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98dde80ed3
spice/client/application.cpp
Alexander Larsson 98dde80ed3 Replace custom region implementation with pixman_region32_t 
pixman_region32_t is an efficient well tested region implementation (its
the one used in X) that we already depend on via pixman and use in
some places. No need to have a custom region implementation.
2010-02-23 22:52:06 +01:00

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/*
Copyright (C) 2009 Red Hat, Inc.
This program is free software; you can redistribute it and/or
modify it under the terms of the GNU General Public License as
published by the Free Software Foundation; either version 2 of
the License, or (at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
*/
#ifndef WIN32
#include "config.h"
#endif
#include "common.h"
#ifdef WIN32
#include <io.h>
#endif
#include "application.h"
#include "screen.h"
#include "utils.h"
#include "debug.h"
#include "screen_layer.h"
#include "monitor.h"
#include "resource.h"
#ifdef WIN32
#include "red_gdi_canvas.h"
#endif
#include "platform.h"
#include "cairo_canvas.h"
#include "gl_canvas.h"
#include "quic.h"
#include "mutex.h"
#include "cmd_line_parser.h"
#include "tunnel_channel.h"
#include "rect.h"
#include "gui/gui.h"
#include <log4cpp/BasicConfigurator.hh>
#include <log4cpp/FileAppender.hh>
#include <log4cpp/RollingFileAppender.hh>
#define STICKY_KEY_PIXMAP ALT_IMAGE_RES_ID
#define STICKY_KEY_TIMEOUT 750
#define CA_FILE_NAME "spice_truststore.pem"
#ifdef CAIRO_CANVAS_CACH_IS_SHARED
mutex_t cairo_surface_user_data_mutex;
#endif
static const char* app_name = "spicec";
void ConnectedEvent::response(AbstractProcessLoop& events_loop)
{
static_cast<Application*>(events_loop.get_owner())->on_connected();
}
void DisconnectedEvent::response(AbstractProcessLoop& events_loop)
{
Application* app = static_cast<Application*>(events_loop.get_owner());
app->on_disconnected(_error_code);
}
void VisibilityEvent::response(AbstractProcessLoop& events_loop)
{
Application* app = static_cast<Application*>(events_loop.get_owner());
app->on_visibility_start(_screen_id);
}
void MonitorsQuery::do_response(AbstractProcessLoop& events_loop)
{
Monitor* mon;
int i = 0;
while ((mon = (static_cast<Application*>(events_loop.get_owner()))->find_monitor(i++))) {
MonitorInfo info;
info.size = mon->get_size();
info.depth = 32;
info.position = mon->get_position();
_monitors.push_back(info);
}
}
//todo: add inactive visual appearance
class GUIBarrier: public ScreenLayer {
public:
GUIBarrier(int id)
: ScreenLayer(SCREEN_LAYER_GUI_BARIER, true)
, _id (id)
, _cursor (Platform::create_inactive_cursor())
{
}
~GUIBarrier()
{
detach();
}
int get_id() { return _id;}
void attach(RedScreen& in_screen)
{
if (screen()) {
ASSERT(&in_screen == screen())
return;
}
in_screen.attach_layer(*this);
}
void detach()
{
if (!screen()) {
return;
}
screen()->detach_layer(*this);
}
virtual bool pointer_test(int x, int y) { return true;}
virtual void on_pointer_enter(int x, int y, unsigned int buttons_state)
{
AutoRef<LocalCursor> cursor(Platform::create_inactive_cursor());
screen()->set_cursor(*cursor);
return;
}
private:
int _id;
AutoRef<LocalCursor> _cursor;
};
class InfoLayer: public ScreenLayer {
public:
InfoLayer();
virtual void copy_pixels(const QRegion& dest_region, RedDrawable& dest_dc);
void set_info_mode();
void set_sticky(bool is_on);
virtual void on_size_changed();
private:
void draw_info(const QRegion& dest_region, RedDrawable& dest);
void update_sticky_rect();
private:
AlphaImageFromRes _info_pixmap;
AlphaImageFromRes _sticky_pixmap;
SpicePoint _info_pos;
SpicePoint _sticky_pos;
SpiceRect _sticky_rect;
bool _sticky_on;
RecurciveMutex _update_lock;
};
InfoLayer::InfoLayer()
: ScreenLayer(SCREEN_LAYER_INFO, false)
, _info_pixmap (INFO_IMAGE_RES_ID)
, _sticky_pixmap (STICKY_KEY_PIXMAP)
, _sticky_on (false)
{
}
void InfoLayer::draw_info(const QRegion& dest_region, RedDrawable& dest)
{
pixman_box32_t *rects;
int num_rects;
rects = pixman_region32_rectangles((pixman_region32_t *)&dest_region, &num_rects);
for (int i = 0; i < num_rects; i++) {
SpiceRect r;
r.left = rects[i].x1;
r.top = rects[i].y1;
r.right = rects[i].x2;
r.bottom = rects[i].y2;
/* is rect inside sticky region or info region? */
if (_sticky_on && rect_intersects(r, _sticky_rect)) {
dest.blend_pixels(_sticky_pixmap, r.left - _sticky_pos.x, r.top - _sticky_pos.y, r);
} else {
dest.blend_pixels(_info_pixmap, r.left - _info_pos.x, r.top - _info_pos.y, r);
}
}
}
void InfoLayer::copy_pixels(const QRegion& dest_region, RedDrawable& dest_dc)
{
RecurciveLock lock(_update_lock);
draw_info(dest_region, dest_dc);
}
void InfoLayer::set_info_mode()
{
RecurciveLock lock(_update_lock);
ASSERT(screen());
SpicePoint size = _info_pixmap.get_size();
SpicePoint screen_size = screen()->get_size();
SpiceRect r;
r.left = (screen_size.x - size.x) / 2;
r.right = r.left + size.x;
_info_pos.x = r.right - size.x;
_info_pos.y = r.top = 0;
r.bottom = r.top + size.y;
lock.unlock();
set_rect_area(r);
update_sticky_rect();
set_sticky(_sticky_on);
}
void InfoLayer::update_sticky_rect()
{
SpicePoint size = _sticky_pixmap.get_size();
SpicePoint screen_size = screen()->get_size();
_sticky_pos.x = (screen_size.x - size.x) / 2;
_sticky_pos.y = screen_size.y * 2 / 3;
_sticky_rect.left = _sticky_pos.x;
_sticky_rect.top = _sticky_pos.y;
_sticky_rect.right = _sticky_rect.left + size.x;
_sticky_rect.bottom = _sticky_rect.top + size.y;
}
void InfoLayer::set_sticky(bool is_on)
{
RecurciveLock lock(_update_lock);
if (!_sticky_on && !is_on) {
return;
}
_sticky_on = is_on;
if (_sticky_on) {
add_rect_area(_sticky_rect);
invalidate(_sticky_rect);
} else {
remove_rect_area(_sticky_rect);
}
}
void InfoLayer::on_size_changed()
{
set_info_mode();
}
void StickyKeyTimer::response(AbstractProcessLoop& events_loop)
{
Application* app = (Application*)events_loop.get_owner();
StickyInfo* sticky_info = &app->_sticky_info;
ASSERT(app->is_sticky_trace_key(sticky_info->key));
ASSERT(app->_keyboard_state[sticky_info->key]);
ASSERT(sticky_info->key_first_down);
ASSERT(sticky_info->key_down);
sticky_info->sticky_mode = true;
DBG(0, "ON sticky");
app->_info_layer->set_sticky(true);
app->deactivate_interval_timer(this);
}
class GUITimer: public Timer {
public:
GUITimer(GUI& gui)
: _gui (gui)
{
}
virtual void response(AbstractProcessLoop& events_loop)
{
_gui.idle();
}
private:
GUI& _gui;
};
#ifdef GUI_DEMO
class TestTimer: public Timer {
public:
TestTimer(Application& app)
: _app (app)
{
}
virtual void response(AbstractProcessLoop& events_loop)
{
_app.message_box_test();
}
private:
Application& _app;
};
#endif
static MouseHandler default_mouse_handler;
static KeyHandler default_key_handler;
enum AppCommands {
APP_CMD_INVALID,
APP_CMD_SEND_CTL_ALT_DEL,
APP_CMD_TOGGLE_FULL_SCREEN,
APP_CMD_RELEASE_CAPTURE,
APP_CMD_SEND_TOGGLE_KEYS,
APP_CMD_SEND_RELEASE_KEYS,
APP_CMD_SEND_CTL_ALT_END,
#ifdef RED_DEBUG
APP_CMD_CONNECT,
APP_CMD_DISCONNECT,
#endif
APP_CMD_SHOW_GUI,
};
Application::Application()
: ProcessLoop (this)
, _client (*this)
, _enabled_channels (SPICE_END_CHANNEL, true)
, _main_screen (NULL)
, _active (false)
, _full_screen (false)
, _changing_screens (false)
, _exit_code (0)
, _active_screen (NULL)
, _num_keys_pressed (0)
, _info_layer (new InfoLayer())
, _key_handler (&default_key_handler)
, _mouse_handler (&default_mouse_handler)
, _monitors (NULL)
, _title (L"SPICEc:%d")
, _sys_key_intercept_mode (false)
, _gui_mode (GUI_MODE_FULL)
, _state (DISCONNECTED)
{
DBG(0, "");
Platform::set_process_loop(*this);
init_monitors();
memset(_keyboard_state, 0, sizeof(_keyboard_state));
init_menu();
_main_screen = get_screen(0);
Platform::set_event_listener(this);
Platform::set_display_mode_listner(this);
_commands_map["toggle-fullscreen"] = APP_CMD_TOGGLE_FULL_SCREEN;
_commands_map["release-cursor"] = APP_CMD_RELEASE_CAPTURE;
#ifdef RED_DEBUG
_commands_map["connect"] = APP_CMD_CONNECT;
_commands_map["disconnect"] = APP_CMD_DISCONNECT;
#endif
_commands_map["show-gui"] = APP_CMD_SHOW_GUI;
_canvas_types.resize(1);
#ifdef WIN32
_canvas_types[0] = CANVAS_OPTION_GDI;
#else
_canvas_types[0] = CANVAS_OPTION_CAIRO;
#endif
std::auto_ptr<HotKeysParser> parser(new HotKeysParser("toggle-fullscreen=shift+f11"
",release-cursor=shift+f12"
#ifdef RED_DEBUG
",connect=shift+f5"
",disconnect=shift+f6"
#endif
",show-gui=shift+f7"
, _commands_map));
_hot_keys = parser->get();
_sticky_info.trace_is_on = false;
_sticky_info.sticky_mode = false;
_sticky_info.key_first_down = false;
_sticky_info.key_down = false;
_sticky_info.key = REDKEY_INVALID;
_sticky_info.timer.reset(new StickyKeyTimer());
_gui.reset(new GUI(*this, DISCONNECTED));
_gui_timer.reset(new GUITimer(*_gui.get()));
activate_interval_timer(*_gui_timer, 1000 / 30);
#ifdef GUI_DEMO
_gui_test_timer.reset(new TestTimer(*this));
activate_interval_timer(*_gui_test_timer, 1000 * 30);
#endif
for (int i = SPICE_CHANNEL_MAIN; i < SPICE_END_CHANNEL; i++) {
_peer_con_opt[i] = RedPeer::ConnectionOptions::CON_OP_BOTH;
}
}
Application::~Application()
{
deactivate_interval_timer(*_gui_timer);
#ifdef GUI_DEMO
deactivate_interval_timer(*_gui_test_timer);
#endif
destroyed_gui_barriers();
_gui->set_screen(NULL);
if (_info_layer->screen()) {
_main_screen->detach_layer(*_info_layer);
}
_main_screen->unref();
destroy_monitors();
}
void Application::init_menu()
{
//fixme: menu items name need to be dynamically updated by hot keys configuration.
AutoRef<Menu> root_menu(new Menu(*this, ""));
(*root_menu)->add_command("Send Ctrl+Alt+Del\tCtrl+Alt+End", APP_CMD_SEND_CTL_ALT_DEL);
(*root_menu)->add_command("Toggle full screen\tShift+F11", APP_CMD_TOGGLE_FULL_SCREEN);
AutoRef<Menu> key_menu(new Menu(*this, "Special keys"));
(*key_menu)->add_command("Send Shift+F11", APP_CMD_SEND_TOGGLE_KEYS);
(*key_menu)->add_command("Send Shift+F12", APP_CMD_SEND_RELEASE_KEYS);
(*key_menu)->add_command("Send Ctrl+Alt+End", APP_CMD_SEND_CTL_ALT_END);
(*root_menu)->add_sub(key_menu.release());
_app_menu.reset(root_menu.release());
}
void Application::__remove_key_handler(KeyHandler& handler)
{
KeyHandlersStack::iterator iter = _key_handlers.begin();
for (; iter != _key_handlers.end(); iter++) {
if (*iter == &handler) {
_key_handlers.erase(iter);
return;
}
}
}
void Application::set_key_handler(KeyHandler& handler)
{
if (&handler == _key_handler) {
return;
}
__remove_key_handler(handler);
if (!_key_handler->permit_focus_loss()) {
_key_handlers.push_front(&handler);
return;
}
unpress_all();
if (_active) {
_key_handler->on_focus_out();
}
_key_handlers.push_front(_key_handler);
_key_handler = &handler;
if (_active) {
_key_handler->on_focus_in();
}
}
void Application::remove_key_handler(KeyHandler& handler)
{
bool is_current = (&handler == _key_handler);
if (!is_current) {
__remove_key_handler(handler);
return;
}
KeyHandler damy_handler;
_key_handler = &damy_handler;
set_key_handler(**_key_handlers.begin());
__remove_key_handler(damy_handler);
}
void Application::set_mouse_handler(MouseHandler& handler)
{
_mouse_handler = &handler;
}
void Application::remove_mouse_handler(MouseHandler& handler)
{
if (_mouse_handler != &handler) {
return;
}
_mouse_handler = &default_mouse_handler;
}
void Application::capture_mouse()
{
if (!_active_screen || _gui->screen()) {
return;
}
_active_screen->capture_mouse();
}
void Application::release_mouse_capture()
{
if (!_active_screen || !_active_screen->is_mouse_captured()) {
return;
}
_active_screen->relase_mouse();
}
void Application::abort()
{
Platform::set_event_listener(NULL);
Platform::set_display_mode_listner(NULL);
unpress_all();
while (!_client.abort()) {
ProcessLoop::process_events_queue();
Platform::msleep(100);
}
}
class AutoAbort {
public:
AutoAbort(Application& app) : _app(app) {}
~AutoAbort() { _app.abort();}
private:
Application& _app;
};
void Application::connect()
{
ASSERT(_state == DISCONNECTED);
set_state(CONNECTING);
_client.connect();
}
int Application::run()
{
if (_gui_mode != GUI_MODE_FULL) {
connect();
}
show_gui();
_exit_code = ProcessLoop::run();
return _exit_code;
}
RedScreen* Application::find_screen(int id)
{
if ((int)_screens.size() < id + 1) {
return NULL;
}
return _screens[id];
}
bool Application::release_capture()
{
unpress_all();
if (!_active_screen || !_active_screen->is_mouse_captured()) {
return false;
}
_active_screen->relase_mouse();
return true;
}
bool Application::do_connect()
{
_client.connect();
return true;
}
bool Application::do_disconnect()
{
on_disconnecting();
_client.disconnect();
return true;
}
#define SCREEN_INIT_WIDTH 800
#define SCREEN_INIT_HEIGHT 600
RedScreen* Application::get_screen(int id)
{
RedScreen *screen;
if ((int)_screens.size() < id + 1) {
_screens.resize(id + 1);
}
if (!(screen = _screens[id])) {
Monitor* mon = find_monitor(id);
SpicePoint size;
if (_full_screen && mon) {
SpicePoint size = mon->get_size();
} else {
size.x = SCREEN_INIT_WIDTH;
size.y = SCREEN_INIT_HEIGHT;
}
screen = _screens[id] = new RedScreen(*this, id, _title, size.x, size.y);
create_gui_barrier(*screen, id);
if (id != 0) {
if (_full_screen) {
bool capture;
mon = get_monitor(id);
capture = release_capture();
screen->set_monitor(mon);
position_screens();
screen->show_full_screen();
prepare_monitors();
if (capture) {
_main_screen->activate();
_main_screen->capture_mouse();
}
} else {
screen->show(false, _main_screen);
}
}
} else {
screen = screen->ref();
}
return screen;
}
void Application::attach_gui_barriers()
{
GUIBarriers::iterator iter = _gui_barriers.begin();
for (; iter != _gui_barriers.end(); iter++) {
GUIBarrier* barrier = *iter;
ASSERT((int)_screens.size() > barrier->get_id() && _screens[barrier->get_id()]);
barrier->attach(*_screens[barrier->get_id()]);
}
}
void Application::detach_gui_barriers()
{
GUIBarriers::iterator iter = _gui_barriers.begin();
for (; iter != _gui_barriers.end(); iter++) {
GUIBarrier* barrier = *iter;
barrier->detach();
}
}
void Application::create_gui_barrier(RedScreen& screen, int id)
{
GUIBarrier* barrier = new GUIBarrier(id);
_gui_barriers.push_front(barrier);
if (_gui.get() && _gui->screen()) {
barrier->attach(screen);
}
}
void Application::destroyed_gui_barriers()
{
while (_gui_barriers.begin() != _gui_barriers.end()) {
GUIBarrier* barrier = *_gui_barriers.begin();
_gui_barriers.erase(_gui_barriers.begin());
delete barrier;
}
}
void Application::destroyed_gui_barrier(int id)
{
GUIBarriers::iterator iter = _gui_barriers.begin();
for (; iter != _gui_barriers.end(); iter++) {
GUIBarrier* barrier = *iter;
if (barrier->get_id() == id) {
_gui_barriers.erase(iter);
delete barrier;
return;
}
}
}
void Application::on_screen_destroyed(int id, bool was_captured)
{
bool reposition = false;
destroyed_gui_barrier(id);
if ((int)_screens.size() < id + 1 || !_screens[id]) {
THROW("no screen");
}
if (_active_screen == _screens[id]) {
_active_screen = NULL;
}
if (_full_screen && _screens[id]->has_monitor()) {
_screens[id]->get_monitor()->restore();
reposition = true;
}
_screens[id] = NULL;
if (reposition) {
bool capture = was_captured || release_capture();
prepare_monitors();
position_screens();
if (capture) {
_main_screen->activate();
_main_screen->capture_mouse();
}
}
}
void Application::on_mouse_motion(int dx, int dy, int buttons_state)
{
_mouse_handler->on_mouse_motion(dx, dy, buttons_state);
}
void Application::on_mouse_down(int button, int buttons_state)
{
_mouse_handler->on_mouse_down(button, buttons_state);
}
void Application::on_mouse_up(int button, int buttons_state)
{
_mouse_handler->on_mouse_up(button, buttons_state);
}
void Application::unpress_all()
{
reset_sticky();
for (int i = 0; i < REDKEY_NUM_KEYS; i++) {
if (_keyboard_state[i]) {
_key_handler->on_key_up((RedKey)i);
unpress_key((RedKey)i);
}
}
}
void Application::set_state(State state)
{
if (state == _state) {
return;
}
_state = state;
_gui->set_state(_state);
if (_gui->screen() && !_gui->is_visible()) {
hide_gui();
}
reset_sticky();
}
void Application::on_connected()
{
set_state(CONNECTED);
}
void Application::on_disconnected(int error_code)
{
if (_gui_mode != GUI_MODE_FULL) {
ProcessLoop::quit(error_code);
return;
}
set_state(DISCONNECTED);
show_gui();
}
void Application::on_visibility_start(int screen_id)
{
if (screen_id) {
return;
}
set_state(VISIBILITY);
hide_gui();
}
void Application::on_disconnecting()
{
release_capture();
}
Menu* Application::get_app_menu()
{
if (!*_app_menu) {
return NULL;
}
return (*_app_menu)->ref();
}
void Application::show_info_layer()
{
if (_info_layer->screen() || _state != VISIBILITY) {
return;
}
_main_screen->attach_layer(*_info_layer);
_info_layer->set_info_mode();
reset_sticky();
}
void Application::hide_info_layer()
{
if (!_info_layer->screen()) {
return;
}
_main_screen->detach_layer(*_info_layer);
reset_sticky();
}
#ifdef GUI_DEMO
class TestResponce: public GUI::BoxResponse {
public:
virtual void response(int response)
{
DBG(0, "%d", response);
}
virtual void aborted()
{
DBG(0, "");
}
};
TestResponce response_test;
void Application::message_box_test()
{
GUI::ButtonsList list(3);
list[0].id = 101;
list[0].text = "Yes";
list[1].id = 102;
list[1].text = "No";
list[2].id = 103;
list[2].text = "Don't Know";
if (!_gui->message_box(GUI::QUESTION, "My question", list, &response_test)) {
DBG(0, "busy");
} else {
show_gui();
}
}
#endif
void Application::show_gui()
{
if (_gui->screen() || !_gui->prepare_dialog()) {
return;
}
hide_info_layer();
release_capture();
_gui->set_screen(_main_screen);
attach_gui_barriers();
}
void Application::hide_gui()
{
if (!_gui->screen()) {
return;
}
_gui->set_screen(NULL);
detach_gui_barriers();
show_info_layer();
}
void Application::do_command(int command)
{
switch (command) {
case APP_CMD_SEND_CTL_ALT_DEL:
send_alt_ctl_del();
break;
case APP_CMD_TOGGLE_FULL_SCREEN:
toggle_full_screen();
break;
case APP_CMD_SEND_TOGGLE_KEYS:
send_command_hotkey(APP_CMD_SEND_TOGGLE_KEYS);
break;
case APP_CMD_SEND_RELEASE_KEYS:
send_command_hotkey(APP_CMD_SEND_RELEASE_KEYS);
break;
case APP_CMD_SEND_CTL_ALT_END:
send_ctrl_alt_end();
break;
case APP_CMD_RELEASE_CAPTURE:
release_capture();
break;
#ifdef RED_DEBUG
case APP_CMD_CONNECT:
do_connect();
break;
case APP_CMD_DISCONNECT:
do_disconnect();
break;
#endif
case APP_CMD_SHOW_GUI:
show_gui();
break;
}
}
#ifdef REDKEY_DEBUG
static void show_red_key(RedKey key)
{
#define KEYCASE(red_key) \
case red_key: \
DBG(0, #red_key); \
return;
switch (key) {
KEYCASE(REDKEY_INVALID);
KEYCASE(REDKEY_ESCAPE);
KEYCASE(REDKEY_1);
KEYCASE(REDKEY_2);
KEYCASE(REDKEY_3);
KEYCASE(REDKEY_4);
KEYCASE(REDKEY_5);
KEYCASE(REDKEY_6);
KEYCASE(REDKEY_7);
KEYCASE(REDKEY_8);
KEYCASE(REDKEY_9);
KEYCASE(REDKEY_0);
KEYCASE(REDKEY_MINUS);
KEYCASE(REDKEY_EQUALS);
KEYCASE(REDKEY_BACKSPACE);
KEYCASE(REDKEY_TAB);
KEYCASE(REDKEY_Q);
KEYCASE(REDKEY_W);
KEYCASE(REDKEY_E);
KEYCASE(REDKEY_R);
KEYCASE(REDKEY_T);
KEYCASE(REDKEY_Y);
KEYCASE(REDKEY_U);
KEYCASE(REDKEY_I);
KEYCASE(REDKEY_O);
KEYCASE(REDKEY_P);
KEYCASE(REDKEY_ENTER);
KEYCASE(REDKEY_L_BRACKET);
KEYCASE(REDKEY_R_BRACKET);
KEYCASE(REDKEY_L_CTRL);
KEYCASE(REDKEY_A);
KEYCASE(REDKEY_S);
KEYCASE(REDKEY_D);
KEYCASE(REDKEY_F);
KEYCASE(REDKEY_G);
KEYCASE(REDKEY_H);
KEYCASE(REDKEY_J);
KEYCASE(REDKEY_K);
KEYCASE(REDKEY_L);
KEYCASE(REDKEY_SEMICOLON);
KEYCASE(REDKEY_QUOTE);
KEYCASE(REDKEY_BACK_QUOTE);
KEYCASE(REDKEY_L_SHIFT);
KEYCASE(REDKEY_BACK_SLASH);
KEYCASE(REDKEY_Z);
KEYCASE(REDKEY_X);
KEYCASE(REDKEY_C);
KEYCASE(REDKEY_V);
KEYCASE(REDKEY_B);
KEYCASE(REDKEY_N);
KEYCASE(REDKEY_M);
KEYCASE(REDKEY_COMMA);
KEYCASE(REDKEY_PERIOD);
KEYCASE(REDKEY_SLASH);
KEYCASE(REDKEY_R_SHIFT);
KEYCASE(REDKEY_PAD_MULTIPLY);
KEYCASE(REDKEY_L_ALT);
KEYCASE(REDKEY_SPACE);
KEYCASE(REDKEY_CAPS_LOCK);
KEYCASE(REDKEY_F1);
KEYCASE(REDKEY_F2);
KEYCASE(REDKEY_F3);
KEYCASE(REDKEY_F4);
KEYCASE(REDKEY_F5);
KEYCASE(REDKEY_F6);
KEYCASE(REDKEY_F7);
KEYCASE(REDKEY_F8);
KEYCASE(REDKEY_F9);
KEYCASE(REDKEY_F10);
KEYCASE(REDKEY_NUM_LOCK);
KEYCASE(REDKEY_SCROLL_LOCK);
KEYCASE(REDKEY_PAD_7);
KEYCASE(REDKEY_PAD_8);
KEYCASE(REDKEY_PAD_9);
KEYCASE(REDKEY_PAD_MINUS);
KEYCASE(REDKEY_PAD_4);
KEYCASE(REDKEY_PAD_5);
KEYCASE(REDKEY_PAD_6);
KEYCASE(REDKEY_PAD_PLUS);
KEYCASE(REDKEY_PAD_1);
KEYCASE(REDKEY_PAD_2);
KEYCASE(REDKEY_PAD_3);
KEYCASE(REDKEY_PAD_0);
KEYCASE(REDKEY_PAD_POINT);
KEYCASE(REDKEY_F11);
KEYCASE(REDKEY_F12);
KEYCASE(REDKEY_PAD_ENTER);
KEYCASE(REDKEY_R_CTRL);
KEYCASE(REDKEY_FAKE_L_SHIFT);
KEYCASE(REDKEY_PAD_DIVIDE);
KEYCASE(REDKEY_FAKE_R_SHIFT);
KEYCASE(REDKEY_CTRL_PRINT_SCREEN);
KEYCASE(REDKEY_R_ALT);
KEYCASE(REDKEY_CTRL_BREAK);
KEYCASE(REDKEY_HOME);
KEYCASE(REDKEY_UP);
KEYCASE(REDKEY_PAGEUP);
KEYCASE(REDKEY_LEFT);
KEYCASE(REDKEY_RIGHT);
KEYCASE(REDKEY_END);
KEYCASE(REDKEY_DOWN);
KEYCASE(REDKEY_PAGEDOWN);
KEYCASE(REDKEY_INSERT);
KEYCASE(REDKEY_DELETE);
KEYCASE(REDKEY_LEFT_CMD);
KEYCASE(REDKEY_RIGHT_CMD);
KEYCASE(REDKEY_MENU);
default:
DBG(0, "???");
}
}
#endif
bool Application::press_key(RedKey key)
{
if (_keyboard_state[key]) {
return true;
} else {
_keyboard_state[key] = true;
_num_keys_pressed++;
return false;
}
}
bool Application::unpress_key(RedKey key)
{
ASSERT(!_sticky_info.key_down || !is_sticky_trace_key(key));
if (_keyboard_state[key]) {
_keyboard_state[key] = false;
_num_keys_pressed--;
ASSERT(_num_keys_pressed >= 0);
return true;
} else {
return false;
}
}
inline bool Application::is_sticky_trace_key(RedKey key)
{
return ((key == REDKEY_L_ALT) || (key == REDKEY_R_ALT));
}
void Application::reset_sticky()
{
_sticky_info.trace_is_on = (_state == VISIBILITY) && _sys_key_intercept_mode;
_sticky_info.key_first_down = false;
deactivate_interval_timer(*_sticky_info.timer);
if (_sticky_info.sticky_mode) {
ASSERT(_keyboard_state[_sticky_info.key]);
// if it is physically down, we shouldn't unpress it
if (!_sticky_info.key_down) {
do_on_key_up(_sticky_info.key);
}
_sticky_info.sticky_mode = false;
DBG(0, "OFF sticky");
_info_layer->set_sticky(false);
}
_sticky_info.key_down = false;
_sticky_info.key = REDKEY_INVALID;
}
struct ModifierKey {
int modifier;
RedKey key;
};
ModifierKey modifier_keys[] = {
{Platform::L_SHIFT_MODIFIER, REDKEY_L_SHIFT},
{Platform::R_SHIFT_MODIFIER, REDKEY_R_SHIFT},
{Platform::L_CTRL_MODIFIER, REDKEY_L_CTRL},
{Platform::R_CTRL_MODIFIER, REDKEY_R_CTRL},
{Platform::L_ALT_MODIFIER, REDKEY_L_ALT},
{Platform::R_ALT_MODIFIER, REDKEY_R_ALT},
};
void Application::sync_keyboard_modifiers()
{
uint32_t modifiers = Platform::get_keyboard_modifiers();
for (int i = 0; i < sizeof(modifier_keys) / sizeof(modifier_keys[0]); i++) {
if (modifiers & modifier_keys[i].modifier) {
on_key_down(modifier_keys[i].key);
} else {
on_key_up(modifier_keys[i].key);
}
}
}
void Application::on_key_down(RedKey key)
{
if (key <= 0 || key >= REDKEY_NUM_KEYS) {
return;
}
bool was_pressed = press_key(key);
if (_sticky_info.trace_is_on) {
if (key == _sticky_info.key) {
_sticky_info.key_down = true;
}
if (!_sticky_info.sticky_mode) {
// during tracing (traced key was pressed and no keyboard event has occured till now)
if (_sticky_info.key_first_down) {
ASSERT(_sticky_info.key != REDKEY_INVALID);
if (key != _sticky_info.key) {
reset_sticky();
}
} else if (is_sticky_trace_key(key) && (_num_keys_pressed == 1) && !was_pressed) {
ASSERT(_sticky_info.key == REDKEY_INVALID);
// start tracing
_sticky_info.key = key;
_sticky_info.key_first_down = true;
_sticky_info.key_down = true;
activate_interval_timer(*_sticky_info.timer, STICKY_KEY_TIMEOUT);
}
}
}
int command = get_hotkeys_commnad();
if (command != APP_CMD_INVALID) {
do_command(command);
return;
}
#ifdef WIN32
if (!_active_screen->intercepts_sys_key() &&
(key == REDKEY_LEFT_CMD || key == REDKEY_RIGHT_CMD ||
key == REDKEY_MENU || _keyboard_state[REDKEY_L_ALT])) {
unpress_key(key);
return;
}
if (!_sticky_info.sticky_mode &&
((_keyboard_state[REDKEY_L_CTRL] || _keyboard_state[REDKEY_R_CTRL]) &&
(_keyboard_state[REDKEY_L_ALT] || _keyboard_state[REDKEY_R_ALT]))) {
if (key == REDKEY_END || key == REDKEY_PAD_1) {
unpress_key(key);
_key_handler->on_key_down(REDKEY_DELETE);
_key_handler->on_key_up(REDKEY_DELETE);
} else if (key == REDKEY_DELETE || key == REDKEY_PAD_POINT) {
unpress_key(key);
return;
}
}
#endif
_key_handler->on_key_down(key);
}
void Application::do_on_key_up(RedKey key)
{
unpress_key(key);
_key_handler->on_key_up(key);
}
void Application::on_key_up(RedKey key)
{
if(key < 0 || key >= REDKEY_NUM_KEYS || !_keyboard_state[key]) {
return;
}
if (_sticky_info.trace_is_on) {
ASSERT(_sticky_info.sticky_mode || (key == _sticky_info.key) ||
(_sticky_info.key == REDKEY_INVALID));
if (key == _sticky_info.key) {
_sticky_info.key_down = false;
if (_sticky_info.key_first_down) {
_sticky_info.key_first_down = false;
if (!_sticky_info.sticky_mode) {
reset_sticky();
} else {
return; // ignore the sticky-key first release
}
}
}
if (_sticky_info.sticky_mode) {
RedKey old_sticky_key = _sticky_info.key;
reset_sticky();
if (key == old_sticky_key) {
return; // no need to send key_up twice
}
}
}
do_on_key_up(key);
}
void Application::on_char(uint32_t ch)
{
_key_handler->on_char(ch);
}
void Application::on_deactivate_screen(RedScreen* screen)
{
if (_active_screen == screen) {
_sys_key_intercept_mode = false;
release_capture();
_active_screen = NULL;
}
}
void Application::on_activate_screen(RedScreen* screen)
{
ASSERT(!_active_screen || (_active_screen == screen));
_active_screen = screen;
sync_keyboard_modifiers();
}
void Application::on_start_screen_key_interception(RedScreen* screen)
{
ASSERT(screen == _active_screen);
_sys_key_intercept_mode = true;
reset_sticky();
}
void Application::on_stop_screen_key_interception(RedScreen* screen)
{
ASSERT(screen == _active_screen);
_sys_key_intercept_mode = false;
reset_sticky();
}
void Application::on_app_activated()
{
_active = true;
_key_handler->on_focus_in();
}
void Application::on_app_deactivated()
{
_active = false;
_key_handler->on_focus_out();
#ifdef WIN32
if (!_changing_screens) {
exit_full_screen();
}
#endif
}
void Application::on_screen_unlocked(RedScreen& screen)
{
if (_full_screen) {
return;
}
screen.resize(SCREEN_INIT_WIDTH, SCREEN_INIT_HEIGHT);
}
bool Application::rearrange_monitors(RedScreen& screen)
{
if (!_full_screen) {
return false;
}
bool capture = release_capture();
prepare_monitors();
position_screens();
if (capture && _main_screen != &screen) {
capture = false;
_main_screen->activate();
_main_screen->capture_mouse();
}
return capture;
}
Monitor* Application::find_monitor(int id)
{
ASSERT(_monitors);
std::list<Monitor*>::const_iterator iter = _monitors->begin();
for (; iter != _monitors->end(); iter++) {
Monitor *mon = *iter;
if (mon->get_id() == id) {
return mon;
}
}
return NULL;
}
Monitor* Application::get_monitor(int id)
{
Monitor *mon = find_monitor(id);
if ((mon = find_monitor(id))) {
mon->set_used();
}
return mon;
}
void Application::assign_monitors()
{
for (int i = 0; i < (int)_screens.size(); i++) {
if (_screens[i]) {
ASSERT(!_screens[i]->has_monitor());
_screens[i]->set_monitor(get_monitor(i));
}
}
}
void Application::prepare_monitors()
{
//todo: test match of monitors size/position against real world size/position
for (int i = 0; i < (int)_screens.size(); i++) {
Monitor* mon;
if (_screens[i] && (mon = _screens[i]->get_monitor())) {
if (_screens[i]->is_size_locked()) {
SpicePoint size = _screens[i]->get_size();
mon->set_mode(size.x, size.y);
} else {
SpicePoint size = mon->get_size();
_screens[i]->resize(size.x, size.y);
}
}
}
}
void Application::restore_monitors()
{
//todo: renew monitors (destroy + init)
std::list<Monitor*>::const_iterator iter = _monitors->begin();
for (; iter != _monitors->end(); iter++) {
(*iter)->restore();
}
}
void Application::position_screens()
{
for (int i = 0; i < (int)_screens.size(); i++) {
Monitor* mon;
if (_screens[i] && (mon = _screens[i]->get_monitor())) {
_screens[i]->position_full_screen(mon->get_position());
}
}
}
void Application::hide()
{
for (int i = 0; i < (int)_screens.size(); i++) {
if (_screens[i]) {
_screens[i]->hide();
}
}
}
void Application::show()
{
for (int i = 0; i < (int)_screens.size(); i++) {
if (_screens[i]) {
_screens[i]->show();
}
}
}
void Application::external_show()
{
DBG(0, "Entry, _screens.size()=%lu", _screens.size());
for (size_t i = 0; i < _screens.size(); ++i) {
DBG(0, "%lu", i);
if (_screens[i]) {
_screens[i]->external_show();
}
}
}
void Application::show_full_screen()
{
for (int i = 0; i < (int)_screens.size(); i++) {
if (_screens[i]) {
_screens[i]->show_full_screen();
}
}
}
void Application::enter_full_screen()
{
LOG_INFO("");
_changing_screens = true;
bool capture = release_capture();
assign_monitors();
hide();
prepare_monitors();
position_screens();
show_full_screen();
_main_screen->activate();
if (capture) {
_main_screen->capture_mouse();
}
_changing_screens = false;
_full_screen = true;
}
void Application::restore_screens_size()
{
for (int i = 0; i < (int)_screens.size(); i++) {
if (_screens[i]->is_size_locked()) {
continue;
}
_screens[i]->resize(SCREEN_INIT_WIDTH, SCREEN_INIT_HEIGHT);
}
}
void Application::exit_full_screen()
{
if (!_full_screen) {
return;
}
LOG_INFO("");
_changing_screens = true;
release_capture();
for (int i = 0; i < (int)_screens.size(); i++) {
if (_screens[i]) {
Monitor* mon;
_screens[i]->exit_full_screen();
if ((mon = _screens[i]->get_monitor())) {
_screens[i]->set_monitor(NULL);
mon->set_free();
}
}
}
restore_monitors();
_full_screen = false;
restore_screens_size();
show();
_main_screen->activate();
_changing_screens = false;
}
bool Application::toggle_full_screen()
{
if (_full_screen) {
exit_full_screen();
} else {
enter_full_screen();
}
return _full_screen;
}
void Application::minimize()
{
for (int i = 0; i < (int)_screens.size(); i++) {
if (_screens[i]) {
_screens[i]->minimize();
}
}
}
void Application::destroy_monitors()
{
for (int i = 0; i < (int)_screens.size(); i++) {
if (_screens[i]) {
_screens[i]->set_monitor(NULL);
}
}
Platform::destroy_monitors();
_monitors = NULL;
}
void Application::init_monitors()
{
exit_full_screen();
destroy_monitors();
_monitors = &Platform::init_monitors();
}
void Application::on_monitors_change()
{
if (Monitor::is_self_change()) {
return;
}
exit_full_screen();
init_monitors();
}
void Application::on_display_mode_change()
{
_client.on_display_mode_change();
}
uint32_t Application::get_mouse_mode()
{
return _client.get_mouse_mode();
}
void Application::set_title(std::wstring& title)
{
_title = title;
for (size_t i = 0; i < _screens.size(); ++i) {
if (_screens[i]) {
_screens[i]->set_name(_title);
}
}
}
bool Application::is_key_set_pressed(const HotkeySet& key_set)
{
HotkeySet::const_iterator iter = key_set.begin();
while (iter != key_set.end()) {
if (!(_keyboard_state[iter->main] || _keyboard_state[iter->alter])) {
break;
}
++iter;
}
return iter == key_set.end();
}
int Application::get_hotkeys_commnad()
{
HotKeys::const_iterator iter = _hot_keys.begin();
while (iter != _hot_keys.end()) {
if (is_key_set_pressed(iter->second)) {
break;
}
++iter;
}
return (iter != _hot_keys.end()) ? iter->first : APP_CMD_INVALID;
}
void Application::send_key_down(RedKey key)
{
_key_handler->on_key_down(key);
}
void Application::send_key_up(RedKey key)
{
_key_handler->on_key_up(key);
}
void Application::send_alt_ctl_del()
{
send_key_down(REDKEY_L_CTRL);
send_key_down(REDKEY_L_ALT);
send_key_down(REDKEY_DELETE);
send_key_up(REDKEY_DELETE);
send_key_up(REDKEY_L_ALT);
send_key_up(REDKEY_L_CTRL);
}
void Application::send_ctrl_alt_end()
{
send_key_down(REDKEY_L_CTRL);
send_key_down(REDKEY_L_ALT);
send_key_down(REDKEY_END);
send_key_up(REDKEY_L_CTRL);
send_key_up(REDKEY_L_ALT);
send_key_up(REDKEY_END);
}
void Application::send_command_hotkey(int action)
{
HotKeys::const_iterator iter = _hot_keys.find(action);
if (iter != _hot_keys.end()) {
send_hotkey_key_set(iter->second);
}
}
void Application::send_hotkey_key_set(const HotkeySet& key_set)
{
HotkeySet::const_iterator iter;
for (iter = key_set.begin(); iter != key_set.end(); ++iter) {
send_key_down(iter->main);
}
for (iter = key_set.begin(); iter != key_set.end(); ++iter) {
send_key_up(iter->main);
}
}
//controller interface begin
bool Application::connect(const std::string& host, int port, int sport, const std::string& password)
{
if (_state != DISCONNECTED) {
return false;
}
_client.set_target(host, port, sport);
_client.set_password(password);
connect();
return true;
}
void Application::disconnect()
{
do_disconnect();
}
void Application::quit()
{
ProcessLoop::quit(SPICEC_ERROR_CODE_SUCCESS);
}
void Application::hide_me()
{
hide_gui();
}
bool Application::is_disconnect_allowed()
{
return _gui_mode == GUI_MODE_FULL;
}
const std::string& Application::get_host()
{
return _client.get_host();
}
int Application::get_port()
{
return _client.get_port();
}
int Application::get_sport()
{
return _client.get_sport();
}
const std::string& Application::get_password()
{
return _client.get_password();
}
//controller interface end
bool Application::set_channels_security(CmdLineParser& parser, bool on, char *val,
const char* arg0)
{
RedPeer::ConnectionOptions::Type option;
option = (on) ? RedPeer::ConnectionOptions::CON_OP_SECURE :
RedPeer::ConnectionOptions::CON_OP_UNSECURE;
typedef std::map< std::string, int> ChannelsNamesMap;
ChannelsNamesMap channels_names;
channels_names["main"] = SPICE_CHANNEL_MAIN;
channels_names["display"] = SPICE_CHANNEL_DISPLAY;
channels_names["inputs"] = SPICE_CHANNEL_INPUTS;
channels_names["cursor"] = SPICE_CHANNEL_CURSOR;
channels_names["playback"] = SPICE_CHANNEL_PLAYBACK;
channels_names["record"] = SPICE_CHANNEL_RECORD;
channels_names["tunnel"] = SPICE_CHANNEL_TUNNEL;
if (!strcmp(val, "all")) {
if ((val = parser.next_argument())) {
Platform::term_printf("%s: \"all\" is exclusive in secure-channels\n", arg0);
_exit_code = SPICEC_ERROR_CODE_INVALID_ARG;
return false;
}
PeerConnectionOptMap::iterator iter = _peer_con_opt.begin();
for (; iter != _peer_con_opt.end(); iter++) {
(*iter).second = option;
}
return true;
}
do {
ChannelsNamesMap::iterator iter = channels_names.find(val);
if (iter == channels_names.end()) {
Platform::term_printf("%s: bad channel name \"%s\" in secure-channels\n", arg0, val);
_exit_code = SPICEC_ERROR_CODE_INVALID_ARG;
return false;
}
_peer_con_opt[(*iter).second] = option;
} while ((val = parser.next_argument()));
return true;
}
bool Application::set_canvas_option(CmdLineParser& parser, char *val, const char* arg0)
{
typedef std::map< std::string, CanvasOption> CanvasNamesMap;
CanvasNamesMap canvas_types;
canvas_types["cairo"] = CANVAS_OPTION_CAIRO;
#ifdef WIN32
canvas_types["gdi"] = CANVAS_OPTION_GDI;
#endif
#ifdef USE_OGL
canvas_types["gl_fbo"] = CANVAS_OPTION_OGL_FBO;
canvas_types["gl_pbuff"] = CANVAS_OPTION_OGL_PBUFF;
#endif
_canvas_types.clear();
do {
CanvasNamesMap::iterator iter = canvas_types.find(val);
if (iter == canvas_types.end()) {
Platform::term_printf("%s: bad canvas type \"%s\"\n", arg0, val);
_exit_code = SPICEC_ERROR_CODE_INVALID_ARG;
return false;
}
_canvas_types.resize(_canvas_types.size() + 1);
_canvas_types[_canvas_types.size() - 1] = (*iter).second;
} while ((val = parser.next_argument()));
return true;
}
bool Application::set_enable_channels(CmdLineParser& parser, bool enable, char *val,
const char* arg0)
{
typedef std::map< std::string, int> ChannelsNamesMap;
ChannelsNamesMap channels_names;
channels_names["display"] = SPICE_CHANNEL_DISPLAY;
channels_names["inputs"] = SPICE_CHANNEL_INPUTS;
channels_names["cursor"] = SPICE_CHANNEL_CURSOR;
channels_names["playback"] = SPICE_CHANNEL_PLAYBACK;
channels_names["record"] = SPICE_CHANNEL_RECORD;
channels_names["tunnel"] = SPICE_CHANNEL_TUNNEL;
if (!strcmp(val, "all")) {
if ((val = parser.next_argument())) {
Platform::term_printf("%s: \"all\" is exclusive\n", arg0);
_exit_code = SPICEC_ERROR_CODE_INVALID_ARG;
return false;
}
for (unsigned int i = 0; i < _enabled_channels.size(); i++) {
_enabled_channels[i] = enable;
}
return true;
}
do {
ChannelsNamesMap::iterator iter = channels_names.find(val);
if (iter == channels_names.end()) {
Platform::term_printf("%s: bad channel name \"%s\"\n", arg0, val);
_exit_code = SPICEC_ERROR_CODE_INVALID_ARG;
return false;
}
_enabled_channels[(*iter).second] = enable;
} while ((val = parser.next_argument()));
return true;
}
void Application::on_cmd_line_invalid_arg(const char* arg0, const char* what, const char* val)
{
Platform::term_printf("%s: invalid %s value %s\n", arg0, what, val);
_exit_code = SPICEC_ERROR_CODE_INVALID_ARG;
}
void Application::register_channels()
{
if (_enabled_channels[SPICE_CHANNEL_DISPLAY]) {
_client.register_channel_factory(DisplayChannel::Factory());
}
if (_enabled_channels[SPICE_CHANNEL_CURSOR]) {
_client.register_channel_factory(CursorChannel::Factory());
}
if (_enabled_channels[SPICE_CHANNEL_INPUTS]) {
_client.register_channel_factory(InputsChannel::Factory());
}
if (_enabled_channels[SPICE_CHANNEL_PLAYBACK]) {
_client.register_channel_factory(PlaybackChannel::Factory());
}
if (_enabled_channels[SPICE_CHANNEL_RECORD]) {
_client.register_channel_factory(RecordChannel::Factory());
}
if (_enabled_channels[SPICE_CHANNEL_TUNNEL]) {
_client.register_channel_factory(TunnelChannel::Factory());
}
}
bool Application::process_cmd_line(int argc, char** argv)
{
std::string host;
int sport = -1;
int port = -1;
bool auto_display_res = false;
bool full_screen = false;
std::string password;
enum {
SPICE_OPT_HOST = CmdLineParser::OPTION_FIRST_AVILABLE,
SPICE_OPT_PORT,
SPICE_OPT_SPORT,
SPICE_OPT_PASSWORD,
SPICE_OPT_FULL_SCREEN,
SPICE_OPT_SECURE_CHANNELS,
SPICE_OPT_UNSECURE_CHANNELS,
SPICE_OPT_ENABLE_CHANNELS,
SPICE_OPT_DISABLE_CHANNELS,
SPICE_OPT_CANVAS_TYPE,
};
if (argc == 1) {
_gui_mode = GUI_MODE_FULL;
register_channels();
_main_screen->show(true, NULL);
return true;
}
_gui_mode = GUI_MODE_ACTIVE_SESSION;
CmdLineParser parser("Spice client", false);
parser.add(SPICE_OPT_HOST, "host", "spice server address", "host", true, 'h');
parser.set_reqired(SPICE_OPT_HOST);
parser.add(SPICE_OPT_PORT, "port", "spice server port", "port", true, 'p');
parser.add(SPICE_OPT_SPORT, "secure-port", "spice server secure port", "port", true, 's');
parser.add(SPICE_OPT_SECURE_CHANNELS, "secure-channels",
"force secure connection on the specified channels", "channel",
true);
parser.set_multi(SPICE_OPT_SECURE_CHANNELS, ',');
parser.add(SPICE_OPT_UNSECURE_CHANNELS, "unsecure-channels",
"force unsecure connection on the specified channels", "channel",
true);
parser.set_multi(SPICE_OPT_UNSECURE_CHANNELS, ',');
parser.add(SPICE_OPT_PASSWORD, "password", "server password", "password", true, 'w');
parser.add(SPICE_OPT_FULL_SCREEN, "full-screen", "open in full screen mode", "auto-conf",
false, 'f');
parser.add(SPICE_OPT_ENABLE_CHANNELS, "enable-channels", "enable channels", "channel", true);
parser.set_multi(SPICE_OPT_ENABLE_CHANNELS, ',');
parser.add(SPICE_OPT_DISABLE_CHANNELS, "disable-channels", "disable channels", "channel", true);
parser.set_multi(SPICE_OPT_DISABLE_CHANNELS, ',');
parser.add(SPICE_OPT_CANVAS_TYPE, "canvas-type", "set rendering canvas", "canvas_type", true);
parser.set_multi(SPICE_OPT_CANVAS_TYPE, ',');
for (int i = SPICE_CHANNEL_MAIN; i < SPICE_END_CHANNEL; i++) {
_peer_con_opt[i] = RedPeer::ConnectionOptions::CON_OP_INVALID;
}
_host_auth_opt.type_flags = RedPeer::HostAuthOptions::HOST_AUTH_OP_NAME;
Platform::get_app_data_dir(_host_auth_opt.CA_file, app_name);
Platform::path_append(_host_auth_opt.CA_file, CA_FILE_NAME);
parser.begin(argc, argv);
char* val;
int op;
while ((op = parser.get_option(&val)) != CmdLineParser::OPTION_DONE) {
switch (op) {
case SPICE_OPT_HOST:
host = val;
break;
case SPICE_OPT_PORT: {
if ((port = str_to_port(val)) == -1) {
on_cmd_line_invalid_arg(argv[0], "port", val);
return false;
}
break;
}
case SPICE_OPT_SPORT: {
if ((sport = str_to_port(val)) == -1) {
on_cmd_line_invalid_arg(argv[0], "secure port", val);
return false;
}
break;
}
case SPICE_OPT_FULL_SCREEN:
if (val) {
if (strcmp(val, "auto-conf")) {
on_cmd_line_invalid_arg(argv[0], "full screen mode", val);
return false;
}
auto_display_res = true;
}
full_screen = true;
break;
case SPICE_OPT_PASSWORD:
password = val;
break;
case SPICE_OPT_SECURE_CHANNELS:
if (!set_channels_security(parser, true, val, argv[0])) {
return false;
}
break;
case SPICE_OPT_UNSECURE_CHANNELS:
if (!set_channels_security(parser, false, val, argv[0])) {
return false;
}
break;
case SPICE_OPT_ENABLE_CHANNELS:
if (!set_enable_channels(parser, true, val, argv[0])) {
return false;
}
break;
case SPICE_OPT_DISABLE_CHANNELS:
if (!set_enable_channels(parser, false, val, argv[0])) {
return false;
}
break;
case SPICE_OPT_CANVAS_TYPE:
if (!set_canvas_option(parser, val, argv[0])) {
return false;
}
break;
case CmdLineParser::OPTION_HELP:
parser.show_help();
return false;
case CmdLineParser::OPTION_ERROR:
_exit_code = SPICEC_ERROR_CODE_CMD_LINE_ERROR;
return false;
default:
throw Exception("cmd line error", SPICEC_ERROR_CODE_CMD_LINE_ERROR);
}
}
if (parser.is_set(SPICE_OPT_SECURE_CHANNELS) && !parser.is_set(SPICE_OPT_SPORT)) {
Platform::term_printf("%s: missing --secure-port\n", argv[0]);
_exit_code = SPICEC_ERROR_CODE_CMD_LINE_ERROR;
return false;
}
PeerConnectionOptMap::iterator iter = _peer_con_opt.begin();
for (; iter != _peer_con_opt.end(); iter++) {
if ((*iter).second == RedPeer::ConnectionOptions::CON_OP_SECURE) {
continue;
}
if ((*iter).second == RedPeer::ConnectionOptions::CON_OP_UNSECURE) {
continue;
}
if (parser.is_set(SPICE_OPT_PORT) && parser.is_set(SPICE_OPT_SPORT)) {
(*iter).second = RedPeer::ConnectionOptions::CON_OP_BOTH;
continue;
}
if (parser.is_set(SPICE_OPT_PORT)) {
(*iter).second = RedPeer::ConnectionOptions::CON_OP_UNSECURE;
continue;
}
if (parser.is_set(SPICE_OPT_SPORT)) {
(*iter).second = RedPeer::ConnectionOptions::CON_OP_SECURE;
continue;
}
Platform::term_printf("%s: missing --port or --sport\n", argv[0]);
_exit_code = SPICEC_ERROR_CODE_CMD_LINE_ERROR;
return false;
}
register_channels();
_client.set_target(host, port, sport);
_client.set_password(password);
_client.set_auto_display_res(auto_display_res);
if (full_screen) {
enter_full_screen();
} else {
_main_screen->show(true, NULL);
}
return true;
}
void Application::init_logger()
{
std::string log_file_name;
Platform::get_app_data_dir(log_file_name, app_name);
Platform::path_append(log_file_name, "spicec.log");
int fd = ::open(log_file_name.c_str(), O_CREAT | O_APPEND | O_WRONLY, 0644);
if (fd == -1) {
log4cpp::BasicConfigurator::configure();
return;
}
log4cpp::Category& root = log4cpp::Category::getRoot();
#ifdef RED_DEBUG
root.setPriority(log4cpp::Priority::DEBUG);
root.removeAllAppenders();
root.addAppender(new log4cpp::FileAppender("_", fd));
#else
root.setPriority(log4cpp::Priority::INFO);
root.removeAllAppenders();
::close(fd);
root.addAppender(new log4cpp::RollingFileAppender("_", log_file_name));
#endif
}
void Application::init_globals()
{
init_logger();
srand((unsigned)time(NULL));
SSL_library_init();
SSL_load_error_strings();
cairo_canvas_init();
#ifdef USE_OGL
gl_canvas_init();
#endif
quic_init();
#ifdef WIN32
gdi_canvas_init();
#endif
#ifdef CAIRO_CANVAS_CACH_IS_SHARED
MUTEX_INIT(cairo_surface_user_data_mutex);
#endif
Platform::init();
RedWindow::init();
}
void Application::cleanup_globals()
{
RedWindow::cleanup();
}
int Application::main(int argc, char** argv, const char* version_str)
{
int ret;
init_globals();
LOG_INFO("starting %s", version_str);
std::auto_ptr<Application> app(new Application());
AutoAbort auto_abort(*app.get());
if (app->process_cmd_line(argc, argv)) {
ret = app->run();
} else {
ret = app->_exit_code;
}
cleanup_globals();
return ret;
}
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