pnkfelix

(gdb) disassem $pc $pc+300
Dump of assembler code from 0x1014c790e to 0x1014c7a3a:
0x00000001014c790e:	nop    
0x00000001014c790f:	mov    $0x103d0a1c8,%r11
0x00000001014c7919:	mov    %r11,(%rax)
0x00000001014c791c:	mov    $0x103d081f0,%r11
0x00000001014c7926:	mov    %r11,0x8(%rax)
0x00000001014c792a:	mov    $0x0,%r11
0x00000001014c7934:	mov    %r11,0x10(%rax)
0x00000001014c7938:	mov    $0x100941b90,%r11

pnkfelix

(gdb) show env
MANPATH=
SHELL=/bin/bash
TERM=dumb
TMPDIR=/var/folders/k3/378c5t615d747q30wd1ps4pw0000gn/T/
Apple_PubSub_Socket_Render=/tmp/launch-n8TMSQ/Render
EMACSDATA=/Applications/Emacs.app/Contents/Resources/etc
EMACSPATH=/Applications/Emacs.app/Contents/MacOS/bin
USER=fklock
EMACS=t

pnkfelix

function testClosureCreationAndInvocation() {
    var a = [1,2,3,4,5,21];
    var p = new ParallelArray(a);
    function makeaddv(v) {
        var u = v - 1;
        var t = v - 2;
        var s = v - 3;
        var r = v - 4;
        var q = v - 5;
        var p = v - 6;

pnkfelix

function ComputeSliceBounds(len, id, n) {
  // Computes the bounds for slice |id| of |len| items, assuming |n|
  // total slices.  If len is not evenly divisible by n, then the
  // initial threads may have a bit more work.
  var slice = ((len + n - 1) / n) | 0; // i.e. ceil(len / n).
  var prevDone = slice * id; // work distributed to threads before this one.
  var start = (prevDone >= len) ? len : prevDone; // clamp start by len.
  var end = (start + slice) > len ? len : (start + slice); // clamp end by len.
  return [start, end];
}

pnkfelix

(gdb) bt
#0  nsXPConnect::GetXPConnect () at nsXPConnect.cpp:140
#1  0x0000000102c946a0 in XPCCallContext::XPCCallContext (this=0x149397d30, callerLanguage=XPCContext::LANG_JS, cx=0x11af2fdb0, obj=0x10eef3310, funobj=0x0, name={asBits = 2}, argc=4294967295, argv=0x0, rval=0x0) at XPCCallContext.cpp:24
#2  0x0000000102c94628 in XPCCallContext::XPCCallContext (this=0x149397d30, callerLanguage=XPCContext::LANG_JS, cx=0x11af2fdb0, obj=0x10eef3310, funobj=0x0, name={asBits = 2}, argc=4294967295, argv=0x0, rval=0x0) at XPCCallContext.cpp:33
#3  0x0000000102d26280 in XPC_WN_Helper_NewResolve (cx=0x11af2fdb0, obj={<js::HandleBase<JSObject *>> = {<No data fields>}, ptr = 0x149398158}, id={<js::HandleBase<jsid>> = {<No data fields>}, ptr = 0x1493987e0}, flags=0, objp={<js::MutableHandleBase<JSObject *>> = {<No data fields>}, ptr = 0x149397f48}) at XPCWrappedNativeJSOps.cpp:1054
#4  0x0000000104ae10e2 in CallResolveOp (cx=0x11af2fdb0, obj={<js::HandleBase<JSObject *>> = {<No data fields>}, ptr = 0x149398158}, id={<js::H

pnkfelix

Assertion failure: hasParallelIonScript(), at ../../../js/src/jsscript.h:607
Assertion failure: hasParallelIonScript(), at ../../../js/src/jsscript.h:607
Assertion failure: hasParallelIonScript(), at ../../../js/src/jsscript.h:607
Assertion failure: hasParallelIonScript(), at ../../../js/src/jsscript.h:607
Assertion failure: hasParallelIonScript(), at ../../../js/src/jsscript.h:607
Assertion failure: hasParallelIonScript(), at ../../../js/src/jsscript.h:607
Assertion failure: hasParallelIonScript(), at ../../../js/src/jsscript.h:607
Assertion failure: hasParallelIonScript(), at ../../../js/src/jsscript.h:607

Program received signal EXC_BAD_ACCESS, Could not access memory.

pnkfelix

% rustc -v
rustc 0.6 (77ee858 2013-02-02 11:54:29 +0100)
host: x86_64-apple-darwin
% cat bug3.rs
pub trait Op<T> { fn call(self, T,T) -> T; }

impl<T> fn(T,T) -> T : Op<T> {
    fn call(self, a:T, b:T) -> T { self(a,b) }
}

pnkfelix

(defun gud-pjs (command-line)
  "Wrapper around gud-gdb that runs firefox using my pjs-alpha profile."
  ;; --P pjs-alpha
  (interactive (list (gud-query-cmdline 'gud-gdb)))
  (let ((new-command-line
         (cond ((string-match " --args " command-line)
                (concat command-line " --P pjs-alpha"))
               (t
                (concat command-line " --args firefox --P pjs-alpha")))))
    (gud-gdb new-command-line)))

pnkfelix

gczeal(9, 2)
function testScatterConflict() {
  var p = new ParallelArray([1,2]);
  function foo() true;
  function bar() true;
  var r = p.scatter([0,1]); 
}
testScatterConflict();

pnkfelix

* liquid-resize benchmark, version at: 
  http://pnkfelix.github.com/pjs-examples/liquid-resize/resize-demo.html

* (But with smaller versions of the source image; tower-small is 25% of tower, and tower-tiny is 25% of tower-small.  I think.)

* Okay, in Firefox 18.0.2, here are the full times:

      tower-tiny (Firefox 18.0.2)
      * Seq JS Array:        0.42s
      * Seq JS Typed Array:  0.24s