k.add :tag_matching, "Tag matching threads", 'g'
k.add :apply_to_tagged, "Apply next command to all tagged threads", '+', '='
k.add :join_threads, "Force tagged threads to be joined into the same thread", '#'
+ k.add :toggle_sort, "Toggle newest first/last sort order", 'o'
k.add :undo, "Undo the previous action", 'u'
end
@hidden_labels = hidden_labels + LabelManager::HIDDEN_RESERVED_LABELS
@date_width = DATE_WIDTH
+ @newest_first = true
+
@interrupt_search = false
initialize_threads # defines @ts and @ts_mutex
UndoManager.undo
end
+ def toggle_sort
+ @newest_first = !@newest_first
+ update
+ end
+
def update
@mutex.synchronize do
## let's see you do THIS in python
- @threads = @ts.threads.select { |t| !@hidden_threads[t] }.sort_by { |t| [t.date, t.first.id] }.reverse
+ @threads = @ts.threads.select { |t| !@hidden_threads[t] }.sort_by { |t| [t.date, t.first.id] }
+ if @newest_first
+ @threads = @threads.reverse
+ end
@size_widgets = @threads.map { |t| size_widget_for_thread t }
@size_widget_width = @size_widgets.max_of { |w| w.display_length }
end
else
n = opts[:num]
end
+ if !@newest_first
+ n = -1
+ end
myopts = @load_thread_opts.merge({ :when_done => (lambda do |num|
opts[:when_done].call(num) if opts[:when_done]