ziganticPydantic-like validation for Zig

const std = @import("std");
const z = @import("zigantic");

pub fn main() !void {
    // Direct validation with rich utilities
    const email = try z.Email.init("alice@company.com");
    std.debug.print("Domain: {s}\n", .{email.domain()});           // "company.com"
    std.debug.print("Business: {}\n", .{email.isBusinessEmail()}); // true

    // Password with strength checking
    const pwd = try z.Secret(8, 100).init("MyP@ss123!");
    std.debug.print("Strength: {d}/6\n", .{pwd.strength()}); // 5

    // Numbers with utilities
    const age = try z.Int(i32, 18, 120).init(25);
    std.debug.print("Even: {}, Positive: {}\n", .{age.isEven(), age.isPositive()});

    // IP with network utilities
    const ip = try z.Ipv4.init("192.168.1.1");
    std.debug.print("Private: {}\n", .{ip.isPrivate()}); // true
}

const zigantic_dep = b.dependency("zigantic", .{
    .target = target,
    .optimize = optimize,
});
exe.root_module.addImport("zigantic", zigantic_dep.module("zigantic"));