mirror of
https://github.com/NuSkooler/enigma-bbs.git
synced 2025-07-24 19:48:23 +02:00
Finish conversion from 'binary' -> 'binary-parser'
* FTN packets * SAUCE
This commit is contained in:
Bryan Ashby
parent
c1f971d2d9
commit
8bfad971a1
5 changed files with 506 additions and 424 deletions
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@ -8,10 +8,11 @@ const Address = require('./ftn_address.js');
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const strUtil = require('./string_util.js');
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const Log = require('./logger.js').log;
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const ansiPrep = require('./ansi_prep.js');
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const Errors = require('./enig_error.js').Errors;
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const _ = require('lodash');
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const assert = require('assert');
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const binary = require('binary');
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const { Parser } = require('binary-parser');
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const fs = require('graceful-fs');
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const async = require('async');
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const iconv = require('iconv-lite');
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@ -23,7 +24,6 @@ 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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const NULL_TERM_BUFFER = new Buffer( [ 0x00 ] );
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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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@ -173,108 +173,103 @@ function Packet(options) {
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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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let packetHeader;
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try {
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packetHeader = new Parser()
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.uint16le('origNode')
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.uint16le('destNode')
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.uint16le('year')
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.uint16le('month')
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.uint16le('day')
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.uint16le('hour')
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.uint16le('minute')
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.uint16le('second')
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.uint16le('baud')
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.uint16le('packetType')
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.uint16le('origNet')
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.uint16le('destNet')
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.int8('prodCodeLo')
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.int8('prodRevLo') // aka serialNo
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.buffer('password', { length : 8 }) // can't use string; need CP437 - see https://github.com/keichi/binary-parser/issues/33
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.uint16le('origZone')
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.uint16le('destZone')
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//
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// The following is "filler" in FTS-0001, specifics in
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// FSC-0045 and FSC-0048
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//
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.uint16le('auxNet')
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.uint16le('capWordValidate')
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.int8('prodCodeHi')
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.int8('prodRevHi')
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.uint16le('capWord')
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.uint16le('origZone2')
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.uint16le('destZone2')
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.uint16le('origPoint')
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.uint16le('destPoint')
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.uint32le('prodData')
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.parse(packetBuffer);
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} catch(e) {
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return Errors.Invalid(`Unable to parse FTN packet header: ${e.message}`);
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}
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// Convert password from NULL padded array to string
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packetHeader.password = strUtil.stringFromNullTermBuffer(packetHeader.password, 'CP437');
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if(FTN_PACKET_HEADER_TYPE !== packetHeader.packetType) {
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return cb(Errors.Invalid(`Unsupported FTN packet header type: ${packetHeader.packetType}`));
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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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// What kind of packet do we really have here?
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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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// :TODO: adjust values based on version discovered
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if(FTN_PACKET_BAUD_TYPE_2_2 === packetHeader.baud) {
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packetHeader.version = '2.2';
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// See FSC-0045
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packetHeader.origPoint = packetHeader.year;
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packetHeader.destPoint = packetHeader.month;
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packetHeader.destDomain = packetHeader.origZone2;
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packetHeader.origDomain = packetHeader.auxNet;
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} else {
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//
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// The following is "filler" in FTS-0001, specifics in
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// FSC-0045 and FSC-0048
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// See heuristics described in FSC-0048, "Receiving Type-2+ bundles"
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//
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.word16lu('auxNet')
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.word16lu('capWordValidate')
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.word8('prodCodeHi')
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.word8('prodRevHi')
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.word16lu('capWord')
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.word16lu('origZone2')
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.word16lu('destZone2')
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.word16lu('origPoint')
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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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packetHeader.password = strUtil.stringFromNullTermBuffer(packetHeader.password, 'CP437');
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const capWordValidateSwapped =
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((packetHeader.capWordValidate & 0xff) << 8) |
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((packetHeader.capWordValidate >> 8) & 0xff);
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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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if(capWordValidateSwapped === packetHeader.capWord &&
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0 != packetHeader.capWord &&
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packetHeader.capWord & 0x0001)
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{
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packetHeader.version = '2+';
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// See FSC-0048
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if(-1 === packetHeader.origNet) {
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packetHeader.origNet = packetHeader.auxNet;
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}
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} else {
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packetHeader.version = '2';
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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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// :TODO: adjust values based on version discovered
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if(FTN_PACKET_BAUD_TYPE_2_2 === packetHeader.baud) {
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packetHeader.version = '2.2';
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// :TODO: should fill bytes be 0?
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}
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}
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// See FSC-0045
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packetHeader.origPoint = packetHeader.year;
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packetHeader.destPoint = packetHeader.month;
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packetHeader.created = moment({
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year : packetHeader.year,
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month : packetHeader.month - 1, // moment uses 0 indexed months
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date : packetHeader.day,
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hour : packetHeader.hour,
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minute : packetHeader.minute,
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second : packetHeader.second
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});
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packetHeader.destDomain = packetHeader.origZone2;
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packetHeader.origDomain = packetHeader.auxNet;
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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 capWordValidateSwapped =
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((packetHeader.capWordValidate & 0xff) << 8) |
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((packetHeader.capWordValidate >> 8) & 0xff);
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const ph = new PacketHeader();
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_.assign(ph, packetHeader);
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if(capWordValidateSwapped === packetHeader.capWord &&
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0 != packetHeader.capWord &&
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packetHeader.capWord & 0x0001)
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{
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packetHeader.version = '2+';
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// See FSC-0048
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if(-1 === packetHeader.origNet) {
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packetHeader.origNet = packetHeader.auxNet;
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}
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} else {
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packetHeader.version = '2';
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// :TODO: should fill bytes be 0?
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}
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}
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packetHeader.created = moment({
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year : packetHeader.year,
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month : packetHeader.month - 1, // moment uses 0 indexed months
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date : packetHeader.day,
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hour : packetHeader.hour,
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minute : packetHeader.minute,
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second : packetHeader.second
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});
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let ph = new PacketHeader();
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_.assign(ph, packetHeader);
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cb(null, ph);
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});
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return cb(null, ph);
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};
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this.getPacketHeaderBuffer = function(packetHeader) {
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@ -454,21 +449,30 @@ function Packet(options) {
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// :TODO: See encodingFromHeader() for CHRS/CHARSET support @ https://github.com/Mithgol/node-fidonet-jam
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const FTN_CHRS_PREFIX = new Buffer( [ 0x01, 0x43, 0x48, 0x52, 0x53, 0x3a, 0x20 ] ); // "\x01CHRS:"
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const FTN_CHRS_SUFFIX = new Buffer( [ 0x0d ] );
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binary.parse(messageBodyBuffer)
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.scan('prefix', FTN_CHRS_PREFIX)
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.scan('content', FTN_CHRS_SUFFIX)
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.tap(chrsData => {
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if(chrsData.prefix && chrsData.content && chrsData.content.length > 0) {
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const chrs = iconv.decode(chrsData.content, 'CP437');
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const chrsEncoding = ftn.getEncodingFromCharacterSetIdentifier(chrs);
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if(chrsEncoding) {
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encoding = chrsEncoding;
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}
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callback(null);
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} else {
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callback(null);
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}
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});
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let chrsPrefixIndex = messageBodyBuffer.indexOf(FTN_CHRS_PREFIX);
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if(chrsPrefixIndex < 0) {
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return callback(null);
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}
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chrsPrefixIndex += FTN_CHRS_PREFIX.length;
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const chrsEndIndex = messageBodyBuffer.indexOf(FTN_CHRS_SUFFIX, chrsPrefixIndex);
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if(chrsEndIndex < 0) {
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return callback(null);
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}
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let chrsContent = messageBodyBuffer.slice(chrsPrefixIndex, chrsEndIndex);
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if(0 === chrsContent.length) {
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return callback(null);
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}
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chrsContent = iconv.decode(chrsContent, 'CP437');
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const chrsEncoding = ftn.getEncodingFromCharacterSetIdentifier(chrsContent);
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if(chrsEncoding) {
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encoding = chrsEncoding;
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}
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return callback(null);
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},
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function extractMessageData(callback) {
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//
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@ -525,125 +529,160 @@ function Packet(options) {
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};
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this.parsePacketMessages = function(header, packetBuffer, iterator, cb) {
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binary.parse(packetBuffer)
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.word16lu('messageType')
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.word16lu('ftn_msg_orig_node')
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.word16lu('ftn_msg_dest_node')
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.word16lu('ftn_msg_orig_net')
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.word16lu('ftn_msg_dest_net')
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.word16lu('ftn_attr_flags')
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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 max6
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.scan('message', NULL_TERM_BUFFER)
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.tap(function tapped(msgData) { // no arrow function; want classic this
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if(!msgData.messageType) {
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// end marker -- no more messages
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return cb(null);
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//
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// Check for end-of-messages marker up front before parse so we can easily
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// tell the difference between end and bad header
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//
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if(packetBuffer.length < 3) {
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const peek = packetBuffer.slice(0, 2);
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if(peek.equals(Buffer.from([ 0x00 ])) || peek.equals(Buffer.from( [ 0x00, 0x00 ]))) {
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// end marker - no more messages
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return cb(null);
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}
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// else fall through & hit exception below to log error
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}
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let msgData;
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try {
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msgData = new Parser()
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.uint16le('messageType')
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.uint16le('ftn_msg_orig_node')
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.uint16le('ftn_msg_dest_node')
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.uint16le('ftn_msg_orig_net')
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.uint16le('ftn_msg_dest_net')
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.uint16le('ftn_attr_flags')
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.uint16le('ftn_cost')
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// :TODO: use string() for these if https://github.com/keichi/binary-parser/issues/33 is resolved
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.array('modDateTime', {
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type : 'uint8',
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readUntil : b => 0x00 === b,
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})
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.array('toUserName', {
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type : 'uint8',
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readUntil : b => 0x00 === b,
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})
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.array('fromUserName', {
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type : 'uint8',
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readUntil : b => 0x00 === b,
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})
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.array('subject', {
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type : 'uint8',
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readUntil : b => 0x00 === b,
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})
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.array('message', {
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type : 'uint8',
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readUntil : b => 0x00 === b,
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})
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.parse(packetBuffer);
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} catch(e) {
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return cb(Errors.Invalid(`Failed to parse FTN message header: ${e.message}`));
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}
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if(FTN_PACKET_MESSAGE_TYPE != msgData.messageType) {
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return cb(Errors.Invalid(`Unsupported FTN message type: ${msgData.messageType}`));
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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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[ 'modDateTime', 'toUserName', 'fromUserName', 'subject' ].forEach(k => {
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msgData[k] = strUtil.stringFromNullTermBuffer(msgData[k], 'CP437');
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});
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// Technically the following fields have length limits as per fts-0001.016:
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// * modDateTime : 20 bytes
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// * toUserName : 36 bytes
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// * fromUserName : 36 bytes
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// * subject : 72 bytes
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//
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// The message body itself is a special beast as it may
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// contain an origin line, kludges, SAUCE in the case
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// of ANSI files, etc.
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//
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const msg = new Message( {
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toUserName : msgData.toUserName,
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fromUserName : msgData.fromUserName,
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subject : msgData.subject,
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modTimestamp : ftn.getDateFromFtnDateTime(msgData.modDateTime),
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});
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// :TODO: When non-private (e.g. EchoMail), attempt to extract SRC from MSGID vs headers, when avail (or Orgin line? research further)
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msg.meta.FtnProperty = {
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ftn_orig_node : header.origNode,
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ftn_dest_node : header.destNode,
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ftn_orig_network : header.origNet,
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ftn_dest_network : header.destNet,
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ftn_attr_flags : msgData.ftn_attr_flags,
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ftn_cost : msgData.ftn_cost,
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ftn_msg_orig_node : msgData.ftn_msg_orig_node,
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ftn_msg_dest_node : msgData.ftn_msg_dest_node,
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ftn_msg_orig_net : msgData.ftn_msg_orig_net,
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ftn_msg_dest_net : msgData.ftn_msg_dest_net,
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};
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self.processMessageBody(msgData.message, 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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if(self.options.keepTearAndOrigin) {
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msg.message += `\r\n${messageBodyData.tearLine}\r\n`;
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}
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}
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if(FTN_PACKET_MESSAGE_TYPE != msgData.messageType) {
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return cb(new Error('Unsupported message type: ' + msgData.messageType));
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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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if(self.options.keepTearAndOrigin) {
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msg.message += `${messageBodyData.originLine}\r\n`;
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}
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}
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const read =
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14 + // fixed header size
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msgData.modDateTime.length + 1 +
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msgData.toUserName.length + 1 +
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msgData.fromUserName.length + 1 +
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msgData.subject.length + 1 +
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msgData.message.length + 1;
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//
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// If we have a UTC offset kludge (e.g. TZUTC) then update
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// modDateTime with it
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//
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if(_.isString(msg.meta.FtnKludge.TZUTC) && msg.meta.FtnKludge.TZUTC.length > 0) {
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msg.modDateTime = msg.modTimestamp.utcOffset(msg.meta.FtnKludge.TZUTC);
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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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// :TODO: Parser should give is this info:
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const bytesRead =
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14 + // fixed header size
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msgData.modDateTime.length + 1 + // +1 = NULL
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msgData.toUserName.length + 1 + // +1 = NULL
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msgData.fromUserName.length + 1 + // +1 = NULL
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msgData.subject.length + 1 + // +1 = NULL
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msgData.message.length; // includes NULL
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//
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// The message body itself is a special beast as it may
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// contain an origin line, kludges, SAUCE in the case
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// of ANSI files, etc.
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//
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const 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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|
||||
// :TODO: When non-private (e.g. EchoMail), attempt to extract SRC from MSGID vs headers, when avail (or Orgin line? research further)
|
||||
msg.meta.FtnProperty = {
|
||||
ftn_orig_node : header.origNode,
|
||||
ftn_dest_node : header.destNode,
|
||||
ftn_orig_network : header.origNet,
|
||||
ftn_dest_network : header.destNet,
|
||||
|
||||
ftn_attr_flags : msgData.ftn_attr_flags,
|
||||
ftn_cost : msgData.ftn_cost,
|
||||
|
||||
ftn_msg_orig_node : msgData.ftn_msg_orig_node,
|
||||
ftn_msg_dest_node : msgData.ftn_msg_dest_node,
|
||||
ftn_msg_orig_net : msgData.ftn_msg_orig_net,
|
||||
ftn_msg_dest_net : msgData.ftn_msg_dest_net,
|
||||
const nextBuf = packetBuffer.slice(bytesRead);
|
||||
if(nextBuf.length > 0) {
|
||||
const next = function(e) {
|
||||
if(e) {
|
||||
cb(e);
|
||||
} else {
|
||||
self.parsePacketMessages(header, nextBuf, iterator, cb);
|
||||
}
|
||||
};
|
||||
|
||||
self.processMessageBody(msgData.message, messageBodyData => {
|
||||
msg.message = messageBodyData.message;
|
||||
msg.meta.FtnKludge = messageBodyData.kludgeLines;
|
||||
|
||||
if(messageBodyData.tearLine) {
|
||||
msg.meta.FtnProperty.ftn_tear_line = messageBodyData.tearLine;
|
||||
|
||||
if(self.options.keepTearAndOrigin) {
|
||||
msg.message += `\r\n${messageBodyData.tearLine}\r\n`;
|
||||
}
|
||||
}
|
||||
|
||||
if(messageBodyData.seenBy.length > 0) {
|
||||
msg.meta.FtnProperty.ftn_seen_by = messageBodyData.seenBy;
|
||||
}
|
||||
|
||||
if(messageBodyData.area) {
|
||||
msg.meta.FtnProperty.ftn_area = messageBodyData.area;
|
||||
}
|
||||
|
||||
if(messageBodyData.originLine) {
|
||||
msg.meta.FtnProperty.ftn_origin = messageBodyData.originLine;
|
||||
|
||||
if(self.options.keepTearAndOrigin) {
|
||||
msg.message += `${messageBodyData.originLine}\r\n`;
|
||||
}
|
||||
}
|
||||
|
||||
//
|
||||
// If we have a UTC offset kludge (e.g. TZUTC) then update
|
||||
// modDateTime with it
|
||||
//
|
||||
if(_.isString(msg.meta.FtnKludge.TZUTC) && msg.meta.FtnKludge.TZUTC.length > 0) {
|
||||
msg.modDateTime = msg.modTimestamp.utcOffset(msg.meta.FtnKludge.TZUTC);
|
||||
}
|
||||
|
||||
const nextBuf = packetBuffer.slice(read);
|
||||
if(nextBuf.length > 0) {
|
||||
const next = function(e) {
|
||||
if(e) {
|
||||
cb(e);
|
||||
} else {
|
||||
self.parsePacketMessages(header, nextBuf, iterator, cb);
|
||||
}
|
||||
};
|
||||
|
||||
iterator('message', msg, next);
|
||||
} else {
|
||||
cb(null);
|
||||
}
|
||||
});
|
||||
});
|
||||
iterator('message', msg, next);
|
||||
} else {
|
||||
cb(null);
|
||||
}
|
||||
});
|
||||
};
|
||||
|
||||
this.sanatizeFtnProperties = function(message) {
|
||||
|
|
|
|||
Loading…
Add table
Add a link
Reference in a new issue