| Location | Contact Info |
|---|---|
| 🏫 Office: Not on campus Fall 2023 | 📞 Phone:<PHONE_NUMBER> |
| 🕟 Office Hours: By appointment | ✉ Email<EMAIL_ADDRESS>|
This course introduces students to the world of internet and networked systems development. Concepts related to distributed systems development; concurrent and asynchronous processing; process communications and network transport protocols; distributed application architecture and design; deployment, monitoring and debugging of internet-based systems; and web of things development will be covered.
This course explores the concepts and technologies that are used in modern Internet systems, and provides the necessary skills and knowledge of software technologies needed for creating Internet/Web services. It is designed to expose students to web content presentation and generation technologies, programming, and building multi-tiered client/server web applications.
One of:
To be successful in this course, students are expected to have practical experience building multi-file/multi-component software projects. In particular, students should be comfortable working with data structures, designing classes and class interfaces, and writing software modules that form part of a larger application.
Students will experience the design and construction of internet-based systems through hands-on interaction with course material. The course will provide students with a basis of theory upon which to reflect upon experiences: designing and building server-side systems that must serve multiple client system types; designing and building several types of client systems that operate and interact with the server system concurrently and asynchronously; debugging process timing and network failure issues; and building systems on networked physical devices; understanding the network designs and protocols that enable the modern internet.
Upon completion of this course, students should be able to:
📗 Building the Web of Things, 1st Edition, by Dominique Guinard and Vlad Trifa. Manning Publications, 2016. ISBN 978-16-172926-8-2.
Companion website: https://webofthings.org/book/.
This book is available for sale online for about $35. You DO need to buy this book, or at least rent it for the semester.
Supplies for IoT projects will be provided for use during the course. If you treat the supplies with care and return them at the end of the course, you will not need to buy anything.
If you wish to build something to keep after the course is complete, or if you damage university equipment while it is under your care, you will need to purchase those items yourself. Please consult with the instructor about what to buy.
📙 Eloquent Javascript, 3rd Edition, by Marijn Haverbeke. Marijn Haverbeke, 2018. ISBN 978-15-932795-0-9.
Companion website: https://eloquentjavascript.net/.
This version of the book is available for free online. You DO NOT need to buy this book. In addition, the online version is interactive, allowing you to try out code and explore the output while you read.
A print version is available from No Starch Press. If you would like to purchase the book, you can get there from the book website.
📘 The Illustrated Network: How TCP/IP Works in a Modern Network, 2nd Edition, by Walter Goralski. Morgan Kaufmann/Elsevier, 2017. ISBN 978-0-12-811027-0.
This book is available for sale online for between $70 and $90. You DO need to buy this book, or at least rent it for the semester.
📕 Designing Distributed Systems, 1st Edition, by Brendan Burns. O'Reilly Media, 2018. ISBN 978-14-919836-4-5.
Companion website: http://shop.oreilly.com/product/0636920072768.do.
This book will be a good reference for the project, particularly if you choose to use a container-based architecture to build your API and web components.
Several copies of this book will also be available for use in Monroe Hall Rm 413 for the duration of the semester. You DO NOT need to buy this book, but it is a good reference if you can afford it.
📔 Distributed Systems, 3rd Edition, by Maarten van Steen and Andrew S. Tanenbaum. Maarten van Steen, 2017. ISBN 978-15-430573-8-6 (print), 978-90-815406-2-9 (digital).
Companion website: https://www.distributed-systems.net/index.php/books/distributed-systems-3rd-edition-2017/.
This book is available free online, and will only be used as reference. You DO NOT need to buy this book.
During this course, you will be building a multi-component internet system using some of the concepts learned through lecture and demo.
The project entails creating several components:
Several class periods during the semester are set aside for working on the project during class. These days will help you to get started building out the required functionality for each assignment with instructor/faculty assistance, but likely will not be enough to complete the project assignments. Please expect to dedicate time outside of class to working on the project on your own.
All programming for the project will be done using JavaScript. The required “textbook” Eloquent JavaScript, 3rd Ed. (see Textbooks above) is a great interactive online resource that allows you to play with the code examples from within the browser to get a feel for how the code works. It teaches modern JavaScript coding style and syntax, which is what we’ll use during the majority of this course.
JavaScript was originally meant for the web browser. However, it is now used often in various non-browser ways. For this project, we’ll use the following JavaScript based tools:
Equipment for the web of things device will be provided by the instructor. A few cautions about university-provided equipment:
A helpful tool for hardware design is the free Fritzing App, which provides a virtual design lab with ready-made hardware components.
For the project assignments, your instructor will provide plans in fritzing format for you to use, should you wish, in addition to images of those plans for you to follow.
If you personalize your project, you may wish to install and use this software to create your hardware design prior to implementing it.
During this course, we will be learning to use a variety of basic Linux command line tools (that are available on almost every installation of Linux) to inspect the networks of the Internet and how our computers interact with them.
In some cases, these are not enough, and we want to inspect the packet-level data being transmitted through the network. In such cases, there are a few useful tools you can use.
Although not strictly related to the project, you may find some of these tools useful in debugging what you build.
tshark
, the command-line version of Wireshark. This was originally named “Ethereal”, with command-line version tethereal
.libpcap
, which is part of the tcpdump
command line packet analyzer. Somewhat harder to use, it provides raw capture capability for cases where Wireshark is not enough. (Your instructor has not found any cases like this yet.)nmap
command line tool, provides facilities for scanning networks and systems for security vulnerabilities.During this course, we will use Wireshark during demos to explore the protocol layers of internet message packets when we dive into the details of the various protocols.
There are a few extra credit opportunities associated with the project that you may wish to take advantage of.
You may choose to personalize your project in some way for extra credit. Some ideas for how you might do so are:
Be creative and make your project yours. You’ll have fun, and you’ll be rewarded with up to 500 extra points too!
(The total amount of points awarded will depend on the difficulty and complexity of the enhancements, and will be at the discretion of the instructor.)
If you complete your multi-component project and personalize it, you also have an opportunity for 500 more points of extra credit if you create a poster (using the instructor-provided template) explaining the system, its design and operation, and the process used to build and test it.
Use your project to explore in detail some of the protocols and transport mechanisms covered in this course. Use some of the network inspection tools listed above to explore the data transport between components of your app, and create a poster explaining in detail what you are seeing and how that works in relation to the protocols used.
Please contact the instructor if you wish to create a poster.
During this course, you will also be keeping a journal with at least weekly reflections on your experiences, including but not limited to the following topics:
Journal entries will be due at the end of the day every Friday (i.e., just before midnight Central time), with the exception of the first entry, which you’ll do during the first class period. Journal entries must be submitted using the Reflections Journals in Blackboard. Be sure to write your entry into the journal with the appropriate due date.
Additional journal entries beyond those required weekly may be eligible for extra credit points at the instructor’s discretion.
At the end of the semester, you will be required to write a short (5-10 pages) personal reflection essay examining the following questions:
This paper is due on Thursday, December 5, 2019, at 4:55 PM just before our last regular class period, and must be submitted in PDF format through the Blackboard assignment, which uses SafeAssign. Unless you have arranged with me ahead of time due to some unforeseen circumstance, essays emailed to me or handed in on paper will not be graded and will receive zero credit.
Content. Your paper must address all the above questions. Reflection essays may explore other topics related to these questions, but if these questions are not addressed, you will lose points. Journal entries must address at least one of the questions, and should not address the same question each week.
Depth of Personal Reflection. Your paper and journal entries must show depth of reflection. Learning often means struggling not only with new concepts and ideas, but also with your own habits and perceptions. Spend enough time thinking about this and reflecting on these questions that you are able to feel that struggle.
Correctness. In addition to content, you will be graded on the correctness of your writing (spelling, grammar, punctuation, word choice, etc.), and on the readability and formatting of your submitted paper (font choice, margins, line length, spacing, etc.). Please be careful in your writing and be sure to proofread before submitting.
There will be two exams in this course, each testing your understanding of the material covered in the prior half of the semester:
A MIDTERM EXAM on Thursday, October 10, 2019, 4:55 — 5:45 PM (followed by presentation of assignments for the 3 following project days)
Topics covered will include some combination of the following:
A FINAL EXAM on Thursday, December 12, 2019, 4:30 — 5:30 PM (followed by final project demos from 5:30 — 6:30 PM)
Topics covered will include some combination of the following:
Please be on time, as exams will start promptly at the beginning of the timeframe listed.
The following activities will contribute to your final grade in this course:
The following calculation will be used to compute your final score in the course:
| Grade | Value | Quantity | Total |
|---|---|---|---|
| 🕟 Participation | 8.75% | 700 points possible | |
| 🕟 Participation: Extra Credit | +31.25% | 2500 extra points possible | |
| Class Participation | 20 points | 30 | 600 points possible |
| Final Participation | 100 points | 1 | 100 points possible |
| Extra Credit: Attend DevFest Oct 5, 2019 |
+250 points | 1 | +250 points possible |
| Extra Credit: Attend Stephen Kent talk Oct 8, 2019 |
+250 points | 1 | +250 points possible |
| Extra Credit: Hacktoberfest PRs (during Oct/after Oct) |
+300/+200 points | 5 | +1500 points possible |
| Extra Credit: Attend The Big Elixir Nov 7 & 8, 2019 |
+250 points | 2 | +500 points possible |
| 🏗 Project | 42.5% | 3400 points possible | |
| 🏗 Project: Extra Credit | +18.75% | 1500 extra points possible | |
| PROJECT DAY ASSIGNMENT: Web Client (1) |
300 points | 1 | 300 points possible |
| PROJECT DAY ASSIGNMENT: Server API (2) |
500 points | 1 | 500 points possible |
| PROJECT DAY ASSIGNMENT: IoT/WoT Device (3 & 4) |
400 points | 2 | 800 points possible |
| PROJECT DAY ASSIGNMENT: Integration (5 & 6) |
400 points | 2 | 800 points possible |
| Extra Credit: OPTIONAL ASSIGNMENT: Mobile Client (7) |
+500 points | 1 | +500 points possible |
| Final Project Demo | 1000 points | 1 | 1000 points possible |
| Extra Credit: Personalized Project |
+500 points | 1 | +500 points possible |
| Extra Credit: Project Poster |
+500 points | 1 | +500 points possible |
| 📓 Reflections | 11.25% | 900 points possible | |
| Weekly Reflection Journal | 25 points | 16 | 400 points possible |
| Reflection Paper | 500 points | 1 | 500 points possible |
| 📝 Exams | 37.5% | 3000 points possible | |
| Midterm Exam | 1000 points | 1 | 1000 points possible |
| Final Exam | 2000 points | 1 | 2000 points possible |
| TOTAL | 100% | 8000 points possible | |
| TOTAL EXTRA CREDIT | +50.0% | 4000 extra points possible |
The grading scale is the standard 10-point scale.
| Letter Grade | Percentage Range | Points Range |
|---|---|---|
| A | 93 – 100 | 7440 – 8000 |
| A- | 90 – 92 | 7200 – 7439 |
| B+ | 88 – 89 | 7040 – 7199 |
| B | 83 – 87 | 6640 – 7039 |
| B- | 80 – 82 | 6400 – 6639 |
| C+ | 78 – 79 | 6240 – 6399 |
| C | 73 – 77 | 5840 – 6239 |
| C- | 70 – 72 | 5600 – 5839 |
| D+ | 68 – 69 | 5440 – 5599 |
| D | 60 – 67 | 4800 – 5439 |
| F | 59 and below | 4799 and below |
The following schedule of topics and activities represents the best estimation of the semester schedule based on available information at the time of writing. Dates and activities are subject to change in response to needs that come up during the semester. You will be notified in class or via Blackboard about any adjustments to the schedule.
| Week • Session | Date | Topics | Activities | Readings & Preparation |
|---|---|---|---|---|
| 1 • 1 |
Tue 08/20 |
📃 Course Intro 💻 Language & Tools Intro |
👋 Introductions 📃 Syllabus Review 💭 Lecture |
If you haven’t already:
(Note: EJS programming concepts should already be well-understood; material should be review except for new syntax) |
| 1 • 2 |
Thu 08/22 |
💭 Intro to the Internet 💭 Intro to the Web of Things |
💭 Lecture |
📗 BWT: pp.1-58 (Ch 1 - 2) 📙 EJS: Intro. - Ch. 7 (review) |
| 2 • 3 |
Tue 08/27 |
💭 Intro to JavaScript |
💭 Lecture 💻 Demo |
📙 EJS: Intro. - Ch 7 (review) |
| 2 • 4 |
Thu 08/29 |
💭 JavaScript Asynchrony/Concurrency 💭 JavaScript Debugging |
💭 Lecture 💻 Demo |
|
| 3 • 5 |
Tue 09/03 |
💭 JavaScript in the Browser |
💭 Lecture 💻 Demo |
|
| 3 • 6 |
Thu 09/05 |
💭 JavaScript Internals 💭 JavaScript Debugging 💭 Containerization |
💭 Lecture 💻 Demo |
🔗 JavaScript Internals: Under the Hood of a Browser 🔗 MDN JavaScript Concurrency Model & Event Loop 🔗 JavaScript Callback Concurrency (Pre-promises) ⏯ Asynchrony: Under the Hood (Video - 25min) 💻 Loupe: Exploratory tool to understand JS execution ordering |
| 4 • 7 |
Tue 09/10 |
💭 Intro to React |
💭 Lecture 💻 Demo 🏗 Project (Intro/Start) |
|
| 4 • 8 |
Thu 09/12 |
🏗 PROJECT DAY: Web Client (Instructor out of town) |
🏗 Project |
|
| 5 • 9 |
Tue 09/17 |
🏗 Check-in about PROJECT DAY 💭 Intro to Node.js |
🏗 Project 💭 Lecture 💻 Demo |
📗 BWT: pp. 59 - 82 (Ch 3) |
| 5 • 10 |
Thu 09/19 |
💭 Intro to Node.js (cont.) 💭 Web of Things APIs |
💭 Lecture |
📗 BWT: pp. 109 - 174 (Ch 5 - 6) |
| 6 • 11 |
Tue 09/24 |
🏗 PROJECT DAY: Server API |
🏗 Project |
|
| 6 • 12 |
Thu 09/26 |
💭 Intro to TCP/IP Stack |
💭 Lecture |
📘 TIN: pp. 3 - 69 (Ch 1 - 2) |
| 7 • 13 |
Tue 10/01 |
💭 Embedded Devices 💭 IoT Integration Patterns 💭 Intro to Electron.js |
💭 Lecture 💻 Demo |
📗 BWT: pp. 83 - 108 (Ch 4) 📗 BWT: pp. 175 - 213 (Ch 7) |
| 7 • 14 |
Thu 10/03 |
💭 IoT Discovery & Sharing Patterns 🏗 PROJECT DAY: IoT/WoT Device |
🏗 Project |
📗 BWT: pp. 109 - 174 (Ch 8 - 9) |
| 7 • - |
Sat 10/05 |
👨🏻🏫 Instructor speaking Attend for 250 points extra credit |
8 AM — 5 PM |
Registration is $10 — $25 (more the later you register), scholarships available |
| 8 • 15 |
Tue 10/08 |
💭 Network Link Technologies 💭 Packet Optical Networks 💭 Forward Error Correction (FEC) |
💭 Lecture |
📘 TIN: pp. 71 - 135 (Ch 3 - 4) |
| 8 • - |
Tue 10/08 |
👨🏻🏫 Dr. Stephen Kent speaking Attend for 250 points extra credit |
6:30 PM (immediately after class) Danna Center Audubon Room |
|
| 8 • 16 |
Thu 10/10 |
✅ MIDTERM EXAM |
✅ Exam |
Study! |
| 9 • - |
Tue 10/15 |
NO CLASS - FALL BREAK |
||
| 9 • 17 |
Thu 10/17 |
🏗 PROJECT DAY: IoT/WoT Device (Instructor out of town) |
🏗 Project |
Plan your work to be effective during the class period. |
| 10 • 18 |
Tue 10/22 |
🏗 PROJECT DAY: Server API <-> IoT/WoT Device (Instructor out of town) |
🏗 Project |
Plan your work to be effective during the class period. |
| 10 • 19 |
Thu 10/24 |
🏗 PROJECT DAY: Web Client <-> Server API (Instructor out of town) |
🏗 Project |
Plan your work to be effective during the class period. |
| 11 • 20 |
Tue 10/29 |
🏗 Check-in & help for PROJECT DAYS |
🏗 Project |
|
| 11 • 21 |
Thu 10/31 |
✅ Midterm Exam detailed review 🎃 Happy Halloween! 👻 Feel free to attend class in (classroom-appropriate) costume. Bragging rights awarded for costumes related to course material. |
✅ Exam Review |
|
| 12 • 22 |
Tue 11/05 |
💭 IPv4 & IPv6 Addressing 💭 Address Resolution Protocol (ARP) 💭 IPv4 & IPv6 Headers |
💭 Lecture |
📘 TIN: pp. 139 - 219 (Ch 5 - 7) |
| 12 • 23 |
Thu 11/07 |
💭 Internet Control Message Protocol (ICMP) 💭 Routing 💭 IP Forwarding |
💭 Lecture |
📘 TIN: pp. 221 - 288 (Ch 8 - 10) 🔗 Network Failure Modes and Prevention: Murphy and the Network Layer |
| 13 • 24 |
Tue 11/12 |
💭 User Datagram Protocol (UDP) 💭 Transmission Control Protocol (TCP) |
💭 Lecture |
📘 TIN: pp. 289 - 330 (Ch 11 - 12) |
| 13 • 25 |
Thu 11/14 |
🏗 PROJECT DAY: Instructor Q&A/Assist This is a time to get help working through remaining issues on your project assignments during class. |
🏗 Project |
Come with your questions and frustrations ready. |
| 14 • 26 |
Tue 11/19 |
💭 Multiplexing & Sockets 💭 Dynamic Host Configuration Protocol (DHCP) |
💭 Lecture |
📘 TIN: pp. 331 - 348 (Ch 13) 📘 TIN: pp. 563 - 586 (Ch 22) |
| 14 • 27 |
Thu 11/21 |
💭 The Domain Name System (DNS) 💭 File Transfer Protocol (FTP) |
💭 Lecture |
📘 TIN: pp. 587 - 636 (Ch 23 - 24) |
| 15 • 28 |
Tue 11/26 |
💭 Simple Mail Transfer Protocol (SMTP) & Email 💭 Hypertext Transfer Protocol (HTTP) |
💭 Lecture |
📘 TIN: pp. 637 - 684 (Ch 25 - 26) |
| 15 • - |
Thu 11/28 |
NO CLASS 🦃 Happy Thanksgiving! |
||
| 16 • 29 |
Tue 12/03 |
💭 Secure Socket Layer (SSL) 💭 Secure Shell (SSH) Remote Access |
💭 Lecture |
📘 TIN: pp. 685 - 703 (Ch 27) 📘 TIN: pp. 761 - 784 (Ch 30) |
| 16 • 30 |
Thu 12/05 |
💭 Network Address Translation (NAT) 💭 Firewalls 💭 IP Security (IPSEC) |
💭 Lecture |
📘 TIN: pp. 785 - 830 (Ch 31 - 33) |
| 17 • F |
Thu 12/12 |
✅ FINAL EXAM 🏗 PROJECT DEMO |
✅ Exam 🏗 Project |
Study! Complete your 🏗 Project! |
Please maintain an atmosphere of respect toward others.
By this point in your degree program, you should be able to manage your time appropriately and professionally. I expect you to be in class and to participate during every class period. Attendance is required and promptness is appreciated.
If there is a reason you must be absent, please arrange with the instructor in advance so that you can receive instruction for how to keep up with the material. Any absence not arranged with the instructor and approved in advance will result in a loss of the daily classtime participation grade. (See grading policy above.)
Absences from class will be excused only in accordance with the University Attendance Policy's required circumstances.
Please come to class on time and remain until class is dismissed.
Cell phones must be turned off during class, unless being used to test project work.
Students must check their Loyola email at least daily.
As a professional, if you miss a deadline, there are consequences.
In this class, your instructor is available and happy to help you with any road blocks you encounter in the assigned work. Please start on the assignments early, and ask for help if you need it.
For the project, you should treat assignment deadlines as professional project deadlines. Please do your best to complete all requirements before the deadline.
Notify the instructor as soon as you are aware of a delay in completion of project work. In many cases, your instructor may be able to assist you in getting past the difficult point in the completion of the assignment.
Even if you are not finished, please turn in what you have completed before the deadline.
If you wish to turn in another version following the deadline, you may, but you will not be eligible for any points for the assignment if nothing was turned in before the deadline.
For all other classroom activities, late work will not be accepted, subject to the exceptions below.
The only exceptions to this classroom policy are for absences which fall under the University Attendance Policy.
Under that policy, excused absences require written documentation prior to the absence. Some excused absences related to health or mental health conditions may require documentation through the Office of Student Affairs or the Office of Disability Services.
In most cases, appropriate documentation consists of an email to the instructor at least 4 hours prior to the start of class, but preferably much earlier.
Failure to appropriately document such absences will result in zero points received for the assignments due during that class period, and zero points received for the daily participation grade.
In a professional setting, there are significant consequences for dishonesty and lack of integrity, including legal consequences, market reaction, and employer discipline or termination of employment.
As your instructor for this course, I have gone out of my way to ensure that you have a great opportunity to learn the course material in both theoretical and concrete ways. Your part in this learning effort is to do your own original work and give appropriate credit for legitimate help you have received.
In keeping with this, students are expected to maintain the highest standards of academic and professional integrity. Behavior that violates these standards is not acceptable.
Some examples of unacceptable behavior in this course are:
Cheating on quizzes or examinations, plagiarism, improper acknowledgment of sources in essays, and the use of a single essay or paper in more than one course without permission are considered very serious offenses and shall be grounds for disciplinary action as outlined in the current bulletin. Agreement between the student and the faculty member that a violation has occurred, or no response from the student, will result in the assignment of a lower grade or an F to the test or assignment, or in the case of a serious violation, a lower grade or F for the course.
Dishonesty breaks trust, and will be taken very seriously.
In this course, if I suspect you are in violation of the University policy on Academic Honesty and Plagiarism in any way, whether on required assignments, exams, project work, extra credit assignments, or anything else related to this course, I will impose the highest penalty allowed.
For your benefit, the University policy on Academic Honesty and Plagiarism is available in the 2019 University Bulletin at http://2019bulletin.loyno.edu/academic-regulations/academic-honesty-and-plagiarism, including procedures associated with processing violations of the policy. Please read it and be familiar with it, as you will be responsible for ensuring your own compliance with it.
https://lorafacsec.loyno.edu/fac-bin/Syllabus--Part%20II.pdf


Glenmark Pharma share price gains on final approval from USFDA
The company's current portfolio consists of 163 products authorized for distribution in the US marketplace and 45 ANDA’s pending approval with the US FDA.
Shares of Glenmark Pharma added more than 1 percent intraday on November 11 after the company received final approval from the United States Food & Drug Administration (USFDA).
Glenmark Pharmaceuticals Inc., USA has been granted final approval by the USFDA for Adapalene and Benzoyl Peroxide Gel, 0.1%|2.5%, the generic version of Epiduo1 Gel, 0.1%|2.5%, of Galderma Laboratories L.P.
The Epiduo Gel market achieved annual sales of approximately $33.7 million, as per IQVIATM sales data for the 12 month period ending September 2019.
The company's current portfolio consists of 163 products authorised for distribution in the US marketplace and 45 ANDA’s pending approval with the US FDA.
In addition to these internal filings, Glenmark continues to identify and explore external development partnerships to supplement and accelerate the growth of its existing pipeline and portfolio, the company said press release.
At 1038 hrs, Glenmark Pharma was quoting at Rs 290.90, up Rs 4.30, or 1.50 percent on the BSE.Get access to India's fastest growing financial subscriptions service Moneycontrol Pro for as little as Rs 599 for first year. Use the code "GETPRO". Moneycontrol Pro offers you all the information you need for wealth creation including actionable investment ideas, independent research and insights & analysis For more information, check out the Moneycontrol website or mobile app.


"EASTER "originally a Saxon word (Eostre), denoting a goddess of the Saxons, in honour of whom sacrifices were offered about the time of the Passover. Hence the name came to be given to the festival of the Resurrection of Christ, which occured at the time of the Passover. In the early English versions this word was frequently used as the translation of the Greek pascha (the Passover). When the Authorized Version (1611) was formed, the word “passover” was used in all passages in which this word pascha occurred, except in Act 12:4. In the Revised Version the proper word, “passover,” is always used.
"EASTER "originally a Saxon word (Eostre), denoting a goddess of the Saxons, in honour of whom sacrifices were offered about the time of the Passover. Hence the name came to be given to the festival of the Resurrection of Christ, which occured at the time of the Passover. In the early English versions this word was frequently used as the translation of the Greek pascha (the Passover). When the Authorized Version (1611) was formed, the word “passover” was used in all passages in which this word pascha occurred, except in Act 12:4. In the Revised Version the proper word, “passover,” is always used.


Color Deck
About
How to use
Swatch
Hue
Saturation
Lightness
Colors
Try printing your color palette.
Save some colors!


{% extends "base.html" %} {% block content %} Stop waiting.Start saving. Register Now {{ register_form.hidden_tag() }} Username {{ register_form.username(class_="form-control", placeholder="Username", id="InputUsername")}} Email {{ register_form.email(class_="form-control", placeholder="Email address", id="InputEmail")}} We'll never share your email with anyone else. Password {{ register_form.password(class_="form-control", placeholder="Select Password", id="Password1")}} Repeat Password {{ register_form.password2(class_="form-control", placeholder="Select Password", id="Password2")}} Invitation code {{ register_form.invitation_code(class_="form-control", placeholder="Invitation Code", id="invitationCode")}} Sorry, the registration is only by invitation right now. Send us a message! {{ register_form.submit( class_="btn btn-primary") }} {% endblock %}


{% extends "admin/change_list.html" %} {% load i18n staticfiles admin_list %} {% block breadcrumbs %}
{% endblock %} {% block object-tools %}{% endblock %} {% block content_title %}The Operations Overview screen allows the Prescribing Officer to provide strategic direction on how the burn should be implemented. This direction is complemented by the detailed tactical information provided in the Edging Plan and Lighting Sequence sections.
{% endblock %}


Help
This page is slowly being deprecated. Please check out our more up-to-date and searchable Help Center.
Recent
Some reminders
- Keystore/JSON File (Recommended · Encrypted · Mist/Geth Format): This Keystore / JSON file matches the format used by Mist & Geth so you can easily import it in the future. It is the recommended file to download and back up.
- JSON File (unencrypted): This is the unencrypted, JSON format of your private key. This means you do not need the password but anyone who finds your JSON can access your wallet & Ether without the password.
- Private Key (unencrypted): This is the unencrypted text version of your private key, meaning no password is necessary. If someone were to find your unencrypted private key, they could access your wallet without a password. For this reason, encrypted versions are typically recommended.
- Place your address, versions of the private key, and the PDF version of your paper wallet in a folder. Save this on your computer and a USB drive.
- Print the wallet if you have a printer. Otherwise, write down your private and address on a piece of paper. Store this as a secure location, separate from your computer and the USB drive.
- Keep in mind, you must prevent loss of the keys and password due to loss or failure of you hard drive failure, or USB drive, or piece of paper. You also must keep in mind physical loss / damage of an entire area (think fire or flood).
2b. How do I safely / offline / cold storage with MyTokenWallet?
- Go to our github: [https://github.com/Zwilla/mytokenwallet.com/tree/gh-pages](https://github.com/Zwilla/mytokenwallet.com/tree/gh-pages).
- Click download zip in the upper right.
- Move zip to an airgapped computer.
- Unzip it and double-click index.html.
- Generate a wallet with a strong password.
- Save the address. Save versions of the private key. Save the password if you might not remember it forever.
- Store these papers / USBs in multiple physically separate locations.
- Go to the "View Wallet Info" page and type in your private key / password to ensure they are correct and access your wallet. Check that the address you wrote down is the same.
Keep in mind, you must prevent loss of the keys and password due to loss or failure of you hard drive failure, or USB drive, or piece of paper. You also must keep in mind physical loss / damage of an entire area (think fire or flood).
3. How do I verify I have access to my new wallet?
**Before you send any Ether to your new wallet**, you should ensure you have access to it.
- Navigate to the "View Wallet Info" page.
- Select your wallet file -or- your private key and unlock your wallet.
- If the wallet is encrypted, a text box will automatically appear. Enter the password.
- Click the "Unlock Wallet" button.
- Your wallet information should show up. Find you account address, next to a colorful, circular icon. This icon visually represents your address. Be certain that the address is the address you have saved to your text document and is on your paper wallet.
- If you are planning on holding a large amount of ETH, we recommend that send a small amount of ETH from new wallet before depositting a large amount. Send .001 ETH to your new wallet, access that wallet, send that .001 ETH to another address, and ensure everything works smoothly.
4. How do I send Ether from one wallet to another?
If you plan to move a large amount of ether, you should test sending a small amount to your wallet first to ensure everything goes as planned.
- Navigate to the "Send Ether" page.
- Select your wallet file -or- your private key and unlock your wallet.
- If the wallet is encrypted, a text box will automatically appear. Enter the password.
- Click the "Unlock Wallet" button.
- Enter the address you would like to send to in the "To Address:" field.
- Enter the amount you would like to send. You can also click the "Transfer total available balance" link if you would like the transfer the entire balance.
- Click "Generate Transaction".
- A couple more fields will appear. This is your browser generating the transaction.
- Click the blue "Send Transaction" button below that.
- A pop-up will appear. Verify that the amount and the address you are sending to are correct. Then click "Yes, I am sure! Make transaction." button.
- The transaction will be submitted. The TX Hash will display. You can click that TX Hash to see it on the blockchain.
5. How do I run MyTokenWallet.com offline/locally?
You can run MyTokenWallet.com on your computer instead of from the GitHub servers. You can generatea a wallet completely offline and send transactions from the "Offline Transaction" page.
- Go to https://github.com/Zwilla/mytokenwallet.com/releases/latest:
- Click the file below that looks like dist-vX.X.X.zip
- Move zip to an airgapped computer.
- Unzip it and double-click `index.html`.
- MyTokenWallet.com is now running entirely on your computer.
In case you are not familiar, you need to keep the entire folder in order to run the website, not just index.html. Don't touch or move anything around in the folder. If you are storing a backup of the MyTokenWalletrepo for the future, we recommend just storing the ZIP so you can be sure the folder contents stay intact.
As we are constantly updating MyTokenWallet.com, we recommend you periodically update your saved version of the repo.
6) I cannot connect to my custom node. What do I do?
- Verify the URL you entered is correct.
- Verify the port you entered is correct.
- Verify that if you are connecting to an http:// node you are running MyTokenWalletlocally (NOT over https://).
- Verify geth is running with
geth --rpc --rpccorsdomain "null" --keystore "dont_put_secret_files_here_ever"
or parity is running withparity --rpccorsdomain "*" --keys-path "dont_put_secret_files_here_ever"
- Verify your node is actually up and running.
- Try removing the node and adding it again.
7. How do I send Tokens & add custom tokens?
[Check out Ethplorer.io](https://ethplorer.io/) if you need help finding symbol / decimal.
- Navigate to the "Send Token" page.
- Unlock your wallet.
- Enter the address you would like to send to in the "To Address:" field.
- Enter the amount you would like to send.
- Select which token you would like to send.
- If you do not see the token listed:
- Click "Custom".
- Enter the address, name, and decimals of the token. These are provided by the developers of the token and are also needed when you "Add a Watch Token" to Mist.
- Click "Save".
- You can now send that token as well as see it's balance in the sidebar.
- Click "Generate Transaction".
- A couple more fields will appear. This is your browser generating the transaction.
- Click the blue "Send Transaction" button below that.
- A pop-up will appear. Verify that the amount and the address you are sending to are correct. Then click "Yes, I am sure! Make transaction." button.
- The transaction will be submitted. The TX ID will display. You can click that TX ID to see it on the blockchain.
8. What happens if your site goes down?
MyTokenWalletis not a web wallet. You don't have a login and nothing ever gets saved to our servers. It is simply an interface that allows you interact with the blockchain.
If MyTokenWallet.com goes down, you would have to find another way (like geth or Ethereum Wallet / Mist) to do what we are doing. But you wouldn't have to "get" your Ether out of MyTokenWalletbecause it's not in MyTokenWallet. It's in whatever wallet your generated via our site.
You can import your unencrypted private key and your Geth/Mist Format (encrypted) files directly into geth / Ethereum Wallet / Mist very easily now. See question #10 below.
In addition, the likelihood of us taking MyTokenWalletdown is slim to none. It costs us almost nothing to maintain as we aren't storing any information. If we do take the domain down, it still is, and always will be, publicly available at https://github.com/zwilla/mytokenwallet. You can download the ZIP there and run it locally.
9. Is using the send transaction offline?
No, the send transaction page is not offline. It needs the internet in order to get the current gas price, nonce of your account, and broadcast the transaction (aka "send"). However, it only sends the signed transaction. Your private key safely stays with you. We also now provide an "Offline Transaction" page so that you can ensure your private keys are on an offline/airgapped computer at all times.
10. How do I make an offline transaction?
- Navigate to the "Offline Transaction" page via your online computer.
- Enter the "From Address". Please note, this is the address you are sending FROM, not TO. This generates the nonce and gas price.
- Move to your offline computer. Enter the "TO ADDRESS" and the "AMOUNT" you wish to send.
- Enter the "GAS PRICE" as it was displayed to you on your online computer in step #1.
- Enter the "NONCE" as it was displayed to you on your online computer in step #1.
- The "GAS LIMIT" has a default value of 21000. This will cover a standard transaction. If you are sending to a contract or are including additional data with your transaction, you will need to increase the gas limit. Any excess gas will be returned to you.
- If you wish, enter some data. If you enter data, you will need to include more than the 21000 default gas limit. All data is in HEX format.
- Select your wallet file -or- your private key and unlock your wallet.
- Press the "GENERATE SIGNED TRANSACTION" button.
- The data field below this button will populate with your signed transaction. Copy this and move it back to your online computer.
- On your online computer, paste the signed transaction into the text field in step #3 and click "SEND Ether". This will broadcast your transaction.
12. How do I import a wallet created with MyTokenWalletinto geth / Ethereum Wallet / Mist?
Using an Geth/Mist JSON file from MyTokenWalletv2+....
- Go to the "View Wallet Info" page.
- Unlock your wallet using your **encrypted** private key or JSON file.
- Find the "Download JSON file - Geth/Mist Format (encrypted)" section. Press the "Download" button below that. You now have your keystore file.
- Open the Ethereum Wallet application.
- In the menu bar, go "Accounts" -> "Backup" -> "Accounts"
- This will open your keystore folder. Copy the file you just downloaded (
UTC--2016-04-14........
) into that keystore folder. - Your account should show up immediately under "Accounts."
Using your unencrypted private key...
- If you do not already have your unencrypted private key, navigate to the "View Wallet Details" page.
- Select your wallet file -or- enter/paste your private key to unlock your wallet.
- Copy Your Private Key (unencrypted).
- If you are on a Mac:
- Open Text Edit and paste this private key.
- Go to the menu bar and click "Format" -> "Make Plain Text".
- Save this file to your
desktop
asnothing_special_delete_me.txt
. Make sure it says "UTF-8" and "If no extension is provided use .txt" in the save dialog. - Open terminal and run the following command:
geth account import ~/Desktop/nothing_special_delete_me.txt
- This will prompt you to make a new password. This is the password you will use in geth / Ethereum Wallet / Mist whenever you send a transaction, so don't forget it.
- After successful import, delete
nothing_special_delete_me.txt
- The next time you open the Ethereum Wallet application, your account will be listed under "Accounts".
- If you are on a PC:
- Open Notepad & paste the private key
- Save the file as
nothing_special_delete_me.txt
atC:\
- Run the command,
geth account import C:\nothing_special_delete_me.txt
- This will prompt you to make a new password. This is the password you will use in geth / Ethereum Wallet / Mist whenever you send a transaction, so don't forget it.
- After successful import, delete
nothing_special_delete_me.txt
- The next time you open the Ethereum Wallet application, your account will be listed under "Accounts".
13. What does "Gas Limit Too Low" Mean?
Most likely, this means you are attempting to send Ether to a contract. Sending to a contract requires a bit more data and therefore a bit more gas. On the "Send Ether" page, click the "+ Advanced: Add More Gas or Data" button below the amount field. This will display two additional fields that you can use to increase the gas above the default 21000, or add data to your transaction.
14. Some sites randomize (seed) the private key generation via mouse movements. MyTokenWallet.com doesn't do this. Is the random number generation for MyTokenWalletsafe?
While the mouse moving thing is clever and we understand why people like it, the reality is window.crypto ensures more entropy than your mouse movements. The mouse movements aren't unsafe, it's just that we (and tons of other crypto experments) believe in window.crypto. In addition, MyTokenWallet.com can be used on touch devices. Here's a conversation between an angry redditor and Vitalik Buterin regarding mouse movements v. window.crypto and here is the the window.crypto w3 spec.
15. Why hasn't the wallet I just created show up in the blockchain explorer? (ie: etherchain, etherscan)
Addresses will only show up in a blockchain explorer once the account has activity on it—for example, once you have transferred some Ether to it.
16. How do I check the balance of my account?
You can use a blockchain explorer like etherscan.io. Paste your address into the search bar and it will pull up your address and transaction history. For example, here's what our donation account looks like on etherscan.io
17. Why isn't my balance showing up when I unlock my wallet?
This is most likely due to the fact that you are behind a firewall. The API that we use to get the balance and convert said balance is often blocked by firewalls for whatever reason. You will still be able to send transactions, you just need to use a different method to see said balance, like etherscan.io
18. Where is my geth wallet file?
- Mac:
~/Library/Ethereum/keystore
- Linux:
~/.ethereum/keystore
- Windows:
%APPDATA%/Ethereum/keystore
19. Where is my Mist wallet file?
Mist files are typically found in the file locations above, but it's much easier to open Mist, select "Accounts" in the top bar, select "Backup", and select "Accounts". This will open the folder where your files are stored.
20. Where is my pre-sale wallet file?
Wherever you saved it. ;) It also was emailed to you, so check there. Look for the file called "ethereum_wallet_backup.json"
and select that file. This wallet file will be encrypted with a password that you created during the purchase of the pre-sale.
21. Couldn't everybody put in random private keys, look for a balance, and send to their own address?
Short version: yes, but finding an account with a balance would take longer than the universe...so...no.
Long ELI5 Version: So Ethereum is based on Public Key Cryptography, specifically Elliptic curve cryptography which is very widely used, not just in Ethereum. Most servers are protected via ECC. Bitcoin uses the same, as well as SSH and TLS and a lot of other stuff. The Ethereum keys specifically are 256-bit keys, which are stronger than 128-bit and 192-bit, which are also widely used and still considered secure by experts.
In this you have a private key and a public key. The private key can derive the public key, but the public key cannot be turned back into the private key. The fact that the internet and the world’s secrets are using this cryptography means that if there is a way to go from public key to private key, your lost ETH is the least of everyone’s problems.
Now, that said, YES if someone else has your private key then they can indeed send ETH from your account. Just like if someone has your password to your email, they can read and send your email, or the password to your bank account, they could make transfers. You could download the Keystore version of your private key which is the private key that is encrypted with a password. This is like having a password that is also protected by another password.
And YES, in theory you could just type in a string of 64 hexadecimal characters until you got one that matched. In fact, smart people could write a program to very quickly check random private keys. This is known as "brute-forcing" or "mining" private keys. People have thought about this long and hard. With a few very high end servers, they may be able to check 1M+ keys / second. However, even checking that many per second would not yield access to make the cost of running those servers even close to worthwhile - it is more likely you, and your great-grandchildren, will die before getting a match.
If you know anything about Bitcoin, this will put it in perspective: *To illustrate how unlikely this is: suppose every satoshi of every bitcoin ever to be generated was sent to its own unique private keys. The probability that among those keys there could be two that would correspond to the same address is roughly one in 100 quintillion.*
If you want something a bit more technical: *These numbers have nothing to do with the technology of the devices; they are the maximums that thermodynamics will allow. And they strongly imply that brute-force attacks against 256-bit keys will be infeasible until computers are built from something other than matter and occupy something other than space.*
Of course, this all assumes that keys are generated in a truly random way & with sufficient entropy. The keys generated here meet that criteria, as do Jaxx and Mist/geth. The Ethereum wallets are all pretty good. Keys generated by brainwallets do not, as a person's brain is not capable of creating a truly random seed. There have been a number of other issues regarding lack of entropy or seeds not being generated in a truly random way in Bitcoin-land, but that's a separate issue that can wait for another day.
Security
If one of your first questions is "Why should I trust these people?", that is a good thing. Hopefully the following will help ease your fears.
- We've been up and running since August 2015. If you search for "myetherwallet" on reddit, you can see numerous people who use us with great success.
- We aren't going to take your money or steal your private key(s). There is no malicious code on this site. In fact the "GENERATE WALLET" pages are completely client-side. That means that all the code is executed on ** your computer** and it is never saved and transmitted anywhere.
- Check the URL -- This site is being served through GitHub and you can see the source code here: https://github.com/Zwilla/mytokenwallet.com/tree/gh-pages to the domains: http://kvhnuke.github.io/etherwallet/ and https://MyTokenWallet.com. You can verify it's hosted at GitHub by using http://viewdns.info/dnsrecord/?domain=MyTokenWallet.com - last two A record IPs are owned by GitHub for their custom domain hosting.
- For generating wallets, you can download the source code. See #5 above.
- Do a test run and check and see what network activity is happening. The easiest way for you to do this is to right click on the page and click "inspect element". Go to the "Network" tab. Generate a test wallet. You will see there is no network activity. You may see something happening that looks like data:image/gif and data:image/png. Those are the QR codes being generated...on your computer...by your computer. No bytes were transferred.
- If you do not feel comfortable using this tool, then by all means, do not use it. We created this tool as a helpful way for people to generate wallets and make transactions without needing to dive into command line or run a full node. Again, feel free to reach out if you have concerns and we will respond as quickly as possible. Thanks!
More Helpful Answers to Frequent Questions
- Starter guide: (almost) all the links you'll need to start understanding ethereum.
- Step-by-step Wallet Advice by /u/gattacibus
- /r/ethereum: Tips for Recovering Your Presale Password, Especially for Those Not Good w/ Computers
- forum.ethereum.org: I forgot my Pre-Sale Wallet Password / My PW Isn't Working
- /r/ethereum: I forgot my Pre-Sale Wallet Password / My PW Isn't Working


{% extends 'auth/base.html' %}
{% block title %}
Sign In
{% endblock %}
{% block content %}
Sign In
{% for e in errors %}
{{ e }}
{% endfor %}
Don't have an account yet? {{ " " }} Sign up, it's free and shouldn't take more than 10 seconds!
FYI you can {{ " " }} reset your password {{ " " }} whenever you want.


Refresh
Logout
Fix It Now!
Crowd Sourced Facility Management
New Incident
Add Photo
Capture Photo
Add From Photo Library
Description
Building
Select
Floor
Select
Space
Select
Submit
Cancel


The `triggerRemoteJob` pipeline step triggers a job on a remote Jenkins.
The full documentation is available in GitHub.
Example:
//Trigger remote job
def handle = triggerRemoteJob(remoteJenkinsName: 'remoteJenkins', job: 'RemoteJob')
//Get information from the handle
def status = handle.getBuildStatus()
def buildUrl = handle.getBuildUrl()
echo buildUrl.toString() + " finished with " + status.toString()
//Download and parse the archived "build-results.json" (if generated and archived by remote build)
def results = handle.readJsonFileFromBuildArchive('build-results.json')
echo results.urlToTestResults //only example
//List other available methods
echo handle.help()


Please enter your Email address in the place provided.
Email address


{% include "base.html" %} {% block content %}
Because we have customers of different sizes, shapes, and flavors we offer three shipping rates


Potions
Aging Potion
Bulgeye Potion
Dragon Tonic
Love Potion
Polyjuice Potion
Sleeping Draught
Books
Supplies
Charms
Clearence!
Sign In
Sign Up
Potions
Aging Potion - $29.99
Love Potion - $29.99
Bulgeye Potion - $19.99
Polyjuice Potion - $99.99
Dragonic Tonic - $64.99
Sleeping Draught - 14.99


java-otp is a Java library for generating HOTP (RFC 4226) or TOTP (RFC 6238) one-time passwords.
To demonstrate generating one-time passwords, we'll focus on the TOTP algorithm. To create a TOTP generator with a default password length, time step, and HMAC algorithm:
final TimeBasedOneTimePasswordGenerator totp = new TimeBasedOneTimePasswordGenerator();
To actually generate time-based one-time passwords, you'll need a secret key and a timestamp. Secure key management is beyond the scope of this document; for the purposes of an example, though, we'll generate a random key:
final Key secretKey; { final KeyGenerator keyGenerator = KeyGenerator.getInstance(totp.getAlgorithm()); keyGenerator.init(160); secretKey = keyGenerator.generateKey(); }
Armed with a secret key, we can deterministically generate one-time passwords for any timestamp:
final Instant now = Instant.now(); final Instant later = now.plus(totp.getTimeStep()); System.out.println("Current password: " + totp.generateOneTimePasswordString(key, now)); System.out.println("Future password: " + totp.generateOneTimePasswordString(key, later));
java-otp is copyright (c) 2016 Jon Chambers and available under the MIT License.


Serializable
classes
that do not implement readObject()
and writeObject()
methods.
If readObject()
and writeObject()
methods are not implemented,
the default serialization algorithms are used,
which may be sub-optimal for performance and compatibility in many environments.
Use the following options to configure the inspection:
Serializable
from a superclass but are not intended for serialization.
Serializable
classes without non-static fields.
Serializable
anonymous classes.


The columns titles are merged with the filters inputs thanks to the placeholders attributes
Inspired by this
snippet
Users
Filter
1
Mark
Otto
@mdo
2
Jacob
Thornton
@fat
3
Larry
the Bird
@twitter


val pageOptions: PaymentPageOptions?
See Styling the Klarna Hosted Payment Page
You can customize the style of the Klarna hosted payment page by providing additional options when creating the source. Refer to the Klarna SDK documentation for more information.


Information and data are provided "as is" without warranty of any kind, and may be subject to errors or omissions. All information available on this website are open records and deemed public under Missouri law. Information from all courts may not be available on this website.  In no event shall the court or any other entity or service provider associated with this website be liable for any damages whatsoever relating to accuracy of information or in any way to your use of this website.


Apple
milk
donut
Watermelon
strawberry
pie
cheese
pizza
carrot
cheeseburger
mushroom
cake
egg
turkey
juice box
water
cherry
popsicle
orange
sausage
chicken
cookie
pear
hot dog


---
title: Footer
layout: layout-docs
category: Standard
icon: footer
order: 4
---
{% capture default_footer %}
{% endcapture %}
{% capture no_6_column_footer %}
{% endcapture %}
{% capture description_footer %}
{% endcapture %}
Overview
Contains supporting information for your service at the bottom of your website.
Usage
All .gov.sg digital services shall contain a Global Footer Bar across all pages.
The Global Footer Bar should include the name of the digital service,
contact information, a privacy statement and the terms of use.
Types
1) Basic example
{{default_footer}}
{% highlight html %}{{default_footer}}{% endhighlight %}
2) Include columns in footer
We advise that you avoid using more than 6 columns of footer links.
{{no_6_column_footer}}
{% highlight html %}{{no_6_column_footer}}{% endhighlight %}
3) Include description in footer
We recommend that you use the 1st column to present a
brief description of your website.
{{description_footer}}
{% highlight html %}{{description_footer}}{% endhighlight %}
Guidelines
Footers should:
- Be positioned at the bottom of every page.
-
Contain a '
Report Vulnerability' link on the bottom left corner
-
Contain links to 'Privacy' and 'Terms of Use' pages
on the bottom left corner
- Contain a 'Feedback' link, if there are feedback channels
-
Contain a 'Rate this Service' link, if the website is collecting customer
satisfaction statistics
-
Contain the Copyright Statement in the format '© [current year in YYYY]
Government of Singapore' on the bottom right corner of the footer panel
-
Contain the Last Updated Statement in the format
'Last Updated [DD CurrentMonth YYYY]' on the bottom right
corner of the footer panel
{%- include sgds-feedback.html -%}


Thinking outside the Comfort Box
Because the whole gradient is comfortable now. How?
Metabolic Rate [met]
0.8 = asleep; 1.2 = office work; 2.0 = brisk walk
Skin Wettedness
Minimum 0.06 (dry) to maximum 0.8 (sweaty).
Emissivity of Skin
Default value 0.98. Minimum 0.90, maximum 1.
{% if mrt_checked %}
Solve for MRT
Solve for air speed
{% else %}
Solve for MRT
Solve for air speed
{% endif %}
T
air
- T
MRT
[
°
C]
Minimum -10, maximum 10.
Air Speed [m/s]
Minimum 0, maximum 10.
How to intepret this graph
{% if new_values %} {% endif %}


In organic dripper so, body, robust medium pumpkin spice cup, in aged dripper latte extra cup white. And viennese redeye carajillo, beans, mug viennese, carajillo id breve decaffeinated americano crema chicory whipped arabica variety aged robusta. Affogato lungo eu, cultivar at, aged breve and blue mountain roast breve americano aged. Sugar acerbic sweet variety aged café au lait chicory, java, single shot percolator aromatic brewed wings, a, sugar, body, aftertaste organic barista espresso dripper to go. Flavour to go strong steamed mazagran trifecta decaffeinated percolator crema, aged americano rich chicory frappuccino foam white.
Flavour filter fair trade kopi-luwak robusta viennese, trifecta grinder, grounds lungo beans, half and half cup steamed cappuccino cinnamon. Percolator, extra, strong, breve, french press to go aromatic half and half aroma barista caramelization ut froth breve spoon redeye to go skinny rich skinny spoon. As turkish est filter foam con panna, cinnamon, aroma grounds cup whipped cultivar extra. Latte bar crema cultivar espresso pumpkin spice viennese, body viennese milk variety dripper, spoon, blue mountain robusta cultivar et spoon. Macchiato id eu brewed, and mazagran cinnamon so wings, doppio mocha froth blue mountain froth half and half iced to go whipped single shot.
Eu ristretto ut sugar rich saucer milk aftertaste, froth dark, cultivar blue mountain as coffee cappuccino. Saucer grounds mocha, aroma, half and half coffee eu robusta roast, doppio skinny galão, extraction, frappuccino aromatic breve crema frappuccino aroma. Froth half and half so java, grounds half and half, macchiato at est sugar mug redeye, strong, cream seasonal qui doppio robusta. Wings, at, cup dark, a, breve french press decaffeinated acerbic, black extra, and, saucer barista rich seasonal barista blue mountain. Roast mazagran a and id mug in est trifecta pumpkin spice coffee and mug trifecta, ut breve, mug frappuccino mug, breve mocha qui aged aftertaste.


BlueEssaySite.net -
expert help for custom Written
BlueEssaySite.net -
expert help for custom Written
BlueEssaySite.net -
expert help for custom Written
BlueEssaySite.net -
expert help for custom Written
BlueEssaySite.net -
expert help for custom Written


Preparation time
over 2 hours
Cooking time
30 mins to 1 hour
Serves
Serves 4
For pork belly, place the pork belly into a large pan over a medium heat and cover with water. Bring to the boil, then drain off the water and return the pork belly to the pan.
Cover with water again and add the carrot, onion, garlic, celery, thyme, salt and peppercorns. Bring to a boil, then reduce the heat and simmer for two hours.
Carefully remove the pork from the pan and place onto a large plate. Place a large, clean tray on top, then place a couple of cans on top of the tray to apply weight. Transfer to the fridge and leave for one hour, or until cold and pressed flat.
Remove the pork from the fridge, remove the tray and weights and place onto a chopping board. Cut the pork into 1.5cm/½ thick slices.
Heat a frying pan and add the vegetable oil. Season the pork slices with salt and freshly ground black pepper and fry in the hot oil until crisp and golden all over.
For the caramelised onions, heat a clean frying pan add the butter, onions, sugar and thyme. Fry over a gentle heat for 5-10 minutes, until the onions are just tender.
Turn the heat up and fry the onions until just becoming golden-brown.
Add the balsamic vinegar and reduce until very little liquid remains, then season with salt and freshly ground black pepper.
For the balsamic sauce, heat a clean frying pan and add the butter and shallots. Fry the shallots for 3-4 minutes, or until softened, but not coloured.
Add the balsamic vinegar and boil to reduce the volume by two thirds.
Add the stock and reduce again by two thirds, until a thick sauce forms, then season with salt and freshly ground black pepper.
For the scallops and squid, season the scallops and squid with salt and black pepper.
Heat a frying pan and add the vegetable oil, scallops and squid. Fry the scallops and squid for 2-3 minutes, or until completely cooked through, turning the scallops over halfway through.
To serve, place a few slices of pork belly in the centre of each plate and top with a spoonful of caramelised onions. Place three scallop pieces on top of each, then top with the squid. Spoon the shallot sauce around the plate and serve.


Hello, and welcome to Eyoo.
Eyoo is an Icon Pack with unique style of icons! All of icons I self made, All apps I use, themed, with many alternative icons.
Also full dark and color theme for everyone something to enjoy.
If you have app and no themed, please feel free to write me on my Twitter @MedhievNijat -> https://twitter.com/MehdievNijat I happy will make the icon!! As long as request I make will icons. :)
I Sorry for bad English, I love now in UK but came from Azerbaijan. I learn, be better with time, I promise! :)
For now only one phone (iPhone SE) only charge little money, to buy other iPhone SE to make themes better for comunity.
Version 3.0
Hello!!
This update, I've added:
• All of Icon reqeusts (Snapchat, TikTok, LastPass,..)
• Page Dots.
• UI improvements.
• Bug Fixes.
• Lover Price.
Thank you very Much for buying!!
- Nijat.


+++ draft = false date = "2006-10-02T23:09:05-03:00" title = "Moving a Zope instance" tags = ["zope2", "cookbook"] created = "2006-10-02T23:07:53-03:00" modified = "2006-10-06T21:06:56-03:00" permaLink = "http://play.pixelblaster.ro/blog/archive/2006/10/02/moving-a-zope-instance" author = "Tiberiu Ichim" aliases = [ "/blog/archive/2006/10/02/moving-a-zope-instance" ] +++
To move a zope instance location 3 files need to be edited in order to update the software home location:


Event Handlers
Event Handling and Synthetic Events
With React you attach event handlers to elements using the on
method. React ensures that all events behave identically in IE8 and above by implementing a synthetic event system. That is, React knows how to bubble and capture events according to the spec, and the events passed to your event handler are guaranteed to be consistent with the W3C spec, regardless of which browser you're using.
Under the Hood: Event Delegation
React doesn't actually attach event handlers to the nodes themselves. When React starts up, it starts listening for all events at the top level using a single event listener. When a component is mounted or unmounted, the event handlers are simply added or removed from an internal mapping. When an event occurs, React knows how to dispatch it using this mapping. When there are no event handlers left in the mapping, React's event handlers are simple no-ops. To learn more about why this is fast, see David Walsh's excellent blog post.
React::Event
Your event handlers will be passed instances of React::Event
, a wrapper around react.js's SyntheticEvent
which in turn is a cross browser wrapper around the browser's native event. It has the same interface as the browser's native event, including stopPropagation()
and preventDefault()
, except the events work identically across all browsers.
For example:
class YouSaid < Hyperloop::Component render(DIV) do INPUT(value: state.value). on(:key_down) do |e| alert "You said: #{state.value}" if e.key_code == 13 end. on(:change) do |e| mutate.value e.target.value end end end
If you find that you need the underlying browser event for some reason use the native_event
.
In the following responses shown as (native ...) indicate the value returned is a native object with an Opal wrapper. In some cases there will be opal methods available (i.e. for native DOMNode values) and in other cases you will have to convert to the native value
with .to_n
and then use javascript directly.
Every React::Event
has the following methods:
bubbles -> Boolean
cancelable -> Boolean
current_target -> (native DOM node)
default_prevented -> Boolean
event_phase -> Integer
is_trusted -> Boolean
native_event -> (native Event)
prevent_default -> Proc
is_default_prevented -> Boolean
stop_propagation -> Proc
is_propagation_stopped -> Boolean
target -> (native DOMEventTarget)
timestamp -> Integer (use Time.at to convert to Time)
type -> String
Event pooling
The underlying React SyntheticEvent
is pooled. This means that the SyntheticEvent
object will be reused and all properties will be nullified after the event callback has been invoked. This is for performance reasons. As such, you cannot access the event in an asynchronous way.
Supported Events
React normalizes events so that they have consistent properties across different browsers.
Clipboard Events
Event names:
:copy, :cut, :paste
Available Methods:
clipboard_data -> (native DOMDataTransfer)
Composition Events (not tested)
Event names:
:composition_end, :composition_start, :composition_update
Available Methods:
data -> String
Keyboard Events
Event names:
:key_down, :key_press, :key_up
Available Methods:
alt_key -> Boolean
char_code -> Integer
ctrl_key -> Boolean
get_modifier_state(key) -> Boolean (i.e. get_modifier_key(:Shift)
key -> String
key_code -> Integer
locale -> String
location -> Integer
meta_key -> Boolean
repeat -> Boolean
shift_key -> Boolean
which -> Integer
Focus Events
Event names:
:focus, :blur
Available Methods:
related_target -> (Native DOMEventTarget)
These focus events work on all elements in the React DOM, not just form elements.
Form Events
Event names:
:change, :input, :submit
Mouse Events
Event names:
:click, :context_menu, :double_click, :drag, :drag_end, :drag_enter, :drag_exit
:drag_leave, :drag_over, :drag_start, :drop, :mouse_down, :mouse_enter,
:mouse_leave, :mouse_move, :mouse_out, :mouse_over, :mouse_up
The :mouse_enter
and :mouse_leave
events propagate from the element being left to the one being entered instead of ordinary bubbling and do not have a capture phase.
Available Methods:
alt_key -> Boolean
button -> Integer
buttons -> Integer
client_x -> Integer
number client_y -> Integer
ctrl_key -> Boolean
get_modifier_state(key) -> Boolean
meta_key -> Boolean
page_x -> Integer
page_y -> Integer
related_target -> (Native DOMEventTarget)
screen_x -> Integer
screen_y -> Integer
shift_key -> Boolean
Drag and Drop example
Here is a Hyperloop version of this w3schools.com example:
DIV(id: "div1", style: {width: 350, height: 70, padding: 10, border: '1px solid #aaaaaa'})
.on(:drop) do |ev|
ev.prevent_default
data = `#{ev.native_event}.native.dataTransfer.getData("text")`
`#{ev.target}.native.appendChild(document.getElementById(data))`
end
.on(:drag_over) { |ev| ev.prevent_default }
IMG(id: "drag1", src: "https://www.w3schools.com/html/img_logo.gif", draggable: "true", width: 336, height: 69)
.on(:drag_start) do |ev|
`#{ev.native_event}.native.dataTransfer.setData("text", #{ev.target}.native.id)`
end
Selection events
Event names:
onSelect
Touch events
Event names:
:touch_cancel, :touch_end, :touch_move, :touch_start
Available Methods:
alt_key -> Boolean
changed_touches -> (Native DOMTouchList)
ctrl_key -> Boolean
get_modifier_state(key) -> Boolean
meta_key -> Boolean
shift_key -> Boolean
target_touches -> (Native DOMTouchList)
touches -> (Native DomTouchList)
UI Events
Event names:
:scroll
Available Methods:
detail -> Integer
view -> (Native DOMAbstractView)
Wheel Events
Event names:
wheel
Available Methods:
delta_mode -> Integer
delta_x -> Integer
delta_y -> Integer
delta_z -> Integer
Media Events
Event names:
:abort, :can_play, :can_play_through, :duration_change,:emptied, :encrypted, :ended, :error, :loaded_data,
:loaded_metadata, :load_start, :pause, :play, :playing, :progress, :rate_change, :seeked, :seeking, :stalled,
:on_suspend, :time_update, :volume_change, :waiting
Image Events
Event names:
:load, :error


Arsenal stars have 'serious reservations' over Unai Emery's methods
Unai Emery is under pressure at Arsenal despite recently reassurance for the board his job is safe
by Jake Polden, https://www.mirror.co.uk/authors/jake-polden/Members of the Arsenal team have 'serious reservations' over Unai Emery's ability to turn the club into title contenders, according to reports.
Emery is under increasing pressure in north London and has guided his Gunners side to just two victories in their last nine Premier League fixtures.
Managers including Jose Mourinho have been linked with his job, despite Arsenal top brass recently reassuring Emery his position is not currently under threat.
And there is the sense that should Emery fail to turn things around soon - and frustration among fans continues to grow - the board may be forced to take evasive action.
According to the Daily Mail, another thing going against Emery is the fact that certain players have 'serious reservations' over his methods.
Some players allegedly fear that the Spaniard has a tendency to be too conservative in his approach, and this is hindering Arsenal's chances of picking up maximum points from games.
The Gunners have thrown away leads this season, notably against Crystal Palace and Watford .
Last time out Arsenal took the lead against Wolves through Pierre-Emerick Aubameyang and were ahead for most of the match at the Emirates.
But the home side were once again unable to keep their noses in front and conceded ten minutes before the end, resulting in them dropping two points.


This is a database of single-crystal adiabatic elastic moduli for minerals and related materials with cubic symmetry. The database consists primarily of experimental measurements and includes over 200 compositions. Primary data recorded are the composition of each material, its crystal structure, density, and the three independent nonzero adiabatic elastic moduli (C11, C12, and C44). From these, a variety of additional elastic and acoustic properties are calculated and compiled, including polycrystalline aggregate elastic properties, sound velocities, and anisotropy factors.


---
layout: page
title: playing
subtitle: A record of games I have played
css: "/css/index.css"
---
{% for game in site.games reversed %}
{{ game.game }}
Date: {{ game.date | date: "%B %-d, %Y" }}
Players: {{ game.players }}
Position: {{ game.position }}
{{ game.opinion }}
{% endfor %}


---
layout: archive
title: Lean Prover Zulip Chat Archive
permalink: 116395maths/75371PolynomialsoverafieldarenotquiteEuclideaninlean.html
---
The archive URL format has changed. Please find this page at:
https://leanprover-community.github.io/archive/stream/116395-maths/topic/Polynomials.20over.20a.20field.20are.20not.20quite.20Euclidean.20in.20lean.html


Poisson-lognormal generalized linear mixed model analysis of multivariate counts data using MCMC, aiming to infer the changes in relative proportions of individual variables. The package was originally designed for sequence-based analysis of microbial communities ("metabarcoding", variables = operational taxonomic units, OTUs), but can be used for other types of multivariate counts, such as in ecological applications (variables = species). The results are summarized and plotted using 'ggplot2' functions. Includes functions to remove sample and variable outliers and reformat counts into normalized log-transformed values for correlation and principal component/coordinate analysis. Walkthrough and examples: http://www.bio.utexas.edu/research/matz_lab/matzlab/Methods_files/walkthroughExample_mcmcOTU_R.txt.
| Version: | 1.0.10 |
| Depends: | MCMCglmm, ggplot2, coda |
| Published: | 2016-02-12 |
| Author: | Mikhail V. Matz |
| Maintainer: | Mikhail V. Matz <matz at utexas.edu> |
| License: | GPL-3 |
| NeedsCompilation: | no |
| CRAN checks: | MCMC.OTU results |
| Reference manual: | MCMC.OTU.pdf |
| Package source: | MCMC.OTU_1.0.10.tar.gz |
| Windows binaries: | r-devel: MCMC.OTU_1.0.10.zip, r-release: MCMC.OTU_1.0.10.zip, r-oldrel: MCMC.OTU_1.0.10.zip |
| OS X binaries: | r-release: MCMC.OTU_1.0.10.tgz, r-oldrel: MCMC.OTU_1.0.10.tgz |
| Old sources: | MCMC.OTU archive |
Please use the canonical form https://CRAN.R-project.org/package=MCMC.OTU to link to this page.


There are mustache template files that are used to create the HTML markup for the site.
The documentation for these files is here.


Linux.Pizza runs a Tor-Bridge, free for anyone to use:
<IP_ADDRESS>:9031
Some stats is avaliable here:
Bridge - https://metrics.torproject.org/rs.html#details/DD57801109415DB7515FF0E4153BFB0E830508EE
Relay - https://metrics.torproject.org/rs.html#details/C7E50D7B76B0E7616DFE07EB834DEB0204A64322


{% extends "layout.html" %} {% block page_title %} GOV.UK PDE - Start {% endblock %} {% block content %}
You’ll need their full name, date of birth and address.


Dan is a former professional athlete turned web developer. Born and raised in Chicago, from there he went on to play Division I volleyball at Long Beach State where he earned a Bachelors Degree in Journalism and Communications. He then played professional volleyball for two seasons in Sweden and one in England. He is a 2018 graduate of the Northwestern University Full Stack Web Development Boot Camp where he learned extensively about HTML, CSS, JavaScript, Bootstrap, jQuery, Node.js, Express, React, Handlebars, RESTful APIs, SQL/Sequelize databases, and NoSQL/Mongo databases. He also has a Masters Degree in Sports Management from the University of East London Docklands Business School.
Dan currently lives in Chicago's West Loop neighborhood with his girlfriend, Morgan, and their Black Lab, Norman.


The first critical step to getting Video on Demand (VOD) working is to place all of the media files into the appropriate directory.
By default that directory is the media folder in the main EMS folder. If a different folder is to be used for the media files, simply modify the config.lua file and change the mediaFolder parameter with the new path.


The Securities and Exchange Commission (SEC) EDGAR system is host to financial reports and other investor notices that public companies are required to file according to United States federal law (Securities Act of 1933 & 1934). We source our data directly from the SEC at the end of each trading day. You can download and inspect the raw archives that we process our data from by visiting https://sec.gov/Archives/edgar/Feed
Currently, the supported form types we provide from the SEC are:
| Form Type | Description |
| 8-K | Important investor notices |
| 10-K | Annual financial report |
| 10-Q | Quarterly financial report |
Note: Currently, we do not parse structured financial records that are in XBRL format


| Up | TOC | Index | |||||
| << 7 Included Tools | < 8.13 Data Type Conversion | Up: 8 API Reference | 8.15 Searching > | 9 Release Notes >> |
8.14 Input Routines
8.14.1 Error Status Constants
These are returned from get and value.
<IP_ADDRESS> GET_SUCCESS
include std/get.e namespace stdget public constant GET_SUCCESS
<IP_ADDRESS> GET_EOF
include std/get.e namespace stdget public constant GET_EOF
<IP_ADDRESS> GET_FAIL
include std/get.e namespace stdget public constant GET_FAIL
<IP_ADDRESS> GET_NOTHING
include std/get.e namespace stdget public constant GET_NOTHING
8.14.2 Answer Types
<IP_ADDRESS> GET_SHORT_ANSWER
include std/get.e namespace stdget public constant GET_SHORT_ANSWER
<IP_ADDRESS> GET_LONG_ANSWER
include std/get.e namespace stdget public constant GET_LONG_ANSWER
8.14.3 Routines
<IP_ADDRESS> get
include std/get.e namespace stdget public function get(integer file, integer offset = 0, integer answer = GET_SHORT_ANSWER)
reads from an open file a human-readable string of characters representing a Euphoria object. Converts the string into the numeric value of that object.
Parameters:
- file : an integer, the handle to an open file from which to read
- offset : an integer, an offset to apply to file position before reading. Defaults to 0.
- answer : an integer, either GET_SHORT_ANSWER (the default) or GET_LONG_ANSWER.
Returns:
A sequence, of length two (GET_SHORT_ANSWER) or four (GET_LONG_ANSWER) consisting of:
- an integer, the return status. This is any of:
- GET_SUCCESS -- object was read successfully
- GET_EOF -- end of file before object was read completely
- GET_FAIL -- object is not syntactically correct
- GET_NOTHING -- nothing was read, even a partial object string, before end of input
- an object, the value that was read. This is valid only if return status is GET_SUCCESS.
- an integer, the number of characters read. On an error, this is the point at which the error was detected.
- an integer, the amount of initial whitespace read before the first active character was found
Comments:
When answer is not specified, or explicitly GET_SHORT_ANSWER, only the first two elements in the returned sequence are actually returned.
The GET_NOTHING return status will not be returned if answer is GET_SHORT_ANSWER.
get can read arbitrarily complicated Euphoria objects. You could have a long sequence of values in braces and separated by commas and comments. For example: {23, {49, 57}, 0.5, -1, 99, 'A', "john"}. A single call to get will read in this entire sequence, return its value as a result, and return complementary information.
If a nonzero offset is supplied, it is interpreted as an offset to the current file position; the file will start seek from there first.
get returns a two or four element sequence; similar to what value returns:
- a status code ( success, error, end of file, no value at all )
- the value just read (meaningful only when the status code is GET_SUCCESS) (optionally)
- the total number of characters read
- the amount of initial whitespace read.
Using the default value for answer, or setting it to GET_SHORT_ANSWER, returns two elements. Setting it to GET_LONG_ANSWER causes four elements to be returned.
Each call to get picks up where the previous call left off. For instance: a series of five calls to get would be needed to read in this sequence: `99 5.2 {1, 2, 3} "Hello" -1` On the sixth and any subsequent call to get you would see a GET_EOF status.
If you had something like {1, 2, xxx} in the input stream you would see a GET_FAIL error status because xxx is not a Euphoria object.
After seeing -- something\nBut no value and the input stream stops right there, you will receive a status code of GET_NOTHING, because nothing but whitespace or comments was read. If you had opted for a short answer, you would get GET_EOF instead.
Multiple "top-level" objects in the input stream must be separated from each other with one or more "whitespace" characters (blank, tab, \r, or \n). At the very least, a top level number must be followed by a white space from the following object. Whitespace is not necessary within a top-level object. Comments, terminated by either '\n' or '\r', are allowed anywhere inside sequences, and ignored if at the top level. A call to get will read one entire top-level object, plus possibly one additional (whitespace) character, after a top level number, even though the next object may have an identifiable starting point.
The combination of print and get can be used to save a Euphoria object to disk and later read it back. This technique could be used to implement a database as one or more large Euphoria sequences stored in disk files. The sequences could be read into memory, updated and then written back to disk after each series of transactions is complete. Remember to write out a whitespace character (using puts) after each call to print, at least when a top level number was just printed.
The value returned is not meaningful unless you have a GET_SUCCESS status.
Example 1:
-- If he types 77.5, get(0) would return: {GET_SUCCESS, 77.5} -- whereas gets(0) would return: "77.5\n"
Example 2:
See .../euphoria/demo/mydata.ex
See Also:
<IP_ADDRESS> value
include std/get.e namespace stdget public function value(sequence st, integer start_point = 1, integer answer = GET_SHORT_ANSWER)
reads, from a string, a human-readable string of characters representing a Euphoria object. Converts the string into the numeric value of that object.
Parameters:
- st : a sequence, from which to read text
- offset : an integer, the position at which to start reading. Defaults to 1.
- answer : an integer, either GET_SHORT_ANSWER (the default) or GET_LONG_ANSWER.
Returns:
A sequence, of length two (GET_SHORT_ANSWER) or four (GET_LONG_ANSWER) made of:
- an integer, the return status. This is any of
- GET_SUCCESS -- object was read successfully
- GET_EOF -- end of file before object was read completely
- GET_FAIL -- object is not syntactically correct
- GET_NOTHING -- nothing was read, even a partial object string, before end of input
- an object, the value that was read. This is valid only if return status is GET_SUCCESS.
- an integer, the number of characters read. On an error, this is the point at which the error was detected.
- an integer, the amount of initial whitespace read before the first active character was found
Comments:
When answer is not specified, or explicitly GET_SHORT_ANSWER, only the first two elements in the returned sequence are actually returned.
This works the same as get but it reads from a string that you supply, rather than from a file or device.
After reading one valid representation of a Euphoria object value will stop reading and ignore any additional characters in the string. For example: "36" and "36P" will both give you {GET_SUCCESS, 36}.
The function returns {return_status, value} if the answer type is not passed or set to GET_SHORT_ANSWER. If set to GET_LONG_ANSWER, the number of characters read and the amount of leading whitespace are returned in 3rd and 4th position. The GET_NOTHING return status can occur only on a long answer.
Example 1:
s = value("12345"} s is {GET_SUCCESS, 12345}
Example 2:
s = value("{0, 1, -99.9}") -- s is {GET_SUCCESS, {0, 1, -99.9}}
Example 3:
s = value("+++") -- s is {GET_FAIL, 0}
See Also:
<IP_ADDRESS> defaulted_value
include std/get.e namespace stdget public function defaulted_value(object st, object def, integer start_point = 1)
calls the value function and returns the resulting value on success or the default default on failure.
Parameters:
- st : object to retrieve value from.
- def : the value returned if st is an atom or value(st) fails.
- start_point : an integer, the position in st at which to start getting the value from. Defaults to 1
Returns:
- If st, is an atom then def is returned.
- If calling value(st) is a success. then value()[2], otherwise it will return the parameter def.
Example 1:
object i = defaulted_value("10", 0) -- i is 10 i = defaulted_value("abc", 39) -- i is 39 i = defaulted_value(12, 42) -- i is 42 i = defaulted_value("{1,2}", 42) -- i is {1,2}
See Also:


Online Resource & Content Administrator
Hello!
My name is Torleif Nielsen, though I go by Tor. I am a growing software developer with a passion for Open Source, and a dream of joining its giants from whom I credit much of what I know.
The Full StoryTorleif Nielsen
Software Developer
My Projects
Some things I'm working on


INVALID: Cheating was detected. This score will not be saved.
Highscore!
Score:
SCOREVAL
Leaderboard
Refresh
Quit


I am Currently an undergraduate student at University Of Sotuhern California doing Bachelors of Science in Computer Science and I am currently seeking software developer and I am currently seeking software engineering internship.
I was born and raised in India and moved to Los Angeles, California as a permanent resident. I am a lifetime member of Pi Theta Kappa Honors society. I am a part of JEP (Joint Education Program) at USC, where we teach computer science to underpriviledged school children and promote computer science. I have also been a treasurer for South Asian Student Organization.
Reinforce software development concepts taught in class as well as teach laboratory activites in Full Stack Web Development and concepts of Multithreading and Parallel Programming. Also manage teams for a software development project and keep track of progress of the application and achieve it by the deadlines.
Experienced Working collaborative with the QA, Development and Data science Team on software development and product deployment testing. Created automated scripts for data analytics and data ingestions using cloud-based systems Regressively tested before every deployment and reported alarming bugs in deployment for proving the best quality to clients. See less
Front end Web Development and Manage websites for all the departments of USC Viterbi School of engineering on WordPress and HTML and CSS.Developing new Websites for different Departments and Co-ordinate with department head to cater the website to there Moto.
Catering the stock and shipments, according to the demands and provide an excellent custormer service ad help them to find the right book.
BS Computer Science
GPA : 3.36/4.0
Abharms Attridge Scholarship Recepient
JEP @ USC
BS Computer Science
GPA: 3.53 /4.0
Southern California Edison Scholarship Recepient
Beckman Coulter Foundation Scholarship Recepient
F.C. Faculty Association Scholarship Recepient
Pi Theta Kappa Honors Society
Treasurer of South Asian Club
Graduated with 94.46 State Percentile Rank
Ranked in India’s top 1% students in National engineering entrance exam.
GitHub
Visual Studio, Eclipse, Android Studio, IntelliJ
Amazon Web Services


In January 2013, I spent 3 months in Beijing working for a San Francisco based startup called App Annie. App Annie is the market leader in providing global app-store analytics, and in order to promote their credibility as experts in the app-ecosystem, they are involved in numerous content marketing campaigns, and have a heavy presence in industry trade shows. I produced both digital and print marketing materials, and was the creative lead on the booth and collateral design, and prior to my departure, spearheaded the branding of App Annie's premium intelligence product.


Navigating the Seas with Signal K and Microcontrollers
As technology advances, more and more devices are being connected to the internet and the concept of the Internet of Things (IoT) is becoming increasingly popular. This is also true in the world of boating and sailing, where devices such as sensors, GPS modules, and microcontrollers are being used to enhance the sailing experience. One of the most powerful tools for connecting these devices is Signal K, an open-source communication protocol designed specifically for the marine industry. In this article, we will explore what Signal K is, how it works, and how it can be used to set up a server for microcontrollers and other embedded systems. We will also discuss NauticApp, an all-in-one sailing tool app that can connect to a Signal K server to provide real-time data from your boat’s electronics.
What is Signal K?
Signal K is an open-source data format and communication protocol designed for the marine industry. It is designed to be a universal language for marine electronics, allowing different devices to communicate with each other regardless of the manufacturer or model. This means that devices from different manufacturers, such as GPS modules, depth sounders, and autopilots, can all communicate with each other and share data.
How does Signal K work?
Signal K uses a standard JSON data format to transmit data between devices. JSON stands for JavaScript Object Notation, and it is a lightweight data interchange format that is easy for humans to read and write, and easy for machines to parse and generate. This makes it an ideal format for transmitting data between different devices.
To set up a Signal K network, you need a server that can receive and transmit data in the Signal K format. This server can be a dedicated device, such as a Raspberry Pi or a computer running a Signal K server software, or it can be a device that already has Signal K support built-in, such as a modern chartplotter or an autopilot.
Why use Signal K with microcontrollers and embedded systems?
Signal K is particularly useful for connecting microcontrollers and other embedded systems to your boat’s electronics. By connecting these devices to a Signal K server, you can easily monitor and control various systems on your boat, such as temperature sensors, battery monitors, and bilge pumps. This allows you to have a more comprehensive view of your boat’s systems, and can also help you identify potential issues before they become major problems.
Introducing NauticApp
NauticApp is an all-in-one sailing tool app that plans to offer the ability to connect to a Signal K server in the near future, allowing you to access real-time data from your boat’s electronics. The app is designed with a simple and intuitive interface, making it easy to monitor and control various systems on your boat, including battery voltage, water depth, and wind speed and direction. NauticApp also allows you to set alarms for specific conditions, such as low battery voltage or high bilge water levels.
Signal K is a powerful tool for connecting marine electronics, and it can be particularly useful when connecting microcontrollers and other embedded systems to your boat’s systems. By using a Signal K server, you can have a more comprehensive view of your boat’s systems and identify potential issues before they become major problems. With NauticApp, you can access all of this information in one convenient place, making sailing safer and more enjoyable.


--- title: Israel shot 061 date: 2004-03-02T00:00:00.000Z filepathOriginal: photos/IMG0162.jpg filepathThumbnail: photos/IMG0162.thumbnail.jpg filepathPreview: photos/IMG0162.preview.jpg ---
Me and various other people, on the shores of the Dead Sea


Center Children in a easy way
Flexbox playground
1
2
3
4
5
6
flex-grow | flex-shrink | flex-basis
Evenly and nicely distributed on the horizontal axis so that when we resize the browser
1
2


BA 186 Online Classes
Database Email
Hello, What respectable company doesn't have a database? Let's talk about how to design one and give you an edge in a world moving towards business intelligence, data analytics, and big data. 10 am. June 4. The short meeting will last somewhere between 15 to 50 minutes.
Roy Canseco is inviting you to a scheduled Zoom meeting.
Join Zoom Meeting https://us04web.zoom.us/j/78719745106?pwd=Vll0NlRxVXdBeEk4VExUTTRVcDBoUT09
Meeting ID: 787 1974 5106 Password: 1pERX2
PS. This is an optional educational activity for those not afraid of working that extra mile to become a cut above the rest.
student emails
<EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS>Reports and Forms email
Hello,
There's no escape from Forms and Reports, no matter what business you are in. Let's talk about how to design those and give you an edge in a world moving towards business intelligence, data analytics, and big data.
11 am. June 4. The short meeting will last somewhere between 15 to 50 minutes.
Roy Canseco is inviting you to a scheduled Zoom meeting.
Join Zoom Meeting https://us04web.zoom.us/j/72247778129?pwd=QzNlbEhGcFVJYXh5eFNIN2g1a1pFdz09
Meeting ID: 722 4777 8129
Password: 1hksSb
PS. This is an optional educational activity for those not afraid of working that extra mile to become a cut above the rest.
Database Meeting
- why study databases?
Script
Good morning. Welcome to this BA 186 online meeting. We will record this meeting for the benefit of interested students not able to join us at the moment. I am Sir Roy and I'll begin with a roll call. Please unmute your mic and say hi so that we know your audio works. Also turn on your video and wave so we know that works too.
At his point, le ask for 1 or 2 responses to this online meeting. Just introduce yourself and tell us what you think of this meeting ___
In closing, we see that ___ is important and understanding it can help us become better _____ .
Let's turn on our videos for a class pic.