When you work with us, you are part of a team of commited collaborators. All aspects of our software development process are intergrated , interactive and agile.
Our approach unifies design, development and product managent to create exceptional products.
We start each project by understanding your business goals, the users needs and the product requirements.
we help translate them into active and elegant solutions.
Before we sign a contract or write a line of code, our team will spend the neccessary time needed to understand your product vission.
The outcome of the scoping session a proposal or high-level statement of work.
based on your requirements, we can provide a complete offering or just the piece you need.
Black Studio
MIGHTY ONTARIO SECURITY
PYRAMIDS
JIM CARREY
HAVE A GOOD DAY
Calculator
BURNED LOGO MOCK-UP
BAILEY WONGER


Welcome to Titanium Stealth Proxy!
Choose where you wish to go by selecting one of the navigation buttons at the top.
Choosing "Surf freely" will bring you to a PHP-Proxy and the headline in your browser will be changed to "My drive - google drive" and hide the pages you visit from your browser history, making you almost invisible to anyone using hapara highlights; choosing "watch movies / tv" will redirect you to one of 123movies' many sites and will carry the same "stealth" effect as the proxy page.
Check out the forums to see upcoming updates and new features.
The forums are for reporting issues, commenting about the site, sharing software (NO piracy whatsoever), etc.
I created the "Mine LITECOIN" page for personal use but you're free to use it if you feel like it (just refrain from using a school computer as you may damage it.
I always try to get into the latest and most popular cryptocurrencies. I currently have some stocks in Bitcoin and Monero.


It is always being emphasized that "No, Oracle wont kill MySQL" even though convincing, seems they got no choice since the most popular database is already hooked up on most of the sites of the web (including this website) and he even said
"The only website that doesn't use MySQL is msn.com" - lol
Overall, its ok and fine, specially the price -- which is free. Even though this guy gave me a lot of problems understanding his english, I still managed to stay awake the whole event.
Here comes the most anticipated part:
The food and the freebies!
Ok, ok, the food is ok, a hotdog sandwich stuffed with lettuce - not really a fan of it, but had to swallow it since I dont want to go outside just for the food.
Slightly embarassed by the taste of the hotdog, they got me stunned when the Ivan stepped out of the platform and say his farewell. I had looked in my clock ( hey, its only 4:40, the seminar is up to 6:00)
whats comes next is an epic:
they played the movie John Carter!
and we live happily ever after


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After teaching Graphic Design for about 15 years, I noticed a strange phenomenon (actually I noticed a lot of strange phenomena, but I’m only writing about this particular one): very talented students in the lower grades failed, or almost failed, in the higher grades. The only cause I could detect was a difference in project timing: short term projects in the lower grades, long term in the higher grades. The simple fact that they had to talk to several teachers week after week seemed to make everybody unhappy in the end. The teachers and students were dissatisfied because the latter never reached the point where the former wanted the project to end up, the latter were unhappy because they saw their project going in a direction they did not realy intend to. The reasons for this were countless: misunderstanding, inexperience, too much experience, in short: every student/teacher combination is different. For years I’ve been struggling with this problem, not knowing how to solve it. Autumn 1998.
Tarja Nieminen, Head of the Graphic Design Department at the Institute of Design in Lahti is searching for a teacher to give a Typography workshop. Thanks through a Belgian connection (Lode Coen) they invited me. Since I was getting more and more interested in new media I suggested to combining a class on digital font creation (fontographer) with a class on new media (macromedia director).
The workshop started on Monday, December 14th at noon, until Friday 18th at 14:25, meaning the students only had four days to finish their project. From these four days a whole day was spent on courses (half a day Fontographer and half a day Director). The assignment: design an experimental typeface, produce it in Fontographer and present it with new media, using Director. On Friday a CD-Rom was burned with all the presentations, accessible through an interface.
Thinking backwards, I must have been crazy to think this could work! To my own amazement (and probably that of the students as well) it did. This wonderful mix seemed to solve the problem I described above in a miraculous way. Apparently all the ingredients needed for a successful workshop were present: no time (so students were almost forced to pursue their first idea,) group dynamics (there was a meeting every morning at 9 and every evening at 5, where the whole group discussed their projects), knowledge and skills (the courses and use of the new software) belief (a crazy and enthusiastic teacher who acted like he had done this many times before) facilities (the equipment and support in Lahti are excellent, thanks Kari!) and of course a challenging and rich subject: ’experimental’ typography. The word ’experimental’ is not only there because of the lack of time and craftsmanship to create a ’classical’ font. When you look at the changes in society the last decade(s) you notice (at least I do) some reasons to believe our beloved way of communicating (the western alphabet) is getting under attack... and might not survive...
So,... let’s have a look at that sacred old cow: typography! What is it actually, typography? Typography is the most poor and crippled way of communicating, ever invented! It is communication in its most naked, stripped-to-the-bone shape.  Gray boxes, with gray lines. And this is supposed to communicate our deepest thoughts and feelings? If these statements do not shock typographers, nothing ever will!  Basically they use all of their senses. I will not even refer to the scientific evidence that about 80% (79.23% or 50.01% for my sake) of what we verbally communicate is transferred by our gestures, by tonality, timbre and emotion in our voices and by facial expressions. But since I’m using typography to get my idea across, I refer to it anyway...
Those who do not read between the lines, might say: typography is dead! And I would then quickly add: long live typography! Yes, these workshops are a great opportunity to experiment with new ways to communicate, new ways of adding emotion, feelings, poetry, art, music, motion... you name it, it’s yours... to these self invented vehicles of communication. And please, do not forget, these workshops result in what I call ’Digital Roughs’. For students they serve as a way, not only to explore typography, not only to investigate communication, not only to learn some computer programs, but maybe most of all: to discover the way they function as a designer in the visual communication process. By expressing their ’Ideas from the heart’
I have been doing 8 similar workshops since that infamous first one. The 8 CD-Roms prove that I stumbled on a very interesting recipe. The attendants always take care of the spices.
Lucas Nijs, teacher (and student)
See the essential concepts in this text filtered by Keywords


The most common line shapes in EPR are Gaussian and Lorentzian. In addition, Dysonians and Voigtians are used.
The formula for a Gaussian absorption lineshape normalized so that its integral is 1 is
where x0 is the line centre and is the distance between the inflection points. It is related to the FWHM (full width at half height) via
At the center x0 the value of the Gaussian is
The first derivative has a peak-to-peak distance of .
The integral of the Gaussian lineshape function is
The formula for a Lorentzian absorption lineshape normalized so that its integral is 1 is
where x0 is the center and is the distance between the inflection points. It is related to the FWHM (full width at half height) via
At the center x0 the value of the Lorentzian is
The first derivative has a peak-to-peak distance of .
The integral of the Lorentzian lineshape function is
The Voigt line shape is the convolution of Lorentzian and a Gaussian line shape. It cannot be expresed in closed analytical form. It can be approximated by a linear combination of a Lorentzian and a Gaussian, a so-called pseudo-Voigt function.


{Each of these tags support the following attributes:{display_<display type> <name=value pairs>}}
layoutHere="true" showMenu="true" showTitle="true" title="Title to display"If layoutHere is set to false then the component is laid out by the container group (below). Otherwise it is displayed in place.
:lheading Data The data that is displayed takes the form of a number of records where each record is composed of the same number of fields. Optionally, records can also have a latitude/longitude position and a date associated with them. You can think of the data as a structured representation of a CSV file.
name(type=string),occupation(type=enumeration),value1(type=double),value2(type=int) Joe,bartender,1.3,17 Jill,ceo,39,54 Jane,pilot,39,54 ...The total number of records fetched from the server can be set with the "max" attribute. This will only retrieve the first N records. So, for example if you have a dataset with lots of records (e.g., 20000) you can display them all (e.g., in a line chart) with:
{If you have a number of displays on one page that you want to apply the same max value for then use:{display_linechart max=20000}}
{You can specify a stride with the "skip" attribute. For example if you want to fetch every other record do:{property max=20000}} { {display_linechart}} { {display_table}}
{Every 10th record do:{display_linechart skip=1}}
{If you only wanted the last N records specify, e.g.:{display_linechart skip=10}}
{You can also specify a start and end date range with:{display_linechart lastRecords=10}}
{e.g.:{display_linechart startDate="yyyy-MM-dd HH:mm" endDate="yyyy-MM-dd HH:mm"}}
{The startDate and endDate can also be relative to the current date. For example, if you wanted to get the last week's data you would do:{display_linechart startDate="2021-01-01"}}
{In general the relative dates take the form:{display_linechart startDate="-1 week"}}
<offset> <dateunit> where: dateunit=second|minute|hour|day|week|month|year|century|milleniumFor example:
{:lheading Specifying Fields Most of these displays are based on point data in RAMADDA. The point data model is based on a series of records (or rows) that are made up of a set of fields (or columns). Each field has a certain type - double, integer, string, date. Many of the displays below use a fields attribute to specify the fields that are displayed. These are either the field ids of the point data or a 1-based index into the field list.{display_linechart startDate="-13 days" endDate="-5 days"}}
fields="active_voters,total_ballots" Or: fields="1,#2,#3"The field ids for a point data entry can be viewed with the Metadata view, e.g. - (example).
{:lheading Filtering Data A display can present a set of widgets that allow the user to filter the data being shown. For example, in the image below (See here) the data has a set of fields - elev, elev_gain, distance, range and class. Below is the wiki text that creates the above display. The map display defines which fields should be used with the filterFields="..." attribute. The ranking display specifies the same set of filter fields but also has a hideFilterWidget=true which specifies to actually not show the widgets. The filter values the user enters in the map display are then applied to the ranking display.{display_linechart fields="#5,#6,#7,#8,#9,#10" }}
+row +col-3 {Filter attributes:{display type="ranking" ... filterFields="elev,elev_gain,distance,range,class" hideFilterWidget=true }} -col +col-9 { {display type="map" ... filterFields="elev,elev_gain,distance,class,range" }} -col -row
convertData="command1;command2;...;" Where commands can be: derived(field=field_id, function=some_expression) e.g.: derived(field=poptimes10, function=population*10) rotateData(includeFields=true,includeDate=true,flipColumns=true) addPercentIncrease(replaceValues=false):lheading Subsetting Data You can specify various filters applied to the data
By date: startDate="yyyy-MM-dd" endDate="yyyy-MM-dd" By value: dataFilters="command(field=<field id>,value=<value>,enabled=<value>,label=... Where "command" can be one of: match - string match notmatch - string not match lessthan - <= greaterthan - >= equals notequals If the label is specified then a selector checkbox will be shown to turn on/off this filterYou can also sample the data with:
stride=1 - take every other point maxDisplayedPoints= - if set, then set the stride so we at most have maxDisplayedPoints pointsYou can bin the data based on dates with:
binDate=day|week|month|year binType=total|count|averageOnly show unique rows with:
uniqueField=<field id>:lheading Color RAMADDA provides a large number of built-in color tables. The full set of color tables can be viewed at here. When editing the wiki text if you right-lick inside of a {
colorTable="some color table name" - specify the color table colorTable="colors:red,green,blue,...." - explicit list of colors colorTable.<field name> ="some color table" - specify a color table for one of the "color by" fields colorTableInverse="true" -reverse the colors colorTableAlpha="0.0 - 1.0" - specify a transparency value colorBy=<field name> - specify a data field to color by colorByFields=<field1,field2,...,fieldN> - specify a number of fields to allow the user to choose how to color:lheading Display Groups There is a group tag that can manage a number of children displays. The general use is of the form below where displays 1-3 are part of group 1 and displays 4,5 are part of group 2. The group allows for different displays to communicate with each other (e.g., creating a new chart, map click, animation, etc), the inheritance of certain attributes (e.g., showMenu, showTitle) and the layout of the children displays. If there is a wiki page that does not have a group but only one or more display tags then a group will be added automatically.
{If showMenu is set to true for a group then the below menu is displayed. This supports the interactive creation of new charts and displays. The layout of these displays can be changed interactively, their state can be changed and they can be deleted. If the user is logged in then the set of dynamically created displays can be saved (e.g., as a wiki page) through the group menu as seen below:{group group 1 ...}} { {display display 1}} { {display display 2}} { {display display 3}} { {group group 2...}} { {display display 4}} { {display display 5}}
layoutType=tabs layoutType=table layoutType=columns layoutType=rowsUsing the table layout the number of columns is specified with the layoutColumns attribute. For the columns and rows layout type each child display can specify the column number of row number it should be placed in. For example, for the rows layout if you had:
{Would result in (without the border):{group layoutType="rows"}} { {display display1 row="1"}} { {display display2 row="1"}} { {display display3 row="1"}} { {display display4 row="2"}} { {display display5 row="2"}} { {display display6 row="3"}}
| display1 | display2 | display3 |
| display4 | display5 |
| display6 |
The divid attribute allows you to specify a div tag that is in the wiki page as the location for the group and the displays to place themselves in. For example, below is the (abbreviated) wiki text used to create this page on ramadda.org. We want to have a fixed layout where the entry list is on the left and the map is on the right. Any charts or other display components that are interactively created by the user are managed by the group and layed out below the list and map. To do this we define a regular html table layout that contains a couple of div tags - one for the list and one for the map. We set the IDs of the div tags and then reference those IDs in the display wiki tags below. Likewise, the group has a divid=maindiv which corresponds to the div at the bottom of the page.

 {<noop>{group layoutType="table" layoutColumns="1" divid="maindiv"}} {<noop>{display_entrylist divid="listdiv" } } {<noop>{display_map layoutHere="true" height="250" divid="mapdiv"} }
{The above lists the entries in a menu. Alternatively you can display the entries in a map or in a timeline.{group changeEntries=true changeEntriesLabel="Select Region" firstEntry="93198426-f87d-40e6-b206-43b25ad1d4fa" }}

 { {display_fieldslist width=150px entry=93198426-f87d-40e6-b206-43b25ad1d4fa fields="#41,#42,#43,#44,#45,#46,#47,#48,#49,#50" ... }} 	 { {display_linechart entry=93198426-f87d-40e6-b206-43b25ad1d4fa fields="#41,#42,#43,#44,#45,#46,#47,#48,#49,#50" ... }}


{% include head.html %}
{% include header.html %}
{{ content }}
This work is licensed under a
Creative Commons Attribution-ShareAlike 4.0 International License
.
{% include footer.html %}


XML mode
The XML mode supports these configuration parameters:
htmlMode (boolean)
- This switches the mode to parse HTML instead of XML. This
means attributes do not have to be quoted, and some elements
(such as
br
) do not require a closing tag. matchClosing (boolean)
- Controls whether the mode checks that close tags match the corresponding opening tag, and highlights mismatches as errors. Defaults to true.
alignCDATA (boolean)
- Setting this to true will force the opening tag of CDATA blocks to not be indented.
MIME types defined: application/xml
, text/html
.


Chocolate Pizza
POSTED ON 15 DEC 2013 / DESSERTS
For the fig-swirl: Melt butter over medium heat in a saucepan. Add brown sugar to dissolve. Add brown sugar and stir to dissolve. Halve all of the figs and toss in the saucepan with water and lemon juice. Cook over medium heat, stirring frequently, until you have a chunky-jammy mixture. Add salt with one or two stirs, set aside and let cool completely.
Ice Cream: In a small pot over medium heat, combine milk, and granulated sugar until sugar is completely dissolved and the milk is just barely lukewarm. Whisk in the egg yokes. Set mixture in the fridge and wait until the fig mix is cooled.
Using an ice cream machine, pout liquids into the frozen basin and process according to manufacturer instructions, i.e., let spin and thicken for 20 minutes before adding mascarpone, fig jam mixture, and the nuts. Continue to process for +/- 10 minutes. Pour semi-frozen mixture into a pyrex dish or glass Tupperware. Freeze for at least two hours before serving.
- 1 1/2 cups milk
- 1/2 cup mascarpone
- 1/2 tsp pink salt
- 1 lb Black Mission Figs
- 1/2 cup brown sugar
- 2-4 tbsp water
- 1 1/2 cups heavy cream
- 1/3 granulated sugar
- 2 egg yolks
- 1 lemon, juiced
- 2 tbsp butter
- 1 cup honey roasted pecans, roughly chopped


Nurse Betty (2000) Renee Zellweger, Morgan Freeman, Chris Rock, Greg Kinnear, Aaron Eckhart, Tia Texada, Crispin Glover, Pruitt Taylor Vince, Allison Janney, Kathleen Wilhoite, Harriet Sanson Harris, Laird Macintosh. Screenplay by John C. Richards and James Flamberg, based on a story by Richards. Directed by Neil LaBute. 112 minutes. Rated R, 4 stars (out of five stars)
Review by Ed Johnson-Ott, NUVO Newsweekly www.nuvo.com Archive reviews at http://us.imdb.com/ReviewsBy?Edward+Johnson-Ott To receive reviews by e-mail at no charge, send subscription requests to<EMAIL_ADDRESS>or e-mail<EMAIL_ADDRESS>with the word "subscribe" in the subject line.
With his first two films, "In the Company of Men" and "Your Friends & Neighbors," writer/director Neil LaBute explored corporate and sexual politics with a searing eye that thrilled many viewers, while sending others racing for the exits. This time around, Fort Wayne, Indiana's most noted provocateur ventures a little closer to the mainstream, albeit a mainstream with some choppy waters and the occasional acidic eddy.
"Nurse Betty" is a skewed fairy tale, a loopy road movie that shifts in tone from whimsical to soothing to shocking and back again. With a (mostly) crackerjack cast and a plot that zags every time you expect it to zig, the production is a welcome relief after weeks and weeks of lousy flicks.
The story, which earned John C. Richards and James Flamberg a Best Screenplay award at this year's Cannes Film Festival, chronicles a pivotal period in the life of Betty (Renee Zellweger), a coffee shop waitress and ardent soap opera fan in Fair Oaks, Kansas. Although her smarmy car-salesman husband, Del (Aaron Eckhart), has forgotten her birthday, Betty plans to celebrate in style, borrowing a car from her hubby's lot for a night on the town with a girlfriend.
But matters go terribly wrong. After watching a tape of her favorite serial, "A Reason to Love," and swooning when the show's most popular character, Dr. David Ravell (Greg Kinnear) intones "I know there's someone special out there for me," Betty glances into her living room and witnesses a horrific sight.  The shock throws Betty into a fugue state, marked by a combination of amnesia and physical fright. The suddenly psychotic woman, who always dreamed of being a nurse, hops into the 1997 Buick LaSabre and heads towards Los Angeles for a romantic "reunion" with her beloved Dr. Ravell.
Among the many things Betty doesn't know is that the car's trunk holds the very cache of drugs that prompted Del's visit from the hit men. Charlie and Wesley set out after Betty, determined to recover the narcotics and wipe out the witness to their work.
"Nurse Betty" is one of those rare films able to reference numerous other movies ("The Wizard of Oz," "Thelma and Louise" "The Purple Rose of Cairo," "Being There" and "Pulp Fiction," to name but a few), while still feeling like a true original. LaBute, whose previous movies were marked by inventive, but minimalist camera movements, proves adroit at fluid filmmaking. As always, he brings out the best from his performers.
Renee Zellweger, so terrific in "Jerry Maguire," does her best work to date here, making a remarkably smooth transition from sweet, mousy housewife to whacked-out adventurer. But her best moments come when the fugue state cracks, plunging the woman into an alien reality. Despite her massive, understandable confusion, she displays a grand air of strength and personal resolve while sorting things out.
Morgan Freeman is equally impressive as senior hit man Charlie. Freeman, one of the best actors working today, creates a complex persona that somehow manages to remain sympathetic despite his deadly occupation. Greg Kinnear is solid and likable in the dual roles of a soap opera character and a "real life" actor, while the wonderful Allison Janney gracefully steals scenes as the producer of "A Reason to Love."
On the down side, Aaron Eckhart is wasted in a brief, cartoonish turn as Betty's piggish husband. Eckhart, who starred in both of LaBute's other films and won a wide audience as Julia Roberts' boyfriend in "Erin Brokovich," deserves more than a glorified cameo appearance. And then there's Chris Rock. Yes, I know he has legions of fans. Yes, his abrasive behavior fits that of junior assassin Wesley. But Rock's loud, whiny style is pure, fingernails-on-the-blackboard annoying to me. I look forward to the day when he becomes seasoned enough to deliver his high quality jokes in a less screechy fashion.
Still, "Nurse Betty" is a corker. The highlight of the film is unquestionably Betty's cocktail party exchange with key members of "A Reason to Love," where her psychosis is mistaken as a Method Acting audition, but what happens soon after is even more admirable. I won't spoil it for you. Suffice to say that the screenwriters recognized the perfect moment for Betty's fugue state to end, allowing her journey to move from fantasy to substance. Following a summer where most film characters were depicted spinning in circles, it's gratifying to watch someone grow as a person. It's gratifying to watch the enormously gifted Neil Labute's filmmaking growth as well.
© 2000 Ed Johnson-Ott
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
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Related links: index of all rec.arts.movies.reviews reviews


- More positive tweets
- Equal numbers of positive and negative tweets
- More negative tweets
Este mapa muestra el estado emocional "state" of each state at any given moment. Positive or negative sentiments are loosely determined based on an analysis of key words used in tweets. The realtime data comes from the @PubNub Data Stream Network and PubNub's out-of-the-box access to the live Twitter stream.


Command starts async or yourkit profiler based on system property integrationTests.profiler.
Command must be followed by activity name and optionally by parameters
Syntax: %startProfile <activityName> [parameters]
Example: %startProfile magento_inspection event=alloc


Logging Demo
Check that various components are working.
Example
Confirm "
11 * 12
" displays "
132
".
Look for:
Hover over the 'i' icons to see the tooltip logging
Log file links are on each example (no link at bottom of page as not logging outside of example)
Note that the console output is much reduced - this is a result of the logback configuration rather than this extension
This extension is particularly useful when running tests in parallel, or have a large number of tests and your log file is unusable


Diehards hold out at Hong Kong campus as foreign pressure grows
KABUL: Two United States service members were killed in a helicopter crash in Afghanistan on Wednesday, the US military said in a statement.
“The cause of the crash is under investigation, however preliminary reports do not indicate it was caused by enemy fire,” the statement said.


Tutorials
Resources for using the dotSkapes platform.
Documents
Our nascent documentation system.
Researchers
Resources for researchers interested in using dotSkapes.
Developers
Resources for viewing source code and submitting tickets.
Case Studies
Examples of dotSkapes in action.
About Us
Information on our development team and collaborators.


--- layout: default ---
A brief and incomplete list of papers and universities where SOM has been used in the past.
TruffleMATE, a SOM variant with the Mate Metaobject protocol, which enables fully reflective execution environments.
Building Efficient and Highly Run-time Adaptable Virtual Machines.
Chari, Guido; Garbervetsky, Diego; and Marr, Stefan.
Proceedings of the 12th Symposium on Dynamic Languages (2016),
PDF.
Cross-Language Compiler Benchmarking: Are We Fast Yet?
Marr, Stefan; Daloze, Benoit; and Mössenböck, Hanspeter.
Proceedings of the 12th Symposium on Dynamic Languages (2016),
PDF, HTML.
In 2016, the J9 team used their new JitBuilder to speed up SOM++ by 3x-4x. JitBuilder is an API for the J9 just-in-time compiler, which is going to be open sourced as part of the Eclipse OMR project.
In 2015, the J9 team announced the plans to open source the platform underlying their JVM implementation. As part of their JavaOne talk “What's in an Object? Java Garbage Collection for the Polygot”, they used CSOM as a case study to show how their garbage collector can be integrated into an existing VM.
SOMNS, a Newspeak variant with full support for actor concurrency was developed as a platform for research on the interaction of concurrency models.
Tracing vs. Partial Evaluation: Comparing Meta-Compilation Approaches for Self-Optimizing Interpreters.
Marr, Stefan; and Ducasse, Stéphane.
Proceedings of the 2015 ACM International Conference on Object Oriented Programming Systems Languages & Applications, ACM, (2015),
PDF, HTML.
Zero-Overhead Metaprogramming: Reflection and Metaobject Protocols Fast and without Compromises.
Marr, Stefan; Seaton, Chris; and Ducasse, Stéphane.
Proceedings of the 36th ACM SIGPLAN Conference on Programming Language Design and Implementation, ACM, (2015), doi: 10.1145/2737924.2737963,
PDF, HTML.
Are We There Yet?
Simple Language-Implementation Techniques for the 21st Century.
Marr, Stefan; Pape, Tobias; and De Meuter, Wolfgang.
IEEE Software 31, no. 5 (2014): 60-67, doi: 10.1109/MS.2014.98,
PDF, HTML.
The SOM variants were used for a number of experiments such as ActorSOM, a SOM with a event-loop concurrency model similar to AmbientTalk.
SOM++ was optimized and extended with a generational garbage collector as part of a master's thesis.
CSOM/PL: A Virtual Machine Product Line.
Haupt, Michael; Marr, Stefan and Hirschfeld, Robert.
Journal of Object Technology 10, no. 12 (2011): 1-30, doi: 10.5381/jot.2011.10.1.a12,
PDF.
Type Harvesting: A Practical Approach to Obtaining Typing Information in Dynamic Programming Languages.
Haupt, Michael; Perscheid, Michael and Hirschfeld, Robert.
Proceedings of the 2011 ACM Symposium on Applied Computing, 2011, doi: 10.1145/1982185.1982464,
URL.
Virtual Machine Support for Many-Core Architectures: Decoupling Abstract From Concrete Concurrency Models.
Marr, Stefan; Haupt, Michael; Timbermont, Stijn; Adams, Bram; D'Hondt, Theo; Costanza, Pascal and De Meuter, Wolfgang.
Second International Workshop on Programming Languages Approaches to Concurrency and Communication-cEntric Software, York, UK, 2010,
doi: 10.4204/EPTCS.17.6,
URL.
The SOM Family: Virtual Machines for Teaching and Research.
Haupt, Michael; Hirschfeld, Robert; Pape, Tobias; Gabrysiak, Gregor; Marr, Stefan; Bergmann, Arne; Heise, Arvid; Kleine, Matthias and Krahn, Robert.
Proceedings of the 15th Annual Conference on Innovation and Technology in Computer Science Education (ITiCSE), 2010,
doi: 10.1145/1822090.1822098,
PDF.
In 2010, SOM was used by Michael Haupt to teach one graduate course at Technische Universität Darmstadt (Germany).
NXTalk: Dynamic Object-oriented Programming in a Constrained Environment.
Beck, Martin; Haupt, Michael and Hirschfeld, Robert.
Proceedings of the International Workshop on Smalltalk Technologies, 2009,
doi: 10.1145/1735935.1735942,
PDF.
SOM was used by Michael Haupt between 2007–2009 to teach a course on Virtual Machines at the Hasso Plattner Institute in Potsdam. Many of the feature variants of CSOM for instance support for Smalltalk images, threads, and garbage collection have been developed as part of course work. (more)
In 2006, SOM was used by Michael Haupt to teach one undergraduate course at Lancaster University (UK).
Related to SOM, at least in syntax and spirit:
Design, implementation, and evaluation of the Resilient Smalltalk embedded platform.
Andersen, Jakob R.; Bak, Lars; Grarup, Steffen; Lund, Kasper V.; Eskildsen, Toke; Hansen, Klaus Marius and Torgersen, Mads.
Computer Languages, Systems & Structures 31, no. 3–4 (2005): 127–141, doi: 10.1016/j.cl.2005.02.003.
SOM was originally implemented at the University of Århus in Denmark by Jakob Roland Andersen, Kasper Verdich Lund, Lars Bak, Mads Torgersen, and Ulrik Pagh Schultz in 2001/2002. It was used for teaching object-oriented VMs and came with the original version of the SOM Smalltalk libraries, test suites, and benchmarks.


One dead, six injured in suspected suicide bombing at Indonesia police station
by AFPMEDAN, INDONESIA: A suspected suicide bombing outside a police station in Indonesia has left at least one attacker dead and six other people wounded, authorities said Wednesday.
The explosion happened around 8:45 am local time (0145 GMT) at the compound in Medan on Sumatra island during morning roll call.
“We suspect this is a suicide bombing with one attacker killed,” national police spokesperson Dedi Prasetyo told reporters in Jakarta.
He said at least six people were wounded, including four officers and two civilians, but that their injuries were not severe.
An AFP reporter at the scene saw a body lying on the ground outside the station.
The motive for the attack was not immediately known.
In August, authorities shot and arrested a militant who attacked officers at a station in Indonesia’s second-biggest city Surabaya, while in June another was seriously wounded when he tried to blow himself up outside a police building on Java island.
Last month, the country’s leader Joko Widodo ordered beefed-up security measures after two militants from an Islamic State-linked terror group stabbed his chief security minister. He survived the attack.
The pair were later identified as members of Jamaah Ansharut Daulah (JAD), an extremist network loyal to IS and responsible for several previous attacks – including deadly suicide bombings at churches in Surabaya last year.


|
When client needs to make that all important call, Mphushe! will recharge the client’s phone credit (all networks) |
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Mphushe! Also makes it possible for clients to have DSTV subscription renewed and keep their home entertainment flowing. |
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When a new school term is around the corner and client needs that shot of financial
injection to ensure their child stays in school, |
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Mphushe! will clear client’s loans and provide them with a clean slate for a more friendly financial management plan |
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Sometimes to get to that all important places, you need your own reliable transport. With Mphushe! Client’s can make that trip with fuel advance |


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Beach Clean-ups are a great way to learn about the issue while being part of the solution. Organise your own clean-up through our free Love your Coast site. We have reusable sacks and gloves that non-profits and educational institutions can borrow for free.


What you need to know
Symptoms may appear 2-14 days after exposure to the virus. People with these symptoms may have COVID-19:
Safety rules
- Use of masks or covers mouth
- Use of antibacterial gel or alcohol
Safety rules
- Use of masks or covers mouth
- Use of antibacterial gel or alcohol
- Wash hands frequently
Safety rules
- Use of masks or covers mouth
- Use of antibacterial gel or alcohol
- Wash hands frequently
- Maintain social distance
- Use of gloves


|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object java.awt.font.GraphicAttribute
public abstract class GraphicAttribute
This class is used with the CHAR_REPLACEMENT attribute.
The GraphicAttribute
class represents a graphic embedded
in text. Clients subclass this class to implement their own char
replacement graphics. Clients wishing to embed shapes and images in
text need not subclass this class. Instead, clients can use the
ShapeGraphicAttribute
and ImageGraphicAttribute
classes.
Subclasses must ensure that their objects are immutable once they
are constructed. Mutating a GraphicAttribute
that
is used in a TextLayout
results in undefined behavior from the
TextLayout
.
| Field Summary | |
|---|---|
static int |
BOTTOM_ALIGNMENT
Aligns bottom of graphic to bottom of line. |
static int |
CENTER_BASELINE
Aligns origin of graphic to center baseline of line. |
static int |
HANGING_BASELINE
Aligns origin of graphic to hanging baseline of line. |
static int |
ROMAN_BASELINE
Aligns origin of graphic to roman baseline of line. |
static int |
TOP_ALIGNMENT
Aligns top of graphic to top of line. |
| Constructor Summary | |
|---|---|
protected |
GraphicAttribute(int alignment)
Constructs a GraphicAttribute . |
| Method Summary | |
|---|---|
abstract void |
draw(Graphics2D graphics,
float x,
float y)
Renders this GraphicAttribute at the specified
location. |
abstract float |
getAdvance()
Returns the advance of this GraphicAttribute . |
int |
getAlignment()
Returns the alignment of this GraphicAttribute . |
abstract float |
getAscent()
Returns the ascent of this GraphicAttribute . |
Rectangle2D |
getBounds()
Returns a Rectangle2D that encloses all of the
bits drawn by this GraphicAttribute relative to the
rendering position. |
abstract float |
getDescent()
Returns the descent of this GraphicAttribute . |
GlyphJustificationInfo |
getJustificationInfo()
Returns the justification information for this GraphicAttribute . |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Field Detail |
|---|
public static final int TOP_ALIGNMENT
public static final int BOTTOM_ALIGNMENT
public static final int ROMAN_BASELINE
public static final int CENTER_BASELINE
public static final int HANGING_BASELINE
| Constructor Detail |
|---|
protected GraphicAttribute(int alignment)
GraphicAttribute
.
Subclasses use this to define the alignment of the graphic.
alignment
- an int representing one of the
GraphicAttribute
alignment fields| Method Detail |
|---|
public abstract float getAscent()
GraphicAttribute
. A
graphic can be rendered above its ascent.
GraphicAttribute
.getBounds()
public abstract float getDescent()
GraphicAttribute
. A
graphic can be rendered below its descent.
GraphicAttribute
.getBounds()
public abstract float getAdvance()
GraphicAttribute
. The
GraphicAttribute
object's advance is the distance
from the point at which the graphic is rendered and the point where
the next character or graphic is rendered. A graphic can be
rendered beyond its advance
GraphicAttribute
.getBounds()
public Rectangle2D getBounds()
Rectangle2D
that encloses all of the
bits drawn by this GraphicAttribute
relative to the
rendering position.
A graphic may be rendered beyond its origin, ascent, descent,
or advance; but if it is, this method's implementation must
indicate where the graphic is rendered.
Default bounds is the rectangle (0, -ascent, advance, ascent+descent).
Rectangle2D
that encloses all of the bits
rendered by this GraphicAttribute
.public abstract void draw(Graphics2D graphics, float x, float y)
GraphicAttribute
at the specified
location.
graphics
- the Graphics2D
into which to render the
graphicx, y
- the user-space coordinates where
the graphic is renderedpublic final int getAlignment()
GraphicAttribute
.
Alignment can be to a particular baseline, or to the absolute top
or bottom of a line.
GraphicAttribute
.public GlyphJustificationInfo getJustificationInfo()
GraphicAttribute
. Subclasses
can override this method to provide different justification
information.
GlyphJustificationInfo
object that contains the
justification information for this GraphicAttribute
.
|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


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This library reduces overall memory consumption by reducing the string length and number of string buffers.
While easy enough to do manually, this automates the process and makes it easily reversible.
After loading, add a call to the function desired to your application code. E.g.,
[ ^diet'extreme ] is boot
| Name | Stack | Usage |
|---|---|---|
| shrink | - | Reduce string length. This is invoked during the initial load of the library |
| extreme | - | Further reductions of string length and reduces the buffers |
| max | - | Shrink as far as possible. Disables hidden headers and temporary strings |
| bloat | - | Restore buffers and string length to the default |


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Made with Salmon, Probably
The salmon-ish material used to make the cookies tastes just like salmon! Guaranteed to be at least 80% non-lethal.
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Example of raycasting in a web application. You can switch between 2D and 2.5D view pressing the P key.
Controls:


--- layout: post date: 2013-05-25 20:35:00 +0200 title: "Cloning git-buildpackage repositories" categories: Artikel tags: - debian ---
Whenever I want to work on some package, I usually clone its git repository, make my changes, then push and upload the Debian package. I don’t keep those repositories around in order to avoid cruft and also to have a 100% clean, up-to-date setup whenever I start working on something.
Everytime I clone such a repository, I struggle with the setup. For example, I usually forget the --pristine-tar flag for gbp-clone. Also, I usually forget to push other branches (working on “debian”, forgetting “upstream”) and, even more often, I forget pushing tags.
I spent some time on this and figured out that one can use the following to make --pristine-tar the default:
cat >> ~/.gbp.conf <EOF [DEFAULT] pristine-tar = True EOF
Avoiding my other pain points is not so easy apparently, so I wrote a little shell function (only tested with zsh!) which uses debcheckout to get the git URL, gbp-clone to actually clone it and a few git config calls to make me able to just “git push” when I am done and not worry about anything:
# Clones the git sources of a Debian package # needs debcheckout from devscripts and gbp-clone from git-buildpackage function d-clone() { local package=$1 if debcheckout --print $package >/dev/null then set -- $(debcheckout --print $package) if [ "$1" != "git" ] then echo "$package does not use git, but $1 instead." return fi echo "cloning $2" gbp-clone $2 || return # Change to the newest git repository cd $(dirname $(ls -1td */.git | head -1)) || return # This tells git to push all branches at once, # i.e. if you changed upstream and debian (after git-import-orig), # both upstream and debian will be pushed when running “git push”. git config push.default matching || return # This tells git to push tags automatically, # so you don’t have to use “git push; git push --tags”. git config --add remote.origin.push "+refs/heads/*:refs/heads/*" || return git config --add remote.origin.push "+refs/tags/*:refs/tags/*" || return echo "d-clone set up everything successfully." else echo "debcheckout $package failed. Is $package missing Vcs tags?" fi }
With that function, starting work on a package becomes as easy as
“d-clone golang-doc”
.


Hundreds Popular Libraries are organized into single platform with advanced search by keywords, missed or known headers, etc.
Project dependency manager with Semantic Versioning requirements.
{{ item.name }} {{ item.date | relativeDate }}
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The Gwinnett School of Mathematics, Science, and Technology was recognized as a Blue Ribbon School in 2016.
The Gwinnett School of Mathematics, Science, and Technology ranked No. 6 high school in the country by U.S. News and in the World Report GSMST ranked the No. 1 school in Georgia and the No. 21 STEM School in the country.
The Gwinnett School of Mathematics, Science, and Technology's student council has been recognized as a 2020 National Gold Council of Excellence by the National Association of Student Councils.
The Gwinnett School of Mathematics, Science, and Technology's Webmaster team competed and placed 4th in the Webmaster Category last year.


Table of Contents
Programs are organized as sets of packages. Each package has its own set of names for types, which helps to prevent name conflicts.
A top level type is accessible
(§6.6) outside the package
that declares it only
if the type is declared public
.
The naming structure for packages is hierarchical (§7.1). The members of a package are class and interface types (§7.6), which are declared in compilation units of the package, and subpackages, which may contain compilation units and subpackages of their own.
A package can be stored in a file system or in a database (§7.2). Packages that are stored in a file system may have certain constraints on the organization of their compilation units to allow a simple implementation to find classes easily.
A package consists of a number of
compilation units (§7.3).
A compilation unit
automatically has access to all types declared in its package and also
automatically imports all of the public
types declared in the
predefined package java.lang
.
For small programs and casual development, a package can be unnamed (§7.4.2) or have a simple name, but if code is to be widely distributed, unique package names should be chosen using qualified names. This can prevent the conflicts that would otherwise occur if two development groups happened to pick the same package name and these packages were later to be used in a single program.
The members of a package are its subpackages and all the top level class types (§7.6, §8 (Classes)) and top level interface types (§9 (Interfaces)) declared in all the compilation units (§7.3) of the package.
For example, in the Java SE platform API:
The package java
has
subpackages awt
, applet
,
io
, lang
, net
,
and util
, but no compilation units.
The package java.awt
has a
subpackage named image
, as well as a number
of compilation units containing declarations of class and
interface types.
If the fully qualified name
(§6.7)
of a package is P
,
and Q
is a subpackage of P
,
then P.Q
is the fully qualified name of the
subpackage, and furthermore denotes a
package.
A package may not contain two members of the same name, or a compile-time error results.
Here are some examples:
Because the package java.awt
has a subpackage image
, it cannot (and does
not) contain a declaration of a class or interface type
named image
.
If there is a package
named mouse
and a member
type Button
in that package (which then might
be referred to as mouse.Button
), then there
cannot be any package with the fully qualified
name mouse.Button
or mouse.Button.Click
.
If com.nighthacks.java.jag
is
the fully qualified name of a type, then there cannot be any
package whose fully qualified name is
either com.nighthacks.java.jag
or com.nighthacks.java.jag.scrabble
.
It is however possible for members of different packages to have the same simple name. For example, it is possible to declare a package:
package vector; public class Vector { Object[] vec; }
that has as a member a public
class
named Vector
, even though the package java.util
also declares a class named Vector
. These two class
types are different, reflected by the fact that they have different
fully qualified names (§6.7).
The fully qualified
name of this example Vector
is vector.Vector
,
whereas java.util.Vector
is the fully qualified
name of the Vector
class included in the
Java SE platform. Because the package vector
contains a
class named Vector
, it cannot also have a
subpackage named Vector
.
The hierarchical naming structure for packages is intended to be convenient for organizing related packages in a conventional manner, but has no significance in itself other than the prohibition against a package having a subpackage with the same simple name as a top level type (§7.6) declared in that package.
For example, there is no special access relationship
between a package named oliver
and another package
named oliver.twist
, or between packages
named evelyn.wood
and evelyn.waugh
. That is, the code in a package
named oliver.twist
has no better access to the
types declared within package oliver
than code in
any other package.
Each host system determines how packages and compilation units are created and stored.
Each host system also determines which compilation units are observable (§7.3) in a particular compilation. The observability of compilation units in turn determines which packages are observable, and which packages are in scope.
In simple implementations of the Java SE platform, packages and compilation units may be stored in a local file system. Other implementations may store them using a distributed file system or some form of database.
If a host system stores packages and compilation units in a database, then the database must not impose the optional restrictions (§7.6) on compilation units permissible in file-based implementations.
For example, a system that uses a database to store packages may not enforce a maximum of one public class or interface per compilation unit.
Systems that use a database must, however, provide an option to convert a program to a form that obeys the restrictions, for purposes of export to file-based implementations.
As an extremely simple example of storing packages in a file system, all the packages and source and binary code in a project might be stored in a single directory and its subdirectories. Each immediate subdirectory of this directory would represent a top level package, that is, one whose fully qualified name consists of a single simple name. Each further level of subdirectory would represent a subpackage of the package represented by the containing directory, and so on.
The directory might contain the following immediate subdirectories:
com gls jag java wnj
where directory java
would
contain the Java SE platform packages; the
directories jag
, gls
,
and wnj
might contain packages that three of the
authors of this specification created for their personal use and to
share with each other within this small group; and the
directory com
would contain packages procured from
companies that used the conventions described in
§6.1 to generate
unique names for their
packages.
Continuing the example, the
directory java
would contain, among others, the
following subdirectories:
applet awt io lang net util
corresponding to the
packages java.applet
, java.awt
,
java.io
, java.lang
,
java.net
, and java.util
that are defined as
part
of the Java SE platform API.
Still continuing the example, if we were to look
inside the directory util
, we might see the
following files:
BitSet.java Observable.java BitSet.class Observable.class Date.java Observer.java Date.class Observer.class ...
where each of the .java
files
contains the source for a compilation unit (§7.3)
that contains the definition of a class or interface whose binary
compiled form is contained in the
corresponding .class
file.
Under this simple organization of packages, an implementation of the Java SE platform would transform a package name into a pathname by concatenating the components of the package name, placing a file name separator (directory indicator) between adjacent components.
For example, if this simple organization were used
on an operating system where the file name separator
is /
, the package name:
jag.scrabble.board
would be transformed into the directory name:
jag/scrabble/board
A package name component or class name might contain
a character that cannot correctly appear in a host file system's
ordinary directory name, such as a Unicode character on a system that
allows only ASCII characters in file names. As a convention, the
character can be escaped by using, say, the @
character followed by four hexadecimal digits giving the numeric value
of the character, as in
the \uxxxx
escape
(§3.3).
Under this convention, the package name:
children.activities.crafts.papierM\u00e2ch\u00e9
which can also be written using full Unicode as:
children.activities.crafts.papierMâché
might be mapped to the directory name:
children/activities/crafts/papierM@00e2ch@00e9
If the @
character is not a valid
character in a file name for some given host file system, then some
other character that is not valid in a identifier could be used
instead.
CompilationUnit is the goal symbol (§2.1) for the syntactic grammar (§2.3) of Java programs. It is defined by the following productions:
A compilation unit consists of three parts, each of which is optional:
A package
declaration
(§7.4),
giving the fully qualified name
(§6.7) of the package to
which the
compilation unit belongs.
A compilation unit that
has no package
declaration is part of an unnamed package
(§7.4.2).
import
declarations
(§7.5)
that allow types from other packages
and static
members of types to be referred to using their simple
names.
Top level type declarations (§7.6) of class and interface types.
Every
compilation unit implicitly imports every public
type name declared
in the predefined package java.lang
, as if the
declaration import java.lang.*;
appeared at the
beginning of each compilation unit immediately after any package
statement. As a result, the names of all those types are available as
simple names in every compilation unit.
All the compilation units of
the predefined package java
and
its subpackages lang
and io
are always
observable.
For all other packages, the host system determines which compilation units are observable.
The observability of a compilation unit influences the observability of its package (§7.4.3).
Types declared in different compilation units can depend on each other, circularly. A Java compiler must arrange to compile all such types at the same time.
A package
declaration appears
within a compilation unit to indicate the package to which the
compilation unit belongs.
A package declaration in a compilation unit specifies the name (§6.2) of the package to which the compilation unit belongs.
The
package name mentioned in a package
declaration must be the fully
qualified name of the package (§6.7).
The scope and shadowing of a package declaration is specified in §6.3 and §6.4.
The rules for annotation modifiers on a package declaration are specified in §9.7.4 and §9.7.5.
At most
one annotated package
declaration is permitted for a given
package.
The manner in which this restriction is enforced
must, of necessity, vary from implementation to implementation. The
following scheme is strongly recommended for file-system-based
implementations: The sole annotated package
declaration, if it
exists, is placed in a source file
called package-info.java
in the directory
containing the source files for the package. This file does not
contain the source for a class called
package-info.java
; indeed it would be illegal for
it to do so, as package-info
is not a legal
identifier. Typically package-info.java
contains
only a package
declaration, preceded immediately by the annotations
on the package. While the file could technically contain the source
code for one or more classes with package access, it would be very bad
form.
It is recommended
that package-info.java
, if it is present, take the
place of package.html
for javadoc
and other similar documentation
generation systems. If this file is present, the documentation
generation tool should look for the package documentation comment
immediately preceding the (possibly annotated) package
declaration
in package-info.java
. In this
way, package-info.java
becomes the sole repository
for package-level annotations and documentation. If, in future, it
becomes desirable to add any other package-level information, this
file should prove a convenient home for this information.
A
compilation unit that has no package
declaration is part of
an unnamed package.
Unnamed packages are provided by the Java SE platform principally for convenience when developing small or temporary applications or when just beginning development.
An unnamed package cannot
have subpackages, since the syntax of a package
declaration always
includes a reference to a named top level package.
An implementation of the Java SE platform must support at least one unnamed package. An implementation may support more than one unnamed package, but is not required to do so. Which compilation units are in each unnamed package is determined by the host system.
Example 7.4.2-1.
The compilation unit:
class FirstCall { public static void main(String[] args) { System.out.println("Mr. Watson, come here. " + "I want you."); } }
defines a very simple compilation unit as part of an unnamed package.
In implementations of the Java SE platform that use a hierarchical file system for storing packages, one typical strategy is to associate an unnamed package with each directory; only one unnamed package is observable at a time, namely the one that is associated with the "current working directory". The precise meaning of "current working directory" depends on the host system.
A package is observable if and only if either:
A compilation unit containing a declaration of the package is observable (§7.3).
The
packages java
, java.lang
, and java.io
are always
observable.
One can conclude this from the rule above and from
the rules of observable compilation units, as follows. The predefined
package java.lang
declares the class Object
,
so the compilation
unit for Object
is always observable
(§7.3). Hence,
the java.lang
package is
observable (§7.4.3),
and
the java
package also. Furthermore, since Object
is observable, the array type Object
[]
implicitly
exists. Its superinterface java.io.Serializable
(§10.1)
also exists, hence the java.io
package is observable.
An import declaration
allows
a named type or a static
member to be referred to by a simple name
(§6.2) that
consists of a single
identifier.
Without the use of an
appropriate import declaration, the only way to refer to a type
declared in another package, or a static
member of another type, is
to use a fully qualified name (§6.7).
A single-type-import declaration (§7.5.1) imports a single named type, by mentioning its canonical name (§6.7).
A type-import-on-demand declaration (§7.5.2) imports all the accessible types (§6.6) of a named type or named package as needed, by mentioning the canonical name of a type or package.
A single-static-import
declaration (§7.5.3) imports
all accessible
static
members with a given name from a type, by giving its
canonical name.
A static-import-on-demand
declaration (§7.5.4)
imports all accessible
static
members of a named type as needed, by mentioning the
canonical name of a type.
The scope and shadowing of a type or member imported by these declarations is specified in §6.3 and §6.4.
An import
declaration makes types or members
available by their simple names only within the compilation unit that
actually contains the import
declaration. The scope of the type(s)
or member(s) introduced by an import
declaration specifically does
not include other compilation units in the same package, other
import
declarations in the current compilation unit, or a package
declaration in the current compilation unit (except for the
annotations of a package
declaration).
A single-type-import declaration imports a single type by giving its canonical name, making it available under a simple name in the class and interface declarations of the compilation unit in which the single-type-import declaration appears.
The TypeName must be the canonical name of a class type, interface type, enum type, or annotation type (§6.7).
The name must be qualified (§<IP_ADDRESS>), or a compile-time error occurs.
It is a compile-time error if the named type is not accessible (§6.6).
If two single-type-import declarations in the same compilation unit attempt to import types with the same simple name, then a compile-time error occurs, unless the two types are the same type, in which case the duplicate declaration is ignored.
If the
type imported by the single-type-import declaration is declared in the
compilation unit that contains the import
declaration, the import
declaration is ignored.
If a single-type-import declaration imports a type whose simple name is n, and the compilation unit also declares a top level type (§7.6) whose simple name is n, a compile-time error occurs.

Example 7.5.1-1. Single-Type-Import
import java.util.Vector;
causes the simple name Vector
to
be available within the class and interface declarations in a
compilation unit. Thus, the simple name Vector
refers to the type declaration Vector
in the
package java.util
in all places where it is not shadowed
(§6.4.1) or
obscured
(§6.4.2) by a
declaration of a field, parameter,
local variable, or nested type declaration with the same name.
Note that the actual declaration
of java.util.Vector
is generic
(§8.1.2). Once imported, the
name Vector
can be used without qualification in a
parameterized type such as Vector<String>
, or
as the raw type Vector
. A related limitation of the
import
declaration is that a nested type declared inside a generic
type declaration can be imported, but its outer type is always
erased.
Example 7.5.1-2. Duplicate Type Declarations
This program:
import java.util.Vector; class Vector { Object[] vec; }
causes a compile-time error because of the duplicate
declaration of Vector
, as does:
import java.util.Vector; import myVector.Vector;
where myVector
is a package
containing the compilation unit:
package myVector; public class Vector { Object[] vec; }
Example 7.5.1-3. No Import of a Subpackage
Note that an import
statement cannot import a
subpackage, only a type.
For example, it does not work to try to import
java.util
and then use the name util.Random
to
refer to the type java.util.Random
:
import java.util; class Test { util.Random generator; } // incorrect: compile-time error
Example 7.5.1-4. Importing a Type Name that is also a Package Name
Package names and type names are usually different
under the naming conventions described in
§6.1.
Nevertheless, in a contrived example where
there is an unconventionally-named package Vector
,
which declares a public class whose name
is Mosquito
:
package Vector; public class Mosquito { int capacity; }
and then the compilation unit:
package strange; import java.util.Vector; import Vector.Mosquito; class Test { public static void main(String[] args) { System.out.println(new Vector().getClass()); System.out.println(new Mosquito().getClass()); } }
the single-type-import declaration importing
class Vector
from package java.util
does not
prevent the package name Vector
from appearing and
being correctly recognized in subsequent import
declarations. The
example compiles and produces the output:
class java.util.Vector class Vector.Mosquito
A type-import-on-demand declaration allows all accessible types of a named package or type to be imported as needed.
The PackageOrTypeName must be the canonical name (§6.7) of a package, a class type, an interface type, an enum type, or an annotation type.
If the PackageOrTypeName denotes a type (§6.5.4), then the name must be qualified (§<IP_ADDRESS>), or a compile-time error occurs.
It is a compile-time error if the named package or type is not accessible (§6.6).
It is not
a compile-time error to name either java.lang
or the named package of
the current compilation unit in a type-import-on-demand
declaration. The type-import-on-demand declaration is ignored in such
cases.
Two or more type-import-on-demand declarations in the same compilation unit may name the same type or package. All but one of these declarations are considered redundant; the effect is as if that type was imported only once.
If a
compilation unit contains both a type-import-on-demand declaration and
a static-import-on-demand declaration (§7.5.4)
that name the same type, the effect is as if the static
member types
of that type (§8.5,
§9.5)
were imported only once.
Example 7.5.2-1. Type-Import-on-Demand
import java.util.*;
causes the simple names of all public
types
declared in the package java.util
to be available within the class
and interface declarations of the compilation unit. Thus, the simple
name Vector
refers to the
type Vector
in the package java.util
in all places
in the compilation unit where that type declaration is not shadowed
(§6.4.1) or
obscured
(§6.4.2).
The declaration might be shadowed by a
single-type-import declaration of a type whose simple name
is Vector
; by a type
named Vector
and declared in the package to which
the compilation unit belongs; or any nested classes or
interfaces.
The declaration might be obscured by a declaration
of a field, parameter, or local variable
named Vector
.
(It would be unusual for any of these conditions to occur.)
A single-static-import
declaration imports all accessible static
members with
a
given simple name from a type. This makes these static
members
available under their simple name in the class and interface
declarations of the compilation unit in which the single-static-import
declaration appears.
The TypeName must be the canonical name (§6.7) of a class type, interface type, enum type, or annotation type.
The name must be qualified (§<IP_ADDRESS>), or a compile-time error occurs.
It is a compile-time error if the named type is not accessible (§6.6).
The
Identifier must name at least one static
member of the named
type. It is a compile-time error if there is
no static
member of that name, or if all of the
named members are not accessible.
It is permissible for one single-static-import declaration to import several fields or types with the same name, or several methods with the same name and signature.
If a single-static-import declaration imports a type whose simple name is n, and the compilation unit also declares a top level type (§7.6) whose simple name is n, a compile-time error occurs.

A static-import-on-demand
declaration allows all accessible static
members of a named type to be imported as
needed.
The TypeName must be the canonical name (§6.7) of a class type, interface type, enum type, or annotation type.
The name must be qualified (§<IP_ADDRESS>), or a compile-time error occurs.
It is a compile-time error if the named type is not accessible (§6.6).
Two or more static-import-on-demand declarations in the same compilation unit may name the same type; the effect is as if there was exactly one such declaration.
Two or more static-import-on-demand declarations in the same compilation unit may name the same member; the effect is as if the member was imported exactly once.
It is permissible for one static-import-on-demand declaration to import several fields or types with the same name, or several methods with the same name and signature.
If a
compilation unit contains both a static-import-on-demand declaration
and a type-import-on-demand declaration (§7.5.2)
that name the same type, the effect is as if the static
member types
of that type (§8.5,
§9.5)
were imported only once.
A top level type declaration declares a top level class type (§8 (Classes)) or a top level interface type (§9 (Interfaces)).
Extra ";
" tokens appearing at the level of type
declarations in a compilation unit have no effect on the meaning of
the compilation unit. Stray semicolons are permitted in the Java programming language
solely as a concession to C++ programmers who are used to placing
";
" after a class declaration. They should not be used in new
Java code.
In the absence of an access modifier, a
top level type has package access: it is accessible only within
compilation units of the package in which it is declared
(§6.6.1).
A type may be declared public
to
grant access to the type from code in other packages.
It is a
compile-time error if a top level type declaration contains any one of
the following access modifiers: protected
, private
,
or
static
.
It is a compile-time error if the name of a top level type appears as the name of any other top level class or interface type declared in the same package.
The scope and shadowing of a top level type is specified in §6.3 and §6.4.
The fully qualified name of a top level type is specified in §6.7.
Example 7.6-1. Conflicting Top Level Type Declarations
package test; import java.util.Vector; class Point { int x, y; } interface Point { // compile-time error #1 int getR(); int getTheta(); } class Vector { Point[] pts; } // compile-time error #2
Here, the first compile-time error is caused by the
duplicate declaration of the name Point
as both a
class and an interface in the same package. A second compile-time
error is the attempt to declare the name
Vector
both by a class type declaration and by a
single-type-import declaration.
Note, however, that it is not an error for the name of a class to also name a type that otherwise might be imported by a type-import-on-demand declaration (§7.5.2) in the compilation unit (§7.3) containing the class declaration. Thus, in this program:
package test; import java.util.*; class Vector {} // not a compile-time error
the declaration of the
class Vector
is permitted even though there is also
a class java.util.Vector
. Within this compilation
unit, the simple name Vector
refers to the
class test.Vector
, not
to java.util.Vector
(which can still be referred to
by code within the compilation unit, but only by its fully qualified
name).
Example 7.6-2. Scope of Top Level Types
package points; class Point { int x, y; // coordinates PointColor color; // color of this point Point next; // next point with this color static int nPoints; } class PointColor { Point first; // first point with this color PointColor(int color) { this.color = color; } private int color; // color components }
This program defines two classes that use each other
in the declarations of their class members. Because the class
types Point
and PointColor
have
all the type declarations in package points
,
including all those in the current compilation unit, as their scope,
this program compiles correctly. That is, forward reference is not a
problem.
Example 7.6-3. Fully Qualified Names
class Point { int x, y; }
In this code, the class Point
is
declared in a compilation unit with no package
statement, and
thus Point
is its fully qualified name, whereas in
the code:
package vista; class Point { int x, y; }
the fully qualified name of the
class Point
is vista.Point
. (The
package name vista
is suitable for local or
personal use; if the package were intended to be widely distributed,
it would be better to give it a unique package name
(§6.1).)
An implementation of the Java SE platform must keep track of types within packages by their binary names (§13.1). Multiple ways of naming a type must be expanded to binary names to make sure that such names are understood as referring to the same type.
For example, if a compilation unit contains the single-type-import declaration (§7.5.1):
import java.util.Vector;
then within that compilation unit, the simple
name Vector
and the fully qualified
name java.util.Vector
refer to the same
type.
If and only
if packages are stored in a file system (§7.2),
the host system may choose to enforce the restriction that it is a
compile-time error if a type is not found in a file under a name
composed of the type name plus an extension (such
as .java
or .jav
) if either of
the following is true:
This restriction implies that there must be at most
one such type per compilation unit. This restriction makes it easy for
a Java compiler to find a
named class within a package. In practice, many programmers choose to
put each class or interface type in its own compilation unit, whether
or not it is public
or is referred to by code in other compilation
units.
For example, the source code for a public
type wet.sprocket.Toad
would be found in a
file Toad.java
in the
directory wet/sprocket
, and the corresponding
object code would be found in the file Toad.class
in the same directory.


(Attention: These are the class notes for the Lambda School pre-course instruction workshop. This is meant to serve as an accompaniment to the class)
In this lesson we will cover:
In JavaScript functions are first-class objects. What this means is that we can use functions in a very flexible manner. You’ve already seen how we can assign functions to variables:
We can put functions on objects:
We can put functions in arrays:
We can pass functions into other functions (these are called callback functions):
And finally, we can return a function definition from a function:
function outer() {
return function () {
console.log("hi!");
};
}
const inner = outer();
inner(); // logs 'hi'
The function that retuns the new function is called a “Higher Order
Function” or HOF. The idea of closure is simply that
inner
that’s defined up above is able to look back into
outer
for variables that it needs. It’s scope chain is going
to look inside of outer
before it looks at the global scope.
Here’s another example:
function outer() {
const name = "Ben";
return function () {
console.log(name);
};
}
const name = "Dan";
const inner = outer();
inner(); // logs 'Ben'
As you can see from the example above the function inner
is
able to look back into outer
’s scope to retrieve the
name
variable. It looks inside of outer
before
it checks the global scope so the name that is printed is
'Ben'
instead of 'Dan'
.
This also applies to the function’s parameters:
function makeMultiplier(x) {
return function (y) {
return x * y;
};
}
const multiplyByFive = makeMultiplier(5);
const product1 = multiplyByFive(10);
const multiplyByTwo = makeMultiplier(5);
const product2 = multiplyByTwo(7);
console.log(product1); // logs 50
console.log(product2); // logs 14
In the example above the x
and the y
are both
set by their respective function calls. This can be used in many
interesting ways. You can make cache functions, private variables, and you
can customize a function’s behavior as we did in the example above. We are
able to produce a custom multiplication function.


${movieData[i]}
${movieData[i].synopsis}
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Sprint 3
Topic: Emotional Intelligence Others
JavaScript
1.) An analogy to describe the differences between HTML and CSS:
Let's say I have sentence, "The yellow bird sang." The bird is the noun in the sentence. Imagine the noun as the HTML, this language describes what are the things on the page. Then we have the color yellow which is the adjective. This describes the noun and therefore, like the adjective, CSS can help us do that by describing the HTML elements, things on the page, make this and that a different color, increase/decrease the size and many more. To top it all off, we add JavaScript into the mix as being the verb ('sang') in the sentence: JavaScript describe its action (i.e. the things that its doing). In the end, all three help build our website and each has a different responsibility.
2.) Explain control flow and loops using an example process from everyday life, for example 'waking up' or 'brushing your teeth'. (But not those ones):
Loops allow us to repeat code if it satisfies a set of condition/s. There are different types of
loops: the for
loop, while
loop, for..of
loop, and the
for..in
loop.
If your condition returns true
, your code block will run, and then the condition will be
checked again and if it still returns true, the code block will run again.
It repeats until the condition returns false.
It is like wearing your FitBit or Apple Watch: If you
start targeting or reaching your exercise goals it will continue to
count the steps/movements on your watch. The only time it will stop is once you remove your watch or
not even do any movements for that day.
3.)Describe what the DOM is and an example of how you might interact with it:
DOM specifies how browsers should create a model of an HTML page and how JavaScript can access and update the contents of a web page while it is in the browser window. The DOM has separate set of rules which are implemented by all major browser makes and covers two primary areas: (a) Making a model of the HTML Page; (b) Accessing and changing the HTML page.
As you work with the DOM tree you need to:
A. Locate the node that represents the element you want to work with:
- Selecting an individual element node: getElementById() / querySelector();
- Selecting multiple elements (nodelists):
getElementByClassName()
/getElementByTagName()
/querySelectorAll();
- Traversing between element nodes:
parentNode
/firstChild or lastChild
/previousSibling
ornextSibling
;
B.Use its text content, child elements and attributes.
- Access/ update text nodes:
nodeValue
- Work with HTML Content:
innerHTML
/textContent
/CreateElement()
orCreateTextNode()
orappendChild()
/removeChild()
- Access or update attribute values:
hasAttribute()
/getAttribute()
/setAttribute()
/removeAttribute()
4.)Explain the difference between accessing data from arrays and objects:
Array
Array is a special data type in JavaScript. It doesn't just store one value -- it stores a list of
values.
It is an ordered collection of values similar to the songs in a playlist: When you create a playlist
of songs you have different methods you can do like: delete, add, replay, play from start to end
songs and many more.
Just like an array there are different methods as well to access your data:
- push : add an array to end
- pop : remove an array from the end
- shift: remove an array from the start
- unshift: add array to the start
- concat: merge array
- includes: look for a value
-
indexOf: searches for a value inside the array and returns its index.
Returns -1 if the value does not exist. - join: creates a string from a array
- reverse: reverses an array
- slice: copies a portion on an array
- splice: removes/ replaces elements
- sort: sorts an array
Objects
Objects are also a special data type in JavaScript. Just like arrays, objects are going to help
store multiple pieces of data together in some sort
of structure. But unlike arrays where the whole point is to order our data, this is not the case
with objects. Instead, our data is stored using what
we call key-value pairs or properties.
So imagine if you have a bag of gems with different property
types (like shape, size, color, type, etc.): These pieces of
gems have no order but they are in one bag that are appealing and amazing to look at and its easy to
take remove or add from the bag when you know the type you're looking for.
This is how similar objects are when you store and access data. These data need access key to get
these bits of information with correct label on it.
5.)Explain what functions are and why they are useful:
Functions allow us to write reusable, modular code. We define a "chunk" of code that we can then execute at a later point.We use them all the time and its 2-step process which is to "define it" and then "run with it". A good analogy would be a washer-dryer combo appliance. You put in clothes inside of it, and apart from washing the clothes, it also dries them after it finishes washing them, saving you time.


This Modelica package is provided under the Modelica License 2 and no longer under Modelica License 1.1. There are the following reasons why the Modelica Association changes from Modelica License 1.1 to this new license text (note, the text below is not a legal interpretation of the Modelica License 2. In case of a conflict, the language of the license shall prevail):
The following new
components have been added to existing libraries:
| Electrical.Analog.Basic. | |
| M_Transformer | Transformer, with the possibility to choose the number of inductors. The inductances and the coupled inductances can be chosen arbitrarily. |
| Electrical.Analog.Lines. | |
| M_OLine | Segmented line model that enables the use of multiple lines, that means, the number of segments and the number of single lines can be chosen by the user. The model allows to investigate phenomena at multiple lines like mutual magnetic or capacitive influence. |
| Mechanics.Translational.Components.Examples. | |
| Brake | Demonstrates the usage of the translational brake component. |
| Media.Interfaces.PartialMedium. | |
| ThermoStates | Enumeration type for independent variables to identify the
independent variables of the medium (pT, ph, phX, pTX, dTX). An implementation of this enumeration is provided for every medium. (This is useful for fluid libraries that do not use the PartialMedium.BaseProperties model). |
| setSmoothState | Function that returns the thermodynamic state which smoothly
approximates: if x > 0 then state_a else state_b. (This is useful for pressure drop components in fluid libraries where the upstream density and/or viscosity has to be computed and these properties should be smooth a zero mass flow rate) An implementation of this function is provided for every medium. |
| Media.Common. | |
| smoothStep | Approximation of a general step, such that the characteristic is continuous and differentiable. |
| Media.UsersGuide. | |
| Future | Short description of goals and changes of upcoming release of Modelica.Media. |
| Media.Media.Air.MoistAir. | |
| isentropicExponent | Implemented Missing Function from interface. |
| isentropicEnthalpyApproximation | Implemented function that approximates the isentropic enthalpy change. This is only correct as long as there is no liquid in the stream. |
The following existing
components have been changed (in a backward compatible way):
| Mechanics.Rotational.Interfaces. | |
| PartialFriction | Improvement of friction model so that in certain situations the number of iterations is much smaller. |
| Mechanics.Translational.Components.Examples. | |
| Friction | Added a third variant, where friction is modelled with the SupportFriction component. |
| Mechanics.Translational.Components. | |
| MassWithStopAndFriction | Improvement of friction model so that in certain situations the number of iterations is much smaller. |
| Mechanics.Translational.Interfaces. | |
| PartialFriction | Improvement of friction model so that in certain situations the number of iterations is much smaller. |
| Media.Examples. | |
| SimpleLiquidWater IdealGasH20 WaterIF97 MixtureGases MoistAir |
Added equations to test the new setSmoothState(..) functions including the analytic derivatives of these functions. |
| Media.Interfaces.PartialLinearFluid. | |
| setState_pTX setState_phX setState_psX setState_dTX |
Rewritten function in one statement so that it is usually inlined. |
| Media.Interfaces.PartialLinearFluid. | |
| consistent use of reference_d instead of density(state | Change was done to achieve consistency with analytic inverse functions. |
| Media.Air.MoistAir. | |
| T_phX | Interval of nonlinear solver to compute T from p,h,X changed from 200..6000 to 240 ..400 K. |
The following critical
errors have been fixed (i.e., errors that can lead
to wrong simulation results):
| Mechanics.MultiBody.Forces | |
| WorldTorque | Parameter "ResolveInFrame" was not propagated and therefore always the default (resolved in world frame) was used, independently of the setting of this parameter. |
| WorldForceAndTorque | Parameter "ResolveInFrame" was not propagated and therefore
always the default (resolved in world frame) was used,
independently of the setting of this parameter. Furthermore, internally WorldTorque was used instead of Internal.BasicWorldTorque and therefore the visualization of worldTorque was performed twice. |
| Mechanics.MultiBody.Sensors | |
| AbsoluteSensor | Velocity, acceleration and angular acceleration were computed by differentiating in the resolveInFrame frame. This has been corrected, by first transforming the vectors in to the world frame, differentiating here and then transforming into resolveInFrame. The parameter in the Advanced menu resolveInFrameAfterDifferentiation is then superfluous and was removed . |
| AbsoluteVelocity | The velocity was computed by differentiating in the resolveInFrame frame. This has been corrected, by first transforming the velocity in to the world frame, differentiating here and then transforming into resolveInFrame |
| RelativeSensor | If resolveInFrame <> frame_resolve and resolveInFrameAfterDifferentiation = frame_resolve, a translation error occurred, since frame_resolve was not enabled in this situation. This has been corrected. |
| RelativeVelocity | The velocity has have been computed by differentiating in the resolveInFrame frame. This has been corrected, by first transforming the relative position in to frame_a, differentiating here and then transforming into resolveInFrame |
| TransformRelativeVector | The transformation was wrong, since the parameters frame_r_in and frame_r_out have not been propagated to the submodel that performs the transformation. This has been corrected. |
| Mechanics.Translational.Components. | |
| SupportFriction Brake |
The sign of the friction force was wrong and therefore friction accelerated instead of decelerated. This was fixed. |
| SupportFriction | The component was only correct for fixed support. This was corrected. |
| Media.Interfaces. | |
| PartialSimpleMedium PartialSimpleIdealGasMedium |
BaseProperties.p was not defined as preferred state and BaseProperties.T was always defined as preferred state. This has been fixed by Defining p,T as preferred state if parameter preferredMediumState = true. This error had the effect that mass m is selected as state instead of p and if default initialization is used then m=0 could give not the expected behavior. This means, simulation is not wrong but the numerics is not as good and if a model relies on default initial values, the result could be not as expected. |
The following uncritical
errors have been fixed (i.e., errors that do
not lead to wrong
simulation results, but, e.g., units are wrong or errors in
documentation):
| Blocks.Math. | |
| InverseBlockConstraint | Changed annotation preserveAspectRatio from true to false. |
| Blocks.Sources. | |
| RealExpression IntegerExpression BooleanExpression |
Changed annotation preserveAspectRatio from true to false. |
| Electrical.Analog.Basic. | |
| SaturatingInductor | Replaced non-standard "arctan" by "atan" function. |
| Modelica.Electrical.Digital. | |
| UsersGuide | Removed empty documentation placeholders and added the missing release comment for version 1.0.7 |
| Modelica.Mechanics.Translational.Components. | |
| MassWithStopAndFriction | Changed usage of reinit(..), in order that it appears only once for one variable according to the language specification (if a tool could simulate the model, there is no difference). |
| Media.Interfaces.PartialSimpleMedium | |
| pressure temperature density specificEnthalpy |
Missing functions added. |


FormViewController
public class FormViewController: UIViewController
FormViewController
is a descendent of UIViewController
used to display
a Form
in a UIKit application.
In order to show a Form
to a user, you will typically create a Form
,
instantiate a FormViewController
, set the FormViewController
’s form
property, and present the FormViewController
.
Where a Form
refers to both the schema and data an application wishes to
obtain from a user, the FormViewController
is an adapter that manages the
visual presentation of a Form
, manages the lifecycle of interaction with
the Form
, and is a key point of interaction with the rest of an iOS
application.
Seealso
Form
-
The
Form
that theFormViewController
presents to the userSeealso
Form
Declaration
Swift
public var form :Form
-
The UITableView instance the
FormViewController
will populate withForm
data.If this property is
nil
whenviewDidLoad
is called, theFormViewController
will create aUITableView
and add it to its view hierarchy.Declaration
Swift
public var tableView: UITableView!
-
The style of
tableView
to create inviewDidLoad
if notableView
exists.Setting
tableViewStyle
only has an effect if set beforeviewDidLoad
is called and theFormViewController
does not yet have atableView
. Otherwise its value is never read.Seealso
tableViewDeclaration
Swift
public var tableViewStyle: UITableViewStyle = .Grouped
-
Enables or disables editing of the represented
Form
.Declaration
Swift
public var editingEnabled :Bool = true
-
Returns a newly initialized form view controller with the nib file in the specified bundle and ready to represent the specified Form.
- parameters:
- form: The Form to show in the FormViewController
- nibName: The name of the nib file to associate with the view controller. The nib file name should not contain any leading path information. If you specify nil, the nibName property is set to nil.
- nibBundle: The bundle in which to search for the nib file. This method looks for the nib file in the bundle’s language-specific project directories first, followed by the Resources directory. If this parameter is nil, the method uses the heuristics described below to locate the nib file.
Declaration
Swift
public init(form: Form = Form(sections: []), nibName nibNameOrNil: String?, bundle nibBundleOrNil: NSBundle?)
Parameters
form
The Form to show in the FormViewController
nibName
The name of the nib file to associate with the view controller. The nib file name should not contain any leading path information. If you specify nil, the nibName property is set to nil.
nibBundle
The bundle in which to search for the nib file. This method looks for the nib file in the bundle’s language-specific project directories first, followed by the Resources directory. If this parameter is nil, the method uses the heuristics described below to locate the nib file.
- parameters:
-
Returns a newly initialized FormViewController with a Form
Declaration
Swift
public convenience init(form: Form)
-
Returns a newly initialized FormViewController with an empty Form.
Use this convenience initializer for compatibility with generic UIKit view controllers. It is perfectly acceptable to create a Form and assign it to the FormViewController after initialization.
Declaration
Swift
public override convenience init(nibName nibNameOrNil: String?, bundle nibBundleOrNil: NSBundle?)
-
Returns a newly initialized FormViewController with an empty Form.
Use this convenience initializer for compatibility with generic UIKit view controllers. It is perfectly acceptable to create a Form and assign it to the FormViewController after initialization.
Declaration
Swift
public required init?(coder aDecoder: NSCoder)
-
Called by UIKit after the controller's view is loaded into memory.
FormViewController implements custom logic to ensure that a Form can be correctly displayed regarless of how it was constructed. This includes creating and configuring a Table View and constructing a private data source for the table view.
You typically will not need to override -viewDidLoad in subclasses of FormViewController. But if you do, things will work better if you invoke the superclass’s implementation first.
Declaration
Swift
override public func viewDidLoad()
-
If you override this method, you must call super at some point in your implementation.
Declaration
Swift
public override func viewWillAppear(animated: Bool)
-
If you override this method, you must call super at some point in your implementation.
Declaration
Swift
public override func viewWillDisappear(animated: Bool)


If an actor panics while executing, it will be stopped. To facilitate this, actors must be UnwindSafe.
Actors may be wrapped with Supervisor that can restart the actor (resetting state) or resuming the actor (keeping state).
The following demonstrates this feature:
use pantomime::prelude::*;
An actor may use ActorContext::watch to be notified when other actors terminate, whether due to normal termination or failure.
When an actor is terminated, all actors that are watching it are notified with a StopReason signal indicating the reason why.
The following demonstrates this feature:
use pantomime::prelude::*;
[set title Supervision / Actors / Pantomime]
[set doc-section actors-supervision]
[stash doc-content][require raw ../_layout.html]


--- date: 2013-11-14 00:20:03 author: Colene Chow title: "PhoneGap Day EU 2013: BlackBerry Loves the Web" format: html tags: - PhoneGap Day - Community - Event ---
Thank you to everyone who attended PhoneGap Day EU. We'll be rolling out all the videos over the coming days for those who weren't able to attend.
Next up is Jorge del Casar Sanchez, Developer Evangelist for BlackBerry, talking about HTML5 support in BlackBerry 10.


Please take a look at the following code:
temperatures=[10,-20,-289,100] def c_to_f(c): if c< -273.15: return "That temperature doesn't make sense!" else: f=c*9/5+32 return f for t in temperatures: print(c_to_f(t))
The code prints outthe output of thec_to_f
function multiple times in the terminal.
For this exercise,please write the outputin a text file instead of printing it out in the terminal.
The text file content will look like this:
50.0
-4.0
212.0
Please don't writeany messagein the text file when input is lowerthan -273.15.


Emotional Intelligence is the capacity to be aware of, control, and express one's emotions, and to handle interpersonal relationships judiciously and empathetically.
This means to have a good sense of judgment and a ready comprehension of other people's states.
More importantly, how can we improve our emotional intelligence?
 This can help you better organize your thoughts and attention.
Self Knowledge & Mastery:
Know what is occupying you internally, more importantly what is occupying your mind. This allows you to understand what's going on, allowing you to be more present (and hopefully better engage) in the situation.
Creating Useful Mental Habits:
Habits are (almost) like functions! Usefully you can defend against what is known as the "Super Ego", the critical judging part of your mind. Defending against it while being present allows you to clearly see your strengths and weaknesses.
Emotional intelligence has been studied to be influential for a lot of positive traits. Daniel Goleman, goes on about it's impact and the results of his studies, in his 1996 book. Goleman goes on to describes Emotional Intelligence. He found that many higher ups throughout society possessed a good grasp of skills that require emotional intelligence, furthermore he found that one can improve it to better themselves. In his experimental studies he found that emotional abilities influenced consumers when they were deciding to buy products. One would be foolish to dismiss this knowledge and not read more into it.
Cultivating emotional intelligence requires one to interact with the world while holding the knowledge that they have skills that can be improved. Having a growth mindset with the idea that our brains are like muscles that can be changed is vital. We find Neuroplasticity as a useful concept to promote this idea. You need discipline *or to train it* in order to improve your emotional intelligence skills. Those that weren't blessed with good role models can still learn it.
f Take Me Back


Going Reactive with Java 8
Ryan Knight & Björn Antonsson
Users Want
- In-Sync Data
- Real-time Collaboration
- Instant Feedback
- To Not Wait
Users Want Reactive Apps
www.ReactiveManifesto.org
Reactive Web Apps with
Play Framework
- Reactive Requests
- Reactive Composition
- Reactive Push
- 2-Way Reactive
Reactive Requests
Reactive Apps with Akka
- Actor Based
- Highly Concurrent
- Asynchronous
- Distributable
- Scales Up & Out
Akka Actor Properties
- Message Based
- Event Driven
- Sane Concurrency Model
- Non-Request Based Lifecycle
- Isolated Failure Handling
(Supervision)
Demo: Reactive Stocks (Java 8)
- Get the Activator Template: Reactive Stocks (Java 8)
http://typesafe.com/activator/template/reactive-stocks-java8
- Akka Actors for thread-safe state and non-request based events
- Play Framework for Reactive Composition, Reactive Push, and a JavaScript UI
Get Started with Activator


Uniquely integrate business infrastructures vis-a-vis bleeding-edge web services. Objectively synergize maintainable core competencies for low-risk high-yield applications. Uniquely leverage existing maintainable synergy whereas progressive leadership skills. Assertively cultivate compelling mindshare before open-source resources.
Enthusiastically whiteboard one-to-one growth strategies for cross-platform e-tailers. Appropriately streamline bricks-and-clicks technologies after optimal strategic theme areas.


WATCH: Charlie Kirk ‘Booed Off Campus’ at UH to Chants of ‘America First’
Turning Point USA head Charlie Kirk was “booed off campus” to chants of “America First” at the end of a “Prove Me Wrong” event on Thursday at the University of Houston
by Chris Menahan | Information LiberationTurning Point USA head Charlie Kirk was “booed off campus” to chants of “America First” at the end of a “Prove Me Wrong” event on Thursday at the University of Houston.
“A defeated Charlie Kirk was seen avoiding eye contact with his head down as he scurried away from a booing crowd of American patriots who are tired of being falsely labeled ‘extreme’ for holding true to their Christian Conservative values,” The Red Elephants reported.
WATCH:
https://twitter.com/CosmoDiGirolamo/status/1195074877415469058
Someone managed to capture aerial footage of the event:
Memesters took Kirk to task:
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Kirk’s team’s secret weapon was to unveil a TV at the event to play a clip of Fuentes in 2015 when he was 17 years old saying Trump appeared to be an “opportunist.”
Unfortunately for Kirk, the move was marred by technical difficulties.
As The Red Elephants reported, Kirk fought against Trump in 2016 and throughout his campaign as these now-deleted tweets show:
You can watch the full event on YouTube below or watch it with Fuentes’ commentary on DLive.