pavol kutaj pkutaj

STATE/EVNT	default	on_module	on_deploy	on_perform	on_fail	on_nochange	on_plan
metadata	["skip", "metadata"]	["skip", "metadata"]	["print_H1_line", "metadata"]	["print_EOB", "metadata"]	["print_EOB", "metadata"]	["print_EOB", "metadata"]	[err]
plan	["print_line", "plan"]	["print_H3_line", "plan"]	[err]	[err]	[err]	[err]	["print_EOB", "metadata"]

STEP	description	technical implementation
#1	an input arrives /triggers event	event_listener or iteration over file, etc.
#2	event identification	EVENTS table lookup (mapping function (input > event))
#3	action identification	TRANSITION table lookup (mapping function event + cur_state > action)
#4	action is performed	case analysis > action (function call)
#5	state is switched	TRANSITION table lookup

FLAG	MEANING
-e	file exists
-a	file exists (deprecated, don't use)
-f	file is a regular file (not a directory or /dev - device file)
-s	file is not zero size
-d	file is a directory
-b	file is a block device (see below)
-c	file is a character device (see below)
-p	file is a pipe

TYPE NAME	DESCRIPTION
`AT_SEQUENCE_NUMBER`	Start reading from the position denoted by a specific sequence number, provided in the value StartingSequenceNumber.
`AFTER_SEQUENCE_NUMBER`	Start reading right after the position denoted by a specific sequence number, provided in the value StartingSequenceNumber.
`AT_TIMESTAMP`	Start reading from the position denoted by a specific timestamp, provided in the value Timestamp.
`TRIM_HORIZON`	Start reading at the last untrimmed record in the shard in the system, which is the OLDEST data record in the shard.
`LATEST`	Start reading just after the most recent record in the shard, so that you always read the NEWEST data record in the shard.

	# schema_patcher.py
	from menu_maker import *
	menu_items = ["Delete", "Patch", "List"]
	menu = Terminal_Menu(menu_items)
	menu.print_menu()
	selection = menu.select_menu_item()

	# menu_maker.py
	class Terminal_Menu:
	def __init__(self, menu_items: list):
	self.menu_items = menu_items

	def print_menu(self):
	for i, single_item in enumerate(self.menu_items, start=1):
	print(i, single_item)

	def select_menu_item(self):

	import os
	import sys
	import openai
	import pyperclip as clipboard


	def main(prompt):
	openai.api_key = os.environ["OPENAI_KEY"]
	model_engine = "text-davinci-003"
	completion = openai.Completion.create(

	move_count = 0


	def move_disk(remaining_disks, source, target):
	global move_count
	print(f"STEP#{move_count+1}\n"
	f"\t~~> Disk #{remaining_disks}; {source} > {target}")


	def count_move():