWrapper::recvAtomicBackdoor(PacketPtr packet,
                                        MemBackdoorPtr& backdoor)
{
    if (!recvAtomicBackdoorCb) {
        return ResponsePort::recvAtomicBackdoor(packet, backdoor);
    }
    return recvAtomicBackdoorCb(packet, backdoor);
}
 
void
ResponsePortWrapper::recvFunctional(PacketPtr packet)
{
    panic_if(!recvFunctionalCb,
             "RecvFunctionalCallback in port %s is empty.", name());
    recvFunctionalCb(packet);
}
 
void
ResponsePortWrapper::recvMemBackdoorReq(const MemBackdoorReq& req,
                                        MemBackdoorPtr& backdoor)
{
    if (!recvMemBackdoorReqCb) {
        ResponsePort::recvMemBackdoorReq(req, backdoor);
        return;
    }
    recvMemBackdoorReqCb(req, backdoor);
}
 
void
ResponsePortWrapper::setGetAddrRangesCallback(GetAddrRangesCallback cb)
{
    getAddrRangesCb = std::move(cb);
}
 
void
ResponsePortWrapper::setTimingCallbacks(RecvTimingReqCallback timing_cb,
                                        RecvRespRetryCallback retry_cb)
{
    recvTimingReqCb = std::move(timing_cb);
    recvRespRetryCb = std::move(retry_cb);
}
 
void
ResponsePortWrapper::setAtomicCallbacks(RecvAtomicCallback atomic_cb,
                                        RecvAtomicBackdoorCallback backdoor_cb)
{
    recvAtomicCb = std::move(atomic_cb);
    recvAtomicBackdoorCb = std::move(backdoor_cb);
}
 
void
ResponsePortWrapper::setFunctionalCallbacks(
    RecvFunctionalCallback func_cb, RecvMemBackdoorReqCallback backdoor_cb)
{
    recvFunctionalCb = std::move(func_cb);
    recvMemBackdoorReqCb = std::move(backdoor_cb);
}
 
}  // namespace gem5