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recycled-ni-neutrino/src/gui/glcdthemes.cpp
vanhofen 300239c079 oled: add resolution dependent themes 
Origin commit data
------------------
Branch: ni/coolstream
Commit: 3a6344fc22
Author: vanhofen <vanhofen@gmx.de>
Date: 2020-07-11 (Sat, 11 Jul 2020)

Origin message was:
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- oled: add resolution dependent themes

------------------
No further description and justification available within origin commit message!

------------------
This commit was generated by Migit
2020-07-11 00:02:00 +02:00

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/*
$port: themes.cpp,v 1.16 2010/09/05 21:27:44 tuxbox-cvs Exp $
Neutrino-GUI - DBoxII-Project
License: GPL
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, write to the Free Software
Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
Copyright (C) 2007, 2008, 2009 (flasher) Frank Liebelt
*/
#ifdef HAVE_CONFIG_H
#include <config.h>
#endif
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <unistd.h>
#include <dirent.h>
#include <errno.h>
#include <sys/wait.h>
#include <global.h>
#include <neutrino.h>
#include "widget/menue.h"
#include <system/helpers.h>
#include <system/debug.h>
#include <system/setting_helpers.h>
#include <gui/widget/stringinput.h>
#include <gui/widget/stringinput_ext.h>
#include <gui/widget/keyboard_input.h>
#include <gui/widget/msgbox.h>
#include <driver/screen_max.h>
#include <sys/stat.h>
#include <sys/time.h>
#include "glcdthemes.h"
#define FILE_SUFFIX ".otheme"
static SNeutrinoGlcdTheme &t = g_settings.glcd_theme;
CGLCDThemes::CGLCDThemes()
: themefile('\t')
{
width = 40;
hasThemeChanged = false;
}
CGLCDThemes* CGLCDThemes::getInstance()
{
static CGLCDThemes* th = NULL;
if(!th) {
th = new CGLCDThemes();
dprintf(DEBUG_DEBUG, "CGLCDThemes Instance created\n");
}
return th;
}
int CGLCDThemes::exec(CMenuTarget* parent, const std::string & actionKey)
{
int res = menu_return::RETURN_REPAINT;
if( !actionKey.empty() )
{
if (actionKey=="default_theme")
{
if(!applyDefaultTheme())
setupDefaultColors(); // fallback
changeNotify(NONEXISTANT_LOCALE, NULL);
}
else
{
std::string themeFile = actionKey;
if ( strstr(themeFile.c_str(), "{U}") != 0 )
{
themeFile.erase(0, 3);
readFile(((std::string)THEMESDIR_VAR + "/oled/" + themeFile + FILE_SUFFIX).c_str());
}
else
readFile(((std::string)THEMESDIR + "/oled/" + themeFile + FILE_SUFFIX).c_str());
g_settings.glcd_theme_name = themeFile;
}
OnAfterSelectTheme();
CFrameBuffer::getInstance()->clearIconCache();
return res;
}
if (parent)
parent->hide();
if ( !hasThemeChanged )
rememberOldTheme( true );
return Show();
}
void CGLCDThemes::initThemesMenu(CMenuWidget &themes)
{
struct dirent **themelist;
int n;
const char *pfade[] = {THEMESDIR "/oled", THEMESDIR_VAR "/oled"};
bool hasCVSThemes, hasUserThemes;
hasCVSThemes = hasUserThemes = false;
std::string userThemeFile = "";
CMenuForwarder* oj;
// only to visualize if we have a migrated theme
if (g_settings.glcd_theme_name.empty() || g_settings.glcd_theme_name == MIGRATE_THEME_OLED_NAME)
{
themes.addItem(new CMenuSeparator(CMenuSeparator::LINE));
themes.addItem(new CMenuForwarder(MIGRATE_THEME_OLED_NAME, false, "", this));
}
for(int p = 0;p < 2;p++)
{
n = scandir(pfade[p], &themelist, 0, alphasort);
if(n < 0)
perror("loading glcd themes: scandir");
else
{
for(int count=0;count<n;count++)
{
char *file = themelist[count]->d_name;
char *pos = strstr(file, ".otheme");
if(pos != NULL)
{
if ( p == 0 && hasCVSThemes == false ) {
themes.addItem(new CMenuSeparator(CMenuSeparator::LINE | CMenuSeparator::STRING, LOCALE_COLORTHEMEMENU_SELECT2));
hasCVSThemes = true;
} else if ( p == 1 && hasUserThemes == false ) {
themes.addItem(new CMenuSeparator(CMenuSeparator::LINE | CMenuSeparator::STRING, LOCALE_COLORTHEMEMENU_SELECT1));
hasUserThemes = true;
}
*pos = '\0';
if ( p == 1 ) {
userThemeFile = "{U}" + (std::string)file;
oj = new CMenuForwarder(file, true, "", this, userThemeFile.c_str());
} else
oj = new CMenuForwarder(file, true, "", this, file);
themes.addItem( oj );
}
free(themelist[count]);
}
free(themelist);
}
}
//on first paint exec this methode to set marker to item
markSelectedTheme(&themes);
//for all next menu paints markers are setted with this slot inside exec()
if (OnAfterSelectTheme.empty())
OnAfterSelectTheme.connect(sigc::bind(sigc::mem_fun(this, &CGLCDThemes::markSelectedTheme), &themes));
}
int CGLCDThemes::Show()
{
std::string file_name = "";
CMenuWidget themes (LOCALE_COLORMENU_MENUCOLORS, NEUTRINO_ICON_SETTINGS, width);
sigc::slot0<void> slot_repaint = sigc::mem_fun(themes, &CMenuWidget::hide); //we want to clean screen before repaint after changed Option
themes.OnBeforePaint.connect(slot_repaint);
themes.addIntroItems(LOCALE_COLORTHEMEMENU_HEAD2);
//set default theme
std::string default_theme = DEFAULT_OLED_THEME;
if (default_theme.empty())
default_theme = "Default";
CMenuForwarder* fw = new CMenuForwarder(LOCALE_COLORTHEMEMENU_NEUTRINO_THEME, true, default_theme.c_str(), this, "default_theme", CRCInput::RC_red);
themes.addItem(fw);
fw->setHint("", LOCALE_COLORTHEMEMENU_NEUTRINO_THEME_HINT);
initThemesMenu(themes);
CKeyboardInput nameInput(LOCALE_COLORTHEMEMENU_NAME, &file_name);
CMenuForwarder *m1 = new CMenuForwarder(LOCALE_COLORTHEMEMENU_SAVE, true , NULL, &nameInput, NULL, CRCInput::RC_green);
if (!CFileHelpers::createDir(THEMESDIR_VAR "/oled")) {
printf("[neutrino glcd theme] error creating %s\n", THEMESDIR_VAR "/oled");
}
if (access(THEMESDIR_VAR "/oled", F_OK) == 0 ) {
themes.addItem(GenericMenuSeparatorLine);
themes.addItem(m1);
} else {
delete m1;
printf("[neutrino glcd theme] error accessing %s\n", THEMESDIR_VAR "/oled");
}
int res = themes.exec(NULL, "");
if (!file_name.empty()) {
saveFile(((std::string)THEMESDIR_VAR + "/oled/" + file_name + FILE_SUFFIX).c_str());
}
if (hasThemeChanged) {
if (ShowMsg(LOCALE_MESSAGEBOX_INFO, LOCALE_COLORTHEMEMENU_QUESTION, CMsgBox::mbrYes, CMsgBox::mbYes | CMsgBox::mbNo, NEUTRINO_ICON_SETTINGS) != CMsgBox::mbrYes)
rememberOldTheme( false );
else
hasThemeChanged = false;
}
return res;
}
void CGLCDThemes::rememberOldTheme(bool remember)
{
if ( remember ) {
oldTheme = t;
oldTheme_name = g_settings.glcd_theme_name;
} else {
t = oldTheme;
g_settings.glcd_theme_name = oldTheme_name;
changeNotify(NONEXISTANT_LOCALE, NULL);
hasThemeChanged = false;
}
}
void CGLCDThemes::readFile(const char *themename)
{
if(themefile.loadConfig(themename))
{
getTheme(themefile);
changeNotify(NONEXISTANT_LOCALE, NULL);
hasThemeChanged = true;
}
else
printf("[neutrino glcd theme] %s not found\n", themename);
}
void CGLCDThemes::saveFile(const char *themename)
{
setTheme(themefile);
if (themefile.getModifiedFlag()){
printf("[neutrino glcd theme] save theme into %s\n", themename);
if (!themefile.saveConfig(themename))
printf("[neutrino glcd theme] %s write error\n", themename);
}
}
bool CGLCDThemes::applyDefaultTheme()
{
g_settings.glcd_theme_name = DEFAULT_OLED_THEME;
if (g_settings.glcd_theme_name.empty())
g_settings.glcd_theme_name = "Default";
std::string default_theme = THEMESDIR "/oled/" + g_settings.glcd_theme_name + ".otheme";
if(themefile.loadConfig(default_theme)){
getTheme(themefile);
return true;
}
dprintf(DEBUG_NORMAL, "[CGLCDThemes]\t[%s - %d], No default theme found, creating migrated theme from current theme settings\n", __func__, __LINE__);
return false;
}
// setup default Colors
void CGLCDThemes::setupDefaultColors()
{
CConfigFile empty(':');
getTheme(empty);
}
void CGLCDThemes::setTheme(CConfigFile &configfile)
{
configfile.setInt32("glcd_color_fg_red", t.glcd_color_fg_red);
configfile.setInt32("glcd_color_fg_green", t.glcd_color_fg_green);
configfile.setInt32("glcd_color_fg_blue", t.glcd_color_fg_blue);
configfile.setInt32("glcd_color_bg_red", t.glcd_color_bg_red);
configfile.setInt32("glcd_color_bg_green", t.glcd_color_bg_green);
configfile.setInt32("glcd_color_bg_blue", t.glcd_color_bg_blue);
configfile.setInt32("glcd_color_bar_red", t.glcd_color_bar_red);
configfile.setInt32("glcd_color_bar_green", t.glcd_color_bar_green);
configfile.setInt32("glcd_color_bar_blue", t.glcd_color_bar_blue);
configfile.setString("glcd_font", t.glcd_font);
configfile.setString("glcd_background", t.glcd_background);
configfile.setBool("glcd_show_progressbar", t.glcd_show_progressbar);
configfile.setBool("glcd_show_duration", t.glcd_show_duration);
configfile.setBool("glcd_show_start", t.glcd_show_start);
configfile.setBool("glcd_show_end", t.glcd_show_end);
configfile.setBool("glcd_show_time", t.glcd_show_time);
configfile.setBool("glcd_show_weather", t.glcd_show_weather);
configfile.setInt32("glcd_align_channel", t.glcd_align_channel);
configfile.setInt32("glcd_align_epg", t.glcd_align_epg);
configfile.setInt32("glcd_align_duration", t.glcd_align_duration);
configfile.setInt32("glcd_align_start", t.glcd_align_start);
configfile.setInt32("glcd_align_end", t.glcd_align_end);
configfile.setInt32("glcd_align_time", t.glcd_align_time);
configfile.setInt32("glcd_percent_channel", t.glcd_percent_channel);
configfile.setInt32("glcd_channel_x_position", t.glcd_channel_x_position);
configfile.setInt32("glcd_channel_y_position", t.glcd_channel_y_position);
configfile.setInt32("glcd_percent_epg", t.glcd_percent_epg);
configfile.setInt32("glcd_epg_x_position", t.glcd_epg_x_position);
configfile.setInt32("glcd_epg_y_position", t.glcd_epg_y_position);
configfile.setInt32("glcd_percent_duration", t.glcd_percent_duration);
configfile.setInt32("glcd_duration_x_position", t.glcd_duration_x_position);
configfile.setInt32("glcd_duration_y_position", t.glcd_duration_y_position);
configfile.setInt32("glcd_percent_start", t.glcd_percent_start);
configfile.setInt32("glcd_start_x_position", t.glcd_start_x_position);
configfile.setInt32("glcd_start_y_position", t.glcd_start_y_position);
configfile.setInt32("glcd_percent_end", t.glcd_percent_end);
configfile.setInt32("glcd_end_x_position", t.glcd_end_x_position);
configfile.setInt32("glcd_end_y_position", t.glcd_end_y_position);
configfile.setInt32("glcd_percent_time", t.glcd_percent_time);
configfile.setInt32("glcd_time_x_position", t.glcd_time_x_position);
configfile.setInt32("glcd_time_y_position", t.glcd_time_y_position);
configfile.setInt32("glcd_percent_bar", t.glcd_percent_bar);
configfile.setInt32("glcd_bar_x_position", t.glcd_bar_x_position);
configfile.setInt32("glcd_bar_y_position", t.glcd_bar_y_position);
configfile.setInt32("glcd_bar_width", t.glcd_bar_width);
configfile.setInt32("glcd_percent_logo", t.glcd_percent_logo);
configfile.setInt32("glcd_logo_x_position", t.glcd_logo_x_position);
configfile.setInt32("glcd_logo_y_position", t.glcd_logo_y_position);
configfile.setInt32("glcd_percent_smalltext", t.glcd_percent_smalltext);
configfile.setInt32("glcd_smalltext_y_position", t.glcd_smalltext_y_position);
configfile.setInt32("glcd_rec_icon_x_position", t.glcd_rec_icon_x_position);
configfile.setInt32("glcd_mute_icon_x_position", t.glcd_mute_icon_x_position);
configfile.setInt32("glcd_ts_icon_x_position", t.glcd_ts_icon_x_position);
configfile.setInt32("glcd_timer_icon_x_position", t.glcd_timer_icon_x_position);
configfile.setInt32("glcd_ecm_icon_x_position", t.glcd_ecm_icon_x_position);
configfile.setInt32("glcd_dd_icon_x_position", t.glcd_dd_icon_x_position);
configfile.setInt32("glcd_txt_icon_x_position", t.glcd_txt_icon_x_position);
configfile.setInt32("glcd_cam_icon_x_position", t.glcd_cam_icon_x_position);
configfile.setInt32("glcd_digital_clock_y_position", t.glcd_digital_clock_y_position);
configfile.setInt32("glcd_size_simple_clock", t.glcd_size_simple_clock);
configfile.setInt32("glcd_simple_clock_y_position", t.glcd_simple_clock_y_position);
configfile.setInt32("glcd_weather_x_position_current", t.glcd_weather_x_position_current);
configfile.setInt32("glcd_weather_x_position_next", t.glcd_weather_x_position_next);
configfile.setInt32("glcd_weather_y_position", t.glcd_weather_y_position);
configfile.setInt32("glcd_weather_x_position_current_standby", t.glcd_weather_x_position_current_standby);
configfile.setInt32("glcd_weather_x_position_next_standby", t.glcd_weather_x_position_next_standby);
configfile.setInt32("glcd_weather_y_position_standby", t.glcd_weather_y_position_standby);
configfile.setInt32("glcd_position_settings", t.glcd_position_settings);
}
void CGLCDThemes::getTheme(CConfigFile &configfile)
{
t.glcd_color_fg_red = configfile.getInt32("glcd_color_fg_red", 0xff);
t.glcd_color_fg_green = configfile.getInt32("glcd_color_fg_green", 0xff);
t.glcd_color_fg_blue = configfile.getInt32("glcd_color_fg_blue", 0xff);
t.glcd_color_bg_red = configfile.getInt32("glcd_color_bg_red", 0x00);
t.glcd_color_bg_green = configfile.getInt32("glcd_color_bg_green", 0x00);
t.glcd_color_bg_blue = configfile.getInt32("glcd_color_bg_blue", 0x00);
t.glcd_color_bar_red = configfile.getInt32("glcd_color_bar_red", 0x62);
t.glcd_color_bar_green = configfile.getInt32("glcd_color_bar_green", 0x62);
t.glcd_color_bar_blue = configfile.getInt32("glcd_color_bar_blue", 0x62);
t.glcd_font = configfile.getString("glcd_font", "");
t.glcd_background = configfile.getString("glcd_background", "");
t.glcd_show_progressbar = configfile.getBool("glcd_show_progressbar", false);
t.glcd_show_duration = configfile.getBool("glcd_show_duration", false);
t.glcd_show_start = configfile.getBool("glcd_show_start", false);
t.glcd_show_end = configfile.getBool("glcd_show_end", false);
t.glcd_show_time = configfile.getBool("glcd_show_time", false);
t.glcd_show_weather = configfile.getBool("glcd_show_weather", false);
t.glcd_align_channel = configfile.getInt32("glcd_align_channel", 0);
t.glcd_align_epg = configfile.getInt32("glcd_align_epg", 0);
t.glcd_align_duration = configfile.getInt32("glcd_align_duration", 0);
t.glcd_align_start = configfile.getInt32("glcd_align_start", 0);
t.glcd_align_end = configfile.getInt32("glcd_align_end", 0);
t.glcd_align_time = configfile.getInt32("glcd_align_time", 0);
t.glcd_percent_channel = configfile.getInt32("glcd_percent_channel", 0);
t.glcd_channel_x_position = configfile.getInt32("glcd_channel_x_position", 0);
t.glcd_channel_y_position = configfile.getInt32("glcd_channel_y_position", 0);
t.glcd_percent_epg = configfile.getInt32("glcd_percent_epg", 0);
t.glcd_epg_x_position = configfile.getInt32("glcd_epg_x_position", 0);
t.glcd_epg_y_position = configfile.getInt32("glcd_epg_y_position", 0);
t.glcd_percent_duration = configfile.getInt32("glcd_percent_duration", 0);
t.glcd_duration_x_position = configfile.getInt32("glcd_duration_x_position", 0);
t.glcd_duration_y_position = configfile.getInt32("glcd_duration_y_position", 0);
t.glcd_percent_start = configfile.getInt32("glcd_percent_start", 0);
t.glcd_start_x_position = configfile.getInt32("glcd_start_x_position", 0);
t.glcd_start_y_position = configfile.getInt32("glcd_start_y_position", 0);
t.glcd_percent_end = configfile.getInt32("glcd_percent_end", 0);
t.glcd_end_x_position = configfile.getInt32("glcd_end_x_position", 0);
t.glcd_end_y_position = configfile.getInt32("glcd_end_y_position", 0);
t.glcd_percent_time = configfile.getInt32("glcd_percent_time", 0);
t.glcd_time_x_position = configfile.getInt32("glcd_time_x_position", 0);
t.glcd_time_y_position = configfile.getInt32("glcd_time_y_position", 0);
t.glcd_percent_bar = configfile.getInt32("glcd_percent_bar", 0);
t.glcd_bar_x_position = configfile.getInt32("glcd_bar_x_position", 0);
t.glcd_bar_y_position = configfile.getInt32("glcd_bar_y_position", 0);
t.glcd_bar_width = configfile.getInt32("glcd_bar_width", 0);
t.glcd_percent_logo = configfile.getInt32("glcd_percent_logo", 0);
t.glcd_logo_x_position = configfile.getInt32("glcd_logo_x_position", 0);
t.glcd_logo_y_position = configfile.getInt32("glcd_logo_y_position", 0);
t.glcd_percent_smalltext = configfile.getInt32("glcd_percent_smalltext", 0);
t.glcd_smalltext_y_position = configfile.getInt32("glcd_smalltext_y_position", 0);
t.glcd_rec_icon_x_position = configfile.getInt32("glcd_rec_icon_x_position", 0);
t.glcd_mute_icon_x_position = configfile.getInt32("glcd_mute_icon_x_position", 0);
t.glcd_ts_icon_x_position = configfile.getInt32("glcd_ts_icon_x_position", 0);
t.glcd_timer_icon_x_position = configfile.getInt32("glcd_timer_icon_x_position", 0);
t.glcd_ecm_icon_x_position = configfile.getInt32("glcd_ecm_icon_x_position", 0);
t.glcd_dd_icon_x_position = configfile.getInt32("glcd_dd_icon_x_position", 0);
t.glcd_txt_icon_x_position = configfile.getInt32("glcd_txt_icon_x_position", 0);
t.glcd_cam_icon_x_position = configfile.getInt32("glcd_cam_icon_x_position", 0);
t.glcd_digital_clock_y_position = configfile.getInt32("glcd_digital_clock_y_position", 0);
t.glcd_size_simple_clock = configfile.getInt32("glcd_size_simple_clock", 0);
t.glcd_simple_clock_y_position = configfile.getInt32("glcd_simple_clock_y_position", 0);
t.glcd_weather_x_position_current = configfile.getInt32("glcd_weather_x_position_current", 0);
t.glcd_weather_x_position_next = configfile.getInt32("glcd_weather_x_position_next", 0);
t.glcd_weather_y_position = configfile.getInt32("glcd_weather_y_position", 0);
t.glcd_weather_x_position_current_standby = configfile.getInt32("glcd_weather_x_position_current_standby", 0);
t.glcd_weather_x_position_next_standby = configfile.getInt32("glcd_weather_x_position_next_standby", 0);
t.glcd_weather_y_position_standby = configfile.getInt32("glcd_weather_y_position_standby", 0);
t.glcd_position_settings = configfile.getInt32("glcd_position_settings", 0);
if (g_settings.glcd_theme_name.empty())
applyDefaultTheme();
}
void CGLCDThemes::markSelectedTheme(CMenuWidget *w)
{
for (int i = 0; i < w->getItemsCount(); i++){
w->getItem(i)->setInfoIconRight(NULL);
if (g_settings.glcd_theme_name == w->getItem(i)->getName())
w->getItem(i)->setInfoIconRight(NEUTRINO_ICON_MARKER_DIALOG_OK);
}
}
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