A Robotics Simulator built in TypeScript. Simulates a botball/JBC style demobot with a built in IDE.
- Git Large File Storage
- Node.js v16 or higher
- yarn
- CMake
- SWIG 4+
- Python 3.7 or newer
- [Also python 2.7]
# to get newer versions of Node.js through apt-get, you likely need to add the correct NodeSource repositories
# for details, see https://github.com/nodesource/distributions
sudo apt-get update
sudo apt-get install -y wget git cmake build-essential python3.8 swig zlib1g-dev doxygen nodejs
sudo npm install --global npm
sudo npm install --global yarn
yarn --version
#(if yarn does not work, reboot or use "sudo yarn" on the rest of the instructions)You will need to install Command Line Tools and Homebrew before continuing.
# If you need Command Line Tools
xcode-select --install
brew install node cmake swig
npm install --global yarnIt is recommended to use WSL2 with Ubuntu on Windows.
git clone --recurse-submodules https://github.com/kipr/SimulatorOr, if you've already cloned the repository without --recurse-submodules, you can initialize the submodules separately:
git submodule update --init
cd dependencies/kipr-scratch/libwallaby && git submodule update --initgit lfs pull# Python 3.7+ is required for the build process
yarn run build-deps
# The build-deps command executes:
"python3 dependencies/build.py && yarn add file:dependencies/kipr-scratch/kipr-scratch --cache-folder ./.yarncache",
Tip: if you are experiencing issues with this step, you may try deleting the repository and follow the steps listed above again.
python3 dependencies/build.py
-
Run some setup checks
-
Build libwallaby (probably only need to do this once)
-
Delete ''unnecessary blocks' from scratch-blocks/blocks-vertical (renames them with a .old extension)
- 'event.js',
- 'extensions.js',
- 'default_toolbox.js',
- 'looks.js',
- 'motion.js',
- 'sensing.js',
- 'sound.js'
-
blockify libwallaby
- Input is libwallaby-build, output is in scratch-blocks/blocks_vertical
- Start by parsing the xml result of the libwallaby build
- Essentially getting all the functions from the included files and cdecl nodes
- Ends up with a list of modules and their functions
- For all functions, needs to generate a blockly block of the module_function with
with the correct parameters and return types.
- Only does it for analog, digital, wait_for, time, motor, and servo modules
- Patches the colors in core/colours.js for the new modules from info in module_hsl.json
- Writes a new default_toolbox.js - this is what we have access to pick from
- Modifies the category names in the vertical extensions file, removing 'sounds', 'motion', 'looks', 'event', 'sensing', 'pen', but adding our modules
- Modifies the messages to include those from our modules and the program start
- Modifies the css flyout style
- Modifies the field variables to remove non initialization case
-
Patch the scratch-blocks package.json to use python2
-
Install the scratch blocks
Navigate to the root directory of this repository, then run:
yarn installyarn run build-i18nIn one terminal, build in watch mode:
yarn watch
# If you get an error that says "digital envelope routines::unsupported", use:
NODE_OPTIONS=--openssl-legacy-provider yarn watchIn another terminal, run the server:
node express.jsThe server can be configured using environment variables. Variables without default values must be provided.
| Variable | Description | Default value |
|---|---|---|
SERVER_PORT |
The port on which to listen for requests | 3000 |
CACHING_STATIC_MAX_AGE |
The max duration (in ms) to allow static assets to be cached | 3600000 (1 hr) |
FEEDBACK_WEBHOOK_URL |
The url for the discord webhook to send feedback to | |
API_URL |
The url for the KIPR database server | https://db-prerelease.botballacademy.org |
Clone the KIPR database service and follow the instructions. Start the simulator server with:
API_URL=http://localhost:4000 node express.jsThe project is set up with ESLint for JavaScript/TypeScript linting. You can run ESLint manually by running yarn lint at the root.
To ease development, we highly recommend enabling ESLint within your editor so you can see issues in real time. If you're using Visual Studio Code, you can use the VS Code ESLint extension. For other editors, see available ESLint integrations.
Simulator leverages gettext PO files to create a i18n.json file located in /i18n/i18n.json. The source files are scanned for imports of @i18n, and uses of the default exported function (tr by convention) are detected and inserted into PO files located in /i18n/po/. These PO files are "built" into the JSON file, which is then injected into the frontend via webpack's DefinePlugin (see configs/webpack/common.js for details). The tr function reads this object at runtime to make translations available.
To update the PO files, run yarn run generate-i18n. While the generation script should preserve your work-in-progress, it is recommended to commit, stash, or otherwise backup the PO files prior to running this script.
To build the PO files into a JSON object suitable for consumption by the frontend, run yarn run build-i18n.
There are many editors available for PO files. We recommend Poedit.
The format of the i18n.json is as follows:
{
"context1": {
"See `src/util/LocalizedString.ts` for a list of available language identifiers": {
"en-US": "See `src/util/LocalizedString.ts` for a list of available language identifiers",
"ja-JP": "利用可能な言語識別子のリストについては、「src/util/LocalizedString.ts」を参照してください"
}
},
"..."
}The repo includes a Dockerfile for building a Docker image of the simulator:
# If you don't have jq, you can just use export VERSION=latest
export VERSION=$(jq -r .version simulator/package.json)
docker build -t kipr/simulator:$VERSION .
docker run -ti -p 3000:3000 kipr/simulator:$VERSION