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Seed7 is a GPL licensed open source programming language. It is given away for free and nobody from the development team gets any money from it. submitted by /u/ThomasMertes [link] [留言]

Today I accidentally became the maintainer of software that was already almost three decades old: reviving a 1990s Java utility to keep the last PAD submitter alive in 2026. I was looking for a way to submit my AI app RiverScript to old desktop software directories and ended up digging through the long-forgotten world of PAD files. There was one problem. The only batch submission tool I could find was a Java application that first appeared in the late 1990s. The last release was in 2017. It was written by Roedy Green of Canadian Mind Products — a software developer who passed away in 2023. He spent decades writing and freely distributing Java utilities, and maintaining the widely-read Java Glossary . Roedy Green also wrote How To Write Unmaintainable Code — a famous satirical guide about writing code nobody can maintain. So, Roedy, today the code you wrote almost three decades ago was maintained. The tool still did exactly what it was supposed to do. Thank you. It just had absolutely no idea the modern web existed. It happily produced URLs like http://https://riverscript.com instead of https://riverscript.com , disabled SNI globally (which was probably a perfectly reasonable workaround at some point), and couldn't cope with the fact that almost every website now redirects HTTP to HTTPS. So I dug through the legacy Java code, fixed the compatibility issues, and got it working again. I used it to submit my app to several software directories, then published the revived version on GitHub so anyone who still needs it can use it too. Maybe nobody will ever need it again. Maybe someone will. Either way, I'm happy this old thing works again. So today, the code of the man who wrote "How To Write Unmaintainable Code" is still being maintained even after he was gone. P.S. The public repository for Mini PAD Submitter 26.3 Revived — 2026 Community Fix is available and open to everyone. submitted by /u/Odd-Flamingo-6211 [link] [留言]

An error with the cloud computing giant’s billing operation caused some customers’ monthly bills to rise from a few cents to billions of dollars.

The FireSat program can spot wildfires that other satellites miss.

submitted by /u/mttd [link] [留言]

The potential deal highlights a growing trend of complex, multi-stage funding rounds that mask true entry prices.

"Missiles are being launched at the joint force every single day in [Operation] Epic Fury."

The US is home to some of the most polluted air on the planet as smoke from 120 out-of-control Canadian wildfires drifts across the border.

Pebble founder Eric Migicovsky says buyers of its new e-paper smartwatches should know what they're signing up for and trust Pebble to make things right if they run into issues, despite the short warranty. "I think the most important thing is trust," Migicovsky told me in an interview this week. "Do people trust the product […]

The Odyssey in IMAX is worth a long journey of your own.

"We're turning the clock back on rational healthcare."

After the browser transfers a file, the server may still scan, transcode, extract metadata, or generate previews. The interface needs status updates, but the most fashionable real-time transport is not automatically the most reliable choice for an event guest on a mobile browser. Start with the update contract Define states and transitions before choosing transport: accepted -> queued -> processing -> ready accepted -> rejected processing -> processing_error Every status response should include a monotonically increasing version or timestamp. The client can ignore events older than the state it already knows. Polling is a strong baseline HTTP polling works through proxies, resumes naturally after a page wake, and is easy to cache and rate-limit. Use adaptive intervals: one second just after acceptance, then back off to several seconds when processing takes longer. const delay = Math . min ( 8000 , 1000 * 2 ** slowChecks ); Add jitter when many guests finish at the same time. Stop when the state is terminal, the page is gone, or a server-provided retry time says to wait longer. SSE fits one-way progress Server-Sent Events are attractive when the server only pushes status. The browser reconnects with a last-event ID, and the wire format is simple. But mobile networks and some intermediaries silently kill idle connections. Send occasional heartbeats and treat reconnection as normal. The reconnect handler must fetch current state because events may have been missed beyond the server replay window. Do not keep one SSE stream per file. Subscribe by guest session or album and filter authorized upload IDs on the server. WebSockets add more responsibility WebSockets make sense when the client also sends frequent commands over the same channel or when a host moderation console needs many rapid updates. For a guest waiting on two files, they add connection authentication, heartbeat, reconnect, replay, and load-balancer complexity without much user benefit. Never rely on the so

The trust proxy setting is an important concept in backend development, especially when implementing rate-limiting in our APIs. But deciding its accurate value depends heavily on our deployment topology. When we deploy our application in production, the client may not talk directly to our backend. There may be 1 or more proxies in between who forward the request to the next proxy or the backend server. Those proxies can be Load balancers, API gateways, reverse proxy like nginx or any custom service. So effectively, our request has to do some 'hops' over these proxies to reach backend. When we implement rate limiting in app to prevent the DOS attack, we generally intend this rate limit on the basis of client IP address. And this works fine when client request reaches our backend directly. But when we have multi-hop architecture, the simple setup won't work as expected. Because the most recent IP will be of the proxy and not the client. So all the traffic coming from different users will be considered from the single client(our own proxy) and thus there will be false positives as the rate limiting will trigger much often. In this scenario, we must tell our backend to ignore these extra hops(i.e. to trust our proxies). This is done by specifying trust proxy. If there is 1 proxy between client-server we set trust proxy to 1; if there are 2, or more, we set it accordingly. This will ensure our express app skips(trusts) these IPs, and accurately figures out actual client IP. The originating IP address of client is identified from 'X-Forwarded-For' header by the express app. But setting trust proxy is not that straightforward. The numerical value for trust proxy will not work in every case. If there are different paths from which our request reaches backend, there is a chance that the number of proxies may be different in each path. For example - internal vs external traffic: External(public) traffic: (Client -> Web Application Firewall -> Load balancer -> Reverse Proxy ->

Client-side media preflight can improve an upload experience, but it can also crash the page before the network request begins. A twelve-megapixel JPEG may be only four megabytes on disk and tens of megabytes after decoding. Creating several full-size canvases at once is enough to exhaust memory on older phones. Preflight is policy, not editing Decide what the browser must prove before transfer. Useful checks include file count, compressed byte size, declared type, readable dimensions, and a conservative duration limit for video. Avoid mandatory re-encoding unless the product truly needs it. Every transformation adds CPU time, memory pressure, battery use, and another failure mode. Process one file at a time A file picker may return twenty items. Do not decode all of them to build previews. Maintain a queue with one active decode on constrained devices and at most two on stronger ones. for ( const file of files ) { const result = await inspect ( file ); renderResult ( result ); await yieldToMainThread (); } The UI can list filenames immediately while dimensions and thumbnails arrive progressively. Prefer metadata over full pixels Use createImageBitmap with resize hints when supported. It can decode away from the main rendering path and avoid a full-resolution canvas for a small preview. const bitmap = await createImageBitmap ( file , { resizeWidth : 640 , resizeQuality : ' medium ' }); Always close bitmaps after drawing. Revoke object URLs when the component unmounts. Small leaks become large when guests select and remove files repeatedly. Handle orientation and color carefully Modern browsers generally honor EXIF orientation when decoding, but behavior differs across APIs and older engines. Test portrait photographs from real iOS and Android devices. Do not strip metadata silently if the original is supposed to remain untouched; upload the source file and treat the preview as disposable UI. Color differences between the preview and exported original are usually les

Welcome to Day 5! Today we shift from volatile, temporary in-memory variables to persistent storage and application durability . You will learn how to interact safely with your operating system's file system, read/write structured industry data patterns, handle real-world operational crashes gracefully, and keep execution timelines documented using professional logging architectures. 💾 1. File Handling & pathlib 📄 Python's pathlib module treats file paths as smart object structures instead of plain text strings. This avoids bugs caused by differing slash directions across operating systems (Windows uses \ , while Mac/Linux use / ). Reading ( "r" ): Loads file contents into memory. Writing ( "w" ): Erases any existing file contents and writes a fresh payload from scratch. Appending ( "a" ): Targets the end of a file, adding fresh text without overwriting existing contents. 🌱 Easy Starter Example from pathlib import Path # Create a path reference pointing to a file in the current workspace directory file_path = Path ( " notes.txt " ) # Write text cleanly to a file space file_path . write_text ( " Hello from Day 5! " ) # Read data straight back into a string variable content = file_path . read_text () print ( content ) # Output: Hello from Day 5! 🏛️ Real-World Example: Multi-Platform System Telemetry Appender from pathlib import Path from datetime import datetime def log_system_status ( status_message : str ) -> None : # Resolve home folder pathways seamlessly across Windows, Mac, or Linux systems target_dir = Path . home () / " app_workspace " / " telemetry " # Create the directory chain automatically if it doesn't exist yet target_dir . mkdir ( parents = True , exist_ok = True ) log_file = target_dir / " runtime_events.log " timestamp = datetime . now (). isoformat () # Secure stream channel using Python's standard file-open context manager with open ( log_file , mode = " a " , encoding = " utf-8 " ) as file : file . write ( f " [ { timestamp } ] STATUS: { status_mes

Apple is blaming an Apple Music price hike on "rising licensing costs."

Event uploads fail differently from normal office uploads. A wedding guest may move between venue Wi-Fi and mobile data, lock the phone while a video is transferring, or close the browser as soon as the progress bar reaches 100%. Hundreds of devices can share one access point, and users rarely wait around to diagnose an error. The usual POST request plus optimistic success toast is not enough. A reliable browser flow needs a small protocol that distinguishes local preparation, network transfer, server acceptance, media processing, and final availability. This article describes a platform-neutral design for that protocol. The five states users actually experience Model each file as a durable state machine: selected -> preparing -> transferring -> accepted -> processing -> ready Add terminal or recoverable branches: preparing -> rejected_local transferring -> paused | retryable_error | expired accepted -> processing_error processing -> ready | processing_error The key distinction is between transferring and accepted . The browser may have sent every byte while the server has not yet committed the upload. Showing “done” at that boundary creates the most frustrating failure: the guest deletes the original, but the organizer never receives it. Give every file a client-generated identity Create an upload ID before the first network request. A UUID is sufficient when combined with the event identifier: const uploadId = crypto . randomUUID (); const uploadIntent = { uploadId , eventId , name : file . name , size : file . size , type : file . type , lastModified : file . lastModified , }; Send that identity when creating the server-side upload session. If the browser retries after a timeout, the server returns the existing session instead of creating a duplicate. This is idempotency at the workflow level. A guest can tap “retry” without having to understand whether the first request reached the server. Separate the control plane from file bytes Use a small JSON API for sessi

The prediction market’s Panamanian operation seems odd, even for a company whose CEO had his apartment raided by FBI agents.

Apple Music is more expensive now. In the US, an individual plan now costs $11.99 per month, a $1 bump up from the previous $10.99 price. A family plan now costs $19.99 per month, up from $16.99, and a student plan costs $6.99 per month, up from $5.99. Apple, in a statement to Music Business […]

Camera upgrades in the Z Flip 8, Fold 8 and Fold 8 Ultra appear to be slim.