Clone this repository and then run:
yarn install
You'll need at least Node LTS for this to work.
yarn build
If you want to use this package as a local tool, you can install it globally, in order to make the "binaries" available:
yarn global add @exercism/typescript-representer
On *nix systems or enabled shells (wsl, bash, git bash, etc.) you can now use typescript-representer <slug> <input> [<output>] [-flag] [--flags]
to represent a local file (at input
), or
typescript-representer-remote https://exercism.io/... [<output>] [-flag] [--flags]
to work on a remote solution.
If you're developing this, you can run this via yarn
or the provided shell script.
.sh
enabled systems (UNIX, WSL):yarn represent:dev
.bat
fallback (cmd.exe, Git Bash for Windows):yarn represent:dev:bat
You'll want these :dev
variants because it will build the required code (it will transpile from TypeScript to JavaScript, which is necessary to run this in Node environments, unlike Deno environments).
When on Windows, if you're using Git Bash for Windows or a similar terminal, the .sh
files will work, but will open a new window (which closes after execution).
The .bat
scripts will work in the same terminal.
You can also manually build using yarn
or yarn build
, and then run the script directly: ./bin/represent.sh arg1 -o2 --option3
.
Run this with the argument help
to see how to use this:
yarn represent:dev:bat help
Usage | represent.js <exercise> <input-directory> [<output-directory>] [options]
Options:
... see below
Examples:
represent.js two-fer ~/typescript/two-fer/128/
Represent the two-fer solution from the input directory "~/typescript/two-fer/128"
short | long | description | |
---|---|---|---|
--version |
Show version number | boolean |
|
-d |
--debug |
Unless given, only outputs warnings and errors | boolean (default: false ) |
-c |
--console |
If given, outputs to the console | boolean (default: false ) |
--or |
--output_representation |
Path relative to the output dir where the representation is stored | string (default: "./representation.txt" ) |
--om |
--output_mapping |
Path relative to the output dir where the mapping is stored | string (default: "./mapping.json" ) |
-u |
--ugly |
If given, does not format the JSON output using 2 space indentation | boolean (default: false ) |
--dry |
If given, does not output anything to disk | boolean (default: false ) |
|
-h |
--help |
Show help | boolean |
When using development, likely you'll want -dc
to also print the output and debug message to the console.
You can use --dry
to prevent the script from writing to disk.
When the <output-directory>
is not given, it default to the given <input-directory>
There are tools provided to run the representer on remote solutions.
.sh
enabled systems (UNIX, WSL):bin/scripts/remote.sh url
.bat
fallback (cmd.exe, Git Bash for Windows):bin\scripts\remote.bat url
You can pass the following type of URLs:
- Published solutions:
/tracks/typescript/exercises/<slug>/<id>
- Mentor solutions:
/mentor/solutions/<id>
- Your solutions:
/my/solutions/<id>
- Private solutions:
/solutions/<id>
To create the image, execute the following command from the repository root:
docker build -t exercism/typescript-representer .
To run
from docker pass in the solutions path as a volume and execute with the necessary parameters:
docker run -v $(PATH_TO_SOLUTION):/solution exercism/typescript-representer ${SLUG} /solution
Example:
docker run -v ~/solution-238382y7sds7fsadfasj23j:/solution exercism/typescript-representer two-fer /solution
The easiest way to satisfy the code-format linter is to add a comment to your PR:
/format
Alternatively, run the following command:
# Ensure that the version matches the version inside .github/format-code.yml
EXERCISM_PRETTIER_VERSION=2.2.1 bin/format.sh