Day 19 solved

Day 19/d19.utf8.emojic

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+🏁🍇🎶🔤🐇🦁🍟🗞🍰📘🥖🖼🚩🥩😵⛺❗️🥐😀🍉🥞🏁👉️🧀🍎🍪🚀🙋🏔🍊😛🐔🚇🔷🎶📄🍦📩🍋💩⁉️🍄🥜🦖💣🎄🥨📺🥯📽🍖🐠📘👄🍔🍕🐖🌭🍷🦑🍴⛪🤧🌟🔓🔥🎁🧦🤬🚲🔔🕯🥶❤️💎📯🎙🎚🎛📻📱🔋😈🔌💻🐬🖨🖱🖲💾💿🧮🎥🎞🔎💡🔦🏮📔📖🏙😁💤👻🛴📙📚🥓📓🛩📜📰😂🍇🚕🔖🏷💰⛴💴💸🚁🥶💳😎🖍🚎🥳📝📁🗂🥴📅📇📈📉📊🔒⛄🌰🕷⏳📗🔨🛠🧲🐧🚑🧪🐋🧬🔬🔭📡🤪🚒💉💊🛏🛋🚽🚿🧴🧷🍩🧹🧺😺🧻🚚🧯😇🚬🗜👽🔗🧰🎿🛷🥌🎯🎱🎮🎰🎲🏎🥵🧩🎭🎨🧵🧶🎼🎤🥁🎬🏹🎓🍾💐🍞🔪💥🐉🚛🦕🔐🍗🤠🐳🧫🐟🖥🐡🌼🤢🌷🌍🌈✨🎍🌖🤯🐝🦠🦋🤮🌋🏥🏭🗽⛲💯🌁🌃🚌📕🚜🛁🛵🚦🚧⛵🛳💺🚠🛰🎆🤕💀🤓🤡👺🤖👌👎🧠👀😴🖤🔤 ❗️➡️ ㉓ 🆕🍯🐚🔢🍆🐸❗️➡️ 🖍🆕㊷ 🔂 ⌘ 🆕⏩⏩ 🐔🍨🍆❗️ 🐔㉓❗️❗️ 🍇 ⌘ ➡️🐽 ㊷ 🐽 ㉓ ⌘❗️❗️🍉 🎶🔤🍴🎙🦖📺🍉📘🍖📜🔔🌟🦑❤️💩🔋❤️🔔🍉📩🎞🏮🌟💾⛪📺🥯🥳🔤 ❗️➡️ 🅜 🎶🔤💐🐡🧰🎲🤓🚚🧩🤡🔤 ❗️➡️ 🅼 😀 🔤 🔒 ➡️ 🎅🏻⁉️ ➡️ 🎄🚩 🔤❗️📇🔪 🆕 🔡 👂🏼❗️🐔🍨🍆❗️🐔🍨👎🍆❗️❗️❗️ ➡️ 🄼 ↪️🐔🄼❗️🙌 🐔🍨🍆❗️🍇🤯🐇💻🔤👎🔤❗️🍉 ☣️🍇🆕🧠🆕🐔🅜❗️❗️➡️ ✓🔂 ⌘ 🆕⏩⏩🐔🍨🍆❗️🐔🅜❗️❗️🍇🐽 ㊷ 🐽 🅜 ⌘❗️❗️ ➡️ ⌃🐽 🄼 ⌘ 🚮🐔🄼❗️❗️➡️ ^💧🍺⌃➖🐔㉓❗️➗🐔🍨👎👍🍆❗️❗️❌^❌💧⌘❗️➡️ ⎈ ↪️ ⌘ ◀ 🐔🅼❗️🤝❎🍺🐽 ㊷ 🐽 🅼 ⌘❗️❗️➖ 🤜🤜 🐔🅜❗️➕🐔🅜❗️➖🐔🄼❗️➖🐔🅼❗️➕🐔🍨👍🍆❗️🤛✖🐔🍨👎👎👎🍆❗️🤛 🙌 🔢⎈❗️❗️🍇 🤯🐇💻🔤👎🔤❗️🍉✍✓ ⎈ ⌘ 🐔🍨👎🍆❗️❗️🍉🔡🆕📇🧠✓ 🐔🅜❗️❗️❗️➡️ ⌘↪️⌘ 🙌 🤷‍♀️🍇🤯🐇💻🔤👎🔤❗️🍉😀🍺⌘❗️🍉 🍉

Day 19/decode.py

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+#!/usr/bin/python
+
+import requests
+import subprocess
+import sys
+import threading
+import queue
+import time
+from bs4 import BeautifulSoup as bs
+
+# get unicode list
+print("Downloading full emoji unicode list…")
+res = requests.get("https://unicode.org/emoji/charts/full-emoji-list.html")
+if res.status_code != 200:
+    print("Server returned: %d %s" % (res.status_code, res.reason))
+    exit(1)
+
+print("Parsing…")
+unicodes = set()
+html = bs(res.text, 'lxml')
+elements = html.find_all("td", {"class": "chars"})
+for e in elements:
+    unicodes.add(e.text.encode("UTF-8"))
+
+initialSize = len(unicodes)
+print("Loaded %d unicodes" % initialSize)
+
+def tryUnicode(unicode):
+    process = subprocess.Popen(["./test"], stdin=subprocess.PIPE, stdout=subprocess.PIPE)
+    process.stdin.write(unicode)
+    process.stdin.write(b'\n')
+    process.stdin.flush()
+    return process.stdout.read()
+
+queue = queue.Queue()
+for u in unicodes:
+    queue.put(u)
+
+def doWork():
+    while not queue.empty():
+        u = queue.get()
+        output = tryUnicode(u)
+        if not b"Program panicked" in output:
+            print()
+            print("Input:", u.decode("UTF-8"), "Output:", output.decode("UTF-8").replace("\n", "\\n"))
+
+threads = []
+for n in range(10):
+    t = threading.Thread(target=doWork)
+    t.start()
+    threads.append(t)
+
+while not queue.empty():
+    sys.stdout.write("\rTrying %04d/%04d" % (initialSize - queue.qsize(), initialSize))
+    sys.stdout.flush()
+    time.sleep(0.5)