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#ifndef CondFormats_RPCObjects_RPCAMCLink_icc
#define CondFormats_RPCObjects_RPCAMCLink_icc
#include "CondFormats/RPCObjects/interface/RPCAMCLink.h"
#include "FWCore/Utilities/interface/Exception.h"
inline ::uint32_t RPCAMCLink::getId() const { return id_; }
inline RPCAMCLink::operator ::uint32_t() const { return id_; }
inline bool RPCAMCLink::matches(RPCAMCLink const& rhs) const {
return ((id_ & rhs.getMask()) == (getMask() & rhs.id_));
}
inline void RPCAMCLink::setId(::uint32_t const& id) { id_ = id; }
inline void RPCAMCLink::reset() { id_ = 0x0; }
// Field Getters
inline int RPCAMCLink::getFED() const { return bf_get(min_fed_, mask_fed_, pos_fed_); }
inline int RPCAMCLink::getAMCNumber() const { return bf_get(min_amcnumber_, mask_amcnumber_, pos_amcnumber_); }
inline int RPCAMCLink::getAMCInput() const { return bf_get(min_amcinput_, mask_amcinput_, pos_amcinput_); }
// Field Setters
inline RPCAMCLink& RPCAMCLink::setFED(int fed) { return bf_set(min_fed_, max_fed_, mask_fed_, pos_fed_, fed); }
inline RPCAMCLink& RPCAMCLink::setAMCNumber(int amcnumber) {
return bf_set(min_amcnumber_, max_amcnumber_, mask_amcnumber_, pos_amcnumber_, amcnumber);
}
inline RPCAMCLink& RPCAMCLink::setAMCInput(int amcinput) {
return bf_set(min_amcinput_, max_amcinput_, mask_amcinput_, pos_amcinput_, amcinput);
}
inline bool RPCAMCLink::operator<(RPCAMCLink const& rhs) const { return (id_ < rhs.id_); }
inline bool RPCAMCLink::operator==(RPCAMCLink const& rhs) const { return (id_ == rhs.id_); }
inline bool RPCAMCLink::operator!=(RPCAMCLink const& rhs) const { return (id_ != rhs.id_); }
inline bool RPCAMCLink::operator<(::uint32_t const& rhs) const { return (id_ < rhs); }
inline bool RPCAMCLink::operator==(::uint32_t const& rhs) const { return (id_ == rhs); }
inline bool RPCAMCLink::operator!=(::uint32_t const& rhs) const { return (id_ != rhs); }
inline RPCAMCLink& RPCAMCLink::operator++() {
int value(0);
if ((value = getAMCInput()) != wildcard_) {
if (value < max_amcinput_)
return setAMCInput(value + 1);
setAMCInput(min_amcinput_);
}
if ((value = getAMCNumber()) != wildcard_) {
if (value < max_amcnumber_)
return setAMCNumber(value + 1);
setAMCNumber(min_amcnumber_);
}
if ((value = getFED()) != wildcard_) {
if (value < max_fed_)
return setFED(value + 1);
setFED(min_fed_);
}
return *this;
}
inline RPCAMCLink RPCAMCLink::operator++(int) {
RPCAMCLink _value(*this);
++(*this);
return _value;
}
inline RPCAMCLink& RPCAMCLink::operator--() {
int value(0);
if ((value = getAMCInput()) != wildcard_) {
if (value > min_amcinput_)
return setAMCInput(value - 1);
setAMCInput(max_amcinput_);
}
if ((value = getAMCNumber()) != wildcard_) {
if (value > min_amcnumber_)
return setAMCNumber(value - 1);
setAMCNumber(max_amcnumber_);
}
if ((value = getFED()) != wildcard_) {
if (value > min_fed_)
return setFED(value - 1);
setFED(max_fed_);
}
return *this;
}
inline RPCAMCLink RPCAMCLink::operator--(int) {
RPCAMCLink _value(*this);
--(*this);
return _value;
}
inline int RPCAMCLink::bf_get(int const min, ::uint32_t const mask, int const pos) const {
::uint32_t value(id_ & mask);
if (value == 0)
return wildcard_;
return min + (int)(value >> pos) - 1;
}
inline RPCAMCLink& RPCAMCLink::bf_set(
int const min, int const max, ::uint32_t const mask, int const pos, int const value) {
if (value >= min && value <= max) {
id_ &= ~mask;
id_ |= (((::uint32_t)(value - min + 1) << pos) & mask);
} else if (value == wildcard_)
id_ &= ~mask;
else
throw cms::Exception("OutOfRange") << "Out-of-range input for RPCAMCLink::bf_set, position " << pos << ": "
<< value;
return *this;
}
inline std::ostream& RPCAMCLink::bf_stream(std::ostream& ostream,
int const min,
::uint32_t const mask,
int const pos) const {
::uint32_t value(id_ & mask);
if (value == 0)
return (ostream << '*');
return (ostream << (min + (int)(value >> pos) - 1));
}
#endif // CondFormats_RPCObjects_RPCAMCLink_icc
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