Peter Kellner pkellner

name

tone-plain-no-bragging

description

How the user wants responses written — plain, humble, no self-congratulation

metadata

node_type	type	originSessionId
memory	feedback	c588c490-68e8-4940-afda-a6a57c8e6a3e

The user dislikes self-congratulatory / bragging tone (e.g., "strictly better," comparison tables showing how clever a solution is, framing my own answers as smart). Be plain and humble, especially after mistakes.

Here’s a formatted Markdown version you can paste into a GitHub Gist:

Why Cursor Runs Out Faster Than Claude Code on the Same Opus

You use Opus everywhere, but the two products are not metering the same work the same way.

Cursor exhausts faster for structural reasons, not because Opus behaves differently.

Same Opus model. Different meter. Cursor bills like prepaid API usage. Claude Code bills like a subscription with rolling resets.

Your options represent different approaches to rendering and server-side involvement in a web application. Here's a breakdown of each approach:

1. CSR (Client-Side Rendering), no SSR

How it works: The browser downloads a JavaScript bundle, which is then executed on the client to render the UI.
Use case: Ideal for highly interactive, single-page applications (SPAs) where SEO is not a priority.
Pros:
- Fast initial server response (just static HTML/JS).
- Easier to scale as it reduces server-side load.
Cons:
Slower Time to Interactive (TTI) because rendering waits for JavaScript to load.

	---
	name: tone-plain-no-bragging
	description: "How the user wants responses written — plain, humble, no self-congratulation"
	metadata:
	node_type: memory
	type: feedback
	originSessionId: c588c490-68e8-4940-afda-a6a57c8e6a3e
	---

	The user dislikes self-congratulatory / bragging tone (e.g., "strictly better," comparison tables showing how clever a solution is, framing my own answers as smart). Be plain and humble, especially after mistakes.

	#!/bin/sh

	# Define group prefixes
	groups="better-rules-com better-rules-net gmail-to-icloud-net coolify"
	group_totals="0 0 0 0"
	unassigned_total=0

	# Create temporary files
	stats_file=$(mktemp)
	temp_file=$(mktemp)

	#!/bin/bash

	# Capture the stats for all containers
	docker stats --no-stream --format "{{.Container}} {{.Name}} {{.CPUPerc}} {{.MemUsage}}" > stats.txt

	# Temporary file to store container info for sorting
	temp_file=$(mktemp)

	# Helper function to format running time
	format_time() {

	version: "3.9"

	services:
	mysqlsecure:
	image: mysql:8.0
	container_name: mysqlsecure
	volumes:
	- ./data:/var/lib/mysql
	- ./certs:/etc/mysql/certs
	environment:

	version: "3.9"

	services:
	mysqlsecure:
	image: mysql:8.0
	container_name: mysqlsecure
	volumes:
	- ./data:/var/lib/mysql
	- ./certs:/etc/mysql/certs
	environment:

	Here’s a formatted Markdown version you can paste into a GitHub Gist:

	# Why Cursor Runs Out Faster Than Claude Code on the Same Opus

	You use Opus everywhere, but the two products are not metering the same work the same way.

	Cursor exhausts faster for structural reasons, not because Opus behaves differently.

	> Same Opus model. Different meter.
	> Cursor bills like prepaid API usage. Claude Code bills like a subscription with rolling resets.

	version: '3.8'
	services:
	changedetection:
	labels:
	- 'traefik.http.middlewares.<random_unique_name>.basicauth.users=test:$2y$12$ci.4U63YX83CwkyUrjqxAucnmi2xXOIlEF6T/KdP9824f1Rf1iyNG'
	image: 'redis/redisinsight:latest'
	healthcheck:
	test: ["CMD", "curl", "-f", "http://localhost:5540"]
	interval: 30s
	timeout: 10s