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Paired with SOL""" BLACK SALT ARCADE PYTHON LESSON: CONFESSION TOKEN: CONFESSION TICKER: CONFESS CORE IDEA: A blockchain transaction is an event. Python gives us tools for examining events. LESSON FLOW: observe question verify document learn build DISCLAIMER: This example uses fictional transaction data. It does not connect to a wallet. It does not execute cryptocurrency trades. It does not provide financial advice. """ # ============================================================ # LESSON 00 # THE CONFESSIONAL # ============================================================ TOKEN = "CONFESSION" TICKER = "CONFESS" NETWORK = "SOLANA" mission = """ Do not trust the story. Inspect the evidence. """ print(TOKEN) print(TICKER) print(NETWORK) print(mission) # ============================================================ # LESSON 01 # VARIABLES # A VARIABLE REMEMBERS SOMETHING # ============================================================ wallet = "WALLET_A" token = "CONFESS" sol_balance = 2.50 confess_balance = 1_250_000 verified = False print(wallet) print(sol_balance) print(confess_balance) print(verified) # ============================================================ # LESSON 02 # DATA TYPES # DIFFERENT INFORMATION REQUIRES DIFFERENT STRUCTURES # ============================================================ wallet_name = "PENITENT_001" # str transaction_count = 7 # int sol_spent = 0.42 # float verified = True # bool print(type(wallet_name)) print(type(transaction_count)) print(type(sol_spent)) print(type(verified)) # ============================================================ # LESSON 03 # BOOLEAN LOGIC # QUESTIONS WITH TRUE OR FALSE ANSWERS # ============================================================ age_verified = True wallet_verified = True can_enter_arcade = age_verified and wallet_verified print("Arcade Access:", can_enter_arcade) # ============================================================ #
