flux changed the topic of #ocaml to: Discussions about the OCaml programming language | http://caml.inria.fr/ | 3.11.0 out now! Get yours from http://caml.inria.fr/ocaml/release.html
<mfp> peper: tuples are much less efficient than records or arrays in this case, since the floats are boxed (and you don't have destructive updates)
<peper> hmm
<olegfink> mfp: I thought tuples are exactly polymorphic arrays
<mfp> olegfink: they don't benefit from the special-casing performed by the compiler for records & arrays to unbox floats
<olegfink> ah
<olegfink> I was pretty sure only the type system knows the difference
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<Alpounet> mfp, olegfink, do you know anywhere I could find OCaml's formal grammar ?
<mfp> Alpounet: not sure there's any. You basically have the reference manual & the sources.
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<Alpounet> yep, that would have been a great shortcut, though.
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<hcarty> thelema: ping
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<Alpounet> good night all
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<peper> how expensive are objects in ocaml?
<peper> would making the vector a class instead of a record be expensive?
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<hcarty> peper: A class would be more computationally expensive than a record or array
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<peper> how do i use * in a normal function form? i.e. for + i can do (+) 2 3;;
<peper> but (*) starts a comment...
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<hcarty> peper: ( * )
<hcarty> For that reason, it is generally considered proper to write all operators that way ... ( + ), ( - ), etc
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<roderyk> is the evaluation of tuples right-to-left in ocaml? Just playing around I have this:
<roderyk> let timer = function _ -> let (a,b) = (Unix.gettimeofday(), Unix.gettimeofday()) in a > b (* why is this true? *)
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<flux> I would not rely on the evaluation order of tuples
<flux> but, indeed, it does do that, as it is for function arguments
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<mrvn> flux: but on function arguments you can rely on I think.
<flux> well, I wouldn't :)
<flux> even if the reason was that later I might want to port/transliterate the code to another language :)
<mrvn> Would be verry confusing if the order chnaged between 'f a b' and let g = f a in ...; g b
<mrvn> or in let f = function x -> Printf.printf "x = %d" x; function y -> ...
<flux> well, it does
<flux> let a = ref 0
<flux> f (a := !a + 1) (a := !a * 2) -> a = 1
<flux> (well, !a = 1)
<flux> but: let g = f (a := !a + 1);; f (a := !a * 2);; -> a = 2
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<flux> hm, actually I messed that up
<flux> but it doesn't matter
<mrvn> wow. confusing.
<flux> so I hope you haven't relied on that order :)
<mrvn> Nope. I don't use constructs like that that have no clear sequenze points.
<mrvn> Too much like a++ = a++;
<flux> indeed, best to avoid them
<kaustuv_> Without trying it out, can you say what order the two print statements in the following will be?
<kaustuv_> type t = { f : unit ; g : unit } ;;
<kaustuv_> let x = { g = printf "Hello, world\n" ; f = printf "Goodbye, world\n" } ;;
<flux> kaustuv_, I can, but I wouldn't write that kind of code
<flux> that is, if it matters in which order it outputs the text
<flux> atleast I would say it first says Goodbye then Hello, but hey, I could be wrong :)
<flux> not that I completely avoid side effects in such constructs, but only such constructs for which the order of execution matters
<kaustuv_> You would be wrong if you thought goodbye would be printed first.
<roderyk> ok, it was sort of a rush in the dark - would I need to use nested let..ins to show such ordering?
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<roderyk> basically I just wanted a quick timer hack function, since I couldn't find one easily with googling: a <- getTime(); fn (); b <- getTime(); b - a
<flux> well, that works?
<flux> because it has ;'s in it
<flux> they put the order in
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<tvn> hi
<flux> hm, actually that might be confusing, because the ; in that case are different than the ; in records :)
<roderyk> errr.. that was my "psuedocode" :) that doesn't seem legal: would I need: let a = ... in let r = fn ... in let b = .... in b - a?
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<kaustuv> You can always do:
<kaustuv> let a = getTime () in let _ = fn () in let b = getTime () in b - a
<kaustuv> hmm, too late
<roderyk> this actually brings up 2 questions I had that are not easy to google: is there a syntactic sugar for recursive lets: ie. "let a = ...; r = ...; b = ...; in ..."
<roderyk> and I recall once seeing some syntax like: let r = .... where/which (?) x = ... \n y = ... etc.
<flux> roderyk, well there is the where-extension, but I wouldn't either of them recursive
<roderyk> flux: ah, ok. so the where was an extension; ok, just trying to settle into the language here. Coming from haskell so I'm having some syntax conflicts ;-)
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<munga> roderyk: something like http://pastebin.com/m2e64f8d1 ?
<flux> or perhaps something like: let timing f = let t0 = Unix.gettimeofday () in f (); let t1 = Unix.gettimeofday () in t1 -. t0
<roderyk> ah, ok :) flux's version makes more sense to me. Will take me a bit to grok munga's stateful version ;-)
<kaustuv> let time f = let (a, _, b) = (Sys.time (), f (), Sys.time ()) in a -. b
<mrvn> I would use tstart and tend or tbefore and tafter
<flux> mrvn, just because? I mean, it's not like t0 and t1 don't have established meanings also :)
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<mrvn> Just because I find it clearer.
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<peper> fwiw you can do that with just one variable :)
<flux> the t1 was named for clarity ;)
<peper> t = -Unix.gettimeofday () ... t = t + Unix.gettimeofday ()
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<mrvn> let start = Unix.gettimeofday () in f (); Unix.gettimeofday () -. start
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<kaustuv> let time f = ~-. ((f () ; Unix.gettimeofday ()) -. Unix.gettimeofday ())
<kaustuv> (0 lets)
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<kaustuv> oops, the ~-. is unnecessary
<mrvn> kaustuv: do the specs define an evaluation order for infix perators?
<mrvn> It could evaluate (f () ; Unix.gettimeofday ()) first giving you basically 0 every time.
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<flux> I think the issue here is that there is no specification other than the compiler source?-)
<kaustuv> mrvn: the parser turns infix operators into ordinary function calls
<kaustuv> By the way, I consider the right-to-left evaluation order for OCaml to be a defect and have said as much to the Gallium folk. The consensus was that yes, this should be rectified if OCaml were ever to have a backwards-incompatible release.
<mrvn> so better not rely on it.
<kaustuv> Well, there is a good chance that OCaml will never progress beyond version 3.x, given new French research rules that make it really hard to work on OCaml as such.
<kaustuv> But I may be too pessimistic
<mrvn> one could fork it
<kaustuv> Or industrial users of OCaml could fund or participate in further development of OCaml. INRIA is generally quite happy to collaborate with industry. I think this is a general [let rec chicken = egg and egg = chicken] problem.
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<mrvn> My B-Tree doesn't like it when I try to insert a (key, value) where key is lower than any existing key.
<mrvn> Do I break my legs trying to get this supported or do I just add a dummy key that is lower than all keys to the empty tree?
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<flux> I've never written a B-tree :(. also, iirc, I had trouble deleting items from a rb-tree at a time :)
<mrvn> B-Tree as in disk based tree. not binary.
<flux> yes, I know what B-tree is
<mrvn> Block tree
<flux> well, atleast superficislly :-)
<mrvn> Problem is that the inner nodes have the lowest key of each child and a reference to the child stored in an AVL tree. I have a find_le (less or equal) to find the best fit, the one that is least smaller. But if the new key is smaller than an existing one that raises Not_found.
<mrvn> Also when I insert the key leftmost I would have to correct all the "lowest key" on the way back up.
<mrvn> Inserting a dummy key though would be real simple.
<mrvn> hmm, I don't even have to add the dummy key. I just have to pretend I have it when I split the root node. Hah. this will work.
<mrvn> Thanks for being a sounding board.
<flux> my pleasure!
<mrvn> kaustuv: that sounds like my problem with my B-Tree for the FS.
<mrvn> kaustuv: I would have mae "check" 'a -> bool
<mrvn> would be les flexible though
<kaustuv> I don't think 'a -> bool would work. There is no generic way to go from 'prop to 'value except via a defined accessor.
<mrvn> kaustuv: yeah. you are right.
<mrvn> How much memory does this waste?
<kaustuv> O(#properties). The injection and projection are just %identity.
<mrvn> I ment per property.
<kaustuv> Per property is 0 waste
<mrvn> You store an int and Obj.t as key and then the data.
<kaustuv> Well, the data is not waste, and the key takes 1 word of space which is the same with polymorphic variants.
<mrvn> That is 8 byte record size, 8 byte int, 8 byte Obj.t and 8 byte for data.
<mrvn> `Foo of foo would be 8 byte record size, 8 byte variant info and 8 byte foo.
<mrvn> I think you add 8 byte per property.
<kaustuv> Why are you counting Obj.t as an additional 8 bytes? Both Obj.repr and Obj.obj are %identity
<mrvn> ahh, the Obj.t is the data.
<kaustuv> aye
<mrvn> yes, so the last 2 are the same (Obj.t and data) and both use the same space.
<mrvn> nice.
<mrvn> well, got to catch a train
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<mrvn> re
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<mrvn> Two questions about this: 1) Why does it segfault? 2) any chance to do this without Obj.magic?
<kaustuv> mrvn: the representation of currency and money is not the same, so Obj.magic on line 14 is invalid.
<mrvn> kaustuv: currency becomes an int while money is a record of variant * int, right?
<kaustuv> yes to the former, not sure about the latter
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<mfp> mrvn: currency is represented as the constructor (= integer), money is a block whose tag is the constructor (0 = Euro and so on)
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<mrvn> made the example too simple.
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<mfp> mrvn: looks like you want an extensible product type... (think of it as the dual of open sum types (polymorphic variants))
<mfp> i.e. type 'a currency = Euro of 'a | Dollar of 'a constraint 'a = < amount : float; ..>
<mfp> then you can use m#amount in print_money, m#coins in print_coins, which will thus be : <coins : (int * int) list; amount : float; ..> -> unit
<mrvn> mfp: lets see. never used constraints.
<mfp> mrvn: you can also do without the constraint here
<mfp> it's just there to document that you want an object type as the 'a
<mrvn> What I want is extend a variant type to one with the same number of variants but with each variant having some extra data attached at the end.
<mfp> you can just allow extra data with type 'a currency = Euro of float * 'a | Dollar of float * 'a | ...
<mfp> then money = unit currency, and coins = (int * int) list currency
<mrvn> But then I still can't call print_money with the extended type.
<mrvn> In classes I would have "inherit money"
<mfp> why not? print_money would be 'a currency -> unit
<mfp> for all 'a
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<mrvn> mfp: look at the 2nd paste
<mrvn> The money type can not be int * 'a. I need it as just int in other places.
<mfp> where? you can pattern match over (x, _) wherever you had x
<mrvn> different modules. the money type does not know what the smallmoney type might add. Could be Euro of int * string | Dollar of int * int * int | yen of int * string * int list
<mfp> a different one for each?
<mrvn> yep.
<mrvn> een the number of args can differ.
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<mrvn> even
<mfp> then type ('eur, 'dol, 'yen) money = Euro of int * 'eur | ... ?
<kaustuv> As long as you are Obj.magic'ing a record to a prefix of that record, you should be OK-ish.
<mfp> better avoid Obj.magic if possible --- and it doesn't look impossible here
<mrvn> mfp: as said, can't do that. I need it without the extra attachment in other places.
<mrvn> wastes tons of memory and breaks comparison which I need.
<mfp> ok, enjoy your segfaults :)
<mrvn> So there is no way to make ocaml see that one type is a prefix of another? Maybe with type foo = { ... }?
<mfp> (tons of memory = 2 words per value)
<kaustuv> mrvn: no, there is no way to make ocaml see that because "prefix" is not defined in the OCaml language specification
<mrvn> mfp: for the simple example. I actualy have a 32 byte key structure and 8-65536 byte 'a
<mfp> the size of 'a doesn't matter here
<mrvn> hmm, right, just a value, one word.
<mfp> those 2 words are the overhead for the ref to the value + the header
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<mrvn> but I would still need a value at all times. I have to construct values of the smaller type at various places that have no idea what value to use for 'a.
<mfp> and those values must be used by code that requires a specific 'a?
<mfp> if not, you can use unit
<mrvn> mfp: it has to match the 'a that is actually used. same type.
<mfp> across modules, or can you let the compiler infer it?
<mrvn> e.g. lookup a key in a tree and return the (key, 'a) pair.
<mfp> if you want the type to be monomorphic, you can use heterogeneous containers/property lists, see kaustuv's stuff @ http://www.msr-inria.inria.fr/~kaustuv/misc/hetcont.html
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<mrvn> That and a train ride gave me the idea.
<Alpounet> mfp, it is your blog ?
<mfp> yes
<Alpounet> Its RSS feed is in my bookmarks, heh :-)
<mrvn> type t1 = { x : int; }
<flux> mrvn, what kind of memory usage per terabyte do you expect to have?
<mrvn> type t2 = { inherit t1 y : int; } or type t2 = { t1 with y : int; } would be nice.
<mfp> Alpounet: yours featured a couple articles about batteries recently, right? the OCaml world is not too large :)
<mrvn> flux: 50-90% of ram used.
<mfp> mrvn: IIRC F# has something a like that
<mfp> with functions being associated to record types as if they were methods (w/ everything being resolved statically)
<mrvn> flux: My Only thing the compiler needs to know is that one is a prefix of the other.
<Alpounet> mfp, right. And it should go on...
<mrvn> Ocaml can do that via classes. Shouldn't cost anything to do it with records too.
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<mfp> records (tuples) :: sum types <-> objects :: polymorphic variants
<mrvn> I guess I could use 'key * ('a option)' as type. Then I can search for (key, None) and return (key, Some 'a).
<mrvn> Still means I would have to merge the key module with the value module.
<kaustuv> If you had a time machine, you could travel to the future where some ML dialect has implemented Dreyer et al's Modular Mixins propoosal
<Alpounet> Modular Mixins ?
<Alpounet> Is it like Mixin Layers [1] proposal in C++ ([1] Smaragdakis)
<Alpounet> Thanks.
<mrvn> sounds abstract
<Alpounet> It seems interesting, though.
<Alpounet> How would you represent the transition function of a Turing machine ?
<Alpounet> I was thinking about Hashtable
<mrvn> ((state * input), state) Hashtbl.t?
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<Alpounet> ((state*symbol),(state*symbol*move)) Hashtbl.t, actually
<mrvn> let turing machine start_state input_list = List.fold_left (fun state input -> Hashtbl.find machine (state, input)) start_state input_list
<Alpounet> It's very close to that, yep.
<mrvn> Alpounet: right. I was thinking simple automaton.
<kaustuv> Amazing, a turing machine that does not use let rec!
<mrvn> kaustuv: fold_left does.
<Alpounet> Implicitly, it does.
<mrvn> First you need an implementation of the tape for the machine.
<Alpounet> a tape is a symbol list for the moment
<Alpounet> But I'll modify it, putting a stream instead...
<mrvn> type tape = symbol list * symbol * symbol list
<mrvn> symbols left of the head, current, symbols right of the head.
<Alpounet> Damn, I'm wrong. It should be something closer than your definition.
<Alpounet> s/than/to
<mrvn> stream? It needs to be seekable and endless in both directions.
<Alpounet> hmm
<mrvn> type tape = { initial : symbol; mutable left : symbol list; mutable current : symbol; mutable right : symbol list }?
<mrvn> and move_tape then adds tape.initial if left or right is []
<peper> hello folks
<Alpounet> mrvn, why does it add ?
<peper> open doesn't seem to work for me, it always says Unbound module Xxxx
<peper> any common mistakes?
<Alpounet> peper, in top-level ?
<kaustuv> peper: #directory "/wherever/the/.cmi/files/live";;
<mrvn> Which would make it ((state*symbol),(state*(tape -> tape)) Hashtbl.t
<peper> kaustuv: they are in the same dir
<mrvn> Alpounet: the tape is endless in both directions. So if left is [] that means all symbols to the left are still the initial symbol.
<peper> hmm, but waith. i have just the .ml files :)
<kaustuv> peper: have you done: #load "modulename.cmo";;
<mrvn> Alpounet: Are you programming busy beavers?
<peper> oh i fail, didn't add the deps to the makefile
<peper> anyway, i want to simulate something so i need some kind of timer. any hints? (i'm working with lablgtk)
<kaustuv> If anyone is bored and wants to learn the OCaml FFI, try writing a binding for: http://laurikari.net/tre/index.html
<mrvn> peper: just count the number of iterations? Or does it have to do a fixed number of iteratiosn per second?
<kaustuv> peper: let run_with_timer f = (f () ; Unix.gettimeofday ()) -. (Unix.gettimeofday ()) ;;
<Alpounet> mrvn, my professor told ùe about that problem... My implementation could be useful for such ... use, yep.
<Alpounet> s/ùe/me
<mrvn> kaustuv: wrong paste
<peper> mrvn: hmm, im not really sure. I can do the simulation with arbitrary precision, but also want to display the live results
<mrvn> kaustuv: What is wrong with ocamls regexp module?
<mrvn> peper: so do on iteration, plot, repeat.
<mrvn> peper: or do you only want to plot every so often? Then check Unix.gettimeofday ()
<kaustuv> mrvn: Str is not that great and pcre doesn't do fuzzy matching (I believe)
<peper> well i just don't want it to be too fast or too slow depending on the cpu power
<peper> i can probably just let the user change the "speed"
<Camarade_Tux> I'm sure it is possible to get a nice, fast, regexp working on a patricia-like tree :)
<Camarade_Tux> it would support fuzzy-matching nearly out-of-the-box
<mrvn> Alpounet: #(n) has not yet been computed for any instance of n > 4, though lower bounds of 4098 and 101439 have been determined for n = 5 and n = 6 respectively.
<mrvn> Alpounet: go write your turing simulator and find a busy beaver for 5 or 6.
<Alpounet> I doubt my computer is more powerful than researchers'
<Alpounet> but nice try for convincing me ! :-)
<mrvn> Alpounet: n=5 doesn't sound too impossible.
<Alpounet> Researchers are probably working on it, with computers with much more power I think... Don't you ?
<mrvn> "but there remain about 40 machines with nonregular behavior which are believed to never halt, but which have not yet been proven to run infinitely."
<mrvn> So just run them each for a while and see if one halts. That will be an achievement already.
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<Alpounet> My objective would be to do such stuffs, for learning purpose though. BTW, do you think my approach for the transition function is good ?
<Alpounet> your approach would make it ... 'boring' to define transitions, IMO.
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<peper> how can i access object values?
<mrvn> alternatively you could just have a function
<peper> or can i only access methods?
<mrvn> peper: method get = x
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<mrvn> Which reminds me that I want a 'const' keyword for methods and arguments.
<peper> hmm
<peper> No implementations provided for the following modules:
<peper> what does it mean?
<peper> i can load them successfuly now
<peper> err. open
<mrvn> Someone extend the type systen and write a "const : 'a -> const 'a" for me please.
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<mrvn> mv /me bed
<Alpounet> mrvn, good night
<Alpounet> launch a busy beaver program before, heh.
<Alpounet> Pff... If only the OCaml community was larger.
<bjorkintosh> Alpounet, why need it be larger?
<Alpounet> to have more projects around it
<Alpounet> to get more dynamism
<Alpounet> etc
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<bjorkintosh> pfft. you want to make it the next VB?
<bjorkintosh> you'd be nauseated in no time.
* Camarade_Tux had 130 unread threads from the ocaml lists until yesterday, and "only" 80 now
<Alpounet> Camarade_Tux, cheers :-p
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<Alpounet> bjorkintosh, no, there must be moundaries, but additional libraries and more dynamism wouldn't be bad.
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<MageSlayer> Hi guys. Can I ask a question? On Ocaml of course :)
<MageSlayer> Ok. I am interested in OCaml and see it has toplevel. But use APL at work with something like toplevel also integrated. But seems like APL toplevel behaves differently. I can "run" almost any function under it's toplevel. It is so for OCaml?
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<Camarade_Tux> MageSlayer, you can run any function under the toplevel, there's no restriction on what you can do in it
<MageSlayer> Ok. Thanks for answer. I try to use toplevel with MLDonkey, but seems like all that I have - only syntax errors :)
<Camarade_Tux> he, mldonkey doesn't have a toplevel
<Camarade_Tux> or are you trying to debug mldonkey under the toplevel ?
<MageSlayer> Well, yes. And MLDonkey seem to have mldonkeytop makefile target and it builds.
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<MageSlayer> Could you be more specific about OCaml toplevel? I'm using emacs+tuareg-mode
<Camarade_Tux> mldonkey is a pretty big program, probably too complex to get all of it working under the toplevel at the same time
<Camarade_Tux> well, the toplevel, is a ... toplevel ;p
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<Camarade_Tux> running it under emacs is quite common afaict (/me is using vim :D )
<MageSlayer> Hm, APL toplelvel is pretty functional on 3+ miliion LoC project :), not all loaded at once of course.
<MageSlayer> Maybe you can give some peace of advice for MLDonkey?
<Camarade_Tux> well, the ocaml toplevel can certainly handle that but I don't think mldonkey is written in a way suitable for any toplevel, no matter the language
<MageSlayer> Hm, what do you mean?
<Camarade_Tux> as for mldonkey, maybe, I'm myself an mldonkey user (* argh, dadvsi *)
<MageSlayer> Ok. Tha's interesting :) Do you also exprerience torrent problems? :)
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<Camarade_Tux> MageSlayer, I can't be more precise, the thing is just I think running mldonkey in the toplevel is a bit crazy, mldonkey just isn't meant to be run that way (that's my very own opinion)
<Camarade_Tux> torrent problems, mldonkey support for BT is not perfect, could you be more precise ?
* Camarade_Tux wonders if we'd better swap to #mldonkey
<MageSlayer> I agree. You mean go there right now?
<Camarade_Tux> well, yeah
<MageSlayer> Ok. Let's go there
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