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Title	Operation HACK Alpha 0.1
ID	5446828909576192
Created	1 years ago, 1731357783621
Updated	4 months ago, 1756148947605
Code	{"files":[{"code":"# I got inspiration from a program called 'Project S.P.A.T.S - A Russian Hacking Game'\n# It was a great game made by Iconfalo0001\n# Link: https://www.khanacademy.org/python-program/project-spats/4758110540316672\n\nimport time\nfrom clear import clear\nfrom bigchar import center_align\nfrom random import randint\nfrom logo import animation as logo\n\nlogo()\n\n# Next version coming soon!\n\ncrypto = 0\nantivirus_mechanism_uses = 3\n\ndef starting_info():\n center_align(75, \"BY REAL_HACKING_PRO48573$$\")\n center_align(75, \"AKA Master Hacker RealCodingPro\")\n print(\"=\" * 75)\n print(r\"Wi-Fi - Insecure \| Terminal 4 \| \" + time.asctime() + \"\")\n print(\"=\" * 75)\n\ndef xx():\n return str(randint(0, 1))\n\nfor x in range(40):\n clear()\n center_align(75, \"OPERATION\")\n print(fr'''\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}_{xx()}{xx()}{xx()}{xx()}{xx()}_{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}___{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}_________{xx()}{xx()}{xx()}{xx()}_{xx()}{xx()}{xx()}__{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}/ _ \\{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| _____ \|{xx()}{xx()}\| \|{xx()}/ /{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| \|___\| \|{xx()}{xx()}{xx()}{xx()}{xx()}/ /_\\ \\{xx()}{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}{xx()}{xx()}\|_\|{xx()}{xx()}\| \|/ /{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| ___ \|{xx()}{xx()}{xx()}{xx()}/ ___ \\{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}/ /{xx()}{xx()}{xx()}{xx()}{xx()}\\ \\{xx()}{xx()}{xx()}\| \|_____\| \|{xx()}{xx()}\| \|\\ \\{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\|_\|{xx()}{xx()}{xx()}\|_\|{xx()}{xx()}/_/{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\\_\\{xx()}{xx()}\|_________\|{xx()}{xx()}\|_\|{xx()}\\_\\{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n''')\n center_align(75, \"BY REAL_HACKING_PRO48573$$\")\n center_align(75, \"AKA Master Hacker RealCodingPro\")\n print(\"=\" * 75)\n print(r\"Wi-Fi - Insecure \| Terminal 4 \| \" + time.asctime() + \"\")\n print(\"=\" * 75)\n\n time.sleep(0.1)\n\ntime.sleep(3)\nclear()\nprint(fr'''\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}_{xx()}{xx()}{xx()}{xx()}{xx()}_{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}___{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}_________{xx()}{xx()}{xx()}{xx()}_{xx()}{xx()}{xx()}__{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}/ _ \\{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| _____ \|{xx()}{xx()}\| \|{xx()}/ /{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| \|___\| \|{xx()}{xx()}{xx()}{xx()}{xx()}/ /_\\ \\{xx()}{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}{xx()}{xx()}\|_\|{xx()}{xx()}\| \|/ /{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| ___ \|{xx()}{xx()}{xx()}{xx()}/ ___ \\{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}/ /{xx()}{xx()}{xx()}{xx()}{xx()}\\ \\{xx()}{xx()}{xx()}\| \|_____\| \|{xx()}{xx()}\| \|\\ \\{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\|_\|{xx()}{xx()}{xx()}\|_\|{xx()}{xx()}/_/{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\\_\\{xx()}{xx()}\|_________\|{xx()}{xx()}\|_\|{xx()}\\_\\{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n''')\nstarting_info()\ntime.sleep(0.5)\nclear()\nprint(fr'''\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}_{xx()}{xx()}{xx()}{xx()}{xx()}_{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}___{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}_________{xx()}{xx()}{xx()}{xx()}_{xx()}{xx()}{xx()}__{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}/ _ \\{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| _____ \|{xx()}{xx()}\| \|{xx()}/ /{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| \|___\| \|{xx()}{xx()}{xx()}{xx()}{xx()}/ /_\\ \\{xx()}{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}{xx()}{xx()}\|_\|{xx()}{xx()}\| \|/ /{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| ___ \|{xx()}{xx()}{xx()}{xx()}/ ___ \\{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}/ /{xx()}{xx()}{xx()}{xx()}{xx()}\\ \\{xx()}{xx()}{xx()}\| \|_____\| \|{xx()}{xx()}\| \|\\ \\{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\|_\|{xx()}{xx()}{xx()}\|_\|{xx()}{xx()}/_/{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\\_\\{xx()}{xx()}\|_________\|{xx()}{xx()}\|_\|{xx()}\\_\\{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n''')\nstarting_info()\ntime.sleep(0.5)\nclear()\nprint(fr'''\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}_{xx()}{xx()}{xx()}{xx()}{xx()}_{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}___{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}_________{xx()}{xx()}{xx()}{xx()}_{xx()}{xx()}{xx()}__{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}/ _ \\{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| _____ \|{xx()}{xx()}\| \|{xx()}/ /{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| \|___\| \|{xx()}{xx()}{xx()}{xx()}{xx()}/ /_\\ \\{xx()}{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}{xx()}{xx()}\|_\|{xx()}{xx()}\| \|/ /{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| ___ \|{xx()}{xx()}{xx()}{xx()}/ ___ \\{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}\| \|{xx()}{xx()}{xx()}/ /{xx()}{xx()}{xx()}{xx()}{xx()}\\ \\{xx()}{xx()}{xx()}\| \|_____\| \|{xx()}{xx()}\| \|\\ \\{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n {xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\|_\|{xx()}{xx()}{xx()}\|_\|{xx()}{xx()}/_/{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\\_\\{xx()}{xx()}\|_________\|{xx()}{xx()}\|_\|{xx()}\\_\\{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}{xx()}\n''')\nstarting_info()\ntime.sleep(0.5)\nclear()\n\ntime.sleep(10)\nclear()\nprint(\"USER DETECTED\")\n\nname = input(\"WHAT IS YOUR NAME, USER? \\n> \")\n\nprint(\"WELCOME TO HACKING TERMINAL 4, \" + name.upper())\n\nusername = name + str(randint(100, 999))\n\nprint(\"HERE IS YOUR USERNAME:\")\nprint(username)\n\ntime.sleep(3)\nprint(\"YOUR WINDOW IS LOCKED. YOU CANNOT EXIT UNLESS YOU QUIT THE GAME.\")\ntime.sleep(2)\nprint(\"YOU CURRENTLY HAVE ACCESS TO THE COMMAND CENTRE, OPERATION H.A.C.K SEARCH ENGINE AND HACKA COMMUNICATION LINE.\")\ntime.sleep(2)\nprint(\"YOU MAY CHOOSE ONE\")\ntime.sleep(0.5)\nprint(\" 1. Command Centre\")\ntime.sleep(0.5)\nprint(\" 2. Operation H.A.C.K. search engine\")\ntime.sleep(0.5)\nprint(\" 3. HACKA Communication Line\")\ntime.sleep(0.5)\nchoice = input(\"WHAT DO YOU CHOOSE? (1-3) \\n> \" )\n\nif choice == \"1\":\n command = input(\"You may type your command here. \\n\")\n if command == \"/install secret_documents @ hacking_software\":\n print(\"INSTALLING...\")\n elif command == \"/get command_list @ hacking_software - psuedo #defined @ mastersecurity5$ [PRIVATE]\":\n print(\"YOU GOT CAUGHT BY THE CYBER SECURITY\")\n print(\"mastersecurity5$: You actually believed be. HAHAHAHAHAHA!!!!\")\n print(f\"You gained {crypto} crypto when the game ended.\")\nelif choice == \"2\":\n print(\"UNDER CONSTRUCTION\")\n url = input(\"Please type the url of the website below. \\n\")\nelif choice == \"3\":\n print(\"You are invited into a lobby. \")\n time.sleep(2)\n print(\"The name is: 'Cyber Security Meeting'\")\n time.sleep(2)\n invitation_request = input(\"Do you choose to accept or decline the invitation? \")\n if invitation_request == \"accept\":\n print(\"You are entering the chat.\")\n time.sleep(1)\n print(\"The members are going to figure out who you are soon. \")\n time.sleep(1)\n print(\"You have 10 seconds before they figure out who you are.\")\n time.sleep(1)\n print(\".\" * 20)\n print(\"Cyber Security Meeting\")\n print(\".\" * 20)\n print('''\ncyberguy1234: I am done with the install command.\nmastersecurity5$: WHY DID YOU MAKE IT???\ncyberpunk@email.com: You asked him to sir.\nmastersecurity5$: Well not here! Some guy would come and use it!!!\n---daHacka764873@#$#% Joined The Lobby---\ndaHacka764873@#$#%: /install secret_documents @ hacking_software actually worked.\nmastersecurity5$: Who let this guy in?\ncyberpunk@email.com: I let everyone in the communication line in sir.\n+61 0412345678: He said 'except the hackers'!\nmastersecurity5$: Quick!!! Quit the lobby.\n''')\n time.sleep(10)\n clear()\n print(\"LOBBY HAS BEEN DELETED.\")\n print(\"BACK TO MAIN HACKA COMMUNICATION LINE.\")\n quit_or_not = input(\"Type Q to go back to the menu. If you don't want to, type something else.\").lower()\n\n if quit_or_not == \"q\":\n print(\"UNDER CONSTRUCTION\")\n else:\n print(\"Ping!!\")\n time.sleep(1)\n print(\"YOU GOT A MESSAGE.\")\n time.sleep(1)\n print(\"daHacka764873@#$#%: Hi \" + username)\n time.sleep(1)\n print(\"daHacka764873@#$#%: I am daHacka764873@#$#%\")\n time.sleep(1)\n print(\"You: I can tell daHacka764873@#$#%.\")\n time.sleep(1)\n print(\"daHacka764873@#$#%: I am a master hacker. You will see that there are ranks soon.\")\n time.sleep(1)\n print(\"You: I will take your word for it, please tell me how this game works!!!\")\n time.sleep(1)\n print(\"daHacka764873@#$#%: I don't do anything for free.\")\n time.sleep(1)\n print(\"You: Ok then...\")\n time.sleep(1)\n print(\"daHacka764873@#$#%: I will tell you one thing though, this game relies on crypto.\")\n time.sleep(1)\n print(\"You: How do I get that stuff?\")\n time.sleep(1)\n print(\"daHacka764873@#$#%: The first way to get it is, the command bank.\")\n time.sleep(1)\n print(\"You: There is a bank in the command centre???\")\n time.sleep(1)\n print(\"daHacka764873@#$#%: Yes there is.\")\n time.sleep(1)\n print(f\"daHacka764873@#$#%: Type /get crypto 100c >>> {username} @ hacking_software\")\n time.sleep(1)\n print(\"You: Ok then, I will try it.\")\n time.sleep(1)\n print(\"daHacka764873@#$#%: One warning. Chatting here is risky. You will find safer methods soon. The officials can read this.\")\n time.sleep(1)\n print(\"You: What officials?\")\n time.sleep(1)\n print(\"---mastersecurity5$ Joined---\")\n time.sleep(1)\n print(\"daHacka764873@#$#%: These officals. EXIT!!!!\")\n time.sleep(1)\n print(\"---daHacka764873@#$#% Left---\")\n time.sleep(1)\n \n leave_or_stay = input(\"DO YOU CHOOSE TO LEAVE OR STAY? \").lower()\n\n if leave_or_stay == \"leave\":\n print(\"YOU LEFT.\")\n print(\"You are now back to the main lobby.\").upper()\n print(\"YOU MAY CHOOSE ONE\")\n time.sleep(0.5)\n print(\" 1. Command Centre\")\n time.sleep(0.5)\n print(\" 2. Operation H.A.C.K. search engine\")\n time.sleep(0.5)\n print(\" 3. HACKA Communication Line\")\n time.sleep(0.5)\n choice = input(\"WHAT DO YOU CHOOSE? (1-3) \\n> \")\n elif leave_or_stay == \"stay\":\n print(f\"mastersecurity5$: Hello there, {username}\")\n print(\"You: Hello mastersecurity5$\")\n print(\"mastersecurity5$: You want to know how this game works? \")\n print(\"You: Yes, yes, please!!!\")\n print(\"mastersecurity5$: There is one command which gives you all the others.\")\n print(\"mastersecurity5$: /get command_list @ hacking_software - psuedo #defined @ mastersecurity5$ [PRIVATE]\")\n print(\"You: Ok, thanks\")\n print(\"mastersecurity5$: Your welcome, I pretend I am an official but I am a master hacker.\")\n print(\"mastersecurity5$: I make officials trust me and then I sabotage them.\")\n print(\"mastersecurity5$: I better go now, cya!!\")\n print(\"⚠️⚠️⚠️⚠️⚠️⚠️⚠️⚠️⚠️⚠️⚠️⚠️VIRUS⚠️⚠️⚠️⚠️⚠️⚠️⚠️⚠️⚠️⚠️⚠️⚠️\")\n print(\"ALERT!!! ALERT!!! ALERT!!! ALERT!!! ALERT!!!\")\n antivirus_mechanism_use = input(\"DO YOU CHOOSE TO USE THE ANTI-VIRUS MECHANISM? YOU CAN ONLY USE IT THRICE. \").lower()\n if antivirus_mechanism_use == \"yes\":\n antivirus_mechanism_uses -= 1\n print(\"YOU ARE NOW SAFE\")\n elif antivirus_mechanism_use == \"no\":\n print(\"mastersecurity5$: I wonder who's responsible for this >:).\")\n print(f\"You gained {crypto} crypto when the game ended.\")","filename":"main.py","language":"python"},{"code":"\"\"\"\n===============================\n Clear.py\n\n (As coded by the Wogglebug)\n===============================\n\nWhat it does:\n Overwrite the input & output\n handlers so that the screen\n can be cleared\n\nHow to use:\n Simply copy this file into\n your project & paste this\n line:\n \n from bootstrap.py import clear\n\n Then, call the clear function\n as needed!\n\"\"\"\nimport js\n\n# This could break things going forward...\njs.Function(\"\"\"\n\nif (self.clearConsole) return;\n\n// Mwahahaha! I have overwritten the stdout & stdin functions to do MY bidding >:D\n\n// It's really just a copy-paste of ka's code :P\n\n// WKoA's idea: detect unicode sequences and write them to\n// an array buffer, then use a text decoder to translate it.\n\n// My idea: write everything to an array buffer, then use a\n// text decoder to translate it.\nlet final_output = [];\n\nlet decoder = new TextDecoder ('utf-8');\nlet encoder = new TextEncoder();\n\nself.printStuff = stuff => {\n let buffer = new Uint8Array(stuff);\n \n self.postMessage({\n type: \"WRITE_OUTPUT\",\n output: decoder.decode(buffer)\n });\n};\n\nself.clearConsole = () => {\n final_output.length = 0;\n printStuff(final_output);\n};\n\nself.pyodide.setStdout({\n raw: byte => {\n const char = String.fromCharCode(byte);\n final_output.push(byte);\n if (char === \"\\\\n\") {\n printStuff(final_output);\n }\n }\n});\n\nlet stdin = () => {\n printStuff(final_output);\n\n // Open a secure channel, lieutenant!\n const messageId = syncMessage.uuidv4();\n self.postMessage({type: \"READ_INPUT\", id: messageId});\n const input = syncMessage.readMessage(channel, messageId) + \"\\\\n\";\n\n // Append the message\n final_output.push(...encoder.encode(input));\n\n // Flush stdout again.\n printStuff(final_output);\n\n return input;\n};\n\n// Ideally, the error checking isn't needed.\nself.pyodide.setStdin(channel ? {stdin} : {error: true});\n\n\n\"\"\")()\n\n# Handy dandy utility function\ndef clear ():\n js.clearConsole()","filename":"clear.py","language":"python"},{"code":"import string\n# Created By: UnavailablePIZZAtype (XL_PIZZA)\n# This project is free to copy & use!\n\n# I might use this... or maybe you might.\nrobo_face = {\n 'normal': [' [] [] ', '', r'\\____/'],\n 'wink': [' [] __ ', '', r'\\____/'],\n 'blink': [' __ __ ', '', r'\\____/']\n}\n\n# DO NOT ADD MORE THEN 10 STRINGS TO EACH LIST!!!\n# FAILER TO DO SO WILL CAUSE CRASHES OR INCOMPLETE\n# PROMPTS!\n\n# No lowercase... to much work.\nBIG_LETTERS = {\n 'A': [\n ' AA ',\n ' AAAA ',\n ' AA AA ',\n ' AA AA ',\n 'AA AA',\n 'AAAAAAAAAA',\n 'AAA AAA',\n 'AA AA',\n 'AA AA',\n 'AA AA'\n ],\n\n 'B': [\n 'BBBBBBBBB ',\n 'BB BB',\n 'BB BB',\n 'BB BBB',\n 'BBBBBBBBB ',\n 'BB BBB',\n 'BB BB',\n 'BB BB',\n 'BB BB',\n 'BBBBBBBBB '\n ],\n\n 'C': [\n ' CCCCCCC ',\n ' CC CC',\n 'CC ',\n 'CC ',\n 'CC ',\n 'CC ',\n 'CC ',\n 'CC ',\n ' CC CC',\n ' CCCCCCC '\n ],\n\n 'D': [\n 'DDDDDDDD ',\n 'DDD DD ',\n 'DD DD',\n 'DD DD',\n 'DD DD',\n 'DD DD',\n 'DD DD',\n 'DD DD',\n 'DDD DD ',\n 'DDDDDDDD '\n ],\n\n 'E': [\n 'EEEEEEEEEE',\n 'EEE EE',\n 'EE ',\n 'EE ',\n 'EEEEEEEEEE',\n 'EEEEEEEEE ',\n 'EE ',\n 'EE ',\n 'EEE EE',\n 'EEEEEEEEEE'\n ],\n\n 'F': [\n 'FFFFFFFFFF',\n 'FFF ',\n 'FF ',\n 'FF ',\n 'FFFFFFFFF ',\n 'FFF ',\n 'FF ',\n 'FF ',\n 'FF ',\n 'FF '\n ],\n\n 'G': [\n ' GGGGGGG ',\n ' GG GG',\n 'GG ',\n 'GG ',\n 'GG ',\n 'GG GGGGG',\n 'GG GG',\n 'GG GG',\n ' GG GG',\n ' GGGGGGG '\n ],\n\n 'H': [\n 'HH HH',\n 'HH HH',\n 'HH HH',\n 'HHH HHH',\n 'HHHHHHHHHH',\n 'HHH HHHH',\n 'HH HH',\n 'HH HH',\n 'HH HH',\n 'HH HH'\n ],\n\n 'I': [\n 'IIIIIIIIII',\n 'II II II',\n ' II ',\n ' II ',\n ' II ',\n ' II ',\n ' II ',\n ' II ',\n 'II II II',\n 'IIIIIIIIII'\n ],\n\n 'J': [\n ' JJJJJJJJ',\n ' JJ',\n ' JJ',\n ' JJ',\n ' JJ',\n ' JJ',\n 'J JJ',\n 'JJ JJ',\n ' JJ JJ ',\n ' JJJJJJ '\n ],\n\n 'K': [\n 'KK KK',\n 'KK KK',\n 'KK KK ',\n 'KK KK ',\n 'KKKKKKK ',\n 'KK KK ',\n 'KK KK ',\n 'KK KK ',\n 'KK KK',\n 'KK KK'\n ],\n\n 'L': [\n 'LL ',\n 'LL ',\n 'LL ',\n 'LL ',\n 'LL ',\n 'LL ',\n 'LL ',\n 'LL L',\n 'LLL LL',\n 'LLLLLLLLLL'\n ],\n\n 'M': [\n 'M M',\n 'MM MM',\n 'MMM MMM',\n 'M MM MM M',\n 'M MMMM M',\n 'M MM M',\n 'M M',\n 'M M',\n 'M M',\n 'MM MM'\n ],\n\n 'N': [\n 'N N',\n 'NN N',\n 'NNN NN',\n 'NNNN NN',\n 'NNNNNN NN',\n 'NN NNN NN',\n 'NN NNNN',\n 'NN NNN',\n 'N NN',\n 'N N'\n ],\n\n 'O': [\n ' OOOOOO ',\n ' OO OO ',\n 'OO OO',\n 'OO OO',\n 'OO OO',\n 'OO OO',\n 'OO OO',\n 'OO OO',\n ' OO OO ',\n ' OOOOOO ',\n ],\n\n 'P': [\n 'PPPPPPPP ',\n 'PP PP ',\n 'PP PP',\n 'PP PP',\n 'PPPPPPPPP ',\n 'PP ',\n 'PP ',\n 'PP ',\n 'PP ',\n 'P '\n ],\n\n 'Q': [\n ' QQQQQQ ',\n ' QQ QQ ',\n 'QQ QQ',\n 'QQ QQ',\n 'QQ QQ',\n 'QQ QQ',\n 'QQ QQ',\n ' QQ QQ QQ ',\n ' QQQQQQ ',\n ' QQQQ',\n ],\n\n 'R': [\n 'RRRRRRRR ',\n 'RRR RR ',\n 'RR RR',\n 'RR RR',\n 'RRRRRRRRR ',\n 'RR RR ',\n 'RR RR ',\n 'RR RR ',\n 'RR RR',\n 'RR R'\n ],\n\n 'S': [\n ' SSSSSSSS ',\n 'SS SS',\n 'SS S',\n ' SS ',\n ' SSSS ',\n ' SSS ',\n ' SS ',\n 'S SS',\n 'SS SS',\n ' SSSSSSSS '\n ],\n\n 'T': [\n 'TTTTTTTTTT',\n 'TT TT TT',\n ' TT ',\n ' TT ',\n ' TT ',\n ' TT ',\n ' TT ',\n ' TT ',\n ' TT ',\n ' TTTT '\n ],\n\n 'U': [\n 'U U',\n 'UU UU',\n 'UU UU',\n 'UU UU',\n 'UU UU',\n 'UU UU',\n 'UU UU',\n 'UU UU',\n ' UU UU ',\n ' UUUUUU ',\n ],\n\n 'V': [\n 'V V',\n 'VV VV',\n 'VV VV',\n 'VV VV',\n 'VV VV',\n 'VV VV',\n ' VV VV ',\n ' VV VV ',\n ' VVVV ',\n ' VV ',\n ],\n\n 'W': [\n 'WW WW',\n 'W W',\n 'W W',\n 'W W',\n 'W WW W',\n 'W WWWW W',\n 'W WW WW W',\n 'WWW WWW',\n 'WW WW',\n 'W W',\n ],\n\n 'X': [\n 'X X',\n 'XX XX',\n ' XX XX ',\n ' XX XX ',\n ' XXXX ',\n ' XXXX ',\n ' XX XX ',\n ' XX XX ',\n 'XX XX',\n 'X X',\n ],\n\n 'Y': [\n 'Y Y',\n 'YY YY',\n ' YY YY ',\n ' YY YY ',\n ' YYYY ',\n ' YY ',\n ' YY ',\n ' YY ',\n ' YY ',\n ' YY ',\n ],\n\n 'Z': [\n 'ZZZZZZZZZZ',\n ' ZZ ',\n ' ZZ ',\n ' ZZ ',\n ' ZZ ',\n ' ZZ ',\n ' ZZ ',\n ' ZZ ',\n 'ZZ ',\n 'ZZZZZZZZZZ',\n ]\n}\n\nBIG_NUMS = {\n '0': [\n ' 000000 ',\n ' 00 000 ',\n '00 00000',\n '00 00 00',\n '00 000 00',\n '00 000 00',\n '00 00 00',\n '00000 00',\n ' 000 00 ',\n ' 000000 ',\n ],\n\n '1': [\n ' 111111 ',\n ' 11 ',\n ' 11 ',\n ' 11 ',\n ' 11 ',\n ' 11 ',\n ' 11 ',\n ' 11 ',\n ' 11 ',\n '1111111111'\n ],\n\n '2': [\n ' 2222222 ',\n '22 22 ',\n ' 22',\n ' 22 ',\n ' 22 ',\n ' 22 ',\n ' 22 ',\n ' 22 ',\n ' 222 ',\n '2222222222'\n ],\n\n '3': [\n ' 3333333 ',\n '33 33 ',\n ' 33',\n ' 33 ',\n ' 3333333 ',\n ' 33 ',\n ' 33',\n ' 33',\n '33 33 ',\n ' 3333333 '\n ],\n\n '4': [\n ' 44444 ',\n ' 44 44 ',\n ' 44 44 ',\n ' 44 44 ',\n '44 44 ',\n '4444444444',\n ' 44 ',\n ' 44 ',\n ' 44 ',\n ' 44 '\n ],\n\n '5': [\n '555555555 ',\n '55 ',\n '55 ',\n '55 ',\n ' 55555555 ',\n ' 55',\n ' 55',\n ' 55',\n '55 55',\n ' 55555555 '\n ],\n\n '6': [\n ' 66 ',\n ' 66 ',\n ' 66 ',\n ' 66 ',\n ' 66 ',\n ' 666666 ',\n ' 66 66',\n '66 66',\n ' 66 66',\n ' 666666 '\n ],\n\n '7': [\n '7777777777',\n ' 77',\n ' 77 ',\n ' 77 ',\n ' 77 ',\n ' 77 ',\n ' 77 ',\n ' 77 ',\n ' 77 ',\n '77 '\n ],\n\n '8': [\n ' 88888888 ',\n '88 88',\n '8 8',\n '88 88',\n ' 88888888 ',\n ' 88 88 ',\n '88 88',\n '8 8',\n '88 88',\n ' 88888888 '\n ],\n\n '9': [\n ' 9999999 ',\n '99 99 ',\n '99 99',\n '99 99 ',\n ' 999999 ',\n ' 99 ',\n ' 99 ',\n ' 99 ',\n ' 99 ',\n ' 99 '\n ]\n}\n\n# Still working on punctuation.\nBIG_PUNC = {\n '.': [\n ' ',\n ' ',\n ' ',\n ' ',\n ' ',\n ' ',\n ' ',\n ' .... ',\n ' .... ',\n ' .... '\n ],\n\n ',': [\n ' ',\n ' ',\n ' ',\n ' ',\n ' ',\n ' ',\n ' ',\n ' ,,,',\n ' ,,, ',\n ' ,,, '\n ],\n\n '_': [\n ' ',\n ' ',\n ' ',\n ' ',\n ' ',\n ' ',\n ' ',\n ' ',\n '______',\n '______'\n ],\n\n '-': [\n ' ',\n ' ',\n ' ',\n ' ',\n '------',\n '------',\n ' ',\n ' ',\n ' ',\n ' '\n ]\n}\n\n# Space...\nBIG_WHITESPACE = {\n ' ': [\n ' ',\n ' ',\n ' ',\n ' ',\n ' ',\n ' ',\n ' ',\n ' ',\n ' ',\n ' '\n ],\n}\n\n# Use this for printing stuff.\ndef bigprompt(_prompt: str):\n emp = ''\n items = []\n for _ in range(10):\n items.append('')\n for character in str(_prompt):\n if character in string.whitespace:\n for pos in range(0, 10):\n items[pos] = items[pos] + ' ' + BIG_WHITESPACE.get(' ')[pos]\n if character.upper() in string.ascii_uppercase:\n for pos in range(0, 10):\n items[pos] = items[pos] + ' ' + BIG_LETTERS.get(character.upper())[pos]\n if character in string.digits:\n for pos in range(0, 10):\n items[pos] = items[pos] + ' ' + BIG_NUMS.get(character)[pos]\n if character in string.punctuation:\n for pos in range(0, 10):\n items[pos] = items[pos] + ' ' + BIG_PUNC.get(character)[pos]\n for mes in items:\n print(mes)\n\n# Use this when you want a list instead of a print out.\ndef _bigprompt(_prompt: str) -> list:\n emp = ''\n items = []\n for _ in range(10):\n items.append('')\n for character in str(_prompt):\n if character in string.whitespace:\n for pos in range(0, 10):\n items[pos] = items[pos] + ' ' + BIG_WHITESPACE.get(' ')[pos]\n if character.upper() in string.ascii_uppercase:\n for pos in range(0, 10):\n items[pos] = items[pos] + ' ' + BIG_LETTERS.get(character.upper())[pos]\n if character in string.digits:\n for pos in range(0, 10):\n items[pos] = items[pos] + ' ' + BIG_NUMS.get(character)[pos]\n if character in string.punctuation:\n for pos in range(0, 10):\n items[pos] = items[pos] + ' ' + BIG_PUNC.get(character)[pos]\n return items\n \n# (c) XL_Pizza\n# `textalign.py` version 2.5\n\n# How to import & use in your program:\n# 1. Copy all the lines and paste it into a textalign.py tab you create\n# 2. Call \"import textalign\"\n# 3. In order to use the functions within textalign.py, you'll need to call\n# \"textalign.center_align\", \"textalign.left_align\", \"textalign.right_align\"\n# or \"textalign.randomly_placed_characters\"\n# 4. Make sure you correctly fill out the parameters!!!\n#\n# \"center_align\" -> screen size, your text or list(containing strings or integers) or\n# dictionary(containing lists, or strings... if you want... it print characters on many line tho),\n# spacing character(default: space), borders(default: nothing),\n# return print(Only use if you want the string instead of the program printing the output)\n#\n# \"left_align\" -> screen size, your text or list(containing strings or integers) or\n# dictionary(containing lists, or strings... if you want... it print characters on many line tho),\n# spacing character(default: space), borders(default: nothing),\n# spaces from left(default: 2 spaces),\n# return print(Only use if you want the string instead of the program printing the output)\n#\n# \"right_align\" -> screen size, your text or list(containing strings or integers) or\n# dictionary(containing lists, or strings... if you want... it print characters on many line tho),\n# spacing character(default: space), borders(default: nothing),\n# spaces from right(default: 2 spaces),\n# return print(Only use if you want the string instead of the program printing the output)\n#\n# \"randomly_placed_characters\" -> screen size, characters(the characters to randomly place),\n# spacing_char, bords,\n# how_many(how many randomly placed characters do you want to place?),\n# return print(Only use if you want the string instead of the program printing the result)\n#\n# NOTE!: return print being set to False will NOT work with lists or dictionaries!\n# I'm still troubleshooting so plz be patient.\n#\n# 5. Here's an example:\n# # You can copy and test this in your own program. Or test it\n# # here, just make sure you remove the 'textalign.' because\n# # textalign.py can't be imported to itself.\n# textalign.center_align(50, 'Cool, centered text!', ' ', '\|')\n#\n# # The screen size is 50, so the max screen size is 50.\n# # The text is 'Cool, centered text', so the screen size(50)\n# # will now be subracted from the length of the text, which is 20.\n# # Note how the screen size is an even number & the length of\n# # the text is also even.\n# # The spacing character is space, so all the spaces around your\n# # text will be spaces. You could change this to something like\n# # underscore('_'), then all the spaces around your text will\n# # become underscores.\n# # The borders are '\|' so you'll see at the very edge of each side\n# # a '\|'. If you changed the borders to something like a 'B', then\n# # the borders will become a 'B'. If you changed the borders to\n# # a blank string('' blank string), then there won't be any borders.\n# # This should print:\n# # '\| Cool, centered text! \|'\n#\n# Go ahead and mess around with the functions & see what you can do!\n#\n# Created By: UnavailablePIZZAtype (XL_PIZZA)\n#\nimport collections\nimport random\n# I'm pretty sure secrets has a better random choice system.\nimport secrets\n\n# I wouldn't try and read the code code... <:)\ndef center_align(screen_size: int, text_list_dict, spacing_char=' ', \n bords='', _return_print=True) -> str:\n # I probably could've made this differently, and better, but I didn't\n # feel like spending an hour pondering the situation.\n if isinstance(text_list_dict, dict):\n end_result = []\n for titles in text_list_dict:\n line = collections.deque(screen_size * str(spacing_char))\n for _ in range(len(str(titles)) + len(str(bords) * 2)):\n try:\n line.remove(str(spacing_char))\n except:\n continue\n line.insert(len(line) // 2, str(titles))\n end_result.append(str(bords) + ''.join(line) + str(bords))\n for text in text_list_dict.get(titles):\n line = collections.deque(screen_size * str(spacing_char))\n for _ in range(len(str(text)) + len(str(bords) * 2)):\n try:\n line.remove(str(spacing_char))\n except:\n continue\n line.insert(len(line) // 2, str(text))\n end_result.append(str(bords) + ''.join(line) + str(bords))\n for lines in end_result:\n print(lines)\n if isinstance(text_list_dict, list):\n end_result = []\n for things_in_list in text_list_dict:\n line = collections.deque(screen_size * str(spacing_char))\n for _ in range(len(str(things_in_list)) + len(str(bords) * 2)):\n try:\n line.remove(str(spacing_char))\n except:\n continue\n line.insert(len(line) // 2, str(things_in_list))\n end_result.append(str(bords) + ''.join(line) + str(bords))\n for lines in end_result:\n print(lines)\n if isinstance(text_list_dict, str):\n line = collections.deque(screen_size * str(spacing_char))\n for _ in range(len(text_list_dict) + len(str(bords) * 2)):\n try:\n line.remove(str(spacing_char))\n except:\n continue\n line.insert(len(line) // 2, str(text_list_dict))\n finish = ''.join(line)\n if _return_print == True:\n print(str(bords) + finish + str(bords))\n if _return_print == False:\n return str(bords) + finish + str(bords)\n\ndef left_align(screen_size: int, text_list_dict, spacing_char=' ', \n bords='', from_left: int=2, _return_print=True) -> str:\n if isinstance(text_list_dict, dict):\n for titles in text_list_dict:\n sa = ((screen_size - from_left) - (len(str(titles)) + len(bords * 2))) * spacing_char\n print(str(bords) + str(from_left * spacing_char) + str(titles) + sa + str(bords))\n for text in text_list_dict.get(titles):\n sa = ((screen_size - from_left) - (len(str(text)) + len(bords * 2))) * spacing_char\n print(str(bords) + str(from_left * spacing_char) + str(text) + sa + str(bords))\n if isinstance(text_list_dict, list):\n for text in text_list_dict:\n sa = ((screen_size - from_left) - (len(str(text)) + len(bords * 2))) * spacing_char\n print(str(bords) + str(from_left * spacing_char) + str(text) + sa + str(bords))\n if isinstance(text_list_dict, str):\n sa = ((screen_size - from_left) - (len(str(text_list_dict)) + len(bords * 2))) * spacing_char\n if _return_print == True:\n print(str(bords) + str(from_left * spacing_char) + str(text_list_dict) + sa + str(bords))\n if _return_print == False:\n return str(bords) + str(from_left * spacing_char) + str(text_list_dict) + sa + str(bords)\n\ndef right_align(screen_size: int, text_list_dict, spacing_char=' ', \n bords='', from_right: int=2, _return_print=True) -> str:\n if isinstance(text_list_dict, dict):\n for titles in text_list_dict:\n sb = ((screen_size - from_right) - (len(str(titles)) + len(bords * 2))) * spacing_char\n print(str(bords) + sb + str(titles) + str(from_right * spacing_char) + str(bords))\n for text in text_list_dict.get(titles):\n sb = ((screen_size - from_right) - (len(str(text)) + len(bords * 2))) * spacing_char\n print(str(bords) + sb + str(text) + str(from_right * spacing_char) + str(bords))\n if isinstance(text_list_dict, list):\n for text in text_list_dict:\n sb = ((screen_size - from_right) - (len(str(text)) + len(bords * 2))) * spacing_char\n print(str(bords) + sb + str(text) + str(from_right * spacing_char) + str(bords))\n if isinstance(text_list_dict, str):\n sb = ((screen_size - from_right) - (len(str(text_list_dict)) + len(str(bords) * 2))) * str(spacing_char)\n if _return_print == True:\n print(str(bords) + sb + str(text_list_dict) + str(from_right * spacing_char) + str(bords))\n if _return_print == False:\n return str(bords) + sb + str(text_list_dict) + str(from_right * spacing_char) + str(bords)\n\ndef randomly_placed_characters(screen_size: int, characters, spacing_char=' ', \n bords='', how_many: int=4, _return_print=True) -> str:\n line = collections.deque((screen_size - len(str(bords) * 2)) * str(spacing_char))\n for _ in range(how_many):\n rand_x = random.randint(0, (screen_size - len(str(bords) * 2)) - 1)\n choosing = secrets.choice(str(characters))\n line[rand_x] = ''\n line.insert(rand_x, choosing)\n line.remove('')\n if _return_print == True:\n print(str(bords) + (''.join(line)) + str(bords))\n if _return_print == False:\n return str(bords) + (''.join(line)) + str(bords)\n\n# Use to test the example given at the top of code.\n#print('Top of code test')\n#center_align(50, 'Cool, centered text!', ' ', '\|')\n#print()\n\n# You don't need to use this... heheh...\ndef me(version, screen_size):\n me = ['Created By', 'UnavailablePIZZAtype', '(XL_PIZZA)']\n center_align(screen_size, '', \"_\", '.')\n center_align(screen_size, '', bords='\|')\n center_align(screen_size, me, bords='\|')\n center_align(screen_size, '', bords='\|')\n center_align(screen_size, version, bords='\|')\n center_align(screen_size, '', bords='\|')\n center_align(screen_size, '', \"-\", ':')\n\ndef run_test():\n # The defaults for the functions later.\n #\n screen_size = 50 # The max screen size will be 50, if this is used.\n #\n borders = '\|' # Borders will be '\|', if this is used.\n #\n spacing_character = ' ' # The spacing character will be a space if this is used.\n #\n # Change the above for experimenting!\n # Try changing the borders to 'I'.\n # Or the spacing_character to '-'.\n # Maybe make the screen_size a smaller number.\n # Don't make the screen_size to small though...\n # or things won't look right.\n # OR you'll get an error.\n #\n\n # Here I put a blank string as the text I want to print,\n # a '-' as the spacing_character,\n # and an 'I' as the borders.\n center_align(screen_size, '', '-', 'I')\n # I use this as a top & bottom border.\n #\n\n #print('Centering text')\n center_align(screen_size, 'Centered Text', spacing_character, borders)\n # NOTE! For center_align:\n # The length of your text SHOULD match the\n # parity(Odd or Even) number of your screen_size.\n # If you have your screen_size as an odd number\n # & the length of your text is even, then it WILL look weird... to me anyway.\n\n #print('Left Aligned Text')\n # The number '2' will be how far spaced from the left you want\n # to print your text.\n left_align(screen_size, 'Left Aligned', spacing_character, borders, 2)\n\n #print('Right Aligned Text')\n # The number '2' will be how far spaced from the right you want\n # to print your text.\n right_align(screen_size, 'Right Aligned', spacing_character, borders, 2)\n\n #\n center_align(screen_size, '', '-', 'I')\n #\n\n # \"randomly_placed_characters\" function while very much so place\n # characters randomly.\n print('\\nRandomly placed characters')\n #\n center_align(screen_size, '', '-', 'I')\n # The function chooses a max of 20 characters from the string.\n # vvvvvvvvvvvvvvvvvvvv\n randomly_placed_characters(screen_size, 'randomly_placed_character',\n bords=borders, how_many=20)\n # ^^\n # Max character amount.\n # You could change the max character amount... just make sure you don't\n # pick a number higher then the screen_size.\n #\n # Yes, you can do that strange looking stuff up there with the parentheses.\n # KA's \"line is to long\" was annoying me.\n center_align(screen_size, '', '-', 'I')\n\n # You can also use center_align to print things from a list\n # on different lines.\n multi_c = ['It', 'works', 'Bruv!!']\n print('\\nGrabbing from a list and printing, centered, on multiple lines')\n #\n center_align(screen_size, '', '-', 'I')\n center_align(50, multi_c, bords='\|')\n center_align(screen_size, '', '-', 'I')\n\n multi_l = ['Even', 'left', 'aligning', 'works!']\n print('\\nGrabbing from a list and printing, left aligned, on multiple lines')\n #\n center_align(screen_size, '', '-', 'I')\n left_align(screen_size, multi_l, spacing_character, borders, 1)\n center_align(screen_size, '', '-', 'I')\n\n\n multi_r = ['And', 'right', 'aligning', 'too!']\n print('\\nGrabbing from a list and printing, right aligned, on multiple lines')\n #\n center_align(screen_size, '', '-', 'I')\n right_align(screen_size, multi_r, spacing_character, borders, 1)\n center_align(screen_size, '', '-', 'I')\n\n multi_num_c = [1, 2, 3]\n print('\\nGrabbing numbers from a list and printing, centered, on multiple lines')\n #\n center_align(screen_size, '', '-', 'I')\n center_align(screen_size, multi_num_c, spacing_character, borders)\n center_align(screen_size, '', '-', 'I')\n\n multi_c_dict = {\n 'Directed By': ['UnavailablePIZZAtype', '(XL_PIZZA)', ''],\n 'Produced By': ['UnavailablePIZZAtype', '(XL_PIZZA)', ''],\n 'Cast': ['XL_PIZZA Himself', 'XL_PIZZA Himself', 'XL_PIZZA Himself', 'XL_PIZZA Himself', ''],\n 'dot dot dot': ['....', '....', ':D']\n }\n print('\\nGrabbing from a dictionary and printing, center aligned, on multiple lines')\n #\n center_align(screen_size, '', '-', 'I')\n center_align(screen_size, multi_c_dict, spacing_character, borders)\n center_align(screen_size, '', '-', 'I')\n\n multi_l_dict = {\n 'first title': [\"The first title's first uhhh thing\", 'More stuff', 'something something'],\n 'second title': ['things within!', \"I'm running out of things to say\", '\"line to long!\"']\n }\n print('\\nGrabbing from a dictionary and printing, left aligned, on multiple lines')\n #\n center_align(screen_size, '', '-', 'I')\n left_align(screen_size, multi_l_dict, spacing_character, borders, 1)\n center_align(screen_size, '', '-', 'I')\n\n multi_r_dict = {\n 'FYI:': ['You must', 'have', 'lists within', 'dict, like shown', 'in the code', 'if you want these kind', 'of print outs.'],\n 'BTW:': ['If you want', '', 'to space things', '', 'just add empty', '', 'strings within', '', 'your list']\n }\n print('\\nGrabbing from a dictionary and printing, right aligned, on multiple lines')\n #\n center_align(screen_size, '', '-', 'I')\n right_align(screen_size, multi_r_dict, spacing_character, borders, 1)\n center_align(screen_size, '', '-', 'I')\n\n print('Ran test.')\n print('Look in code for some howtos.\\n')\n\n me('textalign.py 2.5', screen_size)\n\nif __name__ == '__main__':\n run_test()\n","filename":"bigchar.py","language":"python"},{"code":"'''\nIMPORTANT\nThis will not work when zoomed in normally. Press ctr and - until it fits.\nI use 80% zoom and the Khan Academy fullscreen button.\n\nThis is for RealCodingPro's logo contest. \n(Details are here: https://www.khanacademy.org/python-program/realcodingpros-subpage/4984425067495424)\n\nALL CREDIT TO JUSTINKURT\n'''\n\nfrom clear import clear\nfrom time import sleep\n\ndef down(q, w, e):\n for z in range(q):\n y = z + e\n sleep(w)\n clear()\n x = ''' \n ''' * y\n print(x, logo[0], logo[1], logo[2])\ndef up(q, w, e):\n for z in range(q):\n y = 0 - z + e\n sleep(w)\n clear()\n x = ''' \n ''' * y\n print(x, logo[0], logo[1], logo[2])\n\nx = '''\n''' * 8\n\nlogo = [\nr'''\n ______ \n\| __ \\ \n\| \|__\| \|\n\| _ _/ \n\| \| \\ \\ \n\|_\| \\_\\ \n''',\nr'''\n _______\n / _____\|\n / /\n\| \| \n \\ \\_____ \n \\______\| \n''',\nr'''\n ______ \n\| __ \\ \n\| \|__\| \|\n\| ____/ \n\| \| \n\|_\| \n''',\nr'''\n ______ \n\| __ \\ \n\| \|__\| \|\n\| _ _/ __ _\n\| \| \\ \\ \|__ /_\\ \|\n\|_\| \\_\\ \|__ / \\ \|__\n''',\nr'''\n _______\n / _____\|\n / /\n\| \| ___ __ _ _ _\n \\ \\_____ \| \| \| \\ \| \|\\ \| / _\n \\______\| \|___\| \|__/ _\|_ \| \\\| \\__\|\n''',\nr'''\n ______ \n\| __ \\ \n\| \|__\| \|\n\| ____/ __ ___\n\| \| \|__\| \| \|\n\|_\| \| \\ \|___\|\n''',\nr'''\n ______ \n\| __ \\ \n\| \|__\| \| \n\| ____/ __ __ __ __ ___ __ \n\| \| \|__\| \|__ \|__ \|__ \|\\ \| \| \|__ _ \n\|_\| \| \\ \|__ __\| \|__ \| \\\| \| __\| \|_\| \n''',\nr'''\n ______ \n\| __ \\ \n\| \|__\| \| \n\| ____/ __ __ __ __ ___ __ \n\| \| \|__\| \|__ \|__ \|__ \|\\ \| \| \|__ _ _ \n\|_\| \| \\ \|__ __\| \|__ \| \\\| \| __\| \|_\| \|_\| \n''',\nr'''\n ______ \n\| __ \\ \n\| \|__\| \| \n\| ____/ __ __ __ __ ___ __ \n\| \| \|__\| \|__ \|__ \|__ \|\\ \| \| \|__ _ _ _ \n\|_\| \| \\ \|__ __\| \|__ \| \\\| \| __\| \|_\| \|_\| \|_\|\n''',\nr\"Operation\",\nr\"HACK\", \nr\"Alpha 0.1\",\nr'''\n _______\n / _____\|\n / /\n\| \| __ __ _ ___ _ _ ___ __\n \\ \\_____ \|__\| \|__ /_\\ \| \| \| \| \|\\ \| \|__\n \\______\| \| \\ \|__ / \\ \| _\|_ \|___\| \| \\\| __\|\n'''\n]\n\ndef logo_parts(sleep_time, logo_num1, logo_num2, logo_num3, logo_num4, logo_num5):\n sleep(sleep_time)\n clear()\n if logo_num2 == \"-\" and logo_num3 == \"-\" and logo_num4 == \"-\":\n print(logo[logo_num1])\n elif logo_num3 == \"-\" and logo_num4 == \"-\":\n print(logo[logo_num1], logo[logo_num2])\n elif logo_num4 == \"-\":\n print(logo[logo_num1], logo[logo_num2], logo[logo_num3])\n elif logo_num5 == \"-\":\n print(logo[logo_num1], logo[logo_num2], logo[logo_num3], logo[logo_num4])\n else:\n print(logo[logo_num1], logo[logo_num2], logo[logo_num3], logo[logo_num4], logo[logo_num5])\n\ndef animation():\n print(logo[0])\n sleep(0.5)\n print(logo[1])\n sleep(0.5)\n print(logo[2])\n sleep(0.5)\n clear()\n down(7, 0.07, 0)\n up(5, 0.08, 8)\n down(4, 0.09, 5)\n up(4, 0.1, 7)\n down(4, 0.13, 5)\n logo_parts(1, 3, 1, 2, \"-\", \"-\")\n logo_parts(0.5, 3, 4, 2, \"-\", \"-\")\n logo_parts(0.5, 3, 4, 5, \"-\", \"-\")\n logo_parts(0.5, 3, 4, 5, 12, \"-\")\n logo_parts(0.5, 3, 4, 5, 12, 6)\n logo_parts(0.3, 3, 4, 5, 12, 7)\n logo_parts(0.3, 3, 4, 5, 12, 8)\n logo_parts(2, 9, \"-\", \"-\", \"-\", \"-\")\n logo_parts(0.4, 9, 10, \"-\", \"-\", \"-\")\n logo_parts(0.4, 9, 10, 11, \"-\", \"-\")\n sleep(3)\n clear()","filename":"logo.py","language":"python"}]}
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Key	ag5zfmtoYW4tYWNhZGVteXIXCxIKU2NyYXRjaHBhZBiAgLvyyrvWCQw
Votes	263
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Type	PYTHON
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Height	400
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Author Nick	RealCodingPro
Author Name	RealCodingPro
Author ID	kaid_9392703437369427443929890
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Added	3 months ago, 1757460094500
Updated	3 months ago, 1757460094500
Source Deleted	unknown