James ejangi

Add the Kernel Parameter

Let's tell the amdgpu driver to disable its runtime power management, which is the component that's failing to resume.

sudo nano /etc/default/grub

	#!/bin/bash

	# Define the base directory where your oscmix installation resides.
	# This assumes it's in your home directory under 'Sites/oscmix'.
	OSCMIX_DIR="${HOME}/Sites/oscmix"

	# Define a log file for the alsarawio background process.
	# This will capture any output or errors from alsarawio.
	LOG_FILE="${HOME}/.local/share/oscmix/alsarawio.log"

	# Once you have run `rclone config` to create the iclouddrive connection:
	rclone copy iclouddrive: iCloud\ Drive/ --progress --verbose --transfers 1 --ignore-size

	# If you have a file of paths to include (prefix "+ ") or exclude (prefix "- ") then you can use:
	# rclone copy iclouddrive: iCloud\ Drive/ --progress --verbose --transfers 1 --ignore-size --filter-from ~/.config/rclone/filters.txt

	const functions = require('@google-cloud/functions-framework');
	const express = require('express');
	const app = express();

	// GET /myFunction
	app.get('/', async (req, res) => {
	res.status(200).send('Default route');
	});

	// GET /myFunction/other

	package main

	import (
	"fmt"
	"github.com/pkg/errors"
	)

	// Custom Error Type
	type InvalidInputError struct {
	Field string

	// If I have an integer between 4 and 5 called avg and I have another integer between 5000 and 100000 called count how could I logarithmically reduce the avg integer as the count gets closer to its maximum value? Can you write me a function to do this in rust?

	fn logarithmic_reduce(avg: f64, count: u32, max_count: u32) -> f64 {
	// Ensure count does not exceed max_count to prevent negative logarithm values
	let clamped_count = count.min(max_count);

	// Scale factor to ensure the reduction effect
	let scale = (clamped_count as f64) / (max_count as f64);

	// Logarithmic reduction effect

	use tokio::runtime::Runtime;

	async fn async_task() -> i32 {
	// Your asynchronous code here
	42
	}

	fn main() {
	let rt = Runtime::new().unwrap();
	let result = rt.block_on(async_task());

	// Define a struct called Person
	struct Person {
	name: String,
	age: u8,
	}

	impl Person {
	// Method to create a new person
	fn new(name: &str, age: u8) -> Person {
	Person {