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#pragma once
#include "alldevices.h"
#include "subcircuit_instance.h"
#include "parse_tree.h"
#include "specs.h"
#include <initializer_list>
#include <utility>
#include <memory>
#include <string>
#include <vector>
#include <map>
#include <iostream>
using std::pair;
using std::make_pair;
using std::string;
using std::vector;
using std::map;
using std::cout;
using std::cerr;
using std::endl;
using std::pair;
using std::unique_ptr;
/** ******************************************* **/
/** Helper macros for declaring devices **/
/** ******************************************* **/
#define DECLARE_UNIDIR_ELEMENT(ELEM_NAME, ELEM_NAME_LONG, MOD_CLASS_PREFIX, N_NETS) \
struct ELEM_NAME : public ParseElement { \
typedef MOD_CLASS_PREFIX element_type_base; \
typedef MOD_CLASS_PREFIX element_type_uni; \
\
const size_t n_nets = N_NETS; \
\
/* Import constructor from ParseElement */ \
using ParseElement::ParseElement; \
\
virtual ParseElement *clone() const \
{ return new ELEM_NAME(*this); } \
/* Implement virtual function create(...) to construct element */ \
virtual sc_module *create(ParseTreeCreationHelper &pt_helper) const; \
virtual element_type_base * \
instantiate_and_connect_uni(ParseTreeCreationHelper &pt_helper) const; \
\
virtual string kind() const { return ELEM_NAME_LONG; } \
virtual bool bidir_capable() const { return false; } \
};
/*************************************************/
#define DECLARE_BIDIR_ELEMENT(ELEM_NAME, ELEM_NAME_LONG, MOD_CLASS_PREFIX, N_NETS) \
\
struct ELEM_NAME : public ParseElement { \
typedef MOD_CLASS_PREFIX##Base element_type_base; \
typedef MOD_CLASS_PREFIX##Uni element_type_uni; \
typedef MOD_CLASS_PREFIX##Bi element_type_bi; \
\
const size_t n_nets = N_NETS; \
\
/* Import constructor from ParseElement */ \
using ParseElement::ParseElement; \
\
virtual ParseElement *clone() const \
{ return new ELEM_NAME(*this); } \
/* Implement virtual function create(...) to construct element */ \
virtual sc_module *create(ParseTreeCreationHelper &pt_helper) const; \
virtual element_type_base * \
instantiate_and_connect_uni(ParseTreeCreationHelper &pt_helper) const; \
virtual element_type_base * \
instantiate_and_connect_bi(ParseTreeCreationHelper &pt_helper) const; \
\
virtual string kind() const { return string(ELEM_NAME_LONG) + " (bidir)"; } \
virtual bool bidir_capable() const { return true; } \
};
/** ******************************************* **/
/** Devices declarations **/
/** ******************************************* **/
DECLARE_BIDIR_ELEMENT(WGElement, "WAVEGUIDE", Waveguide, 2);
DECLARE_BIDIR_ELEMENT(DCElement, "DIRECTIONAL COUPLER", DirectionalCoupler, 4);
DECLARE_UNIDIR_ELEMENT(MergerElement, "MERGER", Merger, 3);
DECLARE_UNIDIR_ELEMENT(SplitterElement, "SPLITTER", Splitter, 3);
DECLARE_BIDIR_ELEMENT(PhaseShifterElement, "PHASE SHIFTER", PhaseShifter, 3);
DECLARE_BIDIR_ELEMENT(MZIElement, "MZI MODULATOR", MZIActive, 5);
//DECLARE_UNIDIR_ELEMENT(MZIElement, "MZI MODULATOR (2 PHASE-SHIFTER)", MZI, 6);
DECLARE_BIDIR_ELEMENT(CrossingElement, "CROSSING", Crossing, 4);
DECLARE_UNIDIR_ELEMENT(CWSourceElement, "CW SOURCE", CWSource, 1);
DECLARE_UNIDIR_ELEMENT(VLSourceElement, "VALUE LIST SOURCE (OPTICAL)", VLSource, 1);
DECLARE_UNIDIR_ELEMENT(EVLSourceElement, "VALUE LIST SOURCE (ELECTRICAL)", EVLSource, 1);
// TODO: make the following bidirectional
DECLARE_UNIDIR_ELEMENT(PCMCellElement, "PCM CELL", PCMElement, 2);
DECLARE_UNIDIR_ELEMENT(PhotodetectorElement, "PHOTODETECTOR", Detector, 2);
DECLARE_UNIDIR_ELEMENT(ProbeElement, "PROBE", Probe, 1);
DECLARE_UNIDIR_ELEMENT(MLProbeElement, "MULTIWAVELENGTH PROBE", MLambdaProbe, 1);
// TODO: take care of subcircuit instance...
DECLARE_UNIDIR_ELEMENT(XElement, "SUBCIRCUIT", SubcircuitInstance, 1);
/** ******************************************* **/
/** Undefine macros **/
/** ******************************************* **/
#undef DECLARE_UNIDIR_ELEMENT
#undef DECLARE_BIDIR_ELEMENT
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