R: Re: R: Re: R: Re: Curve building with depo, futures and swaps

Posted by on
URL: http://quantlib.414.s1.nabble.com/R-Re-R-Re-R-Re-Curve-building-with-depo-futures-and-swaps-tp426.html

Hi Luigi,
thank you for your help,

I have updated the settings as you suggested but the problem still remain...
Now the output debug is longer than before, I attached 2 txt files (both are
safe):
1 file contains the whole list of debug output before the system crash, maybe
you can find some useful info.
2 file contains the crash message from Matlab
Let me know if you can't open them.
(I dont know if this can help you but now, my MS VC++ (2005)  doesnt crash. It
crashes only Matlab).

Thanks in advance
Paolo


>----Messaggio originale----
>Da: [hidden email]
>Data: 09/08/2010 10.58
>A: "[hidden email]"<[hidden email]>
>Cc: <[hidden email]>, <[hidden email]>
>Ogg: Re: R: Re: [Quantlib-users] R: Re:  Curve building with depo, futures
and swaps

>
>On Fri, 2010-08-06 at 08:29 +0200, [hidden email] wrote:
>> well the try/catch I used look like this
>>
>> try {
>> ...... (code)
>>
>>      } catch (std::exception& e) {
>>             std::cerr << e.what() << std::endl;
>>      } catch (...) {
>>             std::cerr << "unknown error" << std::endl;
>>       }
>>
>> I get the expections if I use swaps
>
>Does it run
>    std::cerr << e.what() << std::endl;
>in that case? If so, what does it print?
>
>> In all these cases, the following  message is the debug output (which it

looks
>> a problem coming from the link between MATLAB and Microsoft VS):
>> First-chance exception at 0x053ec94c in MATLAB.exe: 0xC0000005: Access
>> violation reading location 0x00000004.
>
>This looks more like an out-of-bounds access or something like it. To
>get some more information, you might try recompiling with some updated
>settings, as suggested in
><http://sourceforge.net/mailarchive/forum.php?

thread_name=AANLkTimm4AA_Vbi5elHT2H9u5oWRwzKJUKR65sqEPtXe%40mail.gmail.
com&forum_name=quantlib-dev>.

>
>Later,
> Luigi
>
>
>--
>
>Newton's Law of Gravitation:
>What goes up must come down. But don't expect it to come down
>where you can find it. Murphy's Law applies to Newton's.
>
>
>

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