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//////
// This works in RetroArch of all things.
// RaLibRetro fucks everything up by its memory editor.
// If you want this to work in RaLibRetro "as is" - do *NOT* open the memory inspector! Do *NOT* scroll it!
// This once I want to use shaders anyway, so there's no avoiding RetroArch. Shame Mednafen can't upscale.
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//////
let fs = require ( "fs" )
let memoryjs = require ( 'memoryjs' )
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let { exit , off } = require ( "process" )
// first try ralibretro, then retroarch. Case sensitive
let process _names = [ "RALibretro.exe" , "retroarch.exe" , ]
let process _name
let process
let core _offset = 0
for ( let pname of process _names ) {
try {
process = memoryjs . openProcess ( pname )
process _name = pname
console . log ( [ "Found process:" , pname ] . join ( " " ) )
break
} catch ( err ) {
console . log ( [ "Couldn't open" , pname , "..." ] . join ( " " ) )
}
}
if ( ! process _name ) {
console . log ( [ "Couldn't open any core. Check that an emulator is actually launched and the core is loaded. Exiting." ] . join ( " " ) )
exit ( )
}
try {
let module _name = 'mednafen_saturn_libretro.dll'
console . log ( [ "Probing mednafen core:" , module _name ] . join ( " " ) )
let core = memoryjs . findModule ( module _name , process . th32ProcessID ) ;
console . log ( [ "Found Mednafen core." , "It's base address will be used as an additional memory offset value." ] . join ( " " ) )
core _offset = core . modBaseAddr
} catch ( err ) {
console . log ( "You're not running Mednafen core. Assuming it's Kronos then." )
}
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let hex2int = function ( hex ) {
let result = parseInt ( Number ( hex ) , 10 )
return result
}
let char _tbl = {
[ hex2int ( "0x00" ) ] : ' ' ,
[ hex2int ( "0x41" ) ] : 'A' ,
[ hex2int ( "0x42" ) ] : 'B' ,
[ hex2int ( "0x43" ) ] : 'C' ,
[ hex2int ( "0x44" ) ] : 'D' ,
[ hex2int ( "0x45" ) ] : 'E' ,
[ hex2int ( "0x46" ) ] : 'F' ,
[ hex2int ( "0x47" ) ] : 'G' ,
[ hex2int ( "0x48" ) ] : 'H' ,
[ hex2int ( "0x49" ) ] : 'I' ,
[ hex2int ( "0x4a" ) ] : 'J' ,
[ hex2int ( "0x4b" ) ] : 'K' ,
[ hex2int ( "0x4c" ) ] : 'L' ,
[ hex2int ( "0x4d" ) ] : 'M' ,
[ hex2int ( "0x4e" ) ] : 'N' ,
[ hex2int ( "0x4f" ) ] : 'O' ,
[ hex2int ( "0x50" ) ] : 'P' ,
[ hex2int ( "0x51" ) ] : 'Q' ,
[ hex2int ( "0x52" ) ] : 'R' ,
[ hex2int ( "0x53" ) ] : 'S' ,
[ hex2int ( "0x54" ) ] : 'T' ,
[ hex2int ( "0x55" ) ] : 'U' ,
[ hex2int ( "0x56" ) ] : 'V' ,
[ hex2int ( "0x57" ) ] : 'W' ,
[ hex2int ( "0x58" ) ] : 'X' ,
[ hex2int ( "0x59" ) ] : 'Y' ,
[ hex2int ( "0x5a" ) ] : 'Z' ,
[ hex2int ( "0x61" ) ] : 'a' ,
[ hex2int ( "0x62" ) ] : 'b' ,
[ hex2int ( "0x63" ) ] : 'c' ,
[ hex2int ( "0x64" ) ] : 'd' ,
[ hex2int ( "0x65" ) ] : 'e' ,
[ hex2int ( "0x66" ) ] : 'f' ,
[ hex2int ( "0x67" ) ] : 'g' ,
[ hex2int ( "0x68" ) ] : 'h' ,
[ hex2int ( "0x69" ) ] : 'i' ,
[ hex2int ( "0x6a" ) ] : 'j' ,
[ hex2int ( "0x6b" ) ] : 'k' ,
[ hex2int ( "0x6c" ) ] : 'l' ,
[ hex2int ( "0x6d" ) ] : 'm' ,
[ hex2int ( "0x6e" ) ] : 'n' ,
[ hex2int ( "0x6f" ) ] : 'o' ,
[ hex2int ( "0x70" ) ] : 'p' ,
[ hex2int ( "0x71" ) ] : 'q' ,
[ hex2int ( "0x72" ) ] : 'r' ,
[ hex2int ( "0x73" ) ] : 's' ,
[ hex2int ( "0x74" ) ] : 't' ,
[ hex2int ( "0x75" ) ] : 'u' ,
[ hex2int ( "0x76" ) ] : 'v' ,
[ hex2int ( "0x77" ) ] : 'w' ,
[ hex2int ( "0x78" ) ] : 'x' ,
[ hex2int ( "0x79" ) ] : 'y' ,
[ hex2int ( "0x7a" ) ] : 'z' ,
[ hex2int ( "0x21" ) ] : '!' ,
[ hex2int ( "0x2e" ) ] : '.' ,
[ hex2int ( "0x2f" ) ] : '/' ,
[ hex2int ( "0x26" ) ] : '&' ,
[ hex2int ( "0x2b" ) ] : '+' ,
[ hex2int ( "0x2c" ) ] : ',' ,
[ hex2int ( "0x30" ) ] : '0' ,
[ hex2int ( "0x31" ) ] : '1' ,
[ hex2int ( "0x32" ) ] : '2' ,
[ hex2int ( "0x33" ) ] : '3' ,
[ hex2int ( "0x34" ) ] : '4' ,
[ hex2int ( "0x35" ) ] : '5' ,
[ hex2int ( "0x36" ) ] : '6' ,
[ hex2int ( "0x37" ) ] : '7' ,
[ hex2int ( "0x38" ) ] : '8' ,
[ hex2int ( "0x39" ) ] : '9' ,
[ hex2int ( "0x3a" ) ] : ':' ,
[ hex2int ( "0x3b" ) ] : ';' ,
[ hex2int ( "0x3f" ) ] : '?' ,
[ hex2int ( "0xb0" ) ] : '-' ,
}
let tint2char = function ( int ) {
return char _tbl [ int ]
}
// CE gives module name + offset (hex)
let offsets = {
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//discrepancy : hex2int("0x77A340"), // 7840576
discrepancy : hex2int ( "0x77A340" ) , // 7840576
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map _id : hex2int ( "0x18006" ) ,
event _id : hex2int ( "0x1cf8ac" ) ,
eid : hex2int ( "0x1cf8b6" ) ,
ingame _indicator : hex2int ( "0x121510" ) ,
savefile _name : [
hex2int ( "0x120731" ) ,
hex2int ( "0x120730" ) ,
hex2int ( "0x120733" ) ,
hex2int ( "0x120732" ) ,
hex2int ( "0x120735" ) ,
hex2int ( "0x120734" ) ,
] ,
hp : {
arthur : hex2int ( "0x1207b0" ) ,
melody : hex2int ( "0x12087c" ) ,
rodi : hex2int ( "0x120948" ) ,
basso : hex2int ( "0x120a14" ) ,
akane : hex2int ( "0x120ae0" ) ,
forte : hex2int ( "0x120bac" ) ,
doyle : hex2int ( "0x120c78" ) ,
lisa : hex2int ( "0x120d44" ) ,
enemy1 : hex2int ( "0x120e10" ) ,
enemy2 : hex2int ( "0x120edc" ) ,
enemy3 : hex2int ( "0x120fa8" ) ,
enemy4 : hex2int ( "0x121074" ) ,
enemy5 : hex2int ( "0x121140" ) ,
} ,
max _hp : {
arthur : hex2int ( "0x12073c" ) ,
melody : hex2int ( "0x120808" ) ,
rodi : hex2int ( "0x1208d4" ) ,
basso : hex2int ( "0x1209a0" ) ,
akane : hex2int ( "0x120a6c" ) ,
forte : hex2int ( "0x120b38" ) ,
doyle : hex2int ( "0x120c04" ) ,
lisa : hex2int ( "0x120cd0" ) ,
enemy1 : hex2int ( "0x120d9c" ) ,
enemy2 : hex2int ( "0x120f34" ) ,
} ,
mp : {
arthur : hex2int ( "0x1207b2" ) ,
melody : hex2int ( "0x12087e" ) ,
rodi : hex2int ( "0x12094a" ) ,
basso : hex2int ( "0x120a16" ) ,
akane : hex2int ( "0x120ae2" ) ,
forte : hex2int ( "0x120bae" ) ,
lisa : hex2int ( "0x120d46" ) ,
enemy1 : hex2int ( "0x120e12" ) ,
enemy2 : hex2int ( "0x120ede" ) ,
} ,
max _mp : {
arthur : hex2int ( "0x12073e" ) ,
melody : hex2int ( "0x12080a" ) ,
rodi : hex2int ( "0x1208d6" ) ,
basso : hex2int ( "0x1209a2" ) ,
akane : hex2int ( "0x120a6e" ) ,
forte : hex2int ( "0x120b3a" ) ,
lisa : hex2int ( "0x120cd2" ) ,
enemy1 : hex2int ( "0x120d9e" ) ,
enemy2 : hex2int ( "0x120e2a" ) ,
} ,
status : {
arthur : hex2int ( "0x1207eb" ) ,
melody : hex2int ( "0x1208b7" ) ,
rodi : hex2int ( "0x120983" ) ,
basso : hex2int ( "0x120a4f" ) ,
akane : hex2int ( "0x120b1b" ) ,
forte : hex2int ( "0x120be7" ) ,
doyle : hex2int ( "0x120cb3" ) ,
lisa : hex2int ( "0x120d7f" ) ,
} ,
position : {
x : hex2int ( "0x1219dc" ) ,
y : hex2int ( "0x1219e4" ) ,
z : hex2int ( "0x1219e1" ) ,
z2 : hex2int ( "0x1219e0" ) ,
north : hex2int ( "0x1ffc54" ) ,
west : hex2int ( "0x1ffc58" ) ,
direction : hex2int ( "0x121a0c" )
} ,
steps : {
area : hex2int ( "0x121512" )
} ,
characters : {
party : hex2int ( "0x121501" ) ,
acquired : hex2int ( "0x121503" ) ,
} ,
pixies : {
0 : hex2int ( "0x1215d8" ) ,
1 : hex2int ( "0x1215da" ) ,
2 : hex2int ( "0x1215db" ) ,
3 : hex2int ( "0x1215dc" ) ,
4 : hex2int ( "0x1215dd" ) ,
5 : hex2int ( "0x1215de" ) ,
6 : hex2int ( "0x1215df" ) ,
} ,
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colors : {
depth : hex2int ( "0x17b791" ) ,
window : {
red : hex2int ( "0x17b7a1" ) ,
green : hex2int ( "0x17b7a0" ) ,
blue : hex2int ( "0x17b798" ) ,
} ,
frame : {
red : hex2int ( "0x17b789" ) ,
green : hex2int ( "0x17b79b" ) ,
blue : hex2int ( "0x17b799" ) ,
} ,
}
}
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if ( core _offset == 0 ) {
// This isn't needed if we're running Mednafen/
// This is a consistent start of a lowram in Kronos, though.
// If memory inspector is present (i.e. you're on RaLibretro), this will find that instead of the actual data.
// It's fine, though (unless you scroll said inspector; don't, duh!)
let sig _work _ram _low = "20 00 64 00 20 00 48 13 20 00 5c 13 20 00 5c 13"
// this is the copyright message: "OCYPIRHG(T)CS GE ANEETPRIRES,STL.D1 99 4LA LIRHGSTR SEREEV D "
// but what we actually need is the "00 06 4A 09 00 06 4A 09 00 06 4A 09 00 06 4A 09" after that. Too bad it's too repetitive to be searched on its own
// let sig_work_ram_high = "4F 43 59 50 49 52 48 47 28 54 29 43 53 20 47 45 20 41 4E 45 45 54 50 52 49 52 45 53 2C 53 54 4C 2E 44 31 20 39 39 20 34 4C 41 20 4C 49 52 48 47 53 54 52 20 53 45 52 45 45 56 20 44 20 20 20 20"
// The above thing worked SOME times but then didn't other.
// So there's more fidgeting here and below when I do the "+ 984 -13304" crap
let sig _work _ram _high = "4E 49 31 3B 00 2A E4 8E 00 00 00 00 8E E4 11 A4 00 00 00 00 A4 11 05 61 11 07 06 06 00 DC 00 00 00 01 01 00 58 09 39 37 42 2E 4E 49 31 3B 00 2E E4 91 00 00 00 00 91 E4 15 F0 00 00 00 00 F0 15 0C 60 0B 04 0E 02 00 DC 00 00 00 01 01 00 58 0D 4E 49 52 54 4C 4E 43 2E 52 48 31 3B 00 00 00 00"
let sig _work _ram _high _length = sig _work _ram _high . replaceAll ( " " , "" ) . length / 2
console . log ( [ "High working ram sinature is" , sig _work _ram _high _length , "bytes long." ] . join ( " " ) )
// To this day I *still* have no idea where the high ram relative to the low ram as it jumps around across the launches.
// For all I know it can be placed *lower* than the low (at least in RaLibRetro) and be shredded in pieces.
// For example: sig_work_ram_low - sig_work_ram_high = 0x216000 (2187264)
// Most likely I'm looking at a wrong place
// this searches relatively fast in both emulators
console . log ( "Searching sig_work_ram_low start pattern" , sig _work _ram _low )
let addr = memoryjs . findPattern ( process . handle , sig _work _ram _low , 0 , 0 )
// one needs to repeat the process in CheatEngine, but not in memoryjs. No idea why
//addr = memoryjs.findPattern(process.handle, sig_work_ram_low, 0, addr+1)
console . log ( "Found sig_work_ram_low address" , addr , "0x" + addr . toString ( 16 ) )
// This one... The search for this one is *incredibly* slow in RALibRetro, maybe the start of this pattern is really repetitive?
console . log ( "Searching sig_work_ram_high start pattern" , sig _work _ram _high )
// we add the length of the pattern, since we're interested in what's around it rather than the signature itself
let addr2 = memoryjs . findPattern ( process . handle , sig _work _ram _high , 0 , 0 ) + 984 - 133040 // +3D8 - 207B0 to tread this as hiram start - 100000 //+ sig_work_ram_high_length
console . log ( "Found sig_work_ram_high address" , addr2 , "0x" + addr2 . toString ( 16 ) )
console . log ( "Reading data from sig_work_ram_low+0x18006 (98310)" , addr + 98310 , "0x" + ( addr + 98310 ) . toString ( 16 ) )
let pat = memoryjs . readMemory ( process . handle , addr + 98310 , memoryjs . BYTE ) // Map ID
console . log ( "Reading data from sig_work_ram_high+0x207B0 (133040)" , addr2 , "0x" + ( addr2 + 133040 ) . toString ( 16 ) )
let pat2 = memoryjs . readMemory ( process . handle , addr2 + 133040 , memoryjs . BYTE ) // Arthur's HP
// In the end we got our addreses
offsets . discrepancy _lowram = addr
offsets . discrepancy = addr2
let h _name = [ ]
let h _name1 = [ ]
let c = 0
for ( let i of offsets . savefile _name ) {
h _name1 [ c ] = readm ( i , memoryjs . CHAR ) //, 'hero\'s name ['+c+'] = '+tint2char(h_name1[c]))
h _name [ c ] = tint2char ( h _name1 [ c ] )
c = c + 1
}
// this is here for testing purposes. If thise is wrong - the thing isn't working properly ((
console . log ( "Please check if these are correct: '92 0x5c' for 'MapId' in Desire Village; Your character's name (save file name) and his HP" )
console . log ( "MapID" , pat , '0x' + ( pat ) . toString ( 16 ) )
console . log ( h _name . join ( "" ) . trim ( ) + "'s HP" , pat2 , '0x' + ( pat2 ) . toString ( 16 ) )
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}
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function readm ( offset , type , descr ) {
if ( core _offset > 0 ) {
// we're running mednafen
return memoryjs . readMemory ( process . handle , core _offset + offsets . discrepancy + offset , type || memoryjs . UINT16 )
} else {
// we're running Kronos or some unknown unsupported shit
let res = 0
let address = 0
if ( offset < 104857 ) {
address = offsets . discrepancy _lowram + offset
} else {
address = offsets . discrepancy + offset - 1048576 // yeah, more duct tape
}
res = memoryjs . readMemory ( process . handle , address , type || memoryjs . UINT16 )
if ( descr ) {
console . log ( address . toString ( 16 ) + 'h' , type , descr , res )
}
return res
}
throw ( "This should'n have happened" )
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}
// use this to send data only *1 in a throttle* readings
let throttle = 1
let throttle _counter = 0
let last _map _id
let mapped _data = { }
let maps = { }
let last _pos = { }
let reset _cell _size = true
let reset _cell _size _sent = false
let last _ingame
let last _worldmap
let WSS
if ( fs . existsSync ( './maps.json' ) ) {
maps = require ( './maps.json' )
}
function new _ws _server ( port ) {
let WS = require ( 'ws' )
let lcrypto = require ( 'crypto' )
WSS = new WS . Server ( { port : port } )
console . log ( 'listening on ws://' + 'localhost' + ":" + port )
WSS . send = function ( client _id , message ) {
let json _data = JSON . stringify ( message )
for ( let WSC of WSS . clients ) {
if ( WSC . id == client _id || client _id == "broadcast" || client _id == WSC . client _channel ) {
WSC . send ( json _data )
}
}
}
function WSSconnect ( ws _client ) {
console . log ( '[WSS] A new client has appeared!' )
ws _client . join _time = new Date ( )
ws _client . on ( 'pong' , function ( ) {
// this will re-animate a "dead" client so WSS_dead_clients_check won't kill it
this . alive = true
} )
}
WSS . on ( 'connection' , WSSconnect )
setInterval (
function ( ) {
let data = {
hp : { } ,
max _hp : { } ,
mp : { } ,
max _mp : { } ,
status : { } ,
}
// pixies ---------------------------------------------------------------
let pixies = [ ]
for ( let idx in offsets . pixies ) {
let batch = ( readm ( offsets . pixies [ idx ] , memoryjs . UBYTE ) ) . toString ( 2 )
pixies [ idx ] = ( '0' . repeat ( 8 - batch . length ) + batch ) . split ( "" ) . reverse ( ) . join ( "" )
}
data . pixies = pixies . join ( "" ) . split ( "" )
data . pixies _flags = {
leprechaunt : {
Dana : data . pixies [ 54 ] ,
Tak : data . pixies [ 55 ] ,
Morgan : data . pixies [ 40 ] ,
Kokus : data . pixies [ 41 ] ,
Zircon : data . pixies [ 42 ] ,
Mangus : data . pixies [ 43 ] ,
Darbie : data . pixies [ 44 ] ,
Solo : data . pixies [ 45 ] ,
Stilt : data . pixies [ 46 ] ,
Eric : data . pixies [ 47 ] ,
} ,
succubus : {
Muran : data . pixies [ 34 ] ,
Dahlia : data . pixies [ 35 ] ,
Roberia : data . pixies [ 36 ] ,
Lacey : data . pixies [ 37 ] ,
Orlea : data . pixies [ 38 ] ,
Ripanos : data . pixies [ 39 ] ,
Kathorea : data . pixies [ 24 ] ,
Viola : data . pixies [ 25 ] ,
Lunaria : data . pixies [ 26 ] ,
Natasha : data . pixies [ 27 ] ,
} ,
incubus : {
Lantano : data . pixies [ 28 ] ,
Enjewel : data . pixies [ 29 ] ,
Masakari : data . pixies [ 30 ] ,
Krupis : data . pixies [ 31 ] ,
Liknis : data . pixies [ 48 ] ,
Cypress : data . pixies [ 49 ] ,
Aster : data . pixies [ 50 ] ,
Adonis : data . pixies [ 51 ] ,
Croton : data . pixies [ 52 ] ,
Boris : data . pixies [ 53 ] ,
} ,
pixie : {
Maple : data . pixies [ 6 ] ,
Cherry : data . pixies [ 7 ] ,
Willow : data . pixies [ 16 ] ,
Cedar : data . pixies [ 17 ] ,
Palm : data . pixies [ 18 ] ,
Apple : data . pixies [ 19 ] ,
Lime : data . pixies [ 20 ] ,
Pear : data . pixies [ 21 ] ,
Plum : data . pixies [ 22 ] ,
Baldric : data . pixies [ 23 ] ,
} ,
fairy : {
Daisy : data . pixies [ 8 ] ,
Iris : data . pixies [ 9 ] ,
Camellia : data . pixies [ 10 ] ,
Peony : data . pixies [ 11 ] ,
Lily : data . pixies [ 12 ] ,
Azalea : data . pixies [ 13 ] ,
Sisal : data . pixies [ 14 ] ,
Mimosa : data . pixies [ 15 ] ,
Primrose : data . pixies [ 32 ] ,
Clyde : data . pixies [ 33 ] ,
} ,
}
// ------ ---------------------------------------------------------------
data . characters = readm ( offsets . characters . acquired ) . toString ( 2 )
data . party = readm ( offsets . characters . party ) . toString ( 2 )
let acquired _characters = { }
if ( data . characters [ 0 ] == 1 ) { acquired _characters . arthur = true }
if ( data . characters [ 1 ] == 1 ) { acquired _characters . melody = true }
if ( data . characters [ 2 ] == 1 ) { acquired _characters . rodi = true }
if ( data . characters [ 3 ] == 1 ) { acquired _characters . basso = true }
if ( data . characters [ 4 ] == 1 ) { acquired _characters . akane = true }
if ( data . characters [ 5 ] == 1 ) { acquired _characters . forte = true }
if ( data . characters [ 6 ] == 1 ) { acquired _characters . doyle = true }
if ( data . characters [ 7 ] == 1 ) { acquired _characters . lisa = true }
let party _characters = { }
if ( data . party [ 0 ] == 1 ) { party _characters . arthur = true }
if ( data . party [ 1 ] == 1 ) { party _characters . melody = true }
if ( data . party [ 2 ] == 1 ) { party _characters . rodi = true }
if ( data . party [ 3 ] == 1 ) { party _characters . basso = true }
if ( data . party [ 4 ] == 1 ) { party _characters . akane = true }
if ( data . party [ 5 ] == 1 ) { party _characters . forte = true }
if ( data . party [ 6 ] == 1 ) { party _characters . doyle = true }
if ( data . party [ 7 ] == 1 ) { party _characters . lisa = true }
data . party _characters _list = [ ]
for ( let char in party _characters ) {
data . party _characters _list . push ( char )
}
data . acquired _characters _list = [ ]
for ( let char in acquired _characters ) {
data . acquired _characters _list . push ( char )
}
for ( let char of data . party _characters _list ) {
data . hp [ char ] = readm ( offsets . hp [ char ] )
data . max _hp [ char ] = readm ( offsets . max _hp [ char ] )
data . mp [ char ] = readm ( offsets . mp [ char ] )
data . max _mp [ char ] = readm ( offsets . max _mp [ char ] )
let char _status = readm ( offsets . status [ char ] , memoryjs . BYTE )
let cstat = 'Healthy'
if ( char _status != 0 ) {
if ( char _status <= 4 ) {
cstat = 'Poisoned'
} else if ( char _status > 4 ) {
cstat = 'Fatally Ill'
}
}
data . status [ char ] = cstat
}
let direction = readm ( offsets . position . direction , memoryjs . UINT16 )
let steps _in _area = readm ( offsets . steps . area )
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let current _location = readm ( offsets . eid , memoryjs . UINT16 _BE ) ;
let current _location1 = readm ( offsets . event _id , memoryjs . UINT16 _BE ) ;
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let worldmap = readm ( offsets . map _id , memoryjs . UINT8 )
data . location _id = current _location
data . location _id1 = current _location1
data . steps _in _area = steps _in _area
data . worldmap = worldmap
data . position = {
x : Math . round ( readm ( offsets . position . x , memoryjs . INT16 ) / 16 ) / 10 ,
y : Math . round ( readm ( offsets . position . y , memoryjs . INT16 ) / 16 ) / 10 ,
z : Math . round ( readm ( offsets . position . z , memoryjs . INT8 ) ) ,
z2 : Math . round ( readm ( offsets . position . z2 , memoryjs . INT8 ) ) ,
north : readm ( offsets . position . north , memoryjs . UINT8 ) ,
west : readm ( offsets . position . west , memoryjs . UINT8 ) ,
direction : direction / ( 65536 / 360 ) ,
}
if ( current _location && ( last _map _id != current _location ) || worldmap != last _worldmap ) {
data . map _changed = true
maps [ last _worldmap ] = maps [ last _worldmap ] || { }
maps [ last _worldmap ] [ last _map _id ] = mapped _data
mapped _data = maps [ worldmap ] ? . [ current _location ] || { }
last _map _id = current _location
last _worldmap = worldmap
mapped _data . entrance = { x : data . position . x , y : data . position . y }
mapped _data . map _name = current _location
mapped _data . event _id = current _location1
mapped _data . location = data . worldmap
last _pos . x = data . position . x
last _pos . y = data . position . y
reset _cell _size = true
}
let ingame = ( readm ( offsets . ingame _indicator , memoryjs . UINT8 ) == 1 )
if ( data . worldmap == 244 ) {
//data.reset_cell_size = true
} else {
if ( ingame &&
( ( last _pos . y != data . position . y ) ||
( last _pos . x != data . position . x ) ||
( ( ingame != last _ingame ) &&
last _ingame == 0
)
)
) {
if ( reset _cell _size _sent ) {
reset _cell _size = false
reset _cell _size _sent = false
}
mapped _data [ data . position . x ] = mapped _data [ data . position . x ] || { }
mapped _data [ data . position . x ] [ data . position . y ] = mapped _data [ data . position . x ] [ data . position . y ] || { }
//if ( Math.abs(last_pos.y - data.position.y) + Math.abs(last_pos.x - data.position.x) > 1) {
mapped _data [ data . position . x ] [ data . position . y ] = mapped _data [ data . position . x ] [ data . position . y ] || { }
mapped _data [ data . position . x ] [ data . position . y ] . additional = mapped _data [ data . position . x ] [ data . position . y ] . additional || { }
// this breaks older paths, need multiple Y coords!
//mapped_data[data.position.x][data.position.y].additional[last_pos.x] = last_pos.y
mapped _data [ data . position . x ] [ data . position . y ] . additional [ last _pos . x ] = mapped _data [ data . position . x ] [ data . position . y ] . additional [ last _pos . x ] || { }
mapped _data [ data . position . x ] [ data . position . y ] . additional [ last _pos . x ] [ last _pos . y ] = true
mapped _data [ data . position . x ] [ data . position . y ] . z = mapped _data [ data . position . x ] [ data . position . y ] . z || { }
if ( data . position . z > 0 ) { mapped _data [ data . position . x ] [ data . position . y ] . z . up = true }
if ( data . position . z < 0 ) { mapped _data [ data . position . x ] [ data . position . y ] . z . down = true }
if ( data . position . z == 0 ) { mapped _data [ data . position . x ] [ data . position . y ] . z . middle = true }
mapped _data [ data . position . x ] [ data . position . y ] . z . z1 = data . position . z
mapped _data [ data . position . x ] [ data . position . y ] . z . z2 = data . position . z2
//} else {
//mapped_data[data.position.x][data.position.y] = true
//}
} else {
}
}
last _ingame = ingame
last _pos . x = data . position . x
last _pos . y = data . position . y
data . mapped _data = mapped _data
data . reset _cell _size = reset _cell _size
////////////
let hero _name = [ ]
let hero _name1 = [ ]
let c = 0
for ( let i of offsets . savefile _name ) {
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hero _name1 [ c ] = readm ( i , memoryjs . CHAR )
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hero _name [ c ] = tint2char ( hero _name1 [ c ] )
c = c + 1
}
data . hero _name = hero _name
data . hero _name1 = hero _name1
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let colors = {
depth : readm ( offsets . colors . depth , memoryjs . BYTE ) ,
window : {
red : readm ( offsets . colors . window . red , memoryjs . BYTE ) ,
green : readm ( offsets . colors . window . green , memoryjs . BYTE ) ,
blue : readm ( offsets . colors . window . blue , memoryjs . BYTE ) ,
} ,
frame : {
red : readm ( offsets . colors . frame . red , memoryjs . BYTE ) ,
green : readm ( offsets . colors . frame . green , memoryjs . BYTE ) ,
blue : readm ( offsets . colors . frame . blue , memoryjs . BYTE ) ,
}
}
data . colors = colors
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throttle _counter = throttle _counter + 1
if ( ( throttle _counter > throttle ) || data . map _changed ) {
throttle _counter = 0
reset _cell _size _sent = true
reset _cell _size = false
WSS . send (
null ,
data
)
}
} ,
100
)
}
new _ws _server ( 13531 )
let save _maps = function ( ) {
fs . writeFile ( './maps.json' , JSON . stringify ( maps || { } ) , function ( ) {
setTimeout (
save _maps ,
5000
)
} )
}
save _maps ( )
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// let { spawn, exec } = require('child_process');
// let ui = spawn('ui.html', { shell: true, detached : true, stdio: 'ignore' });
// ui.unref();
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// memoryjs.closeProcess(process.handle);
