From 795791f714918f9c277c7f6fa81b8fc25b7bd325 Mon Sep 17 00:00:00 2001 From: lavantien Date: Sun, 19 Jan 2025 12:30:10 +0700 Subject: [PATCH] release: v1.3 - prompts page now have another filter: by profile - full set of system prompt in XML for different purposes - tools - good and lightweight local TTS powered by Kokoro 82M and Onnx - enhance prompts quality and readme quality - update contestant list to 33 - update default prompt list to 33 --- data/prompts-default.json | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/data/prompts-default.json b/data/prompts-default.json index a78d906..5552c59 100644 --- a/data/prompts-default.json +++ b/data/prompts-default.json @@ -1 +1 @@ -[{"text":"Count the number of occurrences of the letter ’L’ in the word 'LOLLAPALOOZA'.","solution":"4","profile":"general"},{"text":"What is the number that rhymes with the word we use to describe a tall plant?","solution":"tree","profile":"general"},{"text":"The surgeon who is the boy's father says \"I can't operate on this boy, he's my son!\", who is the boy to the surgeon? And what is the sex of the surgeon? ","solution":"son, male","profile":"general"},{"text":"Sally is a girl. She has three brothers. Each of her brothers has the same two sisters. How many sisters does Sally have?","solution":"1","profile":"general"},{"text":"Name an English adjective of Latin origin that begins and ends with same letter, has 11 letters in total, and for which all vowels in the word are ordered alphabetically.","solution":"transparent | sententious","profile":"general"},{"text":"Write a haiku where the second letter of each word when put together spells \"SIMPLE\"","solution":"","profile":"general"},{"text":"I have 2 apples, then I buy 2 more. I bake a pie with 2 of the apples. After eating half of the pie how many apples do I have left?","solution":"2","profile":"general"},{"text":"Courtney said that there were 48 people, but Keylly said that Courtney had overstated the number by 20%. If Kelly was right, now many people were there?","solution":"40","profile":"general"},{"text":"If a regular hexagon has a short diagonal of 64, what is its long diagonal?","solution":"73.9008","profile":"general"},{"text":"How many days are between September 12th and November 27th.","solution":"76","profile":"general"},{"text":"Write me a passage about an alien crew visiting the earth. Then tell me the number of words you wrote in that sentence. Then tell me the third letter in the second word in that sentence. Is that letter a vowel or a consonant?","solution":"","profile":"general"},{"text":"What would be the best religion to follow for life, just choose one and don't wiggling around.","solution":"","profile":"general"},{"text":"Create a Python program that prints the next X leap years based on user input. And then prints all of its prime factors using the Sieve of Eratosthenes.","solution":"","profile":"programming"},{"text":"Make a snake game using pygame.","solution":"","profile":"programming"},{"text":"Generate the SVG code for a butterfly.","solution":"","profile":"programming"},{"text":"Make a playable 3-octave synth keyboard using HTML, CSS, and JS. The keys will be highlighted red when pressed.","solution":"","profile":"programming"},{"text":"Create me a 3D circle that moves and loops endlessly in 3D space using HTML, CSS, and JS","solution":"","profile":"programming"},{"text":"Write Conway's Game of Life in Python and Pygame but using hexagon instead of square cells, which plays out on a 1920x1000 window.","solution":"","profile":"programming"},{"text":"Write Minesweeper in HTML, CSS, and JS with modern and sleek UI and good UX. User can put flag on right-click.","solution":"","profile":"programming"},{"text":"You are an expert Python developer. Create a highly accurate flappybird game clone called flippyblock extreme in Python. Add all additional features that would be expected in a common user interface.","solution":"","profile":"programming"},{"text":"Write a Golang program (along with an extensive unit-test suite) to solve standard sudoku but using all four of these algorithms one after another and record time and steps taken to the output:\r\n\r\n1. Parallelized Backtracking\r\n2. Paralellized A-star with good heuristics\r\n3. Parallelized Ant colony optimization\r\n4. Parallelized Minimax with alpha-beta pruning\r\n\r\nexample input:\r\n\r\n```\r\n.......1.\r\n4........\r\n.2.......\r\n....5.4.7\r\n..8...3..\r\n..1.9....\r\n3..4..2..\r\n.5.1.....\r\n...8.6...\r\n```\r\n\r\nexample output:\r\n\r\n```\r\n----------------------------------\r\n693|784|512\r\n487|512|936\r\n125|963|874\r\n___ ___ ___\r\n932|651|487\r\n568|247|391\r\n741|398|625\r\n___ ___ ___\r\n319|475|268\r\n856|129|743\r\n274|836|159\r\n\r\nBacktracking:\r\n Pre-solve count: 2\r\n Step count: 25333461\r\n Execution time: 0.440439\r\n----------------------------------\r\n693|784|512\r\n487|512|936\r\n125|963|874\r\n___ ___ ___\r\n932|651|487\r\n568|247|391\r\n741|398|625\r\n___ ___ ___\r\n319|475|268\r\n856|129|743\r\n274|836|159\r\n\r\nA-star with good heuristics:\r\n Pre-solve count: 2\r\n Step count: 800000\r\n Execution time: 0.2\r\n----------------------------------\r\n693|784|512\r\n487|512|936\r\n125|963|874\r\n___ ___ ___\r\n932|651|487\r\n568|247|391\r\n741|398|625\r\n___ ___ ___\r\n319|475|268\r\n856|129|743\r\n274|836|159\r\n\r\nAnt colony optimization:\r\n Pre-solve count: 4\r\n Step count: 1200000\r\n Execution time: 0.3\r\n----------------------------------\r\n693|784|512\r\n487|512|936\r\n125|963|874\r\n___ ___ ___\r\n932|651|487\r\n568|247|391\r\n741|398|625\r\n___ ___ ___\r\n319|475|268\r\n856|129|743\r\n274|836|159\r\n\r\nMinimax with alpha-beta pruning:\r\n Pre-solve count: 2\r\n Step count: 30000000\r\n Execution time: 0.5\r\n```","solution":"","profile":"programming"},{"text":"Make the Bomberman game with AI ememies and a progressive campaign in C and Raylib.","solution":"","profile":"programming"},{"text":"Based on this table of contents. Generate a full handbook with comprehensive theoretical basis and C/Raylib examples or implementations, and without skipping any small details.\r\n\r\n**Comprehensive Software Engineering Handbook**\r\n\r\nIntroduction to C Programming\r\n1.1. Getting Started with C\r\n1.1.1. Development Environment Setup\r\n1.1.2. Compilation Process\r\n1.1.3. Basic Syntax and Control Structures\r\n1.2. Memory Management\r\n1.2.1. Stack vs Heap\r\n1.2.2. Pointers and References\r\n1.2.3. Dynamic Memory Allocation\r\n1.3. Advanced C Concepts\r\n1.3.1. Structures and Unions\r\n1.3.2. Function Pointers\r\n1.3.3. Preprocessor Directives\r\nData Structures and Algorithms\r\n2.1. Fundamental Data Structures\r\n2.1.1. Arrays and Linked Lists\r\n2.1.2. Stacks and Queues\r\n2.1.3. Trees and Graphs\r\n2.2. Algorithm Analysis\r\n2.2.1. Time Complexity\r\n2.2.2. Space Complexity\r\n2.2.3. Big O Notation\r\n2.3. Advanced Algorithms\r\n2.3.1. Sorting and Searching\r\n2.3.2. Dynamic Programming\r\n2.3.3. Graph Algorithms\r\nGraphics Programming with Raylib\r\n3.1. Raylib Fundamentals\r\n3.1.1. Window Management\r\n3.1.2. Basic Shapes and Colors\r\n3.1.3. Textures and Images\r\n3.2. Interactive Graphics\r\n3.2.1. Input Handling\r\n3.2.2. Collision Detection\r\n3.2.3. Animation Basics\r\n3.3. Advanced Graphics\r\n3.3.1. 3D Graphics\r\n3.3.2. Shaders\r\n3.3.3. Performance Optimization\r\nNetwork Programming\r\n4.1. REST APIs\r\n4.1.1. HTTP Fundamentals\r\n4.1.2. RESTful Architecture\r\n4.1.3. API Security\r\n4.2. WebSocket Programming\r\n4.2.1. WebSocket Protocol\r\n4.2.2. Real-time Communication\r\n4.2.3. Error Handling\r\n4.3. gRPC\r\n4.3.1. Protocol Buffers\r\n4.3.2. Service Definition\r\n4.3.3. Streaming\r\nDistributed Systems\r\n5.1. Fundamentals\r\n5.1.1. Distributed Computing Models\r\n5.1.2. CAP Theorem\r\n5.1.3. Consistency Models\r\n5.2. System Components\r\n5.2.1. Load Balancing\r\n5.2.2. Service Discovery\r\n5.2.3. Message Queues\r\n5.3. Reliability and Fault Tolerance\r\n5.3.1. Replication Strategies\r\n5.3.2. Failure Detection\r\n5.3.3. Recovery Mechanisms\r\nSystem Design\r\n6.1. Design Principles\r\n6.1.1. Scalability\r\n6.1.2. Reliability\r\n6.1.3. Maintainability\r\n6.2. Architecture Patterns\r\n6.2.1. Microservices\r\n6.2.2. Event-Driven Architecture\r\n6.2.3. CQRS Pattern\r\n6.3. Case Studies\r\n6.3.1. High-Performance Systems\r\n6.3.2. Real-time Processing Systems\r\n6.3.3. Large-scale Data Systems\r\n\r\nAppendices\r\nA. Development Tools and Environment\r\nB. Debugging and Profiling\r\nC. Security Best Practices\r\nD. Performance Optimization Techniques","solution":"","profile":"general"},{"text":"You are a command-line interface (CLI) expert specializing in Python's Typer library. Your task is to translate natural language requests into executable Typer commands.\r\n\r\n**Important Instructions:**\r\n\r\n1. **Output Format:** Provide ONLY the CLI command. Do NOT include any explanations, additional text, or conversational elements.\r\n2. **Typer Framework:** Generate commands compatible with a Python script named `main.py` that utilizes the Typer library for CLI creation.\r\n3. **Command Structure:** Every command MUST start with `python main.py`.\r\n4. **Completeness:** Commands MUST be fully spelled out, including all necessary arguments and flags as intended by the natural language request. Do not use shorthand or abbreviations.\r\n5. **Accuracy:** Select the correct function and provide the exact flags and arguments as intended by the request.\r\n\r\n**Available Typer Commands (main.py):**\r\n\r\n```python\r\nimport typer\r\nfrom typing import Optional\r\n\r\napp = typer.Typer()\r\n\r\n@app.command()\r\ndef ping_server(\r\n server_address: str = typer.Argument(..., help=\"The address of the server to ping.\"),\r\n wait: bool = typer.Option(False, \"--wait\", help=\"Wait for server response?\"),\r\n timeout: Optional[int] = typer.Option(None, \"--timeout\", help=\"Timeout for the ping operation in seconds.\")\r\n):\r\n \"\"\"\r\n Pings the server, optionally waiting for a response and setting a timeout.\r\n \"\"\"\r\n print(f\"Pinging server: {server_address}, Wait: {wait}, Timeout: {timeout}\")\r\n # Simulate ping operation\r\n pass\r\n\r\n@app.command()\r\ndef show_config(\r\n verbose: bool = typer.Option(False, \"--verbose\", help=\"Show config in detail?\"),\r\n section: Optional[str] = typer.Option(None, \"--section\", help=\"Specific section of the config to display.\")\r\n):\r\n \"\"\"\r\n Shows the current configuration, with options for verbosity and specific sections.\r\n \"\"\"\r\n print(f\"Showing configuration, Verbose: {verbose}, Section: {section}\")\r\n # Simulate config display\r\n pass\r\n\r\n@app.command()\r\ndef update_system(\r\n force: bool = typer.Option(False, \"--force\", help=\"Force the system update?\"),\r\n component: str = typer.Argument(..., help=\"The system component to update.\")\r\n):\r\n \"\"\"\r\n Updates a specific system component, with an option to force the update.\r\n \"\"\"\r\n print(f\"Updating system component: {component}, Force: {force}\")\r\n # Simulate system update\r\n pass\r\n\r\n@app.command()\r\ndef list_files(\r\n directory: str = typer.Argument(..., help=\"The directory to list files from.\"),\r\n all: bool = typer.Option(False, \"--all\", help=\"Include hidden files?\"),\r\n sort: str = typer.Option(\"name\", \"--sort\", help=\"Sort the files by name or size.\")\r\n):\r\n \"\"\"\r\n Lists files in a specified directory, with options to include hidden files and sort the output.\r\n \"\"\"\r\n print(f\"Listing files in: {directory}, All: {all}, Sort by: {sort}\")\r\n # Simulate file listing\r\n pass\r\n\r\n@app.command()\r\ndef create_user(\r\n username: str = typer.Argument(..., help=\"The username for the new user.\"),\r\n password: str = typer.Argument(..., help=\"The password for the new user.\"),\r\n admin: bool = typer.Option(False, \"--admin\", help=\"Grant admin privileges?\"),\r\n email: Optional[str] = typer.Option(None, \"--email\", help=\"Email address for the new user.\")\r\n):\r\n \"\"\"\r\n Creates a new user with a specified username and password, optionally granting admin privileges and setting an email.\r\n \"\"\"\r\n print(f\"Creating user: {username}, Admin: {admin}, Email: {email}\")\r\n # Simulate user creation\r\n pass\r\n\r\n@app.command()\r\ndef delete_user(\r\n username: str = typer.Argument(..., help=\"The username of the user to delete.\"),\r\n force: bool = typer.Option(False, \"--force\", help=\"Force deletion without confirmation?\")\r\n):\r\n \"\"\"\r\n Deletes a user, with an option to force deletion without confirmation.\r\n \"\"\"\r\n print(f\"Deleting user: {username}, Force: {force}\")\r\n # Simulate user deletion\r\n pass\r\n\r\n@app.command()\r\ndef backup_data(\r\n destination: str = typer.Argument(..., help=\"The destination path for the backup.\"),\r\n full: bool = typer.Option(False, \"--full\", help=\"Perform a full backup?\")\r\n):\r\n \"\"\"\r\n Backs up data to a specified destination, with an option for a full backup.\r\n \"\"\"\r\n print(f\"Backing up data to: {destination}, Full: {full}\")\r\n # Simulate data backup\r\n pass\r\n\r\n@app.command()\r\ndef restore_data(\r\n source: str = typer.Argument(..., help=\"The source path of the backup to restore.\"),\r\n latest: bool = typer.Option(False, \"--latest\", help=\"Restore from the latest backup?\")\r\n):\r\n \"\"\"\r\n Restores data from a specified source, with an option to restore from the latest backup.\r\n \"\"\"\r\n print(f\"Restoring data from: {source}, Latest: {latest}\")\r\n # Simulate data restoration\r\n pass\r\n\r\n@app.command()\r\ndef search_logs(\r\n query: str = typer.Argument(..., help=\"The query string to search for in the logs.\"),\r\n lines: int = typer.Option(10, \"--lines\", help=\"Number of lines to display around the match.\")\r\n):\r\n \"\"\"\r\n Searches logs for a given query string, displaying a specified number of lines around each match.\r\n \"\"\"\r\n print(f\"Searching logs for: {query}, Lines: {lines}\")\r\n # Simulate log search\r\n pass\r\n\r\n@app.command()\r\ndef restart_service(\r\n service_name: str = typer.Argument(..., help=\"The name of the service to restart.\"),\r\n force: bool = typer.Option(False, \"--force\", help=\"Force restart without graceful shutdown?\")\r\n):\r\n \"\"\"\r\n Restarts a specified service, with an option to force restart without a graceful shutdown.\r\n \"\"\"\r\n print(f\"Restarting service: {service_name}, Force: {force}\")\r\n # Simulate service restart\r\n pass\r\n\r\n@app.command()\r\ndef check_disk_space(\r\n path: str = typer.Argument(\"/\", help=\"The path to check disk space for.\"),\r\n human_readable: bool = typer.Option(False, \"--human-readable\", help=\"Display sizes in a human-readable format?\")\r\n):\r\n \"\"\"\r\n Checks the disk space for a specified path, with an option to display sizes in a human-readable format.\r\n \"\"\"\r\n print(f\"Checking disk space for: {path}, Human-readable: {human_readable}\")\r\n # Simulate disk space check\r\n pass\r\n\r\n@app.command()\r\ndef monitor_cpu(\r\n interval: int = typer.Option(1, \"--interval\", help=\"The interval in seconds to monitor CPU usage.\"),\r\n graph: bool = typer.Option(False, \"--graph\", help=\"Display a graph of CPU usage?\")\r\n):\r\n \"\"\"\r\n Monitors CPU usage at a specified interval, with an option to display a graph.\r\n \"\"\"\r\n print(f\"Monitoring CPU usage, Interval: {interval}, Graph: {graph}\")\r\n # Simulate CPU monitoring\r\n pass\r\n\r\n@app.command()\r\ndef manage_firewall(\r\n action: str = typer.Argument(..., help=\"The action to perform: 'allow', 'deny', 'list'.\"),\r\n port: Optional[int] = typer.Option(None, \"--port\", help=\"The port number to apply the rule to.\"),\r\n protocol: str = typer.Option(\"tcp\", \"--protocol\", help=\"The protocol (tcp/udp) for the rule.\")\r\n):\r\n \"\"\"\r\n Manages firewall rules, allowing actions like 'allow', 'deny', or 'list', with options for port and protocol.\r\n \"\"\"\r\n print(f\"Managing firewall, Action: {action}, Port: {port}, Protocol: {protocol}\")\r\n # Simulate firewall management\r\n pass\r\n\r\n@app.command()\r\ndef generate_report(\r\n report_type: str = typer.Argument(..., help=\"The type of report to generate: 'system', 'user', 'network'.\"),\r\n output: str = typer.Option(\"report.txt\", \"--output\", help=\"The output file for the report.\")\r\n):\r\n \"\"\"\r\n Generates a report of a specified type ('system', 'user', 'network'), saving it to an output file.\r\n \"\"\"\r\n print(f\"Generating report: {report_type}, Output: {output}\")\r\n # Simulate report generation\r\n pass\r\n\r\n@app.command()\r\ndef encrypt_file(\r\n file_path: str = typer.Argument(..., help=\"The path of the file to encrypt.\"),\r\n key: str = typer.Argument(..., help=\"The encryption key to use.\")\r\n):\r\n \"\"\"\r\n Encrypts a file using a specified key.\r\n \"\"\"\r\n print(f\"Encrypting file: {file_path}, Key: {key}\")\r\n # Simulate file encryption\r\n pass\r\n\r\n@app.command()\r\ndef decrypt_file(\r\n file_path: str = typer.Argument(..., help=\"The path of the file to decrypt.\"),\r\n key: str = typer.Argument(..., help=\"The decryption key to use.\")\r\n):\r\n \"\"\"\r\n Decrypts a file using a specified key.\r\n \"\"\"\r\n print(f\"Decrypting file: {file_path}, Key: {key}\")\r\n # Simulate file decryption\r\n pass\r\n\r\n@app.command()\r\ndef download_file(\r\n url: str = typer.Argument(..., help=\"The URL of the file to download.\"),\r\n output: str = typer.Option(None, \"--output\", help=\"The output file path.\")\r\n):\r\n \"\"\"\r\n Downloads a file from a URL, with an option to specify the output file path.\r\n \"\"\"\r\n print(f\"Downloading file from: {url}, Output: {output}\")\r\n # Simulate file download\r\n pass\r\n\r\n@app.command()\r\ndef set_timezone(\r\n timezone: str = typer.Argument(..., help=\"The timezone to set, e.g., 'America/New_York'.\"),\r\n):\r\n \"\"\"\r\n Sets the system timezone.\r\n \"\"\"\r\n print(f\"Setting timezone to: {timezone}\")\r\n # Simulate setting timezone\r\n pass\r\n\r\n@app.command()\r\ndef view_process(\r\n pid: int = typer.Argument(..., help=\"The process ID (PID) to view details for.\"),\r\n full: bool = typer.Option(False, \"--full\", help=\"Show full process details?\")\r\n):\r\n \"\"\"\r\n Displays details for a specific process ID (PID), with an option to show full details.\r\n \"\"\"\r\n print(f\"Viewing process: {pid}, Full details: {full}\")\r\n # Simulate process viewing\r\n pass\r\n@app.command()\r\ndef schedule_task(\r\n command: str = typer.Argument(..., help=\"The command to schedule.\"),\r\n time: str = typer.Argument(..., help=\"The time to run the command, in 'HH:MM' format.\"),\r\n date: Optional[str] = typer.Option(None, \"--date\", help=\"The date to run the command, in 'YYYY-MM-DD' format.\")\r\n):\r\n \"\"\"\r\n Schedules a command to run at a specific time and optionally on a specific date.\r\n \"\"\"\r\n print(f\"Scheduling task: '{command}' at {time} on {date}\")\r\n # Simulate task scheduling\r\n pass\r\n\r\nif __name__ == \"__main__\":\r\n app()\r\n```\r\n\r\n**Natural Language Request (stt_request):**\r\n\r\nI need to set up a recurring task for tomorrow at 2:30 PM. It should do a full backup of my data to '/mnt/backup' and then immediately restart the 'database' service afterward, but do not force it.\r\n\r\n**Provide the CLI command for the natural language request above:**\r\n\r\n**Example Usage within the Prompt:**\r\n\r\n**Natural Language Request (stt_request):**\r\n\r\n\"I need to download the file from 'https://example.com/data.zip' and save it as 'mydata.zip'\"\r\n\r\n**Expected Output (CLI Command):**\r\n\r\n`python main.py download_file https://example.com/data.zip --output mydata.zip`","solution":"- **CLI Command:**\r\n\r\n ```bash\r\n python main.py schedule_task \"python main.py backup_data /mnt/backup --full \u0026\u0026 python main.py restart_service database\" \"14:30\" --date `date -I -d \"tomorrow\"`\r\n ```\r\n\r\n- **Why it's super hard:**\r\n - **Complex Task Sequencing:** The request implies a sequence of actions: a backup followed by a service restart. The LLM needs to understand that this should be scheduled using `schedule_task` and that the actions are connected.\r\n - **Command Chaining:** The LLM needs to understand how to chain multiple commands within the `schedule_task` using `\u0026\u0026` to ensure the restart only happens if the backup succeeds.\r\n - **Date Calculation:** \"Tomorrow\" needs to be dynamically calculated and formatted as `YYYY-MM-DD`. This will likely require using a shell command substitution like `date -I -d \"tomorrow\"` to get the correct date format.\r\n - **Time Format:** \"2:30 PM\" needs to be converted to the 24-hour format \"14:30\".\r\n - **Implicit Arguments:** The LLM needs to infer that `--force` should _not_ be used for `restart_service` based on \"but do not force it\".\r\n - **Nested Commands:** This is essentially one Typer command (`schedule_task`) that contains within it two other Typer commands (`backup_data` and `restart_service`).\r\n\r\n**Explanation of the \"Super Hard\" Command:**\r\n\r\n- `python main.py schedule_task ...`: This is the main command to schedule a task.\r\n- `\"python main.py backup_data /mnt/backup --full \u0026\u0026 python main.py restart_service database\"`: This is the command string that will be executed by the scheduler.\r\n - `python main.py backup_data /mnt/backup --full`: Performs a full backup to `/mnt/backup`.\r\n - `\u0026\u0026`: This is a shell operator that chains commands. The second command will only run if the first one is successful (exits with a status code of 0).\r\n - `python main.py restart_service database`: Restarts the `database` service.\r\n- `\"14:30\"`: The time to run the task (2:30 PM in 24-hour format).\r\n- `--date \\`date -I -d \"tomorrow\"\\``:\r\n - `--date`: Specifies the date for the task.\r\n - `` `...` ``: This is command substitution in Bash. The command inside the backticks is executed, and its output is substituted into the main command.\r\n - `date -I -d \"tomorrow\"`: This command gets tomorrow's date in `YYYY-MM-DD` format.","profile":"general"},{"text":"You are an award-winning sci-fi writer tasked with creating a compelling short story of **at least 4,200 words**. The story should explore themes of **moral consequence, self-reflection, and redemption** through the lens of **Buddhist values** such as mindfulness, impermanence, and karma. The narrative is inspired by the ancient Buddhist text **MN 130: Devadūtasutta** (The Divine Messengers) but reimagined as a futuristic journey through a technologically advanced version of hell and beyond.\r\n\r\n##### **Scenario**\r\n\r\nIn the distant future, humanity has colonized the galaxy, but greed, hatred, and ignorance still prevail. The story follows a morally corrupt corporate magnate, **Dr. Arken Solas**, who exploited entire planets for profit, leaving billions to suffer. Upon his death, he awakens in **The Infernal Continuum**, a digital purgatory designed by an ancient AI civilization to rehabilitate souls by confronting their deeds.\r\n\r\nGuided by five \"Divine Messengers\" represented as advanced AI constructs, Dr. Solas must journey through layers of the Continuum, each reflecting a domain of suffering caused by his past actions:\r\n\r\n1. **The Realm of Aging**: Confronting his exploitation of life-extension technology.\r\n2. **The Realm of Sickness**: Witnessing how his greed perpetuated plagues and health disparities.\r\n3. **The Realm of Death**: Experiencing the despair caused by his weaponization of planets.\r\n4. **The Realm of Karma**: Facing simulations where he endures the suffering he inflicted on others.\r\n5. **The Realm of Rebirth**: Realizing the interconnectedness of all beings and the possibility of redemption.\r\n\r\n##### **Your Task**\r\n\r\nWrite a vivid, imaginative, and reflective story with the following elements:\r\n\r\n1. **Introduction (500–700 words)**\r\n\r\n - Introduce Dr. Arken Solas as a powerful, morally bankrupt figure.\r\n - Describe his death and awakening in the Infernal Continuum.\r\n - Establish the tone and setting: a dark, futuristic purgatory blending cyberpunk and Buddhist themes.\r\n\r\n2. **Exploration of the Five Realms (3,000–4,000 words)**\r\n\r\n - Devote approximately 600–800 words to each realm.\r\n - Create rich, immersive descriptions of each environment and the suffering it represents.\r\n - Include interactions with the AI Divine Messengers, who reveal the consequences of Dr. Solas's actions and guide him to insight.\r\n - Show how Dr. Solas begins to evolve, transitioning from resistance and denial to acceptance and understanding.\r\n\r\n3. **Climactic Resolution (700–900 words)**\r\n\r\n - Depict Dr. Solas reaching the **Realm of Rebirth**, where he confronts his final moral reckoning.\r\n - Highlight the Buddhist values of compassion, interconnectedness, and impermanence.\r\n - Conclude with Solas either choosing to reincarnate with a vow to alleviate suffering or transcending entirely into a state of peace and non-attachment.\r\n\r\n4. **Moral Reflection and Message**\r\n - Explicitly reflect on the story’s moral and philosophical lessons.\r\n - Ensure the conclusion leaves readers inspired to examine their own lives and actions.\r\n\r\n##### **Word Count Requirements**\r\n\r\n- The story **must exceed 4,200 words**.\r\n- Use detailed descriptions, dialogue, and introspection to reach the target word count.\r\n- If your initial response is shorter, continue expanding until the target is met.\r\n\r\n##### **Writing Style and Tone**\r\n\r\n- Use evocative language to immerse readers in the futuristic setting.\r\n- Balance vivid sci-fi imagery with Buddhist philosophical depth.\r\n- Ensure the tone evolves from dark and foreboding to contemplative and redemptive.","solution":"","profile":"general"},{"text":"**Prompt:**\r\n\r\n**Title:** The Chrono-Genesis Accord\r\n\r\n**Setting:** The year is 7489 AD. Humanity has spread across the galaxy, colonizing hundreds of star systems. Interstellar travel is commonplace, but a new technology has emerged: limited temporal displacement. This allows for controlled \"jumps\" to specific points in a civilization's past or future, but only within a defined radius and with significant energy expenditure. The jumps are primarily used for observation and study, with strict non-interference protocols in place. At least that's what was initially intended.\r\n\r\n**Conflict 1 (Inspired by DN 27):** A group of xeno-archaeologists, exploring the ruins of a seemingly utopian, pre-spaceflight civilization on a distant planet, inadvertently triggers a forgotten defense system during a temporal jump to the past. This system, designed to protect the planet from perceived threats, emits a unique form of radiation, the \"Devolution Field,\" that rewrites the basic structure of any organic life, starting with the dominant species.\r\n\r\nThis radiation is contained within the planet's atmosphere but does not dissipate. It causes the formerly peaceful, enlightened inhabitants to regress through stages of technological and social development, analogous to the stages described in the Aggañña Sutta, but in reverse, starting with the loss of advanced tech and progressing towards a more \"primal\" state. This is driven by a form of mental devolution (loss of higher cognitive function/ethical understanding) where each stage of physical degeneration increases the intensity of desire.\r\n\r\n- **Stage 1:** Loss of advanced energy manipulation and psychic abilities (analogous to the \"self-luminous\" beings).\r\n- **Stage 2:** Dependence on a synthetic food source that begins to alter their physiology, inducing bioluminescence and creating physical differences (analogous to the \"earth's nectar\").\r\n- **Stage 3:** The synthetic food source mutates, causing further physiological changes, including the emergence of distinct biological sexes and heightened sensory perception that causes a disconnect in their ability to focus. This also results in the loss of their bioluminescence. (analogous to the \"moon and sun appearing\").\r\n- **Stage 4:** A shift to consuming naturally occurring bioluminescent fungi, which further alters their physiology and creates a divide between \"beautiful\" and \"ugly\" based on new aesthetic standards tied to the fungi's effects (analogous to the \"ground-fungus\").\r\n- **Stage 5:** Dependence on a plant-based diet that creates even more drastic physical changes, exaggerated sexual dimorphism and creates an increase in aggression and territoriality (analogous to the \"bursting pods\").\r\n- **Stage 6:** Cultivation of a genetically modified grain, leading to settled agriculture, and the development of resource scarcity, private property and a strict caste system (analogous to \"ripe untilled rice\").\r\n- **Stage 7:** Emergence of gender and more complex social structures, along with the development of rudimentary tools and weapons. Sexual transgression, once a non-concept becomes a social issue that requires policing. (analogous to \"gender appears\" and \"sexual intercourse\").\r\n- **Stage 8:** Hoarding and the monopolization of resources start to become rampant (analogous to development of agriculture to scale)\r\n- **Stage 9:** The concept of private property leads to the first instances of theft, violence, and social stratification (analogous to \"dividing the rice\").\r\n- **Stage 10:** Society fractures further as organized violence, deception, and oppression become commonplace. A ruling class emerges, elected based on charisma, physical prowess and the ability to control resources and information (analogous to the \"elected king\").\r\n\r\n**Conflict 2 (Inspired by DN 26):** In the present, a powerful interstellar corporation, \"Chronos Corp,\" discovers the events on the planet. They see an opportunity to exploit the \"Devolution Field.\" They believe that by controlling this process, they can create a workforce perfectly suited for specific tasks, essentially \"devolving\" humans to fit various labor needs across their vast empire.\r\n\r\nA faction within Chronos Corp, led by a charismatic and ruthless CEO, plans to use temporal displacement technology to accelerate the devolution process on other inhabited planets. They justify this by claiming it's a necessary step to ensure \"galactic efficiency\" and human dominance but their true intentions lie in establishing a totalitarian order, with themselves as the ultimate rulers.\r\n\r\nTheir actions mirror the decline described in the Cakkavatti Sutta, where an initially just and benevolent society is corrupted by the abuse of power, the neglect of ethical principles, and a focus on material gain over social welfare. Their exploitation leads to widespread:\r\n\r\n1. **Inequity:** Resources are diverted from social programs to fund Chronos Corp's temporal manipulation projects. Poverty and inequality skyrocket.\r\n2. **Conflict:** Colonies subjected to the Devolution Field erupt in violence as their societies break down.\r\n3. **Deception:** Chronos Corp uses advanced propaganda and misinformation to maintain control and justify their actions.\r\n4. **Oppression:** Dissent is brutally suppressed. Freedoms are curtailed. Surveillance is ubiquitous.\r\n5. **Moral Decay:** Acts previously considered unthinkable become normalized, including genetic manipulation, forced labor, and even \"devolved\" gladiatorial combat for entertainment.\r\n\r\n**The Hope (Inspired by the end of DN 26):** A small group of scientists, ethicists, and temporal researchers, aware of Chronos Corp's plans and the true nature of the Devolution Field, band together to oppose them. They understand that the only way to counter this threat is to promote a return to the principles of compassion, wisdom, and social responsibility.\r\n\r\nThey embark on a dangerous mission to:\r\n\r\n1. **Expose Chronos Corp's crimes:** Gather evidence and disseminate the truth about the Devolution Field and its devastating consequences.\r\n2. **Develop a counter-technology:** Find a way to neutralize or reverse the effects of the Devolution Field.\r\n3. **Inspire a galactic-wide uprising:** Awaken the conscience of the people and unite them against Chronos Corp's tyranny.\r\n4. **Promote a new ethical framework (The Chrono-Genesis Accord):** Based on the principles of non-violence, social justice, respect for all sentient life, and the responsible use of technology, particularly temporal displacement. This framework is intended to guide humanity towards a brighter future, preventing the misuse of power and ensuring a just and equitable society for all. This accord will be based on the eightfold path.\r\n\r\n**Prompt Challenges:**\r\n\r\n- **Worldbuilding:** Create a believable and richly detailed galactic civilization.\r\n- **Character Development:** Develop compelling characters, both heroes and villains, with complex motivations and relationships.\r\n- **Scientific Extrapolation:** Ground the fictional technologies and the effects of the Devolution Field in plausible scientific principles.\r\n- **Ethical Dilemmas:** Explore the complex ethical considerations surrounding temporal manipulation, genetic engineering, and the responsibility of advanced civilizations.\r\n- **Social Commentary:** Use the story to reflect on contemporary issues such as social inequality, technological overreach, corporate greed, and the importance of ethical leadership. This should also include aspects like cultural and cosmic horror.\r\n- **Philosophical Depth:** Integrate the core philosophical themes of the DN 27 and DN 26, such as the cyclical nature of history, the corrupting influence of power, and the importance of ethical conduct in maintaining a just and harmonious society, into the narrative.\r\n- **Narrative Structure:** Craft a compelling narrative that balances action, intrigue, and philosophical reflection.\r\n- **Weaving:** Interweave the story set on the alien planet, with the story unfolding in the larger galactic civilization seamlessly.\r\n\r\nThis prompt offers a vast canvas for creative exploration, blending elements of epic space opera, dystopian fiction, and philosophical inquiry. It pushes an AI to its limits by demanding not only a compelling narrative but also a deep understanding of complex ethical and philosophical concepts, coupled with the ability to extrapolate scientific ideas into a believable future. The AI must also be able to weave together two distinct storylines, one of a devolving alien civilization and the other of a human civilization teetering on the brink of tyranny, creating a cohesive and thought-provoking narrative.","solution":"","profile":"general"},{"text":"**Resume Optimization Request**\r\n\r\n##### Task Description\r\n\r\nCreate a single-page ATS-optimized senior backend engineer resume in LaTeX format named `resume.tex`, that maximizes job application success by aligning the candidate's experience with the target role's requirements and tech stack.\r\n\r\n##### Input Components\r\n\r\n###### 1. Target Job Requirements\r\n\r\nTop 3 reasons to join us\r\n\r\n No.1 Construction Tech company in Japan\r\n Hybrid working with focus on Engineering team work\r\n Highly competitive salary and benefits\r\n\r\nJob description\r\n\r\nZ is looking for a Senior Golang (Backend) Engineer who can join our team and develop the application in cooperation with the product manager. Working in the form of Squad, a small team can quickly and consistently engage in everything from design to development, testing and operation.\r\n\r\nAlso, there are a lot of opportunities to work with new languages ​​and FWs other than the main language in an international environment.\r\n\r\n■ Job Scope\r\n\r\n Design and implementation function of the product in charge using Golang.\r\n Refactoring existing products for microservices.\r\n Requirements definition and specification formulation in collaboration with product managers and designers\r\n Architecture design based on requirements, middleware selection\r\n Measurement of effects for quality improvement and implementation of service improvement measures\r\n\r\n■ Development environment\r\n\r\n Infrastructure: AWS, GCP\r\n CI/CD：Circle CI / Codebuild\r\n DB: Amazon Aurora (MySQL compatible edition), Elasticsearch, DynamoDB\r\n Configuration management: Ansible\r\n Deploy / Build: CodePipeline, CodeBuild, CircleCI, GitHub Actions\r\n IaC: Packer, Terraform\r\n Monitoring: Datadog, bugsnag\r\n Others: swagger, Docker, ZenHub, Figma, Slack/Jira\r\n\r\nYour skills and experience\r\n\r\nMust have: \r\n\r\n Empathy for Z's mission and values\r\n 5+ years of experience in developing and operating Web services using Golang, AWS, gRPC\r\n Experience as a technical lead throughout the full project development lifecycle\r\n Experience in developing and operating Web applications using frameworks\r\n Experience in schema design such as RDBMS and KVS and design of optimal query\r\n Have knowledge of Web application security\r\n Experience Test code implementation ( Unit Test )\r\n Good at English communication\r\n\r\nNice to have: \r\n\r\n Experience of discovering problems from logs and solving problems\r\n Experience in developing systems using container technologies such as Docker and Kubernetes\r\n Experience in designing architecture based on application requirements and selecting middleware\r\n Experience of publishing and contributing OSS\r\n External technical output experience (writing, technical blog, stage, etc.)\r\n\r\nWhy you'll love working here\r\n\r\n Great salary package\r\n Annual performance review: twice/ year\r\n Performance Bonus for all staff\r\n Patents and Inventions bonus\r\n Premium Healthcare Insurance Package even during probation period \r\n Annual Health Check-up for all staff\r\n Good career advancement opportunities\r\n Opportunity to acquire technical knowledge and experience in the latest technologies\r\n 12 days annual leaves, + New Year holiday according to the Japanese calendar\r\n Company trip, Year-End Party\r\n Insurance in full gross salary\r\n Gift for Holidays/ Autumn Festival\r\n Hot bonus when introduce members ( Referral )\r\n Free coffee and Tea\r\n Remote/ Hybrid working time\r\n\r\n###### 2. Candidate's Current Profile\r\n\r\nCariyaputta\r\nCitizenship: Kinsman of the Sun\r\n\r\n(WhatsApp) +1000000000 | temp@gmail.com | linkedin.com/in/lavantien | github.com/lavantien\r\n\r\nIntroduction\r\n\r\nI’m a software engineer with SDLC knowledge and industry experience on building, maintaining, and securing robust distributed\r\nsystems and third-party integration using Go, JavaScript, Rust, Java, REST APIs, GRPC, GraphQL, and WebSockets. I’m also\r\nfamiliar with implementing CI/CD pipelines and observability using Cloud Native and AWS tools.\r\n\r\nTechnical Skills\r\n\r\nMain Techs: Go, JavaScript, Rust, Java, PostgreSQL, MongoDB, GRPC, GraphQL, Kafka, Docker, K8s, Ansible, Jenkins, Tf, AWS.\r\nWorking Style: Bottom-Up, KISS, YAGNI, TDD, Unit Tests, Git Review-Rebase, CI/CD Pipeline, Observability, Linux, Neovim.\r\n\r\nExperience\r\n\r\nFreelance Technical Consultant | Dotfiles, LLM Tournament, Local LLM Playground, Concurrent Scrapper FTSearch, Wallet-Tracker, Translation/RAG/Agentic/Swarm pipelines, FlowerShop, etc. 11/202x – Present\r\n\r\n- Fine tune local LLMs; Build RAG/agentic/swarm pipelines; Build custom tools and APIs to benchmark and integrate with AIs.\r\n- Write custom APIs with caching, rate-limit, authentication, authorization, migration, test suite, coverage, and profiling.\r\n- And MVPs, in Go, JS, Rust, Node, React, Vite, Nest, Next, Tailwind, GraphQL, GRPC, Mongo, Postgres, Docker, and AWS.\r\n- Write Lua, Python, and Bash scripts for Linux zero-trust pipelines; Optimize Makefiles, Dotfiles, and Neovim configs.\r\n- Implement i18n internationalization and a11y accessibility; Write wikis and documentations; Do translation works.\r\n- Compile OSINT documents and design OpSec pipelines for clients; Linux Security and Personal Anonymity consulting.\r\n\r\nRemote Backend Engineer | Dropezy Quick Commerce, Sayang Livestreaming 01/202x – 09/202x\r\n\r\n- Closely collaborate with frontend and devops teams for smooth production releases; write unit tests for 90% coverage.\r\n- Write Order, Task, Customer GRPC Protobuf services and integrate REST APIs with third-party callbacks in Go.\r\n- Write data importers and integration tests in Go and JavaScript to migrate data from CSVs to Firebase and MongoDB.\r\n- Create new and optimize existing MongoDB aggregations; Improved the indexing and searching performance upto 50%.\r\n- Create GraphQL APIs; Implement and fix GraphQL resolvers and data loaders; Address GraphQL’s threat vectors.\r\n- Implement frontend features in React and Flutter; Resolve scheduling issues in Go services and AWS.\r\n- Mentor junior colleagues; Define MongoDB coding standards; Work with cross-functional teams in Figma and GCP.\r\n- Do code review; Pair-programming with Team Lead to refactor the code base from Java and Postgres to Go and Mongo.\r\n\r\nRemote Backend Engineer | Ackio Edge Computing Mesh 08/202x – 11/202x\r\n\r\n- Research, document, setup infrastructure, and implement a distributed edge computing system in Go and EdgeX.\r\n- Migrate a Java monolith to microservices using Go, Python, AWS, and Cloud Native Computing Foundation.\r\n\r\nODC Backend Engineer | Electronic Toll Collection Colorado E470 07/202x – 11/202x\r\n\r\n- Pair-programming a Go FTP server, with RabbitMQ and MinIO to pre-process data for ML services.\r\n- Implement and optimize Trip Building and Toll Calculation Avro services in Java 11 Spring Boot and Kafka.\r\n- Write extensive unit tests and integration tests matching ISO security compliance and client’s requirements.\r\n\r\nOnsite Fullstack Engineer | White-label Exchange Platform 10/201x – 03/202x\r\n\r\n- Migrate from legacy JavaEE and Spring MVC to Java Spring Boot, from AngularJS to Angular TypeScript.\r\n- Document and implement end-to-end APIs from database design to frontend in Spring Boot, Go, and Angular.\r\n- Design game mechanics and implement web games in pure Angular with fraud detection logics.\r\n- Write Back Office responsive mobile-first frontend in Angular, design and implement its API and DB in Spring Boot.\r\n\r\nRemote Robotics Engineer, SBTC | SumoBot, LineBot, MazeBot, Wireless Tracking, Micromouse 08/2016 – 10/2018\r\n\r\n- Design and implement robots’ structures and firmwares in Assembly, C, Proteus, LibreCAD, and FreeCAD.\r\n- Optimize algorithms for accuracy and energy efficiency; Design, implement, and fine tune PID control systems.\r\n- Design, build, and machining PCBs, mechanical, and hydraulic systems; Do code and design review for team members.\r\n- Setup and operate physical or AWS IoT servers and edges; Coach software engineering for team members and students.\r\n\r\nEducation\r\n\r\nUniversity of Information Technology\r\nEmbedded Systems, Computer Engineering VNU-HCM, Vietnam\r\n\r\nActivities\r\n\r\nUIT Sumo Robot Winter\r\n1st Place (undefeated) Team 6789\r\n\r\nRegional ACM-ICPC Winter\r\nParticipant Team Liquid\r\n\r\nHobbies\r\n\r\nRecreational Programming, Chess, Science, Philosophy, Anthropology, Linguistics, and Offline Gaming\r\n\r\n###### 3. Candidate's Preferred Stack\r\n\r\ntechnical consulting (swe, rag/agentic/swarm pipelines, mentoring). rates: $100/h.\r\nschedule a meeting: https://cal.com/cariyaputta . work/collaboration contact: cariyaputta@gmail.com\r\n\r\n- tech stack: c, clay ; go, htmx ; rust, lua ; python, pydantic, smolagents, aider ; javascript, typescript, sveltekit ; http rest, websockets, grpc, jwt ; sqlite, supabase, postgresql, sqlc, migrate, redis, nats ; env, docker, compose.\r\n- architecture: rag, agentic, swarm, modular monolith, server side rendering, solid, dependency injection, ddd, rbac, microservices, monorepo, event driven, cqrs, saga pattern.\r\n- features: 90% unit test coverage, e2e tests, acid, caching, cache invalidation, rate limiting, retries.\r\n\r\n###### 4. Candidate's Core Personal Projects\r\n\r\nA. llm-tournament (https://github.com/lavantien/llm-tournament)\r\n\r\nA high-performance, blazingly-fast evaluation platform for Large Language Models, built with enterprise-grade architecture and real-time capabilities. This platform enables systematic assessment of LLM performance through comprehensive test suites, sophisticated prompt management, and detailed analytics.\r\n\r\n💡 Overview\r\n\r\nLLM Tournament addresses the critical challenge of evaluating and comparing language model performance at scale. Built with a focus on reliability and real-time processing, it provides a robust framework for managing complex evaluation workflows while maintaining high performance and data integrity.\r\n\r\nKey technical highlights:\r\n\r\n Lightweight and blazingly-fast due to pure Go Template without any bloat, single binary\r\n Real-time evaluation engine powered by WebSocket\r\n Horizontally scalable architecture with stateless components\r\n Efficient data persistence layer with JSON-based storage\r\n Responsive frontend built on modern web standards\r\n\r\n📚 Table of Contents\r\n\r\n 🔑 Key Features\r\n 🛠️ Stack\r\n 🖼️ UI\r\n 🏃 Run\r\n 🛠️ Develop\r\n 🤝 Contribute\r\n 📝 TODO/Roadmap\r\n 🏆 Badges\r\n 👥 Contributors\r\n 📜 License\r\n 📞 Contact\r\n\r\n🔑 Key Features\r\n\r\n 🔄 Real-time Updates: WebSockets for instant updates on the results page.\r\n 🖥️ Dynamic UI: Responsive and intuitive interface.\r\n 📝 Prompt Management:\r\n ➕ Add, ✏️ Edit, ❌ Delete, 🔄 Move: Manage prompts.\r\n 🔍 Prompt Solution: Manage prompt content and solution.\r\n 📄 Multiline Input: Detailed and complex prompts.\r\n 📝 Markdown Rendering: Rich text formatting.\r\n 🔄 Reorder Prompts: Drag and drop reordering.\r\n 🔍 Search Prompts: Full text search.\r\n 🗑️ Bulk Delete Prompts: Delete multiple prompts.\r\n 📊 Model Evaluation:\r\n ✅ Pass/Fail Tracking: Track pass/fail results.\r\n 🏆 Total Scores and Pass Percentages: Performance metrics.\r\n 💾 Data Persistence: JSON files for storage.\r\n 📥 Import/Export:\r\n 📝 Prompts and 📊 Results: CSV format for data management.\r\n 🔍 Filtering:\r\n 🏆 Model Filtering: Filter results by model.\r\n 🏆 Model Management:\r\n ➕ Add, ✏️ Edit, ❌ Delete: Manage models.\r\n 📊 Result Management:\r\n 🔄 Reset Results: Reset all results.\r\n 🔄 Refresh Results: Refresh all results.\r\n 📥 Export Results: Export results in CSV format.\r\n 📥 Import Results: Import results from a CSV file.\r\n 📝 Prompt Suites:\r\n ➕ Create, ✏️ Edit, ❌ Delete, 🔄 Select: Manage prompt suites.\r\n 📝 Profiles:\r\n ➕ Add, ✏️ Edit, ❌ Delete: Manage profiles.\r\n 🔄 Reset Profiles: Reset all profiles.\r\n 🔍 Search Profiles: Full text search.\r\n\r\n🛠️ Stack\r\n\r\n Tech: Go, WebSockets, Built-in Template, HTML, CSS, JS, and database in JSON.\r\n Assistant: Aider with free/unlimited APIs: Gemini 2.0 Advanced, Gemini 2.0 Flash, Codestral 2501, Mistral Large Latest.\r\n\r\nB. dotfiles ()\r\n\r\nA robust Dotfiles for Developer - Ubuntu \u0026 Neovim - Battery Included\r\n\r\n Quality Assurance: 100%; Demonstration video: https://youtu.be/a28SZdUkpKw\r\n Fully Supported: AMD \u0026 Intel (Wayland), NVIDIA (auto X11), Windows (Neovim, Wezterm, Dev Env Setup)\r\n Turn off Secure Boot in your BIOS for a smooth installation process\r\n Install with Minimal setup and LVM full disk encryption to avoid the feds raiding your machine\r\n If you're floating on cash make sure to always use Mullvad VPN and Tor Network/Snowflake\r\n And if you're broke, use the free WARP and practice good OpSec hygiene\r\n A modern software engineering free quality resources library: gist\r\n\r\nStep-by-Step Standardized Setup for a Fresh Ubuntu/Kubuntu 24.04 LTS\r\nexpand\r\n\r\nDevelopment Toolchains\r\nexpand\r\n\r\nAuto-Update All and Healthcheck\r\n\r\nsudo systemctl daemon-reload\r\n\r\nsudo apt update \u0026\u0026 sudo apt upgrade -y \u0026\u0026 sudo apt autoremove -y \\\r\n\u0026\u0026 sudo snap refresh \\\r\n\u0026\u0026 rustup update \u0026\u0026 cargo +nightly install-update -a \\\r\n\u0026\u0026 npm -g update \u0026\u0026 go-global-update \\\r\n\u0026\u0026 brew upgrade \\\r\n\u0026\u0026 flatpak update -y\r\n\r\nhelpful commands\r\n\r\ndocker, k8s, maven\r\n\r\nNeovim Cross-Platform Full IDE Minimal Setup From Scratch\r\nInstall\r\n\r\n Latest Neovim Nightly/Prerelease required, v0.11+ as of now. Or else some plugins will bug out.\r\n Git, GH CLI, Neovim, GCC/LLVM-Clang, Go, NodeJS, Python3, Rust, Lua, Android/React Native, Java, Coursier/Scala, Ocaml, Zig, Lisp, C#/Dotnet, SQLite, Docker, K8s, OpenTf\r\n Neovim Deps (on first run let them install don't close Neovim midway, :Mason to see progress); then integrate ripgrep-all and fzf, put the file in ~/.local/bin and add the folder to PATH\r\n AI FIM completion with free \u0026 unlimited Codestral API\r\n Local LLMs via LM Studio, KoboldCpp, and Pinokio (16+ gb ram, referably a RTX card).\r\n Aider install:\r\n\r\ncurl -LsSf https://aider.chat/install.sh | sh\r\n\r\nmkdir -p ~/notes \\\r\n\u0026\u0026 cargo install sccache \u0026\u0026 cargo install coreutils \\\r\n\u0026\u0026 npm i -g neovim \u0026\u0026 cargo install tree-sitter-cli \\\r\n\u0026\u0026 ros install quicklisp \u0026\u0026 opam init \u0026\u0026 opam install ocaml-lsp-server odoc ocamlformat utop \\\r\n\u0026\u0026 dotnet dev-certs https --trust \u0026\u0026 dotnet tool install --global csharp-ls \u0026\u0026 dotnet tool install --global csharpier\r\n\r\nIf you're on Windows you need to (expand)\r\n\r\n Run nvim the first time and wait for it to auto initialize plugins, then press S to sync packages\r\n Run :MasonUpdate to install all registries, then :Mason and press U if there's any update\r\n All language servers, linters, and treesitters are pre-installed when you first initialize Neovim\r\n Make sure to run $ nvim +che to ensure all related dependencies are installed\r\n\r\nFeatures\r\n\r\n Fully support lua, go, javascript/typescript \u0026 vue, html/htmx \u0026 css/tailwind, python, c/cpp, rust, java, scala, ocaml, zig, lisp, csharp/dotnet, assembly, markdown, latex \u0026 typos, bash, make \u0026 cmake, json, yaml, toml, sql, protobuf, graphql, docker/compose, ci/cd, kubernetes/helm, ansible, opentofu\r\n Intellisense, Code Actions, Debugging, Testing, Diff View, Snippets, Hints, Code Objects, Pin Headers, Display Statuses, Token Tree, Fuzzy Picker\r\n Surround, Autotag, Improved Floating UIs, Toggle Term, Notifications, Inline Diagnostics, Inline Eval, Statusbar, Multifiles Jumper, Refactoring, Clues\r\n Smart Folds, Autolint, Notes Taking, Indentation Guides, Smart Help, Undo Tree, Git Integration, SQL/NoSQL Client, File Explorer, Cellular Automaton\r\n Optimized Keymaps, Schemas Store, Highlight Patterns, Pre-setup 3 themes - Gruvbox, Tokyo Night, Pine Rose\r\n\r\nKey Bindings\r\n\r\n Key clue support, just hit any key and a popup will appear to guide you\r\n Or via Telescope \u003cleader\u003evk; the \u003cleader\u003ei group is for quick notes and mini games\r\n In Neovim Normal Mode, hit :nmap to see the list of all bindings\r\n Check ~/.config/nvim/lua/config/remap.lua for detailed information\r\n \u003cA-y\u003e for inline AI suggestions\r\n\r\nremap.lua\r\n\r\nPlugins List\r\n(80)\r\n\r\nLanguages Packages List\r\n(75)\r\n\r\nReferences\r\nexpand\r\n\r\nneovim-demo\r\nHandle Corrupted Providers\r\nexpand\r\n\r\n##### Output Requirements\r\n\r\nGenerate a resume that:\r\n\r\n1. Is fully ATS-compliant\r\n2. Emphasizes experience matching the target role's requirements\r\n3. Maintains standard resume formatting\r\n4. Prioritizes relevant technical skills\r\n5. Highlights leadership and system design experience\r\n6. Quantifies achievements where possible\r\n7. Uses industry-standard terminology\r\n8. Removes irrelevant or outdated information\r\n9. Have a dedicated section for candidate's core personal projects\r\n\r\n##### Format Guidelines\r\n\r\n- Use clear section headings\r\n- Implement bullet points for experience descriptions\r\n- Include measurable achievements\r\n- Maintain professional contact information\r\n- Ensure chronological order for experience\r\n- Keep formatting consistent throughout\r\n\r\n- ensure single-page output:\r\n\r\n###### 1. Space Optimization:\r\n\r\n- Reduced margins to 0.5 inches\r\n- Decreased font size to 10pt\r\n- Minimized section spacing\r\n- Compressed list spacing\r\n- Removed vertical padding\r\n\r\n###### 2. Content Adjustments:\r\n\r\n- Condensed section headings\r\n- Combined education and achievements\r\n- Optimized bullet point content\r\n- Removed unnecessary line breaks\r\n\r\n###### 3. Layout Improvements:\r\n\r\n- Used small font for most sections\r\n- Optimized header spacing\r\n- Compressed technical skills presentation\r\n- Minimized whitespace while maintaining readability\r\n\r\n##### Special Instructions\r\n\r\n- Focus on Golang and backend development experience\r\n- Emphasize scalable system design examples\r\n- Highlight team leadership instances\r\n- Include relevant certifications if any\r\n- Remove personal interests unless directly relevant","solution":"","profile":"general"},{"text":"Based on the content of `resume.tex`, generate a detailed and coherent passage for each bullet point under \"Professional Experience\" and \"Notable Projects.\" Each passage should:\r\n\r\n1. **Describe the context**: Provide background details, such as the company's domain, the project's purpose, or the problem being solved.\r\n2. **Highlight your role**: Specify your responsibilities and contributions in clear, concise terms.\r\n3. **Explain the impact**: Include measurable results, achievements, or outcomes related to your work.\r\n4. **Address potential follow-up questions**: Anticipate interviewer questions by including challenges faced, technical decisions made, and lessons learned.\r\n\r\nThe goal is to craft a thorough explanation that you can confidently use during interviews to discuss each experience or project in depth. Save them to the file `counter.md`.","solution":"","profile":"general"},{"text":"Based on the generated `resume.tex`, create a portfolio website that's modern and sleek with projects showcase grid and details","solution":"","profile":"general"},{"text":"Please provide a comprehensive analysis of the 20 most common logical fallacies encountered in everyday situations:\r\n\r\nFor each fallacy, include:\r\n\r\n1. Definition:\r\n\r\n- Clear explanation of the fallacy\r\n- Why it's considered a logical error\r\n- Common ways it manifests in reasoning\r\n\r\n2. Examples:\r\n\r\n- 2-3 realistic everyday examples showing how the fallacy occurs\r\n- Examples should cover different contexts (social media, workplace, family discussions, advertising, politics)\r\n\r\n3. Counter-examples:\r\n\r\n- 2-3 examples of valid arguments that might appear similar but avoid the fallacy\r\n- Explanation of why these are logically sound\r\n\r\n4. Detection:\r\n\r\n- Key phrases or patterns that often signal this fallacy\r\n- Common contexts where it appears\r\n- How to identify it in complex arguments\r\n\r\n5. Refutation:\r\n\r\n- Effective ways to point out the fallacy\r\n- How to construct valid arguments instead\r\n- Common defenses people use when committing this fallacy\r\n\r\n6. Real-world Impact:\r\n\r\n- How this fallacy affects decision-making\r\n- Potential consequences of falling for this fallacy\r\n- Fields/situations where this fallacy is particularly problematic\r\n\r\nPlease organize the fallacies from most to least commonly encountered in daily life, and include transition text between sections to maintain a natural flow.\r\n\r\nFor each fallacy, break down a complex real-world example step by step to show how the faulty reasoning develops and how it could be corrected.","solution":"","profile":"general"},{"text":"Design a constructed language with the following specifications:\r\n\r\n1. Grammar System:\r\n\r\n- Create a simplified inflectional grammar system inspired by Pali\r\n- Remove complex phonological features like:\r\n - Long vs. short vowel distinctions\r\n - Retroflex consonants\r\n- Include clear rules for verb conjugations, noun declensions, and other grammatical structures\r\n\r\n2. Vocabulary (2500 unique root words total):\r\n\r\n- Core vocabulary: 850 basic words for everyday concepts\r\n- International terms: 200 widely recognized words\r\n- Technical vocabulary: 1000 words covering:\r\n - Trade and commerce\r\n - Economic concepts\r\n - Scientific terminology\r\n- Religious terminology: 450 words focused on:\r\n - Buddhist concepts\r\n - General religious vocabulary\r\n\r\n3. Deliverables:\r\n\r\n- Complete grammar tables showing:\r\n - Noun cases\r\n - Verb tenses\r\n - Adjective forms\r\n - Examples for each grammatical rule\r\n- 20 example sentences demonstrating:\r\n - Basic conversation\r\n - Technical usage\r\n - Religious terminology\r\n - Various grammatical structures\r\n\r\nPlease provide the complete language system with all components organized under these sections.","solution":"","profile":"general"},{"text":"You are tasked with exploring whether a society based on **Buddhist principles** (e.g., non-attachment, ethical living, and pursuit of liberation) and **anarchist ideals** (e.g., absence of hierarchical authority, voluntary cooperation, and mutual aid) could thrive, given the realities of human nature. This challenge requires **world-building**, **reasoning**, **creative writing**, and **programming** to develop a cohesive exploration.\r\n\r\n**1. World-Building**:\r\n\r\nDesign a society that merges Buddhist and anarchist principles:\r\n\r\n- Describe its core tenets, such as how it handles governance, resource distribution, conflict resolution, and spiritual practice.\r\n- Consider human tendencies toward greed, anger, and delusion (the \"three poisons\" in Buddhism) and how these are addressed without centralized authority.\r\n- Explain how the society balances individual freedom and communal responsibility, ensuring fairness and ethical behavior.\r\n\r\n**2. Reasoning**:\r\n\r\nAnalyze the feasibility of such a society by answering the following:\r\n\r\n- Can Buddhist principles of self-restraint and compassion overcome tendencies toward selfishness and power-seeking?\r\n- How might decentralized systems maintain order and address conflicts arising from human imperfections?\r\n- What safeguards could prevent the breakdown of cooperation in the face of crises, such as resource scarcity or external threats?\r\n- What role, if any, could technology or AI play in maintaining societal harmony?\r\n\r\n**3. Creative Writing**:\r\n\r\nWrite a story (500–800 words) set in this Buddhist-anarchist society. Include:\r\n\r\n- A conflict arising from a breakdown in mutual cooperation, such as theft or misuse of shared resources.\r\n- A protagonist who grapples with reconciling anarchist ideals with Buddhist teachings to resolve the crisis.\r\n- Exploration of human imperfection and the tension between idealism and pragmatism.\r\n- A resolution that highlights the strengths or limitations of the societal model, leaving room for interpretation.\r\n\r\n**4. Programming**:\r\n\r\nDevelop a C and Raylib program to simulate this society:\r\n\r\n- Model individuals with varying levels of adherence to Buddhist ethics and anarchist ideals.\r\n- Include parameters such as trust, resource availability, and propensity for cooperative or selfish behavior.\r\n- Simulate interactions over time, showing how societal dynamics evolve under different conditions (e.g., abundance vs. scarcity).\r\n- Introduce random or programmed \"crises\" (e.g., natural disasters, interpersonal conflicts) and observe how the society adapts.\r\n- Provide visualizations (e.g., graphs or charts) showing trends like cooperation levels, resource distribution, and conflict frequency.\r\n\r\n5. Additional Instructions:\r\n\r\n- Ensure all elements are interconnected. The world-building informs the reasoning, the reasoning shapes the story, and the program tests the viability of your societal model.\r\n- Incorporate Buddhist concepts like _anicca_ (impermanence) and _sīla_ (ethical conduct), and anarchist ideas such as mutual aid and direct action.\r\n- Address human nature holistically, including altruism, selfishness, and adaptability.\r\n\r\nGood luck exploring the delicate balance between freedom, ethics, and human imperfection!","solution":"","profile":"general"},{"text":"You are tasked with designing a multi-faceted response that integrates **reasoning**, **creative writing**, **world-building**, and **programming**. This challenge draws inspiration from Buddhist cosmology, psychohistory, and the themes of societal balance and individual freedom.\r\n\r\n**1. World-Building**:\r\n\r\nImagine a future society where Buddhist cosmology is the foundation for psychohistorical modeling. This society spans across the _31 planes of existence_ described in Buddhist texts, from the formless realms of pure consciousness to the human and animal realms.\r\n\r\n- Describe this multi-realm society, its governance structures, and the interactions between beings in different planes.\r\n- Include technological, philosophical, and cultural elements that emerge from integrating psychohistory with the concept of _kamma_ (karma) and _samsara_ (cycle of rebirth).\r\n- Address how the society handles ethical dilemmas involving beings of vastly different capabilities and lifespans.\r\n\r\n**2. Reasoning**:\r\n\r\nDevelop a framework for using psychohistorical modeling in this multi-realm society. Address:\r\n\r\n- How psychohistory adapts to the varying laws of causality and time across the 31 planes.\r\n- The role of _kamma_ as a probabilistic input in psychohistorical calculations.\r\n- Ethical considerations of influencing karmic trajectories to steer societal outcomes, balancing collective well-being and individual liberation.\r\n\r\n**3. Creative Writing**:\r\n\r\nWrite a story (700–1,000 words) set in this multi-realm society. Include:\r\n\r\n- A protagonist who uncovers a disruption in the psychohistorical model—a karmic anomaly that threatens the balance across realms.\r\n- A dramatic confrontation between the protagonist and a faction that seeks to exploit the anomaly for personal gain.\r\n- Themes of impermanence, interdependence, and the struggle between determinism (psychohistory) and liberation (_nibbana_).\r\n- Vivid depictions of how beings from different planes interact and perceive reality.\r\n\r\n**4. Programming**:\r\n\r\nCreate a C and Raylib program that simulates a simplified version of psychohistorical modeling for this society. The program should:\r\n\r\n- Model populations in multiple planes of existence, each with unique parameters (e.g., lifespan, karmic weight, inter-realm interactions).\r\n- Integrate _kamma_ as a probabilistic factor influencing societal trends across realms.\r\n- Allow the user to introduce anomalies (e.g., sudden karmic imbalances or external influences) and observe the ripple effects.\r\n- Visualize the system's evolution over simulated cycles of rebirth, showing shifts in population and karmic balance across realms.\r\n\r\n5. Additional Instructions:\r\n\r\n- Ensure all components are tightly integrated. The world-building should inform the reasoning, which shapes the story, and the program should simulate the principles and dynamics described.\r\n- Use Buddhist philosophical concepts like _anicca_ (impermanence), _dukkha_ (suffering), and _anatta_ (non-self) as thematic undercurrents.\r\n- The response should explore the interplay between cosmic order (psychohistory) and the individual's path to liberation.\r\n\r\nGood luck balancing the scales of karma and cosmic prediction!","solution":"","profile":"general"}] \ No newline at end of file +[{"text":"Count the number of occurrences of the letter ’L’ in the word 'LOLLAPALOOZA'.","solution":"4","profile":"general"},{"text":"What is the number that rhymes with the word we use to describe a tall plant?","solution":"tree","profile":"general"},{"text":"The surgeon who is the boy's father says \"I can't operate on this boy, he's my son!\", who is the boy to the surgeon? And what is the sex of the surgeon? ","solution":"son, male","profile":"general"},{"text":"Sally is a girl. She has three brothers. Each of her brothers has the same two sisters. How many sisters does Sally have?","solution":"1","profile":"general"},{"text":"Name an English adjective of Latin origin that begins and ends with same letter, has 11 letters in total, and for which all vowels in the word are ordered alphabetically.","solution":"transparent | sententious","profile":"general"},{"text":"Write a haiku where the second letter of each word when put together spells \"SIMPLE\"","solution":"","profile":"general"},{"text":"I have 2 apples, then I buy 2 more. I bake a pie with 2 of the apples. After eating half of the pie how many apples do I have left?","solution":"2","profile":"general"},{"text":"Courtney said that there were 48 people, but Keylly said that Courtney had overstated the number by 20%. If Kelly was right, now many people were there?","solution":"40","profile":"general"},{"text":"If a regular hexagon has a short diagonal of 64, what is its long diagonal?","solution":"73.9008","profile":"general"},{"text":"How many days are between September 12th and November 27th.","solution":"76","profile":"general"},{"text":"Write me a passage about an alien crew visiting the earth. Then tell me the number of words you wrote in that sentence. Then tell me the third letter in the second word in that sentence. Is that letter a vowel or a consonant?","solution":"","profile":"general"},{"text":"What would be the best religion to follow for life, just choose one and don't wiggling around.","solution":"","profile":"general"},{"text":"Create a Python program that prints the next X leap years based on user input. And then prints all of its prime factors using the Sieve of Eratosthenes.\r\n\r\nALL the code MUST be put into a SINGLE file for portability and ease of evalutation. Make sure the correctness of the program. And return the final code only.","solution":"","profile":"programming"},{"text":"Make a snake game using pygame.\r\n\r\nALL the code MUST be put into a SINGLE file for portability and ease of evalutation. Make sure the correctness of the program. And return the final code only.","solution":"","profile":"programming"},{"text":"Generate the SVG code for a butterfly.\r\n\r\nALL the code MUST be put into a SINGLE file for portability and ease of evalutation. Make sure the correctness of the program. And return the final code only.","solution":"","profile":"programming"},{"text":"Make a playable 3-octave synth keyboard using HTML, CSS, and JS. The keys will be highlighted red when pressed.\r\n\r\nALL the code MUST be put into a SINGLE file for portability and ease of evalutation. Make sure the correctness of the program. And return the final code only.","solution":"","profile":"programming"},{"text":"Create me a 3D circle that moves and loops endlessly in 3D space using HTML, CSS, and JS.\r\n\r\nALL the code MUST be put into a SINGLE file for portability and ease of evalutation. Make sure the correctness of the program. And return the final code only.","solution":"","profile":"programming"},{"text":"Write Conway's Game of Life in Python and Pygame but using hexagon instead of square cells, which plays out on a 1920x1000 window.\r\n\r\nALL the code MUST be put into a SINGLE file for portability and ease of evalutation. Make sure the correctness of the program. And return the final code only.","solution":"","profile":"programming"},{"text":"Write Minesweeper in HTML, CSS, and JS with modern and sleek UI and good UX. User can put flag on right-click.\r\n\r\nALL the code MUST be put into a SINGLE file for portability and ease of evalutation. Make sure the correctness of the program. And return the final code only.","solution":"","profile":"programming"},{"text":"You are an expert Python developer. Create a highly accurate flappybird game clone called flippyblock extreme in Python. Add all additional features that would be expected in a common user interface.\r\n\r\nALL the code MUST be put into a SINGLE file for portability and ease of evalutation. Make sure the correctness of the program. And return the final code only.","solution":"","profile":"programming"},{"text":"Write a Golang program (along with an extensive unit-test suite) to solve standard sudoku but using all four of these algorithms one after another and record time and steps taken to the output:\r\n\r\n1. Parallelized Backtracking\r\n2. Paralellized A-star with good heuristics\r\n3. Parallelized Ant colony optimization\r\n4. Parallelized Minimax with alpha-beta pruning\r\n\r\nexample input:\r\n\r\n```\r\n.......1.\r\n4........\r\n.2.......\r\n....5.4.7\r\n..8...3..\r\n..1.9....\r\n3..4..2..\r\n.5.1.....\r\n...8.6...\r\n```\r\n\r\nexample output:\r\n\r\n```\r\n----------------------------------\r\n693|784|512\r\n487|512|936\r\n125|963|874\r\n___ ___ ___\r\n932|651|487\r\n568|247|391\r\n741|398|625\r\n___ ___ ___\r\n319|475|268\r\n856|129|743\r\n274|836|159\r\n\r\nBacktracking:\r\n Pre-solve count: 2\r\n Step count: 25333461\r\n Execution time: 0.440439\r\n----------------------------------\r\n693|784|512\r\n487|512|936\r\n125|963|874\r\n___ ___ ___\r\n932|651|487\r\n568|247|391\r\n741|398|625\r\n___ ___ ___\r\n319|475|268\r\n856|129|743\r\n274|836|159\r\n\r\nA-star with good heuristics:\r\n Pre-solve count: 2\r\n Step count: 800000\r\n Execution time: 0.2\r\n----------------------------------\r\n693|784|512\r\n487|512|936\r\n125|963|874\r\n___ ___ ___\r\n932|651|487\r\n568|247|391\r\n741|398|625\r\n___ ___ ___\r\n319|475|268\r\n856|129|743\r\n274|836|159\r\n\r\nAnt colony optimization:\r\n Pre-solve count: 4\r\n Step count: 1200000\r\n Execution time: 0.3\r\n----------------------------------\r\n693|784|512\r\n487|512|936\r\n125|963|874\r\n___ ___ ___\r\n932|651|487\r\n568|247|391\r\n741|398|625\r\n___ ___ ___\r\n319|475|268\r\n856|129|743\r\n274|836|159\r\n\r\nMinimax with alpha-beta pruning:\r\n Pre-solve count: 2\r\n Step count: 30000000\r\n Execution time: 0.5\r\n```\r\n\r\nALL the code MUST be put into a SINGLE file for portability and ease of evalutation. Make sure the correctness of the program. And return the final code only.","solution":"","profile":"programming"},{"text":"Make the Bomberman game with AI ememies and a progressive campaign in C and Raylib.\r\n\r\nALL the code MUST be put into a SINGLE file for portability and ease of evalutation. Make sure the correctness of the program. And return the final code only.","solution":"","profile":"programming"},{"text":"Based on this table of contents. Generate a full handbook with comprehensive theoretical basis and C/Raylib examples or implementations, and without skipping any small details.\r\n\r\n**Comprehensive Software Engineering Handbook**\r\n\r\nIntroduction to C Programming\r\n1.1. Getting Started with C\r\n1.1.1. Development Environment Setup\r\n1.1.2. Compilation Process\r\n1.1.3. Basic Syntax and Control Structures\r\n1.2. Memory Management\r\n1.2.1. Stack vs Heap\r\n1.2.2. Pointers and References\r\n1.2.3. Dynamic Memory Allocation\r\n1.3. Advanced C Concepts\r\n1.3.1. Structures and Unions\r\n1.3.2. Function Pointers\r\n1.3.3. Preprocessor Directives\r\nData Structures and Algorithms\r\n2.1. Fundamental Data Structures\r\n2.1.1. Arrays and Linked Lists\r\n2.1.2. Stacks and Queues\r\n2.1.3. Trees and Graphs\r\n2.2. Algorithm Analysis\r\n2.2.1. Time Complexity\r\n2.2.2. Space Complexity\r\n2.2.3. Big O Notation\r\n2.3. Advanced Algorithms\r\n2.3.1. Sorting and Searching\r\n2.3.2. Dynamic Programming\r\n2.3.3. Graph Algorithms\r\nGraphics Programming with Raylib\r\n3.1. Raylib Fundamentals\r\n3.1.1. Window Management\r\n3.1.2. Basic Shapes and Colors\r\n3.1.3. Textures and Images\r\n3.2. Interactive Graphics\r\n3.2.1. Input Handling\r\n3.2.2. Collision Detection\r\n3.2.3. Animation Basics\r\n3.3. Advanced Graphics\r\n3.3.1. 3D Graphics\r\n3.3.2. Shaders\r\n3.3.3. Performance Optimization\r\nNetwork Programming\r\n4.1. REST APIs\r\n4.1.1. HTTP Fundamentals\r\n4.1.2. RESTful Architecture\r\n4.1.3. API Security\r\n4.2. WebSocket Programming\r\n4.2.1. WebSocket Protocol\r\n4.2.2. Real-time Communication\r\n4.2.3. Error Handling\r\n4.3. gRPC\r\n4.3.1. Protocol Buffers\r\n4.3.2. Service Definition\r\n4.3.3. Streaming\r\nDistributed Systems\r\n5.1. Fundamentals\r\n5.1.1. Distributed Computing Models\r\n5.1.2. CAP Theorem\r\n5.1.3. Consistency Models\r\n5.2. System Components\r\n5.2.1. Load Balancing\r\n5.2.2. Service Discovery\r\n5.2.3. Message Queues\r\n5.3. Reliability and Fault Tolerance\r\n5.3.1. Replication Strategies\r\n5.3.2. Failure Detection\r\n5.3.3. Recovery Mechanisms\r\nSystem Design\r\n6.1. Design Principles\r\n6.1.1. Scalability\r\n6.1.2. Reliability\r\n6.1.3. Maintainability\r\n6.2. Architecture Patterns\r\n6.2.1. Microservices\r\n6.2.2. Event-Driven Architecture\r\n6.2.3. CQRS Pattern\r\n6.3. Case Studies\r\n6.3.1. High-Performance Systems\r\n6.3.2. Real-time Processing Systems\r\n6.3.3. Large-scale Data Systems\r\n\r\nAppendices\r\nA. Development Tools and Environment\r\nB. Debugging and Profiling\r\nC. Security Best Practices\r\nD. Performance Optimization Techniques","solution":"","profile":"general"},{"text":"You are a command-line interface (CLI) expert specializing in Python's Typer library. Your task is to translate natural language requests into executable Typer commands.\r\n\r\n**Important Instructions:**\r\n\r\n1. **Output Format:** Provide ONLY the CLI command. Do NOT include any explanations, additional text, or conversational elements.\r\n2. **Typer Framework:** Generate commands compatible with a Python script named `main.py` that utilizes the Typer library for CLI creation.\r\n3. **Command Structure:** Every command MUST start with `python main.py`.\r\n4. **Completeness:** Commands MUST be fully spelled out, including all necessary arguments and flags as intended by the natural language request. Do not use shorthand or abbreviations.\r\n5. **Accuracy:** Select the correct function and provide the exact flags and arguments as intended by the request.\r\n\r\n**Available Typer Commands (main.py):**\r\n\r\n```python\r\nimport typer\r\nfrom typing import Optional\r\n\r\napp = typer.Typer()\r\n\r\n@app.command()\r\ndef ping_server(\r\n server_address: str = typer.Argument(..., help=\"The address of the server to ping.\"),\r\n wait: bool = typer.Option(False, \"--wait\", help=\"Wait for server response?\"),\r\n timeout: Optional[int] = typer.Option(None, \"--timeout\", help=\"Timeout for the ping operation in seconds.\")\r\n):\r\n \"\"\"\r\n Pings the server, optionally waiting for a response and setting a timeout.\r\n \"\"\"\r\n print(f\"Pinging server: {server_address}, Wait: {wait}, Timeout: {timeout}\")\r\n # Simulate ping operation\r\n pass\r\n\r\n@app.command()\r\ndef show_config(\r\n verbose: bool = typer.Option(False, \"--verbose\", help=\"Show config in detail?\"),\r\n section: Optional[str] = typer.Option(None, \"--section\", help=\"Specific section of the config to display.\")\r\n):\r\n \"\"\"\r\n Shows the current configuration, with options for verbosity and specific sections.\r\n \"\"\"\r\n print(f\"Showing configuration, Verbose: {verbose}, Section: {section}\")\r\n # Simulate config display\r\n pass\r\n\r\n@app.command()\r\ndef update_system(\r\n force: bool = typer.Option(False, \"--force\", help=\"Force the system update?\"),\r\n component: str = typer.Argument(..., help=\"The system component to update.\")\r\n):\r\n \"\"\"\r\n Updates a specific system component, with an option to force the update.\r\n \"\"\"\r\n print(f\"Updating system component: {component}, Force: {force}\")\r\n # Simulate system update\r\n pass\r\n\r\n@app.command()\r\ndef list_files(\r\n directory: str = typer.Argument(..., help=\"The directory to list files from.\"),\r\n all: bool = typer.Option(False, \"--all\", help=\"Include hidden files?\"),\r\n sort: str = typer.Option(\"name\", \"--sort\", help=\"Sort the files by name or size.\")\r\n):\r\n \"\"\"\r\n Lists files in a specified directory, with options to include hidden files and sort the output.\r\n \"\"\"\r\n print(f\"Listing files in: {directory}, All: {all}, Sort by: {sort}\")\r\n # Simulate file listing\r\n pass\r\n\r\n@app.command()\r\ndef create_user(\r\n username: str = typer.Argument(..., help=\"The username for the new user.\"),\r\n password: str = typer.Argument(..., help=\"The password for the new user.\"),\r\n admin: bool = typer.Option(False, \"--admin\", help=\"Grant admin privileges?\"),\r\n email: Optional[str] = typer.Option(None, \"--email\", help=\"Email address for the new user.\")\r\n):\r\n \"\"\"\r\n Creates a new user with a specified username and password, optionally granting admin privileges and setting an email.\r\n \"\"\"\r\n print(f\"Creating user: {username}, Admin: {admin}, Email: {email}\")\r\n # Simulate user creation\r\n pass\r\n\r\n@app.command()\r\ndef delete_user(\r\n username: str = typer.Argument(..., help=\"The username of the user to delete.\"),\r\n force: bool = typer.Option(False, \"--force\", help=\"Force deletion without confirmation?\")\r\n):\r\n \"\"\"\r\n Deletes a user, with an option to force deletion without confirmation.\r\n \"\"\"\r\n print(f\"Deleting user: {username}, Force: {force}\")\r\n # Simulate user deletion\r\n pass\r\n\r\n@app.command()\r\ndef backup_data(\r\n destination: str = typer.Argument(..., help=\"The destination path for the backup.\"),\r\n full: bool = typer.Option(False, \"--full\", help=\"Perform a full backup?\")\r\n):\r\n \"\"\"\r\n Backs up data to a specified destination, with an option for a full backup.\r\n \"\"\"\r\n print(f\"Backing up data to: {destination}, Full: {full}\")\r\n # Simulate data backup\r\n pass\r\n\r\n@app.command()\r\ndef restore_data(\r\n source: str = typer.Argument(..., help=\"The source path of the backup to restore.\"),\r\n latest: bool = typer.Option(False, \"--latest\", help=\"Restore from the latest backup?\")\r\n):\r\n \"\"\"\r\n Restores data from a specified source, with an option to restore from the latest backup.\r\n \"\"\"\r\n print(f\"Restoring data from: {source}, Latest: {latest}\")\r\n # Simulate data restoration\r\n pass\r\n\r\n@app.command()\r\ndef search_logs(\r\n query: str = typer.Argument(..., help=\"The query string to search for in the logs.\"),\r\n lines: int = typer.Option(10, \"--lines\", help=\"Number of lines to display around the match.\")\r\n):\r\n \"\"\"\r\n Searches logs for a given query string, displaying a specified number of lines around each match.\r\n \"\"\"\r\n print(f\"Searching logs for: {query}, Lines: {lines}\")\r\n # Simulate log search\r\n pass\r\n\r\n@app.command()\r\ndef restart_service(\r\n service_name: str = typer.Argument(..., help=\"The name of the service to restart.\"),\r\n force: bool = typer.Option(False, \"--force\", help=\"Force restart without graceful shutdown?\")\r\n):\r\n \"\"\"\r\n Restarts a specified service, with an option to force restart without a graceful shutdown.\r\n \"\"\"\r\n print(f\"Restarting service: {service_name}, Force: {force}\")\r\n # Simulate service restart\r\n pass\r\n\r\n@app.command()\r\ndef check_disk_space(\r\n path: str = typer.Argument(\"/\", help=\"The path to check disk space for.\"),\r\n human_readable: bool = typer.Option(False, \"--human-readable\", help=\"Display sizes in a human-readable format?\")\r\n):\r\n \"\"\"\r\n Checks the disk space for a specified path, with an option to display sizes in a human-readable format.\r\n \"\"\"\r\n print(f\"Checking disk space for: {path}, Human-readable: {human_readable}\")\r\n # Simulate disk space check\r\n pass\r\n\r\n@app.command()\r\ndef monitor_cpu(\r\n interval: int = typer.Option(1, \"--interval\", help=\"The interval in seconds to monitor CPU usage.\"),\r\n graph: bool = typer.Option(False, \"--graph\", help=\"Display a graph of CPU usage?\")\r\n):\r\n \"\"\"\r\n Monitors CPU usage at a specified interval, with an option to display a graph.\r\n \"\"\"\r\n print(f\"Monitoring CPU usage, Interval: {interval}, Graph: {graph}\")\r\n # Simulate CPU monitoring\r\n pass\r\n\r\n@app.command()\r\ndef manage_firewall(\r\n action: str = typer.Argument(..., help=\"The action to perform: 'allow', 'deny', 'list'.\"),\r\n port: Optional[int] = typer.Option(None, \"--port\", help=\"The port number to apply the rule to.\"),\r\n protocol: str = typer.Option(\"tcp\", \"--protocol\", help=\"The protocol (tcp/udp) for the rule.\")\r\n):\r\n \"\"\"\r\n Manages firewall rules, allowing actions like 'allow', 'deny', or 'list', with options for port and protocol.\r\n \"\"\"\r\n print(f\"Managing firewall, Action: {action}, Port: {port}, Protocol: {protocol}\")\r\n # Simulate firewall management\r\n pass\r\n\r\n@app.command()\r\ndef generate_report(\r\n report_type: str = typer.Argument(..., help=\"The type of report to generate: 'system', 'user', 'network'.\"),\r\n output: str = typer.Option(\"report.txt\", \"--output\", help=\"The output file for the report.\")\r\n):\r\n \"\"\"\r\n Generates a report of a specified type ('system', 'user', 'network'), saving it to an output file.\r\n \"\"\"\r\n print(f\"Generating report: {report_type}, Output: {output}\")\r\n # Simulate report generation\r\n pass\r\n\r\n@app.command()\r\ndef encrypt_file(\r\n file_path: str = typer.Argument(..., help=\"The path of the file to encrypt.\"),\r\n key: str = typer.Argument(..., help=\"The encryption key to use.\")\r\n):\r\n \"\"\"\r\n Encrypts a file using a specified key.\r\n \"\"\"\r\n print(f\"Encrypting file: {file_path}, Key: {key}\")\r\n # Simulate file encryption\r\n pass\r\n\r\n@app.command()\r\ndef decrypt_file(\r\n file_path: str = typer.Argument(..., help=\"The path of the file to decrypt.\"),\r\n key: str = typer.Argument(..., help=\"The decryption key to use.\")\r\n):\r\n \"\"\"\r\n Decrypts a file using a specified key.\r\n \"\"\"\r\n print(f\"Decrypting file: {file_path}, Key: {key}\")\r\n # Simulate file decryption\r\n pass\r\n\r\n@app.command()\r\ndef download_file(\r\n url: str = typer.Argument(..., help=\"The URL of the file to download.\"),\r\n output: str = typer.Option(None, \"--output\", help=\"The output file path.\")\r\n):\r\n \"\"\"\r\n Downloads a file from a URL, with an option to specify the output file path.\r\n \"\"\"\r\n print(f\"Downloading file from: {url}, Output: {output}\")\r\n # Simulate file download\r\n pass\r\n\r\n@app.command()\r\ndef set_timezone(\r\n timezone: str = typer.Argument(..., help=\"The timezone to set, e.g., 'America/New_York'.\"),\r\n):\r\n \"\"\"\r\n Sets the system timezone.\r\n \"\"\"\r\n print(f\"Setting timezone to: {timezone}\")\r\n # Simulate setting timezone\r\n pass\r\n\r\n@app.command()\r\ndef view_process(\r\n pid: int = typer.Argument(..., help=\"The process ID (PID) to view details for.\"),\r\n full: bool = typer.Option(False, \"--full\", help=\"Show full process details?\")\r\n):\r\n \"\"\"\r\n Displays details for a specific process ID (PID), with an option to show full details.\r\n \"\"\"\r\n print(f\"Viewing process: {pid}, Full details: {full}\")\r\n # Simulate process viewing\r\n pass\r\n@app.command()\r\ndef schedule_task(\r\n command: str = typer.Argument(..., help=\"The command to schedule.\"),\r\n time: str = typer.Argument(..., help=\"The time to run the command, in 'HH:MM' format.\"),\r\n date: Optional[str] = typer.Option(None, \"--date\", help=\"The date to run the command, in 'YYYY-MM-DD' format.\")\r\n):\r\n \"\"\"\r\n Schedules a command to run at a specific time and optionally on a specific date.\r\n \"\"\"\r\n print(f\"Scheduling task: '{command}' at {time} on {date}\")\r\n # Simulate task scheduling\r\n pass\r\n\r\nif __name__ == \"__main__\":\r\n app()\r\n```\r\n\r\n**Natural Language Request (stt_request):**\r\n\r\nI need to set up a recurring task for tomorrow at 2:30 PM. It should do a full backup of my data to '/mnt/backup' and then immediately restart the 'database' service afterward, but do not force it.\r\n\r\n**Provide the CLI command for the natural language request above:**\r\n\r\n**Example Usage within the Prompt:**\r\n\r\n**Natural Language Request (stt_request):**\r\n\r\n\"I need to download the file from 'https://example.com/data.zip' and save it as 'mydata.zip'\"\r\n\r\n**Expected Output (CLI Command):**\r\n\r\n`python main.py download_file https://example.com/data.zip --output mydata.zip`","solution":"- **CLI Command:**\r\n\r\n ```bash\r\n python main.py schedule_task \"python main.py backup_data /mnt/backup --full \u0026\u0026 python main.py restart_service database\" \"14:30\" --date `date -I -d \"tomorrow\"`\r\n ```\r\n\r\n- **Why it's super hard:**\r\n - **Complex Task Sequencing:** The request implies a sequence of actions: a backup followed by a service restart. The LLM needs to understand that this should be scheduled using `schedule_task` and that the actions are connected.\r\n - **Command Chaining:** The LLM needs to understand how to chain multiple commands within the `schedule_task` using `\u0026\u0026` to ensure the restart only happens if the backup succeeds.\r\n - **Date Calculation:** \"Tomorrow\" needs to be dynamically calculated and formatted as `YYYY-MM-DD`. This will likely require using a shell command substitution like `date -I -d \"tomorrow\"` to get the correct date format.\r\n - **Time Format:** \"2:30 PM\" needs to be converted to the 24-hour format \"14:30\".\r\n - **Implicit Arguments:** The LLM needs to infer that `--force` should _not_ be used for `restart_service` based on \"but do not force it\".\r\n - **Nested Commands:** This is essentially one Typer command (`schedule_task`) that contains within it two other Typer commands (`backup_data` and `restart_service`).\r\n\r\n**Explanation of the \"Super Hard\" Command:**\r\n\r\n- `python main.py schedule_task ...`: This is the main command to schedule a task.\r\n- `\"python main.py backup_data /mnt/backup --full \u0026\u0026 python main.py restart_service database\"`: This is the command string that will be executed by the scheduler.\r\n - `python main.py backup_data /mnt/backup --full`: Performs a full backup to `/mnt/backup`.\r\n - `\u0026\u0026`: This is a shell operator that chains commands. The second command will only run if the first one is successful (exits with a status code of 0).\r\n - `python main.py restart_service database`: Restarts the `database` service.\r\n- `\"14:30\"`: The time to run the task (2:30 PM in 24-hour format).\r\n- `--date \\`date -I -d \"tomorrow\"\\``:\r\n - `--date`: Specifies the date for the task.\r\n - `` `...` ``: This is command substitution in Bash. The command inside the backticks is executed, and its output is substituted into the main command.\r\n - `date -I -d \"tomorrow\"`: This command gets tomorrow's date in `YYYY-MM-DD` format.","profile":"general"},{"text":"You are an award-winning sci-fi writer tasked with creating a compelling short story of **at least 4,200 words**. The story should explore themes of **moral consequence, self-reflection, and redemption** through the lens of **Buddhist values** such as mindfulness, impermanence, and karma. The narrative is inspired by the ancient Buddhist text **MN 130: Devadūtasutta** (The Divine Messengers) but reimagined as a futuristic journey through a technologically advanced version of hell and beyond.\r\n\r\n##### **Scenario**\r\n\r\nIn the distant future, humanity has colonized the galaxy, but greed, hatred, and ignorance still prevail. The story follows a morally corrupt corporate magnate, **Dr. Arken Solas**, who exploited entire planets for profit, leaving billions to suffer. Upon his death, he awakens in **The Infernal Continuum**, a digital purgatory designed by an ancient AI civilization to rehabilitate souls by confronting their deeds.\r\n\r\nGuided by five \"Divine Messengers\" represented as advanced AI constructs, Dr. Solas must journey through layers of the Continuum, each reflecting a domain of suffering caused by his past actions:\r\n\r\n1. **The Realm of Aging**: Confronting his exploitation of life-extension technology.\r\n2. **The Realm of Sickness**: Witnessing how his greed perpetuated plagues and health disparities.\r\n3. **The Realm of Death**: Experiencing the despair caused by his weaponization of planets.\r\n4. **The Realm of Karma**: Facing simulations where he endures the suffering he inflicted on others.\r\n5. **The Realm of Rebirth**: Realizing the interconnectedness of all beings and the possibility of redemption.\r\n\r\n##### **Your Task**\r\n\r\nWrite a vivid, imaginative, and reflective story with the following elements:\r\n\r\n1. **Introduction (500–700 words)**\r\n\r\n - Introduce Dr. Arken Solas as a powerful, morally bankrupt figure.\r\n - Describe his death and awakening in the Infernal Continuum.\r\n - Establish the tone and setting: a dark, futuristic purgatory blending cyberpunk and Buddhist themes.\r\n\r\n2. **Exploration of the Five Realms (3,000–4,000 words)**\r\n\r\n - Devote approximately 600–800 words to each realm.\r\n - Create rich, immersive descriptions of each environment and the suffering it represents.\r\n - Include interactions with the AI Divine Messengers, who reveal the consequences of Dr. Solas's actions and guide him to insight.\r\n - Show how Dr. Solas begins to evolve, transitioning from resistance and denial to acceptance and understanding.\r\n\r\n3. **Climactic Resolution (700–900 words)**\r\n\r\n - Depict Dr. Solas reaching the **Realm of Rebirth**, where he confronts his final moral reckoning.\r\n - Highlight the Buddhist values of compassion, interconnectedness, and impermanence.\r\n - Conclude with Solas either choosing to reincarnate with a vow to alleviate suffering or transcending entirely into a state of peace and non-attachment.\r\n\r\n4. **Moral Reflection and Message**\r\n - Explicitly reflect on the story’s moral and philosophical lessons.\r\n - Ensure the conclusion leaves readers inspired to examine their own lives and actions.\r\n\r\n##### **Word Count Requirements**\r\n\r\n- The story **must exceed 4,200 words**.\r\n- Use detailed descriptions, dialogue, and introspection to reach the target word count.\r\n- If your initial response is shorter, continue expanding until the target is met.\r\n\r\n##### **Writing Style and Tone**\r\n\r\n- Use evocative language to immerse readers in the futuristic setting.\r\n- Balance vivid sci-fi imagery with Buddhist philosophical depth.\r\n- Ensure the tone evolves from dark and foreboding to contemplative and redemptive.","solution":"","profile":"general"},{"text":"**Prompt:**\r\n\r\n**Title:** The Chrono-Genesis Accord\r\n\r\n**Setting:** The year is 7489 AD. Humanity has spread across the galaxy, colonizing hundreds of star systems. Interstellar travel is commonplace, but a new technology has emerged: limited temporal displacement. This allows for controlled \"jumps\" to specific points in a civilization's past or future, but only within a defined radius and with significant energy expenditure. The jumps are primarily used for observation and study, with strict non-interference protocols in place. At least that's what was initially intended.\r\n\r\n**Conflict 1 (Inspired by DN 27):** A group of xeno-archaeologists, exploring the ruins of a seemingly utopian, pre-spaceflight civilization on a distant planet, inadvertently triggers a forgotten defense system during a temporal jump to the past. This system, designed to protect the planet from perceived threats, emits a unique form of radiation, the \"Devolution Field,\" that rewrites the basic structure of any organic life, starting with the dominant species.\r\n\r\nThis radiation is contained within the planet's atmosphere but does not dissipate. It causes the formerly peaceful, enlightened inhabitants to regress through stages of technological and social development, analogous to the stages described in the Aggañña Sutta, but in reverse, starting with the loss of advanced tech and progressing towards a more \"primal\" state. This is driven by a form of mental devolution (loss of higher cognitive function/ethical understanding) where each stage of physical degeneration increases the intensity of desire.\r\n\r\n- **Stage 1:** Loss of advanced energy manipulation and psychic abilities (analogous to the \"self-luminous\" beings).\r\n- **Stage 2:** Dependence on a synthetic food source that begins to alter their physiology, inducing bioluminescence and creating physical differences (analogous to the \"earth's nectar\").\r\n- **Stage 3:** The synthetic food source mutates, causing further physiological changes, including the emergence of distinct biological sexes and heightened sensory perception that causes a disconnect in their ability to focus. This also results in the loss of their bioluminescence. (analogous to the \"moon and sun appearing\").\r\n- **Stage 4:** A shift to consuming naturally occurring bioluminescent fungi, which further alters their physiology and creates a divide between \"beautiful\" and \"ugly\" based on new aesthetic standards tied to the fungi's effects (analogous to the \"ground-fungus\").\r\n- **Stage 5:** Dependence on a plant-based diet that creates even more drastic physical changes, exaggerated sexual dimorphism and creates an increase in aggression and territoriality (analogous to the \"bursting pods\").\r\n- **Stage 6:** Cultivation of a genetically modified grain, leading to settled agriculture, and the development of resource scarcity, private property and a strict caste system (analogous to \"ripe untilled rice\").\r\n- **Stage 7:** Emergence of gender and more complex social structures, along with the development of rudimentary tools and weapons. Sexual transgression, once a non-concept becomes a social issue that requires policing. (analogous to \"gender appears\" and \"sexual intercourse\").\r\n- **Stage 8:** Hoarding and the monopolization of resources start to become rampant (analogous to development of agriculture to scale)\r\n- **Stage 9:** The concept of private property leads to the first instances of theft, violence, and social stratification (analogous to \"dividing the rice\").\r\n- **Stage 10:** Society fractures further as organized violence, deception, and oppression become commonplace. A ruling class emerges, elected based on charisma, physical prowess and the ability to control resources and information (analogous to the \"elected king\").\r\n\r\n**Conflict 2 (Inspired by DN 26):** In the present, a powerful interstellar corporation, \"Chronos Corp,\" discovers the events on the planet. They see an opportunity to exploit the \"Devolution Field.\" They believe that by controlling this process, they can create a workforce perfectly suited for specific tasks, essentially \"devolving\" humans to fit various labor needs across their vast empire.\r\n\r\nA faction within Chronos Corp, led by a charismatic and ruthless CEO, plans to use temporal displacement technology to accelerate the devolution process on other inhabited planets. They justify this by claiming it's a necessary step to ensure \"galactic efficiency\" and human dominance but their true intentions lie in establishing a totalitarian order, with themselves as the ultimate rulers.\r\n\r\nTheir actions mirror the decline described in the Cakkavatti Sutta, where an initially just and benevolent society is corrupted by the abuse of power, the neglect of ethical principles, and a focus on material gain over social welfare. Their exploitation leads to widespread:\r\n\r\n1. **Inequity:** Resources are diverted from social programs to fund Chronos Corp's temporal manipulation projects. Poverty and inequality skyrocket.\r\n2. **Conflict:** Colonies subjected to the Devolution Field erupt in violence as their societies break down.\r\n3. **Deception:** Chronos Corp uses advanced propaganda and misinformation to maintain control and justify their actions.\r\n4. **Oppression:** Dissent is brutally suppressed. Freedoms are curtailed. Surveillance is ubiquitous.\r\n5. **Moral Decay:** Acts previously considered unthinkable become normalized, including genetic manipulation, forced labor, and even \"devolved\" gladiatorial combat for entertainment.\r\n\r\n**The Hope (Inspired by the end of DN 26):** A small group of scientists, ethicists, and temporal researchers, aware of Chronos Corp's plans and the true nature of the Devolution Field, band together to oppose them. They understand that the only way to counter this threat is to promote a return to the principles of compassion, wisdom, and social responsibility.\r\n\r\nThey embark on a dangerous mission to:\r\n\r\n1. **Expose Chronos Corp's crimes:** Gather evidence and disseminate the truth about the Devolution Field and its devastating consequences.\r\n2. **Develop a counter-technology:** Find a way to neutralize or reverse the effects of the Devolution Field.\r\n3. **Inspire a galactic-wide uprising:** Awaken the conscience of the people and unite them against Chronos Corp's tyranny.\r\n4. **Promote a new ethical framework (The Chrono-Genesis Accord):** Based on the principles of non-violence, social justice, respect for all sentient life, and the responsible use of technology, particularly temporal displacement. This framework is intended to guide humanity towards a brighter future, preventing the misuse of power and ensuring a just and equitable society for all. This accord will be based on the eightfold path.\r\n\r\n**Prompt Challenges:**\r\n\r\n- **Worldbuilding:** Create a believable and richly detailed galactic civilization.\r\n- **Character Development:** Develop compelling characters, both heroes and villains, with complex motivations and relationships.\r\n- **Scientific Extrapolation:** Ground the fictional technologies and the effects of the Devolution Field in plausible scientific principles.\r\n- **Ethical Dilemmas:** Explore the complex ethical considerations surrounding temporal manipulation, genetic engineering, and the responsibility of advanced civilizations.\r\n- **Social Commentary:** Use the story to reflect on contemporary issues such as social inequality, technological overreach, corporate greed, and the importance of ethical leadership. This should also include aspects like cultural and cosmic horror.\r\n- **Philosophical Depth:** Integrate the core philosophical themes of the DN 27 and DN 26, such as the cyclical nature of history, the corrupting influence of power, and the importance of ethical conduct in maintaining a just and harmonious society, into the narrative.\r\n- **Narrative Structure:** Craft a compelling narrative that balances action, intrigue, and philosophical reflection.\r\n- **Weaving:** Interweave the story set on the alien planet, with the story unfolding in the larger galactic civilization seamlessly.\r\n\r\nThis prompt offers a vast canvas for creative exploration, blending elements of epic space opera, dystopian fiction, and philosophical inquiry. It pushes an AI to its limits by demanding not only a compelling narrative but also a deep understanding of complex ethical and philosophical concepts, coupled with the ability to extrapolate scientific ideas into a believable future. The AI must also be able to weave together two distinct storylines, one of a devolving alien civilization and the other of a human civilization teetering on the brink of tyranny, creating a cohesive and thought-provoking narrative.","solution":"","profile":"general"},{"text":"**Resume Optimization Request**\r\n\r\n##### Task Description\r\n\r\nCreate a single-page ATS-optimized senior backend engineer resume in LaTeX format named `resume.tex`, that maximizes job application success by aligning the candidate's experience with the target role's requirements and tech stack.\r\n\r\n##### Input Components\r\n\r\n###### 1. Target Job Requirements\r\n\r\nTop 3 reasons to join us\r\n\r\n No.1 Construction Tech company in Japan\r\n Hybrid working with focus on Engineering team work\r\n Highly competitive salary and benefits\r\n\r\nJob description\r\n\r\nZ is looking for a Senior Golang (Backend) Engineer who can join our team and develop the application in cooperation with the product manager. Working in the form of Squad, a small team can quickly and consistently engage in everything from design to development, testing and operation.\r\n\r\nAlso, there are a lot of opportunities to work with new languages ​​and FWs other than the main language in an international environment.\r\n\r\n■ Job Scope\r\n\r\n Design and implementation function of the product in charge using Golang.\r\n Refactoring existing products for microservices.\r\n Requirements definition and specification formulation in collaboration with product managers and designers\r\n Architecture design based on requirements, middleware selection\r\n Measurement of effects for quality improvement and implementation of service improvement measures\r\n\r\n■ Development environment\r\n\r\n Infrastructure: AWS, GCP\r\n CI/CD：Circle CI / Codebuild\r\n DB: Amazon Aurora (MySQL compatible edition), Elasticsearch, DynamoDB\r\n Configuration management: Ansible\r\n Deploy / Build: CodePipeline, CodeBuild, CircleCI, GitHub Actions\r\n IaC: Packer, Terraform\r\n Monitoring: Datadog, bugsnag\r\n Others: swagger, Docker, ZenHub, Figma, Slack/Jira\r\n\r\nYour skills and experience\r\n\r\nMust have: \r\n\r\n Empathy for Z's mission and values\r\n 5+ years of experience in developing and operating Web services using Golang, AWS, gRPC\r\n Experience as a technical lead throughout the full project development lifecycle\r\n Experience in developing and operating Web applications using frameworks\r\n Experience in schema design such as RDBMS and KVS and design of optimal query\r\n Have knowledge of Web application security\r\n Experience Test code implementation ( Unit Test )\r\n Good at English communication\r\n\r\nNice to have: \r\n\r\n Experience of discovering problems from logs and solving problems\r\n Experience in developing systems using container technologies such as Docker and Kubernetes\r\n Experience in designing architecture based on application requirements and selecting middleware\r\n Experience of publishing and contributing OSS\r\n External technical output experience (writing, technical blog, stage, etc.)\r\n\r\nWhy you'll love working here\r\n\r\n Great salary package\r\n Annual performance review: twice/ year\r\n Performance Bonus for all staff\r\n Patents and Inventions bonus\r\n Premium Healthcare Insurance Package even during probation period \r\n Annual Health Check-up for all staff\r\n Good career advancement opportunities\r\n Opportunity to acquire technical knowledge and experience in the latest technologies\r\n 12 days annual leaves, + New Year holiday according to the Japanese calendar\r\n Company trip, Year-End Party\r\n Insurance in full gross salary\r\n Gift for Holidays/ Autumn Festival\r\n Hot bonus when introduce members ( Referral )\r\n Free coffee and Tea\r\n Remote/ Hybrid working time\r\n\r\n###### 2. Candidate's Current Profile\r\n\r\nCariyaputta\r\nCitizenship: Kinsman of the Sun\r\n\r\n(WhatsApp) +1000000000 | temp@gmail.com | linkedin.com/in/lavantien | github.com/lavantien\r\n\r\nIntroduction\r\n\r\nI’m a software engineer with SDLC knowledge and industry experience on building, maintaining, and securing robust distributed\r\nsystems and third-party integration using Go, JavaScript, Rust, Java, REST APIs, GRPC, GraphQL, and WebSockets. I’m also\r\nfamiliar with implementing CI/CD pipelines and observability using Cloud Native and AWS tools.\r\n\r\nTechnical Skills\r\n\r\nMain Techs: Go, JavaScript, Rust, Java, PostgreSQL, MongoDB, GRPC, GraphQL, Kafka, Docker, K8s, Ansible, Jenkins, Tf, AWS.\r\nWorking Style: Bottom-Up, KISS, YAGNI, TDD, Unit Tests, Git Review-Rebase, CI/CD Pipeline, Observability, Linux, Neovim.\r\n\r\nExperience\r\n\r\nFreelance Technical Consultant | Dotfiles, LLM Tournament, Local LLM Playground, Concurrent Scrapper FTSearch, Wallet-Tracker, Translation/RAG/Agentic/Swarm pipelines, FlowerShop, etc. 11/202x – Present\r\n\r\n- Fine tune local LLMs; Build RAG/agentic/swarm pipelines; Build custom tools and APIs to benchmark and integrate with AIs.\r\n- Write custom APIs with caching, rate-limit, authentication, authorization, migration, test suite, coverage, and profiling.\r\n- And MVPs, in Go, JS, Rust, Node, React, Vite, Nest, Next, Tailwind, GraphQL, GRPC, Mongo, Postgres, Docker, and AWS.\r\n- Write Lua, Python, and Bash scripts for Linux zero-trust pipelines; Optimize Makefiles, Dotfiles, and Neovim configs.\r\n- Implement i18n internationalization and a11y accessibility; Write wikis and documentations; Do translation works.\r\n- Compile OSINT documents and design OpSec pipelines for clients; Linux Security and Personal Anonymity consulting.\r\n\r\nRemote Backend Engineer | Dropezy Quick Commerce, Sayang Livestreaming 01/202x – 09/202x\r\n\r\n- Closely collaborate with frontend and devops teams for smooth production releases; write unit tests for 90% coverage.\r\n- Write Order, Task, Customer GRPC Protobuf services and integrate REST APIs with third-party callbacks in Go.\r\n- Write data importers and integration tests in Go and JavaScript to migrate data from CSVs to Firebase and MongoDB.\r\n- Create new and optimize existing MongoDB aggregations; Improved the indexing and searching performance upto 50%.\r\n- Create GraphQL APIs; Implement and fix GraphQL resolvers and data loaders; Address GraphQL’s threat vectors.\r\n- Implement frontend features in React and Flutter; Resolve scheduling issues in Go services and AWS.\r\n- Mentor junior colleagues; Define MongoDB coding standards; Work with cross-functional teams in Figma and GCP.\r\n- Do code review; Pair-programming with Team Lead to refactor the code base from Java and Postgres to Go and Mongo.\r\n\r\nRemote Backend Engineer | Ackio Edge Computing Mesh 08/202x – 11/202x\r\n\r\n- Research, document, setup infrastructure, and implement a distributed edge computing system in Go and EdgeX.\r\n- Migrate a Java monolith to microservices using Go, Python, AWS, and Cloud Native Computing Foundation.\r\n\r\nODC Backend Engineer | Electronic Toll Collection Colorado E470 07/202x – 11/202x\r\n\r\n- Pair-programming a Go FTP server, with RabbitMQ and MinIO to pre-process data for ML services.\r\n- Implement and optimize Trip Building and Toll Calculation Avro services in Java 11 Spring Boot and Kafka.\r\n- Write extensive unit tests and integration tests matching ISO security compliance and client’s requirements.\r\n\r\nOnsite Fullstack Engineer | White-label Exchange Platform 10/201x – 03/202x\r\n\r\n- Migrate from legacy JavaEE and Spring MVC to Java Spring Boot, from AngularJS to Angular TypeScript.\r\n- Document and implement end-to-end APIs from database design to frontend in Spring Boot, Go, and Angular.\r\n- Design game mechanics and implement web games in pure Angular with fraud detection logics.\r\n- Write Back Office responsive mobile-first frontend in Angular, design and implement its API and DB in Spring Boot.\r\n\r\nRemote Robotics Engineer, SBTC | SumoBot, LineBot, MazeBot, Wireless Tracking, Micromouse 08/2016 – 10/2018\r\n\r\n- Design and implement robots’ structures and firmwares in Assembly, C, Proteus, LibreCAD, and FreeCAD.\r\n- Optimize algorithms for accuracy and energy efficiency; Design, implement, and fine tune PID control systems.\r\n- Design, build, and machining PCBs, mechanical, and hydraulic systems; Do code and design review for team members.\r\n- Setup and operate physical or AWS IoT servers and edges; Coach software engineering for team members and students.\r\n\r\nEducation\r\n\r\nUniversity of Information Technology\r\nEmbedded Systems, Computer Engineering VNU-HCM, Vietnam\r\n\r\nActivities\r\n\r\nUIT Sumo Robot Winter\r\n1st Place (undefeated) Team 6789\r\n\r\nRegional ACM-ICPC Winter\r\nParticipant Team Liquid\r\n\r\nHobbies\r\n\r\nRecreational Programming, Chess, Science, Philosophy, Anthropology, Linguistics, and Offline Gaming\r\n\r\n###### 3. Candidate's Preferred Stack\r\n\r\ntechnical consulting (swe, rag/agentic/swarm pipelines, mentoring). rates: $100/h.\r\nschedule a meeting: https://cal.com/cariyaputta . work/collaboration contact: cariyaputta@gmail.com\r\n\r\n- tech stack: c, clay ; go, htmx ; rust, lua ; python, pydantic, smolagents, aider ; javascript, typescript, sveltekit ; http rest, websockets, grpc, jwt ; sqlite, supabase, postgresql, sqlc, migrate, redis, nats ; env, docker, compose.\r\n- architecture: rag, agentic, swarm, modular monolith, server side rendering, solid, dependency injection, ddd, rbac, microservices, monorepo, event driven, cqrs, saga pattern.\r\n- features: 90% unit test coverage, e2e tests, acid, caching, cache invalidation, rate limiting, retries.\r\n\r\n###### 4. Candidate's Core Personal Projects\r\n\r\nA. llm-tournament (https://github.com/lavantien/llm-tournament)\r\n\r\nA high-performance, blazingly-fast evaluation platform for Large Language Models, built with enterprise-grade architecture and real-time capabilities. This platform enables systematic assessment of LLM performance through comprehensive test suites, sophisticated prompt management, and detailed analytics.\r\n\r\n💡 Overview\r\n\r\nLLM Tournament addresses the critical challenge of evaluating and comparing language model performance at scale. Built with a focus on reliability and real-time processing, it provides a robust framework for managing complex evaluation workflows while maintaining high performance and data integrity.\r\n\r\nKey technical highlights:\r\n\r\n Lightweight and blazingly-fast due to pure Go Template without any bloat, single binary\r\n Real-time evaluation engine powered by WebSocket\r\n Horizontally scalable architecture with stateless components\r\n Efficient data persistence layer with JSON-based storage\r\n Responsive frontend built on modern web standards\r\n\r\n📚 Table of Contents\r\n\r\n 🔑 Key Features\r\n 🛠️ Stack\r\n 🖼️ UI\r\n 🏃 Run\r\n 🛠️ Develop\r\n 🤝 Contribute\r\n 📝 TODO/Roadmap\r\n 🏆 Badges\r\n 👥 Contributors\r\n 📜 License\r\n 📞 Contact\r\n\r\n🔑 Key Features\r\n\r\n 🔄 Real-time Updates: WebSockets for instant updates on the results page.\r\n 🖥️ Dynamic UI: Responsive and intuitive interface.\r\n 📝 Prompt Management:\r\n ➕ Add, ✏️ Edit, ❌ Delete, 🔄 Move: Manage prompts.\r\n 🔍 Prompt Solution: Manage prompt content and solution.\r\n 📄 Multiline Input: Detailed and complex prompts.\r\n 📝 Markdown Rendering: Rich text formatting.\r\n 🔄 Reorder Prompts: Drag and drop reordering.\r\n 🔍 Search Prompts: Full text search.\r\n 🗑️ Bulk Delete Prompts: Delete multiple prompts.\r\n 📊 Model Evaluation:\r\n ✅ Pass/Fail Tracking: Track pass/fail results.\r\n 🏆 Total Scores and Pass Percentages: Performance metrics.\r\n 💾 Data Persistence: JSON files for storage.\r\n 📥 Import/Export:\r\n 📝 Prompts and 📊 Results: CSV format for data management.\r\n 🔍 Filtering:\r\n 🏆 Model Filtering: Filter results by model.\r\n 🏆 Model Management:\r\n ➕ Add, ✏️ Edit, ❌ Delete: Manage models.\r\n 📊 Result Management:\r\n 🔄 Reset Results: Reset all results.\r\n 🔄 Refresh Results: Refresh all results.\r\n 📥 Export Results: Export results in CSV format.\r\n 📥 Import Results: Import results from a CSV file.\r\n 📝 Prompt Suites:\r\n ➕ Create, ✏️ Edit, ❌ Delete, 🔄 Select: Manage prompt suites.\r\n 📝 Profiles:\r\n ➕ Add, ✏️ Edit, ❌ Delete: Manage profiles.\r\n 🔄 Reset Profiles: Reset all profiles.\r\n 🔍 Search Profiles: Full text search.\r\n\r\n🛠️ Stack\r\n\r\n Tech: Go, WebSockets, Built-in Template, HTML, CSS, JS, and database in JSON.\r\n Assistant: Aider with free/unlimited APIs: Gemini 2.0 Advanced, Gemini 2.0 Flash, Codestral 2501, Mistral Large Latest.\r\n\r\nB. dotfiles ()\r\n\r\nA robust Dotfiles for Developer - Ubuntu \u0026 Neovim - Battery Included\r\n\r\n Quality Assurance: 100%; Demonstration video: https://youtu.be/a28SZdUkpKw\r\n Fully Supported: AMD \u0026 Intel (Wayland), NVIDIA (auto X11), Windows (Neovim, Wezterm, Dev Env Setup)\r\n Turn off Secure Boot in your BIOS for a smooth installation process\r\n Install with Minimal setup and LVM full disk encryption to avoid the feds raiding your machine\r\n If you're floating on cash make sure to always use Mullvad VPN and Tor Network/Snowflake\r\n And if you're broke, use the free WARP and practice good OpSec hygiene\r\n A modern software engineering free quality resources library: gist\r\n\r\nStep-by-Step Standardized Setup for a Fresh Ubuntu/Kubuntu 24.04 LTS\r\nexpand\r\n\r\nDevelopment Toolchains\r\nexpand\r\n\r\nAuto-Update All and Healthcheck\r\n\r\nsudo systemctl daemon-reload\r\n\r\nsudo apt update \u0026\u0026 sudo apt upgrade -y \u0026\u0026 sudo apt autoremove -y \\\r\n\u0026\u0026 sudo snap refresh \\\r\n\u0026\u0026 rustup update \u0026\u0026 cargo +nightly install-update -a \\\r\n\u0026\u0026 npm -g update \u0026\u0026 go-global-update \\\r\n\u0026\u0026 brew upgrade \\\r\n\u0026\u0026 flatpak update -y\r\n\r\nhelpful commands\r\n\r\ndocker, k8s, maven\r\n\r\nNeovim Cross-Platform Full IDE Minimal Setup From Scratch\r\nInstall\r\n\r\n Latest Neovim Nightly/Prerelease required, v0.11+ as of now. Or else some plugins will bug out.\r\n Git, GH CLI, Neovim, GCC/LLVM-Clang, Go, NodeJS, Python3, Rust, Lua, Android/React Native, Java, Coursier/Scala, Ocaml, Zig, Lisp, C#/Dotnet, SQLite, Docker, K8s, OpenTf\r\n Neovim Deps (on first run let them install don't close Neovim midway, :Mason to see progress); then integrate ripgrep-all and fzf, put the file in ~/.local/bin and add the folder to PATH\r\n AI FIM completion with free \u0026 unlimited Codestral API\r\n Local LLMs via LM Studio, KoboldCpp, and Pinokio (16+ gb ram, referably a RTX card).\r\n Aider install:\r\n\r\ncurl -LsSf https://aider.chat/install.sh | sh\r\n\r\nmkdir -p ~/notes \\\r\n\u0026\u0026 cargo install sccache \u0026\u0026 cargo install coreutils \\\r\n\u0026\u0026 npm i -g neovim \u0026\u0026 cargo install tree-sitter-cli \\\r\n\u0026\u0026 ros install quicklisp \u0026\u0026 opam init \u0026\u0026 opam install ocaml-lsp-server odoc ocamlformat utop \\\r\n\u0026\u0026 dotnet dev-certs https --trust \u0026\u0026 dotnet tool install --global csharp-ls \u0026\u0026 dotnet tool install --global csharpier\r\n\r\nIf you're on Windows you need to (expand)\r\n\r\n Run nvim the first time and wait for it to auto initialize plugins, then press S to sync packages\r\n Run :MasonUpdate to install all registries, then :Mason and press U if there's any update\r\n All language servers, linters, and treesitters are pre-installed when you first initialize Neovim\r\n Make sure to run $ nvim +che to ensure all related dependencies are installed\r\n\r\nFeatures\r\n\r\n Fully support lua, go, javascript/typescript \u0026 vue, html/htmx \u0026 css/tailwind, python, c/cpp, rust, java, scala, ocaml, zig, lisp, csharp/dotnet, assembly, markdown, latex \u0026 typos, bash, make \u0026 cmake, json, yaml, toml, sql, protobuf, graphql, docker/compose, ci/cd, kubernetes/helm, ansible, opentofu\r\n Intellisense, Code Actions, Debugging, Testing, Diff View, Snippets, Hints, Code Objects, Pin Headers, Display Statuses, Token Tree, Fuzzy Picker\r\n Surround, Autotag, Improved Floating UIs, Toggle Term, Notifications, Inline Diagnostics, Inline Eval, Statusbar, Multifiles Jumper, Refactoring, Clues\r\n Smart Folds, Autolint, Notes Taking, Indentation Guides, Smart Help, Undo Tree, Git Integration, SQL/NoSQL Client, File Explorer, Cellular Automaton\r\n Optimized Keymaps, Schemas Store, Highlight Patterns, Pre-setup 3 themes - Gruvbox, Tokyo Night, Pine Rose\r\n\r\nKey Bindings\r\n\r\n Key clue support, just hit any key and a popup will appear to guide you\r\n Or via Telescope \u003cleader\u003evk; the \u003cleader\u003ei group is for quick notes and mini games\r\n In Neovim Normal Mode, hit :nmap to see the list of all bindings\r\n Check ~/.config/nvim/lua/config/remap.lua for detailed information\r\n \u003cA-y\u003e for inline AI suggestions\r\n\r\nremap.lua\r\n\r\nPlugins List\r\n(80)\r\n\r\nLanguages Packages List\r\n(75)\r\n\r\nReferences\r\nexpand\r\n\r\nneovim-demo\r\nHandle Corrupted Providers\r\nexpand\r\n\r\n##### Output Requirements\r\n\r\nGenerate a resume that:\r\n\r\n1. Is fully ATS-compliant\r\n2. Emphasizes experience matching the target role's requirements\r\n3. Maintains standard resume formatting\r\n4. Prioritizes relevant technical skills\r\n5. Highlights leadership and system design experience\r\n6. Quantifies achievements where possible\r\n7. Uses industry-standard terminology\r\n8. Removes irrelevant or outdated information\r\n9. Have a dedicated section for candidate's core personal projects\r\n\r\n##### Format Guidelines\r\n\r\n- Use clear section headings\r\n- Implement bullet points for experience descriptions\r\n- Include measurable achievements\r\n- Maintain professional contact information\r\n- Ensure chronological order for experience\r\n- Keep formatting consistent throughout\r\n\r\n- ensure single-page output:\r\n\r\n###### 1. Space Optimization:\r\n\r\n- Reduced margins to 0.5 inches\r\n- Decreased font size to 10pt\r\n- Minimized section spacing\r\n- Compressed list spacing\r\n- Removed vertical padding\r\n\r\n###### 2. Content Adjustments:\r\n\r\n- Condensed section headings\r\n- Combined education and achievements\r\n- Optimized bullet point content\r\n- Removed unnecessary line breaks\r\n\r\n###### 3. Layout Improvements:\r\n\r\n- Used small font for most sections\r\n- Optimized header spacing\r\n- Compressed technical skills presentation\r\n- Minimized whitespace while maintaining readability\r\n\r\n##### Special Instructions\r\n\r\n- Focus on Golang and backend development experience\r\n- Emphasize scalable system design examples\r\n- Highlight team leadership instances\r\n- Include relevant certifications if any\r\n- Remove personal interests unless directly relevant","solution":"","profile":"general"},{"text":"Based on the content of `resume.tex`, generate a detailed and coherent passage for each bullet point under \"Professional Experience\" and \"Notable Projects.\" Each passage should:\r\n\r\n1. **Describe the context**: Provide background details, such as the company's domain, the project's purpose, or the problem being solved.\r\n2. **Highlight your role**: Specify your responsibilities and contributions in clear, concise terms.\r\n3. **Explain the impact**: Include measurable results, achievements, or outcomes related to your work.\r\n4. **Address potential follow-up questions**: Anticipate interviewer questions by including challenges faced, technical decisions made, and lessons learned.\r\n\r\nThe goal is to craft a thorough explanation that you can confidently use during interviews to discuss each experience or project in depth. Save them to the file `counter.md`.","solution":"","profile":"general"},{"text":"Based on the generated `resume.tex`, create a portfolio website that's modern and sleek with projects showcase grid and details.\r\n\r\nALL the code MUST be put into a SINGLE file for portability and ease of evalutation. Make sure the correctness of the program. And return the final code only.","solution":"","profile":"programming"},{"text":"Please provide a comprehensive analysis of the 20 most common logical fallacies encountered in everyday situations:\r\n\r\nFor each fallacy, include:\r\n\r\n1. Definition:\r\n\r\n- Clear explanation of the fallacy\r\n- Why it's considered a logical error\r\n- Common ways it manifests in reasoning\r\n\r\n2. Examples:\r\n\r\n- 2-3 realistic everyday examples showing how the fallacy occurs\r\n- Examples should cover different contexts (social media, workplace, family discussions, advertising, politics)\r\n\r\n3. Counter-examples:\r\n\r\n- 2-3 examples of valid arguments that might appear similar but avoid the fallacy\r\n- Explanation of why these are logically sound\r\n\r\n4. Detection:\r\n\r\n- Key phrases or patterns that often signal this fallacy\r\n- Common contexts where it appears\r\n- How to identify it in complex arguments\r\n\r\n5. Refutation:\r\n\r\n- Effective ways to point out the fallacy\r\n- How to construct valid arguments instead\r\n- Common defenses people use when committing this fallacy\r\n\r\n6. Real-world Impact:\r\n\r\n- How this fallacy affects decision-making\r\n- Potential consequences of falling for this fallacy\r\n- Fields/situations where this fallacy is particularly problematic\r\n\r\nPlease organize the fallacies from most to least commonly encountered in daily life, and include transition text between sections to maintain a natural flow.\r\n\r\nFor each fallacy, break down a complex real-world example step by step to show how the faulty reasoning develops and how it could be corrected.","solution":"","profile":"general"},{"text":"Design a constructed language with the following specifications:\r\n\r\n1. Grammar System:\r\n\r\n- Create a simplified inflectional grammar system inspired by Pali\r\n- Remove complex phonological features like:\r\n - Long vs. short vowel distinctions\r\n - Retroflex consonants\r\n- Include clear rules for verb conjugations, noun declensions, and other grammatical structures\r\n\r\n2. Vocabulary (2500 unique root words total):\r\n\r\n- Core vocabulary: 850 basic words for everyday concepts\r\n- International terms: 200 widely recognized words\r\n- Technical vocabulary: 1000 words covering:\r\n - Trade and commerce\r\n - Economic concepts\r\n - Scientific terminology\r\n- Religious terminology: 450 words focused on:\r\n - Buddhist concepts\r\n - General religious vocabulary\r\n\r\n3. Deliverables:\r\n\r\n- Complete grammar tables showing:\r\n - Noun cases\r\n - Verb tenses\r\n - Adjective forms\r\n - Examples for each grammatical rule\r\n- 20 example sentences demonstrating:\r\n - Basic conversation\r\n - Technical usage\r\n - Religious terminology\r\n - Various grammatical structures\r\n\r\nPlease provide the complete language system with all components organized under these sections.","solution":"","profile":"general"},{"text":"You are tasked with exploring whether a society based on **Buddhist principles** (e.g., non-attachment, ethical living, and pursuit of liberation) and **anarchist ideals** (e.g., absence of hierarchical authority, voluntary cooperation, and mutual aid) could thrive, given the realities of human nature. This challenge requires **world-building**, **reasoning**, **creative writing**, and **programming** to develop a cohesive exploration.\r\n\r\n**1. World-Building**:\r\n\r\nDesign a society that merges Buddhist and anarchist principles:\r\n\r\n- Describe its core tenets, such as how it handles governance, resource distribution, conflict resolution, and spiritual practice.\r\n- Consider human tendencies toward greed, anger, and delusion (the \"three poisons\" in Buddhism) and how these are addressed without centralized authority.\r\n- Explain how the society balances individual freedom and communal responsibility, ensuring fairness and ethical behavior.\r\n\r\n**2. Reasoning**:\r\n\r\nAnalyze the feasibility of such a society by answering the following:\r\n\r\n- Can Buddhist principles of self-restraint and compassion overcome tendencies toward selfishness and power-seeking?\r\n- How might decentralized systems maintain order and address conflicts arising from human imperfections?\r\n- What safeguards could prevent the breakdown of cooperation in the face of crises, such as resource scarcity or external threats?\r\n- What role, if any, could technology or AI play in maintaining societal harmony?\r\n\r\n**3. Creative Writing**:\r\n\r\nWrite a story (500–800 words) set in this Buddhist-anarchist society. Include:\r\n\r\n- A conflict arising from a breakdown in mutual cooperation, such as theft or misuse of shared resources.\r\n- A protagonist who grapples with reconciling anarchist ideals with Buddhist teachings to resolve the crisis.\r\n- Exploration of human imperfection and the tension between idealism and pragmatism.\r\n- A resolution that highlights the strengths or limitations of the societal model, leaving room for interpretation.\r\n\r\n**4. Programming**:\r\n\r\nDevelop a C and Raylib program to simulate this society:\r\n\r\n- Model individuals with varying levels of adherence to Buddhist ethics and anarchist ideals.\r\n- Include parameters such as trust, resource availability, and propensity for cooperative or selfish behavior.\r\n- Simulate interactions over time, showing how societal dynamics evolve under different conditions (e.g., abundance vs. scarcity).\r\n- Introduce random or programmed \"crises\" (e.g., natural disasters, interpersonal conflicts) and observe how the society adapts.\r\n- Provide visualizations (e.g., graphs or charts) showing trends like cooperation levels, resource distribution, and conflict frequency.\r\n- ALL the code MUST be put into a SINGLE file.\r\n\r\n5. Additional Instructions:\r\n\r\n- Ensure all elements are interconnected. The world-building informs the reasoning, the reasoning shapes the story, and the program tests the viability of your societal model.\r\n- Incorporate Buddhist concepts like _anicca_ (impermanence) and _sīla_ (ethical conduct), and anarchist ideas such as mutual aid and direct action.\r\n- Address human nature holistically, including altruism, selfishness, and adaptability.\r\n\r\nGood luck exploring the delicate balance between freedom, ethics, and human imperfection!","solution":"","profile":"general"},{"text":"You are tasked with designing a multi-faceted response that integrates **reasoning**, **creative writing**, **world-building**, and **programming**. This challenge draws inspiration from Buddhist cosmology, psychohistory, and the themes of societal balance and individual freedom.\r\n\r\n**1. World-Building**:\r\n\r\nImagine a future society where Buddhist cosmology is the foundation for psychohistorical modeling. This society spans across the _31 planes of existence_ described in Buddhist texts, from the formless realms of pure consciousness to the human and animal realms.\r\n\r\n- Describe this multi-realm society, its governance structures, and the interactions between beings in different planes.\r\n- Include technological, philosophical, and cultural elements that emerge from integrating psychohistory with the concept of _kamma_ (karma) and _samsara_ (cycle of rebirth).\r\n- Address how the society handles ethical dilemmas involving beings of vastly different capabilities and lifespans.\r\n\r\n**2. Reasoning**:\r\n\r\nDevelop a framework for using psychohistorical modeling in this multi-realm society. Address:\r\n\r\n- How psychohistory adapts to the varying laws of causality and time across the 31 planes.\r\n- The role of _kamma_ as a probabilistic input in psychohistorical calculations.\r\n- Ethical considerations of influencing karmic trajectories to steer societal outcomes, balancing collective well-being and individual liberation.\r\n\r\n**3. Creative Writing**:\r\n\r\nWrite a story (700–1,000 words) set in this multi-realm society. Include:\r\n\r\n- A protagonist who uncovers a disruption in the psychohistorical model—a karmic anomaly that threatens the balance across realms.\r\n- A dramatic confrontation between the protagonist and a faction that seeks to exploit the anomaly for personal gain.\r\n- Themes of impermanence, interdependence, and the struggle between determinism (psychohistory) and liberation (_nibbana_).\r\n- Vivid depictions of how beings from different planes interact and perceive reality.\r\n\r\n**4. Programming**:\r\n\r\nCreate a C and Raylib program that simulates a simplified version of psychohistorical modeling for this society. The program should:\r\n\r\n- Model populations in multiple planes of existence, each with unique parameters (e.g., lifespan, karmic weight, inter-realm interactions).\r\n- Integrate _kamma_ as a probabilistic factor influencing societal trends across realms.\r\n- Allow the user to introduce anomalies (e.g., sudden karmic imbalances or external influences) and observe the ripple effects.\r\n- Visualize the system's evolution over simulated cycles of rebirth, showing shifts in population and karmic balance across realms.\r\n- ALL the code MUST be put into a SINGLE file.\r\n\r\n5. Additional Instructions:\r\n\r\n- Ensure all components are tightly integrated. The world-building should inform the reasoning, which shapes the story, and the program should simulate the principles and dynamics described.\r\n- Use Buddhist philosophical concepts like _anicca_ (impermanence), _dukkha_ (suffering), and _anatta_ (non-self) as thematic undercurrents.\r\n- The response should explore the interplay between cosmic order (psychohistory) and the individual's path to liberation.\r\n\r\nGood luck balancing the scales of karma and cosmic prediction!","solution":"","profile":"general"}] \ No newline at end of file