player.py

print("--- tWOWOrds game ---")
print("starting player.py...")

from time import time
from random import randint as rickroll
from random import choice as listroll
import os

def prefix_action():
	here_time=time()-time_begin
	here_time=round(here_time*10)/10
	return "[WOWO] [player] "+str(here_time)+"s"

def wowo_txt_get_begin(f_str):
	return f_str[0]+f_str[1]+f_str[2]
def wowo_txt_get_end(f_str):
	return f_str[3]+f_str[4]+f_str[5]

def game_findProblem():
	return

print("[WOWO] [player] : hi!")
print("[WOWO] [player] : today:"+str(time()))
time_begin=time()


print(f"{prefix_action()} : reading...")
read_problems={}
with open(os.path.dirname(os.path.realpath('__file__'))+"/build/soluces.txt", mode="r", encoding="utf-8") as myfile:
	#read
	for this_line in myfile.readlines():
		this_sol=this_line.rstrip("\n").split(" ")
		read_problems[this_sol[0]]=[]
		for i in range(1,len(this_sol)):
			read_problems[this_sol[0]].append(this_sol[i])
print(f"{prefix_action()} : read!")


print(f"{prefix_action()} : starting...")

user_try=""

round_solutions=[]

round_problem_key=0
round_problem_txt_1=""
round_problem_txt_2=""

print(f"{prefix_action()} : ready!")

program_run=True
print("[WOWO] : let's play!")
while (program_run):#each round
	print("[WOWO] : search a problem...")
	
	#searching a problem
	round_problem_key=listroll(list(read_problems.keys()))
	round_solutions=read_problems[round_problem_key]
	round_problem_txt_1=wowo_txt_get_begin(round_problem_key)
	round_problem_txt_2=wowo_txt_get_end(round_problem_key)
	
	round_problem_key=0#bcs dict, isn't used.
	
	if (len(round_solutions)>1):
		print("[WOWO] : could you find answers?")
	else:
		print("[WOWO] : could you find the answer?")

	user_find=[]
	user_left=3
	user_error=False

	while (user_left>0 or len(round_solutions) <= len(user_find)):#each round
		if (not user_error):
			print(round_problem_txt_1+" ___ "+round_problem_txt_2)

		user_try=input("> ")
		user_error=False
		user_try=user_try.upper()

		if (len(user_try)!=3):
			user_error=True
		else:
			for char in user_try:
				if (not char.isalpha()):
					user_error=True


		if (user_error):
			print("wrong typing.")
			pass
		elif (user_try in round_solutions):
			print("good answer!")
			user_find.append(user_try)
		else:
			print("wrong answer!")
			user_left-=1
			print(f"{user_left} try remaining.")
	
	print(f"[WOWO] : {len(user_find)}/{len(round_solutions)} found")
	print(end="( ")
	for v in round_solutions:
		if (round_solutions in user_find):
			print(v.lower(),end=" ")
		else:
			print(v.upper(),end=" ")
	print(")")
	input("enter to restart... ")