1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
|
// A bot which responds to `jarvis` with a box
// BUG: The Scheduler, Search, Claims, ident, AND Write Listener can ALL be
// used as extensions for Socket. This would make the code so much easier to
// understand
const Space = require('../space');
const Socket = require('../socket');
const ms = require('../utils/measurespace');
const vec = require('../utils/vec');
const comb = require('../utils/comb');
const Search = require('../tools/search');
const sched = require('../tools/schedule');
const ri = require('../utils/rectintersect');
const id = require('../utils/ident');
const maketiles = require('../utils/maketiles');
const wwrap = require('../utils/writewrap');
const Claims = require('../tools/claim');
//// The queue of all writes to be sent to the server @ 200chars/1000ms
class MetaSocket extends Socket{
constructor(world='', delayms=1000){
super(world);
let self = this;
sched.Queue.call(self, 1000, 200, (elems) => self.write(elems));
Claims.call(self);
id.call(self);
wwrap.call(self);
self.sender;
self.on('init',(send)=>{
self.sender = send;
});
Search.call(this);
}
}
var main = new MetaSocket();
// See ident.js for further documentation, but this basically sets up init functions
main.on('init', (send)=>{
setTimeout(()=>{main.enable()},1000);
main.enqueue(genNotif().towrite());
});
main.on('close', ()=>main.disable());
main.on('initOnce', ()=>{
timect();
main.on('tileUpdate', tileHandler); // Should only be active after the "control space" of the notification has been established
});
//// Management utilities
// When a tile changes, processes data into usable form and runs every function in `funcs` w/ that data.
// Note that functions can edit inputs
function tileHandler(send, source, tiles){
if (send == main.sender) return;
let tiledata = maketiles(tiles);
main.handle(send, tiledata.tilespaces, tiledata.locs);
}
//// "userspace" functions for responses, like to tileUpdates
const command = 'jarvis'
const sig = 'feynmansfedora'
const notifsrc = '\
\n\
For a node.js YWOT api: \n\
& git.hrhr.dev/ywot-clean \n\
& Try `COMMAND` today. Uptime: UPTIME. \n\
& Called: JARVISx ~SIGNATURE \n\
& If you have any good bullet art (<100 chars),\n\
& please send it to me at hr@hrhr.dev. \n\
'.replace('COMMAND', command).replace('SIGNATURE', sig);
const notifloc = [0, 20];
var minsUp = 0;
var callct = 0;
var notifClaim;
function genNotif(){
let newnotif = new Space();
newnotif.loc = notifloc;
text = notifsrc;
text = text.replace('UPTIME', Math.floor(minsUp/60) + 'h' + minsUp%60 + 'm');
text = text.replace('JARVIS', callct);
newnotif.adhoc(text);
return newnotif
}
var notif = new Space();
notif.loc = notifloc;
function notifRefresh(){
let newnotif = genNotif();
let diff = newnotif.copy();
diff.comb(notif, comb.sub);
notif = newnotif;
if (notifClaim) main.unclaim(notifClaim);
notifClaim = main.claim(newnotif, protectArea);
return (diff.towrite());
}
function timect(){
minsUp++;
main.enqueue(notifRefresh());
setTimeout(timect, 60*1000);
}
function protectArea(send, tiles, locs, id, space, ctrl){
let writelist = [];
for (let loc of locs){
let tile = tiles[loc];
// Write diffs from the tile
let diff = space.copy(); // Acts as a window for tile (only see relevant data)
diff.comb(tile, comb.flip(comb.unmask));
diff.comb(tile, comb.sub);
writelist.push(...diff.towrite())
}
main.enqueue(writelist);
}
var search = new Space();
search.adhoc('jarvis'); // The search space is the word jarvis, so whenever that's caught, a relevant function can be called.
var read = new Search();
read.match(search, respond);
var expire = {};
main.on('fallback', (send, tiles, locs) => { // tries to detect the prompt ('jarvis') and calls respond if found.
for (let loc of locs){
if (read.has(loc)){
clearTimeout(expire[loc]);
read.del(loc);
}
read.add(loc, tiles[loc]);
expire[loc] = setTimeout(() => {read.del(loc); delete expire[loc];}, 30000);
}
});
let response = new Space();
response.adhoc('yes, my liege');
var limits = []; // an array of senders within the last 5 seconds to act as a 'rate limiter'
function respond(coord, send){
if (limits.indexOf(send) >= 0) return;
console.log('called at', coord);
callct += 1;
response.loc = coord;
main.enqueue(response.towrite().concat(notifRefresh()));
read.update(response);
setTimeout(() => {limits.splice(limits.indexOf(send))}, 5*1000);
limits.push(send);
}
|
