POST Same-Origin Form "Secret"
Cross Origin Form "x-domain"
GET Same-Origin Form "Secret"
Update Div
Update Div


Koumac is the last substantial settlement on the NW coast of New Caledonia, and is a good base from which to explore the Northern Lagoon. It has the only good marina on the west coast outside of Noumea, albeit a very small one. This marina has restricted access so permission to enter should be confirmed prior to arrival (details below).
The town offers a wide range of services and it is possible to provision adequately here before a passage north.
Position: 20° 58.02S 164° 27.33 E (Marina)
This is no longer a port of entry, however it may be possible to leave the boat in the marina and take the bus to Noumea for clearance. Check first with Customs that this option is legal.
Skippers should report to the Port Captain (Capitaine de Port) on arrival, located in the marina.
Last updated June 2016.
The marina is about 3 km away from the town (half an hours walk) sitting on the southern end of the Pandop peninsula.
The entrance to the marina is shared with the commercial side of the port and is very narrow. It requires careful manoeuvuring in tight quarters and care should be taken on entering and exiting. If at all uncertain, it is recommended to continue past the marina entrance in a north easterly direction towards Anse de Koumac, anchor off the beach and take the dinghy into the marina from there to familiarise yourself with the layout of the entrance and space available.
The marina is small and access is restricted. Yachts must have permission to enter from the Port Captain prior to coming into the marina. Either call on VHF Ch. 67 or telephone the marina. You will be required to speak French.
It is also possible to anchor off the beach at Anse de Koumac, just a short distance north east of the marina entrance.
Last updated June 2016.


In this game, you are trying to match together "sets" of three cards. Each card has three attributes:
shape (histogram, dot plot, box plot), color (orange, blue, purple), and number (one, two, or three).
For three cards to constitute a "set", the cards must have each of their attributes be the same or be different.
For example, the following three cards would be a set, because their shapes are all the same, their colors are all different, and their number are all different:


Telkom walks away after Cell C rejects offer
by Duncan McLeodTelkom has withdrawn a cautionary notice to shareholders about its proposed acquisition of Cell C after the board of the mobile operator spurned its approaches.
Telkom said two weeks ago that it was interested in buying the financially distressed Cell C.
“Telkom has received written notice from the Cell C board of directors rejecting its non-binding proposal,” the company said on Friday.
“The Telkom board continues to believe the offer is a compelling proposition that would have created significant value for all stakeholders including Telkom’s shareholders,” it said.
“As the offer has been rejected by Cell C’s board of directors, Telkom shareholders are advised that they are no longer required to exercise caution when dealing in Telkom securities.”
Recap plan
The rejection of the Telkom offer paves the way for Cell C to conclude a planned recapitalisation with the Buffet Consortium and other, unnamed investors. Cell C management has said the company hopes to conclude the recap before the end of the year.
Earlier this month, Cell C concluded an expanded roaming agreement with rival MTN South Africa, which will result in the former spending significantly less on its network. That agreement, which is being probed by communications regulator Icasa, was seen as the last big stumbling block to the signing of the recapitalisation agreement. — (c) 2019 NewsCentral Media


I am interested in creating intuitive web experiences for any level of use. My apps allow the user to fully appreciate the power and beauty of our connected world.
Through my personal methodology, I provide solutions to complex web issues, ranging from simplifying and beautifying client-side experience, to better organization and efficiency of back-end applications. My past experience with leading group projects, and my ability to simultaneously recognize the gestalt of a situation while paying minute attention to detail aids me in the face of complex problems.
ContactOr contact me directly at jacobmink@gmail.com


{{ lang['discounts']}} {{lang['for']}} {{ place.name if not place.name is none }}
{{ place.address.street~', '~ place.address.city if not place.address is none}}
{{ lang['new_discounts']}}
{{ lang['available_discounts']}}
{{ lang['old_discounts']}}


Crime and Punishment (Pre-reform Russian: Преступленіе и наказаніе; post-reform Russian: Преступление и наказание, tr. Prestupléniye i nakazániye, IPA: [prʲɪstʊˈplʲenʲɪje ɪ nəkɐˈzanʲɪje]) is a novel by the Russian author Fyodor Dostoevsky. It was first published in the literary journal The Russian Messenger in twelve monthly installments during 1866.[1] It was later published in a single volume. It is the second of Dostoevsky's full-length novels following his return from 5 years of exile in Siberia. Crime and Punishment is considered the first great novel of his "mature" period of writing.[2]
Price = {{ price | currency : "Rs."}}


Built to help the user discover their next great read. Bookshelf allows the user to search a desired author, title or genre and provides results based on the input criterion
A weather dashboard application with search functionality to find current weather conditions and the future weather outlook for multiple cities
An application that generates a random password based on user-selected criteria. User selects character types to be contained in password


RT @1337807: We're hiring a Ruby Agent Engineer at @newrelic, come metaprogram with me in Portland! We're a fast, small team with fascinati…
8/8/2013, 6:34:28 PM
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RT @1337807: We're hiring a Ruby Agent Engineer at @newrelic, come metaprogram with me in Portland! We're a fast, small team with fascinati…
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The nodes of this tree are read from YQL, any replies rely on that service. The long connecting lines might look funny sometimes because they are borrowed from YUI2 TreeView and they assumed limits on the height of a line so for lengthy lines, the sprite overflows into the next element. With a proper sprite, this would not happen.


Uses of Package
edu.unc.cs.comp524.parsers.prolog
| Package | Description |
|---|---|
| edu.unc.cs.comp524.parsers.prolog |
Package holding prolog-parser code built for Comp 524 taught at the
University of North Carolina Chapel Hill
|


interface CardInputListener
Represents a listener for card input events. Note that events are not one-time events. For instance, a user can "complete" the CVC many times by deleting and re-entering the value.
FocusField |
annotation class FocusField |
onCardComplete |
Called when a potentially valid card number has been completed in the CardNumberEditText. May be called multiple times if the user edits the field. abstract fun onCardComplete(): Unit |
onCvcComplete |
Called when a potentially valid CVC has been entered. The only verification performed on the number is that it is the correct length. May be called multiple times, if the user edits the CVC. abstract fun onCvcComplete(): Unit |
onExpirationComplete |
Called when a expiration date (one that has not yet passed) has been entered. May be called multiple times, if the user edits the date. abstract fun onExpirationComplete(): Unit |
onFocusChange |
Called whenever the field of focus within the widget changes. abstract fun onFocusChange(focusField: String): Unit |


Riyad Mahrez's stunning solo goal in which he dribbled past two defenders saw Manchester City come from behind to beat Chelsea, Business Insider - Business Insider Singapore
by Barnaby Lane, Business Insider US- Riyad Mahrez’s stunning solo goal completed a fine Manchester City comeback against Chelsea on Saturday.
- The Algerian dribbled between two Chelsea defenders, before taking a moment to look up and subsequently passing the ball nonchalantly into the back of the net in the 37th minute.
- City had gone behind in the 21st minute courtesy of an N’Golo Kante goal, however, was level just eight minutes later through Kevin De Bruyne.
- Mahrez’s winner means City leapfrogged Chelsea in the Premier League table into third place, and kept alive its hopes of catching league leaders Liverpool, whom it trails by nine points.
- Read more of our soccer coverage here.
- Visit Business Insider’s homepage for more stories.
Riyad Mahrez’s stunning solo goal saw Manchester City end Chelsea’s run of six consecutive wins in the Premier League on Saturday.
Chelsea’s fine recent form has seen it climb the to third in the English top division, and a win at The Etihad Stadium would have seen it secure that position for at least another fortnight, moving four points ahead of chasers City.
Things got off to a perfect start for Frank Lampard’s men, whose dominance in the opening proceedings was rewarded with an N’Golo Kante goal – the Frenchman holding off makeshift centre back Fernandinho to slot home in the 21st minute.
However, that lead lasted less than lasted all of eight minutes, with Kevin De Bryune leveling the score courtesy of a fortunate deflection of the foot of Kurt Zouma.
Though there was a slice of good luck in City’s equalizer, its second in the 37th minute, which proved to be the winner, was all of Mahrez’s doing.
The Algerian picked the ball up on the right flank around 40-yards from goal, before driving at Chelsea duo Mateo Kovacic and Emerson.
While the pair appeared to have Mahrez covered, some superb footwork saw him jink between them both, after which he looked up and nonchalantly passed the ball into the far left corner of his goal.
Raheem Sterling had made it 3-1 in the final moments, only to see his goal ruled out for offside by VAR.
Mahrez’s goal was his fourth of the season, and ensured City moved up to third in table, also ensuring it kept alive its hopes of catching league leaders Liverpool, whom it trails by nine points.
Read more:


{% extends "imagersite/base.html" %} {% block body %}
An Email has been sent to you with a link to complete the registration.


module FriendlyId::Base
Public Instance Methods
has_friendly_id(method, options = {}, &block)
click to toggle source
Set up a model to use a friendly_id. This method accepts a hash with {FriendlyId::Configuration several possible options}.
@param [#to_sym] method The column or method that should be used as the
basis of the friendly_id string.
@param [Hash] options For valid configuration options, see
{FriendlyId::Configuration}.
@param [block] block An optional block through which to filter the
friendly_id text; see {FriendlyId::Configuration#normalizer}. Note that passing a block parameter is now deprecated and will be removed from FriendlyId 3.0.
@example
class User < ActiveRecord::Base has_friendly_id :user_name end class Post < ActiveRecord::Base has_friendly_id :title, :use_slug => true, :approximate_ascii => true end
@see FriendlyId::Configuration
# File lib/friendly_id.rb, line 49 def has_friendly_id(method, options = {}, &block) raise NotImplementedError end
uses_friendly_id?()
click to toggle source
Does the model class use the FriendlyId plugin?
# File lib/friendly_id.rb, line 54 def uses_friendly_id? respond_to? :friendly_id_config end


Apple and Google Hushed Coronavirus!
In a fraction of second, Coronavirus has spread too quickly for frontline staffs to keep up with traditional methods. Thus, our cellphones have taken charge to help us out of this misery! Tech Giants, Apple and Google have shaken hands to keep us safe and sound. They have announced an expansion of their coronavirus warning software called "exposure notifications express." The software is built into the operating systems on Google's Android phones and Apple's iPhones, and employs Bluetooth to determine if people have spent significant time near each other. For the application to track coronavirus, participating public health agencies provide the person with a unique number when entered into the system for users to receive a pop-up notification. Therefore, if a person tests positive, other participants who've come into contact with that person get notified. It is the software of 2020 because it can save lives! It creates an alert a participant's close contacts if that person tests positive for the virus. They can also share their Bluetooth data and receive alerts when they come in contact with someone diagnosed with the coronavirus. To further enhance the systems, surveillance footage is also used to determine where the diseases might have spread. Health experts and researchers have co-created a wonder to make a difference in the spread of the virus with the help of technology with fewer privacy concerns. It was a relief to a lot of people around the world, but the software got off to a rocky edge when countries such as South Korea and Israel attempted to use technology to tackle the terrifying situation, using cellphone records and GPS data. While trying to track the virus, these methods have also drawn criticism from privacy advocates citing privacy concerns. Therefore, Apple and Google have declined to give public health agencies special access for the purpose of contact tracing.
If you get up in the morning and think the future is going to be better, it is a bright day. Otherwise, it's not. - Elon Musk


LGM-Geocoding
Contents:
config
writers
utilities
related to classifiers
related to OSM
related to features
features
pipeline_processes
algorithm selection
model creation
model training
model deployment
LGM-Geocoding
Docs
»
Overview: module code
All modules for which code is available
geocoding.algorithm_selection
geocoding.clf_utilities
geocoding.config
geocoding.features
geocoding.features_utilities
geocoding.model_deployment
geocoding.model_selection
geocoding.model_training
geocoding.osm_utilities
geocoding.writers


MM Hospitals
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providing you with the information or products or services that you have requested;
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certain information you may choose to share may be displayed publicly, such as your username and any content you post when you use interactive areas of our Website like our online forums;
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We take reasonable steps to protect the security of the information communicated through our Website. However, no computer security system is entirely foolproof and the Internet is not a secure method of transmitting information. As a result, we do not assume any responsibility for the data you submit to or receive from us through the Internet or for any unauthorised access or use of that information and we cannot and do not guarantee that information communicated by you to us or sent to you by us will be received or that it will not be altered before or after its transmission to us. You agree to not hold us and our respective past, present and future employees, officers, directors, contractors, consultants, equity holders, suppliers, vendors, service providers, parent companies, subsidiaries, affiliates, agents, representatives, predecessors, successors and assigns (collectively, the “block.one Parties”) liable for any loss or damage of any sort incurred as a result of any misappropriation, interception, modification, deletion, destruction or use of information provided through our Website.
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Wax On, Wax Off Way of Learning
Reflection
September 23, 2015
Learning HTML and CSS seemed easy to learn and master at first. Completing the assigned reading and completing the Codecademy course made HTML/CSS sound straightforward. However, in practice, I have learned how complex and frustrating it can be to work with these languages. When it comes to CSS especially, I feel as though there is a lot of trial and error. You tell it to do something, open the html file in a browser, and see that it has either failed to move at all, or it is doing something completely unexpected. Additionally, if you look up on W3 or other resources on how to accomplish one task, you may find that it may not work depending on what other properties you have given your html element. Either way, there are many different properties that can be applied to an html element, and it feels as though you may never know the true result of pairing any of those properties together.
In the end, it takes me multiple tries to accomplish a new task. There have been times where I wanted to make a simple change—center an embedded video or clip part of an image—and it took me hours to figure out how to do it. Sometimes I just give up. There have also been times where I wanted to try a new property in CSS only to find that it did something completely unexpected. But for each frustrating reload and mistake made, I knew I was learning a little. Even if it was a property that I didn’t end up using, I remembered what it did and all the unexpected outcomes it yielded. And eventually, small things that used to give me a hard time got a bit easier. And every now and then I come across a problem where I end up using an old property that I gave up on before.
This kind of trial and error learning reminds me a lot of the Karate Kid. Daniel begins his martial arts learning by doing all of these obscure and seemingly useless tasks for Miyagi, from waxing the car to painting the fence. At the end of the movie, he realizes that he actually learns, practiced, and developed the muscles to apply some very fundamental fighting techniques. Unlike Ruby and Javascript, HTML/CSS did not come easily and as straightforward. It took countless failures and the chasing of red herrings to accomplish a task. But at the end of the day, I realize how many of those “failures” were actually unexpected outcomes that I ended up remembering and using in other situations where it applied.
I am far from even coming close to mastering HTML/CSS and I know there are more frustrating failures ahead of me. However, upon looking back, at least I can find comfort in that with each failure I am learning and with each unexpected outcome, it could just be practice for another situation it will be perfect for.


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The fastest way to alert family and friends.
Emergency communication matters. We help you communicate the right information to the right people when dialing 911 isn't possible. Rescue immediately alerts your emergency contacts and sends a pinpoint with your exact location when you message via Text, Facebook Messenger, Whatsapp or your preferred messaging channel.
Rescue is a conversational chatbot built to learn the context of a situation, relay critical information and provide first responders with your location. Send a silent distress signal over chat that immediately alerts your family and friends without drawing unwanted attention to yourself.
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Trigger an emergency message that sends an alert and location update to important contacts. You can also tell people to meet up at a familiar shared location using our Rescue Graph.
Multi-channel Messaging
Rescue manages hundreds of thousands of messages that are persistent across a variety of messaging channels. Start a conversation over SMS, continue it on Messenger or the platform of your choice without being forgotten.


Fernando Ricksen thanks 'Simply the Best' Rangers fans in tear-jerking final message
The Ibrox hero thanked the football world for their 'amazing support' and revealed his proudest moment for the Light Blues in a foreward to a new book just before his death.
by Nicholas Keyden, https://www.dailyrecord.co.uk/authors/nicholas-keyden/Fernando Ricksen paid tribute to Rangers supports he called "Simply the Best" in a tear-jerking final message before his tragic death.
Writing in a new book about famous moments in the club's history, the 44-year-old thanked the football world for their "amazing" support through his battle with Motor Neurone Disease.
The Dutch legend bravely fought the condition for six years before passing away at an Airdrie hospice on September 18.
He penned the poignant foreword for '10 matches 10 players' book in August, just weeks before his death using a special keypad which tracks eye movements.
Fernando said: "The support from the football world to me has been amazing.
“And I am continuously reminded how lucky I was to play for Rangers.
“Rangers are a very special club and the fans are Simply the Best.”
The book lists 10 of the Ibrox side's greatest achievements described by some of its most recognised players including Fernando's pal Nacho Novo, Berry Ferguson and Andy Goram.
It includes Rangers' thrilling final day of the season league win in 2005 dubbed Helicopter Sunday.
A chopper ferrying the trophy to be presented to Celtic at Motherwell had a last minute change of direction to Edinburgh after the Light Blues last-gasp winner beat Hibs 1-0 and clinch the title.
A beaming Fernando was the man to lift the trophy aloft in celebration in what he called his proudest moment as a player.
He added: "I had many highlights in my time at Ibrox and I’m not surprised to see Helicopter Sunday in the 10 chosen. It was a special day for all of us.
"I’m now spending my time in peaceful surroundings.
“Days can be long and predictable but I gain great satisfaction from reflecting on my football career."
Fernando's inclusion in the book came after he met author Stuart Thomson at a charity do in London back when he was "still able to talk".
Each sale will see £1.50 donated to the Rangers Former Players Benevolent Fund. It can be purchased here .
Stuart told the Sun: "It’s an honour he said such generous words."


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Prof. Shiburaj P.
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Before Change
def check_components_alive(cluster, component_type, check_component_alive):
Check that a given component type is alive on all worker nodes.
worker_nodes = cluster.list_all_nodes()[1:]
assert len(worker_nodes) > 0
for node in worker_nodes:
process = node.all_processes[component_type][0].process
if check_component_alive:
After Change
def check_components_alive(cluster, component_type, check_component_alive):
Check that a given component type is alive on all worker nodes.
worker_nodes = get_other_nodes(cluster)
assert len(worker_nodes) > 0
for node in worker_nodes:
process = node.all_processes[component_type][0].process
if check_component_alive:


tests package
Submodules
tests.test_admin module
Test administrative requests
-
class tests.test_admin.TestAdmin(methodName='runTest')[source]
Bases: unittest.case.TestCase
-
run_admin_test(request_type)[source]
Actually do the work
-
test_admin_json()[source]
Creates a new account, authenticates as this account and deletes
it afterwards. Assumes, that this works correctly (in json format)
-
test_admin_xml()[source]
Creates a new account, authenticates as this account and deletes
it afterwards. Assumes, that this works correctly (in xml format)
tests.test_auth module
Test the auth tool
-
class tests.test_auth.TestAuth(methodName='runTest')[source]
Bases: unittest.case.TestCase
-
test_admin_auth_json()[source]
Send a configured admin auth request in json format using the
admin auth-method and check a successfully returned token
-
test_admin_auth_xml()[source]
Send a configured admin auth request in xml format using the
admin auth-method and check a successfully returned token
-
test_auth_failure_json()[source]
Send a configured auth request with a wrong password in json
format and check the result
-
test_auth_failure_raise()[source]
Send a configured auth request with a wrong password in json
format and let it raise an exception
-
test_auth_failure_xml()[source]
Send a configured auth request with a wrong password in XML format
and check the result
-
test_auth_json()[source]
Send a configured auth request in json format and check a
successfully returned token
-
test_auth_xml()[source]
Send a configured auth request in XML format and check a
successfully returned token
-
test_password_auth_failure_json()[source]
Send a configured auth request in json format using password based
authentication and a wrong password and check the error
-
test_password_auth_failure_xml()[source]
Send a configured auth request in xml format using password based
authentication and a wrong password and check the error
-
test_password_auth_json()[source]
Send a configured auth request in json format using password
based authentication and check a successfully returned token
-
test_password_auth_xml()[source]
Send a configured auth request in xml format using password
based authentication and check a successfully returned token
tests.test_autoresponse module
Test, wether send_request can create a request automatically on its own
-
class tests.test_autoresponse.TestAutoresponse(methodName='runTest')[source]
Bases: unittest.case.TestCase
-
test_autoresponse_json()[source]
Create a JSON-request and pass this to send_request expection a
json response.
-
test_autoresponse_xml()[source]
Create an XML-request and pass this to send_request expection a
xml response.
tests.test_fault module
Fault tests
-
class tests.test_fault.TestRequestFault(methodName='runTest')[source]
Bases: unittest.case.TestCase
Fault tests
-
check_response(response)[source]
-
cleanUp()[source]
Clean up after one step to leave a dedicated result for the other
test cases.
-
request = None
The request to be tested against
-
setUp()[source]
-
tearDown()[source]
-
test_fault_non_existing_folder_batch_json()[source]
Request a non existing folder multiple times to get multiple
faults
-
test_fault_non_existing_folder_batch_xml()[source]
Request a non existing folder multiple times to get multiple
faults
-
test_fault_non_existing_folder_genrequest()[source]
Request a non existing folder, so we get a fitting fault
-
test_fault_non_existing_folder_genrequest_invalidurl()[source]
Request a non existing folder, so we get a fitting fault
-
test_fault_non_existing_folder_genrequest_xml()[source]
Request a non existing folder, so we get a fitting fault
-
test_fault_non_existing_folder_json()[source]
Request a non existing folder, so we get a fitting fault
-
test_fault_non_existing_folder_xml()[source]
Request a non existing folder, so we get a fitting fault
tests.test_genrequest module
Test usage of communication.authenticate and communication.gen_request
-
class tests.test_genrequest.TestGenrequest(methodName='runTest')[source]
Bases: unittest.case.TestCase
-
test_genrequest_batch()[source]
Create a batch-request only using the Communication-object
-
test_genrequest_batch_invalid()[source]
Create a batchrequest only using the Communication-object,
send it and request an invalid request id
-
test_genrequest_batch_invalid_xml()[source]
Create a batchrequest only using the Communication-object,
send it and request an invalid request id (xml)
-
test_genrequest_batch_xml()[source]
Create a batch-request only using the Communication-object (
xml-version)
-
test_genrequest_check_response()[source]
Create a request only using the Communication-object, send it and
check the response
-
test_genrequest_check_response_batch()[source]
Create a batch-request only using the Communication-object
-
test_genrequest_check_response_batch_xml()[source]
Create a batch-request only using the Communication-object
-
test_genrequest_check_response_xml()[source]
Create a request only using the Communication-object, send it and
check the response
-
test_genrequest_default()[source]
Create a request only using the Communication-object
-
test_genrequest_fail()[source]
Create a request only using the Communication-object
-
test_genrequest_xml()[source]
Create a request only using the Communication-object
tests.test_preauth module
Test Preauth tool
-
class tests.test_preauth.TestPreauth(methodName='runTest')[source]
Bases: unittest.case.TestCase
-
test_create_preauth()[source]
Test creating a preauth
This is mostly bogus, as the return value cannot be tested against
something senseful. It’s just tested if the method can be called and
it returns a str.
tests.test_request_json module
Request tests
-
class tests.test_request_json.TestRequestJson(methodName='runTest')[source]
Bases: unittest.case.TestCase
Request tests
-
cleanUp()[source]
Clean up after one step to leave a dedicated result for the other
test cases.
-
request = None
The request to be tested against
-
setUp()[source]
-
tearDown()[source]
-
test_add_request()[source]
Test adding a request
-
test_batch_add_request()[source]
Test adding multiple request to a batch request
-
test_empty_request()[source]
Create an empty request and check the created xml
-
test_enable_batch_default()[source]
Test enabling batch requests
-
test_enable_batch_stop()[source]
Test enabling batch requests with additional parameter
-
test_set_context_params()[source]
Add all currently accepted params and check the result
-
test_set_context_params_failtype()[source]
Add context parameters to the request and expect the method to
send an exception
tests.test_request_xml module
Request tests
-
class tests.test_request_xml.TestRequestXml(methodName='runTest')[source]
Bases: unittest.case.TestCase
Request tests
-
cleanUp()[source]
Clean up after one step to leave a dedicated result for the other
test cases.
-
request = None
The request to be tested against
-
setUp()[source]
-
tearDown()[source]
-
test_add_request()[source]
Test adding a request
-
test_batch_add_request()[source]
Test adding multiple request to a batch request
-
test_empty_request()[source]
Create an empty request and check the created xml
-
test_enable_batch_default()[source]
Test enabling batch requests
-
test_enable_batch_stop()[source]
Test enabling batch requests with additional parameter
-
test_set_context_params()[source]
Add all currently accepted params and check the result
-
test_set_context_params_failtype()[source]
Add context parameters to the request and expect the method to
send an exception
-
tool_assert_equal_xml(xml_a, xml_b, message=None)[source]
tests.test_response_json module
Testing response class
-
class tests.test_response_json.TestResponseJson(methodName='runTest')[source]
Bases: unittest.case.TestCase
Response class tests
-
response = None
Our response object
-
setUp()[source]
Generate a Response object and set our tested server result string
-
test_get_batch()[source]
-
test_get_body()[source]
Checks the body against a pickled expectation
-
test_get_response()[source]
-
test_is_batch()[source]
-
tested_server_result = '{ "Header": { "context": { "_jsns": "urn:zimbra" } }, "Body": { "GetVersionInfoResponse": { "info": { "type": "NETWORK", "version": "8.0.5_GA_5839.NETWORK", "release": "20130910124124", "buildDate": "20130910-1244", "host": "zre-ubuntu12-64", "platform": "UBUNTU12_64", "majorversion": "8", "minorversion": "0", "microversion": "5" }, "_jsns": "urn:zimbraAdmin" } }, "_jsns": "urn:zimbraSoap" }'
The result we test against (coming from a GetVersionInfoRequest)
tests.test_response_xml module
Testing response class
-
class tests.test_response_xml.TestResponseXml(methodName='runTest')[source]
Bases: unittest.case.TestCase
Response class tests
-
response = None
Our response object
-
setUp()[source]
Generate a Response object and set our tested server result string
-
test_get_batch()[source]
-
test_get_body()[source]
Checks the body against a pickled expectation
-
test_get_response()[source]
-
test_get_response_multi()[source]
For cases where we have several tags with the same name.
In that case, for a given tag name as a key, we want a list of dicts
containing the content of each tag, instead of a single dict.
-
test_is_batch()[source]
-
tested_server_result = '<soap:Envelope xmlns:soap="http://www.w3.org/2003/05/soap-envelope"><soap:Header><context xmlns="urn:zimbra"/></soap:Header><soap:Body><GetVersionInfoResponse xmlns="urn:zimbraAdmin"><info platform="UBUNTU12_64" host="zre-ubuntu12-64" minorversion="0" microversion="5" buildDate="20130910-1244" type="NETWORK" majorversion="8" release="20130910124124" version="8.0.5_GA_5839.NETWORK"/></GetVersionInfoResponse></soap:Body></soap:Envelope>'
The result we test against (coming from a GetVersionInfoRequest by
running zmsoap -z –json -t admin GetVersionInfoRequest -vv)
-
tested_server_result_multi_value = '<soap:Envelope xmlns:soap="http://www.w3.org/2003/05/soap-envelope"><soap:Header><context xmlns="urn:zimbra"/></soap:Header><soap:Body><GetAllDomainsResponse> <domain id="b37d6b9" name="client1.unbound.example.fr"></domain><domain id="444d6b9" name="client1.unbound.example.fr"></domain></GetAllDomainsResponse></soap:Body></soap:Envelope>'
This one is a stripped version of a GetAlDomains
tests.test_xmlserializer module
Tests of XML Serializer tools
-
class tests.test_xmlserializer.TestXmlSerializer(methodName='runTest')[source]
Bases: unittest.case.TestCase
-
test_dict_to_dom()[source]
Test xml serialization using dict_to_dom method.
-
test_dict_to_dom_unicode()[source]
Test xml serialization using dict_to_dom method.
-
test_dom_to_dict()[source]
Test xml->dict serialization
Creates a node, generates the dict using dict_to_dom and compares a
pickled result
Module contents
Python-Zimbra test suite
-
tests.get_config()[source]


| I l@ve RuBoard |
The STL provides several algorithms to sort elements of a range. In addition to full sorting, it provides different variants of partial sorting. If their result is enough, you should prefer them because they usually have better performance.
You might also use associative containers to have elements sorted automatically. However, note that sorting all elements once is usually faster than keeping them sorted always (see page 228 for details).
void
sort (RandomAccessIterator beg, RandomAccessIterator end)
void
sort (RandomAccessIterator beg, RandomAccessIterator end, BinaryPredicate op)
void
stable_sort (RandomAccessIterator beg, RandomAccessIterator end)
void
stable_sort (RandomAccessIterator beg, RandomAccessIterator end, BinaryPredicate op)
The first forms of sort() and stable_sort() sort all elements in the range [beg,end) with operator <.
The second forms of sort() and stable_sort() sort all elements by using the binary predicate
op(elem1,elem2) as the sorting criterion.
Note that op should not change its state during a function call. See Section 8.1.4,for details.
The difference between sort() and stable_sort() is that stable_sort() guarantees that the order of equal elements remains stable.
You can't call these algorithms for lists because lists do not provide random access iterators. However, lists provide a special member function to sort elements: sort() (see page 245).
sort() guarantees a good performance (n-log-n) on average. However, if avoiding worst-case performance is important, you should use partial_sort() or stable_sort(). See the discussion about sorting algorithms on page 328.
Complexity:
For sort(): n-log-n on average (approximately numberOfElements*log(numberOfElements) comparisons on average).
For stable_sort(): n-log-n if there is enough extra memory (numberOfElements* log(numberOfElements) comparisons), or n-log-n*log-n otherwise (numberOfElements* log(numberOfElements)[] comparisons).
The following example demonstrates the use of sort():
// algo/sort1.cpp #include "algostuff.hpp" using namespace std; int main() { deque<int> coll; INSERT_ELEMENTS(coll,1,9); INSERT_ELEMENTS(coll,1,9); PRINT_ELEMENTS(coll,"on entry: "); // sort elements sort (coll.begin(), coll.end()); PRINT_ELEMENTS(coll,"sorted: "); // sorted reverse sort (coll.begin(), coll.end(), // range greater<int>()); // sorting criterion PRINT_ELEMENTS(coll,"sorted >: "); }
The program has the following output:
on entry: 1 2 3 4 5 6 7 8 9 1 2 3 4 5 6 7 8 9 sorted: 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 sorted >: 9 9 8 8 7 7 6 6 5 5 4 4 3 3 2 2 1 1
See page 123 for an example that demonstrates how to sort according to a member of a c1ass.
The following program demonstrates how sort() and stable_sort() differ. The program uses both algorithms to sort strings only according to their number of characters by using the sorting criterion lessLength():
// algo/sort2.cpp #include "algostuff.hpp" using namespace std; bool lessLength (const string& s1, const string& s2) { return s1.length() < s2.length(); } int Main() { vector<string> coll1; vector<string> coll2; // fill both collections with the same elements coll1.push_back ("1xxx"); coll1.push_back ("2x"); coll1.push_back ("3x"); coll1.push_back ("4x"); coll1.push_back ("5xx"); coll1.push_back ("6xxxx"); coll1.push_back ("7xx"); coll1.push_back ("8xxx"); coll1.push_back ("9xx"); coll1.push_back ("l0xxx"); coll1.push_back ("11"); coll1.push_back ("12"); coll1.push_back ("13"); coll1.push_back ("14xx"); coll1.push_back ("15"); coll1.push_back ("16"); coll1.push_back ("17"); col12 = coll1; PRINT_ELEMENTS (coll1,"on entry:\n "); // sort (according to the length of the strings) sort (coll1.begin(), coll1.end(), // range lessLength); // criterion stable_sort (coll2.begin(), coll2.end(), // range lessLength); //criterion PRINT_ELEMENTS(coll1,"\nwith sort():\n "); PRINT_ELEMENTS(coll2,"\nwith stable_sort():\n "); }
The program has the following output:
on entry: 1xxx 2x 3x 4x 5xx 6xxxx 7xx 8xxx 9xx lOxxx 11 12 13 14xx 15 16 17 with sort(): 17 2x 3x 4x 16 15 13 12 11 9xx 7xx 5xx 8xxx 14xx 1xxx lOxxx 6xxxx with stable_sort(): 2x 3x 4x 11 12 13 15 16 17 5xx 7xx 9xx 1xxx 8xxx 14xx 6xxxx lOxxx
Only stable_sort() preserves the relative order of the elements (the leading numbers tag the order of the elements on entry).
void
partial_sort (RandomAccessIterator beg, RandomAccessIterator sortEnd, RandomAccessIterator end)
void
partial_sort (RandomAccessIterator beg, RandomAccessIterator sortEnd, RandomAccessIterator end, BinaryPredicate op)
The first form sorts the elements in the range [beg,end) with operator < so that range [beg,sortEnd) contains the elements in sorted order.
The second form sorts the elements by using the binary predicate
op (elem1, elem2)
as the sorting criterion so that range [beg,sortEnd) contains the elements in sorted order.
Note that op should not change its state during a function call. See Section 8.1.4, for details.
Unlike sort(), partial_sort() does not sort all elements, but stops the sorting once the first elements up to sortEnd are sorted correctly. Thus, if after sorting the sequence you need only the first three elements, this algorithm saves time because it does not sort the remaining elements unnecessarily.
If sortEnd is equal to end, partial_sort() sorts the full sequence. It has worse performance than sort() on average but better performance in the worst case. See the discussion about sorting algorithms on page 328.
Complexity: between linear and n-log-n (approximately numberOfElements*log(numberOfSortedElements) comparisons).
The following program demonstrates how to use partial_sort():
// algo/psort1.cpp #include "algostuff.hpp" using namespace std; int Main() { deque<int> coll; INSERT_ELEMENTS(coll,3,7); INSERT_ELEMENTS(coll,2,6); INSERT_ELEMENTS(coll,1,5); PRINT_ELEMENTS(coll); // sort until the first five elements are sorted partial_sort (coll.begin(), // beginning of the range coll.begin()+5, // end of sorted range coll.end()); // end of full range PRINT_ELEMENTS(coll); // sort inversely until the first five elements are sorted partial_sort(coll.begin(), // beginning of the range coll.begin()+5, // end of sorted range coll.end(), // end of full range greater<int>()); // sorting criterion PRINT_ELEMENTS(coll); // sort all elements partial_sort (coll.begin(), // beginning of the range coll.end(), // end of sorted range coll.end()); // end of full range PRINT_ELEMENTS(coll); }
The program has the following output:
3 4 5 6 7 2 3 4 5 6 1 2 3 4 5 1 2 2 3 3 7 6 5 5 6 4 4 3 4 5 7 6 6 5 5 1 2 2 3 3 4 4 3 4 5 1 2 2 3 3 3 4 4 4 5 5 5 6 6 7
RandomAccessIterator
partial_sort_copy (InputIterator sourceBeg, InputIterator sourceEnd, RandomAccessIterator destbeg, RandomAccessIterator destEnd)
partial_sort_copy (InputIterator sourceBeg, InputIterator sourceEnd, RandomAccessIterator destbeg, RandomAccessIterator destEnd) BinaryPredicate op)
Both forms are a combination of copy() and partial_sort().
They copy elements from the source range [sourceBeg,sourceEnd) sorted into the destination range [destBeg,destEnd).
The number of elements that are sorted and copied is the minimum number of elements in the source range and in the destination range.
Both forms return the position after the last copied element in the destination range (the first element that is not overwritten).
If the destination range [destBeg,destEnd) has more or an equal number of elements than the source range [sourceBeg,sourceEnd), all elements are copied and sorted. Thus, the behavior is a combination of copy() and sort().
Complexity: between linear and n-log-n (approximately numberOfElements*log(numberOfSortedElements) comparisons).
The following program demonstrates some examples of partial_sort_copy():
// algo/psort2.cpp #include "algostuff.hpp" using namespace std; int main() { deque<int> coll1; vector<int> coll6(6); // initialize with 6 elements vector<int> coll30(30); // initialize with 30 elements INSERT_ELEMENTS(coll1,3,7); INSERTIELEMEMTS(coll1,2,6); INSERT_ELEMENTS(coll1,1,5); PRINT_ELEMENTS(coll1); // copy elements of coll1 sorted into coll6 vector<int>::iterator pos6; pos6 = partial_sort_copy (coll1.begin(), coll1.end(), coll6.begin(), coll6.end()); // print all copied elements copy (coll6.begin(), pos6, ostream_iterator<int>(cout," ")); cout << endl; // copy elements of coll1 sorted into coll30 vector<int>::iterator pos30; pos30 = partial_sort_copy (coll1.begin(), coll1.end(), coll30.begin(), coll30.end(), greater<int>()); // print all copied elements copy (coll30.begin(), pos30, ostream_iterator<int>(cout," ")); cout << endl; }
The program has the following output:
3 4 5 6 7 2 3 4 5 6 1 2 3 4 5 1 2 2 3 3 3 7 6 6 5 5 5 4 4 4 3 3 3 2 2 1
The destination of the first call of partial_sort_copy() has only six elements, so the algorithm copies only six elements and returns the end of coll6. The second call of partial_sort_copy() copies all elements of coll1 into coll30, which has enough room for them, and thus all elements are copied and sorted.
void
nth_element (RandomAccessIterator beg, RandomAccessIterator nth, RandomAccessIterator end)
void
nth_element (RandomAccessIterator beg, RandomAccessIterator nth, RandomAccessIterator end, BinaryPredicate op)
Both forms sort the elements in the range [beg,end) so that the correct element is at the nth position and all elements in front are less than or equal to this element, and all elements that follow are greater than or equal to it. Thus, you get two subsequences separated by the element at position n, whereby each element of the first subsequence is less than or equal to each element of the second subsequence. This is helpful if you need only the set of the n highest or lowest elements without having all the elements sorted.
The first form uses operator < as the sorting criterion.
The second form uses the binary predicate
op(elem1 ,elem2)
as the sorting criterion.
Note that op should not change its state during a function call. See Section 8.1.4, for details.
The partition() algorithm (see page 395) is also provided to split elements of a sequence into two parts according to a sorting criterion. See page 330 for a discussion of how nth_element() and partition() differ.
Complexity: linear on average.
The following program demonstrates how to use nth_element():
// algo/nth1.cpp #include "algostuff.hpp" using namespace std; int main() { deque<int> coll; INSERT_ELEMENTS(coll,3,7); INSERT_ELEMENTS(coll,2,6); INSERT_ELEMENTS(coll,1,5); PRINT_ELEMENTS(coll); // extract the four lowest elements nth_element (coll.begin(), // beginning of range coll.begin()+3, // element that should be sorted correctly coll.end()); // end of range // print them cout << "the four lowest elements are: "; copy (coll.begin(), coll.begin()+4, ostream_iterator<int>(cout," ")); cout << endl; // extract the four highest elements nth_element (coll.begin(), // beginning of range coll.end()-4, // element that should be sorted correctly coll.end()); // end of range // print them cout << "the four highest elements are: "; copy (coll.end()-4, coll.end(), ostream_iterator<int>(cout," ")); cout << endl; // extract the four highest elements (second version) nth_element (coll.begin(), // beginning of range coll.begin()+3, // element that should be sorted correctly coll.end(), // end of range greater<int>()); // sorting criterion // print them cout << "the four highest elements are: "; copy (coll.begin(), coll.begin()+4, ostream_iterator<int>(cout," ")); cout << endl; }
The program has the following output:
3 4 5 6 7 2 3 4 5 6 1 2 3 4 5 the four lowest elements are: 2 1 2 3 the four highest elements are: 5 6 7 6 the four highest elements are: 6 7 6 5
A heap, in the context of sorting, is used as a particular way to sort elements. It is used by heapsort. A heap can be considered a binary tree that is implemented as a sequential collection. Heaps have two properties:
The first element is always the largest element.
You can add or remove an element in logarithmic time.
A heap is the ideal way to implement a priority queue (a queue that sorts its elements automatically). Therefore, the heap algorithms are used by the priority_queue container (see Section 10.3). The STL provides four algorithms to handle a heap:
make_heap() converts a range of elements into a heap.
push_heap() adds one element to the heap.
pop_heap() removes the next element from the heap.
sort_heap() converts the heap into a sorted collection (after that, it is no longer a heap).
As usual, you can pass a binary predicate as the sorting criterion. The default sorting criterion is operator <.
void
make_heap (RandomAccesIterator beg, RandomAccesIterator end)
void
make_heap (RandomAccesIterator beg, RandomAccesIterator end, BinaryPredicate op)
Both forms convert the elements in the range [beg,end) into a heap.
op is an optional binary predicate that is used as the sorting criterion:
op(etem1 ,elem2)
You need these functions only to start processing a heap for more than one element (one element automatically is a heap).
Complexity: linear (at most, 3*numberOfElements comparisons).
void
push_heap (RandomAccesIterator beg, RandomAccesIterator end)
void
push_heap (RandomAccesIterator beg, RandomAccesIterator end, BinaryPredicate op)
Both forms add the last element that is in front of end to the existing heap in the range [beg,end-1) so that the whole range [beg,end) becomes a heap.
op is an optional binary predicate that is used as the sorting criterion:
op(elem1 ,elem2)
The caller has to ensure that, on entry, the elements in the range [beg,end-1) are a heap (according to the same sorting criterion) and that the new element immediately follows these elements.
Complexity: logarithmic (at most, log(numberOfElements) comparisons).
void
pop_heap (RandomAccesIterator beg, RandomAccesIterator end)
void
pop_heap (RandomAccesIterator beg, RandomAccesIterator end, BinaryPredicate op)
Both forms move the highest element of the heap [beg,end), which is the first element, to the last position and create a new heap from the remaining elements in the range [beg,end-1).
op is an optional binary predicate that is used as the sorting criterion:
op(elem1 ,elem2)
The caller has to ensure that, on entry, the elements in the range [beg,end) are a heap (according to the same sorting criterion).
Complexity: logarithmic (at most, 2*log(numberOfElements) comparisons).
void
sort_heap (RandomAccesIterator beg, RandomAccesIterator end)
void
sort_heap (RandomAccesIterator beg, RandomAccesIterator end, BinaryPredicate op)
Both forms convert the heap [beg,end) into a sorted sequence.
op is an optional binary predicate that is used as the sorting criterion:
op(elem1, elem2)
Note that after this call, the range is no longer a heap.
The caller has to ensure that, on entry, the elements in the range [beg,end] are a heap (according to the same sorting criterion).
Complexity: n-log-n (at most, numberOfElements*log(numberOfElements) comparisons).
The following program demonstrates how to use the different heap algorithms:
// algo/heap1.cpp #include "algostuff.hpp" using namespace std; int main() { vector<int> coll; INSERT_ELEMENTS(coll,3,7); INSERT_ELEMENTS(coll,5,9); INSERT_ELEMENTS(coll,1,4); PRINT_ELEMENTS (coll, "on entry: "); // convert collection into a heap make_heap (coll.begin(), coll.end()); PRINT_ELEMENTS (coll, "after make_heap(): "); // pop next element out of the heap pop_heap (coll.begin(), coll.end()); coll.pop_back(); PRINT_ELEMENTS (coll, "after pop_heap(): "); // push new element into the heap coll.push_back (17); push_heap (coll.begin(), coll.end()); PRINT_ELEMENTS (coll, "after push_heap(): "); /*convert heap into a sorted collection * - NOTE: after the call it is no longer a heap */ sort_heap (coll.begin(), coll.end()); PRINT_ELEMENTS (coll, "after sort_heap(): "); }
The program has the following output:
on entry: 3 4 5 6 7 5 6 7 8 9 1 2 3 4 after make_heap(): 9 8 6 7 7 5 5 3 6 4 1 2 3 4 after pop_heap(): 8 7 6 7 4 5 5 3 6 4 1 2 3 after push_heap(): 17 7 8 7 4 5 6 3 6 4 1 2 3 5 after sort_heap(): 1 2 3 3 4 4 5 5 6 6 7 7 8 17
After make_heap(), the elements are sorted as a heap:
9 8 6 7 7 5 5 3 6 4 1 2 3 4
Transform the elements into a binary tree, and you'll see that the value of each node is less than or equal to its parent node (Figure 9.1). Both push_heap() and pop_heap() change the elements so that the invariant of this binary tree structure (each node not greater than its parent node) remains stable.
| I l@ve RuBoard |


Load a glTF/GLB model and our Manifold library will attempt to merge it into a set of manifold objects. If the model is water-tight, you can download the new GLB which will have our EXT_manifold extension, thus preserving the manifold data without losing any mesh properties.
If the View Manifold GLB checkbox is enabled, then some meshes in the model have open edges and don't represent a solid object. Check this box to see only the manifold parts, which will also enable them to be downloaded. If the download button is still disabled, it means there were no manifold meshes found.


What will your verse be ?
Everyone has something to share. See how people are using
iPad in their unique ways to add to the world’s story.
Watch the "Your Verse" film and explore the stories
Everyone has something to share. See how people are using
iPad in their unique ways to add to the world’s story.
Watch the "Your Verse" film and explore the stories


| assert_that {assertthat} | R Documentation |
assert_that
is a drop-in replacement for stopifnot
but
is designed to give informative error messages.
assert_that(..., env = parent.frame(), msg = NULL) see_if(..., env = parent.frame(), msg = NULL)
... |
unnamed expressions that describe the conditions to be tested.
Rather than combining expressions with |
env |
(advanced use only) the environment in which to evaluate the assertions. |
msg |
a custom error message to be printed if one of the conditions is false. |
Assertion functions should return a single TRUE
or FALSE
:
any other result is an error, and assert_that
will complain about
it. This will always be the case for the assertions provided by
assertthat
, but you may need be a more careful for
base R functions.
To make your own assertions that work with assert_that
,
see the help for on_failure
. Alternatively, a custom message
can be specified for each call.
validate_that
, which returns a message (not an error)
if the condition is false.
x <- 1 # assert_that() generates errors, so can't be usefully run in # examples ## Not run: assert_that(is.character(x)) assert_that(length(x) == 3) assert_that(is.dir("asdf")) y <- tempfile() writeLines("", y) assert_that(is.dir(y)) assert_that(FALSE, msg = "Custom error message") ## End(Not run) # But see_if just returns the values, so you'll see that a lot # in the examples: but remember to use assert_that in your code. see_if(is.character(x)) see_if(length(x) == 3) see_if(is.dir(17)) see_if(is.dir("asdf")) see_if(5 < 3, msg = "Five is not smaller than three")


Your teacher has given you the task of drawing a staircase structure.  Given the required height, can you print a staircase as shown in the example?
Input
You are given an integer $N$ depicting the height of the staircase.
Output
Print a staircase of height $N$ that consists of # symbols and spaces.
For example for $N = 6$, here's a staircase of that height:
#
##
###
####
#####
######
Note: The last line has 0 spaces before it.


The Devil's Advocate (1997) Rated R for sexuality, nudity, violence, and language. ---------- Out of 4 stars: *** (3 Stars)
Starring: Keanu Reeves, Al Pacino, Charlize Theron, Craig T. Nelson, Connie Nielson, and Judith Ivey
If there is one thing that bothers me about Hollywood films it's their predictable endings. THE DEVIL'S ADVOCATE has the atypical Hollywood ending, when everything that should happen does. Unfortunately for THE DEVIL'S ADVOCATE, this ending nearly collapses in on itself, and ruins the entire film. Nevertheless, the film does provide two and a half hours of pure entertainment (note to self: kill whomever was in charge of the previews for this film). I don't think I was quite prepared for this movie because the trailers made it appear to be some supernatural horror film about Satan. Well, it does contain this element, but what is not mentioned in the ads is the other plot elements (and seemingly more interesting ones at that).
THE DEVIL'S ADVOCATE begins in Florida with an ongoing trial in session. Kevin Lomax (Keanu Reeves) is the defense attorney, working for a client whom has been accused of raping a young girl. He ends up with a not-guilty verdict, despite an emotional testimony from the victim (Heather Matarazzo). He leaves the courthouse with his lovely wife Mary Ann (Charlize Theron) where he is approached with an offer to travel to New York City to help choose a good jury. He accepts (mainly after seeing the paycheck he will receive) and he flies to New York with his wife. After proving his worth for selecting juries (and his perfect winning streak in court), the head of the firm, John Milton (Al Pacino), asks him to work permanently as a criminal lawyer. He graciously accepts, where he is treated almost as a god. He is given an incredible apartment (which is bigger than my entire house now), and a hefty paycheck. His life seems to be on the rise.
And of course, his life suddenly begins to waver and slowly decline. He is attracted to fellow employee Christabella (Connie Nielson), and his wife begins to feel very lonely in her large apartment. Mary Ann takes up a friendship with a neighbor who always gives advice, especially if it is not wanted. Meanwhile, Kevin nabs a case surrounding Alexander Cullen (Craig T. Nelson) who apparently murdered three people. He spends hours upon hours with this case, while forgetting his loving wife, who may or may not be going insane. All of this while John Milton may or may not be the devil himself.
After a while, things turn completely upside-down, as Kevin's wife claims to have seen monstrous images superimposed on her friends. A fellow employee is murdered in the park, and his mother (Judith Ivey) reveals information about Kevin's real father. Is it all just a big nightmare? Or is John Milton really Satan, playing tricks with Kevin's life? THE DEVIL'S ADVOCATE plays out fairly straight-forward, but for some odd reason, the screenwriters wanted to surprise everyone by giving us something we don't expect. Is this surprise conclusion supposed to make us feel good and go home without feeling depressed or disturbed? If so, THE DEVIL'S ADVOCATE messes up completely, and ironically, I felt more depressed because of the ending as is now, than I would have if it had ended ten minutes early.
I went into THE DEVIL'S ADVOCATE expecting a shocking horror film, and that is exactly what I got. I was settled in to be disturbed mentally and emotionally, and that is what I got.  The producers of this film take you on a thrilling roller coaster ride and just as it is ending, they pull the rug out from under you. Films like SE7EN and THE USUAL SUSPECTS can survive with this surprise ending because it is expected, more or less. We know it is going to end in an unpredictable way. THE DEVIL'S ADVOCATE, on the other hand, ends unpredictably, not from us knowing a lot, but knowing nothing at all. If that is confusing, I recommend watching the film, and then reading that again.
As for the film overall, I enjoyed the entire first two hours, being drawn in by a terrific character study and then adding the supernatural plot to increase the tension build from the character study. The film runs like a well-built clock, slowly building until finally exploding with a highly charged climax (and an unpredictable one at that). And then you settle in for a nice resolution, which does not occur. It was at this point that I felt cheated. Taking us on a terror ride of intrigue, we follow Kevin Lomax around, as he is the centerpiece of the film. Everything occurs from his perspective. He is our representation on screen (sort of). But we are forced to witness a conclusion which makes most of the film seem like a game. I don't want to spoil the ending, so all I can say is go see the film and decide for yourself.
Perhaps the most shocking thing about THE DEVIL'S ADVOCATE is the extreme amount of everything. It earned its R rating for a reason. There is plenty of nudity, sex, violence, gore, and then you have gore, violence, sex, and more nudity. This film really isn't subtle about anything, showing us everything. It actually surprises me that this film did not receive an NC-17 rating, as it is quite harsh. However, the movie does have its merits, and nudity and sex are among those. I don't condone sex and nudity in films, but if its there, I might as well enjoy it. The biggest merit of this film is also the most interesting to watch. The confrontations between Kevin Lomax and John Milton are entertaining, but what stands out amidst this extreme hatred is the decline of the wife, Mary Ann. Portrayed by the extremely effective Charlize Theron, Mary Ann's problems are incredibly intense, and I found myself wanting to witness her decline. This may sound uncaring, but I wanted to watch because I felt sorry for her. She is the most interesting character on the screen, who is forced into a world where she is not wanted.
Something THE DEVIL'S ADVOCATE contained actually shocked me for reasons other than extreme violence and nudity, especially for a film of this nature. The story actually has something to say about humanity. In one of the last scenes, John Milton explains to Kevin Lomax the game God plays with his children (he is Satan, of course). He comments that it is human nature to lust and loathe in vanity.  This semi-religious bashing is more humorous than frightening. What Milton says is so true about our society that I found myself laughing out loud, partially thinking it was funny, but patially realizing it was true. These moral dilemmas are present throughout THE DEVIL'S ADVOCATE, giving it an added depth many films skip over in their writing (but I'm sure they came straight from the novel it was based on). When a film has something to say about our society, it deserves to be watched.
The cast of THE DEVIL'S ADVOCATE is one of the highlights, as we see memorable faces, and they put spins on those memorable faces we don't expect. Heather Matarazzo makes a brief appearance as the terrorized victim in the opening court case, and she does a great job. Probably the big surprise of this film is Keanu Reeves. He has proven himself an uneven actor (successes such as SPEED and bombs such as JOHNNY MNEMONIC), but he tops himself with this performance. I have never seen him more believable to date. Al Pacino is of course the scene stealer. His devilish performance is equal to those of Jack Nicholson (THE WITCHES OF EASTWICK) and Max von Sydow (NEEDFUL THINGS). He could have easily gone too far over the top in many scenes, but he remains completely believable (if that is the correct term). Jeffrey Jones (mostly known as the principal in FERRIS BUELLER'S DAY OFF) also gives a good performance as Eddie Barzoon. Judith Ivey manages a credible performance as the mother who holds a secret to Kevin's past. Connie Nielson is very effective in her role, and she also appears naked several times. One familiar face with a twist was "Coach" star, Craig T. Nelson, who gives a very good performance.
THE DEVIL'S ADVOCATE is rated R for sexuality, nudity, violence, language, and some gore. At 144 minutes, this film moves along fairly quickly. For the first two hours, I sat completely engaged in the good performances and strong characters. The technical quality is also remarkable, with great special effects and a good musical score. Director Taylor Hackford has managed to create a very disturbing motion picture, only to ruin a good chunk of tension with the final fifteen minutes. I guess my biggest problem with the ending is the fact that I went into the theater expecting a disturbing film, and Hackford gave me just that for a long time. But just before the end, he got jitterish and relied on the Hollywood safety net in order to make his film more mainstream. Personally, I would have preferred it ending fifteen minutes early.
Reviewed by Respect<EMAIL_ADDRESS>http://www.aros.net/~respect/movies.html
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rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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{% extends '_layouts/layout.html' %} {% block page_title %} {% endblock %} {% block content %}
The rash can be a sign of meningitis. The rash may be red-blue, purple, brown, pin-prick size or larger blotches or blood blisters. On darker skin, check the paler areas such as inside the mouth, palms or soles.


Hierarchy of Oracle iPlanet Web Server Instance Nodes
See Also
Each Admin Server instance can control multiple configurations and each configuration can have multiple virtual servers. Each Web Server instance belongs to a configuration. By default, there is one configuration with one virtual server and one instance associated with that configuration.
Selecting a Configuration
If your Web Server installation has multiple configurations, you will be prompted to select a configuration for deployment. After you select a configuration, that configuration will be used for all further actions you perform, such as application deployment, listing resources, and JVM properties.
Actions for Oracle iPlanet Web Server 7.0 Node
In the Runtime window, the Oracle iPlanet Web Server 7.0 node represents the admin instance of the Web Server. This section explains the actions you can invoke from the right-click pop-up menu that you access from the Oracle iPlanet Web Server 7.0 node for local server instances. When you expand the Oracle iPlanet Web Server 7.0 node, the configured server instance tree displays.
- Start. Starts the server and shows the status of the process in the Output window.
- Restart. Stops and restarts the server and shows the status of the process in the Output window.
- Stop. Stops the server and shows the status of the process in the Output window.
- Refresh. Refreshes the server status and shows the results of the process in the Output window.
- Remove. Lets you remove the server registration from the IDE.
- View Admin Console. Launches the administration console for the server.
- View Server Logs. Opens the server log file. You can only view the server log files for local servers.
- Properties. Opens the Server Manager dialog box with the properties of the Sun Java Web Server.
- You cannot start or stop a remote server instance.
Actions for server-instance Nodes
This section explains the actions you can invoke from the right-click pop-up menu that you access from the Oracle iPlanet Web Server 7.0 subnodes for local server instances. Each server-instance node represents the server instance belonging to a Web Server configuration.
- Start Instance/Stop Instance. Lets you start and stop the local server instance. The results of the process are shown in the Output window.
- View Server Logs. Displays server logs. You can only view the server log files for local server instances.
- You cannot start or stop a remote server instance.
Subnodes of server-instance Nodes
Each server-instance node has the following subnodes:
- Web Applications. Expand this node to see the modules and application contexts deployed to the server.
Using the right-click menu on a web application node, you can perform the following actions:
- Undeploy the web application.
- Disable the web application.
- Display the properties of the web application.
- JDBC Resources. Expand this node to see the JDBC resources registered with the server.
- External JNDI Resources. Expand this node to see the external JNDI resources.
- Custom Resources. Expand this node to see the custom JNDI resources.
- JavaMail Resources. Expand this node to see the JavaMail Resources registered with the server.
- JVM. Right-click this node to display the properties of the JVM.
type-of-resource Nodes
For each type-of-resource node under a server-instance node, you can use the right-click menu to perform the following actions:
- Delete the resource (Delete).
- View or change the properties of the resource (Properties).
- See Also
- Registering a Resource with the Oracle iPlanet Web Server
- Registering a Oracle iPlanet Web Server
- Configuration Files for Web Applications Targeted for Oracle iPlanet Web Server
- Server Manager Dialog Box
Copyright © 2006 Sun Microsystems, Inc. All rights reserved.
Legal Notices


Cy Young Predictor
Scrape New Data
Model Predictions
{{data | safe}}
ESPN Predictions
{{cy.predictions | safe}}
Does your favorite pitcher have what it takes to be a Cy Young award nominee?


Parkour is an athletic training methodology and discipline characterized by overcoming obstacle based challenges using the everyday structures in our environment. Athletes jump, climb, and crawl in challenging situations to learn to overcome virtually any obstacle.


My assignment is not an analysis per se, but I hope it is fun to try out In this interface you're playing a game of guessing a random generated number between 1 and 100
The game can be played at https://tiagosgc.shinyapps.io/final/ This documentation is hosted @ https://github.com/tiagosgc/finalDeck/
If you eliminate half of the possible numbers in each try, you should always be able to guess in 7 tries
n<-100
i<-c(1,2,3,4,5,6,7)
for (val in i) {
n <- ceiling(n/2)
print(paste(c("Iteration ", val,
", number of possible answers reduced to ",
n),collapse = ''))
}
[1] "Iteration 1, # possible answers = 50"
[1] "Iteration 2, # possible answers = 25"
[1] "Iteration 3, # possible answers = 13"
[1] "Iteration 4, # possible answers = 7"
[1] "Iteration 5, # possible answers = 4"
[1] "Iteration 6, # possible answers = 2"
[1] "Iteration 7, # possible answers = 1"


(with J. McCullough) To appear in Math. Ann.
Chow rings of matroids were instrumental in the resolution of the Heron-Rota-Welsh Conjecture by Adiprasito, Huh, and Katz and in the resolution of the Top-Heavy Conjecture by Braden, Huh, Matherne, Proudfoot, and Wang. The Chow ring of a matroid is a commutative, graded, Artinian, Gorenstein algebra with linear and quadratic relations defined by the matroid. We establish a conjecture of Dotsenko that the Chow ring of any matroid is also Koszul.
Computing generalized Frobenius powers of monomial ideals
(with C. Francisco, J. Mermin, and J. Schweig) Submitted.
Generalized Frobenius powers of an ideal were introduced in work of Hernández, Teixeira, and Witt as characteristic-dependent analogs of test ideals. However, little is known about the Frobenius powers and critical exponents of specific ideals, even in the monomial case. We describe an algorithm to compute the critical exponents of monomial ideals and use this algorithm to prove some results about their Frobenius powers and critical exponents.
The InvariantRing package for Macaulay2
(with L. Ferraro, F. Galetto, F. Gandini, H. Huang, and X. Ni) Submitted.
A significant update to the existing InvariantRing package for Macaulay2. In addition to expanding and improving the methods of the existing package for actions of finite groups, the updated package adds functionality for computing invariants of diagonal actions of tori and finite abelian groups as well as invariants of arbitrary linearly reductive group actions.
The structure of Koszul algebras defined by four quadrics
(with P. Mantero) J. Algebra 601 (2022), 280–311.
Building on previous work, we prove structure theorems for the defining ideals of all Koszul algebras defined by height two ideals of four quadrics over an algebraically closed field. As a result, the structure of all Koszul algebras defined by at most four quadrics is well-understood, and we give applications to the Backelin-Roos property.
Quadratic Gorenstein rings and the Koszul property II
(with H. Schenck and M. Stillman) Int. Math. Res. Not. IMRN 2023, no. 2, 1461–1482.
With the aim of answering the question for which codimensions \(c\) and regularities \(r\) is every quadratic Gorenstein ring \(R\) with \(\codim R = c\) and \(\reg R = r\) Koszul, we prove that quadratic Gorenstein rings with \(c = r + 1\) are always Koszul, and for all \(c \geq r + 2 \geq 6\), we construct quadratic Gorenstein rings that are not Koszul.
Betti numbers of Koszul algebras defined by four quadrics
(with P. Mantero) J. Pure Appl. Algebra 225 (2021), no. 2, Paper No. 106504.
We give an affirmative answer to a question of Avramov, Conca, and Iyengar about the Betti numbers of Koszul algebras for all Koszul algebras defined by 4 quadrics. In the process, we completely describe the Betti tables of Koszul algebras of codimension 2 defined by 4 quadrics and prove a structure theorem for those of multiplicity 2.
Quadratic Gorenstein rings and the Koszul property I
(with H. Schenck and M. Stillman) Trans. Amer. Math. Soc. 374 (2021), no. 2, 1077-1093.
We negatively answer a question of Conca, Rossi, and Valla about whether every quadratic Gorenstein ring of regularity 3 is Koszul by using idealization to construct non-Koszul quadratic Gorenstein rings of regularity 3 for every codimension greater than or equal to 9.
Koszul almost complete intersections
J. Algebra 501 (2018), 285-302.
We prove a structure theorem for the defining ideals of Koszul almost complete intersections and, in the process, give an affirmative answer for all such rings to a question of Avramov, Conca, and Iyengar about the Betti numbers of Koszul algebras.
Matrix factorizations and singularity categories in codimension two
Proc. Amer. Math. Soc. 146 (2018), no. 11, 4605–4617.
We show how to functorially connect the Eisenbud-Peeva matrix factorizations of a complete intersection of codimension two to its singularity category by way of the graded matrix factorizations of Burke and Walker.
Teaching
Current Semester
Iowa State University
| Math 151: Calculus for Business and Social Sciences |
Fall 2021 |
| Math 165: Calculus 1 |
Spring, 2023, Spring 2022 |
| Math 166: Calculus 2 |
Fall 2022 |
| Math 267: Elementary Differential Equations and Laplace Transforms |
Fall 2021 |
Oklahoma State University
| Math 2144: Calculus 1 |
Spring 2021, Fall 2020, Fall 2018 |
| Math 2153: Calculus 2 |
Fall 2019 |
| Math 3013: Linear Algebra |
Spring 2020 |
| Math 3613: Introduction to Abstract Algebra |
Spring 2020, Fall 2019, Spring 2019 |
University of Illinois
| Math 124: Finite Mathematics |
Spring 2018 |
| Math 221: Calculus 1 |
Fall 2016, Fall 2015 |
| Math 231: Calculus 2 |
Fall 2017, Spring 2016, Spring 2015, Fall 2014, Spring 2014, Spring 2013, Fall 2012 |
| Math 241: Calculus 3 |
Fall 2013 |
Syracuse University
| MAT 221: Elementary Probability and Statistics 1 |
Fall 2011, Spring 2011 |
| MAT 286: Calculus for the Life Sciences |
Spring 2012 |
Software
-
LatticeChowRings
A Macaulay2 package for working with the Feichtner-Yuzvinsky Chow rings of atomic lattices
with respect to a given building set, including the augmented Chow rings and graded Möbius
algebras of matroids.
-
InvariantRing
(with L. Ferraro, F. Galetto, F. Gandini, T. Hawes, H. Huang, and X. Ni)
A Macaulay2 package for computing invariants of group actions on polynomial rings.
The package includes a variety of methods for computing invariants of finite groups,
diagonal actions of tori and finite abelian groups, and actions of linearly reductive
groups.


{% extends "hqwebapp/bootstrap3/base_section.html" %} {% load hq_shared_tags %} {% load i18n %} {% load compress %} {% block title %}{% trans "Share Daily Data with Excel and Other Systems" %}{% endblock %} {% block page_content %} {% block main_column_content %}
{% blocktrans %} CommCare can automatically generate an Excel Dashboard Feed or a saved export, allowing you to easily analyze and build reports for your project in Excel or another system. These feeds and exports are updated on a daily-basis with new data and can be filtered to data from a specific set of users or locations. Excel Dashboard Feeds and Daily Saved Exports are available on the Standard or higher software plans. {% endblocktrans %}
{% trans "Learn More About Pricing Plans" %} {% trans "Change My Subscription" %}


The Prodigy star Keith Flint's bed sells at auction for £8,500
An auction of items which belonged to late The Prodigy star Keith Flint “surpassed all expectations”, fetching a total of £347,750.
The singer’s custom-made gothic oak and steel bed, which is supported at each corner by entwined thorns and is accessed via steps supported on the back of a crouching winged mythical beast, sold for £8,500.
The winning bid for a collection of his body jewellery, including a distinctive nose piercing that he wore on and off stage, was £2,200.
Flint’s three “Moonman” MTV awards proved to be the most expensive lot on the night, selling for £16,000.
More than 170 lots of the star’s belongings were offered for sale in Cambridge on Thursday to help settle the liabilities of his estate.
Flint was found dead at his home in Essex on March 4 this year, aged 49, with his inquest recording an open conclusion.
He rose to fame in the 1990s in the Brit Award-winning electronic band, who were known for hits including Firestarter and Breathe.
Martin Millard, a director at Cheffins Fine Art, where the items were auctioned, said: “The Keith Flint Collection surpassed all expectations.
“The interest in the sale was phenomenal and there was a fantastic atmosphere in the saleroom throughout the evening, with fans travelling from all over Europe to attend and further bidders joining in via the internet.
“The night saw strong bidding on all of the lots and we are delighted to have achieved such a total on behalf of the estate.”
Among the other items sold were a large welded aluminium and steel model ant, the insect used as The Prodigy’s logo, which went for £8,000.
A gold presentation disc given to Flint for the success of the band’s debut album, Experience, which was released in 1992, sold for £13,000.
A collection of European presentation discs given to Flint for The Prodigy’s third studio album, The Fat of the Land, in 1997 sold for £8,000, while discs for their second studio album, Music For The Jilted Generation, from 1994 raised £5,000.
His Alpinestars motorcycle racing leathers and Arai crash helmet fetched £3,200.
A mixed media artwork called Ninja Butterfly And Bees, created by his bandmate Keith Palmer, aka Maxim, sold for £4,000.

A carved and polychrome painted wooden head study of Flint fetched £2,600, and a “Kaboom” armchair and footstool by designer Jimmie Martin sold for £4,200.


The Boost C++ Libraries
This book is licensed under a Creative Commons License.
The C++ standard defines four cast operators: static_cast
, dynamic_cast
, const_cast
and reinterpret_cast
. The two libraries Boost.Conversion and Boost.NumericConversion define additional cast operators specialized for certain type casts.
The library Boost.Conversion consists of only two header files. While boost/cast.hpp
defines the two cast operators boost::polymorphic_cast
and boost::polymorphic_downcast
, boost/lexical_cast.hpp
offers the cast operator boost::lexical_cast
, respectively.
The goal of boost::polymorphic_cast
and boost::polymorphic_downcast
is to embody type casts, usually done with dynamic_cast
, more precisely as shown in the following example.
struct father { virtual ~father() { }; }; struct mother { virtual ~mother() { }; }; struct child : public father, public mother { }; void func(father *f) { child *c = dynamic_cast<child*>(f); } int main() { child *c = new child; func(c); father *f = new child; mother *m = dynamic_cast<mother*>(f); }
The example uses the cast operator dynamic_cast
twice: It transforms the pointer pointing to a parent class to one pointing to the child class in func()
. In main()
, it transforms the pointer pointing to a parent class to one pointing to a different parent class. The first transformation is called downcast while the second one is called cross cast, respectively.
By using the cast operators of Boost.Conversion, a downcast can be distinguished from a cross cast.
#include <boost/cast.hpp> struct father { virtual ~father() { }; }; struct mother { virtual ~mother() { }; }; struct child : public father, public mother { }; void func(father *f) { child *c = boost::polymorphic_downcast<child*>(f); } int main() { child *c = new child; func(c); father *f = new child; mother *m = boost::polymorphic_cast<mother*>(f); }
The cast operator boost::polymorphic_downcast
can only be used for downcasts. It uses static_cast
internally to perform the cast. Since static_cast
does not dynamically check whether or not the type cast is valid, boost::polymorphic_downcast
should only be used if the type cast is safe. In debug builds, boost::polymorphic_downcast
actually uses dynamic_cast
to verify the validity of the type cast using the assert()
function. Please note that this test is only performed as long as the NDEBUG
macro is defined which is usually the case for debug builds.
While downcasts are possible using boost::polymorphic_downcast
, boost::polymorphic_cast
is required for cross casts. boost::polymorphic_cast
internally uses dynamic_cast
since it is the only cast operator able to perform a cross cast. It still makes sense to prefer boost::polymorphic_cast
since it will throw an exception of type std::bad_cast
in case of an error. dynamic_cast
, on the contrary, will return 0 if the type cast fails. Instead of manually verifying the return value, boost::polymorphic_cast
provides an automatic way instead.
Both boost::polymorphic_downcast
and boost::polymorphic_cast
can only be used if pointers must be converted; otherwise, dynamic_cast
must be used. Since boost::polymorphic_downcast
is based on static_cast
, it is not able to e.g. convert objects of a parent class to objects of a child class. It also does not make much sense to use boost::polymorphic_cast
if types other than pointers should be converted as dynamic_cast
throws an exception of type std::bad_cast
in this case as well.
While the usage of boost::polymorphic_downcast
and boost::polymorphic_cast
is not really mandatory since all type casts can also be performed using dynamic_cast
, Boost.Conversion also offers a second cast operator fairly beneficial in practice. Consider the following example.
#include <boost/lexical_cast.hpp> #include <string> #include <iostream> int main() { std::string s = boost::lexical_cast<std::string>(169); std::cout << s << std::endl; double d = boost::lexical_cast<double>(s); std::cout << d << std::endl; }
The cast operator boost::lexical_cast
can convert numbers of different data types. The example first converts the integer 169 to a string before converting the string to a floating-point number in a second step.
boost::lexical_cast
internally uses streams to perform the conversion. Therefore, only types with overloaded operator<<()
and operator>>()
operators can be converted. The advantage of using boost::lexical_cast
is that type conversions occur within one line of code without the need for manipulating the streams manually. Since the usage of streams for type conversions may not immediately become apparent, cast operators such as boost::lexical_cast
also help to make the code more meaningful.
Please note that boost::lexical_cast
not necessarily accesses streams; it can be optimized for different data types as well.
If a conversion fails, an exception of type boost::bad_lexical_cast
, derived from std::bad_cast
, is thrown.
#include <boost/lexical_cast.hpp> #include <string> #include <iostream> int main() { try { int i = boost::lexical_cast<int>("abc"); std::cout << i << std::endl; } catch (boost::bad_lexical_cast &e) { std::cerr << e.what() << std::endl; } }
The example throws an exception since the string "abc" cannot be converted to a number of type int
.
The library Boost.NumericConversion can be used to convert numbers of one type to numbers of a different type. In C++, such a conversion can also take place implicitly as shown in the following example.
#include <iostream> int main() { int i = 0x10000; short s = i; std::cout << s << std::endl; }
The example is compiled without any error since the type conversion from int
to short
takes place automatically. Even though the application can be executed, the result of the conversion cannot be predicted but rather depends on the actual compiler and its implementation. The number 0x10000
in the variable i is too big to be stored in a variable of type short
. Per the C++ standard, the result of this operation is "implementation defined". Compiled with Visual C++ 2008, the application displays 0
. The value of s certainly differs from the value in i.
To avoid these kind of errors while converting numbers, the cast operator boost::numeric_cast
can be used.
#include <boost/numeric/conversion/cast.hpp> #include <iostream> int main() { try { int i = 0x10000; short s = boost::numeric_cast<short>(i); std::cout << s << std::endl; } catch (boost::numeric::bad_numeric_cast &e) { std::cerr << e.what() << std::endl; } }
boost::numeric_cast
is used exactly like the known C++ cast operators. The correct header file must certainly be included though; in this case boost/numeric/conversion/cast.hpp
.
boost::numeric_cast
executes the same conversion than C++ does implicitly. However, boost::numeric_cast
actually verifies whether or not the conversion can take place without changing the value of the number to be converted. Given the example application, a conversion would not take place. Instead, an exception of type boost::numeric::bad_numeric_cast
is thrown since 0x10000
is too big to be placed in a variable of type short
.
Strictly speaking, an exception of type boost::numeric::positive_overflow
is thrown. This type specifies a so-called overflow - in this case for positive numbers. There also exists a type boost::numeric::negative_overflow
which specifies an overflow for negative numbers instead.
#include <boost/numeric/conversion/cast.hpp> #include <iostream> int main() { try { int i = -0x10000; short s = boost::numeric_cast<short>(i); std::cout << s << std::endl; } catch (boost::numeric::negative_overflow &e) { std::cerr << e.what() << std::endl; } }
Boost.NumericConversion defines additional exception types, all derived from boost::numeric::bad_numeric_cast
. Since boost::numeric::bad_numeric_cast
is derived from std::bad_cast
itself, a catch
handler can also catch exceptions of this type.
Copyright © 2008-2010 Boris Schäling


Coding Paradise Island
Welcome to Coding Paradise Island
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Get the perfect beach look in a matter of minutes! The mermaid braid gives your hair a hot new look for the summer. To cute-en it up a little more...add some flowers!
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3. Change video size to "custom size" and set it to 325 x 244
4. Copy the link and add "http:" right before the two slashes


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A test bed for including Parse.ly powered analytics on your site.
Note that the/analytics
API endpoint does require the use of a shared secret in addition to API key. You will need to run requests from the web page to a server which will hold the API secret.
Choose a set of parameters to explore API results from the /analytics
endpoint.


AP Top International News at 8:12 a.m. EST
Turnout high in Hong Kong vote seen as referendum on protest
Congo plane crashes in Goma with 17 people on board
Pope in Hiroshima: Use and possession of atom bomb ‘immoral'
2 dead after flash floods, mudslides hit French Riviera
US judge awards $180M to Post reporter held by Iran
Pence works to reassure Kurdish allies in surprise Iraq trip
China says self-confessed spy defector is fraudster
Bolivian lawmakers approve new elections, bar ex-president
Mystery grows over Trump administration hold on Lebanon aid
Netanyahu's woes mirror those of his ally Trump
Copyright 2019 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.


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Image obtained from https://miappi.com/incorporating-ai-in-digital-marketing/
Artificial Intelligence (AI) has repidly become one of the most discussed in computing. Most of this popularity can be attruibuted to the surge in the popularity of Neural Networks, a computational model that tries to mimic the brain and make decisions similarly to humans. In just under 60 years, Neural Networks are now capable of AI so complex that solving a game as intricate as GO is now possible.
Nevertheless, Neural Networks' (and by extension AI's) usage is not limited to only games. For instance, Tesla has been refining their Neural Network technology so that it can eventually be used in self-driving cars.
Additionally, AI has also been used to facilitate our lives. For example, the Uber app remembers what locations you've traveled to from certain places so that next time the process is faster. It's also very prevalent in social media, where advertisements are targeted towards your search history, or what posts you've interacted with.
AI's contribution to society has been nothing short of outstanding, and in the future this will only become more apparent with it being incorporated into all parts of our lives.


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