592 lines
18 KiB
JavaScript
592 lines
18 KiB
JavaScript
/* jslint node: true */
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'use strict';
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//var MailPacket = require('./mail_packet.js');
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var ftn = require('./ftn_util.js');
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var Message = require('./message.js');
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var sauce = require('./sauce.js');
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var _ = require('lodash');
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var assert = require('assert');
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var binary = require('binary');
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var fs = require('fs');
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var util = require('util');
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var async = require('async');
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var iconv = require('iconv-lite');
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var buffers = require('buffers');
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var moment = require('moment');
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/*
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:TODO: things
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* Read/detect packet types: 2, 2.2, and 2+
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* Write packet types: 2, 2.2, and 2+
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* Test SAUCE ignore/extraction
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* FSP-1010 for netmail (see SBBS)
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*/
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const FTN_PACKET_HEADER_SIZE = 58; // fixed header size
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const FTN_PACKET_HEADER_TYPE = 2;
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const FTN_PACKET_MESSAGE_TYPE = 2;
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const FTN_PACKET_BAUD_TYPE_2_2 = 2;
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// SAUCE magic header + version ("00")
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const FTN_MESSAGE_SAUCE_HEADER = new Buffer('SAUCE00');
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const FTN_MESSAGE_KLUDGE_PREFIX = '\x01';
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//
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// Read/Write FTN packets with support for the following formats:
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//
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// * Type 1 FTS-0001 @ http://ftsc.org/docs/fts-0001.016 (Obsolete)
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// * Type 2.2 FSC-0045 @ http://ftsc.org/docs/fsc-0045.001
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// * Type 2+ FSC-0039 and FSC-0048 @ http://ftsc.org/docs/fsc-0039.004
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// and http://ftsc.org/docs/fsc-0048.002
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//
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// Additional resources:
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// * Writeup on differences between type 2, 2.2, and 2+:
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// http://walon.org/pub/fidonet/FTSC-nodelists-etc./pkt-types.txt
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//
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function FTNPacket() {
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var self = this;
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this.parsePacketHeader = function(packetBuffer, cb) {
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assert(Buffer.isBuffer(packetBuffer));
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if(packetBuffer.length < FTN_PACKET_HEADER_SIZE) {
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cb(new Error('Buffer too small'));
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return;
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}
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//
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// Start out reading as if this is a FSC-0048 2+ packet
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//
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binary.parse(packetBuffer)
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.word16lu('origNode')
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.word16lu('destNode')
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.word16lu('year')
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.word16lu('month')
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.word16lu('day')
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.word16lu('hour')
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.word16lu('minute')
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.word16lu('second')
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.word16lu('baud')
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.word16lu('packetType')
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.word16lu('origNet')
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.word16lu('destNet')
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.word8('prodCodeLo')
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.word8('prodRevLo') // aka serialNo
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.buffer('password', 8) // null padded C style string
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.word16lu('origZone')
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.word16lu('destZone')
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// Additions in FSC-0048.002 follow...
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.word16lu('auxNet')
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.word16lu('capWordA')
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.word8('prodCodeHi')
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.word8('prodRevHi')
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.word16lu('capWordB')
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.word16lu('origZone2')
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.word16lu('destZone2')
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.word16lu('originPoint')
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.word16lu('destPoint')
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.word32lu('prodData')
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.tap(packetHeader => {
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// Convert password from NULL padded array to string
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packetHeader.password = ftn.stringFromFTN(packetHeader.password);
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if(FTN_PACKET_HEADER_TYPE !== packetHeader.packetType) {
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cb(new Error('Unsupported header type: ' + packetHeader.packetType));
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return;
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}
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//
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// What kind of packet do we really have here?
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//
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if(FTN_PACKET_BAUD_TYPE_2_2 === packetHeader.baud) {
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packetHeader.packetVersion = '2.2';
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} else {
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//
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// See heuristics described in FSC-0048, "Receiving Type-2+ bundles"
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//
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const capWordASwapped =
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((packetHeader.capWordA & 0xff) << 8) |
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((packetHeader.capWordA >> 8) & 0xff);
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if(capWordASwapped === packetHeader.capWordB &&
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0 != packetHeader.capWordB &&
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packetHeader.capWordB & 0x0001)
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{
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packetHeader.packetVersion = '2+';
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} else {
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packetHeader.packetVersion = '2';
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packetHeader.point
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}
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}
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//
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// Date/time components into something more reasonable
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// Note: The names above match up with object members moment() allows
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//
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packetHeader.created = moment(packetHeader);
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cb(null, packetHeader);
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});
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};
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this.writePacketHeader = function(headerInfo, ws) {
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let buffer = new Buffer(FTN_PACKET_HEADER_SIZE);
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buffer.writeUInt16LE(headerInfo.origNode, 0);
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buffer.writeUInt16LE(headerInfo.destNode, 2);
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buffer.writeUInt16LE(headerInfo.created.year(), 4);
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buffer.writeUInt16LE(headerInfo.created.month(), 6);
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buffer.writeUInt16LE(headerInfo.created.date(), 8);
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buffer.writeUInt16LE(headerInfo.created.hour(), 10);
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buffer.writeUInt16LE(headerInfo.created.minute(), 12);
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buffer.writeUInt16LE(headerInfo.created.second(), 14);
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buffer.writeUInt16LE(headerInfo.baud, 16);
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buffer.writeUInt16LE(FTN_PACKET_HEADER_TYPE, 18);
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buffer.writeUInt16LE(headerInfo.origNet, 20);
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buffer.writeUInt16LE(headerInfo.destNet, 22);
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buffer.writeUInt8(headerInfo.prodCodeLo, 24);
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buffer.writeUInt8(headerInfo.prodRevHi, 25);
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const pass = ftn.stringToNullPaddedBuffer(headerInfo.password, 8);
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pass.copy(buffer, 26);
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buffer.writeUInt16LE(headerInfo.origZone, 34);
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buffer.writeUInt16LE(headerInfo.destZone, 36);
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// FSC-0048.002 additions...
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buffer.writeUInt16LE(headerInfo.auxNet, 38);
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buffer.writeUInt16LE(headerInfo.capWordA, 40);
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buffer.writeUInt8(headerInfo.prodCodeHi, 42);
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buffer.writeUInt8(headerInfo.prodRevLo, 43);
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buffer.writeUInt16LE(headerInfo.capWordB, 44);
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buffer.writeUInt16LE(headerInfo.origZone2, 46);
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buffer.writeUInt16LE(headerInfo.destZone2, 48);
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buffer.writeUInt16LE(headerInfo.origPoint, 50);
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buffer.writeUInt16LE(headerInfo.destPoint, 52);
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buffer.writeUInt32LE(headerInfo.prodData, 54);
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ws.write(buffer);
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};
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this.processMessageBody = function(messageBodyBuffer, cb) {
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//
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// From FTS-0001.16:
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// "Message text is unbounded and null terminated (note exception below).
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//
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// A 'hard' carriage return, 0DH, marks the end of a paragraph, and must
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// be preserved.
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//
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// So called 'soft' carriage returns, 8DH, may mark a previous
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// processor's automatic line wrap, and should be ignored. Beware that
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// they may be followed by linefeeds, or may not.
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//
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// All linefeeds, 0AH, should be ignored. Systems which display message
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// text should wrap long lines to suit their application."
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//
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// This can be a bit tricky:
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// * Decoding as CP437 converts 0x8d -> 0xec, so we'll need to correct for that
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// * Many kludge lines specify an encoding. If we find one of such lines, we'll
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// likely need to re-decode as the specified encoding
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// * SAUCE is binary-ish data, so we need to inspect for it before any
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// decoding occurs
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//
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let messageBodyData = {
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message : [],
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kludgeLines : {}, // KLUDGE:[value1, value2, ...] map
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seenBy : [],
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};
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function addKludgeLine(line) {
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const sepIndex = line.indexOf(':');
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const key = line.substr(0, sepIndex).toUpperCase();
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const value = line.substr(sepIndex + 1).trim();
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//
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// Allow mapped value to be either a key:value if there is only
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// one entry, or key:[value1, value2,...] if there are more
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//
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if(messageBodyData.kludgeLines[key]) {
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if(!_.isArray(messageBodyData.kludgeLines[key])) {
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messageBodyData.kludgeLines[key] = [ messageBodyData.kludgeLines[key] ];
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}
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messageBodyData.kludgeLines[key].push(value);
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} else {
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messageBodyData.kludgeLines[key] = value;
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}
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}
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async.series(
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[
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function extractSauce(callback) {
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// :TODO: This is wrong: SAUCE may not have EOF marker for one, also if it's
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// present, we need to extract it but keep the rest of hte message intact as it likely
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// has SEEN-BY, PATH, and other kludge information *appended*
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const sauceHeaderPosition = messageBodyBuffer.indexOf(FTN_MESSAGE_SAUCE_HEADER);
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if(sauceHeaderPosition > -1) {
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sauce.readSAUCE(messageBodyBuffer.slice(sauceHeaderPosition, sauceHeaderPosition + sauce.SAUCE_SIZE), (err, theSauce) => {
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if(!err) {
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// we read some SAUCE - don't re-process that portion into the body
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messageBodyBuffer = messageBodyBuffer.slice(0, sauceHeaderPosition) + messageBodyBuffer.slice(sauceHeaderPosition + sauce.SAUCE_SIZE);
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// messageBodyBuffer = messageBodyBuffer.slice(0, sauceHeaderPosition);
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messageBodyData.sauce = theSauce;
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} else {
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console.log(err)
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}
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callback(null); // failure to read SAUCE is OK
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});
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} else {
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callback(null);
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}
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},
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function extractMessageData(callback) {
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const messageLines =
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iconv.decode(messageBodyBuffer, 'CP437').replace(/[\xec\n]/g, '').split(/\r/g);
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let preOrigin = true;
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messageLines.forEach(line => {
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if(0 === line.length) {
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messageBodyData.message.push('');
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return;
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}
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if(preOrigin) {
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if(line.startsWith('AREA:')) {
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messageBodyData.area = line.substring(line.indexOf(':') + 1).trim();
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} else if(line.startsWith('--- ')) {
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// Tear Lines are tracked allowing for specialized display/etc.
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messageBodyData.tearLine = line;
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} else if(/[ ]{1,2}(\* )?Origin\: /.test(line)) { // To spec is " * Origin: ..."
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messageBodyData.originLine = line;
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preOrigin = false;
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} else if(FTN_MESSAGE_KLUDGE_PREFIX === line.charAt(0)) {
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addKludgeLine(line.slice(1));
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} else {
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// regular ol' message line
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messageBodyData.message.push(line);
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}
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} else {
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if(line.startsWith('SEEN-BY:')) {
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messageBodyData.seenBy.push(line.substring(line.indexOf(':') + 1).trim());
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} else if(FTN_MESSAGE_KLUDGE_PREFIX === line.charAt(0)) {
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addKludgeLine(line.slice(1));
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}
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}
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});
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callback(null);
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}
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],
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function complete(err) {
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messageBodyData.message = messageBodyData.message.join('\n');
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cb(messageBodyData);
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}
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);
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};
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this.parsePacketMessages = function(messagesBuffer, iterator, cb) {
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const NULL_TERM_BUFFER = new Buffer( [ 0 ] );
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binary.stream(messagesBuffer).loop(function looper(end, vars) {
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//
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// Some variable names used here match up directly with well known
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// meta data names used with FTN messages.
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//
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this
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.word16lu('messageType')
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.word16lu('ftn_orig_node')
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.word16lu('ftn_dest_node')
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.word16lu('ftn_orig_network')
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.word16lu('ftn_dest_network')
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.word8('ftn_attr_flags1')
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.word8('ftn_attr_flags2')
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.word16lu('ftn_cost')
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.scan('modDateTime', NULL_TERM_BUFFER) // :TODO: 20 bytes max
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.scan('toUserName', NULL_TERM_BUFFER) // :TODO: 36 bytes max
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.scan('fromUserName', NULL_TERM_BUFFER) // :TODO: 36 bytes max
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.scan('subject', NULL_TERM_BUFFER) // :TODO: 72 bytes max
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.scan('message', NULL_TERM_BUFFER)
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.tap(function tapped(msgData) {
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if(!msgData.ftn_orig_node) {
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// end marker -- no more messages
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end();
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cb(null);
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return;
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}
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if(FTN_PACKET_MESSAGE_TYPE != msgData.messageType) {
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end();
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cb(new Error('Unsupported message type: ' + msgData.messageType));
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return;
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}
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//
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// Convert null terminated arrays to strings
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//
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let convMsgData = {};
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[ 'modDateTime', 'toUserName', 'fromUserName', 'subject' ].forEach(k => {
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convMsgData[k] = iconv.decode(msgData[k], 'CP437');
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});
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//
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// The message body itself is a special beast as it may
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// contain special origin lines, kludges, SAUCE in the case
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// of ANSI files, etc.
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//
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let msg = new Message( {
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toUserName : convMsgData.toUserName,
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fromUserName : convMsgData.fromUserName,
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subject : convMsgData.subject,
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modTimestamp : ftn.getDateFromFtnDateTime(convMsgData.modDateTime),
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});
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msg.meta.FtnProperty = {};
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msg.meta.FtnProperty.ftn_orig_node = msgData.ftn_orig_node;
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msg.meta.FtnProperty.ftn_dest_node = msgData.ftn_dest_node;
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msg.meta.FtnProperty.ftn_orig_network = msgData.ftn_orig_network;
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msg.meta.FtnProperty.ftn_dest_network = msgData.ftn_dest_network;
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msg.meta.FtnProperty.ftn_attr_flags1 = msgData.ftn_attr_flags1;
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msg.meta.FtnProperty.ftn_attr_flags2 = msgData.ftn_attr_flags2;
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msg.meta.FtnProperty.ftn_cost = msgData.ftn_cost;
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self.processMessageBody(msgData.message, function processed(messageBodyData) {
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msg.message = messageBodyData.message;
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msg.meta.FtnKludge = messageBodyData.kludgeLines;
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if(messageBodyData.tearLine) {
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msg.meta.FtnProperty.ftn_tear_line = messageBodyData.tearLine;
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}
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if(messageBodyData.seenBy.length > 0) {
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msg.meta.FtnProperty.ftn_seen_by = messageBodyData.seenBy;
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}
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if(messageBodyData.area) {
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msg.meta.FtnProperty.ftn_area = messageBodyData.area;
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}
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if(messageBodyData.originLine) {
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msg.meta.FtnProperty.ftn_origin = messageBodyData.originLine;
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}
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//
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// Update message UUID, if possible, based on MSGID and AREA
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//
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if(_.isString(msg.meta.FtnKludge.MSGID) &&
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_.isString(msg.meta.FtnProperty.ftn_area) &&
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msg.meta.FtnKludge.MSGID.length > 0 &&
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msg.meta.FtnProperty.ftn_area.length > 0)
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{
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msg.uuid = ftn.createMessageUuid(
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msg.meta.FtnKludge.MSGID,
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msg.meta.FtnProperty.area);
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}
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iterator('message', msg);
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})
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});
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});
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};
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this.writeMessage = function(message, ws) {
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let basicHeader = new Buffer(34);
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basicHeader.writeUInt16LE(FTN_PACKET_MESSAGE_TYPE, 0);
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basicHeader.writeUInt16LE(message.meta.FtnProperty.ftn_orig_node, 2);
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basicHeader.writeUInt16LE(message.meta.FtnProperty.ftn_dest_node, 4);
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basicHeader.writeUInt16LE(message.meta.FtnProperty.ftn_orig_network, 6);
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basicHeader.writeUInt16LE(message.meta.FtnProperty.ftn_dest_network, 8);
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basicHeader.writeUInt8(message.meta.FtnProperty.ftn_attr_flags1, 10);
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basicHeader.writeUInt8(message.meta.FtnProperty.ftn_attr_flags2, 11);
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basicHeader.writeUInt16LE(message.meta.FtnProperty.ftn_cost, 12);
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const dateTimeBuffer = new Buffer(ftn.getDateTimeString(message.modTimestamp) + '\0');
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dateTimeBuffer.copy(basicHeader, 14);
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ws.write(basicHeader);
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// toUserName & fromUserName: up to 36 bytes in length, NULL term'd
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// :TODO: DRY...
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let encBuf = iconv.encode(message.toUserName + '\0', 'CP437').slice(0, 36);
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encBuf[encBuf.length - 1] = '\0'; // ensure it's null term'd
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ws.write(encBuf);
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encBuf = iconv.encode(message.fromUserName + '\0', 'CP437').slice(0, 36);
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encBuf[encBuf.length - 1] = '\0'; // ensure it's null term'd
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ws.write(encBuf);
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// subject: up to 72 bytes in length, NULL term'd
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encBuf = iconv.encode(message.subject + '\0', 'CP437').slice(0, 72);
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encBuf[encBuf.length - 1] = '\0'; // ensure it's null term'd
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ws.write(encBuf);
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//
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// message: unbound length, NULL term'd
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//
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// We need to build in various special lines - kludges, area,
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// seen-by, etc.
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//
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// :TODO: Put this in it's own method
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let msgBody = '';
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function appendMeta(k, m) {
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if(m) {
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let a = m;
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if(!_.isArray(a)) {
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a = [ a ];
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}
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a.forEach(v => {
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msgBody += `${k}: ${v}\n`;
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});
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}
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}
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//
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// FTN-0004.001 @ http://ftsc.org/docs/fts-0004.001
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// AREA:CONFERENCE
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// Should be first line in a message
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//
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if(message.meta.FtnProperty.ftn_area) {
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msgBody += `AREA:${message.meta.FtnProperty.ftn_area}\n`;
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}
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Object.keys(message.meta.FtnKludge).forEach(k => {
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// we want PATH to be last
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if('PATH' !== k) {
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appendMeta(k, message.meta.FtnKludge[k]);
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}
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});
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msgBody += message.message;
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//
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// FTN-0004.001 @ http://ftsc.org/docs/fts-0004.001
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// Origin line should be near the bottom of a message
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//
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appendMeta('', message.meta.FtnProperty.ftn_tear_line);
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//
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// Tear line should be near the bottom of a message
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//
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appendMeta('', message.meta.FtnProperty.ftn_origin);
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//
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// FTN-0004.001 @ http://ftsc.org/docs/fts-0004.001
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// SEEN-BY and PATH should be the last lines of a message
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//
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appendMeta('SEEN-BY', message.meta.FtnProperty.ftn_seen_by);
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appendMeta('PATH', message.meta.FtnKludge['PATH']);
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ws.write(iconv.encode(msgBody + '\0', 'CP437'));
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};
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this.parsePacketBuffer = function(packetBuffer, iterator, cb) {
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async.series(
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[
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function processHeader(callback) {
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self.parsePacketHeader(packetBuffer, (err, header) => {
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if(!err) {
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iterator('header', header);
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}
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callback(err);
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});
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},
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function processMessages(callback) {
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self.parsePacketMessages(
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packetBuffer.slice(FTN_PACKET_HEADER_SIZE),
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iterator,
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callback);
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}
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],
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cb
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);
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};
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}
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FTNPacket.prototype.read = function(pathOrBuffer, iterator, cb) {
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var self = this;
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async.series(
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[
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function getBufferIfPath(callback) {
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if(_.isString(pathOrBuffer)) {
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fs.readFile(pathOrBuffer, (err, data) => {
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pathOrBuffer = data;
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callback(err);
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});
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} else {
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callback(null);
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}
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},
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function parseBuffer(callback) {
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self.parsePacketBuffer(pathOrBuffer, iterator, callback);
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}
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],
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cb // completion callback
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);
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};
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FTNPacket.prototype.write = function(path, headerInfo, messages, cb) {
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headerInfo.created = headerInfo.created || moment();
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headerInfo.baud = headerInfo.baud || 0;
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// :TODO: Other defaults?
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if(!_.isArray(messages)) {
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messages = [ messages ] ;
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}
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let ws = fs.createWriteStream(path);
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this.writePacketHeader(headerInfo, ws);
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messages.forEach(msg => {
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this.writeMessage(msg, ws);
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});
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};
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var ftnPacket = new FTNPacket();
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var theHeader;
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var written = false;
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ftnPacket.read(
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process.argv[2],
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function iterator(dataType, data) {
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if('header' === dataType) {
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theHeader = data;
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console.log(theHeader);
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} else if('message' === dataType) {
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const msg = data;
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console.log(msg);
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if(!written) {
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written = true;
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let messages = [ msg ];
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ftnPacket.write('/home/nuskooler/Downloads/ftnout/test1.pkt', theHeader, messages, err => {
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});
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}
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let address = {
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zone : 46,
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net : 1,
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node : 232,
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domain : 'l33t.codes',
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};
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msg.areaTag = 'agn_bbs';
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msg.messageId = 1234;
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console.log(ftn.getMessageIdentifier(msg, address));
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console.log(ftn.getProductIdentifier())
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//console.log(ftn.getOrigin(address))
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console.log(ftn.parseAddress('46:1/232.4@l33t.codes'))
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console.log(ftn.getUTCTimeZoneOffset())
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}
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},
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function completion(err) {
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console.log(err);
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}
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);
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