7 Commits
main ... 1.2.1

Author SHA1 Message Date
a6d2f6dca7 /home/user owned by user, user starts in cwd /home/user 2026-02-23 23:05:13 -06:00
b015d5880a load vuln fixed, sudo fixed 2026-02-23 22:43:12 -06:00
6694711423 Update contributors.md
Added developer names
2026-02-22 23:05:52 -05:00
40c97ca000 Hyperion v1.2.0 2026-02-22 21:53:02 -06:00
dd2437d4af fix astro's syscall redefiniton so files use it 2026-02-21 14:12:05 -06:00
d026cfbb03 cleaned syscalls 2026-02-21 15:06:54 -05:00
aad7efd055 Merge pull request 'New build system + hysh functionality' (#4) from spsf/HyperionOS:main into main
Reviewed-on: Hyperion/HyperionOS#4
2026-02-21 14:54:01 -05:00
49 changed files with 6977 additions and 1384 deletions

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@@ -1,24 +1,33 @@
local args = {...} local args = {...}
local name = syscall.getTask(syscall.getpid()).name local name = syscall.getTask(syscall.getpid()).name
local fs = require("sys.fs") local fs = require("sys.fs")
local filePath = (args[1] or "")
if filePath:sub(1, 1) ~= "/" then
filePath = syscall.getcwd().."/"..filePath
end
if not fs.exists(filePath) and args[1] then if not args[1] then
print(name..": Cannot access '"..args[1].."': No such file.") while true do
local content = syscall.read(0, 1024)
if not content or content == "" then break end
printInline(content)
end
print("")
return return
end end
local file = 0 for _, arg in ipairs(args) do
if args[1] then local filePath = arg
file = syscall.open(filePath, "r") if filePath:sub(1,1) ~= "/" then
filePath = syscall.getcwd().."/"..filePath
end
if not fs.exists(filePath) then
print(name..": Cannot access '"..arg.."': No such file.")
else
local fd = syscall.open(filePath, "r")
while true do
local content = syscall.read(fd, 1024)
if not content or content == "" then break end
printInline(content)
end
syscall.close(fd)
end
end end
local content=""
while content~=nil or file == 0 do
content=syscall.read(file, 1024)
printInline(content)
end
syscall.close(file)
print("") print("")

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@@ -0,0 +1,162 @@
--:Minify:--
-- supports +i/-i (immutable) stored in the file's cmeta/xattr field
local name = syscall.getTask(syscall.getpid()).name
local cloptions = { R = false, help = false }
local args = {}
local modeStr = nil
for _, v in ipairs({ ... }) do
if v:sub(1, 2) == "--" then
local opt = v:sub(3)
if cloptions[opt] == nil then
print(name .. ": unrecognized option '" .. v .. "'")
print("try '" .. name .. " --help' for more information.")
syscall.exit(1); return
end
cloptions[opt] = true
elseif v:sub(1, 1) == "-" and not v:match("^%-[%+%-]") then
local isFlag = true
for i = 2, #v do
local c = v:sub(i,i)
if cloptions[c] ~= nil then
cloptions[c] = true
else
isFlag = false; break
end
end
if not isFlag then
modeStr = v
end
elseif v:sub(1,1) == "+" or (v:sub(1,1) == "-" and v:match("^%-[a-zA-Z]")) then
modeStr = v
else
table.insert(args, v)
end
end
if cloptions.help then
print("Usage: " .. name .. " [OPTION]... +-= ATTRS FILE...")
print("Change file attributes on a filesystem.")
print("")
print("Attributes:")
print(" i immutable: file cannot be modified, renamed, or deleted")
print(" a append-only: file can only be appended to")
print("")
print("Operators: +attr add, -attr remove")
print("Example: " .. name .. " +i /etc/passwd")
print("")
print("Options:")
print(" -R operate on files and directories recursively")
print(" --help display this help and exit")
return
end
if not modeStr or #args < 1 then
print(name .. ": missing operand")
print("try '" .. name .. " --help' for more information.")
syscall.exit(1); return
end
local op = modeStr:sub(1, 1)
local attrs = modeStr:sub(2)
if op ~= "+" and op ~= "-" then
print(name .. ": invalid operator '" .. op .. "' (use + or -)")
syscall.exit(1); return
end
local function getXattr(path)
local stat = pcall(function() return syscall.stat(path) end) and syscall.stat(path)
if stat then return stat.xattr or "" end
return ""
end
local IMMUTABLE_TAG = "|i"
local APPENDONLY_TAG = "|a"
local function attrTag(c)
if c == "i" then return IMMUTABLE_TAG
elseif c == "a" then return APPENDONLY_TAG
else return nil end
end
local function chattrPath(path)
local stat = syscall.stat(path)
if not stat then
print(name .. ": cannot stat '" .. path .. "': No such file or directory")
return false
end
if stat.etype == 0x01 then
return true
end
if not syscall.setxattr then
print(name .. ": kernel does not expose setxattr syscall; cannot modify attributes")
syscall.exit(1); return false
end
local xattr = stat.xattr or ""
for i = 1, #attrs do
local c = attrs:sub(i, i)
local tag = attrTag(c)
if not tag then
print(name .. ": unsupported attribute '" .. c .. "'")
syscall.exit(1); return false
end
local hasTag = xattr:find(tag, 1, true)
if op == "+" and not hasTag then
xattr = xattr .. tag
elseif op == "-" and hasTag then
xattr = xattr:gsub(tag:gsub("|", "%%|"), "")
end
end
local ok, err = pcall(syscall.setxattr, path, xattr)
if not ok then
print(name .. ": cannot set attributes on '" .. path .. "': " .. tostring(err))
return false
end
return true
end
local function chattrRecursive(path)
if not chattrPath(path) then return end
if syscall.type(path) == "directory" then
local ok, list = pcall(syscall.listdir, path)
if ok then
for _, entry in ipairs(list) do
local child = path
if child:sub(-1) ~= "/" then child = child .. "/" end
chattrRecursive(child .. entry)
end
end
end
end
local cwd = syscall.getcwd()
local function absPath(p)
if p:sub(1,1) ~= "/" then p = cwd .. "/" .. p end
return p
end
if not syscall.setxattr then
print(name .. ": kernel does not expose setxattr; attributes cannot be persisted")
print(name .. ": add sys[\"setxattr\"] = vfs.setxattr to 10_vfs.kmod to enable this")
syscall.exit(1); return
end
local exitCode = 0
for i = 1, #args do
local path = absPath(args[i])
if not syscall.exists(path) then
print(name .. ": cannot access '" .. args[i] .. "': No such file or directory")
exitCode = 1
elseif cloptions.R then
chattrRecursive(path)
else
if not chattrPath(path) then exitCode = 1 end
end
end
syscall.exit(exitCode)

117
Src/Hyperion-bash/bin/chgrp Normal file
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@@ -0,0 +1,117 @@
--:Minify:--
-- chgrp: change group ownership
local name = syscall.getTask(syscall.getpid()).name
local cloptions = { R = false, help = false }
local args = {}
for _, v in ipairs({ ... }) do
if v:sub(1, 2) == "--" then
local opt = v:sub(3)
if cloptions[opt] == nil then
print(name .. ": unrecognized option '" .. v .. "'")
print("try '" .. name .. " --help' for more information.")
syscall.exit(1); return
end
cloptions[opt] = true
elseif v:sub(1, 1) == "-" then
for i = 2, #v do
local opt = v:sub(i, i)
if cloptions[opt] == nil then
print(name .. ": invalid option '-" .. opt .. "'")
print("try '" .. name .. " --help' for more information.")
syscall.exit(1); return
end
cloptions[opt] = true
end
else
table.insert(args, v)
end
end
if cloptions.help then
print("Usage: " .. name .. " [OPTION]... GROUP FILE...")
print("Change the group of each FILE to GROUP.")
print("GROUP may be a group name or numeric ID.")
print("")
print("Options:")
print(" -R operate on files and directories recursively")
print(" --help display this help and exit")
return
end
if #args < 2 then
print(name .. ": missing operand")
print("try '" .. name .. " --help' for more information.")
syscall.exit(1); return
end
local groupStr = args[1]
local function resolveGid(s)
local n = tonumber(s)
if n then return n end
local uid = syscall.getuidbyname and syscall.getuidbyname(s)
if uid then
local pwent = syscall.getpasswd(uid)
if pwent then return pwent.gid end
end
print(name .. ": invalid group: '" .. s .. "'")
syscall.exit(1)
end
local newGid = resolveGid(groupStr)
local function chgrpPath(path)
local stat = syscall.stat(path)
if not stat then
print(name .. ": cannot stat '" .. path .. "': no such file or directory")
return false
end
local ok, err = pcall(syscall.chown, path, stat.owner, newGid)
if not ok then
local msg = tostring(err)
if msg:find("EPERM") or msg:find("EACCES") then
msg = "operation not permitted (must be root)"
elseif msg:find("ENOENT") then
msg = "no such file or directory"
end
print(name .. ": cannot change group of '" .. path .. "': " .. msg)
return false
end
return true
end
local function chgrpRecursive(path)
if not chgrpPath(path) then return end
if syscall.type(path) == "directory" then
local ok, list = pcall(syscall.listdir, path)
if ok then
for _, entry in ipairs(list) do
local child = path
if child:sub(-1) ~= "/" then child = child .. "/" end
chgrpRecursive(child .. entry)
end
end
end
end
local cwd = syscall.getcwd()
local function absPath(p)
if p:sub(1,1) ~= "/" then p = cwd .. "/" .. p end
return p
end
local exitCode = 0
for i = 2, #args do
local path = absPath(args[i])
if not syscall.exists(path) then
print(name .. ": cannot access '" .. args[i] .. "': No such file or directory")
exitCode = 1
elseif cloptions.R then
chgrpRecursive(path)
else
if not chgrpPath(path) then exitCode = 1 end
end
end
syscall.exit(exitCode)

268
Src/Hyperion-bash/bin/chmod Normal file
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@@ -0,0 +1,268 @@
--:Minify:--
local name = syscall.getTask(syscall.getpid()).name
local cloptions = { R = false, help = false }
local args = {}
for _, v in ipairs({ ... }) do
if v:sub(1, 2) == "--" then
local opt = v:sub(3)
if cloptions[opt] == nil then
print(name .. ": unrecognized option '" .. v .. "'")
print("try '" .. name .. " --help' for more information.")
syscall.exit(1); return
end
cloptions[opt] = true
elseif v:sub(1, 1) == "-" then
for i = 2, #v do
local opt = v:sub(i, i)
if cloptions[opt] == nil then
print(name .. ": invalid option '-" .. opt .. "'")
print("try '" .. name .. " --help' for more information.")
syscall.exit(1); return
end
cloptions[opt] = true
end
else
table.insert(args, v)
end
end
if cloptions.help then
print("Usage: " .. name .. " [OPTION]... MODE FILE...")
print("Change the file mode bits of each FILE to MODE.")
print("")
print("MODE may be octal (e.g. 755) or symbolic (e.g. u+x, go-w, a=r).")
print("")
print("Octal bit layout (Hyperion):")
print(" owner: r=32 w=16 x=512 group: r=8 w=4 x=256")
print(" world: r=2 w=1 x=128 suid=64")
print(" Common: 644=rw-r--r-- 755=rwxr-xr-x 700=rwx------")
print("")
print("Symbolic: [ugoa][+-=][rwxs] (comma-separated list)")
print("")
print("Options:")
print(" -R change files and directories recursively")
print(" --help display this help and exit")
return
end
if #args < 2 then
print(name .. ": missing operand")
print("try '" .. name .. " --help' for more information.")
syscall.exit(1); return
end
local modeArg = args[1]
local P = {
OWNER_R = 32, OWNER_W = 16, OWNER_X = 512,
GROUP_R = 8, GROUP_W = 4, GROUP_X = 256,
WORLD_R = 2, WORLD_W = 1, WORLD_X = 128,
SUID = 64,
}
local function bit_is_set(num, bit)
return math.floor(num / (2 ^ bit)) % 2 == 1
end
local function parseOctal(s)
local n = tonumber(s, 8)
if not n then return nil end
local result = 0
if bit_is_set(n, 8) then result = result + P.OWNER_R end -- 0400
if bit_is_set(n, 7) then result = result + P.OWNER_W end -- 0200
if bit_is_set(n, 6) then result = result + P.OWNER_X end -- 0100
if bit_is_set(n, 5) then result = result + P.GROUP_R end -- 040
if bit_is_set(n, 4) then result = result + P.GROUP_W end -- 020
if bit_is_set(n, 3) then result = result + P.GROUP_X end -- 010
if bit_is_set(n, 2) then result = result + P.WORLD_R end -- 004
if bit_is_set(n, 1) then result = result + P.WORLD_W end -- 002
if bit_is_set(n, 0) then result = result + P.WORLD_X end -- 001
if bit_is_set(n, 11) then result = result + P.SUID end
return result
end
local function applySymbolic(modeStr, existingPerms)
local perms = existingPerms
for clause in (modeStr .. ","):gmatch("([^,]+),") do
local who_str, rest = clause:match("^([ugoa]*)([+%-=].+)$")
if not who_str then
print(name .. ": invalid mode: '" .. clause .. "'")
syscall.exit(1); return nil
end
if who_str == "" or who_str == "a" then who_str = "ugo" end
local op = rest:sub(1, 1)
local bits_str = rest:sub(2)
local mask = 0
for i = 1, #bits_str do
local c = bits_str:sub(i, i)
for j = 1, #who_str do
local w = who_str:sub(j, j)
if c == "r" then
if w == "u" then mask = mask + P.OWNER_R
elseif w == "g" then mask = mask + P.GROUP_R
elseif w == "o" then mask = mask + P.WORLD_R end
elseif c == "w" then
if w == "u" then mask = mask + P.OWNER_W
elseif w == "g" then mask = mask + P.GROUP_W
elseif w == "o" then mask = mask + P.WORLD_W end
elseif c == "x" then
if w == "u" then mask = mask + P.OWNER_X
elseif w == "g" then mask = mask + P.GROUP_X
elseif w == "o" then mask = mask + P.WORLD_X end
elseif c == "s" then
if w == "u" then mask = mask + P.SUID end
end
end
end
if op == "+" then
perms = perms + (mask - (perms % (mask + 1) - perms % mask > 0 and 0 or 0))
perms = perms - (perms % 1)
local function bor(a, b)
local result, bit = 0, 1
while a > 0 or b > 0 do
if (a % 2 == 1) or (b % 2 == 1) then result = result + bit end
a = math.floor(a / 2); b = math.floor(b / 2); bit = bit * 2
end
return result
end
perms = bor(perms, mask)
elseif op == "-" then
local function band(a, b)
local result, bit = 0, 1
while a > 0 and b > 0 do
if (a % 2 == 1) and (b % 2 == 1) then result = result + bit end
a = math.floor(a / 2); b = math.floor(b / 2); bit = bit * 2
end
return result
end
local function bxor(a, b)
local result, bit = 0, 1
while a > 0 or b > 0 do
if (a % 2 == 1) ~= (b % 2 == 1) then result = result + bit end
a = math.floor(a / 2); b = math.floor(b / 2); bit = bit * 2
end
return result
end
perms = bxor(perms, band(perms, mask))
elseif op == "=" then
local clearMask = 0
for j = 1, #who_str do
local w = who_str:sub(j, j)
if w == "u" then clearMask = clearMask + P.OWNER_R + P.OWNER_W + P.OWNER_X + P.SUID
elseif w == "g" then clearMask = clearMask + P.GROUP_R + P.GROUP_W + P.GROUP_X
elseif w == "o" then clearMask = clearMask + P.WORLD_R + P.WORLD_W + P.WORLD_X end
end
local function bxor(a, b)
local result, bit = 0, 1
while a > 0 or b > 0 do
if (a % 2 == 1) ~= (b % 2 == 1) then result = result + bit end
a = math.floor(a / 2); b = math.floor(b / 2); bit = bit * 2
end
return result
end
local function band(a, b)
local result, bit = 0, 1
while a > 0 and b > 0 do
if (a % 2 == 1) and (b % 2 == 1) then result = result + bit end
a = math.floor(a / 2); b = math.floor(b / 2); bit = bit * 2
end
return result
end
local function bor(a, b)
local result, bit = 0, 1
while a > 0 or b > 0 do
if (a % 2 == 1) or (b % 2 == 1) then result = result + bit end
a = math.floor(a / 2); b = math.floor(b / 2); bit = bit * 2
end
return result
end
perms = bxor(perms, band(perms, clearMask))
perms = bor(perms, mask)
else
print(name .. ": invalid operator in mode: '" .. clause .. "'")
syscall.exit(1); return nil
end
end
return perms
end
local function resolveMode(modeStr, existingPerms)
if modeStr:match("^[0-7]+$") then
local p = parseOctal(modeStr)
if p then return p end
end
return applySymbolic(modeStr, existingPerms)
end
local function chmodPath(path)
local stat, err = pcall(syscall.stat, path)
local existingPerms = 0
if stat then
local s = syscall.stat(path)
existingPerms = s and s.perms or 0
end
local newPerms = resolveMode(modeArg, existingPerms)
if newPerms == nil then return false end
local ok, cerr = pcall(syscall.chmod, path, newPerms)
if not ok then
local msg = tostring(cerr)
if msg:find("EACCES") or msg:find("EPERM") then
msg = "permission denied"
elseif msg:find("ENOENT") then
msg = "no such file or directory"
end
print(name .. ": cannot change permissions of '" .. path .. "': " .. msg)
return false
end
return true
end
local function chmodRecursive(path)
if not chmodPath(path) then return end
if syscall.type(path) == "directory" then
local ok, list = pcall(syscall.listdir, path)
if ok then
for _, entry in ipairs(list) do
local child = path
if child:sub(-1) ~= "/" then child = child .. "/" end
chmodRecursive(child .. entry)
end
end
end
end
local cwd = syscall.getcwd()
local function absPath(p)
if p:sub(1,1) ~= "/" then p = cwd .. "/" .. p end
return p
end
local exitCode = 0
for i = 2, #args do
local path = absPath(args[i])
if not syscall.exists(path) then
print(name .. ": cannot access '" .. args[i] .. "': No such file or directory")
exitCode = 1
elseif cloptions.R then
chmodRecursive(path)
else
if not chmodPath(path) then exitCode = 1 end
end
end
syscall.exit(exitCode)

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Src/Hyperion-bash/bin/chown Normal file
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@@ -0,0 +1,150 @@
--:Minify:--
local name = syscall.getTask(syscall.getpid()).name
local cloptions = { R = false, help = false }
local args = {}
for _, v in ipairs({ ... }) do
if v:sub(1, 2) == "--" then
local opt = v:sub(3)
if cloptions[opt] == nil then
print(name .. ": unrecognized option '" .. v .. "'")
print("try '" .. name .. " --help' for more information.")
syscall.exit(1); return
end
cloptions[opt] = true
elseif v:sub(1, 1) == "-" then
for i = 2, #v do
local opt = v:sub(i, i)
if cloptions[opt] == nil then
print(name .. ": invalid option '-" .. opt .. "'")
print("try '" .. name .. " --help' for more information.")
syscall.exit(1); return
end
cloptions[opt] = true
end
else
table.insert(args, v)
end
end
if cloptions.help then
print("Usage: " .. name .. " [OPTION]... OWNER[:GROUP] FILE...")
print(" " .. name .. " [OPTION]... :GROUP FILE...")
print("Change the owner and/or group of each FILE.")
print("OWNER and GROUP may be names or numeric IDs.")
print("")
print("Options:")
print(" -R operate on files and directories recursively")
print(" --help display this help and exit")
return
end
if #args < 2 then
print(name .. ": missing operand")
print("try '" .. name .. " --help' for more information.")
syscall.exit(1); return
end
local spec = args[1]
local ownerStr, groupStr
if spec:sub(1,1) == ":" then
groupStr = spec:sub(2)
else
local colon = spec:find(":", 1, true)
if colon then
ownerStr = spec:sub(1, colon - 1)
groupStr = spec:sub(colon + 1)
if groupStr == "" then groupStr = nil end
else
ownerStr = spec
end
end
local function resolveUid(s)
if not s or s == "" then return nil end
local n = tonumber(s)
if n then return n end
local uid = syscall.getuidbyname and syscall.getuidbyname(s)
if uid then return uid end
print(name .. ": invalid user: '" .. s .. "'")
syscall.exit(1)
end
local function resolveGid(s)
if not s or s == "" then return nil end
local n = tonumber(s)
if n then return n end
local uid = syscall.getuidbyname and syscall.getuidbyname(s)
if uid then
local pwent = syscall.getpasswd(uid)
if pwent then return pwent.gid end
end
print(name .. ": invalid group: '" .. s .. "'")
syscall.exit(1)
end
local newUid = resolveUid(ownerStr)
local newGid = resolveGid(groupStr)
if newUid == nil and newGid == nil then
print(name .. ": no owner or group specified")
syscall.exit(1); return
end
local function chownPath(path)
local stat = syscall.stat(path)
if not stat then
print(name .. ": cannot stat '" .. path .. "': no such file or directory")
return false
end
local uid = newUid ~= nil and newUid or stat.owner
local gid = newGid ~= nil and newGid or stat.group
local ok, err = pcall(syscall.chown, path, uid, gid)
if not ok then
local msg = tostring(err)
if msg:find("EPERM") or msg:find("EACCES") then
msg = "operation not permitted (must be root)"
elseif msg:find("ENOENT") then
msg = "no such file or directory"
end
print(name .. ": cannot change owner of '" .. path .. "': " .. msg)
return false
end
return true
end
local function chownRecursive(path)
if not chownPath(path) then return end
if syscall.type(path) == "directory" then
local ok, list = pcall(syscall.listdir, path)
if ok then
for _, entry in ipairs(list) do
local child = path
if child:sub(-1) ~= "/" then child = child .. "/" end
chownRecursive(child .. entry)
end
end
end
end
local cwd = syscall.getcwd()
local function absPath(p)
if p:sub(1,1) ~= "/" then p = cwd .. "/" .. p end
return p
end
local exitCode = 0
for i = 2, #args do
local path = absPath(args[i])
if not syscall.exists(path) then
print(name .. ": cannot access '" .. args[i] .. "': No such file or directory")
exitCode = 1
elseif cloptions.R then
chownRecursive(path)
else
if not chownPath(path) then exitCode = 1 end
end
end
syscall.exit(exitCode)

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@@ -0,0 +1,83 @@
--:Minify:--
local name = syscall.getTask(syscall.getpid()).name
local args = {}
local cloptions = { help = false }
for _, v in ipairs({ ... }) do
if v:sub(1, 2) == "--" then
local opt = v:sub(3)
if opt == "help" then
cloptions.help = true
else
print(name .. ": unrecognized option '" .. v .. "'")
print("try '" .. name .. " --help' for more information.")
syscall.exit(1); return
end
elseif v:sub(1, 1) == "-" then
print(name .. ": invalid option '" .. v .. "'")
print("try '" .. name .. " --help' for more information.")
syscall.exit(1); return
else
table.insert(args, v)
end
end
if cloptions.help then
print("Usage: " .. name .. " NEWROOT [COMMAND [ARG]...]")
print("Run COMMAND with root directory set to NEWROOT.")
print("If COMMAND is omitted, runs the current user's shell.")
print("")
print("Requires root (uid 0).")
return
end
if #args < 1 then
print(name .. ": missing operand")
print("try '" .. name .. " --help' for more information.")
syscall.exit(1); return
end
local euid = syscall.geteuid and syscall.geteuid() or syscall.getuid()
if euid ~= 0 then
print(name .. ": cannot change root directory: Permission denied")
syscall.exit(1); return
end
local newRoot = args[1]
if newRoot:sub(1,1) ~= "/" then
newRoot = syscall.getcwd() .. "/" .. newRoot
end
if not syscall.exists(newRoot) then
print(name .. ": cannot change root directory to '" .. args[1] .. "': No such file or directory")
syscall.exit(1); return
end
if syscall.type(newRoot) ~= "directory" then
print(name .. ": '" .. args[1] .. "': Not a directory")
syscall.exit(1); return
end
local ok, err = pcall(syscall.chroot, newRoot)
if not ok then
print(name .. ": cannot change root directory to '" .. args[1] .. "': " .. tostring(err))
syscall.exit(1); return
end
local shell
if #args >= 2 then
shell = args[2]
else
local uid = syscall.getuid()
local pwent = syscall.getpasswd(uid)
shell = (pwent and pwent.shell) or "/bin/hysh"
end
local execArgs = {}
for i = 3, #args do table.insert(execArgs, args[i]) end
local execOk, execErr = pcall(syscall.exec, shell, execArgs)
if not execOk then
print(name .. ": failed to run command '" .. shell .. "': " .. tostring(execErr))
syscall.exit(127)
end

View File

@@ -1,174 +1,205 @@
--:Minify:-- --:Minify:--
-- help: display command reference with paged scrolling
local COMMANDS = { local COMMANDS = {
-- {name, usage, description, {flags...}} { name="cd", usage="cd [dir]", desc="Change working directory. Use '-' to return to previous directory.", flags={} },
-- flags: {flag, desc} { name="pwd", usage="pwd", desc="Print current working directory.", flags={} },
{ { name="ls", usage="ls [-alh] [dir]", desc="List directory contents. Coloured by type: dirs=blue, symlinks=cyan, executables=green.", flags={
name = "cat", {"-a","Show hidden files (starting with .)"},
usage = "cat [file]", {"-l","Long format: permissions, owner, group, size, mtime, name"},
desc = "Print file contents to stdout. Reads from stdin if no file given.", {"-h","Human-readable file sizes (with -l)"},
flags = {} {"--help","Display help and exit"},
}, }},
{ { name="find", usage="find [path] [-name PAT] [-type f|d|l] [-maxdepth N]", desc="Walk the filesystem tree and print matching paths.", flags={
name = "cd", {"-name PAT", "Match filename against shell glob (* and ?)"},
usage = "cd [dir]", {"-type f|d|l","Filter by file, directory, or symlink"},
desc = "Change working directory. Use '-' to return to previous directory.", {"-maxdepth N","Descend at most N directory levels"},
flags = {} {"-mindepth N","Skip entries shallower than N levels"},
}, {"-empty", "Match empty files or empty directories"},
{ }},
name = "clear", { name="cp", usage="cp [-rRp] SOURCE... DEST", desc="Copy files or directories.", flags={
usage = "clear", {"-r,-R","Recurse into directories"},
desc = "Clear the terminal screen.", {"-p", "Preserve permissions"},
flags = {} {"--help","Display help and exit"},
}, }},
{ { name="mv", usage="mv [-f] SOURCE... DEST", desc="Move or rename files and directories.", flags={
name = "echo", {"-f", "Do not prompt before overwriting (default)"},
usage = "echo [text...]", {"--help","Display help and exit"},
desc = "Print arguments to stdout.", }},
flags = {} { name="rm", usage="rm [-rRf] FILE...", desc="Remove files or directories.", flags={
}, {"-r,-R","Recursively remove directories and their contents"},
{ {"-f", "Ignore nonexistent files, never prompt"},
name = "hfetch", {"--help","Display help and exit"},
usage = "hfetch", }},
desc = "Display system information in a neofetch-style layout.", { name="touch", usage="touch FILE...", desc="Create an empty file, or no-op if it already exists.", flags={} },
flags = {} { name="mkdir", usage="mkdir <dir>", desc="Create a directory.", flags={} },
}, { name="ln", usage="ln -s [-f] TARGET LINK", desc="Create a symbolic link. Multiple targets can be linked into a directory.", flags={
{ {"-s", "Create a symbolic link (required; hard links not supported)"},
name = "id", {"-f", "Remove existing destination before creating link"},
usage = "id [username]", {"--help","Display help and exit"},
desc = "Print user identity (uid, gid). Defaults to current user.", }},
flags = {} { name="cat", usage="cat [file...]", desc="Print file(s) to stdout. Reads stdin if no file given.", flags={} },
}, { name="head", usage="head [-n N] [file...]", desc="Print the first N lines of each file (default 10).", flags={
{ {"-n N","Number of lines to print"},
name = "login", {"--help","Display help and exit"},
usage = "login", }},
desc = "System login prompt. Launched automatically at boot.", { name="tail", usage="tail [-n N] [file...]", desc="Print the last N lines of each file (default 10).", flags={
flags = {} {"-n N","Number of lines to print"},
}, {"--help","Display help and exit"},
{ }},
name = "ls", { name="wc", usage="wc [-lwc] [file...]", desc="Count lines, words, and bytes in files.", flags={
usage = "ls [-alh] [dir]", {"-l","Print line count"},
desc = "List directory contents.", {"-w","Print word count"},
flags = { {"-c","Print byte count"},
{"-a", "Show hidden files (starting with .)"}, {"--help","Display help and exit"},
{"-l", "Long format: permissions, owner, size"}, }},
{"-h", "Human-readable file sizes"}, { name="grep", usage="grep [-ivnlcrR] PATTERN [file...]", desc="Search for lines matching a Lua pattern.", flags={
} {"-i","Ignore case"},
}, {"-v","Invert: select non-matching lines"},
{ {"-n","Prefix output with line numbers"},
name = "lsusers", {"-l","Print only filenames that contain a match"},
usage = "lsusers", {"-c","Print count of matching lines per file"},
desc = "List all user accounts with uid, gid, home, and shell.", {"-r,-R","Recurse into directories"},
flags = {} {"--help","Display help and exit"},
}, }},
{ { name="sed", usage="sed 's/PAT/REPL/' [file...]", desc="Stream editor. Applies substitution commands to each line.", flags={} },
name = "lua", { name="sort", usage="sort [-rnu] [file...]", desc="Sort lines of text.", flags={
usage = "lua", {"-r","Reverse the sort order"},
desc = "Interactive Lua REPL prompt.", {"-n","Numeric sort"},
flags = {} {"-u","Suppress duplicate lines"},
}, {"--help","Display help and exit"},
{ }},
name = "mkdir", { name="uniq", usage="uniq [-cdui] [input [output]]", desc="Filter adjacent duplicate lines.", flags={
usage = "mkdir <dir>", {"-c","Prefix each line with its repetition count"},
desc = "Create a directory.", {"-d","Print only lines that appear more than once"},
flags = {} {"-u","Print only lines that appear exactly once"},
}, {"-i","Ignore case when comparing"},
{ {"--help","Display help and exit"},
name = "passwd", }},
usage = "passwd [username]", { name="tee", usage="tee [-a] [file...]", desc="Copy stdin to stdout and to each FILE simultaneously.", flags={
desc = "Change a user password. Non-root must verify current password first.", {"-a","Append to files instead of overwriting"},
flags = {} {"--help","Display help and exit"},
}, }},
{ { name="basename", usage="basename STRING [SUFFIX]", desc="Strip directory and optional suffix from a path.", flags={} },
name = "ps", { name="dirname", usage="dirname STRING...", desc="Strip the last component from a path.", flags={} },
usage = "ps", { name="readlink", usage="readlink [-fenq] file...", desc="Print the target of a symbolic link.", flags={
desc = "List running tasks with pid, user, name, and status.", {"-f","Canonicalize: follow every symlink component"},
flags = {} {"-e","Like -f but all components must exist"},
}, {"-n","Do not output trailing newline"},
{ {"--help","Display help and exit"},
name = "pwd", }},
usage = "pwd", { name="stat", usage="stat file...", desc="Display file type, size, owner, group, and permissions.", flags={
desc = "Print current working directory.", {"--help","Display help and exit"},
flags = {} }},
}, { name="chmod", usage="chmod [-R] MODE file...", desc="Change file permissions. MODE may be octal (755) or symbolic (u+x).", flags={
{ {"-R", "Recurse into directories"},
name = "su", {"--help","Display help and exit"},
usage = "su [username]", }},
desc = "Switch user. Defaults to root. Root can switch without a password.", { name="chown", usage="chown [-R] USER[:GROUP] file...", desc="Change file owner and/or group.", flags={
flags = {} {"-R","Recurse into directories"},
}, {"--help","Display help and exit"},
{ }},
name = "sudo", { name="chgrp", usage="chgrp [-R] GROUP file...", desc="Change file group ownership.", flags={
usage = "sudo [-u user] <command> [args...]", {"-R","Recurse into directories"},
desc = "Run a command as another user (default root). Authenticates as current user.", {"--help","Display help and exit"},
flags = { }},
{"-u user", "Run as the specified user (name or uid)"}, { name="chattr", usage="chattr [+-=][attrs] file...", desc="Change file attributes.", flags={} },
} { name="echo", usage="echo [text...]", desc="Print arguments to stdout.", flags={} },
}, { name="whoami", usage="whoami", desc="Print the current username.", flags={} },
{ { name="id", usage="id [username]", desc="Print user identity (uid, gid).", flags={} },
name = "sysdump", { name="ps", usage="ps", desc="List running tasks with pid, user, name, and status.", flags={} },
usage = "sysdump", { name="hostname", usage="hostname [NAME]", desc="Print or set the system hostname.", flags={} },
desc = "List all registered kernel syscalls.", { name="uname", usage="uname [-asnrm]", desc="Print system information (OS name, hostname, release, machine).", flags={
flags = {} {"-a","Print all fields"},
}, {"-s","Kernel name"},
{ {"-n","Node hostname"},
name = "useradd", {"-r","Kernel release"},
usage = "useradd [-p pw] [-g gid] [-d home] [-s shell] [-M] <username>", {"-m","Machine hardware name"},
desc = "Create a new user account.", {"--help","Display help and exit"},
flags = { }},
{"-p pw", "Set password (prompted interactively if omitted)"}, { name="df", usage="df [-h] [path...]", desc="Report filesystem disk space usage.", flags={
{"-g gid", "Set primary group id"}, {"-h","Human-readable sizes (K, M, G)"},
{"-d home", "Set home directory (default: /home/username)"}, {"--help","Display help and exit"},
{"-s shell", "Set login shell (default: /bin/hysh)"}, }},
{"-M", "Do not create home directory"}, { name="stat", usage="stat file...", desc="Display file status: type, size, permissions, owner.", flags={} },
} { name="env", usage="env [KEY=VAL]... [CMD]", desc="Print the environment, or run a command with modified environment.", flags={} },
}, { name="printenv", usage="printenv [NAME...]", desc="Print environment variable values (all if no names given).", flags={} },
{ { name="sleep", usage="sleep N[smhd]", desc="Pause for N seconds (or minutes/hours/days with m/h/d suffix).", flags={} },
name = "userdel", { name="true", usage="true", desc="Do nothing, exit successfully (status 0).", flags={} },
usage = "userdel [-r] <username>", { name="false", usage="false", desc="Do nothing, exit unsuccessfully (status 1).", flags={} },
desc = "Delete a user account.", { name="yes", usage="yes [text]", desc="Repeatedly print 'y' (or given text) until interrupted.", flags={} },
flags = { { name="mount", usage="mount [-o loop] [SRC DEST | ID MNT]", desc="Mount a loop device or show all current mounts.", flags={
{"-r", "Also recursively remove the user's home directory"}, {"-o loop","Attach SRC as a loop device and mount at DEST in one step"},
} {"--help","Display help and exit"},
}, }},
{ { name="umount", usage="umount [--no-detach] MOUNTPOINT | -l LOOPID", desc="Unmount a filesystem and auto-detach its loop device.", flags={
name = "usermod", {"--no-detach","Unmount but keep loop device attached"},
usage = "usermod [-l name] [-p pw] [-g gid] [-d home] [-s shell] [-L] [-U] <username>", {"-l LOOPID","Force-detach a loop device without unmounting"},
desc = "Modify an existing user account.", {"--help","Display help and exit"},
flags = { }},
{"-l name", "Rename the user"}, { name="losetup", usage="losetup [-dil] [path]", desc="Attach a directory or .hfs image as a loop device.", flags={
{"-p pw", "Set new password"}, {"-d ID","Detach loop device"},
{"-g gid", "Change primary group id"}, {"-i path","Force image mode (even without .hfs extension)"},
{"-d home", "Change home directory"}, {"-l","List all attached loop devices"},
{"-s shell", "Change login shell"}, {"--help","Display help and exit"},
{"-L", "Lock the account (disable login)"}, }},
{"-U", "Unlock the account"}, { name="loimgcreate", usage="loimgcreate [-x] SRC DEST", desc="Pack a directory into a portable HFS image, or extract one.", flags={
} {"-x","Extract image to destination directory"},
}, {"--help","Display help and exit"},
{ }},
name = "whoami", { name="useradd", usage="useradd [-p pw] [-g gid] [-d home] [-s shell] [-M] <user>", desc="Create a new user account.", flags={
usage = "whoami", {"-p pw", "Set password"},
desc = "Print the current username.", {"-g gid", "Set primary group id"},
flags = {} {"-d home", "Set home directory (default /home/username)"},
}, {"-s shell","Set login shell (default /bin/hysh)"},
{ {"-M", "Do not create home directory"},
name = "yes", }},
usage = "yes [text]", { name="userdel", usage="userdel [-r] <user>", desc="Delete a user account.", flags={
desc = "Repeatedly print 'y' (or given text) until interrupted with Ctrl+C.", {"-r","Also remove the user's home directory"},
flags = {} }},
}, { name="usermod", usage="usermod [-l name] [-p pw] [-g gid] [-d home] [-s shell] [-LU] <user>", desc="Modify an existing user account.", flags={
{"-l name", "Rename the user"},
{"-p pw", "Set new password"},
{"-g gid", "Change primary group id"},
{"-d home", "Change home directory"},
{"-s shell","Change login shell"},
{"-L", "Lock the account"},
{"-U", "Unlock the account"},
}},
{ name="passwd", usage="passwd [username]", desc="Change a user password.", flags={} },
{ name="lsusers", usage="lsusers", desc="List all user accounts with uid, gid, home, and shell.", flags={} },
{ name="su", usage="su [username]", desc="Switch user. Defaults to root. Root can switch without a password.", flags={} },
{ name="sudo", usage="sudo [-u user] CMD [args...]", desc="Run a command as another user (default root).", flags={
{"-u user","Run as the specified user (name or uid)"},
}},
{ name="exit", usage="exit [N]", desc="Exit the shell with optional status code N.", flags={} },
{ name="clear", usage="clear", desc="Clear the terminal screen.", flags={} },
{ name="help", usage="help [command]", desc="Display this command reference. Pass a command name to filter.", flags={} },
{ name="lua", usage="lua", desc="Interactive Lua REPL prompt.", flags={} },
{ name="micro", usage="micro [file]", desc="Full-screen terminal text editor.", flags={} },
{ name="hfetch", usage="hfetch", desc="Display system information in a neofetch-style layout.", flags={} },
{ name="sysdump", usage="sysdump", desc="List all registered kernel syscalls.", flags={} },
{ name="chroot", usage="chroot DIR [CMD]", desc="Run a command with a different root directory.", flags={} },
} }
-- Build lines to display do
local C_HEAD = 7 -- yellow (section headers) local seen = {}
local C_CMD = 5 -- cyan (command name) local deduped = {}
local C_USAGE = 1 -- white (usage line) for _, cmd in ipairs(COMMANDS) do
local C_DESC = 13 -- grey (description) if not seen[cmd.name] then
local C_FLAG = 3 -- green (flag name) seen[cmd.name] = true
local C_DIM = 12 -- dark grey table.insert(deduped, cmd)
end
end
COMMANDS = deduped
end
local C_HEAD = 7
local C_CMD = 5
local C_USAGE = 1
local C_DESC = 13
local C_FLAG = 3
local C_DIM = 12
-- Each entry is {text, color}
local lines = {} local lines = {}
local function push(text, col) lines[#lines+1] = {text, col or 1} end local function push(text, col) lines[#lines+1] = {text, col or 1} end
@@ -177,7 +208,7 @@ push(string.rep("=", 50), C_DIM)
push("", 1) push("", 1)
local args = {...} local args = {...}
local filter = args[1] -- optional: help <command> local filter = args[1]
local function addCmd(cmd) local function addCmd(cmd)
push(cmd.name, C_CMD) push(cmd.name, C_CMD)
@@ -207,11 +238,10 @@ else
for _, cmd in ipairs(COMMANDS) do addCmd(cmd) end for _, cmd in ipairs(COMMANDS) do addCmd(cmd) end
end end
-- Pager
local sizeStr = syscall.devctl(1, "size") local sizeStr = syscall.devctl(1, "size")
local screenW = tonumber(sizeStr:sub(1, sizeStr:find(";")-1)) or 51 local screenW = tonumber(sizeStr:match("^(%d+)")) or 51
local screenH = tonumber(sizeStr:sub(sizeStr:find(";")+1)) or 19 local screenH = tonumber(sizeStr:match(";(%d+)")) or 19
local pageSize = screenH - 2 -- reserve bottom row for status bar local pageSize = screenH - 2
local scroll = 0 local scroll = 0
local totalLines = #lines local totalLines = #lines
@@ -225,14 +255,12 @@ local function render()
if li <= totalLines then if li <= totalLines then
local text, col = lines[li][1], lines[li][2] local text, col = lines[li][1], lines[li][2]
syscall.devctl(1, "sfgc", col) syscall.devctl(1, "sfgc", col)
-- truncate to screen width
if #text > screenW then text = text:sub(1, screenW) end if #text > screenW then text = text:sub(1, screenW) end
syscall.write(1, text .. "\n") syscall.write(1, text .. "\n")
else else
syscall.write(1, "\n") syscall.write(1, "\n")
end end
end end
-- status bar
syscall.devctl(1, "sfgc", 16) syscall.devctl(1, "sfgc", 16)
syscall.devctl(1, "sbgc", 13) syscall.devctl(1, "sbgc", 13)
local pct = math.floor(math.min(100, (scroll + pageSize) / totalLines * 100)) local pct = math.floor(math.min(100, (scroll + pageSize) / totalLines * 100))
@@ -246,7 +274,6 @@ local function render()
dirty = false dirty = false
end end
-- If output fits on one screen, just print without pager
if totalLines <= pageSize then if totalLines <= pageSize then
syscall.devctl(1, "clear") syscall.devctl(1, "clear")
syscall.devctl(1, "spos", 1, 1) syscall.devctl(1, "spos", 1, 1)
@@ -262,30 +289,20 @@ render()
while true do while true do
local ch = syscall.read(0) local ch = syscall.read(0)
if not ch or ch == "" then if not ch or ch == "" then
-- idle
elseif ch == "q" or ch == "Q" then elseif ch == "q" or ch == "Q" then
break break
elseif ch == "\17" then -- up arrow elseif ch == "\17" then
if scroll > 0 then if scroll > 0 then scroll = scroll - 1; dirty = true end
scroll = scroll - 1 elseif ch == "\18" then
dirty = true if scroll + pageSize < totalLines then scroll = scroll + 1; dirty = true end
end elseif ch == "\19" then
elseif ch == "\18" then -- down arrow scroll = math.max(0, scroll - pageSize); dirty = true
if scroll + pageSize < totalLines then elseif ch == "\20" then
scroll = scroll + 1 scroll = math.min(totalLines - pageSize, scroll + pageSize); dirty = true
dirty = true
end
elseif ch == "\19" then -- left / page up (reuse left arrow)
scroll = math.max(0, scroll - pageSize)
dirty = true
elseif ch == "\20" then -- right / page down
scroll = math.min(totalLines - pageSize, scroll + pageSize)
dirty = true
end end
if dirty then render() end if dirty then render() end
end end
-- Restore screen
syscall.devctl(1, "clear") syscall.devctl(1, "clear")
syscall.devctl(1, "spos", 1, 1) syscall.devctl(1, "spos", 1, 1)
syscall.devctl(1, "sfgc", 1) syscall.devctl(1, "sfgc", 1)

File diff suppressed because it is too large Load Diff

View File

@@ -3,7 +3,7 @@ local args = {...}
local uid local uid
if args[1] then if args[1] then
uid = syscall.auth_getuid(args[1]) uid = syscall.getuid(args[1])
if not uid then if not uid then
print("id: user '" .. args[1] .. "' does not exist") print("id: user '" .. args[1] .. "' does not exist")
syscall.exit(1); return syscall.exit(1); return
@@ -12,7 +12,7 @@ else
uid = syscall.getuid() uid = syscall.getuid()
end end
local pwent = syscall.auth_getpasswd(uid) local pwent = syscall.getpasswd(uid)
local name = (pwent and pwent.username) or tostring(uid) local name = (pwent and pwent.username) or tostring(uid)
local gid = (pwent and pwent.gid) or uid local gid = (pwent and pwent.gid) or uid

96
Src/Hyperion-bash/bin/ln Normal file
View File

@@ -0,0 +1,96 @@
--:Minify:--
local name = syscall.getTask(syscall.getpid()).name
local cloptions = { s = false, f = false, help = false }
local args = {}
for _, v in ipairs({ ... }) do
if v:sub(1, 2) == "--" then
local opt = v:sub(3)
if cloptions[opt] == nil then
print(name .. ": unrecognized option '" .. v .. "'")
print("try '" .. name .. " --help' for more information.")
syscall.exit(1); return
end
cloptions[opt] = true
elseif v:sub(1, 1) == "-" then
for i = 2, #v do
local opt = v:sub(i, i)
if cloptions[opt] == nil then
print(name .. ": invalid option '-" .. opt .. "'")
print("try '" .. name .. " --help' for more information.")
syscall.exit(1); return
end
cloptions[opt] = true
end
else
table.insert(args, v)
end
end
if cloptions.help then
print("Usage: " .. name .. " [OPTION]... TARGET LINK_NAME")
print(" " .. name .. " [OPTION]... TARGET... DIRECTORY")
print("Create links between files.")
print("")
print("Options:")
print(" -s make symbolic links instead of hard links")
print(" -f remove existing destination files")
print(" --help display this help and exit")
print("")
print("With no -s, hard links are not supported (filesystem limitation).")
print("Use -s for symbolic links.")
return
end
if #args < 2 then
print(name .. ": missing operand")
print("try '" .. name .. " --help' for more information.")
syscall.exit(1); return
end
if not cloptions.s then
print(name .. ": hard links are not supported; use -s for symbolic links")
syscall.exit(1); return
end
local dest = args[#args]
local destDir = syscall.type(dest) == "directory"
local function cwd()
local d = syscall.getcwd()
if d:sub(-1) ~= "/" then d = d .. "/" end
return d
end
local function absPath(p)
if p:sub(1,1) ~= "/" then p = cwd() .. p end
return p
end
for i = 1, #args - 1 do
local target = args[i]
local linkPath
if destDir then
local basename = target:match("[^/]+$") or target
linkPath = absPath(dest)
if linkPath:sub(-1) ~= "/" then linkPath = linkPath .. "/" end
linkPath = linkPath .. basename
else
linkPath = absPath(dest)
end
if cloptions.f and syscall.exists(linkPath) then
local ok, err = pcall(syscall.remove, linkPath)
if not ok then
print(name .. ": cannot remove '" .. linkPath .. "': " .. tostring(err))
syscall.exit(1); return
end
end
local ok, err = pcall(syscall.symlink, target, linkPath)
if not ok then
print(name .. ": failed to create symlink '" .. linkPath .. "' -> '" .. target .. "': " .. tostring(err))
syscall.exit(1); return
end
end

View File

@@ -3,7 +3,6 @@ syscall.open("/dev/tty/TTY1", "r") --stdin (fd 0)
syscall.open("/dev/tty/TTY1", "w") --stdout (fd 1) syscall.open("/dev/tty/TTY1", "w") --stdout (fd 1)
syscall.open("/dev/null", "w") --stderr (fd 2) syscall.open("/dev/null", "w") --stderr (fd 2)
local fs = require("sys.fs")
local MAX_ATTEMPTS = 3 local MAX_ATTEMPTS = 3
@@ -12,7 +11,6 @@ local function readLine(mask)
while true do while true do
local ch = syscall.read(0) local ch = syscall.read(0)
if not ch or ch == "" then if not ch or ch == "" then
-- buffer empty, spin
elseif ch == "\n" then elseif ch == "\n" then
syscall.write(1, "\n") syscall.write(1, "\n")
return input return input
@@ -29,7 +27,12 @@ local function readLine(mask)
end end
local function firstBoot() local function firstBoot()
local shadow = fs.readAllText("/etc/shadow") or "" local shadow = ""
local _fd, _fderr = pcall(function()
local fd = syscall.open("/etc/shadow", "r")
shadow = syscall.read(fd, 65535) or ""
syscall.close(fd)
end)
if shadow:match("%S") then return end if shadow:match("%S") then return end
syscall.devctl(1, "clear") syscall.devctl(1, "clear")
@@ -54,7 +57,7 @@ local function firstBoot()
syscall.write(1, "Password too short (minimum 6 characters).\n\n") syscall.write(1, "Password too short (minimum 6 characters).\n\n")
syscall.devctl(1, "sfgc", 1) syscall.devctl(1, "sfgc", 1)
else else
local ok, err = syscall.auth_setpassword(0, pw1) local ok, err = syscall.setpassword(0, pw1)
if ok then if ok then
syscall.devctl(1, "sfgc", 3) syscall.devctl(1, "sfgc", 3)
syscall.write(1, "Root password set.\n\n") syscall.write(1, "Root password set.\n\n")
@@ -71,35 +74,39 @@ local function firstBoot()
end end
local function spawnShell(username, uid, shell, homedir) local function spawnShell(username, uid, shell, homedir)
local shellText = fs.readAllText(shell) local existsOk, existsErr = pcall(syscall.exists, shell)
if not shellText then if not existsOk or not existsErr then
syscall.write(1, "login: shell not found: " .. shell .. "\n") syscall.write(1, "login: shell not found: " .. shell .. "\n")
sleep(2) sleep(2)
return false return false
end end
local errFifo = {} local accessOk, accessErr = pcall(syscall.access, shell, "rx")
local proc = syscall.spawn(function() syscall.setEnviron("HOME", homedir)
syscall.setuid(uid) syscall.setEnviron("USER", username)
syscall.chdir(homedir) syscall.setEnviron("SHELL", shell)
syscall.setEnviron("HOME", homedir) syscall.setEnviron("PATH", "/bin/")
syscall.setEnviron("USER", username)
syscall.setEnviron("SHELL", shell)
syscall.setEnviron("PATH", "/bin/")
local shellFn, loadErr = load(shellText, "@" .. shell) local setuidOk, setuidErr = pcall(syscall.setuid, uid)
if not shellFn then if not setuidOk then
syscall.log("login: shell load error: " .. tostring(loadErr), "ERROR") syscall.write(1, "login: setuid failed: " .. tostring(setuidErr) .. "\n")
syscall.exit(-1) sleep(2)
return return false
end end
local chdirOk, chdirErr = pcall(syscall.chdir, homedir)
if not chdirOk then
pcall(syscall.chdir, "/")
end
local ok, err = pcall(syscall.execspawn, shell, username .. ":shell")
if not ok then
syscall.write(1, "login: failed to launch shell: " .. tostring(err) .. "\n")
sleep(2)
return false
end
local ok, runErr = xpcall(shellFn, debug.traceback)
if not ok then
syscall.log("login: shell runtime error: " .. tostring(runErr), "ERROR")
end
end, username .. ":shell")
syscall.exit(0) syscall.exit(0)
end end
@@ -124,11 +131,12 @@ local function doLogin()
syscall.write(1, "Password: ") syscall.write(1, "Password: ")
local password = readLine("*") local password = readLine("*")
local ok, err = syscall.auth_login(username, password) local ok, err = syscall.login(username, password)
if ok then if ok then
local uid = syscall.auth_getuid(username) local uid = syscall.getuid()
local pwent = uid and syscall.auth_getpasswd(uid) local pwent = syscall.getpasswd(uid)
local shell = (pwent and pwent.shell) or "/bin/hysh"
local shell = (pwent and pwent.shell) or "/bin/hysh"
local homedir = (pwent and pwent.homedir) or "/" local homedir = (pwent and pwent.homedir) or "/"
syscall.devctl(1, "sfgc", 3) syscall.devctl(1, "sfgc", 3)

View File

@@ -0,0 +1,157 @@
--:Minify:--
-- Usage:
-- loimgcreate <srcdir> <image.hfs> create image from directory
-- loimgcreate -x <image.hfs> <dest> extract image back to a directory
-- loimgcreate --help
local name = syscall.getTask(syscall.getpid()).name
local args, opts = {}, { x=false, help=false }
for _, v in ipairs({...}) do
if v:sub(1,2) == "--" then
local o = v:sub(3)
if o == "help" then opts.help = true
else print(name..": unrecognised option '"..v.."'")
print("try '"..name.." --help' for more information.")
syscall.exit(1); return end
elseif v:sub(1,1) == "-" then
for i = 2, #v do
local c = v:sub(i,i)
if opts[c] ~= nil then opts[c] = true
else print(name..": invalid option '-"..c.."'")
print("try '"..name.." --help' for more information.")
syscall.exit(1); return end
end
else
table.insert(args, v)
end
end
if opts.help then
print("Usage: "..name.." <srcdir> <image.hfs>")
print(" "..name.." -x <image.hfs> <destdir>")
print("")
print("Pack a directory into a portable HFS image file, or extract one.")
print("")
print(" <srcdir> <image.hfs> recursively pack srcdir into image.hfs")
print(" -x <image.hfs> <dest> extract image.hfs into dest (created if needed)")
print("")
print("HFS images can be mounted with:")
print(" mount -o loop /path/to/image.hfs /mnt/point")
print("")
print("Requires root.")
return
end
local fs = require("sys.fs")
if opts.x then
if #args < 2 then
print(name..": -x requires <image.hfs> and <destdir>")
print("try '"..name.." --help' for more information.")
syscall.exit(1); return
end
local imgPath = args[1]
local destPath = args[2]
if imgPath:sub(1,1) ~= "/" then imgPath = syscall.getcwd().."/"..imgPath end
if destPath:sub(1,1) ~= "/" then destPath = syscall.getcwd().."/"..destPath end
local tmpMnt = "/tmp/._loimgcreate_"..tostring(math.random(100000,999999))
local ok1, loopId = pcall(syscall.losetup, imgPath, true)
if not ok1 then
print(name..": losetup: "..tostring(loopId)); syscall.exit(1); return
end
local ok2, merr = pcall(syscall.mount, tmpMnt, loopId)
if not ok2 then
pcall(syscall.lodetach, loopId)
print(name..": mount: "..tostring(merr)); syscall.exit(1); return
end
if not fs.isDir(destPath) then
local ok3, derr = pcall(syscall.mkdir, destPath)
if not ok3 then
pcall(syscall.umount, tmpMnt); pcall(syscall.lodetach, loopId)
print(name..": mkdir '"..args[2].."': "..tostring(derr))
syscall.exit(1); return
end
end
local count = 0
local function copyTree(src, dst)
local entries = fs.list(src)
if not entries then return end
for _, ent in ipairs(entries) do
local srcFull = src:gsub("/$","").."/"..ent
local dstFull = dst:gsub("/$","").."/"..ent
if fs.isDir(srcFull) then
pcall(syscall.mkdir, dstFull)
copyTree(srcFull, dstFull)
else
local ok, rfd = pcall(syscall.open, srcFull, "r")
if ok then
local ok2, wfd = pcall(syscall.open, dstFull, "w")
if ok2 then
local ok3, data = pcall(syscall.read, rfd, 65536*16)
if ok3 and data then pcall(syscall.write, wfd, data) end
pcall(syscall.close, wfd)
count = count + 1
end
pcall(syscall.close, rfd)
end
end
end
end
copyTree(tmpMnt, destPath)
pcall(syscall.umount, tmpMnt)
pcall(syscall.lodetach, loopId)
syscall.devctl(1, "sfgc", 10)
print(name..": extracted "..count.." file(s) to "..destPath)
syscall.devctl(1, "sfgc", 1)
return
end
if #args < 2 then
print(name..": missing operands — need <srcdir> and <image.hfs>")
print("try '"..name.." --help' for more information.")
syscall.exit(1); return
end
local srcPath = args[1]
local imgPath = args[2]
if srcPath:sub(1,1) ~= "/" then srcPath = syscall.getcwd().."/"..srcPath end
if imgPath:sub(1,1) ~= "/" then imgPath = syscall.getcwd().."/"..imgPath end
if not fs.isDir(srcPath) then
print(name..": '"..args[1].."': not a directory")
syscall.exit(1); return
end
local ok, imgStr = pcall(syscall.loimgcreate, srcPath)
if not ok then
local msg = tostring(imgStr)
if msg:find("EPERM") then msg = "Permission denied"
elseif msg:find("ENOTDIR") then msg = "'"..args[1].."': not a directory" end
print(name..": "..msg); syscall.exit(1); return
end
local ok2, werr = pcall(syscall.loimgwrite, imgStr, imgPath)
if not ok2 then
print(name..": write '"..args[2].."': "..tostring(werr))
syscall.exit(1); return
end
local lineCount = 0
for _ in imgStr:gmatch("\n") do lineCount = lineCount + 1 end
local byteCount = #imgStr
syscall.devctl(1, "sfgc", 10)
print(name..": image written to "..imgPath)
syscall.devctl(1, "sfgc", 14)
print(string.format(" %d records, %d bytes", lineCount - 1, byteCount))
syscall.devctl(1, "sfgc", 1)

View File

@@ -0,0 +1,427 @@
--:Minify:--
local passed, failed = 0, 0
local function pass(msg) syscall.devctl(1,"sfgc",10); print(" PASS "..msg); syscall.devctl(1,"sfgc",1) end
local function fail(msg) syscall.devctl(1,"sfgc",2); print(" FAIL "..msg); syscall.devctl(1,"sfgc",1) end
local function info(msg) syscall.devctl(1,"sfgc",14); print(" .... "..msg); syscall.devctl(1,"sfgc",1) end
local function head(msg) syscall.devctl(1,"sfgc",4); print("\n"..msg); syscall.devctl(1,"sfgc",1) end
local function check(label, ok, err)
if ok then passed = passed + 1; pass(label)
else failed = failed + 1; fail(label.." - "..tostring(err)) end
end
local function writeFile(path, data)
local ok, fd = pcall(syscall.open, path, "w")
if not ok then return false, fd end
local ok2, err = pcall(syscall.write, fd, data)
pcall(syscall.close, fd)
return ok2, err
end
local function readFile(path)
local ok, fd = pcall(syscall.open, path, "r")
if not ok then return false, fd end
local ok2, data = pcall(syscall.read, fd, 65536)
pcall(syscall.close, fd)
return ok2, data
end
local function rmrf(path)
local t = syscall.type(path)
if t == "directory" then
local ok, entries = pcall(syscall.listdir, path)
if ok then
for _, name in ipairs(entries) do
rmrf(path:gsub("/$","").."/"..name)
end
end
pcall(syscall.remove, path)
elseif t == "file" then
pcall(syscall.remove, path)
end
end
local SCRATCH = "/tmp/looptest_scratch"
local SRC_DIR = SCRATCH.."/src"
local BIND_MNT = SCRATCH.."/bind_mnt"
local IMG_PATH = SCRATCH.."/test.hfs"
local IMG_MNT = SCRATCH.."/img_mnt"
local BIND_LOOP = nil
local IMG_LOOP = nil
rmrf(SCRATCH)
pcall(syscall.mkdir, SCRATCH)
pcall(syscall.mkdir, SRC_DIR)
pcall(syscall.mkdir, BIND_MNT)
pcall(syscall.mkdir, IMG_MNT)
pcall(syscall.mkdir, SRC_DIR.."/subdir")
writeFile(SRC_DIR.."/hello.txt", "hello from hyperion\n")
writeFile(SRC_DIR.."/data.txt", "line1\nline2\nline3\n")
writeFile(SRC_DIR.."/subdir/deep.txt", "deep file\n")
head("[ 1 ] bind mode - losetup on a directory")
do
local ok, id = pcall(syscall.losetup, SRC_DIR)
check("losetup(dir) returns a loop id", ok and type(id) == "string" and id:sub(1,4) == "loop", id)
if ok then
BIND_LOOP = id
info("attached as "..id)
end
end
head("[ 2 ] bind mode - mount and read files")
do
if BIND_LOOP then
local mok = pcall(syscall.mount, BIND_MNT, BIND_LOOP)
check("mount(bind_mnt, "..BIND_LOOP..")", mok, "mount failed")
if mok then
local lok, entries = pcall(syscall.listdir, BIND_MNT)
check("listdir through bind mount", lok and type(entries) == "table", entries)
local rok, data = readFile(BIND_MNT.."/hello.txt")
check("read hello.txt through bind", rok and data == "hello from hyperion\n",
rok and ("got: "..tostring(data):sub(1,40)) or tostring(data))
local rok2, data2 = readFile(BIND_MNT.."/subdir/deep.txt")
check("read subdir/deep.txt through bind", rok2 and data2 == "deep file\n",
rok2 and ("got: "..tostring(data2)) or tostring(data2))
end
else
check("mount (skipped - no loop id)", false, "losetup failed in [1]")
end
end
head("[ 3 ] bind mode - write through loop mount, verify on host")
do
if BIND_LOOP then
local wok, werr = writeFile(BIND_MNT.."/written.txt", "written via loop\n")
check("write new file through bind mount", wok, werr)
local rok, data = readFile(BIND_MNT.."/written.txt")
check("read back through bind mount", rok and data == "written via loop\n",
rok and ("got: "..tostring(data)) or tostring(data))
local rok2, data2 = readFile(SRC_DIR.."/written.txt")
check("file visible on host path (bind is transparent)", rok2 and data2 == "written via loop\n",
rok2 and ("got: "..tostring(data2)) or tostring(data2))
else
check("write (skipped)", false, "bind mount not set up")
end
end
head("[ 4 ] bind mode - lodetach while mounted returns EBUSY")
do
if BIND_LOOP then
local ok = pcall(syscall.lodetach, BIND_LOOP)
check("lodetach while mounted is refused (EBUSY)", not ok, "should have errored")
else
check("lodetach busy check (skipped)", false, "no bind loop")
end
end
head("[ 5 ] bind mode - umount then lodetach")
do
if BIND_LOOP then
local uok = pcall(syscall.umount, BIND_MNT)
check("umount(bind_mnt)", uok, "umount failed")
local dok = pcall(syscall.lodetach, BIND_LOOP)
check("lodetach after umount", dok, "lodetach failed")
if dok then BIND_LOOP = nil end
else
check("umount+lodetach (skipped)", false, "no bind loop")
end
end
head("[ 6 ] loimgcreate - serialise directory to HFS image")
do
local ok, imgStr = pcall(syscall.loimgcreate, SRC_DIR)
check("loimgcreate(srcdir) returns a string", ok and type(imgStr) == "string" and #imgStr > 0, imgStr)
if ok then
info("image size: "..#imgStr.." bytes")
local isBHFS = imgStr:sub(1, 4) == "BHFS"
check("image has BHFS magic header", isBHFS,
"got: "..imgStr:sub(1,4):gsub(".", function(c) return string.format("%02X ", c:byte()) end))
check("image has correct version byte (0x01)", imgStr:byte(5) == 1,
"version byte: "..tostring(imgStr:byte(5)))
check("image contains FILE record (type=0x01)", imgStr:find("\001", 9, true) ~= nil, "no FILE type byte found")
check("image contains DIR record (type=0x02)", imgStr:find("\002", 9, true) ~= nil, "no DIR type byte found")
check("image ends with END record (type=0xFF)", imgStr:byte(#imgStr) == 0xFF,
"last byte: 0x"..string.format("%02X", imgStr:byte(#imgStr)))
local wok, werr = pcall(syscall.loimgwrite, imgStr, IMG_PATH)
check("loimgwrite writes image file", wok, werr)
check("image file exists on disk", syscall.type(IMG_PATH) == "file", "file not found")
end
end
head("[ 7 ] HFS image - losetup attaches image file")
do
if syscall.type(IMG_PATH) == "file" then
local ok, id = pcall(syscall.losetup, IMG_PATH)
check("losetup(image.hfs) returns loop id", ok and type(id) == "string", id)
if ok then
IMG_LOOP = id
info("image attached as "..id)
local lok, devs = pcall(syscall.lolist)
local found = false
if lok then
for lid, info_entry in pairs(devs) do
if lid == id then found = true end
end
end
check("lolist() contains new image device", found, "not found in lolist")
end
else
check("losetup image (skipped - no image file)", false, "image not created in [6]")
end
end
head("[ 8 ] HFS image - mount and read files")
do
if IMG_LOOP then
local mok = pcall(syscall.mount, IMG_MNT, IMG_LOOP)
check("mount(img_mnt, "..IMG_LOOP..")", mok, "mount failed")
if mok then
local lok, entries = pcall(syscall.listdir, IMG_MNT)
check("listdir through image mount returns table", lok and type(entries) == "table", entries)
if lok then
local hasHello = false
local hasSubdir = false
for _, e in ipairs(entries) do
if e == "hello.txt" then hasHello = true end
if e == "subdir" then hasSubdir = true end
end
check("hello.txt visible in image root", hasHello, "not listed")
check("subdir/ visible in image root", hasSubdir, "not listed")
end
local rok, data = readFile(IMG_MNT.."/hello.txt")
check("read hello.txt from image", rok and data == "hello from hyperion\n",
rok and ("got: "..tostring(data):sub(1,40)) or tostring(data))
local rok2, data2 = readFile(IMG_MNT.."/data.txt")
check("read data.txt from image", rok2 and data2 == "line1\nline2\nline3\n",
rok2 and ("got: "..tostring(data2)) or tostring(data2))
end
else
check("image mount read (skipped)", false, "no image loop")
end
end
head("[ 9 ] HFS image - write new files into image mount")
do
if IMG_LOOP then
local wok, werr = writeFile(IMG_MNT.."/newfile.txt", "created inside image\n")
check("write new file into image mount", wok, werr)
local rok, data = readFile(IMG_MNT.."/newfile.txt")
check("read back newly written file", rok and data == "created inside image\n",
rok and ("got: "..tostring(data)) or tostring(data))
local wok2, werr2 = writeFile(IMG_MNT.."/hello.txt", "overwritten\n")
check("overwrite existing file in image", wok2, werr2)
local rok2, data2 = readFile(IMG_MNT.."/hello.txt")
check("overwritten content reads back correctly", rok2 and data2 == "overwritten\n",
rok2 and ("got: "..tostring(data2)) or tostring(data2))
local rok3, orig = readFile(IMG_PATH)
check("disk image file is unchanged after in-memory write",
rok3 and orig and orig:find("/hello%.txt") ~= nil,
rok3 and "filename record missing from image" or tostring(orig))
else
check("image write test (skipped)", false, "image not mounted")
end
end
head("[ 10 ] HFS image - sub-directory traversal")
do
if IMG_LOOP then
local t = syscall.type(IMG_MNT.."/subdir")
check("type(subdir) == 'directory'", t == "directory", "got: "..tostring(t))
local lok, entries = pcall(syscall.listdir, IMG_MNT.."/subdir")
check("listdir(subdir) works", lok and type(entries) == "table", entries)
local rok, data = readFile(IMG_MNT.."/subdir/deep.txt")
check("read subdir/deep.txt from image", rok and data == "deep file\n",
rok and ("got: "..tostring(data)) or tostring(data))
local mok = pcall(syscall.mkdir, IMG_MNT.."/subdir/newdir")
check("mkdir inside image mount", mok, "mkdir failed")
check("new dir has type 'directory'",
syscall.type(IMG_MNT.."/subdir/newdir") == "directory",
"wrong type")
local wok, werr = writeFile(IMG_MNT.."/subdir/newdir/x.txt", "x\n")
check("write file in newly created subdir", wok, werr)
else
check("subdir traversal (skipped)", false, "image not mounted")
end
end
head("[ 11 ] HFS image - lodetach while mounted returns EBUSY")
do
if IMG_LOOP then
local ok = pcall(syscall.lodetach, IMG_LOOP)
check("lodetach image while mounted is refused", not ok, "should have errored EBUSY")
else
check("lodetach busy (skipped)", false, "no image loop")
end
end
head("[ 12 ] HFS image - umount then lodetach")
do
if IMG_LOOP then
local uok = pcall(syscall.umount, IMG_MNT)
check("umount(img_mnt)", uok, "umount failed")
local dok = pcall(syscall.lodetach, IMG_LOOP)
check("lodetach after umount", dok, "lodetach failed")
if dok then
local lok, devs = pcall(syscall.lolist)
local found = false
if lok then
for lid in pairs(devs) do
if lid == IMG_LOOP then found = true end
end
end
check("lolist no longer shows detached device", not found, "still present in lolist")
IMG_LOOP = nil
end
else
check("image umount+lodetach (skipped)", false, "no image loop")
end
end
head("[ 13 ] lolist - reflects attached device count")
do
local ok1, id1 = pcall(syscall.losetup, SRC_DIR)
local ok2, id2 = pcall(syscall.losetup, SRC_DIR)
check("attach first device for lolist test", ok1, id1)
check("attach second device for lolist test", ok2, id2)
if ok1 and ok2 then
local lok, devs = pcall(syscall.lolist)
check("lolist() succeeds", lok, devs)
if lok then
local found1, found2 = false, false
for lid in pairs(devs) do
if lid == id1 then found1 = true end
if lid == id2 then found2 = true end
end
check("lolist contains first device", found1, "missing "..id1)
check("lolist contains second device", found2, "missing "..id2)
local count = 0
for _ in pairs(devs) do count = count + 1 end
info("lolist shows "..count.." device(s)")
end
end
if ok1 then pcall(syscall.lodetach, id1) end
if ok2 then pcall(syscall.lodetach, id2) end
end
head("[ 14 ] losetup - non-existent path returns error")
do
local ok = pcall(syscall.losetup, "/tmp/does_not_exist_xyz_looptest")
check("losetup on missing path errors", not ok, "should have errored")
end
head("[ 15 ] mount - same loop device cannot be mounted twice")
do
local ok, id = pcall(syscall.losetup, SRC_DIR)
check("losetup for double-mount test", ok, id)
if ok then
local m1ok = pcall(syscall.mount, BIND_MNT, id)
check("first mount succeeds", m1ok, "mount failed")
if m1ok then
local m2ok = pcall(syscall.mount, IMG_MNT, id)
check("second mount of same device is refused", not m2ok, "should have errored EBUSY")
pcall(syscall.umount, BIND_MNT)
end
pcall(syscall.lodetach, id)
end
end
head("[ 16 ] loimgcreate - on a regular file returns ENOTDIR")
do
local ok = pcall(syscall.loimgcreate, IMG_PATH)
check("loimgcreate on a file errors (ENOTDIR)", not ok, "should have errored")
end
head("[ 17 ] HFS image - binary round-trip (all byte values)")
do
local bytes = {}
for i = 0, 255 do bytes[i+1] = string.char(i) end
local binData = table.concat(bytes)
local binSrc = SCRATCH.."/binsrc"
pcall(syscall.mkdir, binSrc)
writeFile(binSrc.."/binary.bin", binData)
local ok1, imgStr = pcall(syscall.loimgcreate, binSrc)
check("loimgcreate handles binary content", ok1, imgStr)
if ok1 then
local binImg = SCRATCH.."/binary.hfs"
pcall(syscall.loimgwrite, imgStr, binImg)
local ok2, lid = pcall(syscall.losetup, binImg)
check("losetup on binary image", ok2, lid)
if ok2 then
local mnt = SCRATCH.."/binmnt"
pcall(syscall.mkdir, mnt)
local mok = pcall(syscall.mount, mnt, lid)
check("mount binary image", mok, "mount failed")
if mok then
local rok, readBack = readFile(mnt.."/binary.bin")
check("binary file readable from image", rok, readBack)
check("binary data round-trips without corruption",
rok and readBack == binData,
rok and string.format("length in=%d out=%d", #binData, #(readBack or "")) or tostring(readBack))
pcall(syscall.umount, mnt)
end
pcall(syscall.lodetach, lid)
end
end
end
head("[ 18 ] second-run safety - lolist is empty after full cleanup")
do
local lok, devs = pcall(syscall.lolist)
check("lolist() call succeeds", lok, devs)
if lok then
local count = 0
for _ in pairs(devs) do count = count + 1 end
check("no leftover loop devices after all tests", count == 0,
count.." device(s) still attached: "..
(function()
local ids = {}
for id in pairs(devs) do ids[#ids+1] = id end
return table.concat(ids, ", ")
end)())
end
end
rmrf(SCRATCH)
print("")
syscall.devctl(1, "sfgc", failed == 0 and 10 or 2)
print(string.format("Results: %d passed, %d failed", passed, failed))
syscall.devctl(1, "sfgc", 1)
if failed > 0 then syscall.exit(1) end

View File

@@ -0,0 +1,129 @@
--:Minify:--
-- Usage:
-- losetup <path> attach directory or .hfs image; print loop id
-- losetup -d <id> detach loop device
-- losetup -l list attached loop devices
-- losetup -i <path> force image mode (even without .hfs extension)
-- losetup --help
local name = syscall.getTask(syscall.getpid()).name
local args, opts = {}, { d=false, l=false, i=false, help=false }
for _, v in ipairs({...}) do
if v:sub(1,2) == "--" then
local o = v:sub(3)
if o == "help" then opts.help = true
else print(name..": unrecognised option '"..v.."'")
print("try '"..name.." --help' for more information.")
syscall.exit(1); return end
elseif v:sub(1,1) == "-" then
for i = 2, #v do
local c = v:sub(i,i)
if opts[c] ~= nil then opts[c] = true
else print(name..": invalid option '-"..c.."'")
print("try '"..name.." --help' for more information.")
syscall.exit(1); return end
end
else
table.insert(args, v)
end
end
if opts.help then
print("Usage: "..name.." <path>")
print(" "..name.." -i <path>")
print(" "..name.." -d <id>")
print(" "..name.." -l")
print("")
print("Manage loop devices.")
print("")
print(" <path> attach a directory (bind) or .hfs image file")
print(" -i <path> force image mode for the given file")
print(" -d <id> detach loop device by id (must be unmounted first)")
print(" -l list all currently attached loop devices")
print("")
print("Requires root. Loop device ids look like loop0, loop1, …")
return
end
if opts.l then
local ok, devs = pcall(syscall.lolist)
if not ok then
print(name..": "..tostring(devs)); syscall.exit(1); return
end
local any = false
local ids = {}
for id in pairs(devs) do ids[#ids+1] = id end
table.sort(ids)
for _, id in ipairs(ids) do
any = true
local info = devs[id]
local mode = (type(info) == "table" and info.mode) or "bind"
local path = (type(info) == "table" and info.path) or tostring(info)
local colour = mode == "image" and 5 or 4
syscall.devctl(1, "sfgc", 3)
printInline(string.format("%-10s", id))
syscall.devctl(1, "sfgc", colour)
printInline(string.format("%-7s", "["..mode.."]"))
syscall.devctl(1, "sfgc", 1)
print(" "..path)
end
if not any then
syscall.devctl(1, "sfgc", 14)
print(name..": no loop devices attached")
syscall.devctl(1, "sfgc", 1)
end
return
end
if opts.d then
if #args < 1 then
print(name..": -d requires a loop device id")
print("try '"..name.." --help' for more information.")
syscall.exit(1); return
end
local id = args[1]
local ok, err = pcall(syscall.lodetach, id)
if not ok then
local msg = tostring(err)
if msg:find("EPERM") then msg = "Permission denied"
elseif msg:find("ENXIO") then msg = "no such loop device '"..id.."'"
elseif msg:find("EBUSY") then msg = "device '"..id.."' is still mounted, unmount first"
end
print(name..": "..msg); syscall.exit(1); return
end
syscall.devctl(1, "sfgc", 10)
print(name..": detached "..id)
syscall.devctl(1, "sfgc", 1)
return
end
if #args < 1 then
print(name..": missing path operand")
print("try '"..name.." --help' for more information.")
syscall.exit(1); return
end
local path = args[1]
if path:sub(1,1) ~= "/" then
path = syscall.getcwd().."/"..path
end
local ftype = syscall.type and syscall.type(path)
if not (ftype == "file" or ftype == "directory") then
print(name..": '"..args[1].."': no such file or directory")
syscall.exit(1); return
end
local ok, result = pcall(syscall.losetup, path, opts.i or nil)
if not ok then
local msg = tostring(result)
if msg:find("EPERM") then msg = "Permission denied"
elseif msg:find("ENOENT") then msg = "'"..args[1].."': no such file"
elseif msg:find("EINVAL") then msg = "'"..args[1].."': not a directory or .hfs image"
elseif msg:find("EIO") then msg = "'"..args[1].."': I/O error reading image"
end
print(name..": "..msg); syscall.exit(1); return
end
print(result)

View File

@@ -1,44 +1,32 @@
--:Minify:--
local cloptions = { local cloptions = {
a = false, a = false,
h = false, h = false,
l = false, l = false,
help = false, help = false,
} }
local inpArgs = { ... }
local args = {}
local name = syscall.getTask(syscall.getpid()).name
local inpArgs = {...}
local args = {}
local name = syscall.getTask(syscall.getpid()).name
local optToSet = false
for _, v in pairs(inpArgs) do for _, v in pairs(inpArgs) do
if optToSet then if v:sub(1, 2) == "--" then
cloptions[optToSet] = v
optToSet = false
elseif v:sub(1, 2) == "--" then
local opt = v:sub(3) local opt = v:sub(3)
if cloptions[opt] == nil then if cloptions[opt] == nil then
print(name..": unrecognized option '"..v.."'.") print(name .. ": unrecognized option '" .. v .. "'.")
if cloptions.help ~= nil then print("try '" .. name .. " --help' for more information.")
print("try '"..name.." --help' for more information.")
end
return return
elseif cloptions[opt] == false then
cloptions[opt] = true
else
optToSet = opt
end end
cloptions[opt] = true
elseif v:sub(1, 1) == "-" then elseif v:sub(1, 1) == "-" then
for i = 2, #v do for i = 2, #v do
local opt = v:sub(i, i) local opt = v:sub(i, i)
if cloptions[opt] == nil then if cloptions[opt] == nil then
print(name..": invalid option '-"..opt.."'.") print(name .. ": invalid option '-" .. opt .. "'.")
if cloptions.help ~= nil then print("try '" .. name .. " --help' for more information.")
print("try '"..name.." --help' for more information.")
end
return return
else
cloptions[opt] = true
end end
cloptions[opt] = true
end end
else else
table.insert(args, v) table.insert(args, v)
@@ -46,100 +34,160 @@ for _, v in pairs(inpArgs) do
end end
if cloptions.help then if cloptions.help then
print("Usage: "..name.." [OPTION]... [DIR]") print("Usage: " .. name .. " [OPTION]... [DIR]")
print("List all entries in the specified DIRectory, or cwd if not specified") print("List all entries in the specified DIRectory, or cwd if not specified.")
print("\nOptions:") print("")
print(" -a Do not ignore entries starting with .") print("Options:")
print(" -h with -l, print sizes in a human readble format") print(" -a do not ignore entries starting with .")
print(" -l Use a long listing format") print(" -h with -l, print sizes in human readable format")
print(" --help Display this help and exit") print(" -l use a long listing format")
print(" --help display this help and exit")
return return
end end
local fs = require("sys.fs") local fs = require("sys.fs")
local dir = (args[1] or "") local dir = args[1] or ""
if dir:sub(1, 1) ~= "/" then if dir:sub(1, 1) ~= "/" then
dir = syscall.getcwd().."/"..dir dir = syscall.getcwd() .. "/" .. dir
end
if dir:sub(#dir, #dir) ~= "/" then
dir = dir.."/"
end end
if dir:sub(-1) ~= "/" then dir = dir .. "/" end
if not fs.isDir(dir) then if not fs.isDir(dir) then
print(name..": Cannot access '"..args[1].."': No such directory.") print(name .. ": cannot access '" .. (args[1] or dir) .. "': no such directory")
return return
end end
local function permStr(perms, etype)
local function b(n) return math.floor(perms / (2^n)) % 2 == 1 end
local t
if etype == 0x01 then t = "l"
elseif etype == nil then t = "-"
else t = "-" end
local ur = b(5) and "r" or "-"
local uw = b(4) and "w" or "-"
local ux = b(9) and (b(6) and "s" or "x") or (b(6) and "S" or "-")
local gr = b(3) and "r" or "-"
local gw = b(2) and "w" or "-"
local gx = b(8) and "x" or "-"
local wr = b(1) and "r" or "-"
local ww = b(0) and "w" or "-"
local wx = b(7) and "x" or "-"
return t .. ur .. uw .. ux .. gr .. gw .. gx .. wr .. ww .. wx
end
local sizePrefixes = { "K", "M", "G", "T" }
local function humanSize(size)
local scale = 0
while size >= 1024 and scale < #sizePrefixes do
size = size / 1024
scale = scale + 1
end
if scale == 0 then return tostring(size) end
if size < 10 then
return string.format("%.1f%s", size, sizePrefixes[scale])
end
return math.floor(size) .. sizePrefixes[scale]
end
local screenSizeStr = syscall.devctl(1, "size") local screenSizeStr = syscall.devctl(1, "size")
local sizeX = tonumber(screenSizeStr:sub(1, screenSizeStr:find(";")-1)) local sizeX = tonumber(screenSizeStr:match("^(%d+)")) or 80
local sizeY = tonumber(screenSizeStr:sub(screenSizeStr:find(";")+1))
local list = fs.list(dir) local list = fs.list(dir)
if not cloptions.a then if not cloptions.a then
for i = #list, 1, -1 do for i = #list, 1, -1 do
if list[i]:sub(1, 1) == "." then if list[i]:sub(1, 1) == "." then table.remove(list, i) end
table.remove(list, i)
end
end end
end end
table.sort(list)
if #list == 0 then return end
if cloptions.l then
for _, v in ipairs(list) do
local fullPath = dir .. v
local stat = syscall.lstat and syscall.lstat(fullPath) or syscall.stat(fullPath)
local isDir = fs.isDir(fullPath)
local isSym = stat and stat.etype == 0x01
local typeChar
if isSym then typeChar = "l"
elseif isDir then typeChar = "d"
else typeChar = "-" end
local pstr
if stat and stat.perms then
pstr = permStr(stat.perms, stat.etype)
else
pstr = typeChar .. "---------"
end
local size = (stat and stat.size) or 0
local sizeStr = cloptions.h and humanSize(size) or tostring(size)
local mtime = (stat and stat.modified) and math.floor(stat.modified / 1000) or 0
local owner = (stat and tostring(stat.owner)) or "0"
local group = (stat and tostring(stat.group)) or "0"
printInline(pstr .. " " .. owner .. " " .. group .. " ")
printInline(string.format("%6s", sizeStr) .. " ")
printInline(tostring(mtime) .. " ")
if isSym then
syscall.devctl(1, "sfgc", 6)
printInline(v)
syscall.devctl(1, "sfgc", 1)
local ok, target = pcall(syscall.readlink, fullPath)
if ok then
printInline(" -> ")
local targetExists = pcall(syscall.stat, fullPath)
syscall.devctl(1, "sfgc", targetExists and 6 or 2)
printInline(target)
syscall.devctl(1, "sfgc", 1)
end
elseif isDir then
syscall.devctl(1, "sfgc", 4)
printInline(v)
syscall.devctl(1, "sfgc", 1)
else
local isExec = stat and stat.perms and (math.floor(stat.perms / (2^9)) % 2 == 1)
syscall.devctl(1, "sfgc", isExec and 3 or 1)
printInline(v)
syscall.devctl(1, "sfgc", 1)
end
print("")
end
return
end
local colWidth = 0 local colWidth = 0
local numCols = 1 for _, v in ipairs(list) do
if not cloptions.l then if #v + 2 > colWidth then colWidth = #v + 2 end
for _, item in pairs(list) do
if #item + 2 > colWidth then
colWidth = #item + 2
end
end
numCols = math.floor(sizeX / colWidth)
end end
local numCols = math.max(1, math.floor(sizeX / colWidth))
local sizePrefixes = {"K", "M", "G"} for i, v in ipairs(list) do
local fullPath = dir .. v
local isDir = fs.isDir(fullPath)
local stat = syscall.lstat and syscall.lstat(fullPath) or syscall.stat(fullPath)
local isSym = stat and stat.etype == 0x01
for i,v in ipairs(list) do if isSym then
local fileStats = syscall.stat(dir..v) syscall.devctl(1, "sfgc", 6)
local isDir = fs.isDir(dir..v) elseif isDir then
if cloptions.l then syscall.devctl(1, "sfgc", 4)
if isDir then
printInline("d")
else
printInline("-")
end
printInline("------ ")
printInline(fileStats.owner.." ")
printInline(fileStats.group.." ")
local size = fileStats.size
if cloptions.h then
local scale = 0
while size > 1024 do
size = size / 1024
scale = scale + 1
end
if scale > 0 then
if size < 10 then
size = math.floor(size).."."..math.floor((size * 10) % 10)..sizePrefixes[scale]
else
size = math.floor(size)..sizePrefixes[scale]
end
end
end
printInline(size.." ")
printInline(math.floor(fileStats.modified / 1000).." ")
end
if isDir then
syscall.devctl(1,"sfgc",4)
else else
syscall.devctl(1,"sfgc",1) local isExec = stat and stat.perms and (math.floor(stat.perms / (2^9)) % 2 == 1)
syscall.devctl(1, "sfgc", isExec and 3 or 1)
end end
printInline(v) printInline(v)
syscall.devctl(1, "sfgc", 1)
printInline((" "):rep(colWidth - #v)) printInline((" "):rep(colWidth - #v))
syscall.devctl(1,"sfgc",1)
if i % numCols == 0 then if i % numCols == 0 then print("") end
print("")
end
end
if #list % numCols ~= 0 then
print("")
end end
if #list % numCols ~= 0 then print("") end

View File

@@ -1,5 +1,5 @@
--:Minify:-- --:Minify:--
local users = syscall.auth_listusers() local users = syscall.listusers()
if not users or #users == 0 then if not users or #users == 0 then
print("No users found.") print("No users found.")
return return

423
Src/Hyperion-bash/bin/micro Normal file
View File

@@ -0,0 +1,423 @@
--:Minify:--
-- Arrows move cursor Home/End line start/end
-- PgUp/PgDn page up/down Backspace delete left
-- Ctrl-D/Delete delete right Tab 4 spaces
-- Ctrl-W save Ctrl-X save + quit
-- Ctrl-P quit Ctrl-K cut line
-- Ctrl-U paste Ctrl-F find
-- Ctrl-N find next Ctrl-G go to line
-- Ctrl-A line start Ctrl-E line end
-- Ctrl-B page up Ctrl-L page down
local args = { ... }
local function termSize()
local s = syscall.devctl(1, "size")
return tonumber(s:match("^(%d+)")) or 80,
tonumber(s:match(";(%d+)$")) or 24
end
local function tpos(x,y) syscall.devctl(1,"spos",x,y) end
local function tfg(c) syscall.devctl(1,"sfgc",c) end
local function tbg(c) syscall.devctl(1,"sbgc",c) end
local function twrite(s) if s and s~="" then syscall.write(1,s) end end
local function tclear() syscall.devctl(1,"clear") end
local W, H = termSize()
local ROWS = H - 2
local lines = {""}
local cx = 1
local cy = 1
local scrollY = 0
local dirty = true
local fname = nil
local msg = ""
local msgErr = false
local clip = nil
local sPat = ""
local sLine = 0
local blinkState = false
local function absPath(p)
if p:sub(1,1) == "/" then return p end
local cwd = syscall.getcwd()
cwd = cwd:gsub("/+$", "")
return cwd .. "/" .. p
end
local function loadFile(path)
if not syscall.exists(path) then
lines = {""}; msg = "[new file]"; return
end
local fd = syscall.open(path, "r")
local buf = ""
while true do
local c = syscall.read(fd, 4096)
if not c or c == "" then break end
buf = buf .. c
end
syscall.close(fd)
lines = {}
for ln in (buf.."\n"):gmatch("([^\n]*)\n") do
table.insert(lines, ln)
end
if #lines > 1 and lines[#lines] == "" and buf:sub(-1) == "\n" then
table.remove(lines)
end
if #lines == 0 then lines = {""} end
end
local function saveFile(path)
local ok, err = pcall(function()
local fd = syscall.open(path, "w")
for i, ln in ipairs(lines) do
syscall.write(fd, ln)
if i < #lines then syscall.write(fd, "\n") end
end
syscall.write(fd, "\n")
syscall.close(fd)
end)
if ok then
msg = "Saved: "..path; msgErr = false
else
msg = "Save failed: "..tostring(err); msgErr = true
end
end
local function wrappedRows(lineStr)
return math.max(1, math.ceil(#lineStr / W))
end
local function logicalToScreen(li, col)
return math.floor((col - 1) / W)
end
local function buildScreenMap()
local map = {}
local sr = 0
for li = 1, #lines do
local len = #lines[li]
local nrows = wrappedRows(lines[li])
for r = 0, nrows - 1 do
sr = sr + 1
map[sr] = {li, r * W + 1}
end
end
return map, sr
end
local function cursorScreenRow(map)
local offset = logicalToScreen(cy, cx)
for sr, entry in ipairs(map) do
if entry[1] == cy and math.floor((entry[2]-1)/W) == offset then
return sr
end
end
return 1
end
local function clampCx()
local m = #lines[cy] + 1
if cx > m then cx = m end
if cx < 1 then cx = 1 end
end
local function clampScroll(map)
local csr = cursorScreenRow(map)
if csr - 1 < scrollY then scrollY = csr - 1 end
if csr - 1 >= scrollY + ROWS then scrollY = csr - ROWS end
if scrollY < 0 then scrollY = 0 end
end
local function pad(s, w)
if #s >= w then return s:sub(1, w) end
return s .. string.rep(" ", w - #s)
end
local function drawTop()
tpos(1,1); tbg(4); tfg(16)
local left = " edit" .. (fname and (" - "..fname) or "")
if dirty then left = left .. " [+]" end
local right = tostring(cy)..","..tostring(cx).." "
twrite(pad(left..string.rep(" ", math.max(1, W-#left-#right))..right, W))
tbg(16); tfg(1)
end
local function drawBottom()
tpos(1, H); tbg(4); tfg(16)
if msg ~= "" then
if msgErr then tbg(2) end
twrite(pad(" "..msg, W))
msg = ""; msgErr = false
else
twrite(pad(" ^W Save ^X Quit+Save ^P Quit ^K Cut ^U Paste ^F Find ^G Go", W))
end
tbg(16); tfg(1)
end
local function drawLines(map)
local curSR = cursorScreenRow(map)
local curRowOffset = logicalToScreen(cy, cx)
local curColInRow = cx - curRowOffset * W
for row = 1, ROWS do
local sr = scrollY + row
tpos(1, row + 1)
local entry = map[sr]
if entry then
local li = entry[1]
local startCol = entry[2]
local seg = lines[li]:sub(startCol, startCol + W - 1)
local isCursorRow = (sr == curSR)
if isCursorRow then
local ci = curColInRow
ci = math.min(ci, #seg + 1)
local before = seg:sub(1, ci-1)
local curCh = ci > #seg and " " or seg:sub(ci, ci)
local after = seg:sub(ci+1)
tfg(1); tbg(16); twrite(before)
if blinkState then tfg(16); tbg(1) else tfg(1); tbg(16) end
twrite(curCh)
tfg(1); tbg(16); twrite(after)
local drawn = #before + 1 + #after
if drawn < W then twrite(string.rep(" ", W - drawn)) end
else
if li == sLine and sPat ~= "" and entry[2] == 1 then
local s, e = seg:find(sPat)
if s then
tfg(1); tbg(16); twrite(seg:sub(1,s-1))
tfg(16); tbg(3); twrite(seg:sub(s,e))
tfg(1); tbg(16); twrite(seg:sub(e+1))
twrite(string.rep(" ", W - #seg))
else
tfg(1); tbg(16); twrite(pad(seg, W))
end
else
tfg(1); tbg(16); twrite(pad(seg, W))
end
end
else
tfg(13); tbg(16); twrite(pad("~", W)); tfg(1)
end
end
end
local function redraw()
W, H = termSize(); ROWS = H - 2
local map = buildScreenMap()
clampScroll(map)
drawTop()
drawLines(map)
drawBottom()
tpos(1, H)
tbg(16); tfg(1)
end
local function prompt(label, default)
local inp = default or ""
while true do
tpos(1, H); tbg(3); tfg(16)
twrite(pad(" "..label..inp.." ", W))
tbg(16); tfg(1)
local key = syscall.read(0)
if not key or key == "" then sleep(0.02)
elseif key == "\27" then return nil
elseif key == "\n" then return inp
elseif key == "\b" then if #inp > 0 then inp = inp:sub(1,-2) end
else
local b = key:byte(1)
if b >= 32 and b < 127 then inp = inp..key:sub(1,1) end
end
end
end
local function insChar(c)
local ln = lines[cy]
lines[cy] = ln:sub(1,cx-1)..c..ln:sub(cx)
cx = cx+1; dirty = true
end
local function delLeft()
if cx > 1 then
local ln = lines[cy]
lines[cy] = ln:sub(1,cx-2)..ln:sub(cx)
cx = cx-1; dirty = true
elseif cy > 1 then
local above = lines[cy-1]
cx = #above+1
lines[cy-1] = above..lines[cy]
table.remove(lines, cy)
cy = cy-1; dirty = true
end
end
local function delRight()
local ln = lines[cy]
if cx <= #ln then
lines[cy] = ln:sub(1,cx-1)..ln:sub(cx+1); dirty = true
elseif cy < #lines then
lines[cy] = ln..lines[cy+1]
table.remove(lines, cy+1); dirty = true
end
end
local function newline()
local ln = lines[cy]
local pre = ln:sub(1,cx-1)
local post = ln:sub(cx)
local ind = pre:match("^(%s*)") or ""
lines[cy] = pre
table.insert(lines, cy+1, ind..post)
cy = cy+1; cx = #ind+1; dirty = true
end
local function cutLine()
clip = lines[cy]
table.remove(lines, cy)
if #lines == 0 then lines = {""} end
if cy > #lines then cy = #lines end
cx = 1; dirty = true; msg = "Cut"
end
local function pasteLine()
if not clip then msg = "Nothing to paste"; return end
table.insert(lines, cy, clip)
cy = cy+1; cx = 1; dirty = true; msg = "Pasted"
end
local function findNext()
if sPat == "" then
local p = prompt("Find: ", "")
if not p or p == "" then dirty = true; return end
sPat = p; sLine = 0
end
local start = sLine > 0 and sLine or cy
for i = 1, #lines do
local idx = (start-1+i) % #lines + 1
if lines[idx]:find(sPat) then
cy = idx; sLine = idx
cx = lines[idx]:find(sPat) or 1
msg = "Found: line "..idx; dirty = true; return
end
end
msg = "Not found: "..sPat; msgErr = true; dirty = true
end
local function goToLine()
local p = prompt("Go to line: ", "")
if not p then dirty = true; return end
local n = tonumber(p)
if not n then msg = "Not a number"; msgErr = true; dirty = true; return end
cy = math.max(1, math.min(#lines, math.floor(n)))
cx = 1; msg = "Line "..cy; dirty = true
end
local function doSave()
if not fname then
local p = prompt("Save as: ", "")
dirty = true
if not p or p == "" then return false end
fname = absPath(p)
end
saveFile(fname); dirty = true; return not msgErr
end
local function moveCursorUp(map)
local csr = cursorScreenRow(map)
if csr <= 1 then return end
local prev = map[csr - 1]
if not prev then return end
local newLi = prev[1]
local newCol = prev[2] + (cx - 1) % W
cx = math.min(newCol, #lines[newLi] + 1)
cy = newLi
end
local function moveCursorDown(map)
local csr = cursorScreenRow(map)
local next = map[csr + 1]
if not next then return end
local newLi = next[1]
local newCol = next[2] + (cx - 1) % W
cx = math.min(newCol, #lines[newLi] + 1)
cy = newLi
end
if args[1] then
fname = absPath(args[1])
loadFile(fname)
end
tclear()
local running = true
while running do
local map = buildScreenMap()
local key = syscall.read(0)
if key and key ~= "" then
local b = key:byte(1)
if key == "\17" then moveCursorUp(map); dirty=true
elseif key == "\18" then moveCursorDown(map); dirty=true
elseif key == "\19" then
if cx > 1 then cx=cx-1
elseif cy > 1 then cy=cy-1; cx=#lines[cy]+1 end
dirty=true
elseif key == "\20" then
if cx <= #lines[cy] then cx=cx+1
elseif cy < #lines then cy=cy+1; cx=1 end
dirty=true
elseif key == "\n" then newline()
elseif key == "\b" then delLeft()
elseif key == "\t" then for _=1,4 do insChar(" ") end
elseif b == 1 then cx=1; dirty=true
elseif b == 2 then
for _=1,ROWS do moveCursorUp(map) end; dirty=true
elseif b == 4 then delRight()
elseif b == 5 then cx=#lines[cy]+1; dirty=true
elseif b == 6 then
local p=prompt("Find: ",sPat); dirty=true
if p then sPat=p; sLine=0; findNext() end
elseif b == 7 then goToLine()
elseif b == 11 then cutLine()
elseif b == 12 then
for _=1,ROWS do moveCursorDown(map) end; dirty=true
elseif b == 14 then
if sPat=="" then
local p=prompt("Find: ",""); dirty=true
if p then sPat=p; sLine=0 end
end
findNext()
elseif b == 16 then
if dirty then
local p=prompt("Unsaved changes. Quit? [y/N] ","")
dirty=true
if p and p:lower()=="y" then running=false end
else running=false end
elseif b == 21 then pasteLine()
elseif b == 23 then doSave()
elseif b == 24 then doSave(); running=false
else
if b >= 32 and b < 127 then insChar(key:sub(1,1)) end
end
end
local curBlink = (math.floor(syscall.getUptime() / 500) % 2) == 0
if curBlink ~= blinkState then
blinkState = curBlink
dirty = true
end
if dirty then
clampCx()
redraw()
dirty = false
end
sleep(0.05)
end
tclear(); tfg(1); tbg(16); tpos(1,1)
print("edit: exited"..(fname and (" - "..fname) or ""))

152
Src/Hyperion-bash/bin/mount Normal file
View File

@@ -0,0 +1,152 @@
--:Minify:--
-- Usage:
-- mount list all current mounts
-- mount <id> <mountpoint> mount loop device id at mountpoint
-- mount -o loop <src> <dest> attach <src> as loop device and mount at <dest>
-- mount --help
local name = syscall.getTask(syscall.getpid()).name
local args, opts = {}, { help=false, o=nil }
local i = 1
local rawArgs = {...}
while i <= #rawArgs do
local v = rawArgs[i]
if v:sub(1,2) == "--" then
local o = v:sub(3)
if o == "help" then opts.help = true
else print(name..": unrecognised option '"..v.."'")
print("try '"..name.." --help' for more information.")
syscall.exit(1); return end
elseif v == "-o" then
i = i + 1
opts.o = rawArgs[i]
elseif v:sub(1,1) == "-" then
local rest = v:sub(2)
if rest:sub(1,1) == "o" then
if #rest > 1 then opts.o = rest:sub(2)
else i = i + 1; opts.o = rawArgs[i] end
else
print(name..": invalid option '"..v.."'")
print("try '"..name.." --help' for more information.")
syscall.exit(1); return
end
else
table.insert(args, v)
end
i = i + 1
end
if opts.help then
print("Usage: "..name)
print(" "..name.." <id> <mountpoint>")
print(" "..name.." -o loop <source> <mountpoint>")
print("")
print("Mount a loop device or filesystem.")
print("")
print(" (no args) list all active mount points")
print(" <id> <mountpoint> mount an already-attached loop device")
print(" -o loop <src> <dest> attach src as loop device and mount at dest")
print(" src can be a directory (bind) or .hfs image")
print("")
print("Requires root for all operations except listing.")
return
end
if #args == 0 and not opts.o then
local ok, mounts = pcall(syscall.mounts or function()
error("ENOSYS")
end)
local loDevs = {}
local lok, ld = pcall(syscall.lolist)
if lok then
for id, info in pairs(ld) do
local path = (type(info)=="table" and info.path) or tostring(info)
local mode = (type(info)=="table" and info.mode) or "bind"
loDevs[id] = { path=path, mode=mode }
end
end
if next(loDevs) == nil then
syscall.devctl(1, "sfgc", 14)
print("(no loop devices attached)")
syscall.devctl(1, "sfgc", 1)
return
end
for id, info in pairs(loDevs) do
local colour = info.mode == "image" and 5 or 4
syscall.devctl(1, "sfgc", colour)
printInline(info.mode.." "..id)
syscall.devctl(1, "sfgc", 1)
print(" on "..info.path)
end
return
end
if opts.o and opts.o:lower() == "loop" then
if #args < 2 then
print(name..": -o loop requires <source> and <mountpoint>")
print("try '"..name.." --help' for more information.")
syscall.exit(1); return
end
local src = args[1]
local dest = args[2]
if src:sub(1,1) ~= "/" then src = syscall.getcwd().."/"..src end
if dest:sub(1,1) ~= "/" then dest = syscall.getcwd().."/"..dest end
local ok, loopId = pcall(syscall.losetup, src)
if not ok then
local msg = tostring(loopId)
if msg:find("EPERM") then msg = "Permission denied"
elseif msg:find("EINVAL") then msg = "'"..args[1].."': not a directory or .hfs image"
elseif msg:find("EIO") then msg = "'"..args[1].."': I/O error reading image"
end
print(name..": losetup: "..msg); syscall.exit(1); return
end
local ok2, merr = pcall(syscall.mount, dest, loopId)
if not ok2 then
pcall(syscall.lodetach, loopId)
local msg = tostring(merr)
if msg:find("EPERM") then msg = "Permission denied"
elseif msg:find("EBUSY") then msg = "'"..dest.."' is already a mount point"
elseif msg:find("ENODEV") then msg = "loop device not found (internal error)"
end
print(name..": mount: "..msg); syscall.exit(1); return
end
syscall.devctl(1, "sfgc", 10)
print(name..": "..loopId.." mounted at "..dest)
syscall.devctl(1, "sfgc", 1)
return
end
if #args == 2 then
local loopId = args[1]
local dest = args[2]
if dest:sub(1,1) ~= "/" then dest = syscall.getcwd().."/"..dest end
local ok, err = pcall(syscall.mount, dest, loopId)
if not ok then
local msg = tostring(err)
if msg:find("EPERM") then msg = "Permission denied"
elseif msg:find("ENODEV") then msg = "'"..loopId.."': no such device - use losetup first"
elseif msg:find("EBUSY") then msg = "'"..dest.."' is already a mount point"
elseif msg:find("EINVAL") then msg = "invalid arguments"
end
print(name..": "..msg); syscall.exit(1); return
end
syscall.devctl(1, "sfgc", 10)
print(name..": "..loopId.." mounted at "..dest)
syscall.devctl(1, "sfgc", 1)
return
end
print(name..": wrong number of arguments")
print("try '"..name.." --help' for more information.")
syscall.exit(1)

View File

@@ -1,18 +0,0 @@
local userhost = (syscall.getUsername() or "Unknown").."@"..(syscall.getHostname() or "Unknown")
print(".. *. .. | "..userhost)
print(" *= +@* +* | "..string.rep("-",#userhost))
print(" .@#. -@@@= :#@. | OS: "..(syscall.version() or "Unknown"))
print(" =@@+ *@@@# +@@= | Host: "..(syscall.getHost() or "Unknown"))
print(" %@@%: *@@@# -%@@% | Uptime: "..(syscall.getUptime() or "Unknown"))
print(" :@@@@+ *@@@# .*@@@@: | Tasks: "..tostring((#syscall.getTasks() or "Unknown")))
print(" :*@@@%- *@@@# -@@@@*: | Packages: ".."Unknown")
print(" =%@@#. *@@@# .#@@%= | Shell: "..(syscall.getEnviron("SHELL") or "Unknown"))
print(" :=. :*@@= *@@@# =@@+: .=: | ")
print(" %@#=..*# +@@@# #*..=#@# | ")
print(" .@@@@+=# .%@%: #=+@@@@. | ")
print(" .....=# -@= *+...:. | ")
print(" -*%*-@= - =@-*%*- | ")
print(" -@*. -@%. :%@- :*@- | ")
print(" .#@#@* | ")
print(" -#- | ")
print(" | ")

View File

@@ -9,7 +9,7 @@ local currentUid = syscall.getuid()
local targetUid local targetUid
if targetName then if targetName then
targetUid = syscall.auth_getuid(targetName) targetUid = syscall.getuid(targetName)
if not targetUid then if not targetUid then
print("passwd: user '" .. targetName .. "' does not exist") print("passwd: user '" .. targetName .. "' does not exist")
syscall.exit(1); return syscall.exit(1); return
@@ -36,7 +36,7 @@ if currentUid ~= 0 then
if #cur > 0 then cur=cur:sub(1,-2); syscall.write(1,"\b \b") end if #cur > 0 then cur=cur:sub(1,-2); syscall.write(1,"\b \b") end
else cur=cur..ch; syscall.write(1,"*") end else cur=cur..ch; syscall.write(1,"*") end
end end
local ok, err = syscall.auth_elevate(targetName, cur) local ok, err = syscall.elevate(targetName, cur)
if not ok then if not ok then
sleep(1) sleep(1)
print("passwd: authentication failure") print("passwd: authentication failure")
@@ -71,7 +71,7 @@ if pw1 ~= pw2 then
syscall.exit(1); return syscall.exit(1); return
end end
local ok, err = syscall.auth_setpassword(targetUid, pw1) local ok, err = syscall.setpassword(targetUid, pw1)
if not ok then if not ok then
print("passwd: " .. tostring(err)) print("passwd: " .. tostring(err))
syscall.exit(1); return syscall.exit(1); return

View File

@@ -0,0 +1,82 @@
--:Minify:--
local name = syscall.getTask(syscall.getpid()).name
local cloptions = { n = false, f = false, e = false, help = false }
local args = {}
for _, v in ipairs({ ... }) do
if v:sub(1, 2) == "--" then
local opt = v:sub(3)
if cloptions[opt] == nil then
print(name .. ": unrecognized option '" .. v .. "'")
syscall.exit(1); return
end
cloptions[opt] = true
elseif v:sub(1, 1) == "-" then
for i = 2, #v do
local opt = v:sub(i, i)
if cloptions[opt] == nil then
print(name .. ": invalid option '-" .. opt .. "'")
syscall.exit(1); return
end
cloptions[opt] = true
end
else
table.insert(args, v)
end
end
if cloptions.help then
print("Usage: " .. name .. " [OPTION]... FILE...")
print("Print the resolved target of symbolic links.")
print("")
print("Options:")
print(" -f canonicalize: follow every symlink; last component need not exist")
print(" -e like -f but all components must exist")
print(" -n do not output trailing newline")
print(" --help display this help and exit")
return
end
if #args == 0 then
print(name .. ": missing operand")
print("try '" .. name .. " --help' for more information.")
syscall.exit(1); return
end
local function absPath(p)
if p:sub(1,1) ~= "/" then
local d = syscall.getcwd()
if d:sub(-1) ~= "/" then d = d .. "/" end
p = d .. p
end
return p
end
local anyErr = false
for _, path in ipairs(args) do
path = absPath(path)
if cloptions.f or cloptions.e then
local ok, stat = pcall(syscall.stat, path)
if not ok then
if cloptions.e then
print(name .. ": " .. path .. ": " .. tostring(stat))
anyErr = true
else
if not cloptions.n then print(path) else printInline(path) end
end
else
if not cloptions.n then print(path) else printInline(path) end
end
else
local ok, target = pcall(syscall.readlink, path)
if not ok then
print(name .. ": " .. path .. ": " .. tostring(target))
anyErr = true
else
if not cloptions.n then print(target) else printInline(target) end
end
end
end
if anyErr then syscall.exit(1) end

429
Src/Hyperion-bash/bin/sed Normal file
View File

@@ -0,0 +1,429 @@
--:Minify:--
-- Supports: s/pat/repl/[gip], d, p, q, =, addr1[,addr2]cmd
-- Addressing: line numbers, $, /regex/
-- Flags: -n (silent), -e script, -i (in-place)
local name = syscall.getTask(syscall.getpid()).name
local scripts = {}
local files = {}
local silent = false
local inplace = false
local args = { ... }
local i = 1
while i <= #args do
local a = args[i]
if a == "-n" then
silent = true
elseif a == "-i" then
inplace = true
elseif a == "-e" then
i = i + 1
if not args[i] then
print(name .. ": option -e requires an argument"); syscall.exit(1); return
end
table.insert(scripts, args[i])
elseif a:sub(1,2) == "-e" then
table.insert(scripts, a:sub(3))
elseif a == "--help" then
print("Usage: " .. name .. " [OPTION]... SCRIPT [FILE...]")
print(" " .. name .. " [OPTION]... -e SCRIPT... [FILE...]")
print("Stream editor. Reads FILE(s) (or stdin) line by line,")
print("applies SCRIPT, and writes results to stdout.")
print("")
print("Commands:")
print(" s/REGEX/REPL/[flags] substitute (flags: g global, i ignore-case, p print)")
print(" d delete line (skip to next)")
print(" p print current line")
print(" q quit")
print(" = print current line number")
print(" y/src/dst/ transliterate characters")
print("")
print("Addressing (prefix any command):")
print(" N line number N")
print(" $ last line")
print(" /REGEX/ lines matching regex")
print(" N,M line range")
print(" N,/REGEX/ from line N until regex match")
print("")
print("Options:")
print(" -n suppress default output")
print(" -e SCRIPT add script expression")
print(" -i edit file in-place")
print(" --help display this help and exit")
return
elseif a:sub(1,1) == "-" then
print(name .. ": unknown option: " .. a)
syscall.exit(1); return
else
if #scripts == 0 then
table.insert(scripts, a)
else
table.insert(files, a)
end
end
i = i + 1
end
if #scripts == 0 then
print(name .. ": no script specified"); syscall.exit(1); return
end
local script = table.concat(scripts, "\n")
local function patEscape(s)
return s:gsub("([%(%)%.%%%+%-%*%?%[%^%$])", "%%%1")
end
local function sedPatToLua(pat, icase)
pat = pat:gsub("\\%(", "("):gsub("\\%)", ")")
pat = pat:gsub("\\1", "%%1"):gsub("\\2", "%%2")
return pat
end
local function parseDelim(s, pos, delim)
local out = {}
while pos <= #s do
local c = s:sub(pos, pos)
if c == "\\" and pos < #s then
pos = pos + 1
local nc = s:sub(pos, pos)
if nc == delim then
table.insert(out, delim)
elseif nc == "n" then
table.insert(out, "\n")
else
table.insert(out, "\\" .. nc)
end
elseif c == delim then
return table.concat(out), pos + 1
else
table.insert(out, c)
end
pos = pos + 1
end
return table.concat(out), pos
end
local function parseAddr(s, pos)
local c = s:sub(pos, pos)
if c == "" then return nil, pos end
if c:match("%d") then
local numstr = s:match("^(%d+)", pos)
return { type="line", n=tonumber(numstr) }, pos + #numstr
elseif c == "$" then
return { type="last" }, pos + 1
elseif c == "/" then
local pat, npos = parseDelim(s, pos + 1, "/")
return { type="regex", pat=pat }, npos
end
return nil, pos
end
local function parseCommands(src)
local cmds = {}
local pos = 1
local len = #src
local function skip()
while pos <= len and (src:sub(pos,pos) == " " or src:sub(pos,pos) == "\t") do
pos = pos + 1
end
end
while pos <= len do
skip()
if pos > len then break end
local c = src:sub(pos, pos)
if c == "\n" or c == ";" then
pos = pos + 1
goto continue
end
if c == "#" then
while pos <= len and src:sub(pos,pos) ~= "\n" do pos = pos + 1 end
goto continue
end
local addr1, addr2
addr1, pos = parseAddr(src, pos)
skip()
if addr1 and pos <= len and src:sub(pos,pos) == "," then
pos = pos + 1
skip()
addr2, pos = parseAddr(src, pos)
end
skip()
if pos > len then break end
local cmd = src:sub(pos, pos)
pos = pos + 1
if cmd == "s" then
local delim = src:sub(pos, pos); pos = pos + 1
local pat, p1 = parseDelim(src, pos, delim); pos = p1
local repl, p2 = parseDelim(src, pos, delim); pos = p2
local flags = ""
while pos <= len and src:sub(pos,pos):match("[giIp]") do
flags = flags .. src:sub(pos,pos); pos = pos + 1
end
table.insert(cmds, { addr1=addr1, addr2=addr2, cmd="s",
pat=pat, repl=repl, flags=flags })
elseif cmd == "y" then
local delim = src:sub(pos, pos); pos = pos + 1
local srcch, p1 = parseDelim(src, pos, delim); pos = p1
local dstch, p2 = parseDelim(src, pos, delim); pos = p2
table.insert(cmds, { addr1=addr1, addr2=addr2, cmd="y",
src=srcch, dst=dstch })
elseif cmd == "d" or cmd == "p" or cmd == "q" or cmd == "=" then
table.insert(cmds, { addr1=addr1, addr2=addr2, cmd=cmd })
elseif cmd == "{" then
local depth = 1
local start = pos
while pos <= len and depth > 0 do
local ch = src:sub(pos,pos)
if ch == "{" then depth = depth + 1
elseif ch == "}" then depth = depth - 1 end
pos = pos + 1
end
local inner = src:sub(start, pos - 2)
local innerCmds = parseCommands(inner)
for _, ic in ipairs(innerCmds) do
ic.addr1 = ic.addr1 or addr1
ic.addr2 = ic.addr2 or addr2
end
for _, ic in ipairs(innerCmds) do
table.insert(cmds, ic)
end
elseif cmd == "\n" or cmd == ";" then
else
end
::continue::
end
return cmds
end
local cmds = parseCommands(script)
local inRange = {}
local function addrMatch(cmd, lineNum, line, isLast, ci)
local a1 = cmd.addr1
local a2 = cmd.addr2
if not a1 then return true end
local function matchOne(addr, ln, l)
if addr.type == "line" then return ln == addr.n
elseif addr.type == "last" then return isLast
elseif addr.type == "regex" then return l:find(sedPatToLua(addr.pat)) ~= nil
end
return false
end
if not a2 then
return matchOne(a1, lineNum, line)
end
if inRange[ci] then
local endMatch
if a2.type == "line" then endMatch = (lineNum >= a2.n)
elseif a2.type == "last" then endMatch = isLast
elseif a2.type == "regex" then endMatch = (line:find(sedPatToLua(a2.pat)) ~= nil)
end
if endMatch then inRange[ci] = false end
return true
else
if matchOne(a1, lineNum, line) then
if a2.type == "line" and a2.n <= lineNum then
else
inRange[ci] = true
end
return true
end
return false
end
end
local function doSubst(line, pat, repl, flags)
local global = flags:find("g") ~= nil
local icase = flags:find("[iI]") ~= nil
local luaPat = sedPatToLua(pat, icase)
local function buildRepl(whole, ...)
local caps = { ... }
local out = {}
local rp = repl
local ri = 1
while ri <= #rp do
local rc = rp:sub(ri, ri)
if rc == "&" then
table.insert(out, whole)
elseif rc == "\\" and ri < #rp then
ri = ri + 1
local nc = rp:sub(ri, ri)
if nc:match("%d") then
local idx = tonumber(nc)
table.insert(out, caps[idx] or "")
elseif nc == "n" then
table.insert(out, "\n")
else
table.insert(out, nc)
end
else
table.insert(out, rc)
end
ri = ri + 1
end
return table.concat(out)
end
local result
local changed = false
if global then
result = line:gsub(luaPat, buildRepl)
changed = (result ~= line)
else
local s, e, whole
local parts = { line:find(luaPat) }
if parts[1] then
s = parts[1]; e = parts[2]
local caps = {}
for ci = 3, #parts do caps[#caps+1] = parts[ci] end
local wmatch = line:sub(s, e)
local replStr = buildRepl(wmatch, table.unpack(caps))
result = line:sub(1, s-1) .. replStr .. line:sub(e+1)
changed = true
else
result = line
end
end
return result, changed
end
local function doTranslit(line, src, dst)
local out = {}
for ci = 1, #line do
local c = line:sub(ci, ci)
local idx = src:find(c, 1, true)
if idx and idx <= #dst then
table.insert(out, dst:sub(idx, idx))
else
table.insert(out, c)
end
end
return table.concat(out)
end
local function processLines(lines, outputLines)
local total = #lines
for lineNum, line in ipairs(lines) do
local isLast = (lineNum == total)
local deleted = false
local printed = false
local quit = false
local bare = line:gsub("\n$", "")
for ci, cmd in ipairs(cmds) do
if addrMatch(cmd, lineNum, bare, isLast, ci) then
if cmd.cmd == "d" then
deleted = true; break
elseif cmd.cmd == "p" then
table.insert(outputLines, bare)
elseif cmd.cmd == "=" then
table.insert(outputLines, tostring(lineNum))
elseif cmd.cmd == "q" then
if not silent then table.insert(outputLines, bare) end
quit = true; break
elseif cmd.cmd == "s" then
local newLine, changed = doSubst(bare, cmd.pat, cmd.repl, cmd.flags)
bare = newLine
if changed and cmd.flags:find("p") then
table.insert(outputLines, bare)
end
elseif cmd.cmd == "y" then
bare = doTranslit(bare, cmd.src, cmd.dst)
end
end
end
if quit then break end
if not deleted and not silent then
table.insert(outputLines, bare)
end
end
end
local function readLines(fd)
local lines = {}
local buf = ""
while true do
local chunk = syscall.read(fd, 1024)
if not chunk or chunk == "" then break end
buf = buf .. chunk
end
for line in (buf .. "\n"):gmatch("([^\n]*)\n") do
table.insert(lines, line)
end
if buf ~= "" and buf:sub(-1) ~= "\n" and lines[#lines] == "" then
table.remove(lines)
end
return lines
end
local function runOnFile(path)
local fd
if path then
local ok, err = pcall(function() fd = syscall.open(path, "r") end)
if not ok then
print(name .. ": " .. path .. ": " .. tostring(err))
return false
end
else
fd = 0
end
local lines = readLines(fd)
if path then syscall.close(fd) end
inRange = {}
local outputLines = {}
processLines(lines, outputLines)
if inplace and path then
local wfd = syscall.open(path, "w")
for _, ol in ipairs(outputLines) do
syscall.write(wfd, ol .. "\n")
end
syscall.close(wfd)
else
for _, ol in ipairs(outputLines) do
print(ol)
end
end
return true
end
if #files == 0 then
runOnFile(nil)
else
for _, f in ipairs(files) do
local absf = f
if absf:sub(1,1) ~= "/" then absf = syscall.getcwd() .. "/" .. f end
runOnFile(absf)
end
end

View File

@@ -0,0 +1,151 @@
--:Minify:--
local args = { ... }
local target = args[1] or "http://example.com"
local function pass(msg) syscall.devctl(1,"sfgc",10); print(" PASS " .. msg); syscall.devctl(1,"sfgc",1) end
local function fail(msg) syscall.devctl(1,"sfgc",2); print(" FAIL " .. msg); syscall.devctl(1,"sfgc",1) end
local function info(msg) syscall.devctl(1,"sfgc",14); print(" .... " .. msg); syscall.devctl(1,"sfgc",1) end
local function head(msg) syscall.devctl(1,"sfgc",4); print("\n" .. msg); syscall.devctl(1,"sfgc",1) end
local passed, failed = 0, 0
local function check(name, ok, err)
if ok then passed = passed + 1; pass(name)
else failed = failed + 1; fail(name .. " - " .. tostring(err)) end
end
head("[ 1 ] socket() creation")
do
local ok, fd = pcall(syscall.socket, "inet", "stream")
check("socket(inet, stream) returns fd", ok and type(fd) == "number", fd)
if ok then
local cok = pcall(syscall.close, fd)
check("close() on socket fd", cok, "close failed")
end
local ok2, fd2 = pcall(syscall.socket, "unix", "stream")
check("socket(unix, stream) returns fd", ok2 and type(fd2) == "number", fd2)
if ok2 then pcall(syscall.close, fd2) end
local ok3 = pcall(syscall.socket, "ax25", "stream")
check("socket(ax25) returns EAFNOSUPPORT", not ok3, "should have errored")
end
head("[ 2 ] connect() to " .. target)
local sockfd
do
local ok, fd = pcall(syscall.socket, "inet", "stream")
check("socket() before connect", ok, fd)
if ok then
sockfd = fd
local cok, cerr = pcall(syscall.connect, fd, target)
check("connect(" .. target .. ")", cok, cerr)
end
end
head("[ 3 ] send() HTTP GET via socket")
do
if sockfd then
local sok, serr = pcall(syscall.send, sockfd, "")
check("send() does not error", sok, serr)
else
check("send() skipped (no socket)", false, "socket creation failed")
end
end
head("[ 4 ] recv() reads HTTP response")
do
if sockfd then
info("waiting for response (recv blocks up to 10s)...")
local ok, body = pcall(syscall.recv, sockfd, 65536)
check("recv() returns non-empty body", ok and body and #body > 0,
ok and "empty response" or tostring(body))
if ok and body and #body > 0 then
info("received " .. #body .. " bytes")
local preview = body:sub(1, 120):gsub("\r", ""):gsub("\n", " ")
info("preview: " .. preview)
end
pcall(syscall.close, sockfd)
sockfd = nil
else
check("recv() skipped (no socket)", false, "socket creation failed")
end
end
head("[ 5 ] httpget() convenience wrapper")
do
info("GET " .. target .. " ...")
local ok, body = pcall(syscall.httpget, target)
check("httpget() succeeds", ok, body)
if ok then
check("httpget() returns non-empty string", type(body) == "string" and #body > 0, "empty")
if type(body) == "string" and #body > 0 then
info("received " .. #body .. " bytes")
local preview = body:sub(1, 120):gsub("\r", ""):gsub("\n", " ")
info("preview: " .. preview)
local hasHtml = body:lower():find("<html") ~= nil
or body:lower():find("<!doctype") ~= nil
or body:find("{") ~= nil
or body:find("HTTP") ~= nil
check("body looks like HTTP content", hasHtml, "no recognisable content markers")
end
end
end
head("[ 6 ] UNIX socket loopback IPC")
do
local sockPath = "/tmp/socktest.sock"
pcall(syscall.remove, sockPath)
local sok, sfd = pcall(syscall.socket, "unix", "stream")
check("server socket(unix,stream)", sok, sfd)
if sok then
local bok = pcall(syscall.bind, sfd, sockPath)
check("bind(" .. sockPath .. ")", bok, "bind failed")
local lok = pcall(syscall.listen, sfd, 1)
check("listen()", lok, "listen failed")
local cok, cfd = pcall(syscall.socket, "unix", "stream")
check("client socket(unix,stream)", cok, cfd)
if cok then
local connok = pcall(syscall.connect, cfd, sockPath)
check("client connect(" .. sockPath .. ")", connok, "connect failed")
local aok, afd = pcall(syscall.accept, sfd)
check("accept() returns client fd", aok, afd)
if connok and aok then
local sendok = pcall(syscall.send, cfd, "hello hyperion")
check("send() from client", sendok, "send failed")
local rok, data = pcall(syscall.recv, afd, 1024)
check("recv() on server side", rok and data == "hello hyperion",
rok and ("got: " .. tostring(data)) or tostring(data))
local repok = pcall(syscall.send, afd, "hello back")
check("send() reply from server", repok, "send failed")
local rok2, data2 = pcall(syscall.recv, cfd, 1024)
check("recv() reply on client", rok2 and data2 == "hello back",
rok2 and ("got: " .. tostring(data2)) or tostring(data2))
pcall(syscall.close, afd)
end
pcall(syscall.close, cfd)
end
pcall(syscall.close, sfd)
pcall(syscall.remove, sockPath)
end
end
print("")
syscall.devctl(1,"sfgc", failed == 0 and 10 or 2)
print(string.format("Results: %d passed, %d failed", passed, failed))
syscall.devctl(1,"sfgc",1)
if failed > 0 then syscall.exit(1) end

View File

@@ -1 +0,0 @@
syscall.chown("/bin", 0, 0)

View File

@@ -1,21 +1,15 @@
--:Minify:-- --:Minify:--
local fs = require("sys.fs")
local targetUser = ({ ... })[1] or "root" local targetUser = ({ ... })[1] or "root"
local currentUid = syscall.getuid() local currentUid = syscall.getuid()
local currentUser = syscall.getUsername(currentUid) or tostring(currentUid) local targetUid = syscall.getuidbyname(targetUser)
local targetUid = syscall.auth_getuid(targetUser)
if not targetUid then if not targetUid then
print("su: user '" .. targetUser .. "' does not exist") print("su: user '" .. targetUser .. "' does not exist")
syscall.exit(1) syscall.exit(1)
return return
end end
local ok, err if currentUid ~= 0 then
if currentUid == 0 then
ok = true
else
printInline("Password: ") printInline("Password: ")
local pw = "" local pw = ""
while true do while true do
@@ -25,16 +19,13 @@ else
syscall.write(1, "\n") syscall.write(1, "\n")
break break
elseif ch == "\b" then elseif ch == "\b" then
if #pw > 0 then if #pw > 0 then pw = pw:sub(1, -2); syscall.write(1, "\b \b") end
pw = pw:sub(1, -2); syscall.write(1, "\b \b")
end
else else
pw = pw .. ch pw = pw .. ch; syscall.write(1, "*")
syscall.write(1, "*")
end end
end end
ok, err = syscall.auth_elevate(targetUser, pw) local ok, err = syscall.elevate(targetUser, pw)
if not ok then if not ok then
sleep(1) sleep(1)
print("su: Authentication failure") print("su: Authentication failure")
@@ -43,38 +34,23 @@ else
end end
end end
if currentUid == 0 then syscall.setuid(targetUid)
syscall.setuid(targetUid)
end
local pwent = syscall.auth_getpasswd(targetUid) local pwent = syscall.getpasswd(targetUid)
local shell = (pwent and pwent.shell) or "/bin/hysh" local shell = (pwent and pwent.shell) or "/bin/hysh"
local homedir = (pwent and pwent.homedir) or "/" local homedir = (pwent and pwent.homedir) or "/"
syscall.chdir(homedir) local ok_cd, err_cd = pcall(syscall.chdir, homedir)
syscall.setEnviron("HOME", homedir) if not ok_cd then
syscall.setEnviron("USER", targetUser) homedir = "/"
syscall.chdir(homedir)
end
syscall.setEnviron("HOME", homedir)
syscall.setEnviron("USER", targetUser)
syscall.setEnviron("SHELL", shell) syscall.setEnviron("SHELL", shell)
local shellText = fs.readAllText(shell) local ok, err = pcall(syscall.exec, shell)
if not shellText then if not ok then
print("su: shell not found: " .. shell) print("su: cannot exec shell '" .. shell .. "': " .. tostring(err))
syscall.exit(1) syscall.exit(1)
return
end
local shellFn, loadErr = load(shellText, "@" .. shell)
if not shellFn then
print("su: cannot load shell: " .. tostring(loadErr))
syscall.exit(1)
return
end
local success, err = syscall.kill(syscall.getppid())
if success then
syscall.spawn(shellFn, targetUser .. ":" .. shell, syscall.getEnviron())
syscall.exit(0)
else
print("su: "..err)
end end

View File

@@ -10,7 +10,7 @@ if cmdArgs[i] == "-u" then
local uarg = cmdArgs[i] or "root" local uarg = cmdArgs[i] or "root"
local numUid = tonumber(uarg) local numUid = tonumber(uarg)
if numUid then if numUid then
local pwent = syscall.auth_getpasswd(numUid) local pwent = syscall.getpasswd(numUid)
targetUser = (pwent and pwent.username) or uarg targetUser = (pwent and pwent.username) or uarg
else else
targetUser = uarg targetUser = uarg
@@ -31,7 +31,7 @@ for j = i + 1, #cmdArgs do restArgs[#restArgs + 1] = cmdArgs[j] end
local currentUid = syscall.getuid() local currentUid = syscall.getuid()
local currentUser = syscall.getUsername(currentUid) or tostring(currentUid) local currentUser = syscall.getUsername(currentUid) or tostring(currentUid)
local targetUid = syscall.auth_getuid(targetUser) local targetUid = syscall.getuidbyname(targetUser)
if not targetUid then if not targetUid then
print("sudo: user '" .. targetUser .. "' does not exist") print("sudo: user '" .. targetUser .. "' does not exist")
syscall.exit(1) syscall.exit(1)
@@ -39,7 +39,7 @@ if not targetUid then
end end
if currentUid ~= 0 then if currentUid ~= 0 then
printInline("[sudo] password for " .. currentUser .. ": ") printInline("[sudo] password for root: ")
local pw = "" local pw = ""
while true do while true do
local ch = syscall.read(0) local ch = syscall.read(0)
@@ -55,7 +55,7 @@ if currentUid ~= 0 then
end end
end end
local ok, err = syscall.auth_elevate(currentUser, pw) local ok, err = syscall.elevate("root", pw)
if not ok then if not ok then
sleep(1) sleep(1)
print("sudo: Authentication failure") print("sudo: Authentication failure")
@@ -63,7 +63,7 @@ if currentUid ~= 0 then
return return
end end
if targetUid ~= 0 then if targetUid ~= currentUid then
syscall.setuid(targetUid) syscall.setuid(targetUid)
end end
else else
@@ -97,7 +97,7 @@ if not program then
return return
end end
local pwent = syscall.auth_getpasswd(targetUid) local pwent = syscall.getpasswd(targetUid)
if pwent and pwent.homedir then if pwent and pwent.homedir then
syscall.setEnviron("HOME", pwent.homedir) syscall.setEnviron("HOME", pwent.homedir)
end end

View File

@@ -0,0 +1,111 @@
--:Minify:--
-- Usage:
-- umount <mountpoint> unmount; auto-detach loop device if one is found
-- umount -l <id> detach loop device without unmounting (force)
-- umount --no-detach <mpt> unmount but leave loop device attached
-- umount --help
local name = syscall.getTask(syscall.getpid()).name
local args, opts = {}, { l=false, ["no-detach"]=false, help=false }
for _, v in ipairs({...}) do
if v:sub(1,2) == "--" then
local o = v:sub(3)
if opts[o] ~= nil then opts[o] = true
else print(name..": unrecognised option '"..v.."'")
print("try '"..name.." --help' for more information.")
syscall.exit(1); return end
elseif v:sub(1,1) == "-" then
for i = 2, #v do
local c = v:sub(i,i)
if opts[c] ~= nil then opts[c] = true
else print(name..": invalid option '-"..c.."'")
print("try '"..name.." --help' for more information.")
syscall.exit(1); return end
end
else
table.insert(args, v)
end
end
if opts.help then
print("Usage: "..name.." <mountpoint>")
print(" "..name.." --no-detach <mountpoint>")
print(" "..name.." -l <loopid>")
print("")
print("Unmount a filesystem mounted at <mountpoint>.")
print("")
print(" <mountpoint> unmount and auto-detach any loop device")
print(" --no-detach unmount but keep the loop device attached")
print(" -l <loopid> forcibly detach a loop device (no unmount)")
print("")
print("Requires root.")
return
end
if opts.l then
if #args < 1 then
print(name..": -l requires a loop device id")
print("try '"..name.." --help' for more information.")
syscall.exit(1); return
end
local id = args[1]
local ok, err = pcall(syscall.lodetach, id)
if not ok then
local msg = tostring(err)
if msg:find("EPERM") then msg = "Permission denied"
elseif msg:find("ENXIO") then msg = "no such loop device '"..id.."'"
elseif msg:find("EBUSY") then msg = "'"..id.."' is still mounted - unmount first or omit -l"
end
print(name..": "..msg); syscall.exit(1); return
end
syscall.devctl(1, "sfgc", 10)
print(name..": detached "..id)
syscall.devctl(1, "sfgc", 1)
return
end
if #args < 1 then
print(name..": missing mount point operand")
print("try '"..name.." --help' for more information.")
syscall.exit(1); return
end
local mpt = args[1]
if mpt:sub(1,1) ~= "/" then mpt = syscall.getcwd().."/"..mpt end
local loopIdToDetach = nil
if not opts["no-detach"] then
local lok, devs = pcall(syscall.lolist)
if lok then
loopIdToDetach = {}
for id in pairs(devs) do
loopIdToDetach[#loopIdToDetach + 1] = id
end
end
end
local ok, err = pcall(syscall.umount, mpt)
if not ok then
local msg = tostring(err)
if msg:find("EPERM") then msg = "Permission denied"
elseif msg:find("EINVAL") then msg = "'"..args[1].."' is not a mount point"
elseif msg:find("EBUSY") then msg = "'"..args[1].."' is busy - close open files first"
end
print(name..": "..msg); syscall.exit(1); return
end
syscall.devctl(1, "sfgc", 10)
print(name..": unmounted "..mpt)
syscall.devctl(1, "sfgc", 1)
if loopIdToDetach then
for _, id in ipairs(loopIdToDetach) do
local dok = pcall(syscall.lodetach, id)
if dok then
syscall.devctl(1, "sfgc", 14)
print(name..": auto-detached "..id)
syscall.devctl(1, "sfgc", 1)
end
end
end

View File

@@ -48,7 +48,7 @@ if not password then
end end
end end
local uid, err = syscall.auth_newuser( local uid, err = syscall.newuser(
opt.username, password, opt.gid, opt.homedir, opt.shell or "/bin/hysh" opt.username, password, opt.gid, opt.homedir, opt.shell or "/bin/hysh"
) )
if not uid then if not uid then

View File

@@ -14,15 +14,15 @@ if not username then
syscall.exit(1); return syscall.exit(1); return
end end
local uid = syscall.auth_getuid(username) local uid = syscall.getuid(username)
if not uid then if not uid then
print("userdel: user '" .. username .. "' does not exist") print("userdel: user '" .. username .. "' does not exist")
syscall.exit(1); return syscall.exit(1); return
end end
local pwent = syscall.auth_getpasswd(uid) local pwent = syscall.getpasswd(uid)
local ok, err = syscall.auth_deleteuser(uid) local ok, err = syscall.deleteuser(uid)
if not ok then if not ok then
print("userdel: " .. tostring(err)) print("userdel: " .. tostring(err))
syscall.exit(1); return syscall.exit(1); return

View File

@@ -27,7 +27,7 @@ if opt.lock and opt.unlock then
syscall.exit(1); return syscall.exit(1); return
end end
local uid = syscall.auth_getuid(opt.username) local uid = syscall.getuid(opt.username)
if not uid then if not uid then
print("usermod: user '" .. opt.username .. "' does not exist") print("usermod: user '" .. opt.username .. "' does not exist")
syscall.exit(1); return syscall.exit(1); return
@@ -38,12 +38,12 @@ local function apply(fn, ...)
if not ok then print("usermod: " .. tostring(err)); syscall.exit(1) end if not ok then print("usermod: " .. tostring(err)); syscall.exit(1) end
end end
if opt.newname then apply(syscall.auth_setusername, uid, opt.newname) end if opt.newname then apply(syscall.setusername, uid, opt.newname) end
if opt.password then apply(syscall.auth_setpassword, uid, opt.password) end if opt.password then apply(syscall.setpassword, uid, opt.password) end
if opt.gid then apply(syscall.auth_setgid, uid, opt.gid) end if opt.gid then apply(syscall.setgid, uid, opt.gid) end
if opt.homedir then apply(syscall.auth_sethomedir, uid, opt.homedir) end if opt.homedir then apply(syscall.sethomedir, uid, opt.homedir) end
if opt.shell then apply(syscall.auth_setshell, uid, opt.shell) end if opt.shell then apply(syscall.setshell, uid, opt.shell) end
if opt.lock then apply(syscall.auth_lockuser, uid) end if opt.lock then apply(syscall.lockuser, uid) end
if opt.unlock then apply(syscall.auth_unlockuser, uid) end if opt.unlock then apply(syscall.unlockuser, uid) end
print("usermod: updated user '" .. opt.username .. "'") print("usermod: updated user '" .. opt.username .. "'")

View File

@@ -14,6 +14,9 @@ for i,v in pairs(kernel.processes) do
end, i) end, i)
end end
if not fs.exists("/bin/startup") then
fs.mkdir("/bin/startup")
end
local files = fs.list("/bin/startup") local files = fs.list("/bin/startup")
if not files then error("Failed to list /bin/startup") end if not files then error("Failed to list /bin/startup") end
for i,v in ipairs(files) do for i,v in ipairs(files) do

View File

@@ -254,7 +254,6 @@ local ok, err = xpcall(function()
if not ok then displaySuperBadError(err) end if not ok then displaySuperBadError(err) end
end) end)
-- time is in milliseconds
function coroutine.resumeWithTimeout(co, timeout, ...) function coroutine.resumeWithTimeout(co, timeout, ...)
local startTime = computer.time() local startTime = computer.time()
debug.sethook(co, function() debug.sethook(co, function()
@@ -294,6 +293,14 @@ local ok, err = xpcall(function()
queueEvent("componentAdded", "disk") queueEvent("componentAdded", "disk")
elseif event[1] == "disk_eject" then elseif event[1] == "disk_eject" then
queueEvent("componentRemoved", "disk") queueEvent("componentRemoved", "disk")
elseif event[1] == "modem_message" then
queueEvent("modem_message", table.unpack(event, 2))
elseif event[1] == "rednet_message" then
queueEvent("rednet_message", table.unpack(event, 2))
elseif event[1] == "http_success" then
queueEvent("http_success", table.unpack(event, 2))
elseif event[1] == "http_failure" then
queueEvent("http_failure", table.unpack(event, 2))
elseif event[1] == "NoSleep" then elseif event[1] == "NoSleep" then
exit = true exit = true
end end

View File

@@ -37,7 +37,7 @@ function peripheral.isPresent(name)
end end
function peripheral.getType(peripheral) function peripheral.getType(peripheral)
if type(peripheral) == "string" then -- Peripheral name passed if type(peripheral) == "string" then
if native.isPresent(peripheral) then if native.isPresent(peripheral) then
return native.getType(peripheral) return native.getType(peripheral)
end end
@@ -58,7 +58,7 @@ function peripheral.getType(peripheral)
end end
function peripheral.hasType(peripheral, peripheral_type) function peripheral.hasType(peripheral, peripheral_type)
if type(peripheral) == "string" then -- Peripheral name passed if type(peripheral) == "string" then
if native.isPresent(peripheral) then if native.isPresent(peripheral) then
return native.hasType(peripheral, peripheral_type) return native.hasType(peripheral, peripheral_type)
end end

View File

@@ -8,7 +8,7 @@ local computer = args[6]
local ifs = args[7] local ifs = args[7]
local kernel = {} local kernel = {}
kernel.LOG_Text="" kernel.LOG_Text=""
kernel.version="HyperionOS V1.0.0" kernel.version="HyperionOS V1.2.0"
kernel.process = "Kernel" kernel.process = "Kernel"
kernel.users={[0]="root",[1]="User"} kernel.users={[0]="root",[1]="User"}
kernel.hostname = "hyperion" kernel.hostname = "hyperion"

File diff suppressed because it is too large Load Diff

View File

@@ -7,11 +7,9 @@ proxy.address = "tmpfs0000"
proxy.isvirt = true proxy.isvirt = true
proxy.isReadOnly = function() return false end proxy.isReadOnly = function() return false end
-- Space functions (just placeholders)
proxy.spaceUsed = function() return 0 end proxy.spaceUsed = function() return 0 end
proxy.spaceTotal = function() return 0 end proxy.spaceTotal = function() return 0 end
-- Writable operations
proxy.makeDirectory = function(_, path) proxy.makeDirectory = function(_, path)
local steps = kernel.vfs.splitPath(path) local steps = kernel.vfs.splitPath(path)
local step = data local step = data
@@ -52,7 +50,6 @@ proxy.attributes = function(_, path)
} }
end end
-- Open files
function proxy:open(path, mode) function proxy:open(path, mode)
local steps = kernel.vfs.splitPath(path) local steps = kernel.vfs.splitPath(path)
local step = data local step = data
@@ -71,26 +68,32 @@ function proxy:open(path, mode)
local content = step[filename] local content = step[filename]
local pos = 1 local pos = 1
return { return {
read = function(amount) read = function(amount)
amount = amount or #content amount = amount or #content
local chunk = content:sub(pos, pos+amount-1) local chunk = content:sub(pos, pos+amount-1)
pos = pos + #chunk pos = pos + #chunk
return chunk return chunk
end end,
close = function() end,
} }
elseif mode == "w" then elseif mode == "w" then
step[filename] = "" step[filename] = ""
local buf = {}
return { return {
write = function(str) write = function(str)
step[filename] = str buf[#buf + 1] = str
end end,
close = function()
step[filename] = table.concat(buf)
end,
} }
elseif mode == "a" then elseif mode == "a" then
if type(step[filename]) ~= "string" then step[filename] = "" end if type(step[filename]) ~= "string" then step[filename] = "" end
return { return {
write = function(str) write = function(str)
step[filename] = step[filename] .. str step[filename] = step[filename] .. str
end end,
close = function() end,
} }
else else
error("EACCES") error("EACCES")
@@ -123,7 +126,8 @@ function proxy:list(path)
end end
function proxy:fileExists(path) function proxy:fileExists(path)
return pcall(function() return self:type(path) end) local t = self:type(path)
return t == "file" or t == "directory"
end end
kernel.disks["tmpfs0000"] = proxy kernel.disks["tmpfs0000"] = proxy

View File

@@ -0,0 +1,540 @@
-- :Minify:--
-- Loop device driver:
--
-- BIND (directory) - re-routes VFS calls into a host directory subtree.
-- Identical to the original behaviour.
--
-- IMAGE (*.hfs file) - mounts a Hyperion Filesystem Image. The image is
-- loaded entirely into memory; reads and writes operate
-- on the in-memory tree, so the image file is only
-- touched on attach/detach.
--
-- BHFS v1 - Binary Hyperion Filesystem Image format:
--
-- File header (8 bytes):
-- [0-3] magic: 0x42 0x48 0x46 0x53 ("BHFS")
-- [4] version: 0x01
-- [5] flags: bit0 = per-file deflate compression enabled
-- [6-7] reserved: 0x00 0x00
--
-- Records (repeated until END record):
-- [0] type: 0x01=file 0x02=dir 0x03=symlink 0xFF=end
-- [1-4] path_len (uint32 LE) - byte length of the path string
-- [5-8] raw_size (uint32 LE) - original uncompressed data size (0 for dirs)
-- [9-12] stored_size (uint32 LE) - bytes that follow in stream
-- (< raw_size means deflate-compressed;
-- = raw_size means stored as-is)
-- [13 .. 13+path_len-1] path bytes (no null terminator)
-- [.. +stored_size] data bytes
--
-- Dirs have raw_size=0, stored_size=0, zero data bytes.
-- Symlinks store the target path as data; stored_size == raw_size (no compression).
--
-- Syscalls:
-- id = syscall.losetup(path) attach dir OR .hfs image
-- id = syscall.losetup(path, true) force image mode
-- syscall.lodetach(id) detach (must be unmounted first)
-- tbl = syscall.lolist() {id -> {path,mode}, ...}
-- str = syscall.loimgcreate(srcdir) serialise VFS dir -> BHFS binary string
-- syscall.loimgwrite(str, dest) write BHFS string to a file (binary)
local kernel = ...
local _deflate = nil
local function getDeflate()
if _deflate == nil then
local ok, lib = pcall(require, "store.deflate")
_deflate = ok and lib or false
end
return _deflate or nil
end
local function pack32(n)
n = math.floor(n) % 4294967296
return string.char(
n % 256,
math.floor(n / 256) % 256,
math.floor(n / 65536) % 256,
math.floor(n / 16777216) % 256
)
end
local function unpack32(s, i)
local a, b, c, d = s:byte(i, i + 3)
return (a or 0)
+ (b or 0) * 256
+ (c or 0) * 65536
+ (d or 0) * 16777216
end
local BHFS_MAGIC = "BHFS"
local BHFS_VERSION = "\001"
local BHFS_FLAG_COMPRESS = 1
local TYPE_FILE = "\001"
local TYPE_DIR = "\002"
local TYPE_LINK = "\003"
local TYPE_END = "\255"
local B64D = {}
do
local a = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"
for i = 1, #a do B64D[a:sub(i, i)] = i - 1 end
end
local function b64dec(s)
s = s:gsub("[^A-Za-z0-9+/=]", "")
local t, i = {}, 1
while i <= #s do
local c1 = B64D[s:sub(i, i )] or 0
local c2 = B64D[s:sub(i+1, i+1)] or 0
local c3 = B64D[s:sub(i+2, i+2)] or 0
local c4 = B64D[s:sub(i+3, i+3)] or 0
local n = c1*262144 + c2*4096 + c3*64 + c4
t[#t+1] = string.char(math.floor(n/65536) % 256)
if s:sub(i+2, i+2) ~= "=" then t[#t+1] = string.char(math.floor(n/256) % 256) end
if s:sub(i+3, i+3) ~= "=" then t[#t+1] = string.char(n % 256) end
i = i + 4
end
return table.concat(t)
end
local loopDevs = {}
local nextLoop = 0
local function makeBindDisk(id, dirPath)
local disk = { address = id, isvirt = false }
disk.isReadOnly = function() return false end
disk.spaceUsed = function() return 0 end
disk.spaceTotal = function() return 0 end
disk.setLabel = function() end
disk.getLabel = function() return id end
local function resolveBase()
local mp, mid = "/", "$"
for id2, m in pairs(kernel.vfs.mounts) do
if dirPath == m or (m == "/" and dirPath:sub(1,1) == "/")
or dirPath:sub(1, #m+1) == m.."/" then
if #m > #mp then mp = m; mid = id2 end
end
end
return kernel.vfs.disks[mid], dirPath:sub(#mp+1)
end
local function dp(path)
local hd, base = resolveBase()
local b = (base == "" or base == "/") and "" or base:gsub("^/+","")
local p = path:gsub("^/+","")
local c = ((b=="") and "/"..p or "/"..b.."/"..p):gsub("//+","/")
local r = c:sub(2); if r == "" then r = "/" end
return hd, r
end
function disk:open(path,mode) local h,r=dp(path); return h:open(r,mode) end
function disk:type(path) local h,r=dp(path); return h:type(r) end
function disk:list(path) local h,r=dp(path); return h:list(r) end
function disk:fileExists(path) local h,r=dp(path); return h:fileExists(r) end
function disk:attributes(path) local h,r=dp(path); return h:attributes(r) end
function disk:makeDirectory(path) local h,r=dp(path); return h:makeDirectory(r) end
function disk:remove(path) local h,r=dp(path); return h:remove(r) end
return disk
end
local function makeImageDisk(id, imageStr)
local root = { kind="dir", children={} }
local function getNode(path, create)
local parts = {}
for p in path:gmatch("[^/]+") do parts[#parts+1] = p end
local node = root
for i = 1, #parts do
local name = parts[i]
if not node.children then
if not create then return nil end
node.children = {}
end
if not node.children[name] then
if not create then return nil end
node.children[name] = { kind="dir", children={} }
end
node = node.children[name]
end
return node
end
local function ensureParent(path)
local par = path:match("^(.*)/[^/]+$") or ""
if par ~= "" then
local n = getNode(par, true)
if not n.children then n.children = {} end
end
end
if imageStr:sub(1, 4) == BHFS_MAGIC then
local pos = 9
while pos <= #imageStr do
local rtype = imageStr:sub(pos, pos)
pos = pos + 1
if rtype == TYPE_END then break end
local path_len = unpack32(imageStr, pos); pos = pos + 4
local raw_size = unpack32(imageStr, pos); pos = pos + 4
local stored_size = unpack32(imageStr, pos); pos = pos + 4
local path = imageStr:sub(pos, pos + path_len - 1)
pos = pos + path_len
local stored_data = imageStr:sub(pos, pos + stored_size - 1)
pos = pos + stored_size
local data = stored_data
if stored_size < raw_size then
local deflate = getDeflate()
if deflate then
data = deflate.decompress(stored_data) or stored_data
end
end
if rtype == TYPE_DIR then
if path ~= "" and path ~= "/" then
ensureParent(path)
local n = getNode(path, true)
n.kind = "dir"; n.children = n.children or {}
end
elseif rtype == TYPE_FILE then
ensureParent(path)
local n = getNode(path, true)
n.kind="file"; n.data=data; n.size=#data; n.children=nil
elseif rtype == TYPE_LINK then
ensureParent(path)
local n = getNode(path, true)
n.kind="link"; n.target=data; n.children=nil
end
end
else
for line in (imageStr.."\n"):gmatch("([^\n]*)\n") do
if line == "END" then
break
elseif line:sub(1,4) == "DIR " then
local p = line:sub(5):match("^%s*(.-)%s*$")
if p and p ~= "" and p ~= "/" then
ensureParent(p)
local n = getNode(p, true)
n.kind = "dir"; n.children = n.children or {}
end
elseif line:sub(1,5) == "FILE " then
local p, sz, body = line:sub(6):match("^(%S+)%s+(%d+)%s*(.-)%s*$")
if p then
ensureParent(p)
local data = (tonumber(sz) or 0) > 0 and b64dec(body) or ""
local n = getNode(p, true)
n.kind="file"; n.data=data; n.size=#data; n.children=nil
end
elseif line:sub(1,5) == "LINK " then
local p, tgt = line:sub(6):match("^(%S+)%s+(.+)$")
if p then
ensureParent(p)
local n = getNode(p, true)
n.kind="link"; n.target=tgt; n.children=nil
end
end
end
end
local disk = { address=id, isvirt=false }
disk.isReadOnly = function() return false end
disk.spaceTotal = function() return 1024*1024*64 end
disk.spaceUsed = function()
local tot = 0
local function w(n)
if n.kind=="file" then tot = tot + (n.size or 0)
elseif n.kind=="dir" then for _,c in pairs(n.children or {}) do w(c) end end
end
w(root); return tot
end
disk.setLabel = function() end
disk.getLabel = function() return id end
local function norm(path)
return path:gsub("^/+",""):gsub("/+$","")
end
function disk:type(path)
local p = norm(path)
if p == "" then return "directory" end
local n = getNode(p)
if not n then return nil end
if n.kind == "dir" then return "directory" end
return "file"
end
function disk:fileExists(path)
local p = norm(path)
if p == "" then return true end
return getNode(p) ~= nil
end
function disk:list(path)
local p = norm(path)
local node = (p=="") and root or getNode(p)
if not node or node.kind ~= "dir" then return {} end
local out = {}
for name in pairs(node.children or {}) do out[#out+1] = name end
return out
end
function disk:attributes(path)
local p = norm(path)
local node = (p=="") and root or getNode(p)
if not node then return nil end
return {
size = node.kind=="file" and (node.size or 0) or 0,
isDir = node.kind=="dir",
isReadOnly = false,
created = 0,
modified = 0,
}
end
function disk:open(path, mode)
local p = norm(path)
local node = getNode(p)
if mode == "r" then
if not node or node.kind ~= "file" then error("ENOENT: "..path) end
local data, pos = node.data or "", 1
return {
read = function(n)
if pos > #data then return nil end
local chunk = data:sub(pos, pos + (n or 1) - 1)
pos = pos + #chunk; return chunk
end,
readAll = function()
local all = data:sub(pos); pos = #data + 1; return all
end,
readLine = function()
if pos > #data then return nil end
local nl = data:find("\n", pos, true)
local line
if nl then line=data:sub(pos, nl-1); pos=nl+1
else line=data:sub(pos); pos=#data+1 end
return line
end,
seek = function(w, o)
o = o or 0
if w == "set" then pos = o + 1
elseif w == "cur" then pos = pos + o
elseif w == "end" then pos = #data + 1 + o end
return pos - 1
end,
close = function() end,
}
elseif mode == "w" or mode == "a" then
local buf = (mode=="a" and node and node.kind=="file")
and {node.data or ""} or {}
local done = false
local function commit()
if done then return end; done = true
local data = table.concat(buf)
if not node then ensureParent(p); node = getNode(p, true) end
node.kind="file"; node.data=data; node.size=#data; node.children=nil
end
return {
write = function(s) buf[#buf+1] = tostring(s) end,
writeLine = function(s) buf[#buf+1] = tostring(s).."\n" end,
flush = function() end,
close = commit,
}
else
error("EINVAL: unknown mode: "..tostring(mode))
end
end
function disk:makeDirectory(path)
local p = norm(path)
if p == "" then return end
ensureParent(p)
local n = getNode(p, true)
n.kind="dir"; n.children=n.children or {}; n.data=nil; n.size=nil
end
function disk:remove(path)
local p = norm(path)
if p == "" then error("EBUSY: cannot remove root") end
local par = p:match("^(.*)/[^/]+$") or ""
local name = p:match("([^/]+)$")
local pn = (par=="") and root or getNode(par)
if pn and pn.children then pn.children[name] = nil end
end
disk._root = root
return disk
end
local function serializeDir(srcPath)
local deflate = getDeflate()
local useCompress = deflate ~= nil
local flags = useCompress and BHFS_FLAG_COMPRESS or 0
local parts = {
BHFS_MAGIC,
BHFS_VERSION,
string.char(flags),
"\0\0",
}
srcPath = srcPath:gsub("/$", "")
local MIN_COMPRESS = 64
local function walk(vpath)
local ftype = kernel.vfs.type(vpath)
if ftype == "directory" then
if vpath ~= srcPath then
local relPath = vpath:sub(#srcPath + 1)
parts[#parts+1] = TYPE_DIR
parts[#parts+1] = pack32(#relPath)
parts[#parts+1] = pack32(0)
parts[#parts+1] = pack32(0)
parts[#parts+1] = relPath
end
local ok, entries = pcall(kernel.vfs.listdir, vpath)
if ok and entries then
table.sort(entries)
for _, name in ipairs(entries) do
walk(vpath:gsub("/$","").."/"..name)
end
end
elseif ftype == "file" then
local relPath = vpath:sub(#srcPath + 1)
local ok, fd = pcall(kernel.vfs.open, vpath, "r")
if ok then
local rawData = ""
local ok2, content = pcall(kernel.vfs.read, fd, 1024*1024)
if ok2 then rawData = content or "" end
pcall(kernel.vfs.close, fd)
local storedData = rawData
if useCompress and #rawData >= MIN_COMPRESS then
local compressed = deflate.compress(rawData)
if compressed and #compressed < #rawData then
storedData = compressed
end
end
parts[#parts+1] = TYPE_FILE
parts[#parts+1] = pack32(#relPath)
parts[#parts+1] = pack32(#rawData)
parts[#parts+1] = pack32(#storedData)
parts[#parts+1] = relPath
parts[#parts+1] = storedData
end
end
end
walk(srcPath)
parts[#parts+1] = TYPE_END
return table.concat(parts)
end
kernel.syscalls["losetup"] = function(filePath, forceImage)
if not filePath then error("EINVAL") end
local task = kernel.currentTask
local euid = (task and (task.euid or task.uid)) or kernel.uid
if euid ~= 0 then error("EPERM") end
filePath = filePath:gsub("/$", "")
local id = "loop" .. tostring(nextLoop)
nextLoop = nextLoop + 1
local ftype = kernel.vfs.type(filePath)
local disk, mode
if not forceImage and ftype == "directory" then
disk = makeBindDisk(id, filePath)
mode = "bind"
elseif ftype == "file" or forceImage then
if ftype ~= "file" then error("ENOENT: not a file: "..filePath) end
local img
local ok, fd = pcall(kernel.vfs.open, filePath, "rb")
if ok then
local ok2, data = pcall(kernel.vfs.read, fd, 1024*1024*16)
pcall(kernel.vfs.close, fd)
if ok2 and data then img = data end
end
if not img then
local ok2, fd2 = pcall(kernel.vfs.open, filePath, "r")
if not ok2 then error("EIO: cannot open image: "..filePath) end
local ok3, data = pcall(kernel.vfs.read, fd2, 1024*1024*16)
pcall(kernel.vfs.close, fd2)
if not ok3 or not data then error("EIO: cannot read image: "..filePath) end
img = data
end
disk = makeImageDisk(id, img)
mode = "image"
else
error("EINVAL: path must be a directory or .hfs image file")
end
kernel.vfs.disks[id] = disk
loopDevs[id] = { path=filePath, disk=disk, mode=mode }
kernel.log("losetup: attached "..id.." ("..mode..") -> "..filePath, "INFO")
return id
end
kernel.syscalls["lodetach"] = function(id)
local task = kernel.currentTask
local euid = (task and (task.euid or task.uid)) or kernel.uid
if euid ~= 0 then error("EPERM") end
if not loopDevs[id] then error("ENXIO") end
for mid in pairs(kernel.vfs.mounts) do
if mid == id then error("EBUSY: loop device is still mounted") end
end
kernel.vfs.disks[id] = nil
loopDevs[id] = nil
kernel.log("lodetach: detached "..id, "INFO")
end
kernel.syscalls["lolist"] = function()
local rv = {}
for id, info in pairs(loopDevs) do
rv[id] = { path=info.path, mode=info.mode }
end
return rv
end
kernel.syscalls["loimgcreate"] = function(srcPath)
local task = kernel.currentTask
local euid = (task and (task.euid or task.uid)) or kernel.uid
if euid ~= 0 then error("EPERM") end
if not srcPath then error("EINVAL") end
if kernel.vfs.type(srcPath) ~= "directory" then error("ENOTDIR: "..srcPath) end
return serializeDir(srcPath)
end
kernel.syscalls["loimgwrite"] = function(imgStr, destPath)
local task = kernel.currentTask
local euid = (task and (task.euid or task.uid)) or kernel.uid
if euid ~= 0 then error("EPERM") end
if not imgStr or not destPath then error("EINVAL") end
local ok, fd = pcall(kernel.vfs.open, destPath, "wb")
if not ok then
ok, fd = pcall(kernel.vfs.open, destPath, "w")
if not ok then error("EIO: cannot write: "..tostring(destPath)) end
end
local ok2, werr = pcall(kernel.vfs.write, fd, imgStr)
pcall(kernel.vfs.close, fd)
if not ok2 then error("EIO: write failed: "..tostring(werr)) end
end
kernel.log("Loop device driver loaded (bind + BHFS binary image + legacy HFS compat)")

View File

@@ -1,14 +1,556 @@
--:Minify:-- -- :Minify:--
-- Supports:
-- AF_UNIX - local IPC via /var/run/*.sock paths
-- AF_INET - network sockets with three backends:
-- rednet://0.0.B.C or rednet+PROTO://0.0.B.C -> CC rednet (computer B*256+C)
-- modem://0.0.B.C -> raw CC modem frames
-- http://host/path or https://... -> HTTP via CC http API
-- A.B.C.D (dotted quad, non-zero A) -> HTTP
--
-- Socket lifecycle:
-- fd = syscall.socket(domain, socktype) -- "unix"/"inet", "stream"/"dgram"
-- syscall.bind(fd, address) -- server: claim address
-- syscall.listen(fd, backlog) -- server: mark as listening
-- cfd = syscall.accept(fd) -- server: get connected client fd (blocking poll)
-- syscall.connect(fd, address) -- client: connect to server
-- syscall.send(fd, data) -- send bytes
-- syscall.recv(fd, len) -- receive bytes (blocking poll, returns "" on nothing)
-- syscall.sockshutdown(fd) -- half-close send side
-- -- normal vfs.close(fd) closes the socket
local kernel = ... local kernel = ...
local socket = {}
function socket.socket() local sockets = {}
local unixSocks = {}
local nextSockId = 1
local function allocSockId()
local id = nextSockId
nextSockId = nextSockId + 1
return id
end end
function socket.bind() local function parseAddress(addr)
if not addr then error("EINVAL") end
if addr:sub(1,1) == "/" or addr:sub(1,5) == "unix:" then
local path = addr:sub(1,5) == "unix:" and addr:sub(6) or addr
return { backend="unix", path=path }
end
local rproto, raddr = addr:match("^rednet%+?([^:/]*)://(.+)$")
if raddr then
local a,b,c,d = raddr:match("^(%d+)%.(%d+)%.(%d+)%.(%d+)$")
if not a then error("EINVAL: bad rednet address " .. raddr) end
local compId = tonumber(c)*256 + tonumber(d)
return { backend="rednet", compId=compId,
protocol=(rproto ~= "" and rproto or "hyperion") }
end
local maddr = addr:match("^modem://(.+)$")
if maddr then
local a,b,c,d = maddr:match("^(%d+)%.(%d+)%.(%d+)%.(%d+)$")
if not a then error("EINVAL: bad modem address " .. maddr) end
local compId = tonumber(c)*256 + tonumber(d)
local port = tonumber(maddr:match(":(%d+)$")) or 0
return { backend="modem", compId=compId, port=port }
end
local scheme, rest = addr:match("^(https?)://(.+)$")
if scheme then
return { backend=scheme, url=addr }
end
local a,b,c,d = addr:match("^(%d+)%.(%d+)%.(%d+)%.(%d+)")
if a and tonumber(a) ~= 0 then
return { backend="http", url="http://" .. addr }
end
error("EINVAL: unrecognised address format: " .. tostring(addr))
end end
kernel.socket=socket local rednetOpen = false
local function ensureRednet()
if rednetOpen then return end
local rn = kernel.apis and kernel.apis.rednet
if not rn then error("ENODEV: no rednet API available") end
local peripheral = kernel.apis.peripheral
if peripheral then
for _, name in ipairs(peripheral.getNames and peripheral.getNames() or {}) do
if peripheral.getType(name) == "modem" then
pcall(rn.open, name)
end
end
end
rednetOpen = true
end
local function getModem()
local peripheral = kernel.apis and kernel.apis.peripheral
if not peripheral then error("ENODEV") end
for _, name in ipairs(peripheral.getNames and peripheral.getNames() or {}) do
if peripheral.getType(name) == "modem" then
local m = peripheral.wrap(name)
if m then return m, name end
end
end
error("ENODEV: no modem peripheral found")
end
local function pumpEvents()
local ev = kernel.computer:getMachineEvent()
while ev do
if ev == "rednet_message" then
for _, sock in pairs(sockets) do
if sock.backend == "rednet" and sock.bound then
if sock.address.protocol == tostring(select(4, table.unpack({ev}))) or
sock.address.protocol == "hyperion" then
end
end
end
end
ev = kernel.computer:getMachineEvent()
end
end
local function pollEvent()
local results = table.pack(kernel.computer:getMachineEvent())
if results.n == 0 or results[1] == nil then return nil end
return results
end
local function dispatchEvent(ev)
if not ev then return end
local evtype = ev[1]
if evtype == "rednet_message" then
local senderId = ev[2]
local message = ev[3]
local protocol = ev[4] or "hyperion"
for _, sock in pairs(sockets) do
if sock.backend == "rednet" and (sock.listening or sock.connected) then
if sock.address and sock.address.protocol == protocol then
table.insert(sock.rxbuf, { from=senderId, data=message })
end
end
end
elseif evtype == "modem_message" then
local channel = ev[3]
local msg = ev[5]
local fromCh = ev[4]
for _, sock in pairs(sockets) do
if sock.backend == "modem" and sock.modemChannel == channel then
table.insert(sock.rxbuf, { from=fromCh, data=msg })
end
end
elseif evtype == "http_success" then
local url = ev[2]
local handle = ev[3]
for _, sock in pairs(sockets) do
if sock.backend == "http" or sock.backend == "https" then
if sock.pendingUrl == url then
local body = handle.readAll and handle.readAll() or ""
handle.close()
table.insert(sock.rxbuf, { data=body, done=true })
sock.pendingUrl = nil
sock.connected = true
end
end
end
elseif evtype == "http_failure" then
local url = ev[2]
local err = ev[3]
for _, sock in pairs(sockets) do
if (sock.backend == "http" or sock.backend == "https") and
sock.pendingUrl == url then
sock.error = err
sock.pendingUrl = nil
end
end
end
end
local function pumpAll()
local ev = pollEvent()
while ev do
dispatchEvent(ev)
ev = pollEvent()
end
end
local function newSocket(domain, socktype)
local sock = {
id = allocSockId(),
domain = domain, -- "unix" | "inet"
socktype = socktype, -- "stream" | "dgram"
backend = nil,
state = "idle", -- idle | bound | listening | connected | closed
rxbuf = {},
txbuf = {},
backlog = {},
address = nil,
peer = nil,
modemChannel = nil,
modem = nil,
pendingUrl = nil,
bound = false,
listening = false,
connected = false,
error = nil,
}
sockets[sock.id] = sock
return sock
end
local sockSend, sockClose
local function socketToFd(sock)
return {
isSocket = true,
sockId = sock.id,
mode = "rw",
meta = { etype=0, owner=0, group=0, perms=0x1FF, cmeta="" },
type = "socket",
refcount = 1,
handle = {
read = function(count)
pumpAll()
if #sock.rxbuf == 0 then return "" end
local item = table.remove(sock.rxbuf, 1)
local data = type(item) == "table" and (item.data or "") or tostring(item)
if count and #data > count then
table.insert(sock.rxbuf, 1, { data=data:sub(count+1), from=item.from })
data = data:sub(1, count)
end
return data
end,
write = function(data)
if sock.state == "closed" then error("EBADF") end
return sockSend(sock, data)
end,
close = function()
sockClose(sock)
end,
}
}
end
sockSend = function(sock, data)
if sock.backend == "unix" then
local peer = sock.peer
if not peer then error("ENOTCONN") end
table.insert(peer.rxbuf, { data=data })
return #data
elseif sock.backend == "rednet" then
ensureRednet()
local rn = kernel.apis.rednet
rn.send(sock.address.compId, data, sock.address.protocol)
return #data
elseif sock.backend == "modem" then
local modem = sock.modem
if not modem then error("ENOTCONN") end
modem.transmit(sock.address.port, sock.modemChannel or 0, data)
return #data
elseif sock.backend == "http" or sock.backend == "https" then
local http = kernel.apis and kernel.apis.http
if not http then error("ENODEV: no http API") end
local url = sock.address.url
local ok, err = pcall(http.request, url, data, {
["Content-Type"] = "application/octet-stream"
})
if not ok then error("ENETDOWN: " .. tostring(err)) end
sock.pendingUrl = url
return #data
end
error("EPROTONOSUPPORT")
end
sockClose = function(sock)
if sock.state == "closed" then return end
sock.state = "closed"
if sock.backend == "unix" then
if sock.peer then
sock.peer.peer = nil
sock.peer.state = "closed"
end
if sock.bound and sock.address and sock.address.path then
unixSocks[sock.address.path] = nil
end
elseif sock.backend == "modem" and sock.modem and sock.modemChannel then
pcall(sock.modem.close, sock.modemChannel)
elseif sock.backend == "rednet" then
end
sockets[sock.id] = nil
end
kernel.syscalls["socket"] = function(domain, socktype)
domain = domain or "inet"
socktype = socktype or "stream"
if domain ~= "unix" and domain ~= "inet" then error("EAFNOSUPPORT") end
if socktype ~= "stream" and socktype ~= "dgram" then error("EPROTOTYPE") end
local sock = newSocket(domain, socktype)
local fdobj = socketToFd(sock)
local fd = kernel.vfs.newfd(fdobj)
return fd
end
kernel.syscalls["bind"] = function(fd, address)
local task = kernel.currentTask
local fdobj = task.fd[fd]
if not fdobj or not fdobj.isSocket then error("ENOTSOCK") end
local sock = sockets[fdobj.sockId]
if not sock then error("EBADF") end
if sock.bound then error("EINVAL") end
local parsed = parseAddress(address)
if parsed.backend == "unix" then
local existing = unixSocks[parsed.path]
if existing then
if existing.state == "closed" then
unixSocks[parsed.path] = nil
else
error("EADDRINUSE")
end
end
sock.backend = "unix"
sock.address = parsed
sock.bound = true
sock.state = "bound"
unixSocks[parsed.path] = sock
elseif parsed.backend == "rednet" then
ensureRednet()
sock.backend = "rednet"
sock.address = parsed
sock.bound = true
sock.state = "bound"
elseif parsed.backend == "modem" then
local modem, side = getModem()
sock.backend = "modem"
sock.address = parsed
sock.modem = modem
sock.modemChannel = parsed.port
sock.bound = true
sock.state = "bound"
modem.open(parsed.port)
else
error("EOPNOTSUPP: cannot bind to " .. parsed.backend .. " address")
end
end
kernel.syscalls["listen"] = function(fd, backlog)
local task = kernel.currentTask
local fdobj = task.fd[fd]
if not fdobj or not fdobj.isSocket then error("ENOTSOCK") end
local sock = sockets[fdobj.sockId]
if not sock then error("EBADF") end
if not sock.bound then error("EDESTADDRREQ") end
sock.listening = true
sock.state = "listening"
sock.maxBacklog = backlog or 5
end
kernel.syscalls["accept"] = function(fd)
local task = kernel.currentTask
local fdobj = task.fd[fd]
if not fdobj or not fdobj.isSocket then error("ENOTSOCK") end
local sock = sockets[fdobj.sockId]
if not sock then error("EBADF") end
if not sock.listening then error("EINVAL") end
local deadline = kernel.computer:time() + 30000
while #sock.backlog == 0 do
pumpAll()
if kernel.computer:time() > deadline then error("ETIMEDOUT") end
coroutine.yield()
end
local clientSock = table.remove(sock.backlog, 1)
local cfdobj = socketToFd(clientSock)
local newfd = kernel.vfs.newfd(cfdobj)
return newfd
end
kernel.syscalls["connect"] = function(fd, address)
local task = kernel.currentTask
local fdobj = task.fd[fd]
if not fdobj or not fdobj.isSocket then error("ENOTSOCK") end
local sock = sockets[fdobj.sockId]
if not sock then error("EBADF") end
if sock.connected then error("EISCONN") end
local parsed = parseAddress(address)
sock.address = parsed
sock.backend = parsed.backend
if parsed.backend == "unix" then
local server = unixSocks[parsed.path]
if not server then error("ECONNREFUSED") end
if not server.listening then error("ECONNREFUSED") end
if #server.backlog >= (server.maxBacklog or 5) then error("ECONNREFUSED") end
local serverPeer = newSocket("unix", sock.socktype)
serverPeer.backend = "unix"
serverPeer.connected = true
serverPeer.state = "connected"
serverPeer.peer = sock
sock.peer = serverPeer
sock.connected = true
sock.state = "connected"
table.insert(server.backlog, serverPeer)
elseif parsed.backend == "rednet" then
ensureRednet()
sock.connected = true
sock.state = "connected"
elseif parsed.backend == "modem" then
local modem, side = getModem()
local replyChannel = math.random(1024, 65534)
sock.modem = modem
sock.modemChannel = replyChannel
sock.connected = true
sock.state = "connected"
modem.open(replyChannel)
elseif parsed.backend == "http" or parsed.backend == "https" then
sock.connected = true
sock.state = "connected"
else
error("EAFNOSUPPORT")
end
end
kernel.syscalls["send"] = function(fd, data)
local task = kernel.currentTask
local fdobj = task.fd[fd]
if not fdobj or not fdobj.isSocket then error("ENOTSOCK") end
local sock = sockets[fdobj.sockId]
if not sock then error("EBADF") end
return sockSend(sock, data)
end
kernel.syscalls["recv"] = function(fd, maxlen, timeout_ms)
local task = kernel.currentTask
local fdobj = task.fd[fd]
if not fdobj or not fdobj.isSocket then error("ENOTSOCK") end
local sock = sockets[fdobj.sockId]
if not sock then error("EBADF") end
local deadline = kernel.computer:time() + (timeout_ms or 10000)
while #sock.rxbuf == 0 do
pumpAll()
if #sock.rxbuf > 0 then break end
if sock.state == "closed" or sock.error then
if sock.error then error("ECONNRESET: " .. tostring(sock.error)) end
return ""
end
if kernel.computer:time() > deadline then return "" end
coroutine.yield()
end
local item = table.remove(sock.rxbuf, 1)
local data = type(item) == "table" and (item.data or "") or tostring(item)
if maxlen and #data > maxlen then
table.insert(sock.rxbuf, 1, { data=data:sub(maxlen+1), from=item and item.from })
data = data:sub(1, maxlen)
end
return data
end
kernel.syscalls["sockshutdown"] = function(fd)
local task = kernel.currentTask
local fdobj = task.fd[fd]
if not fdobj or not fdobj.isSocket then error("ENOTSOCK") end
local sock = sockets[fdobj.sockId]
if sock then sockClose(sock) end
end
kernel.syscalls["getpeername"] = function(fd)
local task = kernel.currentTask
local fdobj = task.fd[fd]
if not fdobj or not fdobj.isSocket then error("ENOTSOCK") end
local sock = sockets[fdobj.sockId]
if not sock or not sock.connected then error("ENOTCONN") end
if sock.address then return sock.address end
return nil
end
kernel.syscalls["getsockname"] = function(fd)
local task = kernel.currentTask
local fdobj = task.fd[fd]
if not fdobj or not fdobj.isSocket then error("ENOTSOCK") end
local sock = sockets[fdobj.sockId]
if not sock then error("EBADF") end
return sock.address
end
kernel.syscalls["httpget"] = function(url, headers)
local http = kernel.apis and kernel.apis.http
if not http then error("ENODEV: no http API") end
local ok, err = pcall(http.request, url, nil, headers)
if not ok then error("ENETDOWN: " .. tostring(err)) end
local deadline = kernel.computer:time() + 15000
while true do
local ev = pollEvent()
if ev then
if ev[1] == "http_success" and ev[2] == url then
local handle = ev[3]
local body = handle.readAll and handle.readAll() or ""
handle.close()
return body
elseif ev[1] == "http_failure" and ev[2] == url then
error("ECONNREFUSED: " .. tostring(ev[3]))
else
dispatchEvent(ev)
end
end
if kernel.computer:time() > deadline then error("ETIMEDOUT") end
coroutine.yield()
end
end
kernel.syscalls["resolve"] = function(hostname)
if hostname:match("^%d+%.%d+%.%d+%.%d+$") then return hostname end
local a,b,c,d = hostname:match("^(%d+)%.(%d+)%.(%d+)%.(%d+)$")
if a and tonumber(a) == 0 and tonumber(b) == 0 then
return hostname
end
local http = kernel.apis and kernel.apis.http
if not http then error("ENODEV: no http API for DNS") end
local url = "https://cloudflare-dns.com/dns-query?name=" .. hostname .. "&type=A"
local body = kernel.syscalls["httpget"](url, {
["Accept"] = "application/dns-json"
})
local ip = body:match('"type":1[^}]*"data":"([%d%.]+)"')
if not ip then error("ENOENT: could not resolve " .. hostname) end
return ip
end
kernel.sockets = sockets
kernel.unixSockets = unixSocks
kernel.log("Loaded socket module") kernel.log("Loaded socket module")

View File

@@ -1,6 +1,395 @@
--:Minify:-- -- :Minify:--
local kernel=... local kernel = ...
kernel.vfs.open("/dev/null", "r") local apis = kernel.apis
kernel.vfs.open("/dev/tty/TTY1", "w") local native = apis.peripheral
kernel.vfs.open("/dev/null", "w") local sides = {"top", "bottom", "left", "right", "front", "back"}
kernel.status="term" local peripheral={}
function peripheral.getNames()
local results = {}
for n = 1, #sides do
local side = sides[n]
if native.isPresent(side) then
table.insert(results, side)
if native.hasType(side, "peripheral_hub") then
local remote = native.call(side, "getNamesRemote")
for _, name in ipairs(remote) do
table.insert(results, name)
end
end
end
end
return results
end
function peripheral.isPresent(name)
if native.isPresent(name) then
return true
end
for n = 1, #sides do
local side = sides[n]
if native.hasType(side, "peripheral_hub") and native.call(side, "isPresentRemote", name) then
return true
end
end
return false
end
function peripheral.getType(peripheral)
if type(peripheral) == "string" then
if native.isPresent(peripheral) then
return native.getType(peripheral)
end
for n = 1, #sides do
local side = sides[n]
if native.hasType(side, "peripheral_hub") and native.call(side, "isPresentRemote", peripheral) then
return native.call(side, "getTypeRemote", peripheral)
end
end
return nil
else
local mt = getmetatable(peripheral)
if not mt or mt.__name ~= "peripheral" or type(mt.types) ~= "table" then
error("bad argument #1 (table is not a peripheral)", 2)
end
return table.unpack(mt.types)
end
end
function peripheral.hasType(peripheral, peripheral_type)
if type(peripheral) == "string" then
if native.isPresent(peripheral) then
return native.hasType(peripheral, peripheral_type)
end
for n = 1, #sides do
local side = sides[n]
if native.hasType(side, "peripheral_hub") and native.call(side, "isPresentRemote", peripheral) then
return native.call(side, "hasTypeRemote", peripheral, peripheral_type)
end
end
return nil
else
local mt = getmetatable(peripheral)
if not mt or mt.__name ~= "peripheral" or type(mt.types) ~= "table" then
error("bad argument #1 (table is not a peripheral)", 2)
end
return mt.types[peripheral_type] ~= nil
end
end
function peripheral.getMethods(name)
if native.isPresent(name) then
return native.getMethods(name)
end
for n = 1, #sides do
local side = sides[n]
if native.hasType(side, "peripheral_hub") and native.call(side, "isPresentRemote", name) then
return native.call(side, "getMethodsRemote", name)
end
end
return nil
end
function peripheral.getName(peripheral)
local mt = getmetatable(peripheral)
if not mt or mt.__name ~= "peripheral" or type(mt.name) ~= "string" then
error("bad argument #1 (table is not a peripheral)", 2)
end
return mt.name
end
function peripheral.call(name, method, ...)
if native.isPresent(name) then
return native.call(name, method, ...)
end
for n = 1, #sides do
local side = sides[n]
if native.hasType(side, "peripheral_hub") and native.call(side, "isPresentRemote", name) then
return native.call(side, "callRemote", name, method, ...)
end
end
return nil
end
function peripheral.wrap(name)
local methods = peripheral.getMethods(name)
if not methods then
return nil
end
local types = { peripheral.getType(name) }
for i = 1, #types do types[types[i]] = true end
local result = setmetatable({}, {
__name = "peripheral",
name = name,
type = types[1],
types = types,
})
for _, method in ipairs(methods) do
result[method] = function(...)
return peripheral.call(name, method, ...)
end
end
return result
end
function peripheral.find(ty, filter)
local results = {}
for _, name in ipairs(peripheral.getNames()) do
if peripheral.hasType(name, ty) then
local wrapped = peripheral.wrap(name)
if filter == nil or filter(name, wrapped) then
table.insert(results, wrapped)
end
end
end
return table.unpack(results)
end
local icolors = {
[0x1] = 1, -- #000000
[0x2] = 2, -- #FFFFFF
[0x4] = 3, -- #FF0000
[0x8] = 4, -- #00FF00
[0x10] = 5, -- #0000FF
[0x20] = 6, -- #00FFFF
[0x40] = 7, -- #FF00FF
[0x80] = 8, -- #FFFF00
[0x100] = 9, -- #FF6D00
[0x200] = 10, -- #6DFF55
[0x400] = 11, -- #24FFFF
[0x800] = 12, -- #924900
[0x1000] = 13, -- #6D6D55
[0x2000] = 14, -- #DBDBAA
[0x4000] = 15, -- #6D00FF
[0x8000] = 16 -- #B6FF00
}
local colors = {
0x0001, -- #000000
0x0002, -- #FFFFFF
0x0004, -- #FF0000
0x0008, -- #00FF00
0x0010, -- #0000FF
0x0020, -- #00FFFF
0x0040, -- #FF00FF
0x0080, -- #FFFF00
0x0100, -- #FF6D00
0x0200, -- #6DFF55
0x0400, -- #24FFFF
0x0800, -- #924900
0x1000, -- #6D6D55
0x2000, -- #DBDBAA
0x4000, -- #6D00FF
0x8000 -- #B6FF00
}
local function write(text, term)
local x, y = term.getCursorPos()
local w, h = term.getSize()
for i = 1, #text do
local c = text:sub(i, i)
if c == "\n" then
y = y + 1
x = 1
elseif c == "\t" then
local tabSize = 4
local spaces = tabSize - ((x - 1) % tabSize)
term.write(string.rep(" ", spaces))
x = x + spaces
elseif c == "\b" then
if x > 1 then
x = x - 1
term.setCursorPos(x, y)
term.write(" ")
term.setCursorPos(x, y)
end
else
if x <= w and y <= h then
term.setCursorPos(x, y)
term.write(c)
x = x + 1
end
end
if x > w then
x = 1
y = y + 1
end
if y - 1 >= h then
term.scroll(1)
y = h
term.setCursorPos(x, y)
end
end
term.setCursorPos(x, y)
end
kernel.devfs.data.tty={}
local ctrl,alt = false, false
local function serializeBool(bool)
if bool then
return "T"
else
return "F"
end
end
local function newtty(obj, id, ev)
kernel.devfs.data["tty"][id] = function(op, mode)
if op=="type" then
return "character device"
elseif op=="open" then
local h = {
read=function(amount)
local rv=""
for i=1, amount or 1 do
local event = {ev()}
if event[1] then
rv=rv..event[1]
end
end
if rv=="" then rv=nil end
return rv
end,
write=function(content)
write(content, obj)
end,
size=function()
local s={obj.getSize()}
return table.concat(s,";")
end,
clear=function()
obj.clear()
obj.setCursorPos(1,1)
end,
gpos=function()
local s={obj.getCursorPos()}
return table.concat(s,";")
end,
spos=function(x,y)
return obj.setCursorPos(x,y)
end,
sfgc=function(c)
return obj.setTextColor(colors[c])
end,
sbgc=function(c)
return obj.setBackgroundColor(colors[c])
end,
gfgc=function()
return icolors[obj.getTextColor()]
end,
gbgc=function()
return icolors[obj.getBackgroundColor()]
end,
gctrl=function()
return serializeBool(ctrl)..";"..serializeBool(alt)
end
}
if mode=="rw" then
return h
elseif mode=="r" then
h["write"]=nil
return h
elseif mode=="w" then
h["read"]=nil
return h
end
end
end
end
local fifo = kernel.newFifo()
local ctrlLetterKeys = nil
local specialKeys = nil
local function buildKeyMaps()
if ctrlLetterKeys then return end
local k = apis.keys
ctrlLetterKeys = {}
local letters = {
{k.a,1},{k.b,2},{k.c,3},{k.d,4},{k.e,5},{k.f,6},{k.g,7},
{k.h,8}, {k.j,10},{k.k,11},{k.l,12},{k.m,13},
{k.n,14},{k.o,15},{k.p,16},
{k.u,21},{k.v,22},{k.w,23},{k.x,24},{k.y,25},{k.z,26},
}
for _, pair in ipairs(letters) do
ctrlLetterKeys[pair[1]] = string.char(pair[2])
end
specialKeys = {
[k.home] = "\1",
[k.delete] = "\4",
[k["end"]] = "\5",
[k.pageUp] = "\2",
[k.pageDown]= "\12",
}
end
kernel.processes.cctmond = function()
local timeout = false
while true do
local event = {kernel.computer:getMachineEvent()}
if event[1] then
local eventType = event[1]
local charOrKey = event[3]
buildKeyMaps()
if eventType == "keyPressed" then
if charOrKey == apis.keys.leftCtrl or charOrKey == apis.keys.rightCtrl then
ctrl = true
elseif charOrKey == apis.keys.leftAlt or charOrKey == apis.keys.rightAlt then
alt = true
end
if ctrl and charOrKey == apis.keys.c then
for _, task in ipairs(syscall.getTasks()) do
syscall.sigsend(task, 1)
end
end
if ctrl and ctrlLetterKeys[charOrKey] then
fifo.push(ctrlLetterKeys[charOrKey])
end
if specialKeys[charOrKey] then
fifo.push(specialKeys[charOrKey])
end
elseif eventType == "keyReleased" then
if charOrKey == apis.keys.leftCtrl or charOrKey == apis.keys.rightCtrl then
ctrl = false
elseif charOrKey == apis.keys.leftAlt or charOrKey == apis.keys.rightAlt then
alt = false
end
elseif eventType == "keyTyped" then
if charOrKey then fifo.push(charOrKey) end
end
timeout = false
else
timeout = true
end
if timeout then
sleep(0.05)
end
end
end
newtty(apis.term, "TTY1", fifo.pop)
for i,v in ipairs({peripheral.find("monitor")}) do
v.setTextScale(.5)
v.write("Initializing...")
newtty(v,"TTY"..tostring(i+1),function () end)
end

View File

@@ -3,6 +3,7 @@ local args = {...}
local kernel = args[1] local kernel = args[1]
kernel._G = _G kernel._G = _G
local function readonly(tbl) local function readonly(tbl)
return setmetatable({}, { return setmetatable({}, {
__index = function(_, key) __index = function(_, key)
@@ -49,8 +50,10 @@ local function readonly(tbl)
__metatable = false __metatable = false
}) })
end end
--local origLoad = load
kernel._U = readonly(kernel._G) kernel._U = readonly(kernel._G)
kernel.allowGlobalOverwrites = true kernel.allowGlobalOverwrites = true
kernel._U._G = kernel._U kernel._U._G = kernel._U
--kernel._U.load = function(a,b,c,d) return origLoad(a,b,c,d or kernel._U) end
kernel.allowGlobalOverwrites = false kernel.allowGlobalOverwrites = false

View File

@@ -264,11 +264,13 @@ function auth.login(username, password)
end end
kernel.currentUID = uid kernel.currentUID = uid
if kernel.currentProcess then
kernel.currentProcess.uid = uid local _task = kernel.currentTask
kernel.currentProcess.euid = uid if _task then
kernel.currentProcess.gid = tonumber(entry[2]) or uid _task.uid = uid
kernel.currentProcess.egid = tonumber(entry[2]) or uid _task.euid = uid
_task.gid = tonumber(entry[2]) or uid
_task.egid = tonumber(entry[2]) or uid
end end
kernel.log("AUTH: login uid=" .. tostring(uid) .. " (" .. username .. ")") kernel.log("AUTH: login uid=" .. tostring(uid) .. " (" .. username .. ")")
@@ -372,7 +374,7 @@ function auth.newUser(username, password, gid, homedir, shell)
local uid = nextUID() local uid = nextUID()
gid = tonumber(gid) or uid gid = tonumber(gid) or uid
homedir = homedir or ("/home/" .. username) homedir = homedir or ("/home/" .. username)
shell = shell or "/bin/sh" shell = shell or "/bin/hysh"
passwd[#passwd + 1] = { passwd[#passwd + 1] = {
tostring(uid), tostring(uid),
@@ -392,6 +394,8 @@ function auth.newUser(username, password, gid, homedir, shell)
if kernel.vfs.mkdir and not kernel.vfs.exists(homedir) then if kernel.vfs.mkdir and not kernel.vfs.exists(homedir) then
kernel.vfs.mkdir(homedir) kernel.vfs.mkdir(homedir)
-- Homedir must be owned by the new user, not root
pcall(kernel.vfs.chown, homedir, uid, uid)
end end
kernel.log("AUTH: new user '" .. username .. "' uid=" .. tostring(uid)) kernel.log("AUTH: new user '" .. username .. "' uid=" .. tostring(uid))
@@ -436,11 +440,9 @@ function auth.deleteUser(uid)
if not entry then return nil, "No such user" end if not entry then return nil, "No such user" end
local username = entry[3] local username = entry[3]
-- Remove from passwd
for i, v in ipairs(passwd) do for i, v in ipairs(passwd) do
if tonumber(v[1]) == uid then table.remove(passwd, i); break end if tonumber(v[1]) == uid then table.remove(passwd, i); break end
end end
-- Remove from shadow
for i, v in ipairs(shadow) do for i, v in ipairs(shadow) do
if tonumber(v[1]) == uid then table.remove(shadow, i); break end if tonumber(v[1]) == uid then table.remove(shadow, i); break end
end end
@@ -463,7 +465,6 @@ function auth.lockUser(uid)
local sEntry = getShadowByUID(uid) local sEntry = getShadowByUID(uid)
if not sEntry then return nil, "No shadow entry for uid" end if not sEntry then return nil, "No shadow entry for uid" end
-- Prefix hash with ! to lock (standard Linux convention)
if sEntry[3]:sub(1,1) ~= "!" then if sEntry[3]:sub(1,1) ~= "!" then
sEntry[3] = "!" .. sEntry[3] sEntry[3] = "!" .. sEntry[3]
end end
@@ -567,9 +568,6 @@ function auth.setGID(uid, gid)
return true return true
end end
-- Elevate the calling task to targetUid after verifying targetUsername's password.
-- This is the kernel-side primitive for su/sudo — it bypasses the kernel.uid==0
-- check in sys.setuid because the auth module itself is trusted kernel code.
function auth.elevate(targetUsername, password) function auth.elevate(targetUsername, password)
if type(targetUsername) ~= "string" or type(password) ~= "string" then if type(targetUsername) ~= "string" or type(password) ~= "string" then
return nil, "Authentication failure" return nil, "Authentication failure"
@@ -593,33 +591,32 @@ function auth.elevate(targetUsername, password)
return nil, "Authentication failure" return nil, "Authentication failure"
end end
-- Directly set the calling task's uid — trusted kernel path
local task = kernel.currentTask local task = kernel.currentTask
local prevUid = task.uid local prevUid = task.uid
task.uid = uid task.uid = 0
task.euid = uid task.euid = 0
task.gid = tonumber(entry[2]) or uid task.gid = 0
task.egid = tonumber(entry[2]) or uid task.egid = 0
kernel.uid = uid kernel.uid = 0
kernel.log("AUTH: elevate uid=" .. tostring(prevUid) .. " -> " .. tostring(uid) .. " (" .. targetUsername .. ")") kernel.log("AUTH: elevate uid=" .. tostring(prevUid) .. " -> 0 (via " .. targetUsername .. ")")
return true, uid return true, uid
end end
if kernel.syscalls then if kernel.syscalls then
kernel.syscalls["auth_login"] = auth.login kernel.syscalls["login"] = auth.login
kernel.syscalls["auth_setpassword"] = auth.setPassword kernel.syscalls["setpassword"] = auth.setPassword
kernel.syscalls["auth_setusername"] = auth.setUsername kernel.syscalls["setusername"] = auth.setUsername
kernel.syscalls["auth_newuser"] = auth.newUser kernel.syscalls["newuser"] = auth.newUser
kernel.syscalls["auth_whoami"] = auth.whoami kernel.syscalls["whoami"] = auth.whoami
kernel.syscalls["auth_getuid"] = auth.getUID kernel.syscalls["getuidbyname"]= auth.getUID
kernel.syscalls["auth_getpasswd"] = auth.getPasswd kernel.syscalls["getpasswd"] = auth.getPasswd
kernel.syscalls["auth_elevate"] = auth.elevate kernel.syscalls["elevate"] = auth.elevate
kernel.syscalls["auth_deleteuser"] = auth.deleteUser kernel.syscalls["deleteuser"] = auth.deleteUser
kernel.syscalls["auth_lockuser"] = auth.lockUser kernel.syscalls["lockuser"] = auth.lockUser
kernel.syscalls["auth_unlockuser"] = auth.unlockUser kernel.syscalls["unlockuser"] = auth.unlockUser
kernel.syscalls["auth_listusers"] = auth.listUsers kernel.syscalls["listusers"] = auth.listUsers
kernel.syscalls["auth_setshell"] = auth.setShell kernel.syscalls["setshell"] = auth.setShell
kernel.syscalls["auth_sethomedir"] = auth.setHomedir kernel.syscalls["sethomedir"] = auth.setHomedir
kernel.syscalls["auth_setgid"] = auth.setGID kernel.syscalls["setgid"] = auth.setGID
end end

View File

@@ -1,305 +1,355 @@
-- :Minify:-- --:Minify:--
local kernel = ... local kernel = ...
local tasks = {} local tasks = {}
local sys = {} local sys = {}
local nextpid = 2 local nextpid = 2
kernel.exitMain = false kernel.exitMain = false
function sys.spawn(func, name, envars, args, tgid) local function bit_is_set(num, bit)
return math.floor(num / (2 ^ bit)) % 2 == 1
end
local function loadExecutable(path, env)
kernel.vfs.access(path, "rx")
local fd = kernel.vfs.open(path, "r")
local data = kernel.vfs.read(fd, 1024 * 1024 * 4)
kernel.vfs.close(fd)
local func, err = load(data, "@" .. path, "t", env or kernel._U)
if not func then error("ENOEXEC: " .. tostring(err)) end
local meta = kernel.vfs.lstat(path)
local suid_set = bit_is_set(meta.perms, 6)
local caller_uid = kernel.currentTask and kernel.currentTask.uid or kernel.uid
local euid = suid_set and meta.owner or caller_uid
return func, euid, suid_set
end
local function createTask(func, name, envars, args, tgid, real_uid, eff_uid)
local id = nextpid local id = nextpid
nextpid = nextpid + 1 nextpid = nextpid + 1
tasks[tostring(id)] = { tasks[tostring(id)] = {
coro = coroutine.create(function() coro = coroutine.create(function()
local ok, err = xpcall(func, debug.traceback, table.unpack(args or {})) local ok, err = xpcall(func, debug.traceback, table.unpack(args or {}))
if not ok then
if kernel.config.logTaskExit then
kernel.log(
"Task " .. tostring(id) .. " exited with err: " ..
tostring(err), "ERROR", 2)
end
if type(err) == "number" then if kernel.config.logTaskExit then
tasks[tostring(id)].exit = err if not ok then
end kernel.log("Task " .. tostring(id) .. " exited with err: " .. tostring(err), "ERROR", 2)
else elseif err then
if kernel.config.logTaskExit then kernel.log("Task " .. tostring(id) .. " exited with code: " .. tostring(err), "INFO")
if err then else
kernel.log("Task " .. tostring(id) .. kernel.log("Task " .. tostring(id) .. " exited without code", "INFO")
" exited with code: " .. tostring(err),
"INFO")
else
kernel.log("Task " .. tostring(id) ..
" exited without code", "INFO")
end
end
if type(err) == "number" then
tasks[tostring(id)].exit = err
end end
end end
for v, _ in ipairs(tasks[tostring(id)].fd) do pcall(kernel.vfs.close,v) end
tasks[tostring(id)].status = "Z"
if type(err) == "number" then
tasks[tostring(id)].exit = err
end
if tasks[tostring(id)].fd then
for fd, _ in pairs(tasks[tostring(id)].fd) do
pcall(kernel.vfs.close, fd)
end
end
tasks[tostring(id)].status = "Z"
end), end),
name = name or ("task" .. tostring(id)),
envars = envars or kernel.currentTask.envars, name = name or ("task" .. tostring(id)),
args = args or {}, envars = envars or (kernel.currentTask and kernel.currentTask.envars or {}),
status = "R", args = args or {},
pid = id, status = "R",
tgid = tgid or kernel.currentTask.tgid, pid = id,
uid = kernel.uid, tgid = tgid or (kernel.currentTask and kernel.currentTask.tgid or id),
fd = {}, uid = real_uid,
sleep = 0, euid = eff_uid,
ivs = 0, gid = (kernel.currentTask and kernel.currentTask.gid) or 0,
vs = 0, groups = (kernel.currentTask and kernel.currentTask.groups) or {},
fd = {},
sleep = 0,
ivs = 0,
vs = 0,
children = {}, children = {},
parent = kernel.currentTask, parent = kernel.currentTask or kernel.kernelTask,
siblings = kernel.currentTask.children, siblings = (kernel.currentTask and kernel.currentTask.children) or kernel.kernelTask.children,
syscallReturn = {}, syscallReturn = {},
cwd = kernel.currentTask.cwd, cwd = (kernel.currentTask and kernel.currentTask.cwd) or "/",
timeSlice = 0, timeSlice = 0,
lastTime = 0, lastTime = 0,
totalTime = 0, totalTime = 0,
numRuns = 0 numRuns = 0,
} }
table.insert(kernel.currentTask.children, tasks[tostring(id)]) table.insert(
(kernel.currentTask and kernel.currentTask.children) or kernel.kernelTask.children,
tasks[tostring(id)]
)
return id return id
end end
function sys.spawn(func, name, envars, args, tgid)
local caller = kernel.currentTask
local real_uid = caller and caller.uid or kernel.uid
local eff_uid = caller and caller.euid or real_uid
return createTask(func, name, envars, args, tgid, real_uid, eff_uid)
end
function sys.execspawn(path, name, envars, args, tgid)
local func, euid, suid_active = loadExecutable(path, kernel._U)
local caller = kernel.currentTask
local real_uid = caller and caller.uid or kernel.uid
if suid_active then
kernel.log(
"execspawn: suid exec '" .. path ..
"' caller_uid=" .. tostring(real_uid) ..
" -> euid=" .. tostring(euid), "INFO"
)
end
return createTask(func, name or path, envars, args, tgid, real_uid, euid)
end
function sys.exec(path, args, envars)
local task = kernel.currentTask
local func, euid, _ = loadExecutable(path, kernel._U)
if task.fd then
for fd, _ in pairs(task.fd) do
if fd > 2 then pcall(kernel.vfs.close, fd) end
end
end
task.euid = euid
task.args = args or {}
task.envars = envars or task.envars
task.name = path
task.coro = coroutine.create(function()
local ok, err = xpcall(func, debug.traceback, table.unpack(task.args))
if kernel.config.logTaskExit then
if not ok then
kernel.log("Task " .. tostring(task.pid) .. " exec '" .. path .. "' err: " .. tostring(err), "ERROR", 2)
else
kernel.log("Task " .. tostring(task.pid) .. " exec '" .. path .. "' exited: " .. tostring(err), "INFO")
end
end
if type(err) == "number" then tasks[tostring(task.pid)].exit = err end
if tasks[tostring(task.pid)].fd then
for fd, _ in pairs(tasks[tostring(task.pid)].fd) do
pcall(kernel.vfs.close, fd)
end
end
tasks[tostring(task.pid)].status = "Z"
end)
task.syscallReturn = {}
coroutine.yield()
end
function sys.sleep(s) function sys.sleep(s)
kernel.currentTask.status = "S" kernel.currentTask.status = "S"
kernel.currentTask.sleep = kernel.computer:time() + s * 1000 kernel.currentTask.sleep = kernel.computer:time() + s * 1000
coroutine.yield() coroutine.yield()
end end
function sys.getTask(pid) function sys.getTask(pid)
if tasks[tostring(pid)] then local task = tasks[tostring(pid)]
local task = tasks[tostring(pid)] if not task then return nil end
local children = {}
local siblings = {}
for i, v in ipairs(task.children) do children[i] = v.pid end local children, siblings = {}, {}
for i, v in ipairs(task.siblings) do siblings[i] = v.pid end for i, v in ipairs(task.children) do children[i] = v.pid end
for i, v in ipairs(task.siblings) do siblings[i] = v.pid end
return { return {
name = task.name, name = task.name,
status = task.status, status = task.status,
pid = task.pid, pid = task.pid,
tgid = task.tgid, tgid = task.tgid,
username = kernel.users[task.uid], username = kernel.users[task.uid],
uid = task.uid, uid = task.uid,
exit = task.exit, euid = task.euid,
sleep = task.sleep, exit = task.exit,
ivs = task.ivs, sleep = task.sleep,
vs = task.vs, ivs = task.ivs,
children = children, vs = task.vs,
siblings = siblings, children = children,
parent = task.parent.pid, siblings = siblings,
cwd = task.cwd, parent = task.parent.pid,
term = task.term cwd = task.cwd,
} term = task.term,
end }
end end
function sys.collect(pid) function sys.collect(pid)
local children = {} local children = {}
for i, v in ipairs(kernel.currentTask.children) do children[i] = v.pid end for _, v in ipairs(kernel.currentTask.children) do children[#children+1] = v.pid end
if not tasks[tostring(pid)] then local task = tasks[tostring(pid)]
if not task then
return false, "Task does not exist" return false, "Task does not exist"
elseif not isEqualToAny(task.pid, table.unpack(children)) then
elseif not isEqualToAny(tasks[tostring(pid)].pid, table.unpack(children)) then
return false, "You do not own this task" return false, "You do not own this task"
elseif task.status ~= "Z" then
elseif tasks[tostring(pid)].status ~= "Z" then
return false, "Task must exit to collect status" return false, "Task must exit to collect status"
else else
tasks[tostring(pid)].reapTime = 0 task.reapTime = 0
return true, tasks[tostring(pid)].exit return true, task.exit
end end
end end
function sys.kill(pid) function sys.kill(pid)
local children = {} local task = tasks[tostring(pid)]
for i, v in ipairs(kernel.currentTask.children) do children[i] = v.pid end if not task then
if not tasks[tostring(pid)] then
return false, "Task does not exist" return false, "Task does not exist"
elseif task.status == "Z" then
elseif tasks[tostring(pid)].status == "Z" then
return false, "Task is already dead" return false, "Task is already dead"
else else
tasks[tostring(pid)].status = "Z" task.status = "Z"
return true return true
end end
end end
function sys.stop(pid) function sys.stop(pid)
local children = {} local task = tasks[tostring(pid)]
for i, v in ipairs(kernel.currentTask.children) do children[i] = v.pid end if not task then
if not tasks[tostring(pid)] then
return false, "Task does not exist" return false, "Task does not exist"
elseif task.status ~= "R" then
elseif tasks[tostring(pid)].status ~= "R" then return false, "Cannot stop non-running task"
return false, "Cannot stop non running task"
else else
tasks[tostring(pid)].status = "T" task.status = "T"
return true return true
end end
end end
function sys.continue(pid) function sys.continue(pid)
local children = {} local task = tasks[tostring(pid)]
for i, v in ipairs(kernel.currentTask.children) do children[i] = v.pid end if not task then
if not tasks[tostring(pid)] then
return false, "Task does not exist" return false, "Task does not exist"
elseif task.status ~= "T" then
elseif tasks[tostring(pid)].status ~= "T" then
return false, "Task is not stopped" return false, "Task is not stopped"
else else
tasks[tostring(pid)].status = "R" task.status = "R"
return true return true
end end
end end
function sys.getpid() return kernel.currentTask.pid end function sys.getpid() return kernel.currentTask.pid end
function sys.getppid() return kernel.currentTask.parent.pid end function sys.getppid() return kernel.currentTask.parent.pid end
function sys.getTasks() function sys.getTasks()
local ret = {} local ret = {}
for i, v in pairs(tasks) do ret[#ret + 1] = v.pid end for _, v in pairs(tasks) do ret[#ret+1] = v.pid end
return ret return ret
end end
function sys.getEnviron(key) return kernel.currentTask.envars[key] end function sys.getEnviron(key) return kernel.currentTask.envars[key] end
function sys.setEnviron(key, val) kernel.currentTask.envars[key] = val end
function sys.setEnviron(key, value) kernel.currentTask.envars[key] = value end
function sys.exit(code) function sys.exit(code)
local task = kernel.currentTask
if kernel.config.logTaskExit then if kernel.config.logTaskExit then
if code then if code then
kernel.log("Task " .. tostring(kernel.currentTask.pid) .. " exited with code: " .. tostring(code), "INFO") kernel.log("Task " .. tostring(task.pid) .. " exited with code: " .. tostring(code), "INFO")
else else
kernel.log("Task " .. tostring(kernel.currentTask.pid) .. " exited without code", "INFO") kernel.log("Task " .. tostring(task.pid) .. " exited without code", "INFO")
end end
end end
tasks[tostring(task.pid)].status = "Z"
tasks[tostring(kernel.currentTask.pid)].status = "Z"
if type(code) == "number" then if type(code) == "number" then
tasks[tostring(kernel.currentTask.pid)].exit = code tasks[tostring(task.pid)].exit = code
end end
end end
function sys.setuid(uid) function sys.setuid(uid)
if kernel.uid ~= 0 then error("EACCES") end local task = kernel.currentTask
kernel.currentTask.uid = uid if task.euid ~= 0 and task.uid ~= uid then
error("EPERM")
end
task.uid = uid
task.euid = uid
kernel.uid = uid
end
function sys.geteuid()
return kernel.currentTask.euid
end end
function sys.getuid() return kernel.currentTask.uid end function sys.getuid() return kernel.currentTask.uid end
local sysc = kernel.syscalls
sysc["spawn"] = sys.spawn
sysc["sleep"] = sys.sleep
sysc["getTask"] = sys.getTask
sysc["collect"] = sys.collect
sysc["kill"] = sys.kill
sysc["stop"] = sys.stop
sysc["continue"] = sys.continue
sysc["getpid"] = sys.getpid
sysc["getppid"] = sys.getppid
sysc["getTasks"] = sys.getTasks
sysc["setEnviron"] = sys.setEnviron
sysc["getEnviron"] = sys.getEnviron
sysc["exit"] = sys.exit
sysc["setuid"] = sys.setuid
sysc["getuid"] = sys.getuid
kernel._G.sleep = function(...) coroutine.yield("syscall", "sleep", ...) end
local function reapDeadTasks() local function reapDeadTasks()
for pid, task in pairs(tasks) do for pid, task in pairs(tasks) do
if task.status == "Z" and not task.reapTime then if task.status == "Z" and not task.reapTime then
kernel.currentTask = task task.coro = nil
kernel.uid = task.uid task.ivs = nil
kernel.process = task.name task.vs = nil
task.coro = nil task.args = nil
task.ivs = nil task.envars = nil
task.vs = nil task.cwd = nil
task.args = nil task.numRuns = nil
task.envars = nil task.totalTime = nil
task.cwd = nil task.lastTime = nil
task.numRuns = nil task.timeSlice = nil
task.totalTime = nil
task.lastTime = nil
task.timeSlice = nil
task.syscallReturn = nil task.syscallReturn = nil
task.sleep = nil task.sleep = nil
task.fd = nil task.fd = nil
task.reapTime = kernel.computer:time() + 30000 task.reapTime = kernel.computer:time() + 30000
elseif task.reapTime and kernel.computer:time() > task.reapTime and elseif task.reapTime and kernel.computer:time() > task.reapTime
task.status == "Z" then and task.status == "Z" then
for _, child in ipairs(task.children) do for _, child in ipairs(task.children) do
child.parent = tasks["1"] child.parent = tasks["1"]
child.siblings = tasks["1"].children child.siblings = tasks["1"].children
table.insert(tasks["1"].children, child) table.insert(tasks["1"].children, child)
end end
for i, sibling in ipairs(task.siblings) do for i, sibling in ipairs(task.siblings) do
if sibling.pid == task.pid then if sibling.pid == task.pid then
table.remove(task.siblings, i) table.remove(task.siblings, i)
break break
end end
end end
tasks[pid] = nil tasks[pid] = nil
end end
end end
end end
local alpha = 0.85 local alpha = 0.85
local C_target = 0.01 local C_target = 0.01
local Tmin = 0.0005 local Tmin = 0.0005
local Tmax = 0.5 local Tmax = 0.5
local lambda_budget = 0.08 local lambda_budget = 0.08
local lambda_clamp = 0.03 local lambda_clamp = 0.03
local lambda_var = 0.02 local lambda_var = 0.02
local k_min = 0.5 local k_min = 0.5
local k_max = 0.5 local k_max = 0.5
local B = 0.01 local B = 0.01
function kernel.main() function kernel.main()
while not kernel.exitMain do while not kernel.exitMain do
local N = 0 local N = 0
local Tmin_hit = 0 local Tmin_hit = 0
local Tmax_hit = 0 local Tmax_hit = 0
local totalTaskTime = 0 local totalTaskTime = 0
local taskTimes = {} local taskTimes = {}
for pid, task in pairs(tasks) do for pid, task in pairs(tasks) do
if task.status == "S" then if task.status == "S" and kernel.computer:time() >= task.sleep then
if kernel.computer:time() >= task.sleep then task.status = "R"
task.status = "R" task.sleep = 0
task.sleep = 0
end
end end
if task.status == "R" then if task.status == "R" then
kernel.currentTask = task kernel.currentTask = task
kernel.uid = task.uid
kernel.uid = task.euid or task.uid
kernel.process = task.name kernel.process = task.name
N = N + 1 N = N + 1
-- assign adaptive time slice
task.timeSlice = math.min(Tmax, math.max(Tmin, B / (N ^ alpha))) task.timeSlice = math.min(Tmax, math.max(Tmin, B / (N ^ alpha)))
if task.sigq and #task.sigq~=0 and task.sigh then if task.sigq and #task.sigq ~= 0 and task.sigh then
local coro = coroutine.create(task.sigh) local coro = coroutine.create(task.sigh)
if kernel.config.preempt then if kernel.config.preempt then
coroutine.resumeWithTimeout(coro, task.timeSlice, table.remove(task.sigq, 1)) coroutine.resumeWithTimeout(coro, task.timeSlice, table.remove(task.sigq, 1))
@@ -308,44 +358,31 @@ function kernel.main()
end end
end end
-- check for exit/stop if task.status == "R" then
if task.status=="R" then
-- measure execution time
local startTime = kernel.computer:time() local startTime = kernel.computer:time()
local ret local ret
if kernel.config.preempt then if kernel.config.preempt then
ret = { ret = { coroutine.resumeWithTimeout(task.coro, task.timeSlice, table.unpack(task.syscallReturn)) }
coroutine.resumeWithTimeout(
task.coro,
task.timeSlice,
table.unpack(task.syscallReturn)
)
}
else else
ret = { ret = { coroutine.resume(task.coro, table.unpack(task.syscallReturn)) }
coroutine.resume(
task.coro,
table.unpack(task.syscallReturn)
)
}
end end
local elapsed = kernel.computer:time() - startTime local elapsed = kernel.computer:time() - startTime
task.lastTime = elapsed task.lastTime = elapsed
task.totalTime = (task.totalTime or 0) + elapsed task.totalTime = (task.totalTime or 0) + elapsed
task.numRuns = (task.numRuns or 0) + 1 task.numRuns = (task.numRuns or 0) + 1
taskTimes[#taskTimes + 1] = elapsed taskTimes[#taskTimes+1] = elapsed
totalTaskTime = totalTaskTime + elapsed totalTaskTime = totalTaskTime + elapsed
if elapsed <= Tmin then Tmin_hit = Tmin_hit + 1 end if elapsed <= Tmin then Tmin_hit = Tmin_hit + 1 end
if elapsed >= Tmax then Tmax_hit = Tmax_hit + 1 end if elapsed >= Tmax then Tmax_hit = Tmax_hit + 1 end
-- handle task results
if ret[1] == "error" or ret[1] == false then if ret[1] == "error" or ret[1] == false then
kernel.log("processHandlerException: " .. ret[2], "ERROR", 2) kernel.log("processHandlerException: " .. tostring(ret[2]), "ERROR", 2)
task.status = "Z" task.status = "Z"
task.exit = "processHandlerException: " .. ret[2] task.exit = "processHandlerException: " .. tostring(ret[2])
elseif ret[1] == "timeout" then elseif ret[1] == "timeout" then
task.ivs = task.ivs + 1 task.ivs = task.ivs + 1
@@ -355,57 +392,36 @@ function kernel.main()
task.vs = task.vs + 1 task.vs = task.vs + 1
if ret[2] == "syscall" then if ret[2] == "syscall" then
if kernel.syscalls[ret[3]] then local scname = ret[3]
if kernel.syscalls[scname] then
if kernel.config.debugSyscalls then if kernel.config.debugSyscalls then
kernel.log("Task " .. task.pid .. " invoking syscall: " .. ret[3], "DBUG", 5) kernel.log("Task " .. task.pid .. " syscall: " .. scname, "DBUG", 5)
for i = 4, #ret do for i = 4, #ret do
kernel.log(" inval[" .. tostring(i - 3) .. "] = " .. tostring(ret[i]), "DBUG", 5) kernel.log(" inval[" .. (i-3) .. "] = " .. tostring(ret[i]), "DBUG", 5)
end end
end end
local sysret = { local sysret = { xpcall(kernel.syscalls[scname], debug.traceback, table.unpack(ret, 4)) }
xpcall(kernel.syscalls[ret[3]], debug.traceback, table.unpack(ret, 4))
}
if kernel.config.debugSyscalls then if kernel.config.debugSyscalls then
if not sysret[1] then if not sysret[1] then
kernel.log( kernel.log("Task " .. task.pid .. " syscall " .. scname .. " failed: " .. tostring(sysret[2]), "ERROR", 2)
"Task " .. task.pid .. " syscall " .. ret[3] .. " failed: " .. tostring(sysret[2]), "ERROR", 2
)
else else
kernel.log( kernel.log("Task " .. task.pid .. " syscall " .. scname .. " ok, " .. (#sysret-1) .. " retvals", "DBUG", 5)
"Task " .. task.pid .. " syscall " .. ret[3] .. " completed returning " .. tostring(#sysret - 1) .. " values", "DBUG", 5
)
for i = 2, #sysret do for i = 2, #sysret do
if type(sysret[i]) == "table" then local v = type(sysret[i]) == "table" and table.serialize(sysret[i]) or tostring(sysret[i])
kernel.log( kernel.log(" retval[" .. (i-1) .. "] = " .. v, "DBUG", 5)
" retval[" .. tostring(i - 1) .. "] = " .. table.serialize(sysret[i]),"DBUG", 5
)
else
kernel.log(
" retval[" .. tostring(i - 1) .. "] = " .. tostring(sysret[i]), "DBUG", 5
)
end
end end
end end
end end
if not sysret[1] then if not sysret[1] then
task.syscallReturn = {false, sysret[2]} task.syscallReturn = { false, sysret[2] }
else else
task.syscallReturn = { task.syscallReturn = { true, table.unpack(sysret, 2) }
true, table.unpack(sysret, 2)
}
end end
else else
task.syscallReturn = { task.syscallReturn = { false, "Unknown syscall: " .. tostring(scname) }
false, "Unknown syscall: " .. tostring(ret[3])
}
end end
end end
end end
@@ -415,24 +431,42 @@ function kernel.main()
local T_prev_avg = (N > 0) and (totalTaskTime / N) or 0 local T_prev_avg = (N > 0) and (totalTaskTime / N) or 0
local T_prev_var = 0 local T_prev_var = 0
for _, t in ipairs(taskTimes) do for _, t in ipairs(taskTimes) do
T_prev_var = T_prev_var + (t - T_prev_avg) ^ 2 T_prev_var = T_prev_var + (t - T_prev_avg) ^ 2
end end
if N > 0 then T_prev_var = T_prev_var / N end if N > 0 then T_prev_var = T_prev_var / N end
if N > 0 then if N > 0 then
local f_clamp = k_min * (Tmin_hit / N) - k_max * (Tmax_hit / N) local f_clamp = k_min * (Tmin_hit / N) - k_max * (Tmax_hit / N)
local B_budget = (C_target * (N ^ (alpha - 1))) / local B_budget = (C_target * (N ^ (alpha - 1))) / math.max(T_prev_avg, 1e-8)
math.max(T_prev_avg, 1e-8) B = B + lambda_budget * (B_budget - B) + lambda_clamp * f_clamp - lambda_var * T_prev_var
B = B + lambda_budget * (B_budget - B) + lambda_clamp * f_clamp -
lambda_var * T_prev_var
end end
-- clean up dead tasks
reapDeadTasks() reapDeadTasks()
end end
end end
local sysc = kernel.syscalls
sysc["spawn"] = sys.spawn
sysc["execspawn"] = sys.execspawn
sysc["exec"] = sys.exec
sysc["sleep"] = sys.sleep
sysc["getTask"] = sys.getTask
sysc["collect"] = sys.collect
sysc["kill"] = sys.kill
sysc["stop"] = sys.stop
sysc["continue"] = sys.continue
sysc["getpid"] = sys.getpid
sysc["getppid"] = sys.getppid
sysc["getTasks"] = sys.getTasks
sysc["setEnviron"] = sys.setEnviron
sysc["getEnviron"] = sys.getEnviron
sysc["exit"] = sys.exit
sysc["setuid"] = sys.setuid
sysc["getuid"] = sys.getuid
sysc["geteuid"] = sys.geteuid
kernel._G.sleep = function(...) coroutine.yield("syscall", "sleep", ...) end
kernel.tasks = tasks kernel.tasks = tasks
kernel.hpv = sys kernel.hpv = sys

View File

@@ -3,8 +3,13 @@ local kernel = ...
kernel.log("Loading init system...") kernel.log("Loading init system...")
kernel.log("InitPath: " .. kernel.config.initPath) kernel.log("InitPath: " .. kernel.config.initPath)
local initOk, initErr = pcall(kernel.vfs.access, kernel.config.initPath, "rx")
if not initOk then
kernel.PANIC("Init binary not executable: " .. kernel.config.initPath .. " (" .. tostring(initErr) .. ")")
end
local handle = kernel.vfs.open(kernel.config.initPath, "r") local handle = kernel.vfs.open(kernel.config.initPath, "r")
local data = kernel.vfs.read(handle, 1024 * 1024 * 4) local data = kernel.vfs.read(handle, 1024 * 1024 * 4)
kernel.vfs.close(handle) kernel.vfs.close(handle)
local initFunc, err = load(data, "@sysinit", "t", kernel._U) local initFunc, err = load(data, "@sysinit", "t", kernel._U)
@@ -20,27 +25,27 @@ kernel.tasks["1"] = {
end end
end), end),
name = "sysinit", name = "sysinit",
status = "R", status = "R",
pid = 1, pid = 1,
tgid = 1, tgid = 1,
uid = 0, uid = 0,
fd = {}, fd = {},
envars = {}, envars = {},
args = {}, args = {},
exit = "", exit = "",
sleep = 0, sleep = 0,
ivs = 0, ivs = 0,
vs = 0, vs = 0,
parent = kernel.kernelTask, parent = kernel.kernelTask,
siblings = kernel.kernelTask.children, siblings = kernel.kernelTask.children,
children = {}, children = {},
syscallReturn = {}, syscallReturn = {},
cwd = "/", cwd = "/",
timeSlice = 0, timeSlice = 0,
lastTime = 0, lastTime = 0,
totalTime = 0, totalTime = 0,
numRuns = 0 numRuns = 0
} }
kernel.log("created init task with PID 1") kernel.log("created init task with PID 1")

View File

@@ -1,16 +1,9 @@
--:Minify:-- -- :Minify:--
local kernel = ... local kernel = ...
-- It runs at uid 0 so it can call setuid() to drop privileges to the logged in user
kernel.processes.login = function() kernel.processes.login = function()
local handle = kernel.vfs.open("/bin/login", "r") local ok, err = pcall(syscall.execspawn, "/bin/login", "login")
local text = kernel.vfs.read(handle, 1024 * 1024) if not ok then
kernel.vfs.close(handle) kernel.log("Failed to exec /bin/login: " .. tostring(err), "ERROR", 2)
local fn, err = load(text, "@/bin/login", "t", kernel._U)
if not fn then
kernel.log("Failed to load /bin/login: " .. tostring(err), "ERROR", 2)
return
end end
fn()
end end

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@@ -1,165 +1,214 @@
--:Minify:-- -- :Minify:--
local kernel = ... local kernel = ...
local bit32 = require("bit32") local P = kernel.vfs.P
local bor = bit32.bor local PERM = kernel.vfs.PERM
local lshift = bit32.lshift
-- bit 0 = everyone-write, bit 1 = everyone-read local RW_R_R = P.OWNER_R + P.OWNER_W + P.GROUP_R + P.WORLD_R
-- bit 2 = group-write, bit 3 = group-read local RWX_RX_RX = P.OWNER_R + P.OWNER_W + P.OWNER_X
-- bit 4 = owner-write, bit 5 = owner-read + P.GROUP_R + P.GROUP_X
-- bit 6 = suid + P.WORLD_R + P.WORLD_X
local P_OWNER_R = lshift(1, 5) local RW_R__ = P.OWNER_R + P.OWNER_W + P.GROUP_R
local P_OWNER_W = lshift(1, 4) local RW____ = P.OWNER_R + P.OWNER_W
local P_GROUP_R = lshift(1, 3) local RWXRWXRWX = PERM.RWXRWXRWX
local P_GROUP_W = lshift(1, 2) local SUID_755 = PERM.SUID_755
local P_WORLD_R = lshift(1, 1)
local P_WORLD_W = lshift(1, 0)
local P_SUID = lshift(1, 6)
local RW_R_R = bor(P_OWNER_R, P_OWNER_W, P_GROUP_R, P_WORLD_R) -- 644 / rw-r--r--
local RWX_R_R = bor(P_OWNER_R, P_OWNER_W, P_GROUP_R, P_WORLD_R) -- 755 / rwxr--r--
local RW_R__ = bor(P_OWNER_R, P_OWNER_W, P_GROUP_R) -- 640 / rw-r-----
local RW____ = bor(P_OWNER_R, P_OWNER_W) -- 600 / rw-------
local SUID_755 = bor(P_SUID, P_OWNER_R, P_OWNER_W, P_GROUP_R, P_WORLD_R) -- 4755
local function metaEntry(name, owner, group, perms)
return string.char(#name) .. name
.. string.char(owner, group, perms)
.. string.char(0)
end
local META_VERSION = 0x02
local rootDisk = kernel.disks["$"] local rootDisk = kernel.disks["$"]
local function writeMeta(dir, entries) local function makeEntry(name, etype, owner, group, perms, cmeta)
local diskDir = dir == "/" and "/" or dir cmeta = cmeta or ""
local path = (diskDir:sub(-1) == "/" and diskDir or diskDir .. "/") .. ".meta" local plo = perms % 256
if path:sub(1,1) == "/" then path = path:sub(2) end local phi = math.floor(perms / 256) % 256
if path == "" then path = ".meta" end local olo = (owner or 0) % 256
local ohi = math.floor((owner or 0) / 256) % 256
local glo = (group or 0) % 256
local ghi = math.floor((group or 0) / 256) % 256
return string.char(#name) .. name
.. string.char(etype, olo, ohi, glo, ghi, plo, phi)
.. string.char(#cmeta) .. cmeta
end
local data = "" local function writeMeta(dir, entries)
local diskDir = dir
if diskDir:sub(1,1) == "/" then diskDir = diskDir:sub(2) end
local metaPath = (diskDir == "" and ".meta" or diskDir .. "/.meta")
local data = string.char(META_VERSION)
for _, e in ipairs(entries) do for _, e in ipairs(entries) do
data = data .. metaEntry(e[1], e[2], e[3], e[4]) data = data .. makeEntry(e[1], e[2] or 0x00, e[3], e[4], e[5], e[6])
end end
local ok, err = pcall(function() local ok, err = pcall(function()
local f = rootDisk:open(path, "w") local f = rootDisk:open(metaPath, "w")
f.write(data) f.write(data)
f.close() f.close()
end) end)
if not ok then if not ok then
kernel.log("permissions: failed to write /" .. path .. ": " .. tostring(err), "WARN", 8) kernel.log("permissions: failed to write " .. metaPath .. ": " .. tostring(err), "WARN", 8)
end end
end end
if rootDisk:fileExists(".meta") then local REG = 0x00
kernel.log("Permissions already seeded, skipping.", "INFO")
else -- All known /bin entries with their permissions
local BIN_ENTRIES = {
{"cat", REG, 0, 0, RWX_RX_RX},
{"chattr", REG, 0, 0, RWX_RX_RX},
{"chgrp", REG, 0, 0, RWX_RX_RX},
{"chmod", REG, 0, 0, RWX_RX_RX},
{"chown", REG, 0, 0, RWX_RX_RX},
{"chroot", REG, 0, 0, RWX_RX_RX},
{"clear", REG, 0, 0, RWX_RX_RX},
{"echo", REG, 0, 0, RWX_RX_RX},
{"hfetch", REG, 0, 0, RWX_RX_RX},
{"help", REG, 0, 0, RWX_RX_RX},
{"hysh", REG, 0, 0, RWX_RX_RX},
{"hyshex", REG, 0, 0, RWX_RX_RX},
{"id", REG, 0, 0, RWX_RX_RX},
{"install", REG, 0, 0, RWX_RX_RX},
{"ln", REG, 0, 0, RWX_RX_RX},
{"login", REG, 0, 0, SUID_755 },
{"loimgcreate", REG, 0, 0, RWX_RX_RX},
{"looptest", REG, 0, 0, RWX_RX_RX},
{"losetup", REG, 0, 0, RWX_RX_RX},
{"ls", REG, 0, 0, RWX_RX_RX},
{"lsusers", REG, 0, 0, RWX_RX_RX},
{"lua", REG, 0, 0, RWX_RX_RX},
{"luaold", REG, 0, 0, RWX_RX_RX},
{"micro", REG, 0, 0, RWX_RX_RX},
{"mkdir", REG, 0, 0, RWX_RX_RX},
{"mount", REG, 0, 0, RWX_RX_RX},
{"passwd", REG, 0, 0, RWX_RX_RX},
{"ps", REG, 0, 0, RWX_RX_RX},
{"pwd", REG, 0, 0, RWX_RX_RX},
{"readlink", REG, 0, 0, RWX_RX_RX},
{"sed", REG, 0, 0, RWX_RX_RX},
{"socktest", REG, 0, 0, RWX_RX_RX},
{"spm", REG, 0, 0, RWX_RX_RX},
{"su", REG, 0, 0, SUID_755 },
{"sudo", REG, 0, 0, SUID_755 },
{"sysdump", REG, 0, 0, RWX_RX_RX},
{"umount", REG, 0, 0, RWX_RX_RX},
{"useradd", REG, 0, 0, RWX_RX_RX},
{"userdel", REG, 0, 0, RWX_RX_RX},
{"usermod", REG, 0, 0, RWX_RX_RX},
{"whoami", REG, 0, 0, RWX_RX_RX},
{"yes", REG, 0, 0, RWX_RX_RX},
{"startup", REG, 0, 0, RWX_RX_RX},
}
-- Merge entries: always ensure all known entries exist with correct permissions.
-- This handles both fresh installs and upgrades (adds missing entries, upgrades
-- the on-disk format to v2 by rewriting).
local function mergeMeta(dir, entries)
local diskDir = dir
if diskDir:sub(1,1) == "/" then diskDir = diskDir:sub(2) end
local metaPath = (diskDir == "" and ".meta" or diskDir .. "/.meta")
-- Read existing meta (may be v1 or v2)
local existing = {}
local rok, rf = pcall(function() return rootDisk:open(metaPath, "r") end)
if rok and rf then
local raw = rf.read(65535)
if rf.close then rf.close() end
-- Parse using the VFS parser (handles v0/v1/v2)
existing = kernel.vfs and kernel.vfs._parseMetafile and kernel.vfs._parseMetafile(raw) or {}
end
-- Add any missing entries (don't overwrite existing customised perms)
for _, e in ipairs(entries) do
if not existing[e[1]] then
existing[e[1]] = {
etype = e[2] or 0x00,
owner = e[3] or 0,
group = e[4] or 0,
perms = e[5] or RWX_RX_RX,
cmeta = e[6] or "",
}
end
end
-- Write back as v2
local data = string.char(META_VERSION)
for name, m in pairs(existing) do
data = data .. makeEntry(name, m.etype or 0x00, m.owner or 0, m.group or 0, m.perms or RWX_RX_RX, m.cmeta or "")
end
local ok, err = pcall(function()
local f = rootDisk:open(metaPath, "w")
f.write(data)
f.close()
end)
if not ok then
kernel.log("permissions: failed to write " .. metaPath .. ": " .. tostring(err), "WARN", 8)
end
end
local freshInstall = not rootDisk:fileExists(".meta")
if freshInstall then
kernel.log("Seeding filesystem permissions...", "INFO") kernel.log("Seeding filesystem permissions...", "INFO")
-- / (only on fresh install — these dirs are stable)
writeMeta("/", { writeMeta("/", {
{"bin", 0, 0, RWX_R_R}, {"bin", REG, 0, 0, RWX_RX_RX},
{"boot", 0, 0, RWX_R_R}, {"boot", REG, 0, 0, RWX_RX_RX},
{"dev", 0, 0, RWX_R_R}, {"dev", REG, 0, 0, RWX_RX_RX},
{"etc", 0, 0, RWX_R_R}, {"etc", REG, 0, 0, RWX_RX_RX},
{"home", 0, 0, RWX_R_R}, {"home", REG, 0, 0, RWX_RX_RX},
{"lib", 0, 0, RWX_R_R}, {"lib", REG, 0, 0, RWX_RX_RX},
{"root", 0, 0, RW____ }, {"root", REG, 0, 0, RW____ },
{"sbin", 0, 0, RWX_R_R}, {"sbin", REG, 0, 0, RWX_RX_RX},
{"tmp", 0, 0, bor(P_OWNER_R, P_OWNER_W, P_GROUP_R, P_GROUP_W, P_WORLD_R, P_WORLD_W)}, {"tmp", REG, 0, 0, RWXRWXRWX},
{"usr", 0, 0, RWX_R_R}, {"usr", REG, 0, 0, RWX_RX_RX},
{"var", 0, 0, RWX_R_R}, {"var", REG, 0, 0, RWX_RX_RX},
})
writeMeta("/bin", {
{"cat", 0, 0, RWX_R_R},
{"clear", 0, 0, RWX_R_R},
{"echo", 0, 0, RWX_R_R},
{"hfetch", 0, 0, RWX_R_R},
{"hysh", 0, 0, RWX_R_R},
{"hyshex", 0, 0, RWX_R_R},
{"install", 0, 0, RWX_R_R},
{"login", 0, 0, SUID_755},
{"ls", 0, 0, RWX_R_R},
{"lua", 0, 0, RWX_R_R},
{"luaold", 0, 0, RWX_R_R},
{"mkdir", 0, 0, RWX_R_R},
{"ps", 0, 0, RWX_R_R},
{"pwd", 0, 0, RWX_R_R},
{"spm", 0, 0, RWX_R_R},
{"su", 0, 0, SUID_755},
{"sudo", 0, 0, SUID_755},
{"sysdump", 0, 0, RWX_R_R},
{"whoami", 0, 0, RWX_R_R},
{"yes", 0, 0, RWX_R_R},
{"startup", 0, 0, RWX_R_R},
}) })
writeMeta("/bin/startup", { writeMeta("/bin/startup", {
{"test.lua", 0, 0, RWX_R_R}, {"test.lua", REG, 0, 0, RWX_RX_RX},
}) })
writeMeta("/etc", { writeMeta("/etc", {
{"passwd", 0, 0, RW_R_R}, {"passwd", REG, 0, 0, RW_R_R},
{"shadow", 0, 0, RW____ }, {"shadow", REG, 0, 0, RW____},
{"pam.d", 0, 0, RWX_R_R}, {"pam.d", REG, 0, 0, RWX_RX_RX},
}) })
writeMeta("/etc/pam.d", { writeMeta("/etc/pam.d", {
{"secret", 0, 0, RW____}, {"secret", REG, 0, 0, RW____},
}) })
writeMeta("/sbin", { writeMeta("/sbin", {
{"init.lua", 0, 0, RWX_R_R}, {"init.lua", REG, 0, 0, RWX_RX_RX},
}) })
writeMeta("/boot", { writeMeta("/boot", {
{"kernel.lua", 0, 0, RW_R_R}, {"kernel.lua", REG, 0, 0, RW_R_R },
{"boot.cfg", 0, 0, RW_R_R}, {"boot.cfg", REG, 0, 0, RW_R_R },
{"safeboot.cfg", 0, 0, RW_R_R}, {"safeboot.cfg", REG, 0, 0, RW_R_R },
{"fstab", 0, 0, RW_R_R}, {"fstab", REG, 0, 0, RW_R_R },
{"initfs", 0, 0, RW_R_R}, {"initfs", REG, 0, 0, RW_R_R },
{"cct", 0, 0, RWX_R_R}, {"cct", REG, 0, 0, RWX_RX_RX},
{"oc", 0, 0, RWX_R_R}, {"oc", REG, 0, 0, RWX_RX_RX},
}) })
writeMeta("/lib", { writeMeta("/lib", {
{"sys", 0, 0, RWX_R_R}, {"sys", REG, 0, 0, RWX_RX_RX},
{"modules", 0, 0, RWX_R_R}, {"modules", REG, 0, 0, RWX_RX_RX},
{"crypto", 0, 0, RWX_R_R}, {"crypto", REG, 0, 0, RWX_RX_RX},
{"store", 0, 0, RWX_R_R}, {"store", REG, 0, 0, RWX_RX_RX},
{"snip", 0, 0, RW_R_R}, {"snip", REG, 0, 0, RW_R_R },
{"io", 0, 0, RW_R_R}, {"io", REG, 0, 0, RW_R_R },
{"bit32", 0, 0, RW_R_R}, {"bit32", REG, 0, 0, RW_R_R },
}) })
kernel.log("Filesystem permissions seeded.", "INFO") kernel.log("Filesystem permissions seeded.", "INFO")
else
kernel.log("Permissions already seeded, merging /bin updates...", "INFO")
end end
-- TODO: move this to vfs.kmod -- Always merge /bin — adds missing entries and upgrades format to v2
local _orig_open = kernel.vfs.open mergeMeta("/bin", BIN_ENTRIES)
kernel.vfs.open = function(path, mode)
local fd = _orig_open(path, mode)
if mode == "r" then
local task = kernel.currentTask
local fobj = task.fd[fd]
if fobj and fobj.meta then
local suid_set = bit32.extract(fobj.meta.perms, 6) == 1
if suid_set then
fobj.suid_owner = fobj.meta.owner
end
end
end
return fd
end
kernel.syscalls["fget_suid"] = function(fd)
local task = kernel.currentTask
local fobj = task and task.fd[fd]
if fobj and fobj.suid_owner then
return fobj.suid_owner
end
return nil
end
kernel.log("Permission module loaded.", "INFO") kernel.log("Permission module loaded.", "INFO")

View File

@@ -0,0 +1,5 @@
local args = {...}
local kernel = args[1]
local origLoad = load
--kernel._U.load = function(a,b,c,d) return origLoad(a,b,c,d or kernel._U) end

View File

@@ -23,7 +23,11 @@ import sys
import shutil import shutil
import argparse import argparse
import subprocess import subprocess
import hashlib
import random
import string
from pathlib import Path from pathlib import Path
from typing import Union
PROJECT_ROOT = Path(__file__).resolve().parent PROJECT_ROOT = Path(__file__).resolve().parent
SRC_ROOT = PROJECT_ROOT / "Src" SRC_ROOT = PROJECT_ROOT / "Src"
@@ -111,7 +115,7 @@ def has_minify_header(path: Path) -> bool:
return False return False
def run_build(minify: bool, include_test: bool, arch: str | None, release: bool): def run_build(minify: bool, include_test: bool, arch: Union[str, None], release: bool):
clean() clean()
BUILD_ROOT.mkdir() BUILD_ROOT.mkdir()
@@ -136,9 +140,21 @@ def main():
help="Release build: eeprom placed as startup.lua (default)") help="Release build: eeprom placed as startup.lua (default)")
parser.add_argument("--dev", dest="release", action="store_false", parser.add_argument("--dev", dest="release", action="store_false",
help="Dev build: boot.lua and eeprom copied unchanged") help="Dev build: boot.lua and eeprom copied unchanged")
parser.add_argument(
"--makeuser", metavar=("USERNAME", "PASSWORD"), nargs=2, action="append",
default=[],
help=(
"Pre-create a user on first boot (dev builds only). "
"May be specified multiple times. "
"Example: --makeuser root secretpass --makeuser alice alicepass"
),
)
args = parser.parse_args() args = parser.parse_args()
if args.makeuser and args.release:
parser.error("--makeuser is only allowed with --dev builds")
if args.target == "clean": if args.target == "clean":
clean() clean()
return return
@@ -147,8 +163,63 @@ def main():
include_test = "test" in args.target include_test = "test" in args.target
run_build(minify=minify, include_test=include_test, arch=args.arch, release=args.release) run_build(minify=minify, include_test=include_test, arch=args.arch, release=args.release)
if args.makeuser:
print("Injecting first-boot user setup ...")
inject_makeusers(args.makeuser, args.arch)
print()
print("Build complete.") print("Build complete.")
def _make_firstboot_kmod(users):
lines = []
lines.append("local kernel = ...")
lines.append("local auth = kernel.auth")
lines.append("")
for username, password in users:
u = username.replace("\\", "\\\\").replace("'", "\\'")
p = password.replace("\\", "\\\\").replace("'", "\\'")
if username == "root":
lines.append("do")
lines.append(" local ok, err = auth.setPassword(0, '" + p + "')")
lines.append(" if ok then")
lines.append(" kernel.log('FIRSTBOOT: root password set')")
lines.append(" else")
lines.append(" kernel.log('FIRSTBOOT: root password error: ' .. tostring(err), 'ERROR')")
lines.append(" end")
lines.append("end")
else:
lines.append("do")
lines.append(" local uid, err = auth.newUser('" + u + "', '" + p + "')")
lines.append(" if uid then")
lines.append(" kernel.log('FIRSTBOOT: created user " + u + " uid=' .. tostring(uid))")
lines.append(" else")
lines.append(" kernel.log('FIRSTBOOT: failed to create user " + u + ": ' .. tostring(err), 'ERROR')")
lines.append(" end")
lines.append("end")
lines.append("")
lines.append("do")
lines.append(" local ok, err = pcall(function()")
lines.append(" kernel.vfs.remove('/lib/modules/Hyperion/50_firstboot_users.kmod')")
lines.append(" end)")
lines.append(" if not ok then")
lines.append(" kernel.log('FIRSTBOOT: could not self-delete: ' .. tostring(err), 'WARN')")
lines.append(" end")
lines.append("end")
return "\n".join(lines) + "\n"
def inject_makeusers(users, arch):
base = BUILD_ROOT / "$" if arch else BUILD_ROOT
kmod_path = base / "lib" / "modules" / "Hyperion" / "50_firstboot_users.kmod"
kmod_path.parent.mkdir(parents=True, exist_ok=True)
kmod_path.write_text(_make_firstboot_kmod(users), encoding="utf-8")
print(" Wrote first-boot user setup -> " + str(kmod_path.relative_to(BUILD_ROOT)))
if __name__ == "__main__": if __name__ == "__main__":
main() main()

View File

@@ -53,13 +53,24 @@ Optional arguments:
* **`--dev`** * **`--dev`**
* Development mode * Development mode
* Bootloader does not start automatically * Bootloader does not start automatically. You must run `eeprom` in CraftOS to start Hyperion.
* **`--release`** (default) * **`--release`** (default)
* Release mode * Release mode
* Bootloader starts automatically * Bootloader starts automatically
* **`--makeuser username password`**
Makes a username upon startup. Only works for `--dev` builds.
* `--makeuser root rootpass`
Makes the root account already exist on first boot with rootpass as password
* `--makeuser root rootpass --makeuser alice alicepass`
Makes the root account and alice account already exist on first boot with defined passwords
**Examples** **Examples**
```bash ```bash

View File

@@ -1 +1,9 @@
# Contributors # Contributors
- Astronand (dc astronand; web astronand.dev)
- Lead developer, creator of Hyperion
- GHXX (dc ghxx)
- Pentesting, AC development
- Ryan (dc ryan.s.t)
- UI design and implementation, shell design
- SpSf/SpartanSoftware (dc swoshswosh_01578)
- Optimization, systems development