The constant churning of the news cycle, the political blustering and infighting, the insanity of the modern world, prove there is always something new to be enraged and distraught about, and people regularly banter about how miserable the Twitter feed makes them in their daily life.
Larissa Pham (@lrsphm), a writer from Brooklyn, put it best in a Tweet that went viral in September with over 115,000 likes:
However, we don't go offline.
In homage to the homicidal-suicidal ideation of a man whose marriage is failing in The Mountain Goats song "No Children," Jackson Tyler (@headfallsoff) writes:
But there is some beauty in this place of great pain.
According to a recent study, 48 million, or about 15 percent of Twitter users are bots.
While some of them are bot swarms deployed for nefarious, propagandistic purposes, other bots make art.
Some of them are even trying to provide a respite from the madness.
Glitch mob
One family of glitch art Twitter bots has been produced by poet B.J. Best (@bjbest60). On his personal website he has written what he calls a "manifesto / explanation / exploration of art bots and the ArtyBot family" called The Art of the Bot.
A bot never tires. A bot never sleeps. A bot never runs out of paint or ideas. And, most importantly: a bot can’t be threatened, bullied, or censored into not making art.
Having a desire to create art, but not satisfied with his artistic skill level, he has created a group of bots that generate and manipulate images amongst themselves. @ArtyBots is the ringleader but also, "a glorified mailman. It will invent and paint a fairly simple picture based on random equations, and then randomly choose another bot to receive it."
Other bots include @ArtyAbstract, which manipulates photos sent to it via Twitter into abstraction, and @ArtyCrush which reduces images to eight colors.
ArtyCurve makes them curvy, ArtyFractals imposes fractal-esque patterns. ArtyMash mashes together images pulled randomly from Flickr, and ArtyNegative inverts the colors of whatever it's given.
ArtyPetals creates kaleidoscopic blooming abstracts with a "drunkard's walk" through the pixels, ArtyShapes adds randomly colored shapes, and ArtyWinds "scatter[s] its pixels in a certain direction, as if wind was blown across the image and the pixels were grains of sand."
@ArtyOriginals retweets work by all of the Arty Bots, allowing a follower to see the end result of their collaboration without a bunch of half-processed images clogging up their feed.
B.J. answers some common questions in The Art of the Bot, such as "Are the images your bots create art?" To which he replies, "Yes. Simply, yes."
And when asked "What can bots do that human artists can't?" he emphasizes that the bots work tirelessly, and that there is some political statement formed by their relentless creativity:
"A bot never tires. A bot never sleeps. A bot never runs out of paint or ideas. And, most importantly: a bot can’t be threatened, bullied, or censored into not making art. Thus, an art bot has a whiff of political protest in it. We live in a world where we are daily told that beauty doesn’t matter. This is reaffirmed by politicians, newsmakers, and those inhabiting Internet comment sections... An art bot is indefatigable. It, and by extension its creator, will continue to attempt to create something beautiful every hour, every day, regardless of political sentiment or regime."
There are tons of other bots making art by similar methods of algorithmic re-composition. One notable bot creator is Way Spurr-Chen, (@wayspurrchen), creator of PixelSorter and curator of Glitchet, a weekly email newsletter about futuristic technology and resource for glitch artists.
PixelSorter (@pixelsorter) uses a number of random presents to manipulate images it's sent and is currently in dialogue with ArtyBots and another glitch-oriented art bot called @botisionista.
In 2014, PixelSorter entered into conversation with Quilt Bot (@a_quilt_bot) and several news outlets (including Vice's Creators) took notice. It seemed that their exchange of images would go on forever, eventually culminating in the ultimate work of glitch art. Sadly, their streak was ended when another bot creator (@jleedev) attempted to introduce a third bot (@badpng) into the conversation.
For more images based on bot exchanges, there's also a bot for that: @imgconvos creates GIFs based on conversations between bots where you can see the progression of image degradation. Incidentally, this bot was also created by @thricedotted, real name unknown, who co-created @badpngbot, the harbinger of the end of the previously mentioned famous bot exchange.
a joyous hug between @Lowpolybot and @a_quilt_bot pic.twitter.com/oIl7fFG8Y5
— ❤ image bot convos ❤ (@imgconvos) November 18, 2015
Because of the different algorithms that these art bots use to create and manipulate images, no two bot-generated artworks are alike. They vary in levels of human-likeness and human intervention, and some (like @tweegeemee) keep track of how well their images perform in terms of likes and retweets, and use that feedback to create more images like them.
But as unique as each individual artwork is, there is something similar about them all. As you may have noticed, the image manipulation techniques tend to produce a lot of TV-static effects, supersaturated rainbow vomit, and creepy melted semi-abstract images (particularly when human faces are part of the source imagery).
David Kraftsow (@dontsave)'s bot @youtubeartifact has recently gotten a lot of attention for its sometimes-disturbing glitch images which take advantage of the YouTube mp4 codec. Engadget called it a "digital impressionist daydream". The bot originally started as its own website in 2009, was turned into a standalone app for digital art anthology and archive Rhizome.org in 2012, and only became an active Twitter bot last year, in 2016.
Self-soothing via alternate universe
There is a Bot Bob Ross
We started exploring the world of Twitter bot art to get away from the horrors of the news cycle and ended up in a glitchy hellscape... so let's return to the path of peace with a bot made to emulate the most soothing artist of all time.
That's right, there is a Bot Bob Ross.
According to the bio of the bot @JoyOfBotRoss, "In 1985, Bob Ross labored to bring The Joy of Painting to home computers. A floppy with his code was found in a PBS station and turned to a bot by @R4_Unit."
But unfortunately, the bot's origin is fictitious. On his Bitbucket page, Brent Werness (@R4_Unit) explains how he chose the year of the bot's origin, based on the computer processes he wanted the bot to paint with. Particularly, he expresses a distaste for the overuse of Perlin fractal noise, a type of procedural texture in computer graphics, that he feels is overused in glitch art.
The bot uses text from The Joy of Painting and builds up images the way Bob did - starting with his magic white background, adding little fluffy clouds and happy little trees next, and so on. Werness writes, "If you watch many episodes, you'll see that he worked though intentionally simple means and always in the same general patterns: trees were always a back shadow layer, followed by trunk, followed by leaves. I tried to respect these rules, both since they work quite well, and to try to be authentic to the source. "
Happy Little Painting 605181471-9 pic.twitter.com/svHH9NioIF
— Bot Ross (@JoyOfBotRoss) October 16, 2017
There are other bot artists trying to create a peaceful world for us to escape into as well.
In an article with the slug, "the art bots that make Twitter worth looking at again," Ars Technica has highlighted the work of Icelandic artist Michael Christophersson (@madebyflame) whose bot @veilbymist creates dark but playful abstract color fields, and George Buckenham (@v21), who created @softlandscapes.
The soft landscapes consist of pastel and gradient colored mountain ranges and cloud banks that are like macarons for the soul. They're light and pleasant to look at, they melt in the mouth of the mind's eye, and one can imagine roaming through them without a care in the world.
Other tiny alternate universes are being created by Katie Rose Pipkin (@katierosepipkin), a prodigious Twitter artist and bot maker who has created @tiny_star_field, an ASCII-character based bot with over 115,000 followers. There are several other bots creating night sky-scapes, like @C0NSTELLATI0NS, and @daft_stars which creates new heavenly bodies and descriptions of their meanings.
@LofiCloudBot generates cloud banks, while @tinyIsles creates endless fictional tropical paradises from an aerial view. @moon_rise_bot and @SunsetGenerator create calming images depicting the passage of time in vibrant colors. There's a bot to create fields of wildflowers and a bot that generates tiny skylines of cities you can imagine visiting. There is even a bot that makes forests out of tree emojis.
These bots break up the stream of bad vibes with windows into other worlds.
 Hide from the Hot Takes in a dream forest, relax on the beach of a procedurally generated island, and float away in the clouds.
You may never log off, but remember, the mute button is free.


How to enable or disable token replacement on the HTML module. Token replacement enables tokens such as [FirstName] to be replaced with the first name of the authenticated user. Tokens include information such as user details, site name, key words, date, time, etc.
Important. Inline editing and module caching are disabled if token replacement is enabled.
Related Topics:


Component: HplCC2420PinsC
configuration HplCC2420PinsC
HPL implementation of general-purpose I/O for the ChipCon CC2420
radio connected to a TI MSP430 processor.
- Author:
-
Jonathan Hui<EMAIL_ADDRESS>- Version:
-
$Revision: 1.4 $ $Date: 2006-12-12 18:23:44 $
Provides
Wiring


Description
The lock type is is used for low-level multithread synchronization. It is based on the operations of the Java Object type. The @x:exclude command is used for mutual exclusion (or more generally to define a monitor) based on a specified lock object.
Type lock
@x:type lock
| @x:type | @x:func wait(%L) |
| @x:type | @x:func notify() |
| @x:type | @x:func notifyAll() |
| @x:type |
@x:func sys:Eq(a~lock, |
| @x:type |
@x:func sys:Ne(a~lock, |
| @x:self | @x:func sys:Init()~void |
| @x:self | @x:func toString()~string |
Type Function wait
| @x:func wait(%L) | ||
|
Semantics
This call must appear within a @x:exclude command for this lock. The current thread then waits until another thread calls notify or notifyAll for this lock.
If a timeout is specified, the wait will also end without any notify if the timeout interval has elapsed.
Type Function notify
| @x:func notify() |
|
|
Semantics
This call must appear within a @x:exclude command for this lock. If any other threads are waiting on this lock, then an arbitrary one is selected to be awakened. That thread will, however, not be able to proceed until the current thread also exits the enclosing @x:exclude command for this lock.Type Function notifyAll
| @x:func notifyAll() |
|
|
Semantics
This call must appear within a @x:exclude command for this lock. If any other threads are waiting on this lock, then all are awakened. These threads will, however, not be able to proceed until the current thread also exits the enclosing @x:exclude command for this lock.Type Function sys:Eq
|
@x:func sys:Eq(a~lock, |
||||
|
Semantics
If a and b are the same lock, then the result is true, else the result is false.Type Function sys:Ne
|
@x:func sys:Ne(a~lock, |
||||
|
Semantics
If a and b are the same lock, then the result is false, else the result is true.Self Function sys:Init
| @x:func sys:Init()~void |
|
|
Semantics
Initializes a new lock object.Self Function toString
| @x:func toString()~string |
|
|
Semantics
The result is the string "lock".


Gateway
BOT
17-Aug-19 09:39 PM
[dscrd-hush] <heguli97> :thinkaboutit:
[dscrd-hush] <AkiraX> Hey itm
[dscrd-hush] <ITM> yoh someone bought 13k hush
[dscrd-hush] <AkiraX> Glad you are here
[dscrd-hush] <ITM> @ITM Hi
[dscrd-hush] <AkiraX> Nice. I don't have that much
[dscrd-hush] <AkiraX> 160k hush burn is tough
[dscrd-hush] <AkiraX> I got 3x the hush I started with now
[dscrd-hush] <AkiraX> Unfortunately. It terms of dollars is still less
[dscrd-hush] <CryptoJesus> Check it out it pumped to 0.6$
[dscrd-hush] <denio> 0,06
[dscrd-hush] <CryptoJesus> Sorry 0.06
[dscrd-hush] <AkiraX> haha
[dscrd-hush] <AkiraX> !ticker
[dscrd-hush] <AkiraX> i just looked
[dscrd-hush] <AkiraX> Thank you @ITM
[dscrd-hush] <AkiraX> moments of sanity
[dscrd-hush] <dukeleto> HUSH is supported by yet another GUI wallet!
[dscrd-hush] <dukeleto> The very latest release supports HUSH
[dscrd-hush] <evich> nice price :hush_dark:
[dscrd-hush] <dukeleto> There are binaries for Mac, Windows and Linux!
[dscrd-hush] <dukeleto> !ticker hush
[dscrd-hush] <dukeleto> hey, that is nice
[dscrd-hush] <dukeleto> hungry whales
[dscrd-hush] <dukeleto> #1 on whattomine again
[dscrd-hush] <dukeleto> hi to all the new miners that find us


This page contains the terms & conditions. Please read these terms & conditions carefully before ordering any products from us. You should understand that by ordering any of our products, you agree to be bound by these terms & conditions.
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All personal information you provide us with or that we obtain will be handled by Mosaink as responsible for the personal information. The personal information you provide will be used to ensure deliveries to you, the credit assessment, to provide offers and information on our catalog to you. The information you provide is only available to Mosaink and will not be shared with other third parties. You have the right to inspect the information held about you. You always have the right to request Mosaink to delete or correct the information held about you. By accepting the Mosaink Conditions, you agree to the above.
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Mosaink reserves the right to amend any information, including but not limited to prices, technical specifications, terms of purchase and product offerings without prior notice. At the event of when a product is sold out, Mosaink has the right to cancel the order and refund any amount paid in the best way. Mosaink shall also notify the customer of equivalent replacement products if available.
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Content
Overview
This is the description for the Content section. It describes it in brief detail.
Detail
This paragraph is under the second level heading of the page, which also has a photo in it.
This is the description for the About section. It describes it in brief detail.
This paragraph is under the second level heading of the page, and even has a photo in it.
This is the description for the Content section. It describes it in brief detail.
This paragraph is under the second level heading of the page, which also has a photo in it.


(Route : File Menu, Scripts Command)
The Script dialog box shows the list of scripts that can be added to the Out Basket as actions to be run when Ameol connects to CIX Forums.
This is a Hot Spot image. Move your mouse pointer over the image
and when the mouse pointer changes to the shape of a hand click
the left mouse button once for extra help.
This dialog also allows you to add a new script by clicking the New button or edit a script by clicking the Edit button. The Remove button will delete the currently highlighted script.
The scripts you can add to the Out Basket by clicking the Add button are listed below. Some of these scripts will require you to provide additional information before they are added to the Out Basket.
Change your CIX password
CIX FFIND command
CIX FILESTATS command
Consolidate all forums
Download a list of joined forums
Find a PGP keyfile
Find CIX User information
Get a range of messages from CIX
Get CIX "allaboutme" information
Get CIX billing details
Get PC time/date from CIX Forums
Get profile.txt
Install debugging profile
Install default profile
List files in an archive on CIX
Mail a local file
Put profile.txt
Reset CIX Forums pointers back a number of days
Restore pointers
Set CIX absence notification
Show Forum moderators
Show joined groups in Newsnet
Skip back a few messages in a forum/topic
Text search on CIX Forums


57
1 The righteous perish, but no one considers it,
and the people of covenant faithfulness are gathered away, but no one understands
that the righteous is gathered away from the evil.
2 He enters into peace;
they rest in their beds, those who walk in their uprightness.
3 But draw near, you sons of the sorceress,
children of the adulterer and the woman who has prostituted herself.
4 Whom are you merrily mocking?

Are you not children of rebellion, children of deceit?
5 You heat yourselves up sleeping together under the oaks, under every green tree,
you who kill your children in the dry riverbeds, under the rocky overhangs.
6 Among the smooth things of the river valley are the things that have been assigned to you. They are the object of your devotion.
You pour out your drink offering to them and raise up a grain offering. In these things should I take pleasure?
7 You prepared your bed on a high mountain;
you also went up there to offer sacrifices.
8 Behind the door and the doorposts you set up your symbols;
you deserted me, made yourselves naked, and went up; you made your bed wide.

You send your ambassadors far away; you went down to sheol.
10 You were tired from your long journey, but you never said, "It is hopeless."
You found life in your hand; therefore you did not weaken.
11 "Whom are you worried about? Whom do you fear so much that has caused you to act so deceitfully,
so much that you would not remember me or think about me?

Instead the wind will carry them all away, a breath will carry them all away.
Yet he who takes refuge in me will inherit the land and will take possession of my holy mountain.
14 He will say,
'Build, build! Clear a way! Remove all the stumbling blocks from the path of my people!'"
15 For this is what the high and elevated One says, who lives eternally, whose name is holy,
"I live in the exalted and holy place,
with him also that is of a crushed and humble spirit,
to revive the spirit of the humble ones, and to revive the heart of the contrite ones.
16 For I will not accuse forever, nor will I be angry forever,
for then man's spirit would faint before me, the lives that I have made.
17 Because of the sin of his violent gain, I was angry, and I punished him; I hid my face and was angry,
but he went backward in the way of his heart.
18 I have seen his ways,
but I will heal him. I will lead him and comfort and console those who mourn for him,
19 and I create the fruit of the lips. Peace, peace, to those who are far off and to those who are near—says Yahweh—I will heal them.
20 But the wicked are like the tossing sea, which cannot rest,
and its waters churn up mire and mud.
21 There is no peace for the wicked one—says God."


There are numerous examples of such services one can imagine implementing using AI tools, but the problem has always been how to make the service readily available and up-to-date for the end user.
Consider for example a travel advisor. Many AI students have written applications that reason about transportation schedules and provide advice to potential travelers. But this application is of strictly academic interest without 1) connections to live travel schedules and 2) easy access for the traveler.
The Internet provides both these missing pieces. The travel advisor can now be implemented on a server with live access to the latest transportation schedules and easy Web-based access for the traveler.
The potential is enormous. Consider technical support applications, with the same two problems. With the Internet, users can easily access diagnostic applications that are connected to the latest vendor information. An academically interesting application suddenly becomes extremely practical.
And wait until the marketeers of the world discover the potential for consumer advisors. The same travel advisor type application can be applied for any consumer products and services. Consumers can surf the Web and access applications that dispense advice on which model car to get, what type of insurance to buy, which TV cable services to sign up for, etc.
Diagnostic services for all areas of life can also be made available, for figuring out why there are brown spots on the lawn, or the faucets are leaking, or you're dissatisfied at work. Maybe these advisors would be on Web pages implemented by a fertilizer company, plumbing manufacturer, and job placement agency, or maybe they would be implemented by individuals adding their bits of expertise to the global community.
No matter whether academic, commercial or individual, all sorts of AI applications that weren't practical because they couldn't connect to current data, or couldn't be easily accessed by their target audience, suddenly become practical.
For Internet applications with AI components, we've implemented a custom rule-engine (see "Building Custom Rule Engines" PC AI Mar/Apr 96) that uses CGI scripts for communication with Web pages (see "Web-Based Intelligent Tech Support" PC AI Sep/Oct 96) and, most recently a Java class.
Java is designed to be a simple, object-oriented language for deploying secure, multithreaded network applications (both clients and servers). Prolog is ideal for building the intelligent components, expert systems and logic-bases discussed above. In combination, Java and Prolog are an ideal pair for delivering useful advisor/analyst applications on the Internet.
This article focuses on the design, implementation and uses of a Java class that encapsulates Prolog services.
| Where to Learn About Java |
| If you want to learn more about Java and Java Applets, see java.sun.com/doc. You can also download Sun's Java Development Kit (JDK) from there. The Java Class and samples in this article are built with JDK 1.0.2. Netscape is developing its own interface for native methods called the Java Runtime Interface (JRI); also check out its new LiveWire and LiveConnect technology for integrating Java on both the client (Navigator) and server sides. For more information on it and Java Script see developer.netscape.com. Finally Microsoft is shipping Java support for their Internet Explorer at www.microsoft.com/ie/. |
To build a Java class whose methods are not implemented in Java, one needs to build a new library that conforms to the calling conventions expected by the Java runtime. This was the first step in implementing the Amzi! Java class. The links from a Java program to the basic Amzi! library are shown in Figure 1.
Figure 1
Amzi32 is the Amzi! Logic Server. AmziJava is the new library that connects the Amzi! Java Class to the Amzi! Logic Server.
In addition to this underlying architecture, there are a number of features of the Java class that were dictated by the distinct characteristics of Java. These are detailed in the following sections.
The Java implementation borrows from the ideas in these classes. It includes a main 'LogicServer' class that encapsulates a Prolog engine and its API, and an 'LSException' class used for error handling. They are both included in a Java package, 'amzi.ls'. Figure 2 is an expanded architecture diagram that illustrates the package and its classes.<
Figure 2
The LogicServer class includes all the methods that give the developer full control over the Prolog engine. These include methods to:
A fundamental data type for the Prolog interface is a Prolog term. Internally, a Prolog term is a pointer, but, since that pointer is not manipulated by the application, it can be stored as an integer, similar to how it is stored in the Visual Basic interface. Unlike VB, Java integers are 64-bits, which means they can be used for both 32- and 64-bit implementations of Amzi! Prolog.
Many Logic Server API (LSAPI) functions return error codes, and use argument pointers to pass values back and forth. The Java class, like other Amzi! lsapis, is designed to use exception handling for errors, with return values passed directly as return values, without using pointers.
There were a few LSAPI functions that required special treatment.
This basic pattern is modified in the Java class, so that query methods return the Prolog term if the query was successful, and return 0 if the query fails.
The Prolog portion of the shipping advisor takes the type of package, its weight, UPS zone and a couple of shipping options as input. It then runs through a rule base that determines the various options their cost and delivery times. This application is one of the standard Amzi! samples, embedded without change, in a Java front end for this article.
Figure 3: The shipping advisor screen
The Java code for building the screen is cumbersome and dull. Future Java development environments will no doubt automate this process in a manner similar to Delphi, Visual Basic or C++. The interesting code is how Java interacts with the LogicServer class after the user presses 'Go'.
LogicServer ls = new LogicServer();ls.Init("");ls.Load("ship.xpl");Next, all the user inputs are asserted into Prolog's dynamic database as facts of the form 'known(Attribute, Value)'. Java's excellent string handling makes building the Prolog terms easy. In this case the strings are built using Java functions that retrieve text values from the user input form (see top of Figure 3).
ls.AssertaStr( "known(weight, " + weight.getText() + ")" ); if (cod.getState()) ls.AssertaStr( "known(cod, yes)" ); else ls.AssertaStr( "known(cod, no)" ); ls.AssertaStr( "known(declared_value, " + decvalue.getText() + ")" ); ls.AssertaStr( "known(ups_zone, " + zone.getText()+")"); ls.AssertaStr( "known(type, " + pkgtype.getSelectedItem() + ")" ); ls.AssertaStr( "known(destination, 'USA')" );Next the Prolog expert is consulted to provide a list of options. This is accomplished first by calling the option/4 predicate in the shipping advisor. It fires Prolog rules that result in a recommendation being returned in its four arguments, which represent the shipper, service, cost and delivery time. On backtracking, it returns other possible recommendations.
The query term is entered in the LSAPI function CallStr() just as it would be from a Prolog listener. As mentioned above, CallStr() returns the unified term, from which the arguments are extracted using the LSAPI GetStrArg() methods. The arguments are all extracted as text, which are added to the Java text area, named 'advice' in this application.
term = ls.CallStr("option(Shipper, Service, Cost, Delivery)"); do { advice.appendText(ls.GetStrArg(term, 1)); advice.appendText(" : "); advice.appendText(ls.GetStrArg(term, 2)); advice.appendText("\n $"); amt = ls.GetIntArg(term, 3); famt = amt; advice.appendText(Float.toString(famt/100)); advice.appendText(", "); advice.appendText(ls.GetStrArg(term, 4)); advice.appendText("\n\n"); } while (ls.Redo());The call to Redo() is used to cause the Prolog engine to backtrack and reunify the query term with another recommendation. This continues until there are no more recommendations, and Redo() returns FALSE. At this point the text box is filled with all the available recommendations.
Finally the Prolog engine is closed:
ls.Close();The full shipping advisor example is available for download, with the Java class, from the Amzi! Web site, http://www.amzi.com.
Java does not support function pointers but Java does provide a way for native 'C' methods to invoke Java methods. Extended Prolog predicates that call Java are implemented using this indirection. (See the Amzi! Java class documentation for details.)
Prolog and Java can be used in combination for servers that diagnose problems, recommend configurations or schedule events. For example, Amzi!'s Web-based technical support system could be enhanced with JavaScript to provide an easier to use interface.
At the University of Otago in New Zealand, researchers are trying to demonstrate the benefits of using agents in the area of software tool integration, using university course administration as an experimental domain (divcom.otago.ac.nz:800/COM/INFOSCI/SECML/lab/sarg/). They are building agent lsapis for existing tools such as a VMS-based central records system, a dBase course database and various Delphi, DOS and Excel tools and applications for retrieving and formatting information such as student marks. They are using Java to write front-end programs for existing tools (such as Excel) so that they can communicate with other agents. Amzi! Prolog is being used in the heart of the facilitator agent to store information about other agents and their capabilities and needs. The facilitator agent is key to the operation of the system, because it is the center point where agents register the services they have to offer and submit requests to find other agents to perform particular services.
Mary Kroening is a founder of Amzi! and is responsible for their Internet-based development including the Java Class, a Sockets Interface and WebLS, a system for answering tech support questions, diagnosing problems and giving advice on Web pages. Mary can be reached at www.amzi.com. Amzi! can be found at http://www.amzi.com, ftp.amzi.com and www.amzi.com.


This function is similar to the collage, but takes in 5 total images including a background and 4 images of any size to go on the foreground bottom half of the card. These images are split into 4 even sections and skewed to fit properly. The top half of the card has a hard coded message to be added on after the images have been adjusted. This took a few hours to work on as I combined the collage, green screen (foreground images), editting my prior pycopy, skew, and fitslice functions from the collage, and learning how to add and stylize text in JES. Rewarding function when finished though! Like the collage, there is only an after image.
def ThanksgivingCard(): #takes a background image effectively split it into 2 rows #places four images across the center Y bottom row #equally spaced between themselves on X bottomw row #Predefined size for consistent cards of 525 x 750 blocks for 2100x1500 #'Happy Thanksgiving' text above file = pickAFile() newPic = makePicture(file) #background image halfHeight = getHeight(newPic)/2 quartWidth = getWidth(newPic)/4 newPic = pyCopy(fitSlice(makePicture(pickAFile())), newPic, 0, halfHeight) #img1 newPic = pyCopy(fitSlice(makePicture(pickAFile())), newPic, quartWidth, halfHeight) #img2 newPic = pyCopy(fitSlice(makePicture(pickAFile())), newPic, quartWidth*2, halfHeight) #img3 newPic = pyCopy(fitSlice(makePicture(pickAFile())), newPic, quartWidth*3, halfHeight) #img4 style = makeStyle(serif, bold, 200) brown = makeColor(102, 51, 0) subtext = makeStyle(sansSerif, bold, 100) addTextWithStyle(newPic, quartWidth/4, halfHeight/3, "Happy Thanksgiving!", style, black) addTextWithStyle(newPic, quartWidth/3, halfHeight, "Wishing You A Joyful Holiday Season", subtext, brown) writePictureTo(newPic, folder+"ThanksgivingCard.png") #EDITED FUNCTIONS FROM MY PREVIOUS LABS BELOW def pyCopy(source, target, targetX, targetY): #edited from original to include images that have a green screen #therefore the copy merges the original background and new overlap #as well as centers horizontally and verifically. origWidth = getWidth(source) origHeight = getHeight(source) if(origWidth < 525): xCenter = (525 - origWidth)/2 else: xCenter = 0 if(origHeight < 750): yCenter = (750 - origHeight)/2 else: yCenter = 0 for x in range (0, getWidth(source)): for y in range (0, getHeight(source)): px = getPixel(source, x, y) origColor = getColor(px) if distance(origColor, green) > 30.0: #only replace part of image that is not green screen setColor(getPixel(target, targetX + x +xCenter, targetY + y + yCenter), getColor(getPixel(source, x, y))) return target def fitSlice(org): #this function keeps the original if it fits within the slice #if it does not, it takes skews the picture to best fit within #with a max of 525 X 750 to fit within 4 pieces of the 5x7 collage bottom half #and fits the image to the correct size without blank white space origHeight = getHeight(org) origWidth = getWidth(org) if(origWidth > 525): xStep = origWidth/525.0 newWidth = 525 else: xStep = 1 newWidth = origWidth if(origHeight > 750): yStep = origHeight/750.0 newHeight = 750 else: yStep = 1 newHeight = origHeight skewed = makeEmptyPicture(newWidth,newHeight) for x in range (0, origWidth, int(xStep)): for y in range (0, origHeight, int(yStep)): setColor(getPixel(skewed, int(x/xStep), int(y/yStep)), getColor(getPixel(org, x, y))) return skewed
· Made with by Talanda featuring Bootstrap ·


Credits to Davey Shafik. He introduced his proposal in 2004, that gave birth of a PEAR package named PHP_CompatInfo.
Thanks to Remi Collet, contributor on many extensions and unit tests since version 2.0.0RC2
Laurent Laville has written all remaining architecture.


-
10 - Professionals who know about your condition
{{ elements.EnterChangeAnswers(healthcareprofessional,"healthcareprofessional") }}
-
11 - Your conditions and disabilities
{{ elements.EnterChangeAnswers(conditionDetails,"conditionDetails") }}
-
12 - Your medication
{{ elements.EnterChangeAnswers(medications,"medications") }}
-
13 - Managing your medication
{{ elements.EnterChangeAnswers(manageMedications,"manageMedications") }}
-
14 - Your treatments and therapy
{{ elements.EnterChangeAnswers(treatments,"treatments") }}
-
15 - Managing your Treatments
{{ elements.EnterChangeAnswers(manageTreatments,"manageTreatments") }}
-
16 - Side effects
{{ elements.EnterChangeAnswers(sideEffects,"sideEffects") }}
-
17 - Monitoring your condition
{{ elements.EnterChangeAnswers(monitoringCondition,"monitoringCondition") }}
-
18 - Help monitoring your condition
{{ elements.EnterChangeAnswers(helpMonitoring,"helpMonitoring") }}
-
19 - Information you can send
{{ elements.EnterChangeAnswers(submitEvidence,"submitEvidence") }}


Canada is a country in North America consisting of ten provinces and three territories. Located in the northern part of the continent, it extends from the Atlantic to the Pacific and northward into the Arctic Ocean. At 9.98 million square kilometres in total, Canada is the world's second-largest country by total area and the fourth-largest country by land area. Its common border with the United States is the world's longest land border shared by the same two countries.
Very long instruction word or VLIW refers to a processor architecture designed to take advantage of instruction level parallelism (ILP). Whereas conventional processors mostly only allow programs that specify instructions to be executed one after another, a VLIW processor allows programs that can explicitly specify instructions to be executed at the same time (i.e. in parallel). This type of processor architecture is intended to allow higher performance without the inherent complexity of some other approaches.
Ukraine is a country in Eastern Europe.[8] It has an area of 603,628 km2 (233,062 sq mi), making it the largest country entirely within Europe. Ukraine borders Russia to the east and northeast, Belarus to the northwest, Poland, Slovakia and Hungary to the west, Romania and Moldova to the southwest, and the Black Sea and Sea of Azov to the south and southeast, respectively. The territory of Ukraine has been inhabited for at least 44,000 years, and is the prime candidate site for the domestication of the horse and for the origins of the Indo-European language family.
Very long instruction word or VLIW refers to a processor architecture designed to take advantage of instruction level parallelism (ILP). Whereas conventional processors mostly only allow programs that specify instructions to be executed one after another, a VLIW processor allows programs that can explicitly specify instructions to be executed at the same time (i.e. in parallel). This type of processor architecture is intended to allow higher performance without the inherent complexity of some other approaches.
Canada is a country in North America consisting of ten provinces and three territories. Located in the northern part of the continent, it extends from the Atlantic to the Pacific and northward into the Arctic Ocean. At 9.98 million square kilometres in total, Canada is the world's second-largest country by total area and the fourth-largest country by land area. Its common border with the United States is the world's longest land border shared by the same two countries.


Details about {{ square.name }}
{% if square.stations_mostdetailed_set.all.exists %}
The following stations reference this square (most detailed)
{% for station in square.stations_mostdetailed_set.all %}
{% include "website/_station_details.html" with station=station %}
{% endfor %}
{% else %}
Sorry, no known station for this square.
{% endif %}
Return to search form
{% endblock %}


Class
HSWidgetGridPositionConverterCache
An object that coverts between various widget structures and grid positions.
Declaration
@interface HSWidgetGridPositionConverterCache : NSObject
Overview
HSWidgetGridPositionConverterCache provides a set of convenient methods to convert between various widget structures and grid structures. When convertions are performed, the results are stored in a cache to improve performance. However, this cache is very small in order to not take a big chunk of memory while also providing some speed benefits for subsequent calls.
Even though the name suggests its a converter cache, it provides a lot more convenience methods than that. For instance, originForWidgetOfSize:inGridPositions: can be used to find the origin position where the given size could be added. And one of the canFitWidgetofSize:inGridPositions: or canFitWidget:inGridPositions: can be used for checking placement within grid positions.
Topics
Getting Grid Positions
-
+ gridPositionsForWidgetFrame:
Get the grid positions that specified widget frame would occupy.
Getting Origin
-
+ originForWidgetOfSize:inGridPositions:
Get the origin position where the given size could be added within the specified grid positions.
Checking Placement
-
+ canFitWidgetOfSize:inGridPositions:
Return whether the given size can fit inside the specified grid positions.
-
+ canFitWidget:inGridPositions:
Return whether the given widget positions can fit inside the specified grid positions.
Related Links
Positions
-
HSWidgetPositionObject
An object wrapper for widget position structure.
Structures
-
HSWidgetFrame
A structure that contains location and dimensions of widget in grid positions.
-
HSWidgetSize
A structure that contains dimensions in grid positions.


Hi all,
I have just setup an emontx v3.4 with the default (as shipped) sketch and I have 2 CT's attached CT1 and CT4 (high sensitivity) and nothing else at the moment.
From emonhub.log the version is:
2015-08-10 16:26:57,802 INFO EmonHub Pre-Release Development Version (rc1.2)
Also from emonhub.log I see lots like the following which all looks good to me:
2015-08-10 17:06:04,551 INFO emonCMS sending: http://localhost/emoncms/input/bulk.json?apikey=E-M-O-N-C-M-S-A-P-I-K-E-Y&data=[[1439222764.42,10,-217,0,0,0,24806,0,-52]]&sentat=1439222764
2015-08-10 17:06:04,812 DEBUG emonCMS acknowledged receipt with 'ok' from http://localhost/emoncms
2015-08-10 17:06:15,315 DEBUG 162 NEW FRAME :<PHONE_NUMBER>.32 OK 10 41 255 0 0 0 0 0 0 242 96 0 0 (-53)
2015-08-10 17:06:15,317 DEBUG 162 Timestamp :<PHONE_NUMBER>.32
2015-08-10 17:06:15,318 DEBUG 162 Node : 10
2015-08-10 17:06:15,319 DEBUG 162 Values : [-215, 0, 0, 0, 24818, 0]
2015-08-10 17:06:15,320 DEBUG 162 RSSI : -53
2015-08-10 17:06:15,338 DEBUG 162 Append to 'emonCMS' buffer => time:<PHONE_NUMBER>.32, data: [10, -215, 0, 0, 0, 24818, 0, -53], ref: 162
2015-08-10 17:06:15,440 INFO emonCMS sending: http://localhost/emoncms/input/bulk.json?apikey=E-M-O-N-C-M-S-A-P-I-K-E-Y&data=[[1439222775.32,10,-215,0,0,0,24818,0,-53]]&sentat=1439222775
2015-08-10 17:06:15,637 DEBUG emonCMS acknowledged receipt with 'ok' from http://localhost/emoncms
2015-08-10 17:06:26,188 DEBUG 163 NEW FRAME :<PHONE_NUMBER>.19 OK 10 40 255 0 0 0 0 0 0 212 96 0 0 (-53)
2015-08-10 17:06:26,190 DEBUG 163 Timestamp :<PHONE_NUMBER>.19
2015-08-10 17:06:26,191 DEBUG 163 Node : 10
2015-08-10 17:06:26,192 DEBUG 163 Values : [-216, 0, 0, 0, 24788, 0]
2015-08-10 17:06:26,193 DEBUG 163 RSSI : -53
2015-08-10 17:06:26,264 DEBUG 163 Append to 'emonCMS' buffer => time:<PHONE_NUMBER>.19, data: [10, -216, 0, 0, 0, 24788, 0, -53], ref: 163
2015-08-10 17:06:26,366 INFO emonCMS sending: http://localhost/emoncms/input/bulk.json?apikey=E-M-O-N-C-M-S-A-P-I-K-E-Y&data=[[1439222786.19,10,-216,0,0,0,24788,0,-53]]&sentat=1439222786
2015-08-10 17:06:26,593 DEBUG emonCMS acknowledged receipt with 'ok' from http://localhost/emoncms
2015-08-10 17:06:37,081 DEBUG 164 NEW FRAME :<PHONE_NUMBER>.08 OK 10 38 255 0 0 0 0 0 0 200 96 0 0 (-52)
2015-08-10 17:06:37,084 DEBUG 164 Timestamp :<PHONE_NUMBER>.08
2015-08-10 17:06:37,085 DEBUG 164 Node : 10
2015-08-10 17:06:37,085 DEBUG 164 Values : [-218, 0, 0, 0, 24776, 0]
2015-08-10 17:06:37,086 DEBUG 164 RSSI : -52
2015-08-10 17:06:37,120 DEBUG 164 Append to 'emonCMS' buffer => time:<PHONE_NUMBER>.08, data: [10, -218, 0, 0, 0, 24776, 0, -52], ref: 164
2015-08-10 17:06:37,222 INFO emonCMS sending: http://localhost/emoncms/input/bulk.json?apikey=E-M-O-N-C-M-S-A-P-I-K-E-Y&data=[[1439222797.08,10,-218,0,0,0,24776,0,-52]]&sentat=1439222797
2015-08-10 17:06:37,433 DEBUG emonCMS acknowledged receipt with 'ok' from http://localhost/emoncms
2015-08-10 17:06:47,796 DEBUG 165 NEW FRAME :<PHONE_NUMBER>.8 OK 10 38 255 0 0 0 0 0 0 216 96 0 0 (-53)
2015-08-10 17:06:47,798 DEBUG 165 Timestamp :<PHONE_NUMBER>.8
2015-08-10 17:06:47,799 DEBUG 165 Node : 10
2015-08-10 17:06:47,800 DEBUG 165 Values : [-218, 0, 0, 0, 24792, 0]
2015-08-10 17:06:47,801 DEBUG 165 RSSI : -53
2015-08-10 17:06:47,861 DEBUG 165 Append to 'emonCMS' buffer => time:<PHONE_NUMBER>.8, data: [10, -218, 0, 0, 0, 24792, 0, -53], ref: 165
2015-08-10 17:06:47,963 INFO emonCMS sending: http://localhost/emoncms/input/bulk.json?apikey=E-M-O-N-C-M-S-A-P-I-K-E-Y&data=[[1439222807.8,10,-218,0,0,0,24792,0,-53]]&sentat=1439222807
2015-08-10 17:06:48,165 DEBUG emonCMS acknowledged receipt with 'ok' from http://localhost/emoncms
However when I go to the Inputs page for my local emoncms it is empty.
Emonhub & emoncms are running on a Raspberry Pi 2 and booting from a local hard-drive. Emoncms reports its version as "Powered by openenergymonitor.org | XT 8.5.2 | 2015.07.06"
Any suggestions as to what I should look at next? I can't find an emoncms.log file, does that have to be enabled separately, if so how?
Thanks,
BraileTrail
Re: emonhub receiving data from emonTX v3.4 but no Inputs in local emoncms
Well I made some progress, I switched to using the main v8.5 branch in git and now I'm using emoncms "8.5.2 | 2015.07.20" and all the feeds were visible. Had to switch the orientation of the CT on the lines because of negative values, but I'm capturing data now.
I guess there is something I missed using the extended branch? Maybe installing an extra module or two? Maybe Nodes? Don't know.
Thanks,
BraileTrail
Re: emonhub receiving data from emonTX v3.4 but no Inputs in local emoncms
Hi BraileTrail, I does indeed look like everything's in order. The frames are being processed correctly, the urls seem correct (assuming the read & write apikey is correct) and the "ok" response usually means the data was successfully deposited into emoncms, the "ok" is the actual response from emoncms rather than emonhub interpreting the response as ok so I suspect the issue is in emoncms.
Not a problem I can recall seeing before so maybe related to recent changes perhaps. Have you tried using one of the input api examples to see if any nodes can be created?
The emoncms logging as always been a little elusive so I can't help you there, but you may get useful debugging info if you cut and paste a url from the log into a browser with the "dev tools" enabled, (you will need to manually replace the "E-M-O-N-C-M-S-A-P-I-K-E-Y")
Paul
Re: emonhub receiving data from emonTX v3.4 but no Inputs in local emoncms
Another suggestion is to try switching to the "extended" branch there are some unfixed/documented bugs in v8.5.2, My bad, I got a little confused with the versions there for a while and thought you were on the "XT" branch when I read v8.5.2 (as opposed to v8.5) what I should of been looking for "v8.5.2 XT" as they are both v8.5.2 now.
Paul
Re: emonhub receiving data from emonTX v3.4 but no Inputs in local emoncms
Hi Paul,
I think you read that right. I was on the extended branch (reports version as "XT 8.5.2 | 2015.07.06") when I posted originally and was having the problem.
I switched to the v8.5 branch (reports version as "8.5.2 | 2015.07.20") and now things are working correctly, I've been logging data for a couple of days now. :)
I would like to get on to the extended branch though because of some of the bugs I've read about on the forum.
Thanks,
BraileTrail
Re: emonhub receiving data from emonTX v3.4 but no Inputs in local emoncms
Did you create a new "Extended" version of settings.php ? there are a couple of additions in there and "active" feed engines need to be "commented out" so as NOT to hide them in the "hidden engines" setting.
Did you also use "check and update" in admin and reselect your timezone ?
Paul


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This document describes how to install and build the Project Goanna tools and examples.
You can install Project Goanna using a pre-packaged tar file or by checking out the latest source from its CVS repository at SourceForge.
A pre-packaged installation will normally give you a more stable version than a checkout from CVS. Tar files are created at every major milestone of the project and represent a tested release.
Pre-packaged tar files are available from SourceForge in the Downloads section. Download the latest tar file from here and extract into a directory of your choice.
If you wish to use the latest source from CVS follow the instructions on the Project Goanna CVS page for Anonymous CVS Access.
Due to a few limitations of CVS, and a major restructuring of the source tree, you may end up with a number of empty directories when you checkout the source. If you execute:
cvs update -Pd
these directories will be removed. You can also add the -P option to the initial checkout command.
Once installed, create an environment variable named GOANNA
that points to the root directory of the installation.
The Project Goanna source tree contains the following top level directories:
Installation of Project Goanna requires a number of third party
Eiffel libraries to be installed and built. Each distinct library is reverenced
using an environment variable that points to the
top level directory of the library.
The following table lists the third-party libraries used by Goanna
| Library | Version | Authors | Description | Variable |
| gobo | CVS version | Eric Bezault | Portable Eiffel libraries and tools. | GOBO |
If the library includes C (or other external language source) then it must be compiled into an appropriate library for the platform you are working on. For example, under Windows you will need to compile the expat C code into a .obj file. Follow the instructions included with each library.
The build files for Goanna reference all required C libraries in their default locations.
Project Goanna provides a framework and environment for building dynamic internet applications and requires a web server to act as a front-end request processor. If you need to use a third-party web server, such as Apache, then you must use the FastCGI protocol to connect to Goanna. FastCGI modules are available for both Apache and IIS (not freely available). Primarily Apache Web Server and the mod_fastcgi combination are used.
To build mod_fastcgi for Apache, follow the instructions provided with the package. If building on Unix, make sure you have the Apache development libraries installed (ie, the apache-devel RPM module on RedHat Linux).
You can also use the Eiffel HTTP server that is provided with Goanna. This is the combination recommended for development and testing because it is simple to setup and everything is written in Eiffel. However, at this stage, it is not recommended that applications be deployed using the Goanna HTTP server because it does not provide any authentication facilities and has not been thoroughly tested.
NOTE: The following section describes configuration of Apache on Unix only. If you are using another server/FastCGI combination let us know what you had to do to get it going.
NOTE: The reason we currently use the Unix version of mod_fastcgi in Apache is because the Windows beta version of mod_fastcgi is very buggy. You may have success with a more recent version.
Once the FastCGI module is built and installed, you need to configure Apache so that it knows about your FastCGI applications.
Currently, the Project Goanna FastCGI implementation only supports external FastCGI servers. This is actually a good thing because it allows you to run your servers within your chosen IDE (ie, with a debugger!).
The simplest way to configure external FastCGI servers is to set up an alias and a FastCGI script directory. You will need the following lines in the httpd.conf file:
LoadModule fastcgi_module modules/mod_fastcgi.dll
Alias /fcgi-bin "/home/apache/fcgi-bin"
<Directory "/home/apache/fcgi-bin">
SetHandler fastcgi-script
Options ExecCGI
Allow from all
</Directory>
The configuration lines above load the FastCGI module, create an alias /fcgi-bin to the directory /home/apache/fcgi-bin and set the handler and permissions on that directory.
For each external server you run, you need to add a line similar to the following:
FastCgiExternalServer "/home/apache/fcgi-bin/test.exe -host localhost:8000
The name test.exe is just symbolic. For an external server it does not need to physically exist. The -host parameter can point to any host and any port. Configure this parameter to suit where you will be running the external server.
You can also add additional parameters to this line to adjust timeout values and so on. Refer to the mod_fastcgi documentation for more information.


Spirit of the West singer John Mann passes away
by News Staff and The Canadian PressSpirit of the West lead singer John Mann has died at the age of 57, the band announced on its website Wednesday.
Eric Alper, the band’s publicist, says Mann died peacefully in Vancouver from early onset Alzheimer’s, the disease with which he was diagnosed in 2014.
“John was a man of uncommon courage, was a loyal and beloved friend, a gentleman of great social conscience, and a soul brimming with creativity and enthusiasm,” the band wrote. “Most importantly he was a loving father to Harlan and Hattie and wonderful husband to Jill Daum.”
A four-time Juno nominee for his work with Spirit of the West, Mann and his band became underground heroes for their politically savvy, musically diverse songwriting, which fused traditional strains of folk, Celtic and turn-of-the-’90s alt-rock.
In his later years, Mann survived cancer — and wrote about it — only to suffer from early onset Alzheimer’s, though he determinedly continued performing as he faced the condition.
Mann had two children, son Harlan and daughter Hattie, with his wife, the playwright Jill Daum.
A private memorial is being planned.
Spirit of the West was best known for their hit Home for a Rest.


83 Plymouth Ave.
Landlord
Add
Eugene Vazquez
How can I help?
HOUSEMATES
Add
Carl Webb
Left Room
Roger Williams
Right Room
Peter Gilbert
In-law


com.netflix.config.sources
Class DynamoDbConfigurationSource
java.lang.Object
com.netflix.config.sources.DynamoDbConfigurationSource
- All Implemented Interfaces:
- PolledConfigurationSource
public class DynamoDbConfigurationSource
- extends java.lang.Object
- implements PolledConfigurationSource
User: gorzell
Date: 8/6/12
|
Method Summary |
PollResult |
poll(boolean initial,
java.lang.Object checkPoint)
Poll the configuration source to get the latest content. |
| Methods inherited from class java.lang.Object |
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
DynamoDbConfigurationSource
public DynamoDbConfigurationSource()
DynamoDbConfigurationSource
public DynamoDbConfigurationSource(com.amazonaws.auth.AWSCredentials credentials)
DynamoDbConfigurationSource
public DynamoDbConfigurationSource(com.amazonaws.services.dynamodb.AmazonDynamoDB dbClient)
poll
public PollResult poll(boolean initial,
java.lang.Object checkPoint)
throws java.lang.Exception
- Description copied from interface:
PolledConfigurationSource
- Poll the configuration source to get the latest content.
- Specified by:
poll
in interface PolledConfigurationSource
- Parameters:
initial
- true if this operation is the first poll.checkPoint
- Object that is used to determine the starting point if the result returned is incremental.
Null if there is no check point or the caller wishes to get the full content.
- Returns:
- The content of the configuration which may be full or incremental.
- Throws:
java.lang.Exception
- If any exception occurs when fetching the configurations.


Extensions to the standard string library.
The string library is an extension to the standard library that includes the same additions to Roblox's string library.
Splits a string into a list of substrings.
The split function splits s into substrings separated by sep.
If sep is nil, or if sep is not nil but not in s, then split returns a table with s as its only element.
If sep is empty, then s is split after each UTF-8 sequence.
Note: Roblox's implementation splits per byte, while this implementation splits per UTF-8 character.


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5. What is the best feature of Code Your Cloud?
6. How does Code Your Cloud look?
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8. Would you recommend Code Your Cloud?
9. Anything else?


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var arr=[1,2,3,4];
About Section
Services Section
Contact Section


Luka Jacobowitz
Jan Schulte
Valentin Willscher
Lets us and the compiler reason with our code at a much greater level
def add(a: Int, b: Int): Int {
launchTheNukes()
a + b
}
add(1, 3) * add(1, 3) //let’s inline this!
val x = add(1,3)
x * x //whoops! We changed the program!
Scala's Type System is extremely expressive! Let the compiler work for you!
scala> val i2: Int Refined Positive = -5
:22: error: Predicate failed: (-5 > 0).
val i2: Int Refined Positive = -5
^
scala> val u1: String Refined Url = "htp://example.com"
:38: error: Url predicate failed: unknown protocol: htp
val u1: String Refined Url = "htp://example.com"
^
case class User(
name: UserName,
val lastLogins: mutable.Seq[DateTime],
var failedLogins: Int
)
case class Pet(name: String) //defined somewhere else
case class User(name: String) {
def hasSameNameAs(pet: Pet) = this.name == pet.name
}
Better:
case class Pet(name: String, typ: PetType) //somewhere else
case class User(name: String, var failedLogins: Int)
object User {
implicit class UserOps(user: User) {
def hasSameNameAs(pet: Pet) = user.name == pet.name
}
}
sealed trait Shape
final case class Circle (radius: Double) extends Shape
final case class Rectangle(width: Int, height: Int) extends Shape
final case object Rheinturm extends Shape
final case object KoelnerDom extends Shape
Gives us...
Important:
sealed trait LogMessage {
def msg: String
}
case class InfoMessage(msg: String) extends LogMessage
case class WarnMessage(msg: String) extends LogMessage
case class ErrorMessage(msg: String) extends LogMessage
trait Drawable {
def asImage: JPG
}
case class Circle(...) extends Drawable {
override def asImage: JPG = ???
}
'Okayish' when writing application code but not library code...
trait StringSerializeable {
def serialized: String
}
def log[A <: StringSerializeable](obj: A) =
writeToLogFile( obj.serialized )
Good logging library:
trait StringSerializer {
def serialize[A](obj: A): String
}
def log[A: StringSerializer](obj: A) =+
writeToLogFile( implicitly[StringSerializer].serialize(obj) )
This is an okayish usage to avoid boilerplate:
sealed abstract class ServiceError(msg: String)
case object Timeout extends ServiceError("Request took too long")
case object InvalidResponse extends ServiceError("Parse-error")
implicit def charList(s: String): List[Char] = ???
class StringOps(s: String) {
def toCharList: List[Char] = ???
}
implicit def (s: String): StringOps = new StringOps(s)
implicit class StringOps(s: String) {
def toCharList: List[Char] = ???
}
It's common practice to pass an implicit ExecutionContext.
This is a code smell and can mostly be solved better.
def greetUser(name: UserName)(implicit lang: Language) = ???
def allUsers(repository: UserRepository)
(implicit ec: ExecutionContext) = ???
def getAllUsers(repository: UserRepository)
(implicit ec: ExecutionContext, timeoutLimit: Long) = ???
def serialize[A](obj: A)
(implicit si: SerializeInstructions[A]) = ???
def serialize[A: SerializeInstructions](obj: A) = ???
birthyear match {
case 1989 => println("This is the best year")
case 2020 => println("Are you from the Future[_]?!")
}
if(birthyear == 1989)
println("This is the best year")
else if(birthyear == 2020)
println("Are you from the Future[_]?!")
One can immediately see that this might be unsafe because we have not covered all cases.
Everything else can make pattern matching unsafe
Including guard-conditions
But: pattern matching while using a default case is always safe, obviously
true match { case true => ??? }
//Error: It would fail on the following input: false
sealed trait Fruit
case class Grape (seedWeight: Option[Double]) extends Fruit
case class Banana(length: Float) extends Fruit
case class Apple (seeds: List[Seed]) extends Fruit
someFruit match {
case Grape (_) => ???
case Banana(_) => ???
}
//Error: It would fail on the following input: Apple(_)
someFruit match {
case Grape (_) => ???
case Banana(20.05) => ???
case Apple (_) => ???
}
//Error: It would fail on the following input:
//Banana((x: Float forSome x not in 20.05))
someFruit match {
case Grape (_) => ???
case Banana(length) if length > 20 => ???
case Apple (_) => ???
}
someFruit match {
case Grape (_) => ???
case Banana(length) if length > 20 => ???
case Apple (_) => ???
case _ => ???
}
//case class Grape(seedWeight: Option[Double]) extends Fruit
someFruit match {
case Grape (Some(weight)) => ???
case Banana(_) => ???
case Apple (_) => ???
}
//Remember: case class Apple(seeds: List[Seed]) extends Fruit
someFruit match {
case Grape (_) => ???
case Banana(_) => ???
case Apple (List(Seed(), Seed(), Seed())) => ???
}
someFruit match {
case Grape (_) => ???
case Banana(_) => ???
case Apple (Seed() :: Seed() :: Seed() :: Nil) => ???
}
//Compiler:
//match may not be exhaustive.
//It would fail on the following inputs:
//Apple(List(_)), Apple(List(_, _)), Apple(List(_, _, _, _)), Apple(Nil)
We usually want to encode all non-fatal errors in the type system (e.g. with the Either type). That way we can never forget to handle them.
If you need to work with a library that throws Exceptions use Try (upper- not lowercase)
def asyncGetUser(userId): Future[User] = ???
val userResult = Await(asyncGetUser(someId), 20.seconds)
userResult match {
case Success(user) => println("wuh, user found!")
case Failure(ResponseTimeoutException()) => println("Timed out!")
case Failure(UserNotFound(userId)) => println("Could not find user")
case Failure(UserParseError(jsonError)) => println("Could find user but not parse it")
case Failure(throwable) => println("Uh oh, something went wrong. Maybe the Thread was interrupted OR maybe we did forget to handle a domain error? Who knows...")
}
def asyncGetUser(userId): Future[Either[DomainError, User]] = ???
val userResult = Await(asyncGetUser(someId), 20.seconds)
userResult match {
//Technically everything went well. We can now check for domain errors.
case Success(domainResult) => domainResult match {
case Right(user) => println("wuh, user found!")
case Left(ResponseTimeoutException) => println("Timed out!")
case Left(UserNotFound(userId)) => println("Could not find user")
case Left(UserParseError(jsonError)) => println("Could find user but not parse it")
}
//Only technical error
case Failure(throwable) => println("Uh oh, something went wrong. Maybe the Thread was interrupted but it can't be a domain error that we forgot to handle!")
}
list map { case Person(name) => save(name) }
list collect { case Person(name) => save(name) }
def transformOption(input:Option[Int]):Option[Int]
def transform(input:Int):Int
myOption.map(transform)
def transformEachSingleElement(input:List[Int]):List[Int]
def transform(input:Int):Int
myList.map(transform)


We offer 24-hour room service, HBO, magnificent views from your hotel room, hot towels, and free continental breakfast everyday.

Sit under a palm tree while the cabana boy gives you back rub!


Torque 2D – TorqueScript Reference
(Adapted from Edward Maurina's book, "The Game Programmer's Guide to Torque" [GPGT]. Grab the entire book to take your Torque knowledge to the next level.)
|
Operator |
Name |
Example |
Explanation |
Variable Operators |
|||
|
$ |
global |
$a |
$a is a global variable. |
|
% |
local |
%b |
%b is a local variable. |
Arithmetic Operators |
|||
|
* |
multiplication |
$a * $b |
Multiply $a and $b. |
|
/ |
division |
$a / $b |
Divide $a by $b. |
|
% |
modulo |
$a % $b |
Remainder of $a divided by $b. |
|
+ |
addition |
$a + $b |
Add $a and $b. |
|
- |
subtraction |
$a - $b |
Subtract $b from $a. |
|
++ |
auto-increment (post-fix only) |
$a++ |
Increment $a after use. Note: ++$a is illegal. |
|
- - |
auto-decrement (post-fix only) |
$b-- |
Decrement $b after use. Note: --$b is illegal. |
Relations and Logical Operators |
|||
|
< |
Less than |
$a < $b |
1 if $a is less than $b (0 otherwise.) |
|
> |
More than |
$a > $b |
1 if $a is greater than $b (0 otherwise.) |
|
<= |
Less than or Equal to |
$a <= $b |
1 if $a is less than or equal to $b (0 otherwise.) |
|
>= |
More than or Equal to |
$a >= $b |
1 if $a is greater than or equal to $b (0 otherwise.) |
|
== |
Equal to |
$a == $b |
1 if $a is equal to $b (0 otherwise.) |
|
!= |
Not equal to |
$a != $b |
1 if $a is not equal to $b (0 otherwise.) |
|
! |
Logical NOT |
!$a |
1 if $a is 0 (0 otherwise.) |
|
&& |
Logical AND |
$a && $b |
1 if $a and $b are both non-zero (0 otherwise.) |
|
|| |
Logical OR |
$a || $b |
1 if either $a or $b is non-zero (0 otherwise.) |
Bitwise Operators |
|||
|
~ |
Bitwise complement |
~$a |
flip bits 1 to 0 and 0 to 1. (i.e. ~10b == 01b) |
|
& |
Bitwise AND |
$a & $b |
composite of elements where bits in same position are 1. (i.e. 1b & 1b == 1b) |
|
| |
Bitwise OR |
$a | $b |
composite of elements where bits 1 in either of the two elements. (i.e. 100b & 001b == 101b) |
|
^ |
Bitwise XOR |
$a ^ $b |
composite of elements where bits in same position are opposite. (i.e. 100b & 101b == 001b) |
|
<< |
Left Shift |
$a << 3 |
element shifted left by 3 and padded with zeros. (i.e. 11b << 3d == 11000b) |
|
>> |
Right Shift |
$a >> 3 |
element shifted right by 3 and padded with zeros. (i.e. 11010b >> 3d == 00011b) |
Assignment Operators |
|||
|
= |
Assignment |
$a = $b; |
Assign value of $b to $a. |
|
op= |
Compound Assignment |
$a op= $b; |
Equivalent to $a = $a op $b. op can be any of: * / % + - & | ^ << >> |
String Operators / Constants |
|||
|
@ |
String catenation |
$c @ $d |
Concatenates strings $c and $d into a single string. Numeric literals/variables convert to strings. |
|
NL |
New Line |
$c NL $d |
Same as catenation example with new-line between $c and $d. |
|
TAB |
Tab |
$c TAB $d |
Same as catenation example with tab between $c and $d. |
|
SPC |
Space |
$c SPC $d |
Same as catenation example with space between $c and $d. |
|
$= |
String equal to |
$c $= $d |
1 if $c equal to $d . |
|
!$= |
String not equal to |
$c !$= $d |
1 if $c not equal to $d. |
Miscellaneous Operators |
|||
|
? : |
Conditional |
x ? y : z |
Substitute y if x equal to 1, else substitute z. |
|
[] |
Array element |
$a[5] |
Sixth element or array $a |
|
. |
Field/Method selection |
%obj.field
|
Select a console method or field |
|
( ) |
Grouping |
-- |
-- |
|
{} |
Blocking |
-- |
-- |
|
, |
Listing |
-- |
-- |
|
:: |
Namespace |
Item::onCollision() |
This definition of the onCollision() function is in the Item namespace. |
|
“ “ |
String
constant |
“Hello world” |
This is a normal string. |
|
‘ ‘ |
String
constant |
‘Torque Rocks’ |
This is a tagged string. The value of a tagged string is sent only once to a client from the server (across the network). Subsequently, only the ‘tag’ is sent. All clients will store the string at and index identified by the ‘tag’ and can look up the value instead of requiring it be sent repeatedly. |
|
// |
Single line comment |
// This is a comment |
Used to comment out a single line of TS. |
|
/* */ |
Multi-line comment |
/*This is a a multi-line comment*/ |
Used to comment out multiple consecutive lines. /* opens the comment, and */ closes it. |
|
Numbers |
123 |
integer |
|
|
1.23 |
floating-point |
|
|
1.00E-003 |
scientific notation |
|
|
0xabc |
hexadecimal |
|
String |
"abcd" |
string |
|
|
'abcd' |
tagged string |
|
String Operators |
@ |
concatenation |
|
|
TAB |
tab concatenation |
|
|
SPC |
space concatenation |
|
|
NL |
newline concatenation |
|
Escape Sequences |
\n |
newline |
|
|
\r |
carriage return |
|
|
\t |
tab |
|
|
\c0 .. \c9 |
colorize subsequent console output |
|
|
\cr |
reset to default color |
|
|
\cp |
push color to color stack |
|
|
\co |
pop color from color stack |
|
|
\xhh |
wo-digit hex value ASCII code |
|
|
\\ |
Backslash |
|
booleans |
TRUE |
1 |
|
|
FALSE |
0 |
|
arrays |
$MyArray[n] |
single-dimension |
|
|
$MyMultiArray[n,m] |
multi-dimension |
|
|
$MyMultiArrayn_m |
multi-dimension |
|
vectors |
"1.0 2.0 1.0 2.0" |
4-element vector |
|
|
"1.0 2.0 1.0" |
3-element vector |
|
|
"1.0 2.0" |
2-element vector |
Note: Although keywords are not reserved, it is considered bad practice to use variables that have the same spelling as a keyword ( and it can break your scripts ) .
break - Use break to exit the innermost for or while loop. break can also be used to exit a switch or switch$ statement, though it is not necessary to use break statements to separate case statements as in C/C++.
case - Used to label cases in a switch or switch$ statement.
continue - The continue keyword causes the script to skip the remainder of the innermost loop in which it appears and continue execution with the next iteration of the loop.
default - This labels the default case in a switch or switch$ statement. The default case is the case that is executed if no other cases match the switch/switch$ value.
else - The else keyword is used with the if keyword to control the flow of a script. The block of code after an else statement is executed if the if condition evaluates to false.
false - The false keyword is used for boolean comparison and evaluates to 0.
for - The for keyword starts a loop that will execute a section of code multiple times until an exit condition is met.
function - The function keyword is used to define a new console function or method.
if - The if keyword is used with or without the else keyword to control the flow of a script. The block of code after an if statement is executed if the if condition evaluates to true.
new - The new keyword is used to create an instance of a class.
package - The package keyword tells the console that the subsequent block of code is to be declared but not loaded. Packages provide dynamic function-polymorphism in TorqueScript.
parent - The Parent keyword is used with the namespace operator (::) to reference the previous definition of a function that has been over-ridden either through inheritance or packaging.
return – The return keyword is used to return a value from a function.
switch - The switch keyword begins a switch statement that is used to control the flow of script execution. Execution will be directed to the block of code after the case statement that matches the switch value.
switch$ - The switch$ keyword is identical to switch with the exception that it is used exclusively for strings.
true - The true keyword is used for boolean comparison and evaluates to 1.
while - The while keyword starts a loop that will execute a section of code multiple times until an exit condition is met.


Influenza therapeutics currently approved for clinical use
Abbreviations: IAV, influenza A virus; IBV, influenza B virus; RdRP, RNA-dependent RNA polymerase.
⁎
not recommended for antiviral treatment against currently circulating influenza virus strains due to high level of preexisting resistance
†
conditionally approved in Japan against emerging influenza viruses resistant to other antivirals


The fountain website has some good files for reviewing formatting difference between fountain, fdx and PDF. Some are referenced in the test programs but they are optional. It is not clear to me the licensing arrangements for the text so I have not included them in this repository.
If you want to include them in the test sequence go to the fountain website and download them and place them in the testdata directory. When you run go test
they will be found and included in the basic test process.


{% if title %}
{{ title }} - Encyclopedia Brunch
{% else %}
Encyclopedia Brunch!
{% endif %}
{% if tagline %}{{tagline}}{% else %}A weekly fun chat on an eclectic selection of topics{% endif %}
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{% block content %}{% endblock %}


OC
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What is the current price of your security? (eg: 107)
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What is the current price of your contract?
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Calculate
Hello


{% set searchTerm = data.searchTerm %} {% set searchPrompt = data.searchPrompt %} {% set currentSprint = '26' %} {% extends "./layout.html" %} {% block head %} {% include "./includes/head.html" %} {% endblock %} {% block proposition_header %}
Hello. Welcome to Find a career webchat.Bill - 9:33am
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Would you like a transcript of this conversation sent to aanderton89@gmail.com?


Bulb
The bulb is filled with nutrients. At first, the newborn Bulbasaur lives solely due to this reserve. A bulbasaur may not eat at all, but live solely due to photosynthesis or energy stored in the bulb. From birth, a seed sprouts on the back of a Bulbasaur. It becomes an onion that grows with Pokemon. With its help, Pokemon can absorb sunlight and process into nutrients. The bulb is also responsible for many Pokemon attacks. Bulbasaur and plant live in symbiosis. Also in the bulb are seeds, pollen, and from it grow vines, used in battle and for moving.