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util.hpp
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util.hpp
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#pragma once
#ifndef __UTIL_HPP__
#define __UTIL_HPP__
#include <stdio.h>
#include <string.h>
#include <string>
#include <iostream>
#include <iomanip>
#include <fstream>
#include <vector>
#include <set>
#include <map>
#include <algorithm>
#include <memory>
#include <cmath>
#include <complex>
#include <limits>
/// \file util.hpp
/// \brief Utility functions and constant integer class like an enum class.
/// \author Kyungjoo Kim (kyukim@sandia.gov)
///
/// This provides utility functions for implementing mini-app for incomplete
/// sparse matrix factorization with task-data parallelism e.g., parameter
/// classes, error handling, ostream << overloading.
///
/// Note: The reference of the "static const int" members in the enum-like
/// classes should not be used as function arguments but their values only.
using namespace std;
namespace Tacho {
#undef CHKERR
#define CHKERR(ierr) \
if (ierr != 0) { cout << endl << ">> Error in " << __FILE__ << ", " << __LINE__ << " : " << ierr << endl; }
#define MSG_NOT_YET_IMPLEMENTED ">> Not yet implemented"
#define MSG_INVALID_INPUT(what) ">> Invaid input argument: " #what
#define MSG_INVALID_TEMPLATE_ARGS ">> Invaid template arguments"
#define ERROR(msg) \
{ cout << endl << ">> Error in " << __FILE__ << ", " << __LINE__ << endl << msg << endl; }
// control id
#undef Ctrl
#define Ctrl(name,algo,variant) name<algo,variant>
// control leaf
#undef CtrlComponent
#define CtrlComponent(name,algo,variant,component,id) \
Ctrl(name,algo,variant)::component[id]
// control recursion
#undef CtrlDetail
#define CtrlDetail(name,algo,variant,component) \
CtrlComponent(name,algo,variant,component,0),CtrlComponent(name,algo,variant,component,1),name
/// \class GraphHelper
class GraphHelper {
public:
static const int DefaultRandomSeed = -1;
};
/// \class Partition
/// \brief Matrix partition parameters.
class Partition {
public:
static const int Top = 101;
static const int Bottom = 102;
static const int Left = 201;
static const int Right = 202;
static const int TopLeft = 401;
static const int TopRight = 402;
static const int BottomLeft = 403;
static const int BottomRight = 404;
};
/// \class Uplo
/// \brief Matrix upper/lower parameters.
class Uplo {
public:
static const int Upper = 501;
static const int Lower = 502;
};
/// \class Side
/// \brief Matrix left/right parameters.
class Side {
public:
static const int Left = 601;
static const int Right = 602;
};
/// \class Diag
/// \brief Matrix unit/non-unit diag parameters.
class Diag {
public:
static const int Unit = 701;
static const int NonUnit = 702;
};
/// \class Trans
/// \brief Matrix upper/lower parameters.
class Trans {
public:
static const int Transpose = 801;
static const int ConjTranspose = 802;
static const int NoTranspose = 803;
};
/// \class Loop
/// \brief outer/innner parameters
class Loop {
public:
static const int Outer = 901;
static const int Inner = 902;
static const int Fused = 903;
};
class Variant {
public:
static const int One = 1;
static const int Two = 2;
static const int Three = 3;
static const int Four = 4;
};
/// \class AlgoChol
/// \brief Algorithmic variants in sparse factorization and sparse BLAS operations.
class AlgoChol {
public:
// One side factorization on flat matrices
static const int Dummy = 1000;
static const int Unblocked = 1001;
static const int UnblockedOpt = 1002;
static const int Blocked = 1101; // testing only
static const int RightLookByBlocks = 1201; // backbone structure is right looking
static const int ByBlocks = RightLookByBlocks;
static const int NestedDenseBlock = 1211;
static const int NestedDenseByBlocks = 1212;
static const int RightLookDenseByBlocks = 1221;
static const int DenseByBlocks = RightLookDenseByBlocks;
static const int ExternalLapack = 1231;
static const int ExternalPardiso = 1232;
};
// aliasing name space
typedef AlgoChol AlgoTriSolve;
class AlgoBlasLeaf {
public:
// One side factorization on flat matrices
static const int ForFactorBlocked = 2001;
// B and C are dense matrices and used for solve phase
static const int ForTriSolveBlocked = 2011;
static const int ExternalBlas = 2021;
};
class AlgoGemm : public AlgoBlasLeaf {
public:
static const int DenseByBlocks = 2101;
};
class AlgoTrsm : public AlgoBlasLeaf {
public:
static const int DenseByBlocks = 2201;
};
class AlgoHerk : public AlgoBlasLeaf {
public:
static const int DenseByBlocks = 2301;
};
/// \brief Interface for overloaded stream operators.
template<typename T>
inline
ostream& operator<<(ostream &os, const unique_ptr<T> &p) {
return p->showMe(os);
}
/// \class Disp
/// \brief Interface for the stream operator.
class Disp {
friend ostream& operator<<(ostream &os, const Disp &disp);
public:
Disp() { }
virtual ostream& showMe(ostream &os) const {
return os;
}
};
/// \brief Implementation of the overloaded stream operator.
inline
ostream& operator<<(ostream &os, const Disp &disp) {
return disp.showMe(os);
}
template<typename T> struct NumericTraits {};
template<>
struct NumericTraits<float> {
typedef float real_type;
static real_type epsilon() { return numeric_limits<float>::epsilon(); }
};
template<>
struct NumericTraits<double> {
typedef double real_type;
static real_type epsilon() { return numeric_limits<double>::epsilon(); }
};
template<>
struct NumericTraits<complex<float> > {
typedef float real_type;
static real_type epsilon() { return numeric_limits<float>::epsilon(); }
};
template<>
struct NumericTraits<complex<double> > {
typedef double real_type;
static real_type epsilon() { return numeric_limits<double>::epsilon(); }
};
}
#endif

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