Tom Boettger bttger

OpenRA hotkeys

, cycle status bars
Z to jump to selection
H to jump to base
Space to jump to last radar event
Q to select all combat units on screen (double click for on map)
Click on unit and W to select all units of same type on screen (double click for on map)
Shift + Click on unit to add it to selection (also possible to drag over multiple units)

Overview

Why should you make a distributed system?

The system is inherently distributed (e.g. mobile devices like smartphones)
Reliability (some nodes can fail and the system keeps functioning; fault tolerance)
Performance (process data faster by utilizing multiple nodes or achieve better latency by requesting data from a nearby node)
The capacity of a single machine isn’t enough for the task (e.g. limited memory size, bandwidth, CPU cycles, etc.; scalability)

What are the Characteristics of distributed systems?

Here’s a research-based, practical protocol for combined lactate/VO₂max testing for road cyclists, designed for accuracy, athlete safety, and efficiency. It aligns with current sports science consensus (e.g., studies by Faude, Kindermann, Skovereng, & Bourdon).

Key Principles

Start Low: Avoids premature fatigue and captures LT1 (aerobic threshold).
Progressive Steps: Enables clear lactate curve profiling.
Optimal Stage Duration: 4 minutes balances metabolic stabilization (~95% VO₂ steady-state by 3 min) with test duration.
Targeted Increments: Uses % of predicted FTP (pFTP) for accessibility.
Termination Criteria: Ensures valid VO₂max and safety.
Integrated Analysis: Combines lactate, gas exchange, and HR data.

	/**
	* Checks if the provided credentials are correct and returns corresponding
	* employer entity
	*
	* @throws 404 NotFound Exception (email not found)
	* @throws 401 Unauthorized Exception (email and password combination wrong)
	* @param email
	* @param password
	*/
	async validateCredentialsEmployer(

	type TableName = string;
	type ColumnReference = string;
	type SqlConditions = string;
	type JsonKeyName = string;
	type OrderBy = Record<ColumnReference, "ASC" \| "DESC">;

	enum QueryNodeType {
	Array,
	Object,
	}

	package main

	import (
	"bufio"
	"flag"
	"fmt"
	"log"
	"net/http"
	"os"
	"strings"

	from lxml import etree


	def process_elements(element, keep_tags, depth=0):
	result = []
	for child in element:
	if child.tag in keep_tags:
	result.append((depth, child))
	result.extend(process_elements(child, keep_tags, depth + 1))
	return result