1. import json
2. from pprint import pprint
3. import re
4.  
5. import requests
6.  
7. _ = "dupa"
8.  
9. pattern = re.compile("(.)?([A-Z]*[a-z]+)( [A-Z]*[a-z]+){0,2}")
10. patterns = ["Bitcoin", "Meta", "Dog", "Doge", "Ape", "Elon", "Cat", "NFT", "Shiba", "Inu", "Baby", "Moon", "Safe",
11.             "Social", "Game", "Dollar", "USD", "Stable", "Fan", "Wallet", "League", "Land", "World", "Swap",
12.             "Pay", "Club", "Fun", "Sport", "Space", "Cube", "Tether"]
13.  
14. # current = open("all").read().strip().split()
15.  
16. x = json.load(open("allgekoncoins.txt"))
17.  
18. print(len(x))
19. # x = [i for i in x if i["id"] in current]
20. x = [i for i in x if pattern.match(i["name"]) and len(pattern.match(i["name"])[0]) == len(i["name"])]
21. x = [i for i in x if sum([1 for p in patterns if sum([1 for j in i["name"].split(" ") if j.lower().startswith(p.lower()) or j.lower().endswith(p.lower())]) != 0]) == 0]
22.  
23. ids = ",".join([i["id"] for i in x])
24. r = ""
25. while 1:
26.     ids = ids.split(",")
27.  
28.     print(len(ids))
29.  
30.     if len(ids) <= 678:
31.         ids2 = None
32.         ids = ",".join(ids)
33.     else:
34.         ids2 = ",".join(ids[678:])
35.         ids = ",".join(ids[:678])
36.  
37.     data = requests.get(f"https://api.coingecko.com/api/v3/coins/markets?vs_currency=btc&ids={ids}").text
38.  
39.     data = json.loads(data)
40.  
41.     data = [i for i in data if i["circulating_supply"] and i["ath"] and i["ath_change_percentage"]
42.             and i["circulating_supply"]*i["ath"] < 200000 and i["ath_change_percentage"] > -90
43.             and i["market_cap"] and 4000 < i["market_cap"] < 50000 and i["market_cap_rank"] and i["id"] and i["name"] and i["current_price"] and \
44.         i["price_change_percentage_24h"] and i["high_24h"] and i["low_24h"] and \
45.         i["market_cap"] and i["total_volume"] and 1000000 < i["circulating_supply"] < 1000000000000]
46.  
47.     r += ","
48.     r += ",".join([i["id"] for i in data])
49.  
50.     if ids2 is None:
51.         break
52.  
53.     ids = ids2
54.  
55. r = r[1:]
56.  
57. print(r)
58. print(len(r.split(",")))