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# coding
sudo snap install code --classic;
sudo snap install nvim --classic;
sudo snap install insomnia;
sudo snap install node --classic;
sudo snap install node-red;
sudo snap install dbeaver;
sudo snap install htop;

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• trade_updates: order updates
• account_updates: account updates
• T.: stock trades
• Q.: stock quotes
• A.: stock aggSec, the stock's aggregated per-second pricing
• AM.: stock aggMin, the stock's aggregated per-minute pricing

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#calc win/loss
    if contestant_choice == prize_door:
        trial.append(1)
    else:
        trial.append(0)
        

    results_list.append(trial)

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#calc win/loss
    if contestant_choice == prize_door:
        trial.append(1)
    else:
        trial.append(0)
        

    results_list.append(trial)

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#contestant_choice switches to the 'other' door
    doors.remove(contestant_choice)
    contestant_choice = doors[0]



    #output results_list
    trial.append(contestant_choice)

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#announcer removes a door randomly, can't be contestant_choice or prize_door
    to_remove = contestant_choice
    while(to_remove == contestant_choice or to_remove == prize_door):
        to_remove = random.choice(doors)

    doors.remove(to_remove)

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for guess in range(iterations):

    #setup the guess
    doors = ['a','b','c']
    contestant_choice = random.choice(doors)
    prize_door = random.choice(doors)
    trial = [contestant_choice]

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import random
import json

results_list = []
iterations = 5000

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search_failure = []

for drug in top200_names:
    res = requests.get(f"https://cactus.nci.nih.gov/chemical/structure/{drug}/stdinchi")
    
    if res.status_code == 404:
        search_failure.append(drug)
    else:
        inchi_to_mol_file(res.text, drug)

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for key in inchi_dict:
    inchi_to_mol_file(inchi_dict[key],key)