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# qloader2
x86/x86_64 BIOS Bootloader
### Supported boot protocols
* Linux
* stivale (qloader2's native boot protocol, TODO: write specification)
### Supported filesystems
* ext2 (root directory only)
* echfs (root directory only)
### Supported partitioning schemes
* MBR
* GPT
## How to use
This repository contains a prebuilt version of qloader2 so building it won't
be necessary.
In order to install qloader2 on a device (which can just be a raw image file),
In order to install qloader2 on a MBR device (which can just be a raw image file),
run the provided `qloader2-install` script as such:
```bash
./qloader2-install ./qloader2.bin <path to device/image>
```
If using a GPT formatted device, it will be necessary to create an extra partition
(of at least 32K in size) to store stage 2 code. Then it will be necessary to tell
the install script where this partition is located by specifying the start sector.
```bash
fdisk <device> # Create bootloader partition using your favourite method
./qloader2-install ./qloader2.bin <path to device/image> <start sector of boot partition>
```
Then make sure the device/image contains at least 1 partition formatted in
echfs containing a `qloader2.cfg` file and the kernel/modules one wants to load.
a supported filesystem containing a `qloader2.cfg` file and the kernel/modules one
wants to load.
An example `qloader2.cfg` file can be found in `test/qloader2.cfg`.
@ -35,3 +57,17 @@ echfs-utils -m -p0 test.img import <path to file> <path in image>
```
One can get `echfs-utils` by installing https://github.com/qword-os/echfs.
## Building from source
In order to hack qloader2, one must build the GCC toolchain from source first.
To do so, run the `make_toolchain.sh` script from within the `toolchain` directory;
keep in mind that the script takes `MAKEFLAGS` as an argument.
```bash
cd toolchain
./make_toolchain.sh -j4
```
After that is done, simply run `make` in the root of the repo to generate
`src/qloader2.bin`.