toolbox::multiprecision::tests::CompressedFloatingPointNumbersTest Class Reference

This is just a default test case that demonstrated how to write unit tests in Peano. More...

#include <CompressedFloatingPointNumbersTest.h>

Inheritance diagram for toolbox::multiprecision::tests::CompressedFloatingPointNumbersTest:

Collaboration diagram for toolbox::multiprecision::tests::CompressedFloatingPointNumbersTest:

Public Member Functions
	CompressedFloatingPointNumbersTest ()
virtual	~CompressedFloatingPointNumbersTest ()
virtual void	run ()
	This routine is triggered by the TestCaseCollection.
Public Member Functions inherited from tarch::tests::TestCase
	TestCase (const std::string &testCaseName)
	Constructor.
virtual	~TestCase ()
	Destructor.
int	getNumberOfErrors () const
std::string	getTestCaseName () const

Private Member Functions
void	testDecomposeWithLongInt ()
void	testDecomposeWithInt ()
void	testDecomposeWithChar ()
void	testBatchDecomposition ()
void	testBatchDecompositionWithArrayOfFour ()
void	testErrorComputation ()
void	testTinyValues ()
void	testDecompose ()
	Something taken from the ParCo presentation.
void	testComposeDecompose ()

Static Private Attributes
static tarch::logging::Log	_log

Additional Inherited Members
Protected Member Functions inherited from tarch::tests::TestCase
	TestCase ()=delete
Protected Attributes inherited from tarch::tests::TestCase
const std::string	_testCaseName
	Name of the test case.
int	_errors
	Error counter.
bool	_error
	Indicate within macro if one specific validation failed.

Detailed Description

This is just a default test case that demonstrated how to write unit tests in Peano.

Feel free to rename, remove, or duplicate it.

Definition at line 23 of file CompressedFloatingPointNumbersTest.h.

Constructor & Destructor Documentation

CompressedFloatingPointNumbersTest()

toolbox::multiprecision::tests::CompressedFloatingPointNumbersTest::CompressedFloatingPointNumbersTest

(

)

~CompressedFloatingPointNumbersTest()

virtual toolbox::multiprecision::tests::CompressedFloatingPointNumbersTest::~CompressedFloatingPointNumbersTest ( )

virtual

Member Function Documentation

run()

virtual void toolbox::multiprecision::tests::CompressedFloatingPointNumbersTest::run ( )

virtual

This routine is triggered by the TestCaseCollection.

Implements tarch::tests::TestCase.

testBatchDecomposition()

void toolbox::multiprecision::tests::CompressedFloatingPointNumbersTest::testBatchDecomposition ( )

private

testBatchDecompositionWithArrayOfFour()

void toolbox::multiprecision::tests::CompressedFloatingPointNumbersTest::testBatchDecompositionWithArrayOfFour ( )

private

testComposeDecompose()

void toolbox::multiprecision::tests::CompressedFloatingPointNumbersTest::testComposeDecompose ( )

private

   From ExaHyPE:

assertion in file /home/tobias/git/ExaHyPE/Code/./ExaHyPE/exahype/solvers/ADERDGSolver.cpp, line 2983 failed: tarch::la::equals( DataHeap::getInstance().getData(heapIndex)[i], reconstructedValue, CompressionAccuracy )
parameter DataHeap::getInstance().getData(heapIndex)[i]: 1.68855695855260723448e+00
parameter reconstructedValue: 1.01768855695855017984e+03
parameter DataHeap::getInstance().getData(heapIndex)[i] - reconstructedValue: -1.01599999999999761258e+03
parameter CompressionAccuracy: 1.00000000000000006228e-09
parameter bytesForMantissa: 5
ExaHyPE-Euler: /home/tobias/git/ExaHyPE/Code/./ExaHyPE/exahype/solvers/ADERDGSolver.cpp:2983: void exahype::solvers::ADERDGSolver::glueTogether(int, int, int): Assertion `false' failed.

 But I used /4.0 here for the accuracy.

testDecompose()

void toolbox::multiprecision::tests::CompressedFloatingPointNumbersTest::testDecompose ( )

private

Something taken from the ParCo presentation.

testDecomposeWithChar()

void toolbox::multiprecision::tests::CompressedFloatingPointNumbersTest::testDecomposeWithChar ( )

private

testDecomposeWithInt()

void toolbox::multiprecision::tests::CompressedFloatingPointNumbersTest::testDecomposeWithInt ( )

private

testDecomposeWithLongInt()

void toolbox::multiprecision::tests::CompressedFloatingPointNumbersTest::testDecomposeWithLongInt ( )

private

testErrorComputation()

void toolbox::multiprecision::tests::CompressedFloatingPointNumbersTest::testErrorComputation ( )

private

testTinyValues()

void toolbox::multiprecision::tests::CompressedFloatingPointNumbersTest::testTinyValues ( )

private

Field Documentation

_log

tarch::logging::Log toolbox::multiprecision::tests::CompressedFloatingPointNumbersTest::_log

staticprivate

Definition at line 25 of file CompressedFloatingPointNumbersTest.h.

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The documentation for this class was generated from the following file:

• src/toolbox/multiprecision/tests/CompressedFloatingPointNumbersTest.h