// Remember.cc for Fluxbox Window Manager // Copyright (c) 2003 - 2006 Henrik Kinnunen (fluxgen at fluxbox dot org) // and Simon Bowden (rathnor at users.sourceforge.net) // Copyright (c) 2002 Xavier Brouckaert // // Permission is hereby granted, free of charge, to any person obtaining a // copy of this software and associated documentation files (the "Software"), // to deal in the Software without restriction, including without limitation // the rights to use, copy, modify, merge, publish, distribute, sublicense, // and/or sell copies of the Software, and to permit persons to whom the // Software is furnished to do so, subject to the following conditions: // // The above copyright notice and this permission notice shall be included in // all copies or substantial portions of the Software. // // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR // IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, // FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL // THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER // LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING // FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER // DEALINGS IN THE SOFTWARE. // $Id$ #include "Remember.hh" #include "ClientPattern.hh" #include "Screen.hh" #include "Window.hh" #include "WinClient.hh" #include "FbMenu.hh" #include "FbCommands.hh" #include "fluxbox.hh" #include "WindowCmd.hh" #include "Layer.hh" #include "FbTk/I18n.hh" #include "FbTk/StringUtil.hh" #include "FbTk/FileUtil.hh" #include "FbTk/MenuItem.hh" #include "FbTk/App.hh" #include "FbTk/stringstream.hh" #include "FbTk/Transparent.hh" #include <X11/Xlib.h> #ifdef HAVE_CSTRING #include <cstring> #else #include <string.h> #endif //use GNU extensions #ifndef _GNU_SOURCE #define _GNU_SOURCE #endif // _GNU_SOURCE #include <iostream> #include <fstream> #include <string> #include <memory> #include <set> using std::cerr; using std::endl; using std::string; using std::list; using std::set; using std::make_pair; using std::ifstream; using std::ofstream; using std::hex; using std::dec; namespace { // replace special chars like ( ) and [ ] with \( \) and \[ \] static string escapeRememberChars(string str) { if (str.empty()) return str; str = FbTk::StringUtil::replaceString(str, "(", "\\("); str = FbTk::StringUtil::replaceString(str, ")", "\\)"); str = FbTk::StringUtil::replaceString(str, "[", "\\["); str = FbTk::StringUtil::replaceString(str, "]", "\\]"); return str; } bool getuint(const char *val, unsigned int &ret) { return (sscanf(val, "%u", &ret) == 1); } class RememberMenuItem : public FbTk::MenuItem { public: RememberMenuItem(const FbTk::FbString &label, Remember::Attribute attrib) : FbTk::MenuItem(label), m_attrib(attrib) { setToggleItem(true); setCloseOnClick(false); } bool isSelected() const { if (WindowCmd<void>::window() == 0) return false; if (WindowCmd<void>::window()->numClients()) // ensure it HAS clients return Remember::instance().isRemembered(WindowCmd<void>::window()->winClient(), m_attrib); else return false; } bool isEnabled() const { if (WindowCmd<void>::window() == 0) return false; if (m_attrib != Remember::REM_JUMPWORKSPACE) return true; else if (WindowCmd<void>::window()->numClients()) return (Remember::instance().isRemembered(WindowCmd<void>::window()->winClient(), Remember::REM_WORKSPACE)); else return false; } void click(int button, int time, unsigned int mods) { // reconfigure only does stuff if the apps file has changed Remember::instance().reconfigure(); if (WindowCmd<void>::window() != 0) { if (isSelected()) { Remember::instance().forgetAttrib(WindowCmd<void>::window()->winClient(), m_attrib); } else { Remember::instance().rememberAttrib(WindowCmd<void>::window()->winClient(), m_attrib); } } Remember::instance().save(); FbTk::MenuItem::click(button, time, mods); } private: Remember::Attribute m_attrib; }; FbTk::Menu *createRememberMenu(BScreen &screen) { // each fluxboxwindow has its own windowmenu // so we also create a remember menu just for it... FbTk::Menu *menu = screen.createMenu("Remember"); // if enabled, then we want this to be a unavailable menu /* if (!enabled) { FbTk::MenuItem *item = new FbTk::MenuItem("unavailable"); item->setEnabled(false); menu->insert(item); menu->updateMenu(); return menu; } */ _FB_USES_NLS; menu->insert(new RememberMenuItem(_FB_XTEXT(Remember, Workspace, "Workspace", "Remember Workspace"), Remember::REM_WORKSPACE)); menu->insert(new RememberMenuItem(_FB_XTEXT(Remember, JumpToWorkspace, "Jump to workspace", "Change active workspace to remembered one on open"), Remember::REM_JUMPWORKSPACE)); menu->insert(new RememberMenuItem(_FB_XTEXT(Remember, Head, "Head", "Remember Head"), Remember::REM_HEAD)); menu->insert(new RememberMenuItem(_FB_XTEXT(Remember, Dimensions, "Dimensions", "Remember Dimensions - with width and height"), Remember::REM_DIMENSIONS)); menu->insert(new RememberMenuItem(_FB_XTEXT(Remember, Position, "Position", "Remember position - window co-ordinates"), Remember::REM_POSITION)); menu->insert(new RememberMenuItem(_FB_XTEXT(Remember, Sticky, "Sticky", "Remember Sticky"), Remember::REM_STUCKSTATE)); menu->insert(new RememberMenuItem(_FB_XTEXT(Remember, Decorations, "Decorations", "Remember window decorations"), Remember::REM_DECOSTATE)); menu->insert(new RememberMenuItem(_FB_XTEXT(Remember, Shaded, "Shaded", "Remember shaded"), Remember::REM_SHADEDSTATE)); menu->insert(new RememberMenuItem(_FB_XTEXT(Remember, Minimized, "Minimized", "Remember minimized"), Remember::REM_MINIMIZEDSTATE)); menu->insert(new RememberMenuItem(_FB_XTEXT(Remember, Maximized, "Maximized", "Remember maximized"), Remember::REM_MAXIMIZEDSTATE)); menu->insert(new RememberMenuItem(_FB_XTEXT(Remember, Fullscreen, "Fullscreen", "Remember fullscreen"), Remember::REM_FULLSCREENSTATE)); if (FbTk::Transparent::haveComposite() || FbTk::Transparent::haveRender()) menu->insert(new RememberMenuItem(_FB_XTEXT(Remember, Alpha, "Transparency", "Remember window tranparency settings"), Remember::REM_ALPHA)); menu->insert(new RememberMenuItem(_FB_XTEXT(Remember, Layer, "Layer", "Remember Layer"), Remember::REM_LAYER)); menu->insert(new RememberMenuItem(_FB_XTEXT(Remember, SaveOnClose, "Save on close", "Save remembered attributes on close"), Remember::REM_SAVEONCLOSE)); menu->updateMenu(); return menu; }; // offset is the offset in the string that we start looking from // return true if all ok, false on error bool handleStartupItem(const string &line, int offset) { int next = 0; string str; unsigned int screen = Fluxbox::instance()->keyScreen()->screenNumber(); // accept some options, for now only "screen=NN" // these option are given in parentheses before the command next = FbTk::StringUtil::getStringBetween(str, line.c_str() + offset, '(', ')'); if (next > 0) { // there are some options string option; int pos = str.find('='); bool error = false; if (pos > 0) { option = str.substr(0, pos); if (strcasecmp(option.c_str(), "screen") == 0) { error = !getuint(str.c_str() + pos + 1, screen); } else { error = true; } } else { error = true; } if (error) { cerr<<"Error parsing startup options."<<endl; return false; } } else { next = 0; } next = FbTk::StringUtil::getStringBetween(str, line.c_str() + offset + next, '{', '}'); if (next <= 0) { cerr<<"Error parsing [startup] at column "<<offset<<" - expecting {command}."<<endl; return false; } // don't run command if fluxbox is restarting if (Fluxbox::instance()->findScreen(screen)->isRestart()) // the line was successfully read; we just didn't use it return true; FbCommands::ExecuteCmd *tmp_exec_cmd = new FbCommands::ExecuteCmd(str, screen); #ifdef DEBUG cerr<<"Executing startup command '"<<str<<"' on screen "<<screen<<endl; #endif // DEBUG tmp_exec_cmd->execute(); delete tmp_exec_cmd; return true; }; }; // end anonymous namespace Application::Application(bool grouped, ClientPattern *pat) : is_grouped(grouped), group_pattern(pat) { reset(); } void Application::reset() { decostate_remember = dimensions_remember = focushiddenstate_remember = iconhiddenstate_remember = jumpworkspace_remember = layer_remember = position_remember = shadedstate_remember = stuckstate_remember = tabstate_remember = workspace_remember = head_remember = alpha_remember = minimizedstate_remember = maximizedstate_remember = fullscreenstate_remember = save_on_close_remember = false; } /************ * Remember * ************/ Remember *Remember::s_instance = 0; Remember::Remember(): m_pats(new Patterns()), m_last_timestamp(0) { if (s_instance != 0) throw string("Can not create more than one instance of Remember"); s_instance = this; enableUpdate(); reconfigure(); } Remember::~Remember() { // free our resources // the patterns free the "Application"s // the client mapping shouldn't need cleaning Patterns::iterator it; set<Application *> all_apps; // no duplicates while (!m_pats->empty()) { it = m_pats->begin(); delete it->first; // ClientPattern all_apps.insert(it->second); // Application, not necessarily unique m_pats->erase(it); } set<Application *>::iterator ait = all_apps.begin(); // no duplicates for (; ait != all_apps.end(); ++ait) { delete (*ait); } s_instance = 0; } Application* Remember::find(WinClient &winclient) { // if it is already associated with a application, return that one // otherwise, check it against every pattern that we've got Clients::iterator wc_it = m_clients.find(&winclient); if (wc_it != m_clients.end()) return wc_it->second; else { Patterns::iterator it = m_pats->begin(); for (; it != m_pats->end(); it++) if (it->first->match(winclient)) { it->first->addMatch(); m_clients[&winclient] = it->second; return it->second; } } // oh well, no matches return 0; } Application * Remember::add(WinClient &winclient) { ClientPattern *p = new ClientPattern(); Application *app = new Application(false); // by default, we match against the WMClass of a window (instance and class strings) string win_name = ::escapeRememberChars(p->getProperty(ClientPattern::NAME, winclient)); string win_class = ::escapeRememberChars(p->getProperty(ClientPattern::CLASS, winclient)); string win_role = ::escapeRememberChars(p->getProperty(ClientPattern::ROLE, winclient)); p->addTerm(win_name, ClientPattern::NAME); p->addTerm(win_class, ClientPattern::CLASS); if (!win_role.empty()) p->addTerm(win_role, ClientPattern::ROLE); p->addTerm(winclient.isTransient() ? "yes" : "no", ClientPattern::TRANSIENT); m_clients[&winclient] = app; p->addMatch(); m_pats->push_back(make_pair(p, app)); return app; } int Remember::parseApp(ifstream &file, Application &app, string *first_line) { string line; _FB_USES_NLS; int row = 0; while (! file.eof()) { if (first_line || getline(file, line)) { if (first_line) { line = *first_line; first_line = 0; } row++; FbTk::StringUtil::removeFirstWhitespace(line); FbTk::StringUtil::removeTrailingWhitespace(line); if (line.size() == 0 || line[0] == '#') continue; //the line is commented or blank int parse_pos = 0, err = 0; string str_key, str_option, str_label; err = FbTk::StringUtil::getStringBetween(str_key, line.c_str(), '[', ']'); if (err > 0) { int tmp; tmp= FbTk::StringUtil::getStringBetween(str_option, line.c_str() + err, '(', ')'); if (tmp>0) err += tmp; } if (err > 0 ) { parse_pos += err; err = FbTk::StringUtil::getStringBetween(str_label, line.c_str() + parse_pos, '{', '}'); if (err>0) { parse_pos += err; } } else continue; //read next line bool had_error = false; if (str_key.empty()) continue; //read next line if (strcasecmp(str_key.c_str(), "Workspace") == 0) { unsigned int w; if (getuint(str_label.c_str(), w)) app.rememberWorkspace(w); else had_error = true; } else if (strcasecmp(str_key.c_str(), "Head") == 0) { unsigned int h; if (getuint(str_label.c_str(), h)) app.rememberHead(h); else had_error = true; } else if (strcasecmp(str_key.c_str(), "Layer") == 0) { unsigned int l; if (strcasecmp(str_label.c_str(), "DESKTOP") == 0) { l = Layer::DESKTOP; } else if (strcasecmp(str_label.c_str(), "BOTTOM") == 0) { l = Layer::BOTTOM; } else if (strcasecmp(str_label.c_str(), "NORMAL") == 0) { l = Layer::NORMAL; } else if (strcasecmp(str_label.c_str(), "TOP") == 0) { l = Layer::TOP; } else if (strcasecmp(str_label.c_str(), "DOCK") == 0) { l = Layer::DOCK; } else if (strcasecmp(str_label.c_str(), "ABOVEDOCK") == 0) { l = Layer::ABOVE_DOCK; } else if (strcasecmp(str_label.c_str(), "MENU") == 0) { l = Layer::MENU; } else if (!getuint(str_label.c_str(), l)) { had_error = true; } if (!had_error) app.rememberLayer(l); } else if (strcasecmp(str_key.c_str(), "Dimensions") == 0) { unsigned int h,w; if (sscanf(str_label.c_str(), "%u %u", &w, &h) == 2) app.rememberDimensions(w, h); else had_error = true; } else if (strcasecmp(str_key.c_str(), "Position") == 0) { unsigned int r= 0; unsigned int x= 0; unsigned int y= 0; // more info about the parameter // in ::rememberPosition if ( str_option.length() ) { if (strcasecmp(str_option.c_str(), "UPPERLEFT") == 0) r= POS_UPPERLEFT; else if (strcasecmp(str_option.c_str(), "UPPERRIGHT") == 0) r= POS_UPPERRIGHT; else if (strcasecmp(str_option.c_str(), "LOWERLEFT") == 0) r= POS_LOWERLEFT; else if (strcasecmp(str_option.c_str(), "LOWERRIGHT") == 0) r= POS_LOWERRIGHT; else if (strcasecmp(str_option.c_str(), "CENTER") == 0) r= POS_CENTER; else if (strcasecmp(str_option.c_str(), "WINCENTER") == 0) r= POS_WINCENTER; else if (!getuint(str_option.c_str(), r)) { had_error = 1; } } if (!had_error && sscanf(str_label.c_str(), "%u %u", &x, &y) == 2) app.rememberPosition(x, y, r); else had_error = true; } else if (strcasecmp(str_key.c_str(), "Shaded") == 0) { app.rememberShadedstate((strcasecmp(str_label.c_str(), "yes") == 0)); } else if (strcasecmp(str_key.c_str(), "Tab") == 0) { app.rememberTabstate((strcasecmp(str_label.c_str(), "yes") == 0)); } else if (strcasecmp(str_key.c_str(), "FocusHidden") == 0) { app.rememberFocusHiddenstate((strcasecmp(str_label.c_str(), "yes") == 0)); } else if (strcasecmp(str_key.c_str(), "IconHidden") == 0) { app.rememberIconHiddenstate((strcasecmp(str_label.c_str(), "yes") == 0)); } else if (strcasecmp(str_key.c_str(), "Hidden") == 0) { app.rememberIconHiddenstate((strcasecmp(str_label.c_str(), "yes") == 0)); app.rememberFocusHiddenstate((strcasecmp(str_label.c_str(), "yes") == 0)); } else if (strcasecmp(str_key.c_str(), "Deco") == 0) { int deco = FluxboxWindow::getDecoMaskFromString(str_label); if (deco == -1) had_error = 1; else app.rememberDecostate((unsigned int)deco); } else if (strcasecmp(str_key.c_str(), "Alpha") == 0) { int focused_a, unfocused_a; if (sscanf(str_label.c_str(), "%i %i", &focused_a, &unfocused_a) == 2) { // clamp; if (focused_a > 255) focused_a = 255; if (unfocused_a > 255) unfocused_a = 255; if (focused_a <= 0) focused_a = 0; if (unfocused_a <= 0) unfocused_a = 0; app.rememberAlpha(focused_a, unfocused_a); } else if (sscanf(str_label.c_str(), "%i", &focused_a) == 1) { if (focused_a > 255) focused_a = 255; if (focused_a <= 0) focused_a = 0; app.rememberAlpha(focused_a, focused_a); } else had_error = 1; } else if (strcasecmp(str_key.c_str(), "Sticky") == 0) { app.rememberStuckstate((strcasecmp(str_label.c_str(), "yes") == 0)); } else if (strcasecmp(str_key.c_str(), "Minimized") == 0) { app.rememberMinimizedstate((strcasecmp(str_label.c_str(), "yes") == 0)); } else if (strcasecmp(str_key.c_str(), "Maximized") == 0) { if (strcasecmp(str_label.c_str(), "yes") == 0) app.rememberMaximizedstate(FluxboxWindow::MAX_FULL); else if (strcasecmp(str_label.c_str(), "horz") == 0) app.rememberMaximizedstate(FluxboxWindow::MAX_HORZ); else if (strcasecmp(str_label.c_str(), "vert") == 0) app.rememberMaximizedstate(FluxboxWindow::MAX_VERT); else app.rememberMaximizedstate(FluxboxWindow::MAX_NONE); } else if (strcasecmp(str_key.c_str(), "Fullscreen") == 0) { app.rememberFullscreenstate((strcasecmp(str_label.c_str(), "yes") == 0)); } else if (strcasecmp(str_key.c_str(), "Jump") == 0) { app.rememberJumpworkspace((strcasecmp(str_label.c_str(), "yes") == 0)); } else if (strcasecmp(str_key.c_str(), "Close") == 0) { app.rememberSaveOnClose((strcasecmp(str_label.c_str(), "yes") == 0)); } else if (strcasecmp(str_key.c_str(), "end") == 0) { return row; } else { cerr << _FB_CONSOLETEXT(Remember, Unknown, "Unknown apps key", "apps entry type not known")<<" = " << str_key << endl; } if (had_error) { cerr<<"Error parsing apps entry: ("<<line<<")"<<endl; } } } return row; } /* This function is used to search for old instances of the same pattern (when reloading apps file). More than one pattern might match, but only if the application is the same (also note that they'll be adjacent). We REMOVE and delete any matching patterns from the old list, as they're effectively moved into the new */ Application *Remember::findMatchingPatterns(ClientPattern *pat, Patterns *patlist, bool is_group, ClientPattern *match_pat) { Patterns::iterator it = patlist->begin(); Patterns::iterator it_end = patlist->end(); for (; it != it_end; ++it) { if (*it->first == *pat && is_group == it->second->is_grouped && ((match_pat == 0 && *it->second->group_pattern == 0) || (match_pat && *match_pat == **it->second->group_pattern))) { Application *ret = it->second; if (!is_group) return ret; // find the rest of the group and remove it from the list // rewind Patterns::iterator tmpit = it; while (tmpit != patlist->begin()) { --tmpit; if (tmpit->second == ret) it = tmpit; else break; } // forward for(; it != it_end && it->second == ret; ++it) { delete it->first; } patlist->erase(patlist->begin(), it); return ret; } } return 0; } void Remember::reconfigure() { string apps_string = FbTk::StringUtil::expandFilename(Fluxbox::instance()->getAppsFilename()); time_t timestamp = FbTk::FileUtil::getLastStatusChangeTimestamp(apps_string.c_str()); if (m_last_timestamp > 0 && m_last_timestamp == timestamp) return; #ifdef DEBUG cerr<<__FILE__<<"("<<__FUNCTION__<<"): Loading apps file ["<<apps_string<<"]"<<endl; #endif // DEBUG ifstream apps_file(apps_string.c_str()); // we merge the old patterns with new ones Patterns *old_pats = m_pats.release(); m_pats.reset(new Patterns()); m_startups.clear(); if (!apps_file.fail()) { m_last_timestamp = timestamp; if (!apps_file.eof()) { string line; int row = 0; bool in_group = false; ClientPattern *pat = 0; list<ClientPattern *> grouped_pats; while (getline(apps_file, line) && ! apps_file.eof()) { row++; FbTk::StringUtil::removeFirstWhitespace(line); FbTk::StringUtil::removeTrailingWhitespace(line); if (line.size() == 0 || line[0] == '#') continue; string key; int err=0; int pos = FbTk::StringUtil::getStringBetween(key, line.c_str(), '[', ']'); if (pos > 0 && strcasecmp(key.c_str(), "app") == 0) { ClientPattern *pat = new ClientPattern(line.c_str() + pos, true); if (!in_group) { if ((err = pat->error()) == 0) { Application *app = findMatchingPatterns(pat, old_pats, false); if (app) app->reset(); else app = new Application(false); m_pats->push_back(make_pair(pat, app)); row += parseApp(apps_file, *app); } else { cerr<<"Error reading apps file at line "<<row<<", column "<<(err+pos)<<"."<<endl; delete pat; // since it didn't work } } else { grouped_pats.push_back(pat); } } else if (pos > 0 && strcasecmp(key.c_str(), "startup") == 0 && Fluxbox::instance()->isStartup()) { if (!handleStartupItem(line, pos)) { cerr<<"Error reading apps file at line "<<row<<"."<<endl; } // save the item even if it was bad (aren't we nice) m_startups.push_back(line.substr(pos)); } else if (pos > 0 && strcasecmp(key.c_str(), "group") == 0) { in_group = true; if (line.find('(') != string::npos) pat = new ClientPattern(line.c_str() + pos, true); } else if (in_group) { // otherwise assume that it is the start of the attributes Application *app = 0; // search for a matching app list<ClientPattern *>::iterator it = grouped_pats.begin(); list<ClientPattern *>::iterator it_end = grouped_pats.end(); while (!app && it != it_end) { app = findMatchingPatterns(*it, old_pats, in_group, pat); ++it; } if (!app) app = new Application(in_group, pat); while (!grouped_pats.empty()) { // associate all the patterns with this app m_pats->push_back(make_pair(grouped_pats.front(), app)); grouped_pats.pop_front(); } // we hit end... probably don't have attribs for the group // so finish it off with an empty application // otherwise parse the app if (!(pos>0 && strcasecmp(key.c_str(), "end") == 0)) { row += parseApp(apps_file, *app, &line); } in_group = false; } else cerr<<"Error in apps file on line "<<row<<"."<<endl; } } else { #ifdef DEBUG cerr<<__FILE__<<"("<<__FUNCTION__<< ") Empty apps file" << endl; #endif } } else { cerr << "apps file failure" << endl; } // Clean up old state // can't just delete old patterns list. Need to delete the // patterns themselves, plus the applications! Patterns::iterator it; set<Application *> old_apps; // no duplicates while (!old_pats->empty()) { it = old_pats->begin(); delete it->first; // ClientPattern old_apps.insert(it->second); // Application, not necessarily unique old_pats->erase(it); } // now remove any client entries for the old apps Clients::iterator cit = m_clients.begin(); Clients::iterator cit_end = m_clients.end(); while (cit != cit_end) { if (old_apps.find(cit->second) != old_apps.end()) { Clients::iterator tmpit = cit; ++cit; m_clients.erase(tmpit); } else { ++cit; } } set<Application *>::iterator ait = old_apps.begin(); // no duplicates for (; ait != old_apps.end(); ++ait) { delete (*ait); } delete old_pats; } void Remember::save() { string apps_string = FbTk::StringUtil::expandFilename(Fluxbox::instance()->getAppsFilename()); #ifdef DEBUG cerr<<__FILE__<<"("<<__FUNCTION__<<"): Saving apps file ["<<apps_string<<"]"<<endl; #endif // DEBUG ofstream apps_file(apps_string.c_str()); // first of all we output all the startup commands Startups::iterator sit = m_startups.begin(); Startups::iterator sit_end = m_startups.end(); for (; sit != sit_end; ++sit) { apps_file<<"[startup] "<<(*sit)<<endl; } Patterns::iterator it = m_pats->begin(); Patterns::iterator it_end = m_pats->end(); set<Application *> grouped_apps; // no duplicates for (; it != it_end; ++it) { Application &a = *it->second; if (a.is_grouped) { // if already processed if (grouped_apps.find(&a) != grouped_apps.end()) continue; grouped_apps.insert(&a); // otherwise output this whole group apps_file << "[group]"; if (*a.group_pattern) apps_file << " " << a.group_pattern->toString(); apps_file << endl; Patterns::iterator git = m_pats->begin(); Patterns::iterator git_end = m_pats->end(); for (; git != git_end; git++) { if (git->second == &a) { apps_file << " [app]"<<git->first->toString()<<endl; } } } else { apps_file << "[app]"<<it->first->toString()<<endl; } if (a.workspace_remember) { apps_file << " [Workspace]\t{" << a.workspace << "}" << endl; } if (a.head_remember) { apps_file << " [Head]\t{" << a.head << "}" << endl; } if (a.dimensions_remember) { apps_file << " [Dimensions]\t{" << a.w << " " << a.h << "}" << endl; } if (a.position_remember) { apps_file << " [Position]\t("; switch(a.refc) { case POS_WINCENTER: apps_file << "WINCENTER"; break; case POS_CENTER: apps_file << "CENTER"; break; case POS_LOWERLEFT: apps_file << "LOWERLEFT"; break; case POS_LOWERRIGHT: apps_file << "LOWERRIGHT"; break; case POS_UPPERRIGHT: apps_file << "UPPERRIGHT"; break; default: apps_file << "UPPERLEFT"; } apps_file << ")\t{" << a.x << " " << a.y << "}" << endl; } if (a.shadedstate_remember) { apps_file << " [Shaded]\t{" << ((a.shadedstate)?"yes":"no") << "}" << endl; } if (a.tabstate_remember) { apps_file << " [Tab]\t\t{" << ((a.tabstate)?"yes":"no") << "}" << endl; } if (a.decostate_remember) { switch (a.decostate) { case (0) : apps_file << " [Deco]\t{NONE}" << endl; break; case (0xffffffff): case (FbWinFrame::DECORM_LAST - 1): apps_file << " [Deco]\t{NORMAL}" << endl; break; case (FbWinFrame::DECORM_TITLEBAR | FbWinFrame::DECORM_ICONIFY | FbWinFrame::DECORM_MENU): apps_file << " [Deco]\t{TOOL}" << endl; break; case (FbWinFrame::DECORM_TITLEBAR | FbWinFrame::DECORM_MENU): apps_file << " [Deco]\t{TINY}" << endl; break; case (FbWinFrame::DECORM_BORDER | FbWinFrame::DECORM_MENU): apps_file << " [Deco]\t{BORDER}" << endl; break; case (FbWinFrame::DECORM_BORDER | FbWinFrame::DECORM_MENU | FbWinFrame::DECORM_TAB): apps_file << " [Deco]\t{TAB}" << endl; break; default: apps_file << " [Deco]\t{0x"<<hex<<a.decostate<<dec<<"}"<<endl; break; } } if (a.focushiddenstate_remember || a.iconhiddenstate_remember) { if (a.focushiddenstate_remember && a.iconhiddenstate_remember && a.focushiddenstate == a.iconhiddenstate) apps_file << " [Hidden]\t{" << ((a.focushiddenstate)?"yes":"no") << "}" << endl; else if (a.focushiddenstate_remember) { apps_file << " [FocusHidden]\t{" << ((a.focushiddenstate)?"yes":"no") << "}" << endl; } else if (a.iconhiddenstate_remember) { apps_file << " [IconHidden]\t{" << ((a.iconhiddenstate)?"yes":"no") << "}" << endl; } } if (a.stuckstate_remember) { apps_file << " [Sticky]\t{" << ((a.stuckstate)?"yes":"no") << "}" << endl; } if (a.minimizedstate_remember) { apps_file << " [Minimized]\t{" << ((a.minimizedstate)?"yes":"no") << "}" << endl; } if (a.maximizedstate_remember) { apps_file << " [Maximized]\t{"; switch (a.maximizedstate) { case FluxboxWindow::MAX_FULL: apps_file << "yes" << "}" << endl; break; case FluxboxWindow::MAX_HORZ: apps_file << "horz" << "}" << endl; break; case FluxboxWindow::MAX_VERT: apps_file << "vert" << "}" << endl; break; case FluxboxWindow::MAX_NONE: default: apps_file << "no" << "}" << endl; break; } } if (a.fullscreenstate_remember) { apps_file << " [Fullscreen]\t{" << ((a.fullscreenstate)?"yes":"no") << "}" << endl; } if (a.jumpworkspace_remember) { apps_file << " [Jump]\t{" << ((a.jumpworkspace)?"yes":"no") << "}" << endl; } if (a.layer_remember) { apps_file << " [Layer]\t{" << a.layer << "}" << endl; } if (a.save_on_close_remember) { apps_file << " [Close]\t{" << ((a.save_on_close)?"yes":"no") << "}" << endl; } if (a.alpha_remember) { if (a.focused_alpha == a.unfocused_alpha) apps_file << " [Alpha]\t{" << a.focused_alpha << "}" << endl; else apps_file << " [Alpha]\t{" << a.focused_alpha << " " << a.unfocused_alpha << "}" << endl; } apps_file << "[end]" << endl; } apps_file.close(); time_t timestamp = FbTk::FileUtil::getLastStatusChangeTimestamp(apps_string.c_str()); if (timestamp > 0) m_last_timestamp = timestamp; } bool Remember::isRemembered(WinClient &winclient, Attribute attrib) { Application *app = find(winclient); if (!app) return false; switch (attrib) { case REM_WORKSPACE: return app->workspace_remember; break; case REM_HEAD: return app->head_remember; break; case REM_DIMENSIONS: return app->dimensions_remember; break; case REM_POSITION: return app->position_remember; break; case REM_FOCUSHIDDENSTATE: return app->focushiddenstate_remember; break; case REM_ICONHIDDENSTATE: return app->iconhiddenstate_remember; break; case REM_STUCKSTATE: return app->stuckstate_remember; break; case REM_MINIMIZEDSTATE: return app->minimizedstate_remember; break; case REM_MAXIMIZEDSTATE: return app->maximizedstate_remember; break; case REM_FULLSCREENSTATE: return app->fullscreenstate_remember; break; case REM_DECOSTATE: return app->decostate_remember; break; case REM_SHADEDSTATE: return app->shadedstate_remember; break; // case REM_TABSTATE: // return app->tabstate_remember; // break; case REM_JUMPWORKSPACE: return app->jumpworkspace_remember; break; case REM_LAYER: return app->layer_remember; break; case REM_SAVEONCLOSE: return app->save_on_close_remember; break; case REM_ALPHA: return app->alpha_remember; case REM_LASTATTRIB: default: return false; // should never get here } } void Remember::rememberAttrib(WinClient &winclient, Attribute attrib) { FluxboxWindow *win = winclient.fbwindow(); if (!win) return; Application *app = find(winclient); if (!app) { app = add(winclient); if (!app) return; } switch (attrib) { case REM_WORKSPACE: app->rememberWorkspace(win->workspaceNumber()); break; case REM_HEAD: app->rememberHead(win->screen().getHead(win->fbWindow())); break; case REM_DIMENSIONS: //!! Note: This is odd, why dont we need to substract border width on win->width() ? app->rememberDimensions(win->normalWidth(), win->normalHeight() - 2 * win->fbWindow().borderWidth()); break; case REM_POSITION: { int head = win->screen().getHead(win->fbWindow()); int head_x = win->screen().getHeadX(head); int head_y = win->screen().getHeadY(head); app->rememberPosition(win->normalX() - head_x, win->normalY() - head_y); break; } case REM_FOCUSHIDDENSTATE: app->rememberFocusHiddenstate(win->isFocusHidden()); break; case REM_ICONHIDDENSTATE: app->rememberIconHiddenstate(win->isIconHidden()); break; case REM_SHADEDSTATE: app->rememberShadedstate(win->isShaded()); break; case REM_DECOSTATE: app->rememberDecostate(win->decorationMask()); break; case REM_STUCKSTATE: app->rememberStuckstate(win->isStuck()); break; case REM_MINIMIZEDSTATE: app->rememberMinimizedstate(win->isIconic()); break; case REM_MAXIMIZEDSTATE: app->rememberMaximizedstate(win->maximizedState()); break; case REM_FULLSCREENSTATE: app->rememberFullscreenstate(win->isFullscreen()); break; case REM_ALPHA: app->rememberAlpha(win->frame().getAlpha(true), win->frame().getAlpha(false)); break; // case REM_TABSTATE: // break; case REM_JUMPWORKSPACE: app->rememberJumpworkspace(true); break; case REM_LAYER: app->rememberLayer(win->layerNum()); break; case REM_SAVEONCLOSE: app->rememberSaveOnClose(true); break; case REM_LASTATTRIB: default: // nothing break; } } void Remember::forgetAttrib(WinClient &winclient, Attribute attrib) { FluxboxWindow *win = winclient.fbwindow(); if (!win) return; Application *app = find(winclient); if (!app) { app = add(winclient); if (!app) return; } switch (attrib) { case REM_WORKSPACE: app->forgetWorkspace(); break; case REM_HEAD: app->forgetHead(); break; case REM_DIMENSIONS: app->forgetDimensions(); break; case REM_POSITION: app->forgetPosition(); break; case REM_FOCUSHIDDENSTATE: app->forgetFocusHiddenstate(); break; case REM_ICONHIDDENSTATE: app->forgetIconHiddenstate(); break; case REM_STUCKSTATE: app->forgetStuckstate(); break; case REM_MINIMIZEDSTATE: app->forgetMinimizedstate(); break; case REM_MAXIMIZEDSTATE: app->forgetMaximizedstate(); break; case REM_FULLSCREENSTATE: app->forgetFullscreenstate(); break; case REM_DECOSTATE: app->forgetDecostate(); break; case REM_SHADEDSTATE: app->forgetShadedstate(); break; case REM_ALPHA: app->forgetAlpha(); break; // case REM_TABSTATE: // break; case REM_JUMPWORKSPACE: app->forgetJumpworkspace(); break; case REM_LAYER: app->forgetLayer(); break; case REM_SAVEONCLOSE: app->forgetSaveOnClose(); break; case REM_LASTATTRIB: default: // nothing break; } } void Remember::setupFrame(FluxboxWindow &win) { WinClient &winclient = win.winClient(); Application *app = find(winclient); if (app == 0) return; // nothing to do // first, set the options that aren't preserved as window properties on // restart, then return if fluxbox is restarting -- we want restart to // disturb the current window state as little as possible if (app->focushiddenstate_remember) win.setFocusHidden(app->focushiddenstate); if (app->iconhiddenstate_remember) win.setIconHidden(app->iconhiddenstate); if (app->layer_remember) win.moveToLayer(app->layer); if (app->decostate_remember) win.setDecorationMask(app->decostate); if (app->alpha_remember) { win.frame().setUseDefaultAlpha(false); win.frame().setAlpha(true,app->focused_alpha); win.frame().setAlpha(false,app->unfocused_alpha); } BScreen &screen = winclient.screen(); // now check if fluxbox is restarting if (screen.isRestart()) return; if (app->workspace_remember) { // we use setWorkspace and not reassoc because we're still initialising win.setWorkspace(app->workspace); if (app->jumpworkspace_remember && app->jumpworkspace) screen.changeWorkspaceID(app->workspace); } if (app->head_remember) { win.setOnHead(app->head); } if (app->dimensions_remember) win.resize(app->w, app->h); int head = screen.getHead(win.fbWindow()); if (app->position_remember) { switch (app->refc) { default: case POS_UPPERLEFT: // upperleft corner win.move(screen.getHeadX(head) + app->x, screen.getHeadY(head) + app->y); break; case POS_UPPERRIGHT: // upperright corner win.move(screen.getHeadX(head) + screen.getHeadWidth(head) - win.width() - app->x, screen.getHeadY(head) + app->y); break; case POS_LOWERLEFT: // lowerleft corner win.move(screen.getHeadX(head) + app->x, screen.getHeadHeight(head) - win.height() - app->y); break; case POS_LOWERRIGHT: // lowerright corner win.move(screen.getHeadWidth(head) - win.width() - app->x, screen.getHeadHeight(head) - win.height() - app->y); break; case POS_CENTER: // center of the screen, windows topleft corner is on the center win.move((screen.getHeadWidth(head) / 2) + app->x, (screen.getHeadHeight(head) / 2) + app->y); break; case POS_WINCENTER: // the window is centered REALLY upon the center win.move((screen.getHeadWidth(head) / 2) - ( win.width() / 2 ) + app->x, (screen.getHeadHeight(head) / 2) - ( win.height() / 2 ) + app->y); break; }; } if (app->shadedstate_remember) // if inconsistent... if (win.isShaded() && !app->shadedstate || !win.isShaded() && app->shadedstate) win.shade(); // toggles // external tabs aren't available atm... //if (app->tabstate_remember) ... if (app->stuckstate_remember) // if inconsistent... if (win.isStuck() && !app->stuckstate || !win.isStuck() && app->stuckstate) win.stick(); // toggles if (app->minimizedstate_remember) { // if inconsistent... // this one doesn't actually work, but I can't imagine needing it if (win.isIconic() && !app->minimizedstate) win.deiconify(); else if (!win.isIconic() && app->minimizedstate) win.iconify(); } // I can't really test the "no" case of this if (app->maximizedstate_remember) win.setMaximizedState(app->maximizedstate); // I can't really test the "no" case of this if (app->fullscreenstate_remember) win.setFullscreen(app->fullscreenstate); } void Remember::setupClient(WinClient &winclient) { // leave windows alone on restart if (winclient.screen().isRestart()) return; Application *app = find(winclient); if (app == 0) return; // nothing to do FluxboxWindow *group; if (winclient.fbwindow() == 0 && app->is_grouped && (group = findGroup(app, winclient.screen()))) { group->attachClient(winclient); if (app->jumpworkspace_remember && app->jumpworkspace) // jump to window, not saved workspace winclient.screen().changeWorkspaceID(group->workspaceNumber()); } } FluxboxWindow *Remember::findGroup(Application *app, BScreen &screen) { if (!app || !app->is_grouped) return 0; // find the first client associated with the app and return its fbwindow Clients::iterator it = m_clients.begin(); Clients::iterator it_end = m_clients.end(); for (; it != it_end; ++it) { if (it->second == app && it->first->fbwindow() && &screen == &it->first->screen() && (!*app->group_pattern || app->group_pattern->match(*it->first))) return it->first->fbwindow(); } // there weren't any open, but that's ok return 0; } void Remember::updateClientClose(WinClient &winclient) { reconfigure(); // reload if it's changed Application *app = find(winclient); if (app && (app->save_on_close_remember && app->save_on_close)) { for (int attrib = 0; attrib < REM_LASTATTRIB; attrib++) { if (isRemembered(winclient, (Attribute) attrib)) { rememberAttrib(winclient, (Attribute) attrib); } } save(); } // we need to get rid of references to this client Clients::iterator wc_it = m_clients.find(&winclient); if (wc_it != m_clients.end()) { m_clients.erase(wc_it); } } void Remember::initForScreen(BScreen &screen) { // All windows get the remember menu. _FB_USES_NLS; screen.addExtraWindowMenu(_FB_XTEXT(Remember, MenuItemName, "Remember...", "Remember item in menu"), createRememberMenu(screen)); }