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// -*- Mode: C++; tab-width: 2; -*-
// vi: set ts=2:
//
#include <BALL/CONCEPT/classTest.h>
///////////////////////////
#include <BALL/KERNEL/global.h>
#include <BALL/KERNEL/chain.h>
///////////////////////////
START_TEST(GlobalKernel)
/////////////////////////////////////////////////////////////
/////////////////////////////////////////////////////////////
using namespace BALL;
CHECK("cloneBonds")
Chain c1, c2;
Residue r11, r21, r12, r22;
c1.insert(r11);
c1.insert(r12);
c2.insert(r21);
c2.insert(r22);
PDBAtom a111, a112, a121, a122, a211, a212, a221, a222;
r11.insert(a111);
r11.insert(a112);
r12.insert(a121);
r12.insert(a122);
r21.insert(a211);
r21.insert(a212);
r22.insert(a221);
r22.insert(a222);
a111.createBond(a112);
a111.getBond(0)->setName("1.");
a111.getBond(0)->setOrder(Bond::ORDER__QUADRUPLE);
a111.getBond(0)->setType(Bond::TYPE__DISULPHIDE_BRIDGE);
a111.createBond(a121);
a111.getBond(1)->setName("2.");
a111.getBond(1)->setOrder(Bond::ORDER__AROMATIC);
a111.getBond(1)->setType(Bond::TYPE__PEPTIDE);
a112.createBond(a121);
a112.getBond(1)->setName("3.");
a112.getBond(1)->setOrder(Bond::ORDER__TRIPLE);
a112.getBond(1)->setType(Bond::TYPE__HYDROGEN);
cloneBonds(c1, c2);
TEST_EQUAL(a211.countBonds(), 2)
TEST_EQUAL(a211.isBoundTo(a212), true)
TEST_EQUAL(a211.getBond(0)->getName(), "1.")
TEST_EQUAL(a211.getBond(0)->getOrder(), Bond::ORDER__QUADRUPLE)
TEST_EQUAL(a211.getBond(0)->getType(), Bond::TYPE__DISULPHIDE_BRIDGE)
TEST_EQUAL(*a211.getBond(0)->getFirstAtom() < *a211.getBond(0)->getSecondAtom(), true)
TEST_EQUAL(a211.isBoundTo(a221), true)
TEST_EQUAL(a211.getBond(1)->getName(), "2.")
TEST_EQUAL(a211.getBond(1)->getOrder(), Bond::ORDER__AROMATIC)
TEST_EQUAL(a211.getBond(1)->getType(), Bond::TYPE__PEPTIDE)
TEST_EQUAL(*a211.getBond(1)->getFirstAtom() < *a211.getBond(1)->getSecondAtom(), true )
TEST_NOT_EQUAL(a212.getBond(1), 0)
TEST_EQUAL(a212.getBond(1)->getName(), "3.")
TEST_EQUAL(a212.getBond(1)->getOrder(), Bond::ORDER__TRIPLE)
TEST_EQUAL(a212.getBond(1)->getType(), Bond::TYPE__HYDROGEN)
TEST_EQUAL(*a211.getBond(1)->getFirstAtom() < *a212.getBond(1)->getSecondAtom(), true)
TEST_EQUAL(a222.countBonds(), 0)
RESULT
/////////////////////////////////////////////////////////////
/////////////////////////////////////////////////////////////
END_TEST
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