Add refreshing of third menu

kls

@@ -1,5 +1,7 @@
 #!/usr/bin/env python3
-import subprocess, curses
+import subprocess
+import curses
+import asyncio
 
 KEY_BINDINGS = {  # can be extended
     "1": 'kubectl -n {namespace} get {api_resource} {resource} -o yaml | batcat -l yaml --paging always --style numbers',
@@ -9,9 +11,9 @@ KEY_BINDINGS = {  # can be extended
     "5": 'kubectl -n {namespace} exec -it {resource} sh',
     "KEY_DC": 'kubectl -n {namespace} delete {api_resource} {resource}'  # KEY_DC is the delete key
 }
-
+# which api resources are on the top of menu?
 TOP_API_RESOURCES = ["pods", "services", "ingresses", "secrets", "nodes", "deployments", "statefulsets", "daemonsets",
-                     "configmaps", "persistentvolumeclaims", "storageclasses"]  # which api resources are on the top of menu?
+                     "configmaps", "persistentvolumeclaims", "storageclasses"]
 
 HELP_TEXT = "Esc: exit filter mode or exit kls, 1: get yaml, 2: describe, 3: edit, 4: pod logs, arrows/TAB: navigation"
 
@@ -29,7 +31,8 @@ class Menu:
         self.__start_index = lambda: 0 if self.filtered_row_index < HEIGHT else self.filtered_row_index - HEIGHT + 1
         self.visible_rows = lambda: self.filtered_rows()[self.__start_index():][:HEIGHT]  # visible rows
         self.__visible_row_index = lambda: self.filtered_row_index - self.__start_index()  # index of the selected visible row
-        self.selected_row = lambda: self.visible_rows()[self.__visible_row_index()] if self.visible_rows() else None  # selected row from visible rows
+        # selected row from visible rows
+        self.selected_row = lambda: self.visible_rows()[self.__visible_row_index()] if self.visible_rows() else None
         self.win = curses.newwin(curses.LINES - 3, width, 0, begin_x)
 
 
@@ -51,15 +54,6 @@ def draw_menu(menu: Menu):
     draw_row(menu.win, f"/{menu.filter}" if menu.filter else "", curses.LINES - 5, 2)  # draw filter row
 
 
-def update_menu3():
-    MENUS[2].rows = []
-    if namespace() and api_resource():
-        command = f"-n {namespace()} get {api_resource()} --no-headers"
-        MENUS[2].rows = kubectl(command)
-    MENUS[2].filtered_row_index = 0  # reset the selected row index before redrawing
-    draw_menu(MENUS[2])
-
-
 def run_command(key: str):
     if not (key == "4" and api_resource() != "pods") and not (key == "5" and api_resource() != "pods"):
         curses.def_prog_mode()  # save the previous terminal state
@@ -82,11 +76,21 @@ def handle_filter_state(key: str, menu: Menu):
     menu.filtered_row_index = 0
     draw_menu(menu)
     if menu != MENUS[2]:
-        update_menu3()  # redraw the third menu rows if we redraw the first or second menu rows
+        MENUS[2].filtered_row_index = 0  # reset the selected row index of third menu before redrawing
 
 
-def catch_input(menu: Menu):
-    key = SCREEN.getkey()
+async def catch_input(menu: Menu):
+    while True:  # this while loop is needed for constant refreshing of third menu containing all resources
+        try:
+            key = SCREEN.getkey()
+            break
+        except:
+            MENUS[2].rows = []
+            if namespace() and api_resource():
+                command = f"-n {namespace()} get {api_resource()} --no-headers"
+                MENUS[2].rows = kubectl(command)
+            draw_menu(MENUS[2])
+            await asyncio.sleep(0.1)
     if key in ["\t", "KEY_RIGHT", "KEY_BTAB", "KEY_LEFT"]:
         increment = {"KEY_RIGHT": 1, "\t": 1, "KEY_LEFT": -1, "KEY_BTAB": -1}[key]
         next_menu = MENUS[(MENUS.index(menu) + increment) % 3]
@@ -99,7 +103,7 @@ def catch_input(menu: Menu):
         menu.filtered_row_index = (menu.filtered_row_index + increment) % len(menu.filtered_rows())
         draw_rows(menu.visible_rows(), menu)  # redraw the menu
         if menu != MENUS[2]:
-            update_menu3()  # redraw the third menu rows if we redraw the first or second menu rows
+            MENUS[2].filtered_row_index = 0  # reset the selected row index of third menu before redrawing
     elif key in KEY_BINDINGS.keys() and MENUS[2].selected_row():
         run_command(key)
     elif key == "\x1b" and not menu.filter:
@@ -128,6 +132,7 @@ resource = lambda: MENUS[2].selected_row().split()[0]
 
 def main(screen):
     SCREEN.refresh()  # I don't know why this is needed but it doesn't work without it
+    SCREEN.nodelay(True)  # don't wait for input
     SCREEN.keypad(True)  # needed for arrow keys
     curses.set_escdelay(1)  # reduce Escape delay to 1 ms (curses can't set it to 0)
     curses.curs_set(0)  # make the cursor invisible
@@ -135,10 +140,9 @@ def main(screen):
     curses.noecho()  # don't output characters at the top
     draw_menu(MENUS[0])  # draw the main windows
     draw_menu(MENUS[1])
-    update_menu3()
     draw_row(curses.newwin(3, curses.COLS, curses.LINES - 3, 0), HELP_TEXT, 1, 2)  # and the help window
     while SELECTED_MENU:
-        catch_input(SELECTED_MENU)  # if a menu is selected, catch user input
+        asyncio.run(catch_input(SELECTED_MENU))  # if a menu is selected, catch user input
 
 
 curses.wrapper(main)

test.py

@@ -0,0 +1,23 @@
+import curses
+import time
+import threading
+
+def inactive_function():
+    # This function will be executed while the screen is inactive
+    print("Screen is inactive, doing some work...")
+    # Do some work here, e.g., update a database, send a notification, etc.
+    time.sleep(5)  # simulate some work being done
+    print("Work done!")
+
+def main(screen):
+    screen.nodelay(True)  # don't wait for input
+    threading.Thread(target=inactive_function).start()  # start the inactive function in a separate thread
+    while True:
+        screen.clear()
+        screen.addstr(0, 0, f"{time.time()}")
+        time.sleep(1)
+        screen.refresh()
+        if screen.getch() != -1:  # if there's input, exit
+            break
+
+curses.wrapper(main)