The Spry Paged View Data Set, (or Spry Pager) is a data abstraction mechanism that provides paging mechanisms for a standard data set. This document describes how the Spry Pager works with data and how to implement paging on your data set.
The Pager works by reading a data set and extracting information out of it in order to generate a separate batch of information about paging. For example, Bind a paged data set to a XML data set with 120 rows of data. In the paged data set, tell Spry you want 20 rows of data per page. Now Spry knows that you have 6 pages of data. It knows where each of those pages starts and ends and can easily jump from one to another. It also knows that row 32 is in the 2nd page and can go straight to it.
A key concept to understand is that for the paged data set, using the above example, the 20 rows currently showing for that page IS the whole data set. The number of rows (ds_rowCount) in that data set is 20. When you jump to another page, that new set of 20 rows IS the entire data set. The rowCount is still 20. Only the XML data set has the full 120 rows, but the pager knows how to get them.
The paged data set knows how to do things like 'go to next page' or 'go to previous page'. That information is built in to the data set.
To see the pager in action, see the sample.
As noted below, there are many options and assumptions that need to be made.
Since the paged data set only looks at data and doesn't actually gather data, we have to have a data set that contains data. The paged data set is based off this first data set. To create a paged data set, create a standard Spry data set, XML, JSON or whatever you need.
For example, create a data set called 'ds1':

This is a standard data set with, for argument's sake, 120 rows of data.
Before the paged data set can be created, the pager javascript file needs to be attached.
From that data set, create a paged view data set. This is the actual data to be paged.

In the example above, we created a data set called 'pv1'. The value of the first parameter is 'ds1', which is the name of the first data set we created. As an option in the constructor, we specified the page size as 20 rows per page. Spry uses 10 rows as a default, if the pageSize option isn't set.
So now, a simple Spry construct:

 {data}

would output 10 pieces of data, in this case, from the first 20 rows of the master XML data set.
Options
Options on the constructor allow you to fine tune the behavior of the data set. The options available are:
| Option Name | Default | Description |
|---|---|---|
| pageSize | 10 | The max number of items in a page. |
| forceFullPages | false | If there is more than one page of data, force the last page of data to contain a full set of data. Note that this could cause some items to appear on both the last and next to last pages. |
| useZeroBasedIndexes | false | If true the caller will pass page indexes to the various paging functions that are between zero and n-1, where n is the total number of rows in the data set. The default is false, so page numbers are between 1 and n. |
Defaults are used if the option does not appear in the constructor.
'forceFullPage' is used if layout is more important than the data. If a data set has 36 rows and a page size of 10, the last page will show only rows 30-36, leading to a shorter output. If this option is set to 'true', then 10 rows will be shown, 27-36, which may duplicate rows 27-29 from the previous page.
Spry generally uses a zero based counting system. Since there is generally no such thing as "Page 0", we made the Paged Data Set use a 1 based counting system. This would simplify using data references for paging. If you prefer the standard zero based counting system, set the 'useZeroBasedIndexes' to 'true'. Remember that Javascript is case sensitive.
var pv1 = new Spry.Data.PagedView(ds1,{ pageSize:20, forceFullPages:true, useZeroBasedIndexes:true});
One of the main ideas of the pager is to allow you to page through your data set. Seems obvious. To enable the paging, behaviors are used.
For example, to make buttons that page, it would look like:
<input type="button" value="First" onclick="pvCities.firstPage();" /> <input type="button" value="Prev" onclick="pvCities.previousPage();" /> <input type="button" value="Next" onclick="pvCities.nextPage();" /> <input type="button" value="Last" onclick="pvCities.lastPage();" />
Give the onclick handler the data set name "pv1" and use the nextPage(); behavior. On click, the paged data will update the paged view data set to show the next 20 rows in the master data set.
Here is the set of built-in behaviors for the Paged View Data Set.
| Method Name | Description |
|---|---|
| getPageCount() | Returns the number of pages that are necessary to accommodate all of the data. This count is based on the page size and number of rows of data in the data set. |
| getCurrentPage() | Returns the page number/index for the data that is returned by a call to getData(). By default, the number returned by this method will be between 1 and the page count number. If the use useZeroBasedIndexes constructor option was set to true, this method will return a number between zero and pageCount minus one. |
| goToPage(pageIndex) | Filter the data so that only rows associated with the specified page index are available via getData(). |
| goToPageContainingRowID(rowID) | Filter the data so that only rows on the same page as the row with the specified rowID are available. |
| goToPageContainingRowNumber(rowNumber) | Filter the data so that only rows on the same page as the row with the specified row number are available. |
| goToPageContainingItemNumber(itemNumber) | Filter the data so that only rows on the same page as the row with the specified item number are available. |
| firstPage() | Filter the data set so that only rows in the first page are available. |
| lastPage() | Filter the data set so that only rows in the last page are available. |
| previousPage() | Filter the data set so that only rows in the previous page are available. |
| nextPage() | Filter the data set so that only rows in the next page are available. |
| getPageForRowID(rowID) | Returns the index of the page that contains the row with the given ds_RowID. |
| getPageForRowNumber(rowNumber) | Returns the index of the page that contains the specified row number. |
| getPageForItemNumber(itemNumber) | Returns the index of the page that contains the specified item number. |
| setPageSize(pageSize) | Sets the maximum number of rows that can appear on any page. If zero, turns off paging. |
See the Paged View sample for examples of these behaviors.
Because it is a data set, the paged data set uses data references as any normal data set. It also can use the standard data set references like {ds_RowID}. Because the PagedView extracts its data from the data set it depends on, the {ds_RowID} value for each row in the PagedView is identical to the ds_RowID of the corresponding row in the data set it depends on.
The unique nature of the paged data set offers a set of paging specific data references that can be used in spry:regions.
| Data Reference | Description |
|---|---|
| {ds_PageNumber} | The current page index. By default this will be a number between 1 and ds_PageCount. If the useZeroBasedIndexes constructor option was set to true, this will be a number between 1 and ds_PageCount minus one. |
| {ds_PageSize} | The maximum number of items that can be in a page. |
| {ds_PageCount} | The total number of pages required to display all of the data. |
| {ds_PageItemRowNumber} | The unfiltered row index for the current row being processed. |
| {ds_PageItemNumber} | The unfiltered item number for the current row being processed. This is the unfiltered row index of the row plus one. |
| {ds_PageFirstItemNumber} | The item number for the first row displayed in the current page. |
| {ds_PageLastItemNumber} | The item number for the last row displayed in the current page. |
| {ds_PageItemCount} | The total number of items in the current page. |
| {ds_PageTotalItemCount} | The total number of items in all pages. |
| {ds_UnfilteredRowCount} | The total number of rows in the data set. |
| {ds_CurrentRowID} | For the PagedView, this is *always* the ID of the first row in the current page. |
| {ds_RowID} | The row id for the row being processed. |
| {ds_CurrentRowNumber} | For the PagedView, this is *always* zero, which is the index of the first row in the current page. |
| {ds_RowNumber} | This is the row index, of the row being processed, in the current page. |
This easily allows for common patterns like:

 This is Page {ds_PageNumber} of {ds_PageCount}.

Paged View Info is a further abstraction of the paging data. It is used to enable common paging patterns. It is best described by example. The Paged View Info structure enables:
to be created with:

 {ds_PageNumber} {ds_PageNumber}

or
is done with:

 {ds_PageFirstItemNumber}-{ds_PageLastItemNumber} {ds_PageFirstItemNumber}-{ds_PageLastItemNumber}

This is done by creating a special data set that contains these paging data references. It is enabled by creating a variable and populating it with the results of a function:

where 'pv1' is the name of the paged data set.
This creates a separate data set called pvInfo. This data set has a set of data references that know about the paged data set 'pv1'. We can loop over these data references to create these common patterns.
The data references it creates are:
| name | description |
|---|---|
| {ds_PageNumber} | The number of the page of a data. |
| {ds_PageSize} | The number of rows of data per page. |
| {ds_PageCount} | The total number of pages in the data set. |
| {ds_PageFirstItemNumber} | The item number that is the first row of data for that page. If pages have 10 rows per page, item 11 is the first item number of page 2 and 21 is the first item number of page 3. |
| {ds_PageLastItemNumber} | The item number that is the last row of data for that page. If pages have 10 rows per page, item 20 is the last item number of page 2 and 30 is the first item number of page 3. |
| {ds_PageItemCount} | The actual number of rows of data on the current page. This will generally be same as {ds_pageSize} except for instance when the last page of the data has less than a full page of data. |
| {ds_PageTotalItemCount} | This is the sum of all the rows in all the pages. |
Since this is still a data set, it contains all the normal built-in data references, like {ds_RowID} and {ds_currentRowNumber}, plus it has the references listed above.
Copyright © 2007. Adobe Systems Incorporated. All rights reserved.


Rajnath visits LAC forward post, says armies of India, China sensible enough to reduce tensions
“There is no tension here at LAC that is near Bum La Pass,” he said.
by PTIDespite differences in perception between India and China on the boundary issue, the armies of the two countries have been sensible enough to reduce tensions along the Line of Actual Control (LAC), Defence Minister Rajnath Singh said here on Friday.
He also said that there has been no tension at LAC near Bum La Pass.
During a visit to the forward post of Bum La on the India-China border, Mr. Singh congratulated the Indian Army for showing “great maturity” in all situations.
“I have got the opportunity to interact with jawans here. I am very happy to be informed by my jawans that at this India-China border, which is LAC, we are working very sensibly and Chinese PLA (People’s Liberation Army) is also operating sensibly. There is no tension here at LAC that is near Bum La Pass,” he told reporters.
“During my Bumla visit I have come to know that despite perceptional differences on the boundary issue both the Indian Army and the PLA have been sensible enough to reduce tensions on LAC,” he further said in a tweet.
He also visited the memorial of Paramvir Chakra winner, Subedar Joginder Singh.
“At the time of the war of 1962, he sacrificed his life and showed indomitable courage and valor,” he said in a tweet in Hindi.


Welcome to the Open English Bible
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About
We are committed to creating a completely free modern English translation of the Bible.
The OEB is under a Creative Commons Zero licence - that is, it is in the public domain. It's available completely without cost, and completely without restrictions. It's your Bible — you can use it in worship, print as many copies as you want (whole or part), republish it on your own website, even remix it or take it as the base for your own translation to meet your needs and the needs of your community. And you can do this without needing our permission or paying us a cent (or penny, rupee or kobo).
If you find that questions of copyright are making it harder for you to use or distribute the Bible, then why not try the OEB?
Read the current release of the OEB New Testament online.
Alternatively, use the study version which allows closer comparison with the original languages, or download a copy in US or Commonwealth spelling.
Or keep up to date with progress on our blog, or on Facebook!


You Have Been Engineered as an Epsilon
Class Level: Lowest
Childhood Conditioning: High
Education Level: None
Job: You Operate an Elevator at the Hatchery
-complete an action-
work
free time


---
layout: default
title: Home
description: Improving our region through the power of skills
---
We are a nonprofit association of member states that promotes excellence in the field of skills and competency development. We raise awareness of the importance of professional excellence and high-quality vocational education and training for Asian youth and economies.
We work in four main areas:
WorldSkills Asia is a skills competition where the best of Asian national skills competitions will compete every two years. It will showcase and inspire world-class excellence in skills and introduce young people to a variety of skilled careers around Asia.
We are a platform where educators, policy-makers and industry can work to redefine the value and improve the attractiveness of skills. We encourage the transfer of skills and knowledge, as well as cultural exchange between young people around the region.
We are developing strategic partnerships with corporate, government, and non-government entities, to develop training and skills across the region.
We will be the hub for Asian skills networks, information and knowledge developing new opportunities for skills development and innovation.
Find out more about WorldSkills Asia
Contact usWorldSkills Asia is a skills competition where the best of Asian national skills competitions will compete every two years. It will showcase and inspire world-class excellence in skills and introduce young people to a variety of skilled careers around Asia.
WorldSkills Asia is a skills competition where the best of Asian national skills competitions will compete every two years. It will showcase and inspire world-class excellence in skills and introduce young people to a variety of skilled careers around Asia.
With a target audience of teenagers and their parents, the event will feature around several Skill competitions and have-a-go activities in six core skill sectors.
Strong visibility amongst key audiences, including:
Excellent opportunity to position your products and services as industry leaders in your respective fields and a target audience consisting of:
WorldSkills Asia provides you with on-site networking opportunities alongside the Skill competitions, including:
Get access to the regional market through:
For sponsorship opportunities or more information, please get in touch with our team by emailing sponsorship@worldskillsasia.ae


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| Full name | Jan Clark |
| Address | 12 Nelson Road Reading RG1 1AA |


Contact me
Let’s chat
I am always looking for my next challenge.
Especially if it has to do with Design,
Technology, or Usability.
I am always looking for my next challenge.
Especially if it has to do with Design,
Technology, or Usability.


Libbot
Project Info: Individual Project
Role: UX Designer, User Researcher, Visual Designer
Duration: 10/2018 - 12/2018
Problem Statement
I have been used to borrowing books from public libraries in my hometown since I was a kid. However, I am frustrated that every time I need to be back and forth between different libraries to borrow the book I want. It wastes time and sometimes makes me annoyed. Therefore, I began to ask the question:
How might we create a borrowing experience for public library users to check the availability of books and borrow books easily?
Understand
Public Library Web Heuristic Evaluation
The public library in my hometown has its web-based system for users to use the library resources. So I do a Heuristic Evaluation for the website to know the problems.
Interview & Contextual Observation
To explore the problem space and study for specific pain points from my users. I observe people coming to borrow book in public libraries. Then I interviewed 6 of them to know about their own diverse experiences. Based on the 1 on 1 interview, I make a empathy map to understand them. Then I specifically divide them into two groups: Borrow Planner and Borrow Adventurer
Empathy Map
Persona
User Journey Map
After building the persona, I depict user’s experience map to get into their mindset and understand pain points, which help me identify the opportunities.
Define
Insight & Design Principle
Based on the research I have above, I find those insights:
- Current public library system requires a high time cost to use and misses flexible reservation function
- Saving time and improving efficiency are important for library users during the borrowing process
- Being back and forth between different library and submiting repeated information make users annoyed
- Users easily forget to return books on time
I also establish the design principles that will drive my design decisions:
- Effortless: The easy thing will be easier and the hard things will be possible.
- Insightful: Multiple sources and methods will be used to satisfy user’s needs.
- Flexible: The design will offer flexible options.
- Accessible: The design will be inclusive and accessible to all type of users.
Sketch
Crazy 8’s
Then, based on the insights I have,I begin to brainstorm ideas for helping library users borrow books. I conduct a crazy 8’s exercises to brainstorm ideas. Then I pre-test my initial 8 ideas with people who coming to library to borrow books. I ask them to vote for the ideas which they think are helpful and explain why they prefer those ideas. Then I find:
- Most of library users hope that the library can deliver the books to them, or at least they can pick up those books at one selected place. Rest of them feel they’d like to go to the library and enjoy the process of using the physical space.
- Most of library users think a smart chatbot is more friendly than a simple Application. Because it makes them feel like a friendly librarian.
- Library users expect clear visualization as well, because it is easy and efficient to understand the information.
Decide
All In One
The feedaback and insights I find from my pre-test help me move forward. So I sketch my solution which combines three impactful parts: graphic information display, chatbot assistant and a delivery system to help public library users borrow books effortlessly.
Prototype
Moodboard
Before I began making my design prototype, I collected ideas and got inspiration from them. It’s better than starting from nowhere.
Storyboard
I dive into the prototype stage to illustrate my concept –Libbot. I start from drawing the storyboard mapping out the experience I want to create. The Libbot will include these function units:
- Searching
- Reservation and Reservation Cancel
- Borrow Status Check
- Pick-up Location Choices
- Navigation Map
- Sending Remind
Create Chatbot Pesona
In the beginning, I used one of the public library building images as my Libbot persona avatar. I tested it with 4 people, they all said it can hardly build an emotional connection with the chatbot if it uses a concrete building to represent itself. Then I changed it to a librarian photo and tested it with people. The feedback is that the human photo makes people feel the Libbot is a friendly librarian which can help you borrow books, however, the Libbot is not a real human and using a human avatar makes them feel weird. Based upon the feedback I have, I began to focus on creating a persona who can make people feel friendly, knowledgeable and helpful rather than tricking them into thinking they’re talking to a human being. Then I chose to use an emoji style avatar because in their mindset people think an emoji is cute and friendly. And they are used to sned emoji to express their emotion.
Lo-Fi Sketch
Then I started to sketch my design. Based on the insights and my design principles of effortlessness, flexiblity and accessible, I focus on parts:
- Make an experience building emotional connection with users.
- Offer guideline for new users.
- Make an effoertless borrowing experience.
- Offer friendly conservation experience.
- Offer clear information visualization.
Conversation Flow
Final Design
Begin using
To create an experience building emotional connection, I designed a conversation way to help user login.
Features guideline
To help user know what they can do with Libbot, I designed a quick guide for them.
Borrow process
User can chat with Libbot to search and borrow books effortlessly.
Pickup
User can easily check when and where they can pickup the books.
Remind
Libbot wil send remind to user before the return deadline. And with good data visualization, user can easily know how long they can keep books.
Check borrowing history
User can review their borrowing history.
Whole Wireframe
Interactive Prototype
Play my Interactive Prototype
Validate
User Test
I conduct usability tests with 3 people in the library. And their feedback helps me find insights which can help me polish the design in the future
- Users speak some sentences that are not included in the existing design. When this occasion happens, the chatbot can’t offer a suitable response to users, which leads to an unexpected situation. So users can’t finish their current tasks when things go wrong. So I should design not only for the desired situation but also the wrong situation.
- When dealing with borrow time, it easily makes misleading meaning. Users think the chatbot doesn’t ask a clear question about the time. I need to be careful in dealing with the questions and responses related to time.
Reflection
- Accessibility is important: no matter what your idea is and what your target users are, it is necessary to include all types of potential users into your design. The human-centered design has called for designing for people. But the inclusive design should be implemented as well. In my future design, I will incorporate voice into my chatbot in order to improve the accessibility.
- Design chatbot persona and refine prompts: creating a suitable persona for a communication assistant is a huge challenge. A good persona can show its personality and help users learn and know best from the conversation. Meanwhile, the prompts should be simple and clear. When I write the prompts, I should keep asking what would this persona say or do in this situation.
- Voice interface prototype: there are few tools for quickly prototyping the interactive voice experience. During my design phase, I have tried Adobe XD, Botsociety, Principle and Dialogflow. For designers, these digital tools are not efficient enough for prototyping the interactive voice experience. The time cost is too high. So conducting multiple pre-tests using doodling and wizard of oz is super helpful when I was prototyping the interactive voice experience.


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Name
POI Name
Latitude
Longitude
Location
Location Type
Formatted Address
Bounds
Viewport
Route
Street Number
Postal Code
Locality
Sub Locality
Country
Country Code
State
ID
Reference
URL
Website


This was the country of dead things, of circles worn thin in the sky by birds of prey, lazing and looping out of genetic habit rather than the prospect of something among the rocks yet to be killed. Were the heartbeats of tiny things still tap-tap-tapping their fear in the grass, they would have been stopped by the swoop of talons and beak. The rock, the steppes and the shelves, all yielded nothing except bits of scrub, roots gently grinding the lichen and the half-food. This was his favourite mountain, and he climbed it whenever he could.
Far in front of his gaze were the foothills---rippling away, gradually greener---towards the calm of the distant horizon. Though his eyes were steady the undulations seemed to be heading off away from him, like waves. These hills quivered motionlessly; they were petrified by the sight of the jagged mountain, an axe-head stuck in the side of the earth. Trees rooted in the grey rock separated on the hilltops and clumped inbetween, as if the lower landscape were covered with a thick pile of green, stubbly carpet that its maker had not fitted so as to account for the gradient-in-gradient.
The wind blew past him. It buffeted against his boots, ran along his trousers and jacket, caressing his torso and shirt before ruffling his hair playfully and moving on towards the cliff face. The air it carried past him was too clean. It was as dead as the rocks around him. Odourless and without body: like distilled water, yes, but with an ionized smell from the thick storms, one of which was congealing towards the north face of the huge crag, clutching its side with clammy fingers. Ozone, oxygen, nitrogen: the minerality of healthy air without the pollution of organic diseases. It took heat from him, but proferred these other things in return.
Two hundred yards above him were his supplies, where he had left them. Crampons and a pick, grey metal, a brushed matt surface that matched the buckles on the rucksack that contained them. Recovering them from the ledge where they lay, inert and useless, was a difficulty he no longer turned his thoughts to.
His top three shirt buttons were undone. Their loss was a failure in an art, a skill: the teasing of a clasp through a narrow eye into wider space beyond. The securing of his garment to itself with a mechanical trickery, and the failure of it was a microcosm of his much greater problem, which eclipsed also the neglect of his climbing gear. If he could only notice the mess of his shirt, with his head bent forwards, far forwards, too far forwards, then maybe he would have noticed the irony of lost grip, and smiled grimly with the mouth now parted like the door to an empty house. But.
His stare, taking in the whole landscape with its fixity, could no longer divert itself towards the particular of buttons and fastenings, but looked out now from the mountain he had embraced like a mother, a lover. Its sides had only moments ago passed him swiftly, like the summary of a life story. The quick, cold rush of wind had not chilled him as much as the sudden stop. The adoration that he had felt for this dead thing had been repayed in its own bleak coin. For this had been his favourite mountain, and he had climbed it whenever he could.


@()(implicit request: RequestHeader, context: model.ApplicationContext) @import conf.AdminConfiguration.pa @import org.joda.time.DateTime @import views.support.GuDateFormatLegacy @admin_main("Cricket Troubleshooter", isAuthed = true) { @defining((GuDateFormatLegacy(DateTime.now(), "yyyy-MM-dd"), GuDateFormatLegacy(DateTime.now().minusYears(1), "yyyy-MM-dd"), "a359844f-fc07-9cfa-d4cc-9a9ac0d5d075")){ case (today, lastYear, englandTeam) =>
This page helps the user access the raw PA (Press Association) feeds to check if a cricket problem is external or internal.
The current API host is @pa.cricketHost and the API key is @pa.cricketApiKey.
The PA API explorer is @pa.apiExplorer. Select 'Press Association Cricket API' from the drop-down menu, and enter the key supplied above into the key text box.
Firstly, the cricket score component only appears on an article that has the following tags:
If these tags are present, and the score is still missing, then it may be an external problem. PA's feed is not providing us the right information. To investigate this, follow the steps below.
Here is the API call for England's matches today. A match that hasn't yet begun will appear here, as a 'pre-match' status entry. Click on the link below, and examine the page. You should see "match id=" value; note it down.
@pa.cricketHost/team/@englandTeam/fixtures
Alternatively, to find the match ID for a result in the past, use the API call below with the logical startDate and endDates that fit the desired match.
@pa.cricketHost/team/@englandTeam/results?startDate=@lastYear&endDate=@today
We can use the match ID from the previous step to find the lineups, scorecard and match details. All three of these data points need to be working, otherwise the scorecard won't appear.
So for each of the links below, enter the match ID in place of '-MATCH-ID-' in the address bar, and examine the page.
} }


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{% extends "base.html" %} {% block content %}
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The simulation environment can simulate processes for a varying number of nodes in a graph, depending on how complex agent behaviour is. It is important to note that performance depends on the number of events triggered during the simulation, and how complex these events are, not the number of agents. But the number of agents does also affect performance due to the memory required for simulating agent behaviour. From a few empirical tests detailed below, it can generally be assumed that simulations run in under one minute for up to a few thousand agents in a network . The table below gives performance results for different numbers of nodes in the network, both using the same easy agent behaviour.
Performance of simulations. Times are in seconds, given as a guideline. (Measurements performed on a computer running Linux openSUSE 11.3 on Intel Q6600 Quad 2.4GHz with 4GB RAM.)
On complete graphs, each susceptible agent has to check for every other agent in the network whether that agent is infected, which makes the simulation slower than for scale-free networks. Here, a single simulation takes time in the same order of magnitude than the creation of a complete graph itself (using networkX).
On scale-free networks, the number of edges is much lower, thus each agent needs to perform fewer checks, and the bottle-neck of performance is the graph generation itself, since a single simulation only takes about 20% of the time of the generation of the scale-free graph. And the generation of a scale-free graph is done within the NetworkX library, so comparatively the simulation framework developed in this project is fairly efficient as long as agent behaviour is simple.
Performance of visualisations are fairly constant in time because the time taken to do file I/O time generally outweighs the time taken to perform statistical calculations or plot drawing, except for very large numbers of trials. In all tests performed during this project, animation and plotting always completed in less than 20 seconds. Performance of visualisation does depend on the number of time steps however, since an image snapshot is produced for each time step.
So far the aim has not been to develop a framwork that is the most efficient for the greatest number of nodes; however it should be possible to extend the framework to allow for (at least partial) parellisation of processing across multiple processor cores or over a distributed network. A first step would be to incorporate something like “Parallel Python” - but that is future work for which I will wait for a demand first before putting effort in. So if you’d like to use this package on more than one processor at once, send me an email and I’ll put this future work higher up on my ToDo list.
Special thanks to Dr. Mirco Musolesi, my supervisor during the creation of this project in the scope of a senior honours project in 4th year Computer Science at the University of St Andrews. The framework, along with the analysis of some use case simulations was created in 2010-2011, and afterwards it was suggested to publish the framework code online as an open source project. It is released under a freeBSD license, so you may do with it what you want :)
My name is Joé Schaul, and my email address is <first name without the accent on the e> dot <last name> @gmail.com Feel free to send me an email for any questions and comments. This is my first project so I’d appreciate some feedback on it. :)


Id: 268
Name: Poncho
Status: Dead
Species: Human
Type:
Gender: Male
OriginName: unknown
OriginUrl:
LocationName: Anatomy Park
LocationUrl: https://rickandmortyapi.com/api/location/5
Image: https://rickandmortyapi.com/api/character/avatar/268.jpeg
Episode: ['https://rickandmortyapi.com/api/episode/3']
Url: https://rickandmortyapi.com/api/character/268
Created: 2017-12-31T13:53:25.411Z


Nickname: BuldogPLay
Real Name: Dawid
Age: 16, nearly 17 :)
Country: Poland
I am helping you with polish translation, so more people from my country will use it. I'm interested in manga, anime, math. I like to play RPG or FPS games.
xXJumpyXx
Helping Hand
Hello, Dawid.
We're glad to have you here :) It's good to hear that you're helping with translating, whatever you can contribute is good.


Routing scheme of spectre app is defined as one or more Router turtles. Usually a top-level Router will be assigned to the Settings.routes slot of your app.
Takes a list of [<route path>, <view function>] tuples. All routes are matched in the order they are defined until matched route is found. On the first match corresponding view function will be invoked, and if it returns not-null value, this value is returned from Router itself. If view returned null result, matching will be continued until the next matched route is found.
Example
routes = Router {
["/", ViewClass#index],
["/items/", ViewClass#itemsList],
["/item/{idx:\\d{4}}", ViewClass#itemByIdx],
["/item/{id}/", |Req req->Res?| { return Res("Item " + req.context("id") + " requested" }],
["/item/{method}/{id}/", IndexView#]
}
There are three types of matching:
"/"
"/orders/"
"/some/app/edit"
Number of slashed doesn’t count here.
"/orders/{id}/"
"/orders/{id}/{action}/"
In this case all urls starting with "orders" followed by one or two pathterms (any strings) will match (i.e. "/orders/1234/", "/orders/camcoder/" or "orders/x56/edit"). Actual value for each capture arg will be stored in Req.context under name specified in curly braces.
Additional regex may be specified to narrow match criteria:
"/articles-by-year/{year:\\d{4}}/"
In this case, "/articles-by-year/1985/" will match, but "/articles-by-year/100500/" will not. You can capture whole pathterm (string between two adjacent slashes) only.
"/files/*"
If you specify /* at the end of URL, only beginnig of URL will be matched. The value of pathtail will be stored in Req.context under the name "pathTail". /* is allowed at the end of route only.
You can pass any Turtle instead of view function:
routes = Router {
["/", ViewClass#index],
["/comments", commentsAppTurtle],
...
}
or you can include any turtle instead of route-view tuple:
routes = Router {
["/", ViewClass#index],
commentsAppTurtle,
...
}
Takes a method name ("GET", "POST" or other) and other turtle (usually a Router) to route if Req.method() match.
Example
routes =
MethodRouter("GET", Router {
["/rest/{client}/facts/", RestApi#getFacts],
["/rest/{client}/facts/{factId}/", RestApi#getFact],
["/rest/{client}/partners/", RestApi#getPartners],
}) +
MethodRouter("POST", Router {
["/rest/{client}/facts/", RestApi#postFact],
} +
MethodRouter("PUT", Router {
["/rest/{client}/facts/{factId}/", RestApi#putFact],
})
Note
Behind the scenes, Router is a Selector. It converts each tuple to UrlMatcherTurtle which does exactly following:
If there is a Turtle instead of tuple in array, its dispatch() will be called directly.


The greatest proportion of defaults (see Definition 9.4.2) on student debt in \(2015\) occurred at the University of Phoenix, Walden University, Nova Southeastern University, Capella University, and Strayer University [9.11.161], of which all but Nova are for-profit.
in-context


{% extends 'article/base.html' %} {% load static from staticfiles %} {% load progressive_image from image_tags %} {% load static_absolute add_export_elements_classes from directory_components_tags %} {% block og_image %}{% static_absolute 'images/hero/export-hp-hero-500.png' %}{% endblock %} {% block head_js %} {% block cookie_js %}{% endblock %} {% endblock %} {% block head_title %}Welcome to great.gov.uk - export guidance and services{% endblock %} {% block css_layout_class %}landing-page{% endblock %} {% block content %} {% include 'article/components/language_selector.html' %}
Thousands of businesses like yours have increased their sales, growth and stability by selling overseas. Explore the potential of exporting with guidance, services and support from the Department for International Trade.


grep -oP #it's OP and only shows what is matched
Regex:
[\d] digit
{1,5} between 1 and 5 digits long
echo -n # echo without a newline
xxd # convert to hex
xxd -ps -r # convert hex to ascii, -p is output in postscript continuous hexdump (plain hexdump style)
# -s seek +- seek bytes. Don't think it's needed in this case
# -r revert from hexdump
sqsh #cli tool for mssql
dbeaver #database gui program
PSExec may unintentially give a system shell when psexec is unable to write to shares
If you're lazy, enable RDP and disable firewall with metasploit
use post windows/manage/enable_rdp
set resolution with rdesktop -g
Enhance windows logging with sysmon
Grab a nice config at https://github.com/SwiftOnSecurity/sysmon-config
Another psexec possibility: winexe
winexe -U DOMAIN/user //<RHOST> cmd.exe
Kerberos exploit (MS14-068):
http://blog.liatsisfotis.com/knock-and-pass-kerberos-exploitation.html
Nmap: can specify specific UDP and TCP ports with U: or T:.
-p U:139,T:139
Interesting interactions with Impacket tools...seems like if a computer has been exploited with an Impacket tool (such as goldenPac or psexec) and the cleanup isn't done properly (like if a user isn't admin with psexec) then future invocations of those tools will work. This is because impacket will find it's old service and reuse it. Very interesting.


Notebooks
Story: Customs at death
Customs at death
Title
Customs at death
Collection
Summary
Tamme's younger brother dies so his mother sleeps outside at the back of the house. When a child dies, another child does not eat. Another child also 'must die'. When a person dies the people bury him or her in the earth.


started some of my new project, found out the file I am trying to extract data from is a zip file, so I unzipped it and found three more files to extract data from. Hopefully will figure out how by the end of next week.
One of the three files is a json file containing metadata. Out of the other two files, I've found out that at least some of the data seems to be utf-8 encoded, but I haven't found a way to reliably extract the data yet.
I may have figured out a way to semi-reliably extract player names and their clan/guild from the replay file. I've only tested it on three files, from two different client versions though, so I'm still not sure if it will work for other files.
Started trying to figure out the rest of the data in the file (player movement, chat messages, shots, etc). This may take some time to decipher.
Had trouble with some other things this week, so I was unable to get much done. Hopefully will be able to do more next week.
Struggled with trying to figure out reliable patterns for data extraction this week
Still stuck, I might leave the first part for now and try to continue deciphering play movements/positions.
Finally found a pattern that worked to get each player name, it's worked for about 20 distinct replay files so far, and I'm hoping it will work for all.
Couldn't get too much done this week, but I did manage to refine how I extract player names/characteristics and clean up my code.
Continued to try figuring out how to extract player movements/positions from a replay. Also had the idea to run the game through a debugger, and try to figure it out like that.
Found some information that will be useful for my project, and may have figured out a way to find the position of a tank from replays.
Trying to figure out how to extract the section of the file that contains information about the actual replay (not just metadata like player names), thinking about using Wireshark or another packet analyzer since the data I am trying to extract is seemingly just packets sent during games that are logged to the replay file
Ended up not needing Wireshark to extract the data I want, now that I have been able to figure out how to extract the data I want I'm now trying to render the game models (maps and tanks) so that I can visualize the data
Got a bit distracted with modding the game this week. Might not try to get models from the game, instead creating some simpler models due to time constraints.
Ended up working on something else (coding related) this week, I was thinking about presenting this instead of presenting my replay project, since I didn't really get where I wanted to with my replay project yet.
Finished my alternate project (as in it kind of works), probably won't get much more done with it by the end of school, but I'll work on optimizing and improving it.


Dogumentary Style Best in Show
By Ross Anthony
If you can't get enough of the mockumentary genre ... here's another one from Christopher Guest (lead guitarist Nigel of "Spinal Tap") and Eugene Levy (bumbling father in "American Pie" and much earlier sketch comic with SCTV). These two funny men loosely drew up the script together, "Our outline gives a very solid blueprint to the actors so they know ... to get from point A to point B, but how they do it is largely up to them," says Levy. Both costar in the film while Guest directs. The Documentary follows five couples on their quest to win the Mayflower "Best In Show" cup for their pretty purebred pets. Out of fabulous Fern City, Florida comes the husband and wife team, Cookie and Gerry (Levy). Cookie's pre-marriage swinging provides the fuel for follies with nerdy hubby Gerry. Yuppie Starbucks types, Meg and Hamilton, broadcast most of the stress and dysfunction, with relationship tension as tight as the wires in their full-mouth braces. Harlan Pepper (Guest), a fly fisherman from North Carolina, can name every type of nut in the forest and moonlights as a veteran home ventriloquist. Scott and Stefan are the gay couple; while voluptuous Sherri says of wealthy aged husband, "We have a lot in common. We both like soup," and "We can always find something to not talk about for hours." Fred Willard nails the bit part of color commentator, a hundred times more knowledgeable about baseball than dogs. His canine-inanities are fielded by a low-key British expert. The frisky contrast of the two is sparkling. All involved do a strong job of improvisational acting. The direction and editing is tight and the humor very often delightfully dry. I enjoyed it.
Best in Show. Copyright © 2000. Rated PG-13. * Starring Christopher Guest, Eugene Levy, Parker Posey, Michael Hitchcock, Catherine O'Hara, John Michael Higgins, Michael McKean, Patrick Cranshaw, Jennifer Coolidge, Jane Lynch, Bob Balaban, Don Lake, Jim Piddock and Fred Willard. * Directed by Christopher Guest. * Written by Guest and Levy. * Produced by Karen Murphy at Castle Rock.
Grade..........................B+
-- Copyright © 2000. Ross Anthony, currently based in Los Angeles, has scripted and shot documentaries, music videos, and shorts in 35 countries across North America, Europe, Africa and Asia. For more reviews visit: http://www.RossAnthony.com
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


vscode 基本¶
拡張機能をインストールする。¶
code --install-extension ms-vscode.powershell
code --install-extension mushan.vscode-paste-image
code --install-extension vscodevim.vim
code --install-extension yzane.markdown-pdf
#code --install-extension MS-CEINTL.vscode-language-pack-ja
インストールされた拡張機能の一覧を得る。¶
code --list-extensions
色のスキーマをOS設定に合わせる。¶
File
Preferences
Settings
Window
[x] Auto Detect Color Scheme
コマンドパレットを開く。¶
Ctrl + Shift + P
参考: コマンドラインの機能の一覧¶
PS > code -h
Visual Studio Code 1.74.2
Usage: code.exe [options][paths...]
To read output from another program, append '-' (e.g. 'echo Hello World | code.exe -')
Options
-d --diff <file> <file> Compare two files with each
other.
-m --merge <path1> <path2> <base> <result> Perform a three-way merge by
providing paths for two modified
versions of a file, the common
origin of both modified versions
and the output file to save merge
results.
-a --add <folder> Add folder(s) to the last active
window.
-g --goto <file:line[:character]> Open a file at the path on the
specified line and character
position.
-n --new-window Force to open a new window.
-r --reuse-window Force to open a file or folder in
an already opened window.
-w --wait Wait for the files to be closed
before returning.
--locale <locale> The locale to use (e.g. en-US or
zh-TW).
--user-data-dir <dir> Specifies the directory that user
data is kept in. Can be used to
open multiple distinct instances
of Code.
--profile <profileName> Opens the provided folder or
workspace with the given profile
and associates the profile with
the workspace. If the profile
does not exist, a new empty one
is created. A folder or workspace
must be provided for the profile
to take effect.
-h --help Print usage.
Extensions Management
--extensions-dir <dir> Set the root path for extensions.
--list-extensions List the installed extensions.
--show-versions Show versions of installed extensions,
when using --list-extensions.
--category <category> Filters installed extensions by provided
category, when using --list-extensions.
--install-extension <ext-id | path> Installs or updates an extension. The
argument is either an extension id or a
path to a VSIX. The identifier of an
extension is '${publisher}.${name}'. Use
'--force' argument to update to latest
version. To install a specific version
provide '@${version}'. For example:
<EMAIL_ADDRESS>--pre-release Installs the pre-release version of the
extension, when using
--install-extension
--uninstall-extension <ext-id> Uninstalls an extension.
--enable-proposed-api <ext-id> Enables proposed API features for
extensions. Can receive one or more
extension IDs to enable individually.
Troubleshooting
-v --version Print version.
--verbose Print verbose output (implies --wait).
--log <level> Log level to use. Default is 'info'. Allowed
values are 'critical', 'error', 'warn',
'info', 'debug', 'trace', 'off'. You can
also configure the log level of an extension
by passing extension id and log level in the
following format:
'${publisher}.${name}:${logLevel}'. For
example: 'vscode.csharp:trace'. Can receive
one or more such entries.
-s --status Print process usage and diagnostics
information.
--prof-startup Run CPU profiler during startup.
--disable-extensions Disable all installed extensions.
--disable-extension <ext-id> Disable an extension.
--sync <on | off> Turn sync on or off.
--inspect-extensions <port> Allow debugging and profiling of extensions.
Check the developer tools for the connection
URI.
--inspect-brk-extensions <port> Allow debugging and profiling of extensions
with the extension host being paused after
start. Check the developer tools for the
connection URI.
--disable-gpu Disable GPU hardware acceleration.
--max-memory <memory> Max memory size for a window (in Mbytes).
--telemetry Shows all telemetry events which VS code
collects.
Subcommands
tunnel Make the current machine accessible from vscode.dev or other
machines through a secure tunnel
PS >


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import viewmodels.DraftRegistration @import controllers.register.agents.routes._ @this() @(data: DraftRegistration)(implicit messages: Messages)


Preventing navigation
It is a common case to want to allow / prevent navigation away from a view or component: if a User is in the middle of completing a form and data has not been saved, you might want to warn them about data being lost or prevent them to leave the current view until data has been saved.
Can I deactivate?
Like Angular 2 and Aurelia routers, router5 will ask active components which would be deactivated by a route change if they can be deactivated.
You can register a canDeactivate(toRoute, fromRoute[, done])
function per node to allow or prevent access
to a specific route and its descendents. router5 exposes a .canDeactivate(segment, function)
method for registering them. It will. be invoked when trying to transition to a new route. Alternatively, instead of passing a function, you can pass a boolean.
canDeactivate
methods are invoked from bottom to top. If a User is navigating from route A.1.a
to route B
,
router5 will query registered components for segment A.1.a
, then A.1
, then A
.
A canDeactivate
method can return true
or false
for synchronous results, can
return a thenable (promise
) or can invoke a done
callback. A resolved promise is equivalent
to returning true, and a rejected promise will prevent a segment deactivation.
Note: if a canActivate or canDeactivate function doesn't return a boolean, a promise or doesn't call back, the transition will not proceed.
router5 doesn't create any promise and therefore if you do not wish to use promises, you are not forced to use a polyfill or promise implementation in your app.
When option
autoCleanUp
is set to true, canDeactivate methods are removed when their associated segment is no longer active.
One way to use canDeactivate
is to update it with the state of your application.
const onChange = () => {
const isDirty = isFormDirty();
router.canDeactivate('routeName', !isDirty);
};
Can I activate?
You can register a canActivate(toRoute, fromRoute[, done])
function per node to allow or prevent access
to a specific route and its descendents.
canActivate
functions are called from top to bottom on newly activated segments. They behave the same
than canDeactivate
methods: you can return a boolean value, return a promise or invoke a done callback.
const isAdmin = true
function canAccessAdmin(toRoute, fromRoute, done) {
return isAdmin;
}
myRouter.add({ name: 'admin', path: '/admin', canActivate: canAccessAdmin });
Additional arguments
You can specify additional arguments which will be passed to canActivate
and canDeactivate
functions.
myRouter.setAdditionalArgs([a, b]);
myRouter.canActivate('route', function(a, b, toState, fromState) {
return true;
});


?m
New
York
Botanical
Garden
L.
Catasus
Diciembre
2003
THE
NEW
YORK
BOTANICAL
GARDEN
EXPLORATION
OF
CUBA
tf
Province
of
Pinar
del
Rio
Vicinity
of
Coloma
"
CcaJl
N.
L.
BRITTON
^
E.
G.
Britton
>
Collectors
O.
8.
Gager
'
SEPT.
6,
I9IO
lb0415fi
1604958
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


--- layout: project title: Placement Brochure Website date: 2017-10-24 18:18:08.000000000 +05:30 type: projects parent_id: '0' published: true password: '' status: publish categories: [] tags: - Bootstrap - CSS - HTML - IIIT-B - JavaScript - Placement meta: _edit_last: '4' rcp_user_level: None _um_custom_access_settings: '0' _um_accessible: '0' _um_access_redirect2: '' _um_access_roles: a:1:{i:0;s:1:"0";} _um_access_redirect: '' author: login: vibhavagarwal5 email<EMAIL_ADDRESS>display_name: Vibhav Agarwal first_name: Vibhav last_name: Agarwal ---
A placement brochure in the form of a website for the college's Placement Committee which is sent to companies for inviting them to our college for placements and offers. The website states details regarding the students sitting for the placements, courses that they have studied along with the college's details like infrastructure etc.
Made solely in HTML, CSS (Bootstrap template) and JavaScript.
[caption id="attachment_187" align="alignnone" width="1024"] HomePage[/caption]


Programming in the Real World
Portage Central High School: Summer of Code 2017
Created by Tore Franzen
Thank You!
Thanks for spending one week of summer learning about programming!
Question:
Are These Computers?
Question:
Are These Computers?
Question:
Are Computers Smart or Dumb?
Activity Time!
Can you program me to sit in a chair?
- Shout Instructions
- I can only perform 1 instruction at a time
- I will shout "Error" if I can't perform the instruction
- I will ask further questions when necessary
How I View Programming:
Programming = Legos + Puzzles
What I Do As a Software Engineer?
Not This
More Like This
- Help Other People Solve Their Problems
- Help Them Do Their Job Faster
- Lots of Critical Thinking With Dashes of Creativity
- Don't Code All Day
Databases
Video Games Anyone?
Web / Mobile
Quality Assurance/ Software Testing
Security
You can use programming in almost any field.


|
Scientific Fortran Tools (SciFT)
1.2
|
This class use the List template declared into List.h90 file, please take a look to this file for details. More...
Public Member Functions | |
| generic | init => fromGrid, fromGridData, fromArrays, fromGridArray, fromFunction, fromFile, fromFStream |
| procedure | fromgrid |
| procedure | fromgriddata |
| procedure | fromarrays |
| procedure | fromgridarray |
| procedure | fromfunction |
| procedure | fromfile |
| procedure | fromfstream |
| generic | assignment => copyNFunction |
| procedure | copy => copyNFunction |
| procedure | copynfunction |
| procedure | copyfarray |
| final | destroynfunction |
| procedure | addition |
| procedure | subtraction |
| procedure | multiplication |
| procedure | division |
| procedure | exponentiation |
| procedure | additiongrid |
| procedure | subtractiongrid |
| procedure | multiplicationgrid |
| procedure | divisiongrid |
| procedure | exponentiationgrid |
| procedure | additionfc |
| procedure | subtractionfc |
| procedure | multiplicationfc |
| procedure | divisionfc |
| procedure | exponentiationfc |
| generic | operator => addition, additionGrid, additionFC |
| generic | operator => subtraction, subtractionGrid, subtractionFC |
| generic | operator => multiplication, multiplicationGrid, multiplicationFC |
| generic | operator => division, divisionGrid, divisionFC |
| generic | operator => exponentiation, exponentiationGrid, exponentiationFC |
| procedure | translate |
| procedure | isequallyspaced |
| procedure | checkequallyspaced |
| procedure | str |
| procedure | show |
| procedure | tofstream |
| procedure | setunits |
| procedure | set |
| procedure | first |
| procedure | last |
| procedure | at |
| procedure | npoints |
| procedure | stepsize |
| procedure | checktypen1df |
| procedure | loaddat |
| procedure | loadn1df |
| procedure | saven1df |
| procedure | loadcube |
| procedure | savecube |
| procedure | loadblks |
| procedure | saveblks |
| procedure | checkbox |
| generic | expectationvalue => expectationValueFromNFunction, expectationValueFromRArray, expectationValueFromCArray |
| procedure | expectationvaluefromnfunction |
| procedure | expectationvaluefromrarray |
| procedure | expectationvaluefromcarray |
| generic | innerproduct => innerProductWithNFunction, innerProductWithRArray, innerProductWithCArray |
| procedure | innerproductwithnfunction |
| procedure | innerproductwithrarray |
| procedure | innerproductwithcarray |
| procedure | conjugate |
| procedure | absolutesquare |
| procedure | normalize |
| procedure | norm |
Public Attributes | |
| type(grid) | xgrid |
| real(8), dimension(:), allocatable | farray |
This class use the List template declared into List.h90 file, please take a look to this file for details.
Definition at line 79 of file RNFunction.f90.
| procedure rnfunction::rnfunction::absolutesquare | ( | ) |
Definition at line 161 of file RNFunction.f90.
| procedure rnfunction::rnfunction::addition | ( | ) |
Definition at line 98 of file RNFunction.f90.
| procedure rnfunction::rnfunction::additionfc | ( | ) |
Definition at line 110 of file RNFunction.f90.
| procedure rnfunction::rnfunction::additiongrid | ( | ) |
Definition at line 104 of file RNFunction.f90.
| generic rnfunction::rnfunction::assignment | ( | ) |
Definition at line 92 of file RNFunction.f90.
| procedure rnfunction::rnfunction::at | ( | ) |
Definition at line 135 of file RNFunction.f90.
| procedure rnfunction::rnfunction::checkbox | ( | ) |
Definition at line 149 of file RNFunction.f90.
| procedure rnfunction::rnfunction::checkequallyspaced | ( | ) |
Definition at line 124 of file RNFunction.f90.
| procedure rnfunction::rnfunction::checktypen1df | ( | ) |
Definition at line 139 of file RNFunction.f90.
| procedure rnfunction::rnfunction::conjugate | ( | ) |
Definition at line 160 of file RNFunction.f90.
| procedure rnfunction::rnfunction::copy | ( | ) |
Definition at line 93 of file RNFunction.f90.
| procedure rnfunction::rnfunction::copyfarray | ( | ) |
Definition at line 95 of file RNFunction.f90.
| procedure rnfunction::rnfunction::copynfunction | ( | ) |
Definition at line 94 of file RNFunction.f90.
|
final |
Definition at line 96 of file RNFunction.f90.
| procedure rnfunction::rnfunction::division | ( | ) |
Definition at line 101 of file RNFunction.f90.
| procedure rnfunction::rnfunction::divisionfc | ( | ) |
Definition at line 113 of file RNFunction.f90.
| procedure rnfunction::rnfunction::divisiongrid | ( | ) |
Definition at line 107 of file RNFunction.f90.
| generic rnfunction::rnfunction::expectationvalue | ( | ) |
Definition at line 151 of file RNFunction.f90.
| procedure rnfunction::rnfunction::expectationvaluefromcarray | ( | ) |
Definition at line 154 of file RNFunction.f90.
| procedure rnfunction::rnfunction::expectationvaluefromnfunction | ( | ) |
Definition at line 152 of file RNFunction.f90.
| procedure rnfunction::rnfunction::expectationvaluefromrarray | ( | ) |
Definition at line 153 of file RNFunction.f90.
| procedure rnfunction::rnfunction::exponentiation | ( | ) |
Definition at line 102 of file RNFunction.f90.
| procedure rnfunction::rnfunction::exponentiationfc | ( | ) |
Definition at line 114 of file RNFunction.f90.
| procedure rnfunction::rnfunction::exponentiationgrid | ( | ) |
Definition at line 108 of file RNFunction.f90.
| procedure rnfunction::rnfunction::first | ( | ) |
Definition at line 133 of file RNFunction.f90.
| procedure rnfunction::rnfunction::fromarrays | ( | ) |
Definition at line 87 of file RNFunction.f90.
| procedure rnfunction::rnfunction::fromfile | ( | ) |
Definition at line 90 of file RNFunction.f90.
| procedure rnfunction::rnfunction::fromfstream | ( | ) |
Definition at line 91 of file RNFunction.f90.
| procedure rnfunction::rnfunction::fromfunction | ( | ) |
Definition at line 89 of file RNFunction.f90.
| procedure rnfunction::rnfunction::fromgrid | ( | ) |
Definition at line 85 of file RNFunction.f90.
| procedure rnfunction::rnfunction::fromgridarray | ( | ) |
Definition at line 88 of file RNFunction.f90.
| procedure rnfunction::rnfunction::fromgriddata | ( | ) |
Definition at line 86 of file RNFunction.f90.
| generic rnfunction::rnfunction::init | ( | ) |
Definition at line 84 of file RNFunction.f90.
| generic rnfunction::rnfunction::innerproduct | ( | ) |
Definition at line 156 of file RNFunction.f90.
| procedure rnfunction::rnfunction::innerproductwithcarray | ( | ) |
Definition at line 159 of file RNFunction.f90.
| procedure rnfunction::rnfunction::innerproductwithnfunction | ( | ) |
Definition at line 157 of file RNFunction.f90.
| procedure rnfunction::rnfunction::innerproductwithrarray | ( | ) |
Definition at line 158 of file RNFunction.f90.
| procedure rnfunction::rnfunction::isequallyspaced | ( | ) |
Definition at line 123 of file RNFunction.f90.
| procedure rnfunction::rnfunction::last | ( | ) |
Definition at line 134 of file RNFunction.f90.
| procedure rnfunction::rnfunction::loadblks | ( | ) |
Definition at line 146 of file RNFunction.f90.
| procedure rnfunction::rnfunction::loadcube | ( | ) |
Definition at line 144 of file RNFunction.f90.
| procedure rnfunction::rnfunction::loaddat | ( | ) |
Definition at line 140 of file RNFunction.f90.
| procedure rnfunction::rnfunction::loadn1df | ( | ) |
Definition at line 142 of file RNFunction.f90.
| procedure rnfunction::rnfunction::multiplication | ( | ) |
Definition at line 100 of file RNFunction.f90.
| procedure rnfunction::rnfunction::multiplicationfc | ( | ) |
Definition at line 112 of file RNFunction.f90.
| procedure rnfunction::rnfunction::multiplicationgrid | ( | ) |
Definition at line 106 of file RNFunction.f90.
| procedure rnfunction::rnfunction::norm | ( | ) |
Definition at line 164 of file RNFunction.f90.
| procedure rnfunction::rnfunction::normalize | ( | ) |
Definition at line 163 of file RNFunction.f90.
| procedure rnfunction::rnfunction::npoints | ( | ) |
Definition at line 136 of file RNFunction.f90.
| generic rnfunction::rnfunction::operator | ( | ) |
Definition at line 116 of file RNFunction.f90.
| generic rnfunction::rnfunction::operator | ( | ) |
Definition at line 118 of file RNFunction.f90.
| generic rnfunction::rnfunction::operator | ( | ) |
Definition at line 117 of file RNFunction.f90.
| generic rnfunction::rnfunction::operator | ( | ) |
Definition at line 119 of file RNFunction.f90.
| generic rnfunction::rnfunction::operator | ( | ) |
Definition at line 120 of file RNFunction.f90.
| procedure rnfunction::rnfunction::saveblks | ( | ) |
Definition at line 147 of file RNFunction.f90.
| procedure rnfunction::rnfunction::savecube | ( | ) |
Definition at line 145 of file RNFunction.f90.
| procedure rnfunction::rnfunction::saven1df | ( | ) |
Definition at line 143 of file RNFunction.f90.
| procedure rnfunction::rnfunction::set | ( | ) |
Definition at line 132 of file RNFunction.f90.
| procedure rnfunction::rnfunction::setunits | ( | ) |
Definition at line 130 of file RNFunction.f90.
| procedure rnfunction::rnfunction::show | ( | ) |
Definition at line 127 of file RNFunction.f90.
| procedure rnfunction::rnfunction::stepsize | ( | ) |
Definition at line 137 of file RNFunction.f90.
| procedure rnfunction::rnfunction::str | ( | ) |
Definition at line 126 of file RNFunction.f90.
| procedure rnfunction::rnfunction::subtraction | ( | ) |
Definition at line 99 of file RNFunction.f90.
| procedure rnfunction::rnfunction::subtractionfc | ( | ) |
Definition at line 111 of file RNFunction.f90.
| procedure rnfunction::rnfunction::subtractiongrid | ( | ) |
Definition at line 105 of file RNFunction.f90.
| procedure rnfunction::rnfunction::tofstream | ( | ) |
Definition at line 129 of file RNFunction.f90.
| procedure rnfunction::rnfunction::translate | ( | ) |
Definition at line 122 of file RNFunction.f90.
| real(8), dimension(:), allocatable rnfunction::rnfunction::farray |
Definition at line 81 of file RNFunction.f90.
| type(grid) rnfunction::rnfunction::xgrid |
Definition at line 80 of file RNFunction.f90.


|
|
static int | getCount () |
| |
|
static hltypes::Array< BorderMode > | getValues () |
| |
|
static hstr | getEnumName () |
| |
|
static hltypes::Map< unsigned int, hstr > | getAsMap () |
| |
|
static BorderMode | fromInt (int value) |
| |
|
static BorderMode | fromUint (unsigned int value) |
| |
|
static BorderMode | fromName (chstr name) |
| |
|
static bool | hasValue (chstr name) |
| |
|
static bool | hasValueFor (int value) |
| |
|
static bool | hasValueFor (unsigned int value) |
| |
|
|
static const BorderMode | Software |
| | Manual rendering using multiple renders of the font.
|
| |
|
static const BorderMode | FontNative |
| | Border rendering which is integrated into the font.
|
| |
|
static const BorderMode | PrerenderSquare |
| | Manual generation of a border image with a square structuring image which is then used for border rendering.
|
| |
|
static const BorderMode | PrerenderCircle |
| | Manual generation of a border image with a circle structuring image which is then used for border rendering.
|
| |
|
static const BorderMode | PrerenderDiamond |
| | Manual generation of a border image with a diamond structuring image which is then used for border rendering.
|
| |
|
|
| BorderMode (unsigned int value) |
| |
|
hltypes::Map< unsigned int, hstr > & | _getInstances () const |
| |
The documentation for this class was generated from the following file:


Start
Prev
Next
What is ORCID?
ORCID
is a unique indentifier service for authors and researchers
It provides a simple
API
for accessing or integrating its content
API supports both XML and JSON output (we’ll be talking about JSON)


Demonstrates:
- RowDetailView Plugin
- See more detail of an item by toggling a row detail panel.
- "useRowClick: True" to toggle from any column
- "useRowClick: False" to toggle from the toggle icon only
- "panelRows: 4" DetailView is RowHeight * 4
- "loadOnce: True" Try shrink and reopen same row
- "loadOnce: False DEFAULT" Will call load every time row is expanded
-
- Example of using non templated view e.g. check any row multiple of 5
-
Options:
View Source:


1. Identifying Task: Can you identify irregularties in the email activity at time ‘xx' and time ‘yy'?2. Comparison Task: Are their any irregularities when you compare email behavior of individual ‘A' with individual `B'?3. Changes Detection Task: How does the email communication of individual `A' change over time?4. Counting Task: How many individuals have sent emails more than 2000 in a calendar year 2001? Who are they?5. Exploratory Task: What happened in each of the year?


UIImage
Undocumented
-
Generate a gradient UIImage
Parameters:
- start: the start color
- end: the end color
- frame: the frame for the gradient layer
- startLocation: the location of the start color between 0.0 and 1.0 default is 0.05
- endLocation: the location of the end color between 0.0 and 1.0 default is 0.95
Returns
the generated image from the given values
Declaration
Swift
public class func gradient(start: UIColor, end: UIColor, frame: CGRect, startLocation: Double = 0.05, endLocation: Double = 0.95) -> UIImage
Parameters
start
the start color
end
the end color
frame
the frame for the gradient layer
startLocation
the location of the start color between 0.0 and 1.0 default is 0.05
endLocation
the location of the end color between 0.0 and 1.0 default is 0.95
Return Value
the generated image from the given values
-
Instantiate a UIImage from color in given frame
- Parameters:
- color: The color of the image
- size: the size of the returned image default is CGSize(width: 10, height: 10)
Declaration
Swift
public convenience init(color: UIColor, size: CGSize = CGSize(width: 10, height: 10))
Parameters
color
The color of the image
size
the size of the returned image default is CGSize(width: 10, height: 10)
- Parameters:
-
Instantiate a UIImage from color in given frame
Parameters:
- radius: optional radius of the image default is max(size.width, size.width)
Returns
the generated UIImage
Declaration
Swift
public func corner(_ radius: CGFloat? = nil) -> UIImage
Parameters
radius
optional radius of the image default is max(size.width, size.width)
Return Value
the generated UIImage
-
Calculate the UIImage bytes based on UIImageJPEGRepresentation
If the calculation failed 0 will be returned
Declaration
Swift
public var bytes: Int


--- status: publish layout: page tags: - 10 meter - 30 meter - contour - data - dem - elevation - meter - ned - raster - terrain - topography - usgs author: display_name: Rick Kelson email<EMAIL_ADDRESS>published: true date: 2011-08-15 17:54:47 -0600 title: 10 & 30 Meter Elevation Models (USGS NED) categories: [] ---
The National Elevation Dataset (NED) is another elevation dataset available for Utah from the USGS. These elevation models were created from the best available DEMs. Much of the line distortion is then filtered out of the NED. Because of the filtering it gives a clearer picture than the standard DEM.
Utah's NED is available for download by county at 10 and 30 meter resolutions. A statewide 30 meter hillshade (StateWideHillshd30.zip 250mb) and grid (StateWideNED_30.zip 975mb) are also available from the FTP site . This dataset is projected to UTM Zone 12 NAD83 meters. The vertical datum is NAVD88. For more information about the NED go to http://ned.usgs.gov/ . For further information on downloading the NED contact Rick Kelson<PHONE_NUMBER>).
To make the .dem file useable in ArcMap you may needs to be converted into a Raster/Grid. In the ArcMap 9.x & 10.x toolbox use the Conversion Tool -> 'DEM to Raster'
.
If you have any trouble contact Rick Kelson at<PHONE_NUMBER>


Package io.pravega.client.byteStream
Class ByteStreamReader
- java.lang.Object
-
- java.io.InputStream
-
- io.pravega.client.byteStream.ByteStreamReader
-
- All Implemented Interfaces:
java.io.Closeable
,java.lang.AutoCloseable
,java.nio.channels.AsynchronousChannel
,java.nio.channels.Channel
@ThreadSafe public abstract class ByteStreamReader extends java.io.InputStream implements java.nio.channels.AsynchronousChannel, java.lang.AutoCloseable
Allows for reading raw bytes from a segment. This class is designed such that it can be used with or without blocking. To avoid blocking use theonDataAvailable()
method to make sure to only callread(byte[])
when there is dataavailable()
. It is safe to invoke methods on this class from multiple threads, but doing so will not increase performance.
-
-
Constructor Summary
Constructors Constructor Description ByteStreamReader()
-
Method Summary
All Methods Instance Methods Abstract Methods Modifier and Type Method Description abstract int
available()
Returns the number of bytes that can be read without blocking.abstract void
close()
Closes the reader.abstract long
fetchTailOffset()
This make an RPC to the server to fetch the offset at which new bytes would be written.abstract long
getOffset()
Returns the current byte offset in the segment.abstract java.util.concurrent.CompletableFuture<java.lang.Integer>
onDataAvailable()
Returns a future that will be completed when there is data available to be read.abstract int
read()
Reads a single byte.abstract int
read(byte[] b)
This is equivalent to callingread(b, 0, b.length)
Will only block ifavailable()
is 0.abstract int
read(byte[] b, int off, int len)
Ifavailable()
is non-zero, this method will read bytes from an in-memory buffer into the provided array.abstract int
read(java.nio.ByteBuffer dst)
Similar toread(byte[], int, int)
but takes a byteBuffer.abstract void
seekToOffset(long offset)
Seeks to the provided offset (It can be anywhere in the segment).abstract long
skip(long n)
This method attempts to skip forward by the provided number of bytes.-
Methods inherited from class java.io.InputStream
mark, markSupported, nullInputStream, readAllBytes, readNBytes, readNBytes, reset, transferTo
-
-
-
-
Method Detail
-
getOffset
public abstract long getOffset()
Returns the current byte offset in the segment. This call does not block.- Returns:
- the current byte offset in the segment.
-
seekToOffset
public abstract void seekToOffset(long offset)
Seeks to the provided offset (It can be anywhere in the segment). Future read calls will read from this offset. Future reads will proceed from this offset.- Parameters:
offset
- The offset to seek to.
-
available
public abstract int available()
Returns the number of bytes that can be read without blocking. If the number returned is greater than 0 then a call toread(byte[])
will return data from memory without blocking. If the number returned is 0 thenread(byte[])
will block. If -1 is returned this indicates the end of the stream has been reached and a call toread(byte[])
will return -1.- Overrides:
available
in classjava.io.InputStream
- Returns:
- the number of bytes that can be read without blocking.
- See Also:
InputStream.available()
-
fetchTailOffset
public abstract long fetchTailOffset()
This make an RPC to the server to fetch the offset at which new bytes would be written. This is the same as the length of the segment (assuming no truncation). This offset can also be passed toseekToOffset(long)
to only read bytes from this point forward.- Returns:
- The tail offset.
-
read
public abstract int read() throws java.io.IOException
Reads a single byte. Avoid this API if possible as it is very wasteful. SeeInputStream.read()
.- Specified by:
read
in classjava.io.InputStream
- Throws:
java.io.IOException
-
read
public abstract int read(byte[] b) throws java.io.IOException
This is equivalent to callingread(b, 0, b.length)
Will only block ifavailable()
is 0. SeeInputStream.read(byte[])
.- Overrides:
read
in classjava.io.InputStream
- Throws:
java.io.IOException
-
read
public abstract int read(byte[] b, int off, int len) throws java.io.IOException
Ifavailable()
is non-zero, this method will read bytes from an in-memory buffer into the provided array. Ifavailable()
is zero will wait for additional data to arrive and then fill the provided array. This method will only block ifavailable()
is 0. In which case it will block until some data arrives and return that. (Which may or may not fill the provided buffer) SeeInputStream.read(byte[], int, int)
- Overrides:
read
in classjava.io.InputStream
- Returns:
- The number of bytes copied into the provided buffer. Or -1 if the segment is sealed and there are no more bytes to read.
- Throws:
java.io.IOException
-
read
public abstract int read(java.nio.ByteBuffer dst) throws java.io.IOException
Similar toread(byte[], int, int)
but takes a byteBuffer.- Parameters:
dst
- the destination buffer to read into.- Returns:
- The number of bytes copied into the provided buffer. Or -1 if the segment is sealed and there are no more bytes to read.
- Throws:
java.io.IOException
- If the stream cannot be read from for any reason including if truncation has deleted the data.
-
skip
public abstract long skip(long n) throws java.io.IOException
This method attempts to skip forward by the provided number of bytes. If it is not possible to skip forward `n` bytes (because there are less than `n` bytes remaining, it will skip as many as possible and return the number skipped. This method is not affected by truncation.- Overrides:
skip
in classjava.io.InputStream
- Parameters:
n
- number of bytes to skip.- Returns:
- number of bytes skipped.
- Throws:
java.io.IOException
- Thrown if an IOError occurs while attempting to obtain the length of the stream.
-
close
public abstract void close()
Closes the reader. This may block on an ongoingread()
request if there is one. SeeInputStream.close()
- Specified by:
close
in interfacejava.nio.channels.AsynchronousChannel
- Specified by:
close
in interfacejava.lang.AutoCloseable
- Specified by:
close
in interfacejava.nio.channels.Channel
- Specified by:
close
in interfacejava.io.Closeable
- Overrides:
close
in classjava.io.InputStream
-
onDataAvailable
public abstract java.util.concurrent.CompletableFuture<java.lang.Integer> onDataAvailable()
Returns a future that will be completed when there is data available to be read. The Integer in the result will be the number of bytesavailable()
or -1 if the reader has reached the end of a sealed segment.- Returns:
- A the number of bytes
available()
-
-


(+
;; Mark and sweep the object table
(* 2 (nr-object-bytes heap))
;; Mark and sweep the heap
(* 2 (nr-heap-bytes heap))))
Source Context


Buildings
by Nancy Rockafellar
In the years after the 1906 earthquake, San Francisco rebuilt with remarkable speed, but the disaster and epidemics that followed reinforced the need for adequate hospitals. The old City County Hospital on Potrero had been burned down in 1908 after the discovery of plague-infected rats within its walls. Patients were moved to converted horse stalls, and surgery, kitchen, and supply rooms were set up in the grandstand at the Ingleside Jockey Club Race Track. The drafty racetrack buildings were not adequate for acute medical and surgical cases and city officials quickly worked to restore the city's most important public health facility.
The cornerstone for the new 512-bed San Francisco Hospital was laid at 22nd and Potrero in 1909 and the completed buildings were dedicated by Mayor Rolph on May 1, 1915. The series of brick buildings were designed by architect Newton J. Tharp with a plan based upon European pavilion style, designed to maximize ventilation and prevent cross infection. The external walls were decorated with Renaissance terra cotta and elegant arches; each ward building had a roof garden, and the grounds contained tiled fountains and walking paths. During its first year of occupancy, the number of surgical operations at the City County hospital increased by 400 percent and the patient census rose from 341 to 683.
He pointed out that better facilities might attract better full-time faculty. In response, Medical School Dean Herbert C. Moffitt led an effort to fund a new teaching hospital and eventually collected $655,000 to complete the project. An ambitious early first design had been presented in 1903 by Bernard Maybeck, who responded to UC President Wheeler's call for a University Hospital. The final architectural plan that was built, however, was created by San Francisco architect Lewis Parsons Hobart, who also designed Grace Cathedral, the Bohemian Club, and the California Academy of Sciences.
The cornerstone was laid May 18, 1916, and building was completed within thirteen months. UC Hospital opened in 1917, just as the United States entered the First World War. The six-floor building contained a machine shop and laundry in the basement and the first floor held a grand lobby, a kitchen, a cafeteria, and a lecture amphitheater named for Hugh Toland. Surgery occupied the second floor. Floors three through five contained laboratories, nursing stations, and wards housing 220 patients.The creation of these two substantial hospital facilities would provide excellent clinical teaching facilities for UC faculty, medical students, interns, and residents for the next four decades.


The {gtsummary} package provides an elegant and flexible way to create publication-ready and reproducible analytical tables. The tables summarize data sets, regression models, and more. The code is concise and the tables are highly customizable. Data frames can be summarized with any function, e.g. mean(), median(), even user-written functions. Regression models are summarized and include the reference rows for categorical variables. Common regression models, such as logistic regression and Cox proportional hazards regression, are automatically identified and the tables are pre-filled with appropriate column headers (i.e. Odds Ratio, and Hazard Ratio). The package uses {broom} to perform initial tidying of the regression models, which means there is broad support for many types of regression models.
{gtsummary} uses the {gt} package enabling each table to be tailored to your preferences. If you label your data (which I recommend!), the labels will be used in the table output. With {gtsummary} and {labelled} data, you get beautifully formatted, ready-to-share tables in a single line of code! Check out the examples below, and review the vignettes for a detailed exploration of the output options.
The {gtsummary} package was written as a companion to the {gt} package from RStudio, and it is recommended to install both {gt} and {gtsummary}. The {gt} package is not automatically installed. If {gt} is not installed, knitr::kable()
will be used to produce the summary tables. You can install {gtsummary} and {gt} with the following code.
install.packages("remotes")
remotes::install_github("rstudio/gt")
remotes::install_github("ddsjoberg/gtsummary")
and the development version with:
The {gtsummary} vignettes/tutorials contain detailed examples.
Side-by-side regression model results from tbl_merge()
Survival Estimates from tbl_survival()
{gtsummary} uses the {gt} package to print all summary tables. In addition to supporting {gt}, the {gtsummary} package works well with knitr::kable()
. This is particularly useful when outputting documents to Microsoft Word. If the {gt} package is not installed, {gtsummary} will fall back to knitr::kable()
. To explicitly set the printing engine, set the option in the script or in the user- or project R profile, .Rprofile
.
options(gtsummary.print_engine = "kable")
or
options(gtsummary.print_engine = "gt")
Output from kable
is less full featured compared to summary tables produced with {gt}. For example, kable
summary tables do not include indentation, footnotes, and spanning header rows.
Please note that the {gtsummary} project is released with a Contributor Code of Conduct. By contributing to this project, you agree to abide by its terms. A big thank you to all contributors!
@ablack3, @ahinton-mmc, @ddsjoberg, @emilyvertosick, @jennybc, @jflynn264, @karissawhiting, @margarethannum, @michaelcurry1123, @sammo3182, and @zabore


Welcome to the living style guide for Chef Compliance. To get started please attach the below file to your working code file.
styles/base.scss
We plan to use the light-weight grid system from bourbon. Please view Bourbon Grid System for information regarding the grid system.
Our type faces include montserrat-light, and HelveticaNeue-Light with a fall back to arial and helvetica.
P is used for all paragraph text
h3 class = "t-critical"
h3 class = "t-major"
h3 class = "t-minor"
h3 class = "t-inverse"
I am disabled or place holder text
p class = "t-gray"
The good ol' Chef orange
p class = "t-chef"
Buttons should always have a height of 45px.
button class = "btn-2" => secondary
button class = "disabled" => disabled
<button>Update</button>
<button class="btn-i-dk"></button>
<button class="btn-i-outline"></button>
<button class="btn-i-outline"></button>
<button class="btn-i-outline"></button>
<button class="btn-i-dk"></button>
<button class="btn-i-red"></button>
Chef likes to use font awesome for iconography. Please find the library at the Font Awesome Site.  Some are actionable, some are not. Labels should always use the H3 font.
You can apply background color classes to the l-circle class and/or apply font colors to the icon or font

YOUR H3 OR ICON HERE

YOUR H3 OR ICON HERE

YOUR H3 OR ICON HERE

YOUR H3 OR ICON HERE

YOUR H3 OR ICON HERE

YOUR H3 OR ICON HERE

Tags will eventually be actionable. They should all be aligned to this style. (no color customization). They all have a flexible width.

ENTER TAG NAME HERE

ENTER TAG NAME HERE

 ORG

POLICY

Boxes should all have a padding of 16px and include a standard box shadow.

Input is used for form fields, search, and file uploads.
<input></input>
Use these classes to align all the things!
strict-c
strict-l
strict-r
space-lg-t => Large margin top
space-lg-b => Large margin bottom
space-lg-both => Large margin bottom and top
space-sm-t => Small margin top
space-sm-b => Small margin bottom
space-sm-both-v => Small margin bottom and top
space-sm-l => Small margin left
space-sm-r => Small margin right
space-sm-both-h => Small margin left and right


trait
Reporter
extends AnyRef
Abstract Value Members
-
def
apply
(event: Event): Unit
Concrete Value Members
-
def
!=
(arg0: AnyRef): Boolean
-
def
!=
(arg0: Any): Boolean
-
def
##
(): Int
-
def
==
(arg0: AnyRef): Boolean
-
def
==
(arg0: Any): Boolean
-
def
asInstanceOf
[T0]
: T0
-
def
clone
(): AnyRef
-
def
eq
(arg0: AnyRef): Boolean
-
def
equals
(arg0: Any): Boolean
-
def
finalize
(): Unit
-
def
getClass
(): java.lang.Class[_]
-
def
hashCode
(): Int
-
def
isInstanceOf
[T0]
: Boolean
-
def
ne
(arg0: AnyRef): Boolean
-
def
notify
(): Unit
-
def
notifyAll
(): Unit
-
def
synchronized
[T0]
(arg0: ⇒ T0): T0
-
def
toString
(): String
-
def
wait
(): Unit
-
def
wait
(arg0: Long, arg1: Int): Unit
-
def
wait
(arg0: Long): Unit
Inherited from AnyRef
Inherited from Any
Trait whose instances collect the results of a running suite of tests and presents those results in some way to the user. Instances of this trait can be called "report functions" or "reporters."
Reporters receive test results via thirteen events. Each event is fired to pass a particular kind of information to the reporter. The events are:
RunStarting
TestStarting
TestSucceeded
TestFailed
TestIgnored
TestPending
SuiteStarting
SuiteCompleted
SuiteAborted
InfoProvided
RunStopped
RunAborted
RunCompleted
Reporters may be implemented such that they only present some of the reported events to the user. For example, you could define a reporter class that doesn nothing in response to
SuiteStarting
events. Such a class would always ignoreSuiteStarting
events.The term test as used in the
TestStarting
,TestSucceeded
, andTestFailed
event names is defined abstractly to enable a wide range of test implementations. TraitSuite
firesTestStarting
to indicate it is about to invoke one of its test methods,TestSucceeded
to indicate a test method returned normally, andTestFailed
to indicate a test method completed abruptly with an exception. Although the execution of aSuite
's test methods will likely be a common event reported via theTestStarting
,TestSucceeded
, andTestFailed
methods, because of the abstract definition of “test” used by the the event classes, these events are not limited to this use. Information about any conceptual test may be reported via theTestStarting
,TestSucceeded
, andTestFailed
events.Likewise, the term suite as used in the
SuiteStarting
,SuiteAborted
, andSuiteCompleted
event names is defined abstractly to enable a wide range of suite implementations. ObjectRunner
firesSuiteStarting
to indicate it is about to invokerun
on aSuite
,SuiteCompleted
to indicate aSuite
'srun
method returned normally, andSuiteAborted
to indicate aSuite
'srun
method completed abruptly with an exception. Similarly, classSuite
firesSuiteStarting
to indicate it is about to invokerun
on a nestedSuite
,SuiteCompleted
to indicate a nestedSuite
'srun
method returned normally, andSuiteAborted
to indicate a nestedSuite
'srun
method completed abruptly with an exception. Although the execution of aSuite
'srun
method will likely be a common event reported via theSuiteStarting
,SuiteAborted
, andSuiteCompleted
events, because of the abstract definition of "suite" used by the event classes, these events are not limited to this use. Information about any conceptual suite may be reported via theSuiteStarting
,SuiteAborted
, andSuiteCompleted
events.Extensibility
You can create classes that extend
Reporter
to report test results in custom ways, and to report custom information passed as an event "payload." For more information on the latter use case, see the Extensibility section of theEvent
documentation.Reporter
classes can handle events in any manner, including doing nothing.


Two pedestrians struck in crosswalk at Sidney Avenue and Third Street in Sidney
by Cindy E. HarnettTwo pedestrians in their 80s were hit by a vehicle at a Sidney intersection Sunday night.
The pedestrians, ages 88 and 87, suffered non-life threatening injuries when they were struck in the crosswalk at Sidney Avenue and Third Street near the Star Cinema.
One received treatment at the scene and the other was taken to hospital for assessment and was released, said Sidney-North Saanich spokeswoman Meighan de Pass.
The driver received a ticket for failure to yield to pedestrians at a crosswalk and for a windshield or window that impairs vision, de Pass said.
The fire department was at the scene by 10 p.m. and the intersection remained closed for a time as Sidney RCMP investigated.


ABOUT ME
Game Developer On unity 3D
Jan 2019 - Current
A motivated, committed and high performance using Technics for debugging and fixing bugs. I believe the prospects for advancement within your company are fantastic
Wep Work Experience
Sep 2019 - Feb 2020
Mais Alward Developer
Game Developer On unity 3D.
Project
Graduation project is "Wewe" An android application that calls the nearest ambulance to the patient who uses the patient app
Wewe has two type of applications Patient Application which will send the gps location to the ambulance Ambulance man application will receive the GPS coordinates in order to go to the patient as fast as he can The app uses GPS and Google maps The app send push notification to the nearest ambulance man application when there is an emergency case within 20 KILO Backend Java (servlet and mysql database)


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Questions? Call us.<PHONE_NUMBER> Service.com 30840 Northwestern Hwy #250, Farmington Hills, MI 48334 About | Unsubscribe


Class: Aws::ECSCredentials
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Instance Chain:
self,
RefreshingCredentials,
CredentialProvider
|
|
| Inherits: | Object |
| Defined in: | aws-sdk-core/lib/aws-sdk-core/ecs_credentials.rb |
Class Method Summary
- .new(options = {}) ⇒ ECSCredentials constructor
Instance Attribute Summary
Instance Method Summary
CredentialProvider - Included
Constructor Details
.new(options = {}) ⇒ ECSCredentials
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# File 'aws-sdk-core/lib/aws-sdk-core/ecs_credentials.rb', line 45
def initialize = {} @retries = [:retries] || 5 @ip_address = [:ip_address] || '<IP_ADDRESS>' @port = [:port] || 80 @credential_path = [:credential_path] @credential_path ||= ENV['AWS_CONTAINER_CREDENTIALS_RELATIVE_URI'] unless @credential_path raise ArgumentError.new( "Cannot instantiate an ECS Credential Provider without a credential path." ) end @http_open_timeout = [:http_open_timeout] || 5 @http_read_timeout = [:http_read_timeout] || 5 @http_debug_output = [:http_debug_output] @backoff = backoff([:backoff]) super end
Instance Attribute Details
#retries ⇒ Integer
(readonly)
65
# File 'aws-sdk-core/lib/aws-sdk-core/ecs_credentials.rb', line 65
attr_reader :retries


{% extends "layout.html" %} {% block page_title %} Start page example {% endblock %} {% block proposition_header %} {% endblock %} {% block header_class %} {% endblock %} {% block content %} Home Section Subsection What type of disability...? please select blind (severely sight impaired) Certificate of Vision Impairment (CVI) DVLA I don't have any of these {% endblock %}


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Nearly 1,000,000 extra children have fallen into poverty in last 10 years
There are now 2.9 million children growing up in poverty in working households across the country, according to a new study.
The number of kids being raised in destitution has increased by 800,000 since 2010, the report from union TUC suggests.
That means one in four youngsters could be struggling to get by each day, which is a staggering 38% rise in the last decade.
The TUC claims government policies, weak wage growth and more insecure work accounted for 485,000 children who had been pushed into in-work poverty.
TUC general secretary Frances O’Grady said: ‘No child in Britain should be growing up in poverty, but millions of parents are struggling to feed and clothe their kids.
‘The Conservatives’ cuts to in-work benefits have come at a terrible human cost. As too has their failure to tackle insecure work and get wages rising across the economy.
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‘We need a government that puts working families first, not wealthy donors and hedge funds.’
Shadow work and pensions secretary Margaret Greenwood added: ‘The Conservatives and Lib Dems should hang their heads in shame for nine years of austerity which has left working families struggling to feed their children, as shown by these new shocking figures.
‘How we care for and protect our children is a mark of a civilised society.
‘The TUC’s figures show just how badly Conservative and Lib Dem coalition governments have failed them.’
Metro.co.uk has contacted the Department for Work and Pensions for a comment.
Got a story for Metro.co.uk?
Get in touch with our news team by emailing us at<EMAIL_ADDRESS>For more stories like this, check our news page.


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Covenants are a set of additonal game mechanics that can be added to a session of Drunk Souls to give players currently not playing other ways to interact with the game. It is highly recommended to add this when there are more than three players.
Each player selects a covenant when they join the session. The available covenants are outlined below. You then gain a set of extra interactions such as "praise the sun" and "invasion" depending on your selected covenant. You then use these interactions as you wish and as the rules allow for the rest of the session.
Sins are a balance-measure that is added to the game that makes aggressive players drink more themselves. Most interactions use this in some way. Some add sins to the player and some removes them. Sins can be used by a "Blade of the Darkmoon"-member to punish those that make others drink based on how much they have done. 1 sin = 1 drink for the player that looses against a "justice invasion" and then all their sins are reset.
Players can change their covenant at any time, but 5 sins are added to their sin counter each time they do so.
The covenant that focuses primarily on "PvP". This covenant balances the other covenants by making them drink for their sins.
Read moreThe covenant that focuses primarily on "PvP". This lets you invade other players in return for sins
Read moreThis covenant focuses mainly on the game itself. Makes the game more difficult in return for rewards
Read moreThis covenant shakes up how the covenants interact with eachother. You can curse players so that they have to drink more.
Read moreThe Sunbros. This covenant focuses on helping other players and praising the sun.
Read more


Orange Book for Outstanding Seniors in Marketing and International Business Bronze Quill Award of Excellence 2016 with ONE Gas Tulsa Area United Way Campaign Zenith Awards Assistant Manager of the Year Nominee 2018


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This is a random sample of 10 sites from the data collection:


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