Matthew Flatt 9ace663021 Racket-implemented reverse', member', memv', memq' ... With the JIT, the `reverse' function is significantly faster, while the `member' variants do not really change; the main benefit is that the operations play well with futures. The C implementation is still used when the JIT is unavailable, since the Racket implementations can be much slower in interpreted mode.		2011-07-27 05:47:46 +01:00
..
base/lang
exists	fix mistakes uncovered by optimizer warnings	2011-05-03 06:57:48 -06:00
gui
lang
load/lang
private
signature/lang
unit/lang
unsafe
async-channel.rkt
base.rkt
bool.rkt
class.rkt
cmdline.rkt
contract.rkt
control.rkt
date.rkt
dict.rkt
enter.rkt
fasl.rkt
file.rkt
fixnum.rkt
flonum.rkt
foreign.rkt
function.rkt
future.rkt
generator.rkt
gui.rkt
help.rkt
include.rkt
init.rkt
language-info.rkt
list.rkt
load.rkt
local.rkt
main.rkt
match.rkt
math.rkt
mpair.rkt
mzscheme.rkt	Racket-implemented reverse', member', memv', memq'	2011-07-27 05:47:46 +01:00
nest.rkt
package.rkt
path.rkt
place.rkt
port.rkt
pretty.rkt
promise.rkt
provide-syntax.rkt
provide-transform.rkt
provide.rkt
require-syntax.rkt
require-transform.rkt
require.rkt
runtime-config.rkt
runtime-path.rkt
sandbox.rkt	A ton of @scheme*' -> @racket*' and related updates.	2011-06-25 04:08:47 -04:00
serialize.rkt
set.rkt
shared.rkt
splicing.rkt
string.rkt
struct-info.rkt
stxparam-exptime.rkt
stxparam.rkt
surrogate.rkt
system.rkt
tcp.rkt
trace.rkt
trait.rkt
udp.rkt
unit-exptime.rkt
unit.rkt
vector.rkt