B.C. seniors need Santa too - Barriere Star Journal
by Jennifer SmithStocking Stuffers for seniors drive helps curbs loneliness among elderly Canadians
We often hear Christmas is for the kids, however for the estimated 1.4 million seniors in Canada who report feelings of isolation and loneliness, a kind gesture from an anonymous Santa during the holidays could be life changing.
Senior isolation is a growing epidemic in Canada. Studies show the effects of isolation and loneliness can have severe negative effects on the health of seniors. One study found that lonely seniors have a 59 per cent higher risk of physical and mental health decline and a 45 per cent greater risk of death. Other researchers have suggested loneliness can be as dangerous as smoking 15 cigarettes a day or being an alcoholic.
In an effort to curb loneliness among seniors during the holidays, London Drugs is partnering with more than 90 senior care organizations to continue its Stocking Stuffers for Seniors holiday donation drive, which will see gifts collected and delivered to approximately 17,000 seniors across Western Canada before Christmas.
“Just the act of receiving a gift helps to significantly improve the spirits of a senior and can have lasting mental and physical health benefits,” Operation Friendship Seniors Society’s community relations supervisor Jimmy Morrison said. “Many seniors without family spend the season alone, and it can be an especially difficult time for them. The simple gesture of giving a gift shows our seniors that people care about them at a time of year when they tend to feel the most isolated and alone.”
READ MORE:
The donation drive concept originated in British Columbia’s Okanagan, and expanded to Edmonton in 2015 with a goal to help 40 low-income seniors by providing them with simple gifts such as food, hygiene products or warmth items. The campaign has grown quickly to now include all 82 London Drugs locations in 35 cities across Western Canada.
Since the campaign started, approximately 24,000 packages have been delivered to seniors.
“The rapid growth of the Stocking Stuffers for Seniors program is a true testament to the care Canadians have for our aging population,” London Drugs store manager Perry Lubberding said from Edmonton. “There are many great causes to support during the holiday season and we are very proud that we have created a program that has resonated with so many people and has become part of their annual family holiday traditions.”
Morrison said the program is much more than gift-giving, and that Stocking Stuffers for Seniors is changing the way younger generations engage with the elderly population.
“Over the past few years, we have seen hundreds of families participate in the program, and many parents tell us that it’s a great way for their children to learn the importance of giving to, and supporting a generation of people who have given so much to our society. We hope that by connecting the younger generation with the older generation through a program like this, in future years the number of isolated and lonely seniors will be significantly reduced.”
To support Stocking Stuffers for Seniors, visit any London Drugs from now until Dec. 16, 2019, and take a tag with a senior’s wish list from the tree. From there, simply fulfil the items on the list and bring them back to the location where the tag was selected. The gifts will be delivered to seniors before the holidays.
Popular gifts for seniors:
– Books or magazines
– Blankets and throws
– Kitchen essentials
– Candy or chocolate
– Board games or puzzles
– Slippers or warm socks
– Paper towels, tissues, and other paper products
– Warm clothes like gloves and scarves
– Travel mugs
– Gift cards for groceries and toiletries
Stocking Stuffers for Seniors participants and campaign supporters are being asked to use the #StockingStuffersForSeniors hashtag on social media to encourage others to get involved so more elderly Canadians can be supported at the holidays, as well as year-round.


| HYTOOL Function Reference |
Theis model with a noflow boundary
s = thn_dim(p,t) p(1) = a = slope of Jacob Straight Line p(2) = t0 = intercept of the first segment of straight line p(3) = ti = time of intersection between the 2 straight lines
Calculate the drawdown at time t for confined aquifer with a no-flow boundary
s = thn_dim( p,t )
thn_dmo, thn_dim, thn_gss Published output in the Help browser showdemo thn_dim
| Hytool |
© 1998-2017 Philppe Renard and Co. Terms of Use Acknowledgments


Package Sensors consists of idealized sensor components that provide variables of a medium model and/or fluid ports as output signals. These signals can be, e.g., further processed with components of the Modelica.Blocks library. Also more realistic sensor models can be built, by further processing (e.g., by attaching block Modelica.Blocks.FirstOrder to model the time constant of the sensor).
For the thermodynamic state variables temperature, specific enthalpy, specific entropy and density the fluid library provides two different types of sensors: regular one port and two port sensors.
Modelica.Fluid.Examples.Explanatory.MeasuringTemperature demonstrates the differences between one- and two-port sensor at hand of a simple example.
| Name | Description |
|---|---|
| Pressure | Ideal pressure sensor |
| Density | Ideal one port density sensor |
| DensityTwoPort | Ideal two port density sensor |
| Temperature | Ideal one port temperature sensor |
| TemperatureTwoPort | Ideal two port temperature sensor |
| SpecificEnthalpy | Ideal one port specific enthalpy sensor |
| SpecificEnthalpyTwoPort | Ideal two port sensor for the specific enthalpy |
| SpecificEntropy | Ideal one port specific entropy sensor |
| SpecificEntropyTwoPort | Ideal two port sensor for the specific entropy |
| MassFractions | Ideal one port mass fraction sensor |
| MassFractionsTwoPort | Ideal two port sensor for mass fraction |
| TraceSubstances | Ideal one port trace substances sensor |
| TraceSubstancesTwoPort | Ideal two port sensor for trace substance |
| MassFlowRate | Ideal sensor for mass flow rate |
| VolumeFlowRate | Ideal sensor for volume flow rate |
| RelativePressure | Ideal relative pressure sensor |
| RelativeTemperature | Ideal relative temperature sensor |
| BaseClasses | Base classes used in the Sensors package (only of interest to build new component models) |


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TCP must use end-to-end congestion control rather than network-assisted congestion control, because the IP layer provides no explicit feedback to the end systems regarding network connection.
It has each sender limit the rate at which it sends traffic into its connections as a function of perceived network congestion. If a TCP sender perceives that there is little congestion on the path between itself and the destination, then the TCP sender increases its send rate. This brings about a few questions:
The TCP congestion-control mechanism operating at the sender keeps track of an additional variable, the congestion window, which imposes a constraint on the rate at which a TCP sender can send traffic into the network.
The amount of unacknowledged data at a sender may not exceed the minimum of cwnd and rwnd.
LastByteSent - LastByteAcked ≤ min{cwnd, rwnd}
(By adjusting the values, the sender can
adjust the rate at which it sends data into its connection.)
When there is excessive congestion, then one or more routers buffers along the path overflows, causing a datagram containing a TCP segment to be dropped. This results in a loss event at the sender, either a timeout or the receipt of three duplicate ACKS, which is taken by the sender to be an indication of congestion on the sender-to-receiver path.
When a loss event does not occur, TCP takes the arrival of the acknowledgements as an indication that the packets were successfully delivered and will use acknowledgements to increase its congestion window size. If acknowledgements arrive at a slow rate, the congestion window will be increased at a slower rate. If acknowledgements arrive at a fast rate, the congestion window will be increased at a faster rate.
TCP is said to be self-clocking because it uses acknowledgements to trigger, or clock, its increase in congestion window size.
If TCP senders collectively send too fast, they can congest the network. If they send too slowly, then they are under-utilizing the bandwidth in the network.
There is no explicit signaling of congestion state by the network; ACKs and loss events serve as implicit signals. Each TCP sender acts on local information asynchronously from other TCP senders.
The algorithm has three major components:


{{ market.name }} - {{ market.street }}
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You can select your favourite markets under Settings -> Favourite Markets


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Debugging Spiders¶
This document explains the most common techniques for debugging spiders. Consider the following scrapy spider below:
import scrapy
from myproject.items import MyItem
class MySpider(scrapy.Spider):
name = 'myspider'
start_urls = (
'http://example.com/page1',
'http://example.com/page2',
)
def parse(self, response):
# <processing code not shown>
# collect `item_urls`
for item_url in item_urls:
yield scrapy.Request(item_url, self.parse_item)
def parse_item(self, response):
# <processing code not shown>
item = MyItem()
# populate `item` fields
# and extract item_details_url
yield scrapy.Request(item_details_url, self.parse_details, meta={'item': item})
def parse_details(self, response):
item = response.meta['item']
# populate more `item` fields
return item
Basically this is a simple spider which parses two pages of items (the
start_urls). Items also have a details page with additional information, so we
use the meta
functionality of Request
to pass a
partially populated item.
Parse Command¶
The most basic way of checking the output of your spider is to use the
parse
command. It allows to check the behaviour of different parts
of the spider at the method level. It has the advantage of being flexible and
simple to use, but does not allow debugging code inside a method.
In order to see the item scraped from a specific url:
$ scrapy parse --spider=myspider -c parse_item -d 2 <item_url>
[ ... scrapy log lines crawling example.com spider ... ]
>>> STATUS DEPTH LEVEL 2 <<<
# Scraped Items ------------------------------------------------------------
[{'url': <item_url>}]
# Requests -----------------------------------------------------------------
[]
Using the --verbose
or -v
option we can see the status at each depth level:
$ scrapy parse --spider=myspider -c parse_item -d 2 -v <item_url>
[ ... scrapy log lines crawling example.com spider ... ]
>>> DEPTH LEVEL: 1 <<<
# Scraped Items ------------------------------------------------------------
[]
# Requests -----------------------------------------------------------------
[<GET item_details_url>]
>>> DEPTH LEVEL: 2 <<<
# Scraped Items ------------------------------------------------------------
[{'url': <item_url>}]
# Requests -----------------------------------------------------------------
[]
Checking items scraped from a single start_url, can also be easily achieved using:
$ scrapy parse --spider=myspider -d 3 'http://example.com/page1'
Scrapy Shell¶
While the parse
command is very useful for checking behaviour of a
spider, it is of little help to check what happens inside a callback, besides
showing the response received and the output. How to debug the situation when
parse_details
sometimes receives no item?
Fortunately, the shell
is your bread and butter in this case (see
Invoking the shell from spiders to inspect responses):
from scrapy.shell import inspect_response
def parse_details(self, response):
item = response.meta.get('item', None)
if item:
# populate more `item` fields
return item
else:
inspect_response(response, self)
See also: Invoking the shell from spiders to inspect responses.
Open in browser¶
Sometimes you just want to see how a certain response looks in a browser, you
can use the open_in_browser
function for that. Here is an example of how
you would use it:
from scrapy.utils.response import open_in_browser
def parse_details(self, response):
if "item name" not in response.body:
open_in_browser(response)
open_in_browser
will open a browser with the response received by Scrapy at
that point, adjusting the base tag so that images and styles are displayed
properly.
Logging¶
Logging is another useful option for getting information about your spider run. Although not as convenient, it comes with the advantage that the logs will be available in all future runs should they be necessary again:
def parse_details(self, response):
item = response.meta.get('item', None)
if item:
# populate more `item` fields
return item
else:
self.logger.warning('No item received for %s', response.url)
For more information, check the Logging section.


Best Cloth Collection By 2020!
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Financial model¶
Corda provides a large standard library of data types used in financial applications and contract state objects. These provide a common language for states and contracts.
Amount¶
The Amount class is used to represent an amount of some
fungible asset. It is a generic class which wraps around a type used to define the underlying product, called
the token. For instance it can be the standard JDK type Currency
, or an Issued
instance, or this can be
a more complex type such as an obligation contract issuance definition (which in turn contains a token definition
for whatever the obligation is to be settled in).
Note
Fungible is used here to mean that instances of an asset is interchangeable for any other identical instance, and that they can be split/merged. For example a £5 note can reasonably be exchanged for any other £5 note, and a £10 note can be exchanged for two £5 notes, or vice-versa.
Here are some examples:
// A quantity of some specific currency like pounds, euros, dollars etc.
Amount<Currency>
// A quantity of currency that is issued by a specific issuer, for instance central bank vs other bank dollars
Amount<Issued<Currency>>
// A quantity of a product governed by specific obligation terms
Amount<Obligation.Terms<P>>
Amount
represents quantities as integers. For currencies the quantity represents pennies, cents or whatever
else the smallest integer amount for that currency is. You cannot use Amount
to represent negative quantities
or fractional quantities: if you wish to do this then you must use a different type e.g. BigDecimal
. Amount
defines methods to do addition and subtraction and these methods verify that the tokens on both sides of the operator
are equal (these are operator overloads in Kotlin and can be used as regular methods from Java). There are also
methods to do multiplication and division by integer amounts.
Issued
refers to a product (which can be cash, a cash-like thing, assets, or generally anything else that’s
quantifiable with integer quantities) and an associated PartyAndReference
that describes the issuer of that contract.
An issued product typically follows a lifecycle which includes issuance, movement and exiting from the ledger (for example,
see the Cash
contract and its associated state and commands)
Financial states¶
In additional to the common state types, a number of interfaces extend ContractState
to model financial state such as:
LinearState
- A state which has a unique identifier beyond its StateRef and carries it through state transitions. Such a state cannot be duplicated, merged or split in a transaction: only continued or deleted. A linear state is useful when modelling an indivisible/non-fungible thing like a specific deal, or an asset that can’t be split (like a rare piece of art).
DealState
- A LinearState representing an agreement between two or more parties. Intended to simplify implementing generic protocols that manipulate many agreement types.
FungibleAsset
- A FungibleAsset is intended to be used for contract states representing assets which are fungible, countable and issued by a specific party. States contain assets which are equivalent (such as cash of the same currency), so records of their existence can be merged or split as needed where the issuer is the same. For instance, dollars issued by the Fed are fungible and countable (in cents), barrels of West Texas crude are fungible and countable (oil from two small containers can be poured into one large container), shares of the same class in a specific company are fungible and countable, and so on.
The following diagram illustrates the complete Contract State hierarchy:
Note there are currently two packages, a core library and a finance model specific library. Developers may re-use or extend the Finance types directly or write their own by extending the base types from the Core library.


THE ADVENTURES OF BARON MUNCHAUSEN Film comment by Thomas E. Billings Copyright 1989 Thomas E. Billings
U.K., 1989, color, 121 minutes.
Director: Terry Gilliam Producer: Thomas Schuhly Screenplay: Terry Gilliam, Charles McKeown Principal cast: John Neville, Sarah Polley, Eric Idle, Jonathan Pryce, Valentina Cortese, Uma Thurman, Oliver Reed, Bill Paterson, Alison Steadman Production Company: Prominent Features/Laura Film Released by: Columbia Pictures
This highly publicized movie (set for national release beginning Friday, March 10) largely lives up to the publicity preceding its release. The story deals with Baron Munchausen, one of the most famous liars ("storytellers") in history, and his fantastic exploits. The story begins in an unspecified European city in the late 18th century. The city is under siege by the Turks, and is in grave danger of falling. A traveling theater company is performing the story of the adventures of Baron Munchausen in the city, when their performance is interrupted by an old man claiming to be the real Baron Munchausen.
The real Baron proceeds to tell his stories, and they are fantastic indeed. As the film progresses, the Baron has one adventure after another. He wins a treasure in a bet with a Sultan (using the super-powers of his companions); he goes for a ride on two cannonballs; he goes to the moon on a hot-air balloon (made exclusively from women's lingerie); he falls into a volcano, meets Vulcan the god of war, romances his wife (Venus, the god of love), etc. These adventures take place at a very fast pace.
The film is laced with the great sense of humor (warped?) that characterized the other films of Director Terry Gilliam (TIME BANDITS, BRAZIL). Some examples: when the Baron first encounters Vulcan the god of war (played by Oliver Reed in an excellent performance), he is having labor troubles with his workers, and is negotiating a "work contract" with them. Vulcan, as portrayed by Reed, comes across sounding and acting like a harassed British shop supervisor (the humor is subtle, but very good). Robin Williams appears as the King of the Moon, in a manic performance that is -- surprise -- very funny (Robin Williams is one comedian I generally can't stand. For me to actually like his performance is most unusual!). Oh yes, the King and Queen of the Moon have detachable heads, which fly around independent of their bodies (which are off doing "bodily functions").
On a deeper level, the film deals with the issues of fantasy vs. reality, truth and fiction, life and death, youth and old age. Throughout the film the Baron is pursued by a ghoul-like figure that represents death. These issues are dealt with in a layered fashion, and are illustrated to varying degrees in the fantastic exploits of the Baron.
From a non-intellectual viewpoint, the film is simply loads of fun. You don't need to intellectualize, just sit back and enjoy the Baron's utterly fantastic adventures! Stylistically and thematically, the film is closer to TIME BANDITS than it is to BRAZIL. It is fairly safe to say that most fans of either film (TIME BANDITS, BRAZIL) will like THE ADVENTURES OF BARON MUNCHAUSEN.
Overall evaluation: excellent; worth seeing.
Reviewer: Thomas E. Billings; Department of Statistics University of California, Berkeley Reviewer contact<EMAIL_ADDRESS>The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


UK cinema chain removes gang film after disturbance
A cinema chain has pulled a gang film from all of its venues, after seven police officers were injured in a disturbance.
Vue Cinemas has confirmed that Blue Story will no longer be showing in any of its 91 outlets in the UK and Ireland.
Police were called to Star City in Birmingham on Saturday evening following reports of youths with machetes.
Five teenagers have been arrested following the trouble, including a 13-year-old girl.
Blue Story focuses on two friends from different south London postcodes, on rival sides of a street war.
It is rated 15 for very strong language, strong violence, threat, sex, and drug misuse.
This afternoon, a pre-recorded message on the Vue customer service line said: “We regret that we will no longer be screening the film Blue Story at any of our venues.”
Although the film is still listed on the company’s website, when attempting to book tickets online, customers are met with an error message.
The safety and welfare of our customers and staff is always our first priority.
A Vue spokesman said: “We can confirm a decision was made to remove the film.
“The safety and welfare of our customers and staff is always our first priority.”
West Midlands Police said that they did not recommend the film was removed.
Chief Superintendent Steve Graham said: “We’ve made no recommendations to Vue at all.
“If they choose to continue showing it, that’s a matter for them.”


What is jQuery?
It is a javascript library
Why is it so popular?
It lets you do more in less time with JS
Where can I get me some?
Download the files, or use the cdn link.
Toggle
me on and off


--- title: Title keywords: fastai sidebar: home_sidebar nb_path: "examples/create_examples.ipynb" ---
from fastcore.utils import *
from fastcore.foundation import *
from bs4 import BeautifulSoup
hooks_url = 'https://docs.github.com/en/free-pro-team@latest/developers/webhooks-and-events/webhook-events-and-payloads'
soup = BeautifulSoup(urlread(hooks_url))
events = L(soup.select('li.ml-0')).attrgot('text')[1:]
# As at 2020/01/12 the 'sponsor' event has two examples
sponsor_evt = events.argwhere(lambda o: o.startswith('sponsor'))[0]
elems = L(soup.select('div.height-constrained-code-block > pre:nth-child(1) > code:nth-child(1)')).attrgot('text')
# Delete the 2nd sponsor example
del(elems[sponsor_evt+1])
exs = Path('.')
for ev,el in zip(events,elems): (exs/f'{ev}.json').write_text(el)


This Measure operator returns the time derivative of its operand measure, or a numerical approximation of the time derivative if an analytic one is not available.
More...
|
| | SimTK_MEASURE_HANDLE_PREAMBLE (Differentiate, Measure_< T >) |
| |
| | Differentiate (Subsystem &subsystem, const Measure_< T > &operand) |
| | Create a measure whose value is the time derivative of the given operand measure. More...
|
| |
| bool | isUsingApproximation () const |
| | Test whether the derivative returned as the value of this measure is being estimated numerically, either because the operand measure is unable to supply its derivative or because setForceUseApproximation(true) has been called. More...
|
| |
| const Measure_< T > & | getOperandMeasure () const |
| | Get a reference to the measure that is being differentiated by this measure. More...
|
| |
| Differentiate & | setOperandMeasure (const Measure_< T > &operand) |
| | Set the measure that is to be differentiated by this measure. More...
|
| |
| void | setForceUseApproximation (bool mustApproximate) |
| | Force use of numerical approximation for the derivative, even if the operand measure can supply its own derivative. More...
|
| |
| bool | getForceUseApproximation () const |
| | Check the current value of the flag which forces this measure to use numerical approximation regardless of whether the operand can supply its own derivative. More...
|
| |
| | SimTK_MEASURE_HANDLE_POSTSCRIPT (Differentiate, Measure_< T >) |
| |
| | SimTK_MEASURE_HANDLE_PREAMBLE_ABSTRACT (Measure_, AbstractMeasure) |
| | This class is still abstract so we don't want it to allocate an Implementation object in its default constructor. More...
|
| |
| const T & | getValue (const State &s, int derivOrder=0) const |
| | Retrieve the Value of this Measure or one of its time derivatives, assuming the supplied State has been realized to at least the required stage for the selected value or derivative, as reported by getDependsOnStage(). More...
|
| |
| Measure_ & | setDefaultValue (const T &defaultValue) |
| | Change the default value associated with this Measure. More...
|
| |
| const T & | getDefaultValue () const |
| | Obtain a reference to the default value associated with this Measure.  More...
|
| |
| | AbstractMeasure (Subsystem &, Implementation *g, const SetHandle &) |
| | Construct this handle with a given Implementation object (whose reference count will be bumped) and then let the given Subsystem adopt this Measure (which will again bump the Implementation's reference count, leaving us with two new handles). More...
|
| |
| | AbstractMeasure (const AbstractMeasure &) |
| | Shallow copy constructor copies the pointer from the source Implementation object and bumps its reference count. More...
|
| |
| AbstractMeasure & | operator= (const AbstractMeasure &source) |
| | Shallow assignment operator results in this handle referencing the same Implementation object as does the source. More...
|
| |
| | ~AbstractMeasure () |
| | Destructor decrements the Implementation's reference count and deletes the object if the count goes to zero. More...
|
| |
| AbstractMeasure & | shallowAssign (const AbstractMeasure &) |
| | Shallow assignment operator destructs the current Implementation object (meaning its reference count is decremented and the object actually deleted only if the count goes to zero), then copies the Implementation pointer from the source and bumps its reference count. More...
|
| |
| AbstractMeasure & | deepAssign (const AbstractMeasure &source) |
| | Deep assignment clones the Implementation object pointed to by the source handle, so that this handle ends up pointing to a new Measure object similar to the original but not yet contained in any Subsystem. More...
|
| |
| int | getNumTimeDerivatives () const |
| | Every Measure can produce a value, and some can provide one or more total derivatives with respect to time of that value. More...
|
| |
| Stage | getDependsOnStage (int derivOrder=0) const |
| | At what Stage can we expect the value of this AbstractMeasure or one of its time derivatives to be available? Users of Measures will typically impose restrictions on the levels they will accept. More...
|
| |
| bool | isSameMeasure (const AbstractMeasure &other) const |
| | There can be multiple handles on the same Measure. More...
|
| |
| bool | isEmptyHandle () const |
| |
| bool | isInSubsystem () const |
| | Test whether this Measure object has been adopted by a Subsystem. More...
|
| |
| const Subsystem & | getSubsystem () const |
| | Return a reference to the Subsystem that owns this Measure. More...
|
| |
| MeasureIndex | getSubsystemMeasureIndex () const |
| | Return the MeasureIndex by which this Measure is known to the Subsystem that owns it. More...
|
| |
| const Implementation & | getImpl () const |
| |
| Implementation & | updImpl () |
| |
| bool | hasImpl () const |
| |
| int | getRefCount () const |
| |
template<class T>
class SimTK::Measure_< T >::Differentiate
This Measure operator returns the time derivative of its operand measure, or a numerical approximation of the time derivative if an analytic one is not available.
If the operand measure provides its own derivative measure, then the value of the Differentiate operator is just the value of the operand's derivative measure, and this measure will have one fewer available derivatives than does the operand. If the operand does not have a derivative, then we will estimate it by the following method:
- retrieve the previous value f0 and previous derivative fdot0 of the operand measure, and their sample time t0
- obtain the current value f(t) of the operand
- estimate fdot(t)=2(f-f0)/(t-t0) - fdot0 (fit a quadratic)
- record new samples f(t), fdot(t) with timestamp t
Special cases:
- if t==t0 then fdot(t)=fdot0 (if available) else fdot(t)=0
- if fdot0 not available, fdot(t)=(f-f0)/(t-t0) (first order estimate)
At initialization of a timestepping study beginning at t=t0, we sample the operand and record its initial value f0 at t0, and set fdot0=NaN. This ensures that we'll return zero as the initial derivative (for lack of anything better) and then use the first order method for the first step's derivative.


Grow your own fruits! Growing fruits can be very rewarding. Homegrown fruit often tastes better than the ones from the grocery store. Seeds can be obtained from an actual fruit or purchased. To plant put in a seed some soil and water daily.
20-25mins


Karbon¶
The estimated time to complete this lab is 60 minutes.
Overview¶
Nutanix Karbon is an on-prem turnkey curated enterprise-grade Kubernetes service offering that simplifies the provisioning, operations and lifecycle management of Kubernetes.
Karbon provides a consumer-grade experience for delivering Kubernetes on-prem providing huge savings on OpEx of dedicated DevOps or SRE teams to keep Kubernetes online, up to date or integrated with 3rd party components and tooling.
In this lab you will deploy a Kubernetes cluster using Karbon and then deploy multiple containers, referred to as Kubernetes pods, to run a sample application.
If you already have an understanding of containers, Kubernetes, challenges, and use cases, jump to Lab Setup and Creating a Karbon Cluster.
What are Containers?¶
A container is a standard unit of software that packages up code and all its dependencies so the application runs quickly and reliably from one computing environment to another. Unlike traditional virtualization, containers are substantially more light-weight than VMs, with many containers capable of sharing the same host OS instance.
Containers provide two key features: a packaging mechanism and a runtime environment.
At the runtime level, the container allows an application to run as an isolated process with its own view of the operating system. While VMs provide isolation via virtualized hardware, containers leverage the ability of the Linux kernel to provide isolated namespaces for individual processes. This lightweight nature means each application gets its own container, preventing dependency conflicts.
As a packaging mechanism, a container is typically just a tarball: a way to bundle the code, configuration and dependencies of an application into a single file. This eliminates the problem of “It worked on my environment, why doesn’t it work on yours,” because everything necessary to run the application consistently is transported with the container. Ideally, applications produce the same output regardless of environment, and containerization makes that ideal a lot easier to reach. The result is a containerized application that will start, stop, make requests and log the same way.
Container Benefits and Issues¶
For any business, containers represent a large opportunity:
- Developers will spend less time debugging environment issues and more time writing code.
- Server bills will shrink, because more applications can fit on a server using containers than in traditional deployments.
- Containers can run anywhere, increasing the available deployment options.
For complex applications consisting of multiple components, containers vastly simplify updates. Placing each component in a container makes it simple to make changes without having to worry about unintended interactions with other components.
Use cases for containerized workloads include:
- Continuous Integration Continuous Delivery (CI/CD) development
- Application modernization/Microservices
- API, web, and backend app development/delivery
- Application cost containment
- Enabling hybrid cloud
While breaking down applications into microservices, or discrete functional parts, has clear benefits, having more parts to manage can introduce complexities for configuration, service discovery, load balancing, resource scaling, and discovering and fixing failures. Managing this complexity manually isn’t scalable.
Introducing Kubernetes¶
Kubernetes is an container orchestration platform, open sourced by Google in 2014, that helps manage distributed, containerized applications at massive scale. According to Redmonk, 54 %of Fortune 100 companies are running Kubernetes in some form, with adoption coming from every sector.
Kubernetes delivers production-grade container orchestration, automating container configuration, simplifying scaling, lifecycle management, and managing resource allocation. Kubernetes can run anywhere. Whether you want your infrastructure to run on-premise, on a public cloud, or a hybrid configuration of both.
However, vanilla Kubernetes presents its own challenges that make it difficult for organizations to adopt the technology. Building your own production-ready deployment that ensures the Kubernetes environment itself is robust, easy to maintain (automated), with integrated features for things like networking, logging, analytics, and secret management, could take months.
Kubernetes aggressive, quarterly release cycle (where releases are deprecated by the community after 3 quarters) can create adoption challenges for enterprises. Finally, from a supportability and risk perspective, maintaining your own custom Kubernetes stack for production applications would be analogous to using a custom-made distribution of Linux - virtually unheard of in the enterprise.
As previously stated, Nutanix Karbon provides a turn-key solution to address these critical Kubernetes challenges.
Lab Setup¶
This lab requires applications provisioned as part of the Windows Tools VM.
If you have not yet deployed this VM, see the linked steps before proceeding with the lab.
It is highly recommended that you connect to the Tools VM using the Microsoft Remote Desktop client rather than the VM console launched via Prism. An RDP connection will allow you to copy and paste between your device and the VMs.
Creating a Karbon Cluster¶
In this exercise you will create a production-ready Kubernetes cluster with Nutanix Karbon.
In Prism Central, select > Services > Karbon.
Note
If Karbon has not already been enabled on your cluster, click the Enable Karbon button when prompted. Once clicked, the process should take approximately 2 minutes to complete. During this time Prism Central is deploying the Karbon control plane, which runs as a set of containers within the Prism Central VM.
Click the provided link to launch the Karbon Console.
Note
If at any point your Karbon session times out, you can log in again using your Prism Central admin credentials.
Click Download Centos to download the required OS image to Karbon.
Once the download has completed, click + Create Kubernetes Cluster.
On the Recommended Configurations tab, select Development Cluster and click Next.
This will define a single worker node, master node, and etcd node.
Worker nodes are responsible for running containers deployed onto the Kubernetes cluster. Each Worker node runs the kubelet and kube-proxy services.
The Master node controls the Kubernetes cluster and provides the kube-apiserver, kube-controller-manager. and kube-scheduler services.
etcd nodes provide a distributed key-value store which Kubernetes uses to manage cluster state. In this lab, you will configure a single etcd node.
On the Name and Environment tab, fill out the following fields:
- Name - Initials-karbon
- Cluster - Select Your Nutanix cluster
- Kubernetes Version - 1.13.4 (Default)
- Host OS Image - centos7.5.1804-ntnx-0.0 (Default)
Click Next.
Next you can view the resources defined for each type of container host VMs (worker, master, and etcd). If desired, you are able to edit the resource allocations by clicking Edit next to each type.
For this lab, you can leave the default values.
Click Next.
Next you will configure the networking for both the host VMs and pods. Karbon utilizes Flannel to provide layer 3 IPv4 network between multiple nodes within the Karbon cluster.
Platforms like Kubernetes assume that each pod (container) has a unique, routable IP inside the cluster. The advantage of this model is that it removes the port mapping complexities that come from sharing a single host IP.
The Service CIDR defines the network range on which services (like etcd) are exposed. The Pod CIDR defines the network range used to IP pods. The default configuration allows for a maximum of 256 nodes with up to 256 pods per node.
On the Network tab, fill out the following fields:
- Network Provider - Flannel (Default)
- Service CIDR - <IP_ADDRESS>/16 (Default)
- Pod CIDR - <IP_ADDRESS>/16 (Default)
Click Next.
On the Storage Class tab, fill out the following fields:
- Storage Class Name - default-storageclass-Initials (initials in lowercase)
- Prism Element Cluster - Your Nutanix Cluster IP
- Nutanix Cluster Username - admin
- Nutanix Cluster Password - Your Nutanix Cluster Password
- Reclaim Policy - Delete (Default)
- Storage Container Name - Default
- File System - ext4 (Default)
Click Create.
Deployment of the cluster should take approximately 10 minutes. During this time, Karbon is pulling images from public image repositories for the master, etcd, and worker nodes, as well as flannel, the Nutanix Volumes plugin, and any additional Karbon plugins. Support for authenticated proxy and dark site image repositories will be added post-GA.
Filtering VMs for Initials-karbon in Prism Central will display the master, etcd, and worker VMs provisioned by Karbon.
In Prism Element > Storage > Volume Group, Karbon has created the pvc-… Volume Group, used as persistent storage for logging. Karbon leverages the Nutanix Kubernetes Volume Plug-In to present Nutanix Volumes to Kubernetes pods via iSCSI. This allows containers to take advantage of native Nutanix storage capabilities such as thin provisioning, zero suppression, compression, and more.
The Karbon cluster has finished provisioning when the Status of the cluster is Healthy.
Click on your cluster name (Initials-karbon) to access the Summary Page for your cluster.
Explore this view and note the ability to create and add additional storage classes and persistent storage volumes to the cluster.
Additional persistent storage volumes could be leveraged for use cases such as containerized databases.
In 15 minutes or less, you have deployed a production-ready Kubernetes cluster with logging (EFK), networking (flannel), and persistent storage services.
Getting Started with Kubectl¶
Kubectl is the command line interface for running commands against Kubernetes clusters. Kubeconfig files contain information about clusters, users, namespaces, and authentication. The kubectl
tool uses kubeconfig files to find and communicate with a Kubernetes cluster.
In this exercise you will use kubectl
to perform basic operations against your newly provisioned Karbon cluster.
From within your Initials-Windows-ToolsVM VM, browse to Prism Central and open Karbon.
Select your Initials-karbon cluster and click Actions > Download kubeconfig.
Click Download, then click Close.
Open PowerShell.
Note
If installed, you can also use a local instance of
kubectl
. The Tools VM is provided to ensure a consistent experience.Instructions for setting up
kubectl
in Windows and macOS can be found here.From PowerShell, run the following commands to configure
kubectl
:cd ~ mkdir .kube cd .kube mv ~\Downloads\*kubectl* ~\.kube\config kubectl get nodes
Note
By default,
kubectl
looks like a file namedconfig
in the~/.kube
directory. Other locations can be specified using environment variables or by setting the--kubeconfig
flag.Verify that the output of the last command shows 1 master node and 1 worker node as Ready.
Next you will check the versions of the Kubernetes client and server by running the following command:
kubectl version
Deploying an Application¶
Now that you have successfully run commands against your Kubernetes cluster using kubectl
, you are now ready to deploy an application. In this exercise you will be deploying the popular open-source content management system used for websites and blogs, Wordpress.
Using Initials-Windows-ToolsVM, open PowerShell and create a wordpress directory using the following command:
mkdir ~\wordpress cd ~\wordpress
Kubernetes depends on YAML files to provision applications and define dependencies. YAML files are a human-readable text-based format for specifying configuration information. This application requires two YAML files to be stored in the wordpress directory.
Note
To learn more about Kubernetes application deployment and YAML files, click here.
Using your Initials-Windows-ToolsVM web browser, download the following YAML files for Wordpress and the MySQL deployment used by Wordpress:
- https://raw.githubusercontent.com/nutanixworkshops/ts2019/master/karbon/mysql-deployment.yaml
- https://raw.githubusercontent.com/nutanixworkshops/ts2019/master/karbon/wordpress-deployment.yaml
Kubernetes depends on YAML files to provision applications and define dependencies. YAML files are a human-readable text-based format for specifying configuration information. This application requires two YAML files to be stored in the wordpress directory.
If attempting to download the script results in an Access Denied error, log out of any AWS accounts from your browser or open the download link in Incognito (Private Browsing) mode.
Move both files to the wordpress directory using the following command:
mv ~\Downloads\*.yaml ~\wordpress\ cd ~\wordpress\
Open the wordpress-deployment.yaml file with your preferred text editor.
Note
Sublime Text has been pre-installed on Initials-Windows-ToolsVM.
Under spec: > type:, change the value from LoadBalancer to NodePort and save the file. (Using a LoadBalancer is outside the scope of this lab.)
Note
You can learn more about Kubernetes publishing service types here.
Open the mysql-deployment.yaml file and note that it requires an environmental variable to define the MYSQL_ROOT_PASSWORD as part of deployment. No changes are required to this file.
Define the secret to be used as the MySQL password by running the following command:
kubectl create secret generic mysql-pass --from-literal=password=Nutanix/4u!
Verify the command returns
secret/mysql-pass created
.You can also verify the secret has been created by running the following command:
kubectl get secrets
Verify mysql-pass appears in the NAME column.
You will now provision the MySQL database by running the following command:
kubectl create -f mysql-deployment.yaml.txt
In addition to the MySQL service, the mysql-deployment.yaml also specifies that a persistent volume be created as part of the deployment. You can get additional details about the volume by running:
kubectl get pvc
You will note that the STORAGECLASS matches the default-storageclass-Initials provisioned by Karbon.
The volume also appears in Karbon under Initials-karbon > Volume.
To view all running pods on the cluster, which should currently only be your Wordpress MySQL database, run the following command:
kubectl get pods
To complete the application, deploy Wordpress by running the following command:
kubectl create -f wordpress-deployment.yaml.txt
Verify both pods are displayed as Running using
kubectl get pods
.
Accessing Wordpress¶
You have confirmed the Wordpress application and its MySQL database are running. Configuration of Wordpress is done via web interface, but to access the web interface you must first determine the IP addresses of our worker VMs and the port on which the pod is running.
The IP addresses of all cluster VMs is returned by the
kubectl describe nodes
command. You can run this and search for the InternalIP of any of your worker VMs, or run the following command to return only the hostnames and IP addresses:kubectl describe nodes | Select-String -Pattern "Hostname:","InternalIP"
To determine the port number of the Wordpress application, run the following command and note the TCP port mapped to port 80:
kubectl get services wordpress
Open http://WORKER-VM-IP:WORDPRESS SERVICE PORT/ in a new browser tab to access to Wordpress installation.
Note
In the example shown, you would browse to http://<IP_ADDRESS>:32160. You environment will have a different IP and port.
Click Continue and fill out the following fields:
- Site Title - Initials’s Karbon Blog
- Username - admin
- Password - Nut@nixLabs19
- Your Email -<EMAIL_ADDRESS>Click Install Wordpress.
After setup completes (a few seconds), click Log In and provide the credentials just configured.
Congratulations! Your Wordpress application and MySQL database setup is complete.
Exploring Logging & Visualization¶
Karbon provides a plug-in architecture to continually add additional functionality on top of vanilla Kubernetes. The firsts plug-ins Karbon provides are an integrated logging services stack called EFK, short for Elasticsearch, fluentd and Kibana; and monitoring and alerting with Prometheus.
Elasticsearch is a real-time, distributed, and scalable search engine which allows for full-text and structured search, as well as analytics. It is commonly used to index and search through large volumes of log data, but can also be used to search many different kinds of documents.
Elasticsearch is commonly deployed alongside Kibana, a powerful data visualization frontend and dashboard for Elasticsearch. Kibana allows you to explore your Elasticsearch log data through a web interface, and build dashboards and queries to quickly answer questions and gain insight into your Kubernetes applications.
Fluentd is a popular data collector that runs on all Kubernetes nodes to tail container log files, filter and transform the log data, and deliver it to the Elasticsearch cluster, where it will be indexed and stored.
Return to the Karbon Console and select your Initials-karbon cluster.
Select Add-on from the sidebar to view and manage available Karbon plugins.
Select Logging to launch the Kibana user interface.
Select Discover from the sidebar and define
*
as the Index Pattern.This wildcard will retrieve all available indices within Elastisearch, including etcd, kubernetes, and systemd.
Click Next Step.
Select @timestamp from the Time Filter field name drop down menu to allow you to sort logging entries by their respective timestamps.
Click Create index pattern.
Select Discover again from the sidebar to view all logs from the Karbon cluster. You can reduce the amount of Kubernetes metadata displayed by adding the log entry under Available Fields.
Advanced Kibana usage, including time series data visualization that can answer questions such as “What is the difference in service error rates between our last 3 application upgrades,” is covered in the Kibana User Guide.
Coming Soon!¶
- Upgrades & Patching
- Non-disruptive Karbon upgrades
- Immutable OS upgrades of all cluster nodes
- Support for native Kubernetes RBAC
- Darksite Support
- Local read-only image repository for offline cluster deployments for customers that do not allow internet access
Takeaways¶
What are the key things you should know about Nutanix Karbon?
- Karbon is a great use case for internal development, CI/CD, digital transformation or application modernization initiatives
- The primary benefit of Karbon is reduced CapEX and OpEX of managing and operating Kubernetes environments, reducing learning curve and enabling DevOps/ITOps teams to quickly support their development teams to start deploying containerized workloads.
- Karbon delivers One-Click operations for Kubernetes provisioning and lifecycle management, enabling enterprises to provide a private-cloud Kubernetes solution with the simplicity and performance of public clouds.
- Karbon is included in all AOS software editions at no additional cost.
- Karbon can provide additional functionality to Kubernetes over time through its plugin architecture.
- Karbon is a certified Kubernetes distribution and has passed the Kuberentes Conformance Certification.
- Karbon is listed on the official Kubernetes Solutions and Cloud Native Computing Foundation Landscape pages.
Additional Kubernetes Training Resources¶
- Introduction to Kubernetes - Free introductory training by The Linux Foundation
- Play with Kubernetes - Free introductory training and lab environment by Docker
- Scalable Microservices with Kubernetes - Free intermediate training by Google


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The rxPermission utility provides functionality to perform checks against existing user permissions in EncoreUI.


| agaricus.test {xgboost} | R Documentation |
This data set is originally from the Mushroom data set, UCI Machine Learning Repository.
data(agaricus.test)
A list containing a label vector, and a dgCMatrix object with 1611 rows and 126 variables
This data set includes the following fields:
label
the label for each record
data
a sparse Matrix of dgCMatrix
class, with 126 columns.
https://archive.ics.uci.edu/ml/datasets/Mushroom
Bache, K. & Lichman, M. (2013). UCI Machine Learning Repository [http://archive.ics.uci.edu/ml]. Irvine, CA: University of California, School of Information and Computer Science.


Quad long shot grande in a venti cup, half calf, double cupped, no sleeve salted caramel mocha latte with - 2 pumps of vanilla substitute - 2 pumps of white chocolate mocha for mocha - Substitute 2 pumps of hazelnut for toffee nut - Half whole milk and half breve with no whipped cream - Extra hot, extra foam, extra caramel drizzle, extra salt - Add a scoop of vanilla bean powder with light ice well stirred.... Oh by the way... I have a free reward.


{% extends 'products/base.html' %} {% block title %}404: oops!{% endblock %} {% load static %} {% block top_email_form %}
Put your email to get the latests from Gineau
We never spam you!


{% block script %} {% endblock %}
Current time is {% now "F j Y H:i" %}
This is template text. If you're seeing this in a page rendered by chat, something is wrong.


Preparation time
over 2 hours
Cooking time
10 to 30 mins
Serves
Makes 6
Dietary
These crisp, custardy tartlets with fragrant sharp passion fruit are sure to win any girl's heart. They make a good breakfast, too!
For the rough puff pastry, place the flour in a mound onto a clean work surface and make a deep well in the centre using your fingers.
Place the butter cubes and salt into the well and, using the fingertips of one hand, work the ingredients together, gradually drawing more flour into the well with the other hand and working that in until the mixture is loosely but well combined and still with lumps of butter visible.
Gradually add the iced water and mix until fully incorporated in the mixture. (You may not need all of the water. Take care not to overwork the mixture.)
Roll the dough into a ball, wrap it in cling film and chill it for 20 minutes.
When the dough has chilled, roll it out onto a lightly floured work surface into a 40cm x 20cm/16in x 8in rectangle. Fold the rectangle into three and give it a quarter turn.
Repeat the process, giving the folded pastry another quarter turn.
Wrap the pastry in cling film and chill for a further 30 minutes.
When the dough has chilled, roll it out, as before, onto a lightly floured work surface into a 40cm x 20cm/16in x 8in rectangle. Fold the rectangle into three and give it a quarter turn.
Repeat the process, as before, giving the folded pastry another quarter turn (making a total of four turns).
Wrap the pastry in cling film and refrigerate for at least 30 minutes.
For the crème pâtissière, in a bowl, whisk the egg yolks and 20g/¾oz of the caster sugar together to a ribbon consistency. You may want to use an electric whisk to do this.
Gradually whisk in the flour until smooth and well combined.
In a saucepan, bring the milk, 40g/1½oz of the sugar and the vanilla pod to the boil. As soon as the mixture starts to boil, gradually pour the hot milk mixture onto the egg yolk mixture, stirring continuously.
Return the mixture to the pan and bring to the boil again, whisking continuously. Simmer for 1-2 minutes, then remove from the heat and transfer the mixture to a bowl.
Dust the crème pâtissière with a layer of icing sugar to prevent a skin from forming as it cools. (Once cool, the mixture can be kept in the fridge for up to three days. Remove the vanilla pod before using.)
Preheat the oven to 180C/350F/Gas 4.
Roll the rough puff pastry out onto a lightly floured surface to a 2mm/eighth of an inch thickness. Cut out six discs using a 12cm/5in pastry cutter.
Line a baking sheet with baking parchment and brush with a little cold water. Transfer each of the pastry discs onto it using a palette knife. Chill the pastry in the fridge for 20 minutes. Prick the pastry discs several times with a fork.
Spread equal amounts of the crème pâtissière mixture evenly onto each of the pastry discs, leaving a narrow margin free at the edge of each pastry disc.
Arrange the apple slices in a fan on top of the crème pâtissière mixture, starting in the centre of each disc and working outwards to the edges.
Transfer the tartlets to the oven and bake for 15-18 minutes, or until the pastry has risen and is pale golden-brown. Sprinkle generously with the remaining 60g/2½oz of caster sugar, then return to the oven and cook for a further 4-5 minutes, or until the sugar has caramelised.
Remove the tartlets from the oven and immediately transfer them to a wire rack, using a palette knife. Set aside to cool.
To serve, place one of the cooled tartlets onto each of six serving plates and spoon over equal quantities of the passion fruit pulp.


|
Graphitti
A toolkit/software architecture to ease creating high-performance neural network simulators
|
Public Member Functions | |
| Xml911Recorder () | |
| The constructor and destructor. | |
| virtual void | initDefaultValues () override |
| Init radii and rates history matrices with default values. | |
| virtual void | initValues () override |
| Init radii and rates history matrices with current radii and rates. | |
| virtual void | getValues () override |
| Get the current radii and rates vlaues. | |
| virtual void | compileHistories (IAllVertices &vertices) override |
| virtual void | saveSimData (const IAllVertices &vertices) override |
| virtual void | printParameters () override |
| Public Member Functions inherited from XmlRecorder | |
| XmlRecorder () | |
| constructor | |
| ~XmlRecorder () | |
| destructor | |
| virtual void | init () override |
| virtual void | term () override |
| Terminate process. | |
Static Public Member Functions | |
| static IRecorder * | Create () |
| Static Public Member Functions inherited from XmlRecorder | |
| static IRecorder * | Create () |
Additional Inherited Members | |
| Protected Member Functions inherited from XmlRecorder | |
| void | getStarterNeuronMatrix (VectorMatrix &matrix, const bool *starterMap) |
| Protected Attributes inherited from XmlRecorder | |
| ofstream | stateOut_ |
| VectorMatrix | burstinessHist_ |
| VectorMatrix | spikesHistory_ |
| Protected Attributes inherited from IRecorder | |
| string | resultFileName_ |
| File path to the file that the results will be printed to. | |
| log4cplus::Logger | fileLogger_ |
| Loggers used to print to using log4cplus logging macros, prints to Results/Debug/logging.txt. | |
Definition at line 20 of file Xml911Recorder.h.
|
overridevirtual |
Compile history information in every epoch
| [in] | vertices | The entire list of vertices. |
Reimplemented from XmlRecorder.
Definition at line 43 of file Xml911Recorder.cpp.
|
overridevirtual |
Prints out all parameters to logging file. Registered to OperationManager as Operation::printParameters
Reimplemented from XmlRecorder.
Definition at line 96 of file Xml911Recorder.cpp.
|
overridevirtual |
Writes simulation results to an output destination.
| vertices | the Vertex list to search from. |
Reimplemented from XmlRecorder.
Definition at line 50 of file Xml911Recorder.cpp.


Jordan Eric Tapia
Welcome. I'm on of the HW guys at Aruba. Not much to see here aside from my basic HTML skill. Soon to add: PCB designs, work experience, climbs and hikes.
Resume
Sacramento, CA 95816
<EMAIL_ADDRESS>Jordan Tapia
Electrical Engineer working in Hardware Design
Photos
Kings Canyon National Park
Kings Canyon National Park
Kings Canyon National Park
Inyo National Forest
Inyo National Forest
Sawtooth National Recreation Area
Pinnacles National Park
Pinnacles National Park
email:
<EMAIL_ADDRESS>LinkedIn:
here


Apply to become a Vent user
User name:
Phone number:
(format: [country code][area code][number], e.g. 1<PHONE_NUMBER>)


Back
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| Subject | Document type | Name | |
|---|---|---|---|
| Post 16 | Business case | businesscase2018.xls |


NuiDateTimePickerModule
<nui-date-time-picker>
allows user to select a specific time moment setting correspondent date and time.
For time selecting nui-time-picker
is used, for date selecting nui-date-picker
.
<nui-date-time-picker>
allows user to init a component with the empty values using the attribute "initEmpty".
For time selecting nui-time-picker
is used, for date selecting nui-date-picker
.
<nui-date-time-picker>
may be used in a reactive form by setting the formControl
input.
To set min or max date for date field of dateTimePicker
use minDate or maxDate input (as shown in DatePicker docs).
To disable dateTimePicker set isDisabled input to true
Set displayMode mode binding to 'inline' in order to set row direction for dateTimePicker's
input fields.
As far as DateTimePickerComponent
uses DatePickerComponent
it can also be used with handling timezones.
Setting handleTimezone
flag to true
makes handling timezone.
DateTimePicker popups (for both DatePicker
and TimePicker
) can be appended to the document body
by setting the appendToBody
input to true
.


An input entity.
More...
#include <Input.hpp>
◆ Action
Any action that an Input can trigger.
| Enumerator |
|---|
| UP | |
| RIGHT | |
| DOWN | |
| LEFT | |
| SPRINT | |
| ATTACK | |
| INTERACT | |
| INVENTORY | |
| PAUSE | |
| NB_OF_ACTION | |
◆ actionPressed()
| virtual bool TouhouFanGame::Input::actionPressed |
( |
Action |
action | ) |
|
|
pure virtual |
Tell if the action is currently triggered.
- Parameters
-
| action | The action to check. |
- Returns
- Whether the action is triggered or not.
Implemented in TouhouFanGame::Inputs::Keyboard.
◆ actionToString()
| std::string TouhouFanGame::Input::actionToString |
( |
Action |
action | ) |
|
|
static |
Transforms the Action enumeration into a string.
- Parameters
-
| action | The value to convert. |
- Returns
- A string representing the value given.
◆ changeKeyFor()
| virtual bool TouhouFanGame::Input::changeKeyFor |
( |
Action |
action | ) |
|
|
pure virtual |
Put the Input into the "change key" mode if it wasn't already.
- Parameters
-
| action | The action to change. |
- Returns
- True if still in "change key" mode. False otherwise.
Implemented in TouhouFanGame::Inputs::Keyboard.
◆ getActions()
| virtual std::vector<Action> TouhouFanGame::Input::getActions |
( |
| ) |
|
|
pure virtual |
◆ getEnumControlString()
| virtual std::string TouhouFanGame::Input::getEnumControlString |
( |
Action |
code | ) |
|
|
pure virtual |
◆ handleEvent()
| virtual void TouhouFanGame::Input::handleEvent |
( |
sf::Event |
| ) |
|
|
pure virtual |
◆ serialize()
| virtual void TouhouFanGame::Input::serialize |
( |
std::ostream & |
stream | ) |
const |
|
pure virtual |
◆ unserialize()
| virtual void TouhouFanGame::Input::unserialize |
( |
std::istream & |
stream | ) |
|
|
pure virtual |
The documentation for this class was generated from the following files:


HOME
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STUDENTS
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1 Event tomorrow
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ANNOUNCEMENTS
Guest lecture on fine arts by Smith.New
06-24-2017, 13:34
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book.
Thanks,
John Doe, Principal
Guest lecture on fine arts by Smith
06-24-2017, 13:34
Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s.
Thanks,


Learning Journal
Home
Page 1
Page 2
The Learning Journal of Joel Stanner
This is the first entry
Friday Jan 30, 2015
This is the second entry
Future, 2015
This is the third entry
Future, 2015
Write up a new entry


/Users/thomas/Development/JS/Husky-2.0/src/base.js:46
data.deferred
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:72
/Users/thomas/Development/JS/Husky-2.0/src/base.js:72
data.when
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:77
/Users/thomas/Development/JS/Husky-2.0/src/base.js:77
dom.data
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:62
/Users/thomas/Development/JS/Husky-2.0/src/base.js:62
dom.find
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:54
/Users/thomas/Development/JS/Husky-2.0/src/base.js:54
util.clone
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:85
/Users/thomas/Development/JS/Husky-2.0/src/base.js:85
util.compact
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:90
/Users/thomas/Development/JS/Husky-2.0/src/base.js:90
util.decamelize
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:155
/Users/thomas/Development/JS/Husky-2.0/src/base.js:155
util.defaults
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:95
/Users/thomas/Development/JS/Husky-2.0/src/base.js:95
util.defer
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:100
/Users/thomas/Development/JS/Husky-2.0/src/base.js:100
util.each
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:105
/Users/thomas/Development/JS/Husky-2.0/src/base.js:105
util.extend
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:110
/Users/thomas/Development/JS/Husky-2.0/src/base.js:110
util.has
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:115
/Users/thomas/Development/JS/Husky-2.0/src/base.js:115
util.include
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:120
/Users/thomas/Development/JS/Husky-2.0/src/base.js:120
util.invoke
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:125
/Users/thomas/Development/JS/Husky-2.0/src/base.js:125
util.isFunction
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:130
/Users/thomas/Development/JS/Husky-2.0/src/base.js:130
util.isObject
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:135
/Users/thomas/Development/JS/Husky-2.0/src/base.js:135
util.reject
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:140
/Users/thomas/Development/JS/Husky-2.0/src/base.js:140
util.uniq
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:145
/Users/thomas/Development/JS/Husky-2.0/src/base.js:145
util.uniqueId
Defined in /Users/thomas/Development/JS/Husky-2.0/src/base.js:150
/Users/thomas/Development/JS/Husky-2.0/src/base.js:150


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Research Assingments
Overview
Research assingment.
Description
Create a essay response related to the questions stated below.
Instructions
- In your own words compare server-side programming to client-side programming.
- What are some common server-side languages. What are some common client-side languages.
- How is Node different than Javascript?
- What are the recommended databases to be used by the Node applications and why?
- What is serverless computing and how it is related to web application development?
- What are the top cloud hosting providers and their key benefits?
Rubric
| Grammar | 45.00% |
| Content | 35.00% |
| WorkCited | 20.00% |
Deliverable
- You must submit have a workcited information at the bottom of your response. Please follow college level writing guidelines.
- 500 words, double spaced.
- Enter your work into the comment box on FSO.


Address:
P.O. Box 9724, Station T
Ottawa, Ontario K1G 5A3
Canada
Telephone:
613 991-6090
Fax:
613 990-3636
Email:
info@technomuses.ca


Tap the menu icon. Then tap Update, Automatic refresh, Enable Podcasts automatic refresh.
Tap the back button to go back to Settings. Then tap Download, Automatic download. Now, whenever we release a new episode, it will automatically download to your phone.
You will get a notification when an episode has downloaded. Tap the notification to see the new episode. Or, open the app and tap on the Ten to One tile.
Tap the Play button to play the episode. If the episode has not downloaded, a Download button will be in place of the Play button. Tap Download to download the episode.
Enjoy the podcast!
iPhone or iPad
Open the Podcasts app on your iPhone or iPad.
Tap the Search button in the bottom menu.
Search for Ten to One.
Find and tap on the Ten to One podcast (you might have to scroll down).
Tap the Subscribe button.
Tap the My Podcasts button. Then tap on any episode to download and listen.


Population Based on Education Category
AgeGroup
GraduatePersons
Education Category
Population Based on Education Category


Class RailwayStation
- java.lang.Object
-
- RailwayStation
-
public class RailwayStation extends java.lang.Object
This class will represent train station
-
-
Constructor Summary
Constructors Constructor Description RailwayStation()
Constructs a RailwayStation object.
-
Method Summary
All Methods Instance Methods Concrete Methods Modifier and Type Method Description boolean
addTrain(Train trainToAdd)
Add train to the station.Time1
firstDepartureToDestination(java.lang.String place)
Return the first departure for the given placeint
howManyFullTrains()
Return how much full trains in the stationTrain
longestTrain()
Return the longest ride from all rides of the trains in the stationTrain
mostExpensiveTicket()
Return the train that have the most expensive ticket from all the trains tickets in the stationjava.lang.String
mostPopularDestination()
Return the most popular destination from all the trains in the stationboolean
removeTrain(Train trainToRemove)
Remove train from the station.java.lang.String
toString()
Returns a string representation of the train station
-
-
-
Method Detail
-
addTrain
public boolean addTrain(Train trainToAdd)
Add train to the station. The new train wont be added if the train is not in the station and the station is not full or train to add is not null- Parameters:
trainToAdd
- train to add to the station- Returns:
- true if the train has been added
-
removeTrain
public boolean removeTrain(Train trainToRemove)
Remove train from the station. The train wont be removed if the train is not in the station or its null- Parameters:
trainToRemove
- train to remove from the station- Returns:
- true if the train has been removed
-
firstDepartureToDestination
public Time1 firstDepartureToDestination(java.lang.String place)
Return the first departure for the given place- Parameters:
place
- the place to search for the first departure- Returns:
- the first departure for the given place
-
howManyFullTrains
public int howManyFullTrains()
Return how much full trains in the station- Returns:
- how much full trains in the station
-
mostPopularDestination
public java.lang.String mostPopularDestination()
Return the most popular destination from all the trains in the station- Returns:
- most popular destination from all the trains in the station
-
mostExpensiveTicket
public Train mostExpensiveTicket()
Return the train that have the most expensive ticket from all the trains tickets in the station- Returns:
- train that have the most expensive ticket from all the trains tickets in the station
-
longestTrain
public Train longestTrain()
Return the longest ride from all rides of the trains in the station- Returns:
- longest ride from all rides of the trains in the station
-
toString
public java.lang.String toString()
Returns a string representation of the train station- Overrides:
toString
in classjava.lang.Object
- Returns:
- string representation of the train station
-
-


class MultiANewArrayInsn : TypeInsn
A class representing a multianewarray instruction.
owner
- The CtMethod that this instruction is a part of.
index
- The index of this instruction in CtMethod.
MultiANewArrayInsn(owner: CtMethod, index: Int)
A class representing a multianewarray instruction. |
val dimensions: Int
How many dimensions within this MultiANewArrayInsn. |
var type: String
The type of this TypeInsn. |


This is table cell 1! This is table cell 2! This is table cell 3! This is a row! This is a table! This is a table! This is a table! This is a table! This is a table!


You can also merge branches on the .
If you do not want to use the merge button or an automatic merge cannot be performed, you can perform a manual merge on the command line.
Step 1: From your project repository, check out a new branch and test the changes.
git checkout -b d000007-master master
git pull https://github.corporate/d000007/TestProject.git master
Step 2: Merge the changes and update on GitHub.
git checkout master git merge --no-ff d000007-master git push origin master


This assignment helped me to learn about indentation, spacing and basic HTML Block Elements & CSS. It was one of my first projects and shows how much I've learned in just one week with Epicodus!
Create a homepage for our favorite pets using basic CSS & HTML Block Elements.
here you will find the link to my GitHub Repository Site


would generate a NP: Parameter must be nonnull but is marked as nullable (NP_PARAMETER_MUST_BE_NONNULL_BUT_MARKED_AS_NULLABLE)This parameter is always used in a way that requires it to be nonnull, but the parameter is explicitly annotated as being Nullable. Either the use of the parameter or the annotation is wrong. NP: Read of unwritten public or protected field (NP_UNWRITTEN_PUBLIC_OR_PROTECTED_FIELD)The program is dereferencing a public or protected field that does not seem to ever have a non-null value written to it. Unless the field is initialized via some mechanism not seen by the analysis, dereferencing this value will generate a null pointer exception. NS: Potentially dangerous use of non-short-circuit logic (NS_DANGEROUS_NON_SHORT_CIRCUIT)This code seems to be using non-short-circuit logic (e.g., & or |) rather than short-circuit logic (&& or ||). In addition, it seem possible that, depending on the value of the left hand side, you might not want to evaluate the right hand side (because it would have side effects, could cause an exception or could be expensive. Non-short-circuit logic causes both sides of the expression to be evaluated even when the result can be inferred from knowing the left-hand side. This can be less efficient and can result in errors if the left-hand side guards cases when evaluating the right-hand side can generate an error. See the Java Language Specification for details NS: Questionable use of non-short-circuit logic (NS_NON_SHORT_CIRCUIT)This code seems to be using non-short-circuit logic (e.g., & or |) rather than short-circuit logic (&& or ||). Non-short-circuit logic causes both sides of the expression to be evaluated even when the result can be inferred from knowing the left-hand side. This can be less efficient and can result in errors if the left-hand side guards cases when evaluating the right-hand side can generate an error. See the Java Language Specification for details PS: Class exposes synchronization and semaphores in its public interface (PS_PUBLIC_SEMAPHORES)This class uses synchronization along with wait(), notify() or notifyAll() on itself (the this reference). Client classes that use this class, may, in addition, use an instance of this class as a synchronizing object. Because two classes are using the same object for synchronization, Multithread correctness is suspect. You should not synchronize nor call semaphore methods on a public reference. Consider using a internal private member variable to control synchronization. PZLA: Consider returning a zero length array rather than null (PZLA_PREFER_ZERO_LENGTH_ARRAYS)It is often a better design to return a length zero array rather than a null reference to indicate that there are no results (i.e., an empty list of results). This way, no explicit check for null is needed by clients of the method. On the other hand, using null to indicate
"there is no answer to this question" is probably appropriate.
For example, QF: Complicated, subtle or wrong increment in for-loop (QF_QUESTIONABLE_FOR_LOOP)Are you sure this for loop is incrementing the correct variable? It appears that another variable is being initialized and checked by the for loop. RCN: Redundant comparison of non-null value to null (RCN_REDUNDANT_COMPARISON_OF_NULL_AND_NONNULL_VALUE)This method contains a reference known to be non-null with another reference known to be null. RCN: Redundant comparison of two null values (RCN_REDUNDANT_COMPARISON_TWO_NULL_VALUES)This method contains a redundant comparison of two references known to both be definitely null. RCN: Redundant nullcheck of value known to be non-null (RCN_REDUNDANT_NULLCHECK_OF_NONNULL_VALUE)This method contains a redundant check of a known non-null value against the constant null. RCN: Redundant nullcheck of value known to be null (RCN_REDUNDANT_NULLCHECK_OF_NULL_VALUE)This method contains a redundant check of a known null value against the constant null. REC: Exception is caught when Exception is not thrown (REC_CATCH_EXCEPTION)This method uses a try-catch block that catches Exception objects, but Exception is not thrown within the try block, and RuntimeException is not explicitly caught. It is a common bug pattern to say try { ... } catch (Exception e) { something } as a shorthand for catching a number of types of exception each of whose catch blocks is identical, but this construct also accidentally catches RuntimeException as well, masking potential bugs. A better approach is to either explicitly catch the specific exceptions that are thrown, or to explicitly catch RuntimeException exception, rethrow it, and then catch all non-Runtime Exceptions, as shown below: try { ... } catch (RuntimeException e) { throw e; } catch (Exception e) { ... deal with all non-runtime exceptions ... } RI: Class implements same interface as superclass (RI_REDUNDANT_INTERFACES)This class declares that it implements an interface that is also implemented by a superclass. This is redundant because once a superclass implements an interface, all subclasses by default also implement this interface. It may point out that the inheritance hierarchy has changed since this class was created, and consideration should be given to the ownership of the interface's implementation. RV: Method checks to see if result of String.indexOf is positive (RV_CHECK_FOR_POSITIVE_INDEXOF)The method invokes String.indexOf and checks to see if the result is positive or non-positive. It is much more typical to check to see if the result is negative or non-negative. It is positive only if the substring checked for occurs at some place other than at the beginning of the String. RV: Method discards result of readLine after checking if it is nonnull (RV_DONT_JUST_NULL_CHECK_READLINE)The value returned by readLine is discarded after checking to see if the return value is non-null. In almost all situations, if the result is non-null, you will want to use that non-null value. Calling readLine again will give you a different line. RV: Remainder of hashCode could be negative (RV_REM_OF_HASHCODE)This code computes a hashCode, and then computes the remainder of that value modulo another value. Since the hashCode can be negative, the result of the remainder operation can also be negative. Assuming you want to ensure that the result of your computation is nonnegative,
you may need to change your code.
If you know the divisor is a power of 2,
you can use a bitwise and operator instead (i.e., instead of
using RV: Remainder of 32-bit signed random integer (RV_REM_OF_RANDOM_INT)This code generates a random signed integer and then computes the remainder of that value modulo another value. Since the random number can be negative, the result of the remainder operation can also be negative. Be sure this is intended, and strongly consider using the Random.nextInt(int) method instead. RV: Method ignores return value, is this OK? (RV_RETURN_VALUE_IGNORED_INFERRED)This code calls a method and ignores the return value. The return value
is the same type as the type the method is invoked on, and from our analysis it looks
like the return value might be important (e.g., like ignoring the
return value of We are guessing that ignoring the return value might be a bad idea just from a simple analysis of the body of the method. You can use a @CheckReturnValue annotation to instruct FindBugs as to whether ignoring the return value of this method is important or acceptable. Please investigate this closely to decide whether it is OK to ignore the return value. SA: Double assignment of field (SA_FIELD_DOUBLE_ASSIGNMENT)This method contains a double assignment of a field; e.g. int x,y; public void foo() { x = x = 17; } Assigning to a field twice is useless, and may indicate a logic error or typo. SA: Double assignment of local variable (SA_LOCAL_DOUBLE_ASSIGNMENT)This method contains a double assignment of a local variable; e.g. public void foo() { int x,y; x = x = 17; } Assigning the same value to a variable twice is useless, and may indicate a logic error or typo. SA: Self assignment of local variable (SA_LOCAL_SELF_ASSIGNMENT)This method contains a self assignment of a local variable; e.g. public void foo() { int x = 3; x = x; } Such assignments are useless, and may indicate a logic error or typo. SF: Switch statement found where one case falls through to the next case (SF_SWITCH_FALLTHROUGH)This method contains a switch statement where one case branch will fall through to the next case. Usually you need to end this case with a break or return. SF: Switch statement found where default case is missing (SF_SWITCH_NO_DEFAULT)This method contains a switch statement where default case is missing. Usually you need to provide a default case. Because the analysis only looks at the generated bytecode, this warning can be incorrect triggered if the default case is at the end of the switch statement and doesn't end with a break statement. ST: Write to static field from instance method (ST_WRITE_TO_STATIC_FROM_INSTANCE_METHOD)This instance method writes to a static field. This is tricky to get correct if multiple instances are being manipulated, and generally bad practice. Se: Private readResolve method not inherited by subclasses (SE_PRIVATE_READ_RESOLVE_NOT_INHERITED)This class defines a private readResolve method. Since it is private, it won't be inherited by subclasses. This might be intentional and OK, but should be reviewed to ensure it is what is intended. Se: Transient field of class that isn't Serializable. (SE_TRANSIENT_FIELD_OF_NONSERIALIZABLE_CLASS)The field is marked as transient, but the class isn't Serializable, so marking it as transient has absolutely no effect. This may be leftover marking from a previous version of the code in which the class was transient, or it may indicate a misunderstanding of how serialization works. TQ: Value required to have type qualifier, but marked as unknown (TQ_EXPLICIT_UNKNOWN_SOURCE_VALUE_REACHES_ALWAYS_SINK)A value is used in a way that requires it to be always be a value denoted by a type qualifier, but there is an explicit annotation stating that it is not known where the value is required to have that type qualifier. Either the usage or the annotation is incorrect. TQ: Value required to not have type qualifier, but marked as unknown (TQ_EXPLICIT_UNKNOWN_SOURCE_VALUE_REACHES_NEVER_SINK)A value is used in a way that requires it to be never be a value denoted by a type qualifier, but there is an explicit annotation stating that it is not known where the value is prohibited from having that type qualifier. Either the usage or the annotation is incorrect. UCF: Useless control flow (UCF_USELESS_CONTROL_FLOW) This method contains a useless control flow statement, where
control flow continues onto the same place regardless of whether or not
the branch is taken. For example,
this is caused by having an empty statement
block for an if (argv.length == 0) { // TODO: handle this case } UCF: Useless control flow to next line (UCF_USELESS_CONTROL_FLOW_NEXT_LINE) This method contains a useless control flow statement in which control
flow follows to the same or following line regardless of whether or not
the branch is taken.
Often, this is caused by inadvertently using an empty statement as the
body of an if (argv.length == 1); System.out.println("Hello, " + argv[0]); USM: Abstract Method is already defined in implemented interface (USM_USELESS_ABSTRACT_METHOD)This abstract method is already defined in an interface that is implemented by this abstract class. This method can be removed, as it provides no additional value. USM: Method superfluously delegates to parent class method (USM_USELESS_SUBCLASS_METHOD)This derived method merely calls the same superclass method passing in the exact parameters received. This method can be removed, as it provides no additional value. UrF: Unread public/protected field (URF_UNREAD_PUBLIC_OR_PROTECTED_FIELD)This field is never read. The field is public or protected, so perhaps it is intended to be used with classes not seen as part of the analysis. If not, consider removing it from the class. UuF: Unused public or protected field (UUF_UNUSED_PUBLIC_OR_PROTECTED_FIELD)This field is never used. The field is public or protected, so perhaps it is intended to be used with classes not seen as part of the analysis. If not, consider removing it from the class. UwF: Field not initialized in constructor but dereferenced without null check (UWF_FIELD_NOT_INITIALIZED_IN_CONSTRUCTOR)This field is never initialized within any constructor, and is therefore could be null after the object is constructed. Elsewhere, it is loaded and dereferenced without a null check. This could be a either an error or a questionable design, since it means a null pointer exception will be generated if that field is dereferenced before being initialized. UwF: Unwritten public or protected field (UWF_UNWRITTEN_PUBLIC_OR_PROTECTED_FIELD)No writes were seen to this public/protected field. All reads of it will return the default value. Check for errors (should it have been initialized?), or remove it if it is useless. XFB: Method directly allocates a specific implementation of xml interfaces (XFB_XML_FACTORY_BYPASS)This method allocates a specific implementation of an xml interface. It is preferable to use the supplied factory classes to create these objects so that the implementation can be changed at runtime. See
for details.
Send comments to<EMAIL_ADDRESS>|


WITNESS LIST
County Affairs Committee
September 26, 2018 - 10:00 AM
Behavioral Health in the Criminal Justice System
On:
Allison, Jim (County Judges and Commissioners Association of Texas)
Auxier, Albert (Kendall County)
Elder, Dawn (Self; Starlite Recovery)
Witherspoon, Tifani (Robertson County Sheriff's Office)
Yezak, Gerald (Sheriff's Assoc. of Texas and the Robertson County Sheriff's Office)
Behavioral Health Intervention in the School Setting
On:
Robles, Holly (Self; Boerne ISD)
Registering, but not testifying:
On:
Rodriguez, Micah (Meadows Mental Health Policy Institute)
Sandra Bland Act Implementation
On:
Antu, Michael (Texas Commission on Law Enforcement)
Wood, Brandon (Texas Commission on Jail Standards)
1


Indonesian track and field proteges Karisma, Zohri showered with bonuses for breaking records
by Dicky Christanto WulandaruAll the hard training paid off when two Indonesian runners, Lalu Muhammad Zohri, 19, and para-athlete Karisma Evi Tiarani, 18, were awarded cash bonuses by the Indonesia Athletics Federation (PASI).
Karisma, who competed in the 100-meter women's race in the T63 (athlete with single through knee or above knee limb deficiency competing with a prosthesis) category, was awarded a Rp 100 million bonus after recently breaking a world record at the 2019 World Para Athletics Championships in Dubai. Karisma booked 14.72 seconds.
Zohri, who competed at the World Athletics Championships, also in Dubai, broke the Southeast Asian record, being the second-fastest man in the semifinal by booking 10.15 seconds, passing compatriot Suryo Agung, who was previously dubbed the fastest man in the region after booking 10.17 seconds. Zohri received a Rp 360 million bonus.
“I never thought I would reach this point, breaking the world record, with seniors as opponents. I am very grateful. I don’t know what I'll do with the money, except save it for a rainy day,” Karisma told The Jakarta Post on Wednesday.
Karisma said she was considering continuing her studies to obtain an undergraduate degree at a university in Surakarta, Central Java, next year.
Zohri said he would use the money to open a business.
“We can’t thank Pak Muhammad Hasan enough as he is the one who struggled to provide us with these cash rewards,” Zohri said, referring to PASI chief Muhammad "Bob" Hasan.
Hasan previously told the Post that cash bonuses were intended to keep athletes motivated so that they could reach higher levels in their sport.


rdelay-dashboard
https://github.com/fenquen/
rdelay
a redis-based lightweight distributable timing framework powered by spring boot as personal experimental work


ACME thermostat controller
Current temperature:
o
C
Energy usage:
Power saving mode is
on
PSM on
PSM off


We optimize dogs!
- extend virtual portals
- implement real-time deliverables
- grow transparent niches
- maximize 24/365 vortals
- benchmark e-business users
- recontextualize cross-media e-services
- expedite synergistic e-commerce
- mesh impactful e-markets
- benchmark frictionless interfaces
- enhance extensible e-services
- redefine next-generation bandwidth
- evolve viral networks
- recontextualize seamless convergence
- architect rich methodologies


Use the Strict-Transport-Security response header to enforce secure communication with the browser via HTTPS. This header is often referred to as HTTP Strict Transport Security, or simply HSTS.
The Strict-Transport-Security header instructs the browser to communicate with the server only via HTTPS, a secure communication tunnel that prevents eavesdropping. Without the header, there is no way for the browser to “know” that a web page should be accessed over HTTPS. This leaves open the possibility of using standard, unencrypted HTTP whether through a malicious link or direct URL access.
Use this guideline when implementing HTML5 web applications that transmit confidential data.
Note that, as of this writing, the latest releases of Mozilla Firefox, Google Chrome, and Opera all support the HSTS header. However, Internet Explorer does not.
Example.com is a popular stock-trading site that handles confidential financial information for its users. In this scenario, it is the intention that all requests from users are sent using HTTPS. However, no Strict-Transport-Security response header is sent from the Example.com server.
A hacker at a coffee shop uses his laptop to intercept all unencrypted traffic on the local wireless network. A user visits the coffee shop, and clicks a link to log in to the secure Example.com website. However, the link is http://www.example.com/login.php instead of https://www.example.com/login.php. Though the user is visiting the correct website, the hacker can eavesdrop, because the communication tunnel is unencrypted.
<a href="http://www.example.com/login.php"> Click here </a> to login securely connect to example.com
Even though the verbiage indicates a secure connection, the hyperlink clearly is not secure.
Server Response: HTTP/1.1 200 OK Date Thu, 25 Apr 2013 06:49:05 GMT Server Apache/2.2.22 (Win32) mod_ssl/2.2.22 OpenSSL/0.9.8t X-Powered-By PHP/5.3.8-ZS5.5.0 ZendServer Set-Cookie ZDEDebuggerPresent=php,phtml,php3; path=/ Keep-Alive timeout=5, max=100 Connection Keep-Alive Transfer-Encoding chunked Content-Type text/html
To correct the situation, the developers at Example.com include the Strict-Transport-Security response header. In the configuration file of their Apache 2 server, they enable mod_header, and then add:
Header always append Strict-Transport-Security: "max-age=7776000 "
Assuming that the user has logged in previously to Example.com, the browser will now detect that the connection should be HTTPS and connect securely.
Server Response: HTTP/1.1 200 OK Date Thu, 25 Apr 2013 07:01:05 GMT Server Apache/2.2.22 (Win32) mod_ssl/2.2.22 OpenSSL/0.9.8t X-Powered-By PHP/5.3.8-ZS5.5.0 ZendServer Set-Cookie ZDEDebuggerPresent=php,phtml,php3; path=/ Strict-Transport-Security max-age=7776000 Keep-Alive timeout=5, max=100 Connection Keep-Alive Transfer-Encoding chunked Content-Type text/html