void setLEDToColour(uint32_t colour) {
uint8_t red = RED_COMPONENT(colour);
uint8_t green = GREEN_COMPONENT(colour);
uint8_t blue = BLUE_COMPONENT(colour);
setLED(red, green, blue);
}
/* Add ten empty (temporary) colorfilters for easy coloring */
static void
color_filters_add_tmp(GSList **cfl)
{
gchar *name = NULL;
guint32 i;
gchar** bg_colors;
gchar** fg_colors;
unsigned long int cval;
color_t bg_color, fg_color;
color_filter_t *colorf;
g_assert(strlen(prefs.gui_colorized_fg)==69);
g_assert(strlen(prefs.gui_colorized_bg)==69);
fg_colors = g_strsplit(prefs.gui_colorized_fg, ",", -1);
bg_colors = g_strsplit(prefs.gui_colorized_bg, ",", -1);
for ( i=1 ; i<=10 ; i++ ) {
name = g_strdup_printf("%s%02d",CONVERSATION_COLOR_PREFIX,i);
/* retrieve background and foreground colors */
cval = strtoul(fg_colors[i-1], NULL, 16);
initialize_color(&fg_color, RED_COMPONENT(cval),
GREEN_COMPONENT(cval),
BLUE_COMPONENT(cval) );
cval = strtoul(bg_colors[i-1], NULL, 16);
initialize_color(&bg_color, RED_COMPONENT(cval),
GREEN_COMPONENT(cval),
BLUE_COMPONENT(cval) );
colorf = color_filter_new(name, NULL, &bg_color, &fg_color, TRUE);
colorf->filter_text = g_strdup("frame");
colorf->c_colorfilter = NULL;
*cfl = g_slist_append(*cfl, colorf);
g_free(name);
}
g_strfreev(fg_colors);
g_strfreev(bg_colors);
return;
}