-- CeetOS signed release. Generated; do not edit.
-- CEETOS_RELEASE_MANIFEST:{channel="release",profile="router-server",version="0.16.5",size=381763,digest="8ab43f4b4f2458522249e1d3d4b228fc1f2449b62b1c96dc0b3ac350e5abce72",key_id="router-server-release-0.16.3",next_key_id="router-server-release-0.16.5",next_public="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"}
-- CEETOS_RELEASE_SIGNATURE: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
-- CEETOS_RELEASE_PAYLOAD_BEGIN
-- CeetOS installer. Generated; do not edit.
local files = {
  ["startup.lua"] = "local pendingPath,releasePath=\"/ceetos-updates/pending.lua\",\"/ceetos-updates/release.lua\"local pending if fs.exists(pendingPath)then local loader=loadfile(pendingPath)if loader then local ok,value=pcall(loader)if ok and type(value)==\"table\"then pending=value end end end if pending and pending.state==\"apply\"and fs.exists(releasePath)then shell.run(releasePath,\"--ceetos-apply\")elseif fs.exists(\"/ceetos/startup.lua\")then shell.run(\"/ceetos/startup.lua\")else shell.run(\"shell\")end",
  ["ceetos/startup.lua"] = "local root=\"/ceetos\"local profile={id=\"desktop\"}if fs.exists(root..\"/profile.lua\")then local loader=loadfile(root..\"/profile.lua\")if loader then local ok,value=pcall(loader);if ok and type(value)==\"table\"then profile=value end end end if profile.id~=\"desktop\"and fs.exists(root..\"/server.lua\")then shell.run(root..\"/server.lua\")elseif fs.exists(root..\"/ceet.lua\")then shell.run(root..\"/ceet.lua\")else printError(\"CeetOS is incomplete; starting CraftOS shell.\")shell.run(\"shell\")end",
  ["ceetos/profile.lua"] = "return {schema=1,id=\"router-server\"}",
  ["ceetos/lib/store.lua"] = "local M={}local cache={}local function internalPath(path)return type(path)~=\"string\"or path:sub(-4)==\".new\"or path:sub(-4)==\".bak\"end local function call(fn,...)local result={pcall(fn,...)}if not result[1]then return false,tostring(result[2])end if result[2]==false then return false,tostring(result[3]or\"operation failed\")end return true,result[2],result[3]end local function exists(path)local ok,value=call(fs.exists,path)return ok and value==true end local function remove(path)if not exists(path)then return true end local ok,err=call(fs.delete,path)return ok,err end local function ensureDirectory(path)local dir=fs.getDir(path)if dir==\"\"or exists(dir)then return true end local ok,err=call(fs.makeDir,dir)return ok,err end local function readRaw(path)local ok,handleOrErr=call(fs.open,path,\"r\")if not ok or not handleOrErr then return false,nil,tostring(handleOrErr or\"could not open file\")end local handle=handleOrErr local readOk,content=call(handle.readAll)local closeOk,closeErr=call(handle.close)if not readOk then return false,nil,content end if not closeOk then return false,nil,closeErr end return true,content end local function writeRaw(path,content)local ok,handleOrErr=call(fs.open,path,\"w\")if not ok or not handleOrErr then return false,tostring(handleOrErr or\"could not open file\")end local handle=handleOrErr local writeOk,writeErr=call(handle.write,content)local closeOk,closeErr=call(handle.close)if not writeOk then return false,writeErr end if not closeOk then return false,closeErr end return true end local function move(source,destination)local ok,err=call(fs.move,source,destination)return ok,err end local function decode(raw)local ok,value=pcall(textutils.unserialise,raw)if not ok or value==nil then return false,nil,\"invalid serialised value\"end return true,value end local function readValue(path)local ok,raw,err=readRaw(path)if not ok then return false,nil,err end return decode(raw)end local function recoverValue(path)local activeOk,activeValue=false,nil if exists(path)then activeOk,activeValue=readValue(path)end if activeOk then remove(path..\".new\")remove(path..\".bak\")return true,activeValue end local backupOk,backupValue=false,nil if exists(path..\".bak\")then backupOk,backupValue=readValue(path..\".bak\")end if backupOk then if exists(path)then remove(path)end if not exists(path)then move(path..\".bak\",path)end remove(path..\".new\")return true,backupValue end remove(path..\".new\")return false,nil end local function validLines(raw)for line in(raw..\"\\n\"):gmatch(\"(.-)\\n\")do if line~=\"\"then local ok,value=pcall(textutils.unserialise,line)if not ok or value==nil then return false,\"invalid appended value\"end end end return true end local function recoverAppend(path)if exists(path)then local activeOk,raw=readRaw(path)if activeOk then local valid=validLines(raw)if valid then remove(path..\".new\")remove(path..\".bak\")return true,raw end end end if exists(path..\".bak\")then local backupOk,raw=readRaw(path..\".bak\")if backupOk and validLines(raw)then if exists(path)then remove(path)end if not exists(path)then move(path..\".bak\",path)end remove(path..\".new\")return true,raw end end remove(path..\".new\")return false,\"no valid appended value\"end local function commitRaw(path,raw,validator)local dirOk,dirErr=ensureDirectory(path)if not dirOk then return false,dirErr end local temporary,backup=path..\".new\",path..\".bak\"local removeOk,removeErr=remove(temporary)if not removeOk then return false,removeErr end local writeOk,writeErr=writeRaw(temporary,raw)if not writeOk then remove(temporary);return false,writeErr end local checkOk,checkedRaw,checkErr=readRaw(temporary)if not checkOk then remove(temporary);return false,checkErr end local valid,validErr=validator(checkedRaw)if not valid then remove(temporary);return false,validErr or\"temporary validation failed\"end local backupRemoveOk,backupRemoveErr=remove(backup)if not backupRemoveOk then remove(temporary);return false,backupRemoveErr end if exists(path)then local backupOk,backupErr=move(path,backup)if not backupOk then remove(temporary);return false,backupErr end local activateOk,activateErr=move(temporary,path)if not activateOk then if not exists(path)then move(backup,path)end remove(temporary)return false,activateErr end else local activateOk,activateErr=move(temporary,path)if not activateOk then remove(temporary);return false,activateErr end end return true end function M.readCached(path,fallback)if internalPath(path)then return fallback end local entry=cache[path]if entry~=nil then return entry.value end return M.readFresh(path,fallback)end function M.readFresh(path,fallback)if internalPath(path)then return fallback end local ok,value=recoverValue(path)if not ok then value=fallback end cache[path]={value=value}return value end function M.read(path,fallback)return M.readCached(path,fallback)end function M.writeAtomic(path,value)if internalPath(path)then return false,\"cannot write store temporary or backup path\"end if value==nil then return false,\"cannot store nil\"end local serialisedOk,raw=pcall(textutils.serialise,value,{compact=true})if not serialisedOk or type(raw)~=\"string\"then return false,tostring(raw or\"could not serialise value\")end local valid=decode(raw)if not valid then return false,\"could not validate serialised value\"end recoverValue(path)local ok,err=commitRaw(path,raw,decode)if ok then cache[path]={value=value}end return ok,err end function M.write(path,value)return M.writeAtomic(path,value)end function M.append(path,value,limits)if internalPath(path)then return false,\"cannot append to store temporary or backup path\"end if value==nil then return false,\"cannot append nil\"end local serialisedOk,line=pcall(textutils.serialise,value,{compact=true})if not serialisedOk or type(line)~=\"string\"then return false,tostring(line or\"could not serialise value\")end local valid=validLines(line..\"\\n\")if not valid then return false,\"could not validate appended value\"end local recovered,current=recoverAppend(path)if not recovered then if exists(path)or exists(path..\".bak\")then return false,current end current=\"\"end local lines={}for existing in(current..\"\\n\"):gmatch(\"(.-)\\n\")do if existing~=\"\"then lines[#lines+1]=existing end end lines[#lines+1]=line local maxEntries=limits and tonumber(limits.maxEntries)local maxBytes=limits and tonumber(limits.maxBytes)if maxEntries then maxEntries=math.max(1,math.floor(maxEntries))end if maxBytes then maxBytes=math.max(1,math.floor(maxBytes))end while maxEntries and#lines>maxEntries do table.remove(lines,1)end local raw=table.concat(lines,\"\\n\")if#raw>0 then raw=raw..\"\\n\"end while maxBytes and#raw>maxBytes and#lines>1 do table.remove(lines,1)raw=table.concat(lines,\"\\n\")..\"\\n\"end if maxBytes and#raw>maxBytes then return false,\"appended value exceeds byte limit\"end local ok,err=commitRaw(path,raw,validLines)if ok then cache[path]=nil end return ok,err end function M.readAppend(path)if internalPath(path)then return\"\"end local ok,raw=recoverAppend(path)return ok and raw or\"\"end function M.invalidate(path)cache[path]=nil end return M",
  ["ceetos/lib/profile.lua"] = "local store=require(\"ceetos.lib.store\")local M={}M.PATH=\"/ceetos/profile.lua\"M.IDS={desktop=true,[\"recipe-server\"]=true,[\"router-server\"]=true,[\"auth-server\"]=true}local cache local function normalise(value)if type(value)~=\"table\"then value={}end local id=tostring(value.id or value.profile or\"desktop\")if not M.IDS[id]then id=\"desktop\"end return{schema=1,id=id,installedAt=tonumber(value.installedAt)or 0}end function M.current()if not cache then cache=normalise(store.read(M.PATH,{id=\"desktop\"}))end return cache end function M.id()return M.current().id end function M.is(id)return M.id()==id end function M.isServer()return M.id()~=\"desktop\"end function M.set(id)assert(M.IDS[id],\"invalid CeetOS profile\")cache={schema=1,id=id,installedAt=os.epoch(\"utc\")}return store.write(M.PATH,cache)end function M.capability(name)local id=M.id()local tableFor={desktop={desktop=true,craftingClient=true,orders=true},[\"recipe-server\"]={server=true,recipes=true,recipeImport=true,recipePlan=true},[\"router-server\"]={server=true,routing=true},[\"auth-server\"]={server=true,authAuthority=true},}return tableFor[id][name]==true end return M",
  ["ceetos/lib/auth.lua"] = "local store=require(\"ceetos.lib.store\")local password=require(\"ceetos.lib.password\")local audit=require(\"ceetos.lib.audit\")local M={current=nil}local USERS=\"/ceetos/data/users.lua\"local SESSION=\"/ceetos/data/session.lua\"local TOMBSTONES=\"/ceetos/data/user-tombstones.lua\"local THROTTLE=\"/ceetos/data/login-throttle.lua\"local RECOVERY=\"/ceetos/data/recovery.lua\"local AUTHORITY=\"/ceetos/data/auth-authority.lua\"local CENTRAL_SESSION=\"/ceetos/data/auth-session.lua\"local DIRECTORY=\"/ceetos/data/auth-directory.lua\"local rank={viewer=1,operator=2,admin=3}M.SESSION_TTL_MS=8*60*60*1000 M.LOGIN_THROTTLE={failures=5,windowMs=5*60*1000,lockMs=60*1000,maxEntries=64}local configuredWorkFactor=password.DEFAULT_WORK_FACTOR local sessionPathDelete local function now()return os.epoch(\"utc\")end local function accountName(name)return type(name)==\"string\"and name:match(\"^[%w_%-]+$\")and#name<=32 end local function users()store.invalidate(USERS);return store.read(USERS,{})end local function save(value)return store.write(USERS,value)end local function tombstones()store.invalidate(TOMBSTONES);return store.read(TOMBSTONES,{})end local function saveTombstones(value)return store.write(TOMBSTONES,value)end local function authority()store.invalidate(AUTHORITY)local value=store.read(AUTHORITY,nil)return type(value)==\"table\"and value.active==true and type(value.id)==\"string\"and value or nil end function M.authority()return authority()end function M.centralActive()return authority()~=nil end local function centralDirectory()store.invalidate(DIRECTORY)local value=store.read(DIRECTORY,{})return type(value)==\"table\"and type(value.users)==\"table\"and value or{users={}}end function M.acceptAuthority(record)assert(type(record)==\"table\"and type(record.id)==\"string\"and#record.id<=64,\"invalid auth authority\")local public={schema=1,active=true,id=record.id,term=math.max(0,math.floor(tonumber(record.term)or 0)),revision=math.max(0,math.floor(tonumber(record.revision)or 0)),seen=now()}assert(store.write(AUTHORITY,public),\"could not save auth authority\")if type(record.directory)==\"table\"then assert(store.write(DIRECTORY,{schema=1,revision=public.revision,users=record.directory}),\"could not save account directory\")end local loaded,profile=pcall(require,\"ceetos.lib.profile\")if not loaded or not profile.is(\"auth-server\")then if fs.exists(USERS)then fs.delete(USERS)end if fs.exists(TOMBSTONES)then fs.delete(TOMBSTONES)end sessionPathDelete()end return public end function M.updateDirectory(directory,revision)if type(directory)~=\"table\"then return false,\"invalid account directory\"end return store.write(DIRECTORY,{schema=1,revision=math.max(0,math.floor(tonumber(revision)or 0)),users=directory})end function M.saveCentralSession(value)if type(value)~=\"table\"or not accountName(value.name)or type(value.role)~=\"string\"then return false,\"invalid central session\"end local session={sessionVersion=3,name=value.name,role=value.role,token=value.token,issued=value.issued,expires=value.expires,accountRevision=value.accountRevision,authority=value.authority}if type(session.token)~=\"string\"or#session.token<16 then return false,\"invalid central session token\"end store.write(CENTRAL_SESSION,session)M.current=nil return true end local function safeAudit(action,detail)pcall(audit.log,\"auth\",action,detail or{})end local function stamp(account)account.updated=now()account.origin=tostring(os.getComputerID())account.revision=math.max(0,math.floor(tonumber(account.revision)or 0))+1 return account end local function makeAccount(role,plainPassword,context)local record,err=password.record(plainPassword,password.newSalt(context),configuredWorkFactor)assert(record,err)record.role=role return stamp(record)end sessionPathDelete=function()if fs.exists(SESSION)then fs.delete(SESSION)end store.invalidate(SESSION)end local function saveSession()if M.current==nil then sessionPathDelete();return end local durable={sessionVersion=2,name=M.current.name,nonce=M.current.nonce,issued=M.current.issued,expires=M.current.expires,accountRevision=M.current.accountRevision,}store.write(SESSION,durable)end local function makeSession(name,account)local issued=now()M.current={name=name,role=account.role,nonce=password.newSalt(\"session:\"..name),issued=issued,expires=issued+M.SESSION_TTL_MS,accountRevision=tonumber(account.revision)or 0,}saveSession()return M.current end local function liveAccount(name)local all=users()return all[name],all end local function normaliseSession(saved,account)if type(saved)~=\"table\"or not account or account.disabled then return nil end if saved.sessionVersion==2 then local issued,expires,revision=tonumber(saved.issued),tonumber(saved.expires),tonumber(saved.accountRevision)if type(saved.nonce)~=\"string\"or#saved.nonce<16 or not issued or not expires or not revision then return nil end if expires<=now()or revision~=(tonumber(account.revision)or 0)then return nil end return{name=saved.name,role=account.role,nonce=saved.nonce,issued=issued,expires=expires,accountRevision=revision}end if saved.sessionVersion==nil and type(saved.role)==\"string\"then return\"legacy\"end return nil end function M.refreshSession()local central=authority()if central then store.invalidate(CENTRAL_SESSION)local saved=store.read(CENTRAL_SESSION,nil)local entry=type(saved)==\"table\"and centralDirectory().users[saved.name]or nil if type(saved)~=\"table\"or saved.sessionVersion~=3 or saved.authority~=central.id or type(saved.token)~=\"string\"or(tonumber(saved.expires)or 0)<=now()or type(entry)~=\"table\"or entry.disabled==true or saved.accountRevision~=entry.revision then M.current=nil if fs.exists(CENTRAL_SESSION)then fs.delete(CENTRAL_SESSION)end return nil end M.current={name=saved.name,role=entry.role,nonce=saved.token,issued=saved.issued,expires=saved.expires,accountRevision=saved.accountRevision,authority=central.id,central=true}return M.current end store.invalidate(SESSION)local saved=store.read(SESSION,nil)if type(saved)~=\"table\"or not accountName(saved.name)then M.current=nil;return nil end local account=liveAccount(saved.name)local session=normaliseSession(saved,account)if session==\"legacy\"then return makeSession(saved.name,account)end if not session then M.current=nil sessionPathDelete()return nil end M.current=session return M.current end local function throttleState()store.invalidate(THROTTLE)local data=store.read(THROTTLE,{})return type(data)==\"table\"and data or{}end local function saveThrottle(data)local entries={}for name,entry in pairs(data)do if accountName(name)and type(entry)==\"table\"and type(entry.last)==\"number\"then entries[#entries+1]={name=name,last=entry.last}end end table.sort(entries,function(a,b)return a.last>b.last end)local kept={}for index,entry in ipairs(entries)do if index<=M.LOGIN_THROTTLE.maxEntries then kept[entry.name]=data[entry.name]end end store.write(THROTTLE,kept)end local function locked(name)if not accountName(name)then return false end local entry=throttleState()[name]return entry and(tonumber(entry.lockedUntil)or 0)>now()or false end local function noteFailure(name,reason)if not accountName(name)then return end local data,entry,time=throttleState(),nil,now()entry=data[name]or{failures=0,first=time}if time-(tonumber(entry.first)or 0)>M.LOGIN_THROTTLE.windowMs then entry.failures,entry.first=0,time end entry.failures=math.max(0,math.floor(tonumber(entry.failures)or 0))+1 entry.last=time if entry.failures>=M.LOGIN_THROTTLE.failures then entry.lockedUntil=time+M.LOGIN_THROTTLE.lockMs end data[name]=entry saveThrottle(data)safeAudit(\"login.failure\",{account=name,reason=reason or\"invalid\",throttled=(entry.lockedUntil or 0)>time})end local function clearFailures(name)local data=throttleState()if data[name]~=nil then data[name]=nil;saveThrottle(data)end end function M.throttleStatus(name)local entry=accountName(name)and throttleState()[name]or nil if not entry then return{failures=0,lockedUntil=0}end return{failures=tonumber(entry.failures)or 0,lockedUntil=tonumber(entry.lockedUntil)or 0}end function M.setPasswordWorkFactor(value)local work,err=password.normaliseWorkFactor(value)assert(work,err)configuredWorkFactor=work return work end function M.passwordWorkFactor()return configuredWorkFactor end function M.bootstrap(initialPassword)if authority()then return false end local all=users()if next(all)then return false end local plainPassword=initialPassword if plainPassword==nil then term.write(\"Create CeetOS admin password: \");plainPassword=read(\"*\")end local account=makeAccount(\"admin\",plainPassword,\"admin\")all.admin=account assert(save(all),\"could not save administrator account\")makeSession(\"admin\",account)safeAudit(\"bootstrap\",{account=\"admin\"})return true end function M.login(name,plainPassword)if authority()then local client=require((\"ceetos.lib.auth_client\"))return client.login(name,plainPassword)end if not accountName(name)or type(plainPassword)~=\"string\"then noteFailure(name,\"invalid\")return false,\"invalid credentials\"end if locked(name)then safeAudit(\"login.failure\",{account=name,reason=\"throttled\",throttled=true})return false,\"too many failed attempts; try again later\"end local account,all=liveAccount(name)if not account or account.disabled then noteFailure(name,\"invalid\")return false,\"invalid credentials\"end local valid,state=password.verify(account,plainPassword)if not valid then noteFailure(name,\"invalid\")return false,\"invalid credentials\"end if state==\"legacy\"then local upgraded=makeAccount(account.role,plainPassword,\"upgrade:\"..name)upgraded.updated=account.updated or upgraded.updated upgraded.origin=account.origin or upgraded.origin upgraded.revision=math.max(tonumber(account.revision)or 0,upgraded.revision)stamp(upgraded)all[name]=upgraded assert(save(all),\"could not upgrade password record\")account=upgraded safeAudit(\"password.upgraded\",{account=name})end clearFailures(name)makeSession(name,account)safeAudit(\"login.success\",{account=name})return true end function M.logout()M.current=nil sessionPathDelete()if fs.exists(CENTRAL_SESSION)then fs.delete(CENTRAL_SESSION)end end function M.add(name,role,plainPassword)if authority()then assert(rank[role]and accountName(name),\"invalid user or role\")local record,err=makeAccount(role,plainPassword,\"central:\"..name)assert(record,err)return require((\"ceetos.lib.auth_client\")).mutate(\"add\",{name=name,role=role,record=record})end M.require(\"operator\")assert(rank[role],\"invalid role\")if role==\"admin\"then M.require(\"admin\")end assert(accountName(name),\"invalid user name\")local all=users()assert(not all[name],\"user exists\")all[name]=makeAccount(role,plainPassword,name)assert(save(all),\"could not save user\")safeAudit(\"user.add\",{account=name,role=role})end local function adminCount(all)local count=0 for _,account in pairs(all)do if account.role==\"admin\"and not account.disabled then count=count+1 end end return count end function M.setRole(name,role)if authority()then return require((\"ceetos.lib.auth_client\")).mutate(\"role\",{name=name,role=role})end M.require(\"operator\")assert(accountName(name)and rank[role],\"invalid user or role\")local all,account=users(),users()[name]assert(account,\"unknown user\")if role==\"admin\"or account.role==\"admin\"then M.require(\"admin\")end assert(not(M.current and M.current.name==name),\"cannot change the active account role\")assert(not(account.role==\"admin\"and role~=\"admin\"and adminCount(all)<=1),\"cannot remove the last administrator\")account.role=role stamp(account)all[name]=account assert(save(all),\"could not save account role\")safeAudit(\"user.role\",{account=name,role=role})end function M.setDisabled(name,disabled)if authority()then return require((\"ceetos.lib.auth_client\")).mutate(\"disable\",{name=name,disabled=disabled==true})end M.require(\"admin\")assert(accountName(name),\"invalid user name\")local all,account=users(),users()[name]assert(account,\"unknown user\")assert(not(M.current and M.current.name==name),\"cannot disable the active account\")if disabled then assert(not(account.role==\"admin\"and adminCount(all)<=1),\"cannot disable the last administrator\")end account.disabled=disabled==true stamp(account)all[name]=account assert(save(all),\"could not save account state\")safeAudit(\"user.disabled\",{account=name,disabled=account.disabled})end function M.remove(name)if authority()then return require((\"ceetos.lib.auth_client\")).mutate(\"remove\",{name=name})end M.require(\"operator\")assert(accountName(name),\"invalid user name\")local all,account=users(),users()[name]assert(account,\"unknown user\")if account.role==\"admin\"then M.require(\"admin\")end assert(not(M.current and M.current.name==name),\"cannot delete the active account\")assert(not(account.role==\"admin\"and adminCount(all)<=1),\"cannot delete the last administrator\")all[name]=nil local removed=tombstones()removed[name]=now()assert(saveTombstones(removed),\"could not save account tombstone\")assert(save(all),\"could not remove account\")safeAudit(\"user.remove\",{account=name})end local function recoveryActive()store.invalidate(RECOVERY)local recovery=store.read(RECOVERY,{})return type(recovery)==\"table\"and(tonumber(recovery.until_ts)or 0)>now()end local function setPassword(name,plainPassword)assert(accountName(name),\"invalid user name\")local all,account=users(),users()[name]assert(account,\"unknown user\")local replacement=makeAccount(account.role,plainPassword,\"reset:\"..name)replacement.updated=account.updated or replacement.updated replacement.origin=account.origin or replacement.origin replacement.revision=math.max(tonumber(account.revision)or 0,replacement.revision)replacement.disabled=account.disabled==true stamp(replacement)all[name]=replacement assert(save(all),\"could not save password\")if M.current and M.current.name==name then M.current=nil;sessionPathDelete()end safeAudit(\"password.reset\",{account=name})return true end function M.resetPassword(name,plainPassword)if authority()then local account=centralDirectory().users[name];assert(account,\"unknown user\")local record,err=makeAccount(account.role,plainPassword,\"central-reset:\"..name);assert(record,err)return require((\"ceetos.lib.auth_client\")).mutate(\"reset\",{name=name,record=record})end if not M.allowed(\"admin\")and not recoveryActive()then error(\"permission denied (requires admin or active recovery window)\",2)end return setPassword(name,plainPassword)end function M.adminResetPassword(name,plainPassword)if authority()then local account=centralDirectory().users[name];assert(account,\"unknown user\")local record,err=makeAccount(account.role,plainPassword,\"central-reset:\"..name);assert(record,err)return require((\"ceetos.lib.auth_client\")).mutate(\"reset\",{name=name,record=record})end M.require(\"operator\")local account=users()[name]assert(account,\"unknown user\")if account.role==\"admin\"then M.require(\"admin\")end return setPassword(name,plainPassword)end function M.allowed(role)if not rank[role]then return false end local current=M.refreshSession()return current~=nil and rank[current.role]>=rank[role]end function M.require(role)if not M.allowed(role)then error(\"permission denied (requires \"..tostring(role)..\")\",2)end end function M.list()local out={}local source=authority()and centralDirectory().users or users()for name,account in pairs(source)do out[#out+1]={name=name,role=account.role,disabled=account.disabled==true,revision=account.revision}end table.sort(out,function(a,b)return a.name<b.name end)return out end function M.snapshot()if authority()then return{users={},tombstones={},source=tostring(os.getComputerID()),schema=3,central=true}end return M.authoritySnapshot()end function M.authoritySnapshot()local copy={users={},tombstones={},source=tostring(os.getComputerID()),schema=2}for name,account in pairs(users())do copy.users[name]={role=account.role,salt=account.salt,verifier=account.verifier,passwordVersion=account.passwordVersion,scheme=account.scheme,workFactor=account.workFactor,revision=tonumber(account.revision)or 0,disabled=account.disabled==true,updated=account.updated or 0,origin=account.origin or copy.source,}end for name,removed in pairs(tombstones())do copy.tombstones[name]=removed end return copy end local function validIncomingPassword(account)if password.isModern(account)then local work=password.normaliseWorkFactor(account.workFactor)return work~=nil and type(account.verifier)==\"string\"and#account.verifier==64 and account.verifier:match(\"^[0-9a-f]+$\")~=nil end return type(account.salt)==\"string\"and#account.salt>0 and#account.salt<=256 and type(account.verifier)==\"string\"and account.verifier:match(\"^[0-9a-fA-F]+$\")~=nil and#account.verifier==8 end function M.merge(snapshot,authoritySeed)if authority()and authoritySeed~=true then return false,\"distributed account sync is disabled by central authority\"end if type(snapshot)~=\"table\"or type(snapshot.users)~=\"table\"then return false,\"invalid account sync\"end local all,removed,changed=users(),tombstones(),false for name,deletedAt in pairs(snapshot.tombstones or{})do if accountName(name)and type(deletedAt)==\"number\"and deletedAt>(removed[name]or 0)then local localAccount=all[name]if not localAccount or(localAccount.updated or 0)<=deletedAt then all[name],removed[name],changed=nil,deletedAt,true end end end for name,account in pairs(snapshot.users)do if accountName(name)and type(account)==\"table\"and rank[account.role]and validIncomingPassword(account)then local updated=tonumber(account.updated)or 0 local localAccount,incomingOrigin=all[name],tostring(account.origin or snapshot.source or\"\")local localOrigin=localAccount and tostring(localAccount.origin or os.getComputerID())or\"\"local wins=not localAccount or updated>(localAccount.updated or 0)or(updated==(localAccount.updated or 0)and incomingOrigin~=\"\"and incomingOrigin<localOrigin)if(removed[name]==nil or updated>removed[name])and wins then all[name]={role=account.role,salt=account.salt,verifier=account.verifier,passwordVersion=account.passwordVersion,scheme=account.scheme,workFactor=account.workFactor,revision=math.max(0,math.floor(tonumber(account.revision)or 0)),disabled=account.disabled==true,updated=updated,origin=incomingOrigin,}changed=true end end end if changed then assert(save(all),\"could not save account sync\")assert(saveTombstones(removed),\"could not save account tombstones\")M.refreshSession()end return changed end function M.authorityAccount(name)if not accountName(name)then return nil end return users()[name]end function M.authorityDirectory()local out={}for name,account in pairs(users())do out[name]={role=account.role,disabled=account.disabled==true,revision=tonumber(account.revision)or 0}end return out end function M.authorityMutate(action,fields)fields=type(fields)==\"table\"and fields or{}local name=fields.name assert(accountName(name),\"invalid user name\")local all,account=users(),users()[name]if action==\"add\"then assert(not account,\"user exists\")assert(rank[fields.role],\"invalid role\")local record=fields.record assert(type(record)==\"table\"and password.isModern(record),\"central account mutation requires a verifier record\")record.role,record.disabled=fields.role,false;all[name]=stamp(record);assert(save(all),\"could not save user\")elseif action==\"role\"then assert(account and rank[fields.role],\"unknown user or invalid role\")if account.role==\"admin\"and fields.role~=\"admin\"then local admins=0;for _,candidate in pairs(all)do if candidate.role==\"admin\"and not candidate.disabled then admins=admins+1 end end assert(admins>1,\"cannot demote the last active admin\")end account.role=fields.role;stamp(account);all[name]=account;assert(save(all),\"could not save role\")elseif action==\"disable\"then if account and account.role==\"admin\"and fields.disabled==true then local admins=0;for _,candidate in pairs(all)do if candidate.role==\"admin\"and not candidate.disabled then admins=admins+1 end end assert(admins>1,\"cannot disable the last active admin\")end assert(account,\"unknown user\");account.disabled=fields.disabled==true;stamp(account);all[name]=account;assert(save(all),\"could not save user state\")elseif action==\"remove\"then assert(account,\"unknown user\")if account.role==\"admin\"and not account.disabled then local admins=0;for _,candidate in pairs(all)do if candidate.role==\"admin\"and not candidate.disabled then admins=admins+1 end end assert(admins>1,\"cannot remove the last active admin\")end all[name]=nil;local removed=tombstones();removed[name]=now();assert(saveTombstones(removed),\"could not save tombstone\");assert(save(all),\"could not remove user\")elseif action==\"reset\"then assert(account,\"unknown user\")local replacement=fields.record assert(type(replacement)==\"table\"and password.isModern(replacement),\"central password reset requires a verifier record\")replacement.role,replacement.disabled=account.role,account.disabled==true;all[name]=stamp(replacement);assert(save(all),\"could not save password\")else error(\"unsupported account mutation\")end safeAudit(\"authority.\"..action,{account=name})return M.authorityDirectory()end M.refreshSession()return M",
  ["ceetos/lib/password.lua"] = "local M={}M.SCHEME=\"pbkdf2-hmac-sha256\"M.PASSWORD_VERSION=2 M.DEFAULT_WORK_FACTOR=256 M.MIN_WORK_FACTOR=64 M.MAX_WORK_FACTOR=2048 M.MIN_LENGTH=8 M.MAX_LENGTH=128 local MOD=4294967296 local band,bor,bxor,bnot=bit32.band,bit32.bor,bit32.bxor,bit32.bnot local rshift,lshift=bit32.rshift,bit32.lshift local unpack=table.unpack or unpack local K={0x428a2f98,0x71374491,0xb5c0fbcf,0xe9b5dba5,0x3956c25b,0x59f111f1,0x923f82a4,0xab1c5ed5,0xd807aa98,0x12835b01,0x243185be,0x550c7dc3,0x72be5d74,0x80deb1fe,0x9bdc06a7,0xc19bf174,0xe49b69c1,0xefbe4786,0x0fc19dc6,0x240ca1cc,0x2de92c6f,0x4a7484aa,0x5cb0a9dc,0x76f988da,0x983e5152,0xa831c66d,0xb00327c8,0xbf597fc7,0xc6e00bf3,0xd5a79147,0x06ca6351,0x14292967,0x27b70a85,0x2e1b2138,0x4d2c6dfc,0x53380d13,0x650a7354,0x766a0abb,0x81c2c92e,0x92722c85,0xa2bfe8a1,0xa81a664b,0xc24b8b70,0xc76c51a3,0xd192e819,0xd6990624,0xf40e3585,0x106aa070,0x19a4c116,0x1e376c08,0x2748774c,0x34b0bcb5,0x391c0cb3,0x4ed8aa4a,0x5b9cca4f,0x682e6ff3,0x748f82ee,0x78a5636f,0x84c87814,0x8cc70208,0x90befffa,0xa4506ceb,0xbef9a3f7,0xc67178f2,}local initial={0x6a09e667,0xbb67ae85,0x3c6ef372,0xa54ff53a,0x510e527f,0x9b05688c,0x1f83d9ab,0x5be0cd19,}local function add(...)local value=0 for i=1,select(\"#\",...)do value=(value+(select(i,...)or 0))%MOD end return value end local function rrotate(value,amount)if bit32.rrotate then return bit32.rrotate(value,amount)end return bor(rshift(value,amount),lshift(value,32-amount))end local function word(bytes,index)return bytes:byte(index)*16777216+bytes:byte(index+1)*65536+bytes:byte(index+2)*256+bytes:byte(index+3)end local function packWord(value)return string.char(band(rshift(value,24),0xff),band(rshift(value,16),0xff),band(rshift(value,8),0xff),band(value,0xff))end local function sha256Raw(value)local bitLength=#value*8 value=value..string.char(0x80)value=value..string.rep(\"\\0\",(56-(#value%64))%64)value=value..packWord(math.floor(bitLength/MOD))..packWord(bitLength%MOD)local h={unpack(initial)}for offset=1,#value,64 do if#value>16384 and offset>1 and((offset-1)/64)%128==0 and type(sleep)==\"function\"then sleep(0)end local w={}for i=1,16 do w[i]=word(value,offset+(i-1)*4)end for i=17,64 do local x,y=w[i-15],w[i-2]local s0=bxor(rrotate(x,7),rrotate(x,18),rshift(x,3))local s1=bxor(rrotate(y,17),rrotate(y,19),rshift(y,10))w[i]=add(w[i-16],s0,w[i-7],s1)end local a,b,c,d,e,f,g,hh=unpack(h)for i=1,64 do local s1=bxor(rrotate(e,6),rrotate(e,11),rrotate(e,25))local choice=bxor(band(e,f),band(bnot(e),g))local t1=add(hh,s1,choice,K[i],w[i])local s0=bxor(rrotate(a,2),rrotate(a,13),rrotate(a,22))local majority=bxor(band(a,b),band(a,c),band(b,c))local t2=add(s0,majority)hh,g,f,e,d,c,b,a=g,f,e,add(d,t1),c,b,a,add(t1,t2)end h[1],h[2],h[3],h[4]=add(h[1],a),add(h[2],b),add(h[3],c),add(h[4],d)h[5],h[6],h[7],h[8]=add(h[5],e),add(h[6],f),add(h[7],g),add(h[8],hh)end local result={}for i=1,8 do result[i]=packWord(h[i])end return table.concat(result)end local function hmac(key,message)if#key>64 then key=sha256Raw(key)end key=key..string.rep(\"\\0\",64-#key)local inner,outer={},{}for i=1,64 do local byte=key:byte(i)inner[i],outer[i]=string.char(bxor(byte,0x36)),string.char(bxor(byte,0x5c))end return sha256Raw(table.concat(outer)..sha256Raw(table.concat(inner)..message))end local function xorBytes(left,right)local out={}for i=1,#left do out[i]=string.char(bxor(left:byte(i),right:byte(i)))end return table.concat(out)end local function cooperate(round)if round%32~=0 or not(os and os.queueEvent and os.pullEvent)then return end os.queueEvent(\"ceetos_password_yield\")os.pullEvent(\"ceetos_password_yield\")end local function toHex(value)return(value:gsub(\".\",function(byte)return string.format(\"%02x\",byte:byte())end))end local function constantEqual(left,right)if type(left)~=\"string\"or type(right)~=\"string\"then return false end local differing=bxor(#left,#right)local length=math.max(#left,#right)for i=1,length do differing=bor(differing,bxor(left:byte(i)or 0,right:byte(i)or 0))end return differing==0 end function M.hmacSha256(key,message)if type(key)~=\"string\"or type(message)~=\"string\"then return nil,\"HMAC key and message must be strings\"end return toHex(hmac(key,message))end function M.sha256(value)if type(value)~=\"string\"then return nil,\"SHA-256 input must be a string\"end return toHex(sha256Raw(value))end function M.constantTimeEqual(left,right)return constantEqual(left,right)end function M.legacyDigest(value)local h=2166136261 for i=1,#value do h=bxor(h,value:byte(i))h=(h*16777619)%MOD end return string.format(\"%08x\",h)end function M.normaliseWorkFactor(value)value=tonumber(value)if not value or value%1~=0 then return nil,\"invalid password work factor\"end if value<M.MIN_WORK_FACTOR or value>M.MAX_WORK_FACTOR then return nil,\"password work factor must be \"..M.MIN_WORK_FACTOR..\"-\"..M.MAX_WORK_FACTOR end return value end function M.policy(password)if type(password)~=\"string\"then return false,\"password is required\"end if#password<M.MIN_LENGTH or#password>M.MAX_LENGTH then return false,\"password must contain \"..M.MIN_LENGTH..\"-\"..M.MAX_LENGTH..\" characters\"end if password:find(\"[%z\\1-\\31\\127]\")then return false,\"password contains control characters\"end return true end function M.derive(password,salt,workFactor)local work,err=M.normaliseWorkFactor(workFactor)if not work then return nil,err end if type(password)~=\"string\"or type(salt)~=\"string\"or#salt<16 or#salt>256 then return nil,\"invalid password record\"end local block=string.char(0,0,0,1)local value=hmac(password,salt..block)local result=value for _=2,work do value=hmac(password,value)result=xorBytes(result,value)cooperate(_)end return toHex(result)end local saltCounter=0 function M.newSalt(context)saltCounter=saltCounter+1 local now=os.epoch and os.epoch(\"utc\")or 0 local computer=os.getComputerID and os.getComputerID()or 0 local label=os.getComputerLabel and os.getComputerLabel()or\"\"local random=math.random and math.random(0,2147483647)or 0 return toHex(sha256Raw(table.concat({tostring(now),tostring(computer),tostring(label),tostring(context or\"\"),tostring(saltCounter),tostring(random)},\":\"))):sub(1,32)end function M.record(password,salt,workFactor)local valid,err=M.policy(password)if not valid then return nil,err end local work,workErr=M.normaliseWorkFactor(workFactor or M.DEFAULT_WORK_FACTOR)if not work then return nil,workErr end salt=salt or M.newSalt()local verifier,deriveErr=M.derive(password,salt,work)if not verifier then return nil,deriveErr end return{passwordVersion=M.PASSWORD_VERSION,scheme=M.SCHEME,salt=salt,verifier=verifier,workFactor=work,}end function M.isModern(record)return type(record)==\"table\"and record.passwordVersion==M.PASSWORD_VERSION and record.scheme==M.SCHEME end function M.verify(record,password)if type(record)~=\"table\"or type(password)~=\"string\"or type(record.salt)~=\"string\"or type(record.verifier)~=\"string\"then return false,\"invalid password record\"end if M.isModern(record)then local verifier,err=M.derive(password,record.salt,record.workFactor)if not verifier then return false,err end return constantEqual(record.verifier,verifier),nil end return constantEqual(record.verifier,M.legacyDigest(record.salt..password)),\"legacy\"end return M",
  ["ceetos/lib/release_keys.lua"] = "return{algorithm=\"lamport-sha256-v1\",roots={[\"auth-server-release-0.16.2\"]={public=\"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\",profile=\"recipe-server\"},[\"recipe-server-release-0.16.5\"]={public=\"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\",profile=\"router-server\"},},}",
  ["ceetos/lib/release_verify.lua"] = "local password=require(\"ceetos.lib.password\")local roots=require(\"ceetos.lib.release_keys\")local profile=require(\"ceetos.lib.profile\")local M={}M.CACHE_ROOT=\"/ceetos-updates\"M.CACHE_FILE=\"/ceetos-updates/release.lua\"M.META_FILE=\"/ceetos-updates/cache.lua\"M.PART_FILE=\"/ceetos-updates/release.part\"M.PENDING_FILE=\"/ceetos-updates/pending.lua\"M.MAX_PACKAGE_BYTES=1024*1024 M.MAX_MANIFEST_BYTES=48*1024 M.CHUNK_BYTES=3072 M.KEY_PARTS=256 local alphabet=\"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/\"local decodeMap={}for i=1,#alphabet do decodeMap[alphabet:sub(i,i)]=i-1 end local function read(path)if not fs.exists(path)or fs.isDir(path)then return nil end local handle=fs.open(path,\"r\")if not handle then return nil end local value=handle.readAll();handle.close()return value end local function write(path,value)local parent=fs.getDir(path)if parent~=\"\"and not fs.exists(parent)then fs.makeDir(parent)end local temporary=path..\".tmp\"if fs.exists(temporary)then fs.delete(temporary)end local handle=assert(fs.open(temporary,\"w\"),\"could not create temporary release state\")handle.write(value);handle.close()if fs.exists(path)then fs.delete(path)end fs.move(temporary,path)end local function encode(value)local out,index={},1 while index<=#value do local a,b,c=value:byte(index,index+2)local n=(a or 0)*65536+(b or 0)*256+(c or 0)out[#out+1]=alphabet:sub(math.floor(n/262144)%64+1,math.floor(n/262144)%64+1)out[#out+1]=alphabet:sub(math.floor(n/4096)%64+1,math.floor(n/4096)%64+1)out[#out+1]=b and alphabet:sub(math.floor(n/64)%64+1,math.floor(n/64)%64+1)or\"=\"out[#out+1]=c and alphabet:sub(n%64+1,n%64+1)or\"=\"index=index+3 end return table.concat(out)end local function decode(value)if type(value)~=\"string\"or#value%4~=0 or#value>M.MAX_MANIFEST_BYTES*2 then return nil,\"invalid base64\"end local out={}for index=1,#value,4 do local a,b,c,d=value:sub(index,index),value:sub(index+1,index+1),value:sub(index+2,index+2),value:sub(index+3,index+3)if not decodeMap[a]or not decodeMap[b]or(c~=\"=\"and not decodeMap[c])or(d~=\"=\"and not decodeMap[d])then return nil,\"invalid base64\"end if(c==\"=\"and d~=\"=\")or((c==\"=\"or d==\"=\")and index+3~=#value)then return nil,\"invalid base64 padding\"end local n=decodeMap[a]*262144+decodeMap[b]*4096+(decodeMap[c]or 0)*64+(decodeMap[d]or 0)out[#out+1]=string.char(math.floor(n/65536)%256)if c~=\"=\"then out[#out+1]=string.char(math.floor(n/256)%256)end if d~=\"=\"then out[#out+1]=string.char(n%256)end end return table.concat(out)end local function unhex(value)if type(value)~=\"string\"or#value%2~=0 or value:find(\"[^%x]\")then return nil end return(value:gsub(\"..\",function(pair)return string.char(tonumber(pair,16))end))end local function semver(value)if type(value)~=\"string\"then return nil end local major,minor,patch=value:match(\"^(%d+)%.(%d+)%.(%d+)$\")if not major then return nil end return tonumber(major),tonumber(minor),tonumber(patch)end function M.compareVersions(left,right)local a,b,c=semver(left);local x,y,z=semver(right)if not a or not x then return nil,\"invalid semantic version\"end if a~=x then return a<x and-1 or 1 end if b~=y then return b<y and-1 or 1 end if c~=z then return c<z and-1 or 1 end return 0 end local function canonical(manifest)if manifest._legacyProfile==true then return table.concat({\"ceetos-release-v1\",tostring(manifest.channel),tostring(manifest.version),tostring(manifest.size),tostring(manifest.digest),tostring(manifest.key_id),tostring(manifest.next_key_id),tostring(manifest.next_public),},\"|\")end return table.concat({\"ceetos-release-v2\",tostring(manifest.channel),tostring(manifest.profile),tostring(manifest.version),tostring(manifest.size),tostring(manifest.digest),tostring(manifest.key_id),tostring(manifest.next_key_id),tostring(manifest.next_public),},\"|\")end local function unpackKey(value)local raw,err=decode(value)if not raw or#raw~=M.KEY_PARTS*2*32 then return nil,err or\"invalid public key\"end local parts={}for index=1,M.KEY_PARTS*2 do parts[index]=raw:sub((index-1)*32+1,index*32)end return parts end function M.validPublicKey(value)return unpackKey(value)end local function lookupKey(keyId)local saved=M.trustedKeys()local value=saved[keyId]if value then return unpackKey(value)end value=roots.roots and roots.roots[keyId]if type(value)==\"table\"and type(value.public)==\"string\"then value=value.public end return unpackKey(value)end local function bitAt(digest,index)local byte=digest:byte(math.floor((index-1)/8)+1)return bit32.band(bit32.rshift(byte,7-((index-1)%8)),1)end local function decodeSignature(value)local raw,err=decode(value)if not raw or#raw~=M.KEY_PARTS*32 then return nil,err or\"invalid signature\"end local parts={}for index=1,M.KEY_PARTS do parts[index]=raw:sub((index-1)*32+1,index*32)end return parts end local function verifySignature(manifest,signature)if roots.algorithm~=\"lamport-sha256-v1\"then return false,\"unsupported release signing algorithm\"end local public,publicErr=lookupKey(manifest.key_id)local parts,signatureErr=decodeSignature(signature)if not public or not parts then local prefix=not public and\"invalid release public key: \"or\"invalid release signature: \"return false,prefix..tostring(publicErr or signatureErr or\"unknown release key\")end local digest=unhex(password.sha256(canonical(manifest))or\"\")if not digest then return false,\"could not hash release manifest\"end for index=1,M.KEY_PARTS do local expected=public[(index-1)*2+bitAt(digest,index)+1]local candidate=unhex(password.sha256(parts[index])or\"\")if not candidate or not password.constantTimeEqual(candidate,expected)then return false,\"invalid release signature\"end end return true end local function validateManifest(manifest)if type(manifest)~=\"table\"or manifest.channel~=\"release\"then return nil,\"only signed release packages are accepted\"end if manifest.profile==nil then manifest.profile,manifest._legacyProfile=\"desktop\",true end if type(manifest.profile)~=\"string\"or not profile.IDS[manifest.profile]then return nil,\"invalid release profile\"end if not semver(manifest.version)or type(manifest.size)~=\"number\"or manifest.size<1 or manifest.size>M.MAX_PACKAGE_BYTES then return nil,\"invalid release manifest size or version\"end if type(manifest.digest)~=\"string\"or#manifest.digest~=64 or manifest.digest:find(\"[^%x]\")then return nil,\"invalid release digest\"end if type(manifest.key_id)~=\"string\"or#manifest.key_id<1 or#manifest.key_id>64 then return nil,\"invalid release key id\"end if type(manifest.next_key_id)~=\"string\"or#manifest.next_key_id<1 or#manifest.next_key_id>64 then return nil,\"invalid next release key id\"end local nextKey=unpackKey(manifest.next_public)if not nextKey then return nil,\"invalid successor release key\"end return manifest end function M.parse(source)if type(source)~=\"string\"or#source>M.MAX_PACKAGE_BYTES then return nil,\"release package is too large\"end local encodedManifest,encodedSignature=source:match(\"^%-%- CEETOS_RELEASE_MANIFEST:([^\\r\\n]+)[\\r\\n]+%-%- CEETOS_RELEASE_SIGNATURE:([^\\r\\n]+)\")if not encodedManifest then encodedManifest,encodedSignature=source:match(\"^%-%- CeetOS signed release%. Generated; do not edit%.[\\r\\n]+%-%- CEETOS_RELEASE_MANIFEST:([^\\r\\n]+)[\\r\\n]+%-%- CEETOS_RELEASE_SIGNATURE:([^\\r\\n]+)\")end local first=source:find(\"%-%- CEETOS_RELEASE_PAYLOAD_BEGIN[\\r\\n]+\")if not encodedManifest or not encodedSignature or not first then return nil,\"not a signed CeetOS release package\"end local decoded,decodeErr=decode(encodedManifest)if not decoded then return nil,\"invalid release manifest encoding: \"..tostring(decodeErr)end local loader=load(\"return \"..decoded,\"=release-manifest\",\"t\",{})if not loader then return nil,\"invalid release manifest\"end local ok,manifest=pcall(loader)if not ok then return nil,\"invalid release manifest\"end local valid,manifestErr=validateManifest(manifest)if not valid then return nil,manifestErr end local start=source:find(\"\\n\",first)+1 local finish=start+valid.size-1 local payload=source:sub(start,finish)local suffix=source:sub(finish+1)if suffix~=\"\\n-- CEETOS_RELEASE_PAYLOAD_END\\n\"and suffix~=\"\\n-- CEETOS_RELEASE_PAYLOAD_END\"and suffix~=\"\\r\\n-- CEETOS_RELEASE_PAYLOAD_END\\r\\n\"and suffix~=\"\\r\\n-- CEETOS_RELEASE_PAYLOAD_END\"then return nil,\"release payload boundary mismatch\"end if#payload~=valid.size or not password.constantTimeEqual(password.sha256(payload)or\"\",valid.digest)then return nil,\"release payload digest mismatch\"end local signed,signatureErr=verifySignature(valid,encodedSignature)if not signed then return nil,signatureErr end return{manifest=valid,signature=encodedSignature,payload=payload,source=source}end function M.trustedKeys()local raw=read(M.CACHE_ROOT..\"/trusted-keys.lua\")if not raw then return{}end local loader=load(raw,\"=trusted-release-keys\",\"t\",{})if not loader then return{}end local ok,value=pcall(loader)return ok and type(value)==\"table\"and value or{}end local function saveKeys(value)local encoded=textutils.serialise(value,{compact=true})write(M.CACHE_ROOT..\"/trusted-keys.lua\",\"return \"..encoded)end function M.metadata()local raw=read(M.META_FILE)if not raw then return nil end local loader=load(raw,\"=release-cache\",\"t\",{})if not loader then return nil end local ok,value=pcall(loader)return ok and type(value)==\"table\"and value or nil end function M.cache(source,provider)local package,err=M.parse(source)if not package then return nil,err end if fs.exists(M.CACHE_ROOT)and fs.isDir(M.CACHE_ROOT)then if fs.exists(M.PART_FILE)then fs.delete(M.PART_FILE)end elseif not fs.exists(M.CACHE_ROOT)then fs.makeDir(M.CACHE_ROOT)end write(M.CACHE_FILE,package.source)local metadata={schema=2,channel=package.manifest.channel,profile=package.manifest.profile,version=package.manifest.version,size=package.manifest.size,digest=package.manifest.digest,keyId=package.manifest.key_id,nextKeyId=package.manifest.next_key_id,source=provider and tostring(provider)or\"local\",cachedAt=os.epoch(\"utc\"),}write(M.META_FILE,\"return \"..textutils.serialise(metadata,{compact=true}))local keys=M.trustedKeys();keys[package.manifest.next_key_id]=package.manifest.next_public;saveKeys(keys)return metadata end function M.promotePart(path,provider)if type(path)~=\"string\"or path~=M.PART_FILE then return nil,\"invalid release staging path\"end local source=read(path)local package,err=M.parse(source)if not package then return nil,err end if not fs.exists(M.CACHE_ROOT)then fs.makeDir(M.CACHE_ROOT)end if fs.exists(M.CACHE_FILE)then fs.delete(M.CACHE_FILE)end fs.move(M.PART_FILE,M.CACHE_FILE)local metadata={schema=2,channel=package.manifest.channel,profile=package.manifest.profile,version=package.manifest.version,size=package.manifest.size,digest=package.manifest.digest,keyId=package.manifest.key_id,nextKeyId=package.manifest.next_key_id,source=provider and tostring(provider)or\"local\",cachedAt=os.epoch(\"utc\"),}write(M.META_FILE,\"return \"..textutils.serialise(metadata,{compact=true}))M.adopt(package)return metadata end function M.adopt(package)if type(package)~=\"table\"or type(package.manifest)~=\"table\"then return false,\"invalid verified package\"end local keys=M.trustedKeys()keys[package.manifest.next_key_id]=package.manifest.next_public saveKeys(keys)return true end function M.cachedPackage()local source,metadata=read(M.CACHE_FILE),M.metadata()if not source then return nil end local package,err=M.parse(source)if not package then return nil,err end if not metadata then metadata={schema=2,channel=package.manifest.channel,profile=package.manifest.profile,version=package.manifest.version,size=package.manifest.size,digest=package.manifest.digest,keyId=package.manifest.key_id,nextKeyId=package.manifest.next_key_id,source=\"local installer\",cachedAt=os.epoch(\"utc\"),}write(M.META_FILE,\"return \"..textutils.serialise(metadata,{compact=true}))end M.adopt(package)return package,metadata end function M.clear()if fs.exists(M.PART_FILE)then fs.delete(M.PART_FILE)end if fs.exists(M.CACHE_FILE)then fs.delete(M.CACHE_FILE)end if fs.exists(M.META_FILE)then fs.delete(M.META_FILE)end return true end function M.encode(value)return encode(value)end function M.decode(value)return decode(value)end function M.canonical(manifest)return canonical(manifest)end return M",
  ["ceetos/lib/updater.lua"] = "local store=require(\"ceetos.lib.store\")local release=require(\"ceetos.lib.release_verify\")local version=require(\"ceetos.lib.version\")local net=require(\"ceetos.lib.net\")local profile=require(\"ceetos.lib.profile\")local M={}local STATE_PATH=\"/ceetos/data/update-status.lua\"local OFFER_LIMIT,HISTORY_LIMIT=20,16 local BEACON_INTERVAL,REQUEST_TIMEOUT,REQUEST_LIMIT=30000,3500,3 local MAX_OFFER_AGE=5*60*1000 local state=nil local lastBeacon,lastCacheRead=0,0 local cached=nil local function now()return os.epoch(\"utc\")end local function localId()return tostring(os.getComputerID())end local function localLabel()return os.getComputerLabel()or(\"Computer \"..localId())end local function defaults()return{schema=1,offers={},history={},revision=0,status=\"idle\",message=nil,transfer=nil,cache=nil}end local function loadState()if state then return state end state=store.read(STATE_PATH,defaults())for key,value in pairs(defaults())do if state[key]==nil then state[key]=value end end state.offers=type(state.offers)==\"table\"and state.offers or{}state.history=type(state.history)==\"table\"and state.history or{}return state end local function save()local value=loadState()value.revision=(tonumber(value.revision)or 0)+1 store.write(STATE_PATH,value)end local function record(kind,fields)local value=loadState()local row={at=now(),kind=tostring(kind):sub(1,48)}for key,item in pairs(fields or{})do if key~=\"data\"and key~=\"source\"and key~=\"signature\"then row[key]=item end end value.history[#value.history+1]=row while#value.history>HISTORY_LIMIT do table.remove(value.history,1)end end local function setStatus(status,message)local value=loadState()value.status,value.message=status,message and tostring(message):sub(1,180)or nil end local function validId(value)return type(value)==\"string\"and value:match(\"^[%w_%-%.]+$\")and#value<=96 end local function validOffer(body)if type(body)~=\"table\"or type(body.version)~=\"string\"or type(body.size)~=\"number\"or type(body.digest)~=\"string\"or type(body.keyId)~=\"string\"or type(body.profile)~=\"string\"then return nil,\"malformed release offer\"end if body.profile~=profile.id()then return nil,\"release profile does not match this installation\"end local compare=release.compareVersions(body.version,version.string)if compare==nil then return nil,\"invalid release version\"end if body.size<1 or body.size>release.MAX_PACKAGE_BYTES then return nil,\"invalid release size\"end if#body.digest~=64 or body.digest:find(\"[^%x]\")then return nil,\"invalid release digest\"end if#body.keyId<1 or#body.keyId>64 then return nil,\"invalid release key ID\"end return{profile=body.profile,version=body.version,size=math.floor(body.size),digest=body.digest:lower(),keyId=body.keyId,fingerprint=body.digest:sub(1,16),newer=compare>0}end local function refreshCached()local timestamp=now()if cached and timestamp-lastCacheRead<5000 then return cached end lastCacheRead=timestamp local value=loadState()local previous=value.cache and(tostring(value.cache.version)..\":\"..tostring(value.cache.digest))or nil local package,metadata=release.cachedPackage()if package and package.manifest.profile==profile.id()then cached={package=package,metadata=metadata,offer={version=package.manifest.version,size=#package.source,digest=package.manifest.digest,profile=package.manifest.profile,keyId=package.manifest.key_id,fingerprint=package.manifest.digest:sub(1,16),}}value.cache={profile=package.manifest.profile,version=package.manifest.version,size=#package.source,digest=package.manifest.digest,keyId=package.manifest.key_id,fingerprint=package.manifest.digest:sub(1,16),source=metadata and metadata.source or\"local\",verifiedAt=timestamp}else cached=nil value.cache=nil end local current=value.cache and(tostring(value.cache.version)..\":\"..tostring(value.cache.digest))or nil if current~=previous then save()end return cached end local function providerOffer()local available=refreshCached()if not available then return nil end return{version=available.offer.version,size=available.offer.size,digest=available.offer.digest,profile=available.offer.profile,keyId=available.offer.keyId,label=localLabel(),id=localId(),}end local function upsertOffer(source,body,transport,distance)source=tostring(source)if source==localId()then return false,\"ignored own release offer\"end local offer,err=validOffer(body)if not offer then return false,err end if not offer.newer then return false,\"offered release is not newer\"end local value=loadState()local key=source..\":\"..offer.version..\":\"..offer.digest:sub(1,16)value.offers[key]={id=source,label=tostring(body.label or(\"Computer \"..source)):sub(1,96),version=offer.version,profile=offer.profile,size=offer.size,digest=offer.digest,fingerprint=offer.fingerprint,keyId=offer.keyId,transport=transport,distance=tonumber(distance),seen=now(),key=key,}local rows={}for entryKey,item in pairs(value.offers)do rows[#rows+1]={key=entryKey,seen=tonumber(item.seen)or 0}end table.sort(rows,function(a,b)return a.seen>b.seen end)while#rows>OFFER_LIMIT do value.offers[table.remove(rows).key]=nil end setStatus(\"offers\",\"Signed release \"..offer.version..\" available from \"..tostring(body.label or source))record(\"offer\",{id=source,version=offer.version,transport=transport,distance=distance})save()return true end local function offers()local value,timestamp,rows=loadState(),now(),{}for key,item in pairs(value.offers)do if type(item)==\"table\"and timestamp-(tonumber(item.seen)or 0)<=MAX_OFFER_AGE then rows[#rows+1]=item else value.offers[key]=nil end end table.sort(rows,function(left,right)local compare=release.compareVersions(left.version,right.version)or 0 if compare~=0 then return compare>0 end return tostring(left.id)<tostring(right.id)end)return rows end local function findOffer(source)source=tostring(source)for _,item in ipairs(offers())do if item.key==source or tostring(item.id)==source then return item end end return nil,\"release source is unavailable; run update check first\"end local function removePart()if fs.exists(release.PART_FILE)then fs.delete(release.PART_FILE)end end local function appendPart(data)local handle,err=fs.open(release.PART_FILE,\"a\")if not handle then return false,err or\"could not open update staging file\"end handle.write(data);handle.close()return true end local function cachedSource()local available=refreshCached()return available and available.package and available.package.source end local function transferRequest(transfer)local length=math.min(release.CHUNK_BYTES,transfer.size-transfer.offset+1)if length<1 then return false,\"transfer is already complete\"end transfer.awaiting,transfer.requestedAt=true,now()local body={transfer=transfer.id,offset=transfer.offset,length=length}local sent,err if transfer.transport==\"routed\"then sent,err=net.request(transfer.source,\"update_chunk_request\",body,{safe=true})else sent,err=net.publicSend(transfer.source,\"update_chunk_request\",body)end if not sent then transfer.awaiting=false;return false,err end return true end local function beginDownload(source)local offer,err=findOffer(source)if not offer then return false,err end local compare=release.compareVersions(offer.version,version.string)if not compare or compare<=0 then return false,\"refusing a downgrade or current release\"end local free=fs.getFreeSpace and fs.getFreeSpace(\"/\")or nil if type(free)==\"number\"and free<offer.size+4096 then return false,\"not enough free space for one verified release cache\"end removePart()release.clear();cached=nil local value=loadState()value.transfer={id=\"update-\"..localId()..\"-\"..tostring(now())..\"-\"..tostring(math.random(1000,9999)),source=tostring(offer.id),label=offer.label,transport=offer.transport==\"routed\"and\"routed\"or\"direct\",profile=offer.profile,version=offer.version,size=offer.size,digest=offer.digest,keyId=offer.keyId,offset=1,received=0,retries=0,awaiting=false,started=now(),}setStatus(\"downloading\",\"Downloading signed release \"..offer.version..\" from \"..offer.label)record(\"download_started\",{id=offer.id,version=offer.version,transport=value.transfer.transport})local sent,sendErr=transferRequest(value.transfer)if not sent then value.transfer=nil;setStatus(\"error\",sendErr);record(\"download_failed\",{id=offer.id,error=sendErr})end save()return sent,sendErr end local function finishTransfer(transfer)local handle=fs.open(release.PART_FILE,\"r\")local source=handle and handle.readAll()or nil if handle then handle.close()end if not source or#source~=transfer.size then return false,\"download size did not match offer\"end local parsed,parseErr=release.parse(source)if not parsed then return false,parseErr end if parsed.manifest.profile~=profile.id()or parsed.manifest.profile~=transfer.profile or parsed.manifest.version~=transfer.version or parsed.manifest.digest:lower()~=transfer.digest:lower()or parsed.manifest.key_id~=transfer.keyId then return false,\"verified package did not match selected release offer\"end local metadata,promoteErr=release.promotePart(release.PART_FILE,transfer.label)if not metadata then return false,promoteErr end cached=nil;refreshCached()local value=loadState();value.transfer=nil setStatus(\"downloaded\",\"Verified release \"..metadata.version..\" is ready for local confirmation\")record(\"download_verified\",{id=transfer.source,version=metadata.version,digest=metadata.digest:sub(1,16)})save()return true,metadata end local function acceptChunk(source,body,transport)local value,transfer=loadState(),loadState().transfer if not transfer or transfer.transport~=transport or tostring(source)~=tostring(transfer.source)then return false,\"unexpected update chunk\"end if type(body)~=\"table\"or body.transfer~=transfer.id or math.floor(tonumber(body.offset)or 0)~=transfer.offset or type(body.data)~=\"string\"then return false,\"malformed update chunk\"end local remaining=transfer.size-transfer.offset+1 if#body.data<1 or#body.data>math.min(release.CHUNK_BYTES,remaining)then return false,\"invalid update chunk length\"end local ok,err=appendPart(body.data)if not ok then transfer.awaiting=false;setStatus(\"error\",err);record(\"download_failed\",{error=err});save();return false,err end transfer.offset,transfer.received,transfer.awaiting,transfer.retries=transfer.offset+#body.data,(transfer.received or 0)+#body.data,false,0 if transfer.offset>transfer.size then local complete,result=finishTransfer(transfer)if not complete then removePart();value.transfer=nil;setStatus(\"error\",result);record(\"download_failed\",{id=source,error=result});save()end return complete,result end local sent,sendErr=transferRequest(transfer)if not sent then setStatus(\"error\",sendErr);record(\"download_failed\",{id=source,error=sendErr});value.transfer=nil;removePart()end save()return sent,sendErr end local function serveChunk(target,body,routed,request)if type(body)~=\"table\"or not validId(body.transfer)or math.floor(tonumber(body.offset)or 0)<1 or math.floor(tonumber(body.length)or 0)<1 or tonumber(body.length)>release.CHUNK_BYTES then return false,\"invalid update chunk request\"end local source=cachedSource()if not source then return false,\"no verified newer signed release is cached\"end local offset,length=math.floor(body.offset),math.floor(body.length)if offset>#source then return false,\"requested update offset is beyond package\"end local data=source:sub(offset,math.min(#source,offset+length-1))local response={transfer=body.transfer,offset=offset,data=data}if routed then return net.reply(request,\"update_chunk\",response,{safe=true})end return net.publicSend(target,\"update_chunk\",response)end function M.publicPacket(packet,distance)local source,body=tostring(packet.from),packet.body or{}if packet.type==\"update_query\"then if body.profile~=profile.id()then return false,\"release profile does not match this installation\"end local offer=providerOffer()local compare=offer and release.compareVersions(offer.version,body.version or\"\")if offer and compare and compare>0 then net.publicSend(source,\"update_offer\",offer)end return elseif packet.type==\"update_offer\"then return upsertOffer(source,body,\"direct\",distance)elseif packet.type==\"update_chunk_request\"then return serveChunk(source,body,false)elseif packet.type==\"update_chunk\"then return acceptChunk(source,body,\"direct\")end end function M.authenticatedPacket(from,peer,packet)local body=packet.body or{}if packet.type==\"update_query\"then if body.profile~=profile.id()then return false,\"release profile does not match this installation\"end local offer=providerOffer()local compare=offer and release.compareVersions(offer.version,body.version or\"\")if offer and compare and compare>0 then return net.reply(packet,\"update_offer\",offer,{safe=true})end elseif packet.type==\"update_offer\"then return upsertOffer(from,body,\"routed\")elseif packet.type==\"update_chunk_request\"then return serveChunk(from,body,true,packet)elseif packet.type==\"update_chunk\"then return acceptChunk(from,body,\"routed\")end end function M.check()local value=loadState()for key in pairs(value.offers)do value.offers[key]=nil end setStatus(\"checking\",\"Looking for newer signed releases\")local sent,err=net.publicBroadcast(\"update_query\",{version=version.string,profile=profile.id()})local routed=0 for _,peer in ipairs(net.peers())do if not peer.rekeyRequired then local ok=net.request(peer.id,\"update_query\",{version=version.string,profile=profile.id()},{safe=true})if ok then routed=routed+1 end end end record(\"check\",{direct=sent==true,routed=routed,error=sent and nil or err})save()return sent or routed>0,sent and nil or err end function M.download(source)return beginDownload(source)end function M.cancel()local value=loadState()if not value.transfer then return false,\"no update transfer is active\"end record(\"download_cancelled\",{id=value.transfer.source,version=value.transfer.version})value.transfer=nil;removePart();setStatus(\"cancelled\",\"Update download cancelled\");save()return true end function M.clearCache()local value=loadState()if value.transfer then return false,\"cancel the active download first\"end release.clear();cached=nil;value.cache=nil;setStatus(\"idle\",\"Verified release cache cleared\");record(\"cache_cleared\");save()return true end function M.prepareApply()local package,metadata=release.cachedPackage()if not package then return false,metadata or\"no verified signed release is cached\"end local compare=release.compareVersions(package.manifest.version,version.string)if not compare or compare<=0 then return false,\"cached release is not newer than this CeetOS installation\"end if package.manifest.profile~=profile.id()then return false,\"cached release profile does not match this installation\"end local marker={schema=2,state=\"apply\",profile=package.manifest.profile,version=package.manifest.version,digest=package.manifest.digest,keyId=package.manifest.key_id,approvedAt=now()}store.write(release.PENDING_FILE,marker)local value=loadState();setStatus(\"applying\",\"Applying verified release \"..package.manifest.version..\" after reboot\");record(\"apply_approved\",{version=package.manifest.version,digest=package.manifest.digest:sub(1,16),keyId=package.manifest.key_id});save()return true,{version=package.manifest.version,fingerprint=package.manifest.digest:sub(1,16),keyId=package.manifest.key_id}end function M.recover()local marker=store.read(release.PENDING_FILE,nil)if type(marker)~=\"table\"or marker.state~=\"verify\"then return end local value=loadState()if marker.version==version.string and(marker.profile==nil or marker.profile==profile.id())then if fs.exists(release.PENDING_FILE)then fs.delete(release.PENDING_FILE)end setStatus(\"applied\",\"Verified release \"..version.string..\" is now active\")record(\"apply_verified\",{version=version.string})else setStatus(\"error\",\"Update installed but running version did not match \"..tostring(marker.version))record(\"apply_version_mismatch\",{expected=marker.version,actual=version.string})end save()end function M.tick()local value,timestamp=loadState(),now()local offer=providerOffer()if offer and timestamp-lastBeacon>=BEACON_INTERVAL then net.publicBroadcast(\"update_offer\",offer)lastBeacon=timestamp end local transfer=value.transfer if transfer and transfer.awaiting and timestamp-(transfer.requestedAt or timestamp)>=REQUEST_TIMEOUT then transfer.awaiting,transfer.retries=false,(transfer.retries or 0)+1 if transfer.retries>REQUEST_LIMIT then record(\"download_timeout\",{id=transfer.source,version=transfer.version})value.transfer=nil;removePart();setStatus(\"error\",\"Update source timed out\");save()else local sent,err=transferRequest(transfer)if not sent then value.transfer=nil;removePart();setStatus(\"error\",err);record(\"download_failed\",{id=transfer.source,error=err});save()end end end end function M.status()local value=loadState()return{profile=profile.id(),version=version.string,status=value.status,message=value.message,revision=value.revision,offers=offers(),transfer=value.transfer,cache=value.cache,history=value.history,cacheRoot=release.CACHE_ROOT,maxPackageBytes=release.MAX_PACKAGE_BYTES,}end return M",
  ["ceetos/lib/mesh_crypto.lua"] = "local password=require(\"ceetos.lib.password\")local M={}local band,bor,bxor=bit32.band,bit32.bor,bit32.bxor local lshift,rshift=bit32.lshift,bit32.rshift local MOD32,LIMB=4294967296,67108864 local function add32(...)local n=0 for i=1,select(\"#\",...)do n=(n+(select(i,...)or 0))%MOD32 end return n end local function rotl(v,bits)return bor(lshift(v,bits),rshift(v,32-bits))end local function le32(data,index)local a,b,c,d=data:byte(index,index+3)return(a or 0)+(b or 0)*256+(c or 0)*65536+(d or 0)*16777216 end local function put32(value)value=value%MOD32 return string.char(value%256,math.floor(value/256)%256,math.floor(value/65536)%256,math.floor(value/16777216)%256)end local function le64(value)value=math.max(0,math.floor(tonumber(value)or 0))local low,high=value%MOD32,math.floor(value/MOD32)%MOD32 return put32(low)..put32(high)end local function hexToRaw(value)if type(value)~=\"string\"or#value%2~=0 or value:find(\"[^%x]\")then return nil end return(value:gsub(\"..\",function(pair)return string.char(tonumber(pair,16))end))end local function rawToHex(value)return(value:gsub(\".\",function(byte)return string.format(\"%02x\",byte:byte())end))end local function xorBytes(left,right)local out={}for i=1,#left do out[i]=string.char(bxor(left:byte(i),right:byte(i)))end return table.concat(out)end local function quarter(x,a,b,c,d)x[a]=add32(x[a],x[b]);x[d]=rotl(bxor(x[d],x[a]),16)x[c]=add32(x[c],x[d]);x[b]=rotl(bxor(x[b],x[c]),12)x[a]=add32(x[a],x[b]);x[d]=rotl(bxor(x[d],x[a]),8)x[c]=add32(x[c],x[d]);x[b]=rotl(bxor(x[b],x[c]),7)end local function chachaBlock(key,counter,nonce)local state={0x61707865,0x3320646e,0x79622d32,0x6b206574}for i=1,8 do state[4+i]=le32(key,(i-1)*4+1)end state[13],state[14],state[15],state[16]=counter%MOD32,le32(nonce,1),le32(nonce,5),le32(nonce,9)local x={}for i=1,16 do x[i]=state[i]end for _=1,10 do quarter(x,1,5,9,13);quarter(x,2,6,10,14);quarter(x,3,7,11,15);quarter(x,4,8,12,16)quarter(x,1,6,11,16);quarter(x,2,7,12,13);quarter(x,3,8,9,14);quarter(x,4,5,10,15)end local out={}for i=1,16 do out[i]=put32(add32(x[i],state[i]))end return table.concat(out)end local function chachaXor(key,nonce,counter,plaintext)local out,position={},1 while position<=#plaintext do local block=chachaBlock(key,counter,nonce)local part=plaintext:sub(position,position+63)out[#out+1]=xorBytes(part,block:sub(1,#part))position,counter=position+#part,(counter+1)%MOD32 end return table.concat(out)end local function poly1305(message,key)local function zero(length)local out={};for i=1,length do out[i]=0 end;return out end local function normalise(value)local carry=0 for i=1,#value do local n=(value[i]or 0)+carry value[i],carry=n%256,math.floor(n/256)end while carry>0 do value[#value+1],carry=carry%256,math.floor(carry/256)end return value end local function add(left,right)local out=zero(math.max(#left,#right)+1)for i=1,#left do out[i]=out[i]+left[i]end for i=1,#right do out[i]=out[i]+right[i]end return normalise(out)end local function multiply(left,right)local out=zero(#left+#right+1)for i=1,#left do for j=1,#right do out[i+j-1]=out[i+j-1]+left[i]*right[j]end end return normalise(out)end local function high130(value)local out={}for i=1,#value-16 do local low=value[i+16]or 0 local high=value[i+17]or 0 out[i]=math.floor(low/4)+(high%4)*64 end return normalise(out)end local function hasHigh(value)if#value>17 then for i=18,#value do if value[i]~=0 then return true end end end return(value[17]or 0)>=4 end local function reduce(value)while hasHigh(value)do local low,high=zero(17),high130(value)for i=1,17 do low[i]=value[i]or 0 end low[17]=low[17]%4 for i=1,#high do high[i]=high[i]*5 end value=add(low,high)end local prime={251}for i=2,16 do prime[i]=255 end prime[17]=3 local greater=false for i=17,1,-1 do if(value[i]or 0)~=prime[i]then greater=(value[i]or 0)>prime[i];break end end if greater then local borrow=0 for i=1,17 do local n=(value[i]or 0)-prime[i]-borrow if n<0 then n,borrow=n+256,1 else borrow=0 end value[i]=n end end return value end local r,h=zero(17),zero(17)for i=1,16 do r[i]=key:byte(i)end r[4],r[8],r[12],r[16]=band(r[4],15),band(r[8],15),band(r[12],15),band(r[16],15)r[5],r[9],r[13]=band(r[5],252),band(r[9],252),band(r[13],252)for at=1,#message,16 do local part,n=message:sub(at,at+15),zero(17)for i=1,#part do n[i]=part:byte(i)end n[#part+1]=1 h=reduce(multiply(add(h,n),r))end local pad,out,carry={},{},0 for i=1,16 do pad[i]=key:byte(i+16)end for i=1,16 do local n=(h[i]or 0)+pad[i]+carry out[i],carry=n%256,math.floor(n/256)end return string.char(table.unpack(out))end local function padded(value)return value..string.rep(\"\\0\",(16-(#value%16))%16)end local function derive(linkKey)local raw=hexToRaw(password.hmacSha256(linkKey,\"ceetos/mesh/aead-key/v1\")or\"\")return raw end function M.nonce(linkKey,counter,context)local raw=hexToRaw(password.hmacSha256(linkKey,\"ceetos/mesh/aead-nonce/v1|\"..tostring(counter)..\"|\"..tostring(context or\"\"))or\"\")return raw and raw:sub(1,12)or nil end function M.seal(linkKey,nonce,aad,plaintext)if type(linkKey)~=\"string\"or type(nonce)~=\"string\"or#nonce~=12 or type(aad)~=\"string\"or type(plaintext)~=\"string\"then return nil,\"invalid mesh envelope input\"end local key=derive(linkKey);if not key or#key~=32 then return nil,\"could not derive mesh envelope key\"end local polyKey=chachaBlock(key,0,nonce):sub(1,32)local ciphertext=chachaXor(key,nonce,1,plaintext)local tag=poly1305(padded(aad)..padded(ciphertext)..le64(#aad)..le64(#ciphertext),polyKey)return{nonce=rawToHex(nonce),ciphertext=rawToHex(ciphertext),tag=rawToHex(tag)}end function M.open(linkKey,envelope,aad)if type(linkKey)~=\"string\"or type(envelope)~=\"table\"or type(aad)~=\"string\"then return nil,\"invalid mesh envelope\"end local nonce,ciphertext,tag=hexToRaw(envelope.nonce or\"\"),hexToRaw(envelope.ciphertext or\"\"),hexToRaw(envelope.tag or\"\")if not nonce or#nonce~=12 or not ciphertext or not tag or#tag~=16 then return nil,\"invalid mesh envelope encoding\"end local key=derive(linkKey);if not key or#key~=32 then return nil,\"could not derive mesh envelope key\"end local polyKey=chachaBlock(key,0,nonce):sub(1,32)local expected=rawToHex(poly1305(padded(aad)..padded(ciphertext)..le64(#aad)..le64(#ciphertext),polyKey))if not password.constantTimeEqual(expected,envelope.tag)then return nil,\"mesh envelope authentication failed\"end return chachaXor(key,nonce,1,ciphertext)end function M.selfTest()local key=hexToRaw(\"85d6be7857556d337f4452fe42d506a80103808afb0db2fd4abff6af4149f51b\")local tag=poly1305(\"Cryptographic Forum Research Group\",key)return rawToHex(tag)==\"a8061dc1305136c6c22b8baf0c0127a9\"end return M",
  ["ceetos/lib/audit.lua"] = "local store=require(\"ceetos.lib.store\")local M={}local PATH=\"/ceetos/data/audit.log\"M.LIMITS={maxEntries=250,maxBytes=64*1024}function M.log(actor,action,detail)return store.append(PATH,{ts=os.epoch(\"utc\"),actor=actor or\"system\",action=action,detail=detail,},M.LIMITS)end function M.recent(limit)limit=math.max(1,math.min(50,tonumber(limit)or 10))local raw=store.readAppend(PATH)local result={}for line in(raw..\"\\n\"):gmatch(\"(.-)\\n\")do if line~=\"\"then local entry=textutils.unserialise(line)if entry then result[#result+1]=entry if#result>limit then table.remove(result,1)end end end end return result end return M",
  ["ceetos/lib/net.lua"] = "local store=require(\"ceetos.lib.store\")local audit=require(\"ceetos.lib.audit\")local password=require(\"ceetos.lib.password\")local meshCrypto=require(\"ceetos.lib.mesh_crypto\")local M={handler=nil,publicHandler=nil}local PATH=\"/ceetos/data/network.lua\"local SECURITY_PATH=\"/ceetos/data/network-security.lua\"local SEEN_PATH=\"/ceetos/data/seen-peers.lua\"local CHANNEL,PROTOCOL=45731,\"ceetos/2\"local PUBLIC_UPDATE_PROTOCOL=\"ceetos/update/1\"local PUBLIC_UPDATE_TYPES={update_query=true,update_offer=true,update_chunk_request=true,update_chunk=true,}local DISCOVERY_CHANNEL=CHANNEL local DISCOVERY_TTL,ROUTE_TTL,PACKET_TTL=120000,120000,8 local DISCOVERY_INTERVAL,PAIR_RETRY,ROUTE_INTERVAL=2000,2000,15000 local MESH_BEACON_INTERVAL,MESH_FULL_INTERVAL=15000,30000 local PROBE_INTERVAL,PROBE_DEGRADED,PROBE_OFFLINE,PROBE_RECOVERY=5000,3,6,10000 local ROUTE_CANDIDATE_LIMIT,ROUTE_BUCKET_LIMIT=4,96 local SAFE_READ_WINDOW,SAFE_READ_LIMIT=1000,16 local MAX_PACKET_STRING,MAX_PACKET_TABLE,MAX_PACKET_DEPTH=8192,128,6 local COUNTER_RESERVATION,MAX_RX_EPOCHS,MAX_REVERSE_ROUTES=64,3,128 local routes,discovered,confirmations,seenPackets,reverseRoutes={},{},{},{},{}local routeSequence,lastRouteAdvertisement,routesDirty=0,0,false local discovery,lastDiscovery=nil,{state=\"inactive\"}local security={tx={},rx={}}local autoEdges,linkHealth,meshOffers,meshSeen,advertisedRoutes,meshEnrollmentSends={},{},{},{},{},{}local lastMeshBeacon,lastMeshFull,meshDirty=0,0,false local transport={modem=false,wireless=false,name=nil,channels={},lastTransmit=nil,lastReceive=nil,lastDistance=nil,lastError=nil,rejected=0,}local traces={discovery={},routing={},transport={}}local TRACE_LIMIT=48 local MESH_STATE_LIMIT=128 local rejectPacket local function now()return os.epoch(\"utc\")end local function id()return tostring(os.getComputerID())end local function label()return os.getComputerLabel()or(\"Computer \"..id())end local function isBroadcast(value)return tostring(value)==\"0\"end local function isForUs(value)return tostring(value)==id()end local function copy(value,depth)if type(value)~=\"table\"then return value end if(depth or 0)>MAX_PACKET_DEPTH then return nil end local out={}for k,v in pairs(value)do out[k]=copy(v,(depth or 0)+1)end return out end local function trace(kind,phase,fields)local bucket=traces[kind]or traces.transport local row={time=now(),phase=phase}for key,value in pairs(fields or{})do if key~=\"phrase\"and key~=\"proof\"and key~=\"key\"and key~=\"secret\"and key~=\"mac\"and key~=\"packet\"and key~=\"tag\"then row[key]=value end end bucket[#bucket+1]=row while#bucket>TRACE_LIMIT do table.remove(bucket,1)end end local function read(path,fallback)if store.invalidate then store.invalidate(path)end return store.read(path,fallback)end local function config()local value=read(PATH,{peers={},channel=CHANNEL})value.peers=type(value.peers)==\"table\"and value.peers or{}value.channel=tonumber(value.channel)or CHANNEL return value end local function save(value)local ok,err=store.write(PATH,value)if ok==false then error(err or\"could not save network configuration\",0)end end local function migrateV1Links()local value,changed=config(),false for _,peer in pairs(value.peers)do if peer.protocol~=2 or peer.rekeyRequired or type(peer.key)~=\"string\"or#peer.key<32 then peer.protocol,peer.rekeyRequired,peer.key=1,true,nil peer.secret=nil changed=true end end if changed then save(value)end return value end local function activePeer(value,peerId)local peer=value.peers[tostring(peerId)]if peer and peer.protocol==2 and peer.rekeyRequired~=true and type(peer.key)==\"string\"and#peer.key>=32 then return peer end return nil end local function activeLink(value,peerId)local manual=activePeer(value,peerId)if manual then return manual,\"direct\"end local edge=autoEdges[tostring(peerId)]if edge and type(edge.key)==\"string\"and#edge.key>=32 and(edge.expires or 0)>now()then return edge,\"mesh\"end return nil end local function healthFor(peerId)peerId=tostring(peerId)local state=linkHealth[peerId]if not state then state={state=\"healthy\",successes=0,misses=0,lastAuthenticated=now(),stableSince=now(),inFlight=0}linkHealth[peerId]=state end return state end local function linkState(peerId)return healthFor(peerId).state or\"healthy\"end local function currentInFlight(state,timestamp)state.inFlightUntil=type(state.inFlightUntil)==\"table\"and state.inFlightUntil or{}local kept={}for _,expires in ipairs(state.inFlightUntil)do if expires>timestamp then kept[#kept+1]=expires end end state.inFlightUntil,state.inFlight=kept,#kept return state.inFlight end local function markInFlight(state)local timestamp=now()currentInFlight(state,timestamp)state.inFlightUntil[#state.inFlightUntil+1]=timestamp+SAFE_READ_WINDOW table.sort(state.inFlightUntil)while#state.inFlightUntil>SAFE_READ_LIMIT do table.remove(state.inFlightUntil,1)end state.inFlight=#state.inFlightUntil end local function linkUsable(value,peerId,allowDegraded)if not activeLink(value,peerId)then return false end local state=linkState(peerId)return state==\"healthy\"or(allowDegraded and state==\"degraded\")end local function touchLink(peerId,distance,source)local state,timestamp=healthFor(peerId),now()state.lastAuthenticated,state.lastDistance,state.lastSource=timestamp,distance,source or\"traffic\"state.misses,state.awaiting,state.probeToken=0,false,nil state.loss=math.max(0,(state.loss or 0)*0.5)if state.state~=\"healthy\"then state.successes=(state.successes or 0)+1 if state.successes>=2 then state.state,state.stableSince,state.recoveredAt=\"healthy\",timestamp,timestamp routesDirty=true trace(\"routing\",\"link_recovered\",{peer=peerId,source=source})end else state.successes=math.min(2,(state.successes or 0)+1)end end local function allDirectLinks(value)local out,seen={},{}for peerId in pairs(value.peers)do if activePeer(value,peerId)then out[#out+1],seen[peerId]=tostring(peerId),true end end for peerId,edge in pairs(autoEdges)do if not seen[peerId]and edge.expires>now()then out[#out+1]=tostring(peerId)end end table.sort(out,function(a,b)return tonumber(a)<tonumber(b)end)return out end local function remember(peer,peerLabel,extra)local value=read(SEEN_PATH,{})local old=value[tostring(peer)]or{}old.label,old.seen=peerLabel or old.label or(\"Computer \"..tostring(peer)),now()if extra then for key,item in pairs(extra)do if key~=\"tag\"and key~=\"proof\"then old[key]=item end end end value[tostring(peer)]=old store.write(SEEN_PATH,value)end local function modem(requireWireless)local candidates,used={},{}local sides=rs and rs.getSides and rs.getSides()or{}for _,name in ipairs(sides)do if peripheral.getType(name)==\"modem\"and not used[name]then candidates[#candidates+1],used[name]=name,true end end if peripheral.getNames then for _,name in ipairs(peripheral.getNames())do if peripheral.getType(name)==\"modem\"and not used[name]then candidates[#candidates+1],used[name]=name,true end end end local fallback for _,name in ipairs(candidates)do local wrapped=peripheral.wrap(name)if wrapped then fallback=fallback or wrapped local ok,wireless=pcall(function()return not wrapped.isWireless or wrapped.isWireless()end)if ok and wireless then return wrapped end end end return requireWireless and nil or fallback end local function modems()local out,seen={},{}local function add(name)if not seen[name]and peripheral.getType(name)==\"modem\"then local wrapped=peripheral.wrap(name)if wrapped then out[#out+1],seen[name]={name=name,modem=wrapped},true end end end for _,name in ipairs(rs and rs.getSides and rs.getSides()or{})do add(name)end for _,name in ipairs(peripheral.getNames and peripheral.getNames()or{})do add(name)end return out end local function wirelessModems()local out={}for _,item in ipairs(modems())do local ok,wireless=pcall(function()return not item.modem.isWireless or item.modem.isWireless()end)if ok and wireless then out[#out+1]=item end end return out end local function openChannels(value)local channels={value.channel or CHANNEL}if channels[1]~=DISCOVERY_CHANNEL then channels[#channels+1]=DISCOVERY_CHANNEL end transport.channels=channels local all=modems()if#all==0 then transport.lastError=\"no modem attached\";trace(\"transport\",\"modem_missing\");return channels end for _,item in ipairs(all)do for _,channel in ipairs(channels)do local ok,err=pcall(item.modem.open,channel)if not ok then transport.lastError=tostring(err)trace(\"transport\",\"channel_open_failed\",{channel=channel,error=transport.lastError,modem=item.name})end end end return channels end local function canonical(value,depth)depth=depth or 0 local kind=type(value)if kind==\"nil\"then return\"n\"end if kind==\"boolean\"then return value and\"b1\"or\"b0\"end if kind==\"number\"then if value~=value or value==math.huge or value==-math.huge then return nil,\"invalid numeric packet value\"end return\"d\"..string.format(\"%.17g\",value)..\";\"end if kind==\"string\"then if#value>MAX_PACKET_STRING then return nil,\"packet string exceeds limit\"end return\"s\"..tostring(#value)..\":\"..value end if kind~=\"table\"then return nil,\"unsupported packet value\"end if depth>=MAX_PACKET_DEPTH then return nil,\"packet nesting exceeds limit\"end local entries={}for key,item in pairs(value)do if#entries>=MAX_PACKET_TABLE then return nil,\"packet table exceeds limit\"end local encodedKey,keyErr=canonical(key,depth+1);if not encodedKey then return nil,keyErr end local encodedValue,valueErr=canonical(item,depth+1);if not encodedValue then return nil,valueErr end entries[#entries+1]=encodedKey..\"=\"..encodedValue end table.sort(entries)return\"t\"..tostring(#entries)..\"{\"..table.concat(entries,\",\")..\"}\"end local function packetMaterial(packet)return canonical({protocol=packet.protocol,type=packet.type,from=packet.from,to=packet.to,origin=packet.origin,destination=packet.destination,ttl=packet.ttl,request_id=packet.request_id,timestamp=packet.timestamp,reply_to=packet.reply_to,auth=packet.auth and{epoch=packet.auth.epoch,counter=packet.auth.counter}or nil,confidential=packet.confidential==true,body=packet.body,})end local function confidentialAad(packet)return table.concat({\"ceetos/confidential/v1\",tostring(packet.type),tostring(packet.origin),tostring(packet.destination),tostring(packet.request_id)},\"|\")end local function sealBody(peer,packet)local encoded=textutils.serialise(packet.body or{},{compact=true})if#encoded>6144 then return nil,\"confidential payload exceeds limit\"end local nonce=meshCrypto.nonce(peer.key,password.newSalt(\"confidential:\"..tostring(packet.request_id)),confidentialAad(packet))if not nonce then return nil,\"could not create confidential nonce\"end local envelope,err=meshCrypto.seal(peer.key,nonce,confidentialAad(packet),encoded)if not envelope then return nil,err end return{envelope=envelope}end local function openBody(peer,packet)if type(packet.body)~=\"table\"or type(packet.body.envelope)~=\"table\"then return nil,\"malformed confidential envelope\"end local decoded,err=meshCrypto.open(peer.key,packet.body.envelope,confidentialAad(packet))if not decoded or#decoded>6144 then return nil,err or\"invalid confidential payload\"end local ok,value=pcall(textutils.unserialise,decoded)if not ok or type(value)~=\"table\"then return nil,\"invalid confidential payload\"end return value end local function loadSecurity()security=read(SECURITY_PATH,{tx={},rx={}})security.tx=type(security.tx)==\"table\"and security.tx or{}security.rx=type(security.rx)==\"table\"and security.rx or{}end local function saveSecurity()local ok,err=store.write(SECURITY_PATH,security)if ok==false then error(err or\"could not persist peer replay state\",0)end end local function counter(peerId)local key=tostring(peerId)local tx=security.tx[key]if not tx then tx={epoch=password.newSalt(\"peer-tx:\"..key),reserved=0};security.tx[key]=tx end tx.next=tonumber(tx.next)or((tonumber(tx.reserved)or 0)+1)if tx.next>(tonumber(tx.reserved)or 0)then tx.reserved=tx.next+COUNTER_RESERVATION-1 saveSecurity()end local value=tx.next;tx.next=value+1 return tx.epoch,value end local function verifyReplay(from,auth)if type(auth)~=\"table\"or type(auth.epoch)~=\"string\"or#auth.epoch<16 or#auth.epoch>128 then return false,\"invalid packet epoch\"end local sequence=tonumber(auth.counter)if not sequence or sequence<1 or sequence%1~=0 then return false,\"invalid packet counter\"end local key=tostring(from)local row=security.rx[key]or{epochs={}}row.epochs=type(row.epochs)==\"table\"and row.epochs or{}local old=tonumber(row.epochs[auth.epoch])if old and sequence<=old then return false,\"replayed packet counter\"end row.epochs[auth.epoch]=sequence local order={}for epoch,max in pairs(row.epochs)do order[#order+1]={epoch=epoch,max=tonumber(max)or 0}end table.sort(order,function(a,b)return a.max>b.max end)while#order>MAX_RX_EPOCHS do row.epochs[table.remove(order).epoch]=nil end security.rx[key]=row saveSecurity()return true end local function newRequestId()return id()..\":\"..password.newSalt(\"peer-request\")end local function sign(peerId,peer,packet)local epoch,sequence=counter(peerId)packet.auth={epoch=epoch,counter=sequence}local material,err=packetMaterial(packet)if not material then return false,err end local mac,macErr=password.hmacSha256(peer.key,material)if not mac then return false,macErr end packet.auth.mac=mac return true end local function verifyPacket(packet,value)if type(packet)~=\"table\"then return false,\"packet is not a table\"end if packet.protocol~=PROTOCOL then return false,packet.protocol==\"ceetos/1\"and\"v1 packet rejected; rekey required\"or\"invalid packet protocol\"end if type(packet.type)~=\"string\"or#packet.type==0 or#packet.type>64 then return false,\"invalid packet type\"end if type(packet.from)~=\"string\"and type(packet.from)~=\"number\"then return false,\"invalid packet sender\"end local from=tostring(packet.from)local peer=activeLink(value,from)if not peer then return false,\"sender is not an active direct or mesh peer\"end if not isForUs(packet.to)then return false,\"packet addressed to another hop\"end if type(packet.origin)~=\"string\"and type(packet.origin)~=\"number\"then return false,\"invalid packet origin\"end if type(packet.destination)~=\"string\"and type(packet.destination)~=\"number\"then return false,\"invalid packet destination\"end if type(packet.request_id)~=\"string\"or#packet.request_id==0 or#packet.request_id>128 then return false,\"invalid packet request ID\"end if packet.reply_to~=nil and(type(packet.reply_to)~=\"string\"or#packet.reply_to==0 or#packet.reply_to>128)then return false,\"invalid reply correlation ID\"end local ttl=tonumber(packet.ttl)if not ttl or ttl%1~=0 or ttl<1 or ttl>PACKET_TTL then return false,\"invalid packet TTL\"end local timestamp=tonumber(packet.timestamp)if not timestamp or math.abs(now()-timestamp)>ROUTE_TTL then return false,\"stale packet timestamp\"end if type(packet.auth)~=\"table\"or type(packet.auth.mac)~=\"string\"or#packet.auth.mac~=64 then return false,\"missing packet MAC\"end local receivedMac=packet.auth.mac packet.auth.mac=nil local material,materialErr=packetMaterial(packet)packet.auth.mac=receivedMac if not material then return false,materialErr end local expected,macErr=password.hmacSha256(peer.key,material)if not expected or not password.constantTimeEqual(expected,receivedMac)then return false,macErr or\"invalid packet MAC\"end local replayOk,replayErr=verifyReplay(from,packet.auth)if not replayOk then return false,replayErr end return true,peer end local function routeBucket(targetId)local bucket=routes[tostring(targetId)]if bucket and bucket.next then bucket={candidates={{next=tostring(bucket.next),hops=tonumber(bucket.hops)or PACKET_TTL,expires=tonumber(bucket.expires)or 0,label=bucket.label,mode=bucket.mode,masterId=bucket.masterId,legacy=true,loss=1,}},primary=tostring(bucket.next),changedAt=now(),reason=\"legacy route\"}routes[tostring(targetId)]=bucket end if not bucket then bucket={candidates={},changedAt=now(),reason=\"new\"}routes[tostring(targetId)]=bucket end bucket.candidates=type(bucket.candidates)==\"table\"and bucket.candidates or{}return bucket end local function candidateHealth(candidate)local state=healthFor(candidate.next)local rank=state.state==\"healthy\"and 0 or(state.state==\"degraded\"and 1 or 2)return rank,state end local function directCandidate(value,targetId)local link,kind=activeLink(value,targetId)if link then return{next=targetId,hops=1,expires=now()+ROUTE_TTL,kind=kind,direct=true,label=link.label,mode=link.mode,masterId=link.masterId}end end local function validCandidates(targetId,value)local timestamp,out,seen=now(),{},{}local direct=directCandidate(value,targetId)if direct then out[#out+1],seen[direct.next..\":\"..direct.kind]=direct,true end local bucket=routes[tostring(targetId)]if bucket then for _,candidate in ipairs(routeBucket(targetId).candidates)do local key=tostring(candidate.next)..\":\"..tostring(candidate.kind or\"route\")if not seen[key]and candidate.expires>timestamp and candidate.hops>=1 and candidate.hops<=PACKET_TTL and activeLink(value,candidate.next)then out[#out+1],seen[key]=candidate,true end end end return out end local function compareCandidates(a,b)local ar,ah=candidateHealth(a)local br,bh=candidateHealth(b)if ar~=br then return ar<br end if(a.hops or PACKET_TTL)~=(b.hops or PACKET_TTL)then return(a.hops or PACKET_TTL)<(b.hops or PACKET_TTL)end if(ah.loss or 0)~=(bh.loss or 0)then return(ah.loss or 0)<(bh.loss or 0)end if(ah.rtt or 0)~=(bh.rtt or 0)then return(ah.rtt or 0)<(bh.rtt or 0)end return tostring(a.next)<tostring(b.next)end local function primaryCandidate(targetId,value,safe)local candidates=validCandidates(targetId,value)if#candidates==0 then return nil end table.sort(candidates,compareCandidates)local target,bucket,selected=tostring(targetId),routeBucket(targetId),candidates[1]local existing for _,item in ipairs(candidates)do if tostring(item.next)==tostring(bucket.primary)then existing=item;break end end if existing then local oldRank,newRank=candidateHealth(existing),candidateHealth(selected)if oldRank<newRank then selected=existing elseif oldRank==newRank and oldRank==0 and(selected.hops or 99)<(existing.hops or 99)then local health=healthFor(selected.next)if(health.successes or 0)<2 or(health.recoveredAt and now()-(health.stableSince or now())<PROBE_RECOVERY)then selected=existing end end end if safe then local rank,_,choices=candidateHealth(selected),nil,{}for _,item in ipairs(candidates)do local itemRank=candidateHealth(item)if itemRank==rank and item.hops==selected.hops then choices[#choices+1]=item end end if#choices>1 then table.sort(choices,function(a,b)local ah,bh=healthFor(a.next),healthFor(b.next)local aLoad,bLoad=currentInFlight(ah,now()),currentInFlight(bh,now())if aLoad~=bLoad then return aLoad<bLoad end return tostring(a.next)<tostring(b.next)end)selected=choices[1]end end if bucket.primary~=tostring(selected.next)then bucket.primary,bucket.changedAt,bucket.reason=tostring(selected.next),now(),existing and\"health/hop selection\"or\"initial selection\"trace(\"routing\",\"route_selected\",{destination=target,next=selected.next,hops=selected.hops,reason=bucket.reason})end return selected end local function nextHop(target,safe)local candidate=primaryCandidate(target,config(),safe)if candidate then local health=healthFor(candidate.next)if safe then markInFlight(health)end health.lastSelected=now()return candidate.next,candidate end routes[tostring(target)]=nil end local function transmit(items,channel,packet)if#items==0 then return false,\"no compatible modem attached\"end local sent,lastError=false,nil for _,item in ipairs(items)do local ok,err=pcall(item.modem.transmit,channel,channel,packet)if ok then sent=true else lastError=tostring(err)end end if not sent then transport.lastError=lastError or\"modem transmit failed\"end return sent,transport.lastError end local function send(target,input,forcedHop)local hop=forcedHop or nextHop(target,input.routeSafe==true and input.balanceSafe==true)if not hop then return false,\"peer is unreachable or requires rekey\"end local value,peer=config(),activeLink(config(),hop)if not peer then return false,\"direct route is unavailable\"end local packet=copy(input)packet.auth,packet.protocol,packet.from,packet.to=nil,PROTOCOL,id(),hop packet.origin,packet.destination=tostring(packet.origin or id()),tostring(packet.destination or target)packet.ttl=math.floor(tonumber(packet.ttl)or PACKET_TTL)packet.timestamp=now()if packet.ttl<1 or packet.ttl>PACKET_TTL then return false,\"invalid packet TTL\"end if type(packet.request_id)~=\"string\"or#packet.request_id==0 then packet.request_id=newRequestId()end if packet.confidential==true then local sealed,sealErr=sealBody(peer,packet)if not sealed then return false,sealErr end packet.body=sealed end local signed,signErr=sign(hop,peer,packet)if not signed then return false,signErr end openChannels(value)local links=wirelessModems()if#links==0 then return false,\"no wireless modem attached\"end local sent,err=transmit(links,value.channel or CHANNEL,packet)if not sent then trace(\"transport\",\"transmit_failed\",{type=packet.type,to=hop,error=err});return false,err end transport.lastTransmit,transport.lastError=now(),nil healthFor(hop).lastTransmit=now()trace(\"routing\",\"packet_sent\",{type=packet.type,to=hop,destination=packet.destination,links=#links})return true end local function rememberReverse(packet,previousHop)if type(packet)~=\"table\"or type(packet.request_id)~=\"string\"or#packet.request_id==0 then return false end local requestId,origin=packet.request_id,tostring(packet.origin)local existing=reverseRoutes[requestId]if existing and(existing.previous~=tostring(previousHop)or existing.origin~=origin)then return false,\"reverse route collision\"end reverseRoutes[requestId]={previous=tostring(previousHop),origin=origin,expires=now()+ROUTE_TTL}local entries={}for key,route in pairs(reverseRoutes)do entries[#entries+1]={id=key,expires=route.expires or 0}end table.sort(entries,function(a,b)return a.expires<b.expires end)while#entries>MAX_REVERSE_ROUTES do reverseRoutes[table.remove(entries,1).id]=nil end return true end local function broadcast(packet)local links=wirelessModems()if#links==0 then transport.lastError=\"no wireless modem attached\";trace(\"discovery\",\"wireless_missing\");return false,transport.lastError end local out=copy(packet)out.protocol,out.from,out.to=PROTOCOL,id(),0 out.timestamp=now()openChannels(config())local sent,err=transmit(links,DISCOVERY_CHANNEL,out)if not sent then trace(\"discovery\",\"transmit_failed\",{type=out.type,error=err});return false,err end transport.lastTransmit,transport.lastError=now(),nil trace(\"discovery\",out.type==\"discover\"and\"announcement_sent\"or\"discovery_packet_sent\",{type=out.type})return true end local function publicTransmit(target,typeName,body)if not PUBLIC_UPDATE_TYPES[typeName]then return false,\"invalid public update packet type\"end local encoded,encodeErr=canonical(body or{})if not encoded then return false,encodeErr or\"invalid public update body\"end local links=wirelessModems()if#links==0 then transport.lastError=\"no wireless modem attached\";return false,transport.lastError end openChannels(config())local packet={protocol=PUBLIC_UPDATE_PROTOCOL,type=typeName,from=id(),to=tostring(target),timestamp=now(),request_id=newRequestId(),body=body or{},}local sent,err=transmit(links,DISCOVERY_CHANNEL,packet)if not sent then transport.lastError=err or\"public update transmit failed\"trace(\"transport\",\"public_update_transmit_failed\",{type=typeName,to=target,error=transport.lastError})return false,transport.lastError end transport.lastTransmit,transport.lastError=now(),nil trace(\"transport\",\"public_update_sent\",{type=typeName,to=target,bytes=#encoded})return true end function M.publicSend(target,typeName,body)if tostring(target)==\"0\"or tostring(target)==\"\"then return false,\"public update target must be a computer ID\"end return publicTransmit(target,typeName,body)end function M.publicBroadcast(typeName,body)return publicTransmit(\"0\",typeName,body)end local function handshake(target,packet)local links=wirelessModems()if#links==0 then transport.lastError=\"no wireless modem attached\";return false,transport.lastError end local out=copy(packet)out.protocol,out.from,out.to,out.timestamp=PROTOCOL,id(),tostring(target),now()out.destination,out.ttl=tostring(target),1 openChannels(config())local sent,err=transmit(links,config().channel or CHANNEL,out)if not sent then trace(\"discovery\",\"handshake_transmit_failed\",{type=out.type,to=target,error=err});return false,err end transport.lastTransmit=now()trace(\"discovery\",out.type..\"_sent\",{to=target})return true end local function phraseTag(phrase,sessionId,hostId)return password.hmacSha256(phrase,\"ceetos/discovery/v2|\"..sessionId..\"|\"..tostring(hostId))end local function joinProof(phrase,sessionId,hostId,joinerId,nonce)return password.hmacSha256(phrase,\"ceetos/pair/join/v2|\"..sessionId..\"|\"..tostring(hostId)..\"|\"..tostring(joinerId)..\"|\"..nonce)end local function confirmProof(phrase,sessionId,hostId,joinerId,nonce,mode,master)return password.hmacSha256(phrase,\"ceetos/pair/confirm/v2|\"..sessionId..\"|\"..tostring(hostId)..\"|\"..tostring(joinerId)..\"|\"..nonce..\"|\"..tostring(mode)..\"|\"..tostring(master or\"\"))end local function linkKey(phrase,sessionId,hostId,joinerId,nonce)return password.derive(phrase,\"ceetos/link/v2|\"..sessionId..\"|\"..tostring(hostId)..\"|\"..tostring(joinerId)..\"|\"..nonce,64)end local function keyId(key)local value=password.hmacSha256(key,\"ceetos/key-id/v2\")return value and value:sub(1,16)or\"\"end local function activeSession()return discovery and(discovery.state==\"hosting\"or discovery.state==\"searching\"or discovery.state==\"candidate\"or discovery.state==\"confirming\")end local function setLast(state,message)lastDiscovery={state=state,message=message,at=now()}end local function persistPair(peerId,key,metadata,masterId)local value=config()value.peers[tostring(peerId)]={protocol=2,rekeyRequired=false,key=key,keyId=keyId(key),role=\"operator\",mode=metadata.mode or\"peer\",master=tostring(masterId or\"\")==id(),masterId=tostring(masterId or\"\"),label=metadata.label,}save(value)remember(peerId,metadata.label,{mode=metadata.mode,masterId=masterId})routes[tostring(peerId)]=nil routesDirty=true audit.log(\"local\",\"peer.rekeyed\",{peer=peerId,mode=metadata.mode})end local function markRejected(reason)if discovery then discovery=nil end setLast(\"cancelled\",reason)end local function discoveryAnnouncement()if not discovery or discovery.state~=\"hosting\"then return false,\"no active host discovery\"end return broadcast({type=\"discover\",session=discovery.id,tag=discovery.tag,label=discovery.label,mode=discovery.mode,master=discovery.masterSide,expires=discovery.expires,})end local function queueConfirmation(peerId,host)confirmations[host.id]=host local sent,err=handshake(peerId,{type=\"pair_confirm\",session=host.id,nonce=host.joinNonce,proof=host.confirmProof,label=host.label,mode=host.mode,master=host.masterId,})host.lastSent,host.retries=now(),0 if not sent then host.error=err end return sent,err end local function expireState(timestamp)if discovery and discovery.expires<=timestamp then local old=discovery.state discovery=nil setLast(\"expired\",old==\"searching\"and\"no matching discovery announcement received\"or\"discovery session expired\")trace(\"discovery\",\"session_expired\",{previous=old})end end local function boundMap(value,limit,timestamp)local entries={}for key,row in pairs(value)do entries[#entries+1]={key=key,at=type(row)==\"number\"and row or(type(row)==\"table\"and(row.expires or row.time or row.seen or row.lastAuthenticated or 0)or 0)}end table.sort(entries,function(a,b)if a.at~=b.at then return a.at<b.at end return tostring(a.key)<tostring(b.key)end)while#entries>limit do value[table.remove(entries,1).key]=nil end end local function pruneRouteBuckets(timestamp)local value=config()local entries={}for peerId,bucket in pairs(routes)do local latest=tonumber(bucket.changedAt)or 0 for _,candidate in ipairs(type(bucket.candidates)==\"table\"and bucket.candidates or{})do latest=math.max(latest,tonumber(candidate.expires)or 0)end entries[#entries+1]={peer=peerId,latest=latest}end table.sort(entries,function(a,b)if a.latest~=b.latest then return a.latest<b.latest end return tostring(a.peer)<tostring(b.peer)end)while#entries>ROUTE_BUCKET_LIMIT do local old=table.remove(entries,1)routes[old.peer],routesDirty=nil,true trace(\"routing\",\"route_bucket_evicted\",{destination=old.peer})end for peerId,state in pairs(linkHealth)do if not activeLink(value,peerId)and not routes[peerId]then linkHealth[peerId]=nil end end for peerId in pairs(advertisedRoutes)do if not activeLink(value,peerId)then advertisedRoutes[peerId]=nil end end boundMap(meshOffers,MESH_STATE_LIMIT,timestamp)boundMap(meshSeen,MESH_STATE_LIMIT,timestamp)end local function controller(value)value=value or config()if value.controller and tostring(value.controller)~=\"\"then local chosen=tostring(value.controller)if chosen==id()or activeLink(value,chosen)then return chosen end local known=routes[chosen]if known then if known.expires and known.expires>now()then return chosen end if type(known.candidates)==\"table\"then for _,candidate in ipairs(known.candidates)do if(candidate.expires or 0)>now()and activeLink(value,candidate.next)then return chosen end end end end trace(\"routing\",\"controller_unreachable\",{controller=chosen})end local selected=tonumber(id())or 0 for peerId in pairs(value.peers)do if activePeer(value,peerId)then local n=tonumber(peerId);if n and n<selected then selected=n end end end for peerId,route in pairs(routes)do local reachable=route.expires and route.expires>now()if type(route.candidates)==\"table\"then reachable=false for _,candidate in ipairs(route.candidates)do if(candidate.expires or 0)>now()then reachable=true;break end end end if reachable then local n=tonumber(peerId);if n and n<selected then selected=n end end end return tostring(selected)end local function meshConfig(value)value=value or config()local mesh=value.mesh if type(mesh)==\"table\"and type(mesh.id)==\"string\"and#mesh.id>=16 and type(mesh.root)==\"string\"and#mesh.root>=32 and tonumber(mesh.epoch)then return mesh end return nil end local function meshMaterial(packet)return canonical({protocol=packet.protocol,type=packet.type,from=packet.from,to=packet.to,mesh=packet.mesh,epoch=packet.epoch,nonce=packet.nonce,offer=packet.offer,timestamp=packet.timestamp})end local function meshTag(mesh,packet)local material=meshMaterial(packet)return material and password.hmacSha256(mesh.root,material)or nil end local function meshPacket(typeName,target,fields)local value,mesh=config(),meshConfig()if not mesh then return false,\"mesh enrollment is pending\"end local packet=copy(fields or{})packet.protocol,packet.type,packet.from,packet.to=PROTOCOL,typeName,id(),target and tostring(target)or 0 packet.mesh,packet.epoch,packet.timestamp=mesh.id,mesh.epoch,now()packet.tag=meshTag(mesh,packet)if not packet.tag then return false,\"could not authenticate mesh packet\"end openChannels(value)local links=wirelessModems()if#links==0 then return false,\"no wireless modem attached\"end local sent,err=transmit(links,value.channel or CHANNEL,packet)if sent then trace(\"routing\",typeName..\"_sent\",{to=packet.to,mesh=mesh.id:sub(1,8)})end return sent,err end local function deriveAutoEdge(mesh,peerId,firstNonce,secondNonce)local left,right=tostring(id()),tostring(peerId)if left>right then left,right=right,left end return password.hmacSha256(mesh.root,\"ceetos/mesh-edge/v1|\"..tostring(mesh.epoch)..\"|\"..left..\"|\"..right..\"|\"..tostring(firstNonce)..\"|\"..tostring(secondNonce))end local function ownsMeshOffer(peerId)local ours,theirs=tonumber(id()),tonumber(peerId)if ours and theirs then return ours<theirs end return tostring(id())<tostring(peerId)end local function installAutoEdge(mesh,peerId,firstNonce,secondNonce,peerLabel)peerId=tostring(peerId)local value=config()if activePeer(value,peerId)then return false,\"manual direct link already exists\"end local key=deriveAutoEdge(mesh,peerId,firstNonce,secondNonce)if not key then return false,\"could not derive mesh edge\"end autoEdges[peerId]={key=key,label=peerLabel,mesh=mesh.id,epoch=mesh.epoch,expires=now()+ROUTE_TTL,firstNonce=firstNonce,secondNonce=secondNonce}local state=healthFor(peerId)state.state,state.successes,state.misses,state.lastAuthenticated,state.stableSince=\"healthy\",2,0,now(),now()routesDirty,meshDirty=true,true trace(\"routing\",\"mesh_edge_active\",{peer=peerId,mesh=mesh.id:sub(1,8)})return true end local function meshEnrollmentAad(from,to,meshId,epoch,nonceCounter)return canonical({protocol=PROTOCOL,type=\"mesh_enroll\",from=tostring(from),to=tostring(to),mesh=meshId,epoch=tonumber(epoch),counter=tonumber(nonceCounter)})end local function sendEnrollment(peerId)local value,mesh,peer=config(),meshConfig(),activePeer(config(),peerId)if not mesh or not peer then return false,\"mesh or direct link unavailable\"end local _,nonceCounter=counter(peerId)local aad=meshEnrollmentAad(id(),peerId,mesh.id,mesh.epoch,nonceCounter)local nonce=meshCrypto.nonce(peer.key,nonceCounter,\"mesh-enroll|\"..id()..\"|\"..tostring(peerId))local plaintext=textutils.serialise({id=mesh.id,epoch=mesh.epoch,root=mesh.root},{compact=true})local envelope,err=meshCrypto.seal(peer.key,nonce,aad,plaintext)if not envelope then return false,err end local sent,sendErr=send(peerId,{type=\"mesh_enroll\",body={mesh=mesh.id,epoch=mesh.epoch,counter=nonceCounter,envelope=envelope},request_id=newRequestId()},peerId)if sent then trace(\"routing\",\"mesh_enrollment_sent\",{to=peerId,epoch=mesh.epoch})end return sent,sendErr end local function acceptEnrollment(from,peer,packet)if not activePeer(config(),from)then return rejectPacket(\"mesh enrollment requires a manual direct link\",packet)end local body=packet.body if type(body)~=\"table\"or type(body.mesh)~=\"string\"or type(body.envelope)~=\"table\"or not tonumber(body.epoch)or not tonumber(body.counter)then return rejectPacket(\"malformed_mesh_enrollment\",packet)end local aad=meshEnrollmentAad(from,id(),body.mesh,body.epoch,body.counter)local plaintext,err=meshCrypto.open(peer.key,body.envelope,aad)if not plaintext then return rejectPacket(err or\"mesh enrollment authentication failed\",packet)end local ok,mesh=pcall(textutils.unserialise,plaintext)if not ok or type(mesh)~=\"table\"or mesh.id~=body.mesh or tonumber(mesh.epoch)~=tonumber(body.epoch)or type(mesh.root)~=\"string\"or#mesh.root<32 then return rejectPacket(\"invalid_mesh_enrollment\",packet)end local value,existing=config(),meshConfig()if existing and existing.id==mesh.id and tonumber(existing.epoch)>tonumber(mesh.epoch)then return end value.mesh={id=mesh.id,epoch=tonumber(mesh.epoch),root=mesh.root,enrolledAt=now(),enrolledBy=tostring(from)}save(value)meshDirty,routesDirty=true,true trace(\"routing\",\"mesh_enrolled\",{from=from,mesh=mesh.id:sub(1,8),epoch=mesh.epoch})end local function ensureMeshEnrollment(timestamp)local value,mesh=config(),meshConfig()if not mesh then if(M._meshBootstrapAt or 0)>timestamp or controller(value)~=id()then return end value.mesh={id=password.newSalt(\"mesh-id:\"..id()),root=password.newSalt(\"mesh-root:\"..id()),epoch=1,createdAt=timestamp,controller=id()}save(value);mesh,meshDirty,routesDirty=value.mesh,true,true trace(\"routing\",\"mesh_created\",{mesh=mesh.id:sub(1,8),epoch=mesh.epoch})end for _,peerId in ipairs(allDirectLinks(value))do if activePeer(value,peerId)then local previous=meshEnrollmentSends[peerId]if not previous or previous.epoch~=mesh.epoch or timestamp-previous.at>=MESH_FULL_INTERVAL then local sent=sendEnrollment(peerId)if sent then meshEnrollmentSends[peerId]={epoch=mesh.epoch,at=timestamp}end end end end end local function meshBeacon(timestamp)local mesh=meshConfig()if not mesh or timestamp-lastMeshBeacon<MESH_BEACON_INTERVAL then return end lastMeshBeacon=timestamp meshPacket(\"mesh_beacon\",nil,{nonce=password.newSalt(\"mesh-beacon:\"..id()),label=label()})end local function verifyMeshPacket(packet)local mesh=meshConfig()if not mesh or type(packet)~=\"table\"or packet.protocol~=PROTOCOL or packet.mesh~=mesh.id or tonumber(packet.epoch)~=tonumber(mesh.epoch)then return false,\"mesh membership proof failed\"end if type(packet.from)~=\"string\"and type(packet.from)~=\"number\"then return false,\"invalid mesh sender\"end if type(packet.nonce)~=\"string\"or#packet.nonce<16 or#packet.nonce>128 then return false,\"invalid mesh nonce\"end if math.abs(now()-(tonumber(packet.timestamp)or 0))>ROUTE_TTL then return false,\"stale mesh packet\"end local material,tag=meshMaterial(packet),packet.tag local expected=material and password.hmacSha256(mesh.root,material)if type(tag)~=\"string\"or not expected or not password.constantTimeEqual(expected,tag)then return false,\"invalid mesh packet tag\"end local replay=tostring(packet.from)..\"|\"..tostring(packet.type)..\"|\"..tostring(packet.nonce)..\"|\"..tostring(packet.offer or\"\")if meshSeen[replay]and meshSeen[replay]+ROUTE_TTL>now()then return false,\"replayed mesh packet\"end meshSeen[replay]=now()return true,mesh end local function handleMeshPacket(packet,distance)local valid,meshOrErr=verifyMeshPacket(packet)if not valid then return rejectPacket(meshOrErr,packet,nil,distance)end local mesh,from=meshOrErr,tostring(packet.from)if from==id()then return end if packet.type==\"mesh_beacon\"then remember(from,packet.label,{mesh=mesh.id})if not activePeer(config(),from)and not autoEdges[from]and ownsMeshOffer(from)then local nonce=password.newSalt(\"mesh-offer:\"..from)meshOffers[from]={offer=nonce,expires=now()+DISCOVERY_TTL}meshPacket(\"mesh_edge_offer\",from,{nonce=nonce,label=label()})end return end if not isForUs(packet.to)then return rejectPacket(\"mesh packet addressed to another peer\",packet,nil,distance)end if packet.type==\"mesh_edge_offer\"then if activePeer(config(),from)then return end local response=password.newSalt(\"mesh-accept:\"..from)installAutoEdge(mesh,from,packet.nonce,response,packet.label)return meshPacket(\"mesh_edge_accept\",from,{nonce=response,offer=packet.nonce,label=label()})end if packet.type==\"mesh_edge_accept\"then local offer=meshOffers[from]if not offer or offer.expires<=now()or offer.offer~=packet.offer then return rejectPacket(\"unexpected mesh edge acceptance\",packet,nil,distance)end meshOffers[from]=nil return installAutoEdge(mesh,from,offer.offer,packet.nonce,packet.label)end end local function probeLinks(timestamp)local value=config()for _,peerId in ipairs(allDirectLinks(value))do local health=healthFor(peerId)local interval=health.state==\"offline\"and PROBE_INTERVAL*3 or PROBE_INTERVAL if timestamp-(health.lastAuthenticated or 0)>=interval and timestamp-(health.lastProbe or 0)>=interval then if health.awaiting then health.misses=(health.misses or 0)+1 health.loss=math.min(1,((health.loss or 0)*3+1)/4)local nextState=health.misses>=PROBE_OFFLINE and\"offline\"or(health.misses>=PROBE_DEGRADED and\"degraded\"or health.state)if nextState~=health.state then health.state,health.successes,health.recoveredAt=nextState,0,nil trace(\"routing\",\"link_\"..nextState,{peer=peerId,misses=health.misses})end routesDirty=true end health.awaiting,health.lastProbe,health.probeToken=true,timestamp,password.newSalt(\"mesh-probe:\"..peerId)send(peerId,{type=\"mesh_probe\",body={token=health.probeToken},request_id=newRequestId()},peerId)end end end local function advertisedMembers(value,peerId,timestamp)local members={}for other,manual in pairs(value.peers)do if other~=peerId and activeLink(value,other)and linkState(other)==\"healthy\"then members[other]={label=manual.label,mode=manual.mode,masterId=manual.masterId,hops=1,kind=\"direct\"}end end for other,edge in pairs(autoEdges)do if other~=peerId and edge.expires>timestamp and linkState(other)==\"healthy\"then members[other]={label=edge.label,mode=\"peer\",hops=1,kind=\"mesh\"}end end for other in pairs(routes)do if other~=peerId and not members[other]then local candidate=primaryCandidate(other,value,false)if candidate and candidate.next~=peerId and linkState(candidate.next)==\"healthy\"then members[other]={label=candidate.label,mode=candidate.mode,masterId=candidate.masterId,hops=candidate.hops,kind=candidate.kind or\"route\"}end end end return members end local function sameAdvertisement(left,right)local leftValue,leftErr=canonical(left)local rightValue,rightErr=canonical(right)return leftValue~=nil and rightValue~=nil and not leftErr and not rightErr and leftValue==rightValue end local function advertiseRoutes(force)local timestamp,value=now(),config()if not force and not routesDirty and timestamp-lastRouteAdvertisement<ROUTE_INTERVAL then return end lastRouteAdvertisement,routesDirty=timestamp,false local full=timestamp-lastMeshFull>=MESH_FULL_INTERVAL if full then lastMeshFull=timestamp end for _,peerId in ipairs(allDirectLinks(value))do if linkUsable(value,peerId,false)then local desired,previous=advertisedMembers(value,peerId,timestamp),advertisedRoutes[peerId]or{}local members,withdrawals={},{}if full then members=desired else for target,meta in pairs(desired)do if not sameAdvertisement(meta,previous[target])then members[target]=meta end end for target in pairs(previous)do if not desired[target]then withdrawals[#withdrawals+1]=target end end end table.sort(withdrawals,function(a,b)return tostring(a)<tostring(b)end)if full or next(members)~=nil or#withdrawals>0 then routeSequence=routeSequence+1 local body={sequence=routeSequence,routeVersion=2,full=full,controller=controller(value),members=members,withdrawals=withdrawals}if send(peerId,{type=\"route_advertise\",body=body,routeSafe=true,request_id=newRequestId()})then advertisedRoutes[peerId]=copy(desired)trace(\"routing\",full and\"route_snapshot_sent\"or\"route_delta_sent\",{to=peerId,changes=(full and 0 or#withdrawals)})end end else advertisedRoutes[peerId]=nil end end end function M.start()migrateV1Links()loadSecurity()assert(meshCrypto.selfTest(),\"CeetOS mesh cryptography self-test failed\")openChannels(config())local status=M.transportStatus()trace(\"transport\",status.wireless and\"wireless_modem_detected\"or\"wireless_modem_missing\",{name=status.name})routesDirty,M._meshBootstrapAt=true,now()end function M.transportStatus()local wireless=wirelessModems()transport.modem,transport.wireless=#modems()>0,#wireless>0 transport.name=wireless[1]and wireless[1].name or nil local out=copy(transport)out.wirelessLinks,out.wirelessLinkCount={},#wireless for _,item in ipairs(wireless)do out.wirelessLinks[#out.wirelessLinks+1]=item.name end out.usesAllWirelessLinks,out.protocol=true,2 out.directPeers,out.manualDirectPeers,out.meshPeers,out.rekeyRequiredPeers,out.routedPeers=0,0,0,0,0 out.healthyLinks,out.degradedLinks,out.offlineLinks=0,0,0 local value=config()for peerId,peer in pairs(value.peers)do if activePeer(value,peerId)then out.directPeers,out.manualDirectPeers=out.directPeers+1,out.manualDirectPeers+1 elseif peer.rekeyRequired then out.rekeyRequiredPeers=out.rekeyRequiredPeers+1 end end for peerId,edge in pairs(autoEdges)do if edge.expires>now()then out.meshPeers,out.directPeers=out.meshPeers+1,out.directPeers+1 end end for peerId,health in pairs(linkHealth)do if health.state==\"healthy\"then out.healthyLinks=out.healthyLinks+1 elseif health.state==\"degraded\"then out.degradedLinks=out.degradedLinks+1 elseif health.state==\"offline\"then out.offlineLinks=out.offlineLinks+1 end end for peerId,bucket in pairs(routes)do local usable=primaryCandidate(peerId,value,false)if usable and not value.peers[peerId]and not autoEdges[peerId]then out.routedPeers=out.routedPeers+1 end end local mesh=meshConfig(value)out.mesh=mesh and{id=mesh.id:sub(1,8),epoch=mesh.epoch,enrolled=true}or{enrolled=false}out.health={healthy=out.healthyLinks,degraded=out.degradedLinks,offline=out.offlineLinks}return out end function M.transportTrace(kind)if kind==\"discovery\"or kind==\"routing\"or kind==\"transport\"then return copy(traces[kind])end return{discovery=copy(traces.discovery),routing=copy(traces.routing),transport=copy(traces.transport)}end function M.discovery()expireState(now())return copy(discovery)end function M.discoveryStatus()expireState(now())local candidate=discovery and discovery.candidate and{id=discovery.candidate.from,label=discovery.candidate.label,mode=discovery.candidate.mode,master=discovery.candidate.master,}or nil local session=discovery and{session=discovery.id,state=discovery.state,mode=discovery.mode,master=discovery.masterSide,expires=discovery.expires,retries=discovery.retries or 0,candidate=candidate and copy(candidate)or nil,}or nil local state=session and session.state or(lastDiscovery and lastDiscovery.state or\"inactive\")return{state=state,active=session~=nil,lastState=lastDiscovery and lastDiscovery.state or\"inactive\",lastMessage=lastDiscovery and lastDiscovery.message or nil,session=session,searching=session and session.state==\"searching\"or false,candidate=candidate,discovered=#M.seenPeers(),transport=M.transportStatus(),message=(discovery and discovery.error)or(lastDiscovery and lastDiscovery.message),}end function M.startDiscovery(mode,masterSide,phrase)if activeSession()then return false,\"cancel the active discovery session first\"end local normalized,phraseErr=M.normalizePhrase(phrase)if not normalized then return false,phraseErr end mode=mode==\"master\"and\"master\"or\"peer\"masterSide=masterSide==\"joiner\"and\"joiner\"or\"initiator\"local sessionId=password.newSalt(\"discovery:\"..id())discovery={id=sessionId,state=\"hosting\",phrase=normalized,tag=phraseTag(normalized,sessionId,id()),mode=mode,masterSide=masterSide,label=label(),initiator=id(),expires=now()+DISCOVERY_TTL,retries=0,lastBroadcast=0,}local sent,err=discoveryAnnouncement()if not sent then discovery=nil;setLast(\"cancelled\",err);return false,err end discovery.lastBroadcast=now()setLast(\"hosting\")return true,{state=\"hosting\",session=sessionId,expires=discovery.expires}end function M.joinDiscovery(phrase)if activeSession()then return false,\"cancel the active discovery session first\"end local normalized,phraseErr=M.normalizePhrase(phrase)if not normalized then return false,phraseErr end local candidate for _,item in pairs(discovered)do if item.expires>now()and password.constantTimeEqual(item.tag or\"\",phraseTag(normalized,item.session,item.from))then candidate=item;break end end discovery={state=\"searching\",phrase=normalized,expires=now()+DISCOVERY_TTL,retries=0,lastQuery=0}if candidate then discovery.state,discovery.candidate=\"candidate\",candidate return true,{state=\"candidate\",candidate={id=candidate.from,label=candidate.label,mode=candidate.mode,master=candidate.master}}end local sent,err=broadcast({type=\"discover_query\"})if not sent then discovery=nil;setLast(\"cancelled\",err);return false,err end discovery.lastQuery=now()setLast(\"searching\",\"waiting for matching discovery announcement\")return true,{state=\"searching\"}end function M.confirmDiscovery()if not discovery or discovery.state~=\"candidate\"or not discovery.candidate then return false,\"no discovery candidate is awaiting confirmation\"end local candidate,value=discovery.candidate,config()local existing=value.peers[tostring(candidate.from)]if existing and not existing.rekeyRequired then return false,\"computer is already a network member\"end if routes[tostring(candidate.from)]and not existing then return false,\"computer is already a routed network member\"end local nonce=password.newSalt(\"pair-join:\"..candidate.session)local proof=joinProof(discovery.phrase,candidate.session,candidate.from,id(),nonce)discovery.state,discovery.joinNonce,discovery.joinProof,discovery.lastSent,discovery.retries=\"confirming\",nonce,proof,now(),0 local sent,err=handshake(candidate.from,{type=\"pair_join\",session=candidate.session,nonce=nonce,proof=proof,label=label()})if not sent then discovery.error=err;return false,err end trace(\"discovery\",\"pair_confirmation_requested\",{peer=candidate.from})return true end function M.cancelDiscovery()if discovery and discovery.state==\"hosting\"then broadcast({type=\"discover_cancel\",session=discovery.id})end discovery=nil setLast(\"cancelled\",\"discovery cancelled\")trace(\"discovery\",\"session_cancelled\")return true end function M.normalizePhrase(value)if type(value)~=\"string\"then return nil,\"phrase is required\"end if value:find(\"[%z\\1-\\31\\127]\")then return nil,\"phrase contains control characters\"end value=value:gsub(\"^%s+\",\"\"):gsub(\"%s+$\",\"\")if#value<8 then return nil,\"phrase must be at least 8 characters\"end if#value>128 then return nil,\"phrase must be at most 128 characters\"end return value end function M.tick()local timestamp=now()expireState(timestamp)if discovery then if discovery.state==\"hosting\"and timestamp-(discovery.lastBroadcast or 0)>=math.min(30000,DISCOVERY_INTERVAL*(2^math.min(discovery.retries or 0,4)))then local sent,err=discoveryAnnouncement()discovery.lastBroadcast=timestamp discovery.retries=(discovery.retries or 0)+1 if not sent then discovery.error=err end elseif discovery.state==\"searching\"and timestamp-(discovery.lastQuery or 0)>=DISCOVERY_INTERVAL then local sent,err=broadcast({type=\"discover_query\"})discovery.lastQuery,discovery.retries=timestamp,(discovery.retries or 0)+1 if not sent then discovery.error=err end elseif discovery.state==\"confirming\"and timestamp-(discovery.lastSent or 0)>=PAIR_RETRY then local candidate=discovery.candidate local sent,err=handshake(candidate.from,{type=\"pair_join\",session=candidate.session,nonce=discovery.joinNonce,proof=discovery.joinProof,label=label()})discovery.lastSent,discovery.retries=timestamp,(discovery.retries or 0)+1 if not sent then discovery.error=err end end end for sessionId,item in pairs(discovered)do if item.expires<=timestamp then discovered[sessionId]=nil end end for sessionId,record in pairs(confirmations)do if record.expires<=timestamp then confirmations[sessionId]=nil elseif timestamp-(record.lastSent or 0)>=PAIR_RETRY then queueConfirmation(record.peer,record)end end for peerId,bucket in pairs(routes)do local kept={}for _,candidate in ipairs(routeBucket(peerId).candidates)do if candidate.expires>timestamp then kept[#kept+1]=candidate end end bucket.candidates=kept if#kept==0 and not activeLink(config(),peerId)then routes[peerId],routesDirty=nil,true end end for peerId,edge in pairs(autoEdges)do if edge.expires<=timestamp then autoEdges[peerId],routesDirty=nil,true;trace(\"routing\",\"mesh_edge_expired\",{peer=peerId})end end for key,seenAt in pairs(meshSeen)do if seenAt+ROUTE_TTL<=timestamp then meshSeen[key]=nil end end for peerId,offer in pairs(meshOffers)do if offer.expires<=timestamp then meshOffers[peerId]=nil end end for requestId,seenAt in pairs(seenPackets)do if seenAt+ROUTE_TTL<=timestamp then seenPackets[requestId]=nil end end for requestId,route in pairs(reverseRoutes)do if route.expires<=timestamp then reverseRoutes[requestId]=nil end end boundMap(meshSeen,MESH_STATE_LIMIT,timestamp)boundMap(meshOffers,MESH_STATE_LIMIT,timestamp)pruneRouteBuckets(timestamp)ensureMeshEnrollment(timestamp)meshBeacon(timestamp)probeLinks(timestamp)advertiseRoutes(false)end function M.peers()local out,value,seen={},config(),read(SEEN_PATH,{})for peerId,peer in pairs(value.peers)do out[#out+1]={id=peerId,label=peer.label or(seen[peerId]and seen[peerId].label),role=peer.role or\"operator\",mode=peer.mode or\"peer\",master=peer.master==true,masterId=peer.masterId,direct=true,active=activePeer(value,peerId)~=nil,rekeyRequired=peer.rekeyRequired==true or peer.protocol~=2,health=linkState(peerId),auto=false,}end for peerId,edge in pairs(autoEdges)do if not value.peers[peerId]and edge.expires>now()then out[#out+1]={id=peerId,label=edge.label or(seen[peerId]and seen[peerId].label),role=\"mesh\",mode=\"peer\",direct=true,auto=true,active=true,health=linkState(peerId)}end end for peerId in pairs(routes)do if not value.peers[peerId]and not autoEdges[peerId]then local route=primaryCandidate(peerId,value,false)if route then out[#out+1]={id=peerId,label=route.label or(seen[peerId]and seen[peerId].label),role=\"routed\",mode=route.mode or\"peer\",masterId=route.masterId,routed=true,hops=route.hops,next=route.next,health=linkState(route.next),alternates=#routeBucket(peerId).candidates-1}end end end table.sort(out,function(a,b)return tonumber(a.id)<tonumber(b.id)end)return out end function M.directPeers()local out={}for _,peer in ipairs(M.peers())do if peer.direct and peer.active then out[#out+1]=peer end end return out end function M.seenPeers()local out={}for peerId,item in pairs(read(SEEN_PATH,{}))do if not item.seen or item.seen+DISCOVERY_TTL*2>now()then out[#out+1]={id=peerId,label=item.label,seen=item.seen,session=item.session}end end table.sort(out,function(a,b)return tonumber(a.id)<tonumber(b.id)end)return out end function M.routeStatus(target)local value,out=config(),{}local function row(peerId)local selected=primaryCandidate(peerId,value,false)if not selected then return end local health=healthFor(selected.next)local alternates={}for _,candidate in ipairs(validCandidates(peerId,value))do if tostring(candidate.next)~=tostring(selected.next)then local state=healthFor(candidate.next)alternates[#alternates+1]={next=candidate.next,hops=candidate.hops,kind=candidate.kind or\"route\",health=state.state,loss=state.loss or 0,rtt=state.rtt,distance=state.lastDistance}end end table.sort(alternates,compareCandidates)while#alternates>ROUTE_CANDIDATE_LIMIT-1 do table.remove(alternates)end out[#out+1]={id=tostring(peerId),label=selected.label,next=selected.next,hops=selected.hops,kind=selected.kind or\"route\",health=health.state,loss=health.loss or 0,rtt=health.rtt,distance=health.lastDistance,selectedAt=routeBucket(peerId).changedAt,reason=routeBucket(peerId).reason,alternates=alternates,}end if target then row(tostring(target))else local ids,seen={},{}for peerId in pairs(value.peers)do ids[#ids+1],seen[peerId]=peerId,true end for peerId in pairs(autoEdges)do if not seen[peerId]then ids[#ids+1],seen[peerId]=peerId,true end end for peerId in pairs(routes)do if not seen[peerId]then ids[#ids+1],seen[peerId]=peerId,true end end table.sort(ids,function(a,b)return tonumber(a)<tonumber(b)end)for _,peerId in ipairs(ids)do row(peerId)end end return out end function M.statusSnapshot()return{protocol=2,transport=M.transportStatus(),discovery=M.discoveryStatus(),peers=M.peers(),routes=M.routeStatus(),trace=M.transportTrace(),controller=M.controller()}end function M.controller()return controller()end function M.isDirectController(from,packet)return tostring(from)==tostring(controller())and type(packet)==\"table\"and tostring(packet.origin or\"\")==tostring(from)end function M.setController(value)assert(tonumber(value),\"controller must be a computer ID\")local saved=config();saved.controller=tostring(value);save(saved);routesDirty=true audit.log(\"local\",\"jobs.controller\",{controller=saved.controller})return saved.controller end function M.request(target,typeName,body,options)if type(typeName)~=\"string\"or#typeName==0 or#typeName>64 then return false,\"invalid request type\"end local destination=tostring(target)local value=config()if not primaryCandidate(destination,value,options and options.safe==true)then return false,\"peer is unreachable, degraded, or requires rekey\"end return send(destination,{type=typeName,body=body or{},origin=id(),routeSafe=options and options.safe==true,balanceSafe=options and options.safe==true,confidential=options and options.confidential==true,request_id=newRequestId()})end function M.reply(request,typeName,body,options)if type(request)~=\"table\"or type(typeName)~=\"string\"or#typeName==0 or#typeName>64 then return false,\"invalid reply\"end local requestId,destination=request.request_id,tostring(request.origin or\"\")local reverse=type(requestId)==\"string\"and reverseRoutes[requestId]or nil if destination==\"\"or not reverse or reverse.expires<=now()or reverse.origin~=destination then return false,\"reverse reply route is unavailable\"end return send(destination,{type=typeName,body=body or{},origin=id(),destination=destination,reply_to=requestId,routeSafe=options and options.safe==true,confidential=options and options.confidential==true,request_id=newRequestId(),},reverse.previous)end function M.offer()return false,\"legacy pairing is disabled; use phrase discovery\"end function M.accept()return false,\"legacy pairing is disabled; use phrase discovery\"end function M.discover()return broadcast({type=\"discover_query\"})end rejectPacket=function(reason,packet,channel,distance)transport.rejected=transport.rejected+1 trace(\"transport\",\"packet_rejected\",{reason=reason,type=type(packet)==\"table\"and packet.type or nil,channel=channel,distance=distance,from=type(packet)==\"table\"and packet.from or nil})end local function handleDiscovery(packet,channel,distance)local from=tostring(packet.from)if packet.type==\"discover_cancel\"and isBroadcast(packet.to)then discovered[tostring(packet.session)]=nil trace(\"discovery\",\"cancel_received\",{from=from,distance=distance})return end if packet.type==\"discover_query\"and isBroadcast(packet.to)and discovery and discovery.state==\"hosting\"then discoveryAnnouncement()trace(\"discovery\",\"query_answered\",{from=from,distance=distance})return end if packet.type==\"discover\"and isBroadcast(packet.to)and from~=id()then if type(packet.session)~=\"string\"or#packet.session<16 or type(packet.tag)~=\"string\"or#packet.tag~=64 then return rejectPacket(\"malformed_discovery\",packet,channel,distance)end local expires=tonumber(packet.expires)or(now()+DISCOVERY_TTL)discovered[packet.session]={session=packet.session,from=from,tag=packet.tag,label=tostring(packet.label or(\"Computer \"..from)):sub(1,128),mode=packet.mode==\"master\"and\"master\"or\"peer\",master=packet.master==\"joiner\"and\"joiner\"or\"initiator\",expires=math.min(expires,now()+DISCOVERY_TTL)}remember(from,packet.label,{session=packet.session})trace(\"discovery\",\"announcement_received\",{from=from,label=packet.label,distance=distance})if discovery and discovery.state==\"searching\"and password.constantTimeEqual(packet.tag,phraseTag(discovery.phrase,packet.session,from))then local value,existing=config(),config().peers[from]if existing and not existing.rekeyRequired then markRejected(\"computer is already a direct peer\")elseif routes[from]and not existing then markRejected(\"computer is already a routed network member\")else discovery.state,discovery.candidate,discovery.error=\"candidate\",discovered[packet.session],nil setLast(\"candidate\",\"matching computer found; confirm pairing\")trace(\"discovery\",\"candidate_found\",{from=from,label=packet.label,distance=distance})end end return end end local function handlePairJoin(packet,distance)if not discovery or discovery.state~=\"hosting\"or packet.session~=discovery.id then return end local from=tostring(packet.from)local value,existing=config(),config().peers[from]if(existing and not existing.rekeyRequired)or(routes[from]and not existing)then handshake(from,{type=\"pair_reject\",session=packet.session,reason=\"already_network_member\"})trace(\"discovery\",\"pair_rejected\",{from=from,reason=\"already_network_member\"})return end if type(packet.nonce)~=\"string\"or#packet.nonce<16 or#packet.nonce>128 or type(packet.proof)~=\"string\"or#packet.proof~=64 then return rejectPacket(\"malformed_pair_join\",packet,nil,distance)end local expected=joinProof(discovery.phrase,discovery.id,id(),from,packet.nonce)if not password.constantTimeEqual(expected,packet.proof)then discovery.failures=(discovery.failures or 0)+1 if discovery.failures>=5 then markRejected(\"too many invalid pairing proofs\")end handshake(from,{type=\"pair_reject\",session=packet.session,reason=\"phrase_mismatch\"})trace(\"discovery\",\"pair_rejected\",{from=from,reason=\"phrase_mismatch\"})return end local masterId=discovery.mode==\"master\"and(discovery.masterSide==\"initiator\"and id()or from)or\"\"local key,keyErr=linkKey(discovery.phrase,discovery.id,id(),from,packet.nonce)if not key then return markRejected(keyErr)end persistPair(from,key,{mode=discovery.mode,label=packet.label},masterId)local record={id=discovery.id,peer=from,joinNonce=packet.nonce,mode=discovery.mode,masterId=masterId,label=label(),expires=now()+DISCOVERY_TTL}record.confirmProof=confirmProof(discovery.phrase,record.id,id(),from,record.joinNonce,record.mode,record.masterId)discovery=nil setLast(\"paired\",\"awaiting pairing acknowledgement\")trace(\"discovery\",\"pair_join_verified\",{from=from,distance=distance})return queueConfirmation(from,record)end local function handlePairConfirm(packet,distance)if not discovery or discovery.state~=\"confirming\"or not discovery.candidate or packet.session~=discovery.candidate.session then return end local from=tostring(packet.from)if from~=tostring(discovery.candidate.from)or packet.nonce~=discovery.joinNonce then return rejectPacket(\"unexpected_pair_confirmation\",packet,nil,distance)end local expected=confirmProof(discovery.phrase,packet.session,from,id(),discovery.joinNonce,packet.mode==\"master\"and\"master\"or\"peer\",packet.master or\"\")if not password.constantTimeEqual(expected,packet.proof or\"\")then return markRejected(\"pair confirmation proof did not match\")end local key,err=linkKey(discovery.phrase,packet.session,from,id(),discovery.joinNonce)if not key then return markRejected(err)end persistPair(from,key,{mode=packet.mode,label=packet.label},packet.master)local sessionId=packet.session discovery=nil setLast(\"paired\",\"paired with \"..tostring(packet.label or from))handshake(from,{type=\"pair_ack\",session=sessionId,proof=password.hmacSha256(key,\"ceetos/pair/ack/v2|\"..sessionId)})trace(\"discovery\",\"pair_confirmed\",{from=from,distance=distance})return true end local function handlePairAck(packet)local record=confirmations[packet.session]if not record or tostring(record.peer)~=tostring(packet.from)then return end local value,peer=config(),activePeer(config(),record.peer)if not peer then return end local expected=password.hmacSha256(peer.key,\"ceetos/pair/ack/v2|\"..packet.session)if password.constantTimeEqual(expected,packet.proof or\"\")then confirmations[packet.session]=nil setLast(\"paired\",\"paired with \"..tostring(record.peer))routesDirty=true trace(\"discovery\",\"pair_acknowledged\",{from=packet.from})end end local function handleRouteAdvertisement(from,packet)local body=packet.body if type(body)~=\"table\"or type(body.sequence)~=\"number\"or type(body.members)~=\"table\"or(body.withdrawals~=nil and type(body.withdrawals)~=\"table\")then return rejectPacket(\"malformed_route_advertisement\",packet)end local key=tostring(from)M._routeSequences=M._routeSequences or{}if(M._routeSequences[key]or-1)>=body.sequence then return end M._routeSequences[key]=body.sequence local value,changed,count=config(),false,0 if body.controller and not value.controller then value.controller,changed=tostring(body.controller),true end local announced={}for advertisedId,meta in pairs(body.members)do count=count+1 if count>MAX_PACKET_TABLE then return rejectPacket(\"route_advertisement_too_large\",packet)end local peerId=tostring(advertisedId)announced[peerId]=true if peerId~=id()and peerId~=key and type(meta)==\"table\"then local hops=math.floor(tonumber(meta.hops)or 0)+1 if hops>1 and hops<=PACKET_TTL and type(meta.label)~=\"table\"and type(meta.mode)~=\"table\"then local bucket,found=routeBucket(peerId),nil for _,candidate in ipairs(bucket.candidates)do if tostring(candidate.next)==key then found=candidate;break end end if found then local metadataChanged=found.hops~=hops or found.label~=meta.label or found.mode~=meta.mode or tostring(found.masterId or\"\")~=tostring(meta.masterId or\"\")or found.kind~=(meta.kind or\"route\")found.hops,found.expires=hops,now()+ROUTE_TTL found.label,found.mode,found.masterId,found.kind=meta.label,meta.mode,meta.masterId,meta.kind or\"route\"if metadataChanged then changed=true end else bucket.candidates[#bucket.candidates+1]={next=key,hops=hops,expires=now()+ROUTE_TTL,label=type(meta.label)==\"string\"and meta.label:sub(1,128)or nil,mode=meta.mode==\"master\"and\"master\"or\"peer\",masterId=meta.masterId and tostring(meta.masterId)or nil,kind=meta.kind==\"mesh\"and\"mesh\"or\"route\"}table.sort(bucket.candidates,compareCandidates)while#bucket.candidates>ROUTE_CANDIDATE_LIMIT do table.remove(bucket.candidates)end changed=true end end end end local withdrawals=body.withdrawals or{}for _,withdrawnId in pairs(withdrawals)do count=count+1 if count>MAX_PACKET_TABLE then return rejectPacket(\"route_advertisement_too_large\",packet)end local bucket=routes[tostring(withdrawnId)]if bucket and type(bucket.candidates)==\"table\"then local kept={}for _,candidate in ipairs(bucket.candidates)do if tostring(candidate.next)~=key then kept[#kept+1]=candidate else changed=true end end bucket.candidates=kept end end if body.full==true then for peerId,bucket in pairs(routes)do if type(bucket.candidates)==\"table\"and not announced[tostring(peerId)]then local kept={}for _,candidate in ipairs(bucket.candidates)do if tostring(candidate.next)~=key then kept[#kept+1]=candidate else changed=true end end bucket.candidates=kept end end end if changed then if value.controller then save(value)end;routesDirty=true;trace(\"routing\",\"route_table_updated\",{from=from})end end local function handleProbe(from,packet)local token=type(packet.body)==\"table\"and packet.body.token if type(token)~=\"string\"or#token<16 or#token>128 then return rejectPacket(\"malformed link probe\",packet)end touchLink(from,nil,\"probe\")return send(from,{type=\"mesh_probe_ack\",body={token=token},request_id=newRequestId()},from)end local function handleProbeAck(from,packet)local health,token=healthFor(from),type(packet.body)==\"table\"and packet.body.token if not health.awaiting or token~=health.probeToken then return rejectPacket(\"unexpected link probe acknowledgement\",packet)end local sample=math.max(0,now()-(health.lastProbe or now()))health.rtt=health.rtt and math.floor((health.rtt*3+sample)/4)or sample health.awaiting,health.misses,health.probeToken=false,0,nil touchLink(from,health.lastDistance,\"probe_ack\")end function M.handle(event)if event[1]~=\"modem_message\"then return end local channel,packet,distance=event[3],event[5],event[6]local expected=false for _,item in ipairs(transport.channels or{})do if channel==item then expected=true;break end end if not expected then return rejectPacket(\"unexpected_channel\",packet,channel,distance)end transport.lastReceive,transport.lastDistance=now(),distance if type(packet)~=\"table\"then return rejectPacket(\"packet_not_table\",packet,channel,distance)end if packet.protocol==PUBLIC_UPDATE_PROTOCOL then if channel~=DISCOVERY_CHANNEL or not PUBLIC_UPDATE_TYPES[packet.type]or type(packet.from)~=\"string\"and type(packet.from)~=\"number\"or not(isForUs(packet.to)or isBroadcast(packet.to))then return rejectPacket(\"invalid_public_update_packet\",packet,channel,distance)end local encoded,encodeErr=canonical(packet.body or{})if not encoded then return rejectPacket(\"invalid_public_update_body:\"..tostring(encodeErr),packet,channel,distance)end trace(\"transport\",\"public_update_received\",{type=packet.type,from=packet.from,distance=distance,bytes=#encoded})if M.publicHandler then return M.publicHandler(packet,distance)end return end local discoveryPacket=packet.type==\"discover\"or packet.type==\"discover_query\"or packet.type==\"discover_cancel\"local handshakePacket=packet.type==\"pair_join\"or packet.type==\"pair_confirm\"or packet.type==\"pair_ack\"or packet.type==\"pair_reject\"local meshPacketType=packet.type==\"mesh_beacon\"or packet.type==\"mesh_edge_offer\"or packet.type==\"mesh_edge_accept\"if discoveryPacket then if packet.protocol~=PROTOCOL or channel~=DISCOVERY_CHANNEL then return rejectPacket(\"invalid_discovery_transport\",packet,channel,distance)end return handleDiscovery(packet,channel,distance)end if handshakePacket then if not isForUs(packet.to)then return end if packet.protocol~=PROTOCOL or channel~=(config().channel or CHANNEL)then return rejectPacket(\"invalid_handshake_transport\",packet,channel,distance)end if packet.type==\"pair_join\"then return handlePairJoin(packet,distance)elseif packet.type==\"pair_confirm\"then return handlePairConfirm(packet,distance)elseif packet.type==\"pair_ack\"then return handlePairAck(packet)elseif packet.type==\"pair_reject\"and discovery then markRejected(\"pairing rejected: \"..tostring(packet.reason or\"remote peer rejected it\"));return end return end if meshPacketType then if packet.protocol~=PROTOCOL or channel~=(config().channel or CHANNEL)then return rejectPacket(\"invalid mesh transport\",packet,channel,distance)end if packet.type~=\"mesh_beacon\"and not isForUs(packet.to)then return end return handleMeshPacket(packet,distance)end if not isForUs(packet.to)then return end local value=config()local valid,peerOrReason=verifyPacket(packet,value)if not valid then return rejectPacket(peerOrReason,packet,channel,distance)end local peer,from=peerOrReason,tostring(packet.from)if packet.confidential==true then local opened,openErr=openBody(peer,packet)if not opened then return rejectPacket(openErr or\"could not open confidential packet\",packet,channel,distance)end packet.body=opened end touchLink(from,distance,\"authenticated_packet\")if autoEdges[from]then autoEdges[from].expires=now()+ROUTE_TTL end trace(\"routing\",\"packet_received\",{type=packet.type,from=from,destination=packet.destination,distance=distance})if packet.type==\"mesh_enroll\"then return acceptEnrollment(from,peer,packet)end if packet.type==\"mesh_probe\"then return handleProbe(from,packet)end if packet.type==\"mesh_probe_ack\"then return handleProbeAck(from,packet)end if packet.type==\"route_advertise\"then return handleRouteAdvertisement(from,packet)end if packet.reply_to and packet.destination and tostring(packet.destination)~=id()then local reverse=reverseRoutes[packet.reply_to]if not reverse or reverse.expires<=now()or reverse.origin~=tostring(packet.destination)then return rejectPacket(\"reverse reply route unavailable\",packet,channel,distance)end local requestId=tostring(packet.request_id or\"\")if seenPackets[requestId]then return trace(\"routing\",\"forward_duplicate\",{from=from,type=packet.type})end seenPackets[requestId]=now()if(tonumber(packet.ttl)or 0)<=1 then return rejectPacket(\"TTL exhausted\",packet,channel,distance)end packet.ttl=packet.ttl-1 trace(\"routing\",\"reverse_reply_forwarded\",{from=from,to=reverse.previous,type=packet.type})return send(packet.destination,packet,reverse.previous)end if packet.destination and tostring(packet.destination)~=id()then local requestId=tostring(packet.request_id or\"\")if requestId==\"\"or seenPackets[requestId]then return trace(\"routing\",\"forward_duplicate\",{from=from,type=packet.type})end seenPackets[requestId]=now()local remembered,rememberErr=rememberReverse(packet,from)if not remembered then return rejectPacket(rememberErr or\"could not record reverse route\",packet,channel,distance)end if(tonumber(packet.ttl)or 0)<=1 then return rejectPacket(\"TTL exhausted\",packet,channel,distance)end packet.ttl=packet.ttl-1 return send(packet.destination,packet)end local requestId=tostring(packet.request_id or\"\")if requestId==\"\"then return rejectPacket(\"missing request ID\",packet,channel,distance)end if seenPackets[requestId]then return trace(\"routing\",\"destination_duplicate\",{from=from,type=packet.type})end seenPackets[requestId]=now()local remembered,rememberErr=rememberReverse(packet,from)if not remembered then return rejectPacket(rememberErr or\"could not record reverse route\",packet,channel,distance)end packet.authenticatedHop,packet.originVerified=from,false if M.handler then return M.handler(from,peer,packet)end end return M",
  ["ceetos/lib/network_ipc.lua"] = "local store=require(\"ceetos.lib.store\")local M={}local ROOT=\"/ceetos/data/network-ipc\"local COMMANDS=ROOT..\"/commands\"local RESULTS=ROOT..\"/results\"local function ensure(path)if not fs.exists(path)then fs.makeDir(path)end end local function safeId(value)return type(value)==\"string\"and value:match(\"^[%w_%-%.]+$\")and#value<=160 end local function path(directory,requestId)return fs.combine(directory,requestId..\".lua\")end function M.submit(request)if type(request)~=\"table\"or not safeId(request.id)then return false,\"invalid IPC request ID\"end ensure(ROOT);ensure(COMMANDS);ensure(RESULTS)local target=path(COMMANDS,request.id)if fs.exists(target)then return false,\"IPC request already exists\"end return store.write(target,request)end function M.take()ensure(ROOT);ensure(COMMANDS);ensure(RESULTS)local names=fs.list(COMMANDS)table.sort(names)for _,name in ipairs(names)do local requestId=name:match(\"^([%w_%-%.]+)%.lua$\")if requestId and safeId(requestId)then local target=fs.combine(COMMANDS,name)store.invalidate(target)local request=store.readFresh(target,nil)fs.delete(target)if type(request)==\"table\"and request.id==requestId then return request end end end end function M.reply(requestId,value)if not safeId(requestId)or type(value)~=\"table\"then return false,\"invalid IPC result\"end ensure(ROOT);ensure(COMMANDS);ensure(RESULTS)return store.write(path(RESULTS,requestId),value)end function M.poll(requestId,consume)if not safeId(requestId)then return nil,\"invalid IPC request ID\"end local target=path(RESULTS,requestId)if not fs.exists(target)then return nil end local handle=fs.open(target,\"r\")if not handle then return nil end local raw=handle.readAll()handle.close()local ok,result=pcall(textutils.unserialise,raw)if not ok or type(result)~=\"table\"or result.id~=requestId then return nil,\"invalid IPC result\"end if consume then fs.delete(target)end return result end function M.prune(limit)ensure(ROOT);ensure(COMMANDS);ensure(RESULTS)limit=math.max(1,math.floor(tonumber(limit)or 32))local names={}for _,name in ipairs(fs.list(RESULTS))do if name:match(\"^[%w_%-%.]+%.lua$\")then names[#names+1]=name end end table.sort(names)while#names>limit do fs.delete(fs.combine(RESULTS,table.remove(names,1)))end end function M.status()ensure(ROOT);ensure(COMMANDS);ensure(RESULTS)local function count(directory)local total=0 for _,name in ipairs(fs.list(directory))do if name:match(\"^[%w_%-%.]+%.lua$\")then total=total+1 end end return total end return{commands=count(COMMANDS),results=count(RESULTS)}end return M",
  ["ceetos/lib/auth_client.lua"] = "local store=require(\"ceetos.lib.store\")local password=require(\"ceetos.lib.password\")local networkIpc=require(\"ceetos.lib.network_ipc\")local M={}local REPLIES=\"/ceetos/data/auth-replies.lua\"local sequence=0 local function now()return os.epoch(\"utc\")end local function authority()store.invalidate(\"/ceetos/data/auth-authority.lua\")local value=store.read(\"/ceetos/data/auth-authority.lua\",nil)return type(value)==\"table\"and value.active==true and value or nil end local function requestId(kind)sequence=sequence+1 return table.concat({\"auth\",kind,tostring(os.getComputerID()),tostring(now()),tostring(sequence)},\"-\")end local function take(id)store.invalidate(REPLIES)local replies=store.read(REPLIES,{})local row=replies[id]if row then replies[id]=nil;store.write(REPLIES,replies)end return row end function M.receive(body)if type(body)~=\"table\"or type(body.request_id)~=\"string\"or#body.request_id>160 then return false,\"invalid authority reply\"end local replies=store.read(REPLIES,{})replies[body.request_id]={ok=body.ok==true,result=body.result,error=body.error,at=now()}local rows={}for id,row in pairs(replies)do rows[#rows+1]={id=id,at=tonumber(row.at)or 0}end table.sort(rows,function(a,b)return a.at>b.at end)while#rows>32 do replies[table.remove(rows).id]=nil end return store.write(REPLIES,replies)end local function send(typeName,body,timeout)local server=authority()if not server then return nil,\"no Auth Server is reachable\"end local id=body.request_id or requestId(typeName)body.request_id=id local command={id=\"auth-\"..id,action=\"auth_send\",target=server.id,type=typeName,body=body}local ok,err=networkIpc.submit(command)if not ok then return nil,err or\"could not reach CeetOS network service\"end local deadline=now()+(timeout or 6000)while now()<deadline do local ack=networkIpc.poll(command.id,true)if ack and ack.ok~=true then return nil,ack.error or\"Auth Server request was not sent\"end local reply=take(id)if reply then return reply.ok and reply.result or nil,reply.error or\"Auth Server rejected request\"end sleep(0.05)end return nil,\"Auth Server did not respond\"end local function loginProof(verifier,server,request,challenge,expires)return password.hmacSha256(verifier,table.concat({\"ceetos/auth/login/v1\",tostring(server),tostring(os.getComputerID()),tostring(request),tostring(challenge),tostring(expires)},\"|\"))end function M.login(name,plainPassword)if type(name)~=\"string\"or type(plainPassword)~=\"string\"then return false,\"invalid credentials\"end local cloud=require(\"ceetos.lib.cloud_sync\")if cloud.authOnline()then return cloud.login(name,plainPassword)end local request=requestId(\"begin\")local begin,beginErr=send(\"auth_login_begin\",{request_id=request,username=name,node=tostring(os.getComputerID())})if not begin then return false,beginErr end local verifier,deriveErr=password.derive(plainPassword,begin.salt,begin.workFactor)if not verifier then return false,deriveErr end local proof=loginProof(verifier,begin.authority,request,begin.challenge,begin.expires)local result,proofErr=send(\"auth_login_proof\",{request_id=request,username=name,node=tostring(os.getComputerID()),challenge=begin.challenge,proof=proof})if not result then return false,proofErr end local auth=require((\"ceetos.lib.auth\"))local saved,saveErr=auth.saveCentralSession(result.session)if not saved then return false,saveErr end if type(result.directory)==\"table\"then auth.updateDirectory(result.directory,result.revision)end return true end function M.mutate(action,fields)local auth=require((\"ceetos.lib.auth\"))local cloud=require(\"ceetos.lib.cloud_sync\")if cloud.authOnline()then return cloud.mutate(action,fields)end local current,server=auth.refreshSession(),authority()if not current or not current.central or not server then return false,\"an Auth Server login is required\"end local result,err=send(\"auth_mutate\",{action=action,fields=fields,session=current.nonce,node=tostring(os.getComputerID()),revision=current.accountRevision})if not result then return false,err end if type(result.directory)==\"table\"then auth.updateDirectory(result.directory,result.revision)end return true end return M",
  ["ceetos/lib/telemetry.lua"] = "local store=require(\"ceetos.lib.store\")local M={}local PATH=\"/ceetos/data/config.lua\"local activity=\"desktop\"local function text(value,limit)if type(value)~=\"string\"then return nil end value=value:gsub(\"[%z\\1-\\31\\127]\",\" \")if value==\"\"then return nil end return value:sub(1,limit)end local function config()local value=store.read(PATH,{})if type(value)~=\"table\"then value={}end if value.telemetry==nil then value.telemetry=true store.write(PATH,value)end return value end function M.setEnabled(value)assert(type(value)==\"boolean\",\"telemetry state must be boolean\")require(\"ceetos.lib.auth\").require(\"admin\")local valueForSave=config()valueForSave.telemetry=value return store.write(PATH,valueForSave)end function M.status()return config().telemetry==true end function M.configuration()return{enabled=M.status()}end function M.markActivity(value)activity=text(value,48)or activity return activity end function M.activity()return activity end function M.snapshot(currentActivity)if currentActivity then M.markActivity(currentActivity)end local data={ts=os.epoch(\"utc\"),id=os.getComputerID(),label=text(os.getComputerLabel(),96),activity=activity,}if turtle and type(turtle.getFuelLevel)==\"function\"then local ok,fuel=pcall(turtle.getFuelLevel)if ok and type(fuel)==\"number\"then data.fuel=fuel end end if gps and type(gps.locate)==\"function\"then local ok,x,y,z=pcall(gps.locate,0.2)if ok and type(x)==\"number\"and type(y)==\"number\"and type(z)==\"number\"then data.gps={x=x,y=y,z=z}end end return data end return M",
  ["ceetos/lib/cloud.lua"] = "local store=require(\"ceetos.lib.store\")local password=require(\"ceetos.lib.password\")local profile=require(\"ceetos.lib.profile\")local M={}M.PATH=\"/ceetos/data/cloud.lua\"M.MAX_BODY=48*1024 M.MAX_RESPONSE=64*1024 M.DEFAULTS={auth=\"https://auth.ceet.uk\",recipe=\"https://recipe.ceet.uk\",dashboard=\"https://dash.ceet.uk\",}local function now()return os.epoch(\"utc\")end local function validUrl(value)if type(value)~=\"string\"or#value>160 then return false end return value:match(\"^https://[%w%-%.]+%.ceet%.uk$\")~=nil end local function validId(value)return type(value)==\"string\"and value:match(\"^[%w_.%-]+$\")~=nil and#value<=96 end local function copy(value)local out={}for key,item in pairs(value or{})do out[key]=item end return out end local function normalise(value)value=type(value)==\"table\"and value or{}local urls=type(value.urls)==\"table\"and value.urls or{}local result={schema=1,enabled=value.enabled==true,urls={auth=validUrl(urls.auth)and urls.auth or M.DEFAULTS.auth,recipe=validUrl(urls.recipe)and urls.recipe or M.DEFAULTS.recipe,dashboard=validUrl(urls.dashboard)and urls.dashboard or M.DEFAULTS.dashboard,},node=type(value.node)==\"table\"and copy(value.node)or nil,}if result.node and(not validId(result.node.id)or type(result.node.secret)~=\"string\"or#result.node.secret<32 or#result.node.secret>192)then result.node=nil end return result end function M.load()store.invalidate(M.PATH)return normalise(store.read(M.PATH,{}))end function M.save(value)local clean=normalise(value)return store.write(M.PATH,clean)end function M.configure(urls)local value=M.load()urls=type(urls)==\"table\"and urls or{}for key in pairs(M.DEFAULTS)do if urls[key]~=nil then if not validUrl(urls[key])then return false,\"invalid \"..key..\" cloud URL\"end value.urls[key]=urls[key]end end return M.save(value)end function M.clear()local value=M.load();value.enabled,value.node=false,nil return M.save(value)end function M.publicStatus()local value=M.load()return{enabled=value.enabled,enrolled=value.node~=nil,node=value.node and value.node.id or nil,urls=copy(value.urls),profile=profile.id()}end local function readBounded(handle,limit)local chunks,total={},0 while true do local part=handle.read(math.min(4096,limit-total+1))if not part or part==\"\"then break end total=total+#part if total>limit then return nil,\"cloud response is too large\"end chunks[#chunks+1]=part end return table.concat(chunks)end local function json(value)local ok,result=pcall(textutils.unserialiseJSON,value)return ok and type(result)==\"table\"and result or nil end local function canonical(node,timestamp,nonce,method,path,body)local digest=assert(password.sha256(body))return table.concat({\"ceetos-cloud-node-v1\",node,tostring(timestamp),nonce,method,path,digest},\"\\n\")end local nonceCounter=0 local function nonce()nonceCounter=nonceCounter+1 return password.newSalt(\"cloud:\"..tostring(nonceCounter))end local function perform(url,method,path,body,headers)if not http or type(http.post)~=\"function\"then return nil,\"HTTP is unavailable\"end local response local ok,err=pcall(function()response=http.post(url..path,body,headers)end)if not ok or not response then return nil,tostring(err or\"cloud request failed\")end local raw,readErr=readBounded(response,M.MAX_RESPONSE)pcall(response.close)if not raw then return nil,readErr end local decoded=json(raw)if not decoded then return nil,\"cloud returned invalid JSON\"end if decoded.ok==false then return nil,tostring(decoded.error or\"cloud rejected request\"):sub(1,180)end return decoded end function M.enroll(code)if type(code)~=\"string\"or#code<12 or#code>128 or code:find(\"[%z\\1-\\31\\127]\")then return nil,\"invalid enrollment code\"end local value=M.load()local payload=textutils.serialiseJSON({code=code,profile=profile.id(),label=os.getComputerLabel()or(\"Computer \"..tostring(os.getComputerID())),computerId=tostring(os.getComputerID())})if#payload>M.MAX_BODY then return nil,\"enrollment request is too large\"end local result,err=perform(value.urls.auth,\"POST\",\"/v1/nodes/enroll\",payload,{[\"Content-Type\"]=\"application/json\"})if not result then return nil,err end if type(result.node)~=\"table\"or not validId(result.node.id)or type(result.node.secret)~=\"string\"or#result.node.secret<32 then return nil,\"cloud returned invalid enrollment\"end value.enabled,value.node=true,{id=result.node.id,secret=result.node.secret,enrolledAt=now()}local saved,saveErr=M.save(value)if not saved then return nil,saveErr or\"could not save cloud enrollment\"end return M.publicStatus()end function M.call(service,path,payload)local value=M.load()if not value.enabled or not value.node then return nil,\"cloud node is not enrolled\"end if not M.DEFAULTS[service]or type(path)~=\"string\"or not path:match(\"^/v1/[%w%-%._/]+$\")or#path>128 then return nil,\"invalid cloud endpoint\"end local body=textutils.serialiseJSON(type(payload)==\"table\"and payload or{})if#body>M.MAX_BODY then return nil,\"cloud request is too large\"end local timestamp,requestNonce=now(),nonce()local signature=password.hmacSha256(value.node.secret,canonical(value.node.id,timestamp,requestNonce,\"POST\",path,body))if not signature then return nil,\"could not sign cloud request\"end return perform(value.urls[service],\"POST\",path,body,{[\"Content-Type\"]=\"application/json\",[\"X-CeetOS-Node\"]=value.node.id,[\"X-CeetOS-Time\"]=tostring(timestamp),[\"X-CeetOS-Nonce\"]=requestNonce,[\"X-CeetOS-Signature\"]=signature,})end return M",
  ["ceetos/lib/cloud_sync.lua"] = "local cloud=require(\"ceetos.lib.cloud\")local store=require(\"ceetos.lib.store\")local password=require(\"ceetos.lib.password\")local profile=require(\"ceetos.lib.profile\")local telemetryService=require(\"ceetos.lib.telemetry\")local RECIPE_SERVICE_MODULE=\"ceetos.lib.\"..\"recipe_service\"local M={}local STATE=\"/ceetos/data/cloud-state.lua\"local INTERVALS={telemetry=24*60*60*1000,authority=30000,recipes=30000}local TELEMETRY_RETRIES={15*60*1000,60*60*1000,4*60*60*1000}local function now()return os.epoch(\"utc\")end local function defaults()return{schema=2,revision=0,auth={online=false,next=0},recipe={online=false,next=0,revision=0},telemetry={enabled=nil,next=0,lastSuccess=nil,failures=0,lastError=nil},lastError=nil}end local function state()store.invalidate(STATE)local value=store.read(STATE,defaults())if type(value)~=\"table\"then value=defaults()end if type(value.auth)~=\"table\"then value.auth={}end if type(value.recipe)~=\"table\"then value.recipe={}end if type(value.telemetry)~=\"table\"then value.telemetry={}end for key,fallback in pairs(defaults())do if value[key]==nil then value[key]=fallback end end for key,fallback in pairs(defaults().recipe)do if value.recipe[key]==nil then value.recipe[key]=fallback end end for key,fallback in pairs(defaults().telemetry)do if value.telemetry[key]==nil then value.telemetry[key]=fallback end end return value end local function save(value)value.revision=(tonumber(value.revision)or 0)+1 return store.write(STATE,value)end local function errorState(value,message)value.lastError=tostring(message or\"cloud request failed\"):sub(1,180)end function M.status()local value,cfg=state(),cloud.publicStatus()return{enabled=cfg.enabled,enrolled=cfg.enrolled,node=cfg.node,urls=cfg.urls,authOnline=value.auth.online==true,recipeOnline=value.recipe.online==true,telemetryNext=tonumber(value.telemetry and value.telemetry.next)or 0,telemetryInterval=INTERVALS.telemetry,telemetryEnabled=telemetryService.status(),telemetryLastSuccess=value.telemetry and value.telemetry.lastSuccess or nil,telemetryLastError=value.telemetry and value.telemetry.lastError or nil,telemetryFailures=math.max(0,math.floor(tonumber(value.telemetry and value.telemetry.failures)or 0)),lastSync=value.lastSync,lastError=value.lastError,}end function M.configure(urls)return cloud.configure(urls)end function M.enroll(code)local enrolled,err=cloud.enroll(code)if not enrolled then return nil,err end local value=state()value.telemetry.next,value.telemetry.failures,value.telemetry.lastError=0,0,nil save(value)return enrolled end function M.clear()local ok,err=cloud.clear();if ok then store.write(STATE,defaults())end return ok,err end function M.authOnline()return M.status().authOnline==true end function M.recipeOnline()return M.status().recipeOnline==true end local function cloudAuthority(result)local auth=require(\"ceetos.lib.auth\")if type(result)~=\"table\"or type(result.directory)~=\"table\"then return false,\"invalid cloud authority response\"end local cfg=cloud.publicStatus()local record={id=\"cloud:\"..tostring(cfg.urls.auth),term=tonumber(result.term)or 0,revision=tonumber(result.revision)or 0,directory=result.directory}return pcall(auth.acceptAuthority,record)end function M.login(name,plainPassword)if type(name)~=\"string\"or type(plainPassword)~=\"string\"then return false,\"invalid credentials\"end local begin,beginErr=cloud.call(\"auth\",\"/v1/auth/login/begin\",{username=name,node=tostring(os.getComputerID())})if not begin then return false,beginErr end if type(begin.salt)~=\"string\"or type(begin.workFactor)~=\"number\"or type(begin.challenge)~=\"string\"or type(begin.expires)~=\"number\"then return false,\"invalid cloud login challenge\"end local verifier,deriveErr=password.derive(plainPassword,begin.salt,begin.workFactor)if not verifier then return false,deriveErr end local proof=password.hmacSha256(verifier,table.concat({\"ceetos/auth/login/v1\",tostring(begin.authority),tostring(os.getComputerID()),tostring(begin.requestId),tostring(begin.challenge),tostring(begin.expires)},\"|\"))local result,resultErr=cloud.call(\"auth\",\"/v1/auth/login/proof\",{username=name,node=tostring(os.getComputerID()),requestId=begin.requestId,challenge=begin.challenge,proof=proof})if not result then return false,resultErr end local auth=require(\"ceetos.lib.auth\")local saved,saveErr=auth.saveCentralSession(result.session)if not saved then return false,saveErr end if type(result.directory)==\"table\"then auth.updateDirectory(result.directory,result.revision)end return true end function M.mutate(action,fields)local auth=require(\"ceetos.lib.auth\")local current=auth.refreshSession()if not current or not current.central then return false,\"cloud login is required\"end local result,err=cloud.call(\"auth\",\"/v1/auth/mutate\",{action=action,fields=fields,session=current.nonce,node=tostring(os.getComputerID()),revision=current.accountRevision})if not result then return false,err end if type(result.directory)==\"table\"then auth.updateDirectory(result.directory,result.revision)end return true end function M.recipePlan(item,quantity,stock)if not M.recipeOnline()then return nil,\"cloud Recipe Server is unavailable\"end local result,err=cloud.call(\"recipe\",\"/v1/recipe/plan\",{item=item,quantity=quantity,stock=stock})if not result then return nil,err end return result.plan,result.error end local function telemetry()local snapshot=telemetryService.snapshot()local net=require(\"ceetos.lib.net\")local transport=net.statusSnapshot and net.statusSnapshot().transport or{}snapshot.health={profile=profile.id(),version=require(\"ceetos.lib.version\").string,uptime=os.clock(),freeSpace=fs.getFreeSpace(\"/\"),peers=#(net.peers and net.peers()or{}),healthyLinks=transport and transport.healthyLinks or 0,lastError=M.status().lastError,}local result,err=cloud.call(\"dashboard\",\"/v1/telemetry/ingest\",snapshot)return result~=nil,err end local function syncAuth()if profile.is(\"auth-server\")then local auth=require(\"ceetos.lib.auth\")local snapshot=auth.authoritySnapshot()local pushed,pushErr=cloud.call(\"auth\",\"/v1/auth/replica/merge\",{snapshot=snapshot,source=\"mesh\"})if not pushed then return false,pushErr end if type(pushed.snapshot)==\"table\"then auth.merge(pushed.snapshot,true)end local ok,authErr=cloudAuthority(pushed)if not ok then return false,authErr end return true end local result,err=cloud.call(\"auth\",\"/v1/auth/directory\",{})if not result then return false,err end local ok,authErr=cloudAuthority(result)if not ok then return false,authErr end return true end local function syncRecipes()if not profile.is(\"recipe-server\")then local result,err=cloud.call(\"recipe\",\"/v1/recipe/status\",{})return result~=nil,err end local service=require(RECIPE_SERVICE_MODULE)if type(service.exportOverlay)~=\"function\"then return false,\"recipe export unavailable\"end local payload,exportErr=service.exportOverlay()if not payload then return false,exportErr end local value=state()value.recipe=value.recipe or{revision=0}local result,err=cloud.call(\"recipe\",\"/v1/recipe/replica/merge\",{overlay=payload,baseRevision=math.max(0,math.floor(tonumber(value.recipe.revision)or 0)),})if not result then return false,err end if type(result.overlay)==\"table\"and type(service.replaceOverlay)==\"function\"then local applied,applyErr=service.replaceOverlay(result.overlay)if not applied then return false,applyErr end end return true,nil,math.max(0,math.floor(tonumber(result.revision)or 0))end function M.tick(activity)local cfg=cloud.publicStatus();if not cfg.enabled or not cfg.enrolled then return false,\"cloud node is not enrolled\"end local value,timestamp=state(),now()local changed=false if timestamp>=(tonumber(value.auth.next)or 0)then local ok,err=syncAuth();value.auth.online,value.auth.next=ok==true,timestamp+INTERVALS.authority if not ok then errorState(value,err)else value.lastError=nil end changed=true end if timestamp>=(tonumber(value.recipe.next)or 0)then local ok,err,recipeRevision=syncRecipes();value.recipe.online,value.recipe.next=ok==true,timestamp+INTERVALS.recipes if recipeRevision~=nil then value.recipe.revision=recipeRevision end if not ok then errorState(value,err)end changed=true end local telemetryEnabled=telemetryService.status()if not telemetryEnabled then if value.telemetry.enabled~=false or value.telemetry.next~=0 then value.telemetry.enabled,value.telemetry.next,value.telemetry.failures,value.telemetry.lastError=false,0,0,nil changed=true end elseif value.telemetry.enabled~=true then value.telemetry.enabled,value.telemetry.next,value.telemetry.failures,value.telemetry.lastError=true,0,0,nil changed=true elseif timestamp>=(tonumber(value.telemetry.next)or 0)then local ok,err=telemetry()if ok then value.telemetry.next,value.telemetry.lastSuccess,value.telemetry.failures,value.telemetry.lastError=timestamp+INTERVALS.telemetry,timestamp,0,nil else local failures=math.max(0,math.floor(tonumber(value.telemetry.failures)or 0))+1 value.telemetry.failures,value.telemetry.lastError=failures,tostring(err or\"telemetry upload failed\"):sub(1,180)value.telemetry.next=timestamp+(TELEMETRY_RETRIES[failures]or INTERVALS.telemetry)errorState(value,value.telemetry.lastError)end changed=true end if changed then value.lastSync=timestamp;save(value)end return true end return M",
  ["ceetos/lib/version.lua"] = "return{major=0,minor=16,patch=5,string=\"0.16.5\"}",
  ["ceetos/lib/crafting.lua"] = "local M={}M.RECIPE_PACK_MAX_BYTES=64*1024 function M.isLocalPeer(peer,computerId)return tostring(peer)==tostring(computerId)end function M.normalise(rows)local out={}for _,row in pairs(type(rows)==\"table\"and rows or{})do if type(row)==\"table\"then local name,count=row.name or row.id,tonumber(row.count or row.amount or row.quantity or 0)or 0 if type(name)==\"string\"and count>0 then out[name]=(out[name]or 0)+math.floor(count)end end end return out end function M.rows(stock,query,filter,recipes)local output,needle,available={},tostring(query or\"\"):lower(),M.normalise(stock)local names={}for name in pairs(available)do names[name]=true end for name in pairs(type(recipes)==\"table\"and recipes or{})do names[name]=true end for name in pairs(names)do local count=available[name]or 0 local craftable=type(recipes)==\"table\"and recipes[name]~=nil local include=needle==\"\"or name:lower():find(needle,1,true)if filter==\"craftable\"then include=include and craftable elseif filter==\"stocked\"then include=include and count>0 end if include then output[#output+1]={name=name,count=count,craftable=craftable,stocked=count>0}end end table.sort(output,function(a,b)return a.name<b.name end)return output end function M.addToCart(cart,name,count)if type(cart)~=\"table\"or type(name)~=\"string\"or name==\"\"then return nil,\"invalid cart item\"end count=tonumber(count)if not count or count<1 then return nil,\"invalid cart quantity\"end count=math.floor(count)for _,row in ipairs(cart)do if row.name==name then row.count=(tonumber(row.count)or 0)+count;return row end end local row={name=name,count=count}cart[#cart+1]=row return row end function M.cartTotals(cart)local items,quantity=0,0 for _,row in ipairs(type(cart)==\"table\"and cart or{})do items=items+1 quantity=quantity+math.max(0,math.floor(tonumber(row.count)or 0))end return items,quantity end function M.acceptedCount(result,requested)local accepted=tonumber(result)requested=tonumber(requested)if not accepted or not requested or requested<1 then return nil,\"invalid request result\"end accepted=math.floor(accepted)if accepted<1 then return nil,\"Stock Ticker accepted no items\"end return math.min(accepted,math.floor(requested))end function M.displayRow(name,count,width)local suffix=\" x\"..tostring(count)width=math.max(#suffix+1,math.floor(tonumber(width)or#suffix+1))if#name+#suffix<=width then return name..suffix end return name:sub(1,math.max(1,width-#suffix-1))..\"…\"..suffix end function M.cancellationStatus(issued)return issued and\"cancelled-unconfirmed\"or\"cancelled\"end local function validReference(name)return type(name)==\"string\"and name:match(\"^#?[%w_.:%-]+$\")~=nil and not name:find(\"##\",1,true)end local function recipeIngredients(recipe,batches)local combined={}local declared=type(recipe.ingredients)==\"table\"and#recipe.ingredients>0 if declared then for _,ingredient in ipairs(recipe.ingredients)do local name=type(ingredient)==\"table\"and ingredient.id or ingredient local count=type(ingredient)==\"table\"and tonumber(ingredient.count or 1)or 1 if validReference(name)then combined[name]=(combined[name]or 0)+batches*math.max(1,math.floor(count or 1))end end else for slot=1,9 do local name=recipe.grid and recipe.grid[slot]if name and name~=false then combined[name]=(combined[name]or 0)+batches end end end local out={}for name,count in pairs(combined)do out[#out+1]={name=name,count=count}end table.sort(out,function(a,b)return a.name<b.name end)return out end function M.recipeInputs(recipe,batches)return recipeIngredients(recipe or{},math.max(1,math.floor(tonumber(batches)or 1)))end function M.validateRecipes(recipes)if type(recipes)~=\"table\"then return nil,\"recipes must return a table\"end for name,recipe in pairs(recipes)do if type(name)~=\"string\"or not name:match(\"^[%w_.:%-]+$\")or type(recipe)~=\"table\"then return nil,\"invalid recipe item id\"end if type(recipe.alternatives)==\"table\"then if#recipe.alternatives<1 then return nil,\"recipe \"..name..\" has no alternatives\"end for _,alternative in ipairs(recipe.alternatives)do local valid,err=M.validateRecipes({[name]=alternative});if not valid then return nil,err end end else if recipe.mode~=\"crafting\"then return nil,\"recipe \"..name..\" must use mode = crafting\"end if type(recipe.address)~=\"string\"or recipe.address==\"\"or#recipe.address>64 then return nil,\"recipe \"..name..\" requires an address\"end local crafter=recipe.address==\"Crafter\"if crafter and type(recipe.grid)~=\"table\"then return nil,\"recipe \"..name..\" requires a 9-slot grid for Crafter\"end if not crafter and type(recipe.ingredients)~=\"table\"and type(recipe.grid)~=\"table\"then return nil,\"recipe \"..name..\" requires ingredients\"end local output=tonumber(recipe.output or 1)if not output or output<1 or output~=math.floor(output)then return nil,\"invalid output for \"..name end for slot=1,9 do local value=recipe.grid and recipe.grid[slot]if value~=nil and value~=false and not validReference(value)then return nil,\"invalid grid slot in \"..name end end for _,ingredient in ipairs(type(recipe.ingredients)==\"table\"and recipe.ingredients or{})do local id,count=type(ingredient)==\"table\"and ingredient.id or ingredient,type(ingredient)==\"table\"and ingredient.count or 1 if not validReference(id)or not tonumber(count)or tonumber(count)<1 then return nil,\"invalid ingredient in \"..name end end end end return recipes end local function dataParser(source,maximum)if type(source)~=\"string\"then return nil,\"recipe data must be text\"end if#source==0 or#source>(maximum or M.RECIPE_PACK_MAX_BYTES)then return nil,\"recipe data exceeds the 64 KiB import limit\"end local state={source=source,index=1,length=#source,depth=0,nodes=0}local function skip()while state.index<=state.length do local char=state.source:sub(state.index,state.index)if char:match(\"%s\")then state.index=state.index+1 elseif state.source:sub(state.index,state.index+1)==\"--\"then local ending=state.source:find(\"\\n\",state.index+2,true)state.index=ending and ending+1 or state.length+1 else return true end end return true end local function fail(message)return nil,message..\" near byte \"..tostring(state.index)end local function identifier()local name=state.source:match(\"^[%a_][%w_]*\",state.index)if name then state.index=state.index+#name end return name end local parseValue local function parseString()local quote=state.source:sub(state.index,state.index);state.index=state.index+1 local out={}while state.index<=state.length do local char=state.source:sub(state.index,state.index);state.index=state.index+1 if char==quote then return table.concat(out)end if char==\"\\\\\"then local escaped=state.source:sub(state.index,state.index);state.index=state.index+1 local values={n=\"\\n\",r=\"\\r\",t=\"\\t\",[\"\\\\\"]=\"\\\\\",[\"\\\"\"]=\"\\\"\",[\"'\"]=\"'\"}if not values[escaped]then return fail(\"unsupported string escape\")end out[#out+1]=values[escaped]elseif char:byte()<32 then return fail(\"control character in string\")else out[#out+1]=char end end return fail(\"unterminated string\")end local function parseTable()state.depth=state.depth+1 if state.depth>32 then return fail(\"recipe data is nested too deeply\")end state.index=state.index+1 local out,nextIndex,keys={},1,{}skip()while state.index<=state.length and state.source:sub(state.index,state.index)~=\"}\"do state.nodes=state.nodes+1 if state.nodes>4096 then return fail(\"recipe data has too many values\")end local key,value,err local start=state.index if state.source:sub(state.index,state.index)==\"[\"then state.index=state.index+1;key,err=parseValue();if err then return nil,err end skip();if state.source:sub(state.index,state.index)~=\"]\"then return fail(\"missing closing recipe key bracket\")end state.index=state.index+1;skip();if state.source:sub(state.index,state.index)~=\"=\"then return fail(\"missing recipe key assignment\")end state.index=state.index+1;skip();value,err=parseValue();if err then return nil,err end else local named=identifier();skip()if named and state.source:sub(state.index,state.index)==\"=\"then key,state.index=named,state.index+1;skip();value,err=parseValue();if err then return nil,err end else state.index=start;value,err=parseValue();if err then return nil,err end key,nextIndex=nextIndex,nextIndex+1 end end if type(key)~=\"string\"and type(key)~=\"number\"then return fail(\"recipe table key must be text or a number\")end local signature=type(key)..\":\"..tostring(key)if keys[signature]then return fail(\"duplicate recipe table key\")end keys[signature],out[key]=true,value skip();local separator=state.source:sub(state.index,state.index)if separator==\",\"or separator==\";\"then state.index=state.index+1;skip()elseif separator~=\"}\"then return fail(\"expected recipe table separator\")end end if state.source:sub(state.index,state.index)~=\"}\"then return fail(\"unterminated recipe table\")end state.index,state.depth=state.index+1,state.depth-1 return out end parseValue=function()skip();local char=state.source:sub(state.index,state.index)if char==\"{\"then return parseTable()end if char==\"\\\"\"or char==\"'\"then return parseString()end local number=state.source:match(\"^-?%d+\",state.index)if number then state.index=state.index+#number;return tonumber(number)end local name=identifier()if name==\"true\"then return true elseif name==\"false\"then return false elseif name==\"nil\"then return nil elseif name then return fail(\"bare recipe values are not allowed\")end return fail(\"invalid recipe value\")end skip()if identifier()~=\"return\"then return fail(\"recipe data must start with return\")end local value,err=parseValue();if err then return nil,err end skip();if state.index<=state.length then return fail(\"unexpected content after recipe table\")end return value end local function validTags(tags)if tags==nil then return{}end if type(tags)~=\"table\"then return nil,\"recipe tags must be a table\"end local out={}for tag,members in pairs(tags)do local key=tostring(tag):gsub(\"^#\",\"\")if not key:match(\"^[%w_.:%-]+$\")or type(members)~=\"table\"or#members<1 then return nil,\"invalid recipe tag \"..tostring(tag)end out[key]={}for _,member in ipairs(members)do if not validReference(member)or tostring(member):sub(1,1)==\"#\"then return nil,\"invalid member of #\"..key end out[key][#out[key]+1]=member end table.sort(out[key])end return out end function M.validateRecipeGraph(recipes,tags)local tagMap,tagErr=validTags(tags);if not tagMap then return nil,tagErr end local visiting,complete={},{}local function visit(name)if complete[name]then return true end if visiting[name]then return nil,\"recipe cycle at \"..name end local recipe=recipes[name]if type(recipe)==\"table\"and type(recipe.alternatives)==\"table\"then recipe=recipe.alternatives[1]end if not recipe then return true end visiting[name]=true for _,input in ipairs(recipeIngredients(recipe,1))do local ingredient=input.name local members=ingredient:sub(1,1)==\"#\"and tagMap[ingredient:sub(2)]or{ingredient}for _,member in ipairs(members or{})do if recipes[member]then local ok,err=visit(member);if not ok then return nil,err end end end end visiting[name],complete[name]=nil,true return true end for name in pairs(recipes)do local ok,err=visit(name);if not ok then return nil,err end end return true end function M.parseRecipeOverlay(source)local value,err=dataParser(source,M.RECIPE_PACK_MAX_BYTES)if not value then return nil,err end if type(value)~=\"table\"then return nil,\"recipe overlay must return a table\"end local recipes,tags if value.schema==1 and type(value.recipes)==\"table\"then recipes,tags=value.recipes,value.tags or{}else recipes,tags=value,{}end local valid,validationErr=M.validateRecipes(recipes)if not valid then return nil,validationErr end local tagMap,tagsErr=validTags(tags);if not tagMap then return nil,tagsErr end local graphOk,graphErr=M.validateRecipeGraph(recipes,tagMap)if not graphOk then return nil,graphErr end return{schema=1,recipes=recipes,tags=tagMap}end function M.parseRecipeFile(source)local overlay,err=M.parseRecipeOverlay(source)return overlay and overlay.recipes or nil,err end function M.parseRecipePack(source)local pack,err=dataParser(source,M.RECIPE_PACK_MAX_BYTES)if not pack then return nil,err end if type(pack)~=\"table\"or pack.schema~=1 or type(pack.recipes)~=\"table\"then return nil,\"recipe pack must return { schema = 1, recipes = { ... } }\"end local valid,validationErr=M.validateRecipes(pack.recipes)if not valid then return nil,validationErr end local tagMap,tagsErr=validTags(pack.tags or{});if not tagMap then return nil,tagsErr end local graphOk,graphErr=M.validateRecipeGraph(pack.recipes,tagMap)if not graphOk then return nil,graphErr end return{schema=1,recipes=pack.recipes,tags=tagMap}end function M.recipeEqual(left,right)if type(left)~=\"table\"or type(right)~=\"table\"then return false end if type(left.alternatives)==\"table\"then left=left.alternatives[1]end if type(right.alternatives)==\"table\"then right=right.alternatives[1]end if not left or not right or left.mode~=right.mode or left.kind~=right.kind or left.output~=right.output or left.address~=right.address then return false end for slot=1,9 do if left.grid and right.grid and left.grid[slot]~=right.grid[slot]then return false end end local a,b=recipeIngredients(left,1),recipeIngredients(right,1)if#a~=#b then return false end for index=1,#a do if a[index].name~=b[index].name or a[index].count~=b[index].count then return false end end return true end function M.reviewRecipePack(existing,incoming)local validExisting,existingErr=M.validateRecipes(existing)if not validExisting then return nil,existingErr end local validIncoming,incomingErr=M.validateRecipes(incoming)if not validIncoming then return nil,incomingErr end local rows,counts={},{new=0,unchanged=0,conflict=0,invalid=0}for name,recipe in pairs(incoming)do local prior=existing[name]local status=not prior and\"new\"or(M.recipeEqual(prior,recipe)and\"unchanged\"or\"conflict\")counts[status]=counts[status]+1 rows[#rows+1]={name=name,status=status,incoming=recipe,existing=prior,selected=status==\"new\"}end table.sort(rows,function(a,b)return a.name<b.name end)return{rows=rows,counts=counts}end local function cloneRecipe(recipe)if type(recipe)==\"table\"and type(recipe.alternatives)==\"table\"then recipe=recipe.alternatives[1]end local copy={mode=recipe.mode,kind=recipe.kind,output=recipe.output,address=recipe.address,grid={},ingredients={}}for slot=1,9 do copy.grid[slot]=recipe.grid and recipe.grid[slot]end for _,input in ipairs(recipe.ingredients or{})do copy.ingredients[#copy.ingredients+1]={id=input.id,count=input.count,tag=input.tag}end return copy end function M.mergeRecipePack(existing,review,existingTags,incomingTags)if type(existing)~=\"table\"or type(review)~=\"table\"or type(review.rows)~=\"table\"then return nil,\"invalid recipe import review\"end local merged,imported={},0 for name,recipe in pairs(existing)do merged[name]=cloneRecipe(recipe)end for _,row in ipairs(review.rows)do if row.status==\"new\"and row.selected==true then merged[row.name],imported=cloneRecipe(row.incoming),imported+1 elseif row.status==\"conflict\"and row.selected==true then merged[row.name],imported=cloneRecipe(row.incoming),imported+1 end end local tags={}for name,members in pairs(existingTags or{})do tags[name]=members end for name,members in pairs(incomingTags or{})do tags[name]=members end local valid,err=M.validateRecipes(merged);if not valid then return nil,err end local graphOk,graphErr=M.validateRecipeGraph(merged,tags);if not graphOk then return nil,graphErr end return merged,imported,tags end function M.encodeRecipeFile(recipes,tags)local valid,err=M.validateRecipes(recipes);if not valid then return nil,err end local tagMap,tagsErr=validTags(tags or{});if not tagMap then return nil,tagsErr end local graphOk,graphErr=M.validateRecipeGraph(recipes,tagMap);if not graphOk then return nil,graphErr end local ok,encoded=pcall(textutils.serialise,{schema=1,recipes=recipes,tags=tagMap},{compact=true})if not ok or type(encoded)~=\"string\"then return nil,\"could not serialise recipes\"end return\"return \"..encoded..\"\\n\"end function M.writeRecipeFile(path,recipes,tags)if type(path)~=\"string\"or path==\"\"then return false,\"invalid recipe file path\"end local raw,encodeErr=M.encodeRecipeFile(recipes,tags);if not raw then return false,encodeErr end local parent=fs.getDir(path);if parent~=\"\"and not fs.exists(parent)then fs.makeDir(parent)end local temporary,backup=path..\".new\",path..\".bak\"if fs.exists(temporary)then fs.delete(temporary)end local handle=fs.open(temporary,\"w\");if not handle then return false,\"could not stage recipes\"end handle.write(raw);handle.close()local check=fs.open(temporary,\"r\");local staged=check and check.readAll()or nil;if check then check.close()end if not M.parseRecipeOverlay(staged or\"\")then if fs.exists(temporary)then fs.delete(temporary)end;return false,\"could not validate staged recipes\"end if fs.exists(backup)then fs.delete(backup)end if fs.exists(path)then fs.move(path,backup)end local moved,moveErr=pcall(fs.move,temporary,path)if not moved then if fs.exists(backup)and not fs.exists(path)then fs.move(backup,path)end;if fs.exists(temporary)then fs.delete(temporary)end;return false,tostring(moveErr)end if fs.exists(backup)then fs.delete(backup)end return true end local function selectedRecipe(entry)if type(entry)==\"table\"and type(entry.alternatives)==\"table\"then return entry.alternatives[1]end return entry end local function tagMembers(tags,reference)if reference:sub(1,1)~=\"#\"then return{reference}end local members=tags[reference:sub(2)]if type(members)~=\"table\"or#members==0 then return nil,\"no known members for \"..reference end return members end local function chooseMember(reference,tags,available,recipes)local members,err=tagMembers(tags,reference);if not members then return nil,err end local best for _,member in ipairs(members)do if(available[member]or 0)>0 then return member end if recipes[member]and not best then best=member end end return best,best and nil or(\"no stocked or craftable member for \"..reference)end function M.plan(recipes,stock,item,quantity,options)quantity=tonumber(quantity)if type(item)~=\"string\"or item==\"\"or not quantity or quantity<1 or quantity~=math.floor(quantity)then return nil,\"invalid item or quantity\"end local valid,errorText=M.validateRecipes(recipes)if not valid then return nil,errorText end options=type(options)==\"table\"and options or{}local available,plan,visiting,tags=M.normalise(stock),{},{},type(options.tags)==\"table\"and options.tags or{}local function requireItem(name,needed)local used=options.forceRoot==true and name==item and 0 or math.min(available[name]or 0,needed)available[name]=(available[name]or 0)-used local missing=needed-used if missing<=0 then return true end if visiting[name]then return nil,\"recipe cycle at \"..name end local recipe=selectedRecipe(recipes[name])if not recipe then return nil,\"missing recipe for \"..name..\" (need \"..tostring(missing)..\")\"end if recipe.special or not recipe.output or not recipe.address then return nil,\"recipe \"..name..\" is not supported by Crafting Queue\"end visiting[name]=true local batches=math.ceil(missing/recipe.output)local inputs={}for _,ingredient in ipairs(recipeIngredients(recipe,batches))do local concrete,resolveErr=chooseMember(ingredient.name,tags,available,recipes)if not concrete then return nil,resolveErr end inputs[#inputs+1]={name=concrete,count=ingredient.count,source=ingredient.name,tag=ingredient.name:sub(1,1)==\"#\"and ingredient.name or nil}local ok,err=requireItem(concrete,ingredient.count)if not ok then return nil,err end end visiting[name]=nil local produced=batches*recipe.output available[name]=(available[name]or 0)+produced-missing local dispatch=recipe.address==\"Crafter\"and\"requester\"or\"package\"if dispatch==\"requester\"and type(recipe.grid)~=\"table\"then return nil,\"Crafter recipe \"..name..\" has no 3x3 grid\"end plan[#plan+1]={name=name,batches=batches,produced=produced,requested=missing,address=recipe.address,kind=recipe.kind,dispatch=dispatch,grid=recipe.grid,inputs=inputs,}return true end local ok,err=requireItem(item,quantity)return ok and plan or nil,err end function M.validateExecutionPlan(plan)if type(plan)~=\"table\"or#plan<1 or#plan>96 then return nil,\"invalid remote recipe plan\"end for _,step in ipairs(plan)do if type(step)~=\"table\"or not validReference(step.name)or tostring(step.name):sub(1,1)==\"#\"then return nil,\"invalid remote recipe output\"end if type(step.address)~=\"string\"or step.address==\"\"or#step.address>64 or step.address:find(\"[%c]\")then return nil,\"invalid remote recipe address\"end if step.dispatch~=\"requester\"and step.dispatch~=\"package\"then return nil,\"invalid remote recipe route\"end if(step.address==\"Crafter\")~=(step.dispatch==\"requester\")then return nil,\"invalid remote recipe executor\"end for _,field in ipairs({\"batches\",\"produced\",\"requested\"})do local value=tonumber(step[field])if not value or value<1 or value~=math.floor(value)or value>65536 then return nil,\"invalid remote recipe quantity\"end end if step.dispatch==\"requester\"then if type(step.grid)~=\"table\"then return nil,\"remote Crafter recipe has no grid\"end for slot=1,9 do local value=step.grid[slot]if value~=nil and value~=false and not validReference(value)then return nil,\"invalid remote recipe grid\"end end end if type(step.inputs)~=\"table\"or#step.inputs>64 then return nil,\"invalid remote recipe inputs\"end for _,input in ipairs(step.inputs)do if type(input)~=\"table\"or not validReference(input.name)or tostring(input.name):sub(1,1)==\"#\"then return nil,\"invalid remote recipe input\"end local count=tonumber(input.count)if not count or count<1 or count~=math.floor(count)or count>65536 then return nil,\"invalid remote recipe input quantity\"end if input.source~=nil and not validReference(input.source)then return nil,\"invalid remote recipe input source\"end end end return plan end return M",
  ["ceetos/server.lua"] = "package.path=\"/?.lua;/?/init.lua;\"..package.path local profile=require(\"ceetos.lib.profile\")local auth=require(\"ceetos.lib.auth\")local net=require(\"ceetos.lib.net\")local audit=require(\"ceetos.lib.audit\")local updater=require(\"ceetos.lib.updater\")local networkIpc=require(\"ceetos.lib.network_ipc\")local version=require(\"ceetos.lib.version\")local recipe=profile.is(\"recipe-server\")and require((\"ceetos.lib.recipe_service\"))or nil local authority=profile.is(\"auth-server\")and require((\"ceetos.lib.auth_authority\"))or nil local authClient=require(\"ceetos.lib.auth_client\")local cloudSync=require(\"ceetos.lib.cloud_sync\")local function replyIpc(command,ok,result)networkIpc.reply(command.id,{id=command.id,ok=ok==true,result=ok and result or nil,error=ok and nil or tostring(result)})end local function command()local request=networkIpc.take()if not request then return end local ok,result=pcall(function()if request.action==\"server_status\"then return{profile=profile.id(),version=version.string,network=net.statusSnapshot(),authority=authority and authority.status()or auth.authority(),recipes=recipe and recipe.status()or nil}elseif request.action==\"server_discovery_start\"then auth.require(\"admin\");return net.startDiscovery(request.mode or\"peer\",request.master or\"initiator\",request.phrase)elseif request.action==\"server_discovery_join\"then auth.require(\"admin\");return net.joinDiscovery(request.phrase)elseif request.action==\"server_discovery_confirm\"then auth.require(\"admin\");return net.confirmDiscovery()elseif request.action==\"server_update_status\"then return updater.status()elseif request.action==\"server_update_apply\"then auth.require(\"admin\");return updater.prepareApply()elseif request.action==\"auth_send\"then local sent,err=net.request(request.target,request.type,request.body or{},{safe=true,confidential=true})if not sent then error(err or\"could not contact Auth Server\")end return true end error(\"unknown protected server command\")end)replyIpc(request,ok and result~=false,ok and result or result)end net.handler=function(from,peer,packet)if packet.type==\"update_query\"or packet.type==\"update_offer\"or packet.type==\"update_chunk_request\"or packet.type==\"update_chunk\"then return updater.authenticatedPacket(from,peer,packet)end if packet.type==\"profile_query\"then return net.reply(packet,\"profile_status\",{profile=profile.id(),version=version.string},{safe=true})end if packet.type==\"recipe_plan_request\"and recipe then return recipe.handle(packet,net)end if packet.type==\"auth_login_begin_result\"or packet.type==\"auth_login_proof_result\"or packet.type==\"auth_mutate_result\"then return authClient.receive(packet.body)end if packet.type==\"auth_seed_request\"then return net.reply(packet,\"auth_seed\",{snapshot=auth.authoritySnapshot(),request_id=packet.body and packet.body.request_id},{safe=true,confidential=true})end if packet.type==\"auth_authority\"then return auth.acceptAuthority(packet.body)end if authority then return authority.handle(from,peer,packet,net)end end net.publicHandler=function(packet,distance)return updater.publicPacket(packet,distance)end local function service()net.start()if authority then authority.start()end local tick,update,cloud,advertised=os.startTimer(1),os.startTimer(1),os.startTimer(5),0 while true do local event={os.pullEventRaw()}local ok,err=pcall(net.handle,event)if not ok then audit.log(\"server\",\"network.error\",{error=tostring(err):sub(1,120)})end pcall(command)if event[1]==\"timer\"and event[2]==tick then pcall(net.tick);if authority then pcall(authority.tick,net)end if os.epoch(\"utc\")-advertised>=30000 then for _,peer in ipairs(net.peers())do net.request(peer.id,\"profile_status\",{profile=profile.id(),version=version.string},{safe=true})end advertised=os.epoch(\"utc\")end tick=os.startTimer(1)end if event[1]==\"timer\"and event[2]==update then pcall(updater.tick);update=os.startTimer(1)end if event[1]==\"timer\"and event[2]==cloud then pcall(cloudSync.tick);cloud=os.startTimer(5)end end end local function console()shell.run(\"/ceetos/bin/ceetserver.lua\")while true do sleep(1);shell.run(\"/ceetos/bin/ceetserver.lua\")end end local function devBridge()local path=\"/ceetos-dev/connection.lua\"while true do if fs.exists(\"/ceetos/bin/ceetdev.lua\")and fs.exists(path)then local handle=fs.open(path,\"r\")local cfg=handle and textutils.unserialise(handle.readAll())or nil if handle then handle.close()end if type(cfg)==\"table\"and type(cfg.url)==\"string\"then local token=type(cfg.token)==\"string\"and cfg.token or\"\"if token~=\"\"then pcall(shell.run,\"/ceetos/bin/ceetdev.lua\",cfg.url,token)else pcall(shell.run,\"/ceetos/bin/ceetdev.lua\",cfg.url)end sleep(3)else sleep(5)end else sleep(5)end end end parallel.waitForAny(service,console,devBridge)",
  ["ceetos/bin/ceetserver.lua"] = "package.path=\"/?.lua;/?/init.lua;\"..package.path local profile=require(\"ceetos.lib.profile\")local auth=require(\"ceetos.lib.auth\")local version=require(\"ceetos.lib.version\")local store=require(\"ceetos.lib.store\")local recipe=profile.is(\"recipe-server\")and require((\"ceetos.lib.recipe_service\"))or nil local function draw(message)term.setBackgroundColor(colors.black);term.setTextColor(colors.white);term.clear();term.setCursorPos(1,1)term.setBackgroundColor(colors.blue);term.clearLine();term.setCursorPos(2,1);term.write(\"CeetOS \"..profile.id()..\" server\")term.setBackgroundColor(colors.black);term.setCursorPos(2,3);term.write(\"Version: \"..version.string)local authority=auth.authority()term.setCursorPos(2,4);term.write(authority and(\"Auth authority: \"..authority.id)or\"Auth authority: distributed / waiting\")local current=auth.refreshSession()term.setCursorPos(2,6);term.write(current and(\"Signed in: \"..current.name..\" (\"..current.role..\")\")or\"Not signed in\")term.setTextColor(colors.lightGray);term.setCursorPos(2,8)if not current then term.write(\"L Login  |  E first-time enrolment  |  Backspace refresh\")elseif current.role==\"admin\"then local actions=recipe and\"I import pack  |  P pair  |  U updates\"or\"P pair  |  U updates\"term.write(actions..\"  |  L logout  |  Backspace refresh\")else term.write(\"L logout  |  Backspace refresh\")end if message then term.setTextColor(colors.red);term.setCursorPos(2,10);term.write(tostring(message):sub(1,48))end end local function login()term.setCursorPos(2,12);term.setTextColor(colors.white);term.write(\"Username: \");local user=read()term.setCursorPos(2,13);term.write(\"Password: \");local pass=read(\"*\")local ok,err=auth.login(user,pass);return ok and\"Logged in.\"or err end local function enrol()if#auth.list()>0 or auth.centralActive()then return\"Enrollment is already complete.\"end term.setCursorPos(2,12);term.setTextColor(colors.white);term.write(\"Create local admin password: \")local pass=read(\"*\")if type(pass)~=\"string\"or#pass<8 then return\"Enrollment password must contain at least 8 characters.\"end local ok,err=pcall(auth.bootstrap,pass)return ok and\"Enrollment complete.\"or err end local function importRecipePack(event)if not recipe then return\"This server has no recipe service.\"end if not auth.allowed(\"admin\")then return\"Recipe import requires an admin session.\"end local files=event and event.getFiles and event.getFiles()or nil if type(files)~=\"table\"or#files~=1 or type(files[1].read)~=\"function\"then return\"Drop exactly one data-only recipe pack.\"end local chunks,total={},0 while true do local part=files[1].read(4096)if not part then break end if type(part)~=\"string\"then return\"Dropped recipe pack has invalid data.\"end total=total+#part if total>64*1024 then return\"Recipe pack exceeds 64 KiB.\"end chunks[#chunks+1]=part end local ok,result=recipe.import(table.concat(chunks))if not ok then return tostring(result)end return\"Imported \"..tostring(result.imported or 0)..\" new recipes; conflicts kept.\"end local message while true do draw(message);message=nil local event,code=os.pullEventRaw()if event==\"key\"then local key=keys.getName(code)if key==\"l\"then if auth.refreshSession()then auth.logout();message=\"Logged out.\"else message=login()end elseif key==\"e\"then message=enrol()elseif key==\"backspace\"then elseif key==\"p\"and auth.allowed(\"admin\")then message=\"Use the Peers page on a desktop to pair; server pairing IPC is available to administrators.\"elseif key==\"u\"and auth.allowed(\"admin\")then message=\"Signed updates are managed locally; no remote apply is permitted.\"elseif key==\"i\"and recipe and auth.allowed(\"admin\")then message=\"Drop one recipe pack into this console.\"end elseif event==\"file_transfer\"then message=importRecipePack(code)end end",
}
local CEETOS_RELEASE_INSTALLER = true
local CEETOS_PROFILE = "router-server"

-- `wget --install` may run inside a deliberately restricted CeetShell child
-- environment. Self-cleaning is optional there: never require the shell API
-- merely to install the runtime.
local args = { ... }
local automated = args[1] == "--ceetos-apply"
local self = shell and shell.getRunningProgram and shell.getRunningProgram()
local cache = "/ceetos-updates/release.lua"
-- A signed release launched directly is retained outside the replaceable
-- runtime tree for verified recovery. Development installers deliberately do
-- not become propagation sources. Do this before removing the downloaded
-- program itself, but avoid copying the cache onto itself during recovery.
if CEETOS_RELEASE_INSTALLER and not automated and self and fs.exists(self) and self ~= cache then
  if not fs.exists("/ceetos-updates") then fs.makeDir("/ceetos-updates") end
  if fs.exists(cache) then fs.delete(cache) end
  pcall(fs.copy, self, cache)
end
if self and self ~= cache and fs.exists(self) then pcall(fs.delete, self) end

local bytes = 0
for _, contents in pairs(files) do bytes = bytes + #contents end
print("CeetOS " .. CEETOS_PROFILE .. " installer (" .. bytes .. " bytes)")
if not automated then
  print("This will replace /ceetos and /startup.lua. Continue? [y/N]")
  if read():lower() ~= "y" then print("Cancelled."); return end
end

local backup, migrate, migrationData = nil, false, {}
-- Clean stale full-tree backups from older installers before measuring space.
for _, name in ipairs(fs.list(".")) do
  if name:match("^ceetos%.backup") or name == "ceetos-migrate" then fs.delete(name) end
end
-- Development transactions can be much larger than the runtime. Preserve
-- only the reconnect record; staged payloads, test data, and rollback trees
-- are disposable and must not prevent an install from starting.
for _, name in ipairs({ "staging", "backups", "test-data" }) do
  local path = fs.combine("ceetos-dev", name)
  if fs.exists(path) then fs.delete(path) end
end
if fs.exists("ceetos") then
  if automated then migrate = true else
    print("Migrate saved CeetOS configuration? [Y/n]")
    local choice = read():lower()
    migrate = choice ~= "n" and choice ~= "no"
  end
  -- Copy only durable configuration to a small migration area, then remove
  -- the old tree before writing the new one. This works on nearly-full CC
  -- drives where retaining a complete backup would make installation fail.
  if migrate then
    local durable = { "users.lua", "network.lua", "shares.lua", "config.lua", "owner-service.lua", "seen-peers.lua", "jobs.lua", "job-workers.lua", "crafting-state.lua", "auth-authority.lua", "auth-authority-state.lua", "auth-directory.lua", "auth-session.lua", "cloud.lua", "cloud-state.lua" }
    if CEETOS_PROFILE == "recipe-server" then durable[#durable + 1] = "recipes.lua" end
    for _, name in ipairs(durable) do
      local source = fs.combine("ceetos/data", name)
      if fs.exists(source) then
        local input = fs.open(source, "r")
        if input then migrationData[name] = input.readAll(); input.close() end
      end
    end
  end
  fs.delete("ceetos")
end

for path, contents in pairs(files) do
  local parent = fs.getDir(path)
  if parent ~= "" and not fs.exists(parent) then fs.makeDir(parent) end
  local handle = assert(fs.open(path, "w"))
  handle.write(contents)
  handle.close()
end

if migrate then
  -- Preserve durable configuration, but never preserve an active session,
  -- temporary recovery window, remote result cache, or stale audit entries.
  local durable = { "users.lua", "network.lua", "shares.lua", "config.lua", "owner-service.lua", "seen-peers.lua", "jobs.lua", "job-workers.lua", "crafting-state.lua", "auth-authority.lua", "auth-authority-state.lua", "auth-directory.lua", "auth-session.lua", "cloud.lua", "cloud-state.lua" }
  if CEETOS_PROFILE == "recipe-server" then durable[#durable + 1] = "recipes.lua" end
  for _, name in ipairs(durable) do
    local contents = migrationData[name]
    if contents then
      if not fs.exists("ceetos/data") then fs.makeDir("ceetos/data") end
      local output = assert(fs.open(fs.combine("ceetos/data", name), "w"))
      output.write(contents); output.close()
    end
  end
  print("Saved CeetOS configuration migrated. Please log in again.")
end

-- The installer is intentionally transactional while it runs, but retaining
-- a full tree backup after a successful install quickly exhausts small CC
-- drives. Durable data has already been copied, so remove the old tree.
if automated then
  -- The root startup launcher sees this marker and boots the freshly written
  -- runtime rather than replaying the installer. The runtime verifies its
  -- loaded version before clearing it.
  if not fs.exists("/ceetos-updates") then fs.makeDir("/ceetos-updates") end
  local marker = fs.open("/ceetos-updates/pending.lua", "w")
  if marker then marker.write("return {state='verify',version=" .. "0.16.5" .. ",profile=" .. "\"router-server\"" .. "}"); marker.close() end
  print("CeetOS installed. Rebooting to verify the update.")
  os.reboot()
end
print("CeetOS installed. Reboot to start it.")

-- CEETOS_RELEASE_PAYLOAD_END