mirror/ede
1
0
Fork 0
mirror of https://github.com/edeproject/ede.git synced 2023-08-10 21:13:03 +03:00
Code Issues Projects Releases Wiki Activity
b4ad2fb11b
ede/pekwm/Client.cc
Sanel Zukan eed5749909 Importing pekwm as alternative wm. Adopting it to ede build system including autoconf checks. 
Also center ede-launch window.
2011-10-23 00:10:40 +00:00

1959 lines
53 KiB
C++
Raw Blame History

//
// Client.cc for pekwm
// Copyright © 2002-2009 Claes Nästén <me{@}pekdon{.}net>
//
// client.cc for aewm++
// Copyright (C) 2000 Frank Hale <frankhale@yahoo.com>
// http://sapphire.sourceforge.net/
//
// This program is licensed under the GNU GPL.
// See the LICENSE file for more information.
//
#ifdef HAVE_CONFIG_H
#include "config.h"
#endif // HAVE_CONFIG_H
#include <cstdio>
#include <iostream>
extern "C" {
#include <X11/Xlib.h>
#include <X11/Xatom.h>
#include <X11/Xutil.h>
#ifdef HAVE_SHAPE
#include <X11/extensions/shape.h>
#endif // HAVE_SHAPE
}
#include "Compat.hh" // setenv, unsetenv
#include "PWinObj.hh"
#include "PDecor.hh" // PDecor::TitleItem
#include "Client.hh"
#include "PScreen.hh"
#include "Config.hh"
#include "KeyGrabber.hh"
#include "Theme.hh"
#include "AutoProperties.hh"
#include "Frame.hh"
#include "Workspaces.hh"
#include "WindowManager.hh"
#include "PTexturePlain.hh"
#include "PImageIcon.hh"
#include "TextureHandler.hh"
#include "PMenu.hh"
#include "WORefMenu.hh"
using std::cerr;
using std::endl;
using std::find;
using std::list;
using std::string;
using std::vector;
using std::wstring;
list<Client*> Client::_client_list = list<Client*>();
vector<uint> Client::_clientid_list = vector<uint>();
Client::Client(Window new_client, bool is_new)
: PWinObj(),
_id(0), _size(0),
_transient(None), _strut(0), _icon(0),
_pid(0), _is_remote(false), _class_hint(0),
_alive(false), _marked(false),
_send_focus_message(false), _send_close_message(false),
_wm_hints_input(true), _cfg_request_lock(false),
_shaped(false), _extended_net_name(false)
{
// PWinObj attributes, required by validate etc.
_window = new_client;
_type = WO_CLIENT;
// Construct the client
PScreen::instance()->grabServer();
if (! validate() || ! getAndUpdateWindowAttributes()) {
PScreen::instance()->ungrabServer(true);
return;
}
// Get unique Client id
_id = findClientID();
_title.setId(_id);
_title.infoAdd(PDecor::TitleItem::INFO_ID);
if (PScreen::instance()->hasExtensionShape()) {
#ifdef HAVE_SHAPE
XShapeSelectInput(_dpy, _window, ShapeNotifyMask);
#endif // HAVE_SHAPE
}
XAddToSaveSet(_dpy, _window);
XSetWindowBorderWidth(_dpy, _window, 0);
// Load the Class hint before loading the autoprops and
// getting client title as we search for TitleRule in the autoprops
_class_hint = new ClassHint();
readClassRoleHints();
getWMNormalHints();
readName();
readIconName();
// cyclic dependency, getting the name requires quiering autoprops
_class_hint->title = _title.getReal();
// Get Autoproperties before EWMH as we need the cfg_deny
// property, however the _transient hint needs to be setup to
// avoid auto-grouping to be to greedy.
getTransientForHint();
AutoProperty *ap = readAutoprops(WindowManager::instance()->isStartup()
? APPLY_ON_NEW : APPLY_ON_START);
readHints();
// We need to set the state before acquiring a frame,
// so that Frame's state can match the state of the Client.
setInitialState();
findOrCreateFrame(ap);
// Grab keybindings and mousebutton actions
KeyGrabber::instance()->grabKeys(_window);
grabButtons();
// Tell the world about our state
updateEwmhStates();
PScreen::instance()->ungrabServer(true);
setMappedStateAndFocus(is_new, ap);
_alive = true;
findAndRaiseIfTransient();
// Finished creating the client, so now adding it to the client list.
woListAdd(this);
_wo_map[_window] = this;
_client_list.push_back(this);
}
//! @brief Client destructor
Client::~Client(void)
{
// Remove from lists
if (_transient) {
_transient->_transient_clients.remove(this);
_transient->removeObserver(this);
}
_wo_map.erase(_window);
woListRemove(this);
_client_list.remove(this);
returnClientID(_id);
PScreen::instance()->grabServer();
// removes gravity and moves it back to root if we are alive
bool focus = false;
if (_parent && (_parent->getType() == PWinObj::WO_FRAME)) {
focus = _parent->isFocused();
static_cast<PDecor*>(_parent)->removeChild(this);
}
// Focus the parent if we had focus before
if (focus && _transient) {
Frame *trans_frame = static_cast<Frame*>(_transient->getParent());
if (trans_frame->getActiveChild() == _transient) {
trans_frame->giveInputFocus();
}
}
// Clean up if the client still is alive, it'll be dead all times
// except when we exit pekwm
if (_alive) {
XUngrabButton(_dpy, AnyButton, AnyModifier, _window);
KeyGrabber::instance()->ungrabKeys(_window);
XRemoveFromSaveSet(_dpy, _window);
PWinObj::mapWindow();
}
// free names and size hint
if (_size) {
XFree(_size);
}
removeStrutHint();
if (_class_hint) {
delete _class_hint;
}
if (_icon) {
TextureHandler::instance()->returnTexture(_icon);
_icon = 0;
}
PScreen::instance()->ungrabServer(true);
}
/**
* Read basic window attributes including geometry and update the
* window attributes being listened to. Returns false if the client
* disappears during the check.
*/
bool
Client::getAndUpdateWindowAttributes(void)
{
XWindowAttributes attr;
if (! XGetWindowAttributes(_dpy, _window, &attr)) {
return false;
}
_gm.x = attr.x;
_gm.y = attr.y;
_gm.width = attr.width;
_gm.height = attr.height;
_cmap = attr.colormap;
_size = XAllocSizeHints();
XSetWindowAttributes sattr;
sattr.event_mask =
PropertyChangeMask|StructureNotifyMask|FocusChangeMask;
sattr.do_not_propagate_mask =
ButtonPressMask|ButtonReleaseMask|ButtonMotionMask;
// We don't want these masks to be propagated down to the frame
XChangeWindowAttributes(_dpy, _window, CWEventMask|CWDontPropagate, &sattr);
return true;
}
/**
* Find frame for client based on tagging, hints and
* autoproperties. Create a new one if not found and add the client.
*/
void
Client::findOrCreateFrame(AutoProperty *autoproperty)
{
if (! _parent) {
findTaggedFrame();
}
if (! _parent) {
findPreviousFrame();
}
// Apply Autoproperties again to override EWMH state. It's done twice as
// we need the cfg_deny property when reading the EWMH state.
if (autoproperty != 0) {
applyAutoprops(autoproperty);
if (! _parent) {
findAutoGroupFrame(autoproperty);
}
}
// if we don't have a frame already, create a new one
if (! _parent) {
_parent = new Frame(this, autoproperty);
}
}
/**
* Find from client from for the currently tagged client.
*/
bool
Client::findTaggedFrame(void)
{
if (! WindowManager::instance()->isStartup()) {
return false;
}
// Check for tagged frame
Frame *frame = Frame::getTagFrame();
if (frame && frame->isMapped()) {
_parent = frame;
frame->addChild(this);
if (! Frame::getTagBehind()) {
frame->activateChild(this);
}
}
return _parent != 0;
}
/**
* Find frame for client on PEKWM_FRAME_ID hint.
*/
bool
Client::findPreviousFrame(void)
{
if (WindowManager::instance()->isStartup()) {
return false;
}
long id;
if (AtomUtil::getLong(_window, Atoms::getAtom(PEKWM_FRAME_ID), id)) {
_parent = Frame::findFrameFromID(id);
if (_parent) {
Frame *frame = static_cast<Frame*>(_parent);
frame->addChildOrdered(this);
if (getPekwmFrameActive()) {
frame->activateChild(this);
}
}
}
return _parent != 0;
}
/**
* Find frame for client based on autoproperties.
*/
bool
Client::findAutoGroupFrame(AutoProperty *autoproperty)
{
if (autoproperty->group_size < 0) {
return false;
}
Frame* frame = WindowManager::instance()->findGroup(autoproperty);
if (frame) {
frame->addChild(this);
if (! autoproperty->group_behind) {
frame->activateChild(this);
}
if (autoproperty->group_raise) {
frame->raise();
}
}
return _parent != 0;
}
/**
* Get the client state and set iconified and mapped flags.
*/
void
Client::setInitialState(void)
{
// Set state either specified in hint
ulong initial_state = readWmHints();
if (getWmState() == IconicState) {
_iconified = true;
}
if (_iconified || initial_state == IconicState) {
_iconified = true;
_mapped = true;
unmapWindow();
} else {
setWmState(initial_state);
}
}
/**
* Ensure the Client is (un) mapped and give input focus if requested.
*/
void
Client::setMappedStateAndFocus(bool is_new, AutoProperty *autoproperty)
{
// Make sure the window is mapped, this is done after it has been
// added to the decor/frame as otherwise IsViewable state won't
// be correct and we don't know whether or not to place the window
if (! _iconified && _parent->isMapped()) {
PWinObj::mapWindow();
}
// Let us hear what autoproperties has to say about focusing
bool do_focus = is_new ? Config::instance()->isFocusNew() : false;
if (is_new && autoproperty && autoproperty->isMask(AP_FOCUS_NEW)) {
do_focus = autoproperty->focus_new;
}
// Only can give input focus to mapped windows
if (_parent->isMapped()) {
// Ordinary focus
if (do_focus) {
_parent->giveInputFocus();
// Check if we are transient, and if we want to focus
} else if (_transient && _transient->isFocused()
&& Config::instance()->isFocusNewChild()) {
_parent->giveInputFocus();
}
}
}
/**
* Re-lookup transient client if window is set but not client, raise over
* transient for window if found/set.
*/
void
Client::findAndRaiseIfTransient(void)
{
if (_transient_window != None && ! _transient) {
getTransientForHint();
}
if (_transient) {
Frame *frame = static_cast<Frame*>(getParent());
Frame *frame_transient = static_cast<Frame*>(_transient->getParent());
if (frame->getActiveChild() == this) {
frame->setLayer(frame_transient->getLayer() + 1);
frame->raise();
}
}
}
// START - PWinObj interface.
//! @brief Maps the window.
void
Client::mapWindow(void)
{
if (_mapped) {
return;
}
if (_iconified) {
_iconified = false;
setWmState(NormalState);
updateEwmhStates();
}
if(! _transient) {
// Unmap our transient windows if we have any
mapOrUnmapTransients(_window, false);
}
XSelectInput(_dpy, _window, NoEventMask);
PWinObj::mapWindow();
XSelectInput(_dpy, _window,
PropertyChangeMask|StructureNotifyMask|FocusChangeMask);
}
//! @brief Sets the client to WithdrawnState and unmaps it.
void
Client::unmapWindow(void)
{
if (! _mapped) {
return;
}
if (_iconified) {
// Set the state of the window
setWmState(IconicState);
updateEwmhStates();
}
XSelectInput(_dpy, _window, NoEventMask);
PWinObj::unmapWindow();
XSelectInput(_dpy, _window, PropertyChangeMask|StructureNotifyMask|FocusChangeMask);
}
//! @brief Iconifies the client and adds it to the iconmenu
void
Client::iconify(void)
{
if (_iconified) {
return;
}
_iconified = true;
if (! _transient) {
mapOrUnmapTransients(_window, true);
}
unmapWindow();
}
//! @brief Toggle client sticky state
void
Client::stick(void)
{
PWinObj::stick();
updateEwmhStates();
}
//! @brief Update the position variables.
void
Client::move(int x, int y)
{
bool request = ((_gm.x != x) || (_gm.y != y));
_gm.x = x;
_gm.y = y;
if (request) {
configureRequestSend();
}
}
//! @brief Resizes the client window to specified size.
void
Client::resize(uint width, uint height)
{
bool request = ((_gm.width != width) || (_gm.height != height));
PWinObj::resize(width, height);
if (request) {
configureRequestSend();
}
}
//! @brief Move and resizes the client window to specified size.
void
Client::moveResize(int x, int y, uint width, uint height)
{
bool request = ((_gm.x != x) || (_gm.y != y) || (_gm.width != width) || (_gm.height != height));
_gm.x = x;
_gm.y = y;
PWinObj::resize(width, height);
if (request) {
configureRequestSend();
}
}
//! @brief Sets the workspace and updates the _NET_WM_DESKTOP hint.
void
Client::setWorkspace(uint workspace)
{
if (workspace != NET_WM_STICKY_WINDOW) {
if (workspace >= Workspaces::instance()->size()) {
workspace = Workspaces::instance()->size() - 1;
}
_workspace = workspace;
if (_sticky) {
AtomUtil::setLong(_window, Atoms::getAtom(NET_WM_DESKTOP), NET_WM_STICKY_WINDOW);
} else {
AtomUtil::setLong(_window, Atoms::getAtom(NET_WM_DESKTOP), _workspace);
}
}
}
//! @brief Gives the Client input focus.
void
Client::giveInputFocus(void)
{
if (_wm_hints_input) {
PWinObj::giveInputFocus();
}
sendTakeFocusMessage();
}
//! @brief Reparents and sets _parent member, filtering unmap events
void
Client::reparent(PWinObj *parent, int x, int y)
{
XSelectInput(_dpy, _window, NoEventMask);
PWinObj::reparent(parent, x, y);
_gm.x = parent->getX() + x;
_gm.y = parent->getY() + y;
XSelectInput(_dpy, _window,
PropertyChangeMask|StructureNotifyMask|FocusChangeMask);
}
ActionEvent*
Client::handleUnmapEvent(XUnmapEvent *ev)
{
if ((ev->window != ev->event) && (ev->send_event != true)) {
return 0;
}
// ICCCM 4.1.4 advices the window manager to trigger the transition to
// Withdrawn state on real and synthetic UnmapNotify events.
setWmState(WithdrawnState);
// Extended Window Manager Hints 1.3 specifies that a window manager
// should remove the _NET_WM_STATE property when a window is withdrawn.
AtomUtil::unsetProperty(_window, Atoms::getAtom(STATE));
// Extended Window Manager Hints 1.3 specifies that a window manager
// should remove the _NET_WM_DESKTOP property when a window is withdrawn.
// (to allow legacy applications to reuse a withdrawn window)
AtomUtil::unsetProperty(_window, Atoms::getAtom(NET_WM_DESKTOP));
#ifdef DEBUG
cerr << __FILE__ << "@" << __LINE__ << ": "
<< "Client(" << this << ")::handleUnmapEvent(" << ev << ")" << endl
<< " *** unmapping client, window: " << _window << endl;
#endif // DEBUG
// FIXME: Listen mask should change as this doesn't work?
_alive = false;
delete this;
return 0;
}
ActionEvent*
Client::handleMapRequest(XMapRequestEvent *ev)
{
if (_parent && dynamic_cast<PDecor *>(_parent)) {
dynamic_cast<PDecor*>(_parent)->deiconify();
}
return 0;
}
// END - PWinObj interface.
// START - Observer interface
void
Client::notify(Observable *observable, Observation *observation)
{
if (observation) {
LayerObservation *layer_observation = dynamic_cast<LayerObservation*>(observation);
if (layer_observation) {
setLayer(layer_observation->layer + 1);
Frame *frame = static_cast<Frame*>(getParent());
if (frame->getActiveChild() == this) {
frame->setLayer(layer_observation->layer + 1);
frame->raise();
}
}
} else {
Client *client = static_cast<Client*>(observable);
if (client == _transient) {
_transient = 0;
} else {
_transient_clients.remove(client);
}
}
}
// END - Observer interface
//! @brief Finds the Client which holds the Window w.
//! @param win Window to search for.
//! @return Pointer to the client if found, else 0
Client*
Client::findClient(Window win)
{
// Validate input window.
if ((win == None) || (win == PScreen::instance()->getRoot())) {
return 0;
}
list<Client*>::iterator it(_client_list.begin());
for (; it != _client_list.end(); ++it) {
if (win == (*it)->getWindow()
|| ((*it)->getParent() && (*((*it)->getParent()) == win))) {
return (*it);
}
}
return 0;
}
//! @brief Finds the Client of Window win.
//! @param win Window to search for.
Client*
Client::findClientFromWindow(Window win)
{
// Validate input window.
if (! win || win == PScreen::instance()->getRoot()) {
return 0;
}
list<Client*>::iterator it(_client_list.begin());
for(; it != _client_list.end(); ++it) {
if (win == (*it)->getWindow()) {
return (*it);
}
}
return 0;
}
//! @brief Finds Client with equal ClassHint.
//! @param class_hint ClassHint to search for.
//! @return Client if found, else 0.
Client*
Client::findClientFromHint(const ClassHint *class_hint)
{
list<Client*>::iterator it(_client_list.begin());
for (; it != _client_list.end(); ++it) {
if (*class_hint == *(*it)->getClassHint()) {
return *it;
}
}
return 0;
}
//! @brief Finds Client with id.
//! @param id ID to search for.
//! @return Client if found, else 0.
Client*
Client::findClientFromID(uint id)
{
list<Client*>::iterator it(_client_list.begin());
for (; it != _client_list.end(); ++it) {
if ((*it)->getClientID() == id) {
return *it;
}
}
return 0;
}
/**
* Insert all clients with the transient for set to win.
*/
void
Client::findFamilyFromWindow(std::list<Client*> &client_list, Window win)
{
list<Client*>::iterator it(Client::client_begin());
for (; it != Client::client_end(); ++it) {
if ((*it)->getTransientClientWindow() == win) {
client_list.push_back(*it);
}
}
}
/**
* (Un)Maps all windows having transient_for set to win
*/
void
Client::mapOrUnmapTransients(Window win, bool hide)
{
list<Client*> client_list;
findFamilyFromWindow(client_list, win);
list<Client*>::iterator it(client_list.begin());
for (; it != client_list.end(); ++it) {
if (static_cast<Frame*>((*it)->getParent())->getActiveChild() == *it) {
if (hide) {
(*it)->getParent()->iconify();
} else {
(*it)->getParent()->mapWindow();
}
}
}
}
//! @brief Checks if the window has any Destroy or Unmap notifys.
bool
Client::validate(void)
{
XSync(_dpy, false);
XEvent ev;
if (XCheckTypedWindowEvent(_dpy, _window, DestroyNotify, &ev)
|| XCheckTypedWindowEvent(_dpy, _window, UnmapNotify, &ev)) {
XPutBackEvent(_dpy, &ev);
return false;
}
return true;
}
//! @brief Checks if the window has attribute IsViewable set
bool
Client::isViewable(void)
{
XWindowAttributes attr;
XGetWindowAttributes(_dpy, _window, &attr);
return (attr.map_state == IsViewable);
}
//! @brief Grabs all the mouse button actions on the client.
void
Client::grabButtons(void)
{
// Make sure we don't have any buttons grabbed.
XUngrabButton(_dpy, AnyButton, AnyModifier, _window);
list<ActionEvent> *actions = Config::instance()->getMouseActionList(MOUSE_ACTION_LIST_CHILD_FRAME);
list<ActionEvent>::iterator it(actions->begin());
for (; it != actions->end(); ++it) {
if ((it->type == MOUSE_EVENT_PRESS) || (it->type == MOUSE_EVENT_RELEASE)) {
// No need to grab mod less events, replied with the frame
if ((it->mod == 0) || (it->mod == MOD_ANY)) {
continue;
}
grabButton(it->sym, it->mod,
ButtonPressMask|ButtonReleaseMask,
_window, None);
} else if (it->type == MOUSE_EVENT_MOTION) {
// FIXME: Add support for MOD_ANY
grabButton(it->sym, it->mod,
ButtonPressMask|ButtonReleaseMask|ButtonMotionMask,
_window, None);
}
}
}
//! @brief Sets CfgDeny state on Client
void
Client::setStateCfgDeny(StateAction sa, uint deny)
{
if (! ActionUtil::needToggle(sa, _state.cfg_deny&deny)) {
return;
}
if (_state.cfg_deny&deny) {
_state.cfg_deny &= ~deny;
} else {
_state.cfg_deny |= deny;
}
}
/**
* Read "all" hints required during creation of Client.
*/
void
Client::readHints(void)
{
readMwmHints();
readEwmhHints();
readPekwmHints();
readIcon();
readClientPid();
readClientRemote();
getWMProtocols();
}
/**
* Read WM Hints, return the initial state of the window.
*/
ulong
Client::readWmHints(void)
{
ulong initial_state = NormalState;
XWMHints* hints = XGetWMHints(_dpy, _window);
if (hints) {
// get the input focus mode
if (hints->flags&InputHint) { // FIXME: More logic needed
_wm_hints_input = hints->input;
}
// Get initial state of the window
if (hints->flags&StateHint) {
initial_state = hints->initial_state;
}
XFree(hints);
}
return initial_state;
}
/**
* Read the WM_CLASS hint and set information on the _class_hint used
* in matching auto properties.
*/
void
Client::readClassRoleHints(void)
{
// class hint
XClassHint class_hint;
if (XGetClassHint(_dpy, _window, &class_hint)) {
_class_hint->h_name = Util::to_wide_str(class_hint.res_name);
_class_hint->h_class = Util::to_wide_str(class_hint.res_class);
XFree(class_hint.res_name);
XFree(class_hint.res_class);
}
// wm window role
string role;
AtomUtil::getString(_window, Atoms::getAtom(WM_WINDOW_ROLE), role);
_class_hint->h_role = Util::to_wide_str(role);
}
//! @brief Loads the Clients state from EWMH atoms.
void
Client::readEwmhHints(void)
{
// which workspace do we belong to?
long workspace = -1;
AtomUtil::getLong(_window, Atoms::getAtom(NET_WM_DESKTOP), workspace);
if (workspace < 0) {
_workspace = Workspaces::instance()->getActive();
AtomUtil::setLong(_window, Atoms::getAtom(NET_WM_DESKTOP), _workspace);
} else {
_workspace = workspace;
}
// try to figure out what kind of window we are and alter it accordingly
int items;
Atom *atoms = 0;
AtomName window_type = WINDOW_TYPE;
atoms = (Atom*) AtomUtil::getEwmhPropData(_window, Atoms::getAtom(WINDOW_TYPE), XA_ATOM, items);
if (atoms) {
for (int i = 0; window_type == WINDOW_TYPE && i < items; ++i) {
if (atoms[i] == Atoms::getAtom(WINDOW_TYPE_DESKTOP)) {
window_type = WINDOW_TYPE_DESKTOP;
} else if (atoms[i] == Atoms::getAtom(WINDOW_TYPE_DOCK)) {
window_type = WINDOW_TYPE_DOCK;
} else if (atoms[i] == Atoms::getAtom(WINDOW_TYPE_TOOLBAR)) {
window_type = WINDOW_TYPE_TOOLBAR;
} else if (atoms[i] == Atoms::getAtom(WINDOW_TYPE_MENU)) {
window_type = WINDOW_TYPE_MENU;
} else if (atoms[i] == Atoms::getAtom(WINDOW_TYPE_UTILITY)) {
window_type = WINDOW_TYPE_UTILITY;
} else if (atoms[i] == Atoms::getAtom(WINDOW_TYPE_DIALOG)) {
window_type = WINDOW_TYPE_DIALOG;
} else if (atoms[i] == Atoms::getAtom(WINDOW_TYPE_SPLASH)) {
window_type = WINDOW_TYPE_SPLASH;
}
}
XFree(atoms);
}
// Set window type to WINDOW_TYPE_NORMAL if it did not match
if (window_type == WINDOW_TYPE) {
window_type = WINDOW_TYPE_NORMAL;
AtomUtil::setAtom(_window, Atoms::getAtom(WINDOW_TYPE), Atoms::getAtom(WINDOW_TYPE_NORMAL));
}
// Apply autoproperties for window type
AutoProperty *auto_property = AutoProperties::instance()->findWindowTypeProperty(window_type);
if (auto_property) {
applyAutoprops(auto_property);
}
// The _NET_WM_STATE overrides the _NET_WM_TYPE
NetWMStates win_states;
if (getEwmhStates(win_states)) {
if (win_states.hidden) _iconified = true;
if (win_states.shaded) _state.shaded = true;
if (win_states.max_vert) _state.maximized_vert = true;
if (win_states.max_horz) _state.maximized_horz = true;
if (win_states.skip_taskbar) _state.skip |= SKIP_TASKBAR;
if (win_states.skip_pager) _state.skip |= SKIP_PAGER;
if (win_states.sticky) _sticky = true;
if (win_states.above) {
setLayer(LAYER_ABOVE_DOCK);
}
if (win_states.below) {
setLayer(LAYER_BELOW);
}
if (win_states.fullscreen) _state.fullscreen = true;
}
// check if we have a strut
getStrutHint();
}
//! @brief Loads the Clients state from MWM atoms.
void
Client::readMwmHints(void)
{
MwmHints *mwm_hints = getMwmHints(_window);
if (mwm_hints) {
if (mwm_hints->flags&MWM_HINTS_FUNCTIONS) {
bool state = ! (mwm_hints->functions&MWM_FUNC_ALL);
_actions.resize = (mwm_hints->functions&MWM_FUNC_RESIZE) ? state : ! state;
_actions.move = (mwm_hints->functions&MWM_FUNC_MOVE) ? state : ! state;
_actions.minimize = (mwm_hints->functions&MWM_FUNC_ICONIFY) ? state : ! state;
_actions.close = (mwm_hints->functions&MWM_FUNC_CLOSE) ? state : ! state;
_actions.maximize_vert = (mwm_hints->functions&MWM_FUNC_MAXIMIZE) ? state : ! state;
_actions.maximize_horz = (mwm_hints->functions&MWM_FUNC_MAXIMIZE) ? state : ! state;
}
// Check decoration flags
if (mwm_hints->flags & MWM_HINTS_DECORATIONS
&& ! (mwm_hints->decorations & MWM_DECOR_ALL)) {
if (! (mwm_hints->decorations & MWM_DECOR_TITLE)) {
setTitlebar(false);
}
if (! (mwm_hints->decorations & MWM_DECOR_BORDER)) {
setBorder(false);
}
// Do not handle HANDLE, MENU, ICONFIY or MAXIMIZE. Maybe
// one should set the allowed actions for the client based
// on this but that might be annoying so ignoring these.
}
XFree(mwm_hints);
}
}
//! @brief Reads non-standard pekwm hints
void
Client::readPekwmHints(void)
{
long value;
string str;
// Get decor state
if (AtomUtil::getLong(_window, Atoms::getAtom(PEKWM_FRAME_DECOR), value)) {
_state.decor = value;
}
// Get skip state
if (AtomUtil::getLong(_window, Atoms::getAtom(PEKWM_FRAME_SKIP), value)) {
_state.skip = value;
}
// Get custom title
if (AtomUtil::getString(_window, Atoms::getAtom(PEKWM_TITLE), str)) {
_title.setUser(Util::to_wide_str(str));
}
_state.initial_frame_order = getPekwmFrameOrder();
}
//! @brief Read _NET_WM_ICON from client window.
void
Client::readIcon(void)
{
PImageIcon *image = new PImageIcon(_dpy);
if (image->loadFromWindow(_window)) {
if (! _icon) {
_icon = new PTextureImage(_dpy);
TextureHandler::instance()->referenceTexture(_icon);
}
_icon->setImage(image);
} else {
if (image) {
delete image;
}
if (_icon) {
TextureHandler::instance()->returnTexture(_icon);
_icon = 0;
}
}
}
//! @brief Tries to find a AutoProp for the current client.
//! @param type Defaults to 0
//! @return AutoProperty if any is found, else 0.
AutoProperty*
Client::readAutoprops(uint type)
{
AutoProperty *data =
AutoProperties::instance()->findAutoProperty(_class_hint, _workspace, type);
if (data) {
// Make sure transient state matches
if (isTransient()
? data->isApplyOn(APPLY_ON_TRANSIENT|APPLY_ON_TRANSIENT_ONLY)
: ! data->isApplyOn(APPLY_ON_TRANSIENT_ONLY)) {
applyAutoprops(data);
} else {
data = 0;
}
}
return data;
}
//! @brief Applies AutoPropery to this Client.
void
Client::applyAutoprops(AutoProperty *ap)
{
// Set the correct group of the window
_class_hint->group = ap->group_name;
// We only apply grouping if it's a new client or if we are restarting
// and have APPLY_ON_START set
if (ap->isMask(AP_STICKY))
_sticky = ap->sticky;
if (ap->isMask(AP_SHADED))
_state.shaded = ap->shaded;
if (ap->isMask(AP_MAXIMIZED_VERTICAL))
_state.maximized_vert = ap->maximized_vertical;
if (ap->isMask(AP_MAXIMIZED_HORIZONTAL))
_state.maximized_horz = ap->maximized_horizontal;
if (ap->isMask(AP_FULLSCREEN))
_state.fullscreen = ap->fullscreen;
if (ap->isMask(AP_ICONIFIED))
_iconified = ap->iconified;
if (ap->isMask(AP_TITLEBAR))
setTitlebar(ap->titlebar);
if (ap->isMask(AP_BORDER))
setBorder(ap->border);
if (ap->isMask(AP_LAYER) && (ap->layer <= LAYER_MENU)) {
setLayer(ap->layer);
}
if (ap->isMask(AP_SKIP))
_state.skip = ap->skip;
if (ap->isMask(AP_FOCUSABLE))
_focusable = ap->focusable;
if (ap->isMask(AP_WORKSPACE)) {
_workspace = ap->workspace;
}
if (ap->isMask(AP_CFG_DENY)) {
_state.cfg_deny = ap->cfg_deny;
}
if (ap->isMask(AP_ALLOWED_ACTIONS)) {
applyActionAccessMask(ap->allowed_actions, true);
}
if (ap->isMask(AP_DISALLOWED_ACTIONS)) {
applyActionAccessMask(ap->disallowed_actions, false);
}
#ifdef OPACITY
if (ap->isMask(AP_OPACITY)) {
setOpacity(ap->focus_opacity, ap->unfocus_opacity);
}
#endif // OPACITY
}
void
Client::applyActionAccessMask(uint mask, bool value)
{
if (mask & ACTION_ACCESS_MOVE) {
_actions.move = value;
}
if (mask & ACTION_ACCESS_RESIZE) {
_actions.resize = value;
}
if (mask & ACTION_ACCESS_MINIMIZE) {
_actions.minimize = value;
}
if (mask & ACTION_ACCESS_SHADE) {
_actions.shade = value;
}
if (mask & ACTION_ACCESS_STICK) {
_actions.stick = value;
}
if (mask & ACTION_ACCESS_MAXIMIZE_HORZ) {
_actions.maximize_horz = value;
}
if (mask & ACTION_ACCESS_MAXIMIZE_VERT) {
_actions.maximize_vert = value;
}
if (mask & ACTION_ACCESS_FULLSCREEN) {
_actions.fullscreen = value;
}
if (mask & ACTION_ACCESS_CHANGE_DESKTOP) {
_actions.change_desktop = value;
}
if (mask & ACTION_ACCESS_CLOSE) {
_actions.close = value;
}
}
/**
* Read _NET_WM_PID.
*/
void
Client::readClientPid(void)
{
AtomUtil::getLong(_window, Atoms::getAtom(NET_WM_PID), _pid);
}
/**
* Read WM_CLIENT_MACHINE and check against local hostname and set
* _is_remote if it does not match.
*/
void
Client::readClientRemote(void)
{
string client_machine;
if (AtomUtil::getTextProperty(_window, XA_WM_CLIENT_MACHINE, client_machine)) {
_is_remote = Util::getHostname() != client_machine;
}
}
//! @brief Finds free Client ID.
//! @return First free Client ID.
uint
Client::findClientID(void)
{
uint id = 0;
if (_clientid_list.size()) {
// Check for used Frame IDs
id = _clientid_list.back();
_clientid_list.pop_back();
} else {
// No free, get next number (Client is not in list when this is called.)
id = _client_list.size() + 1;
}
return id;
}
//! @brief Returns Client ID to used client id list.
//! @param id ID to return.
void
Client::returnClientID(uint id)
{
vector<uint>::iterator it(_clientid_list.begin());
for (; it != _clientid_list.end() && id < *it; ++it)
;
_clientid_list.insert(it, id);
}
/**
* Tries to get the NET_WM name, else fall back to WM_NAME
*/
void
Client::readName(void)
{
// Read title, bail out if it fails.
wstring title;
if (! AtomUtil::getUtf8String(_window, Atoms::getAtom(NET_WM_NAME), title)) {
string mb_title;
if (! AtomUtil::getTextProperty(_window, XA_WM_NAME, mb_title)) {
return;
}
title = Util::to_wide_str(mb_title);
}
// Mirror it on the visible
_title.setCustom(L"");
_title.setCount(titleFindID(title));
_title.setReal(title);
// Apply title rules and find unique name, doesn't apply on
// user-set titles
if (titleApplyRule(title)) {
_title.setCustom(title);
AtomUtil::setUtf8String(_window, Atoms::getAtom(NET_WM_VISIBLE_NAME), title);
} else {
AtomUtil::unsetProperty(_window, Atoms::getAtom(NET_WM_VISIBLE_NAME));
}
}
//! @brief Searches for an TitleRule and if found, applies it
//! @param title Title to apply rule on.
//! @return true if rule was applied, else false.
bool
Client::titleApplyRule(std::wstring &title)
{
_class_hint->title = title;
TitleProperty *data = AutoProperties::instance()->findTitleProperty(_class_hint);
if (data) {
return data->getTitleRule().ed_s(title);
} else {
return false;
}
}
//! @brief Searches for a unique ID within Clients having the same title
//! @param title Title of client to find ID for.
//! @return Number of clients with that id.
uint
Client::titleFindID(std::wstring &title)
{
// Do not search for unique IDs if it is not enabled.
if (! Config::instance()->getClientUniqueName()) {
return 0;
}
uint id_found = 0;
list<uint> ids_used;
list<Client*>::iterator it = _client_list.begin();
for (; it != _client_list.end(); ++it) {
if (*it != this) {
if ((*it)->getTitle()->getReal() == title) {
ids_used.push_back((*it)->getTitle()->getCount());
}
}
}
// more than one client having this name
if (ids_used.size() > 0) {
ids_used.sort();
list<uint>::iterator ui_it( ids_used.begin());
for (uint i = 0; ui_it != ids_used.end(); ++i, ++ui_it) {
if (i < *ui_it) {
id_found = i;
break;
}
}
if (ui_it == ids_used.end()) {
id_found = ids_used.size();
}
}
return id_found;
}
/**
* Get the clients icon name to be displayed when the client is
* iconified.
*/
void
Client::readIconName(void)
{
wstring icon_name;
if (! AtomUtil::getUtf8String(_window, Atoms::getAtom(NET_WM_ICON_NAME), icon_name)) {
string mb_icon_name;
if (AtomUtil::getTextProperty(_window, XA_WM_ICON_NAME, mb_icon_name)) {
icon_name = Util::to_wide_str(mb_icon_name);
}
}
// Set real name
_icon_name.setReal(icon_name);
_icon_name.setCustom(icon_name);
if (_icon_name.getVisible() == _icon_name.getReal()) {
AtomUtil::unsetProperty(_window, Atoms::getAtom(NET_WM_VISIBLE_ICON_NAME));
} else {
AtomUtil::setUtf8String(_window, Atoms::getAtom(NET_WM_VISIBLE_ICON_NAME), icon_name);
}
}
//! @brief Sets the WM_STATE of the client to state
//! @param state State to set.
void
Client::setWmState(ulong state)
{
ulong data[2];
data[0] = state;
data[1] = None; // No Icon
XChangeProperty(_dpy, _window,
Atoms::getAtom(WM_STATE),
Atoms::getAtom(WM_STATE),
32, PropModeReplace, (uchar*) data, 2);
}
// If we can't find a wm_state we're going to have to assume
// Withdrawn. This is not exactly optimal, since we can't really
// distinguish between the case where no WM has run yet and when the
// state was explicitly removed (Clients are allowed to either set the
// atom to Withdrawn or just remove it... yuck.)
long
Client::getWmState(void)
{
Atom real_type;
int real_format;
long *data, state = WithdrawnState;
ulong items_read, items_left;
uchar *udata;
int status =
XGetWindowProperty(_dpy, _window, Atoms::getAtom(WM_STATE),
0L, 2L, False, Atoms::getAtom(WM_STATE),
&real_type, &real_format, &items_read, &items_left,
&udata);
if ((status == Success) && items_read) {
data = reinterpret_cast<long*>(udata);
state = *data;
XFree(udata);
}
return state;
}
//! @brief Send XConfigureEvent, letting the client know about changes
void
Client::configureRequestSend(void)
{
if (_cfg_request_lock) {
return;
}
XConfigureEvent e;
e.type = ConfigureNotify;
e.event = _window;
e.window = _window;
e.x = _gm.x;
e.y = _gm.y;
e.width = _gm.width;
e.height = _gm.height;
e.border_width = 0;
e.above = None;
e.override_redirect = False;
XSendEvent(_dpy, _window, false, StructureNotifyMask, (XEvent *) &e);
}
//! @brief Send a TAKE_FOCUS client message to the client (if requested by it).
void Client::sendTakeFocusMessage(void)
{
if (_send_focus_message) {
{
XEvent ev;
XChangeProperty(_dpy, RootWindow(_dpy, DefaultScreen(_dpy)), XA_PRIMARY, XA_STRING, 8, PropModeAppend, 0, 0);
XWindowEvent(_dpy, RootWindow(_dpy, DefaultScreen(_dpy)), PropertyChangeMask, &ev);
PScreen::instance()->setLastEventTime(ev.xproperty.time);
}
sendXMessage(_window,
Atoms::getAtom(WM_PROTOCOLS), NoEventMask,
Atoms::getAtom(WM_TAKE_FOCUS),
PScreen::instance()->getLastEventTime());
}
}
//! @brief Grabs a button on the window win
//! Grabs the button button, with the mod mod and mask mask on the window win
//! and cursor curs with "all" possible extra modifiers
void
Client::grabButton(int button, int mod, int mask, Window win, Cursor curs)
{
uint num_lock = PScreen::instance()->getNumLock();
uint scroll_lock = PScreen::instance()->getScrollLock();
XGrabButton(_dpy, button, mod,
win, true, mask, GrabModeAsync, GrabModeAsync, None, curs);
XGrabButton(_dpy, button, mod|LockMask,
win, true, mask, GrabModeAsync, GrabModeAsync, None, curs);
if (num_lock) {
XGrabButton(_dpy, button, mod|num_lock,
win, true, mask, GrabModeAsync, GrabModeAsync, None, curs);
XGrabButton(_dpy, button, mod|num_lock|LockMask,
win, true, mask, GrabModeAsync, GrabModeAsync, None, curs);
}
if (scroll_lock) {
XGrabButton(_dpy, button, mod|scroll_lock,
win, true, mask, GrabModeAsync, GrabModeAsync, None, curs);
XGrabButton(_dpy, button, mod|scroll_lock|LockMask,
win, true, mask, GrabModeAsync, GrabModeAsync, None, curs);
}
if (num_lock && scroll_lock) {
XGrabButton(_dpy, button, mod|num_lock|scroll_lock,
win, true, mask, GrabModeAsync, GrabModeAsync, None, curs);
XGrabButton(_dpy, button, mod|num_lock|scroll_lock|LockMask,
win, true, mask, GrabModeAsync, GrabModeAsync, None, curs);
}
}
/**
* Toggles the clients always on top state
*/
void
Client::alwaysOnTop(bool top)
{
setLayer(top ? LAYER_ONTOP : LAYER_NORMAL);
updateEwmhStates();
}
/**
* Toggles the clients always below state.
*/
void
Client::alwaysBelow(bool below)
{
setLayer(below ? LAYER_BELOW : LAYER_NORMAL);
updateEwmhStates();
}
//! @brief Sets the skip state, and updates the _PEKWM_FRAME_SKIP atom
void
Client::setSkip(uint skip)
{
_state.skip = skip;
AtomUtil::setLong(_window, Atoms::getAtom(PEKWM_FRAME_SKIP), _state.skip);
}
/**
* Set demands attention state, this should be unset when client
* recieves focus. This is ignored if client has focus.
*/
void
Client::setStateDemandsAttention(StateAction sa, bool attention)
{
// FIXME: Demands attention state.
}
//! @brief Sends an WM_DELETE message to the client, else kills it.
void
Client::close(void)
{
if (_send_close_message) {
sendXMessage(_window, Atoms::getAtom(WM_PROTOCOLS), NoEventMask,
Atoms::getAtom(WM_DELETE_WINDOW), CurrentTime);
} else {
kill();
}
}
//! @brief Kills the client using XKillClient
void
Client::kill(void)
{
XKillClient(_dpy, _window);
}
//! @brief Sets the position based on P or U position.
//! @return Returns true on success, else false.
bool
Client::setPUPosition(void)
{
if ((_size->flags&PPosition) || (_size->flags&USPosition)) {
if (_gm.x == 0) {
_gm.x = _size->x;
}
if (_gm.y == 0) {
_gm.y = _size->y;
}
return true;
}
return false;
}
//! @brief Get the closest size confirming to the aspect ratio and ResizeInc (if applicable)
//! @param r_w Pointer to put the new width in
//! @param r_h Pointer to put the new height in
//! @param w Width to calculate from
//! @param h Height to calculate from
//! @return true if width/height have changed
bool
Client::getAspectSize(uint *r_w, uint *r_h, uint w, uint h)
{
// see ICCCM 4.1.2.3 for PAspect and {min,max}_aspect
if (_size->flags & PAspect && Config::instance()->isHonourAspectRatio()) {
// shorthand
const uint amin_x = _size->min_aspect.x;
const uint amin_y = _size->min_aspect.y;
const uint amax_x = _size->max_aspect.x;
const uint amax_y = _size->max_aspect.y;
uint base_w = 0, base_h = 0;
// If PBaseSize is specified, base_{width,height} should be subtracted
// before checking the aspect ratio (c.f. ICCCM). The additional checks avoid
// underflows in w and h. Keep in mind that _size->base_{width,height} are
// guaranteed to be non-negative by getWMNormalHints().
if (_size->flags & PBaseSize) {
if (static_cast<uint>(_size->base_width) < w) {
base_w = _size->base_width;
w -= base_w;
}
if (static_cast<uint>(_size->base_height) < h) {
base_h = _size->base_height;
h -= base_h;
}
}
double tmp;
// We have to ensure: min_aspect.x/min_aspect.y <= w/h <= max_aspect.x/max_aspect.y
// How do we calculate the new r_w, r_h?
// Consider the plane spanned by width and height. The points with one specific
// aspect ratio form a line and (w,h) is a point. So, we simply calculate the
// point on the line that is closest to (w, h) under the Euclidean metric.
// Lesson learned doing this: It is good to look at a different implementation
// (thanks fluxbox!) and then let a friend go over your own calculation to
// tell you what your mistake is (thanks Robert!). ;-)
// Check if w/h is less than amin_x/amin_y
if (w * amin_y < h * amin_x) {
tmp = ((double)(w * amin_x + h * amin_y)) /
((double)(amin_x * amin_x + amin_y * amin_y));
w = static_cast<uint>(amin_x * tmp) + base_w;
h = static_cast<uint>(amin_y * tmp) + base_h;
// Check if w/h is greater than amax_x/amax_y
} else if (w * amax_y > amax_x * h) {
tmp = ((double)(w * amax_x + h * amax_y)) /
((double)(amax_x * amax_x + amax_y * amax_y));
w = static_cast<uint>(amax_x * tmp) + base_w;
h = static_cast<uint>(amax_y * tmp) + base_h;
}
getIncSize(r_w, r_h, w, h, false);
return true;
}
return getIncSize(r_w, r_h, w, h);
}
//! @brief Get the size closest to the ResizeInc incrementer
//! @param r_w Pointer to put the new width in
//! @param r_h Pointer to put the new height in
//! @param w Width to calculate from
//! @param h Height to calculate from
//! @param incr If true, increase w,h to fulfil PResizeInc (instead of decreasing them)
bool
Client::getIncSize(uint *r_w, uint *r_h, uint w, uint h, bool incr)
{
uint basex, basey;
if (_size->flags&PResizeInc) {
basex = (_size->flags&PBaseSize)
? _size->base_width
: (_size->flags&PMinSize) ? _size->min_width : 0;
basey = (_size->flags&PBaseSize)
? _size->base_height
: (_size->flags&PMinSize) ? _size->min_height : 0;
if (w-basex < 0 || h-basey<0) {
basex=basey=0;
}
uint dw = (w - basex) % _size->width_inc;
uint dh = (h - basey) % _size->height_inc;
*r_w = w - dw + ((incr && dw)?_size->width_inc:0);
*r_h = h - dh + ((incr && dh)?_size->height_inc:0);
return true;
}
*r_w = w;
*r_h = h;
return false;
}
//! @brief Gets a MwmHint structure from a window. Doesn't free memory.
Client::MwmHints*
Client::getMwmHints(Window win)
{
Atom real_type; int real_format;
ulong items_read, items_left;
MwmHints *data = 0;
uchar *udata;
Atom hints_atom = Atoms::getAtom(MOTIF_WM_HINTS);
int status = XGetWindowProperty(_dpy, win, hints_atom, 0L, 20L, False, hints_atom,
&real_type, &real_format, &items_read, &items_left, &udata);
if (status == Success) {
if (items_read < MWM_HINTS_NUM) {
XFree(udata);
udata = 0;
}
} else {
udata = 0;
}
if (udata) {
data = reinterpret_cast<MwmHints*>(udata);
}
return data;
}
// This happens when a window is iconified and destroys itself. An
// Unmap event wouldn't happen in that case because the window is
// already unmapped.
void
Client::handleDestroyEvent(XDestroyWindowEvent *e)
{
_alive = false;
delete this;
}
void
Client::handleColormapChange(XColormapEvent *e)
{
if (e->c_new) {
_cmap = e->colormap;
XInstallColormap(_dpy, _cmap);
}
}
int
Client::sendXMessage(Window window, Atom atom, long mask,
long v1, long v2, long v3, long v4, long v5)
{
XEvent e;
e.type = e.xclient.type = ClientMessage;
e.xclient.display = _dpy;
e.xclient.window = window;
e.xclient.format = 32;
e.xclient.message_type = atom;
e.xclient.data.l[0] = v1;
e.xclient.data.l[1] = v2;
e.xclient.data.l[2] = v3;
e.xclient.data.l[3] = v4;
e.xclient.data.l[4] = v5;
return XSendEvent(_dpy, window, false, mask, &e);
}
//! @brief
bool
Client::getEwmhStates(NetWMStates &win_states)
{
int num = 0;
Atom *states;
states = (Atom*)
AtomUtil::getEwmhPropData(_window, Atoms::getAtom(STATE),
XA_ATOM, num);
if (states) {
for (int i = 0; i < num; ++i) {
if (states[i] == Atoms::getAtom(STATE_MODAL)) {
win_states.modal = true;
} else if (states[i] == Atoms::getAtom(STATE_STICKY)) {
win_states.sticky = true;
} else if (states[i] == Atoms::getAtom(STATE_MAXIMIZED_VERT)
&& ! isCfgDeny(CFG_DENY_STATE_MAXIMIZED_VERT)) {
win_states.max_vert = true;
} else if (states[i] == Atoms::getAtom(STATE_MAXIMIZED_HORZ)
&& ! isCfgDeny(CFG_DENY_STATE_MAXIMIZED_HORZ)) {
win_states.max_horz = true;
} else if (states[i] == Atoms::getAtom(STATE_SHADED)) {
win_states.shaded = true;
} else if (states[i] == Atoms::getAtom(STATE_SKIP_TASKBAR)) {
win_states.skip_taskbar = true;
} else if (states[i] == Atoms::getAtom(STATE_SKIP_PAGER)) {
win_states.skip_pager = true;
} else if (states[i] == Atoms::getAtom(STATE_DEMANDS_ATTENTION)) {
win_states.demands_attention = true;
} else if (states[i] == Atoms::getAtom(STATE_HIDDEN)
&& ! isCfgDeny(CFG_DENY_STATE_HIDDEN)) {
win_states.hidden = true;
} else if (states[i] == Atoms::getAtom(STATE_FULLSCREEN)
&& ! isCfgDeny(CFG_DENY_STATE_FULLSCREEN)) {
win_states.fullscreen = true;
} else if (states[i] == Atoms::getAtom(STATE_ABOVE)
&& ! isCfgDeny(CFG_DENY_STATE_ABOVE)) {
win_states.above = true;
} else if (states[i] == Atoms::getAtom(STATE_BELOW)
&& ! isCfgDeny(CFG_DENY_STATE_BELOW)) {
win_states.below = true;
}
}
XFree(states);
return true;
} else {
return false;
}
}
//! @brief Tells the world about our states, such as shaded etc.
void
Client::updateEwmhStates(void)
{
list<Atom> states;
if (false) // we don't yet support modal state
states.push_back(Atoms::getAtom(STATE_MODAL));
if (_sticky)
states.push_back(Atoms::getAtom(STATE_STICKY));
if (_state.maximized_vert)
states.push_back(Atoms::getAtom(STATE_MAXIMIZED_VERT));
if (_state.maximized_horz)
states.push_back(Atoms::getAtom(STATE_MAXIMIZED_HORZ));
if (_state.shaded)
states.push_back(Atoms::getAtom(STATE_SHADED));
if (isSkip(SKIP_TASKBAR))
states.push_back(Atoms::getAtom(STATE_SKIP_TASKBAR));
if (isSkip(SKIP_PAGER))
states.push_back(Atoms::getAtom(STATE_SKIP_PAGER));
if (_iconified)
states.push_back(Atoms::getAtom(STATE_HIDDEN));
if (_state.fullscreen)
states.push_back(Atoms::getAtom(STATE_FULLSCREEN));
if (getLayer() == LAYER_ABOVE_DOCK) {
states.push_back(Atoms::getAtom(STATE_ABOVE));
}
if (getLayer() == LAYER_BELOW) {
states.push_back(Atoms::getAtom(STATE_BELOW));
}
Atom *atoms = new Atom[(states.size() > 0) ? states.size() : 1];
if (states.size() > 0) {
copy(states.begin(), states.end(), atoms);
}
AtomUtil::setAtoms(_window, Atoms::getAtom(STATE), atoms, states.size());
delete [] atoms;
}
void
Client::getWMNormalHints(void)
{
long dummy;
XGetWMNormalHints(_dpy, _window, _size, &dummy);
// let's do some sanity checking
if (_size->flags & PBaseSize) {
if (_size->base_width<0 || _size->base_height<0) {
_size->base_width = _size->base_height = 0;
_size->flags &= ~PBaseSize;
}
}
if (_size->flags & PAspect) {
if (_size->min_aspect.x < 0 || _size->min_aspect.y < 0 ||
_size->max_aspect.x < 0 || _size->max_aspect.y < 0) {
_size->min_aspect.x = _size->min_aspect.y = 0;
_size->max_aspect.x = _size->max_aspect.y = 0;
_size->flags &= ~PAspect;
}
}
if (_size->flags & PResizeInc) {
if (_size->width_inc <= 0 || _size->height_inc <= 0) {
_size->width_inc = 0;
_size->height_inc = 0;
_size->flags &= ~PBaseSize;
}
}
if (_size->flags & PMaxSize) {
if (_size->max_width <= 0 || _size->max_height <= 0 ||
((_size->flags & PMinSize) &&
(_size->max_width < _size->min_width ||
_size->max_height < _size->min_height) )) {
_size->max_width = 0;
_size->max_height = 0;
_size->flags &= ~PMaxSize;
}
}
}
//! @brief
void
Client::getWMProtocols(void)
{
int count;
Atom *protocols;
if (XGetWMProtocols(_dpy, _window, &protocols, &count) != 0) {
for (int i = 0; i < count; ++i) {
if (protocols[i] == Atoms::getAtom(WM_TAKE_FOCUS)) {
_send_focus_message = true;
} else if (protocols[i] == Atoms::getAtom(WM_DELETE_WINDOW)) {
_send_close_message = true;
}
}
XFree(protocols);
}
}
/**
* Read WM_TRANSIENT_FOR hint.
*/
void
Client::getTransientForHint(void)
{
if (! _transient) {
XGetTransientForHint(_dpy, _window, &_transient_window);
if (_transient_window != None) {
_transient = findClientFromWindow(_transient_window);
if (_transient) {
_transient->_transient_clients.push_back(this);
_transient->addObserver(this);
}
}
}
}
//! @brief
void
Client::getStrutHint(void)
{
int num = 0;
long *strut = static_cast<long*>(AtomUtil::getEwmhPropData(_window,
Atoms::getAtom(NET_WM_STRUT),
XA_CARDINAL, num));
if (strut) {
if (_strut) {
PScreen::instance()->removeStrut(_strut);
} else {
_strut = new Strut();
}
*_strut = strut;
PScreen::instance()->addStrut(_strut);
XFree(strut);
} else if (_strut) {
PScreen::instance()->removeStrut(_strut);
delete _strut;
_strut = 0;
}
}
//! @brief
void
Client::removeStrutHint(void)
{
if (! _strut)
return;
PScreen::instance()->removeStrut(_strut);
delete _strut;
_strut = 0;
}
/**
* Get _PEKWM_FRAME_ORDER hint from client, return < 0 on failure.
*/
long
Client::getPekwmFrameOrder(void)
{
long num = -1;
AtomUtil::getLong(_window, Atoms::getAtom(PEKWM_FRAME_ORDER), num);
return num;
}
/**
* Update _PEKWM_FRAME_ORDER hint on client window.
*/
void
Client::setPekwmFrameOrder(long num)
{
AtomUtil::setLong(_window, Atoms::getAtom(PEKWM_FRAME_ORDER), num);
}
/**
* Get _PEKWM_FRAME_ACTIVE hint from client window, return true if
* client is treated as active.
*/
bool
Client::getPekwmFrameActive(void)
{
long act = 0;
return (AtomUtil::getLong(_window, Atoms::getAtom(PEKWM_FRAME_ACTIVE), act)
&& act == 1);
}
/**
* Set _PEKWM_FRAME_ACTIVE hint on client window.
*/
void
Client::setPekwmFrameActive(bool act)
{
AtomUtil::setLong(_window, Atoms::getAtom(PEKWM_FRAME_ACTIVE), act ? 1 : 0);
}
/**
* Update the environment with CLIENT_PID and CLIENT_WINDOW.
*/
void
Client::setClientEnvironment(Client *client)
{
if (client) {
setenv("CLIENT_PID", Util::to_string<long>(client->isRemote() ? -1 : client->getPid()).c_str(), 1);
setenv("CLIENT_WINDOW", Util::to_string<Window>(client->getWindow()).c_str(), 1);
} else {
unsetenv("CLIENT_PID");
unsetenv("CLIENT_WINDOW");
}
}
Reference in New Issue View Git Blame Copy Permalink