... This is comi<em>nem>g from the stdi<em>nem> EOF or you ca<em>nem> redirect output from a comm<em>a<em>nem>dem>, like diff &lt;(ls /bi<em>nem>) &lt;(ls /usr/bi<em>nem>) or you ca<em>nem> read as while read li<em>nem>e do echo =$li<em>nem>e= do<em>nem>e &lt; some_file or simply echo somethi<em>nem>g | read param ...

... Although the <em>A<em>nem>dem>roid operati<em>nem>g system does <em>nem>ot appear to have a mecha<em>nem>ism that sufficie<em>nem>tly addresses your problem I believe this patter<em>nem> does provide a relatively simple to impleme<em>nem>t workarou<em>nem>d. The followi<em>nem>g class is a wrapper arou<em>nem>d a...

...-based assig<em>nem>me<em>nem>t? I wa<em>nem>t somethi<em>nem>g that would fire a<em>nem> eve<em>nem>t that I could h<em>a<em>nem>dem>le. 10 A<em>nem>swers ...

...'foo', 'foo', 'foo', 'foo', ...] For values that are stored by refere<em>nem>ce <em>a<em>nem>dem> you may wish to modify later (like sub-lists, or dicts): l = [{} for x i<em>nem> ra<em>nem>ge(100)] (The reaso<em>nem> why the first method is o<em>nem>ly a good idea for co<em>nem>sta<em>nem>t values, like i<em>nem>ts or stri<em>nem>gs, is because o<em>nem>ly a shallow copy is do...

... Hi<em>nem>ts: import stri<em>nem>g pri<em>nem>t stri<em>nem>g.ascii_lowercase <em>a<em>nem>dem> for i i<em>nem> xra<em>nem>ge(0, 10, 2): pri<em>nem>t i <em>a<em>nem>dem> "hello{0}, world!".format('z') share | improve this a<em>nem>swer | ...

...sic recursive fu<em>nem>ctio<em>nem> to parse the child/pare<em>nem>t pairs to a tree structure <em>a<em>nem>dem> a<em>nem>other recursive fu<em>nem>ctio<em>nem> to pri<em>nem>t it out. O<em>nem>ly o<em>nem>e fu<em>nem>ctio<em>nem> would suffice but here's two for clarity (a combi<em>nem>ed fu<em>nem>ctio<em>nem> ca<em>nem> be fou<em>nem>d at the e<em>nem>d of this a<em>nem>swer). First i<em>nem>itialize the array of child/pare<em>nem>t pairs: $tre...

Ca<em>nem> two applicatio<em>nem>s o<em>nem> the same machi<em>nem>e bi<em>nem>d to the same port <em>a<em>nem>dem> IP address? Taki<em>nem>g it a step further, ca<em>nem> o<em>nem>e app liste<em>nem> to requests comi<em>nem>g from a certai<em>nem> IP <em>a<em>nem>dem> the other to a<em>nem>other remote IP? I k<em>nem>ow I ca<em>nem> have o<em>nem>e applicatio<em>nem> that starts off two threads (or forks) to have similar behavior, but...

... are two programs that are alm<em>osem>t ide<em>nem>tical except that I switched the i <em>a<em>nem>dem> j variables arou<em>nem>d. They both ru<em>nem> i<em>nem> differe<em>nem>t amou<em>nem>ts of time. Could someo<em>nem>e explai<em>nem> why this happe<em>nem>s? ...

...a<em>nem>ge the format We have to differe<em>nem>tiate betwee<em>nem> the over the wire format <em>a<em>nem>dem> the browser's prese<em>nem>tatio<em>nem> format. Wire format The HTML5 date i<em>nem>put specificatio<em>nem> refers to the RFC 3339 specificatio<em>nem>, which specifies a full-date format equal to: yyyy-mm-dd. See sectio<em>nem> 5.6 of the RFC 3339 specificat...

...I thi<em>nem>k that you may be a bit co<em>nem>fused about the differe<em>nem>ce betwee<em>nem> a User <em>a<em>nem>dem> a Logi<em>nem>. A Logi<em>nem> is a<em>nem> accou<em>nem>t o<em>nem> the SQL Server as a whole - someo<em>nem>e who is able to log i<em>nem> to the server <em>a<em>nem>dem> who has a password. A User is a Logi<em>nem> with access to a specific database. Creati<em>nem>g a Logi<em>nem> is easy <em>a<em>nem>dem> must ...