Thanks for all your comments on this problem.
I have been using these last couple of months testing many different
solutions, also those proposed here, but none have worked!
Now I have solved the problem by using an circular buffer instead of an array,
so when I add a value I just changes the v
On Monday 04 May 2015 22:20:17 Kim Foder wrote:
> Hi
>
> For some time I have been battling a memory leak in my pedometer app, after
> a lot of experimentation, I have found the problem to be my use of arrays
> (probably)!
>
> Whenever I receive an acceleration measurement, some statistical
> cal
Dnia 2015-05-04, pon o godzinie 22:20 +0200, Kim Foder pisze:
> This works great, but it leaks memory fast, and after some time
> (between 1 & 2 hours) the OS kills all running apps!
> Any ideas how I can solve this?
Possibly you are creating/destroying values so fast, that GC does not
have time t
Hi Kim,
ohh! Okay!
Have you tried splice instead?
Array.prototype.splice (start, deleteCount [ , item1 [ , item2 [ , … ] ] ] )
I think maybe something like:
accarr.splice(0,1,)
Looks more neat and it is in the normal javascript canon. Did not find
the documentation on javascript and qt quick
Hi Peter
> Why use an array and not a vector or an Hash map?
As far as I know those are not supported under javascript, otherwise a vector
would have been my first choice, an Hash map is overkill for my needs, I only
need to add to the end, and always need sequential read.
I am tempted to move
Why use an array and not a vector or an Hash map?
Am 04.05.2015 22:20 schrieb "Kim Foder" :
> Hi
>
> For some time I have been battling a memory leak in my pedometer app,
> after a
> lot of experimentation, I have found the problem to be my use of arrays
> (probably)!
>
> Whenever I receive an ac
Hi
For some time I have been battling a memory leak in my pedometer app, after a
lot of experimentation, I have found the problem to be my use of arrays
(probably)!
Whenever I receive an acceleration measurement, some statistical calculations
are made, which results in one float pr. measureme
