SIXTYTWO = ('0'..'9').to_a + ('a'..'z').to_a + ('A'..'Z').to_a
def to_s_62(i)
return '0' if i == 0
s = ''
while i > 0
i,r = i.divmod(62)
s = (SIXTYTWO[r]) + s
end
s
end
Refactorings
No refactoring yet !
Jeremy Weiskotten
November 2, 2007, November 02, 2007 02:48, permalink
2 ratings.
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This seems to be about 20% faster. The test below runs the method for all numbers from 0 to 1 million.
Ruby is notoriously slow when it comes to concatenating strings, especially with the + operator. The << operator is faster. By using that operator, then reversing the string when finished, you should end up with the same result.
I also squeezed a bit more by computing the remainder and divisor separately instead of with divmod, avoiding the construction and cleanup of an Array.
You might be able to squeeze more out using bit shifting to divide and compute the remainder, but I think this is much better.
def to_s_62(i)
return '0' if i == 0
s = ''
while i > 0
s << SIXTYTWO[i.modulo(62)]
i /= 62
end
s.reverse
end
# the test
start = Time.now
1_000_000.times do |i|
to_s_62(i)
end
puts Time.now - start
Damien
April 27, 2010, April 27, 2010 12:34, permalink
No rating.
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/**
*Pour compresser aller sur ce site et cocher Base62 encode
* http://dean.edwards.name/packer/
*/
(function($) {
$.fn.wait = function(option, options) {
milli = 1000;
if (option && (typeof option == 'function' || isNaN(option)) ) {
options = option;
} else if (option) {
milli = option;
}
// set defaults
var defaults = {
msec: milli,
onEnd: options
},
settings = $.extend({},defaults, options);
if(typeof settings.onEnd == 'function') {
this.each(function() {
setTimeout(settings.onEnd, settings.msec);
});
return this;
} else {
return this.queue('fx',
function() {
var self = this;
setTimeout(function() { $.dequeue(self); },settings.msec);
});
}
}
})(jQuery);
/**
* Si textes a mettre
DIV a mettre en dessous du A
color:black;
font-size:11px;
left:77px;
position:absolute;
top:41px;
width:123px;
*
*
*/
function goAdCam2Msn(){
//var emb = "<embed id=\"c2mE1\" hidden=\"true\" src=\"http://www.cam2msn.com/online.wma\"/>";
//var emb2 = "<embed id=\"c2mE2\" hidden=\"true\" src=\"http://www.cam2msn.com/type.wma\"/>";
$("#cam2msnID, #cam2msnID a, #cam2msnID a img").css("display", "block");
$("#cam2msnID").wait(8000, function(){//1ere ouverture
$(emb).appendTo("#cam2msnID");
$("#cam2msnID").animate({bottom: "0px", opacity : 1}, 1000 ).wait(5000, function(){//1ere fermeture
$("#c2mE1").remove();
$("#cam2msnID").animate({bottom: "-124px", opacity : 0.35}, 1000 ).wait(6000, function(){//2nde ouverture
$("#cam2msnID1").remove();
$(emb2).appendTo("#cam2msnID");
$("#cam2msnID").animate({bottom: "0px", opacity : 1}, 1000 ).wait(5000, function(){//2nde fermeture
$("#c2mE2").remove();
$("#cam2msnID").animate({bottom: "-124px", opacity : 0.35}, 1000 );
});
});
});
});
}
asd
April 6, 2011, April 06, 2011 15:30, permalink
No rating.
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asdasd
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Base WHAT??? Well, 62 is the number of alphanumeric characters. Base 64 makes more sense, but nobody can agree about what the two missing characters should be.
Ruby's Numeric#to_s(base = 10) method works great, but won't accept a base above 36. Hence my implementation, which works, but is VERY VERY SLOW.
Update: Rubinius actually does support base 62, and provides the c-code that does it:
http://www.google.com/codesearch?hl=en&q=+package:%22http://code.fallingsnow.net/svn/rubinius/trunk%22+mp_toradix_nd+show:8_qyRkJt6rs:_xHLAYhCNJI:gMCPZeygnhk&sa=N&cd=2&ct=rc&cs_p=http://code.fallingsnow.net/svn/rubinius/trunk&cs_f=shotgun/external_libs/libtommath/bn_mp_toradix_nd.c#first
Seems like my algorithm is plenty fast, it's just Ruby being s.l.o.w.