RhodeCode

  lx_cbc_found=no

  if test x"$lx_clp_found" = x"yes"; then

    if test x"$with_coin" != x"no"; then

      AC_MSG_CHECKING([for CBC])

      if test x"$with_coin_includedir" != x"no"; then

        CBC_CXXFLAGS="-I$with_coin_includedir"

      elif test x"$with_coin" != x"yes"; then

        CBC_CXXFLAGS="-I$with_coin/include"

      fi

      if test x"$with_coin_libdir" != x"no"; then

        CBC_LDFLAGS="-L$with_coin_libdir"

      elif test x"$with_coin" != x"yes"; then

        CBC_LDFLAGS="-L$with_coin/lib"

      fi

      lx_save_cxxflags="$CXXFLAGS"

      lx_save_ldflags="$LDFLAGS"

      lx_save_libs="$LIBS"

      CXXFLAGS="$CBC_CXXFLAGS"

      LDFLAGS="$CBC_LDFLAGS"

      LIBS="$CBC_LIBS"

      lx_cbc_test_prog='

        #include <coin/CbcModel.hpp>

        int main(int argc, char** argv)

        {

          CbcModel cbc;

          return 0;

        }'

void solveAndCheck(MipSolver& mip, MipSolver::ProblemType stat,

                   double exp_opt) {

  using std::string;

  mip.solve();

  //int decimal,sign;

  std::ostringstream buf;

  buf << "Type should be: " << int(stat)<<" and it is "<<int(mip.type());

  //  itoa(stat,buf1, 10);

  check(mip.type()==stat, buf.str());

  if (stat ==  MipSolver::OPTIMAL) {

    std::ostringstream sbuf;

    check(std::abs(mip.solValue()-exp_opt) < 1e-3, sbuf.str());

    //+ecvt(exp_opt,2)

  }

}

void aTest(MipSolver& mip)

{

  //The following example is very simple

  typedef MipSolver::Row Row;

  typedef MipSolver::Col Col;

  Col x1 = mip.addCol();

  Col x2 = mip.addCol();