Use g_io_scheduler_push_job() instead of g_thread_create(). When the
operation is finished, call gtk_main_quit() from the main thread using
g_io_scheduler_job_send_to_mainloop().
Also, check for cancellation with a GCancellable instead of a boolean.
Note: We really should be using GLib's process spawning API
instead of system(), but that's a job for another day.
Add e_alert_dialog_get_content_area(), which returns the GtkVBox
containing the primary and secondary labels. Use this instead of
gtk_dialog_get_content_area() to maintain the dialog's left margin
beneath the image.
If we're using GTK+ 2.21.8 (where gtk_dialog_set_has_separator() is
deprecated but the property is still present and defaults to TRUE), we
still need to set the property to FALSE. So instead use g_object_set()
up through GTK+ 2.90.6, after which the property itself is gone.
Unfortunately the default value for this property is TRUE (bzzt, WRONG!)
so we can't just remove the function outright until we require GTK+ 2.22.
It was deprecated in GTK+ 2.21.8.
Add G_GNUC_NULL_TERMINATED to EAlert functions with variable-length
parameter lists and drop the unnecessary "arg0" parameter so the
function attribute works correctly.
The changes are mainly including the e-alert-header.h header instead of just
e-alert.h. This allows us to include e-alert.h in non-UI situations when
necessary.
The EError mechanism is used both for error dialogs as well as basic alerts or
user prompts, so we should give it a more general name which matches this use.
This patch also cleans up a few includes of e-alert.h (formerly e-error.h) that
were not actually being used.
https://bugzilla.gnome.org/show_bug.cgi?id=602963
[PATCH 1/2] [restore-backup] Make intro text wrap
The introductory text to the 'Restore from backup' page is too long,
especially in some languages. This patch wraps the label as other
labels in the startup wizard are wrapped.
[PATCH 2/2] Don't break long labels unnecessarily
A few strings had unnecessary end lines in them, which fight with the
natural line-wrap algorithm.
Matthew Barnes