validation model models modelling scenario data used respondents survey words based policy approaches important {border-style px;} #ffffff;} publications questions responses topic topics validity Therefore, general environmental output Supplementary studies usefulness view Data decision different disagree experience role Environ. analysis future multiple uncertainty validation, (). Model. agree expected main representation research validation. viewpoints word (Supplementary academic areas empirical generation models, structure text-mining using ./j.envsoft... Figure Methods Res. Softw. assessment background context. given integrated literature question representativeness scale science sciences use "model Dataset Energy Likert Nature Still, common commonly concepts exploratory figure px; strong support topic. uncertainties {font-family (Question (Questions associated context corresponding emphasis font-size frequent historical identified importance included large practice prediction reality review scientific sustainability techniques users (eds Fig. Strongly Table Validation application asked assumptions baseline climate considered data, descriptive double; ensemble fraction group indicate information past plausible practitioners provided questions, results scenarios shows strongly studies, studies. think value words, Change However, Hydrology Policy Press, Schweizer Source University accurate acknowledge alternative approach aspects attributes border-color border-width collected communication consider context, data-oriented decision-makers decision-makers’ decision-making developers does employ employed enhance existing finding findings focus include investigate issues key management meaning model’s neutral organisational participatory plays positivist practice. prevalent provide relative scenario-oriented science, science. solid; statements study systems terms topic, topics. van various views years {font-style {font-weight Analysis Climate Commons Creative Information International LINK New Question Ravetz Resour. Sci. Scopus Survey Water abstracts accuracy address article available behaviour bold broad change consensus contingency courier; datasets deal discussed documents em; energy equifinality especially factors favour fit generate heuristics indicated instance instance, interpreted is, level long methodological model. modeling number online particular practice, pt;} publications, publications. purpose refer reliable replicate respect respondents. scenarios, short significant specifically statistical tables tools. usefulness, variety


Preparation time
less than 30 mins
Cooking time
no cooking required
Serves
Serves 4
For the dressing, crack the egg into a bowl and whisk until light and foamy. Gradually add the olive oil, whisking constantly (the dressing should have a creamy frothy consistency). Season, to taste, with salt and freshly ground black pepper, then add the lemon juice.
Place the brown crabmeat into a sieve and push through any liquid into the dressing. Stir well to combine.
For the salad, place the white crabmeat into a clean bowl. Add the chervil, dill, dill cucumber, capers and celery and mix gently.
Spoon in a little of the dressing, just enough to coat, and stir carefully to combine.
Place a chefs' ring into the middle of each of four plates. Spoon equal quantities of the crabmeat mixture into the ring and gently press down. Continue to fill each ring by about two thirds.
Arrange a layer of crayfish tails on top of each ring of crabmeat, then spoon over a little more dressing.
Garnish each layer of crayfish tails with a chervil sprig, then lift away each chefs' ring.
To serve, cut the duck eggs in half and place a half alongside each stack. Spoon the remaining dressing around and over the top of the stacks.


Authored By: Denis Smirnov
Google, the most used search engine to date, joined the leader board in january of 2001 with a little over 60 million pageviews a month. After joining the leaderboard google skyrockets to the seventh most viewed website. In February of 2005 Google took second place and began it’s fastest growth yet. Google took first place in June of 2006. Google ends its run with a little under 80 billion page views a month and stays in first place.
Website Logo


Peter Weber makes his 'Bachelor' debut in Season 24 promo
by Fred TopelNov. 13 (UPI) -- ABC released a promo for Season 24 of The Bachelor on Wednesday. Bachelorette contestant Peter Weber will choose his own fiance when the new season begins Jan. 6 at 8 p.m. on ABC.
The 30-second spot shows Weber emerging from a stone castle with a windmill, a nod to a much talked about date he had with Hannah Brown on her season of The Bachelorette. Weber is dressed in a black suit holding the show's signature rose. He sniffs the rose buy says nothing.
Weber was a fan favorite to win The Bachelorette and marry Brown, but she did not give him the final rose.
Season 24 will premiere with a group date, according to an ABC press release.
ABC also promised a surprise visitor on the season premiere.
The Bachelor premiered in 2002 with Bachelor Alex Michel, its spinoff The Bachelorette in 2003 with Bachelor contestant Trista Rehn as the Bachelorette. Previous Bachelors include Andrew Firestone, Charlie O'Connell and two time Bachelor Brad Womack.
(0) Leave a comment
upi.com/6957878
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Question 4
Following the 3rd question.
Write a function to display all the objects having age less than 30.
Write a function to display all the objects having country India.


HIGH SCHOOL 2011 – 2012
American History I
This class follows American History through the 1830s. A review of the Crusades and the Reformation provides a European context before moving to Spanish exploration and conquest. Our study of colonial North America begins with accounts of Native American culture before examining English settlements, including Virginia and Puritan New England and the structure of colonial life. We follow the causes, course, and results of the American Revolution, read the nation’s founding documents, and learn about life in the early republic amid the social and economic changes of the early nineteenth century, with special interest in the expansion of slavery. Longer readings throughout the year include Calvin, Columbus, Diaz, Bradford, Edwards, Franklin, Paine, Jefferson, and Douglass.
American History II
The second half of our study of American History begins with Andrew Jackson and the Second Party System and moves to the present day. It follows the political developments of the nineteenth through the twenty-first centuries, including the election of presidents, national growth, the passage of legislation, and the fighting of wars. Lincoln and his speeches receive longer attention. The course also focuses on social and economic changes, the development of modern American life, and the changing roles of women, minorities, and immigrants. The goal is to understand historical developments, to question historical actors, and to think critically about ideas, political results, and historical judgments.
History of Western Philosophy
In Plato's Apology, Sokrates asks, "Who knows the excellence of the citizen, who knows the excellence of the human being?" We will pursue this question through a series of readings from antiquity to the present; readings from: Plato, Sophokles, Aristotle, Genesis, Exodus, the Gospels of Matthew and John, Paul's Letter to the Romans, Lucretius, Cicero, Montaigne, Shakespeare, Descartes, Kant, Tolstoy, Nietzsche, Heidegger.
Community, Identity, and the Other
Humans have shown a long standing tendency to define themselves in comparison with or even in opposition to others. This course will focus on the Middle East and Mediterranean of the 6th century BC to the 8th century AD, a time during which time-honored beliefs were being called into question; the means by which identity had been traditionally constructed were under assault; and group and individual identity was in almost constant flux. It was the age that witnessed the Jewish Diaspora, the rise of Christianity, and the advent of Islam. Readings in ancient texts will include selections from the Old Testament, the New Testament, the Quran, and the biographical traditions focused on Muhammad. Modern readings will include works like Binur’s My Enemy, Myself, al-Khalili’s The House of Wisdom, and Menocal’s The Ornament of the World: How Muslims, Jews and Christians Created a Culture of Tolerance in Medieval Spain.
PREVIOUS OFFERINGS
European Intellectual History (2010 – 2011)
This course is an examination of European History from the High Middle Ages to the present. Its focus will include central primary texts of European intellectual history following the development of European political, religious, social, scientific, and philosophical thought. Political history forms the background structure of this study, with issues of social development and intellectual change filling in the foreground of our examination. Questions that will be addressed include: What are the origins of the modern state? How do ideas change culture and culture change ideas? What were the origins of and alternatives to democracy and to capitalism? What roles did religion and scientific discovery play in this history? How do individual rights emerge? How did life change for the average person? The goal will be to understand and evaluate ideas in historical context and the ideas of historians attempting to explain that context.
Magna Graecia and Sicily (2010 – 2011)
An interdisciplinary study of Magna Graecia and Sicily from, roughly, the first Greek colonial foundations in Southern Italy (ca. 740 BCE) through the age of Dionysius (367 BCE). We will study the archaic Greek West as a frontier that attracted numerous counter-cultural thinkers and seekers, as well as various utopian—and, in Sicily, tyrannical—political leaders. Readings will include selections from Porphyry and Iamblichus (on Pythagoras), Empedocles, Parmenides, Plato, Pindar, and later Greek (and Latin) historical accounts; significant attention will also be given to art-historical and archaeological remains.
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MUltiMOdal DOcument (mumodo) is a Python package developed by the Dialogue Systems Group (DSG), Bielefeld University. It has been designed to greatly simplify the task of importing, preprocessing and analysing multimodal data.
Mumodo addresses the following common issues in multimodal data analysis:
Get mumodo from github or install with pip. Please check the readme file for detailed installation instructions.
Multimodal analysis in mumodo uses a data model in which information is stored (mostly) in two types of objects:
Mumodo consists of the following parts:
This part of mumodo handles input/output of data into StreamFrames and IntervalFrames. Widely used formats such as CSV and Praat textgrid are upported. In addition, mumdodo natively supports more specialized formats, such as XIO and inc_reco.
This module contains basic operations between the main object types. For example, it offers functions for getting the union/intersection of IntervalFrames, or converting/shifting their times etc. However, the wealth of functions in Pandas/Scipy/Numpy provide a very complete analysis environment.
Functions for plotting (multiple) scalar or vector series, based on matplotlib. When using mumodo in the IPython interpreter, you can have your plots inlined with your analysis.
This module provides an abstraction layer between resources (modalities) and the actual filesystem, so that a multimodal document can be imported as whole (rather than several files one by one) in order to perform analysis.
Mumodo can be used either as a regular Python package, e.g. it can be imported into scripts that perform batch analysis of large corpora, or interactively in an interpreter. In the latter case, we recommend using a distribution that includes IPython, Matplotlib, Numpy, Pandas, Scipy as well as Moviepy (for Audio and Video data), and PIL for images. There are many free distributions available that provide these and many more.
Mumodo documentation is split into two parts. If you are looking for a detailed documentation of all the functions and classes, you are in the right place. However, a more high-level, tutorial-like documentation of the usage can be found in the form of IPython notebooks. Please look in the readme for instructions on how to install the notebooks and their sample data into a workspace folder (can be done automatically). The following notebooks are available:


 Date: 2010-12-20. Last updated: 2018-09-22.
Sex Signs
♂ male
♀ female
⚦ ⚨ ⚩ • hermaphrodite / transgender / transexual / intersex • alchemical symbol for iron, • crocus of iron
⚲ neuter, eunuch
Sex Relations Signs
⚤ heterosexual
⚢ lesbian (female homosexuality)
⚣ gay (male homosexuality)
⚥ bisexual, intercourse.
⚧ hermaphrodite / transgender / transexual / intersex, threesome, pansexual.
👬 two men holding hands
👭 two women holding hands
Marriage Status Signs
⚭ MARRIAGE SYMBOL
⚮ DIVORCE SYMBOL
⚯ UNMARRIED PARTNERSHIP SYMBOL
[see Keyboard Symbols ⌘ ⏎ ⌫]
Here's more Unicode naming:
⚦ is named MALE WITH STROKE SIGN
⚨ is named VERTICAL MALE WITH STROKE SIGN
⚩ is named HORIZONTAL MALE WITH STROKE SIGN


String
public extension String
A collection of helpers for String type.
-
Localized version of the current string, if available. If not, uses the same string. Uses Main bundle, default table and no replace value if localization is not found.
Declaration
Swift
var localized: String { get }
-
Localized version of the current string.
Declaration
Swift
func localized(bundle: Bundle = .main, table: String? = nil, value: String? = nil) -> String
Parameters
bundle
Bundle top look for tableName. Default is Main.
tableName
The receiver’s string table to search. If
nil
, will use Localizable.stringsvalue
The value to return if key can’t be found in the table.
Return Value
Localized version of the string
-
Trimmed copy of the current string.
Declaration
Swift
var trimmed: String { get }
-
Trimms the current string.
Declaration
Swift
mutating func trim()
-
Attributed copy of the current string.
Declaration
Swift
var attributed: NSAttributedString { get }
-
URL query encoded copy of the current string.
Declaration
Swift
var encodedForURLQuery: String? { get }
-
Basic match of the current string with email regular expression.
Declaration
Swift
func isValidEmail(stricted: Bool = false) -> Bool
-
Basic match of the current string with HTTP URL regular expression.
Declaration
Swift
var isValidURL: Bool { get }
-
Date object based on the current string, if it represents a Date.
Declaration
Swift
func date(withFormat format: String, timeZone: TimeZone = TimeZone.current) -> Date?
Parameters
format
Expected format for the date string.
timeZone
Time zone to be used on the format. By default is the current one.
Return Value
A Date object based on the current string or nil if something went wrong.
-
HTML Attributed string based on the current HTML raw string or nil if something went wrong.
Declaration
Swift
var htmlToAttributed: NSAttributedString? { get }
-
Undocumented
Declaration
Swift
func replace(pattern: String, with replacement: String, options: NSRegularExpression.Options) -> String
-
A
NSRange
for all the length of the current string.Declaration
Swift
var nsrange: NSRange { get }
-
Returns a subtring for the given
NSRange
.Declaration
Swift
func substring(with nsrange: NSRange) -> String?
Parameters
nsrange
NSRange
to use.Return Value
substring or nil if
NSRange
can’t be converted toRange
. -
Returns an array of matches for the given
NSRegularExpression
patterns.Declaration
Swift
func regexpMatchesWith(pattern: String, options: NSRegularExpression.Options = []) -> [NSTextCheckingResult]?
Parameters
pattern
The pattenr to use on
NSRegularExpression
.options
Options for creating the
NSRegularExpression
. By default is [].Return Value
Array of
NSTextCheckingResult
with the matches or nil if something went wrong -
MD5 hash of the current string.
Declaration
Swift
var md5: String { get }
-
SHA1 hash of the current string
Declaration
Swift
var sha1: String { get }
-
Base64 encoded version of the current string.
Declaration
Swift
var base64Encoded: String? { get }
-
Base64 decoded version of the current string.
Declaration
Swift
var base64Decoded: String? { get }
-
Checks if string contains
string
Declaration
Swift
func contains(_ string: String, ignoringCase: Bool = true) -> Bool
Parameters
string
text to look for
ignoringCase
flag to indicate if checking should or shouldn’t ignore case. By default is
true
Return Value
true
ifstring
if found, otherwisefalse
-
Returns escaped version of curent String allowing certain characters
Declaration
Swift
func escaped(allowed: CharacterSet = .alphanumerics) -> String?
Parameters
allowed
CharacterSet
of allowed characters. Default isalphanumerics
Return Value
Escaped string of nil of something goes wrong


Data for API - Demo Repository
JSON Demo File to emulate an API access
Dataframe Demo JSON to emulate an API access
JSON Demo File to emulate an API access
see also
README.md
of this repository.


Engineer - ID# 2
<EMAIL_ADDRESS>GitHub: miernickielijah
Engineer - ID# 3
nope
College: Dog School
Engineer - ID# 4
not old enough
GitHub: nope
Engineer - ID# 5
email@email
College: UofM


--- layout: post title: "How I Sped Up Datahike's Datalog Parser 30x" permalink: /:title/ tags: [clojure, "idiomatic clojure" , performance] categories: [clojure, "idiomatic clojure", performance] ---
Datahike is a durable database powered by an efficient Datalog query engine. It started as a fork of DataScript and grew from there. It's an interesting project I've been following in the past few months with interest.
My curiosity led me to a dive inside Datahike's Datalog parser. I've been wrangling with parsers for a while and have started to get a feel for them. I'm in no way an expert on the matter, but I've bumped into enough walls and stumbled on enough rocks to know they're there.
This is a short illustrative example on how one line can devastatingly impact an application's performance.
Without getting too deep into the theory, Datalog is a declarative logical programming subset of Prolog which can often be used as a query language for declarative databases, such as the case in this post.
The particular Clojure implementation, originally conceived by Rich Hickey in Datomic, represents queries as data structures:
(def q '[:find ?e :in $ ?fname ?lname :keys foo :where [?e :user/firstName ?fname] [?e :user/lastName ?lname]])
The fine details of the data model are interesting, but out of this post's scope. I recommend looking more into Datalog and what it has to offer.
The parser's entry point is datalog.parser/parse
. It extracts the
query elements then validates them.
When I want to get a feel of how a complex function behaves I usually benchmark and profile it. When I benchmarked the parser for the sample query, I got some surprising results:
(require '[criterium.core :as cc]) (cc/bench (parser/parse q)) ;;; Execution time mean : 1.787494 ms
What's surprising about these results is the parser is incredibly slow.
It's true the parser uses a cache behind the scenes, but there's still no reason it should take this long. It's still a major hit on the first query, and makes the query parser non-viable for other usages, such as static analysis (see Kondo).
That's when I profiled the query using clj-async-profiler and saw something familiar, which I've actually seen before:
(require '[clj-async-profiler.core :as prof]) (def reps 1e6) (deftest profile (prof/profile (time (dotimes [_ reps] (parser/parse q)))))
Feel free to use the search functionality in the upper right hand side
of the SVG. Search for satisfies
. What you'll find is that the
parse
function spends 95% of its CPU time calling satisfies
.
What is satisfies?
and what does it do?
When writing parsers, we need a way to specify our handling of the null case, default behavior. Depending on our data model it can be achieved in several ways.
The Datalog parser is implemented via protocols and records which implement it:
(defprotocol ITraversable (-collect [_ pred acc]) (-collect-vars [_ acc]) (-postwalk [_ f]))
This allows for fast invocation of the protocol functions on all
records which implement it, which is great. However, there is still a
need to know if a certain object is ITraversable
, for which one
usually writes a traversable?
function, which looks like:
(def traversable? (partial satisfies? ITraversable))
This implementation is 100% correct and covers all use cases. The
problem with it is that satisfies?
has terrible performance, making
it a poor choice for code which sits on any hot path, as can be seen
in the flame graph above.
The reason satisfies?
is so slow is it searches through all of an
object's supers
with isAssignableFrom
for one which implements the
protocol.
There's an open issue which addresses that, but even if it gets fixed in Clojure 1.11, everyone using a previous version won't benefit from the speedup.
All solutions will eventually boil down to creating some sort of
registry which specifies which types satisfy ITraversable
and a
default case, but the one presented here probably performs better than
multimethods or creating a sort of managed global state and managing
it ourselves.
After reading Solving The Expression Problem and Clojure's history I
got a sense that the right way to solve it was to let objects answer
the question themselves, instead of being external to them. It could
have been done by extending ITraversable
or adding a new protocol, I
chose to add a new protocol which answers a simple question, is the
object traversable?
(defprotocol Traversable (-traversable? [_]))
Then, add to every record definition:
p/Traversable (-traversable? [_] true)
Luckily, the record definitions were already wrapped in a macro so I needed to change only one place in the code.
Finally, we need to ensure that for every other type, -traversable?
is false:
(extend-type #?(:clj Object :cljs object) Traversable (-traversable? [_] false)) (extend-type nil Traversable (-traversable? [_] false))
Running the same bench as before, we get the following results:
(require '[criterium.core :as cc]) (cc/bench (parser/parse q)) ;;; Execution time mean : 59.656711 µs ;;; 1.787494e-3 / 59.656711e-6 ~ 30
By getting rid of satisfies?
we sped the parser up 30x!
This doesn't and shouldn't reflect negatively on the code's authors.
The problem with satisfies?
is that it's too damn convenient and
easy to use. In the past I've had the (mis)fortune of seeing it in a
production environment, which was my first tussle with it, also in a
parser of sorts. Lucky for us, it's very easy to get rid of, as you've
seen in this post.
Using solutions like caching do help alleviate the problem in long
running application's contexts, however, when used for ephemeral
processes like clj-kondo
we can see great improvements.


Welcome to KETOS - Getting Started.
We set up this example server to guide you through the basic steps of building an deploying your own model.
Demonstration Data
We are currently running a GT-FHIR Server, which is filled with demonstration data.
The demonstration data consists for the IRIS machine learning example dataset (
https://archive.ics.uci.edu/ml/datasets/iris) mapped to OMOP Observations, as follows:
sepal length in cm => rateOfGrowth
sepal width in cm => bodyWeight
petal length in cm => bodyHeight
petal width in cm => bodySize
flower type => bodyComposition (values: 'Iris-setosa': 'bad body structure', 'Iris-versicolor': 'good body structure', 'Iris-virginica': 'awesome body structure')
This mapping is for demonstration purposes only and has no bearing on any real life clinical application.
A step by step guide to KETOS
1. Create your development environment and a model
You can access your development environment under
https://ketos.ai/environments. For the demonstration server the creation of a new environment is not allowed.
Luckily we have already created one for you - the example environment "docker_api_dev". Go to your model by clicking on the jupyter link provided.
Usually the environment is empty and you still have to create a new model for you environment here:
https://ketos.ai/mlmodels.
This time we have done this for you already.
Because we have created the model for you already you can see your model under your jupyter link by following the link under environments and navigating to: models > mlmodel_1.
This is your model environment where you can build your models. The example model model.ipynb is provided for you.
2. Define and retrieve data
Next to build a model we need data.
To get Data KETOS allows you to request data from the provided data service via a preprocessing service.
Go to
https://ketos.ai/data to see all the current data requests and to make a new data request.
As you can see there have been already a number of data requests made.
For the Request used to build our example model see
https://ketos.ai:57588/notebooks/models/mlmodel_1/model.ipynb - cell 4 ketos_Input_data
3. Adjust data further and train your model
We have already trained an example model for you, which you can access under file
https://ketos.ai:57588/notebooks/models/mlmodel_1/model.ipynb
You can do all your training here, retrain your model, and change your training function or make any other adjustments to the data.
Note that any adjustments you would make to the data for training, which you would also like to be executed before model prediction you have to add to your
ketos predict function accordingly.
In this example case we trained a simple glmnet model using the caret library by running the cells tagged "# ketos_train"
4. Deploy your model
Deploying your model as a webservice is easy.
Just tag the output cells of your model file
https://ketos.ai:57588/notebooks/models/mlmodel_1/model.ipynb accordingly, with #ketos_predict, ketos_predict_output
Congratulations! - Your model is now deployed and ready to be accessed for predictions.
access your model via webservice:
To access your newly created prediction webservice call the following url with a curl request by typing the following in your command line:
curl -u admin:test123 -d '{{ '{' }}"patient_ids": [2]{{ '}' }}' -H "Content-Type: application/json" -X POST 'https://ketos.ai/api/models/1/prediction?ownInputData=false&writeToFhir=false'
To get the url of your model go to
https://ketos.ai/mlmodels and click the "copy model url" button next to your model
Test your model in the ketos gui:
To test a call to your model and the prediction you would get we have provided a predict function in the KETOS gui, which calls the webservice endpoint of your newly deployed model.
To test it go to
https://ketos.ai/mlmodels and klick predict, type in a patient id and get the prediction from your model.


Eden Lin
Project Portfolio
Eden Lin is a senior undergraduate student of Computer Science at University of California, San Diego.
Projects Experience
SDHacks Hackathon
Awardee of Best Online Shopping Application by Slice
- Collaborated in a team of 2 to create a web application that cross-references users' purchase history to find the best deal out there.
- Used Slice API which parses users' e-mails and gather information about their purchase history.
- Used Node.js for the backend, Express.js for the framework, MongoDB for the database, and AWS's EC2 for the hosting server.
- This project won the Best Online Shopping Application by Slice Award and was widely recognized by many attendees.
Online Shopping Website
- Collaborated in a team of 3 to create an online shopping website with specific focus on data analysis and complex query statements.
- Taking the roles as designer and lead developer.
- Utilized Apache Server, Amazon RDS, PostgreSQL, and Eclipse.
Warfare of Man And Zombie
- Collaborated in a team of 4 to create a multiplayer First-Person Shooter game and allows users to use mouse and keyboard, Razer Hydra, or Leap as their input device.
- Utilized Leap, Leap API, Razer Hydra, Razer Hydra API, Unity Minecraft Modeling Package, Unity Socket Network Package, and Unity.
- Project Website: http://cse165finalproject.blogspot.com/
Space Slalom
- Collaborated in a team of 2 to create an immersive virtual environment that simulates spaceship traveling with a 3D Input Device.
- Utilized PlayStation Move controller, UniMove API, and Unity.
Wire Sculptures
- Collaborated in a team of 2 to create a virtual workspace allowing user to use 3D Input Device for wire-sculpturing.
- Utilized Leap, Leap API, openGL, Bullet Engine, OpenSceneGraph, and Visual Studio 2013.
FLY!
- Collaborated in a team of 3 to procedurally generate Buildings/City and flying over it in a plane's perspective.
- Implementation includes: Procedurally Generate Buildings/City, Shadow Mapping, Bezier Curve, and L-System.
- Project Website: https://edenhengrolando.wordpress.com
Honey Badger Banking
- Collaborated in a team of 10 developing an Android online banking application.
- Taking the roles as designer and lead developer.
- Utilized various design patterns such as Factory, Facade, etc. to create an API for the architecture of the application.
- Used Parse for the backend.
LAHacks Hackathon
- Collaborated in a team of 4 attempting to develop an augmented reality application for Android.
- Worked with Qualcomm's Vuforia API.
Calculator
- Course project using data structures list, stack, and tree to simulate a calculator.
hackTECH Hackathon
- Collaborated in a team of 4 to develop a study group finder/organizer tied with a server.
- Developed in Android, used AWS.
Hello World!


Implementation of the nonparametric bounds for the average causal effect under an instrumental variable model by Balke and Pearl (Bounds on Treatment Effects from Studies with Imperfect Compliance, JASA, 1997, 92, 439, 1171-1176). The package can calculate bounds for a binary outcome, a binary treatment/phenotype, and an instrument with either 2 or 3 categories. The package implements bounds for situations where these 3 variables are measured in the same dataset (trivariate data) or where the outcome and instrument are measured in one study and the treatment/phenotype and instrument are measured in another study (bivariate data).
| Version: | 0.1.0 |
| Depends: | R (≥ 3.5.0) |
| Imports: | methods |
| Suggests: | dplyr, testthat, knitr, rmarkdown, tidyr |
| Published: | 2018-11-18 |
| Author: | Tom Palmer [aut, cre], Roland Ramsahai [aut], Vanessa Didelez [aut], Nuala Sheehan [aut] |
| Maintainer: | Tom Palmer <tom.palmer at lancaster.ac.uk> |
| BugReports: | https://github.com/remlapmot/bpbounds/issues |
| License: | GPL-3 |
| URL: | https://github.com/remlapmot/bpbounds |
| NeedsCompilation: | no |
| Citation: | bpbounds citation info |
| Materials: | README |
| CRAN checks: | bpbounds results |
| Reference manual: | bpbounds.pdf |
| Vignettes: |
Nonparametric bounds for the average causal effect: 'bpbounds' examples |
| Package source: | bpbounds_0.1.0.tar.gz |
| Windows binaries: | r-devel: bpbounds_0.1.0.zip, r-release: bpbounds_0.1.0.zip, r-oldrel: not available |
| OS X binaries: | r-release: bpbounds_0.1.0.tgz, r-oldrel: not available |
Please use the canonical form https://CRAN.R-project.org/package=bpbounds to link to this page.


What's Ryu?
Ryu is a component-based software defined networking framework. Ryu provides software components with well defined API that make it easy for developers to create new network management and control applications. Ryu supports various protocols for managing network devices, such as OpenFlow, Netconf, OF-config, etc. About OpenFlow, Ryu supports fully 1.0, 1.2, 1.3, 1.4, 1.5 and Nicira Extensions. All of the code is freely available under the Apache 2.0 license.
Ryu means "flow" in Japanese. Ryu is pronounced "ree-yooh".


Context (you can paste your own content in the text area)
Nikola Tesla (/ˈtɛslə/;[2] Serbo-Croatian: [nǐkola têsla]; Serbian Cyrillic: Никола Тесла;[a] 10 July 1856 – 7 January 1943) was a Serbian-American[4][5][6] inventor, electrical engineer, mechanical engineer, and futurist who is best known for his contributions to the design of the modern alternating current (AC) electricity supply system.[7]
Born and raised in the Austrian Empire, Tesla studied engineering and physics in the 1870s without receiving a degree, and gained practical experience in the early 1880s working in telephony and at Continental Edison in the new electric power industry. He emigrated in 1884 to the United States, where he would become a naturalized citizen. He worked for a short time at the Edison Machine Works in New York City before he struck out on his own. With the help of partners to finance and market his ideas, Tesla set up laboratories and companies in New York to develop a range of electrical and mechanical devices. His alternating current (AC) induction motor and related polyphase AC patents, licensed by Westinghouse Electric in 1888, earned him a considerable amount of money and became the cornerstone of the polyphase system which that company would eventually market.
Attempting to develop inventions he could patent and market, Tesla conducted a range of experiments with mechanical oscillators/generators, electrical discharge tubes, and early X-ray imaging. He also built a wireless-controlled boat, one of the first ever exhibited. Tesla became well known as an inventor and would demonstrate his achievements to celebrities and wealthy patrons at his lab, and was noted for his showmanship at public lectures. Throughout the 1890s, Tesla pursued his ideas for wireless lighting and worldwide wireless electric power distribution in his high-voltage, high-frequency power experiments in New York and Colorado Springs. In 1893, he made pronouncements on the possibility of wireless communication with his devices. Tesla tried to put these ideas to practical use in his unfinished Wardenclyffe Tower project, an intercontinental wireless communication and power transmitter, but ran out of funding before he could complete it.[8]
After Wardenclyffe, Tesla experimented with a series of inventions in the 1910s and 1920s with varying degrees of success. Having spent most of his money, Tesla lived in a series of New York hotels, leaving behind unpaid bills. He died in New York City in January 1943.[9] Tesla's work fell into relative obscurity following his death, until 1960, when the General Conference on Weights and Measures named the SI unit of magnetic flux density the tesla in his honor.[10] There has been a resurgence in popular interest in Tesla since the 1990s.[11]
Question
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Answers


protocol
List protocol.
Paulo Moura
1.7
2011/5/14
static, context_switching_calls
(no dependencies on other files)
Appends all lists in a list of lists.
static
append(Lists,Concatenation)
append(+list(list),?list) – zero_or_one
Appends two lists.
static
append(List1,List2,List)
append(?list,?list,?list) – zero_or_more
Deletes from a list all occurrences of an element returning the list of remaining elements.
static
delete(List,Element,Remaining)
delete(@list,@term,?list) – one
Deletes all matching elements from a list, returning the list of remaining elements.
static
delete_matches(List,Element,Remaining)
delete_matches(@list,@term,?list) – one
True if the argument is an empty list.
static
empty(List)
empty(@list) – zero_or_one
Flattens a list of lists into a list.
static
flatten(List,Flatted)
flatten(+list,-list) – one
Sorts a list of key-value pairs in ascending order.
static
keysort(List,Sorted)
keysort(+list,-list) – one
List last element (if it exists).
static
last(List,Last)
last(?list,?term) – zero_or_more
List length.
static
length(List,Length)
length(?list,?integer) – zero_or_more
Determines the list maximum value using standard order. Fails if the list is empty.
static
max(List,Maximum)
max(+list,-term) – zero_or_one
Element is a list member.
static
member(Element,List)
member(?term,?list) – zero_or_more
Checks if a term is a member of a list.
static
memberchk(Element,List)
memberchk(?term,?list) – zero_or_one
Determines the minimum value in a list using standard order. Fails if the list is empty.
static
min(List,Minimum)
min(+list,-term) – zero_or_one
Sorts a list in ascending order (duplicated elements are not removed).
static
msort(List,Sorted)
msort(+list,-list) – one
Sorts a list using a user-specified comparison predicate modeled on the standard compare/3 predicate (duplicated elements are not removed).
static
msort(Closure,List,Sorted)
msort(3,*,*)
msort(+callable,+list,-list) – one
X and Y are consecutive elements in List.
static
nextto(X,Y,List)
nextto(?term,?term,?list) – zero_or_more
Nth element of a list (counting from zero).
static
nth0(Nth,List,Element)
nth0(?integer,?list,?term) – zero_or_more
Nth element of a list (counting from zero).
static
nth0(Nth,List,Element,Residue)
nth0(?integer,?list,?term,?list) – zero_or_more
Nth element of a list (counting from one).
static
nth1(Nth,List,Element)
nth1(?integer,?list,?term) – zero_or_more
Nth element of a list (counting from zero).
static
nth1(Nth,List,Element,Residue)
nth1(?integer,?list,?term,?list) – zero_or_more
Partitions a list in lists with values less, equal, and greater than a given value (using standard order).
static
partition(List,Value,Less,Equal,Greater)
partition(+list,+number,-list,-list,-list) – one
The two lists are a permutation of the same list.
static
permutation(List,Permutation)
permutation(?list,?list) – zero_or_more
Prefix is a prefix of List.
static
prefix(Prefix,List)
prefix(?list,+list) – zero_or_more
Prefix is a proper prefix of List.
static
proper_prefix(Prefix,List)
proper_prefix(?list,+list) – zero_or_more
Reverses a list.
static
reverse(List,Reversed)
reverse(+list,?list) – zero_or_one
reverse(?list,+list) – zero_or_one
reverse(-list,-list) – one_or_more
The two lists have the same length.
static
same_length(List1,List2)
same_length(+list,?list) – zero_or_one
same_length(?list,+list) – zero_or_one
same_length(-list,-list) – one_or_more
The two lists have the same length.
static
same_length(List1,List2,Length)
same_length(+list,?list,?integer) – zero_or_one
same_length(?list,+list,?integer) – zero_or_one
same_length(-list,-list,-integer) – one_or_more
Selects an element from a list, returning the list of remaining elements.
static
select(Element,List,Remaining)
select(?term,?list,?list) – zero_or_more
Checks that an element can be selected from a list, returning the list of remaining elements.
static
selectchk(Element,List,Remaining)
selectchk(?term,?list,?list) – zero_or_one
Selects an element from a list, replacing it by a new element and returning the resulting list.
static
select(Old,OldList,New,NewList)
select(?term,?list,?term,?list) – zero_or_more
Checks that an element from a list can be replaced by a new element, returning the resulting list.
static
selectchk(Old,OldList,New,NewList)
selectchk(?term,?list,?term,?list) – zero_or_one
Sorts a list in ascending order (duplicated elements are removed).
static
sort(List,Sorted)
sort(+list,-list) – one
Sorts a list using a user-specified comparison predicate modeled on the standard compare/3 predicate (duplicated elements are removed).
static
sort(Closure,List,Sorted)
sort(3,*,*)
sort(+callable,+list,-list) – one
The first list is a sublist of the second.
static
sublist(Sublist,List)
sublist(?list,+list) – zero_or_more
List is an interleaving of Subsequence and Remaining. Element order is preserved.
static
subsequence(List,Subsequence,Remaining)
subsequence(?list,?list,?list) – zero_or_more
Removes all elements in the second list from the first list, returning the list of remaining elements.
static
subtract(List,Elements,Remaining)
subtract(+list,+list,-list) – one
Suffix is a suffix of List.
static
suffix(Suffix,List)
suffix(?list,+list) – zero_or_more
Suffix is a proper suffix of List.
static
proper_suffix(Suffix,List)
proper_suffix(?list,+list) – zero_or_more
(none)
(none)


We create beautiful digital experiences that make a difference
On July 20th 2015, Irembo was built to improve Rwanda’s service delivery under a 25 years agreement with the government of Rwanda with the mandate to Build, Operate and Transfer a one stop platform for all government services. For the past three years, 89 services requested by over 8000 citizens and businesses daily were put on the platform. This evolution pragmatically transformed the country’s service delivery by making it simpler, faster and less costly.
By enabling the government to provide services to the citizens and businesses, service delivery is now processed with ease and efficiency through an online Portal, Mobile USSD and the best of breed Agent Network that were developed to support this change allowing users with or without access to internet or mobile phones to request and receive government services.
We Act CIA
(Creative, Innovative and Adventurous) To ensure a great transformation using tech
We Run it like a Marathon
We believe in using time wisely so we do everything different, better and fast.
We’re Customer - Centric
We treasure the Government, citizens and Businesses, there is no US without THEM.
We Act CIA
(Creative, Innovative and Adventurous) To ensure a great transformation using tech
We Run it like a Marathon
We believe in using time wisely so we do everything different, better and fast.
We’re Customer - Centric
We treasure the Government, citizens and Businesses, there is no US without THEM.
Become a partner
Collaboration is the key to success, we trust in the value that comes with it,
join us to create the world we want.
Our Stories....
Collaboration is the key to success, we trust in the value that comes with it,
join us to create the world we want.


@** * Copyright (C) 2014 Johannes Unterstein<EMAIL_ADDRESS>unterstein.info * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * http://www.apache.org/licenses/LICENSE-2.0 * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @(name: String, value: Option[String], error: Boolean, enumModel: _root_.helper.ViewEnumModel, i18n: String = "", showEmpty: Boolean = false)(implicit request: play.api.mvc.Request[Any], lang: Lang)


You can rent an RV simply by clicking the RENT AN RV button in the menu bar. Then filter according to your need!
If you run into a minor issues or don't know how to operate part of your Ride, it wouldn't hurt to call the owner and they can walk you through.
Most owners would be happy to park your car while you're on your adventure. It's best to discuss and arrange this directly with the owners, as well as pick up and drop off times.
You should hear back within 72 hours and receive all the information you need for your next adventure.
Stuff happens. Let the owner know what was damaged and discuss a way this can be resolved. If in the rare case this issue cannot be resolved, you can always call 1-855-MYRVEZY (1-855-697-8399) and speak with a member of our team.
After returning from your trip make sure to log back onto the site and review your vacation. After leaving your review, your full deposit will be authorized to be returned to you directly onto the credit card you paid with. (assuming there has been no damage to the vehicle)
Each RV owner has their own policy regarding pets. You will be happy to know that most RV owners are pet owners themselves and welcome your furry friends.
Our unique insurance policy covers you across Canada and the continental USA.
So long as you have a valid driver's licence you may qualify for insurance!


{% extends 'layout.html' %} {% block title %}Home{% endblock %} {% block content %}
Welcome back, {{ username }}!. Check out more exciting articles on Python Programming Language.
Introduction to Python
Python Functions and Control Flow
Python Classes and Objects


You have
$
You own
0
shares of AAPL - Apple
The price of AAPL is
dollars a share
Your return is
$
Buy for
$
Sell for
$


Content before the editor.
Full Screen Plugin details
- The Fullscreen plugin provides an extra button on the toolbar to allow switching the
editor into 'full screen' mode, meaning the editor takes over the viewport of the
browser. This plugin is particularly useful when editing large documents.
- The mode can also be toggled by entering the key command: CTRL-SHIFT-F11
in the editor pane.
- When it toggled to full screen, it makes
the editor text pane opaque white so that the contents behind it are not visible.
- When in full screen mode, the plugin attempts to capture the TAB key and allow navigation only between
the editor toolbar and the editing area, as when in full screen mode, the rest of the page is hidden
behind the editor.
Things to test:
- Verify that clicking the full screen icon highlights the button appropriately and toggles the full screen mode on.
- Verify that clicking the full screen icon again dehighlites the button and toggles the full screen mode off.
- Click in the editing pane and verify that CTRL-SHIFT-F11 toggles the full screen mode on and off.
- Verify while in full screen mode that TAB seems to behave appropriately. Please note that FireFox and Internet
Explorer work the best here. There are still a few tab control issues in Safari and Chrome.
Content after the editor.
BorderContainer with center region containing editor.
left
top
right
bottom
Full Screen Plugin details
- The Fullscreen plugin provides an extra button on the toolbar to allow switching the
editor into 'full screen' mode, meaning the editor takes over the viewport of the
browser. This plugin is particularly useful when editing large documents.
- The mode can also be toggled by entering the key command: CTRL-SHIFT-F11
in the editor pane.
- When it toggled to full screen, it makes
the editor text pane opaque white so that the contents behind it are not visible.
- When in full screen mode, the plugin attempts to capture the TAB key and allow navigation only between
the editor toolbar and the editing area, as when in full screen mode, the rest of the page is hidden
behind the editor.
Things to test:
- Verify that clicking the full screen icon highlights the button appropriately and toggles the full screen mode on.
- Verify that clicking the full screen icon again dehighlites the button and toggles the full screen mode off.
- Click in the editing pane and verify that CTRL-SHIFT-F11 toggles the full screen mode on and off.
- Verify while in full screen mode that TAB seems to behave appropriately. Please note that FireFox and Internet
Explorer work the best here. There are still a few tab control issues in Safari and Chrome.
TabContainer with tab containing editor.
Full Screen Plugin details
- The Fullscreen plugin provides an extra button on the toolbar to allow switching the
editor into 'full screen' mode, meaning the editor takes over the viewport of the
browser. This plugin is particularly useful when editing large documents.
- The mode can also be toggled by entering the key command: CTRL-SHIFT-F11
in the editor pane.
- When it toggled to full screen, it makes
the editor text pane opaque white so that the contents behind it are not visible.
- When in full screen mode, the plugin attempts to capture the TAB key and allow navigation only between
the editor toolbar and the editing area, as when in full screen mode, the rest of the page is hidden
behind the editor.
Things to test:
- Verify that clicking the full screen icon highlights the button appropriately and toggles the full screen mode on.
- Verify that clicking the full screen icon again dehighlites the button and toggles the full screen mode off.
- Click in the editing pane and verify that CTRL-SHIFT-F11 toggles the full screen mode on and off.
- Verify while in full screen mode that TAB seems to behave appropriately. Please note that FireFox and Internet
Explorer work the best here. There are still a few tab control issues in Safari and Chrome.
AccordionContainer with pane containing editor.
Full Screen Plugin details
- The Fullscreen plugin provides an extra button on the toolbar to allow switching the
editor into 'full screen' mode, meaning the editor takes over the viewport of the
browser. This plugin is particularly useful when editing large documents.
- The mode can also be toggled by entering the key command: CTRL-SHIFT-F11
in the editor pane.
- When it toggled to full screen, it makes
the editor text pane opaque white so that the contents behind it are not visible.
- When in full screen mode, the plugin attempts to capture the TAB key and allow navigation only between
the editor toolbar and the editing area, as when in full screen mode, the rest of the page is hidden
behind the editor.
Things to test:
- Verify that clicking the full screen icon highlights the button appropriately and toggles the full screen mode on.
- Verify that clicking the full screen icon again dehighlites the button and toggles the full screen mode off.
- Click in the editing pane and verify that CTRL-SHIFT-F11 toggles the full screen mode on and off.
- Verify while in full screen mode that TAB seems to behave appropriately. Please note that FireFox and Internet
Explorer work the best here. There are still a few tab control issues in Safari and Chrome.
StackContainer with pane containing editor.
Full Screen Plugin details
- The Fullscreen plugin provides an extra button on the toolbar to allow switching the
editor into 'full screen' mode, meaning the editor takes over the viewport of the
browser. This plugin is particularly useful when editing large documents.
- The mode can also be toggled by entering the key command: CTRL-SHIFT-F11
in the editor pane.
- When it toggled to full screen, it makes
the editor text pane opaque white so that the contents behind it are not visible.
- When in full screen mode, the plugin attempts to capture the TAB key and allow navigation only between
the editor toolbar and the editing area, as when in full screen mode, the rest of the page is hidden
behind the editor.
Things to test:
- Verify that clicking the full screen icon highlights the button appropriately and toggles the full screen mode on.
- Verify that clicking the full screen icon again dehighlites the button and toggles the full screen mode off.
- Click in the editing pane and verify that CTRL-SHIFT-F11 toggles the full screen mode on and off.
- Verify while in full screen mode that TAB seems to behave appropriately. Please note that FireFox and Internet
Explorer work the best here. There are still a few tab control issues in Safari and Chrome.


Welcome to PARROT’s documentation!¶
- Getting Started with PARROT
- parrot-train
- parrot-optimize
- parrot-predict
- parrot-cvsplit
- Basic Examples:
- Advanced Examples:
- Evaluating a Network with Cross-Validation:
- Machine Learning Resources:
- First things first, what is ‘Machine Learning’?
- When can I use machine learning for my research?
- What is a recurrent neural network (RNN)?
- What are the hyperparameters of the networks used by PARROT? What should I set them as?
- What is ‘encoding’?
- What are over-fitting and under-fitting?
- How should I set up my dataset?
- How should I tackle a huge dataset?
- How can I validate that my trained network is performing well?
- What are the different performance metrics for evaluating ML networks?
- How does PARROT choose the optimal hyperparameters?
- Module Documentation


Action Alliance
We are all about action. Our Action is your Power. Formed on 6 February 2013 in anticipation of the 2015 elections. APC candidate Muhammadu Buhari won the presidential election by almost 2.6 million votes.
Democracy Alliance
A Party by the people, of the people, and for the people. formed on 10 June 2011 in anticipation of the 2015 elections. DA candidate Yoro Yaro won the presidential election by almost 3.6 million votes.
People's Congress
Our people are we, and we are our people. Without the people, we are nothing. formed on 15 August 2012 in anticipation of the 2015 elections. PC candidate has never won an Election.
Heavenly Congress
The Heavens frown against all kinds of sins, and so we do. A political party for the most rigtheous of all. Formed on 5 August 2008 in anticipation of the 2010 elections. No HC candidate has ever won the Presidential Elections. The public says they are to holy to rule them.


Paramedic ‘told woman she could put dead baby in Tupperware’ after miscarriage
A paramedic who suggested a woman suffering a miscarriage could put her stillborn baby in a ‘Tupperware box’ has been struck off.
Lucy Bambridge horrified the woman and her husband with a number of inappropriate comments after she was called to their home, a disciplinary hearing found.
The unnamed patient was told her baby had died at the Rosy Maternity Unit of Addenbrooke’s Hospital in Cambridge, and she was sent home and asked to return 48 hours later to deliver the stillborn.
But she rang 999 after suffering contractions and bleeding, and delivered the stillborn while Ms Bambridge and a colleague were in her home.
A Health and Care Professionals Service Tribunal hearing was told ‘Colleague A’ left Ms Bambridge with the patient in her bedroom to go to the bathroom.
Colleague A, an emergency medical technician, then recalled hearing screaming coming from the bathroom and returned to find a large amount of blood on the floor.
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‘I do not know if Lucy Bambridge thought she was whispering but she looked at me and said “I don’t know what to do” or words to that effect with her hands facing outwards,’ she said in a witness statement.
The patient told the tribunal: ‘I can’t begin to tell you how terrifying it is to hear that in a situation like this.
‘There was a bit of confusion with the clothes I was wearing. They helped me out of them. Obviously we had to be careful of our baby and I was trying not to look or let it fall.
‘During my distress at this I was horrifically asked if we had anything to put our baby in. “A Tupperware box or something in your kitchen?” We were speechless.
‘They giggled nervously. Regardless of how awkward this situation was for them this was by no means a time to laugh.’
The hearing heard how Ms Bambridge knelt forward and said: ‘At least it’s not poo! We are bored of poo! And anyway, red is festive.’
The patient also blasted her treatment during the procedure to detach her umbilical cord.
She said: ‘You can imagine my surprise and shock when the pair of scissors was waved in celebration with a big grin in the direction of my husband, implying that he could do it for them. I just looked up at her and said, “you must be joking”.
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‘They went to cut the cord. The girl holding the scissors said to me, “Let’s get this cut.  Another unforgivable remark.’
Ms Bambridge resigned the next month and now lives in Australia.
In a statement to the panel she said: ‘I feel deeply saddened that the patient feels this way regarding this incident, at the time I did the best I could with the limited training I had received from the trust.
‘I had no intention of ever making anyone feel uncomfortable or unduly distressed. I have always maintained a high standard of professionalism required of me.’
Got a story for Metro.co.uk?
Get in touch with our news team by emailing us at<EMAIL_ADDRESS>For more stories like this, check our news page.


OpenBases Python¶
This is a small module with helper functions and scripts for using Open Bases tools. Please contribute at openbases/openbases-python on Github. Documentation is here
Just… no!
Better!
Quick Start¶
To install
git clone https://www.github.com/openbases/openbases-python
cd openbases-python
python setup.py install
pip install openbases
There are different console entry points depending on the kind of functions that you need.
Open Bases Icons¶
Get an icon from openbases-icons
$ ob-icons
https://openbases.github.io/openbases-icons/flaticon/sea-life-collection/squid.svg
$ ob-icons --help
Open Bases Icons [v0.0.1]
usage: ob-icons [--version] [--regexp REGEXP] [--help] [--url URL] [--n N]
[--sep SEP]
OpenBases Python Icons
optional arguments:
--version show openbases python version
--regexp REGEXP regular expression filter for icon name
--help show openbases icons help
--url URL complete url for json list of icons
--n N, --N N number of icons to return
--sep SEP separator to print icons to screen (default newline)
Open Base Badges¶
Generate badges and strings of badges with the ob-badge
entrypoint
$ ob-badge
Open Bases Badges Python [v0.0.3]
usage: ob-badge [-h] [--version] general usage ...
OpenBases Python Badges
optional arguments:
-h, --help show this help message and exit
--version show openbases python version
actions:
actions for openbases
general usage description
view view options for style, labels, etc.
create extract values from a paper.md
$ ob-badge create experiment labjs
![https://img.shields.io/badge/experiment-labjs-%23eaab1b.svg?style=flat&link=https%3A%2F%2Fopenbases.github.io](https://img.shields.io/badge/experiment-labjs-%23eaab1b.svg?style=flat&link=https%3A%2F%2Fopenbases.github.io)
Open Bases Paper¶
ob-paper
is the console entry point for interacting with a paper, typically a paper.md.
$ ob-paper help
Open Bases Paper Python [v0.0.0]
usage: ob-paper [--debug] [--quiet] [--version] general usage ...
OpenBases Python Paper
optional arguments:
--debug, -d use verbose logging to debug.
--quiet, -q suppress all normal output
--version show openbases python version
actions:
actions for openbases
general usage description
get extract values from a paper.md
shell start an interactive shell with openbases paper
For complete usage, please see:
- usage documentation
- documentation
- implementation in openbases-pdf and builder-pdf
Have fun!


{% extends "layout-v2.html" %} {% block pageTitle %} NHS Cervical screening management system {% endblock %} {% block header %} {% include '../../components/header-3.html' %} {% endblock %} {% block content %}
A patient summary has been created and the patient will be added to the list of patients due to be invited for screening. This is done based on their recall status.
The earliest the next test due date can be set is 10 weeks from tomorrow. If the patient is younger than 25 their next test due date will be set 20 weeks before their 25th bithday.
Continue to patient summary


ABOUT US
When you work with us, you are part of a team of commited collaborators. All aspects pf our software development are intergrated, interactive and agile.
Our approach unifies design and product management to create exceptional productsWe stsrt each by understanding your bussiness goals, the the user's needs and the product requirements
Then we help translate them into effective and elegant solutions
SERVICES
Before we sign or write a line of code our team will sppend the necessary time neededto understand your product vision
the outcome of this scoping session ia proposal or high level statement of work.
based on your requirements, we can provide acomplete offering or just the pieces you need.
WHAT WE DO
DESIGN
Our design practice offers a full range of services including brand strategy, interaction and 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.
DEVELOPMENT
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{% extends "_skel/skeleton.html" %} {% block "title" %}Expressions{% end %} {% block "content" %}
One of the more powerful features of Carrot is it's support for expressions. Many template languages support variables with just complicated regular expressions, which means you end up with weird, complicated patterns for doing anything with them (see all the filters in Jinja2, for example).
In Carrot, everything is parsed with a proper recursive-decent parser, we get much more natural syntax for dealing with expressions. Below are some examples of things that are supported in Carrot's model:
a + b
foo + 1
bar * 3.4
a + (foo * 3) - 2
{% set someHtml %}x == 2
foo <= bar
bar != 0
x > 0 || y > 0{% end %}{{ someHtml }}
{% set someHtml %}a == 0 ? "zero" : "non-zero"
foo ? foo : "default"{% end %}{{ someHtml }}
The ternary operator should be familiar to anybody coming from Java. It evaluates the term before the ?, and if true evaluates the term before the :, if false it evaluates to the term after the :.
You can also use the ternary operator to provide default values when querying a map for a value.
{% set someHtml %}foo ?: "default"{% end %}{{ someHtml }}
The elvis operator tests the left-hand side of the expression, and returns it if it's true-ish -- otherwise it returns the right-hand side.
The elvis operator is essentially short-hand for {\{foo ? foo : "default"}}
foo.bar.baz
foo["bar"]
foo[bar.baz].blah
The rules for querying accessor methods are fairly simple. In the case of foo.bar
, we will first
look for a field on foo
call "bar", then we will look for a method on foo
called
"getBar". If foo
is a Map, we will attempt to call Map.get
, with the string "bar".
In the case of foo[bar]
, we will first evaluate the variable bar
, and use that value
to query foo
. Note that whether accessed via .
or via []
, the rules are
actually the same (that is, we'll still look for a field with the name that bar
evaluates to).
foo.bar()
foo.bar(x, y)
Method calls work exactly as you'd expect. In the case of foo.bar(x, y)
, we first try to evaluate
x
and y
. Then we look for a method on foo
named "bar", which takes two
parameters. The expression evaluates to the return value of the bar method.


A tag is a keyword or label that categorizes your question with other, similar questions. Using the right tags makes it easier for others to find and answer your question.
| Type to find tags: |
|
eclipse× 97976
an open source IDE and
platform for building applications. There is a wide variety of plugins
for various programming languages and other development-oriented tools
(such as modeling, datab…
|
string× 97442
a finite sequence of symbols, commonly used for text, though sometimes for arbitrary data.
|
windows× 95613
a family of client, server,
and mobile operating systems developed by Microsoft. Use this tag only
if your question relates to using Windows APIs or Windows-specific
behavior. Questions rel…
|
swift× 95596
an application and systems
programming language developed by Apple and distributed as open source.
Use this tag only for questions that are specific to Swift language
features, or those that …
|
|
excel× 93464
Only for questions on
programming against Excel objects or files, or complex formula
development. You may combine the Excel tag with VBA, VSTO, C#, VB.NET,
PowerShell, OLE automation, and other progra…
|
wordpress× 92606
an open source content
management system running on PHP and MySQL, and often used as a blog
engine. WordPress questions about programming and administration are
best asked on http://wordp…
|
html5× 90711
HTML5 (Hyper Text Markup
Language, version 5) is an umbrella term for recent web technologies. It
is also the latest iteration of HTML. It became a W3C Recommendation in
October 2014, introducing new …
|
spring× 88567
an open source framework
for application development on the Java platform. At its core is rich
support for component based architectures, and it currently has over a
dozen high…
|
|
multithreading× 85063
the ability of a computer
or a program to perform work concurrently or asynchronously by utilizing
multiple concurrent streams of execution (generally referred to as
threads).
|
facebook× 72862
Facebook Platform lets
developers integrate their apps directly into the Facebook social
networking service. Use this tag for questions which may arise when
developing FOR Facebook. This tag is NOT fo…
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image× 71886
is for questions related to
the loading, formatting, saving, compression, and display of images in
the context of source code. This tag should also be used for assistance
using various i…
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forms× 71438
essentially a container
that can be used to hold any amount of any subset of several types of
data. HTML forms are used to pass data to a server. VB and C# forms are
the windows used to inte…
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|
git× 71159
an open-source distributed version control system (DVCS).
|
oracle× 70619
an Object-relational
Database Management System (ORDBMS) created by Oracle Corporation. Do
NOT use this tag for other products owned by Oracle, such as Java and
MySQL.
|
bash× 68472
a Bourne shell (sh)
implementation with numerous additions. Bash is the default shell in
many Linux distributions and on Mac OS X. It is available on most modern
opera…
|
osx× 67736
the desktop operating
system from Apple, found on Macintosh computers. Use this tag only if
your question relates to using OS X APIs or OS X-specific behavior. Que…
|
|
winforms× 66848
the informal name given to
Windows Forms, a GUI class library in the Microsoft .NET Framework,
which provides a user interface for programs designed to run on Windows
machines.
|
algorithm× 64842
a sequence of well-defined
steps that defines an abstract solution to a problem. Use this tag when
your issue is related to algorithm design.
|
twitter-bootstrap× 64414
a front-end framework
designed to kick-start development of Web apps and sites. For questions
related to a version of Bootstrap also use the specific version's tag
from "twitter-bootstrap…
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mongodb× 64024
a scalable,
high-performance, open source, document-oriented NOSQL database. It
supports a large number of languages and application development
platforms. Questions about server administr…
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apache× 63236
for programming questions
relating to the Apache HTTP Server. Note that server configuration
questions may be a better fit on http://serverfault.com
|
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an event-driven,
object-oriented programming language for writing macros, used for the
entire Office suite as well as other applications. VBA is not equivalent
t…
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performance× 61820
For questions pertaining to the measurement or improvement of code and application efficiency.
|
swing× 61226
the primary user-interface
toolkit in Java and is shipped with the standard Java SDK. It is
contained within the package javax.swing.
|
|
matlab× 61195
a high-level language and
interactive programming environment for numerical computation and
visualization developed by MathWorks.
|
entity-framework× 58230
a set of Object-Relational-Mapping (ORM) tools for the .NET Framework, since version 3.5 SP1.
|
linq× 56585
a Microsoft .NET Framework component that adds native data querying capabilities to .NET languages.
|
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an integrated development
environment (IDE) from Microsoft. Do not use this tag unless you have a
specific question about Visual Studio -- not just a coding issue.
|
|
hibernate× 54878
an object-relational
mapping (ORM) library for the Java language enabling developers to
utilize POJO-style domain models in their applications in ways extending
well beyond Object/Relatio…
|
ruby-on-rails-3× 54806
an open-source web
development framework written in Ruby. Ruby on Rails follows the
principle of convention over configuration, freeing you from having to
re-invent things to stay pro…
|
postgresql× 54223
an open-source,
object-relational database management system (ORDBMS) available for all
major platforms including Linux, UNIX, Windows and OS X.
Please mention your exact version of P…
|
list× 53633
list may refer to: a linked
list (an ordered set of nodes, each referencing its successor), or a
form of dynamic array. Not to be used for HTML lists, use [html-lists]
instead.
|
|
css3× 53271
The third edition of the
Cascading Style Sheets styling language (often shortened to CSS3) brings
together powerful visual capabilities and versatile design manipulation
techniques.
|
scala× 51558
a general purpose
programming language principally targeting the Java Virtual Machine.
Designed to express common programming patterns in a concise, elegant,
and type-safe way, it fuses both …
|
perl× 51419
a procedural, high-level,
general-purpose, dynamic programming language created by Larry Wall.
Perl is widely known for its native support of regular expressions and
string par…
|
web-services× 51127
a software system designed to support interoperable machine-to-machine interaction over the World Wide Web.
|


Keep Bobby Happy
Feed Me
Sleep
Play
Well look at my food level!
Well look at my sleep level!
Well look at my play level!


title = "Facutly Awards" url = "/fac/:id/awards" layout = "faculty" is_hidden = 0 == function onStart() { $this['active'] = 'awards'; $this['awards'] = $this['fac']->awards; } ==


Whats In The Box
A Cooperative Game
Settings
Sound
On
Off
Allow strangers
Yes
No
Let others invite
Yes
No
Menu


|
OCHamcrest
|
Unit test integration for primitive numbers.
Defines | |
| #define | assertThatBool HC_assertThatBool |
assertThatBool(actual, matcher) - Asserts that BOOL actual value, converted to an NSNumber , satisfies matcher. | |
| #define | assertThatChar HC_assertThatChar |
assertThatChar(actual, matcher) - Asserts that char actual value, converted to an NSNumber , satisfies matcher. | |
| #define | assertThatDouble HC_assertThatDouble |
HC_assertThatDouble(actual, matcher) - Asserts that double actual value, converted to an NSNumber , satisfies matcher. | |
| #define | assertThatFloat HC_assertThatFloat |
assertThatFloat(actual, matcher) - Asserts that float actual value, converted to an NSNumber , satisfies matcher. | |
| #define | assertThatInt HC_assertThatInt |
assertThatInt(actual, matcher) - Asserts that int actual value, converted to an NSNumber , satisfies matcher. | |
| #define | assertThatLong HC_assertThatLong |
assertThatLong(actual, matcher) - Asserts that long actual value, converted to an NSNumber , satisfies matcher. | |
| #define | assertThatLongLong HC_assertThatLongLong |
assertThatLongLong(actual, matcher) - Asserts that long long actual value, converted to an NSNumber , satisfies matcher. | |
| #define | assertThatShort HC_assertThatShort |
assertThatShort(actual, matcher) - Asserts that short actual value, converted to an NSNumber , satisfies matcher. | |
| #define | assertThatUnsignedChar HC_assertThatUnsignedChar |
assertThatUnsignedChar(actual, matcher) - Asserts that unsigned char actual value, converted to an NSNumber , satisfies matcher. | |
| #define | assertThatUnsignedInt HC_assertThatUnsignedInt |
assertThatUnsignedInt(actual, matcher) - Asserts that unsigned int actual value, converted to an NSNumber , satisfies matcher. | |
| #define | assertThatUnsignedLong HC_assertThatUnsignedLong |
assertThatUnsignedLong(actual, matcher) - Asserts that unsigned long actual value, converted to an NSNumber , satisfies matcher. | |
| #define | assertThatUnsignedLongLong HC_assertThatUnsignedLongLong |
assertThatUnsignedLongLong(actual, matcher) - Asserts that unsigned long long actual value, converted to an NSNumber , satisfies matcher. | |
| #define | assertThatUnsignedShort HC_assertThatUnsignedShort |
assertThatUnsignedShort(actual, matcher) - Asserts that unsigned short actual value, converted to an NSNumber , satisfies matcher. | |
| #define | assertThatInteger HC_assertThatInteger |
assertThatInteger(actual, matcher) - Asserts that NSInteger actual value, converted to an NSNumber , satisfies matcher. | |
| #define | assertThatUnsignedInteger HC_assertThatUnsignedInteger |
assertThatUnsignedInteger(actual, matcher) - Asserts that NSUInteger actual value, converted to an NSNumber , satisfies matcher. |
Unit test integration for primitive numbers.
The assertThat<Type>
macros convert the primitive actual value to an NSNumber
, passing that to the matcher for evaluation. If the matcher is not satisfied, an exception is thrown describing the mismatch.
This family of macros is designed to integrate well with OCUnit and other unit testing frameworks. Unmet assertions are reported as test failures. In Xcode, they can be clicked to reveal the line of the assertion.
| #define assertThatBool HC_assertThatBool |
assertThatBool(actual, matcher) - Asserts that BOOL
actual value, converted to an NSNumber
, satisfies matcher.
| actual | The BOOL value to convert to an NSNumber for evaluation. |
| matcher | The matcher to satisfy as the expected condition. |
(In the event of a name clash, don't #define HC_SHORTHAND
and use the synonym HC_assertThatBool
instead.)
| #define assertThatChar HC_assertThatChar |
assertThatChar(actual, matcher) - Asserts that char
actual value, converted to an NSNumber
, satisfies matcher.
| actual | The char value to convert to an NSNumber for evaluation. |
| matcher | The matcher to satisfy as the expected condition. |
(In the event of a name clash, don't #define HC_SHORTHAND
and use the synonym HC_assertThatChar
instead.)
| #define assertThatDouble HC_assertThatDouble |
HC_assertThatDouble(actual, matcher) - Asserts that double
actual value, converted to an NSNumber
, satisfies matcher.
| actual | The double value to convert to an NSNumber for evaluation. |
| matcher | The matcher to satisfy as the expected condition. |
(In the event of a name clash, don't #define HC_SHORTHAND
and use the synonym HC_assertThatDouble
instead.)
| #define assertThatFloat HC_assertThatFloat |
assertThatFloat(actual, matcher) - Asserts that float
actual value, converted to an NSNumber
, satisfies matcher.
| actual | The float value to convert to an NSNumber for evaluation. |
| matcher | The matcher to satisfy as the expected condition. |
(In the event of a name clash, don't #define HC_SHORTHAND
and use the synonym HC_assertThatFloat
instead.)
| #define assertThatInt HC_assertThatInt |
assertThatInt(actual, matcher) - Asserts that int
actual value, converted to an NSNumber
, satisfies matcher.
| actual | The int value to convert to an NSNumber for evaluation. |
| matcher | The matcher to satisfy as the expected condition. |
(In the event of a name clash, don't #define HC_SHORTHAND
and use the synonym HC_assertThatInt
instead.)
assertThatInteger(actual, matcher) - Asserts that NSInteger
actual value, converted to an NSNumber
, satisfies matcher.
| actual | The NSInteger value to convert to an NSNumber for evaluation. |
| matcher | The matcher to satisfy as the expected condition. |
(In the event of a name clash, don't #define HC_SHORTHAND
and use the synonym HC_assertThatInteger
instead.)
| #define assertThatLong HC_assertThatLong |
assertThatLong(actual, matcher) - Asserts that long
actual value, converted to an NSNumber
, satisfies matcher.
| actual | The long value to convert to an NSNumber for evaluation. |
| matcher | The matcher to satisfy as the expected condition. |
(In the event of a name clash, don't #define HC_SHORTHAND
and use the synonym HC_assertThatLong
instead.)
assertThatLongLong(actual, matcher) - Asserts that long long
actual value, converted to an NSNumber
, satisfies matcher.
| actual | The long long value to convert to an NSNumber for evaluation. |
| matcher | The matcher to satisfy as the expected condition. |
(In the event of a name clash, don't #define HC_SHORTHAND
and use the synonym HC_assertThatLongLong
instead.)
| #define assertThatShort HC_assertThatShort |
assertThatShort(actual, matcher) - Asserts that short
actual value, converted to an NSNumber
, satisfies matcher.
| actual | The short value to convert to an NSNumber for evaluation. |
| matcher | The matcher to satisfy as the expected condition. |
(In the event of a name clash, don't #define HC_SHORTHAND
and use the synonym HC_assertThatShort
instead.)
assertThatUnsignedChar(actual, matcher) - Asserts that unsigned char
actual value, converted to an NSNumber
, satisfies matcher.
| actual | The unsigned char value to convert to an NSNumber for evaluation. |
| matcher | The matcher to satisfy as the expected condition. |
(In the event of a name clash, don't #define HC_SHORTHAND
and use the synonym HC_assertThatUnsignedChar
instead.)
assertThatUnsignedInt(actual, matcher) - Asserts that unsigned int
actual value, converted to an NSNumber
, satisfies matcher.
| actual | The unsigned int value to convert to an NSNumber for evaluation |
| matcher | The matcher to satisfy as the expected condition. |
(In the event of a name clash, don't #define HC_SHORTHAND
and use the synonym HC_assertThatUnsignedInt
instead.)
assertThatUnsignedInteger(actual, matcher) - Asserts that NSUInteger
actual value, converted to an NSNumber
, satisfies matcher.
| actual | The NSUInteger value to convert to an NSNumber for evaluation. |
| matcher | The matcher to satisfy as the expected condition. |
(In the event of a name clash, don't #define HC_SHORTHAND
and use the synonym HC_assertThatUnsignedInteger
instead.)
assertThatUnsignedLong(actual, matcher) - Asserts that unsigned long
actual value, converted to an NSNumber
, satisfies matcher.
| actual | The unsigned long value to convert to an NSNumber for evaluation |
| matcher | The matcher to satisfy as the expected condition. |
(In the event of a name clash, don't #define HC_SHORTHAND
and use the synonym HC_assertThatUnsignedLong
instead.)
assertThatUnsignedLongLong(actual, matcher) - Asserts that unsigned long long
actual value, converted to an NSNumber
, satisfies matcher.
| actual | The unsigned long long value to convert to an NSNumber for evaluation |
| matcher | The matcher to satisfy as the expected condition. |
(In the event of a name clash, don't #define HC_SHORTHAND
and use the synonym HC_assertThatUnsignedLongLong
instead.)
assertThatUnsignedShort(actual, matcher) - Asserts that unsigned short
actual value, converted to an NSNumber
, satisfies matcher.
| actual | The unsigned short value to convert to an NSNumber for evaluation |
| matcher | The matcher to satisfy as the expected condition. |
(In the event of a name clash, don't #define HC_SHORTHAND
and use the synonym HC_assertThatUnsignedShort
instead.)


Write some blogs today, you must - Yoda
(note: this is a static website to show an example of BaseUI)
View Github Repository


Introduction
This documentation aims to provide all the information you need to work with our API.
Base URL:
https://app.warapidtest.org
Authenticating requests
This API is not authenticated.
Proctor maintenance
List proctors.
Example request:
const url = new URL(
"https://app.warapidtest.org/api/maintenance/v1/proctors"
);
let params = {{
"filter"<EMAIL_ADDRESS>};
Object.keys(params)
.forEach(key => url.searchParams.append(key, params[key]));
let headers = {
"Content-Type": "application/json",
"Accept": "application/json",
};
fetch(url, {
method: "GET",
headers: headers,
})
.then(response => response.json())
.then(json => console.log(json));
curl -X GET \
-G "https://app.warapidtest.org/api/maintenance/v1/proctors"
Received response:
Request failed with error:
Add proctor.
Example request:
const url = new URL(
"https://app.warapidtest.org/api/maintenance/v1/proctor"
);
let headers = {
"Content-Type": "application/json",
"Accept": "application/json",
};
let body = {
"first_name": "Fake",
"last_name": "Person",
"email_address"<EMAIL_ADDRESS>"phone_number_office": "999-999-9999"
}
fetch(url, {
method: "POST",
headers: headers,
body: JSON.stringify(body),
})
.then(response => response.json())
.then(json => console.log(json));
curl -X POST \
"https://app.warapidtest.org/api/maintenance/v1/proctor" \
-d '{"first_name":"Fake","last_name":"Person","email_address":"fake.person@strac.org","phone_number_office":"999-999-9999"}'
Example response (200):
{
"id": 1
}
Add a proctor.
Received response:
Request failed with error:
Get a proctor record.
Example request:
const url = new URL(
"https://app.warapidtest.org/api/maintenance/v1/proctor/exercitationem"
);
let headers = {
"Content-Type": "application/json",
"Accept": "application/json",
};
fetch(url, {
method: "GET",
headers: headers,
})
.then(response => response.json())
.then(json => console.log(json));
curl -X GET \
-G "https://app.warapidtest.org/api/maintenance/v1/proctor/exercitationem"
Received response:
Request failed with error:
Update proctor account.
Example request:
const url = new URL(
"https://app.warapidtest.org/api/maintenance/v1/proctor/cupiditate"
);
let headers = {
"Content-Type": "application/json",
"Accept": "application/json",
};
let body = {
"first_name": "Fake",
"last_name": "Person",
"phone_number_office": "999-999-9999",
"archive": false,
"resend_email": true,
"password": "maiores"
}
fetch(url, {
method: "PATCH",
headers: headers,
body: JSON.stringify(body),
})
.then(response => response.json())
.then(json => console.log(json));
curl -X PATCH \
"https://app.warapidtest.org/api/maintenance/v1/proctor/cupiditate" \
-d '{"first_name":"Fake","last_name":"Person","phone_number_office":"999-999-9999","archive":false,"resend_email":true,"password":"maiores"}'
Received response:
Request failed with error:
Site maintenance
List sites.
Example request:
const url = new URL(
"https://app.warapidtest.org/api/maintenance/v1/sites"
);
let params = {{
"filter": "STR%C",
};
Object.keys(params)
.forEach(key => url.searchParams.append(key, params[key]));
let headers = {
"Content-Type": "application/json",
"Accept": "application/json",
};
fetch(url, {
method: "GET",
headers: headers,
})
.then(response => response.json())
.then(json => console.log(json));
curl -X GET \
-G "https://app.warapidtest.org/api/maintenance/v1/sites"
Received response:
Request failed with error:
Add site.
Example request:
const url = new URL(
"https://app.warapidtest.org/api/maintenance/v1/site"
);
let headers = {
"Content-Type": "application/json",
"Accept": "application/json",
};
let body = {
"county": "Bexar",
"state": "TX",
"site_type": "School",
"site_name": "STRAC",
"street": "7500 US-90 #1",
"city": "San Antonio",
"zip": 78227,
"clia": "45D2193699",
"contact_name": "Fake Person",
"contact_phone": "999-999-9999",
"contact_email"<EMAIL_ADDRESS>"district": "Texas Division of Emergency Management",
"latitude": "29.400960",
"longitude": "-98.638720"
}
fetch(url, {
method: "POST",
headers: headers,
body: JSON.stringify(body),
})
.then(response => response.json())
.then(json => console.log(json));
curl -X POST \
"https://app.warapidtest.org/api/maintenance/v1/site" \
-d '{"county":"Bexar","state":"TX","site_type":"School","site_name":"STRAC","street":"7500 US-90 #1","city":"San Antonio","zip":78227,"clia":"45D2193699","contact_name":"Fake Person","contact_phone":"999-999-9999","contact_email":"fake.person@strac.org","district":"Texas Division of Emergency Management","latitude":"29.400960","longitude":"-98.638720"}'
Example response (200):
{
"id": 1
}
Add a site.
Received response:
Request failed with error:
Get a site record.
Example request:
const url = new URL(
"https://app.warapidtest.org/api/maintenance/v1/site/porro"
);
let headers = {
"Content-Type": "application/json",
"Accept": "application/json",
};
fetch(url, {
method: "GET",
headers: headers,
})
.then(response => response.json())
.then(json => console.log(json));
curl -X GET \
-G "https://app.warapidtest.org/api/maintenance/v1/site/porro"
Received response:
Request failed with error:
Update site.
Example request:
const url = new URL(
"https://app.warapidtest.org/api/maintenance/v1/site/ut"
);
let headers = {
"Content-Type": "application/json",
"Accept": "application/json",
};
let body = {
"county": "Bexar",
"state": "TX",
"site_type": "School",
"site_name": "STRAC",
"street": "7500 US-90 #1",
"city": "San Antonio",
"zip": 78227,
"clia": "45D2193699",
"contact_name": "Fake Person",
"contact_phone": "999-999-9999",
"contact_email"<EMAIL_ADDRESS>"district": "Texas Division of Emergency Management",
"latitude": 29.40096,
"longitude": -98.63872,
"archive": false
}
fetch(url, {
method: "PATCH",
headers: headers,
body: JSON.stringify(body),
})
.then(response => response.json())
.then(json => console.log(json));
curl -X PATCH \
"https://app.warapidtest.org/api/maintenance/v1/site/ut" \
-d '{"county":"Bexar","state":"TX","site_type":"School","site_name":"STRAC","street":"7500 US-90 #1","city":"San Antonio","zip":78227,"clia":"45D2193699","contact_name":"Fake Person","contact_phone":"999-999-9999","contact_email":"fake.person@strac.org","district":"Texas Division of Emergency Management","latitude":29.40096,"longitude":-98.63872,"archive":false}'
Received response:
Request failed with error:


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falco
C library for developing embedded and network applications
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Convenience functions/utilities for application process. More...
Convenience functions/utilities for application process.
Go to the source code of this file.
Functions | |
| int | fl_init (void) |
| Initialize all falco modules. More... | |
| int | fl_dump (FILE *fd) |
| Dump status and state of all falco modules. More... | |
| int | fl_process_daemonize (void) |
| Daemonize the application process. More... | |
| int | fl_process_open_pid_file (const char *progname) |
| Open a file and record the PID of the application. More... | |
| int | fl_process_close_pid_file (const char *progname, int pid_fd) |
| Close the PID file descriptor and delete the PID file. More... | |
| int fl_dump | ( | FILE * | fd | ) |
Dump status and state of all falco modules.
| [in] | fd | Stream to which the status and state of all modules needs to be written. If this parameter is NULL, then the output is written to syslog. |
| int fl_init | ( | void | ) |
Initialize all falco modules.
Initialize the timer, socket, task, and (network) interface modules in the order listed. Post initialization, the function dumps all the network interfaces read from the kernel.
| int fl_process_close_pid_file | ( | const char * | progname, |
| int | pid_fd | ||
| ) |
Close the PID file descriptor and delete the PID file.
Close the file descriptor and delete the PID file whose name is the string pointed to by progname.
If the caller supplies a complete path, that is, progname contains a forward slash '/' in the first character, then the argument is treated as the full path. Otherwise, it is treated as the name of the application and the file is deleted from the _PATH_PID directory.
| [in] | progname | The name of the application or the complete path to a file that should contain the PID. |
| [in] | pid_fd | A File descriptor of the PID file. |
| int fl_process_daemonize | ( | void | ) |
Daemonize the application process.
This function uses the double fork() method to daemonize the process. It causes the application process to exit() if attempts to fork() fail or the attempt to create a session fails.
| int fl_process_open_pid_file | ( | const char * | progname | ) |
Open a file and record the PID of the application.
Open the file whose name is the string pointed to by progname.
If the caller supplies a complete path, that is, progname contains a forward slash '/' in the first character, then the argument is treated as the full path. Otherwise, it is treated as the name of the application and the file is opened in the _PATH_PID directory.
The file is created if it does not exist. The PID of the application is recorded in the file, and the file is locked.
| [in] | progname | The name of the application or the complete path to a file that should contain the PID. |


Now that the method is on the target class we can give it a meaninful name.
To do this, think about an abstract name for what this method does, not how it does it.


(a) XRD pattern magnification for the (100) and (200) of the pristine material, pristine containing Zn(II) and 3-CPACl, and the one containing Zn(II) and 3-BPABr. (b) UV–vis of the pristine material, the perovskite containing Zn(II) and treated with 3-BPABr and 3-CPACl.


With its many sea lochs, islands and wonderful scenery, the Firth of Clyde provides a great cruising area.
Located on the north shore of the Clyde Estuary, Rhu Marina is accessible at all states of the tide and can accommodate yachts up to 18m in length.
It is also now possible for yachts to berth in the centre of Glasgow.
For the bigger ports in this area, see the separate port entries for Largs and Rothesay
Last updated April 2016.
[Show additional 11 entries for this category]


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Databases in general require UNIX timestamps when reading/writing a time field. TDateTime is specific to Object Pascal. What if you want to save a date value in your applications database? Well, convertions (back and forth) are quite simple. The code is included below.
const UnixStartDate: TDateTime = 25569.0; // 01/01/1970 function DateTimeToUnix(dtDate: TDateTime): Longint; begin Result := Round((dtDate - UnixStartDate) * 86400); end; function UnixToDateTime(USec: Longint): TDateTime; begin Result := (Usec / 86400) + UnixStartDate; end;


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Base:
method
Add
System.Management.Automation.PSMemberInfoCollection<T>.Add(T, System.Boolean)
4 references to Add
System.Management.Automation (4)
engine\MshMemberInfo.cs (3)
4061
Add
(member, false);
4672
_mshOwner.InstanceMembers.
Add
(memberToBeAdded, preValidated);
4683
_memberSetOwner.InternalMembers.
Add
(memberToBeAdded, preValidated);
engine\TypeTable.cs (1)
3233
members.
Add
(targetTypeForDeserialization, true);


Our team is a mix of all grades of Carroll High School students. Most of the students are also involved in Carroll's PLTW courses and are looking to gain more experience in the field of engineering and its components. A main focus of our team is teamwork and how that is incorporated into a group setting when proposed with a problem to solve. We also encourage strong communication, peer-to-peer interactions, and leadership as pertaining to engineering. We also facilitate a wide variety of interests. Some students join just for the VEX interaction and experience, some join for other purposes that spin off our activities. Being involved in a robotics team can provide a background in basic automation, manufacturing processes, programming, industrial design, fabrication, and more, which can be invaluable to team members in their future.
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One way we take the VEX platform to the next step is not to use VEX structural pieces, but to instead fabricate our own chassis pieces in Carroll's workshop. In previous years, we have had entirely wooden robots, which allowed for faster movement speed because they were lighter. We have also made chassis hoods completely out of plexiglass, making the robot transparent. We also added LED's to make it look cooler. This fabrication of body pieces can be both performance enhancing as well as cosmetically enhancing. Other materials used have been sheet metal, aluminum, a white board, plastic, 3-D printed parts, and more. This is a valuable aspect for team members because it gives them a chance to gain experience in a workshop and using machinery that they may have not had access to previously.
Another innovation we pride ourselves in is our holonomic and omni-directional drive control, as well as having well-written and efficient code. A few years back, we developed our first holonomic drive robot, one of the first in the league. This allowed the robot to move in any direction without turning, which was very beneficial in that year's game mode. This year we are using mechanum wheels and using an omni-directional drive, as we did last year. This provides the same effect as holonomic, but it's a bit easier to code.
ARDUINOOOOOOOOOOOOOO WITH LEDS and a mothertrucking speaker


3 Winter terms, 1 Spring term, 1 Fall term
CS 240 - Data Structures and Data Management
CS 241 - Foundations of Sequential Programs
CS 251 - Computer Organization and Design
MATH 239 - Introduction to Combinatorics
CO 250 - Introduction to Optimization
CS 341 - Algorithms
CS 350 - Operating Systems
STAT 341 - Computational Statistics and Data Analysis
SCI 206 - The Physics of How Things Work
ENGL 306A - Introduction to Linguistics
CS 486 - Introduction to Artificial Intelligence
STAT 440 - Computational Inference
CS 370 - Numerical Computation
CS 456 - Computer Networks
CS 343 - Concurrent and Parallel Programming
CS 485 - Machine Learning: Statistical and Computational Foundations
CS 452 - Real-time Programming


Kaleb Garrison
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TECH WEEK 8
The Soldering Project
There were two choices in the soldering assignment:
1.to make a LED heart
2.to make an LED spinning wheel
I chose the second one and was confident about it.Learning to solder was fun.The specs that we learn about cleaning the knibs before use and using a clean knib so that it oxidizes more was fun.I soldered it and was able to complete the procedure, but the model itself did not function the way it was supposed to.The only conclusion I could think about was that the resistors or the capacitators had been flipped.
But sometimes failures teach you more than a success could have done


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Constructor
new PresentationTimestamp(clockOrObject, wallclockopt, offsetEarliestopt, offsetLatestopt)
Parameters:
| Name | Type | Attributes | Default | Description |
|---|---|---|---|---|
clockOrObject |
CorrelatedClock | Object | Either a clock object or a object with same properties as a instance of PresentationTimestamp (e.g. derived through JSON.parse(JSON.stringify(presentationTimestamp))) | ||
wallclock |
CorrelatedClock |
<optional> |
||
offsetEarliest |
number |
<optional> |
0 | |
offsetLatest |
number |
<optional> |
0 |
- Source:
Examples
// mediaClock is a CorrelatedClock that represents the timeline of piece of content
// wallClock is a CorrelatedClock that represents the wallclock
// Set the earliest presentation time 5000 ticks before the actual presentation time
// Set the latest presentation time 8000 ticks after the actual presentation time
var pts = new PresentationTimestamp(mediaClock, wallclock, -5000, 8000);
// Assume we have a JSON string representation of a PresentationTimestamp called 'jsonPts'
// Convert to object using JSON.parse()
var ptsLikeObj = JSON.parse(jsonPts);
// To make this object an instance of PresentationTimestamp pass it to the contructor
var pts = new PresentationTimestamp(ptsLikeObj);
Members
(readonly) actual :Timestamp
Timestamp object representing the actuale position on a client's presentation timeline.
Type:
- Source:
(readonly) earliest :Timestamp
Timestamp object representing the earliest possible time on the presentation timeline
a client can present.
Type:
- Source:
(readonly) latest :Timestamp
Timestamp object representing the latest possible time on the presentation timeline
a client can present.
Type:
- Source: