Why You Should Keep Feedback You Disagreed With and Revisit It Later

·3 views

Career advice from developer Asael Shinder urges professionals to record feedback they initially reject, rather than dismissing it outright. Some critical feedback may not be wrong but simply early, meaning the recipient lacks enough context or examples to recognise its validity at the time. Revisiting saved feedback after six months often reveals patterns that were invisible in the moment, allowing for more honest self-assessment. Feedback that still seems incorrect after multiple reviews also becomes useful, giving a person evidence-based grounds to refute it rather than a reflexive denial. Shinder also warns that the same criticism from multiple unrelated sources over time is less a matter of opinion and more a reliable signal worth taking seriously.

Read the full story at DEV Community

This is an AI-generated summary. ShortSingh links to the original source for the complete article.

Discussion (0)

How to Fix Podman Image Pull Failures Caused by Zscaler on Windows

Podman on Windows runs Linux containers inside a dedicated Linux/WSL virtual machine that maintains its own certificate trust store, separate from Windows. When Zscaler intercepts HTTPS traffic, the Podman VM does not recognise the Zscaler root CA, causing image pulls to fail even when Windows itself trusts it. The fix involves exporting the Zscaler root certificate from the Windows certificate store using PowerShell, converting it to PEM format, and injecting it into the Podman VM via SSH. Once the certificate is placed under /etc/pki/ca-trust/source/anchors/ and update-ca-trust is run inside the VM, Podman can validate Zscaler-intercepted connections without requiring the insecure --tls-verify=false flag.

0 comments Read more at DEV Community

ProgrammingDEV Community ·

40-Year-Old Rounding Trick Causes Overflow Bugs in Tenstorrent AI Accelerators

A software bug in Tenstorrent's Blackhole and Wormhole AI chips causes the softplus function to return infinity or NaN for large negative inputs, when the mathematically correct answer is approximately zero. The root cause is a decades-old integer rounding technique from 'Hacker's Delight' that silently breaks when the input magnitude exceeds 2^22, a constraint noted in the original text but not enforced in the chip's firmware. The Scalar Functional Processing Unit (SFPU) uses this trick during exponential range reduction, and when the bound is violated, it miscalculates the exponent and produces corrupted floating-point results. The fix involves clamping the intermediate value to a safe threshold before rounding, a pattern already used correctly in other SFPU functions like xielu and gelu. The incident highlights the importance of validating edge cases in hardware-level numerical routines, where silent assumption violations can produce dramatic and costly errors.

0 comments Read more at DEV Community

ProgrammingDEV Community ·

How to Build Async Email Validation in React Without Layout Shifts

A DEV Community article outlines a lightweight React pattern for handling asynchronous email validation without disruptive UI side effects. The author identifies common problems such as layout shifts caused by dynamically rendered error messages, over-reliance on color alone to signal errors, and screen readers failing to announce validation results. The proposed solution models four explicit states — idle, checking, valid, and invalid — to clearly represent what is happening at each stage of the request. A reserved feedback container with a fixed minimum height prevents content from jumping when messages appear, while aria attributes like aria-live, aria-invalid, and aria-describedby ensure accessibility is built into the design. The article emphasizes that the goal is not faster requests but making the validation process visually and semantically transparent to all users.

0 comments Read more at DEV Community

ProgrammingDEV Community ·

Ura Labs launches Midnight pilot to sponsor blockchain transaction fees for app users

Ura Labs has introduced Ura Relay Club, a pilot service on the Midnight Preprod network that sponsors DUST transaction fees on behalf of application users. The service is designed to remove the onboarding barrier where users must hold a separate token balance just to pay network fees. Developers can integrate sponsorship through an API, with their application handling transaction preparation and proving while Ura Relay Club covers fee submission. Access requires project approval and a backend-secured API key, and the pilot operates within configured usage limits. The service is currently restricted to Midnight Preprod and is not yet available on mainnet or other blockchains.

0 comments Read more at DEV Community