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tumbledemerald-legacy/INSTALL.md
Brody M 7a1befb261 Update INSTALL.md
2022-05-20 17:19:38 +00:00

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# Instructions
These instructions explain how to set up the tools required to build **tumbledemerald**, which assembles the source files into a ROM.
These instructions come with notes which can be expanded by clicking the "<i>Note...</i>" text.
In general, you should not need to open these unless if you get an error or if you need additional clarification.
If you run into trouble, ask for help on Matrix.
## Windows
Windows has instructions for building with three possible terminals, providing 3 different options in case the user stumbles upon unexpected errors.
- [Windows 10 (WSL1)](#windows-10-wsl1) (**Fastest, highly recommended**, Windows 10 and later only)
- [Windows (msys2)](#windows-msys2) (Second fastest)
- [Windows (Cygwin)](#windows-cygwin) (Slowest)
Unscientific benchmarks suggest **msys2 is 2x slower** than WSL1, and **Cygwin is 5-6x slower** than WSL1.
<details>
<summary><i>Note for advanced users: <b>WSL2</b>...</i></summary>
> <b>WSL2</b> is an option and is even faster than <b>WSL1</b> if files are stored on the WSL2 file system, but some tools may have trouble interacting
> with the WSL2 file system over the network drive. For example, tools which use Qt versions before 5.15.2 such as <a href="https://github.com/huderlem/porymap">porymap</a>
> may <a href="https://bugreports.qt.io/browse/QTBUG-86277">have problems with parsing the <code>\\wsl$</code> network drive path</a>.
</details>
All of the Windows instructions assume that the default drive is "C". If this differs to your actual drive letter, then replace C with the correct drive letter when reading the instructions.
**A note of caution**: As Windows 7 is officially unsupported by Microsoft and Windows 8 has very little usage, some maintainers are unwilling to maintain the Windows 7/8 instructions. Thus, these instructions may break in the future with fixes taking longer than fixes to the Windows 10 instructions.
## Windows 10 (WSL1)
WSL1 is the preferred terminal to build **tumbledemerald**. The following instructions will explain how to install WSL1 (referred to interchangeably as WSL).
- If WSL (Debian or Ubuntu) is **not installed**, then go to [Installing WSL1](#Installing-WSL1).
- Otherwise, if WSL is installed, but it **hasn't previously been set up for another decompilation project**, then go to [Setting up WSL1](#Setting-up-WSL1).
- Otherwise, **open WSL** and go to [Choosing where to store tumbledemerald (WSL1)](#Choosing-where-to-store-tumbledemerald-WSL1).
### Installing WSL1
1. Open [Windows Powershell **as Administrator**](https://i.imgur.com/QKmVbP9.png), and run the following command (Right Click or Shift+Insert is paste in the Powershell).
```powershell
dism.exe /online /enable-feature /featurename:Microsoft-Windows-Subsystem-Linux /all /norestart
```
2. Once the process finishes, restart your machine.
3. The next step is to choose and install a Linux distribution from the Microsoft Store. The following instructions will assume Ubuntu as the Linux distribution of choice.
<details>
<summary><i>Note for advanced users...</i></summary>
> You can pick a preferred Linux distribution, but setup instructions may differ. Debian should work with the given instructions.
</details>
4. Open the [Microsoft Store Linux Selection](https://aka.ms/wslstore), click Ubuntu, then click Get, which will install the Ubuntu distribution.
<details>
<summary><i>Notes...</i></summary>
> Note 1: If a dialog pops up asking for you to sign into a Microsoft Account, then just close the dialog.
> Note 2: If the link does not work, then open the Microsoft Store manually, and search for the Ubuntu app (choose the one with no version number).
</details>
### Setting up WSL1
Some tips before proceeding:
- In WSL, Copy and Paste is either done via
- **right-click** (selection + right click to Copy, right click with no selection to Paste)
- **Ctrl+Shift+C/Ctrl+Shift+V** (enabled by right-clicking the title bar, going to Properties, then checking the checkbox next to "Use Ctrl+Shift+C/V as Copy/Paste").
- Some of the commands that you'll run will ask for your WSL password and/or confirmation to perform the stated action. This is to be expected, just enter your WSL password and/or the yes action when necessary.
1. Open **Ubuntu** (e.g. using Search).
2. WSL/Ubuntu will set up its own installation when it runs for the first time. Once WSL/Ubuntu finishes installing, it will ask for a username and password (to be input in).
<details>
<summary><i>Note...</i></summary>
> When typing in the password, there will be no visible response, but the terminal will still read in input.
</details>
3. Update WSL/Ubuntu before continuing. Do this by running the following command. These commands will likely take a long time to finish:
```bash
sudo apt update && sudo apt upgrade
```
> Note: If the repository you plan to build has an **[older revision of the INSTALL.md](https://github.com/pret/tumbledemerald/blob/571c598/INSTALL.md)**, which tumbledemerald does _not_, then follow the [legacy WSL1 instructions](docs/legacy_WSL1_INSTALL.md) from here.
4. Certain packages are required to build tumbledemerald. Install these packages by running the following command:
```bash
sudo apt install build-essential binutils-arm-none-eabi git libpng-dev
```
<details>
<summary><i>Note...</i></summary>
> If the above command does not work, try the above command but replacing `apt` with `apt-get`.
</details>
### Choosing where to store tumbledemerald (WSL1)
WSL has its own file system that's not natively accessible from Windows, but Windows files *are* accessible from WSL. So you're going to want to store tumbledemerald within Windows.
For example, say you want to store tumbledemerald (and agbcc) in **C:\Users\\_\<user>_\Desktop\decomps**. First, ensure that the folder already exists. Then, enter this command to **change directory** to said folder, where *\<user>* is your **Windows** username:
```bash
cd /mnt/c/Users/<user>/Desktop/decomps
```
<details>
<summary><i>Notes...</i></summary>
> Note 1: The Windows C:\ drive is called /mnt/c/ in WSL.
> Note 2: If the path has spaces, then the path must be wrapped with quotations, e.g. `cd "/mnt/c/users/<user>/Desktop/decomp folder"`.
> Note 3: Windows path names are case-insensitive so adhering to capitalization isn't needed
</details>
If this works, then proceed to [Installation](#installation).
Otherwise, ask for help on Matrix, or continue reading below for [Windows instructions using msys2](#windows-msys2).
## Windows (msys2)
- If devkitARM is **not installed**, then go to [Installing devkitARM](#installing-devkitarm).
- If devkitARM is installed, but msys2 **hasn't previously been set up for another decompilation project**, then go to [Setting up msys2](#setting-up-msys2).
- Otherwise, **open msys2** and go to [Choosing where to store tumbledemerald (msys2)](#choosing-where-to-store-tumbledemerald-msys2).
### Installing devkitARM
1. Download the devkitPro installer [here](https://github.com/devkitPro/installer/releases).
2. Run the devkitPro installer. In the "Choose Components" screen, uncheck everything except GBA Development unless if you plan to install other devkitPro components for other purposes. Keep the install location as C:\devkitPro and leave the Start Menu option unchanged.
### Setting up msys2
Note that in msys2, Copy is Ctrl+Insert and Paste is Shift+Insert.
1. Open msys2 at C:\devkitPro\msys2\mingw64.exe or run `C:\devkitPro\msys2\msys2_shell.bat -mingw64`.
2. Certain packages are required to build tumbledemerald. Install these by running the following command:
```bash
pacman -S make zlib-devel git mingw-w64-x86_64-gcc mingw-w64-x86_64-libpng
```
<details>
<summary><i>Note...</i></summary>
> This command will ask for confirmation, just enter the yes action when prompted.
</details>
### Choosing where to store tumbledemerald (msys2)
At this point, you can choose a folder to store tumbledemerald into. If you're okay with storing tumbledemerald in the user profile folder, then proceed to [Installation](#installation). Otherwise, you'll need to account for where tumbledemerald is stored when changing directory to the tumbledemerald folder.
For example, if you want to store tumbledemerald (and agbcc) in **C:\Users\\_\<user>_\Desktop\decomps** (where *\<user>* is your **Windows** username), enter this command:
```bash
cd Desktop/decomps
```
If this works, then proceed to [Installation](#installation).
Otherwise, ask for help on Matrix, or continue reading below for [Windows instructions using Cygwin](#windows-cygwin).
## Windows (Cygwin)
1. If devkitARM is **not installed**, then follow the instructions used to [install devkitARM](#installing-devkitarm) for the msys2 setup before continuing. *Remember to not continue following the msys2 instructions by mistake!*
2.
- If Cygwin is **not installed**, or does not have all of the required packages installed, then go to [Installing Cygwin](#installing-cygwin).
- If Cygwin is installed, but **is not configured to work with devkitARM**, then go to [Configuring devkitARM for Cygwin](#configuring-devkitarm-for-cygwin).
- Otherwise, **open Cygwin** and go to [Choosing where to store tumbledemerald (Cygwin)](#choosing-where-to-store-tumbledemerald-cygwin)
### Installing Cygwin
1. Download [Cygwin](https://cygwin.com/install.html): setup-x86_64.exe for 64-bit Windows, setup-x86.exe for 32-bit.
2. Run the Cygwin setup. Within the Cygwin setup, leave the default settings until the "Choose A Download Site" screen.
3. At "Choose a Download Site", select any mirror within the Available Download Sites.
4. At "Select Packages", set the view to "Full" (top left) and search for the following packages:
- `make`
- `git`
- `gcc-core`
- `gcc-g++`
- `libpng-devel`
To quickly find these, use the search bar and type the name of each package. Ensure that the selected package name is the **exact** same as the one you're trying to download, e.g. `cmake` is **NOT** the same as `make`.
5. For each package, double click on the text that says "**Skip**" next to each package to select the most recent version to install. If the text says anything other than "**Skip**", (e.g. Keep or a version number), then the package is or will be installed and you don't need to do anything.
6. Once all required packages have been selected, finish the installation.
### Configuring devkitARM for Cygwin
Note that in Cygwin, Copy is Ctrl+Insert and Paste is Shift+Insert.
1. Open **Cygwin**.
2. Run the following commands to configure devkitPro to work with Cygwin.
```bash
export DEVKITPRO=/cygdrive/c/devkitpro
echo export DEVKITPRO=$DEVKITPRO >> ~/.bashrc
export DEVKITARM=$DEVKITPRO/devkitARM
echo export DEVKITARM=$DEVKITARM >> ~/.bashrc
```
<details>
<summary><i>Note...</i></summary>
> Replace the drive letter c with the actual drive letter if it is not c.
</details>
### Choosing where to store tumbledemerald (Cygwin)
Cygwin has its own file system that's within Windows, at **C:\cygwin64\home\\_\<user>_**. If you don't want to store tumbledemerald there, you'll need to account for where tumbledemerald is stored when **changing directory** to the tumbledemerald folder.
For example, if you want to store tumbledemerald (and agbcc) in **C:\Users\\_\<user>_\Desktop\decomps**, enter this command, where *\<user>* is your **Windows** username:
```bash
cd c:/Users/<user>/Desktop/decomps
```
Note that the directory **must exist** in Windows. If you want to store tumbledemerald in a dedicated folder that doesn't exist (e.g. the example provided above), then create the folder (e.g. using Windows Explorer) before executing the `cd` command.
<details>
<summary><i>Notes...</i></summary>
> Note 1: If the path has spaces, then the path must be wrapped with quotations, e.g. `cd "c:/users/<user>/Desktop/decomp folder"`.
> Note 2: Windows path names are case-insensitive so adhering to capitalization isn't needed
</details>
If this works, then proceed to [Installation](#installation). Otherwise, ask for help on Matrix.
## macOS
1. If the Xcode Command Line Tools are not installed, download the tools [here](https://developer.apple.com/xcode/resources/), open your Terminal, and run the following command:
```bash
xcode-select --install
```
2. - If libpng is **not installed**, then go to [Installing libpng (macOS)](#installing-libpng-macos).
- If devkitARM is **not installed**, then go to [Installing devkitARM (macOS)](#installing-devkitarm-macos).
- Otherwise, **open the Terminal** and go to [Choosing where to store tumbledemerald (macOS)](#choosing-where-to-store-tumbledemerald-macos)
### Installing libpng (macOS)
<details>
<summary><i>Note for advanced users...</i></summary>
> This guide installs libpng via Homebrew as it is the easiest method, however advanced users can install libpng through other means if they so desire.
</details>
1. Open the Terminal.
2. If Homebrew is not installed, then install [Homebrew](https://brew.sh/) by following the instructions on the website.
3. Run the following command to install libpng.
```bash
brew install libpng
```
libpng is now installed.
Continue to [Installing devkitARM (macOS)](#installing-devkitarm-macos) if **devkitARM is not installed**, otherwise, go to [Choosing where to store tumbledemerald (macOS)](#choosing-where-to-store-tumbledemerald-macos).
### Installing devkitARM (macOS)
1. Download the `devkitpro-pacman-installer.pkg` package from [here](https://github.com/devkitPro/pacman/releases).
2. Open the package to install devkitPro pacman.
3. In the Terminal, run the following commands to install devkitARM:
```bash
sudo dkp-pacman -Sy
sudo dkp-pacman -S gba-dev
sudo dkp-pacman -S devkitarm-rules
```
The command with gba-dev will ask for the selection of packages to install. Just press Enter to install all of them, followed by entering Y to proceed with the installation.
4. After the tools are installed, devkitARM must now be made accessible from anywhere by the system. To do so, run the following commands:
```bash
export DEVKITPRO=/opt/devkitpro
echo "export DEVKITPRO=$DEVKITPRO" >> ~/.bashrc
export DEVKITARM=$DEVKITPRO/devkitARM
echo "export DEVKITARM=$DEVKITARM" >> ~/.bashrc
echo "if [ -f ~/.bashrc ]; then . ~/.bashrc; fi" >> ~/.bash_profile
```
### Choosing where to store tumbledemerald (macOS)
At this point, you can choose a folder to store tumbledemerald into. If you're okay with storing tumbledemerald in the user folder, then proceed to [Installation](#installation). Otherwise, you'll need to account for where tumbledemerald is stored when changing directory to the tumbledemerald folder.
For example, if you want to store tumbledemerald (and agbcc) in **~/Desktop/decomps**, enter this command to **change directory** to the desired folder:
```bash
cd Desktop/decomps
```
Note that the directory **must exist** in the folder system. If you want to store tumbledemerald in a dedicated folder that doesn't exist (e.g. the example provided above), then create the folder (e.g. using Finder) before executing the `cd` command.
<details>
<summary><i>Note..</i>.</summary>
> Note: If the path has spaces, then the path must be wrapped with quotations, e.g. `cd "Desktop/decomp folder"`
</details>
If this works, then proceed to [Installation](#installation). Otherwise, ask for help on Matrix.
## Linux
Open Terminal and enter the following commands, depending on which distro you're using.
### Debian/Ubuntu-based distributions
Run the following command to install the necessary packages:
```bash
sudo apt install build-essential binutils-arm-none-eabi git libpng-dev
```
Then proceed to [Choosing where to store tumbledemerald (Linux)](#choosing-where-to-store-tumbledemerald-linux).
<details>
<summary><i>Note for legacy repos...</i></summary>
> If the repository you plan to build has an **[older revision of the INSTALL.md](https://github.com/pret/tumbledemerald/blob/571c598/INSTALL.md)**, which tumbledemerald does _not_,
> then you will have to install devkitARM. Install all the above packages except binutils-arm-none-eabi, and follow the instructions to
> [install devkitARM on Debian/Ubuntu-based distributions](#installing-devkitarm-on-debianubuntu-based-distributions).
</details>
### Arch Linux, Manjaro, and other Arch-based distributions
Run this command as root to install the necessary packages:
```bash
pacman -S base-devel arm-none-eabi-binutils git libpng
```
A `pacman -Syu` is also recommended but not strictly required.
Then proceed to [Choosing where to store tumbledemerald (Linux)](#choosing-where-to-store-tumbledemerald-linux).
<details>
<summary><i>Note for legacy repos...</i></summary>
> If the repository you plan to build has an **[older revision of the INSTALL.md](https://github.com/pret/tumbledemerald/blob/571c598/INSTALL.md)**, which tumbledemerald does _not_,
> then you will have to install devkitARM. Install all the above packages except arm-none-eabi-binutils, and follow the instructions to
> [install devkitARM on Arch Linux](#installing-devkitarm-on-arch-linux).
</details>
### Other distributions
_(Specific instructions for other distributions would be greatly appreciated!)_
1. Try to find the required software in its repositories:
- `gcc`
- `g++`
- `make`
- `git`
- `libpng-dev` (sometimes called `libpng-devel` or just `libpng`)
2. Follow the instructions [here](https://devkitpro.org/wiki/devkitPro_pacman) to install devkitPro pacman. As a reminder, the goal is to configure an existing pacman installation to recognize devkitPro's repositories.
3. Once devkitPro pacman is configured, run the following commands:
```bash
sudo pacman -Sy
sudo pacman -S gba-dev
```
The last command will ask for the selection of packages to install. Just press Enter to install all of them, followed by entering Y to proceed with the installation.
### Choosing where to store tumbledemerald (Linux)
At this point, you can choose a folder to store tumbledemerald (and agbcc) into. If so, you'll have to account for the modified folder path when changing directory to the tumbledemerald folder.
If this works, then proceed to [Installation](#installation). Otherwise, ask for help on Matrix.
## Installation
<details>
<summary><i>Note for Windows users...</i></summary>
> Consider adding an exception for the `tumbledemerald` and/or `decomps` folder in Windows Security using
> [these instructions](https://support.microsoft.com/help/4028485). This prevents Microsoft Defender from
> scanning them which might improve performance while building.
</details>
1. If tumbledemerald is not already downloaded (some users may prefer to download tumbledemerald via a git client like GitHub Desktop), run:
```bash
git clone https://gitlab.com/tbld/game.git
```
<details>
<summary><i>Note for WSL1...</i></summary>
> If you get an error stating `fatal: could not set 'core.filemode' to 'false'`, then run the following commands:
> ```bash
> cd
> sudo umount /mnt/c
> sudo mount -t drvfs C: /mnt/c -o metadata,noatime
> cd <folder where tumbledemerald is to be stored>
> ```
> Where *\<folder where tumbledemerald is to be stored>* is the path of the folder [where you chose to store tumbledemerald](#Choosing-where-to-store-tumbledemerald-WSL1). Then run the `git clone` command again.
</details>
2. Install agbcc into tumbledemerald. The commands to run depend on certain conditions. **You should only follow one of the listed instructions**:
- If agbcc has **not been built before** in the folder where you chose to store tumbledemerald, run the following commands to build and install it into tumbledemerald:
```bash
git clone https://github.com/pret/agbcc
cd agbcc
./build.sh
./install.sh ../tumbledemerald
```
- **Otherwise**, if agbcc has been built before (e.g. if the git clone above fails), but was **last built on a different terminal** than the one currently used (only relevant to Windows, e.g. switching from msys2 to WSL1), then run the following commands to build and install it into tumbledemerald:
```bash
cd agbcc
git clean -fX
./build.sh
./install.sh ../tumbledemerald
```
- **Otherwise**, if agbcc has been built before on the same terminal, run the following commands to install agbcc into tumbledemerald:
```bash
cd agbcc
./install.sh ../tumbledemerald
```
<details>
<summary><i>Note...</i></summary>
> If building agbcc or tumbledemerald results in an error, try deleting the agbcc folder and re-installing agbcc as if it has not been built before.
</details>
3. Once agbcc is installed, change directory back to the base directory where tumbledemerald and agbcc are stored:
```bash
cd ..
```
Now you're ready to [build **tumbledemerald**](#build-tumbledemerald)
## Build tumbledemerald
If you aren't in the tumbledemerald directory already, then **change directory** to the tumbledemerald folder:
```bash
cd tumbledemerald
```
To build **tumbledemerald.gba** (Note: to speed up builds, see [Parallel builds](#parallel-builds)):
```bash
make compare
```
If you see something like:
```bash
-m01 POKEMON EMER -cBPEE --silent
```
then the build was successful.
<details>
<summary>Note for Windows...</summary>
> If you switched terminals since the last build (e.g. from msys2 to WSL1), you must run `make clean-tools` once before any subsequent `make` commands.
</details>
To build **tumbledemerald.gba** with your changes:
```bash
make
```
# Building guidance
## Parallel builds
See [the GNU docs](https://www.gnu.org/software/make/manual/html_node/Parallel.html) and [this Stack Exchange thread](https://unix.stackexchange.com/questions/208568) for more information.
To speed up building, first get the value of `nproc` by running the following command:
```bash
nproc
```
For example, I use Gitpod to compile the builds in releases, and the output of `nproc` there is `16`. So I would run `make -j16`.
Builds can then be sped up by running the following command:
```bash
make -j<output of nproc>
```
Replace `<output of nproc>` with the number that the `nproc` command returned.
`nproc` is not available on macOS. The alternative is `sysctl -n hw.ncpu` ([relevant Stack Overflow thread](https://stackoverflow.com/questions/1715580)).
## devkitARM's C compiler
This project supports the `arm-none-eabi-gcc` compiler included with devkitARM. If devkitARM (a.k.a. gba-dev) has already been installed as part of the platform-specific instructions, simply run:
```bash
make modern
```
Otherwise, follow the instructions below to install devkitARM.
### Installing devkitARM on WSL1
1. `gdebi-core` must be installed beforehand in order to install devkitPro pacman (which facilitates the installation of devkitARM). Install this with the following command:
```bash
sudo apt install gdebi-core
```
<details>
<summary><i>Note...</i></summary>
> If the above command does not work, try the above command but replacing `apt` with `apt-get`.
</details>
2. Once `gdebi-core` is done installing, download the devkitPro pacman package [here](https://github.com/devkitPro/pacman/releases). The file to download is `devkitpro-pacman.amd64.deb`.
3. Change directory to where the package was downloaded. For example, if the package file was saved to **C:\Users\\_\<user>_\Downloads** (the Downloads location for most users), enter this command, where *\<user> is your **Windows** username:
```bash
cd /mnt/c/Users/<user>/Downloads
```
4. Once the directory has been changed to the folder containing the devkitPro pacman package, run the following commands to install devkitARM.
```bash
sudo gdebi devkitpro-pacman.amd64.deb
sudo dkp-pacman -Sy
sudo dkp-pacman -S gba-dev
```
The last command will ask for the selection of packages to install. Just press Enter to install all of them, followed by entering Y to proceed with the installation.
<details>
<summary><i>Note...</i></summary>
> Note: `devkitpro-pacman.amd64.deb` is the expected filename of the devkitPro package downloaded (for the first command). If the downloaded package filename differs, then use that filename instead.
</details>
5. Run the following command to set devkitPro related environment variables (alternatively, close and re-open WSL):
```bash
source /etc/profile.d/devkit-env.sh
```
devkitARM is now installed.
### Installing devkitARM on Debian/Ubuntu-based distributions
1. If `gdebi-core` is not installed, run the following command:
```bash
sudo apt install gdebi-core
```
2. Download the devkitPro pacman package [here](https://github.com/devkitPro/pacman/releases). The file to download is `devkitpro-pacman.amd64.deb`.
3. Change directory to where the package was downloaded. Then, run the following commands to install devkitARM:
```bash
sudo gdebi devkitpro-pacman.amd64.deb
sudo dkp-pacman -Sy
sudo dkp-pacman -S gba-dev
```
The last command will ask for the selection of packages to install. Just press Enter to install all of them, followed by entering Y to proceed with the installation.
> Note: `devkitpro-pacman.amd64.deb` is the expected filename of the devkitPro package downloaded (for the first command). If the downloaded package filename differs, then use that filename instead.
4. Run the following command to set devkitPro related environment variables (alternatively, close and re-open the Terminal):
```bash
source /etc/profile.d/devkit-env.sh
```
devkitARM is now installed.
### Installing devkitARM on Arch Linux
1. Follow [devkitPro's instructions](https://devkitpro.org/wiki/devkitPro_pacman#Customising_Existing_Pacman_Install) to configure `pacman` to download devkitPro packages.
2. Install `gba-dev`: run the following command as root.
```console
pacman -S gba-dev
```
This will ask for the selection of packages to install. Just press Enter to install all of them, followed by entering Y to proceed with the installation.
3. Run the following command to set devkitPro related environment variables (alternatively, close and re-open the Terminal):
```bash
source /etc/profile.d/devkit-env.sh
```
devkitARM is now installed.
### Other toolchains
To build using a toolchain other than devkitARM, override the `TOOLCHAIN` environment variable with the path to your toolchain, which must contain the subdirectory `bin`.
```bash
make TOOLCHAIN="/path/to/toolchain/here"
```
The following is an example:
```bash
make TOOLCHAIN="/usr/local/arm-none-eabi"
```
To compile the `modern` target with this toolchain, the subdirectories `lib`, `include`, and `arm-none-eabi` must also be present.
### Building with debug info under a modern toolchain
To build **tumbledemerald.elf** with debug symbols under a modern toolchain:
```bash
make modern DINFO=1
```
Note that this is not necessary for a non-modern build since those are built with debug symbols by default.
# Useful additional tools
* [porymap](https://github.com/huderlem/porymap) for viewing and editing maps
* [poryscript](https://github.com/huderlem/poryscript) for scripting ([VS Code/VSCodium extension](https://marketplace.visualstudio.com/items?itemName=karathan.poryscript))
* [Tilemap Studio](https://github.com/Rangi42/tilemap-studio) for viewing and editing tilemaps
* [VSCodium](https://vscodium.com)
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