Compilation fixes

testLapack: testLapack.o  Makefile Makefile.dep

	$(CXX) -o testLapack testLapack.o $(LDFLAGS)

Makefile.dep: ./integrator.cpp ./sparseSolverTest.cpp ./testCRSMatrix.cpp ./combineContinuedFraction.cpp ./continuedFractionCollection.cpp  ./range.cpp ./kernelPolynomial.cpp ./linearPrediction.cpp ./options.cpp ./randomTest.cpp ./svd.cpp ./testLapack.cpp ./threads.cpp ./loadImbalance.cpp ./testIsClass.cpp ./testMemResolv1.cpp ./sumDecomposition.cpp ./calculator.cpp ./closuresTest.cpp ./base64test.cpp ./checkRunId.cpp ./testLanczos.cpp

	$(CXX) $(CPPFLAGS) -I../src -I.. -MM  ./integrator.cpp ./sparseSolverTest.cpp ./testCRSMatrix.cpp ./combineContinuedFraction.cpp ./continuedFractionCollection.cpp ./range.cpp ./kernelPolynomial.cpp ./linearPrediction.cpp ./options.cpp ./randomTest.cpp ./svd.cpp ./testLapack.cpp ./threads.cpp ./loadImbalance.cpp ./testIsClass.cpp ./testMemResolv1.cpp ./sumDecomposition.cpp ./calculator.cpp ./closuresTest.cpp ./base64test.cpp ./checkRunId.cpp ./testLanczos.cpp   > Makefile.dep

Makefile.dep: ./integrator.cpp ./sparseSolverTest.cpp ./testCRSMatrix.cpp ./combineContinuedFraction.cpp ./continuedFractionCollection.cpp  ./range.cpp ./kernelPolynomial.cpp ./linearPrediction.cpp ./options.cpp ./randomTest.cpp ./svd.cpp ./testLapack.cpp ./threads.cpp ./loadImbalance.cpp ./testIsClass.cpp ./sumDecomposition.cpp ./calculator.cpp ./closuresTest.cpp ./base64test.cpp ./checkRunId.cpp ./testLanczos.cpp

	$(CXX) $(CPPFLAGS) -I../src -I.. -MM  ./integrator.cpp ./sparseSolverTest.cpp ./testCRSMatrix.cpp ./combineContinuedFraction.cpp ./continuedFractionCollection.cpp ./range.cpp ./kernelPolynomial.cpp ./linearPrediction.cpp ./options.cpp ./randomTest.cpp ./svd.cpp ./testLapack.cpp ./threads.cpp ./loadImbalance.cpp ./testIsClass.cpp ./sumDecomposition.cpp ./calculator.cpp ./closuresTest.cpp ./base64test.cpp ./checkRunId.cpp ./testLanczos.cpp   > Makefile.dep

.PHONY: clean

clean: Makefile.dep

	rm -f core* *.o *.dep *.a integrator sparseSolverTest testCRSMatrix combineContinuedFraction continuedFractionCollection range kernelPolynomial linearPrediction options randomTest svd testLapack threads loadImbalance testIsClass testMemResolv1 sumDecomposition calculator closuresTest base64test checkRunId testLanczos

	rm -f core* *.o *.dep *.a integrator sparseSolverTest testCRSMatrix combineContinuedFraction continuedFractionCollection range kernelPolynomial linearPrediction options randomTest svd testLapack threads loadImbalance testIsClass sumDecomposition calculator closuresTest base64test checkRunId testLanczos

include Makefile.dep

	my @drivers = qw(integrator sparseSolverTest testCRSMatrix combineContinuedFraction

	continuedFraction continuedFractionCollection range kernelPolynomial fit

	linearPrediction options randomTest svd testLapack threads loadImbalance testIsClass

	testMemResolv1 sumDecomposition calculator closuresTest base64test checkRunId

	sumDecomposition calculator closuresTest base64test checkRunId

	testLanczos testExcitedLanczos testLanczosMatrixInFile nested testIoNg testIoNgBoolean

	affinityTest testPredicate isBlasThreaded testParallelizer2 testGemmR testGemmR2

	testParallelSvd internode);

my @drivers = qw/integrator sparseSolverTest testCRSMatrix minimizer

                 combineContinuedFraction continuedFractionCollection range

                 kernelPolynomial linearPrediction options randomTest svd

		 testLapack threads testIsClass testMemResolv1 sumDecomposition

		 testLapack threads testIsClass sumDecomposition

		 calculator closuresTest base64test testIoNg fit/;

my $fh;

open($fh, ">", "Makefile") or die "$0: Cannot open Makefile for writing\n";

#include <iostream>

#include <cstdlib>

#include "TestMemResolv1.h"

#include <unistd.h>

typedef TestMemResolv1<int> TestMemResolv1Type;

void recover()

{

	std::cout<<"From disk\n";

	PsimagLite::String filename = "test10.mem";

	PsimagLite::MemResolv mresolv(filename,"TestMemResolv1<int>");

	std::cout<<mresolv;

	TestMemResolv1Type* ptr = reinterpret_cast<TestMemResolv1Type*>(mresolv.get());

	std::cout<<"From disk: "<<ptr->get(1)<<"\n";

}

void save(TestMemResolv1Type* ptr)

{

	PsimagLite::MemResolv mresolv(ptr);

	void* ptrCopy = mresolv.dup();

	std::cout<<"copy= "<<ptrCopy<<"\n";

	TestMemResolv1Type* TestMemResolv1 = (TestMemResolv1Type*) ptrCopy;

	std::cout<<TestMemResolv1->get(1)<<"\n";

	mresolv.save("test10.mem","TestMemResolv1<int>");

}

int main(int argc, char *argv[])

{

	if (argc < 2) return 1;

	int n = atoi(argv[1]);

	if (n < 2) return 1;

	TestMemResolv1Type* ptr = new TestMemResolv1Type(n);

	TestMemResolv1Type& mytest = *ptr;

	mytest.setTo(10);

	std::cout<<mytest.get(1)<<"\n";

	save(ptr);

	delete ptr;

	sleep(1);

	recover();

}

////////////////////////////////////////////////////////////////////////////////

// The Loki Library

// Copyright (c) 2005 by Peter Kmmel

// Copyright (c) 2005 by Peter K\"mmel

// Permission to use, copy, modify, distribute and sell this software for any 

//     purpose is hereby granted without fee, provided that the above copyright 

//     notice appear in all copies and that both that copyright notice and this