First section
Content for the first section. Markdown works here.
Content for the first section. Markdown works here.
We work in manual mode. You investigate, explain, and propose changes; I apply them. I need to understand every line of this codebase.
Choose the right solution over the quickest or easiest solution.
The task is the outcome—not how little time or effort it takes. Do not knowingly leave design problems, incomplete validation, or unnecessary complexity because addressing them would be tedious.
| #!/usr/bin/env node | |
| "use strict"; | |
| const fs = require("node:fs"); | |
| const path = require("node:path"); | |
| const DEFAULT_ORDER = Array.from("ABCDEFGHIJKLMNOPQRSTUVWXYZ" + "0123456789" + "!?.+-_=@#$%&()/:;,'\" "); | |
| function fail(message) { | |
| console.error(`json-to-rust-font: ${message}`); |
| import tkinter as tk | |
| from time import sleep | |
| root = tk.Tk() | |
| canvas = tk.Canvas(root, height=800, width=800, bg="black") | |
| canvas.pack (anchor=tk.CENTER, expand=True) | |
| FPS=80 | |
| x_left, y_left = 50, 50 | |
| x_right, y_right = 730, 50 | |
| # left_vy = -7 |
A rolling list of nits in the RFDs
https://rfd.shared.oxide.computer/rfd/0001#_insights_to_include_in_rfds
* Performance
- * How do the trade-offs of this determination impact performace? Is it visible to customers? Is it a regression? Are there any benchmarks that helped lead to the determination?
+ * How do the trade-offs of this determination impact performance? Is it visible to customers? Is it a regression? Are there any benchmarks that helped lead to the determination?| #!/bin/bash | |
| # ============================================================================== | |
| # CONFIGURATION - Edit these values | |
| # ============================================================================== | |
| ORG_NAME="your-org-name" | |
| LABEL_NAME="needs-review" | |
| LABEL_COLOR="FF0000" | |
| LABEL_DESCRIPTION="PRs that need review" |
When working from home I have my desk and webcam pointing towards my door which means sometimes someone might enter my office just to find themself to be captured on camera unwittingly. To deal with this I added a light above the outside of my door. This light switches on when my webcam is on and off when it is off. This way people know if they are on camera or not.
This is how I did it:
This is a quick function that can convert a QR code generated with the rust version of QR-Code-generator into a much smaller SVG than the to_svg_string function included in their example.
The function is made generic so that you may use this function with other qr sources. All the function needs is a method to check coordinates if they contain a block box or not besides the size and border values.
So if you have the data for your QR code, all you need is to write a method as I did in the FakeQr struct for the tests.
The SVG optimizations: