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mirror of https://github.com/Adorable-Catgirl/Zorya-NEO.git synced 2024-11-23 02:38:05 +11:00
This commit is contained in:
sam 2020-12-13 15:37:13 -05:00
parent 66076af6bd
commit 99adfbb54a
16 changed files with 748 additions and 9 deletions

0
Makefile Normal file
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@ -1,2 +1,2 @@
#!/usr/bin/env sh
luacomp build.lua 2>/dev/null | lua - $@
luacomp build.lua 2>/dev/null | lua5.3 - $@

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@ -7,6 +7,7 @@
{name="oefiv2", cat="util", path="mods/util_oefiv2.velx"},
{name="oefiv1", cat="util", path="mods/util_oefiv1.velx"},
{name="openos", cat="loader", path="mods/loader_openos.velx"},
{name="monolith", cat="loader", path="mods/loader_monolith.velx"},
{name="fuchas", cat="loader", path="mods/loader_fuchas.velx"},
{name="vbios", cat="vdev", path="mods/vdev_vbios.velx"},
{name="biosdev", cat="vdev", path="mods/vdev_biosdev.velx"},

0
lib/exec_velx/init.lua Normal file
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297
luabuild.lua Normal file
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@ -0,0 +1,297 @@
--#!/usr/bin/env luajit
EXPORT = {}
local version = "0.1.0"
local lanes = require("lanes").configure({
demote_full_userdata = true
})
local argparse = require("argparse")
local nproc = 0
do
local h = io.popen("nproc", "r")
local n = h:read("*a"):match("%d+")
h:close()
if n and tonumber(n) then
nproc = tonumber(n)
end
end
_NPROC = nproc
local tags = {
["info"] = "\27[36mINFO\27[0m",
["warning"] = "\27[93mWARNING\27[0m",
["error"] = "\27[91mERROR\27[0m",
["build"] = "\27[35mBUILD\27[0m",
["ok"] = "\27[92mOK\27[0m",
["link"] = "\27[34mLINK\27[0m",
["pack"] = "\27[95mPACK\27[0m",
}
function lastmod(path)
end
local function wait_start(t)
while t.status == "pending" do lanes.sleep() end
end
local function getwh()
local f = io.popen("stty size", "r")
local w, h = f:read("*n"), f:read("*n")
f:close()
return tonumber(w), tonumber(h)
end
local function draw_bar(tag, object, max, current)
if (#object > 15) then
object = object:sub(1, 12).."..."
end
os.execute("stty raw -echo 2> /dev/null") -- i cannot comprehend what retardation lead me to have to do this
io.stdout:write("\27[6n")
io.stdout:flush()
local lc = ""
while lc ~= "\27" do
-- print(string.byte(lc) or "<none>")
lc = io.stdin:read(1)
-- print(string.byte(lc))
end
io.stdin:read(1)
local buf = ""
while lc ~= "R" do
lc = io.stdin:read(1)
buf = buf .. lc
end
os.execute("stty sane 2> /dev/null")
--print(buf)
local y, x = buf:match("(%d+);(%d+)")
x = tonumber(x)
y = tonumber(y)
--print(os.getenv("LINES"), os.getenv("COLUMNS"))
--local l = tonumber(os.getenv("LINES"))
--local c = tonumber(os.getenv("COLUMNS"))
--print(l, c)
local l, c = getwh() -- WHY
if (y == l) then
print("")
y = y - 1
end
local mx = string.format("%x", max)
local cur = string.format("%."..#mx.."x", current)
local bar = (current/max)*(c-(26+#mx*2))
if bar ~= bar then bar = 0 end
io.stdout:write("\27["..l.."H")
local pad = 6-#tag
local opad = 16-#object
--print(math.floor(bar))
local hashes = string.rep("#", math.floor(bar))
local dashes = string.rep("-", c-(26+#mx*2+#hashes))
io.stdout:write(tags[tag], string.rep(" ", pad), object, string.rep(" ", opad), cur, "/", mx, " [", hashes, dashes, "]")
io.stdout:write("\27[", x, ";", y, "H")
end
function status(tag, msg)
print(tags[tag], msg)
end
local threads = {}
local stat = status
local function run(cmd)
if not status then status = stat end
local h = io.popen(cmd.." 2>&1", "r")
local out = h:read("*a")
local rtn = h:close()
return rtn, out
end
local tasks = {}
local reflect = {}
function task(name, stuff)
tasks[#tasks+1] = {name, stuff, false}
end
reflect.task = task
reflect._NPROC = nproc
reflect.status = status
reflect.draw_bar = draw_bar
function dep(name)
if not status then setmetatable(_G, {__index=reflect}) end
for i=1, #tasks do
if (tasks[i][1] == name) then
if not tasks[i][3] then
tasks[i][3] = true
tasks[i][2]()
end
return
end
end
status("error", "Task `"..name.."' not found!")
os.exit(1)
end
reflect.dep = dep
local function sync()
local errors = {}
while #threads > 0 do
for i=1, #threads do
if (threads[j].status ~= "running") then
if not threads[j][1] then
errors[#errors+1] = threads[j][2]
end
table.remove(threads, j)
break
end
end
end
return errors
end
reflect.sync = sync
local CC_STATE = {
compiler = "clang",
flags = {},
args = {},
libs = {},
}
local run_t = lanes.gen("*", run)
local function compile(file)
local compiler_command = compiler .. " -fdiagnostics-color=always "
for i=1, #CC_STATE.flags do
compiler_command = compiler_command .. "-f"..CC_STATE.flags[i].." "
end
for i=1, #CC_STATE.args do
compiler_command = compiler_command .. CC_STATE.args[i].." "
end
compiler_command = compiler_command .. file
return run_t(compiler_command)
end
local function link(target, files)
local nfiles = {}
for i=1, #files do
nfiles[i] = files[i]:gsub("%.c$", ".o")
end
local compiler_command = compiler .. " -fdiagnostics-color=always "
for i=1, #CC_STATE.libs do
compiler_command = compiler_command .. "-l"..CC_STATE.args[i].." "
end
compiler_command = compiler_command "-o "..target.. " " .. table.concat(files, " ")
run(compiler_command)
end
function build(target, files)
status("build", target.." ("..#files.." source files)")
draw_bar("build", target, 0, #files)
for i=1, #files do
if (#threads == nproc) then
while true do
for j=1, #threads do
if (threads[j].status ~= "running") then
if not threads[j][1] then
status("error", "Error in compile, waiting for all threads to finish...")
local errors = sync()
print(threads[j][2])
for k=1, #errors do
print(errors[k])
end
os.exit(1)
else
threads[j] = compile(files[i])
wait_start(threads[j])
break
end
end
end
lanes.sleep()
end
else
threads[#threads+1] = compile(files[i])
end
draw_bar("build", target, #files, i)
end
local errors = sync()
if #errors > 0 then
for i=1, #errors do
print(errors[i])
end
os.exit(1)
end
status("link", target)
draw_bar("link", target, 1, 1)
link(target, files)
end
reflect.build = build
reflect.EXPORT = EXPORT
function find(path)
local entries = {}
local h = io.popen("find "..path, "r")
for l in h:lines() do
entries[#entries+1] = l
end
return entries
end
reflect.find = find
local files = find(".build")
for i=1, #files do
if (files[i]:match("%.lua$")) then
dofile(files[i])
end
end
task("list", function()
for i=1, #tasks do
print(tasks[i][1])
end
end)
local dep_t = lanes.gen("*", dep)
local function run_task(task)
local t = dep_t(task)
wait_start(t)
while true do
if (t.status ~= "running") then
if (t.status ~= "done") then
status("error", "Task '"..task.."' has run into an error!")
print(t[1])
end
break
end
end
lanes.sleep()
end
local parser = argparse("luabuild", "High-speed lua build system.")
parser:option("-j --threads", "Number of threads", nproc)
parser:argument("tasks", "Tasks to run"):args("*")
local args = parser:parse()
status("info", "luabuild version is "..version)
status("info", "lua verison is ".._VERSION)
if not tonumber(args.threads) then
status("error", "Number of threads must be a number!")
os.exit(1)
end
nproc = tonumber(args.threads)
status("info", "core count: "..nproc)
for i=1, #args.tasks do
status("info", "Current task: "..args.tasks[i])
local st = os.clock()
run_task(args.tasks[i])
local dur = os.clock()-st
status("ok", "Task `"..args.tasks[i].."' completed in "..string.format("%.2fs", dur))
end
status("ok", "Build completed in "..string.format("%.2fs", os.clock()))

17
mods/menu_bios/config.lua Normal file
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@ -0,0 +1,17 @@
local cfg = {}
local function b2a(data)
return string.format(string.format("%s-%s%s",string.rep("%.2x", 4),string.rep("%.2x%.2x-",3),string.rep("%.2x",6)),string.byte(data, 1,#data))
end
local function a2b(addr)
addr=addr:gsub("%-", "")
local baddr = ""
for i=1, #addr, 2 do
baddr = baddr .. string.char(tonumber(addr:sub(i, i+1), 16))
end
return baddr
end
do
-- Get EEPROM config data.
local eep = component.proxy(component.list("eeprom")())
local dat = eep.getData():sub(37)
end

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@ -1,9 +1,54 @@
local computer = computer or require("computer")
local component = component or require("component")
local menu = {}
local gpu = component.proxy(component.list("gpu")())
gpu.bind(component.list("screen")())
--gpu.bind((component.list("screen")()))
gpu.set(1, 1, "Zorya NEO v2.0 BIOS/Bootloader")
gpu.set(1, 1, _BIOS.." ".._ZVSTR.." BIOS/Bootloader")
gpu.set(1, 2, "(c) 2020 Adorable-Catgirl")
gpu.set(1, 4, "Memory: "..math.floor(computer.totalMemory()/1024).."K")
--gpu.set(1, 5)
gpu.set(1, 3, "Git Revsion: ".._ZGIT)
gpu.set(1, 5, "Memory: "..math.floor(computer.totalMemory()/1024).."K")
--gpu.set(1, 5)
local logo = {
" ⣾⣷ ",
" ⢠⡟⢻⡄ ",
" ⢀⡾⢡⡌⢷⡀ ",
"⣠⣤⣤⠶⠞⣋⣴⣿⣿⣦⣙⠳⠶⣤⣤⣄",
"⠙⠛⠛⠶⢦⣍⠻⣿⣿⠟⣩⡴⠶⠛⠛⠋",
" ⠈⢷⡘⢃⡾⠁ ",
" ⠘⣧⣼⠃ ",
" ⢿⡿ "
}
local w, h = gpu.getViewport()
gpu.setForeground(0x770077)
for i=1, #logo do
gpu.set(w-18, 1+i, logo[i])
end
gpu.setForeground(0xFFFFFF)
gpu.set(1, h, "F1 for setup; F2 for boot options.")
local y = 0
local my = h-9
function status(msg)
msg = msg:sub(1, w-18)
y = y + 1
if y > my then
gpu.copy(2, 9, w, h-10, 0, -1)
y = my
end
gpu.set(1, y+8, msg)
end
for c, t in component.list("") do
status("Found "..t..": "..c)
end
local et = computer.uptime()+5
while et>=computer.uptime() do
computer.pullSignal(et-computer.uptime())
end

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@ -9,6 +9,7 @@ local function load_velx(read, seek, close, name)
end
if (osid & 0x80 > 0) then
return nil, "not an executable"
end
if (compression > 1) then
return nil, "bad compression"
end

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@ -0,0 +1,175 @@
do
local velx2 = {}
local vx_header = "c5BHlllHB"
local vx_section = "llllI4HHB"
local dtype = {
["str"] = function(s)
return s
end,
["u8"] = function(s)
return s:byte()
end,
["u16"] = function(s, e)
return string.unpack(e.."H", s)
end,
["u32"] = function(s, e)
return string.unpack(e.."I4", s)
end,
["u64"] = function(s, e)
return string.unpack(e.."L", s)
end,
["i8"] = function(s, e)
return string.unpack(e.."b", s)
end,
["i16"] = function(s, e)
return string.unpack(e.."h", s)
end,
["i32"] = function(s, e)
return string.unpack(e.."i4", s)
end,
["i64"] = function(s, e)
return string.unpack(e.."l", s)
end,
["bool"] = function(s)
return s:byte() > 0
end,
["f32"] = function(s, e)
return string.unpack(e.."f", s)
end,
["f64"] = function(s, e)
return string.unpack(e.."d", s)
end
}
function util.velx2(read, seek, close, name)
-- Read main header.
local h = read(vx_header:packsize())
local magic, ver, etest = "<c5BH"
local endian = "<"
if (magic ~= "\27VelX" or ver ~= 2) then
return nil, "not a VELXv2"
end
if (etest ~= 0xaa55) then
endian = ">"
end
local sections = {}
local magic, ver, etest, checksum, flags, main_offset, sec_count, btype = string.unpack(endian .. vx_header, h)
local csum = xxh.state(0)
for i=1, sec_count do
local section = {tags={}}
local sh = read(vx_section:packsize())
csum:update(sh)
section.csum, section.size, section.offset, section.flags, section.id, section.tagcount, section.align, section.namelength = string.pack(endian .. vx_section, sh)
local name = read(namelength)
csum:update(name)
for j=1, section.tagcount do
local th = read(2)
csum:update(th)
local tname = read(th:byte(1))
local tval = read(th:byte(2))
csum:update(tname)
csum:update(tval)
section.tags[tname] = tval
local ttype, rtname = tname:match("(.+):(.+)")
if (dtype[ttype]) then
section.tags[rtname] = dtype[ttype](tval, endian)
end
end
section.pos = seek()
local sec_csum = xxh.state(0)
local ramt = section.size
while ramt > 0 do
local spoon = 1024*1024
if (ramt < spoon) then
spoon = ramt
end
local d = read(spoon)
csum:update(d)
sec_csum:update(d)
ramt = ramt - spoon
end
local c_scsum = sec_csum:digest()
if (c_scsum ~= section.csum) then
section.invalid = true
-- some warning here
end
sections[#sections+1] = section
end
local c_csum = csum:digest()
if (c_csum ~= checksum) then
return nil, string.format("checksum mismatch %x ~= %x", c_csum, checksum)
end
return setmetatable({
read = read,
seek = seek,
close = close,
sections = sections,
flags = flags,
offset = offset,
type = btype,
}, {__index=velx2})
end
function velx2:getsection(osid, sec)
for i=1, #self.sections do
local sec = self.sections[i]
if (sec.id == osid and sec.name == name or sec.id == 0) then
self.seek(sec.pos-self.seek())
local dat = self.read(sec.size)
if (sec.tags.compression == "lz4") then
dat = lz4_decompress(dat)
end
return dat
end
end
end
function velx2:gettag(osid, sec, tag)
for i=1, #self.sections do
local sec = self.sections[i]
if (sec.id == osid and sec.name == name or sec.id == 0) then
return sec.tags[tag]
end
end
end
function velx2:getsecinfo(osid, sec)
for i=1, #self.sections do
local sec = self.sections[i]
if (sec.id == osid and sec.name == name or sec.id == 0) then
return sec
end
end
end
function velx2:getstream(osid, sec)
for i=1, #self.sections do
local sec = self.sections[i]
if (sec.id == osid and sec.name == name or sec.id == 0) then
local ptr = 0
return function(a)
self.seek((sec.pos+ptr)-self.seek())
if (ptr+a+1 > sec.size) then
a = sec.size - ptr
end
if (a < 1) then
return ""
end
return self.read(a)
end, function(a)
a = a-1 or 0
ptr = ptr + a
if (ptr < 0) then
ptr = 0
elseif (ptr > sec.size-1) then
ptr = self.size-1
end
return ptr+1
end, function() end
end
end
end
end

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@ -0,0 +1,177 @@
-- i can't see "v2" without thinking of ace combat zero
local prime1, prime2, prime3, prime4, prime5 = 0x9E3779B185EBCA87, 0xC2B2AE3D27D4EB4F, 0x165667B19E3779F9, 0x85EBCA77C2B2AE63, 0x27D4EB2F165667C5
local function rotl64(x, r)
return (((x) << (r)) | ((x) >> (64 - (r))))
end
local function round(acc, input)
acc = acc + (input * prime2)
acc = rotl64(acc, 31)
acc = acc * prime1
return acc
end
local function merge_round(acc, val)
val = round(0, val)
acc = acc ~ val
acc = acc * prime1 + prime4
return acc
end
local function avalanche(h64)
h64 = h64 ~ (h64 >> 33)
h64 = h64 * prime2
h64 = h64 ~ (h64 >> 29)
h64 = h64 * prime3
h64 = h64 ~ (h64 >> 32)
return h64
end
local function finalize(h64, input)
while #input & 31 > 0 do
if (#input < 8) then
if (#input < 4) then
for i=1, #input do
h64 = h64 ~ (input:byte() * prime5)
input = input:sub(2)
h64 = rotl64(h64, 11) * prime1
end
else
h64 = h64 ~ (string.unpack("<I4", input) * prime1)
input = input:sub(5)
h64 = rotl64(h64, 23) * prime2 + prime3
end
else
local k1 = round(0, string.unpack("<l", input))
input = input:sub(9)
h64 = h64 ~ k1
h64 = rotl64(h64, 27) * prime1 + prime4
end
end
return avalanche(h64)
end
local function endian_align(input, seed)
local l = #input
if (#input >= 32) then
local v1 = seed + prime1 + prime2
local v2 = seed + prime2 -- << It's time. >>
local v3 = seed
local v4 = seed - prime1
repeat
v1 = round(v1, string.unpack("<l", input))
input = input:sub(9)
v2 = round(v2, string.unpack("<l", input))
input = input:sub(9)
v3 = round(v3, string.unpack("<l", input))
input = input:sub(9)
v4 = round(v4, string.unpack("<l", input))
input = input:sub(9)
until #input < 32
h64 = rotl64(v1, 1) + rotl64(v2, 7) + rotl64(v3, 12) + rotl64(v4, 18)
h64 = merge_round(h64, v1)
h64 = merge_round(h64, v2)
h64 = merge_round(h64, v3)
h64 = merge_round(h64, v4)
else
h64 = seed + prime5
end
h64 = h64 + l
return finalize(h64, input)
end
local function xxh64(input, seed)
return endian_align(input, seed or 0)
end
local state = {}
local function create_state(seed)
local s = {
v1 = 0,
v2 = 0, -- << Too bad buddy, this twisted game needs to be reset. We'll start over from 'Zero' with this V2 and entrust the future to the next generation. >>
v3 = 0,
v4 = 0,
buffer = "",
size = 0
}
setmetatable(s, {__index=state})
s:reset(seed)
return s
end
function state:reset(seed)
seed = seed or 0
self.v1 = seed + prime1 + prime2
self.v2 = seed + prime2 -- << What have borders ever given us? >>
self.v3 = seed
self.v4 = seed - prime1
self.buffer = ""
self.size = 0
end
function state:update(input)
self.size = self.size + #input
input = self.buffer .. input
local data_len = #input - (#input & 31)
self.buffer = input:sub(data_len+1)
local data = input:sub(1, data_len)
local v1 = self.v1
local v2 = self.v2 -- << Can you see any borders from up here? >>
local v3 = self.v3
local v4 = self.v4
repeat
v1 = round(v1, string.unpack("<l", data))
data = data:sub(9)
v2 = round(v2, string.unpack("<l", data))
data = data:sub(9)
v3 = round(v3, string.unpack("<l", data))
data = data:sub(9)
v4 = round(v4, string.unpack("<l", data))
data = data:sub(9)
until #data < 32
self.v1 = v1
self.v2 = v2
self.v3 = v3
self.v4 = v4
end
function state:digest(input)
if input then
self:update(input)
end
local h64 = 0
if (self.size >= 32) then
local v1 = self.v1
local v2 = self.v2
local v3 = self.v3
local v4 = self.v4
h64 = rotl64(v1, 1) + rotl64(v2, 7) + rotl64(v3, 12) + rotl64(v4, 18)
h64 = merge_round(h64, v1)
h64 = merge_round(h64, v2)
h64 = merge_round(h64, v3)
h64 = merge_round(h64, v4)
else
h64 = self.v3 + prime5
end
h64 = h64 + self.size
return finalize(h64, self.buffer) -- << That's what V2 is for. >>
end
return {
sum = xxh64,
state = create_state
}

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@ -42,6 +42,10 @@ local function readfile(f,h)
return b
end
local xxh = (function()
--#include "src/zy-neo/builtins/util_xxh64.lua"
end)()
--#include "src/zy-neo/builtins/util_tsar.lua"
@[[if not svar.get("ZY_PLATFORM") then]]
--#define "ZY_PLATFORM" "managed"

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@ -53,11 +53,29 @@ end
local velx_header = "<c5BBBBc4I3I3I3I4"
function utils.load_velx(read, seek, close, name)
local spos = seek()
-- Load a VELX format library.
local magic, fver, compression, lver, osid, arctype, psize, lsize, ssize, rsize = sunpack(velx_header, read(string.packsize(velx_header)))
if magic ~= "\27VelX" then
return nil, "bad magic ("..magic..")"
end
if (fver == 2) then
seek(spos-seek())
local vx2 = utils.velx2(read, seek, close, name)
if (vx2.type > 0) then
return nil, "not an executable"
end
local code = vx2:getsection(0x5A, "lua")
local t = vx2:gettag(0x5A, "archive", "type")
local env = {}
if (t and t ~= "tsar") then
return nil, "bad arctype"
elseif (t) then
env._ARCHIVE = tsar.read(vx2:getstream(0x5A, "archive"))
end
setmetatable(env, {__index=_G, __newindex=function(_, i, v) _G[i] = v end})
return load(code, "="..(name or "(loaded velx)"), "t", env)
end
if osid & 0x7F ~= 0x5A then
return nil, string.format("wrong os (%x ~= 0x5A)", osid & 0x7F)
end

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@ -18,6 +18,8 @@ end
local builtins = {}
--#include "src/zy-neo/utils.lua"
local log = utils.debug_log
builtins.utils_tsar = function() return tsar end
builtins.util_xxh64 = function() return xxh end
sys.add_lib("zorya", (function()

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@ -73,4 +73,4 @@ do
io.stdout:write(ent.name)
size = size + 32
end
io.stderr:write((size//512).." blocks.\n")
--io.stderr:write((size//512).." blocks.\n")

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@ -77,7 +77,7 @@ function lzss_compress(input)
end
local tmp = os.tmpname()
local h = io.popen("luacomp ../utils/selfextract.lua -O"..tmp, "w")
local h = io.popen("luacomp ../utils/selfextract.lua -O"..tmp.." 2>/dev/null", "w")
--h:write(mkstr(lzss_compress(f)))
h:write(mkstr(f))
h:close()

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@ -231,7 +231,9 @@ local bios_files = load("return "..getfile("installer_dat/bios_list.lua"))()
setBar(33)
local pkg_files = load("return "..getfile("installer_dat/package_list.lua"))()
setBar(67)
local lang = load("return "..(getfile("installer_dat/lang/en_US.lua") or "{}"))()
local lf = load("return "..(getfile("installer_dat/lang/en_US.lua") or "{}"))
if not lf then lf = function()return {}end end
local lang = lf()
setBar(100)
setStatus("Extracting files...")
@ -239,7 +241,7 @@ setBar(0)
for i=1, #pkg_files do
setStatus("Extracting "..(lang["mod_"..pkg_files[i].cat.."_"..pkg_files[i].name.."_name"] or "#mod_"..pkg_files[i].cat.."_"..pkg_files[i].name.."_name").."... ("..i.." of "..#pkg_files..")")
setBar(100*(i/#pkg_files))
writeFile(".zy2/"..pkg_files[i].path, getfile(pkg_files[i].path))
writeFile(".zy2/"..pkg_files[i].path, getfile(pkg_files[i].path) or "")
end
setStatus("Extracting EEPROM...")