void Tunnel::stop()
{
auto d = Tunnel::_instance->d_func();
auto stopDispatcherFunc =
[](TunnelPrivate::DispatcherMap::value_type& pair)
{
winfo("Stopping the " + pair.second->name() + " dispatcher...");
assert(pair.second);
pair.second->stop();
winfo("Stopped the " + pair.second->name() + " dispatcher.");
};
auto stopReceiverFunc =
[](TunnelPrivate::ReceiverMap::value_type& pair)
{
winfo("Stopping the " + pair.second->name() + " receiver...");
assert(pair.second);
pair.second->stop();
winfo("Stopped the " + pair.second->name() + " receiver.");
};
wdebug("Stopping the Tunnel...");
for_each(begin(d->receivers), end(d->receivers), stopReceiverFunc);
for_each(begin(d->dispatchers), end(d->dispatchers), stopDispatcherFunc);
instance()->emitEvent(make_shared<Events::Event>(W_EVENT_TUNNEL_STOP));
wdebug("Stopped the Tunnel.");
}
void Tunnel::start()
{
W_SPRV(Tunnel);
auto startDispatcherFunc =
[](std::pair<const string, Tunnel::Dispatcher::Ptr> pair)
{
winfo("Starting the " + pair.second->name() + " dispatcher...");
assert(pair.second);
pair.second->start();
winfo("Started the " + pair.second->name() + " dispatcher.");
};
auto startReceiverFunc =
[](std::pair<const string, Tunnel::Receiver::Ptr> pair)
{
winfo("Starting the " + pair.second->name() + " receiver...");
assert(pair.second);
pair.second->start();
winfo("Started the " + pair.second->name() + " receiver.");
};
wdebug("Starting the Tunnel...");
for_each(begin(d->receivers), end(d->receivers), startReceiverFunc);
for_each(begin(d->dispatchers), end(d->dispatchers), startDispatcherFunc);
auto eventPtr = make_shared<Events::Event>(W_EVENT_TUNNEL_START);
assert(instance()->emitter());
instance()->emitEvent(eventPtr);
wdebug("Started the Tunnel.");
}
int main(int argc, char* argv[])
{
///
/// Command line arguments processing
///
if (argc < 5) {
usage();
return 0;
}
vector<string> prev_trans_directory;
prev_trans_directory.push_back(argv[1]);
string dir_of_project_folder = argv[2];
string libname = argv[3];
vector<string> dlls;
for (int i = 4; i < argc; i++) {
dlls.push_back(argv[i]);
}
///
/// If there are any other directories that contain libraries we've previously translated,
/// pick up all the previously translated things from there
///
LibraryConverterDriver driver;
for_each(prev_trans_directory.begin(), prev_trans_directory.end(), [&driver] (const string &s) { driver.add_converted_info(s);});
///
/// Ok, now specify the list of libraries we want translated
///
for_each(dlls.begin(), dlls.end(), [&driver] (const string &s) { driver.translate_classes_in_library(s); });
///
/// The specifics (output location, etc.)
///
driver.set_output_solution_directory(dir_of_project_folder);
driver.write_solution(false);
driver.use_class_header_locations(true);
driver.write_all_in_single_library(libname);
driver.print_error_report(false);
driver.set_template_files_location (prev_trans_directory[0] + "\\bin");
///
/// Now, do the translation and write out the final project solutoin
///
try {
driver.translate();
} catch (exception &e)
{
cout << "ERROR translating: " << e.what() << endl;
return 100;
}
}
int
main()
{
using boost::phoenix::arg_names::arg1;
using boost::phoenix::construct;
using boost::phoenix::delete_;
using boost::phoenix::new_;
using std::for_each;
using std::vector;
{
vector<X*> v(10);
for_each(v.begin(), v.end(), arg1 = new_<X>());
for_each(v.begin(), v.end(), delete_(arg1));
for_each(v.begin(), v.end(), arg1 = new_<X>(1, 2, 3));
for_each(v.begin(), v.end(), delete_(arg1));
}
{
using boost::shared_ptr;
vector<shared_ptr<X> > v(10);
for_each(v.begin(), v.end(),
arg1 = boost::phoenix::construct<shared_ptr<X> >(new_<X>())
);
}
BOOST_TEST(n == 0);
return boost::report_errors();
}
// adds one CDataFile to another CDataFile
CDataFile& CDataFile::operator+=(const CDataFile& df)
{
for_each
(
df.m_vstrVariableNames.begin(),
df.m_vstrVariableNames.end(),
AddTo(m_vstrVariableNames)
);
for_each
(
df.m_vstrSourceFilenames.begin(),
df.m_vstrSourceFilenames.end(),
AddTo(m_vstrSourceFilenames)
);
for_each
(
df.m_v2dData.begin(),
df.m_v2dData.end(),
AddTo(m_v2dData)
);
for_each
(
df.m_v2dStrData.begin(),
df.m_v2dStrData.end(),
AddTo(m_v2dStrData)
);
return *this;
}
// tell all objects to describe themselves to the console
void Model::describe() const {
for_each(m_sim_objs.begin(), m_sim_objs.end(),
[](const Sim_objs_t::value_type& p){ p.second->describe(); });
for_each(m_groups.begin(), m_groups.end(),
[](const shared_ptr<Group>& p){ p->describe(); });
}
void demo_savem()
{
ofstream out_file("output.txt"); // open a file for output
list<Thing *> thing_ptrs;
// tell each thing to save its data to the out_file stream
for_each(thing_ptrs.begin(), thing_ptrs.end(), Savem(out_file));
// using a lambda
for_each(thing_ptrs.begin(), thing_ptrs.end(),
[&out_file](Thing * ptr){ptr->save(out_file);} );
}
bool KEY6Parser::parseSlideList(const unsigned id)
{
const ObjectMessage msg(*this, id, KEY6ObjectType::SlideList);
if (!msg)
return false;
const deque<unsigned> &slideListRefs = readRefs(get(msg), 1);
for_each(slideListRefs.begin(), slideListRefs.end(), bind(&KEY6Parser::parseSlideList, this, _1));
const deque<unsigned> &slideRefs = readRefs(get(msg), 2);
for_each(slideRefs.begin(), slideRefs.end(), bind(&KEY6Parser::parseSlide, this, _1, false));
return true;
}
void LocationMap::initTiles() {
bool hi = false;
for_each(tiles.begin(), tiles.end(), [&hi](vector<TileShared>& col) {
for_each(col.begin(), col.end(), [&hi](TileShared& tile) {
// Closures. Neat! hi is fed in as a reference.
tile.reset(new Tile());
hi = !hi;
tile->setDerp(hi);
} );
} );
}
END_EASYSIZE_MAP
/////////////////////////////////////////////////////////////////////////////
BOOL CMainDialog::OnInitDialog()
{
CDialog::OnInitDialog();
//////////////////////////////////////////////////////////////////////////
CMenu *pSysMenu = GetSystemMenu(FALSE);
if (pSysMenu != NULL) {
CString strAboutMenu;
strAboutMenu.LoadString(IDS_ABOUTBOX);
if (!strAboutMenu.IsEmpty()) {
pSysMenu->AppendMenu(MF_SEPARATOR);
pSysMenu->AppendMenu(MF_STRING, IDM_ABOUTBOX, strAboutMenu);
}
}
//////////////////////////////////////////////////////////////////////////
SetIcon(m_hIcon, TRUE);
SetIcon(m_hIcon, FALSE);
//////////////////////////////////////////////////////////////////////////
GetWindowRect(&m_rtMinSize);
INIT_EASYSIZE;
InitControl();
GetImageSize(m_dwWidth, m_dwHeight);
m_dwFrameStart = 0;
m_dwFrameFinish= 0;
for_each(nIDGroupPlay, nIDGroupPlay + ItemCount(nIDGroupPlay), bind1st(EnableWnd<FALSE>(), this));
//////////////////////////////////////////////////////////////////////////
if (PathFileExists(m_szSrcFilePath)) {
SetTimer(0, 1000 / GetDlgItemInt(IDC_EDT_FPS, NULL, FALSE), NULL);
SetDlgItemText(IDC_EDT_SRC_PATH, m_szSrcFilePath);
for_each(nIDGroupPlay, nIDGroupPlay + ItemCount(nIDGroupPlay), bind1st(EnableWnd<TRUE>(), this));
m_fileSrc.Create(m_szSrcFilePath, GENERIC_READ, FILE_SHARE_READ, OPEN_EXISTING);
m_fileSrc.GetSize(m_dwFileLength);
Update(TRUE);
}
Update(FALSE);
return TRUE;
}
void biggies(vector<string> & words, vector<string>::size_type sz) {
elimDups(words);
auto iter = stable_partition(words.begin( ), words.end( ), [sz](const string & s) {return sz > s.size( ); });
for_each(iter, words.end( ), [ ](const string & s) {cout << s << ' '; });
cout << endl;
}
void biggies(vector<string> &words, vector<string>::size_type sz)
{
elimDups(words); // put words in alphabetical order and remove duplicates
// resort by length, maintaining alphabetical order among words of the same
// length
stable_sort(words.begin(), words.end(),
[](const string &s1, const string &s2)
{
return s1.size() < s2.size();
});
// get an iterator to the first element whose size() is >= sz
auto wc = find_if(words.begin(), words.end(),
[sz] (const string &s) {
return s.size() >= sz;
});
// compute the number of elements with size >= sz
auto count = words.end() - wc;
cout << count << " " << make_plural(count, "word", "s")
<< " of length " << sz << " or longer" << endl;
// print words of the given size or longer, each one followed by space
for_each(wc, words.end(),
[] (const string &s) {
cout << s << " ";
});
cout << endl;
}
void PlayListWidget::sort(const QStringList &list)
{
static QString first;
static QString second;
static QStringList tmp;
static auto comp = [](QString::value_type it) {return it.isDigit();};
for_each(list.begin(), list.end(), [&](const QStringList::value_type & item) {
second.clear();
tmp = item.split("$$");
first = tmp[0];
auto digit_begin = find_if(first.begin(), first.end(), comp);
auto digit_end = find_if_not(digit_begin, first.end(), comp);
std::copy(digit_begin, digit_end, std::back_inserter(second));
play_list.append(list_map {std::make_tuple<QString, QString, QString>(
QString("%1").arg(second.toInt(), 10, 10, QChar('0')),
std::move(first),
std::move(tmp[1]))
});
});
std::sort(play_list.begin(), play_list.end(),
[](list_map::const_iterator::value_type lvalue,
list_map::const_iterator::value_type rvalue) {
return std::get<0>(lvalue) < std::get<0>(rvalue);
});
}
void Model::update()
{
++time;
for_each(object_container.begin(), object_container.end(),
bind(&Sim_object::update,
bind(& map<string, shared_ptr<Sim_object> >::value_type::second, _1)));
}
// returns the number of ints greater than criterion
int get_count_over_criterion()
{
count = 0;
for_each(ints.begin(), ints.end(),
[this](int i) {if (i > criterion) count++;} );
return count;
}
void Model::attach(shared_ptr<View> view)
{
view_container.insert(view);
for_each(object_container.begin(), object_container.end(),
bind(&Sim_object::broadcast_current_state,
bind(& map<string, shared_ptr<Sim_object> >::value_type::second, _1)));
}
string join(vector<string>& s, string sep="") {
string joined="";
if (! s.size()) return joined;
for_each(s.begin(), s.end()-1, [&joined, sep](string tojoin) {joined+=tojoin + sep;});
joined+=s.back();
return joined;
}
int main(int argc, char* argv[])
{
///
/// Start up ROOT
///
int nargs = 2;
char *myargv[2];
myargv[0] = "ROOT.NET Library Converter.exe";
myargv[1] = "-b";
TApplication *app = new TApplication ("ROOT.NET Library Converter", &nargs, myargv);
//
// Get all headers...
//
auto &headers = ROOTHelpers::GetAllHeaders();
///
/// Now, for each header, try it out. When we are done we'll have a list of bad ones! :-)
///
set<string> bad_headers = for_each(headers.begin(), headers.end(), find_bad_headers()).Headers();
///
/// Finally, write these bad boys out!
///
ofstream bad_header_list ("bad_headers.txt");
copy (bad_headers.begin(), bad_headers.end(), ostream_iterator<string>(bad_header_list, "\n"));
bad_header_list.close();
/// Done!
return 0;
}
void GraphicsSystem::executeGraphicsSystem(RLMachine& machine) {
// Check to see if any of the graphics objects are reporting that
// they want to force a redraw
for_each(foregroundObjects().allocated_begin(),
foregroundObjects().allocated_end(),
[&](GraphicsObject& obj) { obj.execute(machine); });
if (mouse_cursor_)
mouse_cursor_->execute(system());
if (hik_renderer_ && background_type_ == BACKGROUND_HIK)
hik_renderer_->execute(machine);
// Possibly update the screen shaking state
if (!screen_shake_queue_.empty()) {
unsigned int now = system().event().getTicks();
unsigned int accumulated_ticks = now - time_at_last_queue_change_;
while (!screen_shake_queue_.empty() &&
accumulated_ticks > screen_shake_queue_.front().second) {
int frame_ticks = screen_shake_queue_.front().second;
accumulated_ticks -= frame_ticks;
time_at_last_queue_change_ += frame_ticks;
screen_shake_queue_.pop();
forceRefresh();
}
}
}
bool KEY6Parser::parsePresentation(const unsigned id)
{
const ObjectMessage msg(*this, id, KEY6ObjectType::Presentation);
if (!msg)
return false;
m_collector.startDocument();
const optional<IWAMessage> size = get(msg).message(4).optional();
if (size && get(size).float_(1) && get(size).float_(2))
m_collector.collectPresentationSize(IWORKSize(get(size).float_(1).get(), get(size).float_(2).get()));
m_collector.startSlides();
bool success = true;
if (get(msg).message(3))
{
optional<unsigned> slideListRef;
slideListRef = readRef(get(msg).message(3).get(), 1);
if (slideListRef)
{
success = parseSlideList(get(slideListRef));
}
else
{
const deque<unsigned> &slideListRefs = readRefs(get(get(msg).message(3)), 2);
for_each(slideListRefs.begin(), slideListRefs.end(), bind(&KEY6Parser::parseSlideList, this, _1));
}
}
m_collector.endSlides();
m_collector.sendSlides(m_slides);
m_collector.endDocument();
return success;
}
/// Converts to lowercase.
string StringManip::toLowerCase(const string &str)
{
string tmp = str;
for_each(tmp.begin(), tmp.end(), ToLower());
return tmp;
}
void logstream::flushStreams()
{
using std::for_each;
// free all pointers in streams recursively
std::auto_ptr<StreamMap> tmp(new StreamMap);
tmp->swap(*streams);
for_each(tmp->begin(), tmp->end(), deleter<StreamMapKey,logstream>());
}
void
SingleLinkedList::cleanUp(){
for_each( processedEvents->begin(),
processedEvents->end(),
DeleteEvent() );
processedEvents->resize(0);
}
void Model::attach_view(View_ptr_t view_ptr)
{
views.insert(view_ptr);
// add bind
for_each(boards.begin(), boards.end(),
bind(&Board::broadcast_state,
bind(&Board_map_t::value_type::second, _1)));
}
SpikingConnection::SpikingConnection(int S, int T, synapse_vec synapses, bool stdp_enabled)
: s(S), t(T), synapses(synapses), stdp_enabled(stdp_enabled)
{
// compute average
float w_sum = 0;
for_each(synapses.begin(), synapses.end(), [&](SpikingSynapse *syn) { w_sum += syn->w; });
target_w_avg = w_sum/synapses.size(); // target average calculated from initial conditions
}
void biggies( vector<string> &words, vector<string>::size_type sz ) {
elimDups(words);
stable_sort(words.begin(), words.end(), ShorterString());
auto wc = find_if(words.begin(), words.end(), BiggerEqual(sz));
auto count = words.end() - wc;
cout << count << " " << make_plural(count, "word", "s") << " of length " << sz << " or longer" << endl;
for_each(wc, words.end(), Print());
cout << endl;
}
void biggies_bind(vector<string> &words, vector<string>::size_type sz) {
elimDups(words);
stable_sort(words.begin(), words.end(), [] (const string &s1, const string &s2) { return s1.size() < s2.size(); });
auto wc = find_if(words.begin(), words.end(), bind(check_size, _1, sz));
auto count = words.end() - wc;
cout << count << ' ' << make_plural(count, "word", "s") << " of length " << sz << " or longer" << endl;
for_each(wc, words.end(), [] (const string &s) { cout << s << ' '; });
cout << endl;
}
void Group::describe()
{
cout << "Group " << name << ": " << endl;
cout << " size is " << members.size() << endl;
for_each(members.begin(), members.end(), [](const shared_ptr<Unit> member_ptr)
{
cout << " " << member_ptr->get_name() << endl;
});
}
// ex 10.18 : using partition instead of find_if
// ex 10.19 : using stable_partition instead of partition
void biggies_ptn(vector<string> &words, vector<string>::size_type sz) {
elimDups(words);
stable_sort(words.begin(), words.end(), [] (const string &s1, const string &s2) { return s1.size() < s2.size(); });
auto wc = stable_partition(words.begin(), words.end(), [sz] (const string &s) { return s.size() >= sz; });
auto count = wc - words.begin();
cout << count << ' ' << make_plural(count, "word", "s") << " of length " << sz << " or longer" << endl;
for_each(words.begin(), wc, [] (const string &s) { cout << s << ' '; });
cout << endl;
}
KEYSlidePtr_t KEY6Parser::parseSlide(const unsigned id, const bool master)
{
const ObjectMessage msg(*this, id, KEY6ObjectType::Slide);
if (!msg)
return KEYSlidePtr_t();
const optional<unsigned> &masterRef = readRef(get(msg), 17);
KEYSlidePtr_t masterSlide;
if (!master && masterRef)
{
if (m_masterSlides.find(get(masterRef))!=m_masterSlides.end())
masterSlide=m_masterSlides.find(get(masterRef))->second;
else
masterSlide=parseSlide(get(masterRef), true);
}
m_collector.startPage();
m_collector.startLayer();
IWORKStylePtr_t style;
const optional<unsigned> &styleRef = readRef(get(msg), 1);
if (styleRef)
style = querySlideStyle(get(styleRef));
m_collector.setSlideStyle(style);
if (!master)
{
const optional<unsigned> &titlePlaceholderRef = readRef(get(msg), 5);
if (titlePlaceholderRef)
parsePlaceholder(get(titlePlaceholderRef));
const optional<unsigned> &bodyPlaceholderRef = readRef(get(msg), 6);
if (bodyPlaceholderRef)
parsePlaceholder(get(bodyPlaceholderRef));
}
const deque<unsigned> &shapeRefs = readRefs(get(msg), 7);
for_each(shapeRefs.begin(), shapeRefs.end(), bind(&KEY6Parser::dispatchShape, this, _1));
const optional<unsigned> ¬esRef = readRef(get(msg), 27);
if (notesRef)
parseNotes(get(notesRef));
const KEYLayerPtr_t layer = m_collector.collectLayer();
m_collector.endLayer();
m_collector.insertLayer(layer);
KEYSlidePtr_t slide=m_collector.collectSlide();
m_collector.endPage();
if (slide)
{
slide->m_masterSlide=masterSlide;
if (!master)
m_slides.push_back(slide);
else
m_masterSlides[id]=slide;
}
return slide;
}
