... i<em>nem> the case of keys with simple types -- I took a look at the i<em>nem>terfaces, <em>a<em>nem>dem> did<em>nem>'t fi<em>nem>d a<em>nem>y sig<em>nem>ifica<em>nem>t differe<em>nem>ces that would impact my code. ...

...orrect. I'd say that every C developer comes to exactly the same discovery <em>a<em>nem>dem> to exactly the same co<em>nem>clusio<em>nem> whe<em>nem> (if) they reach certai<em>nem> level of proficie<em>nem>cy with C la<em>nem>guage. Whe<em>nem> the specifics of your applicatio<em>nem> area call for a<em>nem> array of specific fixed size (array size is a compile-time co<em>nem>sta<em>nem>...

... specific versio<em>nem>s of the libs you are usi<em>nem>g. If you commit your cha<em>nem>ges, <em>a<em>nem>dem> someo<em>nem>e pulls your code <em>a<em>nem>dem> updates the depe<em>nem>de<em>nem>cies, the lockfile should be u<em>nem>modified. If it is modified, it mea<em>nem>s that you have a <em>nem>ew versio<em>nem> of somethi<em>nem>g. Havi<em>nem>g it i<em>nem> the rep<em>osem>itory assures you that each developer i...

...hat there are 2128 p<em>osem>sible MD5 hashes. That is a reaso<em>nem>ably large <em>nem>umber, <em>a<em>nem>dem> yet it is m<em>osem>t defi<em>nem>itely fi<em>nem>ite. <em>A<em>nem>dem> yet, there are a<em>nem> i<em>nem>fi<em>nem>ite <em>nem>umber of p<em>osem>sible i<em>nem>puts to a give<em>nem> hash fu<em>nem>ctio<em>nem> (<em>a<em>nem>dem> m<em>osem>t of them co<em>nem>tai<em>nem> more tha<em>nem> 128 bits, or a measly 16 bytes). So there are actually a<em>nem> i<em>nem>fi<em>nem>ite <em>nem>u...

...ular expressio<em>nem>s, so I wrote o<em>nem>e that works with P<em>OSem>IX regular expressio<em>nem>s <em>a<em>nem>dem> PERL regular expressio<em>nem>s. It should match: IPv6 addresses zero compressed IPv6 addresses (sectio<em>nem> 2.2 of rfc5952) li<em>nem>k-local IPv6 addresses with zo<em>nem>e i<em>nem>dex (sectio<em>nem> 11 of rfc4007) IPv4-Embedded IPv6 Address (sectio<em>nem> 2 ...

What is the differe<em>nem>ce betwee<em>nem> co<em>nem>curre<em>nem>cy <em>a<em>nem>dem> parallelism? 37 A<em>nem>swers 37 ...

... HTML5, they are equivale<em>nem>t. Use the shorter o<em>nem>e, it is easier to remember <em>a<em>nem>dem> type. Browser support is fi<em>nem>e si<em>nem>ce it was desig<em>nem>ed for backwards compatibility. share | improve this a<em>nem>swer |...

...s mea<em>nem>s, whe<em>nem> someo<em>nem>e else checks out your rep<em>osem>itory, or pulls your code, <em>a<em>nem>dem> does git submodule update, the submodule is checked out to that particular commit. This is great for a submodule that does <em>nem>ot cha<em>nem>ge ofte<em>nem>, because the<em>nem> everyo<em>nem>e o<em>nem> the project ca<em>nem> have the submodule at the same commi...

... The do ... while <em>a<em>nem>dem> if ... else are there to make it so that a semicolo<em>nem> after your macro always mea<em>nem>s the same thi<em>nem>g. Let's say you had somethi<em>nem>g like your seco<em>nem>d macro. #defi<em>nem>e BAR(X) f(x); g(x) <em>Nem>ow if you were to use BAR(X); i<em>nem> a<em>nem> if ...

... Distributio<em>nem> Fitti<em>nem>g with Sum of Square Error (SSE) This is a<em>nem> update <em>a<em>nem>dem> modificatio<em>nem> to Saullo's a<em>nem>swer, that uses the full list of the curre<em>nem>t scipy.stats distributio<em>nem>s <em>a<em>nem>dem> retur<em>nem>s the distributio<em>nem> with the least SSE betwee<em>nem> the distributio<em>nem>'s histogram <em>a<em>nem>dem> the data's histogram. Example Fit...