test_api.cpp File Reference

#include "gtest/gtest.h"
#include "llo/test/common.hpp"
#include "bwd/grader.hpp"
#include "llo/generated/api.hpp"
#include "llo/eval.hpp"
#include "llo/zprune.hpp"

Include dependency graph for test_api.cpp:

Typedefs
using	UnaryDblF = std::function< double(double)>
using	UnaryOpF = std::function< ade::TensptrT(ade::TensptrT &)>
using	BinaryOpF = std::function< ade::TensptrT(ade::TensptrT &, ade::TensptrT &)>
template<typename T >
using	BinaryFwdF = std::function< T(T, T)>
template<typename T >
using	BinaryBwdF = std::function< T(T, T, T, T)>
using	MatVecT = std::vector< std::vector< int32_t > >

Functions
MatVecT	create_2d (llo::GenericData &data)
bool	freivald (MatVecT a, MatVecT b, MatVecT c)
static void	unary_generic (UnaryOpF op, std::function< void(llo::GenericData &, ade::Shape &, std::vector< double > &)> verify, std::function< void(double *, std::vector< double > &)> bwverify)
static void	unary_elementary (UnaryOpF op, UnaryDblF fwd, UnaryDblF bwd)
static void	binary_elementary (BinaryOpF op, BinaryFwdF< double > fwd, BinaryBwdF< double > bwd)
static void	binary_elementary_int (BinaryOpF op, BinaryFwdF< int32_t > fwd, BinaryBwdF< int32_t > bwd)
	TEST (API, Abs)
	TEST (API, Neg)
	TEST (API, Sin)
	TEST (API, Cos)
	TEST (API, Tan)
	TEST (API, Exp)
	TEST (API, Log)
	TEST (API, Sqrt)
	TEST (API, Round)
	TEST (API, Flip)
	TEST (API, Pow)
	TEST (API, Add)
	TEST (API, Sub)
	TEST (API, Mul)
	TEST (API, Div)
	TEST (API, Min)
	TEST (API, Max)
	TEST (API, Eq)
	TEST (API, Neq)
	TEST (API, Lt)
	TEST (API, Gt)
	TEST (API, NElems)
	TEST (API, NDims)
	TEST (API, Rsum)
	TEST (API, Rmin)
	TEST (API, Rmax)
	TEST (API, Permute)
	TEST (API, Extend)
	TEST (API, Matmul)
	TEST (API, Convolution)
	TEST (API, RandBinomial)
	TEST (API, RandUniform)
	TEST (API, RandNormal)

Variables
static const int	FREIVALD_N = 10

Typedef Documentation

BinaryBwdF

template<typename T >

using BinaryBwdF = std::function<T(T,T,T,T)>

BinaryFwdF

template<typename T >

using BinaryFwdF = std::function<T(T,T)>

BinaryOpF

using BinaryOpF = std::function<ade::TensptrT(ade::TensptrT&,ade::TensptrT&)>

MatVecT

using MatVecT = std::vector<std::vector<int32_t> >

UnaryDblF

using UnaryDblF = std::function<double(double)>

UnaryOpF

using UnaryOpF = std::function<ade::TensptrT(ade::TensptrT&)>

Function Documentation

binary_elementary()

static void binary_elementary ( BinaryOpF  op, BinaryFwdF< double >  fwd, BinaryBwdF< double >  bwd  )

static

binary_elementary_int()

static void binary_elementary_int ( BinaryOpF  op, BinaryFwdF< int32_t >  fwd, BinaryBwdF< int32_t >  bwd  )

static

create_2d()

MatVecT create_2d

(

llo::GenericData &

data

)

freivald()

bool freivald	(	MatVecT	a,
		MatVecT	b,
		MatVecT	c
	)

TEST() [1/33]

TEST	(	API	,
		Abs
	)

TEST() [2/33]

TEST	(	API	,
		Neg
	)

TEST() [3/33]

TEST	(	API	,
		Sin
	)

TEST() [4/33]

TEST	(	API	,
		Cos
	)

TEST() [5/33]

TEST	(	API	,
		Tan
	)

TEST() [6/33]

TEST	(	API	,
		Exp
	)

TEST() [7/33]

TEST	(	API	,
		Log
	)

TEST() [8/33]

TEST	(	API	,
		Sqrt
	)

TEST() [9/33]

TEST	(	API	,
		Round
	)

TEST() [10/33]

TEST	(	API	,
		Flip
	)

TEST() [11/33]

TEST	(	API	,
		Pow
	)

TEST() [12/33]

TEST	(	API	,
		Add
	)

TEST() [13/33]

TEST	(	API	,
		Sub
	)

TEST() [14/33]

TEST	(	API	,
		Mul
	)

TEST() [15/33]

TEST	(	API	,
		Div
	)

TEST() [16/33]

TEST	(	API	,
		Min
	)

TEST() [17/33]

TEST	(	API	,
		Max
	)

TEST() [18/33]

TEST	(	API	,
		Eq
	)

TEST() [19/33]

TEST	(	API	,
		Neq
	)

TEST() [20/33]

TEST	(	API	,
		Lt
	)

TEST() [21/33]

TEST	(	API	,
		Gt
	)

TEST() [22/33]

TEST	(	API	,
		NElems
	)

TEST() [23/33]

TEST	(	API	,
		NDims
	)

TEST() [24/33]

TEST	(	API	,
		Rsum
	)

TEST() [25/33]

TEST	(	API	,
		Rmin
	)

TEST() [26/33]

TEST	(	API	,
		Rmax
	)

TEST() [27/33]

TEST	(	API	,
		Permute
	)

TEST() [28/33]

TEST	(	API	,
		Extend
	)

TEST() [29/33]

TEST	(	API	,
		Matmul
	)

TEST() [30/33]

TEST	(	API	,
		Convolution
	)

TEST() [31/33]

TEST	(	API	,
		RandBinomial
	)

TEST() [32/33]

TEST	(	API	,
		RandUniform
	)

TEST() [33/33]

TEST	(	API	,
		RandNormal
	)

unary_elementary()

static void unary_elementary ( UnaryOpF  op, UnaryDblF  fwd, UnaryDblF  bwd  )

static

unary_generic()

static void unary_generic ( UnaryOpF  op, std::function< void(llo::GenericData &, ade::Shape &, std::vector< double > &)>  verify, std::function< void(double *, std::vector< double > &)>  bwverify  )

static

Variable Documentation

FREIVALD_N

const int FREIVALD_N = 10

static