osupdater/README.md

# **osupdater**

## **ABOUT**
A terminal rust application for figuring out what package manager(s) are present on your system and use them to update your software packages.

This is for my educational purposes of learning rust to do tasks that I have done successfully in either bash or C/C++.  Feel free to snatch this up or not.

Take note that currently, all the used update tools' parameters are hard coded.  Down the line, I will incorporate a config file that will have these hardcoded settings as the defaults.  Until then, to change said parameters, you _will_ need to edit the source.

## **FILES**

| File | Function |
| :--| :-- |
| ./antiquated/ | bash & python source |
| ./osupdater/ | rust source |
| ./rust_build_osupdater.sh | bash script to build the source |

## **TESTED ENVIRONMENTS**

Currently when I start work on distributions that I do not have a live environment to use or a VM available, I will use distrobox.  Then as time permits, I use VMs to test as a next best thing to a live environment.

Consider distrobox tests as the lowest grade pass, then VMs and native tests.

Trusted contributors will count as a passed/failed contributor test.

|DISTRIBUTION|PERSONALLY TESTED|CONTRIBUTOR TESTED|
| :-- | :-- | :-- |
|Arch|distrobox|no|
|Debian|distrobox|yes - tswamp|
|OpenMandriva / Mageia|no|no|
|RHEL / Fedora|yes|yes|
|SuSE/ OpenSuSE|yes|no|
|Ubuntu|distrobox|no|


|CONTAINER TYPE|PERSONALLY TESTED|CONTRIBUTOR TESTED|
| :-- | :-- | :-- |
|Distrobox|yes|no|
|Flatpak|yes|no|
|Podman|yes|no|
|Snap|yes|no|

|OTHER TOOLS|PERSONALLY TESTED|CONTRIBUTOR TESTED|
| :-- | :-- | :-- |
|Python via pip-review|yes|no|


## **COMPILING**

To compile the application you will need to have rust and cargo installed.

### **ARCH & DERIVATIVES**

```
sudo pacman -Sy rust
rustup default stable
```

### **DEBIAN & DERIVATIVES**

The [official documentation from Debian](https://wiki.debian.org/Rust) states one can either install the apt packages or  use the [official rustup installer](https://www.rust-lang.org/tools/install).

Using apt packages (my used and tested method):

```
sudo apt update -y
sudo apt upgrade -y
sudo apt install rustc cargo rustfmt -y
```

Using rustup:

```
sudo apt update -y
sudo apt upgrade -y
sudo apt install curl build-essential gcc make -y
curl --proto '=https' --tlsv1.2 -sSf https://sh.rustup.rs | sh
```

The final command above will pull in and run the installer.  Follow the prompts on screen.

### **OPENMANDRIVA/MAGEIA (UNTESTED)**

```
sudo urpmi update
sudo urpmi install gcc curl make
curl --proto '=https' --tlsv1.2 -sSf https://sh.rustup.rs | sh
```

### **RHEL/FEDORA**

```
sudo dnf install rust cargo -y
```

### **SUSE/OPENSUSE**

The [official documentation from OpenSuSE.org](https://en.opensuse.org/Rust) states to use rustup, so here it is:

```
sudo zypper install rustup -y && rustup toolchain install stable
```

## **OSUPDATE ACQUISITION, COMPILATION AND USAGE**

### **CURRENT SCOPE AND LIMITATIONS**
The current scope and intended use of the tool is:

* Not to be run as root -- be a regular user with sudo rights to run the package manager tools.
* Currently custom parameters, logging, and other useful fancy stuff is not implemented.  It will be, but not now.
* The testing has been done in a limited fashion.  I have several Workstations, Laptops, VMs, VPS's, and contributors that are able to validate things.  The testing matrix above has the details, play in a VM if your platform is untested (notably arch).  I test first in distrobox, then if things work a VM or a contributor report.
* If you have any doubts as to what the hell is going on under the hood, look at the source or  look at the bash or python versions.  If the parameters are too conservative or aggressive -- edit the source or wait until I get custom parameters implemented.

### **GETTING SOURCE AND COMPILATION**
In order to use the application the source must be downloaded and then compiled.

```
git clone https://git.schotty.com/andrew/osupdater
cd osupdater
./rust_build_osupdater.sh
```

If the rust toolchain is installed it will build the binary for your currently running platform.  If you run into issues, follow the above instructions for your platform.  If the platform is not listed, file a bug report for inclusion.  If the above instructions are insufficient, file a bug report and I can update them to include any missing instructions and/or caveats

### **RUNNING OSUPDATE**

Running the application is as simple as executing the ouput binary located at **osupdater/target/release/osupdater**

Depending on tastes, you can copy said binary to ~/.local/bin or any other location that is in your PATH.

The application will output whatever it does, and ignore any package managers that are not present on your system.

## **NOTES**

During testing via distrobox, pip-review will fail if the host python version is not the same as the container.  The tool will find the pip-review package, but be unable to execute due to a version mismatch.

### **DISTROBOX CONTAINERS USED FOR TESTING**

#### **USING DISTROBOX**

Starting container:
```
distrobox-create --name CONTAINER_NAME --image CONTAINER_URI
distrobox-enter CONTAINER_NAME
```

Entering container:
```
distrobox enter CONTAINER_NAME
```

Stopping container:
```
podman stop CONTAINER_NAME
podman rm CONTAINERF_NAME
```

#### **CONTAINER URI'S**
Arch:
* quay.io/toolbx/arch-toolbox:latest

Debian:
* quay.io/toolbx-images/debian-toolbox:latest
* quay.io/toolbx/ubuntu-toolbox:latest

RHEL/Fedora:
* quay.io/toolbx-images/almalinux-toolbox:latest
* registry.fedoraproject.org/fedora-toolbox:40
* quay.io/toolbx-images/rhel-toolbox:latest

SuSE/OpenSuSE:
* registry.opensuse.org/opensuse/distrobox:latest