/* Orage - Calendar and alarm handler * * Copyright (c) 2005-2013 Juha Kautto (juha at xfce.org) * Copyright (c) 2003-2006 Mickael Graf (korbinus at xfce.org) * * 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, 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 51 Franklin Street, 5th Floor Boston, MA 02110-1301 USA */ #ifdef HAVE_CONFIG_H # include #endif #ifdef HAVE_SYS_WAIT_H #include #endif #include #include #include #include #include #include #include #include #include #include #include #include #include #ifdef HAVE_NOTIFY #include #endif #include "orage-i18n.h" #include "functions.h" #include "mainbox.h" #include "ical-code.h" #include "event-list.h" #include "appointment.h" #include "reminder.h" #include "tray_icon.h" #include "parameters.h" /* #define ORAGE_DEBUG 1 */ /* Compatibility macro for < libnotify-0.7 */ /* NOTIFY_CHECK_VERSION was created in 0.5.2 */ #ifndef NOTIFY_CHECK_VERSION #define NOTIFY_CHECK_VERSION(x,y,z) 0 #endif typedef struct _orage_ddmmhh_hbox { GtkWidget *time_hbox , *spin_dd, *spin_dd_label , *spin_hh, *spin_hh_label , *spin_mm, *spin_mm_label; GtkWidget *dialog; } orage_ddmmhh_hbox_struct; static void create_notify_reminder(alarm_struct *l_alarm); static void reset_orage_alarm_clock(); static void alarm_free(gpointer galarm) { #undef P_N #define P_N "alarm_free: " alarm_struct *l_alarm = (alarm_struct *)galarm; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif g_free(l_alarm->alarm_time); g_free(l_alarm->action_time); g_free(l_alarm->uid); g_free(l_alarm->title); g_free(l_alarm->description); g_free(l_alarm->sound); g_free(l_alarm->sound_cmd); g_free(l_alarm->cmd); g_free(l_alarm->active_alarm); g_free(l_alarm->orage_display_data); g_free(l_alarm); } static gint alarm_order(gconstpointer a, gconstpointer b) { #undef P_N #define P_N "alarm_order: " #ifdef ORAGE_DEBUG orage_message(-300, P_N); #endif if (((alarm_struct *)a)->alarm_time == NULL) return(1); else if (((alarm_struct *)b)->alarm_time == NULL) return(-1); return(strcmp(((alarm_struct *)a)->alarm_time , ((alarm_struct *)b)->alarm_time)); } void alarm_list_free(void) { #undef P_N #define P_N "alarm_free_all: " gchar *time_now; alarm_struct *l_alarm; GList *alarm_l, *kept_l=NULL; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif time_now = orage_tm_time_to_icaltime(orage_localtime()); /* FIXME: This could be tuned since now it runs into the remaining elements several times. They could be moved to another list and removed and added back at the end, remove with g_list_remove_link */ for (alarm_l = g_list_first(g_par.alarm_list); alarm_l != NULL; alarm_l = g_list_first(g_par.alarm_list)) { l_alarm = alarm_l->data; if (l_alarm->temporary && (strcmp(time_now, l_alarm->alarm_time) < 0)) { /* We keep temporary alarms, which have not yet fired. Remove the element from the list, but do not loose it. */ g_par.alarm_list = g_list_remove_link(g_par.alarm_list, alarm_l); /* if (!kept_l) kept_l = alarm_l; else */ kept_l = g_list_concat(kept_l, alarm_l); } else { /* get rid of that l_alarm element */ alarm_free(alarm_l->data); g_par.alarm_list=g_list_remove(g_par.alarm_list, l_alarm); } } g_list_free(g_par.alarm_list); g_par.alarm_list = NULL; if (g_list_length(kept_l)) { g_par.alarm_list = g_list_concat(g_par.alarm_list, kept_l); g_par.alarm_list = g_list_sort(g_par.alarm_list, alarm_order); } } static void alarm_free_memory(alarm_struct *l_alarm) { #undef P_N #define P_N "alarm_free_memory: " #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif if (!l_alarm->display_orage && !l_alarm->display_notify && !l_alarm->audio) /* all gone, need to clean memory */ alarm_free(l_alarm); else if (!l_alarm->display_orage && !l_alarm->display_notify) /* if both visuals are gone we can't stop audio anymore, so stop it * now before it is too late */ l_alarm->repeat_cnt = 0; } void alarm_add(alarm_struct *l_alarm) { #undef P_N #define P_N "alarm_add: " #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif g_par.alarm_list = g_list_prepend(g_par.alarm_list, l_alarm); } static alarm_struct *alarm_copy(alarm_struct *l_alarm, gboolean init) { #undef P_N #define P_N "alarm_copy: " alarm_struct *n_alarm; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif n_alarm = g_new0(alarm_struct, 1); /* first l_alarm values which are not modified */ if (l_alarm->alarm_time != NULL) n_alarm->alarm_time = g_strdup(l_alarm->alarm_time); if (l_alarm->action_time != NULL) n_alarm->action_time = g_strdup(l_alarm->action_time); if (l_alarm->uid != NULL) n_alarm->uid = g_strdup(l_alarm->uid); if (l_alarm->title != NULL) n_alarm->title = orage_process_text_commands(l_alarm->title); if (l_alarm->description != NULL) n_alarm->description = orage_process_text_commands(l_alarm->description); n_alarm->persistent = l_alarm->persistent; n_alarm->temporary = FALSE; n_alarm->notify_timeout = l_alarm->notify_timeout; if (l_alarm->sound != NULL) n_alarm->sound = g_strdup(l_alarm->sound); n_alarm->repeat_delay = l_alarm->repeat_delay; n_alarm->procedure = l_alarm->procedure; if (l_alarm->cmd != NULL) n_alarm->cmd = g_strdup(l_alarm->cmd); n_alarm->active_alarm = g_new0(active_alarm_struct, 1); n_alarm->orage_display_data = g_new0(orage_ddmmhh_hbox_struct, 1); /* then l_alarm values which are modified during the l_alarm handling */ if (init) { /* first call for this l_alarm, we can and must use real values. We do not have orig values yet. */ n_alarm->display_orage = l_alarm->display_orage; n_alarm->display_notify = l_alarm->display_notify; n_alarm->audio = l_alarm->audio; n_alarm->repeat_cnt = l_alarm->repeat_cnt; } else { /* this is reminder based on earlier l_alarm, we need to use unmodifed original values */ n_alarm->display_orage = l_alarm->display_orage_orig; n_alarm->display_notify = l_alarm->display_notify_orig; n_alarm->audio = l_alarm->audio_orig; n_alarm->repeat_cnt = l_alarm->repeat_cnt_orig; } /* finally store original values in case we need them later */ n_alarm->display_orage_orig = n_alarm->display_orage; n_alarm->display_notify_orig = n_alarm->display_notify; n_alarm->audio_orig = n_alarm->audio; n_alarm->repeat_cnt_orig = n_alarm->repeat_cnt; return(n_alarm); } /************************************************************/ /* persistent alarms start */ /************************************************************/ static OrageRc *orage_persistent_file_open(gboolean read_only) { #undef P_N #define P_N "orage_persistent_file_open: " gchar *fpath; OrageRc *orc; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif fpath = orage_data_file_location(ORAGE_PERSISTENT_ALARMS_DIR_FILE); if (!read_only) /* we need to empty it before each write */ if (g_remove(fpath)) { orage_message(150, P_N "g_remove failed."); } if ((orc = (OrageRc *)orage_rc_file_open(fpath, read_only)) == NULL) { orage_message(150, P_N "persistent alarms file open failed."); } g_free(fpath); return(orc); } static alarm_struct *alarm_read_next_alarm(OrageRc *orc, gchar *time_now) { #undef P_N #define P_N "alarm_read_next_alarm: " alarm_struct *new_alarm; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif new_alarm = g_new0(alarm_struct, 1); new_alarm->uid = orage_rc_get_group(orc); new_alarm->alarm_time = orage_rc_get_str(orc, "ALARM_TIME", "0000"); new_alarm->action_time = orage_rc_get_str(orc, "ACTION_TIME", "0000"); new_alarm->title = orage_rc_get_str(orc, "TITLE", NULL); new_alarm->description = orage_rc_get_str(orc, "DESCRIPTION", NULL); new_alarm->persistent = TRUE; /* this must be */ new_alarm->temporary = orage_rc_get_bool(orc, "TEMPORARY", FALSE); new_alarm->display_orage = orage_rc_get_bool(orc, "DISPLAY_ORAGE", FALSE); #ifdef HAVE_NOTIFY new_alarm->display_notify = orage_rc_get_bool(orc, "DISPLAY_NOTIFY", FALSE); new_alarm->notify_timeout = orage_rc_get_int(orc, "NOTIFY_TIMEOUT", FALSE); #endif new_alarm->audio = orage_rc_get_bool(orc, "AUDIO", FALSE); new_alarm->sound = orage_rc_get_str(orc, "SOUND", NULL); new_alarm->repeat_cnt = orage_rc_get_int(orc, "REPEAT_CNT", 0); new_alarm->repeat_delay = orage_rc_get_int(orc, "REPEAT_DELAY", 2); new_alarm->procedure = orage_rc_get_bool(orc, "PROCEDURE", FALSE); new_alarm->cmd = orage_rc_get_str(orc, "CMD", NULL); /* let's first check if the time has gone so that we need to * send that delayed l_alarm or can we just ignore it since it is * still in the future */ if (strcmp(time_now, new_alarm->alarm_time) < 0) { /* real l_alarm has not happened yet */ if (new_alarm->temporary) /* we need to store this or it will get lost */ alarm_add(new_alarm); else /* we can ignore this as it will be created again soon */ alarm_free(new_alarm); return(NULL); } return(new_alarm); } void alarm_read(void) { #undef P_N #define P_N "alarm_read: " alarm_struct *new_alarm; OrageRc *orc; gchar *time_now; gchar **alarm_groups; gint i; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif time_now = orage_tm_time_to_icaltime(orage_localtime()); orc = orage_persistent_file_open(TRUE); alarm_groups = orage_rc_get_groups(orc); for (i = 0; alarm_groups[i] != NULL; i++) { orage_rc_set_group(orc, alarm_groups[i]); if ((new_alarm = alarm_read_next_alarm(orc, time_now)) != NULL) { /* g_print(P_N "time_now=%s alarm=%s\n", time_now, new_alarm->alarm_time); */ create_reminders(new_alarm); alarm_free(new_alarm); } } g_strfreev(alarm_groups); orage_rc_file_close(orc); } static void alarm_store(gpointer galarm, gpointer par) { #undef P_N #define P_N "alarm_store: " alarm_struct *l_alarm = (alarm_struct *)galarm; OrageRc *orc = (OrageRc *)par; #ifdef ORAGE_DEBUG orage_message(-200, P_N); #endif if (!l_alarm->persistent) return; /* only store persistent alarms */ orage_rc_set_group(par, l_alarm->uid); orage_rc_put_str(orc, "ALARM_TIME", l_alarm->alarm_time); orage_rc_put_str(orc, "ACTION_TIME", l_alarm->action_time); orage_rc_put_str(orc, "TITLE", l_alarm->title); orage_rc_put_str(orc, "DESCRIPTION", l_alarm->description); orage_rc_put_bool(orc, "DISPLAY_ORAGE", l_alarm->display_orage); orage_rc_put_bool(orc, "TEMPORARY", l_alarm->temporary); #ifdef HAVE_NOTIFY orage_rc_put_bool(orc, "DISPLAY_NOTIFY", l_alarm->display_notify); orage_rc_put_int(orc, "NOTIFY_TIMEOUT", l_alarm->notify_timeout); #endif orage_rc_put_bool(orc, "AUDIO", l_alarm->audio); orage_rc_put_str(orc, "SOUND", l_alarm->sound); orage_rc_put_int(orc, "REPEAT_CNT", l_alarm->repeat_cnt); orage_rc_put_int(orc, "REPEAT_DELAY", l_alarm->repeat_delay); orage_rc_put_bool(orc, "PROCEDURE", l_alarm->procedure); orage_rc_put_str(orc, "CMD", l_alarm->cmd); } static void store_persistent_alarms(void) { #undef P_N #define P_N "store_persistent_alarms: " OrageRc *orc; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif orc = orage_persistent_file_open(FALSE); g_list_foreach(g_par.alarm_list, alarm_store, (gpointer)orc); orage_rc_file_close(orc); } /************************************************************/ /* persistent alarms end */ /************************************************************/ #ifdef HAVE_NOTIFY static void notify_action_open(NotifyNotification *n, const char *action , gpointer par) { #undef P_N #define P_N "notify_action_open: " alarm_struct *l_alarm = (alarm_struct *)par; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif /* * These two lines would keep notify window active and make it possible * to start several times the appointment or start it and still be * able to control sound. Not sure if they should be there or not. l_alarm->notify_refresh = TRUE; create_notify_reminder(l_alarm); */ create_appt_win("UPDATE", l_alarm->uid); } #endif static gboolean sound_alarm(gpointer data) { #undef P_N #define P_N "sound_alarm: " alarm_struct *l_alarm = (alarm_struct *)data; GError *error = NULL; gboolean status; GtkWidget *stop; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif /* note: -1 loops forever */ if (l_alarm->repeat_cnt != 0) { if (l_alarm->active_alarm->sound_active) { return(TRUE); } status = orage_exec(l_alarm->sound_cmd , &l_alarm->active_alarm->sound_active, &error); if (!status) { g_warning("reminder: play failed (%s) %s", l_alarm->sound, error->message); l_alarm->repeat_cnt = 0; /* one warning is enough */ status = TRUE; /* we need to come back once to do cleanout */ } else if (l_alarm->repeat_cnt > 0) l_alarm->repeat_cnt--; } else { /* repeat_cnt == 0 */ if (l_alarm->display_orage && ((stop = l_alarm->active_alarm->stop_noise_reminder) != NULL)) { gtk_widget_set_sensitive(GTK_WIDGET(stop), FALSE); } #ifdef HAVE_NOTIFY if (l_alarm->display_notify && l_alarm->active_alarm->notify_stop_noise_action) { /* We need to remove the silence button from notify window. * This is not nice method, but it is not possible to access * the timeout so we just need to start it from all over */ l_alarm->notify_refresh = TRUE; notify_notification_close(l_alarm->active_alarm->active_notify, NULL); create_notify_reminder(l_alarm); } #endif l_alarm->audio = FALSE; alarm_free_memory(l_alarm); status = FALSE; /* no more alarms, end timeouts */ } return(status); } static void create_sound_reminder(alarm_struct *l_alarm) { #undef P_N #define P_N "create_sound_reminder: " #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif l_alarm->sound_cmd = g_strconcat(g_par.sound_application, " \"" , l_alarm->sound, "\"", NULL); l_alarm->active_alarm->sound_active = FALSE; if (l_alarm->repeat_cnt == 0) { l_alarm->repeat_cnt++; /* need to do it once */ } g_timeout_add_seconds(l_alarm->repeat_delay, (GtkFunction) sound_alarm , (gpointer) l_alarm); } #ifdef HAVE_NOTIFY static void notify_closed(NotifyNotification *n, gpointer par) { #undef P_N #define P_N "notify_closed: " alarm_struct *l_alarm = (alarm_struct *)par; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif /* g_print("notify_closed: start %d %d\n", l_alarm->audio, l_alarm->display_notify); */ if (l_alarm->notify_refresh) { /* this is not really closing notify, but only a refresh, so * we do not clean the memory now */ l_alarm->notify_refresh = FALSE; } else { l_alarm->display_notify = FALSE; /* I am gone */ alarm_free_memory(l_alarm); } } static void notify_action_silence(NotifyNotification *n, const char *action , gpointer par) { #undef P_N #define P_N "notify_action_silence: " alarm_struct *l_alarm = (alarm_struct *)par; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif /* notify system will raise notify_closed also, so we need to mark that this is not a real close, but just a refresh, so that memory is not freed */ l_alarm->notify_refresh = TRUE; l_alarm->repeat_cnt = 0; /* end sound during next play */ create_notify_reminder(l_alarm); /* recreate after notify close */ } #endif static void create_notify_reminder(alarm_struct *l_alarm) { #undef P_N #define P_N "create_notify_reminder: " #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif #ifdef HAVE_NOTIFY char heading[250]; NotifyNotification *n; if (!notify_init("Orage")) { orage_message(150, "Notify init failed\n"); return; } strncpy(heading, _("Reminder "), 100); if (l_alarm->title) g_strlcat(heading, l_alarm->title, 150); if (l_alarm->action_time) { g_strlcat(heading, "\n", 160); g_strlcat(heading, l_alarm->action_time, 250); } /* since version 0.7.0, libnotify does not have the widget parameter in notify_notification_new and it does not have function notify_notification_attach_to_status_icon at all */ #if NOTIFY_CHECK_VERSION(0, 7, 0) n = notify_notification_new(heading, l_alarm->description, NULL); #else n = notify_notification_new(heading, l_alarm->description, NULL, NULL); if (g_par.trayIcon && gtk_status_icon_is_embedded((GtkStatusIcon *)g_par.trayIcon)) notify_notification_attach_to_status_icon(n , (GtkStatusIcon *)g_par.trayIcon); #endif l_alarm->active_alarm->active_notify = n; if (l_alarm->notify_timeout == -1) notify_notification_set_timeout(n, NOTIFY_EXPIRES_NEVER); else if (l_alarm->notify_timeout == 0) notify_notification_set_timeout(n, NOTIFY_EXPIRES_DEFAULT); else notify_notification_set_timeout(n, l_alarm->notify_timeout*1000); if (l_alarm->uid) notify_notification_add_action(n, "open", _("Open") , (NotifyActionCallback)notify_action_open , l_alarm, NULL); if ((l_alarm->audio) && (l_alarm->repeat_cnt > 1)) { notify_notification_add_action(n, "stop", "Silence" , (NotifyActionCallback)notify_action_silence , l_alarm, NULL); /* this let's sound l_alarm to know that we have notify active with end sound button, which needs to be removed when sound ends */ l_alarm->active_alarm->notify_stop_noise_action = TRUE; } (void)g_signal_connect(G_OBJECT(n), "closed" , G_CALLBACK(notify_closed), l_alarm); if (!notify_notification_show(n, NULL)) { orage_message(150, "failed to send notification"); } #else orage_message(150, "libnotify not linked in. Can't use notifications."); #endif } static void destroy_orage_reminder(GtkWidget *wReminder, gpointer user_data) { #undef P_N #define P_N "destroy_orage_reminder: " alarm_struct *l_alarm = (alarm_struct *)user_data; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif l_alarm->display_orage = FALSE; /* I am gone */ alarm_free_memory(l_alarm); } static void on_btStopNoiseReminder_clicked(GtkButton *button , gpointer user_data) { #undef P_N #define P_N "on_btStopNoiseReminder_clicked: " alarm_struct *l_alarm = (alarm_struct *)user_data; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif l_alarm->repeat_cnt = 0; gtk_widget_set_sensitive(GTK_WIDGET(button), FALSE); } static void on_btOkReminder_clicked(GtkButton *button, gpointer user_data) { #undef P_N #define P_N "on_btOkReminder_clicked: " GtkWidget *wReminder = (GtkWidget *)user_data; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif gtk_widget_destroy(wReminder); /* destroy the specific appointment window */ } static void on_btOpenReminder_clicked(GtkButton *button, gpointer user_data) { #undef P_N #define P_N "on_btOpenReminder_clicked: " alarm_struct *l_alarm = (alarm_struct *)user_data; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif create_appt_win("UPDATE", l_alarm->uid); } static void on_btRecreateReminder_clicked(GtkButton *button, gpointer user_data) { #undef P_N #define P_N "on_btRecreateReminder_clicked: " alarm_struct *l_alarm = (alarm_struct *)user_data; orage_ddmmhh_hbox_struct *display_data; alarm_struct *n_alarm; time_t tt; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif display_data = (orage_ddmmhh_hbox_struct *)l_alarm->orage_display_data; /* we do not have l_alarm time here */ n_alarm = alarm_copy(l_alarm, FALSE); n_alarm->temporary = TRUE; /* let's count new l_alarm time */ tt = time(NULL); tt += (gtk_spin_button_get_value_as_int( GTK_SPIN_BUTTON(display_data->spin_dd)) * 24*60*60 + gtk_spin_button_get_value_as_int( GTK_SPIN_BUTTON(display_data->spin_hh)) * 60*60 + gtk_spin_button_get_value_as_int( GTK_SPIN_BUTTON(display_data->spin_mm)) * 60); n_alarm->alarm_time = g_strdup(orage_tm_time_to_icaltime(localtime(&tt))); alarm_add(n_alarm); setup_orage_alarm_clock(); gtk_widget_destroy(display_data->dialog); } static void create_orage_reminder(alarm_struct *l_alarm) { #undef P_N #define P_N "create_orage_reminder: " GtkWidget *wReminder; GtkWidget *vbReminder; GtkWidget *lbReminder; GtkWidget *daaReminder; GtkWidget *btOpenReminder; GtkWidget *btStopNoiseReminder; GtkWidget *btOkReminder; GtkWidget *btRecreateReminder; GtkWidget *swReminder; GtkWidget *hdReminder; GtkWidget *hdtReminder; orage_ddmmhh_hbox_struct *ddmmhh_hbox; GtkWidget *e_hbox; gchar *tmp; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif wReminder = gtk_dialog_new(); gtk_widget_set_size_request(wReminder, -1, 250); gtk_window_set_title(GTK_WINDOW(wReminder), _("Reminder - Orage")); gtk_window_set_position(GTK_WINDOW(wReminder), GTK_WIN_POS_CENTER); gtk_window_set_modal(GTK_WINDOW(wReminder), FALSE); gtk_window_set_resizable(GTK_WINDOW(wReminder), TRUE); gtk_window_set_keep_above(GTK_WINDOW(wReminder), TRUE); /* Main AREA */ vbReminder = GTK_DIALOG(wReminder)->vbox; hdReminder = gtk_label_new(NULL); gtk_label_set_selectable(GTK_LABEL(hdReminder), TRUE); tmp = g_markup_printf_escaped("%s", l_alarm->title); gtk_label_set_markup(GTK_LABEL(hdReminder), tmp); g_free(tmp); gtk_box_pack_start(GTK_BOX(vbReminder), hdReminder, FALSE, TRUE, 0); hdtReminder = gtk_label_new(NULL); gtk_label_set_selectable(GTK_LABEL(hdtReminder), TRUE); tmp = g_markup_printf_escaped("%s", l_alarm->action_time); gtk_label_set_markup(GTK_LABEL(hdtReminder), tmp); g_free(tmp); gtk_box_pack_start(GTK_BOX(vbReminder), hdtReminder, FALSE, TRUE, 0); swReminder = gtk_scrolled_window_new(NULL, NULL); gtk_scrolled_window_set_shadow_type(GTK_SCROLLED_WINDOW(swReminder) , GTK_SHADOW_NONE); gtk_box_pack_start(GTK_BOX(vbReminder), swReminder, TRUE, TRUE, 5); gtk_scrolled_window_set_policy(GTK_SCROLLED_WINDOW(swReminder) , GTK_POLICY_AUTOMATIC, GTK_POLICY_AUTOMATIC); lbReminder = gtk_label_new(l_alarm->description); gtk_label_set_line_wrap(GTK_LABEL(lbReminder), TRUE); gtk_label_set_selectable(GTK_LABEL(lbReminder), TRUE); gtk_scrolled_window_add_with_viewport(GTK_SCROLLED_WINDOW(swReminder) , lbReminder); /* TIME AREA */ ddmmhh_hbox = (orage_ddmmhh_hbox_struct *)l_alarm->orage_display_data; ddmmhh_hbox->spin_dd = gtk_spin_button_new_with_range(0, 100, 1); ddmmhh_hbox->spin_dd_label = gtk_label_new(_("days")); ddmmhh_hbox->spin_hh = gtk_spin_button_new_with_range(0, 23, 1); ddmmhh_hbox->spin_hh_label = gtk_label_new(_("hours")); ddmmhh_hbox->spin_mm = gtk_spin_button_new_with_range(0, 59, 5); ddmmhh_hbox->spin_mm_label = gtk_label_new(_("mins")); gtk_spin_button_set_value(GTK_SPIN_BUTTON(ddmmhh_hbox->spin_mm), 5); ddmmhh_hbox->time_hbox = orage_period_hbox_new(TRUE, FALSE , ddmmhh_hbox->spin_dd, ddmmhh_hbox->spin_dd_label , ddmmhh_hbox->spin_hh, ddmmhh_hbox->spin_hh_label , ddmmhh_hbox->spin_mm, ddmmhh_hbox->spin_mm_label); /* we want it to the left: */ e_hbox = gtk_hbox_new(FALSE, 0); gtk_box_pack_end(GTK_BOX(e_hbox), ddmmhh_hbox->time_hbox, FALSE, FALSE, 0); gtk_box_pack_end(GTK_BOX(vbReminder), e_hbox, FALSE, FALSE, 0); ddmmhh_hbox->dialog = wReminder; /* ACTION AREA */ daaReminder = GTK_DIALOG(wReminder)->action_area; gtk_dialog_set_has_separator(GTK_DIALOG(wReminder), FALSE); gtk_button_box_set_layout(GTK_BUTTON_BOX(daaReminder), GTK_BUTTONBOX_END); if (l_alarm->uid) { btOpenReminder = gtk_button_new_from_stock("gtk-open"); gtk_dialog_add_action_widget(GTK_DIALOG(wReminder), btOpenReminder , GTK_RESPONSE_OK); g_signal_connect((gpointer) btOpenReminder, "clicked" , G_CALLBACK(on_btOpenReminder_clicked), l_alarm); } btOkReminder = gtk_button_new_from_stock("gtk-close"); gtk_dialog_add_action_widget(GTK_DIALOG(wReminder), btOkReminder , GTK_RESPONSE_OK); g_signal_connect((gpointer) btOkReminder, "clicked" , G_CALLBACK(on_btOkReminder_clicked), wReminder); if ((l_alarm->audio) && (l_alarm->repeat_cnt > 1)) { btStopNoiseReminder = gtk_button_new_from_stock("gtk-stop"); l_alarm->active_alarm->stop_noise_reminder = btStopNoiseReminder; gtk_dialog_add_action_widget(GTK_DIALOG(wReminder) , btStopNoiseReminder, GTK_RESPONSE_OK); g_signal_connect((gpointer)btStopNoiseReminder, "clicked", G_CALLBACK(on_btStopNoiseReminder_clicked), l_alarm); } btRecreateReminder = orage_create_custom_stock_button("gtk-ok" , _("Postpone")); gtk_widget_set_tooltip_text(btRecreateReminder , _("Remind me again after the specified time")); gtk_dialog_add_action_widget(GTK_DIALOG(wReminder) , btRecreateReminder, GTK_RESPONSE_OK); g_signal_connect((gpointer) btRecreateReminder, "clicked" , G_CALLBACK(on_btRecreateReminder_clicked), l_alarm); g_signal_connect(G_OBJECT(wReminder), "destroy", G_CALLBACK(destroy_orage_reminder), l_alarm); gtk_widget_show_all(wReminder); } static void create_procedure_reminder(alarm_struct *l_alarm) { #undef P_N #define P_N "create_procedure_reminder: " /* gboolean status, active; / * active not used * / GError *error = NULL; */ gchar *cmd, *tmp, *atime, *sep; gint status; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif /* status = orage_exec(l_alarm->cmd, &active, &error); */ cmd = g_strconcat(l_alarm->cmd, " &", NULL); cmd = orage_replace_text(cmd, "<&T>", l_alarm->title); cmd = orage_replace_text(cmd, "<&D>", l_alarm->description); if (l_alarm->alarm_time) atime = g_strdup(orage_icaltime_to_i18_time(l_alarm->alarm_time)); else atime = g_strdup(orage_tm_time_to_i18_time(orage_localtime())); cmd = orage_replace_text(cmd, "<&AT>", atime); g_free(atime); /* l_alarm->action_time format is and times are in user format already. Problem is if that format contain string " - " already, but let's hope not. */ sep = strstr(l_alarm->action_time, " - "); if (sep) { /* we should always have this */ if (strstr(sep+1, " - ")) { /* this is problem as now we have more than one separator. We could try to find the middle one using strlen, but as there probably is not this kind of issues, it is not worth the trouble */ orage_message(10, P_N "<&ST>/<&ET> string conversion failed (%s)" , l_alarm->action_time); } else { sep[0] = '\0'; /* temporarily to end start-time string */ cmd = orage_replace_text(cmd, "<&ST>", l_alarm->action_time); sep[0] = ' '; /* back to real value */ sep += strlen(" - "); /* points now to the end-time */ cmd = orage_replace_text(cmd, "<&ET>", sep); } } else orage_message(10, P_N "<&ST>/<&ET> string conversion failed 2 (%s)" , l_alarm->action_time); status = system(cmd); if (status) g_warning(P_N "cmd failed(%s)->(%s) status:%d", l_alarm->cmd, cmd, status); g_free(cmd); } void create_reminders(alarm_struct *l_alarm) { #undef P_N #define P_N "create_reminders: " alarm_struct *n_alarm; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif /* FIXME: instead of copying this new private version of the l_alarm, * g_list_remove(GList *g_par.alarm_list, gconstpointer l_alarm); * remove it and use the original. saves time */ n_alarm = alarm_copy(l_alarm, TRUE); if (n_alarm->audio && n_alarm->sound) create_sound_reminder(n_alarm); if (n_alarm->display_orage) create_orage_reminder(n_alarm); if (n_alarm->display_notify) create_notify_reminder(n_alarm); if (n_alarm->procedure && n_alarm->cmd) create_procedure_reminder(n_alarm); } static void reset_orage_day_change(gboolean changed) { #undef P_N #define P_N "reset_orage_day_change: " struct tm *t; gint secs_left; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif if (changed) { /* date was change, need to count next change time */ t = orage_localtime(); /* t format is 23:59:59 -> 00:00:00 so we can use * 24:00:00 to represent next day. * Let's find out how much time we have until it happens */ secs_left = 60*60*(24 - t->tm_hour) - 60*t->tm_min - t->tm_sec; } else { /* the change did not happen. Need to try again asap. */ secs_left = 1; } g_par.day_timer = g_timeout_add_seconds(secs_left , (GtkFunction) orage_day_change, NULL); } /* fire after the date has changed and setup the icon * and change the date in the mainwindow */ gboolean orage_day_change(gpointer user_data) { #undef P_N #define P_N "orage_day_change: " struct tm *t; static gint previous_year=0, previous_month=0, previous_day=0; guint selected_year=0, selected_month=0, selected_day=0; gint current_year=0, current_month=0, current_day=0; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif t = orage_localtime(); /* See if the day just changed. Note that when we are called first time we always have day change. If user_data is not NULL, we also force day change. */ if (user_data || previous_day != t->tm_mday || previous_month != t->tm_mon || previous_year != t->tm_year + 1900) { if (user_data) { if (g_par.day_timer) { /* need to stop it if running */ g_source_remove(g_par.day_timer); g_par.day_timer = 0; } } current_year = t->tm_year + 1900; current_month = t->tm_mon; current_day = t->tm_mday; /* Get the selected date from calendar */ gtk_calendar_get_date(GTK_CALENDAR(((CalWin *)g_par.xfcal)->mCalendar), &selected_year, &selected_month, &selected_day); if ((int)selected_year == previous_year && (int)selected_month == previous_month && (int)selected_day == previous_day) { /* previous day was indeed selected, keep it current automatically */ orage_select_date(GTK_CALENDAR(((CalWin *)g_par.xfcal)->mCalendar) , current_year, current_month, current_day); } previous_year = current_year; previous_month = current_month; previous_day = current_day; refresh_TrayIcon(); xfical_alarm_build_list(TRUE); /* new l_alarm list when date changed */ reset_orage_day_change(TRUE); /* setup for next time */ } else { /* we should very seldom come here since we schedule us to happen * after the date has changed, but it is possible that the clock * in this machine is not accurate and we end here too early. * */ reset_orage_day_change(FALSE); } return(FALSE); /* we started new timer, so we end here */ } /* check and raise alarms if there are any */ static gboolean orage_alarm_clock(gpointer user_data) { #undef P_N #define P_N "orage_alarm_clock: " GList *alarm_l; alarm_struct *cur_alarm; gboolean alarm_raised=FALSE; gboolean more_alarms=TRUE; gchar *time_now; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif time_now = orage_tm_time_to_icaltime(orage_localtime()); /* Check if there are any alarms to show */ for (alarm_l = g_list_first(g_par.alarm_list); alarm_l != NULL && more_alarms; alarm_l = g_list_next(alarm_l)) { /* remember that it is sorted list */ cur_alarm = (alarm_struct *)alarm_l->data; if (strcmp(time_now, cur_alarm->alarm_time) > 0) { /* g_print(P_N "time_now=%s alarm=%s\n", time_now, cur_alarm->alarm_time); */ create_reminders(cur_alarm); alarm_raised = TRUE; } else /* sorted so scan can be stopped */ more_alarms = FALSE; } if (alarm_raised) /* at least one l_alarm processed, need new list */ xfical_alarm_build_list(FALSE); /* this calls reset_orage_alarm_clock */ else reset_orage_alarm_clock(); /* need to setup next timer */ return(FALSE); /* only once */ } static void reset_orage_alarm_clock(void) { #undef P_N #define P_N "reset_orage_alarm_clock: " struct tm *t, t_alarm, t2; GList *alarm_l; alarm_struct *cur_alarm; gchar *next_alarm; gint secs_to_alarm; gint dd; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif if (g_par.alarm_timer) { /* need to stop it if running */ g_source_remove(g_par.alarm_timer); g_par.alarm_timer = 0; } if (g_par.alarm_list) { /* we have alarms */ memcpy(&t2, orage_localtime(), sizeof(t2)); t = &t2; t->tm_mon++; t->tm_year = t->tm_year + 1900; alarm_l = g_list_first(g_par.alarm_list); cur_alarm = (alarm_struct *)alarm_l->data; next_alarm = cur_alarm->alarm_time; t_alarm = orage_icaltime_to_tm_time(next_alarm, FALSE); /* let's find out how much time we have until l_alarm happens */ dd = orage_days_between(t, &t_alarm); secs_to_alarm = t_alarm.tm_sec - t->tm_sec + 60*(t_alarm.tm_min - t->tm_min) + 60*60*(t_alarm.tm_hour - t->tm_hour) + 24*60*60*dd; secs_to_alarm += 1; /* alarm needs to come a bit later */ if (secs_to_alarm < 1) /* rare, but possible */ secs_to_alarm = 1; g_par.alarm_timer = g_timeout_add_seconds(secs_to_alarm , (GtkFunction) orage_alarm_clock, NULL); } } /* refresh trayicon tooltip once per minute */ static gboolean orage_tooltip_update(gpointer user_data) { #undef P_N #define P_N "orage_tooltip_update: " struct tm *t; GList *alarm_l; alarm_struct *cur_alarm; gboolean more_alarms=TRUE; GString *tooltip=NULL, *tooltip_highlight_helper=NULL; gint alarm_cnt=0; gint tooltip_alarm_limit=5; gint year, month, day, hour, minute, second; gint dd, hh, min; GDate *g_now, *g_alarm; gchar *tmp; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif if (!(g_par.trayIcon && gtk_status_icon_is_embedded((GtkStatusIcon *)g_par.trayIcon))) { /* no trayicon => no need to update the tooltip */ return(FALSE); } t = orage_localtime(); tooltip = g_string_new(_("Next active alarms:")); g_string_prepend(tooltip, ""); g_string_append(tooltip, " "); /* Check if there are any alarms to show */ for (alarm_l = g_list_first(g_par.alarm_list); alarm_l != NULL && more_alarms; alarm_l = g_list_next(alarm_l)) { /* remember that it is sorted list */ cur_alarm = (alarm_struct *)alarm_l->data; if (alarm_cnt < tooltip_alarm_limit) { if (strlen(cur_alarm->alarm_time) < XFICAL_APPT_DATE_FORMAT_LEN) { /* it is date = full day */ sscanf(cur_alarm->alarm_time, XFICAL_APPT_DATE_FORMAT , &year, &month, &day); hour = 0; minute = 0; second = 0; } else { sscanf(cur_alarm->alarm_time, XFICAL_APPT_TIME_FORMAT , &year, &month, &day, &hour, &minute, &second); } g_now = g_date_new_dmy(t->tm_mday, t->tm_mon + 1 , t->tm_year + 1900); g_alarm = g_date_new_dmy(day, month, year); dd = g_date_days_between(g_now, g_alarm); g_date_free(g_now); g_date_free(g_alarm); hh = hour - t->tm_hour; min = minute - t->tm_min; if (min < 0) { min += 60; hh -= 1; } if (hh < 0) { hh += 24; dd -= 1; } /* orage_message(10, P_N "tooltip: alarm=%s hh=%d hh=%d min=%d", cur_alarm->alarm_time, dd, hh, min); */ g_string_append(tooltip, ""); tooltip_highlight_helper = g_string_new(" "); if (cur_alarm->temporary) { /* let's add a small mark */ g_string_append_c(tooltip_highlight_helper, '['); } tmp = cur_alarm->title ? g_markup_escape_text(cur_alarm->title , strlen(cur_alarm->title)) : g_strdup(_("No title defined")); g_string_append_printf(tooltip_highlight_helper, "%s", tmp); g_free(tmp); if (cur_alarm->temporary) { /* let's add a small mark */ g_string_append_c(tooltip_highlight_helper, ']'); } g_string_append_printf(tooltip, _("\n%02d d %02d h %02d min to: %s"), dd, hh, min, tooltip_highlight_helper->str); g_string_free(tooltip_highlight_helper, TRUE); alarm_cnt++; } else /* sorted so scan can be stopped */ more_alarms = FALSE; } if (alarm_cnt == 0) g_string_append_printf(tooltip, _("\nNo active alarms found")); gtk_status_icon_set_tooltip_markup((GtkStatusIcon *)g_par.trayIcon, tooltip->str); g_string_free(tooltip, TRUE); return(TRUE); } /* start timer to fire every minute to keep tooltip accurate */ static gboolean start_orage_tooltip_update(gpointer user_data) { #undef P_N #define P_N "start_orage_tooltip_update: " #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif if (g_par.tooltip_timer) { /* need to stop it if running */ g_source_remove(g_par.tooltip_timer); } orage_tooltip_update(NULL); g_par.tooltip_timer = g_timeout_add_seconds(60 , (GtkFunction) orage_tooltip_update, NULL); return(FALSE); } /* adjust the call to happen when minute changes */ static gboolean reset_orage_tooltip_update(void) { #undef P_N #define P_N "reset_orage_tooltip_update: " struct tm *t; gint secs_left; #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif t = orage_localtime(); secs_left = 60 - t->tm_sec; if (secs_left > 2) orage_tooltip_update(NULL); /* FIXME: do not start this, if it is already in progress. * Minor thing and does not cause any real trouble and happens * only when appoinments are updated in less than 1 minute apart. * Perhaps not worth fixing. * Should add another timer or static time to keep track of this */ g_timeout_add_seconds(secs_left , (GtkFunction) start_orage_tooltip_update, NULL); return(FALSE); } void setup_orage_alarm_clock(void) { #undef P_N #define P_N "setup_orage_alarm_clock: " #ifdef ORAGE_DEBUG orage_message(-100, P_N); #endif /* order the list */ g_par.alarm_list = g_list_sort(g_par.alarm_list, alarm_order); reset_orage_alarm_clock(); store_persistent_alarms(); /* keep track of alarms when orage is down */ /* We need to use timer since for some reason it does not work if we * do it here directly. Ugly, I know, but it works. */ g_timeout_add_seconds(1, (GtkFunction) reset_orage_tooltip_update, NULL); }