Have you figure the root cause? We experience the same issue
On Thursday, February 15, 2018 at 7:21:12 AM UTC-8, Kane Kim wrote:
>
> I was surprised to see that overhead is so significant, is there any way
> to peek into that and see what is taking up space in race detector? I've
> tried
Thank you, the problem was the same and surprisingly it has solved by step
7.
I have never seen this on a Linux box before, poor Windows. :)
On Thursday, June 25, 2015 at 9:25:47 PM UTC+4:30, Joshua wrote:
>
> Here is the step by step directions:
>
>1. Download protoc-win32.zip from
>
yes
On Sat, Apr 4, 2020, 17:07 Nitish Saboo wrote:
> Hi Sean,
>
> Thank you for your response.
> The pseudo version that I am getting in go-1.13 is 'v1.8.3-0' and if you
> see there is a "-0" in the pseudo version.
> Whereas,
> The pseudo version that I am getting in go-1.12 is 'v0.0.0' .
>
>
Hi Sean,
Thank you for your response.
The pseudo version that I am getting in go-1.13 is 'v1.8.3-0' and if you
see there is a "-0" in the pseudo version.
Whereas,
The pseudo version that I am getting in go-1.12 is 'v0.0.0' .
1)We get such outputs only when the dependency version that is being
The code (and even similar using channels) is highly inefficient. You need to
understand the expected collision rate because if it’s low (expected) paying
the lock cost on every operation is wasteful. Better to partition the work
based on the token (hash N) and avoid the lock operations.
You
Check out https://pkg.go.dev/golang.org/x/sync/singleflight !
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Hi all,
while refactoring an old application I found this code:
type concurrentChecks struct {
mutexsync.Mutex
activeChecks map[string]int
}
// addCheck waits until the processing for an item with the same token is
finished
func (c *concurrentChecks) addCheck(token string) {
for {
The function `notfound` is a plain function. It has a specific signature,
(w http.ResponseWriter, r *http.Request). There is a type, HandlerFunc,
with the following specification:
type HandlerFunc func(ResponseWriter, *Request)
Types in Go are "generative", so the HandlerFunc type is different
Sorry, but I believe that explanation is wrong.
http.HandlerFunc is a type, not a function:
https://golang.org/pkg/net/http/#HandlerFunc
And so the code shown by the OP is indeed performing a type conversion, to
a compatible type which is decorated with methods.
You can do the same with plain
I have nothing to comment about timer.Reset() but your pseudo code made me
wonder if there's an interval timer available in the library, and of course
it is.
In the example you aim to do some work periodically, until another type of
work succeeds. That's not a plain meaning of a timeout. In
And most importantly (here) functions can have methods ( as any type), so
HandlerFunc implements the Handler interface.
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