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// -*- Mode: C++; tab-width: 2; -*-
// vi: set ts=2:
//
#include <BALL/CONCEPT/classTest.h>
///////////////////////////
#include <BALL/KERNEL/atom.h>
#include <BALL/KERNEL/bond.h>
#include <BALL/KERNEL/PTE.h>
#include <BALL/KERNEL/molecule.h>
#include <BALL/KERNEL/fragment.h>
#include <BALL/CONCEPT/textPersistenceManager.h>
///////////////////////////
START_TEST(Atom)
/////////////////////////////////////////////////////////////
/////////////////////////////////////////////////////////////
using namespace BALL;
Atom::BondIteratorTraits* bit_ptr = 0;
CHECK(Atom::BondIteratorTraits() throw())
bit_ptr = new Atom::BondIteratorTraits;
TEST_NOT_EQUAL(bit_ptr, 0)
RESULT
CHECK(Atom::~BondIteratorTraits() throw())
delete bit_ptr;
RESULT
CHECK(Atom::BondIteratorTraits(const Atom& atom) throw())
Atom atom;
Atom::BondIteratorTraits bit(atom);
TEST_EQUAL(&atom, bit.getContainer())
RESULT
CHECK(Atom::BondIteratorTraits(const Atom::BondIteratorTraits& traits, bool /* deep */ = true) throw())
Atom atom;
Atom::BondIteratorTraits bit1(atom);
Atom::BondIteratorTraits bit2(bit1);
TEST_EQUAL(bit1.getContainer(), bit2.getContainer())
TEST_EQUAL((bit1 == bit2), true)
RESULT
CHECK(Atom::BondIteratorTraits& operator = (const Atom::BondIteratorTraits& traits) throw())
Atom atom;
Atom::BondIteratorTraits bit1(atom);
Atom::BondIteratorTraits bit2 = bit1;
TEST_EQUAL(bit1.getContainer(), bit2.getContainer())
TEST_EQUAL((bit1 == bit2), true)
RESULT
CHECK(Atom* getContainer() throw())
Atom::BondIteratorTraits bit;
TEST_EQUAL(bit.getContainer(), 0)
Atom atom;
Atom::BondIteratorTraits bit2(atom);
TEST_EQUAL(&atom, bit2.getContainer())
RESULT
CHECK(bool isSingular() const throw())
Atom::BondIteratorTraits bit;
TEST_EQUAL(bit.isSingular(), true)
Atom atom;
Atom::BondIteratorTraits bit2(atom);
TEST_EQUAL(bit2.isSingular(), false)
RESULT
Atom atom_a;
Atom atom_b1;
Atom atom_b2;
Bond* bond_a_b1 = atom_a.createBond(atom_b1);
Bond* bond_a_b2 = atom_a.createBond(atom_b2);
const Bond& bond_a_b1_const_ref = *bond_a_b1;
const Bond& bond_a_b2_const_ref = *bond_a_b2;
CHECK(BondIteratorPosition_& getPosition() throw())
Atom::BondIteratorTraits bit(atom_a);
TEST_EQUAL(bit.getPosition(), 0)
bit.forward();
TEST_EQUAL(bit.getPosition(), 1)
RESULT
CHECK(const BondIteratorPosition_& getPosition() const throw())
Atom::BondIteratorTraits bit(atom_a);
TEST_EQUAL(bit.getPosition(), 0)
bit.forward();
TEST_EQUAL(bit.getPosition(), 1)
RESULT
CHECK(bool operator == (const Atom::BondIteratorTraits& traits) const throw())
Atom::BondIteratorTraits bit1(atom_a);
bit1.forward();
Atom::BondIteratorTraits bit2;
TEST_EQUAL((bit1 == bit2), false);
Atom::BondIteratorTraits bit3(atom_a);
TEST_EQUAL((bit1 == bit3), false);
bit3.forward();
TEST_EQUAL((bit1 == bit3), true);
RESULT
CHECK(bool operator != (const Atom::BondIteratorTraits& traits) const throw())
Atom::BondIteratorTraits bit1(atom_a);
bit1.forward();
Atom::BondIteratorTraits bit2;
TEST_EQUAL((bit1 != bit2), true);
Atom::BondIteratorTraits bit3(atom_a);
TEST_EQUAL((bit1 != bit3), true);
bit3.forward();
TEST_EQUAL((bit1 != bit3), false);
RESULT
CHECK(bool operator < (const Atom::BondIteratorTraits& traits) const throw())
Atom::BondIteratorTraits bit1(atom_a);
Atom::BondIteratorTraits bit2(atom_a);
TEST_EQUAL((bit1 < bit2), false);
bit2.forward();
TEST_EQUAL((bit1 < bit2), true);
RESULT
CHECK(Distance getDistance(const Atom::BondIteratorTraits& traits) const throw())
Atom::BondIteratorTraits bit1(atom_a);
Atom::BondIteratorTraits bit2(atom_a);
TEST_EQUAL(bit1.getDistance(bit2), 0)
bit1.forward();
TEST_EQUAL(bit1.getDistance(bit2), 1)
RESULT
CHECK(bool isValid() const throw())
Atom::BondIteratorTraits bit1;
TEST_EQUAL(bit1.isValid(), false)
Atom::BondIteratorTraits bit2(atom_a);
TEST_EQUAL(bit2.isValid(), true)
RESULT
CHECK(void invalidate() throw())
Atom::BondIteratorTraits bit1;
TEST_EQUAL(bit1.isValid(), false)
Atom::BondIteratorTraits bit2(atom_a);
TEST_EQUAL(bit2.isValid(), true)
bit2.invalidate();
TEST_EQUAL(bit2.isValid(), false)
RESULT
CHECK(void toBegin() throw())
Atom::BondIteratorTraits bit(atom_a);
bit.forward();
bit.toBegin();
TEST_EQUAL(bit.getPosition(), 0)
RESULT
CHECK(bool isBegin() const throw())
Atom::BondIteratorTraits bit(atom_a);
TEST_EQUAL(bit.isBegin(), true);
bit.forward();
TEST_EQUAL(bit.isBegin(), false);
RESULT
CHECK(void toEnd() throw())
Atom::BondIteratorTraits bit(atom_a);
bit.toEnd();
TEST_EQUAL(bit.getPosition(), 2)
RESULT
CHECK(bool isEnd() const throw())
Atom::BondIteratorTraits bit(atom_a);
TEST_EQUAL(bit.isEnd(), false)
bit.toEnd();
TEST_EQUAL(bit.isEnd(), true)
RESULT
CHECK(Bond& getData() throw())
Atom::BondIteratorTraits bit(atom_a);
TEST_EQUAL(&bit.getData(), bond_a_b1)
bit.forward();
TEST_EQUAL(&bit.getData(), bond_a_b2)
RESULT
CHECK(const Bond& getData() const throw())
Atom::BondIteratorTraits bit(atom_a);
TEST_EQUAL((bit.getData() == bond_a_b1_const_ref), true);
bit.forward();
TEST_EQUAL((bit.getData() == bond_a_b2_const_ref), true);
RESULT
CHECK(void forward() throw())
Atom::BondIteratorTraits bit(atom_a);
TEST_EQUAL(bit.getPosition(), 0)
bit.forward();
TEST_EQUAL(bit.getPosition(), 1)
RESULT
CHECK(friend std::ostream& operator << (std::ostream& s, const Atom::BondIteratorTraits& traits) throw())
// ???
RESULT
CHECK(void dump(std::ostream& s = std::cout, Size depth = 0) const throw())
// ???
RESULT
CHECK(void toRBegin() throw())
Atom::BondIteratorTraits bit(atom_a);
bit.toRBegin();
TEST_EQUAL(bit.getPosition(), 1);
RESULT
CHECK(void isRBegin() throw())
Atom::BondIteratorTraits bit(atom_a);
TEST_EQUAL(bit.isRBegin(), false)
bit.toRBegin();
TEST_EQUAL(bit.isRBegin(), true)
RESULT
CHECK(void toREnd() throw())
Atom::BondIteratorTraits bit(atom_a);
bit.toREnd();
TEST_EQUAL(bit.getPosition(), -1)
RESULT
CHECK(bool isREnd() const throw())
Atom::BondIteratorTraits bit(atom_a);
TEST_EQUAL(bit.isREnd(), false)
bit.toREnd();
TEST_EQUAL(bit.isREnd(), true)
RESULT
CHECK(void backward() throw())
Atom::BondIteratorTraits bit(atom_a);
bit.backward();
TEST_EQUAL(bit.getPosition(), -1)
RESULT
CHECK(void backward(Distance distance) throw())
Atom::BondIteratorTraits bit(atom_a);
bit.toEnd();
bit.backward(2);
TEST_EQUAL(bit.getPosition(), 0)
RESULT
CHECK(void forward(Distance distance) throw())
Atom::BondIteratorTraits bit(atom_a);
bit.forward(2);
TEST_EQUAL(bit.getPosition(), 2)
RESULT
CHECK(Bond& getData(Index index) throw())
Atom::BondIteratorTraits bit(atom_a);
TEST_EQUAL(&bit.getData(0), bond_a_b1)
TEST_EQUAL(&bit.getData(1), bond_a_b2)
RESULT
CHECK(const Bond& getData(Index index) const throw())
Atom::BondIteratorTraits bit(atom_a);
TEST_EQUAL((&bit.getData(0) == &bond_a_b1_const_ref), true)
TEST_EQUAL((&bit.getData(1) == &bond_a_b2_const_ref), true)
RESULT
/////////////////////////////////////////////////////////////
/////////////////////////////////////////////////////////////
END_TEST
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