So I'm worki<em>nem>g o<em>nem> a project with other people, <em>a<em>nem>dem> there's multiple github forks bei<em>nem>g worked o<em>nem>. Someo<em>nem>e just made a fix for a problem <em>a<em>nem>dem> I merged with his fork, but the<em>nem> I realized that I could fi<em>nem>d a better solutio<em>nem>. I wa<em>nem>t to revert the commit I just made. I tried doi<em>nem>g this with git revert HE...

...st of primes you'll <em>nem>eed to see how ma<em>nem>y of th<em>osem>e primes act as a divisor (<em>a<em>nem>dem> how ofte<em>nem>). Here's some pytho<em>nem> for the algo Look here <em>a<em>nem>dem> search for "Subject: math - <em>nem>eed divisors algorithm". Just cou<em>nem>t the <em>nem>umber of items i<em>nem> the list i<em>nem>stead of retur<em>nem>i<em>nem>g them however. Here's a Dr. Math that explai...

What would be the m<em>osem>t elega<em>nem>t <em>a<em>nem>dem> efficie<em>nem>t way of fi<em>nem>di<em>nem>g/retur<em>nem>i<em>nem>g the first list item that matches a certai<em>nem> criterio<em>nem>? ...

... Usi<em>nem>g Object Destructuri<em>nem>g <em>a<em>nem>dem> Property Shorth<em>a<em>nem>dem> co<em>nem>st object = { a: 5, b: 6, c: 7 }; co<em>nem>st picked = (({ a, c }) =&gt; ({ a, c }))(object); co<em>nem>sole.log(picked); // { a: 5, c: 7 } From Philipp Kewisch: This is really just a<em>nem> a<em>nem>o<em>nem>...

... There's a special variable for this i<em>nem> bash: kill $! $! exp<em>a<em>nem>dem>s to the PID of the last process executed i<em>nem> the backgrou<em>nem>d. share | improve this a<em>nem>swer | follo...

...rs of the type you wa<em>nem>t for each colum<em>nem>, i<em>nem>sert values i<em>nem>to th<em>osem>e vectors, <em>a<em>nem>dem> the<em>nem>, at the e<em>nem>d, create your data.frame. Co<em>nem>ti<em>nem>ui<em>nem>g with Julia<em>nem>'s f3 (a preallocated data.frame) as the fastest optio<em>nem> so far, defi<em>nem>ed as: # pre-allocate space f3 &lt;- fu<em>nem>ctio<em>nem>(<em>nem>){ df &lt;- data.frame(x = <em>nem>umeric(<em>nem>)...

...pse itself. The .project file is mai<em>nem>tai<em>nem>ed by the core Eclipse platform, <em>a<em>nem>dem> its goal is to describe the project from a ge<em>nem>eric, plugi<em>nem>-i<em>nem>depe<em>nem>de<em>nem>t Eclipse view. What's the project's <em>nem>ame? what other projects i<em>nem> the workspace does it refer to? What are the builders that are used i<em>nem> order to build ...

I rece<em>nem>tly completed a u<em>nem>iversity course which featured Haskell <em>a<em>nem>dem> Agda (a depe<em>nem>de<em>nem>t typed fu<em>nem>ctio<em>nem>al programmi<em>nem>g la<em>nem>guage), <em>a<em>nem>dem> was wo<em>nem>deri<em>nem>g if it was p<em>osem>sible to replace lambda calculus i<em>nem> these with combi<em>nem>atory logic. With Haskell this seems p<em>osem>sible usi<em>nem>g the S <em>a<em>nem>dem> K combi<em>nem>ators, thus maki<em>nem>g i...

...<em>nem>ative that's <em>nem>ot docume<em>nem>ted (I tripped over it after searchi<em>nem>g for hours, <em>a<em>nem>dem> fi<em>nem>ally fou<em>nem>d it i<em>nem> the bug list for the <em>A<em>nem>dem>roid SDK itself). You CA<em>Nem> i<em>nem>clude raw HTML i<em>nem> stri<em>nem>gs.xml, as lo<em>nem>g as you wrap it i<em>nem> &lt;![CDATA[ ...raw html... ]]&gt; Example: &lt;stri<em>nem>g <em>nem>ame="<em>nem>ice_html"&gt; &lt;![CDATA...

... project.build.directory sourceDirectory, scriptSourceDirectory, <em>a<em>nem>dem> testSourceDirectory provide access to the source directories for the project. outputDirectory <em>a<em>nem>dem> testOutputDirectory provide access to the directories where Mave<em>nem> is goi<em>nem>g to put bytecode or other build output. directory...