search for: whoop

...d work. I haven't thought hard about it, but I believe it should wrok. Note that again, neither works for pointers unless you can guarantee you have the entire access path, which is hard: union u { struct A a; struct B b; }; int foo(struct A *a, struct B *b) { .... } void bar() { union u whoops; foo(&whoops.a, &whoops.b); } If you annotated foo with a partial access path, you may or may not get the right answer. You would think your type dag solves this, because you'll see they share a supertype. But it's actually worse than that: file: bar.h union u { struct A a; str...

Whoops, missed a ./mkinstalldirs. Correct patch to Makefile.in is attached. -- Edward S. Marshall <emarshall at mercantec.com> UNIX Administrator http://www.nyx.net/~emarshal/ Mercantec, Inc. -------------- next part -------------- 24c24 < CFLA...

Whoops, that patch is obviously missing an extra line containing a fi statement. Fixed version attached. And configurating is obviously not english. :) -- Hans van Kranenburg - System / Network Engineer T +31 (0)10 2760434 | hans.van.kranenburg at mendix.com | www.mendix.com -------------- next part --...

On Mar 11, 2013, at 2:37 PM, Daniel Berlin <dberlin at dberlin.org> wrote: > On Mon, Mar 11, 2013 at 2:06 PM, Manman Ren <mren at apple.com> wrote: >> >> On Mar 11, 2013, at 1:17 PM, Daniel Berlin <dberlin at dberlin.org> wrote: >> >>> On Mon, Mar 11, 2013 at 11:41 AM, Manman Ren <mren at apple.com> wrote: >>>> Based on

...; > Note that again, neither works for pointers unless you can guarantee > you have the entire access path, which is hard: > > union u { > struct A a; > struct B b; > }; > > int foo(struct A *a, struct B *b) { > .... > > } > > void bar() { > union u whoops; > foo(&whoops.a, &whoops.b); > } > > If you annotated foo with a partial access path, you may or may not > get the right answer. > You would think your type dag solves this, because you'll see they > share a supertype. > > But it's actually worse than...

http://209.204.172.137:82/testphp.php So, I will need to recompile PHP with MySQL (and Interbase), however I do not want to "upset the appple cart" by bring in something that will cause conflicts. Is there a step-by-step discussion on how to do this for php 4.3.9? Todd -- Ariste Software 200 D Street Ext Petaluma, CA 94952 (707) 773-4523

Greetings, and apologies for the braino leading to my first posting to the general list. I'm reposting here, and changing how I attached the files; they were hard to work with in the other post. There's a coalescing group which is working to imitate Dirk's fine translation of CRAN to APT, in the Fedora/Red-Hat flavored land. One of the things we're trying to do is implement as

For all of us who don't regularly read the BUGTRAQ list and, like me :-( , tend to forget: [mod: Like me :-( -- REW] It has been pointed out, on a mail to BUGTRAQ, that the ADMw0rm is pretty old stuff, already reported by CERT: http://www.cert.org/advisories/CA-98.05.bind_problems.html Searchable BUGTRAQ archives are available (also?) at

...unless you can guarantee >> you have the entire access path, which is hard: >> >> union u { >> struct A a; >> struct B b; >> }; >> >> int foo(struct A *a, struct B *b) { >> .... >> >> } >> >> void bar() { >> union u whoops; >> foo(&whoops.a, &whoops.b); >> } >> >> If you annotated foo with a partial access path, you may or may not >> get the right answer. >> You would think your type dag solves this, because you'll see they >> share a supertype. >> >>...

...ll sequence for the last uncaught error, and not necessarily the last error." (and it seems to be case for withCallingHandlers() too). Does anyone know of a workaround for this? Is there a way to get the call stack within the condition handler? Example: foo <- function() stop("whoops"); pre <- function() foo(); bar <- function() pre(); yo <- function(fcn=tryCatch) { fcn(bar(), error = function(ex) { str(ex); traceback(); # I would like to access the call stack here! } ) traceback(); } Calling these gives: > rm(.Traceback)...

...cess path, which is hard: >>> >>> union u { >>> struct A a; >>> struct B b; >>> }; >>> >>> int foo(struct A *a, struct B *b) { >>> .... >>> >>> } >>> >>> void bar() { >>> union u whoops; >>> foo(&whoops.a, &whoops.b); >>> } >>> >>> If you annotated foo with a partial access path, you may or may not >>> get the right answer. >>> You would think your type dag solves this, because you'll see they >>> share a...

OK, I got it figured out. I was not keying into a length greater than 1, so: # I added this object and placed it into the iftelse statement: lid <- sum(match(id, st[i], nomatch = 0)) out$var.g[i]<-ifelse(lid ==1, meta$var.g[id==st[i]], aggs(g=g[id==st[i]], n.1= n.1[id==st[i]], n.2 = n.2[id==st[i]], cor)[2]) #full

Hi all- I corrupted my filesystem by not doing a RTFM first... I got an automated email that the process monitoring the SMART data from my hard drive detected a bad sector. Not thinking (or RTFMing), I did a fsck on my partition- which is the main partition. Now it appears that I've ruined the superblock. I am running Fedora Core 6. I am booting off the Fedora Core 6 Rescue CD in

...gt;>> union u { >>>> struct A a; >>>> struct B b; >>>> }; >>>> >>>> int foo(struct A *a, struct B *b) { >>>> .... >>>> >>>> } >>>> >>>> void bar() { >>>> union u whoops; >>>> foo(&whoops.a, &whoops.b); >>>> } >>>> >>>> If you annotated foo with a partial access path, you may or may not >>>> get the right answer. >>>> You would think your type dag solves this, because you'll see th...

...ct A a; >>>>> struct B b; >>>>> }; >>>>> >>>>> int foo(struct A *a, struct B *b) { >>>>> .... >>>>> >>>>> } >>>>> >>>>> void bar() { >>>>> union u whoops; >>>>> foo(&whoops.a, &whoops.b); >>>>> } >>>>> >>>>> If you annotated foo with a partial access path, you may or may not >>>>> get the right answer. >>>>> You would think your type dag solves this,...

...ct B b; >>>>>> }; >>>>>> >>>>>> int foo(struct A *a, struct B *b) { >>>>>> .... >>>>>> >>>>>> } >>>>>> >>>>>> void bar() { >>>>>> union u whoops; >>>>>> foo(&whoops.a, &whoops.b); >>>>>> } >>>>>> >>>>>> If you annotated foo with a partial access path, you may or may not >>>>>> get the right answer. >>>>>> You would think your...

...XCore backend by doing this: if (Offset % 4 == 0) { // We've managed to infer better alignment information than the load // already has. Use an aligned load. return DAG.getLoad(getPointerTy(), dl, Chain, BasePtr, NULL, 4, false, false, 0); } Whoops! There's no alignment info being set here! Is there any reason to keep these as default arguments? It invites silent coding errors. I did this because I have to propagate the non-temporal information through various phases of lowering and making these non-default helps me catch missing ca...

The manual entry for as.POSIX says this about time zone codes... Usage as.POSIXct(x, tz = "") tz A timezone specification to be used for the conversion... but it fails to mention what these "specifications" are. So far, I have tried... as.POSIX(x, tz="UTC") ... works, gives UTC times as.POSIX(x, tz="UTC") ... works, gives EST times as.POSIX(x,

...x 219dd0a1cb08..a667d974155e 100644 > --- a/tools/testing/nvdimm/test/iomap.c > +++ b/tools/testing/nvdimm/test/iomap.c > @@ -106,11 +106,10 @@ EXPORT_SYMBOL(__wrap_devm_memremap); > > static void nfit_test_kill(void *_pgmap) > { > - struct dev_pagemap *pgmap = _pgmap; Whoops, needed to keep this line to avoid: tools/testing/nvdimm/test/iomap.c:109:11: error: ‘pgmap’ undeclared (first use in this function); did you mean ‘_pgmap’?

On Thu, Sep 24, 2009 at 1:54 PM, Jon H <hantheman12 at hotmail.com> wrote: >>Whoops, sending it to to llvm list as well, freaking takes another ~70 >>seconds to do a reply to all instead of a reply to, headers still not >>following standards of every other list I have ever been on... > > Stop whining about the headers. It's getting old. It is also a rather...