Keyboard and Mouse with the iPad
Keyboard and Mouse with the iPad
So, I’ve been playing around with the keyboard and mouse for the iPad Pro after Apple brought out the support for it in iPad OS 13.4.
I’ve been using the Filco 2 Tenkeyless Convertible keyboard and a Logitech MX Master mouse and have been using it on and off over the past week or so.
The whole intention of this is to consider if it’s worth purchasing the £300 iPad Magic with a touchpad keyboard for the iPad. Part of this is because most of the use I get out of the machine at work is that I use the iPad as a laptop replacement - often using it for notes in meetings. To date, I’ve carried a separate keyboard, or have just dealt with the software keyboard.
So, I thought rather than just drop £300 on the keyboard and touchpad, I’d use a standard keyboard and mouse to trial things out and see if it would be money well spent.
Keyboard Shortcuts
As I’ve got a Logitech K380 at work for the iPad, I’ve not come across this issue for a while, as the K380 can figure out if it’s on a Mac or Windows and has the shortcut and modifier keys in the right place. I’m talking about the Command (⌘) and Option (⌥) buttons.
If you connect a Windows keyboard to the Mac, the Windows key is the command button and the button next to it is Alt (or Option in macOS).
That’s the opposite way around to the Apple keyboard - which has the Control button, then alt/option, and then the command button.
Using the keys in this way is generally muscle memory now, especially when it comes to activating Spotlight/Alfred - as I even use Launchy with the same action keys on Windows.
Well, connecting the Filco keyboard, it’s a Windows layout and I instantly ran into the keyboard issue. However, iPadOS has me covered - I’m not sure when this was added, but I was able to go into the settings and change the keys around.
Navigation
Using the mouse and keyboard with the iPad seems to work nicely. Navigating using keyboard shortcuts is no issue at all and has been like that for as long as I can remember.
However, mouse navigation isn’t great in my mind. I didn’t find this to be too intuitive. Using the general mouse was fine. However, I ran into issues with trying to spell check where the right-click didn’t bring up a correction, but the standard menu you’d get if you pressed and held your finger on the tablet. I’m not sure if this was because of the app I was using (Ulysses), or whether this is the standard behaviour.
Multitasking on the iPad is still an issue for me - as I don’t use it often, I keep forgetting that I can split screen and so I’ve not tried doing it with the mouse (or even if it’s possible!)
Natural Scrolling
Natural scrolling whilst using the screen makes sense. It works nicely and I’ve been using the iPad and phones for years like it. It just works.
However, when I use a mouse with a scroll wheel, I want the scroll direction to match the scroll wheel. Perhaps that’s just a habit that’s been ingrained into me from using Windows and the mouse for many years.
On the Mac Mini at home, that isn’t an issue - I set the scroll direction in macOS settings and I’m away.
Thankfully, on the iPad, I can enable this in the settings, so that my MX Mouse behaves as I want it to. I assume that any mouse can enable this, so the scroll wheel behaves as it should. As a benefit, as the iPad does not have a trackpad, it doesn’t change the direction for this!
Dynamic Mouse Pointer
Apple is saying that the mouse pointer is a dynamic mouse pointer for the iPad.
https://www.youtube.com/watch?v=78m5qtJI5Nk&feature=emb_title
I found by default this was turned off for my MX Master and that the cursor remained as a single circle. However, once I turned this on, it worked as per the video.
It’ll take some getting used to from a standard cursor but it’s worth trialing. It can get switched back at any time.
Laptop Replacement?
I guess the aim of this is to see if the iPad could be a suitable laptop replacement.
And to me, the current answer is no. I don’t think I could give up a “full fat” OS currently and use only iPadOS.
It works nicely and I could use it for a larger number of tasks, but it’s not a replacement for me. For example, before the lockdown, I had travelled to Ireland and took a laptop with me - partly in case we wanted to hook it up to the TV to watch some films or play some party games, but I ended up also doing some work. Now, the iPad might have been able to do some of these well if I’d taken a keyboard as well, but in general it wouldn’t have coped with the others.
Likewise, the trackpad support is reasonable, but there are still some niggles floating around it seems and it’s a bit inconsistent - potentially due to software/app support at the minute.
I like the idea of an iPadOS laptop - fairly lightweight, swappable between form factors, good battery life, etc - and at the minute I’m considering whether to purchase a new MacBook Air to replace my 2017 MBA, so this release comes at a time where the purchase of the cover could be purchased to be used with my iPad 11 inch and save me the MacBook purchase. However, I’m still thinking that currently, the MacBook would be the better purchase, as it would be able to do all I needed, rather than the majority and would be a better long term purchase - am I going to be keeping my iPad for another 3 years, and is Apple going to change the layout in future releases - £300 is a considerable sum of money on a case that could potentially only be used with this iPad and not survive a future iPad refresh.
At the minute, I’ll give it some more use to see how I get on, but it’s looking unlikely that I’d be purchasing a Magic Keyboard at the minute.
And it doesn’t have media keys!


Field Permissions
This field allows you to grant additional access to specific fields in tables
by users. The permissions granted cannot be greater than those specified in
the Table Permissions under Field permissions for the table
the field is in.
To add new field permissions, you must first select the database and
table the field is in using the form at the bottom of the page. Then click
the Add new permissions button to bring up a form for selecting
the field and other details.


The GUID
Plugin adds a tracking cookie to the user that will be sent to the beacon-server as cookie
The GUID
API is encapsulated in the BOOMR.plugins.GUID
namespace
The GUID plugin configuration is contained in the GUID
namespace in the initial Boomerang configuration Object.
See "Howto #6 — Configuring boomerang" for more information on how to configure Boomerang
Called by the BOOMR.init() method to configure the clicks plugin.
BOOMR.init({ GUID: { cookieName: "boomerang-guid", expires: 6000 } });
BOOMR.init()
. See the Configuration section for details.
a reference to the BOOMR.plugins.GUID
object, so you can chain methods.
None: no beacon parameters will be set cookies will be sent in the HTTP Header
The latest code and docs is available on github.com/SOASTA/boomerang


Effort¶
Effort is a unit of work that your city is capable of producing each turn. Effort is equal to the current population of the city and will rise and fall as the population does. Some actions require effort to complete, and sometimes it may take multiple turns of allocating effort to complete a project. Effort can be directed at one objective, or split up on multiple objectives at the same time, but you may not allocate more effort than you have population.
There are many ways you can allocate your effort.
Do Nothing¶
This will allocate your population to, well, nothing at all.  Go see the movies. This will have no effect at all on the survival of your city.
Upgrades¶
Allocating effort towards these objects will, once a threshold is reached, improve their effectiveness. Once the object is leveled up, any leftover effort will go towards its next level.
City - This increases the maximum structure your city can hold. Since population is capped by your city’s current structure, this will allow you to have more maximum population. Note that allocating effort towards upgrading your city will not increase your current structure amount; if you are looking to increase your current structure amount, then allocate effort towards Repair Structure. If your city is leveled up, any leftover effort will go towards its next level.
Sensors - This will cause the sensor readings get more and more precise to the actual chance of a disaster occurring. Sensors must be leveled up individually. The sensor objects can be found in the city.sensors variable.
Buildings - Each building has unique effects, so view each building’s specific effects to see how they work. Like sensors, buildings must be leveled up individually. Unlike sensors, buildings require wealth to upgrade. If you are allocating more effort than you have wealth, the allocated effort will be reduced to your available wealth. However, the remaining effort that was allocated will not be recycled. The building objects can be found in the city.buildings variable.
Repair Structure¶
Allocating effort towards repairing structure will increase your current structure amount of your city. Current structure is capped by maximum structure and is reduced by disasters. Be careful, if your city structure falls to 0, your city will be destroyed, and the game ends! Your current population is also capped by your current structure, not your maximum structure, so if you’re running low on population, maybe invest in repairing your city’s structure. It takes 2 effort to produce 1 structure. If one effort is allocated, no structure is produced.
Regain Population¶
Allocating your effort towards regaining population will increase your current population amount of your city. Current population is capped by current structure and is reduced by disasters. Be careful, if your city population falls to 0, your city will be destroyed, and the game ends! Higher population amounts will also increase the amount of effort you can allocate on a given turn, so more population means more effort towards other actions! It takes 2 effort to produce 1 population. If one effort is allocated, no population is produced.
Accumulate Wealth¶
Accumulate Wealth will increase the current amount of wealth you have. Wealth is used to upgrade structures, so make sure you have enough money before allocating people towards upgrading your structures. It takes 1 effort to produce 1 gold.
Put Out Disasters¶
Some disasters are long lasting annoyances to your city, that will deal constant population and structure damage over time. To deal with these, you must allocate effort towards putting these disasters out. Allocating effort towards disasters will not directly decrease the damage these lasting disasters do. For example, imagine a fire needs 100 more effort to put out, and deals 100 population damage a turn (numbers may not be accurate to the current build of the game). If you decide to allocate 99 effort towards this disaster, then the fire will need 1 more effort to put it out (to be done on a later turn) but will still deal 100 population damage. The next turn, if you allocate 1 more effort towards the same fire, then the fire will disappear and will deal 0 more damage. The list of current disasters is provided by the take_turn disasters array argument. Note that this includes instant disasters as well as lasting, so be sure to only apply effort to lasting disasters.
How to allocate effort¶
To add effort, use actions.add_effort()
, then specify either an ActionType or an object like city or an element in the disasters array, and the amount of effort to allocate.
For example, if we wanted to generate population,
actions.add_effort(ActionType.regain_population, amount)
If we wanted to upgrade an object, like the police station building,
actions.add_effort(city.buildings[BuildingType.police_station], amount)
If we wanted to allocate effort to put out a lasting disaster,
ongoing_disaster; # Let ongoing_disaster be an ongoing disaster from the disasters list, like fire
actions.add_effort(ongoing_disaster, amount)
Note that the list of current disasters is provided by the take_turn disasters argument. Multiple lasting disasters of the same type can exist at once. For example, a city can be under attack by three different fires at the same time. There is no upper limit to the amount of lasting disasters currently effecting a city.
The order of effort allocations are done in the following order:
Do Nothing
Upgrade City
Repair Structure
Regain Population
Accumulate Wealth
Put Out Disasters
Upgrade Sensors
Upgrade Buildings


This inspection reports any instances of Groovy methods that are too long. Methods that are too long
may be confusing, and are a good sign that refactoring is necessary.
Use the field provided below to specify the maximum acceptable number of non-comment source
statements a method might have.
Powered by InspectorGroovy


DraftKings Week 11 Monday Night Showdown: Picks, advice for Chiefs vs. Chargers NFL DFS
by Billy HeyenChiefs vs. Chargers takes place at Estadio Azteca in Mexico City, usually home of the Mexican national soccer team. So, our Week 11 DraftKings Monday Night Football Showdown lineup features not just onebut two kickers (the elevation is 2,000 feet higher than Mile High in Denver). That includes Michael Badgley as our DFS captain andHarrison Butker as well. By using two kickers, we can plug four studs into our lineup, including Patrick Mahomes and Philip Rivers.
There's a couple obvious, high-ownership plays in this game with Mahomes and Melvin Gordon. The two kickers might create some variation for us from those common lineups and allow us to have a shot at winning a tournament.
DraftKings Showdown Picks: Chiefs vs. Chargers
CAPTAIN (1.5x points, 1.5x price): K Michael Badgley, Chargers ($5,700)
If we're leaning on one offense to stall out more often, it's the Chargers. Badgley has as good of a leg as Butker, and the thin air will be his best friend. You'll have a super unique captain pick by going with a kicker, and it's more of a built-in floor than other players at this price point.
FLEX: QB Patrick Mahomes, Chiefs ($12,000)
This is a no-brainer. It's not worth fading Mahomes with the level of upside that he has. He also might throw the ball 100 yards in the air at this elevation.
FLEX: WR Tyreek Hill, Chiefs ($10,600)
You could choose to try Travis Kelce as your Mahomes stack, but Hill is more likely to hit on a couple of the home run balls that make a tournament-winning score.
FLEX: QB Philip Rivers, Chargers ($8,800)
The Chiefs' defense hasn't been good. L.A. will have to score points to stay in this game, which means that Rivers should get to sling it around sidearm for four quarters. We're less confident whether Keenan Allen, Mike Williams or Hunter Henry will be the main beneficiary, so we'll just use Rivers to capture it all.
FLEX: RB Melvin Gordon, Chargers ($8,600)
Derrick Henry gashed the Kansas City run defense last week. Gordon's seen 20-plus carries two weeks running. He should probably be pricier than Rivers given the matchup, so we'll gladly take him. You could also use Keenan Allen here if you had a desire to stay away from the L.A. running game for some reason.
FLEX: K Harrison Butker, Chiefs ($4,000)
Yup, both kickers. With four players likely to be highly owned, the double kicker combo should create the differentiation we need to get over the top.


{% extends 'base.html' %} {% block content %}
This is a Django web application of Project (Experiment in tracking Personal Data from the Internet of Things).


This inspection reports anonymous JavaScript functions. While often very handy, anonymous functions may be confusing, and are discouraged in some coding standards.
Powered by InspectionJS


Alan Martyn
Website | Github |<EMAIL_ADDRESS>Summary
I'm a software engineer based in London working on applied machine learning projects using PyTorch, Keras and Tensorflow. I have implemented five research papers, worked with commercial datasets, and studied ML fundamentals including linear algebra, calculus and probability theory. I have three years development experience writing Python including for production web services on AWS. I have four years experience in developing software for science and arts applications and have worked on two iPad Apps of the Year, a Webby Award winner and a BAFTA winner.
Software Projects
Personal Website: www.alanmartyn.com (for documentation, source code and posts)
Deep Learning Paper Implementations
- Generative Modelling: Implemented the Pix2Pix GAN using Keras and Tensorflow, then trained the model to produce photos of architectural facades from diagrams.
- NLP: Implemented the AWD-LSTM language model using PyTorch, wrote the LSTM cell from scratch, and fixed GPU memory-leaks.
- Vision: Implemented three U-net architectures for image segmentation using Keras and Tensorflow, then compared performance on the ISBI Challenge dataset.
- Vision: Implemented the ResNet convolutional architecture in PyTorch with configurable depth, then reproduced the paper's CIFAR-10 vision experiment.
Machine Learning Projects
- Dataset Design: Used web-scraping and parallel processing to build a 20,000 image dataset. Trained generative models for textile designs.
- Vision: Entered the Human Protein Atlas Image Classification Kaggle competition. Ranked in the top 23% of 2,200 entrants in collaboration with a team-mate.
- Prototyping: Competed in the South East Water, Preventing Bursts Hackathon with a team-mate. Pre-processed a large commercial dataset, and trained a tree-based model. Ranked top-4 overall from 15+ commercial entrants.
- Feature Engineering: Applied feature engineering with a simple linear-regression model to the House Prices: Advanced Regression Techniques Kaggle challenge.
Courses
- Machine Learning: Completed exercises from An Introduction to Statistical Learning. Implemented core ML algorithms in Numpy and received 5 GitHub stars to date.
- Deep Learning: Studied Andrew Ng's Machine Learning, and Sequence Models courses, plus Jeremy Howard's fast.ai course: Practical Deep Learning for Coders.
- Mathematics: Studied Imperial College's Mathematics for Machine Learning specialisation then lectures from Pavel Grinfeld's linear algebra courses.
Artistic
- Designed and engineered a 600m² sound-reactive light installation called Helmholtz. Raised crowdfunding, exhibited at the Roundhouse London and Glasgow Science Centre.
- Technical consultant for a Hollywood movie interested in transmitting images via audio.
- Wrote software to generate music based on motion data for The Mill and Absolute Vodka.
Employment
Software Engineer & Product Lead, Amphio (startup) Jul 2016 - Jun 2018 • 2 yrs 1 mo
- Led development teams of 4-5 delivering web services such as the Institute of Physics' Events Service and Indianapolis Symphony Orchestra's Video Library.
- Enabled users to book tickets for events with automated email verification by writing an event-driven application in Python using AWS DynamoDB, Lambda and SES.
- Increased developer efficiency by writing a continuous-integration tool to automate AWS Lambda deployment, manage dependencies and run tests locally.
- Rapid prototyping of 20+ concepts for clients such as Dazed, and Deutsche Grammophon.
- Gave stakeholders visibility of service performance by building analytics dashboards written in Python using Matplotlib, and DynamoDB
- Safely removed spam from production services using Python and AWS apis.
- Migrated production services from legacy databases without downtime.
Product Manager, Touchpress Jan 2012 - Jul 2016 • 4 yrs 6 mo
- Worked on 2x Apple iPad Apps of the Year, a Webby Award winner, and one BAFTA winner with projects featured in in The New York Times, WIRED and The Guardian.
- Shipped seventeen iOS applications reaching several million users for clients including Disney, The Royal Collection, Deutsche Grammophon, and Juilliard.
- Enabled users to draw audible sound-waves and decompose harmonic series by leveraging knowledge of Fast Fourier transform.
- Deployed a cutting-edge molecular dynamics simulation to iOS by managing a team of seven research scientists, engineers and designers.
- Prototyped and developed an interactive demonstration of the inner workings of the Enigma Machine.
Education
Undergraduate: Music & Sound Recording (Audio Engineering) at University of Surrey
- 1st Class Honours
- Modules: signal processing, information theory, audio and speech synthesis, computer audio systems, audio engineering, video engineering, electronics, acoustics
- Dissertation: {ENTER FULL TITLE}
A-Levels: A in Mathematics, A in Physics, B in Music Technology, B in Chemistry (AS)
GCSEs: 7 x A* and 2 x A, award for highest marks ever attained at the school
Skills
Software: (proficient): Python, PyTorch, Keras, Tensorflow, Scikit-Learn, Numpy, Pandas, Matplotlib, AWS, Docker, Terraform, Git (familiar): HTML5, CSS, Javascript, C++, Mathematica, Clojure, Arduino.


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The normalized pressure gradient, , which appears frequently in
tokamak literature, is defined by[2]
|
(504) |
which can be further written
|
(505) |
where
. Equation (505) can be
further written as
|
(506) |
where
,
, and is the minor
radius of the boundary flux surface. (Why is there a factor in the
definition of ?)
The global magnetic shear is defined by
|
(507) |
which can be written
|
(508) |
In the case of large aspect ratio and circular flux surface, the leading order
equation of the Grad-Shafranov equation in
coordinates is
written
|
(509) |
which gives concentric circular flux surfaces centered at
.
Assume that is uniform distributed, i.e.,
, where is the total current within the flux surface . Further
assume the current is in the opposite direction of
, then
. Using this, Eq. (509) can be solved
to give
|
(510) |
Then it follows that the normalized radial coordinate
relates to
by
(I check this numerically for the case of EAST discharge
#38300). Sine in my code, the radial coordinate is , I need to
transform the derivative with respect to
to one with respect to
, which gives
|
(511) |
|
(512) |
The necessary condition for the existence of TAEs with frequency near the
upper tip of the gap is given by[2]
|
(513) |
which is used in my paper on Alfvén eigenmodes on EAST
tokamak[8]. Equations (511) and (512) are used in
the GTAW code to calculate and .
yj
2018-03-09


Is she dead, yes or no?
The lysine contingency - it's intended to prevent the spread of the animals is case they ever got off the island. Dr. Wu inserted a gene that makes a single faulty enzyme in protein metabolism. The animals can't manufacture the amino acid lysine. Unless they're continually supplied with lysine by us, they'll slip into a coma and die.
You think water moves fast? You should see ice. It moves like it has a mind. Like it knows it killed the world once and got a taste for murder. After the avalanche, it took us a week to climb out. Now, I don't know exactly when we turned on each other, but I know that seven of us survived the slide... and only five made it out. Now we took an oath, that I'm breaking now. We said we'd say it was the snow that killed the other two, but it wasn't. Nature is lethal but it doesn't hold a candle to man.
The path of the righteous man is beset on all sides by the iniquities of the selfish and the tyranny of evil men. Blessed is he who, in the name of charity and good will, shepherds the weak through the valley of darkness, for he is truly his brother's keeper and the finder of lost children.  And you will know My name is the Lord when I lay My vengeance upon thee.
Like you, I used to think the world was this great place where everybody lived by the same standards I did, then some kid with a nail showed me I was living in his world, a world where chaos rules not order, a world where righteousness is not rewarded. That's Cesar's world, and if you're not willing to play by his rules, then you're gonna have to pay the price.
The path of the righteous man is beset on all sides by the iniquities of the selfish and the tyranny of evil men. Blessed is he who, in the name of charity and good will, shepherds the weak through the valley of darkness, for he is truly his brother's keeper and the finder of lost children.  And you will know My name is the Lord when I lay My vengeance upon thee.


I'm Cristian. I have being developing software for almost 10 years. Using different tools such as: the ancient Visual Basic, through Flash (with ActionScript), and reaching web development, event though there was not HTML as we know it today.
Today, I develop applications and web architectures supported by different technologies, programming languajes and tools from Git (as version manager, mastering Git-flow, Github-flow and Gitlab-flow concepts), PHP (Symfony, Drupal, Wordpress, Magento, Sylius), JAVA (Play Framework, Spring), Javascript (JQuery, AngularJs, Angular 2*, React) databases (MySQL, Postgrest in an isolate way or using AWS RDS) virtualization (Virtual Box, Vagrant, Docker), CI/CD (Jenkins (Deprecated for me), Gitlab-CI, Travis-CI) and web infraestucture (Google App Engine, Amazon Web Services).


deftest_accessing_hashes_with_fetchhash={:one=>"uno"}assert_equal"uno",hash.fetch(:one)assert_raise(KeyError)dohash.fetch(:uno)end# THINK ABOUT IT:## Why might you want to use #fetch instead of #[] when accessing hash keys?# answer: there are some instances where returning nil blindly from a hash can cause issuesend# Bonus Question: Why was "expected"
.merge will rewrite values that you had :keys for.
hash2=Hash.new("dos")#every default value is now "dos"
THINK ABOUT IT:
#
# The two major ways to write class methods are:
# class Demo
# def self.method
# end
#
# class << self
# def class_methods
# end
# end
# end
#
# Which do you prefer and why?
# Are there times you might prefer one over the other?
Learning inject has been on my TODO list for a while…
I want to use inject anytime I am building an object a piece at a time. In the case of summing, creating a hash, or an array I’m building a result by applying changes based on the elements of the enumerable.
Examples
123456789
total_visits=stats.inject(0){|sum,stat|sum=stat.visit_count}#just for fun let's sum all the numbers from 1 to, oh, say a millionsum=(1..1000000).inject(0){|cummulative,n|cummulative+n}putssum=>500000500000#you can do interesting things like build hashesprimes=[1,3,5,7,11,13]hash=primes.inject({}){|s,e|s.merge({e.to_s=>e})}phash# => {"11"=>11, "7"=>7, "13"=>13, "1"=>1, "3"=>3, "5"=>5}
sqlite 3.4.12 is the first version to support multi-line inserts.
?? Are there languages with more syntactic sugar than ruby?
?? is it really not possible to write a program in SQL
Does this qualify as a program?
SQL code:
To create multiple directories via the CLI using mkdir simply include the -p flag. For example, starting in home directory where ‘development already exists run the following:
$ mkdir -p development/practice/learn_sql
To create multiple directories down the tree do this…
The fewer tables you query, the more efficient the query is
difference between a where and a join
refernential integrity problem
Prefixes
123456789101112131415161718192021
studentidname1AdamJonasquizidname1Firstquizquestionidquestion_contentcorrect_answer_idquiz_id1"What's the color of the sky"11answersidresponse_contentquestion_id1"blue"12"red"1student_answersquestion_idstudent_idstudent_response_idcorrect112
Different SQL JOINs
Before we continue with examples, we will list the types of JOIN you can use, and the differences between them.
JOIN: Return rows when there is at least one match in both tables (this is also known as inner join)
LEFT JOIN: Return all rows from the left table, even if there are no matches in the right table
RIGHT JOIN: Return all rows from the right table, even if there are no matches in the left table
FULL JOIN: Return rows when there is a match in one of the tables
Positives: worked well in a group, made sure that everyone got there page done.
Mistakes: could have walked around and see what other teams were doing, could have focused more on layout/style and then breakout overnight to write the content.
shell
: guis are an illusion. They are a visualizations of the shell.
: BASH- invented by [Stephen Bourne](http://en.wikipedia.org/wiki/Stephen_R._Bourne)
: ZSH- alternative shell that isn't standard
create a path that says these files and directories can be considered local at all times– make them local at all times.
all binaries programs which are executables are in the bin dir
RVM
if you find yourself in the wrong version of ruby it must have been because the path was messed up
ps - shows what is available
ps aux - shows all the programs that are running at all times
12
kill 81367 #=> kills the task with the id x
ps aux | grep sub #=> this takes the output of ps aux and output it to the other side of the pipe
ssh keys- private/public key encryption key. Can’t decrypt a message with my private key, but not my public key.
encryption is with the public and
decryption is the private
git fetch
git co #not ever changing the state of any branch
git pull
git branch -a #shows all local branches
git branch #shows all the remotes
can get pull requests from forks as well as the head repo
always want to deal with potential conflicts in the feature branch rather than on master
rebase take these commits from master and put them in the right place of x feature branch
1234
git rebase master
git co master
git merge add-profile-rexfeng --no-ff #=> merge made by recursive strategy
git push
If it’s forked:
1
git rebase upstream/master
Git rainbow is not good.
squashing commits
go into my fork as a remote
12345
git remote add ajonas04 git@github.com:ajonas04/students.flatironschool.com.git
git fetch ajonas04
git co feature-push
git rebase origin/master #resolve
git rebase --continue
12
git reset --hard HEAD #=> reset to the state of the repo at the last commit in the repo
git branch -D add_profile_page
interactive rebase
12
git rebase master -i
#provide a file that shows all the commits in it
no fastforward versus fastforward
-maintains the fact that you were once on your own branch
recursion and fast forward
checkout the branch
123
git add . #will ADD all files that haven't been previously committed as well as change modified files
git commit -am 'message' #will change files, but not add new ones
git commit -m 'message' #will just add a message
Workflow to pull down the most updated verison:
12345678910111213141516
♕ git fetch upstream
♕ git rebase upstream/master
First, rewinding head to replay your work on top of it...
error: The following untracked working tree files would be overwritten by checkout:
.DS_Store
images/.DS_Store
Please move or remove them before you can switch branches.
Aborting
could not detach HEAD
[19:02:04] (master) students.flatironschool.com
♕ rm .DS_Store
♕ rm images/.DS_Store
♕ git rebase upstream/master
♕ git add aviflombaum.html
♕ git rebase --continue
♕ subl .


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Joseph Paul Squatrito
Republican
Retired Colonel, USAF and Retired Business Executive (Resume uploaded)
EDUCATION: Credentialed space professional as Master of Space Operations. 1998 United States Marine Corps War College, in residence, Quantico, Virginia (Masters level certificate). 1997 Air War College, Air University, Maxwell AFB, Alabama. 1992 Air Command and Staff College, in residence, Maxwell AFB, Alabama. 1988 Masters degree in Space Systems Management, Webster University. 1986 Squadron Officers School, in residence, Maxwell AFB, Alabama. 1979 Bachelor of Science degree in Computing Science, Texas A&M University.
80921
Precinct Delegate (2020, Congressional District 5). I have donated to the Republican Party and to the Trump Presidential campaign.
Political: Member, Republican Party Civic: Treasurer, Pine Creek Village Association (HOA, 2016--2019)
Over 40 years of proven senior leadership and executive program management experience across highly complex multi-billion dollar programs involving national security space, cyber and strategic communications. I possess superb oral/written communication along with analytic and consensus building skills needed to achieve timely decisions and clearly facilitate complex concepts for any audience. More recently, I served as a volunteer Treasurer and member of the Board of Directors for a large scale Home Owners Association that involved my precise control over a multi-million dollar budget and I was successfully accountable to over 1,400 homeowner members.
I am committed to serving the Commission and Colorado with the highest levels of integrity and selfless service to achieve fair and balanced Congressional Redistricting. I provide the Commission with critical skills needed to accomplish the Congressional Redistricting task including: executive leadership, integrity, honesty, selfless service, dedication, oral/written communications, listening, consensus building and teamwork.
Throughout my 35+ year career of distinguished service, I was continuously involved and successfully led the formulation of consensus among stakeholders to accomplish the mission task and assess viable options for timely decisions. Building consensus requires mission focus while always maintaining an open mind on the art of the possible, supported by objective fairness, respect and balance of diverse views. In my experience, any challenge is attainable when people work together to achieve success.
My professional career began as a member of NASA’s Houston Mission Control where systems engineering and analysis was required to successfully accomplish complex Manned Spaceflight missions—failure was not an option. Throughout my entire 35+ year career, I applied systems engineering methods and analytic skills including: applied logic, formulation and analysis of complex dynamic data sets, geospatial information system (GIS) data, and analysis of alternatives and teamwork. These skills will prove valuable to the Commission.
male


Loading
Airplanes.
The beginners guide.
You've probably forgotten what these are.
Scroll
They're kinda like buses...
..except they leave the ground.
Saaay what!?.
They fly through the sky.
For realsies!
Defying all known physical laws.
It's actual magic!
The facts and figures.
Lets get into the nitty gritty...
Length.
Long.
Wing Span.
I dunno, longer than a cat probably.
Left Phalange
Missing
Engines
Turbine funtime
Fin.
- Plane model by Google
- Animated using GSAP ScrollTrigger


GoogleTest (BSD-3-Clause License)
https://github.com/google/googletest
Copyright 2008, Google Inc.
All rights reserved.
Redistribution and use in source and binary forms, with or without
modification, are permitted provided that the following conditions are
met:
* Redistributions of source code must retain the above copyright
notice, this list of conditions and the following disclaimer.
* Redistributions in binary form must reproduce the above
copyright notice, this list of conditions and the following disclaimer
in the documentation and/or other materials provided with the
distribution.
* Neither the name of Google Inc. nor the names of its
contributors may be used to endorse or promote products derived from
this software without specific prior written permission.


Timmy the tiny-armed T-Rex keeps tripping over evil chickens. Every time he trips over a chicken his health goes down, but those darn chickens keep reproducing!
Help Timmy the T-Rex stay on his feet by avoiding the chickens for as long as you can and squashing their eggs when they appear. Move your mouse across the screen to move Timmy around.
To pause at any time, press the spacebar.


By default, a region has no data loader defined. Plug an application-defined loader into any region by setting the region attribute cache-loader on the members that host data for the region.
The loader is called on cache misses during get operations, and it populates the cache with the new entry value in addition to returning the value to the calling thread.
A loader can be configured to load data into the Geode cache from an outside data store. To do the reverse operation, writing data from the Geode cache to an outside data store, use a cache writer event handler. See Implementing Cache Event Handlers.
How to install your cache loader depends on the type of region.
Data Loading in Partitioned Regions
Because of the huge amounts of data they can handle, partitioned regions support partitioned loading. Each cache loader loads only the data entries in the member where the loader is defined. If data redundancy is configured, data is loaded only if the member holds the primary copy. So you must install a cache loader in every member where the partitioned attributes local-max-memory
is not zero.
If you depend on a JDBC connection, every data store must have a connection to the data source, as shown in the following figure. Here the three members require three connections. See Configuring Database Connections Using JNDI for information on how to configure data sources.
Note: Partitioned regions generally require more JDBC connections than distributed regions.
Data Loading in Distributed Regions
In a non-partitioned distributed region, a cache loader defined in one member is available to all members that have the region defined. Loaders are usually defined in just a subset of the caches holding the region. When a loader is needed, all available loaders for the region are invoked, starting with the most convenient loader, until the data is loaded or all loaders have been tried.
In the following figure, these members of one distributed system can be running on different machines. Loading for the distributed region is performed from M1.
Data Loading in Local Regions
For local regions, the cache loader is available only in the member where it is defined. If a loader is defined, it is called whenever a value is not found in the local cache.


The OFFICIAL classification is used for most Government business and public service delivery. OFFICIAL-SENSITIVE applies where loss or disclosure would:
- have damaging consequences for DIT and the government
- cause significant distress for an individual or group of people, such as sensitive personal information
OFFICIAL-SENSITIVE includes:
- sensitive or damaging contractual issues
- sensitive diplomatic business or international trade negotiations
- sensitive personal information, such as grievance cases
- sensitive corporate information such as organisational restructuring, negotiations and major security or business continuity issues
- information relating to sensitive trade negotiations
- corporate information relating to contract negotiations and tender exercises
- company accounts
- procurement relating specifically to the security of DIT
- policy development and advice to ministers on contentious or sensitive issues
Further information
If you can access Digital Workspace please visit Information classification and data handling.


Microsoft-Windows-Defender
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Coach Alba helps you avoid crucial moments and keep your weight loss plan on track — all via text message! https://coachalba.com/
Coach Alba helps you avoid crucial moments and keep your weight loss plan on track — all via text message!
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Ab eos error ex, in inventore ipsa iste, voluptatibus.


INTRODUCTION TO GRT AND RELATIVISTIC ASTROPHYSICS (M.I.Zelnikov)
|
- Symmetries of an action
- General variation formula
- Action invariance under finite-dimensional transformations, 1st Noether theorem
- Gauge invariance and the 2nd Noether theorem, constraints and Noether identities, degrees of freedom
- Constraints and Noether identities in electrodynamics and gravity
- Einstein equation solving using perturbation theory
- Metric disturbances as gauge fields
- Gauge transformations for metric disturbances, Lorentz gauging, cross-traceless gauging
- Linearized Riemann tensor, linearized Einstein equations
- Short-wave approximation, propagation of gravitational waves, gravitational energy-momentum tensor, gravitational emission
- Spherically symmetric solutions
- General form of spherically symmetric metric
- Generalized Birkhoff theorem
- Spherically symmetric vacuum solution of Einstein equations, Schwarzschield metric and black holes
- Singularities in the center of the Schwarzschield metric and on its gravitational radius, acceleration of a rest observer
- Radial falling of massless and massive particles, gravitational red and violet shifts, trajectory classification
- Formula derivation for shift of the Mercury perihelion
- Black holes
- Black hole, horizon of events, singularity, trap surface, cosmic censorship, Hawking theorem
- “Boldness” theorem for black holes, parameters of stationary black holes; Kerr, Kerr-Newman and Reisner-Nordstrom metrics
- Space-time of the rotating Kerr black hole, horizon, static limit and ergosphere
- Celestial mechanics in Kerr geometry, negative energy trajectories, Penrose idea on extracting of energy from rotating black holes
- Maximally symmetric spaces
- Algebra of Killing vectors and geometry
- Homogeneity, isotropy and respective theorems; maximal
symmetry and its connection with homogeneity and isotropy
- Riemann tensor of the maximally symmetric space, constant
curvature spaces, conformal flatness, coordinate equivalence
- Metric of the maximally symmetric space; Lobachevsky,
de Sitter and anti-de Sitter spaces
- Metric of a space with a maximally symmetric subspace
- Spatially homogeneous and isotropic solutions
- Einstein equations in Robertson-Walker metric, constraints to be imposed on the matter
- Friedmann solutions for radiation, dust and cosmological term
- Galaxy scattering, motion of massless and massive particles in the expanding Universe, cosmological red shift
- Measurement of distances in the expanding Universe, lens effect, Olbers paradox
- Elements of cosmology
- Hot Universe theory, relict radiation
- Problems of flatness and horizon
- Inflation as a solution of these problems
- Scalar field as an inflation generator, inflation theory, full history of the Universe
- Gravitational instability, Jeans theory; scalar, vectorand tensor modes, its meaning
- LITERATURE:
- A. Lightman, V. Press, R. Price, S. Teukolsky. Collection of problems on GTR and gravity
- S. Weinberg. Gravity and cosmology
- Ch. Misner, K. Thorne, G. Wheeler. Gravity (Vol. 2-3)
- L.D. Landau, E.M. Lifshitz. The theory of field (Vol. 2)
- A.D. Linde. Physics of elementary particles and inflationary cosmology
- I.D. Novikov, V.P. Frolov. Physics of black holes
|
|


Ensure that things are full screen, and on the correct screens.
Systems coming online
Thank you for being here
Thank you for being here.
I know there's quite a few interesting sessions happening right now,
and I'd like to say thank you for coming to my session.
I want to show you all how to excel at the platform that is Puppet.
Let's analyze the critical components that make a successful platformer,
like my friend Megaman here.
Who will this help?
Intermediate Puppet users
Familiar with:
R10k - Puppetfile directory environments
Hiera
Roles/profiles
Beneficial to be familiar with:
Git webhooks
Aptly
Like the first stage in Megaman X, I'm not going to cover the basics of how to platform. If you aren't familiar with R10k, Hiera, or the concept of roles and profiles, it's going to be tough to follow along.
Meanwhile, if you've toyed with Git webhooks or Aptly in the past, you've got an edge here.
What is the problem?
Small team vs. large enterprise
Some users need more stability than others
Teams need to own their configs
What is the problem?
Often a small team needs to support the puppet infrastructure of a large enterprise
Must be agile/responsive to changing needs
Must be automated and scalable, yet highly tailored
Not all users of a puppet infrastructure are flexible
May not be using continuous integration
Must be able to depend on the platform being stable
Multiple existing teams need ease of configuration for their roles
Standardized roles/profiles model can't scale in this way
What is the end goal?
Regular releases that remain stable after being published
We can support as many teams as you can throw at us
Our code is flexible enough to handle varying needs and changing directions
Even our automation is automated
Constraints:
Everyone has to deal with the same set of modules
Software (packages) must install reliably
How do we know when we've won?
Regular releases that remain stable after being published
If it worked once, it always will on that release
Support multiple teams
Support defaults that vary by business unit
Allow for role/profile usage at scale
Flexibility
New modules, different modules, changes to defaults are easy
Automatability
Fits into a continuous integration model for you and your teams
What are the constraints?
Teams must select from a specific list of modules made available to everyone
Supporting teams using four different apache modules is a nightmare
Decide on a module for a particular functionality. If it no longer fits the bill, change it for a later release, but don't break the old release.
Software (packages) must install reliably
package{'xyz': ensure => present} should always install the same version
Many things can break from release to release of packages that requires tweaks of puppet modules. This leads to "it worked yesterday" syndrome
Upgrade: Releases (Environments)
r10k - Directory environments made easy
Versioned releases
Keep releases stable, encourage utilizing new releases for bugfixes/feature improvements
Small set of facts provide insight
::server_environment
::server_role
r10k - If you're not already using it, start today. Literally.
This makes it beyond simple to handle your environments
Versioned releases
Separate Puppetfile branch for each release
The term "release" is the Puppet "environment"
Keep releases stable, encourage utilizing new releases for bugfixes/feature improvements
Minimal backporting of fixes to minimize maintenance needs
Have a ‘development' or otherwise release that is unstable for testing
Small set of facts provide insight
::server_environment - Actual dev/stg/prd environment
::server_role - Definable by teams to isolate server types
Upgrade: Hiera
Separate tiers of logic
Make your Hiera configs robust
Hiera-eyaml
Hiera-file
The second upgrade you need to win: Hiera
If you don't know about Hiera yet, go learn about it while you're here
Separate tiers of logic
Global - Infrastructure defaults. I.E. what repository server to use based on geographic location
Team - Per-team default settings, as well as role definitions
Release - Per-release default settings. Allows you to release different versions of modules with sane defaults without affecting old releases
Make your Hiera configs robust
Hiera-eyaml - Give your users the option to encrypt their hiera data
Hiera-file - Sometimes it’s just easier to put a whole file in hiera
Binaries, certificates, etc…
Example Hiera.yaml
:hierarchy:
- "node/%{::fqdn}"
# Team specific settings. Controlled by team's git repositories
- "team/%{::team_id}/environment/%{::server_environment}/role/%{::server_role}"
- "team/%{::team_id}/environment/%{::server_environment}/defaults"
# Release specific settings. Controlled by the Puppetfile repository
- "../environments/%{::environment}/hieradata/nibiru_defaults"
# Location/Environment default settings. Controlled by global repository
- "global/location/%{::physical_location}/environment/%{::server_environment}"
- "global/location/%{::physical_location}/defaults"
- "global/common"
Here is a rough estimate of what your hierarchy would look like.
We classify the node, then all team specific stuff, so that it takes precedence over defaults.
After that our release defaults (using the environment variable, remember that puppetlabs isn't the greatest at naming)
And finally all of our global configs, which can vary based on physical location, actual environment, or any other number of variables.
Upgrade: Profiles
Why should you use them?
Wrap upstream modules
Free modules to only do what they care about
Handle the dependencies (I.E. Tomcat needs Java)
Ability to define resources in your Hiera configs
Centralize your maintenance work
Use more upstream, and modify your profiles to tie them into your infrastructure
Dependency structures are easier to enforce from a profile
If you aren’t using profiles yet, you should be
Your upstream modules can change, and you can handle your dependencies and ordering in a sane manner
Good modules, as with good tools, 'do one thing well'. Keep them simple
Almost every single Puppet user in their first module starts by requiring the software they depend on, instead of trusting that it'll be there for them. The missing instruction is: Use a profile to ensure it's there first.
Resources are great, until you don't know how to logically instantiate them. Using profiles lets you instantiate them as simple hashes in your Hiera data.
(I.E. profile::apache::vhosts: {} )
Upgrade: Dynamic roles
You've been told wrong
Roles should not be a module
Use your Hiera config
Teams can create arbitrary roles specific to them
Roles define all class parameters within the same hiera file as their class definition
Don't use a ‘roles' module
Some people recommend making a role module. Please don't
This is not scalable for dozens of teams with dozens of roles that may overlap in name but not configuration
This requires regular updates to a module (code) for rapidly changing data.
Didn’t Puppetlabs build something for separating code from data?
Why wouldn’t we be using just that?
Instead of a module, use a Hiera config
There's this cool thing called hiera_include that will allow for you to just define your class inclusions in hiera
To do this, you must have a default class (hint: profile) assigned to all servers that does a hiera_include(‘classes’)
Teams can create arbitrary roles specific to them
Allows overlapping role names from multiple teams without collision
Roles define all class parameters within the same hiera file as their class defineinition
Teams can see what classes they will get, and what settings will be set in a single place


Thermal equilibrium density matrix.
sigma = sigeq(Ham,Temp) sigma = sigeq(Ham,Temp,'pol')
This function calculates the thermal equilibrium density matrix for
the system described by the Hamiltonian Ham
(in units of MHz) for
the temperature Temp
(in units of K).
If 'pol'
is given as a third argument, only the polarisation
part of the thermal equilibrium density matrix is returned.
The returned density matrix sigma
is in the same basis as
Ham
.
This is a straightforward implementation of


By Ross Smith
#include "rs-core/channel.hpp"
[abstract] class
Channel
[abstract] class
EventChannel
: public Channel
class
TrueChannel
: public EventChannel
class
FalseChannel
: public EventChannel
class
TimerChannel
: public EventChannel, public Interval
[abstract] template <typename T> class
MessageChannel
: public Channel
template <typename T> class
GeneratorChannel
: public MessageChannel<T>
template <typename T> class
QueueChannel
: public MessageChannel<T>
template <typename T> class
ValueChannel
: public MessageChannel<T>
[abstract] class
StreamChannel
: public Channel
class
BufferChannel
: public StreamChannel
[abstract] class
Interval
class
Dispatch
: public Interval
[abstract] class
Polled
: public Interval
class
Interval
using Interval::
time
= std::chrono::microseconds
time Interval::
interval
() const noexcept
template <typename R, typename P> void Interval::
set_interval
(std::chrono::duration<R, P> t) noexcept
This is a general purpose mixin class for anything that uses a time interval.
It also provides the definition of the time unit used internally by all of the
message dispatch classes. The set_interval()
function clamps the argument to
a minimum of zero.
class
Polled
: public Interval
static constexpr auto Polled::
default_interval
= 10ms
virtual Polled::
~Polled
()
virtual Channel::state Polled::
poll
() = 0
Mixin class for channels for which no easy timed wait operation exists,
requiring a polled implementation. Polled channel classes should derive from
both Channel
and Polled
, implementing close()
, poll()
, and
do_wait()
. The poll()
function should immediately return ready
,
waiting
, or closed
; the do_wait()
function should just call
polled_wait()
.
class
Channel
enum class Channel::
state
Channel::state::
ready
Channel::state::
waiting
Channel::state::
closed
virtual Channel::
~Channel
() noexcept
Channel::
Channel
(Channel&& c) noexcept
Channel& Channel::
operator=
(Channel&& c) noexcept
virtual void Channel::
close
() noexcept = 0
virtual bool Channel::
multiplex
() const noexcept
= falsevirtual state Channel::
poll
()
virtual bool Channel::
sync
() const noexcept
= falsetemplate <typename R, typename P> Channel::state Channel::
wait
(std::chrono::duration<R, P> t)
protected virtual Channel::state Channel::
do_wait
(Interval::time t) = 0
The base class for all readable message channels. All concrete channel classes
must derive from one of the three intermediate classes below, not directly
from Channel. Derived classes need to implement at least close()
and
do_wait()
, and may optionally implement poll()
if a more efficient
implementation than the default call to do_wait(0)
is available. The
close()
function must be async safe and idempotent. The wait()
function
simply converts the timeout to the internal duration type and calls
do_wait()
.
If multiplex()
is true, it is safe to call wait()
(and read()
where
relevant) from multiple threads at the same time, provided it is acceptable
for each message to be delivered to an unpredictable choice of thread.
If sync()
is true, the channel can only be used in a synchronous dispatch
handler (see Dispatch
below), usually because it calls an underlying native
API that is only intended to be used from the main thread.
The channel base classes implement move operations in case a derived class needs them, but derived channel types are usually not movable. Channel classes are never copyable.
class
EventChannel
: public Channel
using EventChannel::
callback
= std::function<void()>
protected EventChannel::
EventChannel
()
Intermediate base class for event channels (channels that carry no information
beyond the fact that an event has happened). The callback
function type is
the callback type expected to be passed to Dispatch::add()
(see below) when
an event channel is added to the dispatch set.
template <typename T> class
MessageChannel
: public Channel
using MessageChannel::
callback
= std::function<void(const T&)>
using MessageChannel::
value_type
= T
virtual bool MessageChannel::
read
(T& t) = 0
Optional<T> MessageChannel::
read_opt
()
protected MessageChannel::
MessageChannel
()
Intermediate base class for message channels (channels that send discrete
objects). When a message channel is added to a dispatch set, the callback
function will be applied to each incoming message object. The message type T
must be at least movable or copyable; if read_opt()
is called it must also
be default constructible. Derived classes may impose additional restrictions.
A message channel type should implement read()
as well as the usual
Channel
members. The read()
function should return true on a successful
read, false if the channel is closed. It will normally be called only after a
successful wait()
; if no data is immediately available, read()
may block
or return false. The state of the argument to read()
if it returns false is
unspecified.
The read_opt()
function calls read()
and returns the message on success,
or an empty value on failure.
class
StreamChannel
: public Channel
using StreamChannel::
callback
= std::function<void(std::string&)>
static constexpr size_t StreamChannel::
default_buffer
= 16384
virtual size_t StreamChannel::
read
(void* dst, size_t maxlen) = 0
size_t StreamChannel::
buffer
() const noexcept
void set_StreamChannel::
buffer
(size_t n) noexcept
std::string StreamChannel::
read_all
()
std::string StreamChannel::
read_str
()
size_t StreamChannel::
read_to
(std::string& dst)
protected StreamChannel::
StreamChannel
()
Intermediate base class for byte stream channels. When a stream channel is added to a dispatch set, the callback function will be invoked whenever more data arrives. The string argument to the callback is a buffer internal to the dispatch manager; it starts out empty, with incoming data appended to it before each callback. Data will never be removed from the buffer by the dispatch manager; the callback function is responsible for removing any data it has consumed.
Stream channels should implement read()
as well as the usual Channel
members. The read()
function should return the number of bytes read on
success, or zero if the channel is closed; if no data is available it may
block or return zero. If dst
is null or maxlen
is zero, read()
should
return zero immediately.
The read_all()
, read_str()
, and read_to()
functions are convenience
wrappers around read()
. The read_all()
function will read until the
channel is closed, blocking as necessary; read_str()
calls read()
once and
returns the new data as a string; read_to()
calls read()
and appends the
data to the string. The buffer size functions control the internal read limit
for read_all/str/to()
.
Member functions inherited from the channel base classes are not documented again here unless they have significantly different semantics.
class
TrueChannel
: public EventChannel
virtual bool TrueChannel::
multiplex
() const noexcept
= trueclass
FalseChannel
: public EventChannel
virtual bool FalsChannel::
multiplex
() const noexcept
= trueTrivial event channels whose wait()
functions always succeed immediately
(TrueChannel
) or always time out (FalseChannel
).
class
TimerChannel
: public EventChannel, public Interval
TimerChannel::
TimerChannel
() noexcept
template <typename R, typename P> explicit TimerChannel::
TimerChannel
(std::chrono::duration<R, P> t) noexcept
virtual bool TimerChannel::
multiplex
() const noexcept
= truevoid TimerChannel::
flush
() noexcept
Interval::time TimerChannel::
next
() const noexcept
An event channel that delivers one tick every interval, starting at one
interval after the time of construction. Multiple ticks may be delivered at
once (represented by repeated calls to wait()
returning success immediately)
if multiple intervals have elapsed since the last check.
The next()
function returns the time of the next tick (this may be in the
past if multiple ticks are pending); flush()
discards any pending ticks.
These are async safe and can be called from any thread.
template <typename T> class
GeneratorChannel
: public MessageChannel<T>
using GeneratorChannel::
generator
= std::function<T()>
GeneratorChannel::
GeneratorChannel
()
template <typename F> explicit GeneratorChannel::
GeneratorChannel
(F f)
A channel that calls a function to generate incoming messages. A default
constructed channel is always closed. Calling wait()
on an open channel
always succeeds immediately, apart from any delay involved in the callback
function itself.
template <typename T> class
QueueChannel
: public MessageChannel<T>
QueueChannel::
QueueChannel
()
virtual bool QueueChannel::
multiplex
() const noexcept
= truevoid QueueChannel::
clear
() noexcept
bool QueueChannel::
write
(const T& t)
bool QueueChannel::
write
(T&& t)
A last in, first out message queue.
template <typename T> class
ValueChannel
: public MessageChannel<T>
ValueChannel::
ValueChannel
()
explicit ValueChannel::
ValueChannel
(const T& t)
virtual bool ValueChannel::
multiplex
() const noexcept
= truevoid ValueChannel::
clear
() noexcept
bool ValueChannel::
write
(const T& t)
bool ValueChannel::
write
(T&& t)
A single value buffer channel. Any value written into the channel overwrites
any other value that was written earlier but has not yet been read. The
channel only reports a new message when the value is changed; writing the same
value again will succeed but will not trigger a read. T
must be equality
comparable.
class
BufferChannel
: public StreamChannel
BufferChannel::
BufferChannel
()
void BufferChannel::
clear
() noexcept
bool BufferChannel::
write
(const void* src, size_t len)
bool BufferChannel::
write_str
(const std::string& src)
A byte stream buffer channel. Message boundaries are not preserved; calling
read()
will extract all pending data up to the length limit, regardless of
whether it was written as a single block or multiple smaller blocks.
class
Dispatch
: public Interval
enum class Dispatch::
mode
Dispatch::mode::
sync
Dispatch::mode::
async
enum class Dispatch::
reason
Dispatch::reason::
empty
- The dispatch set is emptyDispatch::reason::
closed
- A channel was closedDispatch::reason::
error
- A message handler callback threw an exceptionstruct Dispatch::
result_type
Channel* result_type::
channel
= nullptr
std::exception_ptr result_type::
error
= nullptr
void result_type::
rethrow
() const
Dispatch::reason result_type::
why
() const noexcept
static constexpr auto Dispatch::
default_interval
= 1ms
Dispatch::
Dispatch
() noexcept
Dispatch::
~Dispatch
() noexcept
template <typename F> void Dispatch::
add
(EventChannel& chan, mode m, F func)
template <typename T, typename F> void Dispatch::
add
(MessageChannel<T>& chan, mode m, F func)
template <typename F> void Dispatch::
add
(StreamChannel& chan, mode m, F func)
void Dispatch::
drop
(Channel& chan) noexcept
bool Dispatch::
empty
() const noexcept
result_type Dispatch::
run
() noexcept
void Dispatch::
stop
() noexcept
The message dispatch manager class. Create one instance of this class
(normally in the application's main thread), add channels and their associated
callback functions to it, and call run()
to run the dispatch loop. Behaviour
is undefined if run()
is called on more than one Dispatch
object at the
same time.
Dispatch
member functions must only be called synchronously (i.e. not from
inside an asynchronous callback function). Channels can safely be destroyed
while in a dispatch set (the Dispatch
object will notice this and silently
drop the channel), provided this is done synchronously.
The add()
functions start a synchronous or asynchronous task reading from
the channel. They will throw invalid_argument
if any of these conditions is
true:
Channel::multiplex()
is false).Dispatch::mode
enumeration values.Channel::sync()
is true), but the mode is async
.The drop()
function removes a channel from the dispatch set (without closing
it).
The run()
function runs until a channel is closed or a callback function
throws an exception; it returns immediately if the dispatch set is empty.
Asynchronous message handlers will continue to run in other threads regardless
of whether the dispatch thread is currently calling run()
.
The return value from run()
indicates which channel was responsible for
ending the run and the exception it threw, if any; both members will be null
if the dispatch set is empty. The result type's rethrow()
function will
rethrow the exception if it is not null, otherwise do nothing. The why()
function returns a flag summarizing the reason for the run to stop.
The stop()
function closes all channels and waits for them to finish (the
destructor calls this).


On November 23rd 2014, Adam proposed to Marie in the restaurant where they had their first date. On April 3rd 2015, Marie and Adam will be married at the Mount Timpanogos Utah temple.


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{% extends 'base.html' %}
{% load staticfiles %}
{% block title %}Practice Foci{% endblock %}
{% block main %}
Practice Task
The following questions are provided to allow you to familiarize yourself with our actual task. You can attempt these questions as many times as you like. Please be aware that you will not know if an answer is correct or incorrect in the actual task.
The image below is a grid containing English alpha-characters that represents a portion of the grid you will see in the real task.
The COLUMNS of the grid have been labeled with NUMBERS from 1 to 10, and the ROWS of the grid have been labeled with LETTERS from A to J. The grid of the actual task will have COLUMNS labeled 1 to 40. Please note that there is a column that is not labeled to the leftmost of the image, detached from the rest of the grid. This will be known as COLUMN 0.
Your task is to locate the cells of the grid where a set of characters are present, and to provide a transcription of those characters.
The panel to the right of the image contains boxes for you to type in your transcription for each set of characters.
Enter the characters you see EXACTLY as they appear in the image. This includes spaces and hyphens. Be careful to differentiate between whether the characters you are transcribing are upper-case or lower-case.
If more than one value is present in a cell, enter each value separated by a space.
If you have any concerns or questions about the task, please contact<EMAIL_ADDRESS>ZOOMED IN IMAGE
COLUMN 0
Fill out the values for column 0. Column 0 is detached from the rest of the grid and is not labeled. Not every cell will have a value. Once you answer every question correctly, a button to continue will appear.


Steve Vai: Whitesnake's Slip Of The Tongue was "the first rock record that has a seven-string guitar throughout the whole thing"
by Rob LaingSteve Vai: Whitesnake's Slip Of The Tongue was "the first rock record that has a seven-string guitar throughout the whole thing"
When it comes to being ahead of his time, and indeed most other guitar players, Steve Vai doesn't have much left to prove. But as he reflects on his brief tenure in David Coverdale's Whitesnake 30 years on from the only record he made with the band, he's pointed out a very notable trail that he blazed in seven-string guitar as the first player to use it across a rock album.
"David [Coverdale] was, you know, he seemed very happy with the parts and what I was doing," Vai told Whitesnake TV in a new interview clip about Slip Of The Tongue. "I was layering things and there's so many guitar parts on that Whitesnake record. I mean, we worked hard, really hard on that.
"And it's not conventional, traditional kind of European rock-blues guitar playing, so I got to hand it to David for having the courage to hire someone like me, but I think it worked out really great, I loved the record.
"As a matter of fact, there's something very interesting about that record. That's when I got the first seven-string guitar, you know? I was with Ibanez, I had the Jem and then I asked them to make a Jem with a seventh string.
"Little did I know this subculture that it was going to create, you know? [Chuckles] That was another one of those just simply innocent things where I didn't set out to... I wasn't sitting, going, 'This is gonna change the world. I'm gonna make a lot of money, this is gonna be great!'
"I just thought, 'Wow, it would be really cool to have a seventh string, you know, tune it down.' And they said, 'Okay.' I mean, the conversation lasted, like, a minute.
"And they made me this guitar and I got it and I took the first prototype and I recorded the whole Whitesnake [album] - not one song I didn't use it."
"So that record, if you listen, that's the first rock record that has a seven-string guitar throughout the whole thing. A little bit of trivia for you. And later on, obviously, I knew that there was gonna be these new young players that were going to come along and really make a difference with that guitar, and they did."
Players including Korn's James 'Munky' Shaffer and Brian 'Head' Welch would go on to utilise Ibanez seven-strings for the dropped tunings that would prove a signature for what would be called nu metal. But Vai got there first and paved the way with the guitar company for the wealth of extended range guitars we see available today.


--- layout: default title: Research Projects published: true ---
I am currently working on a project with Adam Leroy as part of the PHANGS colaboration. Using catalogs of Giant Molecular Clouds (GMCs) derived from CO(2-1) emission, I am looking at their characteristic spacing. Add info about project with PHANGS. Advisor: Adam Leroy.
During my time as an undergraduate at UConn, I worked with Dr. Cara Battersby on a project using NH3 emission to study massive star formation in the Milky Way. Ammonia is well known for being an excellent thermometer, making it a very useful tool to probe the temperature structure of star forming regions. Using VLA observations of NH3 inversion transitions I studied the physical properties of W51, one of the most massive and active star forming regions in our galaxy. From fitted spectra, I created spatial parameter maps of the region. I continued my work on this projet as an REU student at the National Radio Astronomy Observatory during the summmer of 2019. I worked with Dr. Adam Ginsburg using NH3 emission in combination with ALMA 1.3mm continuum data to calculate mass estimates for a catalog of previously identified protostellar cores. I am continuing my work on this project as finalize my first paper.


A movie review by Walter Frith
Member of the 'Internet Movie Critics Association' http://www.geocities.com/Hollywood/Studio/5713/index.html
Cheer up. This time you won't see the actors lips moving before or after their out of synch dialogue. This production of 'Godzilla' is a high tech marvel from the team of Dean Devlin and Roland Emmerich who brought 'Independence Day' to movie screens in 1996.
Inspired by the revolutionary special effects of 1993's 'Jurassic Park', 'Godzilla', plain and simple, is a popcorn movie that is beyond the high brow realm of major criticism and is one of those movie's that despite the rigid criticism it will receive for its uneven concoction of action and character fluff, still offers the pleasant and familiar cliches of an electrifying monster movie.
A geographical map is displayed during the film's opening credits as we see the South Pacific location of French Polynesia and the nuclear tests being conducted by the French government in and around that region that have been going for some 30 odd years or so and the genetic mutant of the experiments gone awry is, or course, 'Godzilla'. The first sign of his existence comes at the expense of a Japanese boat crew who get demolished one night in the Pacific Ocean and a member of the French Secret Service (Jean Reno), confronts one of the survivors who describes the eerie tale on videotape which later comes out. The initial story is also set up through a scene in Chernobyl, Ukraine where a nuclear containment specialist named Nick Tatopoulos (Matthew Broderick) is measuring the effects of the 1986 Chernobyl disaster on earth worms and discovers that a number of them are 17% larger than they were were before the nuclear fallout and later applies this theory of nuclear contamination to explain the Godzilla phenomenon. Nick is re-assigned from his current exploration of Chernobyl to other locations where signs of the giant lizard appear and eventually come to fulfillment in the Big Apple. New York City is the perfect playground for the monster as Manhattan is an island where the creature can roam at will on either land or in the water.
The New York characters are stereotypical of the city that never sleeps. An aspiring and bubbly attractive young t.v. reporter named Audrey Timmonds (Maria Pitillo) and a camera man name Animal (Hank Azaria) from the station she works at, work together despite the objections of Animal's wife Lucy (Arabella Field) to get involved in the Godzilla frenzy when all hell breaks loose. Audrey is perceived as a sex toy by a sleazy local anchor man (Harry Shearer) who refuses to give her the big break in television reporting she so desperately wants. She and Matthew Broderick's character were old college flames who meet each other during the breaking story and they rekindle their feelings for each other in a somewhat awkward manner.
The NYC Mayor (Michael Lerner) and the leader of a crack military operation (Kevin Dunn) exchange sparring words of conflict over the handling of Godzilla's destruction and the movie glides along, somewhat unevenly, during the attempts at dialogue the all around characters exchange.
There are many scenes delivered in much of the same way they were showcased in 'Independence Day'. There are several scenes where the military men go after the beast by air power and bombard it with gunfire, missiles and other tactics as we witnessed in the attack of the mother ship in ID.
Roland Emmerich directs 'Godzilla' in a typical way we've seen from time to time where the creator doesn't want you to see the beast in its full form as Steven Spielberg demonstrated in 'Jaws' where the shark wasn't completely visible until well into its running time. We see Godzilla's tail, his foot, his eye, his head, all edited in quick and scattered shots of temptation before the big show. His rampage through New York City is furious and heavy as several landmark buildings are destroyed and Godzilla marks his territory with the next generation of lizards in the form of unhatched eggs which work their way into the plot rather well to give the film some meaning in its second half.
The screenplay by Roland Emmerich and Dean Devlin isn't really clever enough to offer any real surprises. The film is an all out display of big studio dollars spent during the first of many summer months to draw a large crowd of movie goers who hopefully will enjoy a film that based on its well established name, will self by itself.
OUT OF 5 > * * * 1/2
Visit FILM FOLLOW-UP by Walter Frith http://home.netinc.ca/~wfrith/movies.htm
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


How the Internet Works
April 4, 2016
TL,DR: Not like this.
The simplest way to describe it is that the internet is a global network of linked-up computers. From its origins in 1969 as the ARPANET, a Department of Defense network that linked computers at four different research institutions in California and Utah, the internet has grown to encompass almost every country in the world and about half the world's population. The word "internet" is commonly used to mean only the World Wide Web, by far the largest part of the internet, but it actually describes the network itself on which the Web (and other services like email, VOIP telephony, and newsgroups) runs. That network is made up of a variety of different connections: copper telephone wire, fiber-optic cable, coaxial cable ("wired" connections) or wireless connections (which use radio waves).
All of those connections serve only one purpose: to pass data from one computer to another. As such, any kind of information can be passed over the internet, as long as it can be converted into data that can be read by a computer. Generally, the internet moves data from one computer to another by means of a process called packet switching. Packet switching works by taking some piece of information that is created on a local computer, breaking it up into small chunks, called packets, and sending each packet over the network piece by piece. When the packets reach their destination, they are reassembled.
The movement of all of these packets through the connections of the internet is controlled by a system called TCP/IP, which stands for Transmission Control Protocol/Internet Protocol. IP is the addressing system of the internet, and every computer that is connected to the internet has a unique IP address, assigned by one of five regional IP address registries (like ARIN in North America). Under the first IP addressing protocol, known as IPv4, IP addresses consisted of four pairs of digits, such as <IP_ADDRESS>, but all possible combinations were already exhausted by January 2011, prompting the introduction of a new system with longer addresses, called IPv6. TCP is the protocol that manages exactly how data will be broken up into packets, sent between IP addresses, resent if some packets get lost, and reassembled at the other end.
The computers that are on the internet can be broken down into two main types: servers and clients. Servers are the computers that hold information and pass it along when requested (like a web server that hosts a website); clients are the computers that receive that information. If computers are acting both as client and server at once (example: using BitTorrent to download and upload files), this is known as a peer-to-peer connection, or P2P. There are still other types of computers called routers that serve as intermediate connections between local and wide-area computer networks. If you have several internet-enabled devices at home and a broadband connection, you probably have one of these; it links up all of your devices so they can communicate locally (on a local-area network, or LAN), and then then connects the LAN to the global computer network.


Stock market is a very important and interesting system to research on considering its extreme complexity and unpredictability as well as high profitability. Our task is to research how Google's(now Alphabet Inc.) stock price change(in terms of increase (1) or decrease (0)) depends on the stocks that may influence or are highly related to Google's stock.
Stock market is a highly profitable area in modern society compared to traditional economic activities like agriculture or manufacturing. Thorough research of stock market is helpful for both personal career and social development.
For common human being traders the trading actions are mainly taken on the basis of personal experience, so the trading actions have large uncertainty and are always subjective and thus lack of standardization process.
Another flaw of stock market prediction by human is that the decision is always influenced by emotion, so traders sometimes may make some irrational decisions when facing extreme market fluctuation.
Stock market is a highly complicated system where stock price is influenced by enormous number of factors. Although there are some mathematical finance models such as Black–Scholes model, Binomial options model, etc., they are highly idealized and are mainly used for concept interpretation.
The above weakness of human trader operation can be reduced or even overcome if we apply machine learning method to help with our prediction. Also we don't need to build a specific model to research stock market and can instead use machine learning to study the behavior of stock. So machine learning is a suitable tool to extract useful information from huge amount of data in stock market.
It is well known that IT industry is a highly vibrant field nowadays and Google is a typical innovative company in this field, so we decide to predict Google’s stock price. Since stocks in the same sector are often correlated, we can use same sector’s stock price as features to predict the price of another stock in the sector. So we choose Facebook, Amazon, Microsoft, Apple and NASDAQ Composite’s data to get the features. Since it is often the change rate other than absolute price that is more illustrative, the feature is the companies’ stock price change percent. The label is simply 0 and 1 where 0 represents that Google’s stock price is decreasing while 1 represents that Google’s price is increasing.
Through comparing different methods I found that NBTree(Naive Bayes Decision tree) has the best performance. NBTree is a kind of machine learning method that combines the strong points of Naive Bayes Classifier and Decision Tree. In an NBTree the skeleton is still a tree but each leaf node is a Naive Bayes Classifier instead of nodes predicting a single feature.
On the left is the algorithm of generating an NBTree. From the description we can see that the algorithm is in general quite similar to the decision tree algorithm except that when the utility doesn't increase significantly, the algorithm will stop partitioning and end up with a Naive Bayes classifier as the leaf node. This is sort of like a kind of pruning strategy and can thus increase efficiency and avoid over fitting problem. The uncertainty and unpredictability property of stock market also makes NBTree an appropriate method for solving problems like stock with probability.
The data sets are csv files taken from financial statistics websites like yahoo finance and Quandl. The csv files provide high, low, open and close price in a daily basis, we can use the data to calculate every day’s percent change of price. The training data ranges from May 29,2013 to May 29,2016 on a daily basis and there are about 750 samples. Note that greater number of samples is not available since many IT companies like Facebook and Twitter started selling stock to the public relatively recently. The data set is trained via Weka software package and tested using 10 folds cross validation. Higher folds would be time consuming and lower folds would not be enough to eliminate the problem of over fitting. Consider the extreme complexity of stock market, a result with accuracy up to 70% should be viewed as success.
We compared different machine learning methods and found that NBTree has the best performance. We also researched on the size of data set on accuracy and found the interesting fact that accuracy doesn't increase, but rather decrease as the number of example increases. In addition, the impact of sector of features on accuracy is researched. The result shows that Google's stock price is more related to similar large IT companies than hardware companies or other traditional industrial companies.
The following graph shows the result of prediction and actual stock price of Google from 05/29/2013 to 05/29/2016.
Note that in the graph I use relative price ratio to represent stock price where the stock price of 05/29/2013 is set to 1. There are only about 750 data points since the stock market is closed on all weekends and federal U.S. holidays. Since the label is either 0 or 1, in order to represent stock price, we need to convert labels to growth(with label 1) and loss(with label 0) percent. We can set price change percent to be the average daily increase or decrease percent. This approximation makes the graph don't look exactly the same as the run chart with real stock price as Y value.
From the graph we can see that although there are difference between prediction curve and actual curve, the overall trend of two curves are quite similar. We can also conclude from the graph that the prediction in general underestimates the actual stock price. This may be due to the fact that the data points cover a long time range (3 years) such that older data with lower value may sort of serve as "noise" that deviate the prediction curve from actual curve.


Jerry the cat
This is a webpage about my wondeful pet Jerry.
About him
Very
good boy
Shiny black coat
Loves
belly rubs
His favorite foods
Salmon
Tuna
Chicken
Pics of him


|
ChemScript API Reference 13
|
Public Member Functions | |
| ReactionData * | GenericReaction () |
| std::vector< int > * | GenericComponents () |
| void | SetCandidate (StructureData *structure, int reactantIndex) |
| int | SetCandidates (std::vector< StructureData * > structures, int reactantIndex) |
| int | NumberOfCandidates (int componentIndex) |
| std::vector< StructureData * > * | ReactiveOrientations (int componentIndex, int candidateIndex) |
| void | DeleteReactiveOrientation (int componentIndex, int candidateIndex, int orientationIndex) |
| std::vector< ReactionData * > * | Permutations () |
| std::vector< int > | PermutationCandidateIndices (int permutationIndex) |
| int | BeginEnum () |
| ReactionData * | EnumNext () |
Public Attributes | |
| int | NumberOfPermutations |
CombiChem is a utility class that provides functionality for combinatorial chemisty enumeration.
A generic reaction is provided for the enumeration during construction. Candidate structures can be associated with each of the reactants, and the results can then be enumerated using this class.
Python Example: Usage 1: >>> r = ReactionData.LoadFile('genericRxn.cdx') >>> combi = CombiChem(r) >>> m = StructureData.LoadFile('m.cdx') >>> combi.SetCandidate(m, 0) >>> combi.BeginEnum() >>> s = combi.EnumNext()
Usage 2: >>> r = ReactionData.LoadFile('genericRxn.cdx') >>> combi = CombiChem(r) >>> combi.SetCandidates(molArray, 0) >>> resultArray = combi.Permutations()
| int CombiChem::BeginEnum | ( | ) |
Begin the manual enumeration process - this should be followed by calls to EnumNext() to enumerate the perumatations one by one.
| void CombiChem::DeleteReactiveOrientation | ( | int | componentIndex, |
| int | candidateIndex, | ||
| int | orientationIndex | ||
| ) |
Remove given reactive orientation from consideration in the enumeration.
| ReactionData* CombiChem::EnumNext | ( | ) |
Enumerate the next permutation during the manual enumeration process.
This returns null when the enumeration is finished. BeginEnum() must be called before the first call of EnumNext().
| std::vector<int>* CombiChem::GenericComponents | ( | ) |
Get a list of the indices of all the components of the reaction for which candidates may be set.
| ReactionData* CombiChem::GenericReaction | ( | ) |
Get the generic reaction.
| int CombiChem::NumberOfCandidates | ( | int | componentIndex | ) |
Get the number of candidates for a given component.
| std::vector<int> CombiChem::PermutationCandidateIndices | ( | int | permutationIndex | ) |
Get the indices of the candidates contributing to the given reaction permutation. This array parallels GenericComponents.
| std::vector<ReactionData*>* CombiChem::Permutations | ( | ) |
Get a list of the all of the reaction permutations.
| std::vector<StructureData*>* CombiChem::ReactiveOrientations | ( | int | componentIndex, |
| int | candidateIndex | ||
| ) |
Get reactive orientations for a given candidate for a given component.
| void CombiChem::SetCandidate | ( | StructureData * | structure, |
| int | reactantIndex | ||
| ) |
Add another candidate structure to be associated with the specified generic reactant.
| int CombiChem::SetCandidates | ( | std::vector< StructureData * > | structures, |
| int | reactantIndex | ||
| ) |
Add a list of candidate structures to be associated with the specified generic reactants.
Get the number of reaction permutations. NumberOfPermutations is READONLY.


Osun Government Shuts Down School Over Teachers, Students Clash
It was gathered that some students and teachers in the school engaged in physical fight, wielding cutlasses and sticks, a situation that caused tension in the area.
by SaharaReporters, New York
The Osun State government has ordered the immediate closure of Baptist High School, Gbodofon, Osogbo, after some irate students engaged teachers in physical duel and vandalised school properties, according to TheFlash, a local newspaper.
Commissioner for Education, Mr Oladoyin Folorunsho, gave the order while inspecting the school to assess the level of damage by the students.
It was gathered that some students and teachers in the school engaged in physical fight, wielding cutlasses and sticks, a situation that caused tension in the area.
A student, who pleaded anonymity, told journalists that the duel started last week Wednesday when some unknown students stormed the school.
He said, “We saw some students last week Wednesday in our school armed with machete and this made everyone to run for their lives.
“Although, hardly will a month pass that we don’t experience something like this and whenever such occurs, some of the irate students usually locked our teachers in their staff room.
“Last week Friday, they stormed our school again and some bold teachers confronted them which in turn led to the fight between the teachers and students.”
Oladoyin who expressed displeasure over the misconduct of the students ordered that the case be thoroughly investigated so that the perpetrators of the act will be brought to book.
He said that the estimated cost of the damages should be determined as the concerned students will be made to pay to serve as a lesson to others.


CMS_Config Members
The CMS_Config type exposes the following members.
Constructors
| Name | Description | |
|---|---|---|
| CMS_Config |
An instance of the CMS_Config class is automatically created by the application
|
Properties
| Name | Description | |
|---|---|---|
| DefaultContentMaster |
Gets or sets the default Master Page File.
|
|
| DefaultImage |
Gets or sets the default image url.
|
|
| FooterMenu |
Gets or sets the footer menu ID (Pk).
|
|
| GaProperty_ID |
Gets or sets the Google Analytics ID for the web site.
|
|
| ImagesPath |
Gets or sets the images path.
|
|
| Item |
Gets or sets the specified property by property name.
|
|
| MainMenu |
Gets or sets the main menu ID (Pk).
|
|
| SecondaryMenu |
Gets or sets the secondary menu ID (Pk).
|
|
| SinglePage |
Single page flag.
|
|
| SiteName |
Gets or sets the name of the site. Used in titles and in facebook meta data.
|
|
| SmtpAdminMail |
Gets or sets the SMTP Admin mail.
|
|
| SmtpDefaultFromMail |
Gets or sets the SMTP default from mail.
|
|
| SmtpPassword |
Gets or sets the SMTP user password.
|
|
| SmtpServer |
Gets or sets the SMTP server name.
|
|
| SmtpUsername |
Gets or sets the SMTP user name.
|
|
| StartPage |
Gets or sets the start page ID (Pk).
|
|
| ThemePath |
Gets or sets the theme path.
|
|
| TransAuto |
Gets or sets the Bing Translation flag.
|
|
| TransClientId |
Gets or sets the registered application client ID for Bing Translator engine access..
|
|
| TransSecretKey |
Gets or sets the application secret key for Bing Translator engine access.
|
|
| TransSourceLangId |
Gets or sets the default language ID (example: "it").
|
|
| TransSourceLangName |
Gets or sets the name of the default language. (example: "italiano").
|


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- You and I met at Epicurrence, and, um, this, this story that you shared on stage was so touching and emotional and honest and re- revealing and vulnerable.
- I think everybody was like either crying inside or the outside, one of those.
- Ooh! 😇
- And, uh, I, I, I, I know that, uh, the- there wasn't a lot of notification for you to prepare,
- and so that made your talk even more remarkable, and the courage that you had to come up on stage and share your story.
- You and I have been doing this dance for a number of months, maybe a two-
- Years
- ... two years, I don't know. It's been a little time.
- Years, maybe. I don't know.
- Uh, and I, I'm not counting. But you and I are having lunch. And I'm like, "You know, I w- I wish these were recorded, so somehow I convince you to like, let's just, let's just try. And I think-
- And I'm like, "You know, I w- I wish these were recorded, so somehow I convince you to like, let's just, let's just try. And I think-
- You're, you're a wizard there because, uh, it was a fight or flight moment 😂😂. And you won me over.
- 😂😂 I'm glad I did, uh, because I think the way that you look at the world and the things that you have to share are worth sharing.
- You know TED Talk, their, their motto is ideas worth sharing. And I watch so many of them, like, that's not worth sharing.
- But you on the other hand I think you have something, a message that's so different that cuts through all the superficiality, and you get right to the core and story after story.
- I'm thinking we need to share this with the world. And so let's get right into it. Okay.
- Okay. So, should we talk about how Epicurrence came about?
- We can. You wanna start there?
- Well, because you brought it up and you said I had such a short time.


Full Screen Example
css, style, fullscreen, window, margin, padding, scrollbar
Demonstrate a map that fill the entire browser window.
This example uses CSS to define the dimensions of the map element in order to fill the screen.
When the user resizes the window, the map size changes correspondingly. No scroll bars!


Alfa Romeo "can be really happy and proud with this result" says Fred Vasseur
by Louis ShawAlfa Romeo had their best weekend at the Brazilian Grand Prix after Kimi Raikkonen finished 4th and Antonio Giovinazzi finished 5th. Team boss Fred Vasseur is pleased with the result and hopes that it means there will be more success in the future.
"We can be really happy and proud with this result," Vasseur said after the race. "To bring two cars in the points just outside the podium is the reward for the hard work of everyone in the team. We didn't let our head drop in the races where we were unlucky and now we can celebrate our best result of the season.
"There was no defining factor today: everyone did a great job - in the cockpit, in the pitstops, on the pitwall and back at base. We have made a lot of progress in the last few races, but it wasn't until today that it showed. Now we can look forward to the chance to do another good race in Abu Dhabi and finish the season on a high."
Many teams outperformed their usual rankings in Brazil and fans will hope that this level of competition will continue into the last race of the season and into next year.


We develop web and mobile applications that are in line with your business needs, to enrich the user experience and improve efficiency.
We are focused on changing the way our clients think about the web. See how by checking our work
We develop web and mobile applications that are in line with your business needs, to enrich the user experience and improve efficiency.
We are focused on changing the way our clients think about the web. See how by checking our work


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An ability is a specific ATT&CK tactic/technique implementation which can be executed on running agents. Abilities will include the command(s) to run, the platforms / executors the commands can run on (ex: Windows / PowerShell), payloads to include, and a reference to a module to parse the output on the CALDERA server.
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If you fork, and connect this project to Codetally, changes you make and commit to this file will result in your code's costs to be tallied up automatically!


Ever feel overwhelmed by the sheer number of articles and blogs you have to read from multiple sources?
And once you do have them in one place, you don't know how to organize them to use them?
Modern Day Researcher can help you collect, organize, read, and store those important articles!
Max Gunter
Max is currently at Lambda studying to become a software engineer.
In addition to programming, Max likes to read and make music.
Edwin Parker
Edwin has been a NYC jazz musician, a pastor, and a university professor.
He is currently in the Lambda School WebDev program where he is pursuing
his passion for software development.


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