cmp(1) on FreeBSD requires two file arguments. grep -P on Linux (at least
Ubuntu 12.04) is described in the man page as "This is highly
experimental" and doesn't seem to work. On FreeBSD the man page states
"This option is not supported in FreeBSD." Needed this to work while
debugging some funky behavior of 'Import' in my local vim setup.
R=golang-dev, dsymonds
CC=golang-dev
https://golang.org/cl/7675043
Move the documentation from race.go to doc.go, because
race.go uses +build race, so it's not normally parsed by go doc.
Rephrase the documentation for end users, provide link to race
detector manual.
Fixes#5444.
R=golang-dev, minux.ma, adg, r
CC=golang-dev
https://golang.org/cl/9144050
runtime.park() can access freed select descriptor
due to a racing free in another thread.
See the comment for details.
Slightly modified version of dvyukov's CL 9259045.
No test yet. Before this CL, the test described in issue 5422
would fail about every 40 times for me. With this CL, I ran
the test 5900 times with no failures.
Fixes#5422.
R=golang-dev, r
CC=golang-dev
https://golang.org/cl/9311043
The linker can generate split stack prolog when a textflag 7 function
makes an indirect function call. If it happens, badsignal() crashes
trying to dereference g.
Fixes#5337.
R=bradfitz, dave, adg, iant, r, minux.ma
CC=adonovan, golang-dev
https://golang.org/cl/9226043
This must have been from when "error" was a good variable
name for an "os.Error". But we use "err" these days.
R=golang-dev, dsymonds, r
CC=golang-dev
https://golang.org/cl/9132045
Include libc.h before bio.h in 8.c, because bio.h uses
the UTFmax enum, which is declared in libc.h, since
the recent switch to 21-bit runes in Plan 9.
The 5.c and 6.c files already includes libc.h.
R=golang-dev, r
CC=golang-dev
https://golang.org/cl/9040047
This is needed for SWIG when linking in internal mode. In
internal mode if a symbol was cgo_import_static we used to
forget that it was also cgo_import_dynamic.
R=rsc, r
CC=golang-dev
https://golang.org/cl/9080043
Manual undo due to later changes in doc/go1.1.html; cmd/go/test.bash still passes.
Rationale, from CL 8119049 review log:
This makes the 'go run' command different from every other command.
For example, 'go test' does not mean 'go test *.go'.
If we were going to handle the no arguments case in 'go run', I would hope that
it would scan the current directory to find a package just like 'go build' or
'go test' would, and then it would require that package to be 'package main',
and then it would run that package. This would make it match 'go test' and 'go
build' and 'go install' and so on. It would mean that if you are working on a
command in a directory that is 'go install'able, then 'go run' will run the
binary for you. The current CL does not accomplish that when build constraints
or file name constraints are involved.
For example, if I am working on a program like:
$ ls
main.go
main_386.s
main_arm.s
main_amd64.s
$
Then 'go run' will fail here because the .s files are ignored.
If instead I am working on a program like:
$ ls
main.go
main_386.go
main_arm.go
main_amd64.go
$
then 'go run' will fail because too many files are included.
I would like to see this command implemented so that it is compatible with the
other go subcommands. Since it is too late to do that for Go 1.1, I would like
to see this CL reverted, to preserve the option to do it better later.
R=golang-dev, iant, r
CC=golang-dev
https://golang.org/cl/8797049
I would like opinions on whether this is a good idea for 1.1.
On the one hand it's a moderately important issue. On the
other hand this introduces at least the possibility of
external linker errors due to the additional relocations and
it may be better to wait.
I'm fairly confident that the behaviour is unchanged when not
using an external linker.
Update #5221
This CL is tested lightly on 386 and amd64 and fixes the cases
I tested. I have not tested it on Darwin or Windows.
R=golang-dev, dave, daniel.morsing, rsc
CC=golang-dev
https://golang.org/cl/8858047
PC-relative needs a signed offset; others need unsigned.
Also fix signedness of 32-bit relocation on Windows.
R=golang-dev, iant
CC=golang-dev
https://golang.org/cl/9039045
Some 64-bit fields were run through 32-bit words, some counts were
not checked for overflow, and relocations must fit in 32 bits.
Tests to follow.
R=golang-dev, dsymonds
CC=golang-dev
https://golang.org/cl/9033043
