hello
I find that the `src/internal/singleflight/singleflight.go
ForgetUnshared()` method returns results that are not always expected
For this I wrote a test code, I copied the code in the
src/internal/singleflight/singleflight.go file to the main package, and
wrote a main function to test it
Can you show your Go code, including the failing test data? Using
https://go.dev/play/ is best.
If you're using the built-in re2 library, its regular expressions are
documented here: https://github.com/google/re2/wiki/Syntax
Not all regular expression libraries are the same, and this table als
I have this code working in nodejs but I am unable to make it work in
golang.
const regex = /Street name: (?[^\r\n]+)\s+House number:
(?[^\r\n]+)\s+City: (?[^\r\n]+)\s+State:
(?[^\r\n]+)\s+Postal code: (?[^\r\n]+)\s+Country:
(?[^\r\n]+)/
var funstring = "Street name: Main St\r\nHouse number:
Hi Peter,
Please note that versions devel *go1.20-bcd44b61d3*, *1.19.1*, and *1.18.6*
show times in the *4xxx ns/op* range for *BenchmarkSliceOfArray* while all
the versions of *1.19* and *1.18* show times in the *2xxx ns/op* range.
As noted earlier in this thread, the regression is seen on *A
Jan,
An obvious typo. Read my original message: "I am unable to reproduce your
results on AMD64"
peter
On Tuesday, September 20, 2022 at 12:14:32 PM UTC-4 Jan Mercl wrote:
> On Tue, Sep 20, 2022 at 6:02 PM peterGo wrote:
>
> > Yes, I read that too. A fundamental tenet of science is reproduci
On Tue, Sep 20, 2022 at 6:02 PM peterGo wrote:
> Yes, I read that too. A fundamental tenet of science is reproducibility. I
> was able to reproduce the AMD64 results and documented it. A step forward.
5:24 PM (45 minutes ago) > I am unable to reproduce your results on AMD64.
6:02 PM (7 minutes
Brian,
Yes, I read that too. A fundamental tenet of science is reproducibility. I
was able to reproduce the AMD64 results and documented it. A step forward.
peter
On Tuesday, September 20, 2022 at 11:35:58 AM UTC-4 Brian Candler wrote:
> On Tuesday, 20 September 2022 at 16:24:41 UTC+1 peterGo
On Tuesday, 20 September 2022 at 16:24:41 UTC+1 peterGo wrote:
> I am unable to reproduce your results on AMD64. I don't see any regression.
That's expected: the original post also said "I don't see the [...] the
perfromance degradation on AMD64". The report is specific to ARM64.
--
You recei
I am unable to reproduce your results on AMD64. I don't see any regression.
Run your benchmarks with option -benchmem.
Version: devel go1.20-1eeb257b88 Tue Sep 20 02:58:09 2022 +
Sizeof(Array{}): 16
Sizeof(int(0)): 8
goarch: amd64
BenchmarkSliceOfInt-4391646 2583 ns/op 8192 B/op 1 all
I would like to announce two open-source Go libraries we have been working
on:
Labeled Property Graphs: https://github.com/cloudprivacylabs/lpg
This library supports openCypher (Neo4j) style of labeled property graphs
in memory. That is:
* Nodes have a set of labels, and a set of key-values,
This is not an array.. this is a map that contains arrays.. You can get
this JSON by marshelling an object of type map[string][]string
Le mardi 20 septembre 2022 à 04:01:33 UTC+2, Vick Vicky a écrit :
> hey there!
> how i can get array in response e.g
> {
> "make":["Toyota","Honda"]
> "model
I've done this for Linux and windows, as I regularly use both. But I used
a different strategy. I used the os functions to retrieve a slice of
strings that I can then filter and sort as I desire. And I use the command
line to get the target string.
github.com/drrob1/src/dsrt
also in that rep
I think you might find it easier to reason about if you think pull rather than
push. That is, the client asks the server “do you have a job for me” and the
server returns the job. If instead as in your design the server pushes the job
to the client it can get real complex (e.g what if the client
A good starting point is to look for a multiplxer / multiplexor
On Saturday, 17 September 2022 at 11:59:11 UTC+1 ramki...@hotmail.com wrote:
> I have a tcp server that collects jobs (lets say 10), and tcp clients get
> the jobs. This is done in a FIFO method, where the first job the server
> ge
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