DISCLAIMER: This is a Minimum Viable Project. I will be adding Ruby and JavaScript terms as well.
CSS
-
Opacity: makes an element transparent using an
alphavalue. It's a number between 0 and 1.0 (for example, 0.5 is 50% transparency).element {
background-color: #000000;
opacity: 0.5;
}
-
Font Weight: allows you to make text either normal or bold.
element {
font-weight: bold;
}
-
Text transform: changes text to all upper case, lower case, or capitalizes the first letter of every word.
element1 {
text-transform: uppercase;
}
element2 {
text-transform: lowercase;
}
element3 {
text-transform: capitalize;
}
-
Text decoration: allows you to remove all lines from text, add an underline, add a line above text, put a line through text, or make text blink. DO NOT use blinking text, it's really annoying and it's bad practice to use it. Seriously. I'm not even going to put it in the example.
element1 {
text-decoration: none;
}
element2 {
text-decoration: underline;
}
element3 {
text-decoration: overline;
}
element4 {
text-decoration: line-through;
}
-
Text indent: indents text using a pixel or em specification.
element {
text-indent: 20px;
}
-
Text shadow: drops a shadow behind text using 4 specification fields: left to right shadow, top to bottom shadow, shadow blur, and shadow color. The first three are measured in pixels or ems, and the fourth is a hex or rgb color.
element {
text-shadow: 1em 2em 1em #000000;
}
-
Box shadow: drops a shadow behind a box using 5 specification fields: horizontal(left to right) offset, vertical(top to bottom) offset, blur distance(blurs the edges of the shadow), shadow spread(positive expand the shadow, negative values shrink it), and shadow color. The first 4 fields are measured in pixels and ems, the last field is a hex or rgb color value. One important thing to note-the first four fields can also be preceeded by the word "inset," which will drop the shadow inside of the box instead of outside.
element {
text-shadow: 3em 3em 1em 1em #ffffff;
}
-
Border radius: rounds the corners of a box. You can just use
border-radiuswith one pixel or em value to round all four corners with the same style at once. You can also use four pixel or em values to round the top right, bottom right, bottom left and top left corners with different values. Lastly, you can useborder-top-right-radius, border-bottom-right-radius, border-bottom-left-radius,andborder-top-left-radiusto style each respective corner.element1 {
border-radius: 1em 1em 1em 1em;
}
element2 {
border-top-right-radius: 1em;
border-bottom-right-radius: 1em;
border-bottom-left-radius: 1em;
border-top-left-radius: 1em;
}


An American teenager learns that her father is a wealthy British politician running for office. Although she is eager to find him, she realizes it...


Drop DMN table from your desktop or create a new table to get started.
Or continue modeling this example
Ooops, we could not display the DMN table.
cause of the problem
Ooops, we could not display the DMN table.


Hello, {{ username }}
Total Matches Played: {{ total_matches }}
Total Matches Won: {{ matches_won }}
Lifetime Success Rate: {{ win_rate }}%
Number of Antidotes: {{ num_antidotes }}
{% load static %}
{% include "game/navigation_bar.html" %}Total Matches Played: {{ total_matches }}
Total Matches Won: {{ matches_won }}
Lifetime Success Rate: {{ win_rate }}%
Number of Antidotes: {{ num_antidotes }}


Version 1.0.2 - March 03, 2014
- Better HiDPI screens support @ddctd143
Version 2.0.0 RC - January 23, 2014
- Three ways to set an options: global object (
window.icheck
), data attributes (<input data-checkedClass="checked"
) and direct JavaScript object ($(input).icheck({ options })
)
- Huge performance boost (takes less than 1s to customize 1000 inputs)
- Minimized number of function calls (some slow jQuery functions are replaced with a faster vanilla alternatives without using any dependencies)
- AMD module definition support (both for jQuery and Zepto)
- Unblocked native events - iCheck 2.x doesn't stop your newly or past binded events from being processed
- Pointer events support - full support for phones and tablets that use Windows OS (such as Lumia, HP tablets, desktops with a touch screen, etc)
- WebOS and Firefox OS support
- New methods:
$(input).icheck('data')
to get all the options were used for customization (also stores a current states values - checked
, disabled
and indeterminate
), $('input').icheck('styler')
to get a wrapper div (that's used for customization)
- Better handling of the
indeterminate
state
- Ability to set callbacks in three ways: global object, direct JavaScript object or using bind method (
$(input).on(callback)
)
- Ability to switch off some of the callbacks when you don't need them (global or per input)
- Inline styles dropped - iCheck won't add any inline styles to the elements until it's highly needed (
cursor
or area
option)
- Fast click support - removes a 300ms click delay on mobile devices without any dependencies (iCheck compatible with the
fastclick
plugin), see the tap
option
- Ability to ignore customization for the selected inputs using
init
option (if set to false
)
- Optimized event bindings - iCheck binds only a few global events for the all inputs (doesn't increase on elements addition), instead of a couple for the each customized element
- Doesn't store tons of arbitrary data (event in jQuery or Zepto cache), defines customized elements by specific classnames
- Extra
ins
tag is dropped (less DOM modifications), iCheck wraps each input with a single div
and doesn't use any extra markup for the any option
- Optimized reflows and repaints on init and state changes
- Better options handling - iCheck will never run a single line of JS to process an options that are off or empty
- Ability to auto customize the ajax loaded inputs without using any extra code (
autoAjax
option, on by default)
- Auto inits on domready using the specified selector (
autoInit
option) - searches for .icheck
by default. Classnames can be changed using the window.classes
object
- Memory usage optimization - uses only a few amount of memory (works well on low-memory devices)
- Betters callbacks architecture - these are fired only after changes are applied to the input
- Ability to set a mirror classes between the inputs and assigned labels using the
hoverLabelClass
, focusLabelClass
, activeLabelClass
, checkedLabelClass
, disabledLabelClass
and indeterminateLabelClass
options (mirror
option should be set to true
to make this happen)
- Fixes some issues of the mobile devices
- Fixes the issues of the wrapper labels, that loose a click ability in some browsers (if no
for
attribute is set)
- Some other options and improvements
- Various bug fixes
Note: extended docs and usage examples will be available later.
Version 1.0.1 - December 19, 2013
- Added Bower support
- Added to jQuery plugin registry
Version 1.0.0 - December 18, 2013
- Added ARIA attributes support (for VoiceOver and others) @myfreeweb
- Added Amazon Kindle support @skinofstars
- Fixed clickable links inside labels @LeGaS
- Fixed lines separation between labels and inputs
- Merged two versions of the plugin (jQuery and Zepto) into one
- Fixed demo links
- Fixed callbacks @PepijnSenders


mt_rand
(PHP 4, PHP 5, PHP 7)
mt_rand — 生成更好的随机数
说明
int mt_rand ( void )
int mt_rand ( int $min , int $max )
很多老的 libc 的随机数发生器具有一些不确定和未知的特性而且很慢。PHP 的 rand()
函数默认使用 libc 随机数发生器。mt_rand() 函数是非正式用来替换它的。该函数用了
» Mersenne Twister 中已知的特性作为随机数发生器，它可以产生随机数值的平均速度比
libc 提供的 rand() 快四倍。
如果没有提供可选参数 min 和 max，mt_rand() 返回 0 到 mt_getrandmax() 之间的伪随
机数。例如想要 5 到 15（包括 5 和 15）之间的随机数，用 mt_rand(5, 15)。
参数
min
可选的、返回的最小值（默认：0）
max
可选的、返回的最大值（默认：mt_getrandmax()）
返回值
返回 min （或者 0）到 max （或者是到 mt_getrandmax() ，包含这个值）之间的随机整
数。
更新日志
版本 说明
4.2.0 随机数发生器自动进行播种。
范例
Example #1 mt_rand() 例子
以上例程的输出类似于：
1604716014
1478613278
6
注释
Caution
The distribution of mt_rand() return values is biased towards even numbers on
64-bit builds of PHP when max is beyond 2^32.
参见
• mt_srand() - 播下一个更好的随机数发生器种子
• mt_getrandmax() - 显示随机数的最大可能值
• rand() - 产生一个随机整数
User Contributed Notes 52 notes
===============================================================================
i wanted to spot out the big difference between rand and mt_rand when producing
images using randomness as noise.
for example this is a comparation between rand and mt_rand on a 400x400 pixel
png: http://oi43.tinypic.com/vwtppl.jpg
code:
the differences reduce when reducing the pixels of the image.. infact for a
100x100 pixel image the noise produced from the rand function is much more
realistic than how it is for a 400x400 image: http://oi39.tinypic.com/
5k0row.jpg
(rand is on the left, mt_rand on the right)
===============================================================================
To quickly build a human-readable random string for a captcha per example :
Note that I have removed q and y from $chars to avoid readability problems.
===============================================================================
mt_rand is not calculated by Mersenne Twister.
https://github.com/php/php-src/commit/a0724d30817600540946b41e40f4cfc2a0c30f80
===============================================================================
just another example: both of these routines return a random decimal number
between -1 and 1... since rand() only returns a max 'integer' value while
mt_rand() return a max 'long' value -- at least on some platforms -- mt_rand()
could be the better precision choice for some on any variation to this routine
(but i don't think it matters here):
";
echo "-1 to 1 mt_rand() value: ". (mt_rand(mt_getrandmax()*-1,mt_getrandmax())/
mt_getrandmax()). "\n";
?>
===============================================================================
If you need some pseudorandom bits for security or cryptographic purposes
(e.g.g., random IV for block cipher, random salt for password hash) mt_rand()
is a poor source. On most Unix/Linux and/or MS-Windows platforms you can get a
better grade of pseudorandom bits from the OS or system library, like this:
GetRandom(16,0);
// if we ask for binary data PHP munges it, so we
// request base64 return value. We squeeze out the
// redundancy and useless ==CRLF by hashing...
if ($pr_bits) { $pr_bits = md5($pr_bits,TRUE); }
} catch (Exception $ex) {
// echo 'Exception: ' . $ex->getMessage();
}
}
if (strlen($pr_bits) < 16) {
// do something to warn system owner that
// pseudorandom generator is missing
}
?>
NB: it is generally safe to leave both the attempt to read /dev/urandom and the
attempt to access CAPICOM in your code, though each will fail silently on the
other's platform. Leave them both there so your code will be more portable.
===============================================================================
a better (and likely faster) way to generate a random 6-digit hex string:
The mt_rand function won't give you a number outside the bounds you asked for
-- no need to and-off the top bits -- and the sprintf function has params for
length-padding & hexidecimal output. It's likely faster because most of the
work is being done by the wicked fast C functions that PHP sits on top of,
though YMMV in that dept.
===============================================================================
The algorithm used by mt_rand() changed in PHP 5.2.1. If you are relying on
getting the same sequence from mt_rand() after calling mt_srand() with a known
seed, upgrading to PHP 5.2.1 will break your code. See http://bugs.php.net/
bug.php?id=40724 for something of an explanation; there is no workaround.
===============================================================================
I wrote another function to get a random float, if its not precise enougth jut
add some '0' to the $mul parameter.
$max) return false;
return mt_rand($min*$mul,$max*$mul)/$mul;
}
?>
I made following tests:
"; //0.497153
echo f_rand(0.5)."
"; //0.857822
echo f_rand(0.5,0.6)."
"; //0.599956
echo f_rand(0,10)."
"; //5.801949
echo f_rand(0,2,2)."
"; //1.5
echo f_rand(0,2,10)."
"; //1.7
?>
===============================================================================
Another generic random string function, but very small and fast.
===============================================================================
Another graphical comparison of rand() and mt_rand(). It effectively draws a
graph showing how the last generated number affects the next by plotting the
numbers in consecutive pairs against each other.
===============================================================================
mt_rand() is not faster than rand() !
Tested over 100'000 iterations, with none/various/random arguments, mt_rand is
always 3% slower than rand().
===============================================================================
Fast, pseudo-random binary data generation using mt_rand():
===============================================================================
Re: euxneks at NOSPAMgmail dot com
You might also want to add STR_PAD_LEFT and have:
===============================================================================
rand() comes from the libc, and mt_rand() is internal to PHP. So the
differences vary with their respective versions.
On a 64b Debian Stretch with PHP 5.6.21, there is no visible difference: http:/
/oi64.tinypic.com/2nkqas6.jpg
This image compares the two functions. In the top half with random points, in
the lower half with random intensity on each point. This is totally different
from what was obtained 4 years ago in another note, with an unknown
environment.
Here is the code for this visual comparison.
===============================================================================
A custom unique random generator class example:
rands)) {
if (!in_array($rand, $this -> rands)) {
$this-> rands [] = $rand;
return $rand;
}
}
}
}
//Test
$myUnique = new uniqueRandom;
for ($i = 0; $i < 5; $i++) {
echo $myUnique -> generate(1, 10)." ";
}
//This will produce 5 unique random numbers from 1 to 10.
?>
===============================================================================
With PHP 5.3.3, we're seeing odd behavior on 32 bit Linux.
This works fine on 64 bit Linux:
but on our 32 bit Linux development server, it's always yielding "00000000".
On that same machine, this:
seems to always yield either 00000000 or a number in the range fffffff2 to
ffffffff. This:
gives numbers where the last two digits vary, and so on through at least
0xF0000000.
However, this:
seems to be well-behaved.
The moral? On 32 bit systems, be careful about crossing the signed number
boundary, 0x7FFFFFFF.
===============================================================================
If you need a predictable set of numbers for a given seed, you may use the
following Pure-PHP implementation of a Mersenne Twister
setSeed($seed);
}
public function setSeed($seed) {
$this->state[0] = $seed & 0xffffffff;
for ($i = 1; $i < 624; $i++) {
$this->state[$i] = (((0x6c078965 * ($this->state[$i - 1] ^ ($this->state[
$i - 1] >> 30))) + $i)) & 0xffffffff;
}
$this->index = 0;
}
private function generateTwister() {
for ($i = 0; $i < 624; $i++) {
$y = (($this->state[$i] & 0x1) + ($this->state[$i] & 0x7fffffff)) &
0xffffffff;
$this->state[$i] = ($this->state[($i + 397) % 624] ^ ($y >> 1)) &
0xffffffff;
if (($y % 2) == 1) {
$this->state[$i] = ($this->state[$i] ^ 0x9908b0df) & 0xffffffff;
}
}
}
public function getNext($min = null, $max = null) {
if (($min === null && $max !== null) || ($min !== null && $max === null))
throw new Exception('Invalid arguments');
if ($this->index === 0) {
$this->generateTwister();
}
$y = $this->state[$this->index];
$y = ($y ^ ($y >> 11)) & 0xffffffff;
$y = ($y ^ (($y << 7) & 0x9d2c5680)) & 0xffffffff;
$y = ($y ^ (($y << 15) & 0xefc60000)) & 0xffffffff;
$y = ($y ^ ($y >> 18)) & 0xffffffff;
$this->index = ($this->index + 1) % 624;
if ($min === null && $max === null)
return $y;
$range = abs($max - $min);
return min($min, $max) + ($y % ($range + 1));
}
}
?>
===============================================================================
Ever wanted a crypto safe mt_rand()? Not useful for many things I guess (maybe
not useful at all), but I recently wanted to build a class able to pick random
words from a dictionary in a safe way, so they could be used as passwords. I
probably overdid it... The result is my attempt on a "cryptographically secure"
mt_rand implementation including a wrapper for selecting and using the best
random bytes generator from available extensions and /dev/urandom (about 100
times slower than mt_rand on a single core, by the way, so it's clearly open
for improvement if you want to fork it on github.com/elcodedocle/
cryptosecureprng, where you can find the docs to it too). Here is the minimized
version (note too long):
mcrypt) {
$chars = mcrypt_create_iv($byteCount, MCRYPT_DEV_URANDOM);
}
if (!$chars && $this->openssl) {
$chars = openssl_random_pseudo_bytes($byteCount);
}
if (!$chars && is_resource($this->urandomFileHandler)) {
while (($len = strlen($chars))< $byteCount) {
$chars .= fread($this->urandomFileHandler, $byteCount - $len);
}
}
if ($len = strlen($chars) < $byteCount) {
for ($i=0;$i<$len;$i++) { $chars[$i] = $chars[$i] ^ chr(mt_rand(0,
255)); }
for ($i = $len; $i < $byteCount; $i++) {
$chars .= chr(mt_rand(0, 255));
}
}
return $chars;
}
public function rand($min = 0, $max = null){
if ($max === null) { $max = $this->defaultMax; }
if (!is_int($min)||!is_int($max)) { throw new Exception('$min and $max
must be integers'); }
if ($min>$max) { throw new Exception('$min must be <= $max'); }
$chars = $this->getRandomBytesString($this->intByteCount);
$n = 0;
for ($i=0;$imcrypt = function_exists('mcrypt_create_iv');
$this->openssl = function_exists('openssl_random_pseudo_bytes');
if (is_readable('/dev/urandom')){ $this->urandomFileHandler = fopen('/
dev/urandom', 'r'); }
}
public function __destruct(){
if (is_resource($this->urandomFileHandler )) fclose($this->
urandomFileHandler);
}
}
$randGen = new CryptoSecurePRNG();
echo $randGen->rand(); //outputs rand int between 0 and 2^32
===============================================================================
Something we discovered in Sydney running BBS Systems before the net advent was
here, if we didn't seed of another BBS we would going in circles in our System
Physicality Abstraction Layers.. The important thing is to seed from a remote
system and easy way at the Centroidal Plexus of the web (Chronolabs
Cooperative) we offer a seed feed and the following code will randomise you out
of the number cycle:
===============================================================================
/dev/urandom provides high entropy, but it is important to remember that it is
created by collecting random os garbage from memory - if not enough of that
garbage is created reading the file will just block the whole process until
there is enough entropy to generate the requested random bytes. in debian-based
setups, the rng-tools package can be used to manage entropy.
===============================================================================
A class to generate 99.5% unqiue strings. I found that there is only one or two
characters common between two subsequent strings.
_length = $length;
}
public function getRand() {
$randStr = null;
$args[] = 'N' . $this->_length;
for($i = 0; $i < $this->_length; $i++) {
$args[] = mt_rand();
}
$randStr = substr(base64_encode((call_user_func_array('pack', $args))), 1,
$this->_length);
$this->_prevRand = $randStr;
return $randStr;
}
public function setLength($l) {
$this->_length = (int) $l;
if($this->_length <= 0) {
throw new Exception('Invalid random string length');
}
}
public function getPrevRand() {
return $this->_prevRand;
}
}
?>
===============================================================================
Just another random password generator. Assembles passwords such as these:
N_v85kA2_s
8k4jz94_H0
30824n6VcN
useful for... whatever. ;)
$underscores holds the maximum allowed number of underscores. Default is two.
The function is programmed to not add an underscore at the beginning or end of
the password, right after another underscore, or if the maximum # has already
been used.
$length holds the length you want the password to be. Default is 10 characters
long.
0&&$len>0&&$len<($length-1)&&$p[$len-1]!="_")
{
$p .= "_";
$underscores--;
}
else
{
$i--;
continue;
}
break;
}
}
return $p;
}
?>
===============================================================================
Allows characters 0-9, a-z
Weighted (and tested) ok.
===============================================================================
Shouldn't it be a greater than (>) sign rather than a not equal (!=) sign?
Because you're just checking to see if it is exactly six. So if it is 7 it,
won't try to fix it. So wouldn't this be better?
//....
if (strlen($random_hex) < "6") // sometimes it returns an only 5, or less, char
Hex-Code,
hexcode(); // so the function has to be repeat
elseif (strlen($random_hex) > "6") // sometimes it returns 7 or more characters
//...I don't know how to make it do only six, but your code seems to only check
to make sure it doesn't do less than 6; nothing to counter doing more than
6.... so here would be some code to reduce the size back to 6 if it went over.
else
echo $random_hex; // returns the Hex-Code
}
//...
?>
===============================================================================
Re: keith at ourwebsite dot ca
Here's another way to do it, in one line :)
str_pad is there in case mt_rand chooses a number that will generate a hex
value with less than 6 characters. (you could leave that out but it's not a
very clean way to write the hex colors is it :)
===============================================================================
Do not rely on the strength of any 'home-brewed' cryptographic algorithm, such
as the one posted by dmoree at coker dot edu. Algorithms such as MD5 and SHA-1
have been the subject of intense academic research and have known security
properties.
While it is true that MD5 and SHA-1 are generally no longer recommended for use
in new cryptosystems, there are newer algorithms such as SHA-256 that address
the older algorithms' weaknesses. These newer algorithms have not received
quite as much scrutiny as their older counterparts, but have still been studied
much more carefully than your home-brewed algorithm, most likely.
Dmoree at coker dot edu's concern about rainbow tables is best addressed by a
properly applied salting technique. Every bit of 'salt' added to a
cryptographic hash effectively extends the complexity of the password and thus
the size of the rainbow table needed to crack it.
Furthermore, wisely chosen password strength policies can mitigate such
attacks.
===============================================================================
performance: for a repetitive task, it's much faster not to use the limit
parameters, as shown below. just use the % operator.
$t=microtime(true);
for($i=0;$i<1000000;$i++)
mt_rand()%3;
echo microtime(true)-$t;
echo '|';
$t=microtime(true);
for($i=0;$i<1000000;$i++)
mt_rand(0,2);
echo microtime(true)-$t;
echo '|';
$t=microtime(true);
for($i=0;$i<1000000;$i++)
mt_rand();
echo microtime(true)-$t;
output: 0.316797971725|0.442242145538|0.253082036972
===============================================================================
[Editorial note: This suggested "security" improvement simply punts the issue
to the operating system: there is no guarantee that the operating system will
work any better than the Mersenne twister (although it may have more entropy
available)]
If you want some random text that is more secure than what can get from a built
in PHP method, you can simply do:
That will get around the fact that rand() and mt_rand() are a bad place to
start generating something that is supposed to be cryptographically secure.
The only down sides to this that I see are:
a) Ugly
b) Slow (have to launch external processes)
c) Not portable (can't do this on Windows)
But if you can live with that, this will be much more secure than using rand()
or mt_rand().
- Brad
===============================================================================
mt_rand function returns just a whole numbers. If you want a random float, then
here's an elegant way:
===============================================================================
Here is my Function to generate an Array with unique random Numbers between
"$from" and "$to".
I hope its helping you.
Greetings
Rene Andris
===============================================================================
Here is my Function to generate an Array with unique random Numbers between
"$from" and "$to".
function random_number_array($count, $from, $to){
for($i=$from;$i<$to;$i++){
$number_array[] = $i;
}
$random_number_array = array();
mt_srand ((double) microtime() * 1000000);
for($i=0;$i<$count;$i++){
$random_number = mt_rand(0,count($number_array)-1);
$key_to_insert_and_delete = array_search($random_number, $number_array);
$random_number_array[$i] = $number_array[$key_to_insert_and_delete];
array_splice($number_array, $key_to_insert_and_delete, 1);
}
// Array $random_number_array with $count random Numbers, between $from and
$to
return $random_number_array;
}
I hope its helping you.
Greetings
Rene Andris
===============================================================================
In answer to David and pHp_n00b, about generating a random 6 characters
hexadecimal string...
Well, the easiest solution would be :
Some examples of generated stuff :
8514d2
3188ae
028f3e
444397
1de508
071662
You can easily make a function from this code.
===============================================================================
>Running the output of Mersenne Twister through an unkeyed >secure hash is NOT
a good way to make it secure, because it'll >still have a relatively small
internal state which, if recovered, >would allow reproduction of the
keystream. A better idea >would be to encrypt the output with a keyed
encryption >algorithm - but if you were going to do that, you wouldn't >need a
psuedorandom number generator at all, because a >counter would be just as good.
Not true. Mersenne Twister has an ENORMOUS amount of internal state - 4992
bits, bigger than practically any cipher's key length. The point of a secure
random number generator is that you cannot predict future outputs based on past
OUTPUTS, which is why a hash is applied. Clearly you can predict the future
output of any pseudorandom number generator if you can acquire the internal
state - a better algorithm will never solve this problem. If you use keyed
encryption, recovering the key allows you to predict future outputs.
===============================================================================
Since many people wrote little scripts to generate random sequences, I'll also
give mine (which is slightly faster since it makes use of strlen only once, and
uses strings instead of arrays) :
0) $r.=$a{mt_rand(0,$l)};
return $r;
}
?>
===============================================================================
Here is a example of a very small, compact, quite random-random string
generator. It will make a string with uppercase & lowercase letters, with
numbers. You simply need to set $len in the for() structure, and then the
string will be in $r. It has been designed for size, while it's still quite
fast. Mind the wrapping, it should be 1 line.
Armond Carroll
===============================================================================
i did the following, to generate a few random-numbers out of a total amount of
numbers, but to create different random-numbers and not double or tripple.
for example i use it to generate 10 random-pics out of 150, and do shurely
generate not twice the same...
1) {
while(checkifdouble($ran,$i)=="true") {
$ran[$i] = mt_rand(1, $total);
$v=checkifdouble($ran,$i);
echo($v);
} //endif
}
echo($ran[$i]."
");
} //enfor
?>
this version is easily for debugging and adaption!
maybe there is a very shorter version...
===============================================================================
You really shouldn't generate a number to determine the _type_ of the char,
then the char itself. If security is an issue for you, and you want to
maintain as much entropy as possible, you should use a function similar to the
one below. Since this seems to be getting repeated over-and-over, I explained
(beat into the ground?) the issue on http://www.codeaholics.com/randomCode.php
The code:
=10) && ($nextChar < 36)){ // uppercase letters
$nextChar -= 10; // bases the number at 0 instead of 10
$nextChar = chr($nextChar + 65); // ord('A') == 65
} else if($nextChar >= 36){ // lowercase letters
$nextChar -= 36; // bases the number at 0 instead of 36
$nextChar = chr($nextChar + 97); // ord('a') == 97
} else { // 0-9
$nextChar = chr($nextChar + 48); // ord('0') == 48
}
$retVal .= $nextChar;
}
return $retVal;
}
?>
===============================================================================
Re: solenoid at hotmail dot united dot kingdom
In theory method shown by selenoid can lead to infinite loop. The correct
method would be:
The last two lines may be in some cases removed.
===============================================================================
In one of my forums was a discussion about, how to change an image randomly, so
i wrote this code using mt_rand ....
I hope you can use it ....
I Forgot something, sorry for that, but here is the correction.
";//show the image
unset($aImages, $iImageCount, $iRand, $sBildOrdnerPfad);//if this script is
used in another script
?>
===============================================================================
Running the output of Mersenne Twister through an unkeyed secure hash is NOT a
good way to make it secure, because it'll still have a relatively small
internal state which, if recovered, would allow reproduction of the keystream.
A better idea would be to encrypt the output with a keyed encryption algorithm
- but if you were going to do that, you wouldn't need a psuedorandom number
generator at all, because a counter would be just as good.
===============================================================================
The following function will create a random base64 encoded key, this is very
useful for password reset schemes or anything where you want a random string.
To compare the string either compare the base64 encoded value or base64_decode
it and compare that.
I do not use md5 because md5 results in only 1-9 and a-f in the string or 32^16
possibilities, by using the extended ASCII table and shuffling the array I am
able to get a minimum of 32^127 possibilities with a 32 character string, using
a longer string will make your value harder to guess still. A lot of machiens
will have 32^255 possibilities in a decoded string.
===============================================================================
0){
while(strlen($newstring)<$length){
$newstring.=$list[mt_rand(0, strlen($list)-1)];
}
}
return $newstring;
}
//
// Generates a random string with the specified length
// Includes: a-z, A-Z y 0-9
//
function randString($length=16) {
$newstring="";
if($length>0) {
while(strlen($newstring)<$length) {
$randnum = mt_rand(0,61);
if ($randnum < 10) {
$newstring.=chr($randnum+48);
} elseif ($randnum < 36) {
$newstring.=chr($randnum+55);
} else {
$newstring.=chr($randnum+61);
}
}
}
return $newstring;
}
?>
===============================================================================
And for those who prefer scaling:
mt_rand() / RAND_MAX * (Max - Min) + Min;
===============================================================================
To reiterate the message about *not* using mt_rand() for anything security
related, here's a new tool that has been just posted that recovers the seed
value given a single mt_rand() output:
http://www.openwall.com/php_mt_seed/README
===============================================================================
Another good way to get a random float is to divide the result of mt_rand.
Let's say we want a float between 0.75 and 1.25.
===============================================================================
A little useful function to create a random unique number out of an array of
unallowed values:
= $avg_gap)
return mt_rand($except[$i - 1] + 1, $except[$i] - 1);
return false;
}
?>
===============================================================================
The following function generates a string of arbitrary length (with
limitations), composed of random PHP characters (i.e. each an 8-bit value - a
byte). Suitable for generating random session strings. Encode as Base64 to
transmit over network, where required.
** The function is pretty much one of the fastest (if not THE fastest) methods
of generating random strings, as opposed to numerous examples given on this
page which go about with char-by-char generation. Sloppy benchmarks estimate a
factor of 10 speedup. Keep your websites lean, people. **
The only thing to keep in mind is that, by design, it outputs 8-bit characters,
and thus the generated string is not automatically suitable for transmission
with various network protocols, unless altered, f.e. URL- or Base64- encoded.
Also, again by design, the length of the string is a multiple of 4 characters/
bytes. The version below produces a 24 character long string. This will also
give you a clean input to get a 32 character long Base64 encoded variant of it.
I leave it an exercise to the reader to write a generic (i.e. arbitrary double
word length, not 6 dwords as in above) version of it.
===============================================================================
This function has limited entrophy. So, if you want to create random string, it
will produce only about 2 billion different strings, no matter the length of
the string. This can be serous security issue if you are using such strings for
session indentifiers, passwords etc.
Many times I have wanted to create *propper* base-64 string (containing only
printable characters) of arbitrary length for many purposes. I wrote a function
that checks if UNIX random generator is available and uses in that case. If
not, it tries to increase the entrophy by accounting in the script execution
time.
Here is the function, just try it out!
57)
$rand+=7;
if ($rand>90)
$rand+=6;
if ($rand==123) $rand=45;
if ($rand==124) $rand=46;
$return.=chr($rand);
}
return $return;
}
?>
===============================================================================
Below, andrei suggested a function for generating a list of unique integers,
randomly arranged. In response to a note below that his solution is
inefficient, I'm providing an O(N) solution which should be much more
efficient, yet still yield a good guarantee of producing randomly ordered
integers.
===============================================================================
This function uses mt_rand() to create a random string of specified length from
an optionally supplied string of characters. It is good for generating
passwords that only consist of alphanumeric characters or codes that must
consist of a defined character space such as for barcodes. It can also be used
to generate random hexadecimal numbers for things like encryption keys.
It is very fast, and allows for generation of strings of unlimited length.
===============================================================================
My try at generating a reasonably secure password:
~+=-_
/|\\";
for($length = 0; $length < mt_rand(10, 15); $length++) {
$temp = str_shuffle($tempstring);
$char = mt_rand(0, strlen($temp));
$pass .= $temp[$char];
}
return $pass;
}
echo(keygen());
echo("\n");
?>
This generates a password of an undefined length (in this case, 10 to 15 chars)
consisting of numbers, UPPERCASE letters lowercase letters and a set of signs.
I have doubled the chance of number and letters to reduce the confusion with my
users.
===============================================================================
I was seeing how much unique and random 5-digits number I can use/generate in
one-second's interval of time. (I had another logic for myself to make my
number unique based on the date/time stamp value as well).
I found that the mt_rand() numbers are not quite unique. The repetitions will
often occur a lot of times even in the first 50 random numbers generated in a
loop.


Performance for the masses
Experiments with A Web
Based Architecture to Harness Volunteer Resources for
Low Cost Distributed Evolutionary Computation
Merelo, Castillo, García-Sánchez, de las Cuevas,
Rico, García-Valdez
Looking for a free high-performance infraestructure for evolutionary algorithms
It's a techno-social system
Security achieved through trust
Open source + open data
Open Science
But there are some challenges
Can we model the user behavior?
What's the relationship to the social network
Can we obtain better values than a local computer?
Initial experiments. Regular Ajax requests
Zipf at work here too
Fits to a Generalized Extreme Values distribution
Working harder using web workers
It's GEV all over again
Keep them coming
Fit to Weibull
Keep volunteers engaged
Thanks
Follow us at @jjmerelo
+ @geneura


Class: 'Bruker CryoProbe'
http://nmrML.org/nmrCV#NMR:1400191
Annotations (2)
-
comment "def: The Bruker BioSpin CryoProbe is a high-performance cryogenically cooled probe developed for high-resolution applications. It has improved signal/noise (S/N) ratios obtained by reducing the operating temperature of the coil and the pre-amplifier. As a result, the efficiency of the coil is improved and the noise of the coil and the pre-amplifier are reduced.The dramatic increase in the S/N ratio by a factor of 3-4, as compared to conventional probes, leads to a possible reduction in experiment time of up to 16 or a reduction in required sample concentration by a factor of up to 4. The CryoProbes possess key characteristics for NMR analysis:
Significant S/N gains (with moderately salty samples also)
Short pulse widths
Short ring down times
Linear behavior in power response
Gradient capability
CryoProbes are available as Triple Resonance, Dual, Selective X Detection, MicroImaging, and Quad Nucleus Probes configurations at 400 MHz and higher
All high resolution probes have a lock circuit
All high resolution probes have Z-gradient
defprov: Bruker website" (string)
-
label "Bruker CryoProbe" (string)
Superclasses (2)
Usage (1)
-
Class: 'Bruker CryoProbe'


Launch the Secure Sign-In application and login using your OpenNet username and password (Note: only the bare username is needed without SES and without @state.gov).
After signing in, you can press the Home button to exit the Secure Sign-In application.
Your OpenNet email, calendar and contacts information will begin to sync to the device. You will also be prompted to set a device password.
Next, sign in with your Apple ID within Settings > iTunes & App Store to ensure you can install applications from both Apple's AppStore and the enterprise AppStore (Apps@Work) as needed.


A motorcycle (also called a motorbike, bike, moto or cycle) is a two[1] or three wheeled[2] motor vehicle. Motorcycle design varies greatly to suit a range of different purposes: long distance travel, navigating urban traffic, cruising, sport, racing and off-road riding.
Motorcycles are one of the most affordable forms of motorised transport and, for most of the world's population, they are the most familiar type of motor vehicle.[3][4][5] About 200 million motorcycles, including mopeds, motor scooters, motorised bicycles, and other powered two and three-wheelers, are in use worldwide,[6] or about 33 motorcycles per 1000 people. By comparison, there are around 590 million cars in the world, or about 91 per 1000 people, with about one third (195 million) in service in Japan and the United States.[7]
Most of the world's motorcycles, 58%, are in the developing countries of Southern and Eastern Asia, and the Asia Pacific, excluding Japan which is one of the world's major car users. In 2006, China had 54 million motorcycles in use and an annual production of 22 million units.[8][9] As of 2002, India had an estimated 37 million motorcycles and mopeds.[7][10]
Read More @ Wikipedia
Source: Wikipedia.org


Package org.drip.product.definition
Class BasketProduct
java.lang.Object
org.drip.product.definition.BasketProduct
- All Implemented Interfaces:
BasketMarketParamRef
- Direct Known Subclasses:
BondBasket
,CDSBasket
,ComponentPair
public abstract class BasketProduct extends java.lang.Object implements BasketMarketParamRef
BasketProduct abstract class extends MarketParamRef. It provides methods for getting the basket’s
components, notional, coupon, effective date, maturity date, coupon amount, and list of coupon periods.
- Module = Product Core Module
- Library = Fixed Income Analytics
- Project = Product Components/Baskets for Credit, FRA, FX, Govvie, Rates, and Option AssetClasses
- Package = Fixed Income Components/Baskets Definitions
- Author:
- Lakshmi Krishnamurthy
-
Constructor Summary
Constructors Constructor Description BasketProduct()
-
Method Summary
Modifier and Type Method Description abstract Component[]
components()
Return the Components in the Basketdouble
coupon(int iDate, CurveSurfaceQuoteContainer csqs)
Retrieve the basket product's coupon amount at the given datejava.lang.String[]
couponCurrency()
Get the Coupon Currencyjava.util.List<CompositePeriod>
couponPeriod()
Get the basket product's coupon periodsEntityCDSLabel[]
creditLabel()
Get the Array of Credit Curve Latent State Identifier LabelsCaseInsensitiveTreeMap<java.lang.Double>
customScenarioMeasures(ValuationParams valParams, CreditPricerParams pricerParams, ScenarioMarketParams mpc, java.lang.String strCustomScenName, ValuationCustomizationParams vcp, CaseInsensitiveTreeMap<java.lang.Double> mapBase)
Compute Basket's Custom Scenario MeasuresJulianDate
effective()
Returns the effective date of the basket productJulianDate
firstCouponDate()
Get the first coupon dateForwardLabel[]
forwardLabel()
Get the Array of Forward LabelsFundingLabel[]
fundingLabel()
Get the Array of Funding Curve Latent State LabelsFXLabel[]
fxLabel()
Get the Array of the FX Latent State Identifier Labelsdouble
initialNotional()
Return the initial notional of the basket productJulianDate
maturity()
Return the maturity date of the basket productabstract int
measureAggregationType(java.lang.String strMeasureName)
Retrieve the Aggregation Type for the specified MeasureBasketMeasures
measures(ValuationParams valParams, CreditPricerParams pricerParams, ScenarioMarketParams mpc, ValuationCustomizationParams vcp)
Generate a full list of the basket product measures for the set of scenario market parameters present in the org.drip.param.definition.MarketParamsdouble
measureValue(ValuationParams valParams, CreditPricerParams pricerParams, CurveSurfaceQuoteContainer csqs, ValuationCustomizationParams vcp, java.lang.String strMeasure)
Calculate the value of the given basket product measureabstract java.lang.String
name()
Return the basket namedouble
notional(int iDate)
Retrieve the notional at the given datedouble
notional(int iDate1, int iDate2)
Retrieve the time-weighted notional between 2 given datesjava.lang.String[]
payCurrency()
Get the Pay Currencyjava.lang.String[]
principalCurrency()
Get the Principal CurrencyCaseInsensitiveTreeMap<java.lang.Double>
value(ValuationParams valParams, CreditPricerParams pricerParams, CurveSurfaceQuoteContainer csqs, ValuationCustomizationParams vcp)
Generate a full list of the basket product measures for the full input set of market parametersdouble[]
weights()
Retrieve the component WeightsMethods inherited from class java.lang.Object
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait
-
Constructor Details
-
BasketProduct
public BasketProduct()
-
-
Method Details
-
name
public abstract java.lang.String name()Return the basket name- Specified by:
name
in interfaceBasketMarketParamRef
- Returns:
- Name of the basket product
-
components
Return the Components in the Basket- Returns:
- Components in the Basket
-
measureAggregationType
public abstract int measureAggregationType(java.lang.String strMeasureName)Retrieve the Aggregation Type for the specified Measure- Parameters:
strMeasureName
- The Specified Measure Name- Returns:
- The Aggregation Type
-
weights
public double[] weights()Retrieve the component Weights- Returns:
- Array Containing the Component Weights
-
couponCurrency
public java.lang.String[] couponCurrency()Description copied from interface:BasketMarketParamRef
Get the Coupon Currency- Specified by:
couponCurrency
in interfaceBasketMarketParamRef
- Returns:
- The Coupon Currency
-
payCurrency
public java.lang.String[] payCurrency()Description copied from interface:BasketMarketParamRef
Get the Pay Currency- Specified by:
payCurrency
in interfaceBasketMarketParamRef
- Returns:
- The Pay Currency
-
principalCurrency
public java.lang.String[] principalCurrency()Description copied from interface:BasketMarketParamRef
Get the Principal Currency- Specified by:
principalCurrency
in interfaceBasketMarketParamRef
- Returns:
- The Principal Currency
-
creditLabel
Description copied from interface:BasketMarketParamRef
Get the Array of Credit Curve Latent State Identifier Labels- Specified by:
creditLabel
in interfaceBasketMarketParamRef
- Returns:
- The Array of Credit Curve Latent State Identifier Labels
-
forwardLabel
Description copied from interface:BasketMarketParamRef
Get the Array of Forward Labels- Specified by:
forwardLabel
in interfaceBasketMarketParamRef
- Returns:
- Array of the Forward Labels
-
fundingLabel
Description copied from interface:BasketMarketParamRef
Get the Array of Funding Curve Latent State Labels- Specified by:
fundingLabel
in interfaceBasketMarketParamRef
- Returns:
- Array of the Funding Curve Latent State Labels
-
fxLabel
Description copied from interface:BasketMarketParamRef
Get the Array of the FX Latent State Identifier Labels- Specified by:
fxLabel
in interfaceBasketMarketParamRef
- Returns:
- The Array of the FX Latent State Identifier Labels
-
initialNotional
public double initialNotional() throws java.lang.ExceptionReturn the initial notional of the basket product- Returns:
- Initial notional of the basket product
- Throws:
java.lang.Exception
- Thrown if inputs are invalid
-
notional
public double notional(int iDate) throws java.lang.ExceptionRetrieve the notional at the given date- Parameters:
iDate
- JulianDate- Returns:
- Notional
- Throws:
java.lang.Exception
- Thrown if inputs are invalid
-
notional
public double notional(int iDate1, int iDate2) throws java.lang.ExceptionRetrieve the time-weighted notional between 2 given dates- Parameters:
iDate1
- JulianDate firstiDate2
- JulianDate second- Returns:
- Notional
- Throws:
java.lang.Exception
- Thrown if inputs are invalid
-
coupon
Retrieve the basket product's coupon amount at the given date- Parameters:
iDate
- JulianDatecsqs
- Market Parameters- Returns:
- Coupon Amount
- Throws:
java.lang.Exception
- Thrown if coupon cannot be calculated
-
effective
Returns the effective date of the basket product- Returns:
- Effective date of the basket product
-
maturity
Return the maturity date of the basket product- Returns:
- Maturity date of the basket product
-
couponPeriod
Get the basket product's coupon periods- Returns:
- List of CouponPeriods
-
firstCouponDate
Get the first coupon date- Returns:
- First Coupon Date
-
value
public CaseInsensitiveTreeMap<java.lang.Double> value(ValuationParams valParams, CreditPricerParams pricerParams, CurveSurfaceQuoteContainer csqs, ValuationCustomizationParams vcp)Generate a full list of the basket product measures for the full input set of market parameters- Parameters:
valParams
- ValuationParamspricerParams
- PricerParamscsqs
- Market Parametersvcp
- Valuation Customization Parameters- Returns:
- Map of measure name and value
-
measureValue
public double measureValue(ValuationParams valParams, CreditPricerParams pricerParams, CurveSurfaceQuoteContainer csqs, ValuationCustomizationParams vcp, java.lang.String strMeasure) throws java.lang.ExceptionCalculate the value of the given basket product measure- Parameters:
valParams
- ValuationParamspricerParams
- PricerParamscsqs
- Market Parametersvcp
- Valuation Customization ParametersstrMeasure
- Measure String- Returns:
- Double measure value
- Throws:
java.lang.Exception
- Thrown if the measure cannot be calculated
-
measures
public BasketMeasures measures(ValuationParams valParams, CreditPricerParams pricerParams, ScenarioMarketParams mpc, ValuationCustomizationParams vcp)Generate a full list of the basket product measures for the set of scenario market parameters present in the org.drip.param.definition.MarketParams- Parameters:
valParams
- ValuationParamspricerParams
- PricerParamsmpc
- org.drip.param.definition.MarketParamsvcp
- Valuation Customization Parameters- Returns:
- BasketOutput object
-
customScenarioMeasures
public CaseInsensitiveTreeMap<java.lang.Double> customScenarioMeasures(ValuationParams valParams, CreditPricerParams pricerParams, ScenarioMarketParams mpc, java.lang.String strCustomScenName, ValuationCustomizationParams vcp, CaseInsensitiveTreeMap<java.lang.Double> mapBase)Compute Basket's Custom Scenario Measures- Parameters:
valParams
- Valuation ParameterspricerParams
- Pricer Parametersmpc
- Market Parameters ContainerstrCustomScenName
- Custom Scenario Namevcp
- Valuation Customization ParametersmapBase
- Map of Base Measures- Returns:
- Basket's Custom Scenario Measures
-


Background writer activity statistics are displayed in MB/s.
| ALLOC | New memory allocation rate in the database buffer cache. |
| CHECKPOINT | Amount of disk write I/O happening due to background database checkpoints. |
| CLEAN | Amount of disk write I/O started by the database background writer. |
| BACKEND | Amount of disk write I/O done by database clients. |
| WRITE | Total of the write activity from checkpoints, cleaning, and backend clients. |
| CURRENT TIME | ALLOC (Mb/s) | CHECKPOINT (Mb/s) | CLEAN (Mb/s) | BACKEND (Mb/s) | WRITE (Mb/s) |
|---|---|---|---|---|---|
| {{bgwriterresults.Now}} | {{bgwriterresults.AllocMbps}} | {{bgwriterresults.CheckpointMbps}} | {{bgwriterresults.CleanMbps}} | {{bgwriterresults.BackendMbps}} | {{bgwriterresults.WriteMbps}} |


module State:sig
..end
module STM = Monad.T.State.Make(M)
is not a monad M
, but a
state monad which build computations that are interleaved
with computations of monad M
. For example, let's take
the Future
as the outer monad:
module STF = Monad.T.State.Make(Future)
will build a
computation that can access values that are defined in the
future, as a consequence, STF.run
result will be a value that
would be defined in the future. The computation built with
STF
monad will not try to access any future values until run
is
called. Once it is called, each step of the computation will
first wait until the future occurs (i.e., future value is
defined) and then perform update of the state.
As an another example, given some IO
monad, a computation
built with monad STIO = Monad.T.State.Make(IO)
will not
perform any I/O until it is actually ran or evaluated. And
the result of the run would be ('a,'s) IO.t
, that actually
may not perform actual IO (i.e., system calls) until it is
run (this, of course, depends on the implementation of IO,
as Core.Async
will not perform any operations until the
scheduler is run, but Lwt
will trigger the I/O and defer
until it is finished).
Note: We do not provide Make2
because its result would be a
module of non-existent Monad.S3
type.
module Make(
M
:
Monad.S
)
:Monad.State.S
with type 'a result = 'a M.t


Many years ago I attended a management conference where we played a game. The idea was to get your team across a desert while retaining the most pieces of gold. Along the way there were numerous paths, each with its own traps, costs, and advantages. Of course you don't really know those until you've gone down a particular path. At the start of the race each team has the option of staying behind for a day to chat with an old man, who has lived in the desert his entire life. The moral of this game is to seek advice, as no matter how smart or careful the teams were, no one beat the advice given by a simple old man.
What does this have to do with architecture? In deciding how best to design the application, I looked at other .Net MVC CMS applications and what frameworks were utilized. The following is a list of researched applications and the developer choice for Persistent data structure and Inversion of control.
| Application | Data Persistence | Inversion of Control |
|---|---|---|
| Orchard | NHibernate | AutoFac |
| N2 | NHibernate | Castle Windsor |
| nopCommerce | Entity Framework | AutoFac |
| FunnelWeb | NHibernate | AutoFac |
| Atomic CMS | NHibernate | Castle |
| MVC CMS | Entity Framework | Castle Windsor |
Based on what my research found, I chose NHibernate, for data persistence and AutoFac for inversion of control. Like the desert game, the reasons for this path may not be clear at this point, other than that's what the old man has advised. As we move forward with the project and investigate how best to utilize these frameworks, we can truly see if they fit.
If designed properly, each of these choices of frameworks should be replaceable. As the libraries are built to accommodate data persistence and inversion of control, it will be a good learning exercise to test more than one framework. If nothing else it will validate our library design. I suspect there will be some trade-offs between performance and flexibility, but let's see what happens.
The CMS is broken into two websites, administration and public. The administration side allows for creation, editing, and publishing of content as well as setting various parameters of the public website. The public website allows viewing of the content. The core libraries are the foundation of the CMS, which is more of a framework than an application. The plugins can be thought of as mini applications that sit on the framework, making the CMS change to suit the needs of the website owners.
| Administration Website | Public Website | |||||
| Plugins | ||||||
| Core Libraries | ||||||
| MVC 3 | NHibernate | Log4Net | Autofac | |||
| SQL Compact | ||||||
| ASP.NET | ||||||
| .NET |
Much of the heavy lifting within the application is performed by a set of existing open source frameworks. The big advantage of an open source is they are supported by a community of developers, who come together to create a solution to a common problem. Since there is typically no profit driven company behind the framework, it may stop being supported, which leads to designing our core libraries to allow for interchangeable frameworks.
The frameworks used in our CMS are:
From here we will look at the core libraries of our project and roughly determine how to break the libraries into dlls. Questions, thoughts? Just add a comment below and thanks for reading.


| Beer Image | Name | Description | Price |
|---|---|---|---|
| Corona Extra 330ml | Corona Extra is a pale lager produced by cerveceria Modelo in Mexico for domestic destribution and export to all other countries besides the United States | $1.90 | |
| Stella Artois 500ml | Stella Artois is a Belgian pilsner of between 4.8 and 5.7%.Sparkling, golden-bodied Stella Artois is known around the world for its rich malts and elegant continental hops that together make it one of the world's best-selling beers of all time. | $1.20 | |
| Carlsberg 330ml | The Carlsberg is the beer which triggered the successful empire of the huge Carlsberg brewery, without which it could not exist. Designed in the 19e century, it was the first one created by the brewery. | $1.50 | |
| Heineken 330ml | Heineken is a pure malt blond beer that pours a bright gold colour. Balanced and fine, this Premium beer has been produced by Heineken using the same unique recipe since 1873. | $2.00 |


An application that helps you manage fields and reservations!
© 2018 Copyright: Powered by BizCloud Experts


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---
# This file is licensed under the MIT License (MIT) available on
# http://opensource.org/licenses/MIT.
#
# Definitions for the property checks below can be found here:
# https://github.com/bitcoin-dot-org/bitcoin.org/blob/master/_translations/en.yml
layout: base
id: choose-your-wallet
wallets:
- bitcoincore:
title: "Bitcoin Core"
titleshort: "Bitcoin
Core"
compat: "desktop windows mac linux"
level: 1
platform:
desktop:
text: "walletbitcoinqt"
link: "bitcoincore"
source: "https://github.com/bitcoin/bitcoin"
screenshot: "bitcoincore.png"
os:
- windows
- mac
- linux
check:
control: "checkgoodcontrolfull"
validation: "checkgoodvalidationfullnode"
transparency: "checkgoodtransparencydeterministic"
environment: "checkfailenvironmentdesktop"
privacy: "checkgoodprivacyimproved"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkpassprivacydisclosurefullnode"
privacynetwork: "checkpassprivacynetworksupporttorproxy"
- bitcoinknots:
title: "Bitcoin Knots"
titleshort: "Bitcoin
Knots"
compat: "desktop windows mac linux"
level: 1
platform:
desktop:
text: "walletbitcoinknots"
link: "http://bitcoinknots.org/"
source: "https://github.com/bitcoinknots/bitcoin/"
screenshot: "bitcoinknots.png"
os:
- windows
- mac
- linux
check:
control: "checkgoodcontrolfull"
validation: "checkgoodvalidationfullnode"
transparency: "checkgoodtransparencydeterministic"
environment: "checkfailenvironmentdesktop"
privacy: "checkgoodprivacyimproved"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkpassprivacydisclosurefullnode"
privacynetwork: "checkpassprivacynetworksupporttorproxy"
- multibithd:
title: "MultiBit HD"
titleshort: "MultiBit HD"
compat: "desktop windows mac linux"
level: 2
platform:
desktop:
text: "walletmultibithd"
link: "https://multibit.org"
source: "https://github.com/bitcoin-solutions/multibit-hd"
screenshot: "multibithd.png"
os:
- windows
- mac
- linux
check:
control: "checkgoodcontrolfull"
validation: "checkpassvalidationspvp2p"
transparency: "checkpasstransparencyopensource"
environment: "checkfailenvironmentdesktop"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurespv"
privacynetwork: "checkpassprivacynetworksupporttorproxy"
- armory:
title: "Armory"
titleshort: "Armory"
compat: "desktop windows mac linux"
level: 2
platform:
desktop:
text: "walletarmory"
link: "https://btcarmory.com/"
source: "https://github.com/goatpig/BitcoinArmory"
screenshot: "armory.png"
os:
- windows
- mac
- linux
check:
control: "checkgoodcontrolfull"
validation: "checkgoodvalidationfullnoderequired"
transparency: "checkpasstransparencyopensource"
environment: "checkfailenvironmentdesktop"
privacy: "checkgoodprivacyimproved"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkpassprivacydisclosurefullnode"
privacynetwork: "checkpassprivacynetworksupporttorproxy"
- electrum:
title: "Electrum"
titleshort: "Electrum"
compat: "desktop windows mac linux"
level: 2
platform:
desktop:
text: "walletelectrum"
link: "https://electrum.org"
source: "https://github.com/spesmilo/electrum"
screenshot: "electrum.png"
os:
- windows
- mac
- linux
check:
control: "checkgoodcontrolfull"
validation: "checkpassvalidationspvservers"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmenttwofactor"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurecentralized"
privacynetwork: "checkpassprivacynetworksupporttorproxy"
android:
text: "walletelectrum"
link: "https://play.google.com/store/apps/details?id=org.electrum.electrum"
source: "https://github.com/spesmilo/electrum"
screenshot: "electrumandroid.png"
os:
- android
check:
control: "checkgoodcontrolfull"
validation: "checkpassvalidationspvservers"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkfailprivacynetworknosupporttor"
- msigna:
title: "mSIGNA"
titleshort: "mSIGNA"
compat: "desktop windows mac linux"
level: 2
platform:
desktop:
text: "walletmsigna"
link: "https://ciphrex.com/redirect/?referer=bitcoin.org"
source: "https://ciphrex.com/redirect/?url=https://github.com/ciphrex/CoinVault?referer=bitcoin.org"
screenshot: "msigna.png"
os:
- windows
- mac
- linux
check:
control: "checkgoodcontrolfull"
validation: "checkgoodvalidationfullnoderequired"
transparency: "checkpasstransparencyopensource"
environment: "checkfailenvironmentdesktop"
privacy: "checkgoodprivacyimproved"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkpassprivacydisclosurefullnode"
privacynetwork: "checkpassprivacynetworksupporttorproxy"
- bitcoinwallet:
title: "Bitcoin Wallet"
titleshort: "Bitcoin
Wallet"
compat: "mobile android blackberry"
level: 2
platform:
mobile:
text: "walletbitcoinwallet"
link: "https://play.google.com/store/apps/details?id=de.schildbach.wallet"
source: "https://github.com/bitcoin-wallet/bitcoin-wallet"
screenshot: "bitcoinwalletandroid.png"
os:
- android
- blackberry
check:
control: "checkgoodcontrolfull"
validation: "checkpassvalidationspvp2p"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurespv"
privacynetwork: "checkfailprivacynetworknosupporttor"
android:
text: "walletbitcoinwallet"
link: "https://play.google.com/store/apps/details?id=de.schildbach.wallet"
source: "https://github.com/bitcoin-wallet/bitcoin-wallet"
screenshot: "bitcoinwalletandroid.png"
os:
- android
- blackberry
check:
control: "checkgoodcontrolfull"
validation: "checkpassvalidationspvp2p"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurespv"
privacynetwork: "checkfailprivacynetworknosupporttor"
blackberry:
text: "walletbitcoinwallet"
link: "http://appworld.blackberry.com/webstore/content/23952882/"
source: "https://github.com/bitcoin-wallet/bitcoin-wallet"
screenshot: "bitcoinwalletandroid.png"
os:
- android
- blackberry
check:
control: "checkgoodcontrolfull"
validation: "checkpassvalidationspvp2p"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurespv"
privacynetwork: "checkfailprivacynetworknosupporttor"
- copay:
title: "Copay"
titleshort: "Copay"
compat: "mobile desktop web android ios windowsphone windows mac linux"
level: 3
platform:
mobile:
text: "walletcopay"
link: "https://copay.io"
source: "https://github.com/bitpay/copay"
screenshot: "copay.png"
os:
- android
- ios
- windowsphone
- linux
check:
control: "checkgoodcontrolfull"
validation: "checkfailvalidationcentralized"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurecentralized"
privacynetwork: "checkfailprivacynetworknosupporttor"
desktop:
text: "walletcopay"
link: "https://copay.io/"
source: "https://github.com/bitpay/copay"
screenshot: "copay.png"
os:
- windows
- mac
- linux
check:
control: "checkgoodcontrolfull"
validation: "checkfailvalidationcentralized"
transparency: "checkpasstransparencyopensource"
environment: "checkfailenvironmentdesktop"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurecentralized"
privacynetwork: "checkfailprivacynetworknosupporttor"
- airbitzwallet:
title: "Airbitz Bitcoin Wallet"
titleshort: "Airbitz"
compat: "mobile android ios"
level: 3
platform:
mobile:
text: "walletairbitzwallet"
link: "https://airbitz.co/bitcoin-wallet/"
source: "https://github.com/Airbitz"
screenshot: "airbitzwalletios.png"
os:
- android
- ios
check:
control: "checkpasscontrolhybrid"
validation: "checkpassvalidationservers"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkfailprivacynetworknosupporttor"
android:
text: "walletairbitzwallet"
link: "https://play.google.com/store/apps/details?id=com.airbitz"
source: "https://github.com/Airbitz"
screenshot: "airbitzwalletandroid.png"
os:
- android
check:
control: "checkpasscontrolhybrid"
validation: "checkpassvalidationservers"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkfailprivacynetworknosupporttor"
ios:
text: "walletairbitzwallet"
link: "https://itunes.apple.com/us/app/bitcoin-wallet-map-directory/id843536046?mt=8"
source: "https://github.com/Airbitz"
screenshot: "airbitzwalletios.png"
os:
- ios
check:
control: "checkpasscontrolhybrid"
validation: "checkpassvalidationservers"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkfailprivacynetworknosupporttor"
- breadwallet:
title: "breadwallet"
titleshort: "breadwallet"
compat: "mobile android ios"
level: 2
platform:
mobile:
text: "walletbreadwallet"
link: "https://itunes.apple.com/app/breadwallet/id885251393"
source: "https://github.com/voisine/breadwallet"
screenshot: "breadwallet.png"
os:
- ios
- android
check:
control: "checkgoodcontrolfull"
validation: "checkpassvalidationspvp2p"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurespv"
privacynetwork: "checkfailprivacynetworknosupporttor"
ios:
text: "walletbreadwallet"
link: "https://itunes.apple.com/app/breadwallet/id885251393"
source: "https://github.com/voisine/breadwallet"
screenshot: "breadwallet.png"
os:
- ios
check:
control: "checkgoodcontrolfull"
validation: "checkpassvalidationspvp2p"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurespv"
privacynetwork: "checkfailprivacynetworknosupporttor"
android:
text: "walletbreadwallet"
link: "https://play.google.com/store/apps/details?id=com.breadwallet"
source: "https://github.com/breadwallet/breadwallet-android"
screenshot: "breadwallet.png"
os:
- android
check:
control: "checkgoodcontrolfull"
validation: "checkpassvalidationspvp2p"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurespv"
privacynetwork: "checkfailprivacynetworknosupporttor"
- trezor:
title: "Trezor"
titleshort: "Trezor"
compat: "hardware"
level: 2
platform:
hardware:
text: "wallettrezor"
link: "https://trezor.io/"
source: "https://github.com/trezor/"
screenshot: "trezor.png"
check:
control: "checkgoodcontrolfull"
validation: "checkneutralvalidationvariable"
transparency: "checkfailtransparencynew"
environment: "checkgoodenvironmenthardware"
privacy: "checkneutralprivacyvariable"
- ledgernano:
title: "Ledger Nano"
titleshort: "Ledger
Nano"
compat: "hardware"
level: 2
platform:
hardware:
text: "walletnano"
link: "https://www.ledgerwallet.com/"
source: "https://github.com/LedgerHQ/"
screenshot: "ledger.png"
check:
control: "checkgoodcontrolfull"
validation: "checkneutralvalidationvariable"
transparency: "checkfailtransparencynew"
environment: "checkgoodenvironmenthardware"
privacy: "checkneutralprivacyvariable"
- ledgernanos:
title: "Ledger Nano S"
titleshort: "Ledger
Nano S"
compat: "hardware"
level: 2
platform:
hardware:
text: "walletnanos"
link: "https://www.ledgerwallet.com/"
source: "https://github.com/LedgerHQ/"
screenshot: "ledgernanos.png"
check:
control: "checkgoodcontrolfull"
validation: "checkneutralvalidationvariable"
transparency: "checkfailtransparencynew"
environment: "checkgoodenvironmenthardware"
privacy: "checkneutralprivacyvariable"
- digitalbitbox:
title: "DigitalBitbox"
titleshort: "Digital
Bitbox"
compat: "hardware"
level: 2
platform:
hardware:
text: "walletdbb"
link: "https://digitalbitbox.com/"
source: "https://github.com/digitalbitbox/"
screenshot: "digitalbitbox.png"
check:
control: "checkgoodcontrolfull"
validation: "checkneutralvalidationvariable"
transparency: "checkfailtransparencynew"
environment: "checkgoodenvironmenthardware"
privacy: "checkneutralprivacyvariable"
- bither:
title: "Bither"
titleshort: "Bither"
compat: "mobile ios android desktop windows mac linux"
level: 2
platform:
mobile:
text: "walletbither"
link: "https://itunes.apple.com/us/app/bither/id899478936"
source: "https://github.com/bither/bither-ios"
screenshot: "bithermobile.png"
os:
- ios
check:
control: "checkgoodcontrolfull"
validation: "checkpassvalidationspvp2p"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkfailprivacyweak"
privacycheck:
privacyaddressreuse: "checkfailprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurespv"
privacynetwork: "checkfailprivacynetworknosupporttor"
ios:
text: "walletbither"
link: "https://itunes.apple.com/us/app/bither/id899478936"
source: "https://github.com/bither/bither-ios"
screenshot: "bithermobile.png"
os:
- ios
check:
control: "checkgoodcontrolfull"
validation: "checkpassvalidationspvp2p"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkfailprivacyweak"
privacycheck:
privacyaddressreuse: "checkfailprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurespv"
privacynetwork: "checkfailprivacynetworknosupporttor"
android:
text: "walletbither"
link: "https://play.google.com/store/apps/details?id=net.bither"
source: "https://github.com/bither/bither-android"
screenshot: "bithermobile.png"
os:
- android
check:
control: "checkgoodcontrolfull"
validation: "checkpassvalidationspvp2p"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkfailprivacyweak"
privacycheck:
privacyaddressreuse: "checkfailprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurespv"
privacynetwork: "checkfailprivacynetworknosupporttor"
desktop:
text: "walletbither"
link: "http://bither.net"
source: "https://github.com/bither/bither-desktop-java"
screenshot: "bitherdesktop.png"
os:
- windows
- mac
- linux
check:
control: "checkgoodcontrolfull"
validation: "checkpassvalidationspvp2p"
transparency: "checkpasstransparencyopensource"
environment: "checkfailenvironmentdesktop"
privacy: "checkfailprivacyweak"
privacycheck:
privacyaddressreuse: "checkfailprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurespv"
privacynetwork: "checkfailprivacynetworknosupporttor"
- greenbits:
title: "GreenBits"
titleshort: "GreenBits"
compat: "mobile android"
level: 2
platform:
mobile:
text: "walletgreenbits"
link: "https://play.google.com/store/apps/details?id=com.greenaddress.greenbits_android_wallet"
source: "https://github.com/greenaddress/GreenBits"
screenshot: "greenbits.png"
os:
- android
check:
control: "checkpasscontrolmulti"
validation: "checkpassvalidationspvp2p"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmenttwofactor"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkpassprivacynetworksupporttorproxy"
- mycelium:
title: "Mycelium"
titleshort: "Mycelium"
compat: "mobile android"
level: 3
platform:
mobile:
text: "walletmyceliumwallet"
link: "https://play.google.com/store/apps/details?id=com.mycelium.wallet"
source: "https://github.com/mycelium-com/wallet"
screenshot: "mycelium.png"
os:
- android
check:
control: "checkgoodcontrolfull"
validation: "checkfailvalidationcentralized"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurecentralized"
privacynetwork: "checkpassprivacynetworksupporttorproxy"
- bitgo:
title: "BitGo"
titleshort: "BitGo"
compat: "web desktop windows mac linux"
level: 3
platform:
desktop:
text: "walletbitgo"
link: "https://chrome.google.com/webstore/detail/bitgo/jlgeogaipkoajobchncghcojanffjfhl"
source: "https://github.com/BitGo/bitgo-chrome"
screenshot: "bitgo.png"
os:
- windows
- mac
- linux
check:
control: "checkpasscontrolmulti"
validation: "checkfailvalidationcentralized"
transparency: "checkfailtransparencyremote"
environment: "checkpassenvironmenttwofactor"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkpassprivacynetworksupporttorproxy"
web:
text: "walletbitgo"
link: "https://www.bitgo.com/"
screenshot: "bitgo.png"
os:
check:
control: "checkpasscontrolmulti"
validation: "checkfailvalidationcentralized"
transparency: "checkfailtransparencyremote"
environment: "checkpassenvironmenttwofactor"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkpassprivacynetworksupporttorproxy"
- greenaddress:
title: "GreenAddress"
titleshort: "Green
Address"
compat: "mobile desktop web android ios windows mac linux"
level: 3
platform:
mobile:
text: "walletgreenaddress"
link: "https://play.google.com/store/apps/details?id=it.greenaddress.cordova"
source: "https://github.com/greenaddress/WalletCordova"
screenshot: "greenaddressandroid.png"
os:
- android
- ios
check:
control: "checkpasscontrolmulti"
validation: "checkpassvalidationservers"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmenttwofactor"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkfailprivacynetworknosupporttor"
desktop:
text: "walletgreenaddress"
link: "https://chrome.google.com/webstore/detail/greenaddressit/dgbimgjoijjemhdamicmljbncacfndmp"
source: "https://github.com/greenaddress/WalletCrx"
screenshot: "greenaddressdesktop.png"
os:
- windows
- mac
- linux
check:
control: "checkpasscontrolmulti"
validation: "checkfailvalidationcentralized"
transparency: "checkfailtransparencyremote"
environment: "checkpassenvironmenttwofactor"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkpassprivacynetworksupporttorproxy"
web:
text: "walletgreenaddress"
link: "https://chrome.google.com/webstore/detail/greenaddressit/dgbimgjoijjemhdamicmljbncacfndmp"
source: "https://github.com/greenaddress/WalletCrx"
screenshot: "greenaddressdesktop.png"
os:
check:
control: "checkpasscontrolmulti"
validation: "checkfailvalidationcentralized"
transparency: "checkfailtransparencyremote"
environment: "checkpassenvironmenttwofactor"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkpassprivacynetworksupporttorproxy"
ios:
text: "walletgreenaddress"
link: "https://itunes.apple.com/us/app/greenaddress/id889740745?ls=1&mt=8"
source: "https://github.com/greenaddress/WalletCordova"
screenshot: "greenaddressandroid.png"
os:
- android
- ios
check:
control: "checkpasscontrolmulti"
validation: "checkpassvalidationservers"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmenttwofactor"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkfailprivacynetworknosupporttor"
android:
text: "walletgreenaddress"
link: "https://play.google.com/store/apps/details?id=it.greenaddress.cordova"
source: "https://github.com/greenaddress/WalletCordova"
screenshot: "greenaddressandroid.png"
os:
- android
- ios
check:
control: "checkpasscontrolmulti"
validation: "checkpassvalidationservers"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmenttwofactor"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkfailprivacynetworknosupporttor"
- coinomi:
title: "Coinomi Universal Wallet"
titleshort: "Coinomi"
compat: "mobile android"
level: 3
platform:
mobile:
text: "walletcoinomi"
link: "https://play.google.com/store/apps/details?id=com.coinomi.wallet"
source: "https://github.com/Coinomi"
screenshot: "coinomiwalletandroid.png"
os:
- android
check:
control: "checkgoodcontrolfull"
validation: "checkfailvalidationcentralized"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurecentralized"
privacynetwork: "checkfailprivacynetworknosupporttor"
android:
text: "walletcoinomi"
link: "https://play.google.com/store/apps/details?id=com.coinomi.wallet"
source: "https://github.com/Coinomi/coinomi-android"
screenshot: "coinomiwalletandroid.png"
os:
- android
check:
control: "checkgoodcontrolfull"
validation: "checkfailvalidationcentralized"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurecentralized"
privacynetwork: "checkfailprivacynetworknosupporttor"
- coinspace:
title: "Coin.Space"
titleshort: "Coin.Space"
compat: "mobile web android windowsphone"
level: 3
platform:
mobile:
text: "walletcoinspace"
link: "https://play.google.com/store/apps/details?id=com.coinspace.app"
source: "https://github.com/CoinSpace/CoinSpace"
screenshot: "coinspacemobile.png"
os:
- android
- ios
- windowsphone
check:
control: "checkgoodcontrolfull"
validation: "checkfailvalidationcentralized"
transparency: "checkfailtransparencynew"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkfailprivacynetworknosupporttor"
android:
text: "walletcoinspace"
link: "https://play.google.com/store/apps/details?id=com.coinspace.app"
source: "https://github.com/CoinSpace/CoinSpace"
screenshot: "coinspacemobile.png"
os:
- android
check:
control: "checkgoodcontrolfull"
validation: "checkfailvalidationcentralized"
transparency: "checkfailtransparencynew"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkfailprivacynetworknosupporttor"
ios:
text: "walletcoinspace"
link: "https://itunes.apple.com/us/app/coinspace-bitcoin-wallet/id980719434?mt=8"
source: "https://github.com/CoinSpace/CoinSpace"
screenshot: "coinspacemobile.png"
os:
- ios
check:
control: "checkgoodcontrolfull"
validation: "checkfailvalidationcentralized"
transparency: "checkfailtransparencynew"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkfailprivacynetworknosupporttor"
windowsphone:
text: "walletcoinspace"
link: "https://www.microsoft.com/en-us/store/apps/coin-space-digital-currency-wallet/9nblgggz58z9"
source: "https://github.com/CoinSpace/CoinSpace"
screenshot: "coinspacemobile.png"
os:
- windowsphone
check:
control: "checkgoodcontrolfull"
validation: "checkfailvalidationcentralized"
transparency: "checkfailtransparencynew"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkfailprivacynetworknosupporttor"
web:
text: "walletcoinspace"
link: "https://coin.space"
source: "https://github.com/CoinSpace/CoinSpace"
screenshot: "coinspaceweb.png"
os:
check:
control: "checkgoodcontrolfull"
validation: "checkfailvalidationcentralized"
transparency: "checkfailtransparencyremote"
environment: "checkfailenvironmentdesktop"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkpassprivacynetworksupporttorproxy"
- coinbase:
title: "Coinbase"
titleshort: "Coinbase"
compat: "web"
level: 4
platform:
web:
text: "walletcoinbase"
link: "https://coinbase.com"
screenshot: "coinbase.png"
os:
check:
control: "checkfailcontrolthirdparty"
validation: "checkfailvalidationcentralized"
transparency: "checkfailtransparencyremote"
environment: "checkfailenvironmentdesktop"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkpassprivacynetworksupporttorproxy"
- xapo:
title: "Xapo"
titleshort: "Xapo"
compat: "web"
level: 4
platform:
web:
text: "walletxapo"
link: "https://xapo.com/"
screenshot: "xapo.png"
os:
check:
control: "checkfailcontrolthirdpartyinsured"
validation: "checkfailvalidationcentralized"
transparency: "checkfailtransparencyremote"
environment: "checkfailenvironmentdesktop"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkpassprivacynetworksupporttorproxy"
- coinapult:
title: "Coinapult"
titleshort: "Coinapult"
compat: "web"
level: 4
platform:
web:
text: "walletcoinapult"
link: "https://coinapult.com/"
screenshot: "coinapult.png"
os:
check:
control: "checkfailcontrolthirdparty"
validation: "checkfailvalidationcentralized"
transparency: "checkfailtransparencyremote"
environment: "checkfailenvironmentdesktop"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosureaccount"
privacynetwork: "checkpassprivacynetworksupporttorproxy"
- keepkey:
title: "KeepKey"
titleshort: "KeepKey"
compat: "hardware"
level: 2
platform:
hardware:
text: "walletkeepkey"
link: "https://www.keepkey.com/"
source: "https://github.com/keepkey/"
screenshot: "keepkey.png"
check:
control: "checkgoodcontrolfull"
validation: "checkneutralvalidationvariable"
transparency: "checkfailtransparencynew"
environment: "checkgoodenvironmenthardware"
privacy: "checkneutralprivacyvariable"
- simplebitcoinwallet:
title: "Simple Bitcoin Wallet"
titleshort: "Simple
Bitcoin"
compat: "mobile android"
level: 2
platform:
mobile:
text: "walletsimplebitcoinwallet"
link: "https://play.google.com/store/apps/details?id=com.btcontract.wallet"
source: "https://github.com/btcontract/wallet"
screenshot: "simplebitcoinwalletandroid.png"
os:
- android
check:
control: "checkgoodcontrolfull"
validation: "checkpassvalidationspvp2p"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurespv"
privacynetwork: "checkfailprivacynetworknosupporttor"
android:
text: "walletsimplebitcoinwallet"
link: "https://play.google.com/store/apps/details?id=com.btcontract.wallet"
source: "https://github.com/btcontract/wallet"
screenshot: "simplebitcoinwalletandroid.png"
os:
- android
check:
control: "checkgoodcontrolfull"
validation: "checkpassvalidationspvp2p"
transparency: "checkpasstransparencyopensource"
environment: "checkpassenvironmentmobile"
privacy: "checkpassprivacybasic"
privacycheck:
privacyaddressreuse: "checkpassprivacyaddressrotation"
privacydisclosure: "checkfailprivacydisclosurespv"
privacynetwork: "checkfailprivacynetworknosupporttor"
---
{% translate pagedesc %}
{% translate {{privacycheck[1]}} %}
{% translate {{privacycheck[1]}}txt %}
{% translate {{check[1]}}txt %}
{% translate {{platform.text}} %}
{% translate {{privacycheck[1]}} %}
{% translate {{privacycheck[1]}}txt %}
{% translate {{check[1]}}txt %}
{% translate {{platform[1].text}} %}
{% translate educatetxt %}


Office Foodies
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Inspections
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Properties
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I like to build things. Currently, I am building things with JavaScript, React.js, and Ruby on Rails, but I also have experience building with musical instruments, cameras, power tools and my bare hands.
Some of my other areas of interest are Express.js, Node.js, wood-working, postgreSQL, camping, sketching, NoSQL, MongoDB, music(anything from Bach up to and including 80's hair metal), hockey, BootStrap, SaSS, geocaching, and film-making.
Resume


all- Checks if everything in a collection returns true when passed through a block. any- Checks if anything in a collection returns true when passed through a block. chunk- Groups items based on the return value of a block. collect- Returns a new array with the results of running the code block once for every element in the collection. collect_concat(or flat_map)- Returns a new array with the concatenated results of running a code block once for every element in the collection. detect(or find)- Iterates through a collection and returns the first value that returns true for the code block provided. drop- Drops first n elements from a collection, and returns the rest of the elements in an array. drop_while- Drops elements up to, but not including, the first element for which the block returns nil or false and returns an array containing the remaining elements. each_slice- (1..10).each_slice(3) {|i| print i} will print this:[1, 2, 3] [4, 5, 6] [7, 8, 9] [10] each_with_index- Same as an each iteration but you add a second argument, index. Good for hashes. find_all- Same as find but will return all values that evaluate to true. grep- (1..100).grep 38..40 #=> [38, 39, 40] group_by- (1..6).group_by {|i| i%3} will return: {0=>[3, 6], 1=>[1, 4], 2=>[2, 5]} include?- Checks a collection and returns true the collection contains the element in question. inject- Combines all elements of a collection by applying a binary operation, specified by a block or a symbol that names a method or operator. So:(5..10).reduce(:+) returns: 45 map- Returns a new array with the results of running block once for every element in a collection. max- Returns the max value in a collection. max_by- Returns the object in a collection that gives the maximum value from the given block. min and min_by- Opposite of max and max_by minmax and minmax_by- Do both min and max. none? and one?- Checks a collection to see if it either doesn't contain an element or only contains one of the element provided. partition- Returns two arrays, the first containing the elements of a collection for which the block evaluates to true, the second containing the rest. reject- Returns an array for all elements of enum for which the given block returns false. reverse_each- An each iteration in reverse order. sort- Sorts a collection in alphabetical or numerical order, unless given a block. to_a and to_h- Turns given values into an array or a hash. zip- a = [ 4, 5, 6 ] b = [ 7, 8, 9 ] a.zip(b) returns: [[4, 7], [5, 8], [6, 9]]


Display Resource (CPU/Memory/Storage) usage of nodes.
The top-node command allows you to see the resource consumption of nodes.
Aliases:
node, nodes, no
Examples:
# Show metrics for all nodes
kubectl top node
# Show metrics for a given node
kubectl top node NODE_NAME
kubectl top node [NAME | -l label] [options]
Use "kubectl options" for a list of global command-line options (applies to all commands).


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PLANNED DISRUPTION
Please follow the directions below.
- See the event board to
- Check out our
-
Nothing to do but
Wait patiently
- Make your way to our awesome venue,
- Maybe come early and geek out for some
-
Open the gray door in back, and
Walk upstairs
-
Grab a seat in time for
Introduction and kickoff
- Listen to our first speaker, or better yet
- Listen to our second speaker, or better yet
- Listen to our third speaker, or better yet
- Listen to our fourth speaker, or better yet
- Listen to our fifth speaker, or better yet
-
Wind down with the
Wrap-up
-
Round-trip downstairs to the bar to get some
Local craft beer / soda
-
Geek out with your boroughmates during
The bevera.js social hour(s)
- This event made possible by our sponsors.


snap
Tool for managing the "snap" self-contained software packages.
Similar to what `apt` is for ".deb".
More information: home page
- Search for a package:
snap find package_name
- Install a package:
snap install package_name
- Update a package:
snap refresh package_name
- Update a package to another channel (track, risk, or branch):
snap refresh package_name --channel=channel
- Update all packages:
snap refresh
- Display basic information about installed snap software:
snap list
- Uninstall a package:
snap remove package_name
- Check for recent snap changes in the system:
snap changes


Attach file(s)/photo(s): Rename and make thumbnail of image formats. Create video player of movie formats Save to upload and append file
REMINDER: Changes are saved immediately
turn ON Ace editor (save first)


Enter text in the input below and instantly you'll be given the NATO Phonetic representation of your input.


Overview
The Util Library provides a large collection of utility data structures and algorithms. It is the core library in the SML/NJ Library suite and dates back to the early 1990’s, where it was originally developed by Emden Gansner and John Reppy as part of the eXene X11 toolkit. Modules from this library are autoloaded into the SML/NJ interactive environment by default.
Contents
structure ANSITerm
-
provides support for displaying stylized text using the ANSI escape codes.
structure ArrayQSort
-
Provides in situ sorting of polymorphic arrays using the quicksort algorithm.
functor ArrayQSortFn
-
Provides in situ sorting of monomorphic arrays using the quicksort algorithm.
structure Atom
-
provides hashed strings that have fast equality testing.
structure Base64
-
Provides support for Base-64 encoding/decoding as specified by RFC 4648.
functor BinaryMapFn
-
Provides a balanced-binary-tree implementation of the
ORD_MAP
signature parameterized over the key type. functor BinarySetFn
-
Provides a balanced-binary-tree implementation of the
ORD_SET
signature parameterized over the element type. structure BitArray
-
Provides mutable arrays of booleans represented by one bit per element.
functor BSearchFn
-
Provides binary search on sorted monomorphic arrays.
structure CharMap
-
Provides fast, read-only, maps from 8-bit characters to values.
structure DynamicArray
-
Provides dynamically sized polymorphic arrays.
functor DynamicArrayFn
-
Provides dynamically sized monomorphic arrays.
structure Fifo
-
Provides a functional queue data structure.
structure FNVHash
-
Provides an implementation of the Fowler-Noll-Vo hashing algorithm.
structure Format
-
Provides
printf
-style string formatting. structure FormatComb
-
To be written
structure GetOpt
-
Provides command-line argument processing.
functor GraphSCCFn
-
Provides an algorithm for computing the strongly-connected components of a directed graph.
functor Hash2TableFn
-
Provides hash tables that are keyed by two different key types.
signature HASH_KEY
-
Defines an interface to a monomorphic type with an equality test and hashing function.
functor HashSetFn
-
Provides a hash-table-based implementation of imperative sets parameterized over a
Key
structure. structure HashString
-
Provides hashing functions for strings and substrings.
structure HashTable
-
Provides an implementation of polymorphic hash tables.
functor HashTableFn
-
Provides a functor that implements the
MONO_HASH_TABLE
signature. signature INTERVAL_DOMAIN
-
Defines a representation of an abstract ordered domain that is used as an argument to the
IntervalSetFn
functor. functor IntervalSetFn
-
Provides sets over a discrete ordered domain, where the sets are represented by intervals.
structure IOUtil
-
Provides support for redirecting the standard input and output streams.
functor KeywordFn
-
Provides a simple way to support a table of keyword (or reserved) identifiers in a scanner.
functor LeftPriorityQFn
-
Provides a functional implementation of priority queues using leaftist heaps.
structure LibBase
-
Provides some common definitions that are shared across the SML/NJ Lbrary.
structure ListFormat
-
Provides some utility functions for converting lists into strings (and back).
functor ListMapFn
-
Provides a sorted-list implementation of the
ORD_MAP
signature parameterized over the key type. structure ListMergeSort
-
Provides a merge-sort algorithm for lists.
functor ListSetFn
-
Provides a sorted-list implementation of the
ORD_SET
signature parameterized over the element type. structure ListXProd
-
Provides list combinators for computing over the "Cartesian product" of two lists.
functor MonoArrayFn
-
Provides easy construction of new monomorphic array structures.
signature MONO_HASH_TABLE
-
Defines an interface to imperative hash tables with monomorphic keys.
signature ORD_KEY
-
Defines an interface to an abstract type of keys with a comparison function.
signature ORD_MAP
-
Defines an interface to finite maps over ordered keys.
signature ORD_SET
-
Defines an interface to finite sets of ordered elements.
structure ParserComb
-
Provides parser combinators over character readers.
structure PathUtil
-
Provides support for searching for files in the file system using a list of possible locations.
structure PropList
-
Provides a extensible, but type safe, implementation of property lists.
structure Queue
-
Provides an imperative queue data structure.
structure Rand
-
Provides a simple random number generator.
structure Random
-
Provides a more sophisticated random number generator.
structure RealOrderStats
-
To be written
functor RedBlackMapFn
-
Provides a red-black-tree implementation of the
ORD_MAP
signature parameterized over the key type. functor RedBlackSetFn
-
Provides a red-black-tree implementation of the
ORD_SET
signature parameterized over the element type. structure Scan
-
To be written
functor SplayMapFn
-
Provides a splay-tree implementation of the
ORD_MAP
signature parameterized over the key type. functor SplaySetFn
-
Provides a splay-tree implementation of the
ORD_SET
signature parameterized over the element type. structure TimeLimit
-
Provides a mechanism for limiting the execution time of a computation.
structure UnivariateStats
-
To be written
structure URef
-
Provides mutable references with Union-Find semantics.
structure UTF8
-
Provides support for working with UTF-8 encoded strings.


Game Of Life: an Opal implementation
Start
|
Stop
|
Reset
|
Preset 1
|
Preset 2
|
Preset 3
|
Set step time
Status:
Stopped
|
Generation: 0