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have transitioned jr to typescript

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This commit is contained in:
pharpend
2023-01-23 00:40:22 -07:00
parent da0fa03869
commit cbe6d51eb9
13 changed files with 1770 additions and 246 deletions
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jrx/src/content.ts
+170
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let detect_msg =
{id : "urmom",
name : "JR",
networkId : "ae_uat",
origin : "ur dads balls",
type : "extension"};
let detect_awcp_msg =
{type: "to_aepp",
data: {jsonrpc: "2.0",
method: "connection.announcePresence",
params: detect_msg}};
function post_detect_msg() {
window.postMessage(detect_awcp_msg, '*');
}
async function mk_detectable() {
//while (true) {
// 3 seconds times 40 is 2 minutes
for (let i=1; i<=40; i++) {
console.error('pee');
post_detect_msg();
await sleep(3000);
}
}
function sleep(ms: number) {
return new Promise(resolve => setTimeout(resolve, ms));
}
/**
* This handles messages from *other parts of the extension*
*/
function handler(msg: any) {
console.error('message: ', msg);
switch(msg) {
case 'mk-detectable':
mk_detectable();
return;
default:
console.error('your mom is dead');
}
}
/**
* This handles messages from page scripts
*/
function window_message_handler(msg: {data: any}) {
console.error('the science is coming', msg);
// example science:
// {
// "type": "to_waellet",
// "data": {
// "jsonrpc": "2.0",
// "id": "ske-connect-1",
// "method": "connection.open",
// "params": {
// "name": "sidekick examples",
// "version": 1
// }
// }
// }
let the_science = msg.data;
console.error('THE SCIENCE: ', the_science);
console.error('is the science good or bad?');
if (the_science.type === 'to_waellet') {
console.error('the science is good');
the_science_is_good(the_science.data);
}
else {
console.error('the science is bad');
}
}
/**
* window_message_handler handles all messages sent into the event bus,
* including messages that we sent (yay js). window_message_handler branches on
* whether the message is for us or not (is the science good or bad?). If the
* message is for us (the science is good), then this function is triggered.
*
* The bottom line is this is the function that *actually* handles messages
* from the window
*/
function the_science_is_good(awcp_rcp_data: {id: string|number, method: string, params: object}) {
// example science data:
// // layer 3: json rpc
// {jsonrpc : "2.0",
// id : "ske-connect-1",
// method : "connection.open",
// // layer 4: AWCP-specific semantics
// params : {name : "sidekick examples",
// version : 1}}}
// can assume it is a call
let msg_ident = awcp_rcp_data.id;
let msg_method = awcp_rcp_data.method;
// branch here on the "method" field
switch (msg_method) {
case "connection.open":
post_connect_msg(msg_ident);
break;
case "address.subscribe":
bg_address_subscribe(msg_ident);
break;
case "transaction.sign":
bg_tx_sign(msg_ident, awcp_rcp_data.params);
break;
case "message.sign":
bg_msg_sign(msg_ident, awcp_rcp_data.params);
break;
default:
console.error('the science is worse than i initially thought');
console.error("we're going to have to put the science to sleep");
}
}
/**
* Called in response to "connection.open" requests from page scripts
*
* FIXME: this should query the user to see if he wants to connect
*/
function post_connect_msg(msg_ident: string|number) {
// : EventData_W2A_connection_open
// http://localhost:6969/local-awcp-0.2.1/types/EventData_W2A_connection_open.html
let connect_response =
{type: "to_aepp",
data: {jsonrpc: "2.0",
id: msg_ident,
method: "connection.open",
result: detect_msg}};
window.postMessage(connect_response, '*');
}
/**
* Called in response to "address.subscribe" requests from page scripts
*
* this is to get the wallet's address
*/
function bg_address_subscribe(msg_ident: string|number) {
}
/**
* Called in response to "transaction.sign" requests from page scripts
*
* user wants us to sign a transaction
*/
function bg_tx_sign(msg_ident: string|number, params: object) {
}
/**
* Called in response to "message.sign" requests from page scripts
*
* user wants us to sign a message
*/
function bg_msg_sign(msg_ident: string|number, params: object) {
}
// @ts-ignore browser
browser.runtime.onMessage.addListener(handler);
window.addEventListener('message', window_message_handler);
//window.addEventListener('message', function(evt) { console.error('BYYYYYYYYYYYYYYY', evt) });
//window.addEventListener('click', function() { console.error('HERRRO'); });
console.error('poop');
jrx/src/popup.ts
+751
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/**
* This is the script for the popup window
*/
//import {default as nacl} from './nacl.js';
main();
/**
* runs whenever the popup opens
*/
async function
main
()
: Promise<void>
{
// detect button action
document.getElementById('mk-detectable')!.onclick = detuctable;
document.getElementById('generate')!.onclick = generate_keypair;
// delete keypairs
// browser.storage.local.clear();
await relist_keypairs();
}
/**
* Tells the content script to spam the event bus with detection messages
*/
async function
detuctable
()
: Promise<void>
{
let ati = await active_tab_id();
// @ts-ignore browser api unknown
browser.tabs.sendMessage(ati, // active tab
'mk-detectable'); // message
// @ts-ignore disabled exists on this
document.getElementById('mk-detectable').disabled = true;
// FIXME: update button with detect info
}
/**
* gets the id of the current tab
*/
async function
active_tab_id
()
: Promise<number>
{
// @ts-ignore browser api unkown
let active_tabs = await browser.tabs.query({active: true, currentWindow: true});
return active_tabs[0].id;
}
/**
* clear the list of keypairs and relist
*
* clearing is so this can be a re-entry call
*/
async function
relist_keypairs
()
: Promise<void>
{
// delete all list items
pfizer(document.getElementById('keypairs')!);
// look for keypairs then relist
// @ts-ignore browser api
let obj = await browser.storage.local.get('keypairs');
await handle_keypairs(obj);
}
/**
* kill all child nodes in the dom
*/
function
pfizer
(elt : HTMLElement)
: void
{
while (elt.firstChild) {
elt.removeChild(elt.firstChild);
}
}
/**
* This function is called in the init phase (after the user clicks the popup)
*
* If we have keypairs, put them in the keypairs element in the popup window
*
* Example call objects:
*
* Case of no keypairs:
*
* ```js
* obj = {}
* ```
*
* Case of a named keypair
*
* ```js
* obj = {
* keypairs: [
* {
* name: string,
* publicKey: uint8array
* secretKey: uint8array
* },
* {
* name: string,
* publicKey: uint8array
* secretKey: uint8array
* }
* ]
* }
* ```
*/
async function
handle_keypairs
(obj : {keypairs? : Array<named_keypair>})
: Promise<void>
{
logln('handle_keypairs');
// branch on if there are no keypairs
// no 'keypairs' key
if (!!!obj.keypairs) {
no_keypairs();
}
// 'keypairs' key but points to empty array
else if (0 === obj.keypairs.length) {
no_keypairs();
}
else {
await ls_keypairs(obj.keypairs);
}
}
/**
* function called if there are no keypairs
*/
function
no_keypairs
()
: void
{
logln('no keypairs!');
document.getElementById('no-keypairs')!.hidden = false;
}
type keypair
= {publicKey : Uint8Array,
secretKey : Uint8Array};
type named_keypair
= keypair & {name : string};
// publicKey : Uint8Array,
// secretKey : Uint8Array};
/**
* This function is called when the user clicks the button to generate a keypair
*/
async function
generate_keypair
()
: Promise<void>
{
logln('generating a keypair');
// @ts-ignore namespace nacl
let keypair : keypair = nacl.sign.keyPair();
// @ts-ignore changing type
keypair.name = "Untitled Keypair 1";
// fixme: ADD keypair (factor out into separate function)
// @ts-ignore cannot find namespace browser
browser.storage.local.set({'keypairs': [keypair]});
await relist_keypairs();
}
/**
* This function is called in the case where there is at least one keypair, and
* it renders the list of keypairs
*/
async function
ls_keypairs
(keypairs : Array<named_keypair>)
: Promise<void>
{
logln('keypairs!');
console.log('keypairs: ', keypairs)
// make keypair list visible
let keypairs_ul = document.getElementById('keypairs')!;
keypairs_ul.hidden = false;
// render each keypair
for (let kp of keypairs) {
console.log(kp);
await render_keypair(keypairs_ul, kp);
}
//let keypairs_json = JSON.stringify(keypairs, undefined, 4);
//document.getElementById('keypairs').innerHTML = keypairs_json;
}
/**
* This renders a single keypair item in the list of keypairs
*/
async function
render_keypair
(parent_ul : HTMLElement,
nk : named_keypair)
// {name : string,
// publicKey : Uint8Array} : named_keypair)
: Promise<void>
{
let name : string = nk.name;
let publicKey : Uint8Array = nk.publicKey;
// create the element
// <li></li>
let li = document.createElement('li');
// <li></li> -> <li>{name}</li>
li.innerHTML += name;
// <li>{name}</li> -> <li>{name}<br></li>
li.appendChild(document.createElement('br'));
// <code></code>
let code : HTMLElement = document.createElement('code');
let pubkey_str : string = await publicKey_bytes_to_str(publicKey);
// <code></code> -> <code>ak_...</code>
code.innerHTML += pubkey_str;
// <li>...</li> -> <li>...<code>...</code></li>
li.appendChild(code);
// <ul></ul> -> <ul><li>...</li></ul>
parent_ul.appendChild(li);
}
/**
* take the publicKey bytes and output a string of the form ak_...
*/
async function
publicKey_bytes_to_str
(publicKey_bytes : Uint8Array)
: Promise<string>
{
// From https://github.com/aeternity/protocol/blob/c007deeac4a01e401238412801ac7084ac72d60e/node/api/api_encoding.md
//
// ```erlang
// add_check_bytes(Bin) when is_binary(Bin) ->
// <<Check:4/binary, _/binary>> = sha256(sha256(Bin)),
// <<Bin/binary, Check/binary>>.
// ```
let bytes_to_encode = await shasha4_concat(publicKey_bytes);
let b58_str = encode(bytes_to_encode);
return 'ak_' + b58_str;
}
/**
* take the first 4 bytes from sha256(sha256(inputBytes)) and concatenate it onto input, return that
*
* From https://github.com/aeternity/protocol/blob/c007deeac4a01e401238412801ac7084ac72d60e/node/api/api_encoding.md
*
* ```erlang
* add_check_bytes(Bin) when is_binary(Bin) ->
* <<Check:4/binary, _/binary>> = sha256(sha256(Bin)),
* <<Bin/binary, Check/binary>>.
* ```
*/
async function
shasha4_concat
(input_bytes: Uint8Array)
: Promise<Uint8Array>
{
let shasha4_bytes = await shasha4(input_bytes);
let input_bytes_length = input_bytes.byteLength;
// this is so dumb
// make blank array
let return_bytes = new Uint8Array(input_bytes_length + 4);
// copy input bytes into it
for (let input_bytes_idx0 = 0;
input_bytes_idx0 < input_bytes_length;
input_bytes_idx0++)
{
return_bytes[input_bytes_idx0] = input_bytes[input_bytes_idx0];
}
// copy sha bytes
for (let shasha4_bytes_idx0 = 0;
shasha4_bytes_idx0 < 4;
shasha4_bytes_idx0++)
{
// if shasha4_bytes_idx0 = 0, then we want to start at input_bytes_length
let return_bytes_idx0 = input_bytes_length + shasha4_bytes_idx0;
return_bytes[return_bytes_idx0] = shasha4_bytes[shasha4_bytes_idx0];
}
return return_bytes;
}
/**
* the first 4 bytes of the sha256 of the sha256 of the input
*
* returns a Uint8Array
*/
async function
shasha4
(input_bytes : Uint8Array)
: Promise<Uint8Array>
{
let x = await crypto.subtle.digest('SHA-256', input_bytes);
let y = await crypto.subtle.digest('SHA-256', x);
let z = y.slice(0, 4);
return new Uint8Array(z);
}
/**
* Console.log the message and put it in the log thing
*/
function
logln
(message : string)
: void
{
console.log(message);
document.getElementById('log')!.innerHTML += message;
document.getElementById('log')!.innerHTML += '\n';
}
/**
* Base58 encoding/decoding
*/
//=============================================================================
// ENCODING
//=============================================================================
/**
* Encode a Uint8Array into base58
*/
function
encode
(binary : Uint8Array)
: string
{
let num_leading_zeros : number = nlz(binary);
let rest : Uint8Array = binary.slice(num_leading_zeros);
let ones : string = encode_zeros(num_leading_zeros);
let rest_b58 : string = encode_rest(rest);
let result : string = ones + rest_b58;
return result;
}
/**
* count the number of leading zeros in a uint8array
*
* @internal
*/
function
nlz
(bytes: Uint8Array)
: number
{
let n = 0;
for (let this_byte of bytes)
{
if (0 === this_byte) { n++; }
else { break; }
}
return n;
}
/**
* Generate a bunch of '1's for however many leading zeros there are
*
* @internal
*/
function
encode_zeros
(how_many : number)
: string
{
let ones : string = '';
for (let i = 1;
i <= how_many;
i++)
{
ones += '1';
}
return ones;
}
/**
* Encode a Uint8Array that has no leading zeros
*
* @internal
*/
function
encode_rest
(bytes : Uint8Array)
: string
{
let bytes_bignum : bigint = bytes_to_bigint(bytes);
let result : string = bignum_to_base58(bytes_bignum);
return result;
}
/**
* Convert a bytestring to a bignum
*
* @internal
*/
function
bytes_to_bigint
(bytes: Uint8Array)
: bigint
{
let acc_bigint : bigint = 0n;
for(let this_byte of bytes)
{
acc_bigint <<= 8n;
acc_bigint += BigInt(this_byte);
}
return acc_bigint;
}
/**
* Convert a BigInt to Base58
*
* @internal
*/
function
bignum_to_base58
(q: bigint)
: string
{
let s = '';
while (q !== 0n)
{
let this_n : bigint = q % 58n;
q /= 58n;
let this_b58_char : string = bigint_to_char(this_n);
s = this_b58_char + s;
}
return s;
}
//=============================================================================
// DECODING
//=============================================================================
/**
* Decode a Base58 string into a Uint8Array
*/
function
decode
(base58: string)
: Uint8Array
{
let num_leading_ones : number = nlo(base58);
let rest : string = base58.slice(num_leading_ones);
let zeros : Array<number> = decode_ones(num_leading_ones);
let rest_arr : Array<number> = decode_rest(rest);
let pre_result : Array<number> = zeros.concat(rest_arr);
return new Uint8Array(pre_result);
}
/**
* count the number of leading 1 characters in a uint8array
*
* @internal
*/
function
nlo
(base58: string)
: number
{
let n = 0;
for (let this_char of base58)
{
if ('1' === this_char) { n++; }
else { break; }
}
return n;
}
/**
* Generate a bunch of '0's for however many leading ones there are
*
* @internal
*/
function
decode_ones
(how_many : number)
: Array<number>
{
let zeros : Array<number> = [];
for (let i = 1;
i <= how_many;
i++)
{
zeros.push(0);
}
return zeros;
}
/**
* Decode a string that has no leading 1s
*
* @internal
*/
function
decode_rest
(base58: string)
: Array<number>
{
let result_bignum : bigint = base58_to_bigint(base58);
let result : Array<number> = bigint_to_base256(result_bignum);
return result;
}
/**
* Convert a base58 string to a bignum
*
* @internal
*/
function
base58_to_bigint
(base58: string)
: bigint
{
let acc_bigint : bigint = 0n;
for(let this_char of base58)
{
acc_bigint *= 58n;
acc_bigint += char_to_bigint(this_char);
}
return acc_bigint;
}
/**
* convert a bignum into a byte array
*
* @end
*/
function
bigint_to_base256
(q: bigint)
: Array<number>
{
let arr_reverse = [];
while(q !== 0n)
{
let r: number = Number(q % 256n);
q /= 256n;
arr_reverse.push(r);
}
arr_reverse.reverse();
return arr_reverse;
}
//=============================================================================
// TRANSLATION TABLES
//=============================================================================
/**
* Base58 integer -> character conversion table
*
* @internal
*/
function
bigint_to_char
(n: bigint)
: string
{
switch(n) {
case 0n: return '1';
case 1n: return '2';
case 2n: return '3';
case 3n: return '4';
case 4n: return '5';
case 5n: return '6';
case 6n: return '7';
case 7n: return '8';
case 8n: return '9';
case 9n: return 'A';
case 10n: return 'B';
case 11n: return 'C';
case 12n: return 'D';
case 13n: return 'E';
case 14n: return 'F';
case 15n: return 'G';
case 16n: return 'H';
case 17n: return 'J';
case 18n: return 'K';
case 19n: return 'L';
case 20n: return 'M';
case 21n: return 'N';
case 22n: return 'P';
case 23n: return 'Q';
case 24n: return 'R';
case 25n: return 'S';
case 26n: return 'T';
case 27n: return 'U';
case 28n: return 'V';
case 29n: return 'W';
case 30n: return 'X';
case 31n: return 'Y';
case 32n: return 'Z';
case 33n: return 'a';
case 34n: return 'b';
case 35n: return 'c';
case 36n: return 'd';
case 37n: return 'e';
case 38n: return 'f';
case 39n: return 'g';
case 40n: return 'h';
case 41n: return 'i';
case 42n: return 'j';
case 43n: return 'k';
case 44n: return 'm';
case 45n: return 'n';
case 46n: return 'o';
case 47n: return 'p';
case 48n: return 'q';
case 49n: return 'r';
case 50n: return 's';
case 51n: return 't';
case 52n: return 'u';
case 53n: return 'v';
case 54n: return 'w';
case 55n: return 'x';
case 56n: return 'y';
case 57n: return 'z';
default:
throw new Error('invalid base58 bigint: ' + n);
}
}
/**
* Base58 character -> integer conversion table
*
* @internal
*/
function
char_to_bigint
(s: string)
: bigint
{
switch(s) {
case '1': return 0n;
case '2': return 1n;
case '3': return 2n;
case '4': return 3n;
case '5': return 4n;
case '6': return 5n;
case '7': return 6n;
case '8': return 7n;
case '9': return 8n;
case 'A': return 9n;
case 'B': return 10n;
case 'C': return 11n;
case 'D': return 12n;
case 'E': return 13n;
case 'F': return 14n;
case 'G': return 15n;
case 'H': return 16n;
case 'J': return 17n;
case 'K': return 18n;
case 'L': return 19n;
case 'M': return 20n;
case 'N': return 21n;
case 'P': return 22n;
case 'Q': return 23n;
case 'R': return 24n;
case 'S': return 25n;
case 'T': return 26n;
case 'U': return 27n;
case 'V': return 28n;
case 'W': return 29n;
case 'X': return 30n;
case 'Y': return 31n;
case 'Z': return 32n;
case 'a': return 33n;
case 'b': return 34n;
case 'c': return 35n;
case 'd': return 36n;
case 'e': return 37n;
case 'f': return 38n;
case 'g': return 39n;
case 'h': return 40n;
case 'i': return 41n;
case 'j': return 42n;
case 'k': return 43n;
case 'm': return 44n;
case 'n': return 45n;
case 'o': return 46n;
case 'p': return 47n;
case 'q': return 48n;
case 'r': return 49n;
case 's': return 50n;
case 't': return 51n;
case 'u': return 52n;
case 'v': return 53n;
case 'w': return 54n;
case 'x': return 55n;
case 'y': return 56n;
case 'z': return 57n;
default:
throw new Error('invalid base58 char: ' + s);
}
}