Interact with ethereum via Zig!
Zabi aims to add support for interacting with ethereum and EVM based chains. By default it comes with almost all of the features you would expect from a ethereum library. From RLP encoding/decoding, to wallet and contract instances, to a http or a websocket client and much more.
const std = @import("std");
const zabi = @import("zabi");
const Wallet = zabi.wallet.Wallet(.http);
pub fn main() !void {
var gpa = std.heap.GeneralPurposeAllocator(.{}){};
defer _ = gpa.deinit();
var iter = try std.process.ArgIterator.initWithAllocator(gpa.allocator());
defer iter.deinit();
_ = iter.skip();
const priv_key = iter.next().?
const host_url = iter.next().?
const uri = try std.Uri.parse(host_url);
// The chain defaults to ethereum if it's not specified.
var wallet = try Wallet.init(priv_key, .{.allocator = gpa.allocator(), .uri = uri });
defer wallet.deinit();
const message = try wallet.signEthereumMessage("Hello World");
std.debug.print("Ethereum message: {s}\n", .{try message.toHex(wallet.allocator)});
}Explore the docs to find out more on how you can use or integrate Zabi in your project!
If you find Zabi useful or use it for work, please consider supporting development on GitHub Sponsors or sending crypto to zzabi.eth or interacting with the drip platform where 40% of the revenue gets sent to zabi's dependencies. Thank you 🙏
Contributions to Zabi are greatly appreciated! If you're interested in contributing to ZAbi, feel free to create a pull request with a feature or a bug fix.