void peano::kernel::regulargrid::parallel::tests::SetupPartitionerTest::run() {
#ifdef Parallel
testMethod( test2D_12x8 );
testMethod( test2D_12x8ForkMessages );
testMethod( test2D_400x400ForkMessages );
#endif
}
void peanoclaw::tests::StatisticsTest::run() {
logInfo("run()", "Running StatisticsTest");
testMethod(testGetNeighborPositionOnSameLevel);
testMethod(testGetNeighborPositionOnDifferentLevel);
testMethod(testGetNeighborPositionOnRectangularDomainWithOffset);
testMethod(testRootPatch);
}
void MatrixTest::run ()
{
testMethod (testConstruction);
testMethod (testAssignment);
testMethod (testMatrixOperations);
testMethod (testMatrixMatrixOperations);
testMethod (testTransposedMatrix);
}
void peanoclaw::tests::GhostLayerCompositorTest::run() {
testMethod( testTimesteppingVeto2D );
testMethod( testInterpolationFromCoarseToFinePatchLeftGhostLayer2D );
testMethod( testInterpolationFromCoarseToFinePatchRightGhostLayer2D );
testMethod( testProjectionFromCoarseToFinePatchRightGhostLayer2D );
//TODO unterweg debug
// testMethod( testFluxCorrection );
testMethod( testRestrictionWithOverlappingBounds );
testMethod( testPartialRestrictionRegions );
testMethod( testPartialRestrictionRegionsWithInfiniteLowerBounds );
testMethod( testFaceAdjacentPatchTraversal2D );
testMethod( testEdgeAdjacentPatchTraversal2D );
testMethod( testEdgeAdjacentPatchTraversal3D );
}
void testReadLine()
{
IFILE filePtr = ifopen("testFiles/testFile.txt", "rb");
assert(filePtr != NULL);
String line = "";
line.ReadLine(filePtr);
assert(line == " Hello, I am a testFile. ");
line.Trim();
assert(line == "Hello, I am a testFile.");
// Does not compile in current version, but compiles in old verison.
// This can be added back in to ensure that it will catch the difference
// in return value for ReadLine (now: int; used to be: string&)
// testMethod(line.ReadLine(filePtr));
line.ReadLine(filePtr);
assert(temp1 == 0);
testMethod(line);
assert(temp1 == 1);
// line.ReadLine(filePtr).Trim();
line.ReadLine(filePtr);
line.Trim();
assert(line == "ThirdLine.");
ifclose(filePtr);
}
/*
* Testing local optimization methods with box constraints
*/
int main(int argc, char** argv) {
Box<double> box(2);
MyStopper mystop;
GradBoxDescent<double> gbd(box, &mystop);
int rc;
rc = testMethod(gbd);
return rc;
}
int main (void)
{
/*
* Call test infrastructure
*/
testMethod();
return 0;
}
/*
* Preconditions: The user can pass a seed value for testing or it defaults to a set value
* Postconditions: Exit the test program normally
*/
int main (int argc, char** argv)
{
// Setup Game Seed
int seed;
char* currentTest = METHODNAME;
if(argv[1]) {
seed = atoi(argv[1]);
} else {
seed = BASESEED;
}
// Initialize Game State
struct gameState G;
int k[10] = {adventurer, gardens, embargo, village, minion, mine, cutpurse, sea_hag, tribute, smithy};
initializeGame(2, k, seed, &G);
testMethod(currentTest,seed, &G);
return 0;
}
void DynamicColumnMatrixTest::run ()
{
testMethod (testBasics);
}
void peanoclaw::tests::TestCase::run() {
// @todo If you have further tests, add them here
testMethod( test1 );
testMethod( test2 );
testMethod( test3 );
}
void LUDecompositionTest::run()
{
testMethod (testLUNoPivoting);
testMethod (testLU);
}
void dem::tests::CollisionTest::run() {
testMethod( testTwoParallelTriangles0 );
testMethod( testTwoParallelTriangles1 );
}
void rotatingheatsource::expliciteuler::tests::TestCase::run() {
// @todo If you have further tests, add them here
testMethod( test1 );
testMethod( test2 );
testMethod( test3 );
}
void peano::applications::poisson::multigrid::tests::MultigridBatchJobTest::run() {
// @todo If you have further tests, add them here
testMethod( test1 );
testMethod( test2 );
testMethod( test3 );
}
#include "peano/toolbox/solver/tests/VHHwJACTest.h"
registerTest(peano::toolbox::solver::tests::VHHwJACTest)
tarch::logging::Log peano::toolbox::solver::tests::VHHwJACTest::_log( "peano::toolbox:solver::tests::VHHwJACTest" );
peano::toolbox::solver::tests::VHHwJACTest::VHHwJACTest():
TestCase( "peano::toolbox::solver::tests::VHHwJACTest" ){
}
void peano::toolbox::solver::tests::VHHwJACTest::run()
{
//testMethod(testWriter)
testMethod(testIntegrals)
}
peano::toolbox::solver::tests::VHHwJACTest::~VHHwJACTest()
{
}
void peano::toolbox::solver::tests::VHHwJACTest::setUp()
{
}
void peano::toolbox::solver::tests::VHHwJACTest::testWriter()
{
#ifdef Dim2
VirtualHierarchicalHRefinement vhh(200);
