Exchanging mail contacts.
I value doing those things in private.
Twitter could easily adopt some clique-based management where people could see public conversations between members of the clique but would require an invite to reply to such a conversation or show up in related…
Oh, my question wasn't about java. Quite the opposite. I'm missing the perf equivalent of some java tools I am accustomed to.
Requiring people to identify themselves with verification before they are allowed to communicate seems orwellian to me. Speaking of which, your papers please.
On the other hand I have never found that big of an issue with said "toxicity". Getting backstabbed in guild environments in MMOs, hurling insults at each other in counterstrike or on IRC, flamewars over irrelevant…
Normally webservers serve files with the sendfile system call for zero copy IO. If the string is statically included in the binary then it first has to copy it into kernel space to send the data. So this is actually…
All the native linux thread stack visualizers I have used so far lack a way to show single-threaded bottlenecks in multi-threaded applications. Does this solve it? In the java ecosystem this is solved with utilization…
Exchanging mail contacts.
I value doing those things in private.
Twitter could easily adopt some clique-based management where people could see public conversations between members of the clique but would require an invite to reply to such a conversation or show up in related…
Oh, my question wasn't about java. Quite the opposite. I'm missing the perf equivalent of some java tools I am accustomed to.
Requiring people to identify themselves with verification before they are allowed to communicate seems orwellian to me. Speaking of which, your papers please.
On the other hand I have never found that big of an issue with said "toxicity". Getting backstabbed in guild environments in MMOs, hurling insults at each other in counterstrike or on IRC, flamewars over irrelevant…
Normally webservers serve files with the sendfile system call for zero copy IO. If the string is statically included in the binary then it first has to copy it into kernel space to send the data. So this is actually…
All the native linux thread stack visualizers I have used so far lack a way to show single-threaded bottlenecks in multi-threaded applications. Does this solve it? In the java ecosystem this is solved with utilization…