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{% extends "Nebula/layout.html" %} {% block body %}
It appears that the page you are trying to get does not exist.


Reset the dataTable selection like so:
<p:commandButton id="resetSelectionAction" value="\#{I18N['selection.clear']}" action="\#{controller.setEdit(true)}" actionListener="\#{controller.unsetSelectedEntity}" process="table" update="@form selectedForm"/>
Reset the dataTable filter like so:
<p:commandButton id="resetFilterAction" value="\#{I18N['filters.reset']}" update="@none" onsuccess="PF('tableWidget').clearFilters();PF('tableWidget').filter();"/>
The CrudController
’s newEntity
property always points to a new,
ready-to-be-persisted entity. Use this property to get a reference to a new entity without
forcing the user to click a button first in order to instantiate a new entity.
In this demo application, this is used to dynamically control whether the selected entity is edited or a new one is created:
<c:set var="entity" value="\#{not empty controller.selectedEntity ? controller.selectedEntity : controller.newEntity}"/>
Use the CrudController
’s edit
flag to control
whether the mask is in “edit” or “read-only mode”, and use AJAX to switch the flag.
<cf:readOnly disabled="\#{controller.edit}"> <!-- your components --> </cf:readOnly>
Also, don't forget to show / hide the correct buttons.
In order to clear / reset the input mask, no backing bean method call is necessary:
<p:commandButton value="\#{I18N[empty entity.id ? 'clear' : 'reset']}" a:stealth="\#{not controller.edit}" update="@form tableForm:messages" process="@this"> <p:resetInput target="@form" /> </p:commandButton>
update="@form tableForm:messages"
repaints the <form>
and the <messages>
<p:resetInput target="@form" />
purges previous validation messagesprocess="@this">
makes sure <p:resetInput>
is executed


---
layout: post
title: Cockerill steel plant
date: '2016-12-16T16:34:37+01:00'
categories:
- Sketches
- Sketchbooks
picture_url: https://film-Storyboards.tumblr.com/post/154563537261/film-Storyboards-cockerill-steel-plant
---
Cockerill steel plant, Seraing
(Sketch drawn in 1999)


Katie Price's My Crazy Life trailer teases 'mucky mansion' and her cheating scandal
The former glamour model teased an insight into her new two-part special show as she shared the explosive trailer with Kris Boyson addressing recent cheating scandal
by Irishmirror.ieKatie Price has shared the first look at her upcoming two-part special reality show My Crazy Life.
The former glamour model, 41, posted the explosive trailer to her Instagram page on Monday afternoon and sent fans wild as they anticipated Pricey's TV return.
The businesswoman woman teased an insight into the new show with the clip showing her on-off toyboy beau Kris Boyson , 31, addressing Katie's recent cheating scandal with Essex builder Charles Drury , 22.
The short teaser clip also showed the mum-of-five in despair in her famously 'mucky mansion' as she blamed a 'builder' for selling her the dream.
After a friend questioned Katie over the state of her house, the model sighed as she replied: "Honestly, you have no idea.
"This builder offered me the dream. So, I've gone from 11 bedrooms to Harvey's annexe. I feel so stupid."
The camera panned across the mucky mansion and showed crumbling rooms crammed with tonnes of rubbish and piles of clothes.
Even Katie's ex Kieran Hayler appeared to have some sympathy for this former wife as he could be seen 'apologising' to Katie.
The dad-of-two reasoned with his ex: "I'm sorry for all the stress that you're going through, because this is not nice."
The second part of the clip showed an annoyed Kris Boyson seemingly addressing Katie's cheating scandal with Charles.
Katie appears to beg for her on/off fiancé's forgiveness as she pleads: "I'm really sorry about everything."
However Kris shut her down by saying, "It don't really mean anything anymore."
The personal trainer then revealed: "After everything, I've been 100% honest and she's the one that's gone off and been unfaithful."
Katie and Kris's relationship hit rock bottom after the model brutally dumped him over text while in Turkey to pursue a romance with her now-ex Charles.
It's been a tough few months for Katie after facing bankruptcy and being slapped with another driving ban as well as all the explosive break ups and full-on make-ups.
Since the end of their brief romance, builder Charles has continued to make a string of explosive statements about his and Katie's courtship.
Katie's reps denied Charles' claims.
Charles claimed that on the first night they met, they binged on drugs and drink before sleeping together hours later.
He also believes she cheated on him during their fling, but she would never admit to it.
Their relationship came to an end when Charles saw pictures of her leaving Kris' house.
Katie and Kris have since rekindled once again and she is thought to be staying with him in his home in Kent while she finalises renovations on her 'mucky mansion'.
The star talks about her chaotic lifestyle in the TV show trailer, saying: " Is it normal for all this to happen to one person.
"I'm a survivor every time, but how much more can I keep taking?!"
*Katie's brand new two-part special My Crazy life airs on December 9, on Quest Red.


|
Cyberweb Documentation
|
Functions | |
| def | use_setuptools |
| def | download_setuptools |
| def | main |
| def | update_md5 |
Variables | |
| string | DEFAULT_VERSION = "0.6c9" |
| string | DEFAULT_URL = "http://pypi.python.org/packages/%s/s/setuptools/" |
| dictionary | md5_data |
| def ez_setup.download_setuptools | ( | version = DEFAULT_VERSION , |
|
download_base = DEFAULT_URL , |
|||
to_dir = os.curdir , |
|||
delay = 15 |
|||
| ) |
Download setuptools from a specified location and return its filename `version` should be a valid setuptools version number that is available as an egg for download under the `download_base` URL (which should end with a '/'). `to_dir` is the directory where the egg will be downloaded. `delay` is the number of seconds to pause before an actual download attempt.
| def ez_setup.main | ( | argv, | |
version = DEFAULT_VERSION |
|||
| ) |
Install or upgrade setuptools and EasyInstall
| def ez_setup.update_md5 | ( | filenames | ) |
Update our built-in md5 registry
| def ez_setup.use_setuptools | ( | version = DEFAULT_VERSION , |
|
download_base = DEFAULT_URL , |
|||
to_dir = os.curdir , |
|||
download_delay = 15 |
|||
| ) |
Automatically find/download setuptools and make it available on sys.path `version` should be a valid setuptools version number that is available as an egg for download under the `download_base` URL (which should end with a '/'). `to_dir` is the directory where setuptools will be downloaded, if it is not already available. If `download_delay` is specified, it should be the number of seconds that will be paused before initiating a download, should one be required. If an older version of setuptools is installed, this routine will print a message to ``sys.stderr`` and raise SystemExit in an attempt to abort the calling script.
| string ez_setup::DEFAULT_URL = "http://pypi.python.org/packages/%s/s/setuptools/" |
| string ez_setup::DEFAULT_VERSION = "0.6c9" |
| dictionary ez_setup::md5_data |


Welcome to MoDMaps3D!
MoDMaps3D is a general-purpose interactive tool that can compute and display the interrelationships within any set of biological, simulated, or synthetic DNA sequences, closely related or completely unrelated, of the same length or of different lengths, several kbp-long or complete genomes. Here are some of the things you can do with three dimensional Molecular Distance Maps.
- Explore a Map
- Explore available built-in MoDMaps. These maps provide extensive information for each genomic sequence involved in each map, along with complementary information.
- Build or Extend a Map
- Build a new MoDMap from scratch tailored to your dataset. Include up to 12 categories, with as many sequences you need in each of them. Alternatively, extend a MoDMap adding your points. You can select a "base" map from a variety of available maps and then add your DNA sequences in it.
- Compute a distance
- Compute the distance between any two DNA sequences, given as NCBI accession numbers.


{% extends "base.html" %}
{% set active_page = "network_stats" %}
{% set page_title = "Network Stats - Difficulty and Network Hashrate graphs for " ~ config['coin_name'] ~ "coin mining pool" %}
{% block body %}
{{ config['coin_name'] }} Network Stats
{% include "network_header.html" %}
{% for curr, stats in merged.iteritems() %}
{{ curr }} Network Stats
{% set avg_difficulty = stats['avg_difficulty'] %}
{% set difficulty = stats['difficulty'] %}
{% set hashrate = stats['hashrate'] %}
{% set blockheight = stats['blockheight'] %}
{% include "network_header.html" %}
{% endfor %}
Note: There is a bug in the way network difficulty is shown at times it will be much spikier than it should (higher usually). This is a known bug and is in line to be fixed soon.


G'day!
{{- else -}}{{ .Site.Title }}
{{- end -}}
G'day. I'm a customer experience (CX) focused digital strategy & transformation consultant. I am an empathetic problem-solver, a technical designer and a business-minded people-person.
In my current role, I help enterprise clients in embracing customer centricity (CX), defining IT strategies, and reinvent operating models to fit their digital needs. I studied Software Development at school, and in the past have worked as an iOS, Automation, and Web developer, in the Transport and Cyber Security sectors. I have also spent the past 3 years leading nonprofit teams and projects.
Below you'll find the latest case studies of my work.


Home
Game
Imps
Envy
Gluttony
Greed
Lust
Pride
Sloth
Wrath
Inventions
World
Contact
Temples of Impla
Click these links for more information about the game.
Contact me for information about this game.
First and Last Name:
Password:
Your Birthday:
Enter your comments here.


{% load staticfiles%} {% load bootstrap3%}
Username:
{{ user_data.username }}Your General Location:
{{ user_profile.general_location }}Your General Location:
{{ user_profile.neighborhood_name }}Your Bio:
{{ user_profile.bio}}Your Posts:
{% for project in projects%} Click for a surprise! {% endfor %}


[ all classes ]
[ core.setup ]
Coverage Summary for Class: VisualizationStatistics (core.setup)
| Class | Class, % | Method, % | Line, % |
|---|---|---|---|
| VisualizationStatistics | 0% (0/ 1) | 0% (0/ 2) | 0% (0/ 19) |
1 package core.setup;
2
3 import core.components.Station;
4 import core.components.User;
5 import core.system.MyVelibSystem;
6
7 /**
8 * The VisualizationStatistics class : It is responsible to test and implement the visualization part of the project
9 */
10 public class VisualizationStatistics {
11
12
13 /**
14 * The main method for the VisualizationStatistics class
15 *
16 * @param args arguments
17 */
18 public static void main(String[] args) {
19
20 // Setup the system
21 String[] setupArgs = {"myvelib", "10", "10", "1010", "5"};
22 MyVelibSystem system = InitialSetup.getInitialSetupSystem(setupArgs);
23
24 // Visualisation of user, station and system state
25 //1. a manager (or a user) of myVelib request to see the current state of a user with given
26 // ID
27
28 int userID1 = Integer.parseInt(args[0]);
29
30 User user1 = null;
31 for (User user_i : system.getUsers()) {
32 if (user_i.getId() == userID1) {
33 user1 = user_i;
34 }
35 }
36 system.displayUserReport(user1);
37
38 //2. the system displays a report of the requested user (including its balance, time credit,
39 // number of rides, etc).
40
41
42 // 3. a manager (or a user) of myVelib request to see the current state of a station with
43 // given ID
44 int stationID1 = Integer.parseInt(args[1]);
45 Station station1 = null;
46 for (Station station_i : system.getStations()) {
47 if (station_i.getId() == stationID1) {
48 station1 = station_i;
49 }
50 }
51 system.displayStationReport(station1);
52
53 //4. the system displays a report of the requested station (including num. of free/occupied
54 // slots, current state, its occupation etc)
55
56
57 //5. a manager (or a user) of myVelib request to see the current state of a the entire
58 // system
59
60 system.displaySystemReport();
61 //6. the system displays a summary report of the system (including list of online/offline
62 // stations, list of users of myVelib , etc.)
63
64 }
65
66 }


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Customer-centric product engineering.
The best products result from understanding the needs of the people who will use them.
We're a team of Software Engineers who talk to customers in order to build the best product. We do this by constant user testing sessions, rapid prototyping and ruthless prioritization of tasks.
How?We need 2 things to build the right product:
Direct contact with customers - In order for the iterative process to provide the highest amount of value it relies on the end user for the source of learning. We conduct customer interviews and user tests to make sure the product achieves its highest potential.
A domain expert - To make sure the team performs well, we need to be able to solve domain related questions without a hold up. Preferably, we would be in the same office with that person and have face to face communication with the whole team.
Go onSpring Boot and the Netflix stack for microservices.
By default, clients would be engineered using React and Redux.
We've used Ethereum and Solidity for blockchain and smart contracts implementations.
You have to build your products with love these days!
“Erko and Jordan didn't ask what's the tech-stack when they responded to the Tuleva sprint ad. They immersed themselves in the mission of Tuleva, helped to ruthlessly prioritize tasks and only then went on to build the web application. Thanks to them, Tuleva now not only has working software but also a system to prioritize tasks and plan work.”
- Tõnu Pekk, Tuleva
A perfect blend of creativity and technical wizardry.
Product Engineer
Product Engineer
Product Engineer
Erko, Jordan and Maido have years of hands-on engineering experience working in a billion-dollar startup. They know how to build a product that scales.
Ready to start your next project with us? That's great! Give us a call or send us an email and we will get back to you as soon as possible!
+372 5523 533


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/semiquot.html ---
A minor advertisement for data/semiquot
because I think it's a cool idea. I've mentioned this approach before, but this data type makes it easy to work with nondeterministic functions using quotient types.
An application is in fp/basic
, floating point numbers. Previously, we had to keep track of messy NaN payload data, which is not reliably handled across different processors, causing some unavoidable nondeterminism. Now, there is only one NaN value, and functions that leak NaN payload data (like float.sign
) are semiquot
so that they are allowed to return anything in that case. (We don't currently have a float.bits
function that gives the bitwise representation of a float, but that would of course leak NaN payload data so it would also be semiquot
.)
Is this meant only for programming or could be useful for maths?
It has some interesting mathematical structure, being an ordered monad with some filter-like closure properties, but in classical lean it is equivalent to the collection of nonempty subsets of A
It's most interesting when viewed constructively
Ok, thanks for confirming I was not in the target audience of this message.
I think the correct answer is it is meant for verified programming, which of course involves both programming and math, but the math is probably not so interesting to you
Thanks for the advertisement anyway, I think it's a good idea to advertise each new stuff in mathlib here
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


{% extends "website/base.html" %} {% block contents %}
None so far
Please select all that documents that you posses. It will help us assist you better.


A differential community detection (DCD) based approach to effectively locate differential sub-networks in paired scale-free biological networks, e.g. case vs control - Raghvendra Mall et al (2017) <doi:10.1145/3107411.3107418>.
| Version: | 0.1.0 |
| Depends: | R (≥ 3.4.0) |
| Imports: | Rdpack, data.table, igraph, ggplot2, ROCR, lsa, Matrix, lattice, WGCNA, qlcMatrix, foreach, plyr, doParallel |
| Published: | 2017-09-12 |
| Author: | Raghvendra Mall [aut, cre], Khalid Kunji [ctb], Michele Ceccarelli [ctb] |
| Maintainer: | Raghvendra Mall <rmall at hbku.edu.qa> |
| License: | GPL-2 | GPL-3 [expanded from: GPL] |
| URL: | https://www.r-project.org, http://dl.acm.org/citation.cfm?id=3107418 |
| NeedsCompilation: | no |
| CRAN checks: | DCD results |
| Reference manual: | DCD.pdf |
| Package source: | DCD_0.1.0.tar.gz |
| Windows binaries: | r-devel: DCD_0.1.0.zip, r-release: DCD_0.1.0.zip, r-oldrel: DCD_0.1.0.zip |
| OS X binaries: | r-release: DCD_0.1.0.tgz, r-oldrel: not available |
Please use the canonical form https://CRAN.R-project.org/package=DCD to link to this page.


This is the answer I was looking for.
Can you provide me with your insights on CDT?
And yes, I also take this topic seriously. Based on your information we might be safe here from one threat, but not the other.
Thank you for this input. More will be appreciated.


--- layout: default permalink: /faq/ ---
Q: How can I get an update when a new post comes out?
A: I post about the new post on my Twitter account.
Q: Will you update your old posts?
A: Yes, I will update my old posts periodically. Everytime I would add an one-line update message in blue on top of that post.
Q: Will you help me complete my projects?
A: Nope, sorry. I can only guide you to read or for any other resources that you will require. But I won't spoon-feed anyone.


Incomplete Queues
Users without finished queues:
{% for email in incomplete %} {{ email }}{% if not loop.last %},{% endif %} {% endfor %}
Queue
| Assignment | Assignee | Status | Tasks Completed | Total Tasks | Action | |
|---|---|---|---|---|---|---|
| {{ assignment.name }} | {{ queue.grader.email }} | {% if queue.completed == queue.total %}Complete {% else %} | Incomplete | {% endif %}{{ queue.completed }} | {{ queue.total }} | Inspect Queue |


JavaScript
Phill finds out he CAN program a computer
One week with JavaScript has totally turned around my success with the whole coding experience. Maybe it's because the JS is a bit looser with it's interpretations, syntax etc or maybe it's just time the whole penny did just decide to drop.
Personally I think it's the former rather tha the latter. Take defining a string for instance, in c# you'd have to say something like:
String thisOne=new String "really so much typing in juxapose jargon";
Wheras in JavaScript you could much easier go
thisOne="really so much typing in juxapose jargon"
And I know what your thinking, so what, little strings, not so important, but it carries right over the whole campground. Take Arrays, who's nasty little bits of su=yntax will probably insure I don't get this right:
ArrayList[] newistOne = new Arraylist{"bottles","burnouts","belongings","backwaters"};
where in the far more humanly understandable JavaScript:
var newistOne={"bottles","burnouts","belongings","backwaters"};
See what I mean? Much, much, much easier


- AlexaApplication - Annotation Type in io.klerch.alexa.tellask.schema.annotation
-
You can use this annotation to tag the request stream handler for providing
supported application-ids and your custom speechlet.
- AlexaHttpServletRequest - Class in io.klerch.alexa.tellask.model.wrapper
- AlexaHttpServletRequest(HttpServletRequest) - Constructor for class io.klerch.alexa.tellask.model.wrapper.AlexaHttpServletRequest
- AlexaInput - Class in io.klerch.alexa.tellask.model
-
This is the input for an intent request handing in all necessary information
for handling the intent properly.
- AlexaInput(IntentRequest, Session, String) - Constructor for class io.klerch.alexa.tellask.model.AlexaInput
-
Creates a new Alexa input giving it all information from an actual speechlet request
- AlexaInput(LaunchRequest, Session, String) - Constructor for class io.klerch.alexa.tellask.model.AlexaInput
-
Creates a new Alexa input giving it all information from an actual speechlet request
- AlexaIntentHandler - Interface in io.klerch.alexa.tellask.schema
-
An interface for an intent handler.
- AlexaIntentHandlerFactory - Class in io.klerch.alexa.tellask.util.factory
-
Constructs the AlexaIntentHandler which is tagged with the AlexaIntentListener-annotation.
- AlexaIntentListener - Annotation Type in io.klerch.alexa.tellask.schema.annotation
-
An annotation necessary to introduce your AlexaIntentHandlers to
the annotation processor.
- AlexaIntentListenerProcessor - Class in io.klerch.alexa.tellask.processor
-
This annotation processors scans your skill project for classes
tagged with the AlexaIntentListener annotation.
- AlexaIntentListenerProcessor() - Constructor for class io.klerch.alexa.tellask.processor.AlexaIntentListenerProcessor
-
- AlexaIntentModel - Class in io.klerch.alexa.tellask.model
-
Is a wrapper to the AlexaStateModel to make them compatible with the Tellask SDK.
- AlexaIntentModel(AlexaStateModel) - Constructor for class io.klerch.alexa.tellask.model.AlexaIntentModel
-
Turns a state model into an intent model.
- AlexaIntentType - Enum in io.klerch.alexa.tellask.schema.type
-
Enumeration of Alexa Intent types whose value is equal to the qualified
name of the intent in Alexa.
- AlexaLaunchHandler - Interface in io.klerch.alexa.tellask.schema
-
An interface for a AlexaLaunchHandler handling a launch event
in your skill.
- AlexaLaunchHandlerFactory - Class in io.klerch.alexa.tellask.util.factory
-
Constructs the AlexaLaunchHandler which is tagged with the AlexaLaunchListener-annotation.
- AlexaLaunchListener - Annotation Type in io.klerch.alexa.tellask.schema.annotation
-
An annotation necessary to introduce your AlexaLaunchHandler to
the annotation processor.
- AlexaLaunchListenerProcessor - Class in io.klerch.alexa.tellask.processor
-
This annotation processors scans your skill project for classes
tagged with the AlexaLaunchListener annotation.
- AlexaLaunchListenerProcessor() - Constructor for class io.klerch.alexa.tellask.processor.AlexaLaunchListenerProcessor
-
- AlexaOutput - Class in io.klerch.alexa.tellask.model
-
The AlexaOutput provides all the information necessary to generate the speechlet response.
- AlexaOutput.AlexaOutputBuilder - Class in io.klerch.alexa.tellask.model
-
A builder to create AlexaOutput objects
- AlexaOutputFormat - Enum in io.klerch.alexa.tellask.schema.type
-
The output formats provide a set of SSML pattern.
- AlexaOutputSlot - Class in io.klerch.alexa.tellask.model
-
An output slot fills the placeholder in an output utterance coming from one of the YAML files.
- AlexaOutputSlot(String, Object) - Constructor for class io.klerch.alexa.tellask.model.AlexaOutputSlot
-
New slot with a name equal to the placeholder-name in an utterance from one of the YAML files and
a string-parsable value.
- AlexaRequestHandler - Interface in io.klerch.alexa.tellask.schema
-
An interface for a request handler.
- AlexaRequestHandlerException - Exception in io.klerch.alexa.tellask.util
-
An exception dedicated to errors raised while handling speechlet requests.
- AlexaRequestHandlerException(String, AlexaInput) - Constructor for exception io.klerch.alexa.tellask.util.AlexaRequestHandlerException
-
New exception with AlexaInput for giving this exception a bit more context
- AlexaRequestHandlerException(String, AlexaInput, String) - Constructor for exception io.klerch.alexa.tellask.util.AlexaRequestHandlerException
-
New exception with AlexaInput for giving this exception a bit more context
- AlexaRequestHandlerException(String, Throwable, AlexaInput, String) - Constructor for exception io.klerch.alexa.tellask.util.AlexaRequestHandlerException
-
New exception with AlexaInput for giving this exception a bit more context
- AlexaRequestStreamHandler - Class in io.klerch.alexa.tellask.model.wrapper
-
An extended version of Lambda's RequestStreamHandler.
- AlexaRequestStreamHandler() - Constructor for class io.klerch.alexa.tellask.model.wrapper.AlexaRequestStreamHandler
-
- AlexaSlotSave - Annotation Type in io.klerch.alexa.tellask.schema.annotation
-
An annotation for fields in either an AlexaIntentModel or AlexaStateModel.
- AlexaSpeechlet - Class in io.klerch.alexa.tellask.model.wrapper
-
The AlexaSpeechlet is the actual handler of incoming speechlet requests.
- AlexaSpeechlet(String, UtteranceReader) - Constructor for class io.klerch.alexa.tellask.model.wrapper.AlexaSpeechlet
-
A new extended speechlet handler working in the context of a locale
- AlexaSpeechletFactory - Class in io.klerch.alexa.tellask.util.factory
-
This factory is for creating an AlexaSpeechlet
- AlexaSpeechletFactory() - Constructor for class io.klerch.alexa.tellask.util.factory.AlexaSpeechletFactory
-
- AlexaSpeechletResponse - Class in io.klerch.alexa.tellask.model.wrapper
-
An extended version of the orginial speechlet response which makes it
compatible with TellAsk SDK and the speechlet handler it provides.
- AlexaSpeechletResponse(AlexaOutput, UtteranceReader, String) - Constructor for class io.klerch.alexa.tellask.model.wrapper.AlexaSpeechletResponse
-
A speechlet response is generated from an AlexaOutput object which should
contain all the information necessary to get access to a set of utterances
(over the utterance reader) from which it picks randomly according to the
intent name also given by the AlexaOutput.
- AlexaSpeechletServlet - Class in io.klerch.alexa.tellask.model.wrapper
-
A servlet extending the SpeechletServlet to comply with Tellask SDK.
- AlexaSpeechletServlet() - Constructor for class io.klerch.alexa.tellask.model.wrapper.AlexaSpeechletServlet
-
When this servlet is created it obtains supported application ids from overridden getter
or AlexaApplication-annotation and joins this set of ids with supported application ids
configured in system property 'com.amazon.speech.speechlet.servlet.supportedApplicationIds'
- ask(String) - Static method in class io.klerch.alexa.tellask.model.AlexaOutput
-
Entry point for creating a new AlexaOutput with its builder.
- getAlexaSpeechlet() - Method in class io.klerch.alexa.tellask.model.wrapper.AlexaSpeechletServlet
-
Provides the speechlet used to handle the request.
- getBucketName() - Method in class io.klerch.alexa.tellask.util.resource.S3UtteranceReader
-
Returns the name of the S3 bucket.
- getCard() - Method in class io.klerch.alexa.tellask.model.AlexaOutput
-
Optionally a card will be attached to the speechlet response.
- getErrorIntent() - Method in exception io.klerch.alexa.tellask.util.AlexaRequestHandlerException
-
Gets the intent referencing utterances to express an error situation.
- getFormatAs() - Method in class io.klerch.alexa.tellask.model.AlexaOutputSlot
-
Gets the format of the slot output in an utterance.
- getHandler() - Method in class io.klerch.alexa.tellask.model.AlexaIntentModel
-
Gets the state handler of the underlying state model.
- getInput() - Method in exception io.klerch.alexa.tellask.util.AlexaRequestHandlerException
-
Gets the AlexaInput
- getInputStream() - Method in class io.klerch.alexa.tellask.model.wrapper.AlexaHttpServletRequest
- getIntentName() - Method in class io.klerch.alexa.tellask.model.AlexaInput
-
Gets the intent name
- getIntentName() - Method in class io.klerch.alexa.tellask.model.AlexaOutput
-
name of the output intent.
- getLeadingPath() - Method in interface io.klerch.alexa.tellask.schema.UtteranceReader
-
Gets the leading path - the portion of the qualified path in front of
the locale-directory.
- getLeadingPath() - Method in class io.klerch.alexa.tellask.util.resource.ResourceUtteranceReader
-
Gets the leading path - the portion of the qualified path in front of
the locale-directory.
- getLocale() - Method in class io.klerch.alexa.tellask.model.AlexaInput
-
The locale given by the request (e.g.
- getLocale() - Method in class io.klerch.alexa.tellask.model.AlexaOutput
-
The locale comes in with the speechlet request and indicates the spoken
language in the context the user session runs in
- getModel() - Method in class io.klerch.alexa.tellask.model.AlexaIntentModel
-
Gets the underlying state model
- getModels() - Method in class io.klerch.alexa.tellask.model.AlexaOutput
-
All the state models whose state will be saved automatically when
giving AlexaOutput to the speechlet.
- getName() - Method in class io.klerch.alexa.tellask.model.AlexaOutputSlot
-
Returns the slot name
- getName() - Method in enum io.klerch.alexa.tellask.schema.type.AlexaIntentType
-
Gets the qualified name of the intent in Alexa.
- getOutput() - Method in class io.klerch.alexa.tellask.model.wrapper.AlexaSpeechletResponse
-
The AlexaOutput used to generate the speechlet response
- getOutputSlot(String) - Method in class io.klerch.alexa.tellask.model.AlexaIntentModel
-
Returns an AlexaOutputSlot object with all the information coming from one of its fields
tagged with AlexaSlotSave which got the given slot-name
- getOutputSpeech() - Method in class io.klerch.alexa.tellask.model.wrapper.AlexaSpeechletResponse
-
Gets the generated output speech.
- getRandomReprompt(AlexaOutput) - Method in class io.klerch.alexa.tellask.util.resource.YamlReader
-
Returns a reprompt utterance randomly picked from a set of reprompt utterances for an intent which is defined in the AlexaOutput.
- getRandomReprompt(String) - Method in class io.klerch.alexa.tellask.util.resource.YamlReader
-
Returns a reprompt utterance randomly picked from a set of reprompt utterances for a given intent.
- getRandomUtterance(AlexaOutput) - Method in class io.klerch.alexa.tellask.util.resource.YamlReader
-
Returns an utterance randomly picked from a set of utterances for an intent which is defined in the AlexaOutput.
- getRandomUtterance(String) - Method in class io.klerch.alexa.tellask.util.resource.YamlReader
-
Returns an utterance randomly picked from a set of utterances for a given intent.
- getReader() - Method in class io.klerch.alexa.tellask.model.wrapper.AlexaHttpServletRequest
- getReprompt() - Method in class io.klerch.alexa.tellask.model.wrapper.AlexaSpeechletResponse
-
Gets the generated reprompt.
- getReprompts(AlexaOutput) - Method in class io.klerch.alexa.tellask.util.resource.YamlReader
-
Returns a set of reprompt utterances for an intent which is defined in the AlexaOutput.
- getReprompts(String) - Method in class io.klerch.alexa.tellask.util.resource.YamlReader
-
Returns a set of reprompt utterances for a given intent.
- getRequest() - Method in class io.klerch.alexa.tellask.model.AlexaInput
-
The speechlet request to handle.
- getResourceLocation() - Method in interface io.klerch.alexa.tellask.schema.UtteranceReader
-
Gets the trailing portion of the fully qualified path to the YAML file which
is read out for utterances.
- getResourceLocation() - Method in class io.klerch.alexa.tellask.util.resource.ResourceUtteranceReader
-
Gets the trailing portion of the fully qualified path to the YAML file which
is read out for utterances.
- getSessionStateHandler() - Method in class io.klerch.alexa.tellask.model.AlexaInput
-
Returns the SessionHandler for reading state from and writing state to the session object
- getShouldEndSession() - Method in class io.klerch.alexa.tellask.model.wrapper.AlexaSpeechletResponse
-
- getSlots() - Method in class io.klerch.alexa.tellask.model.AlexaOutput
-
All the slots whose values will be replaced with the corresponding placeholders
in the YAML utterances.
- getSlotValue(String) - Method in class io.klerch.alexa.tellask.model.AlexaInput
-
Gets the slot value as a string in case slot exists otherwise null
- getSpeechlet() - Method in class io.klerch.alexa.tellask.model.wrapper.AlexaRequestStreamHandler
-
Provides the speechlet used to handle the request.
- getSpeechlet() - Method in class io.klerch.alexa.tellask.model.wrapper.AlexaSpeechletServlet
- getSsml() - Method in class io.klerch.alexa.tellask.model.AlexaOutputSlot
-
The value combined with the output format results in a SSML-string returned with this method.
- getSsml(Object) - Method in enum io.klerch.alexa.tellask.schema.type.AlexaOutputFormat
-
Applies a value to the SSML template of this format.
- getSsmlTemplate() - Method in enum io.klerch.alexa.tellask.schema.type.AlexaOutputFormat
-
Returns the SSML template which will be applied to a value
- getSupportedAnnotationTypes() - Method in class io.klerch.alexa.tellask.processor.AlexaIntentListenerProcessor
-
- getSupportedAnnotationTypes() - Method in class io.klerch.alexa.tellask.processor.AlexaLaunchListenerProcessor
-
- getSupportedApplicationIds() - Method in class io.klerch.alexa.tellask.model.wrapper.AlexaRequestStreamHandler
-
Provides a set of application-id(s) you can find in the Alexa developer console of your skill.
- getSupportedApplicationIds() - Method in class io.klerch.alexa.tellask.model.wrapper.AlexaSpeechletServlet
-
Provides a set of application-id(s) you can find in the Alexa developer console of your skill.
- getUtteranceReader() - Method in class io.klerch.alexa.tellask.model.AlexaOutput
-
The utterance reader is an implementation of logic reading utterances
from a store - likely a file sitting somewhere.
- getUtteranceReader() - Method in class io.klerch.alexa.tellask.model.wrapper.AlexaRequestStreamHandler
-
Override this method to return a customized utterance-reader.
- getUtteranceReader() - Method in class io.klerch.alexa.tellask.model.wrapper.AlexaSpeechletServlet
-
Override this method to return a customized utterance-reader.
- getUtterances(AlexaOutput) - Method in class io.klerch.alexa.tellask.util.resource.YamlReader
-
Returns a set of utterances for an intent which is defined in the AlexaOutput.
- getUtterances(String) - Method in class io.klerch.alexa.tellask.util.resource.YamlReader
-
Returns a set of utterances for a given intent.
- getValue() - Method in class io.klerch.alexa.tellask.model.AlexaOutputSlot
-
Returns the slot value
- handleError(AlexaRequestHandlerException) - Method in interface io.klerch.alexa.tellask.schema.AlexaRequestHandler
-
This method handles a failed handling of a speechlet request event.
- handleRequest(InputStream, OutputStream, Context) - Method in class io.klerch.alexa.tellask.model.wrapper.AlexaRequestStreamHandler
-
The handler method is called on a Lambda execution.
- handleRequest(AlexaInput) - Method in interface io.klerch.alexa.tellask.schema.AlexaRequestHandler
-
This method handles an incoming speechlet request.
- hasOutputSlot() - Method in class io.klerch.alexa.tellask.model.AlexaIntentModel
-
True, if the model has at least one field tagged as AlexaSlotSave
- hasOutputSlot(String) - Method in class io.klerch.alexa.tellask.model.AlexaIntentModel
-
True, if the model has a field with given slot-name
- hasSlot(String) - Method in class io.klerch.alexa.tellask.model.AlexaInput
-
Checks if a slot is contained in the intent request.
- hasSlotIsCologneEqual(String, String) - Method in class io.klerch.alexa.tellask.model.AlexaInput
-
Checks if a slot is contained in the intent request and has a value which is a
phonetic sibling of the string given to this method.
- hasSlotIsDoubleMetaphoneEqual(String, String) - Method in class io.klerch.alexa.tellask.model.AlexaInput
-
Checks if a slot is contained in the intent request and has a value which is a
phonetic sibling of the string given to this method.
- hasSlotIsEqual(String, String) - Method in class io.klerch.alexa.tellask.model.AlexaInput
-
Checks if a slot is contained in the intent request and also got the value provided.
- hasSlotIsNumber(String) - Method in class io.klerch.alexa.tellask.model.AlexaInput
-
Checks if a slot is contained in the intent request and its value is a number.
- hasSlotIsPhoneticallyEqual(String, String) - Method in class io.klerch.alexa.tellask.model.AlexaInput
-
Checks if a slot is contained in the intent request and has a value which is a
phonetic sibling of the string given to this method.
- hasSlotIsTrue(String) - Method in class io.klerch.alexa.tellask.model.AlexaInput
-
Checks if a slot is contained in the intent request and its value represents a boolean true
(which could be "on" or "yes" as well)
- hasSlotNotBlank(String) - Method in class io.klerch.alexa.tellask.model.AlexaInput
-
Checks if a slot is contained in the intent request and its value is not blank.


CSS Clock
Welcome to the home of the CSS Clock. As a clock is essential to day-to-day life, it wouldn't make sense if there was no CSS version.
This Clock works purely with CSS, using Javascript only to set the initial position of the hands and digits..
Most of the elements are absolutely positioned to achieve the effect seen here. The interval markers are positioned absolutely, and rotated using pure CSS.
To have the animation of the clock hands and digits, CSS keyframes are being used, but this is where the javascript comes in! CSS Keyframes allow you to have a set animation from one thing to another, e.g. from 0 degrees of a circle to 360 degrees. That's all well and fine if you want it to always go from 12 0'clock to 12 o'clock. But we want it to start from the time that the user visited the page, and in order to do that we get the current date using Javascript, then get the seconds, minutes, and hours from that.
After we have the current time, we can then determine how many seconds have gone by in the day, then set the starting point of each hand/digit accordingly. The way that the current spec allows you to set an animation starting point is by using a negative value within the CSS
property, e.g. .second-hand {-webkit-animation-delay: -17s;}
. What this does is counter-intuitive, this sets the animation to start from where it would be after 17 seconds, but it starts immediately. This is exactly what we wanted for this!
This new CSS
rule is then injected in to the head of the document, and then civilisation is restored.


Nurse Devorin:
Doesn't he look handsome in this portrait? And he was just as handsome in the flesh. That is Frintezza, the last imperial prince of the Elmoreden empire. He was the son of Emperor Baium. We don't know where he is now, but...
Quest


The Distance Machine is a new way of visualizing the linguistic changes that we have to grapple with while reading texts from the past. It uses a statistical model to determine when words either became common or ceased to be common in several large collections of books, including Google's Ngrams data and the publicly available part of the Early English Books Online collection. This gives an approximate sense of when archaic words like thou cease to appear in these collections and when distinctively modern words—like computer—come into common use. Using this information, it shows you (right in your Web browser) which words in a text might have stood out as unusual, novel, or specialized to readers encountering it at a given point in the past.
Things get really interesting when we look at texts from hundreds of years ago. This is a paragraph from Herman Melville's Moby-Dick, which was first published in 1851. The red highlighting indicates words that are not yet common in books in the year displayed at the top; yellow means that the word was more common in both earlier and later periods. When you play the video, you'll see the year change from 1800 to 2014. As we get closer to the present, you will begin to see blue highlights indicating words that have fallen out of common use.
Moving through the years like this can give us a vivid sense of the way the changing nature of the language in which a text is written. It also reveals the fact that these changes are not entirely linear—almost every text, it seems, contains some words that had either lost their currency or not yet caught on at the time it was published.
Understanding what is going on with the individual words that are highlighted requires some thought. You might notice that Melville uses the word agencies, which does not become common until the twentieth century. But while the most common usage today refers to a governmental organization, Melville uses the word to refer to things that influence a person's character—a complexity that we cannot understand merely by comparing word frequencies.
To make it easier to start thinking about problems like this, the Distance Machine allows you to quickly view further information about a word by double-clicking on it, including definitions from WordNet and from a collection of nineteenth- and early twentieth-century dictionaries. Double-clicking on the word agencies shows you this:
You can see what words people have looked at recently on our recent searches page.
This is only a starting point for serious research, but I hope that it will a useful platform for thinking critically about the history of language.


H-E-B e-z, 2019
My team and I conceptualized, designed, and coded a responsive e-commerce site for a new grocery store experience intended as a subset of the Texas grocery chain "H-E-B".
UX/UI Designer
Developer
See sources
My teammate and I conducted multiple SWOT analyses to help us understand how many people are using tech to grocery shop, and another SWOT on Royal Blue Grocery, which is a frequented grocery option for Austin city-dwellers. Royal Blue has no tech options, but is conveniently located and accessible by foot.
 As a team we constructed an affinity diagram through which to seach for trends.
The empathy map underscored people's concern with having control over their own lives. This became evident in grocery shopping sentiments in the way users endeavored to structure their time, their experiences, their health, and their resources. How can the product we are creating give users a greater sense of control in grocery shopping?
We focused our efforts on Jordan, a driven young professional whose main grocery shopping needs are efficiency and health.
In order to design the e-commerce flow, we had to understand the whole ecosystem that the technology would serve. Through the business model canvas I fleshed out the rough operation concept of H-E-B e-z.
We walked with Jordan through a common situation to see how the site could serve his needs. With the help of H-E-B e-z, Jordan didn't lose precious time to a chore, but spent it where it mattered to him - improving his health and enjoying his relationship.
There are potential points of negative emotion when the user has to input information (ex. login and entering payment), and potentially rewarding moments when the user adds to cart and confirms order. Some opportunities to improve the overall emotional experience are:
After card-sorting we kept H-E-B Curbside's major categories, but because our focus was on providing basic food essentials we removed the categories of Pharmacy, Recipes, Health & Beauty, Home & Outdoor, and Baby & Kids.
I'm quick with pen and paper, so I started by sketching ideas for the home/search page, the filter page, and for the item detail page.
While testing my low-fi Search & Add to Cart flow, I conducted a small AB Test comparing two filter screens. Seperately I also conducted 2 usability tests once we had combined the three flows. View feedback for combined flows here.
Search & Add to Cart Flow:
The H-E-B brand is one of the concept's biggest selling points, so we wanted the H-E-B e-z website to retain a similar feel as H-E-B's. We did this by keeping with H-E-B's iconic red and blue, and designing a logo of similar shape and style as H-E-B Curbside's. My teammate created a comprehensive UI Style Guide to allow me and two others designers to work on the different mobile and desktop flows concurrently, while maintaining unity in our design.
With the feedback from my usability tests I developed the flow into a hi-fi prototype. Due to the time restraints and prioritized features of the project I chose to put my efforts towards coding this flow instead of implementing the filter screen.
Check out the full hi-fi desktop and mobile prototypes:


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--- title: Input Group layout: layout-sidenav description: Easily extend form controls by adding text, buttons, or button groups on either side of textual inputs and custom select. category: general react-link: ?path=/docs/components-form-input-group--example github-link: true toc: true published: false --- {% capture input-group-examples %}
Text
Input group should be used when:
Input group should not be used when:
Title
Text


| (a) external [ overrideName ] subprogramHeader | ||||||||
| (b) external [ addressSpec ] var id [ : typeSpec ] [ :=expn ] |
The current implementation does not support form (b). This form is documented here in case a future version supports it. The addressSpec is a compile time expression (its value must fit in the range of the addressint type) or is a compile time string value. If the addressSpec is omitted, the identifier is the name of an external variable. This name represents an implementation-dependent method of locating a variable. At least one of typeSpec or expn must be present.
Declaring variables at absolute addresses is useful for device management in computer architectures with memory mapped device registers. External variables declared to be int or nat will by default be checked for initialization. To avoid this check, declare them to be int4 or nat4.
external 16#9001 var ttyData : char
ttyData := 'A' % Character A is assigned to hex location 9001
external var ERRFLAG : int
if ERRFLAG = 0 then
external "x" var y : int
external "circle" procedure drawcircle (x, y, r, Color : int)


Information
This is a system of registration students to
optional courses in the university. If you are a student and came for the first time, please register yourself
by pushing the 'Registration' button and fill in your personal data. If you have registered before, push 'Log in'.


https://docs.python.org/3/tutorial/controlflow.html
https://realpython.com/python-pass/
'pass' is a keyword and an entire statement. This statement doesn’t do anything. It is used when a statement is required syntactically but you do not want any code to execute.
Use cases:
(a) future code,
(b) planning branching logic (if-elif-else),
(c) commenting out code,
(d) breakpoints for debuggers,
(e) new exceptions, catching exceptions.
while True: # infinite loop pass # waiting for keyboard interrupt def dummy_function(): pass # to complete later class EmptyClass: pass # to complete later class InvalidPasswordError(ValueError): # a name is important only pass if x % 2 == 0: # two cases to consider pass # what to do if x is even else: pass # what to do if x is odd if condition: #statement1 # commented out in debugging, because it takes a long time pass else: statement2


Paradise plays like a strange interactive fiction novel, in an ever-changing world where you are not an avatar but a force acting upon places, and objects, and puns, words - moving around and into your other selves, threading chaos. It was released on April 28th 2018, and is available on PC, Mac and Linux.
Paradise is part of the Ecosystem Theme, which means that you can apply a colour theme to any supported app at any time (Dotgrid, Donsol, Orca and Marabu).
If you enjoy our content...
Support Us On Patreon


| Vessel | Temp | Heat Output |
|---|---|---|
Hot Liquor Tank (black) |
60°F |
0 |
|
Mode:
Cycle Time(sec): Set Point(): Kc: Ti: Td: |
||
Mash Tun (blue) |
|
|
|
Mode:
Cycle Time(sec): Set Point(): Kc: Ti: Td: |
||
Boil Kettle (red) |
|
|
|
Mode:
Cycle Time(sec): Set Point(): Kc: Ti: Td: |


SHOW ME THE GLORRRIOUS COLOUR PICKER!!!
to use in your mess of HTML: <script src="colourspace.js"></script>
<script src="colourspace.js"></script>
design and color convertion scripts stolen from MartinBraendli's Scratch project Colour Space (100% pen GUI).


← back
2020-09-16: a brief overview of OpenStack
Several independent cloud companies depend on a unique
operating system that allows sysadmins to take advantage of
the numerous resources that might be present in a datacentre,
notably compute power or storage or networking capability.
Called OpenStack
it allows for many of the features that one might expect from
GCP, AWS, or Azure. A summary of some of the components are
listed below:
-
Nova:
a compute instance, typical in the form of a VM
-
Zun:
container service that spins up containers backed by different technologies
-
Qinling:
platform to support serverless function, akin to AWS Lambda
-
Ironic:
baremetal provisioning service
-
Cyborg:
general purpose framework for handling accelerators, such as GPUs, FPGAs
-
Swift:
object storage, similar to AWS buckets
-
Cinder:
block storage, similar to persistent volumes in GCP
-
Manila:
coordinated access to shared or distributed file systems
-
Neutron:
networking functionality, similar to CNI
-
Octavia:
load balancer
-
Designate:
DNS functionality
-
Keystone:
identity service
-
Zaqar:
messaging service, similar to SQS or SNS
-
Magnum:
container orchestration engine, for stuff like Docker Swarm, Kubernetes, Mesos
-
Trove:
database provision service, for relational and non-relational engines
Of note are the Zun Capsules, which is roughly equal to
Kubernetes Pods, which use Neutron as the networking
component, and Cinder as the block storage. This allows for
a Kubernetes-like environment similar to other Cloud vendors.
Additional information about the various OpenStack components
can be found here.


Contact Us
If you have any questions, suggestions, or issues with Cirk please contact us at<EMAIL_ADDRESS>Thank you.


blog v0.0.1 Blog.Factory
Build and insert test data.
Examples
Factory.build(:user)
# => %Blog.User{name: "John Smith"}
Factory.build(:user, name: "Jane Smith")
# => %Blog.User{name: "Jane Smith"}
Factory.insert!(:user, name: "Jane Smith")
# => %Blog.User{name: "Jane Smith"}
Link to this section Summary
Link to this section Functions
Link to this function
build(factory_name)
Link to this function
build(factory_name, attributes)
Build a schema struct with custom attributes.
Example
Suppose you had a build/1
factory for users:
def build(:user) do
%Blog.User{name: "John Smith"}
end
You could call build/2
to customize the name:
Factory.build(:user, name: "Custom Name")
# => %Blog.User{name: "Custom Name"}
Link to this function
insert!(factory_name, attributes \\ [])
Builds and inserts a factory.
Example
Suppose you had a build/1
factory for users:
def build(:user) do
%Blog.User{name: "John Smith"}
end
You can customize and insert the factory in one call to insert!/2
:
Factory.insert!(:user, name: "Custom Name")
# => Blog.User{name: "Custom Name"}


module Mail
Mail Envelope¶ ↑
The Envelope class provides a field for the first line in an mbox file, that looks like “From<EMAIL_ADDRESS>DATETIME”
This envelope class reads that line, and turns it into an Mail::Envelope#from and Mail::Envelope#date for your use.
encoding: utf-8
Comments Field¶ ↑
The Comments field inherits from UnstructuredField and handles the Comments: header field in the email.
Sending comments to a mail message will instantiate a Mail::Field object that has a CommentsField as its field type.
An email header can have as many comments fields as it wants. There is no upper limit, the comments field is also optional (that is, no comment is needed)
Examples:¶ ↑
mail = Mail.new mail.comments = 'This is a comment' mail.comments #=> 'This is a comment' mail[:comments] #=> '#<Mail::Field:0x180e5e8 @field=#<Mail::CommentsField:0x180e1c4 mail['comments'] #=> '#<Mail::Field:0x180e5e8 @field=#<Mail::CommentsField:0x180e1c4 mail['comments'] #=> '#<Mail::Field:0x180e5e8 @field=#<Mail::CommentsField:0x180e1c4 mail.comments = "This is another comment" mail[:comments].map { |c| c.to_s } #=> ['This is a comment', "This is another comment"]
keywords = “Keywords:” phrase *(“,” phrase) CRLF
trace = [return]
1*received
return = “Return-Path:” path CRLF
path = ([CFWS] “<” ([CFWS] / addr-spec) “>” [CFWS]) /
obs-path
received = “Received:” name-val-list “;” date-time CRLF
name-val-list = [CFWS] [name-val-pair *(CFWS name-val-pair)]
name-val-pair = item-name CFWS item-value
item-name = ALPHA *([“-”] (ALPHA / DIGIT))
item-value = 1*angle-addr / addr-spec /
atom / domain / msg-id
subject = “Subject:” unstructured CRLF
This is an almost cut and paste from ActiveSupport v3.0.6, copied in here so that Mail itself does not depend on ActiveSupport to avoid versioning conflicts
line 10 “/home/bpot/src/gh/bpot/mail/lib/mail/parsers/ragel/ruby/machines/address_lists_machine.rb.rl”
line 10 “/home/bpot/src/gh/bpot/mail/lib/mail/parsers/ragel/ruby/machines/content_disposition_machine.rb.rl”
line 10 “/home/bpot/src/gh/bpot/mail/lib/mail/parsers/ragel/ruby/machines/content_location_machine.rb.rl”
line 10 “/home/bpot/src/gh/bpot/mail/lib/mail/parsers/ragel/ruby/machines/content_transfer_encoding_machine.rb.rl”
line 10 “/home/bpot/src/gh/bpot/mail/lib/mail/parsers/ragel/ruby/machines/content_type_machine.rb.rl”
line 10 “/home/bpot/src/gh/bpot/mail/lib/mail/parsers/ragel/ruby/machines/date_time_machine.rb.rl”
line 10 “/home/bpot/src/gh/bpot/mail/lib/mail/parsers/ragel/ruby/machines/envelope_from_machine.rb.rl”
line 10 “/home/bpot/src/gh/bpot/mail/lib/mail/parsers/ragel/ruby/machines/message_ids_machine.rb.rl”
line 10 “/home/bpot/src/gh/bpot/mail/lib/mail/parsers/ragel/ruby/machines/mime_version_machine.rb.rl”
line 10 “/home/bpot/src/gh/bpot/mail/lib/mail/parsers/ragel/ruby/machines/phrase_lists_machine.rb.rl”
line 10 “/home/bpot/src/gh/bpot/mail/lib/mail/parsers/ragel/ruby/machines/received_machine.rb.rl”
Constants
- RubyVer
Public Class Methods
Receive all emails from the default retriever See Mail::Retriever for a complete documentation.
# File lib/mail/mail.rb, line 169 def self.all(*args, &block) retriever_method.all(*args, &block) end
# File lib/mail/mail.rb, line 189 def Mail.connection(&block) retriever_method.connection(&block) end
Sets the default delivery method and retriever method for all new Mail objects. The ::delivery_method and ::retriever_method default to :smtp and :pop3, with defaults set.
So sending a new email, if you have an SMTP server running on localhost is as easy as:
Mail.deliver do to<EMAIL_ADDRESS>from<EMAIL_ADDRESS>subject 'hi there!' body 'this is a body' end
If you do not specify anything, you will get the following equivalent code set in every new mail object:
Mail.defaults do delivery_method :smtp, { :address => "localhost", :port => 25, :domain => 'localhost.localdomain', :user_name => nil, :password => nil, :authentication => nil, :enable_starttls_auto => true } retriever_method :pop3, { :address => "localhost", :port => 995, :user_name => nil, :password => nil, :enable_ssl => true } end Mail.delivery_method.new #=> Mail::SMTP instance Mail.retriever_method.new #=> Mail::POP3 instance
Each mail object inherits the default set in ::delivery_method, however, on a per email basis, you can override the method:
mail.delivery_method :sendmail
Or you can override the method and pass in settings:
mail.delivery_method :sendmail, { :address => 'some.host' }
You can also just modify the settings:
mail.delivery_settings = { :address => 'some.host' }
The passed in hash is just merged against the defaults with
merge!
and the result assigned the mail object. So the above
example will change only the :address value of the global smtp_settings to
be ‘some.host’, keeping all other values
# File lib/mail/mail.rb, line 104 def self.defaults(&block) Configuration.instance.instance_eval(&block) end
Delete all emails from the default retriever See Mail::Retriever for a complete documentation.
# File lib/mail/mail.rb, line 180 def self.delete_all(*args, &block) retriever_method.delete_all(*args, &block) end
Send an email using the default configuration. You do need to set a default configuration first before you use self.deliver, if you don’t, an appropriate error will be raised telling you to.
If you do not specify a delivery type, SMTP will be used.
Mail.deliver do to<EMAIL_ADDRESS>from<EMAIL_ADDRESS>subject 'This is a test email' body 'Not much to say here' end
You can also do:
mail = Mail.read('email.eml') mail.deliver!
And your email object will be created and sent.
# File lib/mail/mail.rb, line 137 def self.deliver(*args, &block) mail = self.new(args, &block) mail.deliver mail end
Returns the delivery method selected, defaults to an instance of Mail::SMTP
# File lib/mail/mail.rb, line 109 def self.delivery_method Configuration.instance.delivery_method end
This runs through the autoload list and explictly requires them for you. Useful when running mail in a threaded process.
Usage:
require 'mail' Mail.eager_autoload!
# File lib/mail.rb, line 60 def self.eager_autoload! @@autoloads.each { |_,path| require(path) } end
Find emails from the default retriever See Mail::Retriever for a complete documentation.
# File lib/mail/mail.rb, line 145 def self.find(*args, &block) retriever_method.find(*args, &block) end
Finds and then deletes retrieved emails from the default retriever See Mail::Retriever for a complete documentation.
# File lib/mail/mail.rb, line 151 def self.find_and_delete(*args, &block) retriever_method.find_and_delete(*args, &block) end
Receive the first email(s) from the default retriever See Mail::Retriever for a complete documentation.
# File lib/mail/mail.rb, line 157 def self.first(*args, &block) retriever_method.first(*args, &block) end
# File lib/mail/mail.rb, line 239 def self.inform_interceptors(mail) @@delivery_interceptors.each do |interceptor| interceptor.delivering_email(mail) end end
# File lib/mail/mail.rb, line 233 def self.inform_observers(mail) @@delivery_notification_observers.each do |observer| observer.delivered_email(mail) end end
Receive the first email(s) from the default retriever See Mail::Retriever for a complete documentation.
# File lib/mail/mail.rb, line 163 def self.last(*args, &block) retriever_method.last(*args, &block) end
Allows you to create a new Mail::Message object.
You can make an email via passing a string or passing a block.
For example, the following two examples will create the same email message:
Creating via a string:
string = "To<EMAIL_ADDRESS>string << "From<EMAIL_ADDRESS>string << "Subject: This is an email\r\n" string << "\r\n" string << "This is the body" Mail.new(string)
Or creating via a block:
message = Mail.new do to<EMAIL_ADDRESS>from<EMAIL_ADDRESS>subject 'This is an email' body 'This is the body' end
Or creating via a hash (or hash like object):
message = Mail.new({:to =><EMAIL_ADDRESS>'from' =><EMAIL_ADDRESS>:subject => 'This is an email', :body => 'This is the body' })
Note, the hash keys can be strings or symbols, the passed in object does not need to be a hash, it just needs to respond to :each_pair and yield each key value pair.
As a side note, you can also create a new email through creating a Mail::Message object directly and then passing in values via string, symbol or direct method calls. See Mail::Message for more information.
mail = Mail.new mail.to =<EMAIL_ADDRESS>mail[:from] =<EMAIL_ADDRESS>mail['subject'] = 'This is an email' mail.body = 'This is the body'
# File lib/mail/mail.rb, line 48 def self.new(*args, &block) Message.new(args, &block) end
Reads in an email message from a path and instantiates it as a new Mail::Message
# File lib/mail/mail.rb, line 174 def self.read(filename) self.new(File.open(filename, 'rb') { |f| f.read }) end
Instantiates a new Mail::Message using a string
# File lib/mail/mail.rb, line 185 def Mail.read_from_string(mail_as_string) Mail.new(mail_as_string) end
# File lib/mail.rb, line 48 def self.register_autoload(name, path) @@autoloads[name] = path autoload(name, path) end
You can register an object to be given every mail object that will be sent, before it is sent. So if you want to add special headers or modify any email that gets sent through the Mail library, you can do so.
Your object needs to respond to a single method delivering_email(mail) which receives the email that is about to be sent. Make your modifications directly to this object.
# File lib/mail/mail.rb, line 221 def self.register_interceptor(interceptor) unless @@delivery_interceptors.include?(interceptor) @@delivery_interceptors << interceptor end end
You can register an object to be informed of every email that is sent through this method.
Your object needs to respond to a single method delivered_email(mail) which receives the email that is sent.
# File lib/mail/mail.rb, line 202 def self.register_observer(observer) unless @@delivery_notification_observers.include?(observer) @@delivery_notification_observers << observer end end
Returns the retriever method selected, defaults to an instance of Mail::POP3
# File lib/mail/mail.rb, line 114 def self.retriever_method Configuration.instance.retriever_method end
Unregister the given interceptor, allowing mail to resume operations without it.
# File lib/mail/mail.rb, line 229 def self.unregister_interceptor(interceptor) @@delivery_interceptors.delete(interceptor) end
Unregister the given observer, allowing mail to resume operations without it.
# File lib/mail/mail.rb, line 210 def self.unregister_observer(observer) @@delivery_notification_observers.delete(observer) end
Protected Class Methods
# File lib/mail/mail.rb, line 247 def self.random_tag t = Time.now sprintf('%x%x_%x%x%d%x', t.to_i, t.tv_usec, $$, Thread.current.object_id.abs, self.uniq, rand(255)) end
Private Class Methods
# File lib/mail/mail.rb, line 256 def self.something_random (Thread.current.object_id * rand(255) / Time.now.to_f).to_s.slice(-3..-1).to_i end
# File lib/mail/mail.rb, line 260 def self.uniq @@uniq += 1 end


Qt Quick Particles Examples - Affectors
This is a collection of small QML examples relating to using Affectors in the particle system. Each example is a small QML file emphasizing a particular type or feature.
Age demonstrates using an Age affector to prematurely end the lives of particles.
Age { anchors.fill: parent system: particles once: true lifeLeft: 1200 advancePosition: false }
As you move the affector around the screen, the particles inside it (which haven't already been affected) jump to a period near the end of their life. This gives them a short period to finish fading out, but changing lifeLeft to 0 (the default), would cause them to reach the end of their life instantly.
Attractor demonstrates using an Attractor affector to simulate a black hole
Attractor { id: gs; pointX: root.width/2; pointY: root.height/2; strength: 4000000; affectedParameter: Attractor.Acceleration proportionalToDistance: Attractor.InverseQuadratic }
All particles in the scene, including the rocket ship's exhaust and pellets, are pulled towards the black hole. This effect is stronger closer to the black hole, so the asteroids near the top of the screen are barely affected at all, while the ones towards the middle sometimes curve drastically.
Custom Affector manipulates the properties of the particles directly in javascript. One Affector is used to make the leaves rock back and forth as they fall, looking more leaf-like than just spinning in circles:
Affector { property real coefficient: 0.1 property real velocity: 1.5 width: parent.width height: parent.height - 100 onAffectParticles: { /* //Linear movement if (particle.r == 0) { particle.r = Math.random() > 0.5 ? -1 : 1; } else if (particle.r == 1) { particle.rotation += velocity * dt; if (particle.rotation >= maxAngle) particle.r = -1; } else if (particle.r == -1) { particle.rotation -= velocity * dt; if (particle.rotation <= -1 * maxAngle) particle.r = 1; } */ //Wobbly movement for (var i=0; i<particles.length; i++) { var particle = particles[i]; if (particle.r == 0.0) { particle.r = Math.random() + 0.01; } particle.rotation += velocity * particle.r * dt; particle.r -= particle.rotation * coefficient; if (particle.r == 0.0) particle.r -= particle.rotation * 0.000001; particle.update = 1; } } }
Another is used to provide a slightly varying friction to the leaves as they 'land', to look more natural:
Affector {//Custom Friction, adds some 'randomness' x: -60 width: parent.width + 120 height: 100 anchors.bottom: parent.bottom onAffectParticles: { for (var i=0; i<particles.length; i++) { var particle = particles[i]; var pseudoRand = (Math.floor(particle.t*1327) % 10) + 1; var yslow = dt * pseudoRand * 0.5 + 1; var xslow = dt * pseudoRand * 0.05 + 1; if (particle.vy < 1) particle.vy = 0; else particle.vy = (particle.vy / yslow); if (particle.vx < 1) particle.vx = 0; else particle.vx = (particle.vx / xslow); particle.update = true; } } }
Friction is similar to the falling leaves in the custom affector, except that it uses a flat friction the whole way down instead of custom affectors.
Friction { anchors.fill: parent anchors.margins: -40 factor: 0.4 }
Gravity is a convenience affector for applying a constant acceleration to particles inside it
Gravity { system: sys magnitude: 32 angle: ground.rotation + 90 }
GroupGoal sets up two particle groups for flaming and non-flaming balls, and gives you various ways to transition between them.
ParticleGroup { name: "unlit" duration: 1000 to: {"lighting":1, "unlit":99} ImageParticle { source: "../../images/particleA.png" colorVariation: 0.1 color: "#2060160f" } GroupGoal { whenCollidingWith: ["lit"] goalState: "lighting" jump: true } }
The non-flaming balls have a one in a hundred chance of lighting on their own each second, but they also have a GroupGoal set on the whole group. This affector affects all particles of the unlit group, when colliding with particles in the lit group, and cause them to move to the lighting group.
ParticleGroup { name: "lighting" duration: 100 to: {"lit":1} }
lighting is an intermediate group so that the glow builds up and the transition is less jarring. So it automatically moves into the lit group after 100ms.
ParticleGroup { name: "lit" duration: 10000 onEntered: score++; TrailEmitter { id: fireballFlame group: "flame" emitRatePerParticle: 48 lifeSpan: 200 emitWidth: 8 emitHeight: 8 size: 24 sizeVariation: 8 endSize: 4 } TrailEmitter { id: fireballSmoke group: "smoke"
The lit group also has TrailEmitters on it for additional fire and smoke, but does not transition anywhere. There are two more GroupGoal objects that allow particles in the unlit group to transition to the lighting group (and then to the lit group).
GroupGoal { groups: ["unlit"] goalState: "lit" jump: true system: particles x: -15 y: -55 height: 75 width: 30 shape: MaskShape {source: "../../images/matchmask.png"} }
The first is just an area bound to the location of an image of a pilot flame. When unlit balls pass through the flame, they go straight to lit because the pilot flame is so hot.
//Click to enflame GroupGoal { groups: ["unlit"] goalState: "lighting" jump: true enabled: ma.pressed width: 18 height: 18 x: ma.mouseX - width/2 y: ma.mouseY - height/2 }
The second is bound to the location of the last pointer interaction, so that touching or clicking on unlit balls (which is hard due to their constant movement) causes them to move to the lighting group.
Move shows some simple effects you can get by altering trajectory midway. The red particles have an affector that affects their position, jumping them forwards by 120px.
Affector { groups: ["A"] x: 120 width: 80 height: 80 once: true position: PointDirection { x: 120; } }
The green particles have an affector that affects their velocity, but with some angle variation. By adding some random direction velocity to their existing forwards velocity, they begin to spray off in a cone.
Affector { groups: ["B"] x: 120 y: 240 width: 80 height: 80 once: true velocity: AngleDirection { angleVariation:360; magnitude: 72 } }
The blue particles have an affector that affects their acceleration, and because it sets relative to false this resets the acceleration instead of adding to it. Once the blue particles reach the affector, their horizontal velocity stops increasing as their vertical velocity decreases.
Affector { groups: ["C"] x: 120 y: 400 width: 80 height: 120 once: true relative: false acceleration: PointDirection { y: -80; } }
SpriteGoal has an affector which interacts with the sprite engine of particles, if they are being drawn as sprites by ImageParticle.
SpriteGoal { groups: ["meteor"] system: sys goalState: "explode" jump: true anchors.fill: rocketShip width: 60 height: 60 }
The SpriteGoal follows the image of the rocket ship on screen, and when it interacts with particles drawn by ImageParticle as sprites, it instructs them to move immediately to the "explode" state, which in this case is the animation of the asteroid breaking into many pieces.
Turbulence has a flame with smoke, and both sets of particles being affected by a Turbulence affector. This gives a faint wind effect.
Turbulence { id: turb enabled: true height: (parent.height / 2) - 4 width: parent.width x: parent. width / 4 anchors.fill: parent strength: 32 NumberAnimation on strength{from: 16; to: 64; easing.type: Easing.InOutBounce; duration: 1800; loops: -1} }
To make the wind change direction, subsitute a black and white noise image in the noiseSource parameter (it currently uses a default noise source).
Wander uses a Wander affector to add some horizontal drift to snowflakes as they fall down.
Wander { id: wanderer system: particles anchors.fill: parent xVariance: 360/(wanderer.affectedParameter+1); pace: 100*(wanderer.affectedParameter+1); }
There are different movements given by applying the Wander to different attributes of the trajectory, so the example makes it easy to play around and see the difference.
Files:
- particles/affectors/affectors.qml
- particles/affectors/content/GreyButton.qml
- particles/affectors/content/age.qml
- particles/affectors/content/attractor.qml
- particles/affectors/content/customaffector.qml
- particles/affectors/content/friction.qml
- particles/affectors/content/gravity.qml
- particles/affectors/content/groupgoal.qml
- particles/affectors/content/move.qml
- particles/affectors/content/spritegoal.qml
- particles/affectors/content/turbulence.qml
- particles/affectors/content/wander.qml
- particles/affectors/main.cpp
- particles/affectors/affectors.pro
- particles/affectors/affectors.qmlproject
- particles/affectors/affectors.qrc


In blue, Lissajous curve draw with lines between calculated points In red, Lissajous curve draw with Bezier splines between calculated points


I am Mansang Jo, an enthusiastic, self-motivated, and confident software developer residing in Apple Valley, MN. After graduating from University in South Korea with a degree in computer science, I worked for four years at an IT company in the Gangnam area of the nation's capital, Seoul. Upon moving to the United States in August of 2017, I attended an intensive English language academy for five months and then started a rigorous coding program at Prime Digital Academy in Minneapolis to understand and learn how to communicate with other developers or co-workers in the USA. Now, I'm working remotely as a software developer.
Create information-based web applications using Geographic Information System(GIS), Python, Vue, TypeScript, JavaScript, C#, etc.
Stocked products in a warehouse.
Moved and Sorted incoming packages to pallets and gaylord boxes.
Pulled support tickets and helped troubleshoot issues presented by clients. Upon client approval of a SOW (statement of work), developed, tested and executed new logics/code per their request.
Attending 20-week intensive coding workshop to develop my portfolio. Developing and testing application for my solo project utilizing skills learned and developed at Prime Academy.
Managed the server side of several apps from development teams using Java based Spring Framework software system implemented specifically by this company. Created numerous server side database structures that are still being used by the company.
React, React Hook, HTML/CSS, Node.js, Socket.io
Create a web app (using any programming languages) which logs calculations as they happen and shares those calculations with everyone connected to the website. For example, user A and user B go to your site at the same time. User A calculates "5 + 5", which equals "10". This is logged below the calculator as "5 + 5 = 10". User B is updated about this calculation right after user A posts it. Now, user B calculates "3 x 4".This calculates to “12” and displays "3 x 4=12" right below the prior calculation. User A sees this update immediately after user B posts it. Results should remain between sessions. Only show the last 10 calculations descending from most recent to oldest.
React, React Hook, HTML/CSS, SASS/SCSS, Java, Spring boot, JWT
React, React Hook, HTML/CSS, SASS/SCSS, Python, Django, SQLite
React, Node.js, Socket.io, Express, SASS/SCSS
AngularJS, Node.js, Express, Material-UI, PostgreSQL, HTML, CSS
React, Node.js, Express, Passport, HTML, CSS, Material-UI, JavaScript, PostgreSQL, Google Map API, Google Gmail API, Chart.js
React, Node.js, Express, Passport, HTML, CSS, Material-UI, JavaScript, PostgreSQL, React-csv, Node Mailer, Node Scheduler, Chart.js


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To view this content, you need to install Java from
java.com
Via
JRuby
and
Processing
Source:
liner_notes.rb


Installing
To install it via bower, simply run:
$ bower install sketchpad
Getting Stated
You just need a canvas
<canvas class="sketchpad" id="sketchpad"><canvas>
And you should be able to instantiate a sketchpad by coding:
var sketchpad = new Sketchpad({
element: '#sketchpad',
width: 400,
height: 400
});
The code above would reproduce:
Our API also provides some useful functionalities:
Undo
sketchpad.undo()
Redo
sketchpad.redo()
Change stroke color
sketchpad.color = '#FFF'
Change stroke size
sketchpad.penSize = 10
Playback each sketchpad stroke (10ms delay between each line piece)
sketchpad.animate(10)
Recover sketchpad JSON or Object Settings
sketchpad.toJSON()
sketchpad.toObject()
By recovering the sketchpad JSON or Object you can then clone the sketchpad by coding:
var settings = sketchpad.toObject()
settings.element = '#other-sketchpad'
var otherSketchpad = new Sketchpad(settings)


Conversion from radians to degrees
value = degree
degree
returns the conversion factor between radians and
degrees.
EasySpin functions only accept angles in radians. To convert an angle from
degrees to radians, multiply by degree
:
phi = 60*degree;
On the other hand, to convert an angle from radians to degrees, divide by
degree
:
phi = pi/7; % angle in radians phi_d = phi/degree; % gives angle in degrees
degree
returns a simple number:
pi/180 = 0.017453292519943


1.  CLICK "GENERATE PLAYLIST"
3.


'Unwell' Pankaja Munde skips regional BJP meet
by PTIMaharashtra BJP leader Pankaja Munde, who is reportedly sulking since her defeat in the October 21 Assembly polls, on Monday remained absent for the party's regional level meeting in Aurangabad.
State BJP president Chandrakant Patil, however, said Pankaja remained absent with prior permission as she was unwell.
"I have spoken to Pankaja Munde before coming to Aurangabad for the meeting. She is ill. Moreover, preparations are going on for the December 12 rally. She remained absent with prior permission," Patil told reporters.
The senior BJP leader said he would meet Pankaja in her hometown Parli in Beed district after two days.
Pankaja, daughter of BJP stalwart late Gopinath Munde, had caused a flutter with her social media post on her future political journey in view of the "altered political scenario" in Maharashtra, where the Shiv Sena formed a government with the support of the NCP and Congress after snapping ties with former ally BJP.
Pankaja, a former minister, had also appealed to her supporters to assemble at Gopinathgad--a memorial of her late father---in Beed district on December 12 on the occasion of his birth anniversary.
She had also removed the word "BJP" from her twitter bio, triggering speculation about her future in the BJP.
However, Pankaja later clarified that she was not leaving the BJP and that defection was not in her blood.
Meanwhile, Patil accused former ally Shiv Sena of abandoning "Hindutva" for the sake of power.
"The Shiv Sena has abandoned the agenda of Hindutva and joined hands with the Opposition parties," he said.
Patil said the BJP will contest the upcoming elections to the Aurangabad Municipal Corporation (AMC) on its own.
He said the BJP and the Sena had worked together in Aurangabad and also contested elections as pre-poll allies.
"We have ruled this civic body together and carried out development works. But now the BJP will contest separately," he added.
BJP party leader Pankaja Munde(Photo by PTI)


?6
7
8
9
10
copyright
reserved
The
New
York
Botanical
Garden
coll
I).
Burch
3465
27
March
1971
det
D.
b.
NEW
YORK
BOTANICAL
GARDEN
071748
Linociera
domingensis
(Lam.)
Knobl.
Tree
to
4
ra;
flowers
white;
Deciduous
scrub
on
shale,
PR
120
ca
7
km
N
Sabana
Grande,
alt
ca
700
m.
01071748
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


--- title: 'Data on the Comey Effect' author: Rafael Irizarry date: '2017-05-09' slug: data-on-the-comey-effect categories: - elections tags: - blogdown ---
There is currently a debate about whether or not the Comey letter flipped the election. Nate Cohn makes a convincing argument that the letter had little to no effect. Some time ago I looked at this myself and came to a similar conclusion. If anything, it was the ACA price hike announcement that had the bigger effect.
To test out blogdown (thanks Yihui Xie!) I decided to write this post showing the code I used for the simple analysis I performed, hoping to get others to look at the data, point out mistakes, or show me a better way to do what I did. There are many more things I can think of doing, such as account for pollster effect or try to better estimate the day the poll was actually taken.
Here I read-in and wrangle the raw data prepared by 538.
library(tidyverse)
##download data from 538
url <- "http://projects.fivethirtyeight.com/general-model/president_general_polls_2016.csv"
election_2016 <- read_csv(url)
election_2016 <- filter(election_2016, type=="polls-only")
election_2016$diff <- with(election_2016, rawpoll_clinton-rawpoll_trump) ##define the difference
election_2016$startdate <- as.Date(election_2016$startdate,"%m/%d/%Y") ##turn enddate into date
election_2016$enddate <- as.Date(election_2016$enddate,"%m/%d/%Y")
start_day <- as.Date("2016-09-01")
election_day <- as.Date("2016-11-08")
dat <- filter(election_2016, startdate > start_day & state=="U.S.") ##after start date and national polls
Then I create a new data frame in which each day for each poll generates a row. I keep track of the reported difference, the number of days in the polling period, and the sample size.
polls <- lapply(1:nrow(dat), function(i){
days <- (election_day - dat$startdate[i]):(election_day - dat$enddate[i])
return(cbind( dat[i,c("pollster", "diff")], days, w=1/length(days),
n=dat$samplesize[i]))
})
polls <- Reduce(rbind,polls)
Then I compute a weighted average of the difference for each day. Because we are interested in sharp declines, I perform no smoothing other than that imposed by the fact that poll dates span multiple days. If a day was not included in the poll period that poll had 0 weight for that day. If it was include, then the weight was \(1/\mbox{number of days in poll period}\). For example, if poll 1 ran from October 2-4 and poll 2 ran from Oct 1-7, the October 3 estimate would use weights proportional to 1/3 and 1/7 for polls 1 and 2 respectively. They are proportional because weights are scaled to add to 1 for each day. I filtered out days with wieghts less than 10 days. The sample size was not used to compute the weight.
res <- polls %>%
group_by(days) %>%
filter(sum(w)>3) %>%
summarize(avg = sum(diff*w)/sum(w)) %>%
mutate(date = election_day - days) %>%
arrange(date)
Here is the plot of these weighted averages:
rafalib::mypar()
with(res, plot(date, avg, type="b", pch = 21, bg = 1, xlab = "Date", ylab = "Weighted Average of Clinton - Trump"))
abline(v = as.Date("2016-10-28"), col = 2, lty = 2)
text(as.Date("2016-10-28"), 3, "Comey Letter", srt= 90)
abline(v = as.Date("2016-10-24"), col = 2, lty = 2)
text(as.Date("2016-10-24"), 2, "ACA price hike", srt = 90)
abline(v = as.Date("2016-10-07"), col = 2, lty = 2)
text(as.Date("2016-10-07"), 3, "Access Hollywood", srt = 90)
abline(v = as.Date("2016-09-26"), col = 2, lty = 2)
text(as.Date("2016-09-26"), 3, "First Debate", srt = 90)


{% extends "rq_dashboard/base.html" %} {% block content %}
This list below contains all the registered queues with the number of jobs currently in the queue. Select a queue from above to view all jobs currently pending on the queue.
| Queue | Jobs |
|---|---|
| Loading... |
This list below contains all the registered workers.
| State | Worker | Queues |
|---|---|---|
| Loading... |
Empty Compact Requeue All This list below contains all the registered jobs on queue {{ queue.name }}, sorted by age (oldest on top).
| Name | Age | Actions |
|---|---|---|
| Loading... |


{# app/templates/email_password_reset.html #} You requested that the password for your PneumoDoc account be reset. Please click the link below to reset your password:
{{ password_reset_url }}
-- Questions? Comments? Email testerapptest.500@gmail.com.


The text-align property sets the horizontal alignment (like left, right, or center) of the content inor . By default, the content of elements are center-aligned and the content of elements are left-aligned. The vertical-align property sets the vertical alignment (like top, bottom, or middle) of the content in or . By default, the vertical alignment of the content in a table is middle (for both and elements). To control the space between the border and the content in a table, use the padding property on and elements The text-align property sets the horizontal alignment (like left, right, or center) of the content in or . By default, the content of elements are center-aligned and the content of elements are left-aligned. The vertical-align property sets the vertical alignment (like top, bottom, or middle) of the content in or . By default, the vertical alignment of the content in a table is middle (for both and elements). To control the space between the border and the content in a table, use the padding property on and elements
Alignment and Padding One Two Three four five six seven eight nine ten eleven twelve


I am studying Computer Science with a concentration in internet programming at the University of Nebraska at Omaha. I have been working as a software developer intern since the Summer of 2014. My internship has been primarily focused on full stack web development using the ASP.NET Web Forms and MVC platforms.
After several years of successful internships, in both High School and College, I was offered a fulltime position to continue my work. I will assume a full time position in January of 2019 after graduating, from the University of Nebraska at Omaha, with a Bachelor of Science in Computer Science with a concentration in Internet Programming.
Immediately after completing a Summer of high school internship I was offered to start part-time as a college intern immediately my freshman year of college. Since starting this internship I have worked on several projects both alone and on teams.
I updated an in-house asset tracking application used to track loaner equipment in several offices across the United States. I updated an internal application that incentivizes associates to participate in activities that improve their wellbeing. These updates were part of a multi-phase plan to prepare the application for a rewrite. The following year I lead a team of interns to overhaul the application almost from scratch. Currently I am working on a team of full-time developers to maintain and update a proprietary content management system.
This internship provided me a valuable introduction to technology in an enterprise environment. With a focus on software development I used this oppurtuntity to jump start my career. Later I would become an Instructor and Mentor for future high schoolers who would come through the program.
Expected December 2018
Extracurricular Activites: National Honor Society, SkillsUSA, and Concert/Marching Band
Apart from web development, I have other interests in techonology that manifest as hobbies. I have also recently started travelling with trips to Yellowstone National Park and Maui, Hawaii this past Summer.
I enjoy watching and playing sports in my freetime. Ultimate is my favorite to play and football is my favorite to watch.


|
cds
2.3.1
|
Type traits for EllenBinTreeSet
and EllenBinTreeMap
.
More...
#include <cds/container/details/ellen_bintree_base.h>
Public Types | |
| typedef opt::none | key_extractor |
Key extracting functor (only for EllenBinTreeSet ) More... | |
| typedef opt::none | compare |
| Key comparison functor. More... | |
| typedef opt::none | less |
| Specifies binary predicate used for key compare. More... | |
| typedef atomicity::empty_item_counter | item_counter |
| Item counter. More... | |
| typedef opt::v::relaxed_ordering | memory_model |
| C++ memory ordering model. More... | |
| typedef CDS_DEFAULT_ALLOCATOR | update_desc_allocator |
| Allocator for update descriptors. More... | |
| typedef CDS_DEFAULT_ALLOCATOR | node_allocator |
| Allocator for internal nodes. More... | |
| typedef CDS_DEFAULT_ALLOCATOR | allocator |
| Allocator for leaf nodes. More... | |
| typedef empty_stat | stat |
| Internal statistics. More... | |
| typedef cds::backoff::empty | back_off |
| Back-off strategy. | |
| typedef cds::opt::v::rcu_throw_deadlock | rcu_check_deadlock |
| RCU deadlock checking policy (only for RCU-based EllenBinTreeXXX classes) More... | |
| typedef opt::none | copy_policy |
Key copy policy (for EllenBinTreeMap ) More... | |
Type traits for EllenBinTreeSet
and EllenBinTreeMap
.
Allocator for leaf nodes.
Each leaf node contains data stored in the container.
Key comparison functor.
No default functor is provided. If the option is not specified, the less
is used.
See cds::opt::compare
option description for functor interface.
You should provide compare
or less
functor. See predicate requirements.
Key copy policy (for EllenBinTreeMap
)
The key copy policy defines a functor to copy leaf node's key to internal node. This policy is used only in EllenBinTreeMap
. By default, assignment operator is used.
The copy functor interface is:
Item counter.
The type for item counter, by default it is disabled (atomicity::empty_item_counter
). To enable it use atomicity::item_counter
or atomicity::cache_friendly_item_counter
Key extracting functor (only for EllenBinTreeSet
)
This is mandatory functor for EllenBinTreeSet
. It has the following prototype:
It should initialize dest
key from src
data. The functor is used to initialize internal nodes of EllenBinTreeSet
Specifies binary predicate used for key compare.
See cds::opt::less
option description.
You should provide compare
or less
functor. See predicate requirements.
C++ memory ordering model.
List of available memory ordering see opt::memory_model
Allocator for internal nodes.
The allocator type is used for ellen_bintree::internal_node
.
RCU deadlock checking policy (only for RCU-based EllenBinTreeXXX classes)
List of available options see opt::rcu_check_deadlock
Internal statistics.
By default, internal statistics is disabled (ellen_bintree::empty_stat
). To enable it use ellen_bintree::stat
.
Allocator for update descriptors.
The allocator type is used for ellen_bintree::update_desc
.
Update descriptor is helping data structure with short lifetime and it is good candidate for pooling. The number of simultaneously existing descriptors is a small number limited the number of threads working with the tree. Therefore, a bounded lock-free container like cds::container::VyukovMPMCCycleQueue
is good choice for the free-list of update descriptors, see cds::memory::vyukov_queue_pool
free-list implementation.
Also notice that size of update descriptor is not dependent on the type of data stored in the tree so single free-list object can be used for several EllenBinTree
object.


Filters
Every report uses data from some sub-set of the available usage records in the system. You can control which records to include in the report using Filters.
The 'filter' namespace needs to be defined in the Report.
<rep:Report xmlns:rep="http://safe.epcc.ed.ac.uk/report" xmlns:par="http://safe.epcc.ed.ac.uk/parameter" xmlns:per="http://safe.epcc.ed.ac.uk/period" xmlns:fil="http://safe.epcc.ed.ac.uk/filter">
Filters
The most basic and useful type of Filter is a EQ, equals, Filter where all the usage records where a string Property matches a certain Value are selected. The example below selects all the usage records where the Institute is Digital Communications.
<fil:Filter> <fil:EQ> <fil:Property>Institute</fil:Property> <fil:Value>Digital Communications</fil:Value> </fil:EQ> </fil:Filter>
There are also filters types.
- NE - not equal to
- GT - greater than
- LT - less than
- GE - greater than or equal to
- LE - less than or equal to
You can also test if a property expression generates a value. These elements only contain a single Property element
- Null - test for Null
- NotNull - test for non-Null
- Relationship - element contains a string that is interpreted as a relationship that the current user must have with the target objects.
Below show a show a numeric filter which select all the records where the jobs waited for longer than 30 minutes.
<fil:Filter> <fil:GT> <fil:Property>CPUWait</fil:Property> <fil:Value>1800</fil:Value> </fil:GT> </fil:Filter>
Combining Filters
Filters can be combined using And and Or tags. The example below selects all the records where the jobs were submitted by someone who's Institute is Digital Communications and waited for longer than 30 minutes but less than 60 minutes.
<fil:Filter> <fil:And> <fil:EQ> <fil:Property>Institute</fil:Property> <fil:Value>Digital Communications</fil:Value> </fil:EQ> <fil:GT> <fil:Property>CPUWait</fil:Property> <fil:Value>1800</sel:Value> </fil:GT> <fil:LT> <fil:Property>CPUWait</fil:Property> <fil:Value>3600</sel:Value> </fil:LT> </fil:And> </fil:Filter>
Multiple filters may exist in a report. The record set active at any point in their report is defined by an AND combination of the filters directly inside the current XML element or any of its ancestors.
<fil:Filter> <fil:EQ> <fil:Property>Institute</fil:Property> <fil:Value>Digital Communications</fil:Value> </fil:EQ> </fil:Filter> <section> <fil:Filter> <fil:GT> <fil:Property>CPUWait</fil:Property> <fil:Value>1800</sel:Value> </fil:GT> </fil:Filter> </section> <section> <fil:Filter> <fil:LT> <fil:Property>CPUWait</fil:Property> <fil:Value>1800</sel:Value> </fil:LT> </fil:Filter> </section>
In the above example both sections will see the first filter, but the first section will select wait time greater than 1800 seconds while the second section will select wait time less than 1800 seconds.
Producers
By default the usage records tables are pulled from the accounting.tables property set in the service-config.properties file. Reports can select records from other tables by means of the Producer tag.
<fil:Filter> <fil:Producer>allocation</fil:Producer> <fil:EQ> <fil:Property>Project</fil:Property> <fil:Value>prdatlas</fil:Value> </fil:EQ> </fil:Filter>
The example above uses the allocation producer. There is an allocation.tables property defined in service-config.properties which signifies the tables manager by this producer. If you only need data from a single table you can put the table name in the Producer element.
TimeBounds
Most data-generation elements (e.g. tables and graphs) also apply
an implicit filter based on the reporting time-period that is
currently in scope.
UsageRecords are assumed to each represent a period of time
This defaults to a filter that selects records
where the property CompletedTimestamp occurs within the
period. This behaviour can be customised using the TimeBounds element.
<fil:Filter> <fil:TimeBounds><fil:Alltimes/></fil:TimeBounds> </fil:Filter>
This disables the implicit filter.
<fil:Filter> <fil:TimeBounds><fil:Property>MyTime</fil:Property></fil:TimeBounds> </fil:Filter>
This selects records where the property MyTime occurs within the period
<fil:Filter> <fil:TimeBounds> <fil:StartProperty>MyStart</fil:StartProperty> <fil:EndProperty>MyEnd</fil:EndProperty> </fil:TimeBounds> </fil:Filter>
This selects records which overlap with the period. MyStart is the property that defines the start of the record. MyEnd is the property that defines the end of the record. For most data-generation elements this also enables overlap calculations where values are scaled based on the degree of overlap between the record and the period. This is important for reports where the record lengths are comparable to the length of the reporting period but is less intuitive than selecting on a single property value.
The filter syntax for selecting types of record that are not UsageRecords is essentially the same. Except that there is no implicit time filter. Instead of a Producer element the table to be queried is specified using a Target element.


Chrome Serial App
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