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Completely free with no ads. Just love.


Hyrax Facts
Hyraxes are very good animals. They look super grumpy all the time but are actually probably not intelligent enough to experience as complicated of an emotion as "grumpiness". They are probably just aggressive. They're real small and put their tongues out a lot.
A good thing hyraxes do is that the baby hyraxes climb on top of big hyraxes. This creates a "hyrax pile"* in which basically it's a pile of hyraxes.
*"hyrax pile" is a name i just made up it's not official. see below for other things that might be official
More Hyrax Facts
Despite my significant experience in looking at pictures of hyraxes on google images, I am not technically considered a hyrax scientist. If you would like to read some facts that other people wrote on the internet instead of me, you can visit The Hyrax's Home On Wikipedia Dot Com.
this website is copyright 2016 kate except for the pciture of the hyrax which like, dont i wish


| |
Methods defined here:
- __init__(self, width=80, height=24)
- Creates a character display screen of specified width and height
width: a positive integer representing the desired width of the display
height: a positive integer representing the desired height of the display
- __setitem__(self, x_y, value)
- Same as setting a value in a normal character map. See CharacterMap
- draw_image(self, x, y, character_map, chromakey=None)
- Same as drawing onto a a normal character map. See CharacterMap
- fill(self, character)
- Same as filling a normal character map. See CharacterMap
- scroll_down(self, amount=1)
- Same as scrolling down on a normal character map. See CharacterMap
- scroll_left(self, amount=1)
- Same as scrolling a normal character map. See CharacterMap
- scroll_up(self, amount=1)
- Same as scrolling a normal character map. See CharacterMap
- show(self)
- Updates the user's console with the current state of the screen
You should do this exactly once per time slice. There is no cost to calling this many times if there is no change in the display as the dirty bit tracks if it needs to actually be pushed on screen.
WARNING! If you change and show the screen too oftern flickering may result. Only .show() when you finalize how the screen should look.
- write_text(self, x, y, text)
- Same as write_text on a normal character map. See CharacterMap
Methods inherited from tinygame.character_map.CharacterMap:
- __eq__(self, other)
- Compares the content of two character maps to see if they are identical
- __getitem__(self, x_y)
- An item getter operator override. It overrides the square bracket index operator.
The (x,y) pair argument lets you call it with a coordinate in the brackets.
eg
peek = mymap[10,12] # calls this method with x=10,y=12
x_y: an integer pair specifing the coordinate you want to get
return: a single character string representing the value in the character map. eg '*'
- __ne__(self, other)
- Compares the content of two character maps to see if they are identical
- __str__(self)
- String operator overload. Converts the content of the character map to a string.
Use newline characters to seperate the rows
This is called whenever you call:
str(my_charactermap)
return: a string representation of this map
- clone(self)
- Creates a new copy of this CharacterMap of the same width and height.
A new CharacterMap of the same heght and width returned and all the data of self is copied to it
- scroll_right(self, amount=1)
- Rolls the colums of this chacter map right amount columns.
The columns which were "scrolled off" the right roll around and appear on the left.
amount: a positive integer less than self.width specifying how many rows to scroll off the right
|


Cardano SL
What is Cardano SL?
Cardano SL (or Cardano Settlement Layer) is a cryptographic currency designed and developed by IOHK. Please read Cardano SL Introduction for more information.
Supported Platforms
Please see Cardano SL Installation for more information.
Building Cardano SL from Source Code
Please see this guide for more information.
For Contributors
Please see CONTRIBUTING.md for more information.
License
Please see LICENSE for more information.


Voice commands and speech synthesis made easy
Artyom.js is an useful wrapper of the speechSynthesis
and webkitSpeechRecognition
APIs.
Besides, artyom.js also lets you to add voice commands to your website easily, build your own Google Now, Siri or Cortana !
Github repository Read the documentation Get Artyom.js ( latest version)Installation
If you don't use any module bundler like browserify, require etc, just include the artyom window script in the head tag of your document and you are ready to go !
<head>
<script src="artyom.window.min.js"></script>
</head>
The Artyom
class would be now available and you can instantiate it:
// If you are using VanillaJS
const artyom = new Artyom();
// Or if installed from NPM to use with a bundler
import Artyom from "artyom.js"
// const artyom = require("artyom.js");
const artyom = new Artyom();
Note
You need to load artyom.js in the head tag to preload the voices in case you want to use the speechSynthesis API. otherwise you can still load it in the end of the body tag.
About Artyom in this Browser
Loading info ...
According to your browser, speech synthesis and speech recognition may be available or not separately, use artyom.speechSupported
and artyom.recognizingSupported
methods to know it.
These are the available voices of artyom in this browser. See the initialization codes in the initialization area or read the docs.
Give artyom some orders in this website
Since you're in this website artyom has been enabled. Try using any of the demo commands in the following list to test it !
| Trigger command with | Description | Smart |
|---|
Voice commands
Before the initialization, we need to add some commands for being processed. Use the artyom.addCommands(commands)
method to add commands.
A command is a literal object with some properties. There are 2 types of commands normal and smarts.
A smart command allow you to retrieve a value from a spoken string as a wildcard. Every command can be triggered for any of the identifiers given in the indexes array.
const artyom = new Artyom();
// Add a single command
var commandHello = {
indexes:["hello","good morning","hey"], // These spoken words will trigger the execution of the command
action:function(){ // Action to be executed when a index match with spoken word
artyom.say("Hey buddy ! How are you today?");
}
};
artyom.addCommands(commandHello); // Add the command with addCommands method. Now
// Or add multiple commands at time
var myGroup = [
{
description:"If my database contains the name of a person say something",
smart:true, // a Smart command allow you to use wildcard in order to retrieve words that the user should say
// Ways to trigger the command with the voice
indexes:["Do you know who is *","I don't know who is *","Is * a good person"],
// Do something when the commands is triggered
action:function(i,wildcard){
var database = ["Carlos","Bruce","David","Joseph","Kenny"];
//If the command "is xxx a good person" is triggered do, else
if(i == 2){
if(database.indexOf(wildcard.trim())){
artyom.say("I'm a machine, I dont know what is a feeling");
}else{
artyom.say("I don't know who is " + wildcard + " and i cannot say if is a good person");
}
}else{
if(database.indexOf(wildcard.trim())){
artyom.say("Of course i know who is "+ wildcard + ". A really good person");
}else{
artyom.say("My database is not big enough, I don't know who is " + wildcard);
}
}
}
},
{
indexes:["What time is it","Is too late"],
action:function(i){ // var i returns the index of the recognized command in the previous array
if(i == 0){
aFunctionThatSaysTheTime(new Date());
}else if(i == 1){
artyom.say("Never is too late to do something my friend !");
}
}
}
];
artyom.addCommands(myGroup);
Pro tip
You can add commands dinamically while artyom is active. The commands are stored in an array so you can add them whenever you want and they'll be processed.
Start artyom
Now that artyom has commands, these can be processed. Artyom can work in continuous and uncontinuous mode.
Remember that artyom provides you the possibility to process the commands with a server language instead of javascript, you can enable the remote mode of artyom and use the artyom.remoteProcessorService
method.
Note
You'll need an SSL certificate in your website (https connection) in order to use the continuous mode, otherwise you'll be prompted for the permission to access the microphone everytime the recognition ends.
const artyom = new Artyom();
// This function activates artyom and will listen and execute only 1 command (for http connections)
function startOneCommandArtyom(){
artyom.fatality();// use this to stop any of
setTimeout(function(){// if you use artyom.fatality , wait 250 ms to initialize again.
artyom.initialize({
lang:"en-GB",// A lot of languages are supported. Read the docs !
continuous:false,// recognize 1 command and stop listening !
listen:true, // Start recognizing
debug:true, // Show everything in the console
speed:1 // talk normally
}).then(function(){
console.log("Ready to work !");
});
},250);
}
// This function activates artyom and will listen all that you say forever (requires https conection, otherwise a dialog will request if you allow the use of the microphone)
function startContinuousArtyom(){
artyom.fatality();// use this to stop any of
setTimeout(function(){// if you use artyom.fatality , wait 250 ms to initialize again.
artyom.initialize({
lang:"en-GB",// A lot of languages are supported. Read the docs !
continuous:true,// Artyom will listen forever
listen:true, // Start recognizing
debug:true, // Show everything in the console
speed:1 // talk normally
}).then(function(){
console.log("Ready to work !");
});
},250);
}
Pro tip
Set always the debug property to true if you're working with artyom locally, you'll find convenient, valuable messages and information in the browser console.
Artyom supports many languages
just change the code of the lang
property at initialization
Speech text
Use artyom.say to speak text. The language is retrieven at the initialization from the lang property.
Note
Artyom removes the limitation of the traditional API (about 150 characters max. Read more about this issue here).
With artyom you can read very extense text chunks without being blocked and the onEnd and onStart callbacks will be respected.
artyom.say("Good morning, i'm hungry.  Try with a longer text !");
}
});
artyom.say("Now i'll say this");
artyom.say("And this after the previous spoken text.");
Pro tip
Split the text by yourself in the way you want and execute and use
artyom.say
many times to decrease the probability of limitation of characters in the spoken text.
Speech text
Test it by yourself paste all the text you want in the following textarea and click on speak to hear it !
Speech to text
Convert what you say into text easily with the dictation object.
var UserDictation = artyom.newDictation({
continuous:true, // Enable continuous if HTTPS connection
onResult:function(text){
// Do something with the text
console.log(text);
},
onStart:function(){
console.log("Dictation started by the user");
},
onEnd:function(){
alert("Dictation stopped by the user");
}
});
UserDictation.start();
// Stop whenever you want
// UserDictation.stop();
Note
You'll need to stop artyom before start a new dictation using
artyom.fatality
as 2 instances ofwebkitSpeechRecognition
cannot run at time.
Simulate instructions without say a word
You can simulate a command without use the microphone using artyom.simulateInstruction("command identifier")
for test purposes (or you don't have any microphone for test).
const artyom = new Artyom();
/**
* Add a command that reacts to "Hello"
*/
artyom.addCommands([
{
indexes:["Hello"],
action:function(){
alert("Hey, how are you");
}
}
]);
artyom.simulateInstruction("Hello"); //Simulate a voice command with voice "hello".
Try simulating any of the commands of this document like "hello","go to github" etc.
Get spoken text while artyom is active
If you want to show the user the recognized text while artyom is active, you can redirect the output of the speech recognition of artyom using artyom.redirectRecognizedTextOutput
.
artyom.redirectRecognizedTextOutput(function(recognized,isFinal){
if(isFinal){
console.log("Final recognized text: " + recognized);
}else{
console.log(recognized);
}
});
All that you say on this website will be shown in the following box:
Recognized :Pause and resume commands recognition
You can pause the commands recognition, not the original speechRecognition. The text recognition will continue but the commands execution will be paused using the artyom.dontObey
method.
To resume the command recognition use the artyom.obey
. Alternatively, use the obeyKeyword property to enable with the voice at the initialization.
// Initialize artyom
// <some code to initialize>
// <add "say hi" command>
// then set dontObey
artyom.dontObey();
// Try to execute the say hi command, nothing will happen
// but in 10 seconds, the command recognition will be available again
setTimeout(function(){
artyom.obey();
// execute the say hi command and then it will work !
}, 10000);
Useful keywords
Use the executionKeyword
at the initialization to execute immediately a command though you are still talking.
Use the obeyKeyword
to resume the commands recognition if you use the pause method (artyom.dontObey
). If you say this keyword while artyom is paused, artyom will be resumed and it will continue processing commands automatically.
const artyom = new Artyom();
// obeyKeyword
// command : "play some music"
// If it's paused, you can say :
// listen to me, play some music
artyom.initialize({
continuous:true,
lang:"en-US",
obeyKeyword: "listen to me",
listen:true,
debug:true
});
// obeyKeyword
// command : "play some music"
// To execute immediately though you can still talking, say :
// play some music and do it now
artyom.initialize({
continuous:true,
lang:"en-US",
executionKeyword: "and do it now",
listen:true,
debug:true
});
Trending tops in Our Code World
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--- layout: page title: "RDF 1.1 Concepts and Abstract Syntax" description: "The Resource Description Framework (RDF) is a framework for representing information in the Web. This document defines an abstract syntax (a data model) which serves to link all RDF-based languages and specifications. The abstract syntax has two key data structures: RDF graphs are sets of subject-predicate-object triples, where the elements may be IRIs, blank nodes, or datatyped literals. They are used to express descriptions of resources. RDF datasets are used to organize collections of RDF graphs, and comprise a default graph and zero or more named graphs. RDF 1.1 Concepts and Abstract Syntax also introduces key concepts and terminology, and discusses datatyping and the handling of fragment identifiers in IRIs within RDF graphs." ---
| Document Name: | W3C TR http://www.w3.org/TR/rdf11-concepts |
|---|---|
| Document URI: |
http://www.w3.org/TR/rdf11-concepts
|
| Online Version: |
http://www.w3.org/TR/rdf11-concepts
|
| Organization: | World Wide Web Consortium (W3C) |
| Series: | Technical Report (TR) |
| Abstract: | The Resource Description Framework (RDF) is a framework for representing information in the Web. This document defines an abstract syntax (a data model) which serves to link all RDF-based languages and specifications. The abstract syntax has two key data structures: RDF graphs are sets of subject-predicate-object triples, where the elements may be IRIs, blank nodes, or datatyped literals. They are used to express descriptions of resources. RDF datasets are used to organize collections of RDF graphs, and comprise a default graph and zero or more named graphs. RDF 1.1 Concepts and Abstract Syntax also introduces key concepts and terminology, and discusses datatyping and the handling of fragment identifiers in IRIs within RDF graphs. |
genid
Return to ( Series | Organization | all Specifications )


Bitcoin is a digital currency built on a new technology
called the block chain.
Block chains have many potential uses but
first let's talk about how the Bitcoin currency works.
To send money now you have to go through a central authority like a bank.
A New Album
Green Your Home
Tickets to a Game
It’s public. Anyone can see money sent to or from the address. It’s also anonymous. No one knows this address is you unless you tell them.
You keep your key secret, and can share your address.

Computers compete to package these transactions into solid unchangable blocks.
Packaging is hard work. It’s usually done by special computers dedicated to the task.
All the other computers check to make sure the new block is correct.
The new block becomes part of a chain that includes all older blocks. This is the block chain.
The hard work it takes to package each block, makes it near impossible to change the history of records.


Buy Tokens:
Sell Tokens:
Wallet Balances:
If you are using this ĐApp from a regular browser please install MetaMask first.


Well, at least to an interactive map of it. I'm Henry Dominguez-Letelier, a pure-bred nerd, foodie, startupista, and student at Yale-NUS. I've made this map as part of my final project for a class called Anthropology of Food, but I promise no intense research here, just an interactive dive into ABC Brickworks.
Please click the red buttons to start exploring around, I'd recommend starting with ABC then hopping around inside the center following the A1 - C4 order. After that feel free to check out the circles around the center which feature exits and some public service announcement art. As a map key, the blue and green boxes are non-halal and halal tray return points respectivley and the zones were created based on stalls directly toucing / facing eachother.
I hope you enjoy and please do press all the red buttons!
All copyright Henry Dominguez-Letelier, feel free to connect on Linked In and check out the source code at my github page .


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__init__(self,
cactus)
x.__init__(...) initializes x; see help(type(x)) for signature |
source code
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update(self,
net,
history)
Assign local history to a net |
source code
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updateCNVs(self,
net,
history)
Update CNVs assigned to a chain given a new history on a given net |
source code
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absorbEvent(self,
history,
event)
Add event to local history |
source code
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pop(self,
history,
event)
Remove event from local history |
source code
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embalmDeadHistories(self,
other)
Embalm histories which do not need to store their data |
source code
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removeLowRatioEvents(self,
cutoff)
Filter out events which do not pass a ratio cutoff |
source code
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selectForRegion(self,
chr,
start,
end)
Select events which affect a given region |
source code
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Inherited from object :
__delattr__ ,
__format__ ,
__getattribute__ ,
__hash__ ,
__new__ ,
__reduce__ ,
__reduce_ex__ ,
__repr__ ,
__setattr__ ,
__sizeof__ ,
__subclasshook__
|


Psalm 146
1 Praise Yahweh.
Praise Yahweh, my soul.
2 I will praise Yahweh as long as I live;
I will sing praises to my God as long as I exist.
3 Do not put your trust in princes
or in mankind, in whom there is no salvation.
4 When a person's life's breath stops, he returns to the ground;
on that day his plans end.
5 Blessed is he who has the God of Jacob for his help,
whose hope is in Yahweh his God.
6 Yahweh made heaven and earth,
the sea, and all that is in them;
he observes trustworthiness forever.
7 He executes justice for the oppressed
and gives food to the hungry.
Yahweh frees the prisoners;
8 Yahweh opens the eyes of the blind;
Yahweh raises up those who are bowed down;
Yahweh loves the righteous people.
9 Yahweh protects the foreigners in the land;
he lifts up the fatherless and widow,
but he opposes the wicked.
10 Yahweh will reign forever,
your God, Zion, for all generations.
Praise Yahweh.


[gecode-users] std::set to Gecode::IntVar conversion - my quick and dirty solution
Grégoire Dooms
dooms at info.ucl.ac.be
Thu May 11 15:56:25 CEST 2006
Martin Mann wrote:
> It is not a final solution, because I would like to have a direct
> conversion from std::set<int> to Gecode::IntVar, but with a
> Gecode::IntSet step between it is usable.
For a more direct version, do this:
IntVar i(home, Limits::Int::int_min(), Limits::Int::int_max()); //
creates a -inf,+inf single range
GC_StlSetRangeIterator it(&s);
IntView iv(i); // modifiable wrapper around Int var implementation
GECODE_ME_FAIL(home, iv.inter(it)); //modify upper bound of var by
intersecting its ranges with the set iterator
cout << i << endl;
This way, you don't need to create the intermediate IntSet (and the
intermediate vector as I did because I forgot the std::set was already
sorted).
Best,
--
Grégoire
More information about the gecode-users
mailing list


Karla is as simple as a simple tap. We've made the experience simple, unique, and fast loading. It's time to check it out for yourself.


Toggle navigation
KK
Start
Repo
Link
W
eather Fun
Enter a City
Current Weather
Temp:
42º F
Wind:
12 mph - SSW
Humidity:
28%


We're a group of twenty-somethings passionate about avocado toast!
We wanted to share with you some of our favourite places in London, so you can also try them out!
For you, we've carefully selected the finest avocado toast in London


 We do not potty train, behavior train, or even train. Adopt at your own risk!
Contact us at<EMAIL_ADDRESS>for an adoption
You'll never be able to work at home with Fluffy!
Watch your fingers with this guy!
Picks up bugs around the yard!


You currently have 0 monies.
Everytime you click, you gain +1 monies.
You currently have 0 doggos
that each click once every 1000ms.
In total, you are making 0 monies/second.
You currently have 0 mama doggos.
You can prestige if you have 10 doggos.
Upon prestige, you lose all monies, upgrades and doggos, but gain +1 mama doggo.
Each mama doggo produces +1 new doggos every 10 ticks.


Zend\Filter\Inflector is a general purpose tool for rules-based inflection of strings to a given target.
As an example, you may find you need to transform MixedCase or camelCasedWords into a path; for readability, OS policies, or other reasons, you also need to lower case this, and you want to separate the words using a dash (‘-‘). An inflector can do this for you.
Zend\Filter\Inflector implements Zend\Filter\FilterInterface; you perform inflection by calling filter() on the object instance.
Transforming MixedCase and camelCaseText to another format
1 2 3 4 5 6 7 8 9 10 11 12 13 | $inflector = new Zend\Filter\Inflector('pages/:page.:suffix');
$inflector->setRules(array(
':page' => array('Word\CamelCaseToDash', 'StringToLower'),
'suffix' => 'html',
));
$string = 'camelCasedWords';
$filtered = $inflector->filter(array('page' => $string));
// pages/camel-cased-words.html
$string = 'this_is_not_camel_cased';
$filtered = $inflector->filter(array('page' => $string));
// pages/this_is_not_camel_cased.html
|
An inflector requires a target and one or more rules. A target is basically a string that defines placeholders for variables you wish to substitute. These are specified by prefixing with a ‘:’: :script.
When calling filter(), you then pass in an array of key and value pairs corresponding to the variables in the target.
Each variable in the target can have zero or more rules associated with them. Rules may be either static or refer to a Zend\Filter class. Static rules will replace with the text provided. Otherwise, a class matching the rule provided will be used to inflect the text. Classes are typically specified using a short name indicating the filter name stripped of any common prefix.
As an example, you can use any Zend\Filter concrete implementations; however, instead of referring to them as ‘Zend\I18n\Filter\Alpha‘ or ‘Zend\Filter\StringToLower‘, you’d specify only ‘Alpha‘ or ‘StringToLower‘.
Zend\Filter\Inflector uses Zend\Filter\FilterPluginManager to manage loading filters to use with inflection. By default, filters registered with Zend\Filter\FilterPluginManager are available. To access filters with that prefix but which occur deeper in the hierarchy, such as the various Word filters, simply strip off the Zend\Filter prefix:
1 2 | // use Zend\Filter\Word\CamelCaseToDash as a rule
$inflector->addRules(array('script' => 'Word\CamelCaseToDash'));
|
To use custom filters, you have two choices: reference them by fully qualified class name (e.g., My\Custom\Filter\Mungify), or manipulate the composed FilterPluginManager instance.
1 2 | $filters = $inflector->getPluginManager();
$filters->addInvokableClass('mungify', 'My\Custom\Filter\Mungify');
|
The inflector target is a string with some placeholders for variables. Placeholders take the form of an identifier, a colon (‘:’) by default, followed by a variable name: ‘:script’, ‘:path’, etc. The filter() method looks for the identifier followed by the variable name being replaced.
You can change the identifier using the setTargetReplacementIdentifier() method, or passing it as the third argument to the constructor:
1 2 3 4 5 | // Via constructor:
$inflector = new Zend\Filter\Inflector('#foo/#bar.#sfx', null, '#');
// Via accessor:
$inflector->setTargetReplacementIdentifier('#');
|
Typically, you will set the target via the constructor. However, you may want to re-set the target later. setTarget() can be used for this purpose:
1 | $inflector->setTarget('layouts/:script.phtml');
|
Additionally, you may wish to have a class member for your class that you can use to keep the inflector target updated – without needing to directly update the target each time (thus saving on method calls). setTargetReference() allows you to do this:
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 | class Foo
{
/**
* @var string Inflector target
*/
protected $_target = 'foo/:bar/:baz.:suffix';
/**
* Constructor
* @return void
*/
public function __construct()
{
$this->_inflector = new Zend\Filter\Inflector();
$this->_inflector->setTargetReference($this->_target);
}
/**
* Set target; updates target in inflector
*
* @param string $target
* @return Foo
*/
public function setTarget($target)
{
$this->_target = $target;
return $this;
}
}
|
As mentioned in the introduction, there are two types of rules: static and filter-based.
Note
It is important to note that regardless of the method in which you add rules to the inflector, either one-by-one, or all-at-once; the order is very important. More specific names, or names that might contain other rule names, must be added before least specific names. For example, assuming the two rule names ‘moduleDir’ and ‘module’, the ‘moduleDir’ rule should appear before module since ‘module’ is contained within ‘moduleDir’. If ‘module’ were added before ‘moduleDir’, ‘module’ will match part of ‘moduleDir’ and process it leaving ‘Dir’ inside of the target uninflected.
Static rules do simple string substitution; use them when you have a segment in the target that will typically be static, but which you want to allow the developer to modify. Use the setStaticRule() method to set or modify the rule:
1 2 3 4 5 | $inflector = new Zend\Filter\Inflector(':script.:suffix');
$inflector->setStaticRule('suffix', 'phtml');
// change it later:
$inflector->setStaticRule('suffix', 'php');
|
Much like the target itself, you can also bind a static rule to a reference, allowing you to update a single variable instead of require a method call; this is often useful when your class uses an inflector internally, and you don’t want your users to need to fetch the inflector in order to update it. The setStaticRuleReference() method is used to accomplish this:
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 | class Foo
{
/**
* @var string Suffix
*/
protected $_suffix = 'phtml';
/**
* Constructor
* @return void
*/
public function __construct()
{
$this->_inflector = new Zend\Filter\Inflector(':script.:suffix');
$this->_inflector->setStaticRuleReference('suffix', $this->_suffix);
}
/**
* Set suffix; updates suffix static rule in inflector
*
* @param string $suffix
* @return Foo
*/
public function setSuffix($suffix)
{
$this->_suffix = $suffix;
return $this;
}
}
|
Zend\Filter filters may be used as inflector rules as well. Just like static rules, these are bound to a target variable; unlike static rules, you may define multiple filters to use when inflecting. These filters are processed in order, so be careful to register them in an order that makes sense for the data you receive.
Rules may be added using setFilterRule() (which overwrites any previous rules for that variable) or addFilterRule() (which appends the new rule to any existing rule for that variable). Filters are specified in one of the following ways:
1 2 3 4 5 6 7 8 9 10 11 12 13 | $inflector = new Zend\Filter\Inflector(':script.:suffix');
// Set rule to use Zend\Filter\Word\CamelCaseToDash filter
$inflector->setFilterRule('script', 'Word\CamelCaseToDash');
// Add rule to lowercase string
$inflector->addFilterRule('script', new Zend\Filter\StringToLower());
// Set rules en-masse
$inflector->setFilterRule('script', array(
'Word\CamelCaseToDash',
new Zend\Filter\StringToLower()
));
|
Typically, it’s easier to set many rules at once than to configure a single variable and its inflection rules at a time. Zend\Filter\Inflector‘s addRules() and setRules() method allow this.
Each method takes an array of variable and rule pairs, where the rule may be whatever the type of rule accepts (string, filter object, or array). Variable names accept a special notation to allow setting static rules and filter rules, according to the following notation:
Setting Multiple Rules at Once
1 2 3 4 5 6 7 8 9 | // Could also use setRules() with this notation:
$inflector->addRules(array(
// filter rules:
':controller' => array('CamelCaseToUnderscore','StringToLower'),
':action' => array('CamelCaseToUnderscore','StringToLower'),
// Static rule:
'suffix' => 'phtml'
));
|
Zend\Filter\Inflector has a number of utility methods for retrieving and setting the plugin loader, manipulating and retrieving rules, and controlling if and when exceptions are thrown.
You can use a Traversable or an array to set rules and other object state in your inflectors, either by passing a Traversable object or an array to the constructor or setOptions(). The following settings may be specified:
Using a Traversable or an array with Zend\Filter\Inflector
1 2 3 4 5 6 7 | // With the constructor:
$options; // implements Traversable
$inflector = new Zend\Filter\Inflector($options);
// Or with setOptions():
$inflector = new Zend\Filter\Inflector();
$inflector->setOptions($options);
|
The source code of this file is hosted on GitHub. Everyone can update and fix errors in this document with few clicks - no downloads needed.


A simple yet powerful PHP tool to catch Git webhooks from GitLab, GitHub & Bitbucket and deploy your projects to your server after pushing.
Deepl.io catches and then acts on post requests sent by your git service-provider using webhooks. Currently github.com,
gitlab.com and bitbucket.org are supported.
You
configure your repository to send push-updates to your Deepl.io instance running on your server via Webhooks. Check the repository setting for the appropriate options. Deepl.io will check if the request comes from the right source,
detects if the branch that has been updated is correct and then executes your custom PHP or shell commands. Deepl.io only calls your commands, it does not act on it's own since this would be way too inflexible.
Download Deepl.io to your server or clone using Git. Consider creating a subdomain:
deploy.yourserver.com
.
Requirements: PHP, and your web host needs to allow php exec commands and mod_rewrite
has to be enabled.
Open config/config.example.json
and rename it to config.json
. Set a secret token and maybe configure allowed IPs.
You can configure the repositoryPath to a location outside the deepl.io path to use your own git repo for the deploy-configuration:
"repositoriesPath": "./../my-own-deployment-repositories/"
Then, add this to the webhook settings of your Git provider:
deploy.yourserver.com/your-secret-token
Right now, you need to configure your deploys manually. It's pretty simple: Open the repositories/
folder, create a new folder corresponding with your Git repository name and add 3 files:
your-repo.git
/branch.config.json
containing information (name, repository_ssh_url, branch) required to identify your deployment.
your-repo.git
/branch.script.php / .sh
contains the code that should be executed when the hook is called. PHP scripts take precedence over shell scripts since they can call themselves.
your-repo.git
/branch.request.json
(optional) containing a test JSON payload.
The branch.
part is needed to distinguish push events only for the desired branch.
Example Structure:
deepl.io.git
/master.config.json
deepl.io.git
/master.script.sh
deepl.io.git
/master.request.json
Make sure to set the "enabled" flag to enable execution
{ "enabled": true, "project": { "name": "Example Music Project", "repository_ssh_url": "git@example.com:music/example.git", "branch": "deploy/test" }, "mails": {<EMAIL_ADDRESS>"Michael Jackson"<EMAIL_ADDRESS>"Tina Turner" } }
It is important, that the "repository_ssh_url" matches the repository that your service provider delivers using the JSON payload. You can test this by calling /admin/ (protected by .htaccess, only works localy)
and updating the example request branch.request.json
:
"repository": { "git_ssh_url":"git@example.com:music/example.git", },GitHub JSON:
"repository": { "ssh_url": "git@github.com:music/example.git", },Bitbucket JSON:
Create repository_ssh_url
using the full repository name found in the json:
"repository": { "full_name": "music/example", },
<EMAIL_ADDRESS>+ {full_name}
+ .git
converts to git@bitbucket.org:music/example.git
Check logs/deeplio.log
if you have any problems or open up an issue.


function IsPointInTriangle(X, Y: TFloat): Boolean;
function IsPointInTriangle(Point: TFloatPoint): Boolean;
Check whether the given coordinates are within the triangle defined by the three color points. The function uses the barycentric coordinates and thus may only be called after the coordinations have been transformed in the PrepareSampling procedure. In this case a call will be typically pretty fast, otherwise, the output is undefined.


--- layout: post title: NCP 3+ date: 2010-10-21 11:52:18.000000000 +05:30 categories: - Illumos - Nexenta - Opensolaris tags: [] status: publish type: post published: true meta: _edit_last: '1' _wp_old_slug: '' author: login: admin email<EMAIL_ADDRESS>display_name: admin first_name: '' last_name: '' ---
The past few months have been quite hectic for the Nexenta project, and upstream OpenSolaris in general. A fork, Illumos, has become the new home of the OpenSolaris community. We've also been deciding on how to better work with userland upstream, and what that is going to be.
Below are specifics about various components.
Illumos
NCP4 will start using Illumos-gate as the base. The current build is b147.
Userland
We've had multiple discussions on which userland to choose going ahead.. the options being Ubuntu LTS or Debian. In the initial phase, we have decided to use Debian Sid as the base. (This isn't set in stone.. but given the effort invested in this direction by StormOS, it makes sense to utilise these packages).
Also Nexenta will no longer remain a full Debian/Ubuntu port.
The NCP project was started to provide a familiar system to a Linux user migrating to OpenSolaris, to get the advantages ZFS, Dtrace, and other technologies. This involved providing
The latter of the above is no longer true. Over the past 5 years, the OpenSolaris commandline has improved, and added support for these missing switches, and is generally the same as GNU command set.
So NCP4 will default to using Illumos commands by default. It will also default to the Illumos libraries and packages provided by Illumos. We will be closer to an upstream in active development, and optimised for solaris.
As to the userland, StormOS has made significant progress in porting many Debian sid base packages. We intend to work with these packages to get basic NCP4 going. The initial focus of NCP will be to port enough package to build a solid ZFS platform. Binaries provided by Illumos will be packages. Those packages not provided by Illumos (apt/dpkg/etc) will be ported from Debian/Ubuntu. The GNU build tools will be ported.
So, NCP4 will
SUN_PERSONALITY
NCP has long had the SUN_PERSONALITY environment switch that allowed for forcing a Sun Solaris environment. This was via a patch to execv. This feature of NCP will be discarded. While it provided for a way to shift between commandline ecosystems earlier, it was a hackish solution, and in light of the above changes, no longer makes sense.
NCP will, as ever, be fully open to community development. Build your favourite package, and make it available via the repository. This time around we also have the powerful auto-builder.
Join in
If you have any questions, feel free to join into the discussion on the developer mailing list, and our IRC room at #nexenta on freenode. And stay tuned for more updates.


A channel to discuss trading. For useful links and more info click the pinned messages to the right.
100 messages
Before 05-Dec-19 12:00 AM
Caglio20-Nov-18 09:08 AM
I deleted like 300 persons from twitter due the stuff they posted
Sdunbar20-Nov-18 09:08 AM
i didnt really buy much LTC though
Caglio20-Nov-18 09:09 AM
I just have LTC and KMD
FishyGuts20-Nov-18 09:09 AM
The litecoin spam?
Yeah it’s a lot.
I’m mostly KMD myself. And pirate but that’s because I am biased.
 What version of Agama do you have?
Do you use native or lite mode for KMD?
Sdunbar20-Nov-18 09:11 AM
I'm like 90%+ KMD haha
Caglio20-Nov-18 09:11 AM
I really dont know the difference
I am not sure there is a difference in android wallet ?
FishyGuts20-Nov-18 09:11 AM
When you open your wallet... do you type 24 words or does it start right away?
Caglio20-Nov-18 09:12 AM
digits
6 digits
PHBA206120-Nov-18 09:12 AM
since it's on mobile it is likely a lite version
FishyGuts20-Nov-18 09:12 AM
Mobile wallet? Ok.
Caglio20-Nov-18 09:12 AM
Yeah, the oldest one I guess, I remember finding it over reddit kmd page
FishyGuts20-Nov-18 09:13 AM
Pirate can’t get on mobile wallets yet.
It’s on the list but the private transactions are difficult for computers. We think Q2 2019 for a pirate mobile / lite wallet.

This operation is pending. You will be notified when when it has finished.
Caglio20-Nov-18 09:15 AM
I feel like a slut now
Last time I got tipped she wanted to take me home ( :
FishyGuts20-Nov-18 09:15 AM
Just keep your clothes on... unless you’re sending pics to @Hollowman9000 - then kindly remove all clothing please.
Caglio20-Nov-18 09:16 AM
Thank you kind sir
Haha so I need to be careful around @Hollowman9000 thanks for the tip(s)
Seko20-Nov-18 09:17 AM
We have already a croatian... @P3L3 ...I´m sorry...
FishyGuts20-Nov-18 09:19 AM
Dang. That’s ok. Thanks for lookin @Seko
Caglio20-Nov-18 09:19 AM
Anyway, is komodo going to change name?
Cos I actually like it like this :/
FishyGuts20-Nov-18 09:20 AM
@Caglio are there any specific social media sites with a crypto focus that are Croatian focused or Croatian only?
What are the main forms of social media in your country?
Caglio20-Nov-18 09:22 AM
Croatians use Facebook
and Instagram
And about social media sites about crypto
We probably have some but nothing in particular crosses my mind now
Most of those sites we had
were sited made for certain people to profit
for example some guy made a guide how to buy crypto
and put his referal links inside
stuff like that
our newspapers sometimes write about it, but its mostly when something big happens, for example last years boom
and this years price drop
one of the most popular coins in my city ( cos I know few miners ) is certainly ETN
And I always hate talks about it
However I had a nice idea how to advertise Komodo
But like I said, maybe we should wait for a rebrand
I actually think that could get a price pump, I mean I am pretty sure it will pump the price, and not just pump n dump, but pump for real
Here is me blabbering again ( :
P3L320-Nov-18 09:28 AM
Hello,
We do have a few web sites involved in crypto education and we do have non profit a blockchain and cryptocurrency association aimed to gather projects and educate accordingly
Now, the Balkan region is a whole different story. You all kno wwhat Slovenia does and Serbia is not far away as well.
These are all former Yu republic with similar languages and understanding.
Caglio20-Nov-18 09:33 AM
Yeah Slovenia is strong in Crypto world
FishyGuts20-Nov-18 09:34 AM
If your miner friends like ETN for privacy then they will love pirate. Send them our way to mine as much as possible before the halving.
Pirate.black the website has all they would need to get started.
Equihash so GPU and asic friendly.
Caglio20-Nov-18 09:35 AM
I have no idea why they mine ETN to be honest, but I will tell them, thanks ( :
I didnt even know ETN is a privacy coin
All I know is they repeat how you can pay bills in UK with it, which I think its a bullshit
PHBA206120-Nov-18 09:36 AM
ETN is a fork from Monero, to be exact
but you have to do kyc in order to spend them, which is weird
Caglio20-Nov-18 09:37 AM
Well I had no idea about that
Another question
FishyGuts20-Nov-18 09:37 AM
KYC means your giving up your privacy.....
Caglio20-Nov-18 09:37 AM
Do you guys remember a coin named Dash ?
FishyGuts20-Nov-18 09:38 AM
To uses privacy coin.

Caglio20-Nov-18 09:38 AM
Haha I have no idea
PHBA206120-Nov-18 09:38 AM
I had very nice return buying etn ICO
Caglio20-Nov-18 09:38 AM
I wanted to ask you what is happening with it
FishyGuts20-Nov-18 09:38 AM
Don’t know. I don’t follow dash.
PHBA206120-Nov-18 09:38 AM
Dash yes, ofc, it is still ahead of kmd in term of marker cap lol
Caglio20-Nov-18 09:38 AM
It used to be really strong coin, and I even remember they sponsored Bellator figter Rory McDonald
But noone ever talks about it anymore
P3L320-Nov-18 09:40 AM
they be building (edited)
KMD TipBotBOT20-Nov-18 09:41 AM
TipBot
Cannot tip with entered amount.
Caglio20-Nov-18 09:44 AM
I never tried to send komodo using a privacy mode
I understand those are some Z wallets ?
PHBA206120-Nov-18 09:45 AM
Z address
T address are transparent and Z are private
Caglio20-Nov-18 09:46 AM
So is there a possibility to have a Z address in agama mobile wallet ?
I know they cant earn you a %
but still
Cryptoon20-Nov-18 09:47 AM
damn btc hit 4200 on coinbase
snowdamn20-Nov-18 09:47 AM
i hate Coinbase
Caglio20-Nov-18 09:47 AM
ltc 30
dokrates20-Nov-18 09:49 AM
me too
Caglio20-Nov-18 09:49 AM
I remember when I first got into crypto
Ltc was like 35$ back then
I went to a bank to deposit money, and get it on coinbase
Over SEPA transfer... deposited 1000 euros ( which is like I said over 2 paychecks of mine )
Somehow, a women in a bank did that in HRK ( croatian currency ), even tho SEPA - means smt like Single Euro Payments
Well, coinbase states, all deposits in wrong currency, will automaticly be rejected and returned to bank account they were sent to


This example shows that your browser cannot meet the FPS requirements due to performance issues and will use a lower one instead.


--- layout: page title: About header-img: "img/about-bg.png" ---
I'm Andrew Hyde, a photographer and startup founder based in London. Currently learning to code with Flatiron School.


dataset import COLLECTION_NAME CSV_FILENAME ID_COL_NUMER
import adds JSON documents to a collection from a CSV table.
In the following examples the CSV filename is data.csv. The first column (column 1) is used as the value for KEY if specified. Our collection is named “data.ds”.
dataset import data.ds data.csv 1
By default the header row of the table (the first row of the table) is used as the attribute names of the JSON document you create on import. If you don’t want that behavior you can use the “-use-header-row=false” option and the fields will be in the form of “column_NO” where “NO” is replaced with a left zero padded column number (e.g. column_001, column_002, column_003).
Related topics: export-csv


Pet Adoption Agency
Adopting a pet is probably one of life’s greatest joys. But before you choose to make that life-changing decision, you must sit down and think it through.


Polled SPI master defintion. More...
#include <spi_polled.h>
Data Fields | |
| struct spi_master | base |
| Base spi_master. | |
| struct workqueue_task | poll |
| Task to use for polling the spi hardware. | |
| spi_start_func_t | start |
| Virtual method for starting transfer. | |
| uint8_t | op |
| Ongoing operation bitfield (spi_polled_op_flags). | |
| const uint8_t * | write_data |
| Current write data pointer. | |
| uint8_t * | read_data |
| Current read data pointer. |
Polled SPI master defintion.
Definition at line 67 of file spi_polled.h.
Ongoing operation bitfield (spi_polled_op_flags).
Definition at line 75 of file spi_polled.h.
Referenced by spi_poll(), and spi_polled_is_buffer_op().
Task to use for polling the spi hardware.
Definition at line 71 of file spi_polled.h.
Referenced by spi_poll(), and spi_polled_sched_poll().
Virtual method for starting transfer.
Definition at line 73 of file spi_polled.h.


2020
CC Global Summit 2020 in Lusaka, Zambia
The logo of CC Global Summit 2015 was decided through the logo competition from 8. June to 7. July.
Take a look at the last two CC Global Summits which took place in Lusaka, Zambia
CC Global Summit 2020 in Lusaka, Zambia
CC Global Summit 2019 at Valendale University


September 24
Now the Lord is that Spirit: and where the Spirit of the Lord is, there is liberty. 2 Corinthians 3:17
Liberty. If you could put the will of God into one word, that would be the word. God wants people to be free. Free from sin, sickness, poverty, oppression and every other curse.
That freedom is what Jesus came to provide. He said, "The Spirit of the Lord is upon me, because he hath anointed me to preach the gospel to the poor...to heal the brokenhearted, to preach deliverance to the captives, and recovering of sight to the blind, to set at liberty them that are bruised" (Luke 4:18). That's what He trained His disciples to do.
Some people say, "Well, I don't know about that. That may not be God's will for today."
But listen, the Bible says God never changes. He hasn't changed His will for the earth. He doesn't do one thing awhile and then go do another thing awhile.
Jesus' life was a perfect picture of God's will 2,000 years ago-- and it still is! That's why He left instructions for us to go and do the works that He did. That's why He sent the Holy Spirit to empower us to do them.
Jesus still wants to do the will of the Father here on earth--but He does it through us. He has to work with us until we're willing to lay down our traditions and let Him do His thing. That's what the early Church did. They started out with a bang because they did as Jesus taught them. Everywhere they went people became free.
Let's pray for the Church of today to deliver the liberty of God to the world. Let's quit questioning the will of God and start carrying it out instead. He said the works that He did we would do also and even greater works (John 14:12). It's time for us to take up where Jesus left off and set the captives free!
Scripture Reading: Isaiah 61:1-11


To begin, let's answer some questions:
There's so much information and rules... where do I start?
If you haven't already, you should learn the basics of environment diagrams as outlined in one of our past TA's resources and review week 1's discussion worksheet!
But Michael, why are we learning this?
Sometimes, code can get complicated. Environment diagrams will help you visualize which stack frames have which variables and give you information about the current state of the functions you're executing.
Does this come in handy in real life?
Our problems are purposefully tricky and convuluted. This is so you get really good at it. Once you get enough practice, you'll be able to mentally apply this knowledge of environment diagrams in the code base at any tech company you're working at. In my personal experience, it has come in handy in other CS courses as well as interviews (!!)
I don't wanna do thi-
wasn't a question. let's start!
Work it out with pencil and paper first, then copy and paste into pythontutor for the answer ;~)
def listenup(oski): count = 0 if not oski: return count else: count += max(len(oski[count]), len(oski)) def denero(x, y): return lambda z, h: y + h if count * 2 == len(oski[0] + oski[-1]): return denero(len(oski), oski[1]) return listenup(oski[::-1][0]) me = listenup(["I", "Love", "Lists"]) you = listenup(["You", "Also", "Love", "Lists"]) print(me(you(me(you, "None"), "2"), "denero"))
Runtime (Synonymous with 'Orders of Growth'), is the term used to describe the efficiency of various algorithms. In 61A, you'll develop an intuitive sense for how much it "costs" to run through a particular function using Big-O/Theta (for our purposes, we'll treat these as synonymous terms) notation.
If you've regularly attended discussion *cough* please go *cough*, you'll probably be familiar with the pertinent common orders of runtimes. If not, here's some review. They're listed from fastest runtime to slowest:
\(\Theta(1)\) Constant \(\Theta(log(N))\) Logarithmic \(\Theta(N)\) Linear \(\Theta(N^2), \Theta(N^3)\), etc... Polynomial time \(\Theta(2^N)\) Exponential Time
Sometimes you'll even run into some runtimes that are combinations or variations of the common orders, like \(\Theta(Nlog(N)), \Theta(N^N), \Theta(4^N)\), or even \(\Theta(N!)\). Scared yet? You probably won't need to be too concerned with some crazy variation (until 61B that is :^) ), but if it comes up on an exam, hopefully you'll have a better sense of identifying the tricky ones after you browse some of the problems listed below. Let's start by looking at a simple problem:
def printer(N): for i in range(N): print(i)
As a rule of thumb, when analyzing algorithms, you'll want to note how many times you "perform an operation". This includes things like making recursive calls and using a 'for' loop to traverse an array, In this case, you're printing each item in a list of N size. Of course you'd have to then you iterate through a list of N items, and proceed to print out each item. In this case, you'll go through N items, so you can denote that as a runtime of N.
What about this problem? It's trickier - It takes an array of integers (let's pretend that each integer value in this array represents calories of food you ate) as an input and prints out how many bites of food you took as well as how many calories you consumed.
def foodEater(FoodCalories): bites = 0 calsconsumed = 0 for x in FoodCalories: bites += 1 for y in FoodCalories: calsconsumed += y print("I took" + bites + "bites of food and consumed" + calsconsumed + "calories, yikes!")
In this code, you can see that there are two "for" loops. Take time to convince yourself that the total runtime would be \(\Theta(N+N)\), or \(\Theta(2N)\). However, the fact that we're iterating through two separate for loops doesn't affect the OVERALL runtime, so we can generalize this cost to \( \Theta(N)\). Cue cool topic transition...
Drop the constants.
\(\Theta(5N)\) will simplify to \(\Theta(N)\)
\(\Theta(999)\) simplifies to \(\Theta(1)\).
Drop the non-dominant runtimes
\(\Theta(3N^3 + N^2 + 9)\) is upper bounded by \(\Theta(N^3)\).
\(\Theta(N + N + N)\) is \(\Theta(3N)\), so it'll simplify to \(\Theta(N)\).
CORRELATIONS WARNING: do NOT always rely on this to hold true, but it's a good way to guess if you really can't figure out what the runtime is.
"for" loop: If iterating through the entire range of a number or an array of N-size, it will be \(\Theta(N)\)
Double-nested "for" loop: \(\Theta(N^2)\)
Triple-nested "for" loop: \(\Theta(N^3)\), etc..
Trees with N leaves can usually be generalized as \(\Theta(N^d)\) where d is the depth of the tree.
Binary Trees are usually \(\Theta(2^N)\), since they have two leaves for each tree.
Binary Search, or instances where you find a recursive call on half of the elements at a time: \(\Theta(log(N))\)
This code takes in an integer N, and outputs a number.
def splitter(N): if N <= 0: return 2 return splitter(N-1) + splitter(N-1)
This code takes in a balanced binary search tree, and returns the summation of all the nodes in the tree.
def treeSum(tree): if tree == null: return 0 else: return treeSum(tree.left) + tree.value + treeSum(tree.right)
This code computes the power of \(A^B\). Assumes \(B \ge 0\).
def powers(A, B): if B == 0: return 1 else: return A * powers(A, B-1)
This code computes the remainder of \(A \over B\) (aka A % B). Assumes \(B \gt 0 \).
def remainder(A , B): div = A // B return A - div * B
The following code computes the integer square root of a number. If the number is not a perfect square, then it returns -1. It does this by a process called successive guessing. What is its runtime?
def sqrooter(N): return sqrt_helper(N, 1, N) def sqrt_helper(N, min, max): if max < min: return -1 guess = (min + max) // 2 if (guess * guess) == N: return guess // found it! elif (guess * guess) < N: return sqrt_helper(N, guess + 1, max) // Try a higher guess else: return sqrt_helper(N, 1, guess - 1) // Try a lower guess
This code functions similarly to the one above, it's just written differently. What is it's runtime?
def sqrooter(N): guess = 1 while (guess * guess) <= N: if (guess * guess) == N: return guess guess += 1 return -1
This code takes in an integer and returns the summation of the digits.
def digitizer(N): sum = 0 if N < 0: N *= -1 while N > 0: sum += N % 10 N = N // 10 return sum


Here are my blogs that I write at the end of each week throughout my DevBootCamp phases. I currently blog about the cultural and technical aspects of each week. We cover a variety of topics crucial to web-development, some of them involving various programming languages that are taught on the spot. I find that the experience gained through each week have helped me to cover much more material than I ever could have on my own.
Here, I try my best to encapsulate those experiences and adequately explore the material covered in my technical entries. I've gotten to know people better as the course progresses - both my overall understanding of the cohort continues to grow as well as my understanding of DBC's culture. I'll be writing about my expanding DBC social experiences in my cultural entries.
Periodically I'll be updating this site as I learn new things, and discover how to add cool new features. I hope you're impressed with different background colors and beveled borders! I'll also be adding more content here once as I start to produce finished coding assignments for DBC as well as projects I pursue on my own.


Learn how to build database-driven websites, applications and APIs in Node.js.
Use the sidebar on the left to navigate the docs.
The getting started guide walks you through how to manually setup a KeystoneJS website. it's a great place to begin.
Once you're comfortable with KeystoneJS it's time to configure. There are many possible settings and services to let you build your app or website.
KeystoneJS builds on top of Mongoose schema's to create "Lists", which contain items. Lists are available in the Admin UI.


%include templates/parts/head.html
%include templates/parts/navBar.htmlUpdated by Chris and Chris. Thanks to Julie Zelenski, Nick Parlante, Jerry Cain, Eric Roberts, Keith Schwarz, Dawson Zhou, Leonid Shamis (UC Davis) and Marty Stepp.
Nov 30th, 2016
This assignment focuses on graphs, specifically on searching for paths in a graph. You will write several path finding algorithms.
We provide you with several support files, but you should not modify them. Turn in the following files;
trailblazer.cpp
, code to perform graph path searchesmap-custom.txt
, a world map of your own creation.map-custon.jpg
, a world map of your own creation.This is a pair assignment. You may work in a pair or alone. Find a partner in section or use the course message board. If you work as a pair, comment both members' names atop every code file. Only one of you should submit the program; do not turn in two copies. Submit using the Paperless system linked on the class web site.
This program displays various road maps and allows users to find the shortest path between any two nodes. For example, if the user loaded the Stanford map and selected a node at the top of the Oval and another node at FroSoCo, your program should display the best route:
If you click on any two nodes in the world, the program will find a path from the starting position to the ending position. As it does so, it will color the vertexes green and yellow based on the colors assigned to them by the algorithm. Once the path is found, the program will highlight it and display information about the path cost in the console. The user can select one of four path-searching algorithms in the top menu:
The window contains several controls. You can load world maps by selecting them from the bottom drop-down menu and then clicking the "Load" button.
In your trailblazer.cpp file, you must write the following 4 functions for finding paths and creating mazes in a graph:
Path breadthFirstSearch(RoadGraph& graph, Vertex* start, Vertex* end)
Path dijkstrasAlgorithm(RoadGraph& graph, Vertex* start, Vertex* end)
Path aStar(RoadGraph& graph, Vertex* start, Vertex* end)
Path alternativeRoute(RoadGraph& graph, Vertex* start, Vertex* end)
Each of the first three implements a path-searching algorithm taught in class. You should search the given graph for a path from the given start vertex to the given end vertex. If you find such a path, the path you return should be a list of all vertexes along that path, with the starting vertex first (index 0 of the vector) and the ending vertex last.
A Path
is a typedef of a Vector<Vertex *>
. It is an alias for the same exact type.
If no path is found, return an empty path. If the start and end vertexes are the same, return a one-element vector containing only that vertex. Though some graphs may be undirected (all edges go both ways), your code should not assume this. You may assume that the graph passed in is not corrupt.
Our provided main client program will allow you to test each algorithm one at a time before moving on to the next. You can add more functions as helpers if you like, particularly to remove redundancy between some algorithms containing similar code.
The road network world is represented by a RoadGraph, which is a thin wrapper around the BasicGraph we saw in class. Each vertex represents a specific location on the world. An edge between two verticies means that there is a direct road between the two. The cost of the path is the time it takes to traverse that road.
Your algorithm should work on any RoadGraph instance, such as this map of Middle Earth that can help Frodo get from the Shire to Mount Doom:
We provide you with a lot of starter code for this assignment. Here is a quick breakdown of what each file contains, though you do not need to examine or know about each file or its contents in order to complete the assignment.
trailblazer.h/.cpp:
We provide a skeleton version of these files where you will write your path-searching code for the assignment.Color.h/.cpp
Constants representing colors of verticiesTrailblazerGUI.h/.cpp
The app's graphical user interface.trailblazermain/.cpp
The main function that initializes the GUI and launches the application.World(Abstract,Map).h/.cpp
Hierarchy of types of world graphs.Each vertex in the graph is represented by an instance of the Vertex structure, which has the following members:
| Vertex Member | Description |
|---|---|
string name |
vertex's name, such as "r34c25" or "vertex17" |
Set<Edge*> edges |
edges outbound from this vertex |
void setColor(Color c) |
sets this vertex to be drawn in the given color in the GUI, one of UNCOLORED, WHITE, GRAY, YELLOW, or GREEN |
string toString() |
returns a printable string representation of the vertex for debugging |
When you call setColor on a Vertex, the GUI is automatically updated, the programs internal count of the number of verticies that you touch is increased, and a delay is added (so you can see your algorithm animate). All vertex colors are reset before each of your path-searching algorithms is called.
Each edge in the graph is represented by an instance of the Edge structure, which has the following members:
| Edge Member | Description |
|---|---|
Vertex* start |
the starting vertex of this edge |
Vertex* finish |
the ending vertex of this edge (i.e., finish is a neighbor of start) |
double cost |
cost to traverse this edge |
string toString() |
returns a printable string representation of the vertex for debugging |
The vertexes and edges are contained inside a RoadGraph object passed to each of your algorithm functions.
| RoadGraph Methods | Description |
|---|---|
Set<Vertex *> getNeighbors(Vertex * v) |
get all Verticies that can be reached by a single edge from v |
Edge * getEdge(Vertex * start, Vertex * end) |
return the edge that connects start to end |
double getMaxRoadSpeed() |
the fastest speed of any edge in the graph |
double getCrowFlyDistance(Vertex * start, Vertex * end) |
the distance between two nodes as the crow flies. |
Coloring: In addition to searching for a path in each algorithm, we also want you to add some code to give colors to various vertexes at various times. This coloring information is used by the GUI to show the progress of your algorithm and to provide the appearance of animation. To give a color to a vertex, call the color member function on that vertex's Vertex object, passing it a global color constant such as GRAY, YELLOW, or GREEN. For example:
// set the start vertex's color to green start->setColor(GREEN);
Here is a listing of colors available and when you should use them:
The provided GUI has an animation slider that you can drag to set a delay between coloring calls. If the slider is not all the way to its left edge, each call to setColor on a vertex will pause the GUI briefly, causing the appearance of animation so that you can watch your algorithms run.
See the expected output files for reference on what your program should do. For Dijkstra's and A* you should get the same path costs as shown in the expected outputs. But you do not need to exactly match our path itself, nor its "locations visited", so long as your path is a correct one
Check out the search handout for an example of the search algorithms. Each of the three search algorithms (BFS, Dijkstra, A*) follow the general paradigm:
Breadth-first search implementation notes: Implement the version of the algorithm pseudo-code from lecture. Make sure to keep track of nodes that you have already visited.
Dijkstra's algorithm implementation notes: The version of Dijkstra that we talk about in class is slightly different than the version in the book. Your implementation of Dijkstra's algorithm can follow any version. The one we talked about in lecture is probably the easiest. The priority queue should store paths, and once you find a path that ends in the destination, you should reconstruct the shortest path back. See the lecture slides for more details.
A* implementation notes: As discussed in class, the A* search algorithm is essentially a variation of Dijkstra's algorithm that uses heuristics to fine-tune the order of elements in its priority queue to explore more likely desirable elements first. So when you are implementing A*, you need a heuristic function to incorporate into the algorithm.
You can compare the behavior of Dijkstra's algorithm and A* (or any pair of algorithms). First try performing a search between two points using Dijkstra's algorithm, then select A* and press the "Run" button at the top of the GUI window. This will repeat the same search using the currently selected algorithm. Run a search using Dijkstra's algorithm, switch the algorithm choice to "A*," then run that search to see how much more efficient A* is.
In order for A* to work, you need to define a heuristic function which under-estimates the cost of travelling between two vertices.
For a road map (where cost is travel time), a simple heuristic is to calculate the time it would take to get between the nodes assuming that there was a direct super highway between the two nodes. If the speed of a super highway is as fast or faster than the speed on any road then the algorithm will underestimate the true graph distance (which makes it an admissable heuristic). To calculate how long it would take to travel along a super highway between two nodes use the two RoadGraph functions: getCrowFlyDistance
and getMaxRoadSpeed
.
Recall that traveTime = distance / speed.
Your A* search algorithm should always return a path with the same length and cost as the path found by Dijkstra's algorithm. If you find that the algorithms give paths of different costs, it probably indicates a bug in your solution.
When travelling between two points on a road map, you may want to take the fastest route, but if there is a reasonable alternative you might prefer that instead. For example, though highway 101 is often slightly faster way to get to San Francisco, highway 280 is more beautiful (Chris Gregg thinks that you should also consider going all the way to highway 1). Your final task is to implement the alternativeRoute
function.
In this example the shortest path between the oval and the back of MemChu is shown in red, and a next best alternative is shown in blue:
We already know how to find a shorest path from a start to a goal. How do we find an alternate route?
To find an alternate path from a start node to an end node, first we are going to calculate the best (aka shortet) path between start and end. Then, for each edge in the best path we are going to calculate the shortest path from start to end that ignores that edge. Each search will return a candidate "alternate route". Your function should return the lowest cost alternate route that is sufficiently different from the original best path.
The difference of an alternate path P from the best path B is defined to be the number of nodes that are in B, but are not in P divided by the number of nodes in P:
For each edge in the best path you will produce one candidate alternate route. Your function should choose, from those candidates, the shortest path that has a difference score greater than 0.2 when compared to the the original best path (see the constant SUFFICIENT_DIFFERENCE).
The shortest alternate route is the path Start -> D -> A -> B -> C -> End. However it has a difference score of 0.2 (recall that we are looking for a path with difference score greater than 0.2). The shortest alternative that also has a difference greater that 0.2 is: Start -> A -> E -> F -> C -> End
That is the path that your alternative path algorithm returns.
There are different ways to accomplish the modification to your path algorithm. One option is to simply write a separate and modified Dijkstra or A* function that has the ability to ignore an edge. While this option is allowed for your project, it does duplicate a lot of code. A better option would be to refactor your code and write a modified function that performs Dijstra or A* and can either perform the standard algorithm or can ignore a given edge. Then, modify your original Dijkstra or A* function to simply call your new function.


Flows¶
CodeSnippet
You can download all the code on this page from the code snippets directory
A flow is a sequence of nodes that are trained and executed together to form a more complex algorithm. Input data is sent to the first node and is successively processed by the subsequent nodes along the sequence.
Using a flow as opposed to handling manually a set of nodes has a clear advantage: The general flow implementation automatizes the training (including supervised training and multiple training phases), execution, and inverse execution (if defined) of the whole sequence.
Crash recovery is optionally available: in case of failure the current
state of the flow is saved for later inspection. A subclass of the
basic flow class (CheckpointFlow
) allows user-supplied checkpoint
functions to be executed at the end of each phase, for example to save
the internal structures of a node for later analysis.
Flow objects are Python containers. Most of the builtin list
methods are available. A Flow
can be saved or copied using the
corresponding save
and copy
methods.
Flow instantiation, training and execution¶
For example, suppose we need to analyze a very high-dimensional input signal using Independent Component Analysis (ICA). To reduce the computational load, we would like to reduce the input dimensionality of the data using PCA. Moreover, we would like to find the data that produces local maxima in the output of the ICA components on a new test set (this information could be used for instance to characterize the ICA filters).
We start by generating some input signal at random (which makes the example useless, but it’s just for illustration…). Generate 1000 observations of 20 independent source signals
>>> inp = np.random.random((1000, 20))
Rescale x to have zero mean and unit variance
>>> inp = (inp - np.mean(inp, 0))/np.std(inp, axis=0, ddof=0)
We reduce the variance of the last 15 components, so that they are going to be eliminated by PCA
>>> inp[:,5:] /= 10.0
Mix the input signals linearly
>>> x = mdp.utils.mult(inp,np.random.random((20, 20)))
x
is now the training data for our simulation. In the same way
we also create a test set x_test
.
>>> inp_test = np.random.random((1000, 20))
>>> inp_test = (inp_test - np.mean(inp_test, 0))/np.std(inp_test, 0)
>>> inp_test[:,5:] /= 10.0
>>> x_test = mdp.utils.mult(inp_test, np.random.random((20, 20)))
We could now perform our analysis using only nodes, that’s the lengthy way…
Perform PCA
>>> pca = mdp.nodes.PCANode(output_dim=5) >>> pca.train(x) >>> out1 = pca(x)
Perform ICA using CuBICA algorithm
>>> ica = mdp.nodes.CuBICANode() >>> ica.train(out1) >>> out2 = ica(out1)
Find the three largest local maxima in the output of the ICA node when applied to the test data, using a
HitParadeNode
>>> out1_test = pca(x_test) >>> out2_test = ica(out1_test) >>> hitnode = mdp.nodes.HitParadeNode(3) >>> hitnode.train(out2_test) >>> maxima, indices = hitnode.get_maxima()
or we could use flows, which is the best way
>>> flow = mdp.Flow([mdp.nodes.PCANode(output_dim=5), mdp.nodes.CuBICANode()])
Note that flows can be built simply by concatenating nodes
>>> flow = mdp.nodes.PCANode(output_dim=5) + mdp.nodes.CuBICANode()
Train the resulting flow
>>> flow.train(x)
Now the training phase of PCA and ICA are completed. Next we append
a HitParadeNode
which we want to train on the test data
>>> flow.append(mdp.nodes.HitParadeNode(3))
As before, new nodes can be appended to an existing flow by adding them ot it
>>> flow += mdp.nodes.HitParadeNode(3)
Train the HitParadeNode
on the test data
>>> flow.train(x_test)
>>> maxima, indices = flow[2].get_maxima()
A single call to the flow
’s train
method will automatically
take care of training nodes with multiple training phases, if such
nodes are present.
Just to check that everything works properly, we can calculate covariance between the generated sources and the output (should be approximately 1)
>>> out = flow.execute(x)
>>> cov = np.amax(abs(mdp.utils.cov2(inp[:,:5], out)), axis=1)
>>> print cov
[ 0.9957042 0.98482351 0.99557617 0.99680391 0.99232424]
The HitParadeNode
is an analysis node and as such does not
interfere with the data flow.
Note that flows can be executed by calling the Flow
instance
directly
>>> out = flow(x)
Flow inversion¶
Flows can be inverted by calling their inverse
method.
In the case where the flow contains non-invertible nodes,
trying to invert it would raise an exception.
In this case, however, all nodes are invertible.
We can reconstruct the mix by inverting the flow
>>> rec = flow.inverse(out)
Calculate covariance between input mix and reconstructed mix: (should be approximately 1)
>>> cov = np.amax(abs(mdp.utils.cov2(x/np.std(x,axis=0),
... rec/np.std(rec,axis=0))))
>>> print cov
0.999622205447
Flows are container type objects¶
Flow
objects are defined as Python containers, and thus are endowed with
most of the methods of Python lists.
You can loop through a Flow
>>> for node in flow:
... print repr(node)
PCANode(input_dim=20, output_dim=5, dtype='float64')
CuBICANode(input_dim=5, output_dim=5, dtype='float64')
HitParadeNode(input_dim=5, output_dim=5, dtype='float64')
HitParadeNode(input_dim=5, output_dim=5, dtype='float64')
You can get slices, pop
, insert
, and append
nodes
>>> len(flow)
4
>>> print flow[::2]
[PCANode, HitParadeNode]
>>> nodetoberemoved = flow.pop(-1)
>>> nodetoberemoved
HitParadeNode(input_dim=5, output_dim=5, dtype='float64')
>>> len(flow)
3
Finally, you can concatenate flows
>>> dummyflow = flow[1:].copy()
>>> longflow = flow + dummyflow
>>> len(longflow)
5
The returned flow must always be consistent, i.e. input and output dimensions of successive nodes always have to match. If you try to create an inconsistent flow you’ll get an exception.
Crash recovery¶
If a node in a flow fails, you’ll get a traceback that tells you which node has failed. You can also switch the crash recovery capability on. If something goes wrong you’ll end up with a pickle dump of the flow, that can be later inspected.
To see how it works let’s define a bogus node that always throws an
Exception
and put it into a flow
>>> class BogusExceptNode(mdp.Node):
... def train(self,x):
... self.bogus_attr = 1
... raise Exception, "Bogus Exception"
... def execute(self,x):
... raise Exception, "Bogus Exception"
...
>>> flow = mdp.Flow([BogusExceptNode()])
Switch on crash recovery
>>> flow.set_crash_recovery(1)
Attempt to train the flow
>>> flow.train(x)
Traceback (most recent call last):
File "<stdin>", line 1, in ?
[...]
mdp.linear_flows.FlowExceptionCR:
----------------------------------------
! Exception in node #0 (BogusExceptNode):
Node Traceback:
Traceback (most recent call last):
[...]
Exception: Bogus Exception
----------------------------------------
A crash dump is available on: "/tmp/MDPcrash_LmISO_.pic"
You can give a file name to tell the flow where to save the dump:
>>> flow.set_crash_recovery('/home/myself/mydumps/MDPdump.pic')


24 July 2020
Even during the short time that I have been coding (a matter of weeks), I have realised that many of the problems I have encountered have been far more simple to solve than I expect.
As an attempt to build healthy practice with coding, I am beginning to build up a default response when I face a problem. It usually goes something like this:
Solving a problem elegantly for me means that I have remained in a relative state of calm, retaining my ability to hear, see and think ‘straight’ and am keeping any tendencies of frantic and/ or panic driven behaviour at bay. Usually the outcome in these situations looks like easy to read, considered, well formatted and concise code.
The Big Guns of Problem Solving:
Pseudocode-
Using comments writing in 'human language' to outline to structure of the function before coding it out.
I like this approach because it helps me get my thinking straight. It ensures that I have understood what the function is going to do and breaks down the process into more palatable bite sized pieces. It is like planning ahead and I think this ultimately saves time.
Trying something-
Having an honest go and using your own undetstanding and creativity to try a different approach.
I think this approach supports my independence and confidence as a coder. It encourages me to look at the challenge from different perspectives and call upon learning and experiences I have had before.
Rubber ducky method-
This is about explaining the problem out loud in order to use different parts of your cognition to understand it.
I don't have a rubber ducky, but I find that by speaking and hearing back both the challenge and the problem that I am working on,
solutions or new ideas can magically find their way to my mental inbox. Whether it is about using the auditory pathway or explaining what's going on in new words, the benefits of this practice are usually reward me with the answer or at least a clearer idea of the problem.
Reading error messages-
Error messages may look like gobbledygook, but usually some of it is decipherable and can even be helpful!
As aforementioned if I'm in a panic, error messages can be intimidating and confusing - like someone yelling at you in a foreign language. In actual fact, approach cooly, error messages are actually trying to help and give you directions. So step aside the culture shock and trust the intentions of this seemly foreign speaking machine, I find when I do I am usually rewarded by a huge hint about where I am going wrong in my logic.
Console.logging-
Chucking in a classic console.log() can help display what information can be revealed by the machine - or something similar to a status upate.
I like this approach because it's quick and usually quite helpful. For example, if it is a string or array I'm trying to work with then knowing what these actually look like can help me on my way.
Googling-
Infinite numbers of legends from our industry have faced similar, if not the same, problems in their time as ours and have shared their solutions for the benefit of everyone. How lovely is that? So the art involved here is understand the problem enough to dig out key words that will lead you to the google result that will be your saviour. Google is so full of stuff that being both specific and careful about your wording is important and prevents some of the overwhelm that can result from scrolling pages and pages of different results.
Asking your peers for help-
I sometimes find this hard, especially while in foundations as my peers are not so familiar to me. But when I have summond my courage and reached out I have been rewarded with both super helpful hints and usually a lovely human connection. Undoubtedly, we'll talk about other things, have a laugh and 5 or 25 'me too!' moments.
Asking coaches for help-
It is a similar experience to asking my peers for support, except I'm more inclined to go down this route because I assume that coaches asking question is more expected.
Improving your process with reflection-
There is always something to be learnt in every experience, to find out what this is reflective practices are a great way to start. It is like harvesting all the goods from an experience where you have invested time and effort. Obtaining a yeild from even the most annoying or frustrating of experience feels good, and propels us to go further.
Emma x


PROFESSIONAL
- Data Scientist @ Lytics
- December 2013 – Present
- Chief Scientist @ HighFive
- June 2013 – December 2013
- Hacker In Residence @ Techstars/Nike+
- March 2013 – June 2013
- Data Scientist @ Qualtrics
- July 2009 – September 2012
- Pollster @ UCEP
- August 2008 – April 2009
PERSONAL
My wife is a photographer. We have two daughters, both of whom are named after movie characters. We live in Portland, OR.
You won’t find any comment forms here. If you want to talk about something here, you can find me at @drewlanenga or drew@lanen.ga.


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LIST_XLS_WORKSHEETS
FunctionReturns a table containing the names and index numbers of the worksheets in a particular Excel workbook. The
workbook may be in .XLS
or .XLSX
format. This is a table-valued function that can be used
in the FROM
clause of a SELECT
statement and can participate in joins as if it were a
table.
LIST_XLS_WORKSHEETS(file-path)
.XLS
or .XLSX
workbook to inspect.A table with the following columns:
Column name Description Example value number
1-based index 1 name
Worksheet name "Sheet1"
-- Returns a table listing all the worksheets.
SELECT * FROM LIST_XLS_WORKSHEETS('C:\Workbook.xls');
-- Returns the name of the second worksheet, or an
-- empty table if there are fewer than 2 worksheets
-- in the workbook.
SELECT name FROM LIST_XLS_WORKSHEETS('C:\Workbook.xls') WHERE number = 2;


About
“Welcome to our Bistro. Come to Topanga and let us make your visit a memorable one. Enjoy the beauty of the Canyon, enjoy our delicious menu and enjoy the moments with those close to your heart.”
The Canyon Bistro is celebrating 12 years in Topanga,Ca., located in the canyon between the valley and Malibu. It all started with nearby Cafe Mimosa 14 years ago and I have really enjoy being a part of the Topanga community. The Bistro comes to life from a combination of things. Our personal desire to serve gourmet type fare at affordable prices, and the need for more dining choices in the canyon, which has been the overriding request we get from our customers at the Cafe. Cafe Mimosa is a wonderful place to come for your morning coffee and organic pastry, a nice sandwich or salad for lunch, and to shop for boutique items from France and jewelry made by local artisans (located 1/4 south of the bistro). No big kitchen though…thus our desire to build a full service restaurant. The Canyon Bistro & Wine Bar fills that need and at the same time is a place Topangans can call home. We also welcome our commuters coming through the canyon between the valley and the west side, and those from Calabasas and Agoura, Malibu and Pacific Palisades. We have an eclectic menu of gourmet comfort foods, prepared masterfully from our kitchen staff. As a life long musician/composer, I have such fond memories of all my trips to France when I was touring with various French artists as a pianist and music director. The family meal is truly that in France, when everyone comes together, no matter the schedule, to be together and share a meal. I love that, and the love of that experience is what I present to you in a contemporary setting here in Topanga.
Join us for lunch, dinner or brunch Monday through Sunday. Open 7 days. You can also call for takeout. Come to Topanga, come to dine with us and enjoy your friends and family under the stars. Live Music from some of the greatest musicians in L.A. on Friday nights. The Canyon Bistro…welcome home.
Larry Cohn, Owner of The Canyon Bistro & Wine Bar
Contact Form
We'd love to hear from you! Join our weekly mailing list!
120 N. Topanga Canyon Bl. Topanga, Ca. 90290
310.455.7800
Contact information<EMAIL_ADDRESS>About
“Welcome to our Bistro. Come to Topanga and let us make your visit a memorable one. Enjoy the beauty of the Canyon, enjoy our delicious menu and enjoy the moments with those close to your heart.”
The Canyon Bistro is celebrating 12 years in Topanga,Ca., located in the canyon between the valley and Malibu. It all started with nearby Cafe Mimosa 14 years ago and I have really enjoy being a part of the Topanga community. The Bistro comes to life from a combination of things. Our personal desire to serve gourmet type fare at affordable prices, and the need for more dining choices in the canyon, which has been the overriding request we get from our customers at the Cafe. Cafe Mimosa is a wonderful place to come for your morning coffee and organic pastry, a nice sandwich or salad for lunch, and to shop for boutique items from France and jewelry made by local artisans (located 1/4 south of the bistro). No big kitchen though…thus our desire to build a full service restaurant. The Canyon Bistro & Wine Bar fills that need and at the same time is a place Topangans can call home. We also welcome our commuters coming through the canyon between the valley and the west side, and those from Calabasas and Agoura, Malibu and Pacific Palisades. We have an eclectic menu of gourmet comfort foods, prepared masterfully from our kitchen staff. As a life long musician/composer, I have such fond memories of all my trips to France when I was touring with various French artists as a pianist and music director. The family meal is truly that in France, when everyone comes together, no matter the schedule, to be together and share a meal. I love that, and the love of that experience is what I present to you in a contemporary setting here in Topanga.
Join us for lunch, dinner or brunch Monday through Sunday. Open 7 days. You can also call for takeout. Come to Topanga, come to dine with us and enjoy your friends and family under the stars. Live Music from some of the greatest musicians in L.A. on Friday nights. The Canyon Bistro…welcome home.
Larry Cohn, Owner of The Canyon Bistro & Wine Bar
Contact Form
We'd love to hear from you! Join our weekly mailing list!
120 N. Topanga Canyon Bl. Topanga, Ca. 90290
310.455.7800
Contact information: larry@canyonbistro.net


The PyConES 2015 held in the School of Computing (ETSINF) of the Polytechnic University of Valencia, at the Campus de Vera, from 20 to 22 November 2015 . It is accessed by the Avenida de los Naranjos (Avinguda bear Taronjers) and the door is recommended to access is door P. From there you can access the building where the conference is done, that are labeled as 1G (ETSINF) and 1F (DSIIC). Keynotes will be in the Paraninfo (3A).
ETSInf
PyConES
DSIIC
Workshops
La Vella
Comidas
The Vera campus is located north of the city of Valencia in a quiet environment that borders the vegetable garden.
You can arrive in addition to using the car and walking, by using public transport:
Autobus EMT, lines 9, 18, 29, 40, 41 y 71
Metro Valencia, lines 4 y 9. Stop Universitat Politécnica
Escuela Técnica Superior de Ingeniería Informática
Universidad Politécnica de Valencia
Camino de Vera, s/n
46022 Valencia
PyConES is dedicated to providing a harassment-free conference experience for everyone, regardless of gender, sexual orientation, disability, physical appearance, body size, race, or religion. We do not tolerate harassment of conference participants in any form.
All communication should be appropriate for a professional audience including people of many different backgrounds. Sexual language and imagery is not appropriate for any conference venue, including talks.
Be kind to others. Do not insult or put down other attendees. Behave professionally. Remember that harassment and sexist, racist, or exclusionary jokes are not appropriate for PyCon.
Attendees violating these rules may be asked to leave the conference without a refund at the sole discretion of the conference organizers.
Thank you for helping make this a welcoming, friendly event for all.
Complete Code of Conduct


| Name | Users | Applications Deployed | Services Deployed | |
| Party Cluster 1 | 3 | 10 | 23 | Join! |
| Party Cluster 1 | 3 | 10 | 23 | Join! |
| Party Cluster 1 | 3 | 10 | 23 | Join! |
| Party Cluster 1 | 3 | 10 | 23 | Join! |
| Party Cluster 1 | 3 | 10 | 23 | Join! |
| Party Cluster 1 | 3 | 10 | 23 | Join! |
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wat
Party Clusters are shared Service Fabric clusters on Azure run by the Service Fabric team where you can deploy applications and learn about the platform. For free.
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how does it work?
Just click to join a cluster and we'll send you its connection address so you can start partying away. Each Party Cluster is the same and has a time limit. It runs for two hours, then it's automatically taken down and a fresh new one comes up so they don't get too cluttered. You can connect as many times as you want.
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what are the rules?
You can deploy any application you like to learn about the platform - we suggest starting with one of our sample applications. But remember, these are shared clusters, so others can see your applications.
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cool, does this run on Service Fabric too?
Glad you asked! The Party Clusters and this web page are managed by a Service Fabric application which is open source and available on GitHub.


Temporary closure of affected Gov’t Departments due to recent fire
by Department of Finance(PRESS RELEASE) – Due to the recent fire in the Voyagers building, the Department of Finance informs the general public of the temporary closure of the following government offices:
• The Treasury/Accountant General’s Department in the Dyana Building on Jeremie Street,
• Inland Revenue offices upstairs Digicel in the William Peter Boulevard, Blue Coral Mall and the Dyana Building on Jeremie Street,
• The General Post Office on Bridge Street,
• And the Customs Department in the New Cheriki Building and upstairs the Digicel Building in the William Peter Boulevard. Payment of customs duties will be facilitated at Shed 6 at the Castries Port.
This is a precautionary health measure due to the strong odor of smoke in the ventilation system of those departments. Regular service to the general public is expected to resume on Monday 25th November 2019.
The Department of Finance apologizes for any inconvenience caused due to this temporary closure.
For further information, please contact 468-1580/5512.
Headline News
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Voyager building entirely gutted by massive blaze says PM Chastanet November 22, 2019 9:38 AM
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Final phase of Sandals to Choc Road Widening Project November 22, 2019 7:12 AM
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BREAKING NEWS: Fire at Voyager building in Castries November 21, 2019 1:59 PM
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BTC receives new laptops November 21, 2019 10:19 AM
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US representative to OAS says political situation in Dominica ‘worrisome’ November 21, 2019 8:29 AM
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OBE Award recipients get high praise from PM Chastanet November 20, 2019 4:00 PM
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Anse La Raye fire victim gets donation in rebuilding efforts November 20, 2019 2:52 PM
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Bishop of Roseau describes situation in Dominica after unrest as “sad” November 20, 2019 2:46 PM
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Correspondent banking and de-risking discussed as Prime Minister meets with Chair of US Financial Services Committee November 20, 2019 12:54 PM


Mark Beeforth
Software Developer
Here's What I Do
I enjoy learning new skills
My Skills
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By Tony Voorhees
Tony Voorhees is a San Francisco-based creative director specializing in interactive design and development. He enjoy's creating unique experiences and meaningful products people love to use.
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2 references to CommandText
System.Management.Automation (2)
engine\hostifaces\Command.cs (2)
598
string commandText = RemotingDecoder.GetPropertyValue<string>(commandAsPSObject, RemoteDataNameStrings.
CommandText
);
654
commandAsPSObject.Properties.Add(new PSNoteProperty(RemoteDataNameStrings.
CommandText
, this.CommandText));


Plugin Information |
|---|
View Keycloak Authentication on the plugin site for more information. |
(a fork with a newer keycloak version and a separate update-site can be found at this Home page)
Usage
You can watch the screencast in Vimeo/YouTube (You may have to put the speaker in high volume)
(applies only to the older plugin version)
Usage of the newer version:
Step 1 : Create a keycloak client in a realm
Lets call the realm 'ci' and the client 'jenkins'
Jenkins is running on port 8080
Create the client accordingly
Also make sure sample users are also created, in this case I have created 'devlauer'.
Step 2 : Copy the keycloak.json
Step 3 : In the Jenkins global settings page paste the content
Step 4 : In the Security Realm activate the security realm of the plugin
Step 5 : Login into jenkins
User would be redirected to keycloak for authentication
Step 7 : Keycloak would redirect back to jenkins
User would be redirected back to callback URL
===========================================================================================================================
You would also like to integrate keyclcoak with sonar
TODO
Authorization
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I received my package of herbs from an online supplier several weeks ago, and last night decided to give the Kratum a try for the first time.
I wanted to try and decided to start out light. Boy am I glad.
After much reading I figured a threshold test of the material would be a good start to get a baseline feel for the batch. I purchased 25 grams of crushed leaves of standard grade (no extract or anything labeled Premium or Super). I decided on 3 grams for a threshold amount.
My last meal was had at 6 pm. No snacks since. No MAOI's or other drugs present in my system.
I put 2 cups of water in the microwave on High for 2 minutes. I then added the 3 grams (weighed on a digital scale that I calibrated just prior to making the tea) of leaves to the water and microwaved another 4 minutes on High. The water had just started to boil as the time was up. I let the mix steep for 15 minutes. I had read that 20 minutes was the most common steep time, but hey, I was going for a threshold effect.
After 15 minutes, I strained the leaves from the water and drank it down. To my surprise, the tea wasn't bad. I usually drink coffee without cream or sugar, and the taste of the tea was no worse than that.
T = 10:45 pm
T+0:15 Very slight effects are noticeable. Hard to pinpoint, not quite light headed, but a feeling more like not having had enough sleep the night before, but not in a sleepy way.
T+0:40 Notice definite effects now, difficulties refocusing eyes quickly when I turn my head. It feels like I've taken 10-15 milligrams of Vicodin at this point.
At this point the effects didn't intensify too much more, but lasted consistently until I went to bed at 2 am, and no nausea.
I awoke around 9:30 am feeling fine. I thought to myself, 'Cool, a positive experience.' I showered, got dressed, and went downstairs to enjoy my day.
After having been awake and moving around for 45 minutes, I became a little light-headed. It quickly started to get nauseous and to feel like I was having a mild alcohol hangover (which I haven't had for years). I hadn't eaten anything yet, and had only had a couple of sips of bottled water since waking.
After about 2 hours of light snoozing, I was able to get up and move around again without any further incident. I was still a bit 'off' for a couple more hours, and I had no desire to eat anything until dinner time because of the morning nausea. And this from what was supposed to be a threshold amount of Kratum?
All in all, it wasn't a bad experience. Without a doubt this was because I heeded the warnings to try the threshold amount of your product for a first time use. Thank God I actually took the advice. This would've been typed up as a disaster had I tried to use the 'common' dosage level.
It now occurs to me that it would be most prudent to check the threshold level for ANY new batch of product (even if used before) and because of this experience, I'll be doing just that.
Peace.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


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[ Regulatory effect of insulin on glucocorticoid receptor in human peripheral leukocytes] The regulatory effect of insulin on the specific binding power of glucocorticoid receptor (GR) of human leukocytes was assessed by the unoccupied receptor sites capable of combining with[ 3H] labelled dexamethasone measured at 3 and 24 h after incubation with various concentrations of insulin added to the medium.
Abstract
After 3 h incubation the specific binding power with[ 3H] Dex was decreased by 23.3 +/- 10.0, 32.2 +/- 13.2 and 54.3 +/- 9.2 % (P greater than 0.05, P greater than 0.05 and P less than 0.01 as compared with the control value of 100 in the absence of insulin) respectively in the presence of 20 mU/L (physiological testing concentration), 200 mU/L (physiological upper limit) and 2, 000 mU/L (pharmacological concentration) insulin in the incubation medium. After 24 h incubation the decrease of these values increased respectively to 43.5 +/- 19.0, 56.1 +/- 20.7 and 80.2 +/- 15.5 (P less than 0.05, P less than 0.01 and P less than 0.01 compared with control). Thus the inhibitory effect of insulin on the GR binding power is both dose- and time-dependent, which strongly suggests that GR is tonically controlled by insulin concentration change under physiological conditions.


--- title: "You sound like you're from London" date: 2018-07-03 tags: [dolonice] ---
We flew directly from Seattle to London Gatwick – Erin managed to sleep a little, but Pat … did not (but was very productive). With the time change, we arrived i London at about 6:45am, so after collecting our large checked suitcase and depositing it at the airport, we headed out with our backpacks for a day of exploring! Or a half day. Or however long we could stay awake.
Highlights of our London walk:
We took an express train back to the airport and had our EasyJet flight to Venice, which was actually completely reasonable despite its reputation as a budget carrier. After a helpful bus driver helped us figure out how to make it to our hotel, we dragged our suitcase up and down a number of Venice bridges before arriving to a (slightly surly) hotel concierge, probably because he had to let us in so late. In our defense, we did pay him 25 Euro. Thankfully the room was nice and, importantly, had air conditioning and we quickly fell asleep.


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