https://github.com/jstrieb/code-grid

Spreadsheet for programmers where XSS is a feature, not a bug
https://github.com/jstrieb/code-grid

runes spreadsheet svelte svelte-5 svelte-reactivity svelte-runes svelte5 sveltejs xss

Last synced: 2 months ago
JSON representation

Spreadsheet for programmers where XSS is a feature, not a bug

• Host: GitHub
• URL: https://github.com/jstrieb/code-grid
• Owner: jstrieb
• License: gpl-3.0
• Created: 2024-11-04T14:52:53.000Z (6 months ago)
• Default Branch: master
• Last Pushed: 2025-02-17T06:14:56.000Z (3 months ago)
• Last Synced: 2025-02-17T06:23:10.522Z (3 months ago)
• Topics: runes, spreadsheet, svelte, svelte-5, svelte-reactivity, svelte-runes, svelte5, sveltejs, xss
• Language: Svelte
• Homepage: https://jstrieb.github.io/code-grid/
• Size: 845 KB
• Stars: 2
• Watchers: 2
• Forks: 0
• Open Issues: 0
• Metadata Files:
  • Readme: README.md
  • License: LICENSE

Awesome Lists containing this project

README

        




Code Grid



Spreadsheet for programmers where XSS is a feature, not a bug.













> [!WARNING]

> 

> This is alpha-quality code. It is likely to have bugs. The APIs are not yet

> stable, so things like spreadsheet links may break as the code is updated.

# About

Code Grid is a web-based spreadsheet that is designed to be easy to extend.

- Write new formula functions using JavaScript

- Create HTML elements inside cells

- Navigate with Vim keybindings

- Build small applications that are easy to share and modify

- Never send data to a back end – Code Grid runs fully client-side

Cross-Site Scripting (XSS) is a class of web security vulnerabilities in which

users can execute their own (potentially malicious) code on someone else's

website. Usually it is considered a very big problem for the website owner. In

this case, I am deliberately letting you execute your code on my website to make

Code Grid do whatever you want. 

# Examples

- [Make charts and graphs](https://jstrieb.github.io/code-grid/#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)

- [Create interactive applications](https://jstrieb.github.io/code-grid/#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)

- [Write formulas using Python (via Pyodide)](https://jstrieb.github.io/code-grid/#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)

- [Split receipts using OpenCV](https://jstrieb.github.io/code-grid/#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)

- [Write custom parsers with ease](https://jstrieb.github.io/code-grid/#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)

- [Constrained optimization and mixed-integer linear programming using SCIP](https://jstrieb.github.io/code-grid/#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)

- TODO simple spreadsheet

- TODO LaTeX

- TODO Keystone and unicorn

# API Documentation

Use the help menu within Code Grid to access a tutorial.

## Formulas

Formulas begin with an equals sign (`=`), and can contain:

- Numbers such as `123` and `-3.21`

- Strings such as `"asdf"` and `"multi\nline"`

- Singleton references in R1C1 notation such as `R10C3` (zero-indexed) for

  absolute references, `R[-1]c[2]` for relative references, and `RC` for

  self-references

  - Negative absolute references start from the end of a row or column, such as

    `R-1C-1` to select the cell in the bottom right corner of the sheet, and

    `R1C0:R1C-1` to select all of row 1

- Ranges such as `R[-3]C:R[-1]C`

- References and ranges across sheets like `S1!R1C1` and `S[1]!R2C2:R2C-1` and

  `S-1R2C3` (the exclamation point is optional)

- Function calls (case insensitive) containing expressions as arguments such as

  `sum(RC0:RC[-1])`, `sLiDeR(0, 10, 1)`, and `DOLLARS(PRODUCT(1 * 2 + 3, 4, 3,

  R[-1]C))`

- Optionally parenthesized binary operations combining any of the expressions

  above such as `(RC[-2] + RC[-3]) * 100` and `1 + -2 + 3 ** 5`

## Writing Formula Functions

The formula language above can be extended by adding new formula functions.

Formula functions are written in JavaScript from the Code Grid user interface,

and saved alongside sheet data.

### Simple Formula Functions

To register formula functions, add them to the `functions` object.

``` javascript

functions.digits = (n) => {

  // Compute the number of digits that n has

  let result = 0;

  while (n > 0) {

    result++;

    n = Math.floor(n / 10);

  }

  return result;

}

```

Registered functions will become available within formulas. In this example,

`=DIGITS(1234)` will put the value 4 in the cell.

### Advanced Formula Functions

Click to read about advanced formula functions

Formula functions can be `async`. They will be awaited automatically by the Code

Grid runtime. Cells that depend on async formulas will only update when the

dependencies' promises resolve.

``` javascript

functions.crypto = async (ticker) => {

  return await fetch("https://api.gemini.com/v1/pricefeed", { cache: "force-cache" })

    .then((r) => r.json())

    .then((l) => Number(

      l.filter((o) => o.pair === ticker.toUpperCase() + "USD")[0].price,

    ));

}

```

Formula functions declared using `function() { /* */ }` syntax are passed a

`this` object that enables advanced functionality. 

**JavaScript arrow functions (such as `x => x + 1`) are not passed a `this`

object!** This is inherent to JavaScript. To use `this` in formula functions,

the functions must be declared using `function(){}` syntax. To quote

[MDN](https://developer.mozilla.org/en-US/docs/Web/JavaScript/Reference/Functions/Arrow_functions):

> An arrow function expression is a compact alternative to a traditional

> function expression, with some semantic differences and deliberate limitations

> in usage:

> 

> - Arrow functions don't have their own bindings to `this`, `arguments`, or 

>   `super`, and should not be used as methods.

The `this` object passed to formula functions when they execute contains:

- `this.row` and `this.col` – the current row and column, respectively

- `this.set` – a function that sets the cell's value to whatever parameter it is passed

  - Useful for updating the cell value asynchronously or in callbacks

- `this.update` – a function that takes a callback, where the callback takes the

  previous cell value and returns the value to set the cell to

  - Useful for updating the cell value based on the previous one

- `this.element` – an HTML element that will be put in the cell if defined

- `this.style` – the style attribute passed to the cell's `` element

The `element` can be set to add custom displays or interfaces to a sheet. For

example, to add marquees:

``` javascript

functions.marquee = function(x) {

  // Wrap whatever element was set before

  const oldElement = this.element;

  this.element = document.createElement("marquee");

  this.element.appendChild(

    oldElement ?? document.createTextNode(x)

  );

  // Return the input value so this cell can still be used in formulas

  return x;

}

```

The following advanced example adds a formula function for interactive

checkboxes. The output value of the formula is the checked state of the box. Note

the use of `this.set` in the callback to update the cell's value upon

interaction, and `this.update` to set the initial value of the checkbox. Setting

the initial value means the checkbox state is saved and loaded from the URL.

``` javascript

functions.checkbox = function (label) {

  let value;

  this.update((previous) => {

    value = previous;

    return previous;

  });

  this.element = Object.assign(document.createElement("label"), {

    innerText: label,

    style: "display: flex; align-items: center; gap: 1ch; margin: 0 0.5em;",

  });

  this.element.appendChild(

    Object.assign(document.createElement("input"), {

      type: "checkbox",

      style: "appearance: auto;",

      checked: value,

      oninput: (e) => this.set(e.target.checked),

    }),

  );

  return value;

};

```

The `style` can be set to alter the display of the cell. For example, to make

the cell's text centered:

``` javascript

functions.center = function(x) {

  this.style += "text-align: center;"

  return x;

}

```

The `set` function is useful in interactive element callbacks, as demonstrated

above. It is also useful for functions that run on a timeout or interval. For

example:

``` javascript

functions.sleep = async function(ms) {

  // Will say "sleeping" until complete

  this.set("Sleeping...");

  await new Promise(r => setTimeout(r, ms));

  return "Complete!";

}

functions.time = function() {

  // Will auto-update once per second with the Unix time

  setInterval(() => this.set(Date.now()), 1000);

  return Date.now();

}

```

# How Code Grid Works

## Code Table of Contents

The links below are listed in the order the code should be read to understand

the application from the highest to lowest level.

- [`Makefile`](Makefile) – build and run the application locally

- [`index.html`](index.html) and [`src/App.svelte`](src/App.svelte) – entrypoint

  to the main, high-level application (the index page mounts the App)

- [`src/Table.svelte`](src/Table.svelte) and

  [`src/Cell.svelte`](src/Cell.svelte) – interactive spreadsheet UI code

- [`src/classes.svelte.js`](src/classes.svelte.js) – classes that manage state

  throughout the application

  - `Sheet.newCell` is responsible for reactively rederiving the store that

    computes a cell's value; it is run whenever the cell's value changes

- [`src/store.js`](src/store.js) – implementation of "rederivable" stores that

  can change their derived dependencies without invalidating their object

  reference

  - Every cell's value is a rederivable store that is rederived when its formula

    changes, and updated whenever any of its dependencies' values changes

- [`src/formula.js`](src/formula.js) – formula parsing logic

- [`src/parsers.js`](src/parsers.js) – parser combinator library used for formula parsing

- [`src/keyboard.js`](src/keyboard.js) – mapping of keyboard shortcuts to handlers

- [`src/*.svelte`](src/) – UI components

- [`src/formula-functions.js`](src/formula-functions.js) – "standard library"

  formula functions available in every spreadsheet

  - Includes functionality to `eval` user code and add functions to the formula

    function object

- [`src/global.css`](src/global.css) and [`public/*`](public/) – global

  stylesheet, favicons, etc.

- [`src/compress.js`](src/compress.js) – compress and decompress text using PNGs

- [`test/*`](test/) – test suite and related functions

## Cool Code Highlights

- Spreadsheet formulas are built on a custom Svelte store that is

  "[rederivable](https://github.com/jstrieb/code-grid/blob/05a1545730555a671186717950bb758148161bab/src/store.js)."

  It functions like a Svelte derived store, except it can add or remove

  dependencies it is derived from without changing its object reference.

- The [menu

  implementation](https://github.com/jstrieb/code-grid/blob/05a1545730555a671186717950bb758148161bab/src/ShyMenu.svelte)

  (and the [right click

  menu](https://github.com/jstrieb/code-grid/blob/05a1545730555a671186717950bb758148161bab/src/ContextMenu.svelte))

  features advanced usage of the new Svelte snippets feature, and would have

  been much harder to build (maybe even impossible) using slots in Svelte 4.

- [Formulas are

  parsed](https://github.com/jstrieb/code-grid/blob/05a1545730555a671186717950bb758148161bab/src/formula.js)

  using a custom [parser combinator

  implementation](https://github.com/jstrieb/code-grid/blob/05a1545730555a671186717950bb758148161bab/src/parsers.js).

- The [SVG favicon uses

  CSS](https://github.com/jstrieb/code-grid/blob/05a1545730555a671186717950bb758148161bab/public/favicon.svg?short_path=04e3b01#L2)

  to invert its own colors based on user light/dark-mode preferences.

- All spreadsheet data is saved to the URL, so sheets can be shared without

  using a storage back end or database.

- Spreadsheet URLs are

  [compressed](https://github.com/jstrieb/code-grid/blob/7f6431624c703d61e794a7dd6f83f3baba459cd3/src/compress.js#L17-L35)

  by setting `` element pixel data to the serialized sheet bytes, and

  having the browser convert the canvas to a PNG (since pixel data is ZLIB

  compressed in PNG files).

## Running the Code

[Install NodeJS](https://nodejs.org/en/download) if you do not already have it.

Once NodeJS is installed, to run Code Grid locally, you only need to run the

following inside the repository:

``` bash

make dev

```

To build a static version of the code to host elsewhere, run:

``` bash

make build

```

The static, compiled files for Code Grid will be generated in the `dist/`

subdirectory.

# Warning

Clicking Code Grid links can be risky, because the links can run arbitrary code.

Only click links from those you trust. Links running code in your browser means

that those links:

- Can impersonate my website

- Can redirect to malicious pages

- Can steal locally stored data about other Code Grid spreadsheets

- Can make requests to other websites

# Known Issues

See the list of bugs at the bottom of [`todo.md`](todo.md).

# Project Status & Contributing

Code Grid is under active development. 

Bug reports and feature requests via [GitHub

Issues](https://github.com/jstrieb/code-grid/issues) are encouraged. Pull

requests with more than 20 lines of code are unlikely to be merged quickly,

unless attached to prior discussion or accompanied by substantial, explanatory,

English prose. In other words, pull requests containing code without context may

be merged after much delay, or may not be merged at all.

Since Code Grid is a fully static web application with no server-side

processing, it is extremely scalable, and has a very low maintenance burden. As

such, even if something were to happen to me, and I could not continue to work

on the project, the [public version](https://jstrieb.github.io/code-grid) should

continue to remain functional and available online as long as my GitHub account

is open, and [jstrieb.github.io](https://jstrieb.github.io) domain is active.

## Support the Project

The best ways to support the project are to:

- Share the project on sites like Twitter, Reddit, and Hacker News

- Report any bugs, glitches, errors, or shortcomings that you find

- Star the repository and follow me on GitHub

- Host a version of the code translated into another language

If you insist on spending money to show your support, please do so in a way

that benefits as many people as possible. In particular, donations to the

following organizations help me, as well as the general, Internet-using public:

- [Electronic Frontier Foundation](https://supporters.eff.org/donate/)

- [The Internet Archive](https://archive.org/donate/index.php)

- [Signal Foundation](https://signal.org/donate/)

- [Mozilla](https://donate.mozilla.org/en-US/)

# Acknowledgments & Greetz

Thanks to [Logan Snow](https://github.com/lsnow99) for consulting on all manner

of web esoterica, and for testing many versions of Code Grid. Check out

[Listable](https://getlistable.app/) for a different take on achieving

tranquility through web-based tables.

Thanks to [Amy Liu](https://www.youtube.com/watch?v=7gJX3lvi5OY) for feedback on

early versions of Code Grid, and for continued demonstration of great patience

and tolerance, despite my incurable penchant for mischief.

Shout out to [Ella Liu](https://www.instagram.com/ella.liu/) for doing a full

financial model in a *very* early version of Code Grid. It's not easy for

[Excel-loving bankers](https://www.instagram.com/ellassaddesksalads/) to use

other spreadsheet software; her struggle drove feature development that has

benefited us all.