hostname : string,
id : string}
- fun checkSsl host =
- case String.fields (fn ch => ch = #".") host of
- first::rest =>
- (case String.fields (fn ch => ch = #"_") first of
- [first, "ssl"] => {ssl = true, hostname = String.concatWith "." (first::rest),
- id = host}
- | _ => {ssl = false, hostname = host, id = host})
- | _ => {ssl = false, hostname = host, id = host}
+ fun checkSsl (node, host) =
+ let
+ val id = case String.tokens (fn ch => ch = #".") host of
+ [] => node ^ "/" ^ host
+ | first :: rest =>
+ case rev (String.tokens (fn ch => ch = #"_") first) of
+ "ssl" :: rest' => node ^ "/" ^ String.concatWith "_" (rev rest')
+ ^ "." ^ String.concatWith "." rest ^ ".ssl"
+ | _ => node ^ "/" ^ host
+ in
+ case String.fields (fn ch => ch = #".") host of
+ first::rest =>
+ (case String.fields (fn ch => ch = #"_") first of
+ [first, "ssl"] => {ssl = true, hostname = String.concatWith "." (first::rest),
+ id = id}
+ | _ => {ssl = false, hostname = host, id = id})
+ | _ => {ssl = false, hostname = host, id = id}
+ end
fun getWebbw last =
let
(NONE | SOME "\n") => List.rev L
| SOME l =>
case String.tokens (fn ch => Char.isSpace ch orelse ch = #":") l of
- [d, n] => readEm ((checkSsl d, valOf (Int.fromString n)) :: L)
- | _ => raise Fail "Bad row in webbw"
+ [d, n] =>
+ (case String.tokens (fn ch => ch = #"@") d of
+ [d, node] => readEm ({host = checkSsl (node, d), size = valOf (Int.fromString n)} :: L)
+ | _ => raise Fail ("Bad row in webbw [2]: " ^ l))
+ | _ => raise Fail ("Bad row in webbw [1]: " ^ l)
fun splitLast [] = raise Fail "Not enough items for splitLast"
| splitLast [x] = ([], x)
d :: rest =>
let
val (l, x) = splitLast rest
+
+ fun split s =
+ case String.tokens (fn ch => ch = #"@") s of
+ [host, node] => (node, host)
+ | _ => raise Fail ("Bad row in webbw [3]: " ^ s)
in
- readGroups ((d, map checkSsl l, valOf (Int.fromString x)) :: L)
+ readGroups ({user = d, hosts = map (checkSsl o split) l, size = valOf (Int.fromString x)} :: L)
end
- | _ => raise Fail "Bad row in webbw, part 2"
+ | _ => raise Fail ("Bad row in webbw [4]: " ^ l)
in
TextIO.inputLine inf;
- (sum, readEm [], readGroups [])
+ {total = sum, vhosts = readEm [], users = readGroups []}
before TextIO.closeIn inf
end
type disk = {uname : string,
- blocks : int,
- files : int}
+ kbs : int}
fun getDiskUsage () =
let
- val proc = Unix.execute ("/usr/bin/sudo", ["/usr/sbin/repquota", "-g", "/home"])
+ val proc = Unix.execute ("/bin/sh", ["-c", "/usr/bin/sudo /usr/local/sbin/portal_quotas"])
val inf = Unix.textInstreamOf proc
- fun skipUntilLine () =
- case TextIO.inputLine inf of
- NONE => raise Fail "No dividing line found in repquota output"
- | SOME s =>
- if String.sub (s, 0) = #"-" then
- ()
- else
- skipUntilLine ()
+ fun ignoreThis s =
+ String.isPrefix "Kerberos " s
- fun readData acc =
- let
- fun done () =
- ListMergeSort.sort (fn (d1, d2) =>
- #blocks d1 < #blocks d2) acc
- in
- case TextIO.inputLine inf of
- NONE => done ()
- | SOME s =>
- case String.tokens Char.isSpace s of
- [uname, "--", blocks, bsoft, bhard, files, fsoft, fhard] =>
- readData ({uname = uname,
- blocks = valOf (Int.fromString blocks),
- files = valOf (Int.fromString files)} :: acc)
- | [uname, "+-", blocks, bsoft, bhard, _, files, fsoft, fhard] =>
- readData ({uname = uname,
- blocks = valOf (Int.fromString blocks),
- files = valOf (Int.fromString files)} :: acc)
- | [uname, "-+", blocks, bsoft, bhard, files, fsoft, fhard, _] =>
- readData ({uname = uname,
- blocks = valOf (Int.fromString blocks),
- files = valOf (Int.fromString files)} :: acc)
- | [uname, "++", blocks, bsoft, bhard, _, files, fsoft, fhard, _] =>
- readData ({uname = uname,
- blocks = valOf (Int.fromString blocks),
- files = valOf (Int.fromString files)} :: acc)
- | [] => done ()
- | _ => raise Fail ("Bad repquota line: " ^ s)
- end
+ fun loop acc =
+ case TextIO.inputLine inf of
+ NONE => acc
+ | SOME line =>
+ case String.tokens Char.isSpace line of
+ [uname, kbs] => loop ({uname = uname, kbs = valOf (Int.fromString kbs)} :: acc)
+ | _ =>
+ if ignoreThis line then
+ loop acc
+ else
+ raise Fail ("Bad quotas output: " ^ line)
in
- skipUntilLine ();
- readData []
+ loop []
before ignore (Unix.reap proc)
end