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// -*- Mode: C++; tab-width: 2; -*-
// vi: set ts=2:
//
#include <BALL/CONCEPT/classTest.h>
///////////////////////////
#include <BALL/CONCEPT/enumerator.h>
#include <BALL/DATATYPE/string.h>
///////////////////////////
void char_assign(char& c1, const char& c2)
{
c1 = c2;
}
START_TEST(Enumerator)
/////////////////////////////////////////////////////////////
/////////////////////////////////////////////////////////////
using namespace BALL;
Enumerator<string, string::iterator, char>* enumerator_ptr;
CHECK(Enumerator())
enumerator_ptr = new Enumerator<string, string::iterator, char>;
TEST_NOT_EQUAL(enumerator_ptr, 0);
RESULT
CHECK(~Enumerator())
delete enumerator_ptr;
RESULT
String s;
CHECK(Size countVariants())
Enumerator<String, String::iterator, char> enumerator(s, char_assign);
TEST_EQUAL(enumerator.countVariants(), 1);
RESULT
s = "12345";
Enumerator<String, String::iterator, char> enumerator(s, char_assign);
CHECK(void addVariants(const SiteIterator& it, const VariantVector& variants))
vector<char> variants;
variants.push_back('0');
variants.push_back('1');
variants.push_back('2');
variants.push_back('3');
variants.push_back('4');
variants.push_back('5');
variants.push_back('6');
variants.push_back('7');
variants.push_back('8');
variants.push_back('9');
String::iterator it = s.begin();
TEST_EQUAL(enumerator.countVariants(), 1)
enumerator.addVariants(it, variants);
TEST_EQUAL(enumerator.countVariants(), 10)
it++;
enumerator.addVariants(it, variants);
TEST_EQUAL(enumerator.countVariants(), 100)
it++;
enumerator.addVariants(it, variants);
TEST_EQUAL(enumerator.countVariants(), 1000)
it++;
enumerator.addVariants(it, variants);
TEST_EQUAL(enumerator.countVariants(), 10000)
it++;
enumerator.addVariants(it, variants);
TEST_EQUAL(enumerator.countVariants(), 100000)
RESULT
CHECK(void createCombination(const Position index))
for (Position i = 0; i < enumerator.countVariants(); i++)
{
enumerator.createCombination(i);
String p = s;
p.reverse();
TEST_EQUAL(p.toUnsignedInt(), i)
}
RESULT
CHECK(void createCombination(const EnumeratorIndex& index))
for (Position i = 0; i < enumerator.countVariants(); i++)
{
enumerator.createCombination(i);
String p = s;
p.reverse();
TEST_EQUAL(p.toUnsignedInt(), i)
}
RESULT
CHECK(void deleteVariants(const SiteIterator& it, const VariantVector& variants))
vector<char> variants;
variants.push_back('0');
variants.push_back('1');
variants.push_back('2');
variants.push_back('3');
variants.push_back('4');
variants.push_back('5');
variants.push_back('6');
variants.push_back('7');
variants.push_back('8');
variants.push_back('9');
enumerator.deleteVariants(s.begin(), variants);
TEST_EQUAL(enumerator.countVariants(), 10000)
s[0] = 'X';
for (Position i = 0; i < enumerator.countVariants(); i++)
{
enumerator.createCombination(i);
TEST_EQUAL(s[0], 'X')
String p = s(1);
p.reverse();
TEST_EQUAL(p.toUnsignedInt(), i)
}
RESULT
CHECK(Iterator begin())
Enumerator<String, String::iterator, char>::Iterator it = enumerator.begin();
TEST_EQUAL(it.isValid(), true)
RESULT
CHECK(Iterator end())
Size counter = 0;
Enumerator<String, String::iterator, char>::Iterator it = enumerator.begin();
for ( ; it != enumerator.end(); ++it, counter++) ; // just count
TEST_EQUAL(enumerator.countVariants(), 10000);
TEST_EQUAL(counter, 10000)
RESULT
CHECK(ConstIterator begin() const )
Enumerator<String, String::iterator, char>& c_enumerator(enumerator);
Enumerator<String, String::iterator, char>::ConstIterator it = c_enumerator.begin();
TEST_EQUAL(it.isValid(), true)
RESULT
CHECK(ConstIterator end() const )
Size counter = 0;
Enumerator<String, String::iterator, char>& c_enumerator(enumerator);
Enumerator<String, String::iterator, char>::ConstIterator it = c_enumerator.begin();
for ( ; it != c_enumerator.end(); ++it, counter++) ; // just count
TEST_EQUAL(counter, 10000)
RESULT
CHECK([EXTRA] Enumerator iteration)
Size counter = 0;
Enumerator<String, String::iterator, char>::Iterator it = enumerator.begin();
for ( ; it != enumerator.end(); ++it, counter++)
{
String p = (*it)(1);
p.reverse();
TEST_EQUAL(p.toUnsignedInt(), counter)
}
RESULT
CHECK(Container& getCurrent())
// ???
RESULT
CHECK(Enumerator(Container& container))
// ???
RESULT
CHECK(Enumerator(Container& container, MutatorFunction mutator))
// ???
RESULT
/////////////////////////////////////////////////////////////
/////////////////////////////////////////////////////////////
END_TEST
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