The Internet is a large and complex collection of machines. Learning Internet protocols and network characteristics is a challenge for students in part due to the diversity of Internet devices. Seattle makes learning about the Internet easy by providing students with a simple to learn Python-based language and a tool-rich environment that simplifies distributed deployment and monitoring of programs running across Internet hosts. Seattle can help instructors augment lectures with real-world, hands-on assignments across thousands of computers. Seattle has been used in dozens of classes at universities around the world. The Seattle team is dedicated to helping instructors get started with using Seattle in the classroom.
Quick Links
Battle-tested Programming Assignments
-
Networking / Distributed Systems
The first take-home assignment (no programming required!)
A Stop and Wait protocol
A Sliding Window protocol
Introduction to Link State Routing
Web Server
Chat Server
Distributed Hash Table
Security
Building a reference monitor
Attacking a reference monitor
Operating Systems (on the way!)
More assignment and project ideas
FAQ
Q: What are the advantages of using Seattle to teach a course?
A: Seattle has the following features, which we believe make it especially relevant for instructional uses:
A simple to learn programming environment based on Python
A sandbox environment that restricts student code from adversely impacting the host computer
Automated deployment of code to multiple remote hosts
Automated gathering of logged messages and output from multiple remote hosts
A suite of ready-to-use assignments and instructor solutions
Not a simulated environment. A global Internet deployment of hosts with diverse characteristics -- ideal for learning about node/network heterogeneity on the Internet
A dedicated team that can provide technical support
Q: What are the instructor/student requirements for getting started with Seattle?
A: First, get in touch with us -- we track Seattle resources and can help you get started. Second, the only technical requirement is for students to have access to a machine where they can install Seattle. Currently we support various versions of Windows, Linux, BSD, and OS X as well as many mobile platforms.
Q: How difficult is it to learn Repy, the Seattle programming language?
A: For students who have had prior programming experience in a high level language (e.g. Java, C++) it takes a few hours to learn the basic language constructs and a few programming assignments to become proficient in the language. For students who know Python it takes under an hour to understand the differences and to begin using Repy to write complex programs.
Q: Do the assignments have instructor solutions?
A: Yes! Our instructor solutions are well commented and ready for your use. Please get in touch with us (see below) to request these.
Q: I'm an instructor and I'd like to use Seattle, who do I contact?
A: Please contact the Seattle developers list for more information. This isn't required, but we like to know who is using the platform and get feedback.
Q: My question is not answered. Who do I contact?
A: Please contact our team at<EMAIL_ADDRESS>if you have any further questions concerning Seattle in an educational context or otherwise.


Man yields grenade, fan knife
POLICE seized a hand grenade and fan knife from a man who earlier held-up a jail guard of the Bureau of Jail Management and Penology (BJMP) following his arrest Wednesday night in Pasay city.
Pasay city police chief P/Col. Bernard Yang said Marvin Amparo, 27, jobless of 2271 A. Lapu-Lapu St. Baclaran, Paranaque City was arrested by elements of Police Community Precinct (PCP) 1 along the vicinity of Atang Dela Rama St, Bgy. 76 Zone 10 while allegedly looking for another victim.
Earlier at around 6:20 p.m., JO1 Angelo Badong, 31, presently assigned at the Paranaque City Jail and resident of 2194 F. Muñoz St. Singalon, Malate, Manila was walking along Atang Dela Rama St. when he was accosted by the suspect in front of Amazing Show and at knife point declared a holdup.


Class: Slug
- Inherits:
-
ActiveRecord::Base
show all
- Defined in:
- lib/friendly_id/active_record_adapter/slug.rb
Overview
A Slug is a unique, human-friendly identifier for an ActiveRecord.
Instance Attribute Summary (collapse)
Instance Method Summary
(collapse)
#has_friendly_id
#has_friendly_id, #uses_friendly_id?
Instance Attribute Details
- (Object) sluggable
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|
# File 'lib/friendly_id/active_record_adapter/slug.rb', line 17
def sluggable
sluggable_id && !@sluggable and begin
klass = sluggable_type.constantize
klass.send(:with_exclusive_scope) do
@sluggable = klass.find(sluggable_id)
end
end
@sluggable
end
|
Instance Method Details
- (Boolean) current?
Whether this slug is the most recent of its owner's slugs.
28
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|
# File 'lib/friendly_id/active_record_adapter/slug.rb', line 28
def current?
sluggable.slug == self
end
|
- (Boolean) outdated?
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# File 'lib/friendly_id/active_record_adapter/slug.rb', line 32
def outdated?
!current?
end
|
- (Object) save(*args)
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|
# File 'lib/friendly_id/active_record_adapter/slug.rb', line 47
def save(*args)
persisted? && !scope_changed? ? true : super
end
|
- (Object) save!(*args)
51
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# File 'lib/friendly_id/active_record_adapter/slug.rb', line 51
def save!(*args)
persisted? && !scope_changed? ? true : super
end
|
- (Object) to_friendly_id
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# File 'lib/friendly_id/active_record_adapter/slug.rb', line 36
def to_friendly_id
sequence > 1 ? friendly_id_with_sequence : name
end
|
- (Object) validate_name
Raise a FriendlyId::SlugGenerationError if the slug name is blank.
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# File 'lib/friendly_id/active_record_adapter/slug.rb', line 41
def validate_name
if name.blank?
raise FriendlyId::BlankError.new("slug.name can not be blank.")
end
end
|


{{- partial "head.html" . -}}
{{- partial "header" . -}} {{- partial "search" . -}} {{- partial "sidebar-home" . }} {{- partial "main" . }} {{- partial "footer" . }} {{- partial "overlay" . }} {{- partial "scripts" . }}


"""Bidding module"""
import collections
import numpy as np
RunResults = collections.namedtuple('RunResults', ['total_clicks',
'total_impressions',
'total_ad_spend'])
[docs]class BidSimulator:
"""Simulates given bidding strategy on a dataset"""
[docs] def __init__(self, data, bidding_strategy):
"""Initialize bidding simulator.
Parameters
----------
data : pandas.DataFrame
Historical data containing features for model predicti n, bidding
price, winning price, impressions and click indicators.
bidding_strategy : func
Function that retuns bid given prospenity to click and data row
"""
self._data = data
self._bidding_strategy = bidding_strategy
[docs] def run(self, ctr_model=None):
"""Run bidding simulator
Parameters
----------
ctr_model : sklearn-like model
Binary classifier for click prospenity
Returns
-------
bids : list
Bids for each entry in the data"""
total_impressions = 0
total_ad_spend = 0
total_clicks = 0
for i, row in self._data.iterrows():
if ctr_model is not None:
prospenity = ctr_model.predict_proba(
row.drop(['click',
'paying_price']).values.reshape(1, -1))[0][1]
else:
prospenity = None
bid = self._bidding_strategy(prospenity, row)
if bid >= row['paying_price']:
total_impressions += 1
total_ad_spend += row['paying_price']
if row['click']:
total_clicks += 1
return RunResults(total_clicks, total_impressions, total_ad_spend)
[docs] @staticmethod
def metrics_report(run_results):
"""Generate metric let g:pymode_lint = 0u
Parameters
----------
run_results : RunResults
Returns
-------
cpc : float
Cost Per Click.
ctr : float
Click Through Rate.
cpm : float
Cost Per Mille.
"""
ctr = BidSimulator.ctr(run_results.total_clicks,
run_results.total_impressions)
cpm = BidSimulator.cpm(run_results.total_ad_spend,
run_results.total_impressions)
cpc = BidSimulator.cpc(run_results.total_ad_spend,
run_results.total_clicks)
report = "CTR:\t%.2f\nCPM:\t%.3f\nCPC:\t%.3f" % (ctr, cpm, cpc)
return report
[docs] @staticmethod
def ctr(num_of_clicks, num_of_impressions):
"""Claculate Click Through Rate - frequency of clicks on ads."""
return num_of_clicks / num_of_impressions \
if num_of_impressions > 0 else 0
[docs] @staticmethod
def cpm(total_spendings, num_of_impressions):
"""Calculate Cost Per Mille
- total cost advertiser pays for 1000 impressions."""
return total_spendings / num_of_impressions * 1000 \
if num_of_impressions > 0 else 0
[docs] @staticmethod
def cpc(total_spendings, num_of_clicks):
"""Calculate Cost Per Click"""
return total_spendings / num_of_clicks if num_of_clicks > 0 else 0
def __repr__(self):
return "%s(%s)" % (self.__class__.__name__,
self._bidding_strategy.__class__.__name__)
[docs]class RandomBiddingStrategy(object):
"""Random strategy that places random pertribations of a base bid"""
[docs] def __init__(self, bid):
"""Create random bidding strategy
Parameters
----------
bid : float
Bid value
"""
self._bid = bid
[docs] def __call__(self, prospenity, row):
"""Execute bidding strategy
Parameters
----------
prospenity : float
prospenity to click
row : dict-like
data row with features, pricing, impression and click data
Returns
-------
bid_price : float
"""
return np.random.rand() * self._bid
[docs]class FlatBiddingStrategy():
"""Constant bid"""
[docs] def __init__(self, bid):
"""Create flat bidding strategy
Parameters
----------
bid : float
Bid value
"""
self._bid = bid
[docs] def __call__(self, prospenity, row):
"""Execute bidding strategy
Parameters
----------
prospenity : float
prospenity to click
row : dict-like
data row with features, pricing, impression and click data
Returns
-------
bid_price : float
"""
return self._bid
[docs]class GoalBiddingStrategy():
"""Bid based on prospenity"""
[docs] def __init__(self, bid):
"""Create bidding strategy
Parameters
----------
bid : float
Bid value
"""
self._bid = bid
[docs] def __call__(self, prospenity, row):
"""Execute bidding strategy
Parameters
----------
prospenity : float
prospenity to click
row : dict-like
data row with features, pricing, impression and click data
Returns
-------
bid_price : float
"""
return prospenity * self._bid
[docs]class EffectiveCPCBiddingStrategy(GoalBiddingStrategy):
"""Bid based on prospenity and CPC calculated from training data"""
[docs] def __init__(self, data):
"""Create bidding strategy
Parameters
----------
data : pd.DataFrame
Historical data
"""
effective_cpc = data['paying_price'].sum() / data['click'].sum()
print(effective_cpc)
super().__init__(effective_cpc)


{% extends "_base.html" %} {% block content %} {{ webpage.description|safe }} {% if preconf %}
There are a number of events that take place in the week leading up to the AScUS unconference. All participants are encouraged to review these events and attend those that are of their interest. Click here to view our full schedule.
{% else %}The unconference will revolve around a variety of discussion topics which will take place throughout the duration of AScUS. Some of these discussion sessions have initial homework / exploratory exercises that are part of the pre-conference program. Click on the name of a discussion topic to learn more about its goal, format, and content. Click here to view our full schedule.
{% endif %}All times are Central European Summer Time (CEST) - see our schedule for conversion tables
{{ each.start_date|date:"l d M · Y H:i" }}-{{ each.end_date|date:"H:i" }} CEST
{{ each.get_markdown_description|safe }}You are not logged in. Please log in first and then register for this session.
{% else %} {% if activate_voting %} {% endif %} {% endif %}


Wheat up for 2nd session on lower U.S. planting; soybeans rebound from 8-week low
by Naveen ThukralSINGAPORE — Chicago wheat futures rose for a second straight session on
Monday, underpinned by lower planting in the United States and a decline in Australia’s production.
Soybeans edged higher, but the market was trading not far from Friday’s eight-week low, weighed
down by doubts over a U.S.-China trade deal and improved weather in South America.
The most-active wheat contract on the Chicago Board Of Trade (CBOT) was up 0.2% at
$5.19-3/4 a bushel, as of 0201 GMT.
Soybeans added 0.1% to $8.97-1/2 a bushel after hitting their lowest since Sept. 30 at
$8.96 a bushel on Friday, while corn was flat at $3.68-3/4 a bushel.
Wheat is being supported by short-covering coupled with worries about a drop in U.S. wheat
acres. The slow pace of the U.S. corn and soybean harvest this autumn may have limited the number
of winter wheat acres planted for harvest in 2020.
U.S. farmers planted 45.2 million acres of wheat overall for 2019, the fewest in U.S.
Department of Agriculture records dating to 1919.
The soybean market is facing pressure because of uncertainty about prospects for a preliminary
U.S. trade deal with China, the top global soybean importer.
“U.S. China trade negotiations are still going on,” said Tobin Gorey, director of agricultural
strategy at Commonwealth Bank of Australia.
“A few events over the weekend are worth noting. China’s Foreign Minister (at G20 summit)
expressed China’s irritation with the U.S., labeling the U.S. ‘the world’s biggest destabilizing
factor.’ The U.S. is clearly succeeding in disrupting China.”
Reports last week suggested that the initial deal could be delayed to 2020.
U.S. President Donald Trump, however, told Fox News that a deal was “potentially very close,”
adding to optimism following remarks by Chinese President Xi Jinping that Beijing wanted to work
out an initial agreement.
There was additional pressure on the soybean market as forecasts called for beneficial rains in
crop areas of Brazil and Argentina, the world’s No. 1 and No. 3 producers. The United States is the
No. 2 soybean grower.
Soybean plantings for the new Brazilian crop (2019-20) have reached 77.3% of the expected area
to be planted with the oilseed, a slower pace than seen last year and also lagging the five-year
average for the period.
Large speculators increased their net short position in CBOT corn futures in the week to Nov.
19, regulatory data released on Friday showed.
The Commodity Futures Trading Commission’s weekly commitments of traders report also showed
that non-commercial traders, a category that includes hedge funds, trimmed their net short position
in CBOT wheat and increased their net short position in soybeans.
Grains prices at 0201 GMT
Contract Last Change Pct chg Two-day chg MA 30 RSI
CBOT wheat 519.75 1.00 +0.19% +0.24% 516.65 57
CBOT corn 368.75 0.00 +0.00% +0.55% 381.88 33
CBOT soy 897.50 0.50 +0.06% -0.83% 930.83 33
CBOT rice 12.18 $0.00 +0.00% +0.66% $12.03 66
WTI crude 57.88 $0.11 +0.19% -1.19% $56.01
Currencies
Euro/dlr $1.102 $0.000 +0.00% -0.32%
USD/AUD 0.6798 0.001 +0.18% +0.21%
Most active contracts
Wheat, corn and soy US cents/bushel. Rice: USD per
hundredweight
RSI 14, exponential
(Reporting by Naveen Thukral; Editing by Subhranshu Sahu and Sherry Jacob-Phillips)


This page is using a list layout!
Here are my project models:
Click here to see my website project!
Click here to see my house project!
Click here to see my p_in_np project!


Gifts of Hope
0 of 80 families sponsored.
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Funded
$0
Raised
0
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Sponsors
Choose how many families you would like to sponsor during the 2018 Christmas season.
The extra cost associated with each sponsorship is to offset the fee generated by PayPal. For example, if you sponsor 1 family, you would give $102.56, which will equal $100 to Emma's Hope, allowing us to purchase the full gift card amount.
Or, Mail In Your Sponsorship
Please make all checks payable to Emma's Hope, Inc and send to:
Emma's Hope, Inc.PO Box 105
Sherrill, NY 13461
Please add "Gifts of Hope 2018" to the Memo line.
Why Gift Cards?
The Christmas season is a wonderful time, but it can also bring along with it stress and anxiety, especially for those whose children are fighting for their lives. Help us provide a general gift card to allow families to use however they need, and bring them a little hope and joy this holiday season.
Sponsor a Family TodayPast Years
Look back on how you and the community helped families at Christmas time!
← 2017


santiago.basulto [at] gmail [dot] com
La Plata - Buenos Aires - Argentina
I work as a programmer, I'm building my own company. We love to build web sites that scale in the large. We focus on the excitement of making startups grow. Right now we're working on athlete.com building the best running app ever.


-
GREEN
The Green Track is for newbie talks. We all hear that there are not enough trained professionals. Well, let’s start growing them. This Track is for talks targeted at those just starting out in the field, wanting to get into the field or students of technology.
-
RED
The Red Track is for talks focused on attacks. Tell us about what you have been researching, what cool attack you use at work, or that crazy thing you dreamed up in Hallway-con that actually worked.
-
BLUE
The Blue Track is all about Defense. We know attacks are sexy, but the reality is most of us have to defend against attacks all day long. This track is to talk about those defense techniques, building an Incidence Response team with nothing but 2 sticks and chewing gum and all other things defense.
-
PURPLE
Purple teamers we have not forgotten you, we want to hear your talks. Please submit to the CFP. If your talk is more attack oriented, we will call you Red if it is more Defense, Blue, if it is straight down the middle we will find a way.


Lootstrap started life as a direct port of Cutestrap while at Sametz Blackstone Associates and simply wouldn't exist without it. The core of the vertical rhythm and forms is still primarily the work of Tyler Childs. While I'm still using Cutestrap with a few modifications for a few other text-heavy projects, I also wanted something built to be customized further—mostly through configuration. Lastly, old habits die hard and I prefer a different naming convention, specifically one derived from Twitter Bootstrap.
Lootstrap is not intended to be used as-is. There's nothing stopping you from grabbing the compiled CSS (which is only ~12k before gzip compression) and throwing it in a link
if you really want to do so, but that doesn't really get you a whole lot of utility. Instead, the intention is for you to build your own custom styles using the core as a library of LESS variables and mixins, with some Cutestrap-inspired defaults. The basic flow to make that happen is pretty simple:
- Create your core stylesheet (
/src/styles/style.less
, in this case). - Import the Lootstrap variables (as easy as
@import (reference) 'lootstrap/core-variables.less';
). - Update/override any variables you want. Look through the core variables file mentioned above for examples and info.
- Include mixins–whether you want to use the defaults, your own custom variations, or a mixture of both.
- Now you can include the core elements and classes, using your customized variables and mixins.
- Optionally, you can include any modules you may want to use. The core modules simply act as shortcuts for the default mixins.
- Append any additional styles in LESS, using the variables and mixins available to you from steps 2–4.
- Let grunt compile your CSS, apply vendor prefixes, and minify the results.
Elements
Documentation coming soon.
Classes
Documentation coming soon.
Grid
Documentation coming soon.
Accordions
Documentation coming soon.


Krasnoyarskiy Marathon
Krasnoyarsk RUS
Race Winners
(36 runnings)
2007
2006
25 Jun
2005
27 Jun
2004
2003
2002
2001
2000
1999
1998
1997
1996
1995
1994
1993
1992
1991
1990
1989
1988
1987
1986
1985
1984
1983
1982
1981
Notes: 1981 is believed to have been the inaugural year.
09
Sep
2016
2:27:53
Andrey Putintsev (RUS)
3:08:25
Anna Botskareva (RUS)
05 Sep
2015
2:52:50
Leonid Murtazin-2
3:19:22
Amina Maskarova (RUS)
06 Sep
2014
2:52:06
Yevgeniy Aleshkov (RUS)
---
n/a
24
Aug
2013
3:03:11
Leonid Murtazin (RUS)
3:40:41
Zoya Thikonova (RUS)
25 Aug
2012
3:06:35
Aidos Tyulyush (RUS)
3:39:55
Natalya Shabanova-2
28 Aug
2011
2:49:54
Leonid Afasansyev (RUS)
4:03:34
Natalya Shabanova (RUS)
29 Aug
2010
3:07:21
Nikolay Muzhetskiy (RUS)
---
n/a
15 Aug
2009
2:45:03
Elem Afrizonov (RUS)
3:32:55
Natalya Simonova (RUS)
29 Jun
2008
2:50:00
Vladimir Fattakhov-2
4:33:23
Nina Charkova (RUS)
---
n/a
---
n/a
---
n/a
---
n/a
2:42:34
Vladimir Fattakhov (RUS)
3:29:59
Olga Radkevich-2
3:03:04
Leonid Kot (RUS)
---
n/a
3:06:46
Stepan Karpilenko (RUS)
---
n/a
2:39:15
Sergey Bille-2
---
n/a
2:37:00
Dmitriy Kudryantsev (RUS)
---
n/a
2:18:17
Mikhail Nikiforov-3
---
n/a
---
n/a
---
n/a
2:35:19
Nikolay Kaklimov (RUS)
---
n/a
---
n/a
---
n/a
2:31:25
Sergey Bille (RUS)
---
n/a
2:29:28
Mikhail Nikiforov-2
---
n/a
2:27:54
Mikhail Nikiforov (UKR)
3:09:03
Olga Radkevich (RUS)
2:38:59
n/a
---
n/a
2:29:17
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
---
n/a
Most Wins
(1981/date)
Men
3
Mikhail Nikiforov (UKR)
1994-95,2000
Women
2
Olga Radkevich (RUS)
1994,2005
Natalya
Shabanova (RUS)
2011-12
Prize Money (ARRS qualified
runners only)
No information on prize money has been
received for this race.
Race Time Bias
(sec/km)
Insufficient data to calculate the race time bias.
Competitive Level
(1990-date)
Insufficient data to calculate competitive levels.
Quality Performances
Men
<2:19 1
<2:20 1
Women
No women under 2:50
Last Updated on 11 Mar 2017
Contributors: Klaas Loonstra (50)


Reflection question: Look at the different ways of comparing those two numbers. What are the benefits of each of these comparisons? What are some reasons for not using some of these comparisons? Why might someone choose to use one way of comparing instead of another?
in-context


Search
Preparing search index...
The search index is not available
@neon-exchange/api-client-typescript
Options
All
Public
Public/Protected
All
Inherited
Externals
Only exported
Menu
Globals
"constants/currency"
FiatCurrency
Enumeration FiatCurrency
Index
Enumeration members
AUD
CAD
CHF
CNY
EUR
GBP
INR
JPY
RUB
SGD
USD
Enumeration members
AUD
AUD
:
= "AUD"
CAD
CAD
:
= "CAD"
CHF
CHF
:
= "CHF"
CNY
CNY
:
= "CNY"
EUR
EUR
:
= "EUR"
GBP
GBP
:
= "GBP"
INR
INR
:
= "INR"
JPY
JPY
:
= "JPY"
RUB
RUB
:
= "RUB"
SGD
SGD
:
= "SGD"
USD
USD
:
= "USD"
Globals
"constants/currency"
Crypto
Currency
Fiat
Currency
AUD
CAD
CHF
CNY
EUR
GBP
INR
JPY
RUB
SGD
USD
Crypto
Currency
Definition
Crypto
Currencies
ACAT
BTC
DBC
ETH
GAS
NEO
NEO_
SYSTEM_
ASSETS
NEX
PHX
QLC
base
Pair
Tokens
CRYPTO_
CURRENCY_
DEFINITION
Generated using
TypeDoc


Make an HTTP GET request to /hello/{name} - this app will return "Hello, {name}" as JSON or XML.
If you specify ?delay=X in the query string, your response will be delayed by X seconds
GET /hello
- "Hello, World" with no delay.GET /hello/prognet
- "Hello, prognet" with no delay.GET /hello/prognet?delay=5
- "Hello, prognet" with a five-second delay.


Mushrooms (P. cubensis) & Amphetamine
Well, it was a Saturday night, and my friends and I had spent the first part of it watching a great climbing movie. 'Pilgrimage' with Chris Sharma. Anyway it was about 11:30 and my friend and I decided to eat some mushrooms and take a late walk through a botanical garden that was close by. He ate a 1/8th oz. and I ate 2.5g. We also split a 20mg Adderall to help us have energy for the next few hours, since it was pretty late to start a trip. The Adderall ended up having a greater effect on my trip than I expected.
After eating the mushrooms, we drove up to where this garden/park/arboretum is and hopped the fence since it was closed for the night. We wandered around admiring the bizarre things that they have in this garden for a while, and eventually headed out into the wilder area of the park. It is worth mentioning that I am more sensitive than most to mushrooms. The 2.5g was giving me intense visuals in the darkness, so much so that it made it hard for me to see, at least for the initial part of the trip. The tracers from moving my hand in front of me were so intense it was hard to tell which one was actually my hand. We then hopped across a stream and hopped another fence to exit the park. We then laid on the gravel road on the opposite side of the fence for some time, talking about various things while I watched arching lines dance in between the stars above us.
This is where I first started to notice something was different than a normal shroom trip. For one, our topic of conversation was odd. We mostly talked about crazy things we had done in our past, particularly driving fast cars at ridiculous speeds. The mood was not introspective at all; we were having a great time recounting these pretty crazy (dangerous, risky) things we had done. We eventually got up and started walking down the road back to where we came from. But, as fate would have it, we met four kids walking up the road carrying a 30 pack of beer. They said they were heading up the hill to do some drinking, and we in turn told them we were tripping, and had just come from that way. At this point my friend decided we should go back up the hill with them, and there was obviously no changing his mind.
Now another odd thing happened. We were walking up the hill, and the thought crossed my mind that these kids might try something on us, knowing that we were tripping. I hadn't met these people before, we were out a ways from civilization, they looked a little shady, and there were four of them and two of us. Now this thought would normally make me uncomfortable, especially while tripping, but now I absurdly felt ready for a fight. I was ready to go at the drop of a hat, and I was on mushrooms!! Definitely not normal for me. Of course it turned out that these guys had nothing but good intentions, so it never became a problem.
At this point we started uphill, and my friend started getting a little crazy. Before we knew it, we were battling our way through thorny undergrowth going straight uphill, and we quickly lost all but 1 of the other guys. We eventually found a ridge trail and started heading up that at a pretty good clip. We eventually got pretty high up the hill and we were treated to a view of the city that was absolutely spectacular. By this time both of us felt nearly sober. I was worried about climbing so high in the middle of the night on mushrooms, and eventually my fears got the better of me and I turned back down.
My friend had definitely gone a little nuts by this time and was well ahead of me on the next ridge. The one kid was back with me and clearly drunk, so I had misgivings about leaving him, but he wanted to keep going, and you just can't tell a drunken kid what to do.  I knew my friend could handle himself, and we had been whooping and hollering at each other the whole night and I could still hear his call echoing from the next ridge.
Getting down was easier than I expected since I just followed trails, and didn't battle the brush like I had on the way up. I got back to my car at about 4:00 am. I reckon I climbed 1,000 - 1,500 vertical feet, and my friend did about 2,000. Feeling completely sober, I drove around for a while looking for my friend, but eventually gave up and went home.
[Erowid Note: Driving while intoxicated or tripping is dangerous and irresponsible because it endangers other people. Don't do it!]
I got a quite a surprise when I looked at myself in the mirror back home, because my pupils were still very dilated and my face was warping a little too. Oops, guess I wasn't really that sober. I talked to my friend the next day, and he confirmed that he reached the summit of this ridge we were climbing, and said he found the other kid passed out on the trail on his way back down, and had to give him a hand getting off the mountain.
In conclusion, the Adderall definitely made me more talkative and added a bit of aggressiveness to the trip. We were climbing like madmen, and I think the third kid followed us just because we seemed to have this crazy balls-out attitude. In addition, we both felt like we stopped tripping after a couple hours, but I think we just focused on the speedy aspect once we started climbing, even though the mushrooms were definitely still working, as I realized when I got home.
As a footnote, I know some people probably read the whole splitting up on the mountain in the middle of the night as pretty dangerous, and I suppose from a normal point of view it was. I was definitely worried about the two people still climbing when I was heading back down, more the drunk kid than my friend. That whole trip was just so full of insanity and bizarre thoughts (Christ we were on a mountain in the middle of night completely bent on drugs in this manic sort of expedition with no supplies except a little water and jackets). I really had no way to decide how worried I should actually have been since there was no perspective to put the whole thing into.
I can safely say the mere 10mg of Adderall (with which I normally only experience mild effects) significantly altered the mood and tone of both of our trips. Be careful and peace!
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


--- layout: archive title: Zulip Chat Archive permalink: /stream/113488-general/topic/deep.20recursion.html ---
How can I debug the following error?
deep recursion was detected at 'replace' (potential solution: increase stack space in your system)
It showed up while trying to define a class. As far as I can see there is no loop or something...
have you tried turning Lean off and on again?
Yes, in fact I have.
I've found the culprit:
-- somewhere in the perfectoid project local attribute [instance] topological_add_group.to_uniform_space
I've now put a section ... end
around this attribute (and its one use) and the problem is gone.
So... this question is solved. Thanks for letting me rubber-duck this issue!
Last updated: Apr 24 2020 at 19:02 UTC


Isar735.github.io
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'Hilarious': Iraq leaders laugh off new US sanctions
'They should have given us this honour a long time ago,' said Qais al-Khazali, one of the newly-sanctioned figures, in sardonic remarks to an audience of supporters on Sunday.
An Iraqi paramilitary leader and a politician have laughed off financial sanctions Washington recently placed on them for alleged corruption and human rights abuses.
"They should have given us this honour a long time ago," said Qais al-Khazali, one of the newly-sanctioned figures, in sardonic remarks to an audience of supporters on Sunday.
Khazali heads Asaib Ahl al-Haq, a pro-Iran armed faction that makes up part of the broader Hashed al-Shaabi security force tied to the Iraqi state.
The US Treasury on Friday accused his group of "widespread forced disappearances, abductions, killings, and torture" under the Global Magnitsky act.
The measures block financial transactions with and travel to the US for people who commit human rights abuses or corruption.
"I'm embarrassed. Designate me a terrorist! A global terrorist. What is this Treasury list?" Khazali said.
"That means the money we have in US banks will go," he added sarcastically.
The US also sanctioned Iraqi businessman and political figure Khamees al-Khanjar, whom it accused of bribery.
In a statement, Khanjar's party condemned the decision and said the accusations were "extremely funny and illogical."
"He was never an official, nor was his party part of the government," invalidating the corruption allegation, it said.
Khanjar is an influential Sunni powerbroker with close ties across Iraq's leading political parties.
There was no immediate comment from two other paramilitary figures sanctioned on Friday: Laith al-Khazali, Qais's brother and also a member of Asaib Ahl al-Haq, and Abu Zeinab al-Lami, who heads the Hashed's security apparatus.
This is the second batch of Iraqi nationals the US has sanctioned under the Global Magnitsky act.


September 6, 2009
Elko II: Against Statelessness (or, Everything Old Is New Again)
Preface: This is second of three posts on Elko, a server platform for sessionful, stateful web applications that I’m releasing this week as open source software. Part I, posted yesterday, presented the business backstory for Elko. This post presents the technical backstory: it lays out the key ideas that lead to the thing. Part III which will be posted tomorrow, presents a more detailed technical explication of the system itself.
It seems to be an article of faith in the web hosting and web server development communities that one of the most expensive resources that gets used up on a web server is open TCP connections. Consequently, a modern web server goes to great lengths to try to close any open TCP connection it can as soon as possible. Symptoms of this syndrome include short timeouts on HTTP Keep-Alive sessions (typically on the order of 10 seconds) and connection pool size limits on reverse proxies, gateways, and the like (indeed, a number of strange limits of various kinds seem to appear nearly any time you see the word “pool” used in any server related jargon). These guys really, really, really want to close that connection.
In the world as I see it, the most expensive thing is not an open connection per se. The cost of an open but inactive TCP connection is trivial: state data structures measured in the tens or hundreds of bytes, and buffer space measured in perhaps tens of kilobytes. Keeping hundreds of thousands of simultaneous inactive connections open on a single server (i.e., vastly more connections than the server would be able to service if they were all active) is really not that big a deal.
The expense I care about is the client latency associated with opening a new TCP connection. Over IP networks, just about the most expensive operation there is is opening a new TCP connection. In my more cynical moments, I imagine web guys thinking that since it is expensive, it must be valuable, so if we strive to do it as frequently as possible, we must be giving the users a lot of value, hence HTTP. However, the notable thing about this cost is that it is borne by the user, who pays it by sitting there waiting, whereas the cost of ongoing open connections is paid by the server owner.
So why do we have this IHMO upside down set of valuation memes driving the infrastructure of the net?
The answer, in part, lies in the architecture of a lot of server software, most notably Apache. Apache is not only the leading web server, it is arguably the template for many of its competitors and many of its symbionts. It is the 800 pound gorilla of web infrastructure.
Programming distributed systems is hard. Programming systems that do a lot of different things simultaneously is hard. Programming long-lived processes is hard. So a trick (and I should acknowledge up front that it’s a good trick) that Apache and its brethren use is the one-process-per-connection architecture (or, in some products, one-thread-per-connection). The idea is that you have a control process and a pool of worker processes. The control process designates one of the worker processes to listen for a new connection, while the others wait. When a new connection comes in, the worker process accepts the connection and notifies the control process, who hands off responsibility for listening to one of the other waiting processes from the pool (actually, often this handshake is handled by the OS itself rather than the control process per se, but the principle remains the same). The worker then goes about actually reading the HTTP request from the connection, processing it, sending the reply back to the client, and so on. When it’s done, it closes the connection and tells the control process to put it back into the pool of available worker processes, whence it gets recycled.
This is actually quite an elegant scheme. It kills several birds with one stone: the worker process doesn’t have to worry about coordinating with anything other than its sole client and the control process. The worker process can operate synchronously, which makes it much easier to program and to reason about (and thus to debug). If something goes horribly wrong and a particular HTTP request leads to something toxic, the worker process can crash without taking the rest of the world with it; the control process can easily spawn a new worker to replace it. And it need not even crash — it can simply exit prophylactically after processing a certain number of HTTP requests, thus mitigating problems due to slow storage leaks and cumulative data inconsistencies of various kinds. All this works because HTTP is a stateless RPC protocol: each HTTP request is a universe unto itself.
Given this model, it’s easy to see where the connections-are-expensive meme comes from: a TCP connection may be cheap, but a process certainly isn’t. If every live connection needs its own process to go with it, then a bunch of connections will eat up the server pretty quickly.
And, in the case of HTTP, the doctrine of statelessness is the key to scaling a web server farm. In such a world, it is frequently the case that successive HTTP requests have a high probability of being delivered to different servers anyway, and so the reasoning goes that although some TCP connects might be technically redundant, this will not make very much difference in the overall user experience. And some of the most obvious inefficiencies associated with loading a web page this way are addressed by persistent HTTP: when the browser knows in advance that it’s going to be fetching a bunch of resources all at once from a single host (such as all the images on a page), it can run all these requests through a single TCP session. This is a classic example of where optimization of a very common special case really pays off.
The problem with all this is that the user’s mental model of their relationship with a web site is often not stateless at all, and many web sites do a great deal of work in their presentation to encourage users to maintain a stateful view of things. So called “Web 2.0” applications only enhance this effect, first because they blur the distinction between a page load and an interaction with the web site, and second because their more responsive Ajax user interfaces make the interaction between the user and the site much more conversational, where each side has to actively participate to hold up their end of the dialog.
In order for a web server to act as a participant in a conversation, it needs to have some short-term memory to keep track of what it was just talking to the user about. So after having built up this enormous infrastructure predicated on a stateless world, we then have to go to great effort and inconvenience to put the state back in again.
Traditionally, web applications keep the state in one of four places: in a database on the backend, in browser cookies, in hidden form fields on the page, and in URLs. Each of these solutions have distinct limitations.
Cookies, hidden form fields, and URLs suffer from very limited storage capacity and from being in the hands of the user. Encryption can mitigate the latter problem but not eliminate it — you can ensure that the bits aren’t tampered with but you can’t ensure that they won’t be gratuitously lost. These three techniques all require a significant amount of defensive programming if they are to work safely and reliably in any but the most trivial applications.
Databases can avoid the security, capacity and reliability problems with the other three methods, but at the cost of reintroducing one of the key problems that motivated statelessness in the first place: the need for a single point of contact for the data. Since the universe is born anew with each HTTP request, the web server that receives the request must query the database each time to reconstruct its model of the session, only to discard it again a moment later when request processing is finished. In essence, the web server is using its connection to the database — often a network connection to another server external to itself — as its memory bus. The breathtaking overhead of this has lead to a vast repertoire of engineering tricks and a huge after-market for support products to optimize things, in the form of a bewildering profusion of caches, query accelerators, special low-latency networking technologies, database clusters, high-performance storage solutions, and a host of other specialty products that frequently are just bandaids for the fundamental inefficiencies of the architecture that is being patched. In particular, I’ve been struck by the cargo-cult-like regard that some developers seem to have for the products of companies like Oracle and Network Appliance, apparently believing these products to possess some magic scaling juju that somehow makes them immune to the fundamental underlying problems, rather than merely being intensely market-driven focal points for the relentless incremental optimization of special cases.
(Before people start jumping in here and angrily pointing out all the wonderful things that databases can do, please note that I’m not talking about the many ways that web sites use databases for the kinds of things databases are properly used for: query and long term storage of complexly structured large data sets. I’m talking about the use of a database to hold the session state of a relatively short-term user interaction.)
And all of these approaches still impose some strong limitations on the range of applications that are practical. In particular, applications that involve concurrent interaction among multiple users (a very simple example is multi-user chat) are quite awkward in a web framework, as are applications that involve autonomous processes running inside the backend (a very simple example of this might be an alarm clock). These things are by no means impossible, but they definitely require you to cut against the grain.
Since the range of things that the web does do well is still mind bogglingly huge, these limitations have not been widely seen as pain points. There are a few major applications that fundamentally just don’t work well in the web paradigm and have simply ignored it, most notably massively multiplayer online games like World of Warcraft, but these are exceptions for the most part. However, there is some selection bias at work here: because the web encourages one form of application and not another, the web is dominated by the form that it favors. This is not really a surprise. What does bother me is that the limitations of the web have been so internalized by the current generation of developers that I’m not sure they are even aware of them, thus applications that step outside the standard model are never even conceived of in the first place.
Just consider how long it has taken Ajax to get traction: “Web 2.0” was possible in the late 1990s, but few people then realized the potential that was latent in Javascript-enabled web browsers, and fewer still took the potential seriously (notably, among those who did is my long time collaborator and business associate, Doug Crockford, instigator of the JSON standard and now widely recognized, albeit somewhat retroactively, as a Primo Ajax Guru). That “Web 2.0” happened seven or eight years later than it might otherwise have is due almost entirely to widespread failure of imagination. Doug and I were founders of a company, State Software, that invented a form of Ajax in all but name in 2001, and then crashed and burned in 2002 due, in large part, to complete inability to get anybody interested (once again, You Can’t Tell People Anything).
Back in The Olden Days (i.e., to me, seems like yesterday, and, to many of my coworkers, before the dawn of time), the canonical networked server application was a single-threaded Unix program driven by an event loop sitting on top of a call to select(), listening for new connections on a server socket and listening for data I/O traffic on all the other open sockets. And that’s pretty much how it’s still done, even in the Apache architecture I described earlier, except that the population of developers has grown astronomically in the mean time, and most of those newer developers are working inside web frameworks that hide this from you. It’s not that developers are less sophisticated today — though many of them are, and that’s a Good Thing because it means you can do more with less — but it means that the fraction of developers who understand what they’re building on top of has gone way down. I hesitate to put percentages on it, lacking actual quantitivate data, but my suspicion is that it’s gone from something like “most of them” to something like “very, very few of them”.
But it’s worth asking what would happen if you implemented the backend for a web application like an old-fashioned stateful server process, i.e., keep the client interacting over the same TCP connection for the duration of the session, and just go ahead and keep the short-term state of the session in memory. Well, from the application developer’s perspective, that would be just terribly, terribly convenient. And that’s the idea behind Elko, the server and application framework this series of posts is concerned with. (Which, as mentioned in Part I, I’m now unleashing on the world as open source software that you can get here).
Now the only problem with the aforementioned approach, really, is that it blows the whole standard web scaling story completely to hell — that and the fact that the browser and the rest of the web infrastructure will try to thwart you at every turn as they attempt to optimize that which you are not doing. But let’s say you could overcome those issues, let’s say you had tricks to overcome the browser’s quirks, and had an awesome scaling story that worked in this paradigm. Obviously I wouldn’t have been going on at length about this if I didn’t have a punchline in mind, right? That will be the substance of Part III tomorrow.


$78/120: Talker address (Device number + $40) [48] ROM-Reference: CMP $78 : $E89B STA $78 : $EB45 Previous Page / Next Page


plugins/roboBook.php
Not much documentation yet.
roboBook is a plugin/layout combination that looks and acts like an online book, complete with Next Page, Prev Page and Last Read buttons, and a collapseable table of contents. The Next and Prev butons save page state (js cookie). The TOC does not save state. You can jump around the book randomly using the TOC and then return to the Last Read page with a button click--where the Last Read page was stored as a cookie by the user's last use of the Next Page or Prev Page buttons..
Pages
Book pages are *.htm files. Cameras.htm would might be the name of a page.
index.htm might be the first page in a chapter but its position in the Next Page button sequence is determined by its position in the p2n file rather than its name. The layouts/roboBook.xml layout definition leverages both plugins/bookNav.php and plugins/nextPrevButtons.php.
TOC (table of contents)
layouts/roboBook.xml defines the layout for a roboBook, which uses three plugins to make its contents: flexyFileContent, bookNav.php and nextPrevButtons.php. The TOC contains Next and Prev buttons but it is mainly generated by plugins/bookNav.php. bookNav.php reads the p2n file and generates teh navigation links. Every TOC contains a global section that never changes consisting of the files (typically preface.htm and introduction.htm) in the book's root directory (which can be anywhere on the server), and the books' chapters, if they exist, which are the first child subdirectories of the book root.
In addition to the global, always present Chapter links the TOC often displays local links, underneath the global chapters, which are the pages (*.htm file) contained within each chapter directory.
Chapters are Optional
A book might be no more than a series of *.htm files in a directory. But a book can have chapters. Chapters are any first child subdirectories of the book's root directory. Every book must have a p2n file (below). That p2n file resides in the root directory of the book.
Chapters can have further sub-directories which might be useful for the developer's organizational needs. Chapter sub-directories have no meaning to the book itself. Conceptually a book is either a sequence of pages or a sequence of chapters, where each chapter has a sequence of pages. Chapter subDirectories do need further support in the TOC.
Page Resources (images etc)
The book root directory and each chapter typically have a roboresources directory which may or may not contain a pics subdirectory.
roboresources
roboresources/pics (images, like boat.jpg)
roboresources/slideshow (images or symlinks to images)
roboresources/thumbs (matching thumbnails, like tn-boat.jpg)
The p2n File
A p2n file is a sequence of sub-paths corresponding
to the system's $_GET['robobpage'] arguments, which are sub-paths to pages.
A p2n file can be generated with the recursive commandLineUtils/tocit.py script.
after generting the p2n file will need hand editing.
preface.htm
introduction.htm
Cameras.htm
Chapter1
Chapter1/index.htm
Chapter1/whatever.htm
Chapter2
Chapter2/index.htm
Chapter3/whatever.htm
tocit.py
Page sequencing necessary for the Next and Prev page buttons depends on a p2n file in the book root.
You can generate such a file as follows:
copy commandLineUtils/tocit.py to your ~/bin directory
cd fragments/Library/Flies
run tocit.py <enter>
tocit.py writes to np2n, which can be edited. Then copy np2n to p2n when ready.
The tocit.py script needs considerable work. It is a useful starting point.
if the pages do not appear as expected inspect the p2n file
Each line should be the same as the $_GET parameter of ?robopage=Library/Flies/Dryflies/index.htm
If the p2n file does not appear as needed you might try running tocit.py with a --prepath argument
Or edit p2n manually with vi


Microsoft To Do for Android now lets you print tasks and more
by RahulMicrosoft has pushed an update to its task management app, Microsoft To Do on Android. The update brings a couple of new features, bug fixes, and performance improvements.
Talking about new features, To Do app for Android will now let you print your lists of tasks, the option which can be found on the list menu. And aside from print lists, you’ll also be able to hide completed tasks.
Microsoft also improved some graphics in the app and the improvement is visible in both light and dark mode. You can see the official changelog below.
Changelog
• You can now print your lists! Find the option in your list menu.
• We’ve changed some of our graphics so that they look better with light mode & dark mode.
• We’ve added the option to show or hide completed tasks in your Important list.
• We made several smaller fixes & improvements.
Microsoft To Do app for Windows 10 recently picked up the ability to print lists. A similar feature is now available on Microsoft To Do for Android.
You can install/update the Microsoft To Do app for your Android smartphone from this link.


<ccg:loadProperties contextAttribute="propFile">
<resource>
file:.\src\test\resources\test-suites\test.properties
</resource>
</ccg:loadProperties>
| Resource Type | Example | Description |
|---|---|---|
| file | file:.\src\test\resources\test-suites\test.properties | Loads the specified file path. |
| res | res:/test.properties | Loads the specified path as a classpath resource. |
| string |
string:{ "name": "someName", "age": 30 } |
Loads the specified string (on right side) as content of resource. |
| string | property:attr.response | Fetches the specified property (in example, attr.response) and coverts into string. Obtained string is then used as resource content. |


This is a short, unprioritized list of areas where Triangular could be improved
Provide a batch test facility for regression testing of system. Since the local Datastore is easily restartable from a
saved copy this makes end to end testing feasible with data validation of the results.
I have looked at Selenuim as a possible tool to accomplish this. Please add thoughts on this to the discussion at the foot of this page.
Upgrade to Java 7
More complete Browser support


Oh...you've arrived to the How To Page!
Here's a step-by-step how to on using the FAM Bot.
We explain how to use FAM Bot and it's uses in our presentation. Here are some images.
Our product is meant to help those in need when it is difficult for others to help and rescue survivers.
Quite simply all you need to do is power on FAM Bot. The code will already be installed onto the robot.
If any errors occur send our product back with an email and proof of purchase. We will gladly fix any issues.
To access the website, an enclosed falsh drive/domain will be included in your package.
In the future when our database has been installed you will be able to sign in and directly email our team.
As well as view the camera and see through the eyes of FAM Bot!
Our little FAM Bot will be the future of tech!


A B C D E F G H I J L M N O P R S T U V W
All Classes All Packages
All Classes All Packages
All Classes All Packages
C
- checkConsistency(Message<? extends AbstractDataType>) - Static method in class com.cyberfront.crdt.sample.simulation.Message
-
Check consistency of a message.
- checkConsistency(Collection<Message<? extends AbstractDataType>>) - Static method in class com.cyberfront.crdt.sample.simulation.Message
-
Check consistency of a collection of messages
- checkMessageConsistency() - Method in class com.cyberfront.crdt.sample.simulation.Executive
-
Check the consistency of the messages in each of the nodes.
- checkMessageConsistency() - Method in class com.cyberfront.crdt.sample.simulation.MessageRouter
-
Check the message consistency of all the messages pending delivery.
- checkMessageConsistency() - Method in class com.cyberfront.crdt.sample.simulation.Node
-
Check the content consistency of all of the sent and received messages on all of the CRDT's attached to this node.
- checkMessageConsistency() - Method in class com.cyberfront.crdt.sample.simulation.SimCRDTManager
-
Check the message consistency for all of the sent and received messages in this CRDT instance
- checkMessageCount() - Method in class com.cyberfront.crdt.sample.simulation.Executive
-
Check the count consistency of the messages in each of the nodes.
- checkMessageCount() - Method in class com.cyberfront.crdt.sample.simulation.Node
-
Check the count consistency of all of the sent and received messages on all of the CRDT's associated with this node.
- checkMessageCount() - Method in class com.cyberfront.crdt.sample.simulation.SimCRDTManager
-
Perform the count validation checks against the types of messages delivered with the operations being managed in the CRDT.
- checkOperationValidity() - Method in class com.cyberfront.crdt.sample.simulation.Executive
-
Check the operational validity of each of the nodes.
- checkOperationValidity() - Method in class com.cyberfront.crdt.sample.simulation.Node
-
Check the operation validity for all operations managed within each CRDT associated with this node.
- checkOperationValidity() - Method in class com.cyberfront.crdt.sample.simulation.SimCRDTManager
-
Check the validity of the operations in this CRDT instance.
- clear() - Method in class com.cyberfront.crdt.CRDTManager
-
Clear all of the operations in the CRDT
- clear() - Method in class com.cyberfront.crdt.OperationTwoSet
-
This method removes all elements in both the ADD and REMOVE sets, effectively reseting them to empty.
- clear() - Method in class com.cyberfront.crdt.sample.simulation.AbstractNode
-
Clear the contents of the datastores in this node
- clear() - Method in class com.cyberfront.crdt.sample.simulation.Executive
-
Initialize the simulation Executive for a new run.
- clear() - Method in class com.cyberfront.crdt.sample.simulation.MessageRouter
-
Clear the message queue and reset the timestamp to 0
- Clone() - Constructor for class com.cyberfront.crdt.unittest.TestData.Clone
-
Default constructor which initializes the unit test component with the default values
- Clone(long, long, long, long, boolean, boolean) - Constructor for class com.cyberfront.crdt.unittest.TestData.Clone
-
Constructor for the clone test where the arguments are specifically passed to be instantiated
- cloneInstances(Collection<AbstractDataType>) - Static method in class com.cyberfront.crdt.unittest.TestData.Clone
-
Given a collection of objects return a copy of those objects
- collectionValue - Variable in class com.cyberfront.crdt.sample.data.SimpleCollection
-
The Collection of AbstractDataType derived collectionValue associated with this SimpleCollection instance
- com.cyberfront.crdt.operation - package com.cyberfront.crdt.operation
- com.cyberfront.crdt.sample.data - package com.cyberfront.crdt.sample.data
-
The com.cyberfront.crdt.sample.data package a collection of test data classes which can be used to test the functionality of the CRDT related classes.
- com.cyberfront.crdt.sample.manager - package com.cyberfront.crdt.sample.manager
-
The com.cyberfront.crdt.sample.manager contains two test classes for demonstrating basic CRDT functionality.
- com.cyberfront.crdt.sample.simulation - package com.cyberfront.crdt.sample.simulation
-
The com.cyberfront.crdt.sample.simulation contains a collection of classes which are intended to perform stress testing on the functionality of the commutative CRDT implementation specified elsewhere in the class library.
- com.cyberfront.crdt.support - package com.cyberfront.crdt.support
-
The com.cyberfront.crdt.support contains a single class which provides some general support functionality for the entire library.
- com.cyberfront.crdt.unittest - package com.cyberfront.crdt.unittest
- compareJsonSequence(Collection<JsonNode>, Collection<JsonNode>) - Method in class com.cyberfront.crdt.unittest.AssessmentSupport
-
Compare two sequences of JsonNode documents and record the differences in the resulting collection
- compareTo(Operation) - Method in class com.cyberfront.crdt.operation.Operation
- compareTo(OperationManager) - Method in class com.cyberfront.crdt.operation.OperationManager
- compareTo(Message<? extends AbstractDataType>) - Method in class com.cyberfront.crdt.sample.simulation.Message
- compareTo(SimCRDTManager<T>) - Method in class com.cyberfront.crdt.sample.simulation.SimCRDTManager
- convert(Collection<T>) - Static method in class com.cyberfront.crdt.support.Support
-
Generate a string as a JSON formated array based on elements of a collection
- convert(Map<K, V>) - Static method in class com.cyberfront.crdt.support.Support
-
Generate a string as a JSON formated array based on elements of a collection
- copy() - Method in class com.cyberfront.crdt.sample.data.AbstractDataType
-
Create a copy of this AbstractDataType derived object
- copy() - Method in class com.cyberfront.crdt.sample.data.SimpleBoolean
- copy() - Method in class com.cyberfront.crdt.sample.data.SimpleCollection
- copy() - Method in class com.cyberfront.crdt.sample.data.SimpleDouble
- copy() - Method in class com.cyberfront.crdt.sample.data.SimpleInteger
- copy() - Method in class com.cyberfront.crdt.sample.data.SimpleReference
- copy() - Method in class com.cyberfront.crdt.sample.data.SimpleString
- copy() - Method in class com.cyberfront.crdt.sample.simulation.SimOperationManager
-
Generate and return a near copy of this class instance including the operation identifier
- copy(OperationManager.StatusType) - Method in class com.cyberfront.crdt.sample.simulation.SimOperationManager
-
Generate and return a copy of this class instance including the operation identifier but with the given status type
- copy(Message<T>) - Method in class com.cyberfront.crdt.sample.simulation.Message
-
Build and return a copy of the given message
- copy(Double) - Method in class com.cyberfront.crdt.sample.data.AbstractDataType
-
Update the instance such that each field is changed with probability given by probability pChange
- copy(Double) - Method in class com.cyberfront.crdt.sample.data.SimpleBoolean
- copy(Double) - Method in class com.cyberfront.crdt.sample.data.SimpleCollection
- copy(Double) - Method in class com.cyberfront.crdt.sample.data.SimpleDouble
- copy(Double) - Method in class com.cyberfront.crdt.sample.data.SimpleInteger
- copy(Double) - Method in class com.cyberfront.crdt.sample.data.SimpleReference
- copy(Double) - Method in class com.cyberfront.crdt.sample.data.SimpleString
- copy(Collection<Operation>) - Static method in class com.cyberfront.crdt.operation.Operation
-
Copy a list of operations
- copyAddSet() - Method in class com.cyberfront.crdt.OperationTwoSet
-
Generate and retrieve a copy of the add set for public consumption
- copyRemSet() - Method in class com.cyberfront.crdt.OperationTwoSet
-
Generate and retrieve a copy of the remove set for public consumption
- countCreated() - Method in class com.cyberfront.crdt.AbstractCRDT
-
Count the number of CREATE Operation instances are associated with this CRDT
- countCreated() - Method in class com.cyberfront.crdt.OperationTwoSet
- countDelete() - Method in class com.cyberfront.crdt.AbstractCRDT
-
Count the number of DELETE Operation instances are associated with this CRDT
- countDelete() - Method in class com.cyberfront.crdt.OperationTwoSet
- countOperations(Collection<Operation>, Operation.OperationType) - Static method in class com.cyberfront.crdt.OperationTwoSet
-
This static method counts the number of NewBaseOperation instances of the type given which are in the collection provided
- countRead() - Method in class com.cyberfront.crdt.AbstractCRDT
-
Count the number of READ Operation instances are associated with this CRDT
- countRead() - Method in class com.cyberfront.crdt.OperationTwoSet
- countUpdate() - Method in class com.cyberfront.crdt.AbstractCRDT
-
Count the number of UPDATE Operation instances are associated with this CRDT
- countUpdate() - Method in class com.cyberfront.crdt.OperationTwoSet
- crdt - Variable in class com.cyberfront.crdt.CRDTManager
-
The CRDT containing the updates for the JSON object being managed.
- CRDT - Static variable in class com.cyberfront.crdt.CRDTManager
- crdtLookup - Variable in class com.cyberfront.crdt.sample.simulation.Executive
-
A map relating a CRDT name to the name of the node which manages it
- CRDTManager - Class in com.cyberfront.crdt
-
The CRDTManager class is used to wrap a CRDT instance so as to interact with it.
- CRDTManager() - Constructor for class com.cyberfront.crdt.CRDTManager
-
Default constructor; performs no initialization of components
- CRDTManager(LastWriteWins) - Constructor for class com.cyberfront.crdt.CRDTManager
-
Constructor specifying the CRDT to manage the LastWriteWins CRDT provided
- Create() - Constructor for class com.cyberfront.crdt.unittest.TestData.Create
-
Default constructor which initialized fields to their default values
- Create(long, long, long, boolean, boolean) - Constructor for class com.cyberfront.crdt.unittest.TestData.Create
-
Constructor to deliberately initialize each field to the associated values provided
- CREATE - com.cyberfront.crdt.operation.Operation.OperationType
-
The create operation.
- CREATE - com.cyberfront.crdt.sample.simulation.Executive.EventType
-
Represents a create operation
- CREATE_COUNT - Static variable in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
Number of creation operations to perform on tests related to internodal synchronization quality
- createCount - Variable in class com.cyberfront.crdt.sample.simulation.Executive
-
Number of create operations remaining to perform
- createCount - Variable in class com.cyberfront.crdt.unittest.TestSimulation.Simulation
-
The number of times to perform a create operation during the simulation
All Classes All Packages


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Package org.gs4tr.gcc.restclient.request
Class Summary
Class
Description
GCRequest
JobListRequest
JobRequest
PageableRequest
SubmissionCreateRequest
SubmissionRequest
SubmissionsListRequest
SubmissionSubmitRequest
TaskListRequest
TaskRequest
UploadContentReferenceRequest
UploadFileContextRequest
UploadFileRequest
Enum Summary
Enum
Description
UploadFileContextRequest.ContextType
Copyright © 2018. All Rights Reserved.


Red Hat Quay Management
Change Log
Could not load organizations
Total Registry Size: {{bytesToHumanReadableString(registrySizeBytes)}}, Updated: {{lastRan == null ? 'Never' : lastRan}}
, Calculation required
, Calculation queued
, Calculating...
| Name | Admin Email | Quota Consumed | ||
| {{ current_org.name }} | {{ current_org.email }} | {{ current_org.quota_report.percent_consumed ? ( bytesToHumanReadableString(current_org.quota_report.quota_bytes) + " (" + quotaPercentConsumed(current_org) + "%)") : bytesToHumanReadableString(current_org.quota_report.quota_bytes) }} 0 {{ " of " + bytesToHumanReadableString(current_org.quota_report.configured_quota) }} Backfill Queued Backfill Running |
Are you sure you want to take ownership of organization {{ takeOwnershipInfo.entity.name }}?


All forms of delegation are potentially dangerous if not configured correctly:
- Unconstrained Delegation – compromise of a server with unconstrained delegation can result in domain elevation.
- (Traditional) Constrained Delegation – introduces attack paths from any user/computer account to any server configured in msDS-AllowedToDelegateTo property on the account.
- Resource-based Constrained Delegation – in some situations introduces an ACL-based computer object takeover primitive.


assert
statements and test framework assertions that are suppressed by a surrounding catch block.
Such assertions will never fail, as the thrown AssertionError
will be caught and silently ignored.
Example 1:
void javaAssertion() {
try {
...
assert 1 == 2;
} catch (AssertionError e) {
// the assertion is silently ignored
}
}
Example 2:
@Test
void testWithAssertJ() {
try {
...
assertThat(1).as("test").isEqualTo(2);
} catch (AssertionError e) {
// the assertion is silently ignored
}
}
Example 3:
@Test
void testWithJunit() {
try {
...
assertEquals(1, 2);
} catch (AssertionError e) {
// the assertion is silently ignored
}
}
New in 2020.3


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Auto Club South
Auto Club Mid-Atlantic
Auto Club Washington
Auto Club Quebec
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Semantic HTML
By Troy McClure. Published
This is an example web page explaining HTML5 semantic markup.
HTML5 includes several “sectioning content” elements that affect the document outline. {{ text }}
By Troy McClure. Published
This is an example web page explaining HTML5 semantic markup.


Implements boosting beta regression for potentially high-dimensional data (Mayr et al., 2018 <doi:10.1093/ije/dyy093>). The 'betaboost' package uses the same parametrization as 'betareg' (Cribari-Neto and Zeileis, 2010 <doi:10.18637/jss.v034.i02>) to make results directly comparable. The underlying algorithms are implemented via the R add-on packages 'mboost' (Hofner et al., 2014 <doi:10.1007/s00180-012-0382-5>) and 'gamboostLSS' (Mayr et al., 2012 <doi:10.1111/j.1467-9876.2011.01033.x>).
| Version: | 1.0.1 |
| Depends: | mboost, gamboostLSS |
| Suggests: | gamlss.dist, knitr, rmarkdown, betareg |
| Published: | 2018-07-07 |
| Author: | Andreas Mayr, Benjamin Hofner, Leonie Weinhold, Matthias Schmid |
| Maintainer: | Andreas Mayr <mayr at uni-bonn.de> |
| License: | GPL-3 |
| URL: | For source code, development versions and issue tracker see https://github.com/boost-R/betaboost |
| NeedsCompilation: | no |
| Citation: | betaboost citation info |
| Materials: | README NEWS |
| CRAN checks: | betaboost results |
| Reference manual: | betaboost.pdf |
| Vignettes: |
Using package betaboost |
| Package source: | betaboost_1.0.1.tar.gz |
| Windows binaries: | r-devel: betaboost_1.0.1.zip, r-release: betaboost_1.0.1.zip, r-oldrel: betaboost_1.0.1.zip |
| OS X binaries: | r-release: betaboost_1.0.1.tgz, r-oldrel: betaboost_1.0.1.tgz |
| Old sources: | betaboost archive |
Please use the canonical form https://CRAN.R-project.org/package=betaboost to link to this page.


GosConnection
GosConnections represent the connection to the GoshawkDB.
They should be acquired through the static Goshawk.connect function.
Member Summary
| Public Members | ||
| public |
clientInfo: {Product: string, Version: string} The product and version information we sent to the server during the initial connection handshake. |
|
| public |
The namespace that the server assigns to this client. |
|
| public |
The roots that this client has access to. |
|
| public |
serverInfo: {Product: string, Version: string} The product and version information we receive from the server during the initial handshake, or null if it hasn't occurred yet. |
Method Summary
| Public Methods | ||
| public |
close() Closes the underlying link. |
|
| public |
connect(connectionOptions: *): Promise<GosConnection, Error> Connects to the server. |
|
| public |
transact(fn: function(txn: Transaction): {* | Promise<*, Error>}}): Promise<*, Error> Queues a transaction for running, then ensures that transaction processing is happening. |
Public Members
public clientInfo: {Product: string, Version: string} source
The product and version information we sent to the server during the initial connection handshake.
Public Methods
public connect(connectionOptions: *): Promise<GosConnection, Error> source
Connects to the server. If running in node, you will need to provide connectionOptions that include the client certificate and key.
Params:
| Name | Type | Attribute | Description |
| connectionOptions | * |
public transact(fn: function(txn: Transaction): {* | Promise<*, Error>}}): Promise<*, Error> source
Queues a transaction for running, then ensures that transaction processing is happening. The returned promise resolves with the value returned by the fn once the transaction has committed. The fn may be run multiple times and so should avoid side effects. fn may be an asynchronous or a synchronous function.
Params:
| Name | Type | Attribute | Description |
| fn | function(txn: Transaction): {* | Promise<*, Error>}} | the transaction function. This function may be run multiple times and should rethrow any TransactionRetryNeeded exceptions. |


ANGULAR LOGO
The logo graphics available for download on this page are provided under CC BY 4.0. This means that you can pretty much do what you like with it including printing it on shirts, creating your own variations, or getting it tattooed over your navel.
We do ask that you not use the rest of the site graphics in other contexts to avoid confusion.
BRAND ICONS
CONCEPT & FEATURE ICONS
PRESS AND MEDIA
For inquiries regarding press and media please contact us at<EMAIL_ADDRESS>BRAND NAMES
Angular
The name Angular represents the work and promises provided to you by the Angular team.
When not specified, Angular is assumed to be referring to the latest and greatest stable version from the Angular Team.
Example
Version v4.1 now available - We are pleased to announce that the latest release of Angular is now available. Staying up to date is easy!
Example
Correct: "New *ngIf
capabilities—new in version 4.0 is the ability to ..."
Incorrect: "New *ngIf
capabilities in Angular 4—Angular 4 introduces the ability to ..."
Reasoning
By not using “Angular 4” in the title, the content still feels applicable and useful after version 5, 6, 7 have been released, as the syntax is unlikely to change in the short and medium term.
AngularJS
AngularJS is the v1.x series of work and promises provided by the Angular team.
Examples
- AngularJS is one of the most used framework on the web today (by number of projects).
- Millions of developers are currently building with AngularJS.
- Developers are beginning to upgrade from AngularJS to Angular.
- I’m upgrading my application from AngularJS to Angular.
- I'm using AngularJS Material on this project.
AngularJS projects should use the original AngularJS logo / icon, and not the Angular icon.
Angular Material
This is the work being performed by the Angular team to provide Material Design components for Angular applications.
AngularJS Material
This is the work being performed by the Angular team on Material Design components that are compatible with AngularJS.
3rd Party Projects
X for Angular
3rd parties should use the terminology “X for Angular” or “ng-X” for software projects. Projects should avoid the use of Angular X (e.g. Angular UI Toolkit), as it could create authorship confusion. This rule does not apply to events or meetup groups.
Developers should avoid using Angular version numbers in project names, as this will artificially limit their projects by tying them to a point in time of Angular, or will require renaming over time.
Where a codename or shortname is used, such as on npm or github, some are acceptable, some are not acceptable.
Do not useng2-
angular2-
ng-
angular-
As always, component and directive selectors should not begin with “ng-” selectors as this will conflict with components and directives provided by the Angular team.
Examples
- The ng-BE team just launched
ng-health
to help developers track their own health. - I’m going to use NativeScript for Angular to take advantage of native UI widgets.
ReallyCoolTool
for Angular.ReallyCoolTool
for AngularJS.
TERMS WE USE
We often use terms that are not part of our brand, but we want to remain consistent on the styling and use of them to prevent confusion and to appear unified.
- Ahead of Time compilation (AOT)
- Just in Time compilation (JIT)


Lexus looking to expand line-up with smaller models
by Staff WriterThe Japanese firm believes the popularity of SUVs shows that buyers are prepared to pay premium prices for smaller cars.
Lexus could expand its line-up and make smaller cars in the future because of market changes sparked by the growing popularity of SUVs.
Speaking at the Tokyo motor show, the firm’s executive vice-president, Koji Sato, said there was evidence that well-executed smaller cars could be sold for higher prices, because of shifts in how customers perceive value. In particular, SUVs are more profitable than same-sized hatchbacks because they are perceived to be bigger due to their raised ride height.
“Smaller doesn’t always mean cheaper now, so trends are changing,” said Sato. “I can’t say clearly that it is something we will do, but we are looking at all vehicle opportunities.”
Such an SUV would sit below the recently launched Lexus UX crossover, with a likely starting price well below £30,000 (about Rs 27.31 lakh). However, Sato hinted that part of the appeal of creating smaller cars was that buyers are increasingly willing to raise the transaction price by buying options. “What customers want is individuality,” he said.
Sato also vowed that Lexus would keep making distinctive cars, including convertibles and F-branded models powered by high-performance, non-electrified engines. “We must cater for people who enjoy their driving,” he said.
Earlier this year, the firm confirmed that its first all-electric vehicle will be an urban hatchback. More recently, the carmaker launched the RX 450hL SUV in India at Rs 99 lakh, which costs Rs 30 lakh less than the outgoing RX 450h and comes with an extra row of seats.


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The Yahoo team has identified a number of best practices for making web pages fast. The list includes 35 best practices divided into 7 categories.


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Play
Button
Toggle
Toggle Button
Play
Pause
Next
Previous
Split Button
Previous
Play
Next
Group Button


object Downloading : Connected, Syncing, State
State for when the wallet is actively downloading compact blocks because the latest block height available from the server is greater than what we have locally. We move out of this state once our local height matches the server.


Application for time management inspired by technique called Pomodoro. The technique uses a timer to break down your working time into 25 minutes long work periods separated by short breaks. The method is based on the idea that frequent breaks can improve mental agility.
The most common implementation is as follows:
For more detailed information see the very helpful Pomodoro get started guide.
| Audio notifications | ||
| Web notifications | ||
| Flash the taskbar button | ||
| Pause timer when interval finishes | ||
Space start/pause timer
S skip interval
R reset timer
H open/close this menu
Esc closes this menu
Have you found a bug or do you have a suggestion? Write me e-mail or create Github issue.
You can also follow me on twitter or take a look on the source code.


Real-time Convolution Effects
The following illustrate a diverse range of effects which are possible using the convolution engine: