Hi there! I'm Japam, a professional game developer who's really into Anime, Vtubers, Games and a ton more stuff. I've developed games for PC Windows, Android, iOS, and Web platforms. I created this page to host my planned projects in the future. I hope you do check them out when they're available!


Police searching for man over two hit-and-run accidents
SINGAPORE: Police are looking for a man to assist in investigations regarding two hit-and-run accidents along Geylang Bahru Road and St George’s Road on Wednesday (Nov 6).
They said they were alerted to the accidents at about 11.30am on the same day.
A Land Transport Authority (LTA) officer had tried to stop a driver suspected of displaying false licence plates on his car along Geylang Bahru Road.
However, the driver did not stop when instructed and drove off, police said.
It hit a taxi along Geylang Bahru Road and later collided with a parked car around Blk 22, St George’s Road.
Dashboard camera footage of the incident shows a man jumping out of a moving car before it hit a parked car. Moments later, an LTA officer arrived at the scene on a motorcycle.
The driver then abandoned the car and fled. No injuries were reported.
Anyone with information can call the police hotline at 1800-255-0000 or submit information online at www.police.gov.sg/iwitness.


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Posted by Admin • February 20, 2021
Even the all-powerful Pointing


Hi, I am Seoyoung Kim [suh-young-kim]. My goal as a researcher is to generate knowledge about how the marketplace evolves and how firms’ marketing strategies should evolve in response to changes in the marketplace. I will be joining the Gabelli School of Business at Fordham University as an Assistant Professor of Marketing in Fall 2022. I earned a Ph.D. in Marketing from University of Georgia in May 2022.
My research interests revolve around a question that impacts customers and firms: “How do firms evolve in response to marketing-related disruptions in the market?”
Fundamental paradigm shifts in the marketplace redefine how firms’ strategic decisions and actions are understood, implemented, and evaluated. I investigate dynamic interactions between firms and the market through a wide range of theoretical lenses such as the neo-institutional theory, strategic change, organizational isomorphism, and symbolic management theory. I analyze a variety of structured and unstructured data using various quantitative techniques such as applied econometric modeling, causal-inference machine learning, text analysis, and financial market modeling to investigate substantive research questions about market disruptions.
Ph.D. in Marketing, University of Georgia, USA (2022)
Dissertation Committee Chair: Sundar Bharadwaj
*Best Thesis Proposal Award, Korea University Business School B.B.A. in Business Administration (1st Major), Korea University, South Korea (2015)
M.S. in Marketing, Korea University, South Korea (2017)
B.A. in Fashion Design & Merchandising (2nd Major), Korea University, South Korea (2015)
“Going Digital to Conform and Perform: Learning Logics Underpinning Digital Advertising Spending,” with Sundar Bharadwaj and Koen Pauwels, (In preparation for submission to the Journal of Marketing)
[Brand Activism and Consumer Responses] with Sundar Bharadwaj (In preparation for submission to the Journal of Marketing Research).
“Not Too Little, Not Too Much: How to Communicate to Consumers during the COVID-19 Crisis” with Son K. Lam, Pengyuan Wang (In preparation for submission to the Marketing Letters).
“Engaging for good” with Omar Rodríguez-Vilá and Sundar Bharadwaj (Data analysis stage).
“Role of Knowledge Networks in Idea Evolution in Marketing Academia” with Anindita Chakravarty and Sundar Bharadwaj (Data analysis stage).
[Sales Lead Qualification using Machine Learning] with Pengyuan Wang, Michel Van der Borgh and Son K. Lam (Data analysis stage).
“A Critical Review of Process Research in Marketing” with Michel Van der Borgh and Son K. Lam (Idea generation stage).
“Brand Activism and Consumer Responses” with Sundar Bharadwaj
AMA Summer Academic Conference, August 2021, Virtual.
Theory + Practice in Marketing Conference, June 2021, Virtual.
ISMS Marketing Science Conference, June 2021, Virtual.
“Learning Logics Underpinning Digital Advertising Spending” with Sundar Bharadwaj
Marketing Strategy Meets Wall Street - AMA Pre-conference, August 2022, Chicago, IL.
EMAC 2021 Doctoral Colloquium, May 2021, Virtual.
Southeast Marketing Symposium, April 2021, Virtual.
AMA Winter Academic Conference, February 2021, Virtual.
Doctoral Research Showcase - Decision Sciences Institute Annual Conference, November 2020, Virtual.
ISMS Marketing Science Conference, June 2020, Virtual.
AMA Winter Academic Conference, February 2019, Austin, TX.
“A Meta-Analysis of Multichannel Distribution Effectiveness” with Peng Zhang and Anindita Chakravarty
AMA Winter Academic Conference, February 2019, Austin, TX.
Southeast Marketing Symposium, January 2019, Memphis, TN.
“Advertising’s Influence on Perceived Luxuriousness of a Premium Private Label” with Sungkyu Lee, Jong-Ho Lee, and Charles R. Taylor
Special Session on “Luxury Brand Advertising: Theory and Practice” - Global Fashion Management Conference, July 2017, Vienna, Austria.
AMA Summer Academic Conference, August 2016, Atlanta, GA.
Global Marketing Conference, July 2016, Hong Kong, China.
The Mystique of Luxury Brands Conference, May 2016, Shanghai, China.
“Tell me and I forget. Teach me and I remember. Involve me and I learn.” — Benjamin Franklin
At the core of my pedagogical philosophy is the question, “Is it relevant enough to students?” I consider teaching a process in which I help students internalize new knowledge by making their learning be more relevant to them. My approach to teaching builds on my scholarly perspective of seeing marketing as a lens that allows us to better understand what is happening in our daily lives.
With my passion for marketing driving major parts of my life, marketing cannot be more relevant to me. However, I understand it may not be the case for most students taking my course. Thus, when teaching marketing to students, I strive to motivate them to realize the beauty of marketing and relate marketing to their lives as much as I do.
International Marketing (Rating: 4.91/5.00, 98.2%), Instructor of Record, University of Georgia (Spring 2021)
International Marketing (Rating: 4.96/5.00, 99.2%), Instructor of Record, University of Georgia (Spring 2020)
Principles of Marketing, Graduate Teaching Assistant, University of Georgia (Fall 2019)
Teaching Assistant for International Visiting Professors, Global MBA, Korea University (2015-2016)
(Comments in their entirety)
“Professor Kim is amazing! Seriously, I have nothing bad to say about her. She’s fantastic. Always came prepared to class and encouraged us to speak up and share our thoughts. She’s a fantastic educator and UGA is lucky to have her here. Thanks for everything Professor Kim! You are the best.”
“Professor Kim is one of the best professors I have taken at UGA! She is very knowledgable and really cares about her students understanding every single concept. Well organized, and lovely person!”
“Professor Kim was wonderful! She is very understanding, and easy to bring up conversations with. She taught effectively and concisely!”
“Professor Skye Kim did a great job as a graduate student making this material engaging and relevant to what we wanted to learn. I think her interactive google sheet with discussion questions was a good way to keep people engaged in the readings and to further their thought process on the material at hand. She also did a good job of incorporating students thoughts into the powerpoints in class and has done a good job of responding during these online classes. She has been super understanding and very informative during this pandemic process which has helped with my studies.”
“I think the instructor is very knowledgeable and is very helpful. She offers very helpful feedback on our work and shares new perspectives. I like that she includes many examples in her slides as well.”
“I loved this class. I think the textbook was really great and your powerpoints closely aligned with the text. I also really enjoyed how the professor incorporated real-life videos and examples into the lecture for us to further understand the material. Also, those types of examples are useful to have in our career and life, so I appreciate that there was not much emphasis on just memorizing terms.”
“The instructor was really good at making concepts relatable to something that we might know outside of the classroom. She was knowledgeable on the subject as well.”
“Professor Kim was by far my favorite professor this semester! She was a such a supportive professor and went above and beyond to make sure we were comfortable with the course load, and excited about the course material and coming to class. It was evident she cared deeply about getting to know each of her students and put a lot of effort into making her course interesting to her students.”
“Our professor came better prepared than any professor I have ever had. She was enthusiastic, caring, and made such an effort to make sure we all knew the material before each test and by the end of the semester. She was attentive to every single person in my class. She did an amazing job!”
“Professor Kim was also wonderful, always answering questions. Stimulating conversation, and answering our emails and questions very swiftly.”
“The instructor did very well at expressing the material and making it easy for students to understand. I was very pleased with her and she helped me learn a lot. Would definitely take another class with her.”
“Instructor was great, super friendly to students, easy to contact, and very engaging in discussions! I would definitely take another course with Ms. Kim!!”
“Loved this class! Such a great experience.”
“I appreciated the emphasis put on real-world examples and application. I also enjoyed the group assignments.”
“I liked the use of outside media to help us understand the concepts we had to learn. The discussions we participated in were also interesting and helpful.”
“The course was really well organized. I enjoyed the current event presentations and pre-class participation questions because it was different from my other classes. I also really enjoyed the videos shown during lectures.”
“This has been one of my favorite courses to take at UGA, it was very well organized and taught real world skills.”
“The instructor was always prepared and easy to contact.”
“This instructor is one of the best instructors I have ever had in my 4 years at UGA. She actually cares about her students and showed us this multiple times. She was approachable and always answering questions extremely fast. I don’t think she could improve on anything that comes to mind.”
“Professor Kim was fantastic!! She was so enthusiastic about class and the international topics of marketing. She was extremely informed about current events, and very helpful with the project. I would take another course with her she was amazing!!!”
“The instructor was always available and emailed back quickly, which I appreciated. She really did care about making sure we understood the material and that if we had questions, they were answered helpfully. I don’t have any comments to make about improvement because I think she was an excellent professor.”
“The instructor was very enthusiastic about teaching the course and was helpful and available when I had questions or issues with the classwork.”
“Very sweet and asks for feedback from students and tries to incorporate it.”
“You did a great job! You kept us engaged and made sure we understood everything before moving on.”
“Everything was great.”
“Course was super interesting and I wish there were more levels to this information so I could learn more about international business and marketing. The book is very up to date and helps me research more into the concepts were are studying. I liked the interactive group projects and individual presentation that made us research more into recent international studies that interested us.”
“She did a very good job of keeping us engaged and enthusiastic about the material.”
“I really liked Professor Kim. She is very kind and even knew all of our names after a week or two. I have never had a professor do that.”
“I love this class! Such a wonderful professor. Cared about us.”
“Great class.”
Outstanding Teaching Award, University of Georgia, 2022
Best Doctoral Dissertation Proposal Award - Runner-up, Society for Marketing Advances, 2021
HigherEd SIG Doctoral Student Grant, AMA, 2021
Fellow, ISMS Doctoral Consortium, 2021
Fellow, EMAC Doctoral Colloquium, 2021
John Munro & Flavel McMichael Godfrey Graduate Scholarship, University of Georgia, 2020-2021
Fellow, Marketing Strategy Consortium, 2020
Sawtooth Software Grant, Sawtooth software, 2020
Pittard Distinguished Ph.D. Fellowship, University of Georgia, 2019-present
Virgil D. Cover Scholarship, University of Georgia, 2019-2021
Korea University Southeast Alumni Scholarship, KU Southeast Alumni Association, 2019
Best Paper of the Track Award – “Inter-firm Complexity”, Winter AMA Conference, 2019
William O. Bearden Doctoral Student Research Award, Southeast Marketing Symposium, 2019
Best Thesis Proposal Award, Korea University Business School, 2016
Art Docent, "A more perfect day" - Musée d’Art Modern Grand-Duc Jean Special Exhibition - Art Sonje Center, South Korea (2013)
Marketing & PR Intern, Intel Corp., South Korea (2013)
Student Writer, CéCi Magazine – JoongAng Magazine & Book, South Korea (2012)
*Best Student Editor Award & Scholarship
Seoyoung Kim
Ph.D. Candidate, Terry College of Business, University of Georgia
B327 Amos Hall, 620 S. Lumpkin St. Athens GA, 30602


My Name is Abina Fathima. A Newbie Developer, currently studying in KMEA Engineering College as a first year BTech student with a focus on building web application. and I'm very well intersted in web designing.As a hardworking and dedicated software engineer to achieve a high career growth through continous process of learning for achieving goal. Regarding that, I am a member of HackClub KMEA ,KLF KMEA and Tinkerhub Foundation. Also interested in video game designing and passionate about programming and designing. My interest to learn in the world of Tech are HTML5, CSS, React.js, C++ , C , Javascript. Other than this I like to travel and explore the world.
Download Resume
Ex-Com of Tinkerhub WIT Kmea
Active member of Tinkerhub Foundation
On Topic:
"Hydrogen : A fuel for nature"
Attempted APTIS test by British council with
CEFR:B2
Member of Kmea Language Forum


Public Member Functions |
Static Public Member Functions |
Static Protected Member Functions |
Protected Attributes |
List of all members
turbo::Logger Class Reference
The logger class is used to clarify the logging of the engine. More...
#include <Logger.hpp>
Public Member Functions | |
| Logger (std::string name) | |
| Create a new logger. More... | |
| template<typename First , typename ... Rest> | |
| void | info (First data, const Rest &... rest) |
| Log an info-level text. | |
| void | info () |
| template<typename First , typename ... Rest> | |
| void | warn (First data, const Rest &... rest) |
| Log a warn-level text. | |
| void | warn () |
| template<typename First , typename ... Rest> | |
| void | error (First data, const Rest &... rest) |
| Log an error-level text. | |
| void | error () |
Static Public Member Functions | |
| template<typename First , typename ... Rest> | |
| static void | log (First data, const Rest &... rest) |
| Log a generic-level text. | |
| static void | log () |
Static Protected Member Functions | |
| template<typename First , typename ... Rest> | |
| static void | print (First data, const Rest &... rest) |
| static void | print () |
Protected Attributes | |
| std::string | name |
Detailed Description
The logger class is used to clarify the logging of the engine.
If you need logger for a class, use Logger("name of the logger")
Otherwise, you can just use Logger::log(...) without creating a new instance
- Note
- Multi argument is supported
Constructor & Destructor Documentation
◆ Logger()
|
inline |
Create a new logger.
- Parameters
-
name Name of the logger
The documentation for this class was generated from the following file:
- include/turbo/Logger.hpp


The following are some examples that exploit the #|...|# notation:
;;; In this example, some debugging code is commented out with #|...|# ;;; Note that this kind of comment can occur in the middle of a line ;;; (because a delimiter marks where the end of the comment occurs) ;;; where a semicolon comment can only occur at the end of a line ;;; (because it comments out the rest of the line). (defun add3 (n) #|(format t "~&Adding 3 to ~D." n)|# (+ n 3)) ;;; The examples that follow show issues related to #| ... |# nesting. ;;; In this first example, #| and |# always occur properly paired, ;;; so nesting works naturally. (defun mention-fun-fact-1a () (format t "CL uses ; and #|...|# in comments.")) => MENTION-FUN-FACT-1A (mention-fun-fact-1a) >> CL uses ; and #|...|# in comments. => NIL #| (defun mention-fun-fact-1b () (format t "CL uses ; and #|...|# in comments.")) |# (fboundp 'mention-fun-fact-1b) => NIL ;;; In this example, vertical-bar followed by sharpsign needed to appear ;;; in a string without any matching sharpsign followed by vertical-bar ;;; having preceded this. To compensate, the programmer has included a ;;; slash separating the two characters. In case 2a, the slash is ;;; unnecessary but harmless, but in case 2b, the slash is critical to ;;; allowing the outer #| ... |# pair match. If the slash were not present, ;;; the outer comment would terminate prematurely. (defun mention-fun-fact-2a () (format t "Don't use |\# unmatched or you'll get in trouble!")) => MENTION-FUN-FACT-2A (mention-fun-fact-2a) >> Don't use |# unmatched or you'll get in trouble! => NIL #| (defun mention-fun-fact-2b () (format t "Don't use |\# unmatched or you'll get in trouble!") |# (fboundp 'mention-fun-fact-2b) => NIL ;;; In this example, the programmer attacks the mismatch problem in a ;;; different way. The sharpsign vertical bar in the comment is not needed ;;; for the correct parsing of the program normally (as in case 3a), but ;;; becomes important to avoid premature termination of a comment when such ;;; a program is commented out (as in case 3b). (defun mention-fun-fact-3a () ; #| (format t "Don't use |# unmatched or you'll get in trouble!")) => MENTION-FUN-FACT-3A (mention-fun-fact-3a) >> Don't use |# unmatched or you'll get in trouble! => NIL #| (defun mention-fun-fact-3b () ; #| (format t "Don't use |# unmatched or you'll get in trouble!")) |# (fboundp 'mention-fun-fact-3b) => NIL


{% extends 'contents/_base.html' %}
{% block title %}Sprints{% endblock title %}
{% block body_class %}{{ block.super }} exchange-page{% endblock body_class %}
{% block content %}
Sprints
Sprints are held out of the main conference. A sprint event gathers open source project owners, contributors, and people who want to contribute but trying to find a place to start. During a sprint, project hosts bring their unresolved issues or new features under development and share with everyone. You can join a project of your choice, or bring your own project here!
For those who already know fundamentals of Python and want to participate open source projects, but doesn't know where to start, sprints are great opportunities to get yourself involved! As for project hosts, this is a great chance for you to find people with similar interests, having face-to-face interactions with contributors, and getting new contributors to your project's development! Be prepared to get your hands dirty!
This year’s PyCon TW Sprints will be held in physical and online at the same time, so you can keep contributing to open source projects.
The physical sprints meetup will be held on 8/30 Sunday in Tainan Goodideas Studio. You can interact with the project hosts in close, learn about the project, and contribute your code to the open-source project with everyone together. In this meetup, the venue will also provide snacks so that you can have something delicious while contributing to your code!
Please RSVP on our KKTIX
The online sprints are through contacting the project hosts you are interested in. The project hosts will add you to a group and interact with you online. If you are still not satisfied with the physical sprints, you can still join the online sprints to keep communicating with project hosts. In this way, contributing to open source is not limited to time and place, but a long-term community promotion.
If you’re interested in being a project host at the sprint, please add your project at HackMD
{% endblock content %}


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{{shippingAddress.countryCode}}
{{shippingAddress.phone}}
{{billingAddress.name}}
{{billingAddress.organization}}
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{{billingAddress.address2}}
{{billingAddress.locality}}, {{billingAddress.region}}, {{billingAddress.postalCode}}
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We did not get a lot of good pictures on this trip because some obscure setting was enabled on the real camera, and we didn't notice until way too late. In the "old days" we used to download the photos every night, or else we wouldn't have room to save the next day's batch. Our new camera can shoot for a week without needing to save the pictures, so we did not catch the problem in time.
In any case, this was Katerina's first year on skiis, so for that reason alone it was quite cool. We went to "Homewood", a small resort on the west side of the lake that is relatively unknown, at least compared to the monster resorts of the south lake. We really enjoyed the mountain and again shared the cabin with our friends who have kids of similar ages.
A picture from the top of the first lift at Homewood.
Last year they laughed at me when I tried to get skis for Katerina, but this year I was able to pull it off. I must have been much younger when I was getting Robert and Erick up for the first few times, because I dont recall it being so much hard work. Katerina had a blast and kept saying "more" ... "more" ...
Here are Robert and Erick with their ski counterparts Isabel and Maria near the lodge halfway up the mountain.
Anna and Katerina in the snow fort constructed in the yard where we stayed.
The last day was a little blustery, so we stopped at the Lodge and had hot chocolate. Robert and Erick and I enjoyed a full day of skiing together.
On the way out of town we stopped at the beach for this photo. Man I really do wish I had a little cabin at Tahoe ...
Full size pictures can be seen here: Picasa Web Album


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When underlying fetch throws an error, return a 503 response.
Defaults to true
.
Forward Host
header from original request. Without this options,
proxy requests infers a host header from the origin URL.
Defaults to false
.
Headers to set on backend request. Each header accepts either a boolean
or string
.
false
, strip header entirely before sending.true
or undefined
send the header through unmodified from the original request.string
header values are sent as isWhen underlying connection throughs an error, retry request
Rewrite location headers (defaults to true) to match incoming request.
Example:
Replace this portion of URL path before making request to origin.
For example, this makes a request to https://fly.io/path1/to/document.html
:
const opts = { stripPath: "/path2/"}
const origin = proxy("https://fly.io/path1/", opts)
origin("https://somehostname.com/path2/to/document.html")
Generated using TypeDoc
Options for
proxy
.


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As a user I should be able to log in to my account so I can view my details.
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When?
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--- url: 32-conducting-co-design-sessions.html title: Conducting Co-Design Sessions published: 17 February 2014 tags: ["The Need for a Broad Range of Services for RightSourcing"] ---
Because the co-design approach is iterative, it is necessary for all design engineers, developers, and target users to assemble for mapping future steps. Conducting these sessions is all about careful planning. First, confirm all attendees and ensure they are notified of the dates and times.
Participating attendees should include:
1. Two facilitators, one of whom is a note-taker
2. At least two target users (7-8 maximum)
3. One or more development engineers to gain insight and user context
Make sure the participants gather in a comfortable place during the workshop, with adequate table space and whiteboards. Use flip-charts and post-it notes to capture details and concepts. Digital cameras can be used to capture notes and concepts sketched on the whiteboard.
The first step to a successful co-design session begins with defining goals:
1. Start with an introduction that gives a quick review
2. Clearly communicate objectives and expectations
3. Identify what each participant expects as an outcome of the workshop
4. Reference using existing diagrams
5. Discuss existing system and domain issues
6. Validate the workflow
7. Identify and document the usability goals the design must meet
Once all participants are familiar with the goals, begin the co-design exercise.
1. To start things, use some unfinished concepts or compelling products as good/bad examples
2. Prompt users for suggestions and encourage them to illustrate the concept
3. Tape concepts and screens to the wall for maximum visibility and retention
Co-design is an iterative process and it is important to keep revisiting things learned in the co-design to optimize user input. It is also important to use this knowledge to refine initial designs. After developing a high level product prototype, conduct a usability study to test the refined design. Usability tasks are used to measure the:
1. Effectiveness
2. Efficiency
3. Satisfaction
of the design without leading or influencing users. Information and feedback from target users can be used again to refine the design before expensive development begins. Depending on the size and complexity of the design effort, these steps are often iterative to cover different features and/or design enhancements.


{% include head.html %}
{% include nav.html %} {% include header.html %} {% include intro.html %} {% include call-to-action.html %} {% include services.html %} {% include portfolio.html %} {% include contact.html %} {% include scripts.html %} {% include ga.html %}


The interface to the Crystal gifting functionality and player info This class updates automatically from the server after the user calls startUpdating. The class provides access to various pieces of information about the user and can be used to improve the UI of the game and integrate more completely with the Crystal SDK. For more details on the information provided see the properties available. More...
#import <CrystalPlayer.h>
Public Member Functions | |
| (void) | - startUpdating |
| Instructs the SDK to start keeping the CrystalPlayer class up-to-date with the current player's info Because this method initiates network traffic and server load it is important that apps refrain from calling the method unless the CrystalPlayer data is used. | |
| (BOOL) | - playerInfoIsUpToDate |
| Returns YES if the info for the curent player is up-to-date Crystal will make every effort to keep the data up-to-date, so as long as the device has an Internet connection it should be rare that this method returns NO. | |
Static Public Member Functions | |
| (CrystalPlayer *) | + sharedInstance |
| Returns the shared singleton instance of CrystalPlayer. | |
Public Attributes | |
| id< CrystalPlayerDelegate > | _delegate |
| bool | isCrystaluser |
| set to true if the user has signed into Crystal | |
| bool | isFacebookUser |
| Returns true if the user has signed into Crystal and entered their Facebook details. | |
| bool | isTwitterUser |
| Returns YES if the user has signed into Crystal and entered their Twitter details. | |
| int | numCrystalFriends |
| The number of friends this user has. | |
| int | numCrystalFriendsWithGame |
| The number of friends this user has that also own the game. | |
| IList< int > | gifts |
| An array of string IDs for each of the gifts owned by the user, or null if the user doesn't have any gifts. | |
| string | alias |
| The player's current alias in Crystal. | |
| int | badgeNumber |
| string | crystalPlayerId |
| Unique identifier for player. | |
Properties | |
| BOOL | isSignedIn |
| BOOL | isCrystalUser |
| BOOL | isFacebookUser |
| BOOL | isTwitterUser |
| unsigned int | numberOfCrystalFriends |
| unsigned int | numberOfCrystalFriendsWithGame |
| NSArray * | gifts |
| NSString * | alias |
| unsigned int | badgeNumber |
| NSString * | crystalPlayerId |
| id< CrystalPlayerDelegate > | delegate |
| int | _updateState |
| CCPlayerData * | _playerData |
The interface to the Crystal gifting functionality and player info This class updates automatically from the server after the user calls startUpdating. The class provides access to various pieces of information about the user and can be used to improve the UI of the game and integrate more completely with the Crystal SDK. For more details on the information provided see the properties available.
Class describing the CrystalPlayer.
| - (BOOL) playerInfoIsUpToDate |
Returns YES if the info for the curent player is up-to-date Crystal will make every effort to keep the data up-to-date, so as long as the device has an Internet connection it should be rare that this method returns NO.
| + (CrystalPlayer*) sharedInstance |
Returns the shared singleton instance of CrystalPlayer.
| - (void) startUpdating |
Instructs the SDK to start keeping the CrystalPlayer class up-to-date with the current player's info Because this method initiates network traffic and server load it is important that apps refrain from calling the method unless the CrystalPlayer data is used.
| - (string) alias |
The player's current alias in Crystal.
| - (int) badgeNumber |
The badge number that Crystal will set for the application icon and that can be shown over the Crystal button in-game. If you don't want to go to the effort of implementing the badges a >0 value can be used to highlight the Crystal button somehow. The badge number will indicate that the user has outstanding gifts, friend requests or challenges.
| - (string) crystalPlayerId |
Unique identifier for player.
| - (IList<int>) gifts |
An array of string IDs for each of the gifts owned by the user, or null if the user doesn't have any gifts.
| - (bool) isCrystaluser |
set to true if the user has signed into Crystal
| - (bool) isFacebookUser |
Returns true if the user has signed into Crystal and entered their Facebook details.
| - (bool) isTwitterUser |
Returns YES if the user has signed into Crystal and entered their Twitter details.
| - (int) numCrystalFriends |
The number of friends this user has.
| - (int) numCrystalFriendsWithGame |
The number of friends this user has that also own the game.
- (NSString*) alias [read, assign] |
The player's current alias in Crystal
- (unsigned int) badgeNumber [read, assign] |
The badge number that Crystal will set for the application icon and that can be shown over the Crystal button in-game. If you don't want to go to the effort of implementing the badges a >0 value can be used to highlight the Crystal button somehow. The badge number will indicate that the user has outstanding gifts, friend requests or challenges.
- (NSString*) crystalPlayerId [read, assign] |
Unique identifier for player
- (id<CrystalPlayerDelegate>) delegate [read, write, assign] |
- (NSArray*) gifts [read, assign] |
An array of NSString IDs for each of the gifts owned by the user, or nil if the user doesn't have any gifts
- (BOOL) isCrystalUser [read, assign] |
Returns YES if the user has signed into Crystal
- (BOOL) isFacebookUser [read, assign] |
Returns YES if the user has signed into Crystal and entered their Facebook details
- (BOOL) isSignedIn [read, assign] |
Returns YES if the user is currently signed into Crystal
- (BOOL) isTwitterUser [read, assign] |
Returns YES if the user has signed into Crystal and entered their Twitter details
- (unsigned int) numberOfCrystalFriends [read, assign] |
The number of friends this user has
- (unsigned int) numberOfCrystalFriendsWithGame [read, assign] |
The number of friends this user has that also own the game


Learn You a Docsite For Great Good
/endpoints
endpointresources/articles/direct-payment-api.md
http://techdocs.spid.no/direct-payment-api/
## Heading
Bacon ipsum dolor sit amet t-bone strip steak spare ribs bresaola, shank
flank ground round filet mignon leberkas tri-tip kevin capicola.
### Subheading
- Ordered lists
- look like this
:title Direct Payment API
:body
The main content of the article.
:aside
The sidebar contents.
```java
public static void main (String[] args) {
System.out.println("Fencing code blocks! Engarde!");
}
```
<spid-example
lang="clj"
src="/sso/src/spid_clojure_sso_example/core.clj"
title="Build login URL"/>
# :tabs
## :tab Java
Java code goes here
## :tab PHP
PHP code goes here
# :/tabs
```sequence-diagram
Browser->Server: Request a page
Note right of Server: Fetch page contents from cache
Server->Browser: Respond with some HTML
```
:relevant-endpoints
GET /status
POST /user
## Table of Contents
https://github.com/schibsted/?query=examples
<spid-example
lang="java"
src="/sso/src/main/java/no/spid/examples/LoginController.java"
title="Build login URL"/>
LoginController.java
:
./import-endpoints.sh
tech-docs/resources/endpoints/
:introduction
Markdown goes here
Supports relevant features of articles:
:relevant-types order user
:relevant-endpoints
GET /status
POST /user
:introduction
Get verification and availability status for an email address. Note
that the email should be base64 encoded.
:example-params
email: am9obkBkb2UuY29t
resources/types/voucher.edn
{:id :voucher}
resources/types/voucher.edn
{:id :voucher
:name "Voucher"}
resources/types/voucher.edn
{:id :voucher
:name "Voucher"
:description "Vouchers are mainly described by the ..."}
resources/types/voucher.edn
{:id :voucher
:name "Voucher"
:description "Vouchers are mainly described by the ..."
:fields []}
resources/types/voucher.edn
{:id :voucher
:name "Voucher"
:description "Vouchers are mainly described by the ..."
:fields [{:name "voucherId"}]}
resources/types/voucher.edn
{:id :voucher
:name "Voucher"
:description "Vouchers are mainly described by the ..."
:fields [{:name "voucherId"
:type :integer-string}]}
resources/types/voucher.edn
{:id :voucher
:name "Voucher"
:description "Vouchers are mainly described by the ..."
:fields [{:name "voucherId"
:type :integer-string
:description "Unique ID of the voucher ..."}]}
resources/types/voucher.edn
{:id :voucher
:name "Voucher"
:description "Vouchers are mainly described by the ..."
:fields [{:name "voucherId"
:type :integer-string
:description "Unique ID of the voucher ..."
:always-available? true}]}
resources/types/voucher.edn
{:id :voucher
:name "Voucher"
:description "Vouchers are mainly described by the ..."
:fields [{:name "voucherId"
:type :integer-string
:description "Unique ID of the voucher ..."
:always-available? true}]
:inline-types [:voucher-status]}
resources/types/voucher-status.edn
{:id :voucher-status
:name "Voucher status"}
resources/types/voucher-status.edn
{:id :voucher-status
:name "Voucher status"
:values []}
resources/types/voucher-status.edn
{:id :voucher-status
:name "Voucher status"
:values [{:value "-1" :description "Voucher is expired and can no longer be redeemed"}]}
resources/types/voucher-status.edn
{:id :voucher-status
:name "Voucher status"
:values [{:value "-1" :description "Voucher is expired and can no longer be redeemed"}
{:value "0" :description "Voucher is generated and may be either used or handed out"}
{:value "1" :description "Voucher is handed out. If the userId field is set, only this user may redeem it"}
{:value "2" :description "Voucher is redeemed and can no longer be used. Kept only for historic reasons"}]}
Well, don't
(defsample GET "/status")
> rm generated/sample-response-cache/status-get.edn
> rm generated/sample-responses/status-get.*
> lein generate-sample-responses
(defsample GET "/describe/{object}" {:object "User"})
(defsample GET "/email/{email}/status"
{:email (base64-encode "john@doe.com")})
(defsample johndoe
POST "/user" {:email<EMAIL_ADDRESS>:displayName "John Doe"
:name "John Doe"})
(defsample dataobject [user johndoe]
POST "/user/{id}/dataobject/{key}" {:id (:userId user)
:key "mysetting"
:value "My custom value"})
resources/frontpage.html
<list-of-articles/>
:title My article
:frontpage
<apis-by-category/>
resources/endpoint-blacklist.edn
./import-endpoints.sh
./import-endpoints.sh
has your back
resources/types/kpi.edn
resources/endpoints/kpis-get.md
>>


Steps to become a teacher
Degree
To become a primary or secondary teacher in England you will need to have a degree.
If you want to teach in a fee-paying or private school, the rules may be different. You’ll need to check with the type of school you want to teach at.
Teacher Training
You will then need to take a teaching qualification called Initial Teacher Training (ITT).
ITT gives you qualified status (QTS). You’ll need QTS to teach in a secondary school in England.
Other Advice
Your step by step guide
SEND
Training to teach children with special educational needs and/or disabilities
All teaching courses with QTS include training on working with pupils who have special educational needs and/or disabilities (SEND).
You could also specialise in supporting children with SEND.


---
layout: post
title: comet
category:
- Analog
tags:
- akai
- analog
- antónio capelo
- antoniocapelo
- capelo
- color
- develop
- hp5
- ilford
- porto
- rangefinder
- revue 400se
- shutter hell up
status: publish
type: post
published: true
meta:
_edit_last: '1'
---
New photos:
- first set is from an Agfa Vista 100 taken on a Olympus XA-2 (I really need to try a better roll on this camera);
- second set, Revue 400SE + Ilford HP5 400 (this little rangefinder doesn't stop to surprise me).
No time to write, my battery is draining right now..!
nice and calm view
super-ultra-speed m/
proud owner (facing the sun)
sunday afternoon
bolhao
hidden allie
self
--
Now the Revue 400SE
set the sky on fire
nap time for two
goodbye by the bridge
all of the lights
vandoma
praise the lord
A.
X.
Superr
MJ
that way
g'day
More rolls to come,
A. Capelo


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Feature Req:Option not to display song on floater
-
edd
Hi, I use the Synergy hotkeys to rate songs, and i have the itunes mini player open to monitor the duration of the songs being played. It would be so nice to have the option not to display the song name on the floater, so that only the rating is displayed.
-
Greg Hurrell
Thanks for submitting the feature request. I've made and entry for it in the database here:
Reply
This topic is now closed.


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City Of Angels has wings
City Of Angels A Film Review By Michael Redman Copyright 1998 By Michael Redman
***1/2 (out of ****)
As we approach the new Millennium, things are looking scary. There's a possibility that everything's going to fall apart and if it doesn't, all those frightening zeroes still loom on the horizon.
Even now there's too much to do. No one can get it all done. Although the DOW keeps peaking, the man on the street's finances looks worse every day. These are hard times. Change is accelerating and it's difficult to cope.
It's no wonder that we yearn for someone to watch over us.
That may explain the growing search for a new faith. The twin churches of Science and Economics haven't done such a good job and even UFOs coming to whisk us away to a better existence are starting to look good. It might also account for the fascination with angels.
For the past few years angels have been appearing wherever you turn. They are in Hallmark stores, staring down at you from living room walls, in numerous books and on television. Hollywood, not being an industry to ignore trends has given us "Michael" and "The Preacher's Wife" among others and now we have an entire city of the heavenly beings.
Seth (Nicolas Cage) hangs out in Los Angeles with his fellow invisible spirits escorting the recently departed to their just rewards. In a hospital to gather the soul of a patient who died on the operating table, he encounters heart surgeon Maggie Rice (Meg Ryan). Not even the saintly can resist the heavenly charms of Ms Ryan and he is smitten.
Eventually he allows Maggie to see him and she is drawn to the tall brooding man in a black trench coat. They have problems besides the inter-species dating situation. Seth can't touch or taste anything.
Nathaniel Messinger ("NYPD Blue"'s Denis Franz), a heart patient in the hospital, shocks Seth one day when he starts talking to him. Messinger is himself a former heavenly spirit and tells him that he can become human. To do so, he must give up everything that he is. For Seth, being in love is literally taking the great fall.
I have a major prejudice against remakes of European films for the American audience especially reconstructions of truly phenomenal movies. This is a redo of Wim Wenders' masterpiece "Wings Of Desire" and remarkably enough is a fine film in its own right. There's none of the dumbing-down that usually takes place to make the product palatable to the public. It's is different but it's moving.
The ethereal existence of the angels is beautiful and eternal, but oxymoronically lacks soul. Dozens of them stand on the beach at sunrise listening to the heavenly music. They watch from on high but they can't feel.
Messinger on the other hand is a self-described hedonist and loving every minute of it. He may be only human now, but he's digging every minute of it. He loves his wife and kids, body surfing and earthly delights.
That's what this film is about. The story of angels and their interaction with people is engaging, but the theme is the choice between observing and being. When Seth takes the leap of faith, he must abandon everything that he has ever known to become real. He's leaving a safe place for a risky uncertain future, but it's a future where he will be engaged with the energy of being. He's risking it all to gain it all.
Director Brad Silberling (who surprisingly also directed "Casper") pulls out the best from the actors. Cage does fine as the somber angel aching to cut loose. Ryan is nearly always a delight, and here she demonstrates a wide emotional range. Her desperation when her patient dies and her elation at being in love are both convincing. The chemistry between the two is obvious. When they look into each other's eyes, the attraction is undeniable. Their first touch and kiss is the stuff of memories.
Franz steals every scene that he's in and is fascinating to watch.  He's thoroughly a human being with all the passionate sloppiness that entails.
The star of the film is the moody cinematography. John Seale ("The English Patient") perfectly captures the otherworldliness of the angels. The _feel_ of this film will stay with you for quite a while.
As many people are facing their own unpredictable futures, it might serve us to realize that "safe" often is "sorry". The question of where to place our faith is a puzzling one but, as Seth tells Maggie, "Some things are true whether you believe in them or not."
(Michael Redman has written this column for well over 23 years and sometimes he thinks his guardian angel is taking a nap. Statements of theology can go to<EMAIL_ADDRESS>[This appeared in the 4/16/98 "Bloomington Voice", Bloomington, Indiana. Michael Redman can be contacted at<EMAIL_ADDRESS>--<EMAIL_ADDRESS>This week's film review at http://www.bvoice.com/ Film reviews archive at http://us.imdb.com/M/reviews_by?Michael%20Redman
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
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


SOMEONE ELSE'S AMERICA A film review by Steve Rhodes Copyright 1996 Steve Rhodes
RATING (0 TO ****): **
SOMEONE ELSE'S AMERICA is a good natured, but plotless show about the plight of illegal immigrants in America today. Although it shows a lot of potential, little of it is realized, and the show operates in a narrow range. The acting is earnest, but monochromatic, and I did not find any of the characters believable. The characters are certainly charming and energetic, but they are not real.
The movie is set in New York City, but the spunky illegal immigrants fighting for their existence in the underground economy could be almost anywhere in the US. A Montenegro immigrant named Bayo (Miki Manojlovic) and his buddy Alonso (Tom Conti), an immigrant from Spain, work cleaning up toxic waste sites. They live in squalor in common quarters among and on pieces of junk. Nevertheless, through all of their hardships, their resolve shines through.
To show his courage against these difficulties, Bayo says, "Did I ever tell you the story of my people? We no surrender." He listens to English language tapes all of the time and actually his English is pretty good.
Alonso is more of a worry wart. His view is that, "This is USA of America. This is the place where if you work hard, and you worry. You can be anything you want." He has the problem that he is love with someone who ignores him and says, "I got no luck in America. I never gonna get married."
The cinematography by George Arvanitis is generally unimaginative except for the outdoor scenes where he creates carefully contrived images. Some of the effective ones include the zooming out from the Statue of Liberty as the police sirens get louder and the picture of the NYC skyline at dusk with a cemetery in the foreground. The best, and only truly moving scene in the film, happens on the Rio Grande, and the photography adds to its effectiveness.
The script by Gordan Mihic and the pace set by director Goran Paskaljevic meanders. With a show where little happens, there needs to be more tension and more character development, but they rely too much on props to carry the picture along.
Other than having the characters talk about their holy grail - getting a green card - the script finds little to say. The low point of the film is a unbelievable sequence where Alonso tricks his blind and ill mother (Maria Casares) into believing they are flying all the way back to Spain by playing a tape of a jet on a boom box while they set in a seat taken out of a car.
Except for an interesting and unusual minor character who played a Texas good old boy who helps the immigrants across the border, I thought the cast's acting was acceptable but no better. I like the idea of the story, but not this execution. Tom Conti is an actor that can be excellent as he was in REUBEN, REUBEN and SHIRLEY VALENTINE, but generally seems to deliver performances without any depth as he does here. Perhaps he needs just the right director to realize his potential.
SOMEONE ELSE'S AMERICA runs 1:36. It is rated R, but there is no nudity, no violence, little bad language, and only the start of sex. I would have given it a PG-13, and it would be fine for any kid over 10. As a gentle demonstration of the melting pot still in action, the show works, but overall, there is not enough for me to recommend it. I give it **.
**** = One of the top few films of this or any year. A must see film. *** = Excellent show. Look for it. ** = Average movie. Kind of enjoyable. * = Poor show.  Totally unbearable.
REVIEW WRITTEN ON: May 20, 1996
Opinions expressed are mine and not meant to reflect my employer's.
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
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Node Types
Relationship Types
Capability Types
Node Types
custom.nodes.Compute test.nodes.Empty tosca.nodes.Compute tosca.nodes.Root tosca.nodes.SoftwareComponentRelationship Types
test.relationships.Empty tosca.relationships.RootCapability Types
tosca.capabilities.Container tosca.capabilities.RootNode Types
custom.nodes.Compute
-
tosca.nodes.Root
- tosca.nodes.Compute
-
- custom.nodes.Compute
| Shorthand Name | CustomVnf |
| Type Qualified Name | TypeQualifiedName |
| Type URI | custom.nodes.Compute |
Properties
| Name | Required? | Type | Status | Default | Description | Constraints | Derived from |
|---|---|---|---|---|---|---|---|
| custom_prop | false | string | supported |
Attributes
| Name | Required? | Type | Default | Description | Derived from |
|---|---|---|---|---|---|
| networks | true | map | tosca.nodes.Compute | ||
| ports | true | map | tosca.nodes.Compute | ||
| private_address | true | string | Private IP address | tosca.nodes.Compute | |
| public_address | false | string | Public IP address | tosca.nodes.Compute | |
| state | true | string | initial | This attribute reflects the name of the Node Template as defined in the TOSCA service template. This name is not unique to the realized instance model of corresponding deployed application as each template in the model can result in one or more instances (e.g., scaled) when orchestrated to a provider environment. | tosca.nodes.Root |
| tosca_id | true | string | A unique identifier of the realized instance of a Node Template that derives from any TOSCA normative type. | tosca.nodes.Root | |
| tosca_name | true | string | This attribute reflects the name of the Node Template as defined in the TOSCA service template. This name is not unique to the realized instance model of corresponding deployed application as each template in the model can result in one or more instances (e.g., scaled) when orchestrated to a provider environment. | tosca.nodes.Root |
Capabilities
| Name | Type | Derived from |
|---|---|---|
| dependable | tosca.capabilities.Dependable | |
| host | tosca.capabilities.Container | tosca.nodes.Compute |
Interfaces
| Name | Operations | Implementation | Description | Derived from |
|---|---|---|---|---|
| tosca.interfaces.node.lifecycle.Standard | configure | configure_impl | Description for configure operation | tosca.nodes.Root |
| tosca.interfaces.node.lifecycle.Standard | create | create_customized_impl | Description for create operation | tosca.nodes.Compute |
| tosca.interfaces.node.lifecycle.Standard | delete | delete_impl | Description for delete operation | tosca.nodes.Compute |
| tosca.interfaces.node.lifecycle.Standard | stop | stop_customized_impl | Description for stop operation |
test.nodes.Empty
- tosca.nodes.Root
-
- test.nodes.Empty
Attributes
| Name | Required? | Type | Default | Description | Derived from |
|---|---|---|---|---|---|
| state | true | string | initial | This attribute reflects the name of the Node Template as defined in the TOSCA service template. This name is not unique to the realized instance model of corresponding deployed application as each template in the model can result in one or more instances (e.g., scaled) when orchestrated to a provider environment. | tosca.nodes.Root |
| tosca_id | true | string | A unique identifier of the realized instance of a Node Template that derives from any TOSCA normative type. | tosca.nodes.Root | |
| tosca_name | true | string | This attribute reflects the name of the Node Template as defined in the TOSCA service template. This name is not unique to the realized instance model of corresponding deployed application as each template in the model can result in one or more instances (e.g., scaled) when orchestrated to a provider environment. | tosca.nodes.Root |
Interfaces
| Name | Operations | Implementation | Description | Derived from |
|---|---|---|---|---|
| tosca.interfaces.node.lifecycle.Standard | configure | configure_impl | Description for configure operation | tosca.nodes.Root |
| tosca.interfaces.node.lifecycle.Standard | create | create_impl | Description for create operation | tosca.nodes.Root |
tosca.nodes.Compute
- tosca.nodes.Root
-
- tosca.nodes.Compute
The TOSCA Compute node represents one or more real or virtual processors of software applications or services along with other essential local resources. Collectively, the resources the compute node represents can logically be viewed as a (real or virtual) “server”.
Attributes
| Name | Required? | Type | Default | Description | Derived from |
|---|---|---|---|---|---|
| networks | true | map | |||
| ports | true | map | |||
| private_address | true | string | Private IP address | ||
| public_address | false | string | Public IP address | ||
| state | true | string | initial | This attribute reflects the name of the Node Template as defined in the TOSCA service template. This name is not unique to the realized instance model of corresponding deployed application as each template in the model can result in one or more instances (e.g., scaled) when orchestrated to a provider environment. | tosca.nodes.Root |
| tosca_id | true | string | A unique identifier of the realized instance of a Node Template that derives from any TOSCA normative type. | tosca.nodes.Root | |
| tosca_name | true | string | This attribute reflects the name of the Node Template as defined in the TOSCA service template. This name is not unique to the realized instance model of corresponding deployed application as each template in the model can result in one or more instances (e.g., scaled) when orchestrated to a provider environment. | tosca.nodes.Root |
Capabilities
| Name | Type | Derived from |
|---|---|---|
| host | tosca.capabilities.Container |
Interfaces
| Name | Operations | Implementation | Description | Derived from |
|---|---|---|---|---|
| tosca.interfaces.node.lifecycle.Standard | configure | configure_impl | Description for configure operation | tosca.nodes.Root |
| tosca.interfaces.node.lifecycle.Standard | create | create_customized_impl | Description for create operation | |
| tosca.interfaces.node.lifecycle.Standard | delete | delete_impl | Description for delete operation |
tosca.nodes.Root
The TOSCA Root Node Type is the default type that all other TOSCA base Node Types derive from. This allows for all TOSCA nodes to have a consistent set of features for modeling and management (e.g., consistent definitions for requirements, capabilities and lifecycle interfaces).
Attributes
| Name | Required? | Type | Default | Description | Derived from |
|---|---|---|---|---|---|
| state | true | string | initial | This attribute reflects the name of the Node Template as defined in the TOSCA service template. This name is not unique to the realized instance model of corresponding deployed application as each template in the model can result in one or more instances (e.g., scaled) when orchestrated to a provider environment. | |
| tosca_id | true | string | A unique identifier of the realized instance of a Node Template that derives from any TOSCA normative type. | ||
| tosca_name | true | string | This attribute reflects the name of the Node Template as defined in the TOSCA service template. This name is not unique to the realized instance model of corresponding deployed application as each template in the model can result in one or more instances (e.g., scaled) when orchestrated to a provider environment. |
Interfaces
| Name | Operations | Implementation | Description | Derived from |
|---|---|---|---|---|
| tosca.interfaces.node.lifecycle.Standard | configure | configure_impl | Description for configure operation | |
| tosca.interfaces.node.lifecycle.Standard | create | create_impl | Description for create operation |
tosca.nodes.SoftwareComponent
- tosca.nodes.Root
-
- tosca.nodes.SoftwareComponent
Attributes
| Name | Required? | Type | Default | Description | Derived from |
|---|---|---|---|---|---|
| state | true | string | initial | This attribute reflects the name of the Node Template as defined in the TOSCA service template. This name is not unique to the realized instance model of corresponding deployed application as each template in the model can result in one or more instances (e.g., scaled) when orchestrated to a provider environment. | tosca.nodes.Root |
| tosca_id | true | string | A unique identifier of the realized instance of a Node Template that derives from any TOSCA normative type. | tosca.nodes.Root | |
| tosca_name | true | string | This attribute reflects the name of the Node Template as defined in the TOSCA service template. This name is not unique to the realized instance model of corresponding deployed application as each template in the model can result in one or more instances (e.g., scaled) when orchestrated to a provider environment. | tosca.nodes.Root |
Interfaces
| Name | Operations | Implementation | Description | Derived from |
|---|---|---|---|---|
| tosca.interfaces.node.lifecycle.Standard | configure | configure_impl | Description for configure operation | tosca.nodes.Root |
| tosca.interfaces.node.lifecycle.Standard | create | create_impl | Description for create operation | tosca.nodes.Root |
Relationship Types
test.relationships.Empty
- tosca.relationships.Root
-
- test.relationships.Empty
Attributes
| Name | Required? | Type | Default | Description | Derived from |
|---|---|---|---|---|---|
| tosca_id | true | string | tosca.relationships.Root | ||
| tosca_name | true | string | tosca.relationships.Root |
Interfaces
| Name | Operations | Implementation | Description | Derived from |
|---|---|---|---|---|
| tosca.interfaces.relationship.Configure | pre_configure_source | pre_configure_source_impl | Operation to pre-configure the source endpoint | tosca.relationships.Root |
| tosca.interfaces.relationship.Configure | pre_configure_target | pre_configure_target_impl | Operation to pre-configure the target endpoint | tosca.relationships.Root |
tosca.relationships.Root
Attributes
| Name | Required? | Type | Default | Description | Derived from |
|---|---|---|---|---|---|
| tosca_id | true | string | |||
| tosca_name | true | string |
Interfaces
| Name | Operations | Implementation | Description | Derived from |
|---|---|---|---|---|
| tosca.interfaces.relationship.Configure | pre_configure_source | pre_configure_source_impl | Operation to pre-configure the source endpoint | |
| tosca.interfaces.relationship.Configure | pre_configure_target | pre_configure_target_impl | Operation to pre-configure the target endpoint |
Capability Types
tosca.capabilities.Container
- tosca.capabilities.Root
-
- tosca.capabilities.Container
Properties
| Name | Required? | Type | Status | Default | Description | Constraints | Derived from |
|---|---|---|---|---|---|---|---|
| cpu_frequency | false | scalar-unit.frequency | supported |
|
|||
| disk_size | false | scalar-unit.size | supported | false |
|
||
| mem_size | false | scalar-unit.size | supported | false |
|
||
| num_cpus | false | integer | supported | http |
|
Valid Source Types
tosca.capabilities.Root
This is the default (root) TOSCA Capability Type definition that all other TOSCA Capability Types derive from.


Warehouse Chief Natools:
What the Temple really desires is the destruction of the angel.
"What?! I can't believe that... Why would they want that?"


I am a student of St. Gregory's High School & College, Dhaka, Bangladesh.
I wish to graduate from Notre Dam College and then recieve a sholarship to Canada.
I have been a python developer for past two years.
Now I am a web developer too.
I can work in....


--- layout: post authors: ["SCF Steering Committee"] title: "Community Service Awards 2016" date: 2016-12-13 time: "01:00:00" tags: ["Community"] ---
We are very pleased to announce the recipients of the Software Carpentry Foundation's first community service awards, which are given annually to recognize work that improves the Foundation's fulfillment of its mission and benefits the broader community:
After becoming an instructor, Christina Koch immediately started taking on extra responsibilities. She has taught countless workshops, been a lesson maintainer, played a major role in the mentoring committee, and become an instructor trainer.
Adrianna Pinska participated in her first workshop as a helper in November 2014, and then became certified as an instructor. Since then she has organized workshops in conjunction with events like PyConZA, going from four participants in the first to a full house most recently.
Jon Pipitone was our unofficial system administrator from 2010 to 2016. In that time, he managed our servers, took care of backups and mailing lists, and generally kept the lights on. Jon's work was not directly visible to most of our community, but was essential to keeping us afloat.
Please join us in congratulating all three!


--- layout: page title : Siramix Blog header : Siramix Blog group: navigation --- {% include JB/setup %}


Yunjia Zeng
Project Part 2
Predictive Models
In this analysis, the predictive models are constructed by the five most commonly used classification methods, in order to predict the price group of Airbnb listings. The methods are Gaussian Naive Bayes, Decision Tree, K Nearest Neighbor, Support Vector Machine, and Random Forest. The classification results are in the following subsections.
In order to perform the classification methods on Airbnb dataset, preprocessing has been done to the dataset for dividing it into groups. The distribution of Airbnb prices is illustrated in the following figure.
Based on the distribution, the prices are divided into three price groups, price group 0 with label A of price range from $0 to $200, price group 1 with label B of price range from $201 to $400, and price group 2 with label C of price range from $401 to the maximum price in listings. The distribution of the classes is illustrated in the following figure after grouping the prices
The performance of Decision Tree classifier to the Airbnb data is fairly good, with an accuracy score of 0.8849. By the classification report in the following figure, Decision Tree classifier classifies all three classes good and performs excellently on classifying class 2, with corresponding label C.
KNN classifier performs well on Airbnb dataset, with an accuracy score of 0.8742. From the classification report in the figure below, it can be seen that the KNN classifier predicts good results for class 2, which is the price group C, with a 0.91 accuracy.
To the unknown records, KNN classifier works in a relatively expensive manner. Comparing with all five classification methods that were used, KNN classifier performs good but is relatively time consuming. The accuracy of KNN is a little bitter lower than Decision Tree, but much higher than the Support Vector Machine classifier in the next subsection.
The SVM classifier performs ordinary on the Airbnb dataset, with an accuracy score of 0.7290. SVM classifies class 0 relatively good compare to class 1 and class 2. The results are illustrated in the following figure.
SVM works effectively in high dimensional spaces, especially when the dimension is greater than the number of samples. But if the features are far greater than samples, it performs poorly. Since SVM has no probability estimates, the probability must be computed using at least 5-fold cross-validation. This makes the training for SVM predictive model on Airbnb dataset extremely time consuming, and is far slower than all the other methods that are used.
The performance of the Gaussian Naive Bayes classifier on Airbnb price dataset is disappointing, with an accuracy score of 0.3524. From the classification report in the figure below it can be seen, Gaussian Naive Bayes successfully classifies class 0, which is the lower price range group in Airbnb dataset, with 0.81 precision; it poorly classifies class 1 and class 2, which are two higher price range Airbnb listings, with only 0.56 and 0.34 precisions.
Random forest classifier performs the best on Airbnb dataset. The result is illustrated in the figure below.
The Random Forest classifier grows multiple trees based on training data. It classifies a new record by offering a classification from each tree, then output the results based on the majority classification. Recall the Decision Tree methods, Random Forest creates a forest of decision trees and each of them votes on the classification, and the output of each testing sample is the class that wins most of the votes. Similar to SVM, Random Forest can handle large datasets with high dimensionality, but with much better training and testing time. It uses bootstrap sampling, also known as bagging, to the training data, which selected the whole training set with replacement. By averaging the various sub-samples of the training set, Random Forest improves the predictive accuracy and controls overfitting problem. Bagging reduces variance and it is very efficient with strong learner systems with low bias.
While training the predictive model, Random Forest classifier computes the feature importance scores for all features. The results in the following figure illustrate the most important features that contribute to the classification results. The room type of a listing mainly dominates the price, even more important than the hotel prices around in the same area. Another interesting important feature is accommodates, since it implies the area of a listing. By selecting important features, there can be simpler predictive model that performance the same but with less expensive training cost. The full table of feature importance and thresholds of accuracy are stored for possible further exploration in later part of this project.


The ObjectSpace module contains a number of routines that interact with the garbage collection facility and allow you to traverse all living objects with an iterator.
ObjectSpace also provides support for object finalizers, procs that will be called when a specific object is about to be destroyed by garbage collection.
require 'objspace' a = "A" b = "B" ObjectSpace.define_finalizer(a, proc {|id| puts "Finalizer one on #{id}" }) ObjectSpace.define_finalizer(b, proc {|id| puts "Finalizer two on #{id}" })
produces:
Finalizer two on 537763470 Finalizer one on 537763480
static VALUE os_id2ref(VALUE os, VALUE objid) { return id2ref(objid); }
Counts all objects grouped by type.
It returns a hash, such as:
{ :TOTAL=>10000, :FREE=>3011, :T_OBJECT=>6, :T_CLASS=>404, # ... }
The contents of the returned hash are implementation specific. It may be changed in future.
The keys starting with :T_
means live objects. For example,
:T_ARRAY
is the number of arrays. :FREE
means
object slots which is not used now. :TOTAL
means sum of above.
If the optional argument result_hash
is given, it is
overwritten and returned. This is intended to avoid probe effect.
h = {} ObjectSpace.count_objects(h) puts h # => { :TOTAL=>10000, :T_CLASS=>158280, :T_MODULE=>20672, :T_STRING=>527249 }
This method is only expected to work on C Ruby.
static VALUE count_objects(int argc, VALUE *argv, VALUE os) { rb_objspace_t *objspace = &rb_objspace; size_t counts[T_MASK+1]; size_t freed = 0; size_t total = 0; size_t i; VALUE hash = Qnil; if (rb_check_arity(argc, 0, 1) == 1) { hash = argv[0]; if (!RB_TYPE_P(hash, T_HASH)) rb_raise(rb_eTypeError, "non-hash given"); } for (i = 0; i <= T_MASK; i++) { counts[i] = 0; } for (i = 0; i < heap_allocated_pages; i++) { struct heap_page *page = heap_pages_sorted[i]; RVALUE *p, *pend; p = page->start; pend = p + page->total_slots; for (;p < pend; p++) { void *poisoned = asan_poisoned_object_p((VALUE)p); asan_unpoison_object((VALUE)p, false); if (p->as.basic.flags) { counts[BUILTIN_TYPE(p)]++; } else { freed++; } if (poisoned) { GC_ASSERT(BUILTIN_TYPE((VALUE)p) == T_NONE); asan_poison_object((VALUE)p); } } total += page->total_slots; } if (hash == Qnil) { hash = rb_hash_new(); } else if (!RHASH_EMPTY_P(hash)) { rb_hash_stlike_foreach(hash, set_zero, hash); } rb_hash_aset(hash, ID2SYM(rb_intern("TOTAL")), SIZET2NUM(total)); rb_hash_aset(hash, ID2SYM(rb_intern("FREE")), SIZET2NUM(freed)); for (i = 0; i <= T_MASK; i++) { VALUE type = type_sym(i); if (counts[i]) rb_hash_aset(hash, type, SIZET2NUM(counts[i])); } return hash; }
Adds aProc as a finalizer, to be called after obj was destroyed. The object ID of the obj will be passed as an argument to aProc. If aProc is a lambda or method, make sure it can be called with a single argument.
static VALUE define_final(int argc, VALUE *argv, VALUE os) { VALUE obj, block; rb_scan_args(argc, argv, "11", &obj, &block); should_be_finalizable(obj); if (argc == 1) { block = rb_block_proc(); } else { should_be_callable(block); } return define_final0(obj, block); }
Calls the block once for each living, nonimmediate object in this Ruby
process. If module is specified, calls the block for only those
classes or modules that match (or are a subclass of) module.
Returns the number of objects found. Immediate objects
(Fixnum
s, Symbol
s true
,
false
, and nil
) are never returned. In the
example below, each_object returns both the numbers we defined and several
constants defined in the Math module.
If no block is given, an enumerator is returned instead.
a = 102.7 b = 95 # Won't be returned c =<PHONE_NUMBER>7654321 count = ObjectSpace.each_object(Numeric) {|x| p x } puts "Total count: #{count}"
produces:
12345678987654321 102.7 2.71828182845905 3.14159265358979 2.22044604925031e-16 1.7976931348623157e+308 2.2250738585072e-308 Total count: 7
static VALUE os_each_obj(int argc, VALUE *argv, VALUE os) { VALUE of; of = (!rb_check_arity(argc, 0, 1) ? 0 : argv[0]); RETURN_ENUMERATOR(os, 1, &of); return os_obj_of(of); }


Hello, my name is Brendan Hellar and I am originally from Saratoga, CA. Saratoga is located deep in Silicon Valley and about an hour from San Francisco. I am 29 years old and currently reside in Seattle. I am a huge fan of the weather in the winter. My ultimate goal is to work remotely and travel the country.
-This project uses HTML and CSS. The focus of this project was to be the initial entry point of learning both HTML and CSS.
-This project uses HTML and CSS. The focus on this project was to learn the basics of HTMl and CSS as well as impliment a Read Me.
-This project uses HTML and CSS. The focus of this project was to learn more about stylsheet implimentation. Additionally, this project acts as a mediq query test. Our goal was to create a webpage for an animal shelter.
-This project uses HTML and CSS. The focus of this project was to put our current HTML and CSS knowledge to the test by actively using Bootstrap. Our goal was to try and recreate the Wikipedia front page.
-Utilizing historical resources, the goal of this project is to help fantasy writers and DnD DMs scale their world appropriately. This will allow users to input either geographical size or overall population and recieve an in- depth demographic breakdown through real life historical examples.
-As lessons progress this project aims to utilize the incoming knowledge and steer it towards a basic Roguelike style game. The ultimate goal is to utilize as many learned langauges as possible and create a function end product.


Segwit and Bcoin
Following guide will introduce you to Segwit, its changes and how to fully employ all these changes with bcoin.
What is Segwit and What Does it Solve?
Segwit was first proposed as a TX malleability fix. Miners and Full nodes in charge
of relaying or including transaction in blocks could change transaction hash and broadcast a modified version
without invalidating the transaction. This prevented sidechains and some applications
to be built on top of bitcoin blockchain (Lightning Network).
For a full list of malleability sources see BIP62 (Withdrawn).
Segwit solves this by removing validating sigScripts (also known as "witnesses") from the transaction and constructing another merkle tree
for these scripts. The witnesses are also not counted towards from block size calculations as they
aren't broadcasted with the block, leaving space for more transactions with the same
block size limit (which needs a hard fork to implement). In order to make this update a soft fork, and thus safer to deploy, instead of adding the merkle root into the
block, it's included in coinbase transaction.
Another benefit it brings is future possible soft forks for Script updates.
For backwards compatibility, you can nest witness programs in P2SH. This allows old, unupdated nodes to still see a Segwit transaction as a valid (but ANYONECANSPEND) transaction ensuring it will get propogated in the network.
Witness - this structure contains data required to check transaction validity but not required to determine transaction effects. In particular, scripts and signatures are moved into this new structure.
BIP141
Witness Programs
You can check details in Segwit BIP, we'll cover them as we go for our examples.
In segwit addresses/scriptPubKeys, the first byte is the version byte
, which will be used
for extending scripts with new functionalities. Currently version 0
is used and supports
P2WPKH
(Pay To Witness Public Key Hash) and P2WSH
(Pay To Witness Script Hash) transactions. After OP_0
version byte, we expect a hash with a size
of 20
in the case of P2WPKH
transactions or 32
in the case of P2WSH
transactions.
scriptPubKeys:
P2WPKH
scriptPubkey isOP_0 0x14 {20-byte-hash}
, whereOP_0
is the version byte 0x14 is the size of the data, and the{20-byte-hash}
is HASH160(PubKey).P2WSH
scriptPubkey isOP_0 0x20 {32-byte-hash}
, whereOP_0
is the version byte 0x20 is the size of the data, and the{32-byte-hash}
is md5(script). Note: These witness programs aren't executed right away, they are stacks and are used to construct the scripts for verification.
When nesting witness programs inside P2SH, you will take the witness program (stack) and hash it, as you would have done with normal scripts.
Native Segwit programs also come with a new address format bech32, so P2WPKH
and P2WSH
scripts
will always use bech32
addresses. Bech32 addresses support error checking and are comprised of 4 parts:
human-readable-part(hrp)
, version number
, data
and checksum
. HRP is used for indicating the network:
bc
for mainnet
and tb
for the testnet
separated by 1
followed by data and the checksum.
Code
You can see the full code used in the examples below in a separate repo.
You will notice, that the bcoin API doesn't change much between different transaction types. Also
most of the ring management is the same so we'll discuss them first.
Note: We'll be using regtest
network for our code.
Common Parts
The most important part in our examples will be KeyRing
s. They store and manage keys and also provide
every method needed to handle scripts and signatures. That's why we've separated keyring
into a separate
utils folder which will cache the privateKey
s in a folder keys/
. We only expose .getRings
method,
which will generate or return from cache N
number of keys.
After importing we always set ring.witness = true
, because by default it's false. This
will tell KeyRing
to construct P2WPKH addresses instead of P2PKH and vice versa.
Note: Segwit only uses Compressed public keys.
The code for this, which should precede all of the following examples, looks like:
const network = 'regtest';
const ring = bcoin.keyring.generate(true, network);
ring.witness = true;
Creating Segwit Addresses
Create P2WPKH Address
Getting P2WPKH
Address is as simple as ring.getAddress();
. Let's see it
in action.
The code below will print the bech32 address and check if bech32 address data
is Pubkeyhash.
let address = ring.getAddress();
// Will print bech32 address
console.log('Address from ring:', address.toString());
// Grab the pubkeyhash from ring.
const pubkeyhash = ring.getKeyHash('hex');
// Here we can inspect generated bech32 address
// and see that pubkeyhash is included there.
const decodedAddress = bech32.decode(address.toString());
assert(decodedAddress.hrp === 'rb'); // rb for regtest
assert(decodedAddress.version === 0); // Segwit program version
assert(decodedAddress.hash.toString('hex') === pubkeyhash); // 20 byte Pubkeyhash
We could also assemble this code manually using Script
.
let p2wpkhScript = new Script();
p2wpkhScript.pushOp(opcodes.OP_0); // Push Segwit Version
p2wpkhScript.pushData(ring.getKeyHash()); // Push Pubkeyhash
p2wpkhScript.compile(); // Encode the script internally
address = p2wpkhScript.getAddress();
console.log('Address from script:', address.toString(network));
Here you can see inner workings of the P2WPKH script, but obviously it's not convenient.
The equvalent script can be generated with helper function too.
p2wpkhScript = Script.fromProgram(0, ring.getKeyHash());
address = p2wpkhScript.getAddress();
console.log('Address from Script/Program:', address.toString(network));
We won't cover manual scripts in the next examples, but the process is similar and can be created using the same API.
Create P2WSH Address
In this code example, we'll create a Multisig/P2WSH address. This process is similar to the multisig, the only difference is the output address we'll get.
We'll need two public keys, so we grab two rings from the cache
const [ring, ring2] = ringUtils.getRings(2, network);
ring.witness = true;
ring2.witness = true;
Then create multisig script
const pubkeys = [ring.publicKey, ring2.publicKey];
const multisigScript = Script.fromMultisig(1, 2, pubkeys);
Now we can pass the multisig script to the ring (which already knows it needs to generate segwit address). Note: If the ring has a script property assigned, it will automatically return a P2SH or P2WSH address.
ring.script = multisigScript;
const address = ring.getAddress();
console.log('Address from ring:', address.toString());
Now bech32 address should contain version byte = 0
and 32 byte long hash
for script.
const decodedAddress = bech32.decode(address.toString());
// data in bech32 should be md5(script)
assert(decodedAddress.hash.equals(multisigScript.sha256()));
Create P2SH-P2WPKH Address
Old clients on bitcoin network won't be able to send coins to bech32 addresses, they know neither bech32 address nor segwit format. To overcome that limitation we nest segwit programs in P2SH. With bcoin you can achieve this pretty simply:
const ringUtils = require('./utils/keys');
const network = 'regtest';
const [ring] = ringUtils.getRings(1, network);
ring.witness = true;
// Generates Witness program which will redeem
// the P2SH script.
const address = ring.getNestedAddress();
console.log('Nested Address:', address.toString());
Transactions sent to this address first will be redeemed as a P2SH and then redeem script (Witness program) will be retrieved and then it will continue executing as a P2WPKH.
Create P2SH-P2WSH Address
Nested address is also defined for P2WSH programs. With this example we'll create a multisig inside a P2WSH inside a P2SH... The code is the same for P2SH-P2WSH as for P2WSH, where the only difference is address generation.
const pubkeys = [ring.publicKey, ring2.publicKey];
const multisigScript = Script.fromMultisig(1, 2, pubkeys);
ring.script = multisigScript;
// This will return nested hash -> nested address
// legacy base58.
const address = ring.getNestedAddress();
console.log('Address from ring:', address.toString());
Spending from Segwit Addresses
All legacy transactions need to be signed with a scriptSig, which are also included in a transaction and therefore in the blocks that mine them. When using segwit addresses we won't use the same space for putting our signatures, so the scriptSig of inputs won't contain anything (Unless it's nested in P2SH). Instead, they will be appended to witness stack.
Spending from segwit addresses is as simple as it is for regular addresses with the bcoin API.
It will automatically allocate coins, construct scripts and sign the transaction for us.
We will use MTX.fund
for automatically generating change output.
To create and sign transactions "offline"(without going to chain db), we'll need:
prevTransaction Hash/Id
, prevTransaction Vout/Index
, Amount
and Script
(which
can be constructed from Address).
Spend from P2WPKH
When you're spending from P2WPKH you need to put 2 things in the Segwit stack: Signature and Public key. Bcoin will handle that for us.
First let's grab the address, where we received transaction
const [ring] = ringUtils.getRings(1, network);
ring.witness = true;
const address = ring.getAddress();
We need go gather information about the transaction we are spending from and the address we sent money to.
const Amount = bcoin.amount;
const Script = bcoin.script;
const Coin = bcoin.coin;
const revHex = bcoin.util.revHex;
// ...
const sendTo = 'RTJCrETrS6m1otqXRRxkGCReRpbGzabDRi';
const txhash = revHex('88885ac82ab0b61e909755e7f64f2deeedb89c83'
+ '3b68242da7de98c0934e1143');
const txinfo = {
// prevout
hash: txhash,
index: 1,
value: Amount.fromBTC('200').toValue(),
script: Script.fromAddress(address)
};
const coin = Coin.fromOptions(txinfo);
We use revHex to convert Big Endian (BE) to Little Endian (LE) (Endianness). Coin is used for working with UTXOs and contains information about the previous output. Coin will later be used in MTX to fund our transaction.
We have received 200 BTC and we are going to send only 100 BTC to our recipient, sending change to ourselves minus fees.
(async () => {
const spend = new MTX();
// Let's spend 100 BTC only
spend.addOutput(sendTo, Amount.fromBTC('100').toValue());
await spend.fund([coin], {
rate: 10000,
changeAddress: address
});
spend.sign(ring);
assert(spend.verify());
console.log('Transaction is ready');
console.log('Now you can broadcast it to the network');
console.log(spend.toRaw().toString('hex'));
})()
We could manage inputs and outputs manually by adding
change input and calculate fees but MTX.fund
does that for us.
Based on existing outputs in MTX, MTX.fund
will allocate coin(s),
calculate fees based on the passed in rate and send change to the change address.
spend.sign(ring)
- Will construct the scripts for every input and then sign them. At this
point the transaction can be spent. To validate the correctness of our transaction (signature), we
run one final check assert(spend.verify())
.
MTX.toRaw()
will return encoded transaction which can be broadcasted with any method.
e.g. bcoin-cli broadcast RAWTRANSACTION
.
Spending from P2WSH
We first need to generate the original address where we received funds.
const [ring, ring2] = ringUtils.getRings(2, network);
ring.witness = true;
ring2.witness = true;
const pubkeys = [ring.publicKey, ring2.publicKey];
const redeemScript = Script.fromMultisig(1, 2, pubkeys);
// let's grab the address
ring.script = redeemScript;
const address = ring.getAddress();
console.log('Address for p2wsh:', address.toString());
redeemScript will be used later to redeem P2WPKH program. Now we can construct the coin from this Address.
const script = Script.fromAddress(address);
const sendTo = 'RTJCrETrS6m1otqXRRxkGCReRpbGzabDRi';
const txhash = revHex('a12738af61f01c94ff3eba949da5bd23edb67ef4'
+ '5c65b6445c988421eb9c3a37');
const txinfo = {
// prevout
hash: txhash,
index: 0,
value: Amount.fromBTC('20').toValue(),
script: script
};
const coin = Coin.fromOptions(txinfo);
Signing code for P2WSH is almost identical to standard multisig addresses just with a different scriptSig.
(async () => {
// Now let's spend our tx
const spend1 = new MTX();
ring.script = redeemScript;
spend1.addOutput({
address: sendTo,
value: Amount.fromBTC('10').toValue()
});
await spend1.fund([coin], {
changeAddress: address,
rate: 10000
});
spend1.scriptInput(0, coin, ring);
spend1.signInput(0, coin, ring);
// Now you should see that our TX
// has two witness items in it:
// First is the signature
// Second redeem script
const input = spend1.inputs[0];
const redeem = input.witness.getRedeem();
assert(redeem.equals(redeemScript));
Redeem script for P2WSH is in the witness with its signature.
P2SH Nested
Bcoin MTX and KeyRing primitives construct all necessary scripts for us, so the thing that changes when moving to nested segwit addresses is the UTXO pubkeyScript.
To spend P2SH inputs using bcoin, we just need to use ring.getNestedAddress
instead of ring.getAddress()
or set the ring.nested
variable to true
and bcoin
can handle it automatically with ring.getAddress()
.
Modified P2WPKH example:
const address = ring.getNestedAddress();
console.log(`Address: ${address}`);
const sendTo = 'RTJCrETrS6m1otqXRRxkGCReRpbGzabDRi';
const txhash = revHex('88885ac82ab0b61e909755e7f64f2deeedb89c83'
+ '3b68242da7de98c0934e1143');
const txinfo = {
// prevout
hash: txhash,
index: 0,
value: Amount.fromBTC('200').toValue(),
script: Script.fromAddress(address)
};
You can find full version of the code in guide-repo
Final Notes
You need to keep in mind that sending transactions from old clients to new ones is only possible if witness program is nested inside P2SH. In order to get better understanding how Segwit scripts work check BIP141.
References
Activated with segwit:
- Segwit - BIP141
- Transaction Signature Verification for Version 0 Witness Program - BIP143
- Dummy stack element malleability BIP147
Activation:
Related:
- Bech32 Addresses BIP173
You can check BIP List for other related proposals.


Packet templates for the OrderEntry communication protocol.
More...
|
| enum | MessageID : char {
LoginRequest = 'L',
LoginResponse = 'l',
LogoutRequest = 'O',
LogoutResponse = 'o',
OrderRequest = 'N',
OrderResponse = 'n',
CancelRequest = 'C',
CancelResponse = 'c',
ReplaceRequest = 'R',
ReplaceResponse = 'r',
PurgeRequest = 'P',
PurgeResponse = 'p',
TradeResponse = 't'
} |
| | Message IDs for messages in the protocol.
|
| |
| enum | LoginResponseStatus : char { Accepted = 'A',
NotAuthorized = 'N',
AlreadyAuthorized = 'C',
SessionInUse = 'B'
} |
| | Possible statuses for a login response.
|
| |
| enum | LogoutReason : char { UserRequested = 'U',
EndOfDay = 'E',
Administrative = 'A',
ProtocolViolation = '!'
} |
| | Reasons that a user may have been logged out.
|
| |
| enum | OrderStatus : char { Accepted = 'A',
Rejected = 'R'
} |
| | Possible statuses for an order response.
|
| |
| enum | CancelStatus : char { Accepted = 'A',
Rejected = 'R'
} |
| | Possible statuses for a cancellation response.
|
| |
| enum | ReplaceStatus : char { Accepted = 'A',
Rejected = 'R'
} |
| | Possible statuses for a replace response.
|
| |
| enum | PurgeStatus : char { Accepted = 'A',
Rejected = 'R'
} |
| | Possible statuses for a purge response.
|
| |
Packet templates for the OrderEntry communication protocol.
◆ Packet
A type for network buffers that is the size of an Ethernet frame the largest packet is 33 bytes, aligned to 40 (5 64-bit registers).
◆ operator<<() [1/7]
| std::ostream& OrderEntry::Messages::operator<< |
( |
std::ostream & |
stream, |
|
|
const CancelStatus & |
status |
|
) |
| |
|
inline |
Write the cancel status to a stream.
- Parameters
-
| stream | the stream to write the cancel status to |
| status | the cancel status to write to the stream |
- Returns
- the stream after writing the cancel status to it
◆ operator<<() [2/7]
| std::ostream& OrderEntry::Messages::operator<< |
( |
std::ostream & |
stream, |
|
|
const LoginResponseStatus & |
status |
|
) |
| |
|
inline |
Write the login status to a stream.
- Parameters
-
| stream | the stream to write the login status to |
| status | the login status to write to the stream |
- Returns
- the stream after writing the login status to it
◆ operator<<() [3/7]
| std::ostream& OrderEntry::Messages::operator<< |
( |
std::ostream & |
stream, |
|
|
const LogoutReason & |
reason |
|
) |
| |
|
inline |
Write the logout reason to a stream.
- Parameters
-
| stream | the stream to write the logout reason to |
| reason | the logout reason to write to the stream |
- Returns
- the stream after writing the logout reason to it
◆ operator<<() [4/7]
| std::ostream& OrderEntry::Messages::operator<< |
( |
std::ostream & |
stream, |
|
|
const MessageID & |
uid |
|
) |
| |
|
inline |
Write a template ID to a stream.
- Parameters
-
| stream | the stream to write the template id to |
| uid | the template id to write to the stream |
- Returns
- the stream after writing the template id to it
◆ operator<<() [5/7]
| std::ostream& OrderEntry::Messages::operator<< |
( |
std::ostream & |
stream, |
|
|
const OrderStatus & |
status |
|
) |
| |
|
inline |
Write the order status to a stream.
- Parameters
-
| stream | the stream to write the order status to |
| status | the order status to write to the stream |
- Returns
- the stream after writing the order status to it
◆ operator<<() [6/7]
| std::ostream& OrderEntry::Messages::operator<< |
( |
std::ostream & |
stream, |
|
|
const PurgeStatus & |
status |
|
) |
| |
|
inline |
Write the purge status to a stream.
- Parameters
-
| stream | the stream to write the purge status to |
| status | the purge status to write to the stream |
- Returns
- the stream after writing the purge status to it
◆ operator<<() [7/7]
| std::ostream& OrderEntry::Messages::operator<< |
( |
std::ostream & |
stream, |
|
|
const ReplaceStatus & |
status |
|
) |
| |
|
inline |
Write the order replace status to a stream.
- Parameters
-
| stream | the stream to write the order replace status to |
| status | the order replace status to write to the stream |
- Returns
- the stream after writing the order replace status to it


It is based on the principle as escaping reusing and eliminates the cycle of cleaning and recleaning hands.
 Now what will you do?
Right, You got to washroom and turn ON the tap. When you turn ON the tap. Bit amount of ink stick on Tap it self. But you might have not noticed that. But its ok. So now you have washed your hand. You are about to close the TAP. But wait, Tap is yet inked! When you have opened the tap, Some amount of INK is stick on it. Now when you OFF the TAP, that INK is stick on your cleaned hand at a same time. Problem! Right!
Sollution
Design of the Tap - Futurified
With aiming that, When you first time turn ON the TAP, it clean itself. So when you turn it OFF. The tap is clean same as your hands.
As explained in this sketch, Design of the tap is such that it cleans it self, It is not dependant on the user to do that. This will make less of water uses. And more friendly desiged TAP of future.


FP-cranial MN
| [Subset] |
[Transitioning Gene Sets] |
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[Subclusters] t-SNE |
Relationship tree |
Relationship annotation |
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[Samples distribution] t-SNE |
Cluster's composition of samples |
Samples's composition of clusters |
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[HOX profile distribution] t-SNE |
Cluster's composition of HOX profiles |
HOX profiles's composition of clusters |
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For the treatment of 'Bi-Polar' disorder I was prescribed Olanzapine (Zyprexa) and Lithium carbonate. I was 'suffering' (actually it was very enlightening) from a 'psychotic episode'.
After my release (AWOL) I was prescribed;
10-20mg Olanzapine daily (1 tablet = 10mg) One in the morning after food; more if needed throughout the day. I reduced this dosage to half a tablet in the morn and the other half mid afternoon if needed. I had to reduce the dosage due to the potency of the drug. Too much even if I'm loopy has adverse affects.
750mg Lithium twice daily (250mg tablets) Side Affects = weight gain, 'flat' moods, headaches (dehydration)
Olanzapine changed my moods and state from being motivated, accellerated thinking, constant flow of ideas, elated, basically feeling complete and confident (very simmiliar to the report on ADD complied by a student located on this site) to feeling depressed, disintrested, bland, ect. Combined with lithium, olanzapine is like the king hit or knockout blow. Lithium dulls me (the jab) and olanzapine floors me.
After 6 weeks of this combination of drugs I stopped the lithium intake but still used olazapine occasionally to supress possible psychosis'. The affects were more noticeable without lithium. Olanzapine would take me from states of 'raving' (copious ideas verbalised) to a 'Zombie' like state. This from a 10mg dose.
These drugs were prescribed to me with little knowledge of the person I am. I was a bit crazy but not certifiable. I ceased the intake of these drugs mainly because the potency, olanzapine packs a punch! A few yrs later and I'm fine although I do use amphetamines occasionally to combat depression. I actually find the base I get better than most antidepressants I have used.

Effective within 15 or so minutes
Heavy sedation lasting for 2-3 days
Paitents appear like they are high on herion for 2-3 days
Bloodshot eyes
I was in the institution for 4 days before I came down. I asked how long I'd been there, it felt like I only slept once, like I had the drugs the night before, but I'd been wandering around in zombie state for 3 days. I wet the bed, unable to attain an erection, they are two things I remember...the rest is very hazy.
I hope this helps in any way, just thought I'd pop a message on my experiences with the 'prexa'. I obtained all my medical reports to see what they were doing to me, scary places mental institutions, very scary! Room full of weird psycho active drugs that they can force into your body and 'observe' the reactions. A reason why I treated the nurses with respect and clued them about what they where giving me, I was scared they where goin to fill me full of drugs that weren't goin to wear off.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


Pay As You Earn. Fast.
What was our deliverable?
A working prototype for a web application that allows users to withdraw earned pay, early.
End users
- See how much pay they have currently earned this pay cycle
- Withdraw any pay they have already earned
Employees
- Manage companies
- Withdrawal fee
- Max withdrawal per pay cycle
- Payroll contacts
- Process early pay withdrawal request
My Involvement
- Create stories from UML sequence diagram
- Created a preliminary Database Relationship Model
- Run project as project lead - under guidance
The Team
- A part time employee with extensive knowledge
- At the end a new employee who I trained as my replacement
The Externals
- The principal consultant
- Controls Azure Payments
- Only person allowed direct access to clients Azure account
- Other iP Edge employees
Client Requirements
- Secure
- Hosted in Australia
- Mobile responsive
- SMS verification and withdrawal notices
Stakeholder Engagement
- Principal consultant communicated with clients initially
- Fortnightly demos of the product with clients
Stakeholder Communication Challenges
- Clients and I would not always agree on what was decided
- Follow up emails outlining what we discussed
- Clients would sometimes request new features, resulting in feature creep
- Don't make any agreements
- Discuss with principal consultant if feature was allowed
- Report back to the clients
Development
-
Semi-Agile work flow
- All stories sorted by priority
- Try estimate sprint goals
- I would do most of the coding
- Consult with the other team mate at beginning of week
- Code Review
- Assistance in hard to solve issues
- Given tasks to work on
Research
A week spent researching libraries
- React JSON Schema Form
- Telerik UI
- Azure AD B2C
- Reported results to principal consultant
Back End/API Development
- Developed First
-
API tested with Postman
- Used to authorize database access
- Database Development
- Access Security
Database Development
- Went with NoSQL, seemed a better fit for CosmosDB
- SQL probably a better fit due to transactional nature
- Database based off initial Database Relationship Model
- First time using NoSQL
Access Security
-
Created Azure Apps for each part
- Database
- API
- End User interface
- Employee interface
- Took awhile to understand app interactions
User Management
- Azure AD for employee access
- Azure AD B2C for end user access
- Having multiple AD types was a pain point in API
Multiple AD Issues
- All documentation showed single AD examples
- Not many examples of multiple AD access to backend
Multiple AD Outcome
- Found a blog post similar to what I needed to do
- Used the knowledge with the documentation
- Solved the issue
Front End
- Mostly Plug and Play
- Most feedback from clients
Documentation
- Readable code over comments
-
Documents for:
- Project setup
- Coding Standards
- Commit Standards
Code Management
- Used Git
- Used Git flow style commits
- A main release branch
- A development branch
- All work done on feature branches
Was it a success?
- Was the project feature complete? Yes
- Was the project delivered on time? A fortnight late due to changes