Cardinal Pell's appeal decision set for Wednesday
SYDNEY: Disgraced Catholic Cardinal George Pell will learn Wednesday (Nov 13) whether Australia's High Court will hear an appeal against his child sex abuse convictions, the last possible avenue to clear his name.
Pell, a former Vatican treasurer, is serving a six-year sentence for sexually assaulting two choirboys in a Melbourne cathedral in the 1990s.
READ: Victim's father hopes for justice as Cardinal Pell waits on appeal verdict
A High Court spokesman told AFP on Monday that Australia's most senior judges will hand down their decision in Canberra on Wednesday on whether to consider Pell's case.
It comes just over two months after the 78-year-old filed an application for leave to appeal with the court.
He lost a previous attempt to overturn the convictions in Victoria state's Court of Appeal in August, a landmark decision that saw the judges split in a 2-1 verdict.
That division - which saw two judges back the jury's verdict and the dissenting judge side with Pell - is at the forefront of his latest bid to overturn the convictions.
The long-running case has pitted the most senior convicted Catholic child molester against a former choirboy now in his 30s, who two of the appeal judges found to be "very compelling" and someone who "was clearly not a liar, was not a fantasist and was a witness of truth".
The third judge, however, found the victim's account "contained discrepancies" and there was a "significant possibility" Pell did not commit the offences.
Pell's legal team argued in their written submission to the High Court that the majority judges applied an "erroneous judicial method" in upholding the jury's verdict that reversed the onus of proof onto him, an argument roundly rejected by prosecutors.
The court will not hear oral submissions from the parties before handing down its decision, which the spokesman said was not unusual.
Pell and his supporters have staunchly maintained he did not commit the crimes, which came to light after one of the victims went to police when the other died of a drug overdose in 2014.
During Pell's trial under a court-ordered veil of secrecy, the Vatican gradually removed him from top Church bodies with little explanation.
Shortly after his conviction, Pell was removed from the so-called C9 Council of Cardinals that are effectively the Pope's cabinet and inner circle of advisers.
The Vatican says it will avoid launching an investigation into his conduct until after all legal avenues are exhausted.


{% extends "core/email/base.html" %} {% block content %}
Dear {{user_fullname}},
You have been signed up as a user of In.Touch by {{admin_fullname}} of {{admin_organization}}.
In.Touch is a Business Messaging Automation Solution that organizes, manages and energizes your communication with the people that matter.
To login, visit http://cloud.intouchng.com/
Find Your Login Details Below:
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Password: {{user_password}}
We highly recommend that you change this password to something only you would know - and make sure it is also hard to guess.
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A Basic Kotlin/Native Application
| 最近更新 | 2017-12-03 |
In this tutorial we'll see how to
- Obtain the Kotlin/Native compiler
- Write the application
- Compile and examine output
- Run the application
Obtaining the compiler
Kotlin/Native is available for macOS, Linux and Windows. Depending on the operating system we're working on, we'll need to download the correct compiler. While cross-platform compilation is possible (i.e. using one platform to compile for another), in this first tutorial we're going to compile for the same operating system we're running on. In our case this will be macOS.
We can obtain the latest version of the compiler from the GitHub releases page.
Once downloaded, we can uncompress it in any folder, e.g. ~/kotlin-native. For convenience it's useful to add the bin
folder to the system path so that we can invoke the
compiler from any location. If we uncompressed to ~/kotlin-native, this would be ~/kotlin-native/bin)
While the output by the compiler does not have any dependencies, the compiler itself does require Java 8, which should be on the system. If we're using macOS, we also need the macOS SDK which can be installed by installing Xcode.
Creating Hello Kotlin
Our first application is going to simply print some text on the standard output. In our case, this will be "Hello Kotlin/Native"
We can open up our favorite IDE or editor and write the following code in a file named hello.kt
fun main(args: Array<String>) {
println("Hello Kotlin/Native!")
}
Compiling and examining output
The Kotlin compiler uses a technology known as LLVM to target multiple platforms. LLVM requires as input what's know as intermediate representation or IR. This IR is represented by a bitcode file, which is a bitstream file format.
We now need to compile our application, which is done using the compiler downloaded in the first step. If we have the bin
folder
correctly added to the path, we should be able to invoke the compiler using
konanc hello.kt
which is telling the compiler to compile the source code hello.kt
.
The first time the compiler runs, it downloads a list of necessary requirements, thus first run does take longer. If everything runs correctly, the output
should be hello.kexe
The file is the actual binary produced for our target platform. The compiler provides us with a series of options, one of these being the ability to specify the output filename. In order to do this, we can use the -output (or -o) option
konanc -o first hello.kt
which would produce first.kexe
The extension cannot be set and is determined based on the target platform, but we can of course rename the executable to anything we like, using the usual system commands to rename files.
Running the application
To run the application, we can merely invoke it
/hello.kexe
It's important to understand that this is now a native application, and no runtime or virtual machine is required. The output should be
Hello Kotlin/Native!


{% extends "global/Page.html" %} {% load staticfiles otree %} {% block title %} Feedback Letter Counting Task {% if subsession.round_number == 1 %} {% elif Constants.treatment and subsession.round_number == 2 %} - Taxed Low Piece Rate {% elif Constants.treatment == False and subsession.round_number == 2 %} - High Piece Rate {% elif Constants.treatment and subsession.round_number == 3 %} - High Piece Rate {% elif subsession.round_number == 4 %} - Taxed High Piece Rate {% endif %} {% endblock %} {% block content %}
You solved {{ player.production_strings|floatformat:0 }} sequences and thus earned {{ player.income_strings_gross|c|floatformat:1 }} Tokens.
You spent {{player.time_in_switch}} seconds in the switch mode and therefore earned {{player.income_in_switch|c|floatformat:1}} Tokens.
Your total earnings in this round are hence {{player.net_income|c|floatformat:1}} Tokens.


{% extends "layout.html" %} {% block page_title %} Apply for European Structural and Investment Funding {% endblock %} {% block content %} {% include "includes/phase_banner_alpha.html" %} About your project Financial information {% include "includes/page_errors.html" %} Step 4 : Financial information: Costs Add your project costs Cost category Choose a cost category Capital - Building acquisition Capital - Building and construction Capital - Equipment Capital - Fees Capital - Land acquisition Capital - Other capital Capital - Plant and machinery Capital - Premises Revenue - Consultancy Revenue - Flat rate indirect costs Revenue - Marketing Revenue - Office costs Revenue - Overheads Revenue - Professional fees Revenue - Rent Revenue - Salaries Value Funding source Explain how the project is funded. Cost category Choose a cost category Capital - Building acquisition Capital - Building and construction Capital - Equipment Capital - Fees Capital - Land acquisition Capital - Other capital Capital - Plant and machinery Capital - Premises Revenue - Consultancy Revenue - Flat rate indirect costs Revenue - Marketing Revenue - Office costs Revenue - Overheads Revenue - Professional fees Revenue - Rent Revenue - Salaries Name of funding source Type of funding Type of funding Capital Revenue Where funding will be allocated Priority axis A priority axis is an aim the government has to fix a problem. For example, one priority axis is to reduce youth unemployment. We publish the priorities on GOV.UK, explaining why they are important. We review and change the priorities regularly to make sure the most urgent problems are solved. Charities, local government and businesses design programmes to solve these problems. We look at how the programmes perform to find out: what has been successful (so we can repeat that success for other priorities) what problems have been solved (so we can adjust the priority axis) You can read about priority axes [INSERT LINK TO INFO] on GOV.UK Tell us which axis your programme will target. PAR Investment priority Priority axes are grouped into subjects, for example 'reduce youth unemployment'. In the priority axis for reducing youth unemployment, there are different investment priorities. These investment priorities take a closer look at the axis and target specific problems. You can find your investment priority on the GOV.UK priority axis list [INSERT LINK]. IP1 - IP1 LEP area Local enterprise partnerships (LEP) are partnerships between local authorities and businesses. These partnerships work together to create a list of priorities to grow the local economy and create jobs in that area. 06 - Coventry and Warwickshire Region category Region category Local enterprise partnerships (LEP) are partnerships between local authorities and businesses. These partnerships work together to create a list of priorities to grow the local economy and create jobs in that area. Read about LEPs (GOV.UK). More developed Transitional Less developed Total Capital £0.00 Revenue £0.00 Total £0.00 Update summary Save and continue Save and quit {% include "includes/application_info.html" %} {% include "includes/secondary_nav.html" %} {% endblock %}
A priority axis is an aim the government has to fix a problem.
Priority axes are grouped into subjects, for example 'reduce youth unemployment'.
In the priority axis for reducing youth unemployment, there are different investment priorities.
These investment priorities take a closer look at the axis and target specific problems.
You can find your investment priority on the GOV.UK priority axis list [INSERT LINK].
Update summary


Transaction
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--- layout: page title: "Gyanendra Mishra" subtitle: Δ @ Palantir css: "/css/index.css" meta-title: "Gyanendra Mishra" meta-description: "Hi I am Gyanendra and I have done a Bachelors in Computer Science from BITS Pilani. I love to program. I am interested in information security and software development. I go by @h4ck3rk3y on github and by gyani everywhere else." bigimg: - "/img/blog/nepal/abc.jpg": "Annapurna Base Camp, Nepal (2016)" - "/img/blog/nepal/fewatal.jpg": "Fewa Tal, Pokhara, Nepal (2016)" - "/img/big-imgs/phongnha.jpg" : "Phong Nha Ke Bang, Vietnam (2015)" - "/img/big-imgs/bangkok.jpg" : "Bangkok, Thailand (2016)" - "/img/big-imgs/trolltunga.jpg" : "Trolltunga, Norway (2014)" - "/img/big-imgs/siemreap.jpg" : "Siem Reap, Cambodia (2015)" - "/img/big-imgs/andamans.jpg" : "Andaman Islands, India (2014)" - "/img/big-imgs/tsangpo.jpg" : "Ladakh, India (2015)" - "/img/big-imgs/nhatrang.jpg" : "Nha Trang, Vietnam (2015)" - "/img/big-imgs/penh.jpg" : "Phnom Penh, Camobdia (2015)" - "/img/big-imgs/kuangsi.jpg" : "Luang Prabang, Laos (2016)" - "/img/big-imgs/Santorini.jpg": "Sunset at Oia, Santorini, Greece (2016)" - "/img/big-imgs/Pantheon.jpg": "Pantheon, Athens, Greece (2016)" - "/img/blog/dharamsala/rainbow.jpg": "Triund, Dharamsala, India (2016)" - "/img/blog/danube.jpg": "Budapest, Hungary (2017)" - "/img/blog/welcome_melaka.jpg": "Melaka, Malasyia (2017)" - "/img/blog/buckingham.jpg": "Buckingham Palace, London, UK (2017)" - "/img/blog/schnitzel.jpg": "Weiener Schnitzel, Austria, Vienna (2017)" - "/img/blog/north-east/brahmaputra.jpg": "Brahmaputra River, Tezpur, Assam, India (2017)" - "/img/blog/north-east/root.jpg": "Root Bridge, Mawlynnong, Meghalya, India (2017)" - "/img/big-imgs/windermere.jpg": "Lake Windermere, England (2018)" ---


Regimen helps you stay focused by keeping track of your goals.
Inspired by Marc Andreessen's personal guide to productivity.
HatTrick Labs, LLCsupport@hattrickapps.com


call.game.input.keyboard
Interfaces
KeyBindListener
KeyboardListener
Classes
KeyBind
Keyboard
KeyTypedEvent


Ocean [aj51], ocean, in The Inner Sea
Last updated Turn #97
Ocean [aj51], ocean, in The Inner Sea
------------------------------------------------------------------------
4: The Savvy Aardvark [ha5r], ship, 2 hulls, 1 rowing port, 6 sails,
4: 25% damaged, arrived from Ocean [aj52], owner:
4: Phantasm [n4b], Imperial Empire, duke, with eight sailors
5: The Savvy Aardvark [ha5r], ship, 2 hulls, 1 rowing port, 6 sails,
5: 25% damaged, departed for Ocean [aj50].
Routes leaving Ocean:
North, to Ocean [ai51], 6 days
East, to Ocean [aj52], 6 days
South, to Ocean [ak51], 6 days
West, to Ocean [aj50], 6 days
It is windy.


Need an image dataset, but don't know how to get one? No problem. We're here to help.
The revolutionary DataPipe 3000 takes a text-based description of your dataset, scours the web to learn what your dataset needs to look like, then generates the images you need.  Try it today!


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W. P.No.2679 of 2020 IN THE HIGH COURT OF JUDICATURE AT MADRAS DATED : 05.02.2020 CORAM THE HONOURABLE MR.JUSTICE R.SUBBIAH and THE HONOURABLE MR.JUSTICE R.PONGIAPPAN W.P.No.2679 of 2020 and WMP.Nos.3103 & 3104 of 2020 K. Tamilarasi ... Petitioner Vs 1. The District Environmental Engineer, Tamil Nadu Pollution Control Board, Tiruppur North II Floor, Kumaran Commercial Complex Kumaran Road, Tiruppur 641 601. 2. The Superintending Engineer, TANGEDCO, Tamil Nadu Electricity Board, 208/650, Adayar Aanada Bhavan Upstair, K.R.P.S. Tower, IIIrd floor, Mettupalayam Bus stop, P.N.Road, Tiruppur 641 602. 3. The Executive Engineer, TANGEDCO, Tamil Nadu Electricity Board, Mettupalayam Bus stop, P.N.Road, Tiruppur - 641 602. 1/6 http://www.judis.nic.in W. P.No.2679 of 2020 4. The District Collector, Tiruppur District, Tiruppur. ... Respondents Writ Petition filed under Article 226 of the Constitution of India praying to issue a Writ of Certiorified Mandamus calling for the records culminating in the 1st respondent's communication Lr.No.F.009/Tech/DCC/DEE/TNPCB/TPN/2019 dated 08.11.2019, requesting the second respondent to take necessary action for disconnection of Electricity supply bearing No.TNEB SC No.094-011-626 for the alleged violation of (i) Section 21 of the Air (Prevention and Control of Pollution) Act 1981, as amended; and (2) Section 25 of the Water (Prevention and Control of Pollution Act, 1974, as amended and quash the same in so far as the petitioner's premises is concerned and consequently direct the 1st respondent to grant consent under (i) Section 21 of the Air (Prevention and Control of Pollution) Act 1981, as amended and (2) Section 25 of the Water (Prevention and Control of Pollution Act, 1974, for carrying on the activity of spinning mill to manufacture cotton yarn at the petitioner's factory premises carried on under the name and style of the Sri Venkateswara Textiles, situated at Plot No.31-33, 37-39, SIDCO Industrial Estate, 2/6 http://www.judis.nic.in W. P.No.2679 of 2020 Veppampalayam, Vellakovil, Tiruppur District 638 111. For Petitioner : Mr.B.Harikrishnan ORDER
[Order of this Court was made by R.SUBBIAH, J] The learned counsel for the petitioner seeks permission of this Court to withdraw the writ petition and he has also made an endorsement to that effect.
2. In view of the submission and endorsement made by the learned counsel for the petitioner, the writ petition is dismissed as withdrawn. No costs. Consequently connected miscellaneous petitions are also closed.
[R.P.S., J] [R.P.A., J] 05.02.2020 Speaking (or) Non Speaking Order Index : Yes/ No Internet : Yes dpq 3/6 http://www.judis.nic.in W. P.No.2679 of 2020
1. The District Environmental Engineer, Tamil Nadu Pollution Control Board, Tiruppur North II Floor, Kumaran Commercial Complex Kumaran Road, Tiruppur 641 601.
2. The Superintending Engineer, TANGEDCO, Tamil Nadu Electricity Board, 208/650, Adayar Aanada Bhavan Upstair, K.R.P.S. Tower, IIIrd floor, Mettupalayam Bus stop, P.N.Road, Tiruppur 641 602.
3. The Executive Engineer, TANGEDCO, Tamil Nadu Electricity Board, Mettupalayam Bus stop, P.N.Road, Tiruppur - 641 602.
4. The District Collector, Tiruppur District, Tiruppur.
4/6http://www.judis.nic.in W. P.No.2679 of 2020 R.SUBBIAH, J and R.PONGIAPPAN, J dpq W.P.No.2679 of 2020 and WMP.Nos.3103 & 3104 of 2020 05.02.2020 5/6 http://www.judis.nic.in W. P.No.2679 of 2020 All .
6/6http://www.judis.nic.in


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There is no input property defined for ResetESF action
There is no output property defined for ResetESF action
There is no obsolete input property for ResetESF action
There is no obsolete output property for ResetESF action


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This is the first project I built on my own after the Django bootcamp. I wanted to put into practice everything I learned in a simple project, without following any guideline.
I mainly used Class Based views to build this Django project. I used Foreign keys in my models to link the tasks to the user. Combined with the proper template tags, it allows the website to display personal content for each user.


Insidious: Chapter 3
Insidious: Chapter 3 is a movie starring Dermot Mulroney, Stefanie Scott, and Angus Sampson. A prequel set before the haunting of the Lambert family that reveals how gifted psychic Elise Rainier reluctantly agrees to use her ability...


0 results found for pick up location and drop off location .
0 results found for pick up location .
0 results found for drop off location .


These samples illustrate some of the possibilities and unique features of Amzi! Prolog.
Babel - Babel is a simple machine translation demo that recognizes the input language of a sentence and translates it into all of the other supported languages. It uses Unicode to represent the characters in the languages.misc_one_file/birds.pro - A sample expert system for identifying birds. The ideas in this system can be used for any identification type expert system, including identifying problems based on symptoms.
misc_one_file/catch.pro - A sample that illustrates the use of catch/3 and throw/1 for implementing code that processes error exceptions.
Configuration - A prototype of a configuration system that separates the reasoning engine, user interface, and actual product knowledge. The knowledge is stored in a subset of Prolog stylized for configuration.
misc_one_file/custord.pro - A small sample customer-order-entry system written entirely in Prolog. It shows how Prolog can be used for both the database as well as the transaction processing parts of a business application and encode rules for valid orders and inventory management.
misc_one_file/dcgxpand.pro - Source code for the DCG -> Prolog translator. This is the predicate that converts DCG syntax into the equivalent Prolog, inserting difference lists as appropriate. A compiled version of this code is included in the base system.
misc_one_file/dospath.pro - A DCG program that reads DOS path names, verifies that they are correct, and splits them into directory and path.
Duckworld - The Ducks adventure game example used in the Prolog programmer's guide short tutorial.
misc_one_file/eliza_uga.pro - A version of the famous Eliza program, developed at the University of Georgia.
misc_one_file/gene.pro - A collection of rules for family relationships, as well as rules for saving family data checking semantic integrity of updates. See ENGLAND.FAM as a sample data file for a specific family.
misc_one_file/logicW.pro - Clocksin & Mellish's classic program for translating formal logic to Prolog clauses, using Unicode characters for the logic symbols. Requires a wide-character enabled editor/environment to see the characters, such as winIDE_W.exe, with a font such as Lucida sans Unicode.
misc_one_file/money.pro - A program that solves word arithmentic problems, such as the famous S E N D + M O R E = M O N E Y.
mlist/mlist.pro - A sample DCG program that parses address labels into fields that can be entered in a database. For example, the label line 'STOW MA 01775' is parsed into city, state, and zipcode fields. See source code for documentation.
misc_one_file/nanisrch.pro - The sample adventure game used with Adventure in Prolog.
misc_one_file/pi.pro - Computes digits of pi.
misc_one_file/preprocessor_trace.pro - An example of using the preprocessor to define trace and error checking predicates that are only included in the program when a debugging flag is turned on.
ProXS - A general expert system shell with loadable rules for identification.
Rubik - The Rubik's Cube solver runs by itself in the IDE, or from the console, using a text based representation of the cube as its solved. Simple choose build/run and select rubik.xpl to see it run.
Ship - A sample program for presenting various shipping options for a package or letter. The various options and costs are computed with a combination of rules, tables and formulas.
SSched - A program that schedules teams for a tournament or season.
taxes/tax.pro - A sample program for filling out tax forms, plus an article, originally published in PCAI, describing how the program works.
misc_one_file/traffic1.pro - A very simple application illustrating how to implement a custom rule language and inference engine for it. The example uses a goal-driven engine.
misc_one_file/traffic2.pro - The same rules as in TRAFFIC1.PRO, and another simple inference engine, but this time a data-driven one.
misc_one_file/traffic3.pro - The same traffic rules, but with more readable syntax and loaded from a separate file.
Tutorial Tests - A tutorial testing application that implements a simple prototype of a tool for building tests that are designed to evaluate and teach as the student takes the test. The sample is also an illustration of a knowledgebase architecture.
warplan/WarPlan - David Warren's classic planning program, with a number of sample problems.
misc_one_file/wordlist.pro - A version of Clocksin and Mellish's program to read free form input from the user and parse it into lists of words.
Copyright ©1987-2011 Amzi! inc. All Rights Reserved. Amzi! is a registered trademark and Logic Server and e-Prolog are trademarks of Amzi! inc.


Context menu search extension's options
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| PDF |
Yuening Hu, Jordan Boyd-Graber, Brianna Satinoff. Interactive Topic Modeling. Proceedings of the 49th Annual Meeting of the Association for Computational Linguistics: Human Language Technologies (ACL-HLT 2011), 2011, pages pages 248-257, Portland, Oregon. |
| PDF |
Ke Zhai, Jordan Boyd-Graber, Nima Asadi, and Mohamad Alkhouja. Mr. LDA: A Flexible Large Scale Topic Modeling Package using Variational Inference in MapReduce. Proceedings of the 21th International World Wide Web Conference (WWW 2012), 2012, pages 879-888, Lyon, France. |
| PDF |
Vladimir Eidelman, Jordan Boyd-Graber, and Philip Resnik. Topic Models for Dynamic Translation Model Adaptation. Proceedings of the 50th Annual Meeting of the Association for Computational Linguistics (ACL 2012), 2012, pages 115-199, Jeju, Republic of Korea. |
| PDF |
Viet-An Nguyen, Jordan Boyd-Graber, and Philip Resnik. SITS: A Hierarchical Nonparametric Model using Speaker Identity for Topic Segmentation in Multiparty Conversations. Proceedings of the 50th Annual Meeting of the Association for Computational Linguistics (ACL 2012), 2012, pages 78-87, Jeju, Republic of Korea. |
| PDF |
Yuening Hu and Jordan Boyd-Graber. Efficient Tree-Based Topic Modeling. Proceedings of the 50th Annual Meeting of the Association for Computational Linguistics (ACL 2012), 2012, pages 275-279, Jeju, Republic of Korea. |
| PDF |
Jordan Boyd-Graber, Brianna Satinoff, He He, and Hal Daume III. Besting the Quiz
Master: Crowdsourcing Incremental Classification Games. Proceedings of the 2012 Joint Conference on Empirical Methods in Natural Language Processing and Computational Natural Language Learning (EMNLP-CoNLL 2012), 2012, pages 1290-1301, Jeju, Republic of Korea. |
| PDF |
Yuening Hu, Ke Zhai, Sinead Williamson, and Jordan Boyd-Graber. Modeling Images using Transformed Indian Buffet Processes. Proceedings of the 29th International Conference on Machine Learning (ICML 2012), 2012, Edinburgh, Scotland. |


Hello World
Click the button to add a class attribute with the value of "democlass" to the h1 element.
Try it


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How to Get Rich (without getting lucky) in the world:
Seek wealth, not money or status. Wealth is having assets that earn while you sleep. Money is how we transfer time and wealth. Status is your place in the social hierarchy.
Understand that ethical wealth creation is possible. If you secretly despise wealth, it will elude you.
 They gain status by attacking people playing wealth creation games.


Summer Capsules A film review by Michael John Legeros Copyright 1994 Michael John Legeros
SUMMER MOVIE CAPSULES - PART DEUX
WHERE THE RIVERS FLOW NORTH ===========================
Mildly engaging indy drama about a crusty Vermont logger (Rip Torn) who won't surrender (i.e., sell) to developers who are planning a dam that'll flood his leased land. Beautifully photographed by Paul Ryan and underdirected by Jay Craven, film is notable for an absence of *any* ecological stand and for the one-two punch of leading pair Rip Torn and Tantoo Cardinal (as his mate). Forget the what-passes-for-chemistry between Bridget Fonda and Nicholas Cage in IT COULD HAPPEN TO YOU, here's a summer-screen couple that *sizzles*. Oscar may notice.
>From the novel by Howard Frank Mosher.
Grade: B-
THE LITTLE RASCALS ==================
Terminally inoffensive update of the classic Hal Roach shorts--from unlikely choice Penelope Spheeris (WAYNE'S WORLD, THE BEVERLY HILLBILLIES)--that stars a cast of unknowns as "Our Gang." The kids can barely act, the editing is a mess, and the plot has more holes than 60-year-old film stock. That said, the whole thing has a breezy, infectious charm that (almost) overpowers the technical demerits.
Kids should love it, though adults may groan at gags that are older than they are. A half-dozen well-placed celebrity cameos help, as does the blooper reel over the end credits.
Grade: C+ (just otay)
BARCELONA =========
Tart, well-written comedy from Will Stillman (METROPOLITAN) about two American cousins (Taylor Nichols and Chris Eigeman) living in said Spanish city in "the last decade of the cold war." The former is a salesman, the latter is a Naval officer and, together, they spend most of the film trying to avoid anti-American sentiment while wooing the wild women of Barcelona. Watch for some great, low-key gags about shaving, ants, and underwear.
Not hilarious, but *very* amusing. Keen political edge, too!
Grade: B+
FRESH =====
Small but powerful inner-city drama about a 12-year-old Brooklyn boy (Sean Nelson) who sets-up a scheme to get himself and his sister away from drugs (he's a courier, she's a junkie) and out of the projects. The well-written script--by first-time filmmaker Boaz Yakin--is the draw here. The premise may not be entirely believable, but Yakin's crisp characterizations more than compensate for any occasional lag in narration.
Nelson is a find, a tough cookie who'll break your heart by the end. Samuel L. Jackson plays the father, a speed chess player who injects enough life lessons into the game to make FRESH feel like a companion piece to SEARCHING FOR BOBBY FISHER. Too bad the sound enginnering is awful. Don't expect to hear all the dialogue in this one.
One question: where's Harvey Keitel?
Grade: B+
.
The review above was posted to the
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Related links: index of all rec.arts.movies.reviews reviews


In this unit I learned about basics of the web which are:
The web: collection of HTML Docs
HTML: Hyper Text Mark-up Language which is the main type of document of the web
URLs: asimple protocol to communicate with the browser, the Internet and the Servers
HTTP
Web Apps.
HTML
it is made up of:
Text Content
Markup
Refs to other docs
Links to other pages
HTML Markup
is composed of opening tag and closing tag. This is also referred to as element
Some examples of HTML markups that I learned are: BOLD, Italic,
Computers are called "stupid" by the programmers because of the way they understand the instructions
given to them by the human programmers.
HTML Atts
which is the same as tags but it has Attribute = "value"
for example Anchor tag is used to link a text to a web page.
like: click Udacity to go to its website
Void tags: has no contents
Inline/Block
Inline tags simply end a line
while Block tags make invisible box in which text is typed
HTML Docs
it includes doctype, title, content,


Before Change
// create empty arrays on the remote device and copy them once.
// This can avoid some memory issues that make the measurement results unreliable.
args = [nd.empty(x[0], dtype=x[1], ctx=ctx) for x in build_result.arg_info]
args = [nd.array(x, ctx=ctx) for x in args]
ctx.sync()
costs = time_f(*args).results
After Change
args = [nd.array(x, ctx=ctx) for x in ref_input]
else:
try:
random_fill = remote.get_function("tvm.contrib.random.random_fill")
except AttributeError:
raise AttributeError("Please make sure USE_RANDOM is ON in the config.cmake "
"on the remote devices")
args = [nd.empty(x[0], dtype=x[1], ctx=ctx) for x in build_result.arg_info]


Chapter 3 Setting up the project in R
3.1 Getting started
Make sure this line up with the end of chapter 2
Now that the project is set-up it is time to build the package skeleton. The aim of this chapter is to walk through building this structure, allowing the R code preforming the functions to be added later. By the end of the chapter you should have an R package that builds. This chapter will mainly be working in RStudio.
##R Studio
Open RStudio. First we start a new project. The reason for this is to organise your work into a project: a folder on your computer that holds all the files relevant to that particular piece of work. This folder is where you will work from. This makes dealing with file paths a lot easier Aexplanation of filepath here? . In the top left of RStudio, select File > New project > Existing Directory > browse
and now select the folder where the git project was set-up. This will be the folder where the GitLab repository was cloned, and the folder will be called the name of the GitLab repository.
once chapter 2 is done specify this clear
##R Project
You will now be in project called the same as your GitLab repository. On an ONS laptop R you will need to change the .libPaths (this is the library where RStudio looks for packages, the library is just a folder where all the code for packages is stored) as the default will be on the network drive. This works, but runs slowly as RStudio has to access the networked drive every time it accesses a package. You want to change this to the D: drive (which is not networked, it’s a local hard drive):
.libPaths("D:/R/lib")
3.2 R packages needed
To install packages use the command install.packages()
and make sure the package is loaded in your session, by using the command library()
. For example to install the package tidyr:
install.packages("tidyr")
library(tidyr)
You only need to install the package once (caveat: the package will need updating occasionally) but you will need to load the package into the library in every new R session.
You will need the following packages installed and before you begin:
devtools - this sets up the package, documents the package, tests that the package has been set up correctly (e.g. with all documentation etc.), checks that the code runs from beginning to end, and builds the package if all tests are passed
usethis - this package is replacing devtools. Devtools is being depreciated so going forward we may need to use this instead
testthat - does unit tests for functions. Unit tests check that the code is doing what you expect it to do (e.g. it checks classes, outputs etc.). These are only tested when you build the package and these unit tests have to pass for the package to built
futile.logger - active tests for data validation (e.g. checks the data for missing values, negative values that don’t make sense etc.). These tests are conducted each time you run the function
Blog to explain futile logging and difference between types of testing:
roxygen2 - allows for the documentation of functions. This automatically installs with devtools. Devtools will call roxygen2 with devtools::document
, adding the documentation to the package, so you will not need to install separately
packrat (optional) - this takes package dependencies into account, ensuring that in future when packages that are used in your package are updated, then this will automatically update in your package and it will still work. Whilst in principle we need to account for package dependencies, we’re looking into other options as packrat may not be the optimal way of taking care of this
3.3 Package Structure
- R/
- first_function.R
- second_function.R
- third_unction.R
- Man/
- Tests/ .gitignore .Rbuildignore .RData .Rhistory compR.Rproj DESCRIPTION NAMESPACE README.md
A note on all the folders and files in the package Some need to be edited, some it is best to not edit unless you are an advanced user.
R - This folder contains all your functions. One script should be used per function. This will covered more in Chapter 6.
Man - This folder contains the documentation. This will be automatically generated, as described in Chapter 5. Do not edit this folder manually.
Tests - This folder will contains unit tests for advanced packages. More description in Chapter 8.
.gitignore - a gitignore file specifies intentionally untracked files that git should ignore. In general the .gitignore is used to ensure that sensitive documents are not accidentally uploaded to a central repository open to everyone. For example. *.xlsx
added to the gitignore will make sure any Excel document with the file type .xlsx will not be pushed to a git repository, so it is kept on your local computer only.
.Rbuildignore .RData .Rhistory - Needed for the package.
compR.Rproj - Project file for Rstudio, don’t touch.
DESCRIPTION - Key info on the package e.g. authors, contact, package version, imports (other packages needed to run this package).
NAMESPACE - For a function to be usable outside of your package, you must export it. By default roxygen2 doesn’t export anything from your package. If you want an object to be publically available, you must explicitly tag it with (???).
README.md - This file contains information on the package. It will automatically be displayed in a git repository, so it can be used to describe the package to anyone who views the repository. Typically contains a description of the package, the functions it contains, and a typical use case. For a small RAP project this might be enough, however a longer description might also be needed in a separate document.
3.4 Creating the package
Rather than create all the necessary packages we use the usethis
package to automatically create the necessary structure. Type into the console:
usethis::create_package(add the file path here e.g. d:/git/folder_name)
You should notice that the package has now be filled with new files. Next we’ll get the package ready to build.
###Descrption
First edit the description file. Select the file and it will open in a window. There will be a minimal bare-bones description already there. It should look something like:
Package: mypackage
Title: What The Package Does (one line, title case required)
Version: 0.1
Authors@R: person("First", "Last", email =<EMAIL_ADDRESS>role = c("aut", "cre"))
Description: What the package does (one paragraph)
Depends: R (>= 3.1.0)
License: What license is it under?
LazyData: true
Change the description file created with the project (you'll find the description file on the bottom right corner of RStudio under 'file'). Add your own description here. You can do this in R or in GitBash (but doing this in R is recommended and easier). You will need to add title, description, authors etc. for the project.
This should be edited, but be careful to keep the format/syntax the same otherwise this will cause an error and the package wil not build. Change the Package, Title, Author@R, Description. An example description might look like:
Package: compR
Title: Generates Compliance Report
Version: <IP_ADDRESS>00
Authors@R: c(person("Joshua", "Halls"<EMAIL_ADDRESS>role="cre"), person("Catrin", "Cheung"<EMAIL_ADDRESS>role="aut"))
Description: Caculates Compliance costs
License: What license it uses
Encoding: UTF-8
LazyData: true
Imports:
stringr,
tidyr
RoxygenNote: 6.1.1
Suggests:
testthat
3.5 Check the package
Your package should now build! But first we check the package. The command:
devtools::check
will run a series of 50 checks on the package. The tests are explained in R Packages
This will not check whether the code works fine or makes sense, only that the package is setup correctly. It will separate issues into three categories:
- Errors, which are severe problems and prevent the package from building. If there is an error devtools will stop checking. You need to fix the error and then re-run.
- Warnings, these are issues which should be fixed at some point, but are not necessarily big issues an can be left for now.
- Notes, these are small technical suggestions and it is not necessary to fix these unless you want to get your package on CRAN.
So, run devtools:check()
, fix any errors, but for now ignore warnings and notes. Consult the book R Packages if you are stuck.
3.6 Building the package
If there are no errors then it is time to build the package! When in Rstudio you can select Build in the top ribbon, and then Build all, or use:
ctl + shift + b
The R session will re-load and the package should now be built. You can check that it worked by trying to library your package, if it works then your package skeleton is complete.
library(package_name)


GIRL 6 A film review by Scott Marcus Copyright 1996 Scott Marcus
Cast: Theresa Randle, Isiah Washington, Spike Lee Cameos: Quentin Tarantino, Madonna, Naomi Campbell, Richard Belzer, John Turturro, Halle Berry Director: Spike Lee Writer: Suzan-Lori Parks Composer: Prince Grade: D
GIRL 6 is, in a word, a mess. I was never able to determine what Spike Lee was trying to accomplish with this film. There was no sense of where the film was going, or any kind of coherent narrative. If there was a point to the film, I missed it. Girl 6, by the way, is the way Theresa Randle's character is addressed in the phone sex workplace; all the girls are known by their numbers.
The plot, such as it is: Theresa Randle is a struggling N.Y. actress, and eventually takes a job as a phone-sex operator. She begins to lose contact with reality, as her job consumes her. Also, she must deal with the advances of her ex-husband (Isiah Washington). He is an ex- con thief, and she tries to keep him away, while at the same time, it's clear that she still harbors feelings for him. Her neighbor, Jimmy (Spike Lee) functions as the observer; mediating between the ex- husband and Girl 6. He also functions as a point of stability, as he watches her become seduced by the lurid world of phone sex.
The soundtrack, consisting of songs by Prince, was jarring. It kept taking my attention from the film - not altogether a bad thing, I'll grant you, as what was transpiring onscreen wasn't that riveting. For parts of the middle of the film, the music stayed blissfully in the background. In the opening sequence and one scene later in the film, however, the music was particularly loud and distracting. Of course, I've never really cared for Prince's (or TAFKAP if you like) music. Prince fans might love the soundtrack, but it will probably be distracting, even to die-hard fans.
Of the performances, the only one that stood out was Spike Lee's buddy character, Jimmy. He was excellent as the always-broke neighbor of Girl 6. He should have stuck to acting in this film. There are several sequences that gave me the impression that he'd like to be Oliver Stone when he grows up. There are scenes shot with different types of film, which are purposely grainy, and reminiscent of some of the scenes in Oliver Stone's NATURAL BORN KILLERS. In that film, they worked to propel the narrative. In this film, they just made me more confused.
There are some amusing moments, and a few insights into the lives of the women who use their voices to make the phone-sex industry the multi-billion dollar industry that it has become.  There are a few intense moments, as when one caller becomes frightening, but even that is rather lackluster.
I'm not the biggest fan of Spike Lee, though I'd agree that he has done some very good work in the past. In GIRL 6, though, he seems to be floundering. He had an interesting idea, a fairly good setup, and seemed to wander aimlessly from there. GIRL 6 earns a grade of D.
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


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Akshay Chalana's presentation at SIFP 2011
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for OS/2 |
If you need to build the OpenSSL library for yourself, EG you're porting an application that requires SSL or other cryptography functions provided by it, all you need to do is the following.
tar xzf openssl-0.9.6.tar.gz
tar
makes in place of symlinks
patch -p0 < openssl-emx.patch
os2\emx.cmd
to generate the makefiles. Note that
this requires that you have a PERL interpreter installed.
make -f emx.mak
The OpenSSL developers have commited my patches to the 0.9.7 source which allows it to build "out of the box" on OS/2. The source includes the file "INSTALL.OS2" which provides build instructions. However, this only supports EMX GCC.


CREATE CONSTRAINT TRIGGER name AFTER event [ OR ... ] ON table_name [ FROM referenced_table_name ] { NOT DEFERRABLE | [ DEFERRABLE ] { INITIALLY IMMEDIATE | INITIALLY DEFERRED } } FOR EACH ROW [ WHEN ( condition ) ] EXECUTE PROCEDURE function_name ( arguments )
CREATE CONSTRAINT TRIGGER creates a constraint trigger. This is the same as a regular trigger except that the timing of the trigger firing can be adjusted using SET CONSTRAINTS. Constraint triggers must be AFTER ROW triggers. They can be fired either at the end of the statement causing the triggering event, or at the end of the containing transaction; in the latter case they are said to be deferred. A pending deferred-trigger firing can also be forced to happen immediately by using SET CONSTRAINTS.
The name of the constraint trigger. This is also the name to use when modifying the trigger's behavior using SET CONSTRAINTS. The name cannot be schema-qualified — the trigger inherits the schema of its table.
One of INSERT, UPDATE, or DELETE; this specifies the event that will fire the trigger. Multiple events can be specified using OR.
The (possibly schema-qualified) name of the table in which the triggering events occur.
The (possibly schema-qualified) name of another table referenced by the constraint. This option is used for foreign-key constraints and is not recommended for general use.
The default timing of the trigger. See the CREATE TABLE documentation for details of these constraint options.
A Boolean expression that determines whether the trigger function will actually be executed. This acts the same as in CREATE TRIGGER. Note in particular that evaluation of the WHEN condition is not deferred, but occurs immediately after the row update operation is performed. If the condition does not evaluate to true then the trigger is not queued for deferred execution.
The function to call when the trigger is fired. See CREATE TRIGGER for details.
Optional argument strings to pass to the trigger function. See CREATE TRIGGER for details.


| I l@ve RuBoard |
This module defines some constants that can check character classes, and some useful string functions. See the module re for string functions based on regular expressions. The constants defined in this module are:
The string '0123456789'.
The string '0123456789abcdefABCDEF'.
The concatenation of the strings lowercase() and uppercase() (check their entries in this list).
A string containing all characters considered lowercase letters. On most systems this is the string 'abcdefghijklmnopqrstuvwxyz'. Don't change its definition: the effect on the routines upper() and swapcase() is undefined.
The string '01234567'.
A string containing all characters considered uppercase letters. On most systems this is the string 'ABCDEFGHIJKLMNOPQRSTUVWXYZ'. Don't change its definition: the effect on the routines lower() and swapcase() is undefined.
A string containing all characters that are considered whitespace. On most systems this includes the characters space, tab, linefeed, return, formfeed, and vertical tab. Don't change its definition: the effect on the routines strip() and split() is undefined.
The functions defined in this module are:
Converts a string to a floating-point number. The string must have the standard syntax for a floating-point literal in Python, optionally preceded by a sign (+ or -). Note that this behaves identically to the built-in function float() when passed a string.
When passing in a string, values for NaN and Infinity may be returned, depending on the underlying C library. The specific set of strings accepted that cause these values to be returned depends entirely on the C library and is known to vary.
Converts string s to an integer in the given base. The string must consist of one or more digits, optionally preceded by a sign (+ or -). The base defaults to 10. If it's 0, a default base is chosen depending on the leading characters of the string (after stripping the sign): 0x or 0X means 16, means 8, anything else means 10. If base is 16, a leading 0x or 0X is always accepted. When invoked without base or with base set to 10, this behaves identically to the built-in function int() when passed a string. (Also note: for a more flexible interpretation of numeric literals, use the built-in function eval().)
Converts string s to a long integer in the given base. The string must consist of one or more digits, optionally preceded by a sign (+ or -). The base argument has the same meaning as for atoi(). A trailing l or L isn't allowed, except if the base is 0. When invoked without base or with base set to 10, this behaves identically to the built-in function long() when passed a string.
Capitalizes the first character of the argument.
Splits the argument into words using split(), capitalizes each word using capitalize(), and joins the capitalized words using join(). This replaces runs of whitespace characters by a single space and removes leading and trailing whitespace.
Expands tabs in a string, i.e., replaces them by one or more spaces, depending on the current column and the given tab size. The column number is reset to zero after each newline occurring in the string. This doesn't understand other nonprinting characters or escape sequences. The tab size defaults to 8.
Returns the lowest index in s where the substring sub is found such that sub is wholly contained in s[start:end]. Returns -1 on failure. Defaults for start and end, and interpretation of negative values is the same as for slices.
Like find() but finds the highest index.
Like find() but raises ValueError when the substring isn't found.
Like rfind() but raises ValueError when the substring isn't found.
Returns the number of (nonoverlapping) occurrences of substring sub in string s[start:end]. Defaults for start and end, and interpretation of negative values is the same as for slices.
Returns a copy of s, but with uppercase letters converted to lowercase.
Returns a translation table suitable for passing to translate() or regex.compile() that maps each character in from into the character at the same position in to ; from and to must have the same length.
Don't use strings derived from lowercase and uppercase as arguments; in some locales, these don't have the same length. For case conversions, always use lower() and upper().
Returns a list of the words of the string s. If the optional second argument sep is absent or None, the words are separated by arbitrary strings of whitespace characters (space, tab, newline, return, formfeed). If the second argument sep is present and not None, it specifies a string to be used as the word separator. The returned list then has one more item than the number of nonoverlapping occurrences of the separator in the string. The optional third argument maxsplit defaults to 0. If it's nonzero, at most maxsplit number of splits occur, and the remainder of the string is returned as the final element of the list (thus, the list has at most maxsplit+1 elements).
This function behaves identically to split(). In the past, split() was used with only one argument; splitfields() was used with two.
Concatenates a list or tuple of words with intervening occurrences of sep. The default value for sep is a single space character. It's always true that string.join(string.split(s, sep), sep) equals s.
This function behaves identically to join(). In the past, join() was used with only one argument, while joinfields() was used with two arguments.
Returns a copy of s but without leading whitespace characters.
Returns a copy of s but without trailing whitespace characters.
Returns a copy of s without leading or trailing whitespace.
Returns a copy of s, but with lowercase letters converted to uppercase and vice versa.
Deletes all characters from s that are in deletechars (if present) and then translates the characters using table, which must be a 256-character string giving the translation for each character value, indexed by its ordinal.
Returns a copy of s, but with lowercase letters converted to uppercase.
Respectively left justifies, right justifies, and centers a string in a field of given width. They return a string that is at least width characters wide, created by padding the string s with spaces until the given width on the right, left, or both sides. The string is never truncated.
Pads a numeric string on the left with zero digits until the given width is reached. Strings starting with a sign are handled correctly.
Returns a copy of string str with all occurrences of substring old replaced by new. If the optional argument maxsplit is given, the first maxsplit occurrences are replaced.
This module is implemented in Python. Much of its functionality has been reimplemented in the built-in module strop. However, you should never import the latter module directly. When string discovers that strop exists, it transparently replaces parts of itself with the implementation from strop. After initialization, there is no overhead in using string instead of strop.
| I l@ve RuBoard |


Source: show
# File app/helpers/dashboard_helper.rb, line 6 def total_calories_exceeded @total_calories > @expected_calories end
# File app/helpers/dashboard_helper.rb, line 2 def total_calories_percent [100, (@total_calories.to_f / @expected_calories) * 100].min end


TSelf
- Concrete type of the MethodInfoBuilder
TMethodInfo
- Concrete type of the MethodInfo
to be createdTContractInfoBuilder
- Concrete type of the ContractInfoBuilder
used by this builderTParameterInfoBuilder
- Concrete type of the ParameterInfoBuilder
used by this builderEthereumContractInfoBuilder.EthereumMethodInfoBuilder
, FabricContractInfoBuilder.FabricMethodInfoBuilder
public abstract class MethodInfoBuilder<TSelf extends MethodInfoBuilder<TSelf,TMethodInfo,TContractInfoBuilder,TParameterInfoBuilder>,TMethodInfo extends MethodInfo,TContractInfoBuilder extends ContractInfoBuilder,TParameterInfoBuilder extends ParameterInfoBuilder>
extends java.lang.Object
MethodInfo
objects.ContractInfo
,
MethodInfo
,
MethodInfoBuilder
,
ParameterInfoBuilder
,
EventInfoBuilder
,
EventParameterInfoBuilder
,
EventFieldInfoBuilder
| Modifier and Type | Field | Description |
|---|---|---|
protected TContractInfoBuilder |
contractInfoBuilder |
|
protected java.lang.String |
contractMethodName |
|
protected boolean |
isReadOnly |
|
protected boolean |
isSpecialMethod |
|
protected java.lang.reflect.Method |
method |
|
protected TMethodInfo |
methodInfo |
|
protected java.util.SortedMap<java.lang.reflect.Parameter,TParameterInfoBuilder> |
parameterInfoBuilders |
|
protected java.lang.Class<? extends TypeConverter<?,?>> |
resultTypeConverterClass |
| Modifier | Constructor | Description |
|---|---|---|
protected |
MethodInfoBuilder(TContractInfoBuilder contractInfoBuilder,
java.lang.reflect.Method method) |
Initializes a new
MethodInfoBuilder for the given method and assigns the values from the metadata
annotation ContractMethod |
| Modifier and Type | Method | Description |
|---|---|---|
TContractInfoBuilder |
build() |
Creates the
MethodInfo object declared through the fluent API. |
protected abstract TParameterInfoBuilder |
builderForParameterInternal(java.lang.reflect.Parameter parameter) |
Creates and initializes a new
ParameterInfoBuilder for the given parameter. |
protected abstract TMethodInfo |
buildInternal() |
Creates the concrete
MethodInfo represented by the builder. |
TMethodInfo |
getMethodInfo() |
Returns the
MethodInfo object declared through the fluent API. |
protected TParameterInfoBuilder |
getOrCreateParameterInfoBuilder(java.lang.reflect.Parameter parameter) |
Creates or returns a preexisting
ParameterInfoBuilder for a parameter of the contract method targeted by
this MethodInfo |
boolean |
hasBeenBuilt() |
Returns if the
MethodInfo object represented by the builder has already been built or not. |
TSelf |
name(java.lang.String name) |
Sets the name of the smart contract method targeted by this
MethodInfo . |
TParameterInfoBuilder |
parameter(int i) |
Creates or returns a preexisting
ParameterInfoBuilder for a parameter of the contract method targeted by
this MethodInfo |
TParameterInfoBuilder |
parameter(java.lang.reflect.Parameter parameter) |
Creates or returns a preexisting
ParameterInfoBuilder for a parameter of the contract method targeted by
this MethodInfo |
TSelf |
readonly(boolean isReadOnly) |
Controls whether or not the smart contract method targeted by this
MethodInfo should be called without
modifying the blockchain state. |
protected TSelf |
self() |
Returns itself as the generic parameter
TSelf . |
TSelf |
specialMethod(boolean isSpecialMethod) |
Controls whether or not the method targeted by this
MethodInfo is marked as special method to the
underlying provider. |
TSelf |
useResultTypeConverter(java.lang.Class<? extends TypeConverter<?,?>> typeConverterClass) |
Sets the
TypeConverter to be used to convert the smart contracts result to the method's declared return
type. |
protected final TContractInfoBuilder extends ContractInfoBuilder contractInfoBuilder
protected final java.lang.reflect.Method method
protected final java.util.SortedMap<java.lang.reflect.Parameter,TParameterInfoBuilder extends ParameterInfoBuilder> parameterInfoBuilders
protected java.lang.String contractMethodName
protected boolean isReadOnly
protected boolean isSpecialMethod
protected java.lang.Class<? extends TypeConverter<?,?>> resultTypeConverterClass
protected TMethodInfo extends MethodInfo methodInfo
protected MethodInfoBuilder(TContractInfoBuilder contractInfoBuilder, java.lang.reflect.Method method)
MethodInfoBuilder
for the given method and assigns the values from the metadata
annotation ContractMethod
contractInfoBuilder
- parent buildermethod
- smart contract methodpublic TSelf name(java.lang.String name)
MethodInfo
. ContractMethod.value()
name
- name of the smart contract method targeted by this MethodInfo
MethodInfoBuilder
public TSelf readonly(boolean isReadOnly)
MethodInfo
should be called without
modifying the blockchain state. ContractMethod.isReadOnly()
isReadOnly
- flag indicating whether or not the smart contract method targeted by this MethodInfo
should be called without modifying the blockchain state.MethodInfoBuilder
public TSelf useResultTypeConverter(java.lang.Class<? extends TypeConverter<?,?>> typeConverterClass)
TypeConverter
to be used to convert the smart contracts result to the method's declared return
type. ContractMethod.useTypeConverter()
typeConverterClass
- class of the TypeConverter
to be used to convert the smart contract's resultMethodInfoBuilder
public TSelf specialMethod(boolean isSpecialMethod)
MethodInfo
is marked as special method to the
underlying provider. ContractMethod.isSpecialMethod()
isSpecialMethod
- flag indicating whether or not the method targeted by this MethodInfo
is marked as
special methodMethodInfoBuilder
protected TSelf self()
TSelf
. MethodInfoBuilder
to
return the correct type from the fluent methods like name(String)
.this
casted to TSelf
public TParameterInfoBuilder parameter(java.lang.reflect.Parameter parameter)
ParameterInfoBuilder
for a parameter of the contract method targeted by
this MethodInfo
parameter
- parameter of the method targeted by this MethodInfo
ParameterInfoBuilder
for the specified parameterjava.lang.IllegalArgumentException
- in case the parameter could not be found on the targeted method.public TParameterInfoBuilder parameter(int i)
ParameterInfoBuilder
for a parameter of the contract method targeted by
this MethodInfo
i
- index of a parameter of the method targeted by this MethodInfo
ParameterInfoBuilder
for the specified parameterjava.lang.IllegalArgumentException
- in case the parameter could not be found on the targeted method.protected TParameterInfoBuilder getOrCreateParameterInfoBuilder(java.lang.reflect.Parameter parameter)
ParameterInfoBuilder
for a parameter of the contract method targeted by
this MethodInfo
parameter
- parameter of the method targeted by this MethodInfo
ParameterInfoBuilder
for the specified parameterpublic TMethodInfo getMethodInfo()
MethodInfo
object represented by the builderjava.lang.IllegalStateException
- in case the build()
has not been called before.public boolean hasBeenBuilt()
MethodInfo
object represented by the builder has already been built or not.MethodInfo
object represented by the builder has already been
built or notpublic final TContractInfoBuilder build()
MethodInfo
object declared through the fluent API. MethodInfo
object represented by the builderjava.lang.IllegalStateException
- in case the build()
has been called before.protected abstract TParameterInfoBuilder builderForParameterInternal(java.lang.reflect.Parameter parameter)
ParameterInfoBuilder
for the given parameter.parameter
- parameterParameterInfoBuilder
for the given parameter.protected abstract TMethodInfo buildInternal()
MethodInfo
represented by the builder.MethodInfo
represented by the builder


Url routing adds URL-based navigation to your single-page's content.
Once configured, the browser URL will determine what content is rendered, allowing users to bookmark and link to multiple "pages", managed as a single file.
By wrapping content in an <x-app-view> element and setting the url attribute, the contained-content won't be displayed until the URL path matches the path set in the url attribute.
Parent routes can have content shared for child routes, like a child-menu or sub-nav.
The following example shows a very simple routing implementation. it is used throughout this document, but you can also see a concise example here:
The routing components can handle complex routing strategies too. Check out some advance use-cases they support below.


Mon Mar 28, 2011
I recently finished watching the complete Firefly series on Netflix. That sounds like a lot of TV watching, but it only ran for 14 episodes before it got cancelled due to low ratings. Most geeks agree, however, that this show was a little gem, was poorly marketed by Fox, and should never have died so early. After watching it, I would have to agree.
I guess this show falls into the space-western genre, and with plenty of horses, bandits, prostitutes, and bounty hunters, I’d say it falls more into the “western” part of the spectrum. The CGI is a bit dated, but not bad for 2002. What really drives the show are the terrific characters, with particularly strong female leads, and wonderful camaraderie among the crew.
With a liberal sprinkling of romance thrown in, I can see why both genders enjoy this show immensely. The creator, Joss Whedon, played with several sub genres throughout the too-short series, with suspense, horror, adventure, and comedy providing a different mood for any given episode.
On the negative side, I’d have to say that the acting and the overall story arc is not as good as the crazy-good Battlestar Gallactica - but it would be hard for any Sci-Fi to come close. Given a chance, this show could have blossomed in its maturity. Too bad it was axed in its infancy. I will definitely be watching the follow-up movie, Serenity, which the fans basically demanded into being. A lot of questions were left unanswered, so I’m looking forward to some closure. Recently there was some talk of resurrecting the show independently and putting it out on the internet. Probably not going to happen, but there’s always hope.


An element can be used as a background for other content. Remember that the we support square ratio!
| content | preview |
| text inside + changed speed of animation |
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do
eiusmod tempor incididunt ut labore et dolore magna aliqua.
|


interface SharedItemClicked
Called when a shared item in two fragments has been clicked
onClick
abstract fun onClick(position: Int, view: View): Unit
On click of view


- 3 oz pineapple juice
- 1 oz lemon juice
- ¼ oz simple syrup, demerera
- 1 oz ginger liqueur
- ½ oz allspice liqueur
- 1 oz rum, black blended
- 1 oz rum, blended lightly aged
Source: Smuggler's Cove
144 cocktails curated by Hadley
Source: Smuggler's Cove
Source: Smuggler's Cove
Source: Smuggler's Cove
Source: Smuggler's Cove
Source: Smuggler's Cove
Source: Smuggler's Cove
Source: Smuggler's Cove
Source: Smuggler's Cove
Source: Smuggler's Cove
Source: Smuggler's Cove


{% extends 'base.html'%} {% block content %}
Oops! Seem like the resource you are looking for is unavailable!


webmachine
Webmachine contact information
Have questions about Webmachine that aren't answered here? We'd love to hear from you.
Subscribers to the Webmachine mailing list include both users and the core development team.
Have questions about Webmachine that aren't answered here? We'd love to hear from you.
Subscribers to the Webmachine mailing list include both users and the core development team.


state
System Control Panel
SLEDGE
AUGER CONTROL PANEL
PROB CONTROL PANEL
PERISTALTIC PUMP
state
Sensor Monitor


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Veg-Roll


|----------------| | | | | | They are digi- | | ng mines! | | | | | | By: Bruno | |----------------|
You flip through the book:
Chapter 1: Sandbox ------------------------------ "Here comes the school bus", Hemeth said. Hemeth is the teacher. The students come to the bus. Driving along the road, every student said, "How much miles left?". Then... then... then... 10 miles then... then... then.................10543 pages later (or 20 days later):
The school was rich.  The end.
Then you see. It's the writing club. You decide to join it.
How to use github: How to use Github


Frame Sizes
Different Sizes
The size of an APNG image sequence is the same for all individual images. Width and height are stored in a header data chunk like in a simple PNG file. Even if it may look different within an APNG file. But the user does not usually come into contact with this.
Picture Sequence with Different Sizes
In the folder RunPNG/doc/samples/sectors 1/ there is a series of images (Frame #0.png - Frame #7.png) that we want to import. Six of these images have the dimensions 256 x 256 pixels. But two deviate from them.
At a first glance you can see that the pictures are not of the same size. If you hover the mouse pointer over frame #3, for example, the size 192 x 192 will be read there. It is too small for the purpose. The opposite is the case with frame #7 at 384 x 384 pixels. That's too big. In this case, RunPNG uses the yellow dashed frame to indicate the relative image size with which the application is currently working.
We could of course save an animated sequence with the material as it is. However, RunPNG has to adhere to the common size.  Implicitly as if the user had cropped or filled images. Which might not be desirable in the rumbling result.
Common Sizes
But the given sizes are all not suitable. Because we want to save a small moving activity or waiting symbol with the dimensions 200 x 200 pixels. To do this, we enter the new width and height under the PNG File tab, select Scale or pad images and click on Apply size. Then all single images will get the same size.
Now we just have to tell the application under the PNG File tab that we want an animation. And under the tab Single Frame we set 100 ms. Don't forget to press Delay for all frames.
Note: Sometimes not all of a series of images have the same aspect ratio. Or a different aspect ratio was entered under the PNG File tab. RunPNG scales and crops symmetrically and centered. If the aspect ratio is unsuitable, this can result in gaps on the outside. In that case the ... or pad images means that they are then padded with transparency.


--- title: "tfruns: Track and Visualize Training Runs" output: rmarkdown::html_vignette: default vignette: > %\VignetteIndexEntry{Introduction to tfruns} %\VignetteEngine{knitr::rmarkdown} %\VignetteEncoding{UTF-8} type: docs repo: https://github.com/rstudio/tfruns menu: main: name: "Introduction to tfruns" identifier: "tools-tfruns-overview" parent: "tfruns-top" weight: 10 aliases: - /tools/tfruns/ - /tools/tfruns/articles/overview.html ---
The tfruns package provides a suite of tools for tracking, visualizing, and managing TensorFlow training runs and experiments from R:
Track the hyperparameters, metrics, output, and source code of every training run.
Compare hyperparmaeters and metrics across runs to find the best performing model.
Automatically generate reports to visualize individual training runs or comparisons between runs.
No changes to source code required (run data is automatically captured for all Keras and TF Estimator models).
You can install the tfruns package from CRAN as follows:
The package is intended to be used with the keras and/or the tfestimators packages, both of which provide higher level interfaces to TensorFlow from R. These packages can be installed with:
In the following sections we’ll describe the various capabilities of tfruns. Our example training script (mnist_mlp.R) trains a Keras model to recognize MNIST digits.
To train a model with tfruns, just use the training_run()
function in place of the source()
function to execute your R script. For example:
When training is completed, a summary of the run will automatically be displayed if you are within an interactive R session:
The metrics and output of each run are automatically captured within a run directory which is unique for each run that you initiate. Note that for Keras and TF Estimator models this data is captured automatically (no changes to your source code are required).
You can call the latest_run()
function to view the results of the last run (including the path to the run directory which stores all of the run’s output):
$ run_dir : chr "runs/2017-10-02T14-23-38Z"
$ eval_loss : num 0.0956
$ eval_acc : num 0.98
$ metric_loss : num 0.0624
$ metric_acc : num 0.984
$ metric_val_loss : num 0.0962
$ metric_val_acc : num 0.98
$ flag_dropout1 : num 0.4
$ flag_dropout2 : num 0.3
$ samples : int 48000
$ validation_samples: int 12000
$ batch_size : int 128
$ epochs : int 20
$ epochs_completed : int 20
$ metrics : chr "(metrics data frame)"
$ model : chr "(model summary)"
$ loss_function : chr "categorical_crossentropy"
$ optimizer : chr "RMSprop"
$ learning_rate : num 0.001
$ script : chr "mnist_mlp.R"
$ start : POSIXct[1:1], format: "2017-10-02 14:23:38"
$ end : POSIXct[1:1], format: "2017-10-02 14:24:24"
$ completed : logi TRUE
$ output : chr "(script ouptut)"
$ source_code : chr "(source archive)"
$ context : chr "local"
$ type : chr "training"
The run directory used in the example above is “runs/2017-10-02T14-23-38Z”. Run directories are by default generated within the “runs” subdirectory of the current working directory, and use a timestamp as the name of the run directory. You can view the report for any given run using the view_run()
function:
Let’s make a couple of changes to our training script to see if we can improve model performance. We’ll change the number of units in our first dense layer to 128, change the learning_rate
from 0.001 to 0.003 and run 30 rather than 20 epochs
. After making these changes to the source code we re-run the script using training_run()
as before:
This will also show us a report summarizing the results of the run, but what we are really interested in is a comparison between this run and the previous one. We can view a comparison via the compare_runs()
function:
The comparison report shows the model attributes and metrics side-by-side, as well as differences in the source code and output of the training script.
Note that compare_runs()
will by default compare the last two runs, however you can pass any two run directories you like to be compared.
We’ve demonstrated visualizing and comparing one or two runs, however as you accumulate more runs you’ll generally want to analyze and compare runs many runs. You can use the ls_runs()
function to yield a data frame with summary information on all of the runs you’ve conducted within a given directory:
Data frame: 4 x 28
run_dir eval_loss eval_acc metric_loss metric_acc metric_val_loss metric_val_acc
1 runs/2017-12-09T21-01-11Z 0.1485 0.9562 0.2577 0.9240 0.1482 0.9545
2 runs/2017-12-09T21-00-11Z 0.1438 0.9573 0.2655 0.9208 0.1505 0.9559
3 runs/2017-12-09T19-59-44Z 0.1407 0.9580 0.2597 0.9241 0.1402 0.9578
4 runs/2017-12-09T19-56-48Z 0.1437 0.9555 0.2610 0.9227 0.1459 0.9551
# ... with 21 more columns:
# flag_batch_size, flag_dropout1, flag_dropout2, samples, validation_samples, batch_size,
# epochs, epochs_completed, metrics, model, loss_function, optimizer, learning_rate, script,
# start, end, completed, output, source_code, context, type
You can also render a sortable, filterable version all of the columns within RStudio using the View()
function:
The ls_runs()
function also supports subset
and order
arguments. For example, the following will yield all runs with an eval accuracy better than 0.98:
Data frame: 2 x 28
run_dir eval_acc eval_loss metric_loss metric_acc metric_val_loss metric_val_acc
1 runs/2017-12-09T19-59-44Z 0.9580 0.1407 0.2597 0.9241 0.1402 0.9578
2 runs/2017-12-09T21-00-11Z 0.9573 0.1438 0.2655 0.9208 0.1505 0.9559
# ... with 21 more columns:
# flag_batch_size, flag_dropout1, flag_dropout2, samples, validation_samples, batch_size,
# epochs, epochs_completed, metrics, model, loss_function, optimizer, learning_rate, script,
# start, end, completed, output, source_code, context, type
You can pass the results of ls_runs()
to compare runs (which will always compare the first two runs passed). For example, this will compare the two runs that performed best in terms of evaluation accuracy:
If you use RStudio with tfruns, it’s strongly recommended that you update to the current Preview Release of RStudio v1.1, as there are are a number of points of integration with the IDE that require this newer release.
The tfruns package installs an RStudio IDE addin which provides quick access to frequently used functions from the Addins menu:
Note that you can use Tools -> Modify Keyboard Shortcuts within RStudio to assign a keyboard shortcut to one or more of the addin commands.
RStudio v1.1 includes a Terminal pane alongside the Console pane. Since training runs can become quite lengthy, it’s often useful to run them in the background in order to keep the R console free for other work. You can do this from a Terminal as follows:
If you are not running within RStudio then you can of course use a system terminal window for background training.
Training run views and comparisons are HTML documents which can be saved and shared with others. When viewing a report within RStudio v1.1 you can save a copy of the report or publish it to RPubs or RStudio Connect:
If you are not running within RStudio then you can use the save_run_view()
and save_run_comparison()
functions to create standalone HTML versions of run reports.
Tuning a model often requires exploring the impact of changes to many hyperparameters. The best way to approach this is generally to systematically train over the combinations of those parameters to determine which combination yields the best model. See the Hyperparmeter Tuning article for details on how to accomplish this with tfruns.
There are a variety of tools available for managing training run output, including:
Exporting run artifacts (e.g. saved models).
Copying and purging run directories.
Using a custom run directory for an experiment or other set of related runs.
The Managing Runs article provides additional details on using these features.


Week 1 - Git
Week 2 - HTML and CSS
Week 3 - Arrays and Hashes
Week 4 - Enumerable Methods
Week 5 - Ruby Classes
Week 6 - Ruby Variables
Week 7 - Javascript vs Ruby
Week 8 - RAM
Week 1 - Chef's Kitchen
Week 3 - Thinking Style
Week 4 - Tech Issues
Week 5 - Feedback
Week 6 - Stereotype Threat
Week 7 - Values
Week 8 - Conflict


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Data Science Boot Camp
1
Welcome
I Core theory
2
Principles of data science
2.1
What is data science?
2.2
What is the data life cycle?
2.3
What is a pipeline?
2.4
Data science ‘in the wild’
2.5
The reproducibility crisis
3
Visualizing data
3.1
Bad examples
3.2
Good exaples
3.3
Edward Tufte
3.4
Grammar of graphics
3.5
Design principles
3.6
Plots & power: the politics of plotting
4
Writing about data
5
Data ethics
6
Visualizing data
6.1
Bad examples
6.2
Good exaples
6.3
Edward Tufte
6.4
Grammar of graphics
6.5
Design principles
6.6
Plots & power: the politics of graphics
7
Writing about data
8
Data ethics
II Getting started
9
Downloading R and RStudio
10
Running R code: basic math & operators
11
RStudio: Tour, workflow, & scripts
12
Objects: variables and vectors
13
Calling functions
14
Base plots
15
Packages
15.1
ggplot
16
ggplot
17
Working with data in R
17.1
Project workflows
17.2
Importing data
17.2.1
Working directories
17.2.2
Reading in data
17.3
Dataframes: exploration & summarization
17.4
Data wrangling
17.4.1
Data transformation, filtering, & grouping
17.4.2
The tidyverse and tibbles
17.4.3
Transformation with dplyr
17.5
Exploratory Data Analysis
17.5.1
Exploring distributions
17.5.2
Variable types & statistics
17.5.3
Descriptive statistics
17.6
Significance statistics
17.6.1
Comparison tests
17.6.2
Correlation tests
17.7
Customizing plots
17.7.1
Base plots
17.7.2
ggplot
17.8
Managing project files
17.9
Formatting your own data
18
Your core R toolkit
18.1
Uniting and joining data
18.2
For loops
18.3
Writing functions
18.4
Working with text
18.5
Cleaning messy data
18.6
Working with factors
18.7
Matrices & lists
18.8
Pipes
18.9
Exporting data & plots
18.10
Web-based data
18.11
For loops
19
Interactive dashboards in R
19.1
Shiny dashboards
19.2
Data entry apps
20
Databases
20.1
Intro: What, why, when (and when not)
20.2
Platforms: PostgreSQL, mySQL, SQLite, etc.
20.3
Alternatives: NoSQL
20.4
Practical: spinning up a local DB
21
Reproducible research & documentation in R
21.1
Introduction to Rmarkdown
21.2
Standards for tables
21.3
Standards for figures
22
Version control and teamwork
22.1
What is version control?
22.2
Github
22.3
Standard git operations
22.4
Other git platforms
23
Scientific writing techniques
24
Advanced skills
24.1
Geographic computing & GIS
24.2
Mapping
24.3
Statistical modeling
24.4
Apply family
24.5
Iterative analyses
24.5.1
Randomization
24.5.2
Simulations
References
Databrew LLC
Data Science Boot Camp
Module 7
Writing about data


Hello everybody. I am trying to identify the right piece of kit to tell me how much electricity (KWs) are being exported by my PV system at any particular moment so that I optimise my useage. Thanks. It would also help to know how it should be wired in although I'll get an electrician to do it.
Measuring Kilowatts being exported from Solar PV system
Submitted by Guest on Sun, 18/11/2012 - 11:21»
Re: Measuring Kilowatts being exported from Solar PV system
Hello Stephen,
This site is all about people who build the monitoring and, in some cases, controlling/optimising equipment themselves. Parts can come from a variety of sources. If you have some experience of building electronics from kits, then there are plenty of people around here who can offer advice and there are proven kits available from the shop (but you need to supply your own boxes).
If you are only interested in monitoring, then you can install the equipment yourself, all you need is a mains socket close by your inverter for voltage and a cable to clip a current transformer over. If you are interested in using spare energy that would otherwise be exported to heat water, then you do need professional help with the installation (I'm thinking of calypso_rae's Mk2 design)..
If you're not happy to assemble a kit yourself (and it does need some quite fine soldering), then an appeal on these forums for someone to build the kit for you will likely be fruitful.
Re: Measuring Kilowatts being exported from Solar PV system
It's an interesting point about getting a qualified electrician to install the final product. That's fine if the item is a fully-tested and commercially manufactured design. For a start, the electrician would presumably have some clear instructions to go on.
Many of us are both DIY constructors and DIY installers. As Graucho Marx might have said "I wouldn't want to use any electrician who would agree to connect up anything that I had built!"
Re: Measuring Kilowatts being exported from Solar PV system
Robert, Thanks for your reply. I didn't really understand your site. I think I do better now. I am quite handy and I have a soldering kit. I understand volts, amps, watts and KWh but I couldn't design a circuit, although I believe I can follow one.. Can you suggest a set of components from the shop that would enable me to construct a gadget that would measure KWH being exported at any particular moment during daylight hours?
Re: Measuring Kilowatts being exported from Solar PV system
As I said to Robert I didn't really understand this site. I am a fan of Groucho Marx's witticisms too. Once i have identified or built a gadget for my purposes I consider how I am going to fit it.
Re: Measuring Kilowatts being exported from Solar PV system
Can you suggest a set of components from the shop that would enable me to construct a gadget that would measure KWH being exported at any particular moment during daylight hours?
If you just want to show this information on a display panel, I'm sure there are items in the shop to do this. Each measurement cycle would probably take around a second or two with the result being sent to a separate unit for processing and display. Hope I've got this about right.
If you're interested in diverting your surplus power (rather than just monitoring the situation while it slips away), then you may be interested in the Mk2 PV Router thread which I started during the summer. Many constructors have posted information about their builds so you'll find no shortage of good ideas there. For optimal performance, the underlying Mk2 code operates in a continuous manner without pausing for anything. The algorithms for measuring and diverting surplus power are fully interleaved and it all seems to mesh together very nicely.
A number of builders have chosen to integrate some display aspects into my original Mk2 code. Personally, I'm only interested in ensuring that my surplus power is being diverted as efficiently as possible.
If you are fortunate enough to have a disc-style meter which can run backwards, then diverting any surplus power would probably not be a priority for you!
Re: Measuring Kilowatts being exported from Solar PV system
Simples,
Just follow the instructions here: http://openenergymonitor.org/emon/applications/solarpv
Re: Measuring Kilowatts being exported from Solar PV system
Take a look at the shop site. I recommend as the very minimum, if you want a true measure of power:
(You could buy some of this list as a system bundle, adding on the remainder).
You can have either the 433 MHz or the 868 MHz versions of EmonTx and emonGLCD (but obviously both need to be the same frequency), but if you have other radio-controlled kit, you should check its operating frequency first to avoid interference.
You might want a box for the GLCD - or if you're good at cabinet-making, make one - as the 'case' comprises front and back panels and is open at the sides, top and bottom; and various bits do stick out beyond the profile of the front panel.
You'll want a double mains socket near your inverter, and a single one near where you want the display.
Before you buy the kits, take a careful look at the size of the soldering.
This setup would give you a snapshot reading updated every 5 s or thereabouts. It will not control any appliances. If your inverter is connected into your house wiring near to the consumer unit, you might like to site the emonTx there and add another current sensor which you could use to measure either the house consumption or the nett power flow to/from the grid. The emonGLCD can go anywhere in the house to suit your wishes (unless you have thick stone walls, when you might have a problem getting the signal through. In that case, the 433 MHz version might have a slight advantage).
If you want to cheapen the installation, and you only want to measure current (which will give but an approximate measure of power because you won't know the system voltage you're working with at any instant) then you can leave out the voltage sensor, and you could run the emonTx off 2 AA cells, saving one 5 V power supply.
Re: Measuring Kilowatts being exported from Solar PV system
Thank you all for your input. I will follow up. I forgot to say that my PV system has three arrays of panels and three inverters. I noticed that I should be placing some of the kit suggested near an inverter. How would my three inverters affect installation? The South-facing array produces 47% of the power in a year and the East and West ones about 26% each.
Re: Measuring Kilowatts being exported from Solar PV system
I assume you have a single phase supply. If all 3 inverters feed in at the same point, then you can measure the total power there (assuming the cables come together at one place, you can clip the c.t. around the 3 cables and read the total that way). If they are widely separated, and feed into different circuits of your house wiring at different places, then that might introduce some problems. In that case, you might need 3 c.t's and 3 emonTx's. I'd need to know how everything is wired and the physical arrangement to give you specific guidance.
Unless you want to log all your data to emonCMS (that's a web-based application to record and display your usage), you don't need the emonBase etc that is included in the Solar PV write-up. You can always add that later if you wish.
Re: Measuring Kilowatts being exported from Solar PV system
Robert
Yes, it's only a single phase supply and I think I can find one place where all the feeds come together. I need to clear a cupboard and investigate!
Stephen


Hey! My name is
Caio Trevisan.
I am a DevOps Engineer, Casual Gamer and very bad Soccer player living in Melbourne and working at
CMD.
If I am not
working
learning, I will probably be playing video games, taking pictures or travelling around with my
wife.
Want to invite me for a beer?
Reach me out at
<EMAIL_ADDRESS>or any of the social media links below.


7.2.a evaluation context for the outermost binding elements
|
| open |
../../Chapt07/7.2/7.2.a.xhtml |
|
Opens the form |
| waitForModelReady |
|
|
|
| verifyTitle |
7.2.a evaluation context for the outermost binding elements |
|
Makes sure this is the right form |
| verifyElementPresent |
xpath=/html/body/xforms:input[@bind='firstname'] |
|
Checks that input is in the form |
| verifyElementPresent |
xpath=/html/body/xforms:input[@bind='lastname'] |
|
Checks that input is in the form |
| verifyElementPresent |
xpath=/html/body/xforms:output[@ref='my:email'] |
|
Checks that output is in the form |
| verifyElementPresent |
xpath=/html/body/xforms:model/xforms:bind[@id='firstname' and @nodeset='my:first'] |
|
Checks that bind is in the form |
| verifyElementPresent |
xpath=/html/body/xforms:model/xforms:bind[@id='lastname' and @nodeset='my:last'] |
|
Checks that bind is in the form |
| verifyXformsControlValue |
xpath=/html/body/xforms:input[@bind='firstname'] |
Seth |
Checks that the input has the right value |
| verifyXformsControlValue |
xpath=/html/body/xforms:input[@bind='lastname'] |
Peters |
Checks that the input has the right value |
| verifyXformsControlValue |
xpath=/html/body/xforms:output[@ref='my:email'] |
<EMAIL_ADDRESS>|
Checks that the output has the right value |


China pushing Trump to remove more tariffs ahead of trade deal: Politico
China is pushing U.S. President Donald Trump to remove more tariffs imposed in September ahead of the signing of the U.S.-China trade deal, Politico reported https://politi.co/2pG6B9M on Monday, citing three people familiar with internal discussions.
REUTERS: China is pushing U.S. President Donald Trump to remove more tariffs imposed in September ahead of the signing of the U.S.-China trade deal, Politico reported https://politi.co/2pG6B9M on Monday, citing three people familiar with internal discussions.
Beijing is also pressing the U.S. to remove a 15per cent tariff that was imposed on roughly US$112 billion worth of Chinese goods on Sept. 1, but no decision has been made, Politico reported citing sources.
(Reporting by Mekhla Raina in Bengaluru; Editing by Chris Reese)


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Harry is a full stack software developer commited to creating efficent and accessable user-interfaces. As of March 2018, he has completed an intesive Full-Stack Developer Boot Camp through the University of Kansas and Trilogy Education Services.
With a background in Education and Archival work, Harry is commited to making a wide range of information available to the public. This passion has carried over into his development work, focusing on smooth user-interfaces and seamless backend/ database connectivity.
H
This website is an early example of Harry's work in the University of Kansas Coding Boot-Camp. This is not only an example of quick understanding of html and css, but a starting point to see the progession of work and proficiency with the tools. Furthermore, this game was built using vanilla JavaScript, demonstrating knowledge of basic JS.
Visit GitHub RepoB
Focusing on using Google Firebase, this website calculates a fictional train schedule, updating upon addition of new arrivals. The focus of this project was on connecting to Firebase and using it's tools to create a functional, easy to use application.
Visit GitHub RepoN
The puporse of this application is to replicate the experience of a shopper on an Amazon-like website, as well as the role of the manager dealing with the inventory, through node.js. This application also uses MySQL as it's database.
Visit GitHub RepoF
The purpose of this project is to show proficiency with back-end server creation, specifically using Express.js. This application consists of a basic match program based upon answers to a survey.
Visit GitHub RepoS
Snifr is a dog matching website created by a team of four and presented as a major project in Harry's Boot-Camp. He was responsible for the front-end, specifically the layouts and routing using Handlebars. NPM packages Express and Sequalize were also used. The file structure also focuses on using proper MVC architecture.
Visit GitHub RepoR
As React is a very popular tool in the industry, this application's purpose is to show proficiency with React, as well as using MongoDB as the database. By using the NYT API and storing the information in MongoDB, articles are collected and presented to the user. The application also uses NPM Packages Express and Mongoose.
Visit GitHub Repo


Please provide User Id of an user configured as Test-Manager or Test-Engineer in Test Odyssey.
User credentials must be provided in order to use Test Odyssey Plugin.
P.S. Only premium licensed users can use this plugin to run execution on Test-Odyssey.


- update(Observable, Object) - Method in class com.cmput301w20t23.newber.views.MainActivity
-
- updatePhoneEmailText(String, String) - Method in class com.cmput301w20t23.newber.views.ProfileActivity
-
- updateRating(String, Rating) - Method in class com.cmput301w20t23.newber.controllers.UserController
-
Update the Rating of the Driver
- updateRating(String, Rating) - Method in class com.cmput301w20t23.newber.database.DatabaseAdapter
-
Updates the rating of a driver in Firestore
- updateRideRequest(RideRequest) - Method in class com.cmput301w20t23.newber.controllers.RideController
-
Updates a ride request with updated fields in the request
- updateRideRequest(RideRequest) - Method in class com.cmput301w20t23.newber.database.DatabaseAdapter
-
Updates a ride request with updated data fields
- updateUserCurrentRequestId(String, String) - Method in class com.cmput301w20t23.newber.controllers.UserController
-
Updates user entry with new currentRequestId
- updateUserInfo(String, String, String) - Method in class com.cmput301w20t23.newber.database.DatabaseAdapter
-
Updates the User Details with the new phone number and email address
- upvote() - Method in class com.cmput301w20t23.newber.models.Rating
-
Upvote, meaning upvotes count increases by 1.
- useAppContext() - Method in class com.cmput301w20t23.newber.ExampleInstrumentedTest
-
- User - Class in com.cmput301w20t23.newber.models
-
Describes a user of the app.
- User(String, String, String, String, String, String) - Constructor for class com.cmput301w20t23.newber.models.User
-
Instantiates a new User.
- User(String, String, String, String, String, String, double) - Constructor for class com.cmput301w20t23.newber.models.User
-
Instantiates a new User.
- User() - Constructor for class com.cmput301w20t23.newber.models.User
-
- UserController - Class in com.cmput301w20t23.newber.controllers
-
Controller class for handling all user-related data processing.
- UserController(Context) - Constructor for class com.cmput301w20t23.newber.controllers.UserController
-
Instantiates a new UserController.
- UserTest - Class in com.cmput301w20t23.newber
-
- UserTest() - Constructor for class com.cmput301w20t23.newber.UserTest
-


The entry point into Launchy. This is the sole supported public API.
Launchy.open( uri, options = {} )
The currently defined global options are:
:debug Turn on debugging output :application Explicitly state what application class is going to be used :host_os Explicitly state what host operating system to pretend to be :ruby_engine Explicitly state what ruby engine to pretend to be under :dry_run Do nothing and print the command that would be executed on $stdout
Other options may be used, and those will be passed directly to the application class
# File lib/launchy.rb, line 71 def application @application || ENV['LAUNCHY_APPLICATION'] end
# File lib/launchy.rb, line 67 def application=( app ) @application = app end
# File lib/launchy.rb, line 99 def bug_report_message "Please file a bug at https://github.com/copiousfreetime/launchy/issues/new" end
# File lib/launchy.rb, line 57 def debug=( d ) @debug = (d == "true") end
we may do logging before a call to ‘open’, hence the need to check LAUNCHY_DEBUG here
# File lib/launchy.rb, line 63 def debug? @debug || (ENV['LAUNCHY_DEBUG'] == 'true') end
# File lib/launchy.rb, line 91 def dry_run=( dry_run ) @dry_run = dry_run end
# File lib/launchy.rb, line 49 def extract_global_options( options ) Launchy.debug = options.delete( :debug ) || ENV['LAUNCHY_DEBUG'] Launchy.application = options.delete( :application ) || ENV['LAUNCHY_APPLICATION'] Launchy.host_os = options.delete( :host_os ) || ENV['LAUNCHY_HOST_OS'] Launchy.ruby_engine = options.delete( :ruby_engine ) || ENV['LAUNCHY_RUBY_ENGINE'] Launchy.dry_run = options.delete( :dry_run ) end
# File lib/launchy.rb, line 79 def host_os @host_os || ENV['LAUNCHY_HOST_OS'] end
# File lib/launchy.rb, line 75 def host_os=( host_os ) @host_os = host_os end
# File lib/launchy.rb, line 103 def log(msg) $stderr.puts "LAUNCHY_DEBUG: #{msg}" if Launchy.debug? end
Convenience method to launch an item
# File lib/launchy.rb, line 25 def open(uri, options = {} ) begin extract_global_options( options ) uri = Addressable::URI.parse( uri ) app = Launchy::Application.handling( uri ) app.new.open( uri, options ) rescue Exception => e msg = "Failure in opening #{uri} with options #{options.inspect}: #{e}" Launchy.log "#{self.name} : #{msg}" e.backtrace.each do |bt| Launchy.log bt end $stderr.puts msg end end
# File lib/launchy.rb, line 41 def reset_global_options Launchy.debug = false Launchy.application = nil Launchy.host_os = nil Launchy.ruby_engine = nil Launchy.dry_run = false end
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Emotional Intelligence is not to be misunderstood as having simply to do with emotions. EQ is the capacity to integrate our experiences, and to gain a more complete picture of life in every moment, on purpose. It requires awareness, attention and discipline. This helps us to respond freely without having to follow patterns.
How is it different to IQ?
Studies show that EQ is twice as important in a working environment
as compared to IQ. The more you understand yourself, the higher you reach. Research shows that there are 6 factors (4/6 factors relate to EQ)
that seperate top performers, from the average performer (tech sector).
6 factors:
Achievement drive and standards
Influence
Conceptual Thinking
Analytical Ability
Initiative
Self-Confidence
Why is it important?
In an ideal society it would be routine to be taught EQ from the youngest age, before we have the opportunity to make more mistakes. While technical intelligence has led us to many discoveries. It would be ideal for us to depend on a capacity to master EQ and to teach for the following generations.


[§531B-1] Short title. This chapter shall be known and may be cited as the Disposition of Remains Act. [L 2013, c 17, pt of §2]


I enjoy making the valuable web come to life with Java
Making the interactive web using JavaScript and lots of APIs and frameworks
Querying data using Oracle sql