new instructions June 2022

macos

First pre-install homebrew and rust, then install pkg-config and sdl2

brew install pkg-config
brew install sdl2

now build everything and run it

cargo build
cargo run-script dev

An SDL window will open with a mouse cursor and a pink-magenta button to quit.

In another terminal window start the dock with cargo run-script dock

linux

install rust and gcc and git and node
- follow these instructions
- sudo apt-get install build-essential
- install nodejs v16

Now you need the following native deps:

sudo apt install libasound2-dev

Now build IdealOS and run it.

cargo build
cargo run --bin runner -- --wmtype native --datafile=tools/runner/data.json

Apps

This clogwench repo is just the core and window manager. The apps are in the clogwench-app repo. To use the apps, clone that repo, build them with the instructions, then add the apps.json file to the datapath when you start IdealOS. For example: if you checked out clogwench-apps next to clogwench then you can run:

cargo run --bin runner -- --wmtype native --datafile=tools/runner/data.json --datafile=../clogwench-apps/apps.json

You may also want the test data

git clone https://github.com/joshmarinacci/querylang-testdata.git

This will let you have cool sample music, images, and text documents to work with. To run the test data as well as the apps, run:

cargo run --bin runner -- --wmtype native --datafile=tools/runner/data.json --datafile=../clogwench-apps/apps.json --datafile=../querylang-testdata/data.json

details

Running components separately.

In one terminal run the central server

cargo run --bin central -- --database = db/test_data.json

In another terminal go to the clogwench-apps repo and run an app:

cd ../clogwench-apps/dock
npm install
npm run dev

And the dock will launch. It will check the database for the list of available apps and create a button for each one.

arch

diagram diagram

old stuff

initial setup

adapted from https://graspingtech.com/ubuntu-desktop-18.04-virtual-machine-macos-qemu/

install home brew if you don't already have it
install qemu with brew install qemu
check that it works with qemu-system-x86_64 --version
go into qemu dir cd qemu
first create the server.qcow2 with qemu-img create -f qcow2 server.qcow2 10G
also download the torrent of the ubuntu iso. probably from here
edit run_qemu_x86_64.sh to point server.qcow2 and the iso file.
run ./run_qemu_x86_64.sh. choose all defaults. no extra snaps or updates.
after install control-c to stop it
then run again without the -cdrom line
now log into the virtual server
you can ssh to the virtual server with -net user,hostfwd=tcp::2222-:22 -net nic \ added to the ./run_qemu_x86_64.sh file. *
install some deps: sudo apt-get install curl git build-essential make gcc -y
now install rust and cargo. curl --proto '=https' --tlsv1.2 -sSf https://sh.rustup.rs | sh
now log out and back into the virtual server
now check out the code with git clone https://github.com/joshmarinacci/clogwench.git
now run cargo build
now run cargo run it will probably fail if you don't have root privs. add privs with
sudo usermod -aG video <username>
sudo usermod -aG input <username>
You can run it on a real raspberry pi by following the same steps, just without the QEmu parts. Once you can SSH into your pi (or do it directly on the device), run the same steps to install rust and the source, add your user to the root privs, then start it.

qemu-system-x86_64 \
-m 4G \
-vga virtio \
-display default,show-cursor=on \
-usb \
-device usb-tablet \
-machine type=q35,accel=hvf \
-smp 2 \
-drive file=server.qcow2,if=virtio \
-cpu Nehalem
# -cdrom ubuntu-21.10-live-server-amd64.iso \

Now check out this repo on the emulated pi

https://github.com/joshmarinacci/clogwench.git

plan for platform independence

create plat crate. provides init_plat() returns a Plat object get_screen() a screen object with key fields on it get_input_stream() which is a channel that returns incoming messages plat.stop() shuts down everything, including any internal threads

create plat-linux crate: uses my kernel work

create plat-mac crate: uses sdl

for the mac simulator pre-install sdl2 and sdl2-image with

brew install sdl2 sdl2_image

To get this running on your real pi, get rust and git on your Pi then ssh in and check out the code. Inside the clogwench repo do:

cargo build
cd devtools
cargo run -- --debug=true --disable-network=true

This will start the window manager and test out graphics with a fake app. To use a real central server use --disable-network=false
then start a demo app from another ssh session.

the Qemu screen is RGBA but my standard 32bit is ARGB. The gfxbuffer format needs to account for bit length and order of components.

joshmarinacci / clogwench