void aphexContentAscii(aphexWin *win)
{
char line[APHEX_WIN_ASCII_WIDTH] = { ' ' };
unsigned long offset = 0;
for (unsigned long i=0; i<win->height; i++) {
for (unsigned long j=0; j<8; j++) {
offset = i*16 + j + 16*buf.shiftOffset;
if (offset > buf.memsize-1) {
snprintf(&(line[j]), 2, " ");
} else {
snprintf(&(line[j]), 2, "%c", c2a(buf.mem[offset]));
}
}
strncpy(&(line[8]), " ", 1);
for (unsigned long j=0; j<8; j++) {
offset = i*16 + j + 8 + 16*buf.shiftOffset;
if ((i*16+j + 8 + buf.shiftOffset*16) > buf.memsize-1) {
snprintf(&(line[j+8+1]), 2, " ");
} else {
snprintf(&(line[j+8+1]), 2, "%c", c2a(buf.mem[offset]));
}
}
strncpy(&(win->c[i*win->width]), line, win->width);
}
aphexWinToWin(&winBase, &winAscii);
}
int main(int argc, char ** argv)
{
ISvcLocator *svc = NULL;
std::cout << "Looking for classes..." << std::endl;
std::auto_ptr<MyInterface> c1a( AlgFactory_t::create("Class1", "c1a", svc) );
std::auto_ptr<MyInterface> c2a( AlgFactory_t::create("Class2", "c2a", svc) );
call(c1a.get());
call(c2a.get());
std::cout << "Looking for IDs..." << std::endl;
std::auto_ptr<MyInterface> c1b( AlgFactory_t::create("1", "c1b", svc) );
std::auto_ptr<MyInterface> c2b( AlgFactory_t::create("2", "c2b", svc) );
call(c1b.get());
call(c2b.get());
try {
AlgFactory_t::create("3", "c1b", svc);
} catch (Gaudi::PluginService::Exception &e) {
std::cout << "PluginService::Exception -> " << e.what() << std::endl;
}
std::cout << "Done!" << std::endl;
}
void test_bytevec()
{
// TODO: check the number of reallocations
bytevec c1;
check(c1.begin() == NULL);
check(c1.empty());
check(c1._isunique());
check(c1.size() == 0);
check(c1.capacity() == 0);
bytevec c2("ABC", 3);
check(!c2.empty());
check(c2.size() == 3);
check(c2.capacity() == 3);
check(c1._isunique());
check(c2._isunique());
c1 = c2;
check(!c2._isunique());
check(!c1._isunique());
c2.clear();
check(c1._isunique());
check(c2._isunique());
check(c2.empty());
check(!c1.empty());
check(c1.size() == 3);
c1 = c1;
c2 = c1;
check(!c2._isunique());
check(!c1._isunique());
*c2.atw(0) = 'a';
check(c2._isunique());
check(c1._isunique());
check(c2.data()[0] == 'a');
check(c1.data()[0] == 'A');
*c2.atw(0) = 'A';
check(c2.data()[0] == 'A');
bytevec c2a("", 0);
check(c2a.begin() == NULL);
check(c2a.empty());
check(c2a.size() == 0);
check(c2a.capacity() == 0);
bytevec c3("DEFG", 4);
c1.insert(3, c3);
check(c1._isunique());
check(c1.size() == 7);
check(c1.capacity() > 7);
check(memcmp(c1.data(), "ABCDEFG", 7) == 0);
bytevec c4 = c1;
check(!c1._isunique());
c1.insert(3, "ab", 2);
check(c1._isunique());
check(c1.size() == 9);
check(c1.capacity() == 9);
check(memcmp(c1.data(), "ABCabDEFG", 9) == 0);
c1.insert(0, "@", 1);
check(c1._isunique());
check(c1.size() == 10);
check(memcmp(c1.data(), "@ABCabDEFG", 10) == 0);
c1.insert(10, "0123456789", 10);
check(c1.size() == 20);
check(memcmp(c1.data(), "@ABCabDEFG0123456789", 20) == 0);
c2.append(c2);
check(memcmp(c2.data(), "ABCABC", 6) == 0);
check(c2.size() == 6);
c2.append("abcd", 4);
check(c2.size() == 10);
check(memcmp(c2.data(), "ABCABCabcd", 10) == 0);
c4 = c2;
check(!c2._isunique());
c2.append(c3);
check(c2._isunique());
check(c2.size() == 14);
check(memcmp(c2.data(), "ABCABCabcdDEFG", 14) == 0);
c1.erase(4, 2);
check(memcmp(c1.data(), "@ABCDEFG0123456789", 18) == 0);
c4 = c1;
c1.erase(8, 5);
check(c1.size() == 13);
check(memcmp(c1.data(), "@ABCDEFG56789", 13) == 0);
c1.erase(8, 5);
check(c1.size() == 8);
check(memcmp(c1.data(), "@ABCDEFG", 8) == 0);
c1.pop(2);
check(c1.size() == 6);
check(memcmp(c1.data(), "@ABCDE", 6) == 0);
c1.pop(2);
check(c1.size() == 4);
c1.pop(4);
check(c1.empty());
c1.append("@AB", 3);
check(c1.size() == 3);
check(memcmp(c1.data(), "@AB", 3) == 0);
c1.resize(6, '!');
check(c1.size() == 6);
check(memcmp(c1.data(), "@AB!!!", 3) == 0);
c1.resize(0);
check(c1.empty());
check(c1.begin() == NULL);
}
