> On previous versions the assembly output reported the base register as FP
but the offset was from SP.
That's it! Go 1.8 had a bug. ;)
Thanks
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Thank you! I found out: Ubuntu and MSYS2 ship two different versions that
have different types in header according Go rules. That's why I cannot use
the same code.
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Frequently Asked Questions (FAQ)
Should I define methods on values or pointers?
https://golang.org/doc/faq#methods_on_values_or_pointers
If some of the methods of the type must have pointer receivers, the rest
should too, so the method set is consistent regardless of how the type is
used.
go get github.com/raff/walkngo
If you use --lang=c it will actually generate c++ code.
It's not perfect but it does the bulk of the conversion. Unfortunately working
with only the ast has it's limits (and I wrote this before the ssa stuff was
available)
-- Raffaele
> On Mar 24, 2017, at
Interested in any feedback about the idea of making a Go -> C++ transpiler.
Here's the rationale:
* Go as a language has lots of awesome things that make it highly
productive. Lots of Gophers would love to use Go for more projects but
some common issues include:
* Trying to convince your
I think I was saying that what I seem to want personally is the "simple,
weak, slight" thing that you likely see as failure.
The opposite end of that--where everything is a list and can be composed
without special regard (lisp) or everything is an object that can receive
any message (smalltalk)
On Sat, Mar 25, 2017, 9:55 AM Ignazio Di Napoli wrote:
> When I include stdints.h, the error is:
>
> cannot use C.uint32_t(bi.Time_reference_low) (type C.uint32_t) as type
> C.uint in assignment
>
If cgo follows the same rule as the Go spec, then it won't want to do
In the assembly output here:
https://drive.google.com/open?id=0B63rdrZtwIE9R3M4cGxrSFhmT00
some jump instructions have 2 operands. What are their semantics?
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Is it idiomatic to mix-&-match pointer and value method receivers for a
given type?
or in *general*, if a single method requires a pointer receiver than *all
methods* should take a pointer, regardless if a value receiver is
appropriate?
For example, should Foo.SetVal also be a pointer
We still don't understand genrality: the current generics are unimpressive.
The proposals for Go are typically "let's do something that has failed
already, in hopes that trying it agin will have a different result". That,
alas, is one of the definitions of insanity.
Due caution is advised!
Type-based generally is all that I ever seem to want...making a macro-like
LLRB heap concrete to handle objects of my own type and with my own
comparison function. I believe this is what Rob speaks of. I've personally
never needed to sort or order a bunch of unknown "things"
On Fri, Mar 24, 2017
When I include stdints.h, the error is:
cannot use C.uint32_t(bi.Time_reference_low) (type C.uint32_t) as type
C.uint in assignment
on line:
c.time_reference_low = C.uint32_t(bi.Time_reference_low)
Even if in stdint.h there is:
typedef unsigned int uint32_t;
and the c is of type:
Algorithms are not helped by generic types as much as by polymorphism, a
related but distinct subject.
-rob
On Fri, Mar 24, 2017 at 12:10 PM, Mandolyte wrote:
> The recent survey reveled that generics was thing that would improve Go
> the most. But at 16%, the responses
The recent survey reveled that generics was thing that would improve Go the
most. But at 16%, the responses were rather spread out and only 1/3 seemed
to think that Go needed any improvement at all - see link #1. I think most
will concede that generics would help development of algorithms,
The assembly documentation in golang.org/doc/asm.html is accurate in this
respect, I believe. By "in this respect" I mean both what the assembler
accepts and interprets and what is intended.
The compiler output for -S has not been brought to the same standard and
may well use SP when FP would be
It just occurred to me that there may actually be a problem with the
conversion functions in the example. Specifically, since the Go
compiler can allocate byte slices on the heap if they do not escape, the
following function may be invalid:
func foo() string {
v := []uint64{1,2,3}
Op donderdag 23 maart 2017 20:58:53 UTC+1 schreef Ian Lance Taylor:
>
> On Thu, Mar 23, 2017 at 11:56 AM, Peter Kleiweg > wrote:
> > Op donderdag 23 maart 2017 17:46:18 UTC+1 schreef Ian Lance Taylor:
> >>
> >> On Thu, Mar 23, 2017 at 8:54 AM, Peter Kleiweg
Thank you. Now it complains it cannot convert uint32_t to uint. It's a start.
It just seems strange I can compile under Windows with MinGW 64bit and not
Ubuntu 64bit.
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On Fri, Mar 24, 2017 at 4:54 PM Ignazio Di Napoli
wrote:
> How can debug the problem?
Assuming the error comes from[0], I would try to add to the list
of C includes near the top of that file.
[0]:
Hello everyone,
I get this error while compiling gosndfile under Ubuntu. The same code
compiled fine under Windows using MSYS2.
I couldn't find any information on this problem, if not checking for blank
lines before <>, that obviously are not there since it works
under MSYS2.
I also checked
There's x509.ParsePKCS8PrivateKey but no x509.MarshalPKCS8PrivateKey, which
is unlike the other x509.ParseTPrivateKey and x509.MarshalTPrivateKey
combinations. It seems trivial, so I'm curious why it was omitted?
Assuming no objections, I'd be willing to make a patch in gerrit adding
this.
--
I think the question was intended to be more general, not just to fix this
situation. If users are supposed to migrate from the syscall package to
sys/unix then all functionality in syscall needs to be available in
sys/unix.
I don't think we want to have a mixture of references to syscall and
Should not the first parameter of a function be passed in 0(FP)? See this
example assembly (produced by go tool compile -S), where 0(FP) gets skipped
over and the argument is apparently loaded from 8(FP):
https://drive.google.com/open?id=0B63rdrZtwIE9dHZqWmoxdXIzNnc
Another confusing thing is
Nice.
I think we can generalize to accepting any func() that we may want to
prevent panicking: https://play.golang.org/p/Gj1e0PllFu
When signature is not exactly func(), e.g. func bad2(x int), then wrap in a
closure.
It kind of reminds me of template.Must
Thanks for the reply, Andrei. Your solution works.
Jerome's solution doesn't work. I think Jerome and I made the wrong assumption
that recover returns an error. Apparently, recover returns an interface. That's
why recover assignment to error doesn't work.
Thanks again for all the replies.
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Hello,
Try this:
func MustNotPanic() (err error) {
defer func(){
err=recover()
}()
PanicFunction()
}
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