feat: Added a proper README; had fun with MermaidJS!

Sofus Albert Høgsbro Rose 2023-08-13 04:37:36 +02:00
parent 9aa49c3c9b
commit f6f3511cb8
Signed by: so-rose
GPG Key ID: AD901CB0F3701434
6 changed files with 249 additions and 26 deletions

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@ -32,5 +32,6 @@ Thumbs.db
.venv .venv
# Local Developer Notes # Local Developer Notes
dev
dist dist
dev
.cache-trivy

2
.gitignore vendored
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@ -1 +1,3 @@
dist dist
dev
.cache-trivy

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@ -16,4 +16,6 @@ ENV SERVER_PORT 8787
ENV SERVER_ROOT /app ENV SERVER_ROOT /app
ENV SERVER_LOG_LEVEL info ENV SERVER_LOG_LEVEL info
USER 5020
LABEL maintainer="s174509@dtu.dk" LABEL maintainer="s174509@dtu.dk"

131
README.md
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@ -1,3 +1,128 @@
# TODO # DTU Python Support
- [ ] Don't use commit ID when tagging dev containers / check clean git tree before allowing a commit ID tag. This is the repository containing the "DTU Python Support" book.
- [ ] `pre-commit install` as part of `run.sh`? See it live: https://pysupport.timesigned.com.
## Getting Started
We've automated all the gnarly steps between beautiful `*.md` source files, and a real, running website.
You'll need to have the following commands available:
- `git`: <https://git-scm.com/>
- `python`: Newer than `3.9`.
- `podman`: <https://podman.io/>
- `pre-commit`: <https://pre-commit.com/>
- `echo "I am not afraid of the terminal!"`
Once that's set, go ahead and grab (`clone`, in `git` terms) this repo:
```bash
git clone https://git.sofus.io/so-rose/site-support.git
cd site-support
```
Now, you can view the book in your local browser:
```bash
./run.py app
## Now, navigate to http://localhost:8787 in your browser.
## CTRL+C to exit.
```
Run this whenever you want to preview any changes you made to `src/*.md` files!
# Contributing
Let's say you've made some cool changes, and you want to propose they go into the book.
First of all, thank you!
But, how do?
At this point, you'll need to know a bit of `git`.
Incidentally, the book contains a quick guide at [`src/basics/collaboration/git`](./src/basics/collaboration/git)!
This git-powered puzzle game is also a surprisingly effective teacher: <https://learngitbranching.js.org/>
Armed with this knowledge, make a branch **within the repo folder**:
```bash
git checkout -b <branch_name>
git branch
```
You're now on a new branch, which belongs only to you!
Now, commit your changes. Remember to use [Conventional Commit](https://www.conventionalcommits.org/en/v1.0.0/) format for your commit message.
For example:
```bash
git add -A
git status ## Always review your changes!
git commit -m "feat: New page!"
```
That's it! Give it a `git push`.
All that's left is to start a [Pull Request](https://git.sofus.io/so-rose/site-support/pulls), and wait for someone on the team to examine your contribution.
When several people collaborate, the workflow might end up looking something like this:
```mermaid
gitGraph
commit
commit tag: "v0.1.0"
branch bobs-cool-new-feature
branch jills-hotfix
checkout bobs-cool-new-feature
commit
commit
commit
checkout jills-hotfix
commit
commit
checkout main
merge jills-hotfix tag: "v0.1.1"
merge bobs-cool-new-feature tag: "v0.2.0"
```
# Structure of the Book
The book is structured to minimize technical wonk, and let you *focus on writing*.
This is made possible due to `mdbook`, this project avoids a lot of the technical boiler
## Easy Overview / ToC / Menu: `src/SUMMARY.md`
The beating heart of the book is [`src/SUMMARY.md`](./src/SUMMARY.md).
The headings, bullet nesting, and links result in the side-menu.
## Written in Markdown: A Gentler Take on Text
"Markdown" is text for humans. That's it!
This **entire book** is written in **100% normal** "Markdown".
The *only* filetype in `src/` is `*.md`.
All `.md` files can be opened in *any text editor*.
No, not Word; think Notepad, vim, VSCodium!
But what does it look like? Ya know, `.md` files?
```markdown
It looks pretty normal, honestly.
You can **bold**, *italic*, and even write `cool_l33t_code`!
You'll need a [text editor of some kind](https://neovim.io/), of course.
But you'll find that super quick; after all, you are:
- Cool
- Knowledgeable
- Awesome
```
With a little bit of extension magic, like the built-in MermaidJS, you can even impress your cat!
```mermaid
journey
title Learning to Use site-support: A User Journey
section Utter Confusion
Find the Repo: 1: You, A Rus, A Kitten
Clone the Repo: 3: You, A Kitten
Notice it's all .md: 5: You
section Fun and Games
Discover ./run.py app: 7: You
Change stuff: 9: You
```
# Conclusion
You should have everything you need to get started.
If anything is still confusing, don't hesitate to report an [Issue](https://git.sofus.io/so-rose/site-support/issues)!

71
run.py
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@ -40,11 +40,11 @@ CMD_DEPENDENCIES = [
] ]
IMAGE_NAME = "site-support" IMAGE_NAME = "site-support"
IMAGE_VERSION = ("0", "0", "1") IMAGE_VERSION = ("0", "1", "0")
REGISTRY_HOST = "git.sofus.io" REGISTRY_HOST = "git.sofus.io"
REGISTRY_USER = "so-rose" REGISTRY_USER = "so-rose"
REGISTRY_PASSWORD = subprocess.check_output( REGISTRY_PASSWORD = lambda: subprocess.check_output(
['pass', 'services/home/git.sofus.io/container-registry-token'] ['pass', 'services/home/git.sofus.io/container-registry-token']
).decode('ascii').strip() ).decode('ascii').strip()
@ -52,18 +52,28 @@ REGISTRY_PASSWORD = subprocess.check_output(
# - Help Text # - Help Text
#################### ####################
def action_help() -> None: def action_help() -> None:
print("""This script provides one-click development, CI, and deployment. print(f"""This script provides one-click development, CI, and deployment,
to support the use of the {IMAGE_NAME} project.
Usage: Usage:
echo -e "./run.py [OPTION] [EXTRAS]" echo -e "./run.py [OPTION] [EXTRAS]"
Program Information:
Version
=> {".".join(IMAGE_VERSION)}
OCI Container
=> {REGISTRY_HOST}/{REGISTRY_USER}/{IMAGE_NAME}:{IMAGE_VERSION[0]
The following commands must be available: The following commands must be available:
podman podman
=> The project is developed and run in podman containers. => This project is developed and run in podman containers.
=> https://podman.io/
git git
=> This project uses git for versioning, and collaboration. => This project uses git for versioning, and collaboration.
=> https://git-scm.com/
pre-commit pre-commit
=> Enforces that certain checks pass at each commit. => Enforces that certain checks pass at each commit.
=> https://pre-commit.com/
Options: Options:
./run.py ./run.py
@ -74,40 +84,41 @@ def action_help() -> None:
Options, Run Locally: Options, Run Locally:
./run.py app ./run.py app
=> Will run the app on port 8787, for local development. => Will run the app live on port 8787.
Options, Check: Options, Check:
./run.py check ./run.py check
=> Will run all checks, including static analysis and tests. => Will run all checks, including static analysis and tests.
./run.py analyze-quality [OPTIONS] ./run.py analyze-quality [OPTIONS]
=> Will run the static code-quality analysis suite. => Not yet implemented...
=> OPTIONS will be passed directly to the tool (ruff). => Potentially, could run ruff on Python snippets in the book.
./run.py analyze-types [OPTIONS] ./run.py analyze-types [OPTIONS]
=> Will run the static type checking suite. => Not yet implemented...
=> OPTIONS will be passed directly to the tool (mypy). => Potentially, could run mypy on Python snippets in the book.
./run.py analyze-security ./run.py analyze-security
=> Will run the static security analysis suite. => Will run the static security analysis suite.
./run.py analyze-format [--overwrite] [OPTIONS] ./run.py analyze-format [--overwrite] [OPTIONS]
=> Will run the code formatter in read-only omde. => Not yet implemented...
=> '--overwrite' will cause the formater to reformat all files. => Potentially, could format Python snippets in the book.
=> OPTIONS will be passed directly to the tool (tan).
./run.py test ./run.py test
=> Not yet impelmented...
=> Potentially, would test distro commands in an appropriate container.
=> Potentially, would turn Python snippets into pytest units.
- See https://github.com/modal-labs/pytest-markdown-docs
=> Will run all Markdown Python snippets as tests. => Will run all Markdown Python snippets as tests.
Options, Build & Deploy: Options, Build & Deploy:
./run.py build ./run.py build
=> Will build, tag and upload a docker image appropriately. => Will build a docker image, and tag it :dev.
./run.py build-release
=> Will build, tag and upload a docker image appropriate for release.
Options, Housekeeping: Options, Housekeeping:
./run.py clean ./run.py clean
=> Not yet implemented...
=> Will delete all data caused by this project's presence on your system. => Will delete all data caused by this project's presence on your system.
""") """)
@ -161,15 +172,13 @@ def action_publish() -> None:
subprocess.run([ subprocess.run([
"podman", "login", REGISTRY_HOST, "podman", "login", REGISTRY_HOST,
"--username", REGISTRY_USER, "--username", REGISTRY_USER,
"--password", REGISTRY_PASSWORD, "--password", REGISTRY_PASSWORD(),
]) ])
## TODO: Ensure git tag matches.
# Tag & Publish Image @ :<commit_id> # Tag & Publish Image @ :<commit_id>
subprocess.run([ subprocess.run([
"podman", "image", "push", "podman", "image", "push",
f"{IMAGE_NAME}:dev", f"{IMAGE_NAME}:{get_git_revision_hash()}",
f"{REGISTRY_HOST}/{REGISTRY_USER}/{IMAGE_NAME}:{get_git_revision_hash()}", f"{REGISTRY_HOST}/{REGISTRY_USER}/{IMAGE_NAME}:{get_git_revision_hash()}",
]) ])
@ -182,7 +191,7 @@ def action_publish() -> None:
# Tag Image # Tag Image
subprocess.run([ subprocess.run([
"podman", "tag", "podman", "tag",
f"{IMAGE_NAME}:dev", f"{IMAGE_NAME}:{get_git_revision_hash()}",
image_tag image_tag
]) ])
@ -206,6 +215,22 @@ def action_app() -> None:
]) ])
####################
# - Actions - Analyze
####################
def action_analyze_security() -> None:
Path('.cache-trivy').mkdir(parents=True, exist_ok=True)
subprocess.run([
"podman", "run", "--rm", "-it",
"--workdir", "/src",
"--volume", ".:/src",
"--volume", "./.cache-trivy:/root/.cache",
"ghcr.io/aquasecurity/trivy:latest",
"fs", "--quiet", "--scanners", "vuln,secret,config,license",
"--exit-code", "1", "./"
])
#################### ####################
@ -215,7 +240,7 @@ if __name__ == "__main__":
# Check Available Commands # Check Available Commands
for cmd in CMD_DEPENDENCIES: for cmd in CMD_DEPENDENCIES:
if not cmd_exists(cmd) : if not cmd_exists(cmd) :
print("One or more dependencies are not installed. Please see --help.") print(f"{cmd} is not installed. Please see --help for instructions.")
sys.exit(1) sys.exit(1)
with cd_script_dir(): with cd_script_dir():
@ -227,6 +252,8 @@ if __name__ == "__main__":
"app": action_app, "app": action_app,
"dev": lambda: print("TBD"), "dev": lambda: print("TBD"),
"analyze-security": action_analyze_security,
"help": action_help, "help": action_help,
"-h": action_help, "-h": action_help,
"--help": action_help, "--help": action_help,

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@ -0,0 +1,66 @@
# For git noobsies
Start by reading: http://rogerdudler.github.io/git-guide/.
This is also not meant to be an in depth introduction to git. It should, however, be enough to get you working. Also, it assumes you have a working git installation.
To **configure** git:
1. `git config --global user.name <name>` where `<name>` is your git (or GitHub) username.
2. `git config --global user.email <email>` where `<name>` is your git (or GitHub) email.
3. Confirm that the information is correct with `git config --global --list`.
To **clone** (download) this repository:
1. Move to the desired directory and write `git clone https://github.com/volesen/DiscreteMath.git <dir>` where `<dir>` is the name of the directory to place it in.
To **pull** (update your local repository) from origin:
1. `git pull`.
2. Done. If this fails, it's probably because you've changed or removed some files others have also changed or removed.
To create a **branch**:
1. Create an issue using the web GUI. From here on `<id>` will refer to the id of the issue. For example 14.
1. Create a new branch `git checkout -b <name>` where `<name>` is `<id>-issue`. This also moves your HEAD to the new branch.
To **push** (upload) your changes to the current branch:
1. Before anything else, make sure to pull the current branch with `git pull`. This helps in dealing with merge conflicts
2. `git add .` to add all your changed, deleted and added files to the "staging area".
3. `git commit -m "<message>"` to create a "commit" with all your changes. This only changes things in your local repository. <message> should be a short description of what your commit changes. [A great guide to writing good messages](https://chris.beams.io/posts/git-commit/).
4. `git push` to push your newly created commit to the branch. This is the first time any changes are made outside of your computer. [branch](https://git-scm.com/book/en/v2/Git-Branching-Basic-Branching-and-Merging). If it is a new branch write `git push --set-upstream origin <name>` where `<name>` is the name of the branch.
5. Aaand your done.
To **swap** branch (if you want to work at multiple branches simultaneously):
1. `git checkout <name>` where `<name>` is the name of the branch.
To **delete** a branch:
1. To delete a local branch write `git branch -d <name>` where `<name>` is the name of the branch.
1. To delete a remote branch (be careful!) write `git push origin --delete <name>` where <name> is the name of the branch.
To **move** or delete files without breaking git:
1. To move a file that's tracked by git without breaking things, use `git mv <source> <dest>`.
2. To delete a file that's tracked by git, use `git rm <to_delete>`.
In general it is better to commit as often as possible. Make sure what you have works and doesn't break anything else, and then commit that shit. Doesn't matter if it's a single line or a corrected punctuation mark in a comment. Commits are not precious. That way you never change too many files at a time or give others the time to do the same, reducing the need to merge files. It also makes it easier to write good commit messages :)
### Rebasing and Why You Need It
Imagine the following situation:
- You start a branch `feature` from some commit on `master`; let's call this commit 0a.
- You make 3 commits to feature: 1b, 2b, and 3b.
- Meanwhile, 5 new commits are made on master: 1a, 2a, 3a, 4a, 5a.
- It comes time to merge feature with master. But there's a problem:
You worked from 0a, thus you can't `git merge` with master, which is at 5a.
- What to do?
Right now your feature branch looks like this: 0a -> 1b -> 2b -> 3b.
You need it to look like this: 0a -> **1a -> 2a -> 3a -> 4a -> 5a** -> 1b -> 2b -> 3b.
To make this reality, you can use the *magic of rebasing*!
1. Checkout your branch: `git checkout feature`.
2. Hit git log. It looks like 0a -> 1b -> 2b -> 3b.
2. *Rebase* from master: `git rebase master`.
4. Hit git log. It now looks like 0a -> **1a -> 2a -> 3a -> 4a -> 5a** -> 1b -> 2b -> 3b.
5. You've *changed history*. Now, if you were to go `git checkout master` and `git merge feature`, everything will work!
You'll notice a **problem**: Because of the changed history, you can no longer push to the remote branch. This can be fixed in two ways:
* If you're an asshole: `git push --force`. You'll overwrite the entire remote branch with your local one. **CAREFUL!**
* If you can live with a merge commit: `git pull feature`. You'll create a merge commit, combining the rebased and unrebased versions, after which `git push` will work flawlessly.
Also, a PSA: Delete your branches when they're merged!