To build support for ALPHA on gem5 you essentially need to compile v19 in the correct environment, which can be difficult due to Python incompatibilities. Here are the steps I took:
git clone https://github.com/ArturKlauser/gem5-devApply this patch to gem5-dev/docker/gem5-dev.sh:
| solids = set() | |
| solids_y = dict() | |
| part1 = False | |
| def parse_coord(coord): | |
| x, y = coord.split(",") | |
| return int(x), int(y) | |
| with open("input") as file: | |
| for line in file: |
You can use cgroups to cap the CPU usage of processes. Thus, you can make the shader compilation process use less CPU and produce less heat, in exchange for longer compilation times.
Requires: Linux, a somewhat recent kernel, possibly a package for cgcreate.
sudo cgcreate -g cpu:/slow # Create a CPU cgroup
sudo cgclassify -g cpu:slow $(pidof fossilize_replay) # Move all shader compilation processes to the cgroup
sudo cgset -r cpu.max='2000000 1000000' slow # Cap the CPU usage (in this case: to 2 CPUs)
If you need an overview of what credentials Jenkins uses to clone repositories, you'll find that the Jenkins API is a bit convoluted. This is what I did instead:
Get-ChildItem -Path \\my-jenkins-instance\*\config.xml | ForEach-Object { $targetPath = "C:\Users\me\Desktop\jenkins\" + $_.Directory.Name + "_" + $_.Name; $_ | Copy-Item -Destination $targetPath -Force }The output will be a zip file with XML files containing job configurations. The filename contains the project name (as that information is not otherwise contained in the XML file).
| import itertools | |
| from ortools.sat.python import cp_model | |
| settimana = ("lun", "mar", "mer", "gio", "ven", "sab", "dom") | |
| slots = ("7:00", "9:00", "12:00", "16:00", "19:30") | |
| categorie = ( | |
| "news", | |
| "trucchi", | |
| "accadde", | |
| "proverbi", |