lamcw

INCLUDE PERFETTO MODULE experimental.slices;      
WITH arg_sets_0 AS (
  SELECT DISTINCT arg_set_id
    FROM args
    WHERE key = 'args.action_pool'
    AND display_value = 'default'
  )
SELECT
  SUM(dur) / 1000000000
FROM experimental_slice_with_thread_and_process_info

lamcw

#!/bin/sh

is_active=$(swaymsg -t get_outputs | jq ".. | select(.name? == \"${1}\") | .active")

if [ $is_active = "false" ]
then
	swaymsg "output ${1} enable"
else
	swaymsg "output ${1} disable"
fi

lamcw

#!/bin/sh

# Wrapper script for launching a qemu instance for Windows 10.
#
# This script is used in a Dell XPS 13 host.
#
# Usage: win [custom_qemu_options]
#
# Example:
# Assigning host USB device to guest VM

lamcw

main = putStrLn "Hello friends!"

lamcw

/* method is documentented here https://tia.mat.br/posts/2015/05/01/initializing_a_heap_allocated_structure_in_c.html */

#define ALLOC_INIT(type, ...)   \
        (type *)memdup((type[]){ __VA_ARGS__ }, sizeof(type))

void *memdup(const void *src, size_t sz) {
	void *mem = malloc(sz);
	return mem ? memcpy(mem, src, sz) : NULL;
}

lamcw

#!/bin/sh

echo "started test"

# args
N_RUN=$1
echo $N_RUN
START_SIZE=$2
echo $START_SIZE
END_SIZE=$3

lamcw

#!/bin/sh

printf "Input\tInitial\tHas\tNumber\tAvgTime\tAvgTime\n"
printf "Size\tOrder\tDups\tof runs\tforusel\tforsort\n"

N_RUN=$1
START_SIZE=$2
END_SIZE=$3
STEP=$4
sortarg=( "-R" "-n" "-nr" )

lamcw

Installation Guide

The purpose of this gist is to install vanilla Arch Linux to an USB storage device for XPS 13 (9350). This also act as a "note-to-self" in case I accidentally nuke my system and need a reinstallation. Most of the configuration here can actually be used in any UEFI-enabled pc, but I have added some detail points to optimize settings for my lovely XPS 13. I wrote this from my memory so there might be something that I missed. I will update this gist once I remember it.

What you need

• Dell XPS 13 (9350) ...well obviouly
• An USB stick/HDD/SSD
• A bootable drive containing a live arch linux image, which can be downloaded here
• Internet connection