Vixeny

import { serve } from "https://deno.land/std/http/server.ts";
import vixeny from "https://deno.land/x/endofunctor/fun.ts";
//import vixeny from "npm:vixeny/fun";

await serve(
  vixeny({ hasName: "http://127.0.0.1:8080/" })([
    {
      path: "/",
      f: () => "hello world",
    },
  ]),
  { port: 8080, hostname: "127.0.0.1" },
);

import vixeny from "vixeny/fun";

export default {
  port: 8080,
  hostname: "127.0.0.1",
  fetch: vixeny({ hasName: "http://127.0.0.1:8080/" })([
    {
      path: "/",
      f: () => "hello world",
    },
  ]) 
}

/*
    The vixeny framework requires:

    vixeny(options)([...petitions])

    Options - Configuration options for the vixeny server.
    Petitions - An array of Petition (routes).

*/
import { Petitions } from "vixeny/types";

    //Petition in the hello world example.
    {
      path: "/",
      f: () => "hello world",
    } 

[
  {
    path: '/param/:name/bun/:where',
    f: (req) => `Hello ${req.param.name}, the oven is ready for you at : ${req.param.where}`
  },
  {
    path: '/param/:name/deno/:where',
    f: (req) => `Hello ${req.param.name}, time to ride the t-rex at : ${req.param.where}`
  },
]

[
  {
    path: '/query/name',
    f: (req) => `Your name is : ${req.query?.name || "default"}`
  },
  {
    path: '/query/nameAndId',
    f: (req) => `Your name is : ${req.query?.name || 'default'} with the id : ${req.query?.id || "-1"}`
  },
  // Only the 'name' field is parsed from the query, ignoring other fields, 
  // using "only" improves significantly the performance.
  {
    path: '/query/onlyName',
    query: {
      only: ["name"]
    },
    f: (req) => `Hello ${req.query?.name || 'default'}`
  },
]

[
    // This petition has the pre-set ".html" header that sets to "text/html".
    {
        path: "/headers/hello",
        headers: ".html",
        f:  () => "<p>Hello world!</p>" 
    },
    // Headers can also be manually set using an object. Here, 
    // Here,  "Content-Type" is manually set to "text/html".
    {
        path: "/headers/again",
        headers: { "Content-Type": "text/html"},
        f:  () => "<p>Hello world!</p>" 
    },
    // This route mirrors the body of the request.
    // Here, the "POST" method is used.
    {
        path: "/headers/method",
        method: "POST", // "GET" | "HEAD" | "POST" | "DELETE"
        status: 201,
        f: (request) => request.req.body
    }
]

/*
 * By setting the type to "request", the return type is changed from BodyInit to Response. 
*/

[
    // The ":name" is a dynamic part of the route which will match any string.
    // The function 'f' checks if the 'name' parameter equals "Bun" or "Deno". 
    // If so , it responds with a 200 status code.
    // If 'name' is anything else, it responds with a 400.
    {
        path: "/response/who/:name",
        type: "request",
        f: (req) => (req.param.name === "Bun" || req.param.name === "Deno")
            ? new Response( "Welcome", {status:200})
            : new Response( "Only devs here", {status: 400})
    }
] 

import functionX from "outOfScope"

[
  {
    //(f) will have the fields "req" and "param"
    path:"/example/:id",
    add: ["req","param"],
    f: f => functionX(f)
  }
]

[
  {
    path: '/query/block',
    delete: ['query'],
    f: () =>  "Hello world"
  }
]

/*
 * When the type is set to "response", the optimizer is bypassed.
 * In such case, a Request is received and a Response is returned directly.
 * Note that "r" is used instead of "f" 
*/

[
  // The route has the type set to "response", bypassing the optimizer. 
  // The function 'r' directly takes a Request object and returns a Response object.
  {
      path: "/response/hello",
      type: "response",
      r: (request) => new Response("Hello world!")    
  }
] 

/*
 * The "path" is relative to where the terminal is currently located.
 * In this example, we're serving files from the "misc" directory.
 * MIME types are enabled by default but can be disabled by setting "mime: false".
 * At the moment, only one static file can be served at a time.
*/
[
    {
        type: "static",
        name: "/static/",
        path: "./misc/",
    },  
]

/*
 * This method uses the use of JSON Schema for faster serialization. 
 * By defining the structure of our data, we can potentially speed up JSON.stringify by a factor of 3 or more.
*/

[
  // The function 'f' returns the parameters of the request.
  // The 'json' attribute is used to define a JSON Schema that describes the structure of the expected JSON data.
  {
      path: "/json/:name",
      f: (req) => req.param,
      json: {
          scheme: {
              type: "object",
              properties:{
                  name: {
                      type: "string"
                  }
              },
              required: ["name"]
          }
      }
  }
] 

//assuming we have these petitions
[
  {path: "/hello/*", f: () => "first"},
  {path: "/hello/nested/*" , f: () => "second"}
]

// new Request("http://127.0.0.1:8080/hello/nested/hi")  -> "second"
// new Request("http://127.0.0.1:8080/hello/hi") -> "first"

import signer from "./components/tokens/signer.ts"
import verifier from "./components/tokens/verifier.ts"

const sign = signer({seed:"PUT_YOUR_SEED"})
const verify = verifier({seed:"PUT_YOUR_SEED"})

console.log(verify(sign("01234567")))

import stringify from "vixeny/components/stringify/stringify"
//Experimental
import signer from "vixeny/components/tokens/signer"
import verifier from "vixeny/components/tokens/verifier"