Little Scots sisters face legal bid to stop violent dad who beat them from winning access case
The 11 and eight-year-old siblings have written to Scotland's justice minister pleading for help after the brute was granted legal aid to begin his fight.
by Vivienne Aitken, https://www.dailyrecord.co.uk/authors/vivienne-aitken/Two young girls are facing a court fight to prevent the dad who assaulted them being allowed to see them again.
One of the girls, Lucy (not her real name), 11, said: “They will have to physically drag me from my house. I never want to see him again.”
And her little sister, eight, who we refer to as Joanne, said: “I am frightened to be with my dad in case he hurts us again.”
The girls were shocked when, just a month after he was found guilty of assaulting them, their dad began legal proceedings to be allowed access again.
Last month, he was given legal aid to begin his fight.
The girls have sent a letter to Justice Minister Humza Yousaf, in which Lucy wrote: “People say that’s it's better to have two parents involved in your life, but our life was not better, it was awful.”
Their mum Susan (not her real name) and dad split more than seven years ago.
The girls refused to see him on one occasion because they were going to a cheerleader rehearsal.
The next time they saw him, Lucy said their dad “shook us by the neck and said, ‘Make sure that doesn’t happen again’”.
She described how, on a trip to a caravan, he punched her in the stomach and grabbed Joanne by the throat.
The girls told a teacher and their dad was given a community payback order in court.
Labour’s justice spokesman James Kelly said “there are questions” to answer in the case.
A Scottish Government spokesman said: “While we cannot comment on individual cases, we want to ensure that all victims and children are protected.”


About Jesslyn Bjork
29 years old.
Dog mom to a 5 yr old Shih Tzu Terrier name Rory Borryalis.
Lived in Utah for 10 years.
One life goal is to live in a van and travel.
I once fought off a shark while surfing in California.
San Diego locals now call me "Jess the Shark Puncher".


Proposed Design for Office building for Tanzania Investment Center (TIC) to be build at Dodoma Municipality.
Narrative Description of Project
The idea to expand the operational services for the Center by creating enough office spaces for their department services. The design proposed was to organizing interior office spaces and prepare TWO Alternative Designs and Perspectives (3 Dimensional Images) for presentation and submitted to client for their discussion.


This tool walks through a single LIFT dictionary file, looking for entries which look like they contain audio or images. The audio and pictures folders are then searched to see if the linked file is there or not. The report displays errors for links without files, and also files without links.
None. No files are touched.
Cambell Prince


Black
White
Black
Homepage
Products
Services
Testimonials
About Us
Contact
White
Contact
Black White Company
180 Aenean Quis Semper
Maecenas Adipiscing, Feugiat 10450
Phone:<PHONE_NUMBER>
Email<EMAIL_ADDRESS>Send


Getting started
What is ETL
ETL is the foundation of modern Business Intelligence application. It separates the analysis part from everything that comes before it. ETL stands for extract, transform and load, and describes a three-step process:
Extracting data is about acquiring it from a particular source and doing so in a way that all relevant data is collected. For ETL to work well, data needs to come directly from the source and in its rawest form.
Transforming data requires it to be stripped of its various formats, cleaned and harmonized. Put differently, it needs to become easy for the end user to read. Ensuring the highest possible data quality is crucial during this process, including detecting and removing duplicates and sorting the data into relevant, predetermined categories.
In the end, your ETL tool will help harmonize your data and load it into a target location, which essentially is a business intelligence (BI) or database tool of choice. There you can find it ready for your analysis.
ETLBox core concepts
ETLBox is a data processing engine based on .NET Core, giving you the power to create your own ETL processes. This engine runs inside your applications, APIs, and jobs to extract, filter, transform, migrate data on-the-fly. ETLBox speeds up your development by providing an easy-to-use toolbox for integrating your data from different sources within your app and load them into any target you like.
What you can do with ETLBox
Here are a few things you can do with ETLBox:
- Convert incoming data to a common format.
- Prepare data for analysis and visualization.
- Migrate between databases.
- Share data processing logic across web apps, batch jobs, and APIs.
- Power your data ingestion and integration tools.
- Consume large CSV, Excel or Json files
Data integration
Data integration solves the problem of moving, transforming, and consolidating information from various sources like databases, applications, files, and web services. Bringing them together enables you to cleanse, standarize, de-duplicate, manipulate, and synchronize them. Data integration can play an important role in any project, and it can be critical to have a rock-solid solution in place that is able to integrate numerous applications, services and databases. ETLBox as an Extract, transform, and load (ETL) tool is a perfect fit when you need to create a data integration solution.
Common data API
ETLBox provides you with a single API for working with data. The API treats all data the same regardless of their source. By developing your applications against a single API, you can use the same components to process data regardless of whether they're coming from a database, Excel file, or 3rd-party API.
Embed inside your App
ETLBox fits well within your applications and services. It is a very lightweight library and has a very small footprint. It's also complication free - requiring no servers, installation, or config files. You just add it as a package reference into your app and start using it.
In-flight Processing
ETLBox can run completely in-memory. In most cases, there's no need to store intermediate results in temporary databases or files on disk. Processing data in-memory, while it moves through the pipeline, can be more than 100 times faster than storing it to disk to query or process later.
Flexible componentens
ETLBox comes with a set of components and tasks that simplify to read data from various source,
transform it on the fly and write it into different destinations. But all components offer you the ability
to add your own logic in C# - and you can benefit here from the full power of the .NET framework. Even if
your own data source or destination is not supported out of the box, you can easily add it yourself by extending
the CustomSource
or CustomDestination
components.
100% .NET
ETLBox is built on .NET Core and .NET Standard and runs with the latest version of .NET. You write data flows and transformations in C# or any of the other .NET languages you know (e.g. VisualBasic or F#). You can also use your existing tools, IDEs, containers, and libraries. Being built on .NET Core means it can run on all servers, operating systems, and environments.
Works with Big Data
ETLBox as an ETL tool was designed to handle big amounts of data and therefore you won't encounter any issues when you need to handle big data.Any dataflow can have a source, a transformation and a destination. While the source starts reading, it will post the data into it's output while continue reading the data. As soon as a connected component retrieves any data in, it will start with the further processing and subsequently send any processed data further down the line. Any destination will start writing data in the moment where it receives it - sometimes in Batches, sometimes for every records, depending of the destination type. To achieve this, every compoment has its own set of buffers. So when you start to process big data, that won't mean that everything needs to fit into memory - only as much data is stored in memory as you need to keep the buffers filled so that there is always enought data available to write into the destination.
Continue learning
More about data flows
All components in the Data Flow allow you to create your ETL (Extract, Transform, Load) pipeline - where data is extracted from the source(s), asynchronously transformed and then loaded into your destinations. Please start with the simple DataFlow example to get started. This is the main component of ETLBox, hence you'll find the most examples and articles about this topic.
More about control flows
ControlFlow tasks are designed to simplify the way how you run common tasks on the database. E.g., ControlFlow tasks allow you to run a Sql query with a single line or having objects to create or alter tables, views, procedures etc. on the database. You will find an introduction into the Control Flow Tasks in the article Overview Control Flow. ControlFlow tasks can be very useful when you want to create some database independent tests or you just want to avoid all the ADO.NET boilerplate code when accessing the database.
More about logging
Some tasks in the Control Flow part are for logging purposes only. As there are advanced logging capabilities in ETLBox, logging itself is treated in separate articles. All Control Flow and Data Flow Tasks come with the ability to produce log. There are also some special task that enables you to create or query the log tables easily. To get an introduction into logging, please have a look at the Overview Logging All logging capabilities are based on nlog. You can visit the NLog homepage if you are interested in more details how to set up and configure NLog.


High affinity aldosterone binding to plasma membrane rich fractions from mononuclear leukocytes: is there a membrane receptor for mineralocorticoids ?
Abstract
In vitro effects of aldosterone on the intracellular concentrations of sodium, potassium and calcium, cell volume and the sodium-proton-antiport have been described in intact human mononuclear leukocytes (HML). In the present paper, the binding of a[ 125I] -labeled aldosterone derivative to plasma membrane rich fractions of HML was studied. High affinity binding of the radioligand with an apparent Kd of approximately 0.1 nM was found. Aldosterone displaced the tracer at a similar Kd. Both canrenone and cortisol were inactive as ligands up to concentrations of 0.1 microM. The findings are the first to demonstrate membrane binding sites with a high affinity for aldosterone, but not for cortisol. These data are perfectly compatible with major properties of steroidal effects on the sodium-proton-antiport in HML and thus very likely represent membrane receptors for aldosterone.


When you work with us you are part of a team of committed collaborators.All aspects of our software development process are integrated,interactive and agile
Our approach unifies design, development and product managment to creat exceptional products
We start each project by understanding your business goals, the user's needs and the product requirment
Then we help translate them into effective and elegant solutions
Our services include brand strategy,
interaction, visual design and user experience testing
Throughout your project, our designers create and
implement visual design and workflows, solicit user
feedback and work with you to make sure what gets built
is what is needed
All engineers are fluent in the latest enterprise, mobile
and web development technologies
They collaborate with your team to write and improve
code on a daily basis, using proven practises such as
test-driven development and pair programming
Planning and development is iterative because we are
constantly coding and testing, the products we build are
always ready to go live
The iterative process allow for change as business
requirement evolve


{{ define "banner-h1" }}Pre-Professional Immersion Program{{ end }} {{ define "banner-img" }}{{ call .URL "/img/banners/about-programs.jpg" }}{{ end }} {{ define "banner-img-mobile" }}{{ call .URL "/img/banners/about-programs-mobile.jpg" }}{{ end }} {{ define "banner-class" }}text-white{{ end }} {{ define "banner" }} {{ template "banner-tmpl" . }} {{ end }} {{ block "content" . }}
The Pre-Professional Immersion Program is an educational outreach targeting high school students who wish to pursue a professional career in dance. Our goal is to accept four to eight high school students to participate in our summer projects for one to three weeks. These students will have the opportunity to take class with professional and collegiate level dancers, understudy and participate in rehearsals, receive individual mentoring from members of Mei/Co. Dance, learn about the heart and mission of Mei/Co., and perform in the final show.
Contact us at<EMAIL_ADDRESS>for more information.


{%- from "third_party_logistics/third_party_logistics/billing/macros.html" import render_number, render_money -%}
| Stock Entry# | Date | Received as Pallet/LC | No of Pallet/LC | Rate per Pallet/LC | Amount for Pallet/LC | Container Type | Container Rate | Receiving Charges for Billing |
|---|---|---|---|---|---|---|---|---|
| {{ d.name }} | {{ d.posting_date }} | {{ d.received_as_cf }} | {{ d.pallet_lc_qty | int }} | {{ render_money(d.rate_per_pallet_lc) }} | {{ render_money(d.amount_for_pallet_lc) }} | {{ d.container_type_cf or "" }} | {{ d.container_rate and render_money(d.container_rate) or "" }} | {{ render_money(d.total_receiving_charge) }} |
| Total Receiving Charges: | {% set total = receiving_charges | sum(attribute="total_receiving_charge") %}{{ frappe.format_value(total, currency="USD")}} |


Hello. I am Jovan.
I don’t like to define myself by the work I’ve done. I define myself by the work I want to do. Skills can be taught, personality is inherent. I prefer to keep learning, continue challenging myself, and do interesting things that matter.
Fueled by high energy levels and boundless enthusiasm, I’m easily inspired and more then willing to follow my fascinations wherever they take me. I’m passionate, expressive, multi-talented spirit with a natural ability to entertain and inspire. I’m never satisfied to just come up with ideas. Instead I have an almost impulsive need to act on them.
Welcome to my World
My abundant energy fuels me in the pursuit of many interests, hobbies, areas of study and artistic endeavors. I’m a fast learner, able to pick up new skills and juggle different projects and roles with relative ease. .
I love to develop expertise in a number of areas over the course of my life and career. My personality type is ENTJ.


Born David Robert Jones on the 8th of January 1947, Known as David Bowie was an English singer, songwriter, actor and record producer.
I always had a repulsive need to be something more than human. I felt very puny as a human. I thought, 'Fuck that. I want to be a superhuman.


qwertyuio[edsfghjkmlxdfgvbnedcfhuidjashkjdhaksjdhasjkhdkajsdhuweydkashdjkshkjnjdhjksdhkjashdkjasdhjjjjjjjjjjjjjjjjjjkkljlkjl hgjhgjhg jgjh hj h jkhjk jhg fjhf ghjkhjkh kgk fg fhgf jhjkh jkhk fgh fjghjkhjk h fh hgf jggkjhjkh kjhk hgfasdfghjkl;'wertyuiop[e,l;gbedfrweukhrfajkshfjkashjkdh asdhaskjdh kasdhfjksdhf kjdhjkhajkfajsdklfajsdlk fjalkdsjf lsdjfklja lsdfklsad fsdkljf askldjf lkasdjf lkajsdkf


//= ./html/header.html //= ./html/description.html //= ./html/directions.html //= ./html/learning.html //= ./html/structure.html //= ./html/footer.html //= ./html/arrow.html


--- layout: page title: Applications Open for $500 Graduate Student Travel Grants! ---
The Pitt-CMU GSSPC is awarding travel grants* to graduate students planning to attend the Spring 2021 ACS National Meeting in San Antonio, TX (March 21—25). Traditionally underrepresented groups (e.g., women, ethnic minorities, economically disadvantaged individuals) are highly encouraged to apply. For more information, feel free to email us directly!
*Funds contingent on in-person meeting.


View Highscores
Time: 0
Coding Quiz Challenge
This contains the direction on how the quiz works
Start


Slides
Tutorial Slides
Scripts
scripts.zip
Documentation
pbdMPI Reference Manual
pbdDMAT Reference Manual
Speaking Serial R with a Parallel Accent


Yesterday I finally made the first release of my pet project, the ngrease metalanguage.
Read the Introduction to ngrease for more information.
Originally published on 2007-05-02 at http://www.jroller.com/wipu/entry/ngrease_0_1_0_released under category Metaprogramming


Hello admin |
To override their selection, please use the form below.
PC
Mac
Tablet
Your computer has been selected but not confirmed. Please confirm your selection using the button below.


Ludwigsburg, Germany
Antiquariat Alt-Hoheneck
This outdoor library provides around-the-clock access to around 7,000 books.
This entry is a stub
Help improve Atlas Obscura by expanding Antiquariat Alt-Hoheneck with additional information or photos.
 The Antiquariat is located in the historical part of Hoheneck near Ludwigsburg. Visitors can also purchase any of the used books featured throughout the library’s vast collection.
The library remains outdoors throughout the entire year and is open 24 hours. There’s also an indoor section filled with vinyl records, and of course more books. However, only the outdoor section remains open throughout the night.
The idea to construct the library was born out of a desire to save old books from being discarded into trash heaps. It’s a true paradise for book lovers.
Visit Germany with Atlas Obscura Trips
Hidden Berlin: Exploring the City’s Abandoned and Underground Spaces
Learn More »
Community Discussion
-
No Comments Yet
Start the discussion.
forum Visit our forums.


In 2005, new technology entered the world as Youtube was introduced. As an online video-sharing platform, Youtube newly opened opportunities for people to create, share and watch videos. Considering the link in video entertainment, this project explored at how this new technology impacted the movie industry.
Compared to 2004, in 2005, the number of movies created increased from 65 to 98. While this may be attributed to the movie industry responding to a new economic rival, it is also important to note that the number of movies created in 2004 according to our data is less than the surrounding years.
Similar to 2001, there were no significant changes in terms of financial aspects of the movie industry during this year. As much as Youtube proved to be a popular platform for video entertainment, perhaps it took the company more than a year to become popular. After further research, it is revealed that Youtube was sold to its parent organization, Google, in late 2006. Thus, it took more than just a year for Youtube to significantly impact the movie industry.


I am a Software Developer with experience in embedded software.
RTOS group
Linux and Windows device driver development for Timing and Synchronization PXI(e) modules.
Linux device driver development for next generation FPGA based products.
Linux device driver development for Android devices.
Game development for Android and J2ME enabled phones.
GPA: 4.00
Coursework: Computer Architecture, Compiler Design, Advanced Compiler Design, Analysis of Algorithms, Software Engineering, Real-Time Operating Systems, Digital Image
81.55 %
Implemented optimization passes for a source to source Fortran compiler using Minipolaris framework for Advanced Compiler Design course. Parallelized loops by adding OpenMP annotations
Languages: C++
Wrote a compiler for DECAF language right from lexing, parsing upto code generation and optimizations.
Languages: C++
Created a website to search for previous sem grades of TAMU courses. Served thousands of queries.
Languages: Ruby, Rails
Implemented ray tracer, texture mapping, specular reflection, ambient occlusion, etc for image synthesis course.
Languages: C++
Implemented filters, affine/non-affine transformations, seam carving for image manipulation.
Languages: C++


This page shows automated results of the Leonids 2010, based on visual observations by volunteers astronomers collected through the report form of the International Meteor Organization (IMO). The information on this page is generated automatically; for scientific use please refer to manual analyses published in scientific journals (such as WGN). Send your feedback regarding this page to Geert Barentsen.
Page contents:
Page generated: 2010 December 10 at 20:20 UTC.
The graph below shows the ZHR (Zenithal Hourly Rate), which is the number of meteors an observer would see under a very dark sky with the radiant of the shower in zenith.
ZHRmax = 32 based on 514 Leonids reported in 206 intervals, assuming population index r = 2.0
| Time (UTC) | Solarlon | nINT | nLEO | ZHR | Particle density | |
|---|---|---|---|---|---|---|
| 2010-11-07 15:45 | 224.980 | 6 | 2 | 2 | ±1 | 2 / 109·km3 |
| 2010-11-09 09:58 | 226.746 | 2 | 2 | 2 | ±1 | 2 / 109·km3 |
| 2010-11-11 14:13 | 228.935 | 8 | 11 | 4 | ±1 | 3 / 109·km3 |
| 2010-11-12 20:54 | 230.221 | 8 | 5 | 4 | ±2 | 3 / 109·km3 |
| 2010-11-13 23:38 | 231.341 | 20 | 37 | 5 | ±1 | 4 / 109·km3 |
| 2010-11-14 19:46 | 232.186 | 23 | 35 | 6 | ±1 | 5 / 109·km3 |
| 2010-11-15 23:50 | 233.364 | 10 | 36 | 11 | ±2 | 9 / 109·km3 |
| 2010-11-16 21:24 | 234.269 | 18 | 37 | 11 | ±2 | 9 / 109·km3 |
| 2010-11-17 04:29 | 234.567 | 11 | 35 | 15 | ±2 | 12 / 109·km3 |
| 2010-11-17 11:08 | 234.845 | 12 | 35 | 17 | ±3 | 13 / 109·km3 |
| 2010-11-17 21:52 | 235.296 | 8 | 36 | 26 | ±4 | 20 / 109·km3 |
| 2010-11-18 01:40 | 235.456 | 8 | 35 | 32 | ±5 | 25 / 109·km3 |
| 2010-11-18 02:42 | 235.500 | 15 | 36 | 15 | ±2 | 12 / 109·km3 |
| 2010-11-18 04:31 | 235.576 | 14 | 38 | 20 | ±3 | 16 / 109·km3 |
| 2010-11-18 08:14 | 235.732 | 17 | 37 | 17 | ±3 | 13 / 109·km3 |
| 2010-11-18 15:27 | 236.035 | 14 | 40 | 14 | ±2 | 11 / 109·km3 |
| 2010-11-19 04:47 | 236.595 | 5 | 35 | 17 | ±3 | 13 / 109·km3 |
| 2010-11-19 12:56 | 236.938 | 6 | 22 | 10 | ±2 | 8 / 109·km3 |
| 2010-11-29 06:00 | 246.752 | 1 | 0 | 4 | ±4 | 3 / 109·km3 |
The reported intervals are automatically added together into the bins shown above, based on the number of meteors and the distribution of the intervals. For each bin, the following parameters are computed:
Data has been received from 43 observers in 19 countries. Thank you for your efforts!
Note: click on the map for an interactive version.
| Observer | Country | Teff | nLEO |
|---|---|---|---|
| Mina Alizadeh | Iran | 0.66h | 3 |
| Asmita Bhandare | India | 1.73h | 5 |
| Raka Dabhade | India | 1.83h | 2 |
| Anderson Dantas | Brazil | 3.91h | 34 |
| Rucha Deshpande | India | 2.07h | 4 |
| Peter Detterline | United States | 1.50h | 8 |
| C B Devgun | India | 1.25h | 35 |
| Suraj Dhiwar | India | 1.73h | 7 |
| Todor Dimitrov | Bulgaria | 0.82h | 4 |
| Shlomi Eini | Israel | 2.55h | 23 |
| Reyhaneh Fallah | Iran | 1.16h | 12 |
| William Godley | United States | 1.75h | 6 |
| Stevan Golubovic | Serbia | 4.89h | 34 |
| Sylvie Gorkova | Czech Republic | 2.00h | 0 |
| Mitja Govedic | Slovenia | 1.37h | 9 |
| Wayne T. Hally | United States | 12.70h | 20 |
| Vilem Heblik | Czech Republic | 12.00h | 36 |
| Ken Hodonsky | United States | 2.15h | 2 |
| Jakub Koukal | Czech Republic | 17.00h | 63 |
| Anna S. Levina | Israel | 2.80h | 19 |
| Semion Levin | Israel | 1.49h | 14 |
| Mike Linnolt | United States | 1.57h | 13 |
| Jer Nan Lou | Taiwan | 0.43h | 5 |
| Jose Luis Maestre Garcia | Spain | 1.13h | 12 |
| Qiang Ma | China | 4.00h | 6 |
| Pierre Martin | Canada | 4.91h | 4 |
| Jai Mehta | India | 1.66h | 1 |
| Koen Miskotte | Netherlands | 5.05h | 0 |
| Hermitanio Quinto | Philippines | 0.92h | 3 |
| Ella Ratz | Israel | 0.80h | 4 |
| Jurgen Rendtel | Germany | 9.78h | 86 |
| Branislav Savic | Serbia | 5.33h | 29 |
| Andrey Semenuta | Kazakhstan | 1.30h | 0 |
| Sanket Sen | India | 1.02h | 1 |
| Costantino Sigismondi | Italy | 1.05h | 0 |
| Wesley Stone | United States | 1.44h | 9 |
| Richard Taibi | United States | 6.63h | 26 |
| Shigeo Uchiyama | Japan | 0.67h | 7 |
| Michel Vandeputte | Belgium | 1.40h | 1 |
| Kristina Veljkovic | Serbia | 1.33h | 13 |
| Valentin Velkov | Bulgaria | 0.95h | 7 |
| Xingkai Wang | China | 0.77h | 3 |
| Weizhou Zeng | China | 2.18h | 2 |
Create your own analysis. The files below can be opened using Excel:
leo2010_rate.csv (number of meteors per interval per observer)
leo2010_magn.csv (number of meteors per magnitude bin per observer)
The information on this page may be distributed freely provided credit is given to the International Meteor Organization (IMO) and, when possible, to the individual observers. The computer facilities to generate this page are provided by the Urania Public Observatory in Belgium and Armagh Observatory in Northern Ireland.
References:


Functions to calculate and plot ecological quality ratios (EQR) as specified by Ballesteros et al. 2007.
| Version: | 1.0 |
| Published: | 2015-03-18 |
| Author: | Danilo Pecorino, Gina de la Fuente Mancebo, Xavier Torras |
| Maintainer: | Danilo Pecorino <danilo.pecorino at gmail.com> |
| License: | GPL-2 |
| NeedsCompilation: | no |
| CRAN checks: | CARLIT results |
| Reference manual: | CARLIT.pdf |
| Package source: | CARLIT_1.0.tar.gz |
| Windows binaries: | r-devel: CARLIT_1.0.zip, r-release: CARLIT_1.0.zip, r-oldrel: CARLIT_1.0.zip |
| OS X binaries: | r-release: CARLIT_1.0.tgz, r-oldrel: CARLIT_1.0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=CARLIT to link to this page.


***if admin click the student
| Teacher | Class | Prelim | Midterm | Final | Average |
|---|---|---|---|---|---|
| Robert JAangap | Algebra 3-aaaaaaaaaaaaa | 90% | 90% | 90% | 90% |
| Robert JAangap | Algebra 3-a | 90% | 90% | 90% | 90% |
| Robert JAangap | Algebra 3-a | 90% | 90% | 90% | 90% |
***if admin click the teacher
| Students | Prelim ( 30% ) | Midterm ( 30% ) | Final ( 30% ) | Average |
|---|---|---|---|---|
| 1. Juan De la Cruz Santillan Magbanua | 90% | 90% | 90% | 90% |
| 2. Juan De la Cruz | 90% | 90% | 90% | 90% |


What is the .NET Foundation?
The .NET Foundation is a 501(c)(6) non-profit organization, which was established to support an innovative, commercially friendly, open-source ecosystem around the .NET platform.
What we do
The .NET Foundation supports .NET open source in several ways:
- Promote the broad spectrum of software available to .NET developers through NuGet.org, GitHub, and other venues.
- Advocate for the needs of .NET open source developers in the community.
- Evangelize the benefits of the .NET platform to a wider community of developers.
- Promote the benefits of the open source model to developers already using .NET.
- Offer administrative support for several .NET open source projects.
- Support .NET community events with sponsorship and content.
How you can get involved
Projects
Projects
Find a Meetup
Find a Meetup Description
Working Groups
Working Groups Description
Apply for Membership
Apply for Membership Description
Administrative Services the .NET Foundation provides for projects
The .NET Foundation provides several services to support the projects in our community. If you're currently running a project along these lines, or if you 're interested in kicking off a new idea, please take a look at our New Project Checklist.
Management and administrative nitty-gritty
Project guidance and mentoring
New projects joining us will get mentorship on how to best run an open source community along with access to developers currently seeking .NET projects. We work with project leads to help ensure the project grows into a vibrant and welcoming community. And of course, we love to share best practices for managing a friendly, collaborative, and innovative open source workplace, wherever you may be.
IP and legal
Legal can be tricky. We can help. Projects in our organization will get assistance to organize and manage their IP assignments as well as infrastructure for tracking common, simple, Contribution License Agreements across all .NET Foundation projects. We can also help ensure that your collaborators respect the open source licenses and trademarks of projects assigned to the .NET Foundation. Need advice on legal issues? We offer support there as well.
Marketing and communications
The more people who know about .NET, the better for the ecosystem. We work with Microsoft and other industry leaders to improve your project 's exposure within the community at large. Your success is our success-we'd love to see you achieve the accolades you deserve!
Financial support
[Need new verbiage here for grants]
Technical Services the .NET Foundation provides for projects
General services
We provide support services for our projects including Authenticode code-signing of binaries and installers, binary distribution management, forums, hosting, shared secret storage, online and phone conferencing as well as document collaboration facilities and access to software.
CLA management
Our automated CLA system has been working well for GitHub-based projects, with a very high rate of developers able to easily sign their Contribution License Agreements electronically. This service is offered with full automated notification to the project committers regarding the CLA status of a pull request author.
Secret management
Get a secure vault to store secrets related to your project (social media credentials, website logins, etc.). Share credentials securely between trusted maintainers on your project, or simply enjoy the peace of mind that they're safely saved
SSL certificates
We've partnered with DigiCert to provide SSL certificates for the .NET Foundation OU. We set your project up in DigiCert's system, you request the certificate for your website, and they're paid for centrally by the Foundation.
Code signing
We've implemented an automated service to Authenticode signing your release MSIs, EXEs and Nuget Packages with the .NET Foundation code signing certificate. The certificate is well known to Windows Smart Screen, so people can install your open-source application without warnings. It also allows for consuming applications knowing that the binary downloaded is the one created on your build server.
Hosting
We provide hosting for a number of .NET Foundation project resources in Microsoft Azure. We have a .NET Foundation Office 365 account with SharePoint Online, Exchange, and more.
Software
If your maintainers need access to certain software to enable them to work more effectively on their open source projects, contact us and we can talk with vendors on your behalf. Microsoft has sponsored a number of MSDN subscriptions for .NET Foundation project contributors over the past 12 months.
Azure DevOps
The .NET Foundation has a dedicated Azure DevOps instance, which allows projects to use as many agents in Pipelines as they need and provide storage for CI feeds with Artifacts.
Domain and DNS registration
Just let us know if you'd like the .NET Foundation to safeguard your project domain names or assist with DNS configuration.
What have we missed?
That's the bulk of what we offer, but who knows what might come up? We're always looking to expand our list of offerings to help you get your project done with the fewest hurdles. If there is anything we can do to help your project be more successful, please get in touch.
More about the .NET Foundation
Contact Us
For any additional information, feel free to email contact@dotnetfoundation.org


--- ---
|
TGUI
0.9-dev
|
#include <TGUI/Widgets/TextArea.hpp>
Public Types | |
| typedef std::shared_ptr< TextArea > | Ptr |
| Shared widget pointer. | |
| typedef std::shared_ptr< const TextArea > | ConstPtr |
| Shared constant widget pointer. | |
| Public Types inherited from tgui::Widget | |
| typedef std::shared_ptr< Widget > | Ptr |
| Shared widget pointer. | |
| typedef std::shared_ptr< const Widget > | ConstPtr |
| Shared constant widget pointer. | |
Public Member Functions | |
| TextAreaRenderer * | getSharedRenderer () |
| Returns the renderer, which gives access to functions that determine how the widget is displayed. More... | |
| TextAreaRenderer * | getRenderer () |
| Returns the renderer, which gives access to functions that determine how the widget is displayed. More... | |
| void | setSize (const Layout2d &size) override |
| Changes the size of the text area. More... | |
| void | setText (const String &text) |
| Changes the text of the text area. More... | |
| void | addText (const String &text) |
| Appends some text to the text that was already in the text area. More... | |
| String | getText () const |
| Returns the text of the text area. More... | |
| void | setDefaultText (const String &text) |
| Changes the default text of the text area. This is the text drawn when the text area is empty. More... | |
| const String & | getDefaultText () const |
| Returns the default text of the text area. This is the text drawn when the text area is empty. More... | |
| void | setSelectedText (std::size_t selectionStartIndex, std::size_t selectionEndIndex) |
| Changes which part of the text is selected. More... | |
| String | getSelectedText () const |
| Returns the text that you currently have selected. More... | |
| std::size_t | getSelectionStart () const |
| Returns the index where the selection starts. More... | |
| std::size_t | getSelectionEnd () const |
| Returns the index where the selection ends. More... | |
| void | setTextSize (unsigned int size) override |
| Changes the character size of the text. More... | |
| void | setMaximumCharacters (std::size_t maxChars=0) |
| Changes the maximum character limit. More... | |
| std::size_t | getMaximumCharacters () const |
| Returns the maximum character limit. More... | |
| void | setCaretPosition (std::size_t charactersBeforeCaret) |
| Sets the blinking caret to after a specific character. More... | |
| std::size_t | getCaretPosition () const |
| Returns after which character the blinking cursor is currently located. More... | |
| void | setReadOnly (bool readOnly=true) |
| Makes the text area read-only or make it writable again. More... | |
| bool | isReadOnly () const |
| Checks if the text area read-only or writable. More... | |
| void | setVerticalScrollbarPolicy (Scrollbar::Policy policy) |
| Changes when the vertical scrollbar should be displayed. More... | |
| Scrollbar::Policy | getVerticalScrollbarPolicy () const |
| Returns when the vertical scrollbar should be displayed. More... | |
| void | setHorizontalScrollbarPolicy (Scrollbar::Policy policy) |
| Changes when the horizontal scrollbar should be displayed. More... | |
| Scrollbar::Policy | getHorizontalScrollbarPolicy () const |
| Returns when the horizontal scrollbar should be displayed. More... | |
| std::size_t | getLinesCount () const |
| Returns the amount of lines that the text occupies in the TextArea. More... | |
| void | setFocused (bool focused) override |
| Focus or unfocus the widget. More... | |
| void | enableMonospacedFontOptimization (bool enable=true) |
| Changes whether an optimization is made that only works when using a monospaced font. More... | |
| void | setVerticalScrollbarValue (unsigned int value) |
| Changes the thumb position of the vertical scrollbar. More... | |
| unsigned int | getVerticalScrollbarValue () const |
| Returns the thumb position of the vertical scrollbar. More... | |
| void | setHorizontalScrollbarValue (unsigned int value) |
| Changes the thumb position of the horizontal scrollbar. More... | |
| unsigned int | getHorizontalScrollbarValue () const |
| Returns the thumb position of the horizontal scrollbar. More... | |
| bool | isMouseOnWidget (Vector2f pos) const override |
| Returns whether the mouse position (which is relative to the parent widget) lies on top of the widget. More... | |
| virtual void | setSize (const Layout2d &size) |
| Changes the size of the widget. More... | |
| void | setSize (Layout width, Layout height) |
| Changes the size of the widget. More... | |
| Public Member Functions inherited from tgui::Widget | |
| Widget (const Widget &) | |
| Copy constructor. | |
| Widget (Widget &&) | |
| Move constructor. | |
| virtual | ~Widget () |
| Destructor. | |
| Widget & | operator= (const Widget &) |
| Overload of copy assignment operator. | |
| Widget & | operator= (Widget &&) |
| Move assignment. | |
| void | setRenderer (std::shared_ptr< RendererData > rendererData) |
| Sets a new renderer for the widget. The renderer determines how the widget looks. More... | |
| WidgetRenderer * | getSharedRenderer () |
| Returns the renderer, which gives access to functions that determine how the widget is displayed. More... | |
| WidgetRenderer * | getRenderer () |
| Returns the renderer, which gives access to functions that determine how the widget is displayed. More... | |
| virtual void | setPosition (const Layout2d &position) |
| sets the position of the widget More... | |
| void | setPosition (Layout x, Layout y) |
| Sets the position of the widget. More... | |
| Vector2f | getPosition () const |
| Gets the position of the widget. More... | |
| void | setSize (Layout width, Layout height) |
| Changes the size of the widget. More... | |
| void | setWidth (Layout width) |
| Changes the width of the widget. More... | |
| void | setHeight (Layout height) |
| Changes the height of the widget. More... | |
| Vector2f | getSize () const |
| Returns the size of the widget. More... | |
| virtual Vector2f | getFullSize () const |
| Returns the entire size that the widget is using. More... | |
| virtual Vector2f | getAbsolutePosition () const |
| Get the absolute position of the top-left point of the widget instead of the relative position to its parent. More... | |
| virtual Vector2f | getWidgetOffset () const |
| Returns the distance between the position where the widget is drawn and where the widget is placed. More... | |
| void | setOrigin (float x, float y) |
| Sets the origin point on which the position, scale and rotation is based. More... | |
| void | setOrigin (Vector2f origin) |
| Sets the origin point on which the position, scale and rotation is based. More... | |
| Vector2f | getOrigin () const |
| Returns the relative origin point on which the position, scale and rotation is based. More... | |
| void | setScale (Vector2f scaleFactors) |
| Sets the scaling to be applied to the widget. More... | |
| void | setScale (Vector2f scaleFactors, Vector2f origin) |
| Sets the scaling to be applied to the widget. More... | |
| void | setScale (float scaleFactor) |
| Sets the scaling to be applied to the widget. More... | |
| void | setScale (float scaleFactor, Vector2f origin) |
| Sets the scaling to be applied to the widget. More... | |
| Vector2f | getScale () const |
| Returns the scaling to be applied to the widget. More... | |
| Vector2f | getScaleOrigin () const |
| Returns the origin used for scaling. More... | |
| void | setRotation (float angle) |
| Sets the rotation to be applied to the widget. More... | |
| void | setRotation (float angle, Vector2f origin) |
| Sets the rotation to be applied to the widget. More... | |
| float | getRotation () const |
| Returns the rotation to be applied to the widget. More... | |
| Vector2f | getRotationOrigin () const |
| Returns the origin used for rotations. More... | |
| void | showWithEffect (ShowAnimationType type, Duration duration) |
| Shows the widget by introducing it with an animation. More... | |
| void | hideWithEffect (ShowAnimationType type, Duration duration) |
| Hides the widget by making it leave with an animation. More... | |
| virtual void | setVisible (bool visible) |
| Shows or hides a widget. More... | |
| bool | isVisible () const |
| Returns true when the widget is visible. More... | |
| virtual void | setEnabled (bool enabled) |
| Enables or disables the widget. More... | |
| bool | isEnabled () const |
| Returns true when the widget is enabled. More... | |
| bool | isFocused () const |
| Returns true when the widget is focused and false otherwise. More... | |
| const String & | getWidgetType () const |
| Returns the type of the widget. More... | |
| Container * | getParent () const |
| Returns a pointer to the parent widget. More... | |
| GuiBase * | getParentGui () const |
| Returns a pointer to the gui to which this widget belongs. More... | |
| bool | isAnimationPlaying () const |
| Returns whether there is an active animation (started with showWithEffect or hideWithEffect) More... | |
| void | moveToFront () |
| Places the widget before all other widgets. More... | |
| void | moveToBack () |
| Places the widget behind all other widgets. More... | |
| void | setUserData (Any userData) |
| Stores some data into the widget. More... | |
| template<typename T > | |
| T | getUserData () const |
| Returns data stored in the widget. More... | |
| void | setInheritedFont (const Font &font) |
| Sets the font of the widget that is used when no font is set in the renderer. More... | |
| const Font & | getInheritedFont () const |
| Returns the font of the widget that is used when no font is set in the renderer. More... | |
| void | setInheritedOpacity (float opacity) |
| Sets the opacity of the widget that will be multiplied with the opacity set in the renderer. More... | |
| float | getInheritedOpacity () const |
| Returns the opacity of the widget that is multiplied with the opacity set in the renderer. More... | |
| virtual unsigned int | getTextSize () const |
| Returns the character size of text in this widget. More... | |
| void | setToolTip (Widget::Ptr toolTip) |
| Sets the tool tip that should be displayed when hovering over the widget. More... | |
| Widget::Ptr | getToolTip () const |
| Returns the tool tip that is displayed when hovering over the widget. More... | |
| void | setWidgetName (const String &name) |
| Changes the name of a widget. More... | |
| String | getWidgetName () const |
| Returns the name of a widget. More... | |
| void | setMouseCursor (Cursor::Type cursor) |
| Changes which mouse cursor is shown when hovering over the widget. More... | |
| Cursor::Type | getMouseCursor () const |
| Returns which mouse cursor is shown when hovering over the widget. More... | |
| void | setFocusable (bool focusable) |
| Changes whether a widget could be focused. More... | |
| bool | isFocusable () const |
| Returns whether a widget could be focused. More... | |
| virtual bool | canGainFocus () const |
| Returns whether the widget can currently gain focus. More... | |
| bool | isContainer () const |
| Returns whether the widget is a container widget or not. More... | |
| bool | isDraggableWidget () const |
| Returns whether the widget has something to drag (e.g. slider or scrollbar thumbs) More... | |
| bool | isMouseDown () const |
| Returns whether the left mouse button has been pressed on top of the widget. More... | |
| template<typename WidgetType > | |
| std::shared_ptr< const WidgetType > | cast () const |
| Downcast const widget. | |
| template<typename WidgetType > | |
| std::shared_ptr< WidgetType > | cast () |
| Downcast widget. | |
Static Public Member Functions | |
| static TextArea::Ptr | create () |
| Creates a new text area widget. More... | |
| static TextArea::Ptr | copy (TextArea::ConstPtr textArea) |
| Makes a copy of another text area. More... | |
Public Attributes | |
| SignalString | onTextChange = {"TextChanged"} |
| The text was changed. Optional parameter: new text. | |
| Signal | onSelectionChange = {"SelectionChanged"} |
| Selected text changed. | |
| Public Attributes inherited from tgui::Widget | |
| SignalVector2f | onPositionChange = {"PositionChanged"} |
| The position of the widget changed. Optional parameter: new position. | |
| SignalVector2f | onSizeChange = {"SizeChanged"} |
| The size of the widget changed. Optional parameter: new size. | |
| Signal | onFocus = {"Focused"} |
| The widget was focused. | |
| Signal | onUnfocus = {"Unfocused"} |
| The widget was unfocused. | |
| Signal | onMouseEnter = {"MouseEntered"} |
| The mouse entered the widget. | |
| Signal | onMouseLeave = {"MouseLeft"} |
| The mouse left the widget. | |
| SignalAnimation | onAnimationFinish = {"AnimationFinished"} |
| A show or hide animation finished. Optional parameters: animation type, new widget visibility or both. | |
Protected Member Functions | |
| void | draw (BackendRenderTargetBase &target, RenderStates states) const override |
| Draw the widget to a render target. More... | |
| Signal & | getSignal (String signalName) override |
| Retrieves a signal based on its name. More... | |
| void | rendererChanged (const String &property) override |
| Function called when one of the properties of the renderer is changed. More... | |
| std::unique_ptr< DataIO::Node > | save (SavingRenderersMap &renderers) const override |
| Saves the widget as a tree node in order to save it to a file. | |
| void | load (const std::unique_ptr< DataIO::Node > &node, const LoadingRenderersMap &renderers) override |
| Loads the widget from a tree of nodes. | |
| Widget::Ptr | clone () const override |
| Makes a copy of the widget if you don't know its exact type. More... | |
| Protected Member Functions inherited from tgui::Widget | |
| virtual void | mouseEnteredWidget () |
| This function is called when the mouse enters the widget. | |
| virtual void | mouseLeftWidget () |
| This function is called when the mouse leaves the widget. | |
Text area widget.
A text area is a multi-line input box which supports word-wrap and a vertical scrollbar. If you are looking for a single line input field then check out the EditBox class.
| void tgui::TextArea::addText | ( | const String & | text | ) |
Appends some text to the text that was already in the text area.
| text | Text that will be added to the text that is already in the text area |
|
inlineoverrideprotectedvirtual |
Makes a copy of the widget if you don't know its exact type.
This function should only be used when you don't know the type of the widget. If you know what kind of widget you are copying, you should use the copy function.
Implements tgui::Widget.
|
static |
Makes a copy of another text area.
| textArea | The other text area |
|
static |
Creates a new text area widget.
|
overrideprotectedvirtual |
Draw the widget to a render target.
| target | Render target to draw to |
| states | Current render states |
Implements tgui::Widget.
| void tgui::TextArea::enableMonospacedFontOptimization | ( | bool | enable = true | ) |
Changes whether an optimization is made that only works when using a monospaced font.
| enable | Whether the optimization should be enabled |
Rearranging text when a horizontal scrollbar is enabled can be almost as expensive as the word-wrap which is performed when there is no horizontal scrollbar. When using a monospaced font there is no need for such expensive calculation. Call this function when using a monospaced font to make changing the text faster.
This function has no effect when the horizontal scrollbar is disabled (default).
| std::size_t tgui::TextArea::getCaretPosition | ( | ) | const |
Returns after which character the blinking cursor is currently located.
This function is an alias for getSelectionEnd.
| const String& tgui::TextArea::getDefaultText | ( | ) | const |
Returns the default text of the text area. This is the text drawn when the text area is empty.
| Scrollbar::Policy tgui::TextArea::getHorizontalScrollbarPolicy | ( | ) | const |
Returns when the horizontal scrollbar should be displayed.
The default policy is Never, which means word-wrap will be used to keep the text within the TextArea.
| unsigned int tgui::TextArea::getHorizontalScrollbarValue | ( | ) | const |
Returns the thumb position of the horizontal scrollbar.
| std::size_t tgui::TextArea::getLinesCount | ( | ) | const |
Returns the amount of lines that the text occupies in the TextArea.
Note that this is the amount of lines after word-wrap is applied.
| std::size_t tgui::TextArea::getMaximumCharacters | ( | ) | const |
Returns the maximum character limit.
There is no character limit by default.
| TextAreaRenderer* tgui::TextArea::getRenderer | ( | ) |
Returns the renderer, which gives access to functions that determine how the widget is displayed.
| String tgui::TextArea::getSelectedText | ( | ) | const |
Returns the text that you currently have selected.
| std::size_t tgui::TextArea::getSelectionEnd | ( | ) | const |
Returns the index where the selection ends.
The selection end always equals the caret position.
Note that the start of the selection may be behind the end of the selection when the user selected the text from right to left or from bottom to top.
| std::size_t tgui::TextArea::getSelectionStart | ( | ) | const |
Returns the index where the selection starts.
When no text is selected, this function returns the same getSelectionEnd.
Note that the start of the selection may be behind the end of the selection when the user selected the text from right to left or from bottom to top.
| TextAreaRenderer* tgui::TextArea::getSharedRenderer | ( | ) |
Returns the renderer, which gives access to functions that determine how the widget is displayed.
Retrieves a signal based on its name.
| signalName | Name of the signal |
| Exception | when the name does not match any signal |
Reimplemented from tgui::Widget.
| String tgui::TextArea::getText | ( | ) | const |
Returns the text of the text area.
| Scrollbar::Policy tgui::TextArea::getVerticalScrollbarPolicy | ( | ) | const |
Returns when the vertical scrollbar should be displayed.
The default policy is Automatic, which means it only shows when the text doesn't fit inside the TextArea.
| unsigned int tgui::TextArea::getVerticalScrollbarValue | ( | ) | const |
Returns the thumb position of the vertical scrollbar.
|
overridevirtual |
Returns whether the mouse position (which is relative to the parent widget) lies on top of the widget.
Implements tgui::Widget.
| bool tgui::TextArea::isReadOnly | ( | ) | const |
Checks if the text area read-only or writable.
When the text area is read-only, you can no longer delete characters and type text. Selecting text, copying text and even calling the setText function will still work.
|
overrideprotectedvirtual |
Function called when one of the properties of the renderer is changed.
| property | Name of the property that was changed |
Reimplemented from tgui::Widget.
| void tgui::TextArea::setCaretPosition | ( | std::size_t | charactersBeforeCaret | ) |
Sets the blinking caret to after a specific character.
| charactersBeforeCaret | The new position |
This function will set both the selection start and selection end to the requested value.
| void tgui::TextArea::setDefaultText | ( | const String & | text | ) |
Changes the default text of the text area. This is the text drawn when the text area is empty.
| text | The new default text |
|
overridevirtual |
Focus or unfocus the widget.
| focused | Is the widget focused? |
When a widget is focused, the previously focused widget will be unfocused.
Reimplemented from tgui::Widget.
| void tgui::TextArea::setHorizontalScrollbarPolicy | ( | Scrollbar::Policy | policy | ) |
Changes when the horizontal scrollbar should be displayed.
| policy | The policy for displaying the horizontal scrollbar |
The default policy is Never, which means word-wrap will be used to keep the text within the TextArea.
| void tgui::TextArea::setHorizontalScrollbarValue | ( | unsigned int | value | ) |
Changes the thumb position of the horizontal scrollbar.
| value | New value of the horizontal scrollbar |
| void tgui::TextArea::setMaximumCharacters | ( | std::size_t | maxChars = 0 | ) |
Changes the maximum character limit.
| maxChars | The new character limit. Set it to 0 to disable the limit |
This character limit is disabled by default.
| void tgui::TextArea::setReadOnly | ( | bool | readOnly = true | ) |
Makes the text area read-only or make it writable again.
| readOnly | Should the text area be read-only? |
When the text area is read-only, you can no longer delete characters and type text. Selecting text, copying text and even calling the setText function will still work.
| void tgui::TextArea::setSelectedText | ( | std::size_t | selectionStartIndex, |
| std::size_t | selectionEndIndex | ||
| ) |
Changes which part of the text is selected.
| selectionStartIndex | Amount of characters before the start of the selection |
| selectionEndIndex | Amount of characters before the end of the selection |
| virtual void tgui::Widget::setSize |
Changes the size of the widget.
| size | Size of the widget |
Usage examples:
|
overridevirtual |
Changes the size of the text area.
This size does not include the borders.
| size | The new size of the text area |
Reimplemented from tgui::Widget.
|
inline |
Changes the size of the widget.
| width | Width of the widget |
| height | Height of the widget |
| void tgui::TextArea::setText | ( | const String & | text | ) |
Changes the text of the text area.
| text | New text |
|
overridevirtual |
Changes the character size of the text.
| size | The new text size. The minimum text size is 8 |
Reimplemented from tgui::Widget.
| void tgui::TextArea::setVerticalScrollbarPolicy | ( | Scrollbar::Policy | policy | ) |
Changes when the vertical scrollbar should be displayed.
| policy | The policy for displaying the vertical scrollbar |
The default policy is Automatic, which means it only shows when the text doesn't fit inside the TextArea.
| void tgui::TextArea::setVerticalScrollbarValue | ( | unsigned int | value | ) |
Changes the thumb position of the vertical scrollbar.
| value | New value of the vertical scrollbar |


Please is designed to support interleaving custom build commands as first-class citizens in the system. This describes some of the concepts to bear in mind when writing rules of your own.
The documentation for genrule() and gentest() may be of use as well, as that explains the available arguments and what they do.
Here is an example of a build rule. It takes in
example/file.txt
from the source tree and counts
the number of words within:
# //example:word_count
genrule(
name = "word_count",
srcs = ["file.txt"],
outs = ["file.wordcount"],
cmd = "wc $SRCS > $OUT",
)
Please sets up $SRCS
and
$OUT
based on the parameters we passed to
genrule()
, then executes our command. When this
rule builds, it will output
plz-out/gen/example/file.wordcount
. For more
information on how this works, see the sources and outputs sections below.
A core concept of Please is to try to isolate execution so we have a good
concept of correctness for each action. To this end each rule builds in its
own temporary directory (under plz-out/tmp
)
containing only files defined as inputs to the rule.
This means that you can't access any other files in your source tree from
within the rule. If you want to have a look at what it looks like in there,
plz build --shell
will prepare a target for
building and open up a shell into the directory, where you can look around
and try running commands by hand.
Some aspects of this environment are different to normal - for example rules are given a small, deterministic set of environment variables. They shouldn't need to read anything outside this directory or not described by those variables. See the Passing environment variables section of this page for more information on passing variables from the host machine to the rule.
Sources are the inputs to your rule - typically source code, but like any
other inputs, they can also be build labels. This is defined in the
srcs
argument.
All sources are linked into the build directory - for performance reasons they aren't copied so you shouldn't modify them in-place.
Sources can be both files and directories, however it can be useful to use globs for sources e.g. to include all files with a given extension. See the built ins for more information on this.
Sources can be referred through the
$SRCS
environment variable. If there's only one,
$SRC
will be defined too.
Sources can also be named, e.g.
srcs = {
'srcs': ['my_source.py'],
'resources': ['something.txt'],
},
In that case they can be accessed separately through
$SRCS_SRCS
and
$SRCS_RESOURCES
.
Rules must define their outputs explicitly. Only these files will be saved to plz-out and made available to other rules.
The output location within plz-out depends on whether the rule is marked as
binary. Binary rules output to plz-out/bin/...
and
non-binary rules output to plz-out/gen/...
.
Like sources, outputs can be both files and directories. The simplest way to define outputs on a rule is as a list:
outs = [
"path/to/a/directory",
"foo.a",
],
The $OUT
and
$OUTS
variables will be set much like
sources.
Much like sources, outs
can also be a
dictionary. In this case, the outputs are considered named outputs:
genrule(
name = "my_rule",
...
outs = {
'src': ['src'],
'lib': ['lib'],
},
)
The variables $OUTS_SRC
and
$OUTS_LIB
will be set. These outputs can then be
depended on individually from other rules as sources only:
genrule(
...
srcs = [":my_rule|srcs"],
...
)
Sometimes it can be hard to reason about the exact outputs of a rule before actually building it. Output directories allow you to specify a folder; anything that ends up in that folder will become an output of the rule. The folder's path will not constitute part of the output path of the file.
Imagine we're generating code. The code generation tool parses some sources and based on the symbols it finds, produces a set of outputs e.g. mock generation:
genrule(
name = "mocks",
srcs = ["interfaces.go"],
tools = {
"mockgen": ["mockgen"],
},
cmd = "$TOOLS_MOCKGEN ... $SRCS -o $OUT"
outs = ???,
)
It's difficult to know ahead of time which files mockgen is going to
generate. It's dependent on the source code within
interfaces.go
. We can use output directories for
this:
genrule(
name = "mocks",
srcs = ["interfaces.go"],
tools = {
"mockgen": ["mockgen"],
},
cmd = "mkdir _out && $TOOLS_MOCKGEN ... $SRCS -o _out"
output_dirs = ["_out"],
)
If mockgen generates foo_mocks.go
and
bar/bar_mocks.go
, these will become outputs of
the rules as if they were defines as part of the
outs
list:
Build finished; total time 230ms, incrementality 100.0%. Outputs:
//:mocks:
plz-out/gen/foo_mocks.go
plz-out/gen/bar
If instead of the folder plz-out/gen/bar
, it's
preferable to have the output as
plz-out/gen/bar/bar_mocks.go
, you may add
**
to the output directory:
genrule(
...
output_dirs = ["_out/**"],
)
This can be useful when these files are going to end up as
$SRCS
in another rule. Some tools don't deal
well with directories e.g. javac
in
java_library()
Dependencies are other things you need in order to build - e.g. other code that your rule depends on.
These are also linked into the build directory, so the difference between sources and dependencies can seem arbitrary, but for some internal functions it's an important distinction to know how rules see the things they'll consume.
For example, the go compiler expects you to explicitly pass your sources
(e.g. go tool compile foo.go bar.go
), however it
discovers its dependencies through configuration (e.g. by looking at the
GOPATH).
As such, dependencies don't have any corresponding environment variables associated with them.
Tools are the things that a rule uses to build with. They can refer either to other rules within the repo, or system-level binaries, for example:
tools = [
'curl',
'//path/to:tool',
],
In this example, curl
is resolved on the system
using the PATH
variable defined in your
.plzconfig file.
//path/to:tool
will be built first and used from
its output location.
NB: For gentest()
, there's also
test_tools
which behaves exactly the same, except
is made available to test_cmd
instead.
Tools are not copied into the build directory, you can access them using the
$TOOL
or
$TOOLS
environment variables. They can also be
named in a similar manner to sources.
Note that since tools aren't copied, they can be a source of nondeterminism if you make use of other outputs that happen to be located near them. In order to ensure correctness you should make sure that you only run the tool itself and don't access neighbouring outputs.
The distinction between tools and other sources or dependencies is very important when using Please to cross-compile to a different target architecture. Tools will always be used from the host architecture (since they must be executed locally) whereas other dependencies will be for the target.
The command that you run is of course the core part of the rule. It can be
passed to genrule
in three formats:
' && '.join(cmd)
opt
vs. dbg
but
arbitrary names can be given and specified with
plz build -c name
.
There are various special sequence replacements that the rule is subject to:
$(location //path/to:target)
expands to the
location of the given build rule, which must have a single output only.
$(locations //path/to:target)
expands to the
locations of the outputs of the given build rule, which can have any
number of outputs.
$(dir //path/to:target)
expands to the
directory containing the outputs of the given label
$(out_dir //path/to:target)
expands to the
directory containing the outputs of the given label with the preceding
plz-out/{gen|bin}
$(exe //path/to:target)
expands to a command
to run the output of the given target. The rule must be marked as
binary.
$(out_exe //path/to:target)
expands to a
command to run the output of the given target with the precdeing
plz-out/{gen|bin}. The rule must be marked as binary.
$(out_location //path_to:target)
expands to
the output of the given build rule, with the preceding
plz-out/{gen|bin}$(out_locations //path_to:target)
expands to
the locations of the outputs of the given build rule, with the preceding
plz-out/{gen|bin}. The rule can have any number of outputs.
$(hash //path/to:target)
expands to a hash of
the outputs of that target.Please executes the build command in isolation. Typically, this means that rules cannot access files and environment variables that have not explcitly been made available to that rule.
The following environment variables are set by please before executing your command:
ARCH
: architecture of the system, eg. amd64
OS
: current operating system (linux, darwin,
etc).
PATH
: usual PATH environment variable as
defined in your .plzconfig
TMP_DIR
: the temporary directory you're
compiling within.
HOME
: also set to the temporary directory
you're compiling within.
NAME
: the name of the rule.
SRCS
: the sources of your rule
OUTS
: the outputs of your rule
PKG
: the path to the package containing this
rule
PKG_DIR
: Similar to
PKG
but always contains a path (specifically
.
if the rule is in the root of the repo).
NAME
: the name of this build rule
OUT
: the output of this rule. Only present
when there is only one output.
SRC
: the source of this rule. Only present
when there is only one source.
SRCS_<suffix>
: Present when you've
defined named sources on a rule. Each group creates one of these these
variables with paths to those sources.
TOOLS
: Any tools defined on the rule.
TOOL
: Available on any rule that defines a
single tool only.
SECRETS
: If any secrets are defined on the
rule, these are the paths to them.
By default, no environment variables from the host machine are available
to rules. To make a variable available to the rule, set the
pass_env
parameter on
genrule()
and
gentest()
.
These variables will be made available to both
cmd
and test_cmd
. They
will also contribute to the rule hash, so if they change, the rule will be
re-built and tested as appropriate.
NB: It's also possible to set environment variables to be passed globally
to all rules in .plzconfig
. See the
build section in the
config documentation for more information.
Rules can define a list of secrets that they want access to. These are all
absolute paths (beginning with /
or
~
and aren't copied to the build directory;
instead they can be located using the environment variable
$SECRETS
.
They're useful for things like signing or access keys that you don't want
to check into version control but still might be necessary for building
some rules.
These don't contribute to the key used to retrieve outputs from the cache; this means it's possible for one machine to build a target with the secret and then share the output with others.
Some tools require resources to run. For example SDKs commonly have their compiler (and/or runtime) in a directory next to the SDK libraries. It can be hard to write a rule to execute this binary in this context. This is because binary rules have a single output whereas here we require the whole folder.
For example the java JDK has the following structure:
.../jdk
|-- bin
| |-- java
| |-- javac
| |-- ...
|-- lib
| |-- ...
...
Using entry points, javac and java can be defined as such:
genrule(
name = "jdk",
cmd = "unzip jdk.zip -o $OUT"
outs = ["out"],
entry_points = {
"java": "jdk/bin/java",
"javac": "jdk/bin/javac",
},
)
These entry points can then be used as tools by other rules, follwing a similar syntax to named outputs:
genrule(
name = "java_lib",
cmd = "$TOOLS_JAVAC ...",
tools = {
"javac": ":jdk|javac",
},
)
As well as genrule()
, there's also
gentest()
which defines tests. Test rules are very similar to other build rules in
that they have a build step. This build step usually produces a test binary
which is then executed in the test step as defined by
test_cmd
:
gentest(
name = "some_test",
...
cmd = "$TOOLS $SRCS -o $OUT", # compiles a binary that we can later run
tools = [CONFIG.SOME_COMPILER], # Some sort of compiler e.g. gcc
outs = ["test"],
test_cmd = "$TEST > $RESULTS_FILE", # Execute the test. $TEST is set to the output of cmd
)
In this example, this rule will generate test
, a
binary containing our compiled tests. We then execute this in test_cmd. The
test output is piped to test.results
as defined by
the $RESULTS_FILE
variable.
For more information on testing in general, see Testing with Please.


This building has no calibration points available.
You may need to tweak your battery processing configuration under "Configuration" "Data Processing" "Battery State Options".
| Index | Time | Reason |
|---|---|---|
| {{(currentPage - 1) * filter.amountPerPage + $index + 1}} | {{recalibration.timestamp | amFromUnix | amDateFormat:dateTimeFormat}} | {{recalibration.reason}} |


24 Sally Boles (USA)
16 Aug 2014 3:57:16
Riverside CA/USA August
Sun
29 Jun 2014 3:53:55
Long Beach CA/USA Summer Seven
Days- Day 2
29 Mar 2014 4:12:36
Huntington Beach CA/USA Run the Lake
31 Dec 2013 3:46:56
Long Beach CA/USA New Year’s Eve
16 Nov 2013 3:41:30 Huntington Beach CA/USA
Girls Just Wanna Have Fun
27 Jul 2013 3:54:12 Long Beach CA/USA
Sunset 7- Day 6
24 Mar 2013 3:50:02 Long Beach CA/USA
Spring 7 Days- Day 7
08 Feb 2013 5:22:47 Dana Point CA/USA
You Only Get One Shot
31 Dec 2012 3:53:18 Huntington Beach CA/USA
New Year's Eve
23 Nov 2012 4:59:16 Dove Canyon CA/USA
Running off the Turkey
04 Mar 2012 3:34:10 Huntington Beach CA/USA
Beachmania
12 Feb 2012 3:49:04 Long Beach CA/USA
Hugs and Kisses
17 Jul 2011 4:19:20 Huntington Beach CA/USA
Run the Beach
31 Dec 2010 4:07:02 Huntington Beach CA/USA
Year End
23 Oct 2010 3:42:20 Lake Forest CA/USA
Runnin with Sally
03 Oct 2010 5:41:01 Long Beach CA/USA
Marina Madness
07 Aug 2010 3:39:20 CA/USA
Train 4 Autism
27 Jun 2010 3:38:49 South El Monte CA/USA
Runnin with Todd
23 May 2010 3:42:23 South El Monte CA/USA
Hope Sight Mission
09 May 2010 7:23:48 Riverside CA/USA
Mom Day
03 Apr 2010 3:37:58 Huntington Beach CA/USA
Train 4Autism
13 Feb 2010 4:50:42 Trabuco Canyon CA/USA
Run of Love
27 Nov 2009 3:33: Huntington
Beach CA/USA Feeling Stuffed
08 Nov 2009 3:38: Huntington
Beach CA/USA Veterans Day
Last Updated on 14 Sep 2014


Which programs are faster? Ada C Chapel C# C++ Dart Erlang F# Fortran Go Hack Haskell Java JavaScript Lisp Lua OCaml Pascal Perl PHP Python Racket Ruby Rust Smalltalk Swift TypeScript Which are fast? Trust, and verify { for researchers }


Show controls
×
Total collisions
Total people injured
Total people killed
Motorists injured
Motorists killed
Cyclists injured
Cyclists killed
Pedestrians injured
Pedestrians killed
All boroughs
Bronx
Brooklyn
Manhattan
Queens
Staten Island
2012–2018
2018
2017
2016
2015
2014
2013
2012 (Jul–Dec)
All times of day
8:00 AM–11:00 AM
11:00 AM–4:00 PM
4:00 PM–7:00 PM
7:00 PM–10:00 PM
10:00 PM–8:00 AM
1+ vehicles
1 vehicle
2 vehicles
3+ vehicles
All injury statuses
At least 1 injury or fatality
At least 1 fatality
No injuries
Type injured
Motorists
Cyclists
Pedestrians
Fetching data
Hexagon radius:
300
meters
2D
3D
GitHub
Collisions


API use case
This specification describes a single use cases. For complete details and background please see the Foundations Capability Bundle.
Security
- GP Connect utilises TLS Mutual Authentication for system level authorization
- GP Connect utilises a JSON Web Tokens (JWT) to transmit clinical audit and provenance details
API usage
Request operation
FHIR relative request
GET /Practitioner/[id]
FHIR absolute request
GET https://[proxy_server]/https://[provider_server]/[fhir_base]/Practitioner/[id]
Request headers
Consumers SHALL include the following additional HTTP request headers:
| Header | Value |
|---|---|
Ssp-TraceID |
Consumer’s TraceID (i.e. GUID/UUID) |
Ssp-From |
Consumer’s ASID |
Ssp-To |
Provider’s ASID |
Ssp-InteractionID |
urn:nhs:names:services:gpconnect:fhir:rest:read:practitioner-1 |
Payload request body
N/A
Error handling
Provider systems SHALL return a GPConnect-OperationOutcome-1 resource that provides additional detail when one or more data fields are corrupt or a specific business rule/constraint is breached.
For example, the:
- Logical identifier of the resource is not valid/can’t be found on the server.
Refer to Development - FHIR API Guidance - Error Handling for details of error codes.
Request response
Response headers
Provider systems are not expected to add any specific headers beyond that described in the HTTP and FHIR® standards.
Payload response body
Provider systems:
- SHALL return a
200
OK HTTP status code on successful execution of the operation. -
SHALL return
Practitioner
resources that conform to the CareConnect-GPC-Practitioner-1 profile. - SHALL populate the following
Practitioner
fields:meta.profile
with the profile URIversionId
with the current version of thePractitioner
resource.identifier
with relevant business identifiers (for example, SDS User Id) for eachPractitioner
resource.name
gender
where availablenhsCommunication
with the practitioner’s language information, where available
-
SHALL meet General FHIR resource population requirements populating all fields where data is available, excluding those listed below
- SHALL NOT populate the following fields:
telecom
address
birthDate
photo
qualification
{
"resourceType": "Practitioner",
"id": "15",
"meta": {
"versionId": "636064088099800115",
"profile": [
"https://fhir.nhs.uk/STU3/StructureDefinition/CareConnect-GPC-Practitioner-1"
]
},
"identifier": [
{
"system": "https://fhir.nhs.uk/Id/sds-user-id",
"value": "S001"
}
],
"name": [
{
"family": "Black",
"given": [
"Sarah"
],
"prefix": [
"Mrs"
]
}
],
"gender": "female"
}
Examples
C#
var client = new FhirClient("http://gpconnect.aprovider.nhs.net/GP001/STU3/1/");
client.PreferredFormat = ResourceFormat.Json;
var resource = client.Read<Practitioner>("Practitioner/15");
FhirSerializer.SerializeResourceToXml(resource).Dump();
Java
FhirContext ctx = new FhirContext().forStu3();
IGenericClient client = ctx.newRestfulGenericClient("http://gpconnect.aprovider.nhs.net/GP001/STU3/1/");
Practitioner practitioner = client.read().resource(Practitioner.class).withId("15").execute();


B | |
| backend [Useri.App] |
The type for
Useri 's backends.
|
| backend_scheme [Useri.App] |
The type for backend scheme.
|
| board [G2048] |
The type for boards.
|
C | |
| colors [Useri.Surface.Gl] |
The type for color buffers specification.
|
| counter [Useri.Time] |
The type for time counters.
|
| cpu_count [Useri.App] |
The type for CPU counts.
|
D | |
| depth [Useri.Surface.Gl] |
The type for depth buffer specification.
|
F | |
| file [Useri.Drop] |
The type for dropped files.
|
H | |
| handle [Useri.Surface] |
The type for backend dependent surface handles.
|
I | |
| id [Useri.Key] |
The type for key identifiers.
|
| insert_square [Test] | |
| is_board_winning [Test] | |
| is_game_over [Test] | |
K | |
| kind [Useri.Surface] |
The type for surface kinds.
|
L | |
| launch_context [Useri.App] | |
M | |
| mode [Useri.Surface] |
The type for surface modes.
|
| move [G2048] |
The type for game moves.
|
P | |
| provenance [G2048] |
The provenance of a tile.
|
R | |
| row [G2048] |
The type for board rows.
|
S | |
| shift_board [Test] | |
| span [Useri.Time] |
The type for time spans, in seconds.
|
| square [G2048] |
The type for squares.
|
| stencil [Useri.Surface.Gl] |
The type for stencil buffer specification.
|
T | |
| t [Useri.Drop.File] |
The type for dropped files.
|
| t [Useri.Touch] |
The type for user touches.
|
| t [Useri.Surface.Gl] |
The type for OpenGL surface specifications.
|
| t [Useri.Surface] |
The type for surface specification.
|


A web domain name is a sequence of letters and/or numbers/hyphens separated by one or more periods (".") that act as a pointer to a unique numerical address (IP) on a computer network such as the Internet. That address may host publicly available content (e.g. a website), or may be a private intranet.
A web domain name always ends with an extension of 2 or 3 characters. These characters can signify the country the website address is associated with or the type of organization; but this isn't always the case - more on that below.
They operate under the Domain Name System (DNS), which is essentially the address book of the Internet that helps direct visitors to your website by translating the name into its related IP address number sequence and locating where the resource is stored. Learn more about how DNS works.
Thankfully, you don't need to memorise all of the below as it can get a little confusing. As a registrant; usually all you need to be able to distinguish between is a domain name - the popular terms used collectively for second and third level domains - and a subdomain.
These are at the highest level in the DNS structure of the Internet. There are several different types of TLD's, being:
Two letter domains established for geographical locations; for example; .au signifies Australia. When originally designated, usually only residents of a country could register their corresponding ccTLD; but over the years quite a few countries have allowed parties outside their shores to register website names. An example of this is Tuvalu (.tv).
In the case of .au domain names, strict rules are still in place (and that's a good thing). For example, .com.au registrants must still be Australians or have registered business interests in Australia. The registration eligibility criteria for au names has meant .au is still strongly associated with Australia and has fostered a great deal of trust and confidence among local and even overseas online shoppers.
The best known generic TLD's include .com, .net, .biz, .org and .info - these can be registered by anyone, anywhere in the world. However, some of the new gTLD's more recently released have various restrictions.
A top-level name with a specially encoded format that allows it to be displayed in a non-Latin character set (i.e. special characters).
Part of a higher ranked domain name in DNS hierarchy; e.g. example.domainregistration.com.au.
Some services offer subdomain "registration" - but this usually isn't ideal for businesses and should probably be avoided for establishing a commercial website as the registrant of the upper hierarchy name has control over the address. Having your own name can also help with credibility.
As mentioned, understanding the differences between the above really isn't all that important - but something you will need to know is how to register a domain name. It's also a good idea to pick up some tips on choosing domains before you start your search and registration process.


Cristiano Ronaldo left out of Juventus squad to play Atalanta by Maurizio Sarri
The Portuguese star reacted furiously after being substituted in the 1-0 win over AC Milan earlier this month and reportedly left the stadium before the final whistle
by Alex MilneCristiano Ronaldo will not play any part in Juventus' game against Atalanta on Saturday after he was left out of Maurizio Sarri's squad for the match.
The 34-year-old scored a hat-trick against Lithuania and one goal against Luxembourg while on international duty with Portugal to move him to 99 goals for his country.
But prior to international duty he was substituted in Juventus ' wins against Lokomotiv Moscow and AC Milan, appearing angry both times he was replaced, and it later transpired he was frustrated at a niggling injury.
Ronaldo recently admitted that he has been playing with the injury for both club and country, saying: "I tried to help Juventus even playing injured. Nobody likes to be substituted, but I understand the substitutions because I wasn't fit.
"As well as in the last two games for Portugal, I wasn't 100 per cent. When it's needed to sacrifice myself for my club and the national team, I do full of pride. I knew there were many things involved in these games."
Even though Ronaldo appears desperate to play through his injury, Sarri has decided to rest him for the game against Atalanta, and seemed to suggest the five time Ballon d'Or winner was in need of a break.
"There's no need to clarify anything with Ronaldo. Certain players need to be left to cool off," Sarri said.
"The problem is that, on Tuesday, he told us that he was still not feeling good. Our objective is to have him back for the Champions League. I'm 99 percent sure he won't make it tomorrow."
Juventus currently lead Inter Milan by a point at the top of Serie A, and they also have a crucial Champions League game against Atletico Madrid on Tuesday, which Ronaldo could return for.


module Concurrent::Synchronization::AbstractStruct
@!visibility private @!macro internal_implementation_note
Public Class Methods
new(*values)
click to toggle source
@!visibility private
Calls superclass method
# File lib/concurrent/synchronization/abstract_struct.rb, line 9 def initialize(*values) super() ns_initialize(*values) end
Protected Class Methods
define_struct_class(parent, base, name, members, &block)
click to toggle source
@!visibility private
# File lib/concurrent/synchronization/abstract_struct.rb, line 130 def self.define_struct_class(parent, base, name, members, &block) clazz = Class.new(base || Object) do include parent self.const_set(:MEMBERS, members.collect{|member| member.to_s.to_sym}.freeze) def ns_initialize(*values) raise ArgumentError.new('struct size differs') if values.length > length @values = values.fill(nil, values.length..length-1) end end unless name.nil? begin parent.send :remove_const, name if parent.const_defined?(name, false) parent.const_set(name, clazz) clazz rescue NameError raise NameError.new("identifier #{name} needs to be constant") end end members.each_with_index do |member, index| clazz.send :remove_method, member if clazz.instance_methods.include? member clazz.send(:define_method, member) do @values[index] end end clazz.class_exec(&block) unless block.nil? clazz.singleton_class.send :alias_method, :[], :new clazz end
Public Instance Methods
length()
click to toggle source
@!macro struct_length
Returns the number of struct members. @return [Fixnum] the number of struct members
# File lib/concurrent/synchronization/abstract_struct.rb, line 19 def length self.class::MEMBERS.length end
Also aliased as: size
members()
click to toggle source
@!macro struct_members
Returns the struct members as an array of symbols. @return [Array] the struct members as an array of symbols
# File lib/concurrent/synchronization/abstract_struct.rb, line 29 def members self.class::MEMBERS.dup end
Protected Instance Methods
ns_each() { |value| ... }
click to toggle source
@!macro struct_each
@!visibility private
# File lib/concurrent/synchronization/abstract_struct.rb, line 82 def ns_each values.each{|value| yield value } end
ns_each_pair() { |MEMBERS, values| ... }
click to toggle source
@!macro struct_each_pair
@!visibility private
# File lib/concurrent/synchronization/abstract_struct.rb, line 89 def ns_each_pair @values.length.times do |index| yield self.class::MEMBERS[index], @values[index] end end
ns_equality(other)
click to toggle source
@!macro struct_equality
@!visibility private
# File lib/concurrent/synchronization/abstract_struct.rb, line 75 def ns_equality(other) self.class == other.class && self.values == other.values end
ns_get(member)
click to toggle source
@!macro struct_get
@!visibility private
# File lib/concurrent/synchronization/abstract_struct.rb, line 59 def ns_get(member) if member.is_a? Integer if member >= @values.length raise IndexError.new("offset #{member} too large for struct(size:#{@values.length})") end @values[member] else send(member) end rescue NoMethodError raise NameError.new("no member '#{member}' in struct") end
ns_initialize(*values)
click to toggle source
# File lib/concurrent/synchronization/abstract_struct.rb, line 134 def ns_initialize(*values) raise ArgumentError.new('struct size differs') if values.length > length @values = values.fill(nil, values.length..length-1) end
ns_inspect()
click to toggle source
@!macro struct_inspect
@!visibility private
# File lib/concurrent/synchronization/abstract_struct.rb, line 105 def ns_inspect struct = pr_underscore(self.class.ancestors[1]) clazz = ((self.class.to_s =~ /^#<Class:/) == 0) ? '' : " #{self.class}" "#<#{struct}#{clazz} #{ns_to_h}>" end
ns_merge(other, &block)
click to toggle source
@!macro struct_merge
@!visibility private
# File lib/concurrent/synchronization/abstract_struct.rb, line 114 def ns_merge(other, &block) self.class.new(*self.to_h.merge(other, &block).values) end
ns_select() { |value| ... }
click to toggle source
@!macro struct_select
@!visibility private
# File lib/concurrent/synchronization/abstract_struct.rb, line 98 def ns_select values.select{|value| yield value } end
ns_to_h()
click to toggle source
@!macro struct_to_h
@!visibility private
# File lib/concurrent/synchronization/abstract_struct.rb, line 52 def ns_to_h length.times.reduce({}){|memo, i| memo[self.class::MEMBERS[i]] = @values[i]; memo} end
ns_values()
click to toggle source
@!macro struct_values
@!visibility private
# File lib/concurrent/synchronization/abstract_struct.rb, line 38 def ns_values @values.dup end
ns_values_at(indexes)
click to toggle source
@!macro struct_values_at
@!visibility private
# File lib/concurrent/synchronization/abstract_struct.rb, line 45 def ns_values_at(indexes) @values.values_at(*indexes) end
pr_underscore(clazz)
click to toggle source
@!visibility private
# File lib/concurrent/synchronization/abstract_struct.rb, line 119 def pr_underscore(clazz) word = clazz.to_s.dup # dup string to workaround JRuby <IP_ADDRESS> bug https://github.com/jruby/jruby/issues/5229 word.gsub!(/::/, '/') word.gsub!(/([A-Z]+)([A-Z][a-z])/,'\1_\2') word.gsub!(/([a-z\d])([A-Z])/,'\1_\2') word.tr!("-", "_") word.downcase! word end


Privacy Policy
This privacy policy governs your use of the mobile software application Sayings of the Wise and the companion website sayingsofthewise.com ("collectively the Application"), created by Douglas Scamahorn. The Application displays random verses from the Book of Proverbs, allows for storage of your favorite verses, which reside solely on your computer, and supports sharing verses through a third-party social network.
Information we collect
This Application does not knowingly collect, use or share any personally identifiable information about you or your use of this Application.
This Application uses a third-party tool called Google Analytics to help us understand how users access and use the Application. Google Analytics uses "cookies," which are text files placed on your computer, to collect standard Internet log information and visitor behavior information in an anonymous form. Most web browsers are set to accept cookies by default. If you prefer, you can usually choose to set your browser to remove or reject browser cookies. The information generated by the cookie about your use of the Application (including IP address) is transmitted to Google. This information is then used to evaluate visitors' use of the Application and to compile statistical reports on activity. Please review the Google Analytics privacy policy for additional information.
You are encouraged to review the privacy statements of websites you choose to link to from this Application. We are not responsible for the privacy statements of or content on websites outside of this Application.
Children under thirteen
We do not use the Application to knowingly solicit data from or market to children under the age of 13.
Changes to this policy
This Privacy Policy may be updated from time to time to for any reason. You are encouraged to periodically review this policy, as continued use is deemed approval of all changes.
Contact us
If you have any questions regarding privacy while using the Application, or have questions about our practices, please contact us via email at<EMAIL_ADDRESS>Last modified: March 25, 2014


Place the ships than hit start to play
| Aircraft Carrier |
|
||||
|---|---|---|---|---|---|
| Battleship |
|
||||
| Cruiser |
|
||||
| Destroyer |
|
||||
| Submarine |
|
SCORE: 0
SHOOTS LEFT: 100
| Aircraft Carrier |
|
||||
|---|---|---|---|---|---|
| Battleship |
|
||||
| Cruiser |
|
||||
| Destroyer |
|
||||
| Submarine |
|


We will search every convience store your dad may have gone to pick up those cigarettes that he said he'd be back after picking up.
We'll make your recover dad make up for lost birthdays.
We will help keep your dad safe and secure to prevent future loss.
We started our first Dad Finder office. Flyering local cafes and restaurants to attract customers and working soup kitches to get leads on missing dads.
We got a boat load of money to start developing the latest and greatest Dad finding technologies.
Our Lost Dad Radar system, Lost Dadar 3000, went into production. They system is capable of finding 100 dads per minute in different area codes.
The CIA tried to sue Dad Finder for the rights to use Lost Dadar 3000 tracking technologies and lost with a verdict upheld by the SCOTUS.
Dad Finder reunited over 1 million families with their Dads.
Even though your dad left without leaving us an address, we won't.


Facial Emotional Recognition
Gauge User Sentiments
Status Sentiments
Bar
Line
The average sentiment is:
The person has:


Zone 1
Category 1
Vehicle 1
Vehicle 2
Vehicle 3
Vehicle 4
Category 2
Vehicle 3
Category 3
Accessory 3.1
sub cat for the fun
Category 4
Accessory 1
sub cat for the fun
Zone 2
Category 1
Accessory 1
sub cat for the fun
sub cat for the fun 2
Zone 3
Category 1
Accessory 1
sub cat for the fun
Popin
X
Ces éléments sont identiques lequel voulez vous garder?
sub cat for the fun
sub cat for the fun
Valider


Results MBRA Cross Number Five Missoula
Mens A
/fontfamily>/fontfamily>/flushright>Timmy
Evens Northern Rockies
Jason Mohr Northern Rockies
Shane Mundt Montana Velo
Mike Beltz Northern Rockies
Scott Herzig Montana Velo
Tom Robertson Northern Rockies
Bob Presta FVV
Chance Cooke Flathead Cycling
Andrew Fischer FVV
Phil Hess Great Divide dnf
Mens B
John Lackey FVV
Scott Anderson Northern Rockies
Women
Kathleen Jones FVV
Heather McKain MSU
Master 35+
Jeff Brooks unattached
Master 45+
Steve Muller Flathead Cycling
Jay Shaver Flathead Cycling
John Coulthard Highlands Cycling
Walt Chauner Flathead Cycling dnf


I am a student at Exeter College, I have currently complete a lvl 2 BTEC IT course and I'm now on a 2 year course learning lvl 3 IT. I'm hoping to go into a work place that I can be proud of and at the same time enjoy. I have a passion for games and one day I hope to turn that passion into a full time career.
My favorite languages for systems programming, web automation, and data analysis.
My preferred technologies for front-end web development and component design.
My preferred technologies for back-end web programming and database architecture.
My favorite tools for version control, code editing, and container orchestration.
This was a discord bot that I had specifically made to allow people to advertise anything they wished. The bot had specific features like 'bumping' to others users discord servers, this was set up as a simple command anyone could type in their server so long as they met requirements like setting a channel for the bot to advertise in their server, etc.
Check it out!This is the portfolio that I'm using right now which is mainly coded with CSS, HTML and a little bit of JavaScript. If you're interested in this then take a look!
Check it out!


Welcome to WP Blog Posts Data Scrapping
Making WP Blog Data Scrapping Simpler!
Wordpress Domain URL
This will checkout the Wordpress domain, and fetches your blog post data
Per Page Count
This is required, which contemplates how much Post should be coming per page
Total Number of Post Pages
Total number of Post Pages you have in your blog, for more info you can checkout your pagination, and simply put the last page number
Submit


pykin¶
Python Interface for the Robot Kinematics Library
This library has been created simply by referring to ikpy.
Features¶
Pure python library
Support only URDF file
Compute Forward, Inverse Kinematics and Jacobian
There are two ways to find the IK solution, referring to the Introduction to Humanoid Robotics book.
Compute Collision checkinkg
Plot Robot Kinematic Chain and Robot Mesh (STL file)
Installation¶
Requirements¶
You need a python-fcl package to do object collision checking.
For Ubuntu, using
apt
sudo apt install liboctomap-dev
sudo apt install libfcl-dev
- For Mac, First, Download the source
and build it.
octomap
git clone https://github.com/OctoMap/octomap.git
$ cd octomap $ mkdir build $ cd build $ cmake .. $ make $ make install
fcl
git clone https://github.com/flexible-collision-library/fcl.git
Since python-fcl uses version 0.5.0 of fcl, checkout with tag 0.5.0
$ cd fcl $ git checkout 0.5.0 $ mkdir build $ cd build $ cmake .. $ make $ make install
If the above installation is complete
pip install python-fcl
Install Pykin¶
pip install pykin
When git clone, use the –recurse-submodules option.
The download may take a long time due to the large urdf file size.
git clone --recurse-submodules https://github.com/jdj2261/pykin.git
Quick Start¶
Robot Info
You can see 4 example robot information.
baxter, iiwa14, panda, and sawyer
import sys
from pykin.robot import Robot
from pykin.utils import plot_utils as plt
file_path = '../../asset/urdf/baxter/baxter.urdf'
if len(sys.argv) > 1:
robot_name = sys.argv[1]
file_path = '../../asset/urdf/' + robot_name + '/' + robot_name + '.urdf'
robot = Robot(file_path)
fig, ax = plt.init_3d_figure("URDF")
"""
Only baxter and sawyer robots can see collisions.
It is not visible unless sphere, cylinder, and box are defined in collision/geometry tags in urdf.
"""
# If visible_collision is True, visualize collision
plt.plot_robot(robot,
transformations=robot.transformations,
ax=ax,
name=robot.robot_name,
visible_visual=False,
visible_collision=True,
mesh_path='../../asset/urdf/baxter/')
ax.legend()
plt.show_figure()
Forward Kinematics
from pykin.robot import Robot from
pykin.kinematics.transform import Transform from pykin.utils.kin\_utils
import ShellColors as sc
# baxter\_example file\_path = '../asset/urdf/baxter/baxter.urdf' robot
= Robot(file\_path, Transform(rot=[0.0, 0.0, 0.0], pos=[0, 0, 0]))
# set input joints head\_thetas = [0.0] right\_arm\_thetas = [0, 0, 0,
0, 0, 0, 0] left\_arm\_thetas = [0, 0, 0, 0, 0, 0, 0] thetas =
head\_thetas + right\_arm\_thetas + left\_arm\_thetas
# compute FK fk = robot.kin.forward\_kinematics(thetas) for link,
transform in fk.items(): print(f"{sc.HEADER}{link}{sc.ENDC},
{transform.rot}, {transform.pos}")
Jacobian
from pykin.kinematics import transform as tf from
pykin.robot import Robot
# import jacobian from pykin.kinematics import jacobian as jac
file\_path = '../asset/urdf/baxter/baxter.urdf' robot =
Robot(file\_path, tf.Transform(rot=[0.0, 0.0, 0.0], pos=[0, 0, 0]))
left\_arm\_thetas = [0, 0, 0, 0, 0, 0, 0]
# Before compute Jacobian, you must set from start link to end link
robot.set\_desired\_frame("base", "left\_wrist") fk =
robot.kin.forward\_kinematics(left\_arm\_thetas)
# If you want to get Jacobian, use calc\_jacobian function J =
jac.calc\_jacobian(robot.desired\_frames, fk, len(left\_arm\_thetas))
print(J)
right\_arm\_thetas = [0, 0, 0, 0, 0, 0, 0]
robot.set\_desired\_frame("base", "right\_wrist") fk =
robot.kin.forward\_kinematics(right\_arm\_thetas) J =
jac.calc\_jacobian(robot.desired\_frames, fk, len(right\_arm\_thetas))
print(J)
Inverse Kinematics
import numpy as np from pykin.robot import Robot from
pykin.kinematics.transform import Transform
# baxter\_example file\_path = '../asset/urdf/baxter/baxter.urdf' robot
= Robot(file\_path, Transform(rot=[0.0, 0.0, 0.0], pos=[0, 0, 0]))
# set joints for targe pose right\_arm\_thetas = np.random.randn(7)
# set init joints init\_right\_thetas = np.random.randn(7)
# Before compute IK, you must set from start link to end link
robot.set\_desired\_frame("base", "right\_wrist")
# Compute FK for target pose target\_fk =
robot.kin.forward\_kinematics(right\_arm\_thetas)
# get target pose target\_r\_pose =
np.hstack((target\_fk["right\_wrist"].pos,
target\_fk["right\_wrist"].rot))
# Compute IK Solution using LM(Levenberg-Marquardt) or
NR(Newton-Raphson) method ik\_right\_result, \_ =
robot.kin.inverse\_kinematics(init\_right\_thetas, target\_r\_pose,
method="LM")
# Compare error btween Target pose and IK pose result\_fk =
robot.kin.forward\_kinematics(ik\_right\_result) error =
robot.compute\_pose\_error(
target\_fk["right\_wrist"].homogeneous\_matrix,
result\_fk["right\_wrist"].homogeneous\_matrix)
print(error)


Random Borges | Infinite E-Lit: A Look from Hispanic Legacies
This is the abstract of the talk I will be giving at the Hall Center for Humanities at KU as part of the Digital Humanities Seminar on March 25^th^.
As indicated in the title, this talk is part of the larger research/curatorial project Hispanic Legacies in Electronic Literature that I’ve been working on with Alex Saum-Pascual for the last few months. As the whole project is still a work in progress, please excuse the plethora of developing ideas and feel free to provide constructive feedback. I’m hoping to share the slides soon too.
*****
In this paper I propose a juxtaposition between Argentinian writer Jorge Luis Borges’ imagined figures of infinity such as “The Library of Babel,” “The Aleph,” and “The Book of Sand” and contemporary examples of Electronic Literature (E-Lit) that analogously and literally enact endlessness in reading and writing. Media figures of infinity—the conceptual and structural strategies used by writers to shape, structure, and create infinites (or boundless electronic literary works)—underscore the tensions between the life span of artworks and their conceptual underpinnings, the machines and code that materialize them, and the people reading them. In that sense, while some of the works selected directly address Borges’ own media infinity figures and in a way enact or materialize them, others constitute an analogous instantiation of deep time literary and/or philosophical concerns—something that Joseph Tabbi has called “relocations of the literary.”
In Borges’ stories, the infinite library, the Aleph, and the book of sand all sway from a being objects of fascination and wonder at first, to disquieting and even destructive ones—the house that holds the Aleph is demolished; librarians in the Library of Babel often commit suicide; the narrator in the book of sand has to hide the codex in order to regain his sanity. Taking this ambivalence as a starting point, I explore how it is incorporated into infinite E-Lit works that instantiate a poetics of the humanly possible—where their spatial-temporal dimensions are inaccessible (even ungraspable) for readers.
I look at four media figures of infinity and a couple of examples for each one: endless generative texts (Dan Waber’s Sestinas, Nick Montfort’s Taroko Gorge + remixes), infinite loops (Waber’s Argument 1 and 2, and Matt Schneider’s Babelling Borges), infinite canvas (Nick Montfort and Stephanie Strickland’s Sea and Spar Between, Mark Sample’s House of Grass of Leavesand Laura McGee’s Infinite Notebook), and data-mined social media founds (Jim Andrews’ Teleporter and David Hirmes’s Infinite Wonder, Infinite Pity). Even when not exhaustive, this sample of infinite E-Lit suggests an identifiable interest with the possible dimensions of electronic literary works in tension with the material constraints of the machine’s life spans, software obsolescence, and our own capacity of reading and forces the question of what the friction between endlessness and material limitations tells us about the literary in a culture of technology in which nothing endures.
Update March 26: Slides are now available via Figshare.
Update April 6: The talk was recorded and there is now a video available here.