Hello. I am an iOS developer. For a while now, I’ve had a repository of random Swift extensions and helper functions, dubbed “shared-utils.” A colleague of mine once remarked how bad the kitchen-sink pattern is in code organization, and it’s rung true for me ever since. Recently I renamed “shared-utils” to Pippin, to sound more Apple-y and get away from that utility name, and now today that library is marked as version 1.0.
The biggest change is the organization of the code: a flat list of files became separate tools to scaffold an app or perform specialized flows for accessing video or location, or working with Core Data. (Yes, there are still a ton of “utility” type files, which I swept away under a euphemistic “Extensions” rug). The different collections are all available as separate CocoaPods subspecs (with some necessary dependencies–I use extensions on Foundation in my Core subspec, for instance). Here’s the top-level organization:
Pippin
├── Adapters
│ ├── *PinpointKit
│ └── *XCGLogger
├── CanIHaz
│ ├── *AVCaptureDevice
│ └── *CLLocationManager
├── *Core
│ ├── Bug\ Reporting
│ ├── Crash\ Reporting
│ ├── Logging
│ └── Model
└── Extensions
├── *Foundation
├── *UIKit
└── *WebKit
Every directory with an asterisk has a subspec that can be pulled independently. Here are the dependencies:
There is plenty of cool stuff in the extensions, but the things I really want to focus on are the Core and Adapter subspecs. The idea is to supply protocols that describe major infrastructural components of an app, like bug reporting, crash reporting, logging, data modeling, reading and writing. Things every major app is going to use, but may not implement the same exact way, or, as is my preference, use one of several 3rd party frameworks to avoid reinventing wheels.
From the standpoint of the developer of my app, all externalities are considered impermanent. So, I write an adapter from a Core protocol to the 3rd party tool I want to use. If that tool should go away or be deemed unworthy at some point, I can write an adapter to a new one or even roll my own, without any change to all the apps utilizing that protocol.
Two adapters are provided already, PinpointKit for bug reporting and XCGLogger for logging. Each subspec describes the dependency on the respective CocoaPod so it’s only pulled if used. Ideally, there’d be a collection of adapters to each external framework that exists, but these are the ones I currently use. I also use Crashlytics, but it’s a special situation because CocoaPods will not allow you to have transitive dependencies involving static libraries. For now, the Crashlytics adapter class is provided as a separate source file in the repo only, not in any spec. It is up to the consumer to include the actual Crashlytics CocoaPod in their own Podfile and get the adapter class into their project if they want to use it. Hopefully a real Crashlytics adapter can be written once CocoaPods releases support for static libraries from source.
I worried that by splitting up the flat list into hierarchies and then separating its branches into subspecs, I’d discover dependencies between branches. I tested for this by writing a smoke test that would generate a new Xcode project for each subspec (actually, one in both Swift and Objective-C) using XcodeGen, write an appropriate Podfile and install pods, and then just see if it builds. Unsurprisingly, a few things did fail, until I teased out the relationships outlined above and encoded them into the podspec.
It’s not perfect. There are some things that don’t quite fit into their current spot, like the UIKit extension subspec’s dependency on Core, or structs that don’t actually extend anything from Apple’s API like Build or SemanticVersion. Different subspecs are in various stages of their evolution. There could, of course, be more of everything, including tests. But it’s 1.0 today so I can stop emotionally leaving it at 0.0.1 and be more realistic about how changes are evolving the codebase.
Check it out today at https://github.com/TwoRingSoft/Pippin!
🙏🏻 Enjoy the post? Please help support more like it by buying me a cup of coffee!.
💡 Suggestions, questions, comments? Please submit a PR!.


Back Step 9 of 16
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Clearly explain why you are appealing, giving reasons for each decision you dispute. The judge will want to hear things from your side.
Back Step 9 of 16
Clearly explain why you are appealing, giving reasons for each decision you dispute. The judge will want to hear things from your side.


Contains page classes for Unit Dashboard, Unit History, Unit Configuration and Unit Real Time Mos.
There is a help page, UnitPage.html, that contains generic information about the Unit concept.


Python Not Recommended
11:45 AM - 12:10 PM on August 16, 2015, Room 705Adam Forsyth
- Audience level:
- intermediate
- Watch:
- http://youtu.be/q74pI8hb_1U
Description
At Braintree, we've moved away from using Python. We've always used Ruby as our primary language, but Python used to be the go-to choice for things where Ruby wasn't a good fit. I will discuss the problems we've had with Python, why we decided to move to other solutions, and what we've chosen instead. Finally, I'll talk about where we're continuing to use Python and what the future holds.
Abstract
Braintree is a Ruby shop. By default, we use Ruby and Rails for projects. We also use Ruby-based projects for much of our tooling, including puppet, capistrano, and rake. However, we strongly believe in using the right tool for the job. What that means has evolved over time, and I'll discuss what solutions we chose in the past as well as our current choices.
So what's it like doing Python at a Ruby shop? You get lots of jokes about language features Ruby has but Python lacks and lots of disbelief that Python will survive the 2/3 split. People also tend to apply the best practices and conventions of Ruby to Python code as if they were the same. Python's major inroad at Braintree has been, surprisingly enough, as a platform for high-concurrency situations. This is a direct result of the power of Tornado as a platform for asynchronous I/O. It also helps that many Python is very approachable and many developers have at least some experience with it.
Braintree has three pieces of our infrastructure using Python and Tornado -- an incoming request proxy; an outgoing request proxy; and a webook delivery service. They've served us well for 3+ years but all suffer from a number of problems. The outdated concurrency features of CPython / Python 2 as well as our lack of experience with and commitment to Tornado have always been an issue. As the meat of the talk, I'll speak in depth about the other issues we've encountered with each of the three applications and our short- and long- term solutions to the problems.
The state as of the end of 2014 appeared dire for Python at Braintree. All the old Python code in our stack is on the way out, and Python has been specifically recommended against for new projects. Our Python client library is used by some of our largest merchants, and is ready for the future by supporting Python 2.6+ and Python 3.3+ in a single codebase. We also have a vibrant Python community at Venmo, our sister company. Both Braintree and Venmo support Python by attending, hosting, sponsoring, and speaking at meetups, conferences, and other events in Chicago, New York, and elsewhere. At Braintree, our Data Science team uses Python almost exclusively and they're becoming a bigger part of our business every day. We also use custom tooling written in Python to manage our infrastructure.


noun | mid·den | \ˈmi-dən\
a small pile
(as of seeds, bones, or leaves)
gathered by a rodent (as a pack rat)
packRat is a file storage app. The flexibility of our storage model is inspired by these fury little builders. Packrats also called woodrats, build complex houses or dens made of twigs, cactus joints, and other materials. These contain several nest chambers, food caches, and debris piles. These debris piles are called Middens, and have been know to preserve materials gathered by the packrats for 50, 000. Packrats also like shiny things and will drop whatever they are carrying for something that they like better.
Sign Up!Ready to start your next project with us? That's great! Give us a call or send us an email and we will get back to you as soon as possible!
-desc/links-
-desc/links-
-desc/links-


--- layout: post title: Kitchen date: '2016-07-26T18:30:19+02:00' categories: - Storyboards picture_url: https://film-Storyboards.tumblr.com/post/148020261784 ---


| Fig 1 |
Agro-IBIS simulated maize yield (Mg ha -1) as driven with CR ... |
| Fig 2 |
Change in the May-October average air temperature (°C) for e ... |
| Fig 3 |
Change in monthly precipitation for May through October for ... |
| Fig 4 |
Change in DEFAULT yield (%) vs. change in May-October averag ... |
| Fig 5 |
Change in NONSTRESS yield (%) vs. change in maize growing pe ... |
| Fig 6 |
Change in NONSTRESS yield (%) vs. change in May-October aver ... |
| Fig 7 |
Change in Yield Loss Index vs. change in summer (JJA) precip ... |


CUPS-CALIBRATE(8) Gutenprint Manual Pages CUPS-CALIBRATE(8) NAME cups-calibrate - ESP CUPS Printer Calibration Tool SYNOPSIS cups-calibrate DESCRIPTION This program allows you to calibrate the color output of printers using the Gutenprint CUPS or ESP Print Pro drivers. Please note that this program only works with the Gutenprint CUPS or ESP Print Pro drivers. If you are using the Gutenprint stp or ijsgimmprint driver for GhostScript or the drivers for the Gutenprint Print plug-in for The GIMP, the calibration will not work. These drivers are identified by the text CUPS+Gutenprint or ESP Print Pro in the model description displayed by the CUPS web interface, KUPS, the ESP Print Pro Printer Manager, or printerdrake. To make a calibration profile for all users, run this program as the root user. The program displays a series of prompts which should simply be followed. SEE ALSO CUPS Software Administrators Manual, http://localhost:631/documenta‐ tion.html COPYRIGHT Copyright © 2001 Michael Sweet<EMAIL_ADDRESS>This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License, version 2, as pub‐ lished by the Free Software Foundation. This manual page was written by Roger Leigh (rleigh@debian.org). Version 5.2.9 07 Jul 2012 CUPS-CALIBRATE(8)


"Hi I'm James. Front End Web Developer who loves technology, working with team and learning everyday."
Connect with Me
Let's Get In Touch!
I hope you like what you see here, and I look forward to working with you! Give me a call or send me an email and I will get back to you as soon as possible!


Getting started¶
Installation¶
SimulaQron requires Python 3 , Twisted and QuTip Assuming you have python 3 etc already installed already, do:
pip install twisted
pip install service_identity
pip install qutip
For detailed instructions on how to install QuTip and Twisted, please refer to their respective installations instructions.
To install SimulaQron itself, you can clone the BetaRelease branch of the git repository. Do:
git clone https://github.com/StephanieWehner/SimulaQron -b BetaRelease
You will then need to set the following environment variables in order to execute the code. I am assuming here you use bash (e.g., standard on OSX or the GIT Bash install on Windows 10), otherwise set the same variables using your favorite shell.:
export NETSIM=yourPath/SimulaQron
export PYTHONPATH=yourPath:$PYTHONPATH
where yourPath is the directory containing SimulaQron.
Testing a simple example¶
Before delving into how to write any program yourself, let’s first simply run one of the existing examples when programming SimulaQron through the Python library (see Examples using the python library). Remember from the Overview that SimulaQron has two parts: the first are the virtual node servers that act simulate the hardware at each node as well as the quantum communication between them in a transparent manner. The second are the applications themselves which can be written in two ways, the direct way is to use the native mode using the Python Twisted framework connecting to the virtual node servers, see Programming via SimulaQron’s native Python Twisted Interface (specific to SimulaQron). Another way is the use the provided Python library that calls the virtual nodes by making use of the classical/quantum combiner interface. We will here illustrate how to use SimulaQron with the Python library.
Starting the virtual node servers¶
A test configuration of virtual node servers will start 3 nodes, Alice, Bob and Charlie on your local computers. You may do so by executing:
sh run/startVNodes.sh
Let us now see in detail what happens when you execute this example script. The configuration for the test network is read from config/virtualNodes.cfg. This file defines which virtualNodes to start up and what their names are. The example runs them all locally, but you can as well run them on remote hosts by using one such file on each host.
For the example, this file is:
# Network configuration file
#
# For each host its informal name, as well as its location in the network must
# be listed.
#
# [name], [hostname], [port number]
#
Alice, localhost, 8801
Bob, localhost, 8802
Charlie, localhost, 8803
- Provided a configuration in the file above, you can run::
- python run/startNode.py Alice &
To start the virtual node for Alice. The script startVNodes.sh then simply starts any number of desired virtual nodes:
# startVNodes.sh - start the node Alice, Bob and Charlie
cd "$NETSIM"/run
python startNode.py Alice &
python startNode.py Bob &
python startNode.py Charlie &
Provided the virtual nodes started successfully you now have a network of 3 simulated quantum nodes that accept connections on the ports indicated above to allow an application program to access qubits on the virtual node servers. The 3 virtual nodes have also established connections to each other in order to exchange simulated quantum traffic.
Starting the CQC servers¶
Similarly to the virtual nodes we also need to start the CQC servers, which provide the possibility to talk to SimulaQron using the CQC interface. A test configuration of CQC servers will start 3 nodes, Alice, Bob and Charlie on your local computers. You may do so by executing:
sh run/startCQCNodes.sh
The configuration for the CQC network is read from config/cqcNodes.cfg. This file defines which CQC servers to start up and what their names are. Note that the names for the virtual nodes and the CQC servers have to be the same at the moment.
For the example, this file is:
# Network configuration file
#
# For each host its informal name, as well as its location in the network must
# be listed.
#
# [name], [hostname], [port number]
#
Alice, localhost, 8821
Bob, localhost, 8822
Charlie, localhost, 8823
The script startCQCNodes.sh starts any number of desired CQC servers:
# startCQCNodes.sh - start the node Alice, Bob and Charlie
cd "$NETSIM"/run
python startCQC.py Alice &
python startCQC.py Bob &
python startCQC.py Charlie &
Provided the CQC servers started successfully you now have a network of 3 simulated quantum nodes that accept connections on the ports indicated above and takes messages specified by the CQC header.
Running automated test¶
Before turning to an actual protocol it is a good idea to run some tests to see that everything is working. It is a good idea to open a new terminal at this point, since the outputs will otherwise be hidden by the debugging information from the virtual nodes and CQC servers. Do not forget to set the environment variables. To run the test in the new terminal just type:
sh tests/runAll.sh
Recall that some of these tests use quantum tomography and are inherently probabilistic. If one of the tests therefore fails, try to run it again and see if the error persists.
Running a protocol¶
Having started the virtual quantum nodes, let us now run a simple test application, which already illustrates some of the aspects in realizing protocols. Our objective will be to realize the following protocol which will generate 1 shared random bit between Alice and Bob. Evidently, there would be classical means to achieve this trivial task chosen for illustration.
- Alice generates 1 EPR pair, that is, two maximally entangled qubits \(A\) and \(B\) of the form \(|\Psi\rangle_{AB} = \frac{1}{\sqrt{2}} \left(|0\rangle_A |0\rangle_B + |1\rangle_A |1\rangle_B\right)\)
- She sends qubit \(B\) to Bob.
- Both Alice and Bob measure their respective qubits to obtain a classical random number \(x \in \{0,1\}\).
Before seeing how this example works, let us again simply run the code:
cd examples/cqc/pythonLib/corrRNG
sh doNew.sh
Next to a considerable about of debugging information, you should be seeing the following two lines:
App Alice: Measurement outcome is: 0/1
App Bob: Measurement outcome is: 0/1
Note that the order of these two lines may differ, as it does not matter who measures first. So what is actually going on here ? Let us first look at how we will realize the example by making an additional step (3) explicit:
- Alice generates 1 EPR pair, that is, two maximally entangled qubits \(A\) and \(B\) of the form \(|\Psi\rangle_{AB} = \frac{1}{\sqrt{2}} \left(|0\rangle_A |0\rangle_B + |1\rangle_A |1\rangle_B\right)\)
- She sends qubit \(B\) to Bob.
- Bob is informed of the identifier of the qubit and is informed it has arrived.
- Both Alice and Bob measure their respective qubits to obtain a classical random number \(x \in \{0,1\}\).
While the task we want to realize here is completely trivial, the addition of step 3 does however already highlight a range of choices on how to realize step 3 and the need to find good abstractions to allow easy application development. One way to realize step 3 would be to hardwire Bobs measurement: if the hardware can identify the correct qubit from Alice, then we could instruct it to measure it immediately without asking for a notification from Alice. It is clear that in a network that is a bit larger than our tiny three node setup, identifying the right setup requires a link between the underlying qubits and classical control information: this is the objective of the classical/quantum combiner.
The first thing that happens if we execute the script doNew.sh is that after some setting up it will call run.sh, executing:
#!/bin/sh
python aliceTest.py
python bobTest.py &
Let us now look at the programs for Alice and Bob.
We first initialize an object of the class CQCConnection
which will do all the communication to the virtual through the CQC interface.
Qubits can then be created by initializing a qubit-object, which takes a CQCConnection
as an input.
On these qubits operations can be applied and they can also be sent to other nodes in the network by use of the CQCConnection
.
The full code in aliceTest.py is:
# Initialize the connection
Alice=CQCConnection("Alice")
# Create qubits
q1=qubit(Alice)
q2=qubit(Alice)
# Create Bell-pair
q1.H()
q1.cnot(q2)
#Send second qubit to Bob
Alice.sendQubit(q2,"Bob")
# Measure qubit
m=q1.measure()
to_print="App {}: Measurement outcome is: {}".format(Alice.name,m)
print("|"+"-"*(len(to_print)+2)+"|")
print("| "+to_print+" |")
print("|"+"-"*(len(to_print)+2)+"|")
# Stop the connections
Alice.close()
Similarly the code in bobTest.py read:
# Initialize the connection
Bob=CQCConnection("Bob")
# Receive qubit
q=Bob.recvQubit()
# Measure qubit
m=q.measure()
to_print="App {}: Measurement outcome is: {}".format(Bob.name,m)
print("|"+"-"*(len(to_print)+2)+"|")
print("| "+to_print+" |")
print("|"+"-"*(len(to_print)+2)+"|")
# Stop the connection
Bob.close()
For further examples, see the examples/ folder.
Logging and debug output¶
In this Pre Beta, the default is for all code - the SimulaQron Backend, the CQC Backend, and any examples - to produce very detailed logging information. You may set the detail of this output using the Python logging module, by setting logging.DEBUG, logging.ERROR, etc depending on your desired level of detail. The default everywhere is full debug output, ile
logging.basicConfig(format='%(asctime)s:%(levelname)s:%(message)s', level=logging.DEBUG)


First two options in the Toolbox (‘U’, ‘M’) are used to select fonts.
‘U’ – the uniform fonts – you can choose from several predefined fonts. You can redefine any of them.
‘M’ – the mixed font – you can adjust font for every character separately. The mixed font cannot be used when typing plain text.


Calculations are based on the most recent closing price, which
may vary from real time prices.
Due to API limitations, our tool can calculate the prices for 5
securities each minute.
Our tool can only be used to search for securities listed on the
NASDAQ or NYSE.
All amounts are expressed in USD.
Your results may be rounded to the nearest whole number.


Peckham Lido
Reviving one of London’s forgotten community hubs for our generation
About
Once a well-loved 50 metre outdoor swimming pool, Peckham Lido served swimmers and sun-bathers of South East London for over 60 years. By 1987 it had fallen into disrepair and was closed and filled in. All that remains visible is a crumbling blue fountain.
With many of Britain’s lidos coming back to life, the Peckham Lido campaign has been set up to resurrect the South East London lido.
Check out the original campaignSupported by
What we're up to
The Peckham Lido campaign is working with Studio Octopi, landscape architects, planning and business consultants to formally submit for Pre-Application Planning Advice to Southwark Council.
Public consultations are being held with the community in order to take on board ideas from locals who will then feed into the architect’s designs.
Get involved in the consultationFrequently asked questions
Here are some questions we've been asked. Feel free to email us, tweet us, or join us on Facebook if you have a question we've not answered here!
-
Where is the Lido situated?
The lido is situated at the top of Peckham Rye Common between Peckham Rye and East Dulwich Road.
-
Are you working with Southwark Council and Mayor of London?
Yes, both Southwark Council and the Mayor of London have invested in the initial idea of the Lido and are committed to working with the Lido team to explore the feasibility of the Lido.
-
Will the Lido be a private business?
No, the Lido has been set up as a Community Interest Company, which means that it has directors, but profits are put back into the company.
-
How are you planning to preserve the existing trees?
We have instructed our architects to incorporate all the mature trees that currently stand on the site so that the Lido feels like it is part of the park, both inside and out.
-
Who will own the land the Lido sits on?
The land is currently designated as Metropolitan Open Land which is owned by Southwark Council. If planning is granted it likely that a trust would lease the land from the council; it would never be owned by the community interest company that ran the Lido.
-
When will the Lido likely be built?
We are hoping to have people splashing around in three years.
-
What about parking?
Parking is something that people on the surrounding streets care about deeply and we will have a careful plan about minimising the impact on local residents. As the Lido is situated in a very built up area we would encourage users to walk or cycle. We certainly don’t plan on putting a car park on the site, but we are planning lots of cycle parking.
-
Who are the Architects you are working with?
We are working with Studio Octopi, a practise based in South London who have a deep passion for outdoor swimming and lidos. Studio Octopi are also the instigators of the Thames Baths project.
-
What are the benefits for Peckham?
The Lido would bring an Olympic sized pool for local schools. It’s a healthy recreational facility for Peckham’s diverse community, serving all ages and cultures. It will bring health and wellbeing to the heart of the community and will create full and part time jobs that would suit a range of skill sets and qualifications, including life guards, personal trainers, yoga teachers, admin staff and more. Local shops, suppliers, restaurants and bars in Peckham, Nunhead and East Dulwich will benefit from the investment.
-
How can I help?
We would love to hear from you if you think you can help us or become part of the team. You can reach us on Twitter, Facebook, or via email.
In the news
The Peckham Lido campaign has appeared in various newspapers, radio shows, and TV programmes. Check out some of our favourites:
-
The Peckham Peculiar
Let's reopen Peckham Lido
Read the article
-
The Guardian
'Peckham Beach' Lido crowdfunding project launches
Read the article
-
de zeen
Studio Octopi announces crowdfunding campaign to rebuild lost lido in London's Peckham
Read the article
-
Evening Standard
Peckham Lido: Pool's reopening draws closer after £60k fundraising drive
Read the article
-
TimeOut
Peckham Lido has hit its crowdfunding target
Read the article
-
International Business Times
Peckham Beach: Crowdfunding campaign to restore London landmark with Olympic-size swimming pool
Read the article
-
The Guardian
Lido love … and the joys of resurrecting a long-lost London pool
Read the article
-
The Evening Standard
Swimmers back campaign to re-open lost lido on Peckham Rye
Read the article
-
The Guardian
Lido love … and the joys of resurrecting a long-lost London pool
Read the article
-
The Telegraph
The joy of swimming in lidos - and what they tell us about ourselves
Read the article
-
The Peckham Peculiar
A message from Harriet Harman
Read the article
Peckham Pioneers
We couldn't have done this without the people who supported us. We'd like to thank:
- Southwark Council
- Mayor of London
- Dan Sutherland
- Pizza Pickup Ltd
- PECKHAMPLEX
- Yogarise
- The Montpelier & The White Horse
- The Gowlett Arms
- Andy Wales
- Thomas Kyriakoudis
- Ruth Whitten
- Max Wheeler
- Stuart Walker
- Vicky Jiang
- Hamish Nicklin
- Luke Wyszynski
- Lonneke Broadribb
- Tom Burns
- Gabrielle Bradshaw
- Julian Ovenden
- Kathryn Church
- HH Plus Limited
- Madeleine Worrall
- Sam Conniff
- A
- A H Trotter
- Aaron Nelson
- Aaron O'Dowling-Keane
- Abby and Hans Geberbauer Taubin
- Abi Haidary
- Abigail Gliddon
- Abigail Tripp
- Adam Blezard
- Adam Copeland
- Adam Hewlett
- Adam Jennings
- Adam Norton
- Adam Norton
- Adam Roberts
- Adam Scott
- Adam Tankard
- Adam Walther
- Adam Worrall
- Adrian Bradbury
- Adrian Russell
- Adrian Subtirica
- Adrian Ward
- Agostina Ciccone
- Aidan Kelly
- Al Roots
- Alan Sendorek
- Alan Shaw
- Alegria Perez
- Alex Cordrey
- Alex Crawford
- Alex Eburne
- Alex Gibson
- Alex Gribben
- Alex Harrison-Cripps
- Alex Van Vliet
- Alice Manifold
- Alice Sophia
- Alice Walsh
- Alison Irwin
- Alison Millar
- Alison Sturgeon
- Alison Tunley
- Amanda Read
- Amanda Simpson
- Amber Cottam
- Amber Wood
- Amy Jones
- Ana Rojas
- Andreas Struggl
- Andrew Bladon
- Andrew Cartwright
- Andrew Clancy
- Andrew Eastham
- Andrew Edgecock
- Andrew Parker
- Andrew Staniforth
- Andrew Treverton
- Andy Neilson
- Andy Woodward
- Angela Sheahan
- Ann Rooney
- Anna Baldock
- Anna Barbieri
- Anna Bradley
- Anna Chapman
- Anna Colclough
- Anna Cowling
- Anna Mansi
- Anna Sillett
- Anna Simpson
- Anna Simpson
- Anna Strutt
- Annabel Borthwick
- Annaliese Jackson
- Anne Bowers
- Anne-Marie Conway
- Annegret Maerten
- Annemarie Moyles
- Annie Franklin
- Annie Kvalheim
- Anthony Pyke
- Anthony Shoring
- Antonia Turner
- Antonio Gould
- Antonio Gould
- Anya Courtman
- Aoife Mcnamara
- Aoife Murphy
- Arber Koci
- Arisera Tongchaitanawutti
- Ashleigh Earl
- Ashley Slater
- B
- Barbara Flynn
- Barbie Barden-Abbott
- Barnaby Welch
- Bec Mounsey
- Becca Bunbury
- Beccy Allen
- Becky Gardiner
- Belinda Johnson
- Ben Benton
- Ben Brown
- Ben Chisell
- Ben Draper
- Ben Fry
- Ben Holden
- Ben Pearson
- Ben Robinson
- Ben Schiffer
- Ben Slade
- Ben Stone
- Benedict Dodd
- Benj Johns
- Benjamin Ward
- Benji Ford
- Benny O'Looney
- Beth Adelmann
- Beth Coates
- Beth Mason
- Bobby Bob
- Bridget Banton
- Bridget Hargreave
- Bridie Cox
- Briony Hudson
- Bryony Henson
- Bryony Rahamin
- Bryony Rice
- C
- Cafe G.
- Cafe Viva Ltd
- Camilla Catherine
- Carl Mesner Lyons
- Carla Brown
- Carolina Susaeta-Ball
- Caroline Bacle
- Caroline Folley
- Caroline Fry
- Caroline Maynes
- Caroline Newte Hardie
- Caroline Robb
- Carolyn Barraclough
- Cat Jenkins
- Cate Lyle
- Catherina Gray
- Catherine Allison
- Catherine Cheetham
- Catherine Forbes
- Catherine Mack
- Catherine Morton
- Cathy Dearson
- Cathy Heffernan
- Celeste Ricci
- Celia Roberts
- Charles Krasun
- Charlie Edmunds
- Charlie Mountain
- Charlie Russell
- Charlotte Hill
- Charlotte Hodkinson
- Charlotte Knight
- Charlotte Large
- Charlotte Woodhead
- Chloe Davies
- Chloe Morgan
- Chloe Schwartz
- Chloe Taylor
- Chris Bishton
- Chris Campbell
- Chris Cole
- Chris Mulholland
- Chris Oldfield
- Chris Radford
- Chris Reyniers
- Christina Hildrey
- Christy Bowen
- Claire Broomhead
- Claire Driscoll
- Claire Elsworth
- Claire Hall
- Claire Lloyd
- Claire Masterson
- Claire Sheppard
- Claire Stidston
- Claire Wren
- Clare Donachie
- Clare Reynolds
- Clare Trier
- Cleo Taylor
- Cliodhna Morgan
- Cllr James Barber
- Colm O'Brien
- Cordelia Graham
- Corinna Silk
- Craig Barrow
- D
- Dagmar Jeschin
- Damaris Hammerli
- Dan Clarke
- Dan Jestico
- Dan Spooner
- Daniel Archer
- Daniel Raven-Ellison
- Daniel Sutherland
- Daniela Harris
- Danielle Majid
- Darren Woodhouse
- Dave Amor
- Dave Anderson
- David Broder
- David Chambers
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F9 Info Technologies [P].ltd 2nd Floor,Flat No.203 Shantipuram, Beside Crown Bakery,Shankaramatam Road Visakhapatnam-16
+91<PHONE_NUMBER>
<EMAIL_ADDRESS>Fbuild is a simple user friendly digital tool with great features for different kinds of construction projects, it is a common platformm for the builders, Vendors and Service Providers to find each other resourceful and share their services.
FBuild Constructions 2nd Floor,Flat No.203,Shantipuram, Beside Crown Bakery,Shankaramatam Road,Visakhapatnam-16
<EMAIL_ADDRESS>February 12, 2017
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After 350,000+ Beta Sign-Ups, ProtonMail Takes $2M To Scale Its Encrypted Email
Swiss based encrypted email provider ProtonMail, which we covered last summer during a crowdfunding campaign where it was promising a “zero access architecture” fit for our post-Snowden paranoia, has taken in its first tranche of VC funding — announcing a $2 million round from Charles Rivers Ventures and Swiss not-for-profit incubator FONGIT.
[French] ProtonMail, le webmail anti-NSA, lève 2 millions de dollars
L'idée est de contrer les pratiques de surveillance massives mises à nu par Edward Snowden, en proposant un service de messagerie sécurisé. ProtonMail disposerait actuellement de 350 000 testeurs et aurait récolté 550 000 dollars émanant de dons effectués par 10 000 personnes à travers le monde.
[French] ProtonMail : une enveloppe de 2 millions de dollars pour la messagerie « anti-NSA »
La start-up compterait aujourd'hui 350 000 bêta-testeurs pour son offre ProtonMail, chiffrée de bout en bout et hébergée en Suisse, pays où les lois régissant l'accès aux données personnelles par les autorités sont très contraignantes.
ProtonMail has raised $2M USD
ProtonMail has secured a financing round of $2M USD from Charles River Ventures (CRV) - early investors in Twitter, Zendesk, Yammer - and the Fondation Genevoise pour l’Innovation Technologique (FONGIT).
[German] Wegen Staatstrojaner: Schweizer Startups für Cybersicherheit verlieren ihren Standortvorteil
Protonmail ist einer der sichersten E-Mail-Dienste der Welt.  Zum Erfolgsrezept gehört ein ausgeklügelter Verschlüsselungsmechanismus. Und – bisher zumindest – der Standort Schweiz.
[Spanish] El correo seguro ProtonMail consigue una inversión de USD$2 millones
Con menos de un año de vida, ProtonMail se asegura su continuidad con una inversión de USD$2 millones. Es una de las mayores inversiones a una empresa cuya meta es crear un servicio seguro de uso diario como es el correo electrónico. Llega de dos inversores, Charles River Ventures y la fundación suiza Fondation Genevoise pour l'Innovation Technologique.
[French] Nouveau financement pour la start-up genevoise ProtonMail
ProtonMail annonce avoir bouclé un tour de financement de 2 millions de dollars auprès de Charles River Ventures et de la Fondation Genevoise pour l’Innovation Technologique (Fongit).
[German] ProtonMail erhält zwei Millionen US-Dollar Risikokapital
Der am CERN entstandene, auf den Schutz der Privatsphäre ausgelegte E-Mail-Dienst ProtonMail hat in einer zweiten Finanzierungsrunde zwei Millionen US-Dollar erhalten.
The Daily Startup: Dual Aperature Captures Funding for 3-D Camera Tech
Proton Technologies, an email security company that goes by the name ProtonMail, has raised $2 million in funding to scale up its infrastructure to meet demand. Investors include CRV and the Fondation Genevoise pour l’Innovation Technologique.
ProtonMail Posts $2M for Secure Email
Email security company Proton Technologies AG, which goes by the name ProtonMail, has raised $2 million in funding to scale up its infrastructure to meet demand.
[Czech] ProtonMail: Nejbezpečnější webmail na světě (ProtonMail: Safest webmail in the world)
ProtonMail sídlí ve Švýcarsku, které má přísné zákony na ochranu osobních údajů. Zároveň používá HTTPS spojení a do třetice je automaticky šifrovaný i pomocí technologie OpenPGP.
ProtonMail is making 'NSA-Proof' Encrypted Email A Reality
With regards to communication, Swiss startup ProtonMail has been making headlines with its encrypted email platform. The system, created by a team of former CERN employees, is set on protecting user privacy rights via encryption.
[Polish] Szyfrowana skrzynka e-mail ze Szwajcarii stale się rozwija. Korzystanie z ProtonMail już nie boli
ProtonMail to bezpieczna skrzynka e-mail z siedzibą w Szwajcarii. Już samo pochodzenie tej usługi sieciowej gwarantuje odpowiedni poziom bezpieczeństwa.
Technological hopes and fears: A recap of session 2 of TEDGlobal 2014
[ProtonMail] makes encryption easy to use. It gives each user has a private key and a public key, so that messages are encrypted on your computer, and aren’t unlocked until they are received by the person you sent them to.
'NSA-Proof' Email ProtonMail Launching Mobile App
ProtonMail...is set to launch a mobile beta ‘very soon’ following a blockbuster Indiegogo campaign which raised nearly six times its original goal of $100,000.
Area Alumni's 'NSA-Proof' Email Service Raises More Than $550K
ProtonMail is one giant step closer to protecting your privacy. The end-to-end encrypted email service, founded by a team of scientists from MIT, Harvard and CERN, has raised more than $550,000 on Indiegogo, setting a new record for a software project in the crowdfunding platform's technology section.
Startup crowdfunds $416,000 to take on NSA spying
A new email service pledges to keep the NSA out of your inbox. It's called ProtonMail, an email provider that protects your communications from inbox to outbox.
ProtonMail Is A Swiss Secure Mail Provider That Won’t Give You Up To The NSA
The team has covered all its bases. For example, they chose Switzerland, because, according to the Swiss Federal Act on the Surveillance of Postal and Telecommunications Traffic (SPTT), the company cannot be compelled to expose their system to any government authority.
PayPal freezes account of email encryption startup ProtonMail [Update]
ProtonMail was supposed to be an easy email encryption tool that would finally give us an answer to Internet surveillance around the world. Instead, PayPal has frozen over $275,000 in donations to the project because, a PayPal representative told the company, the American payment service is not sure if ProtonMail is legal.
Fundraiser to support 'NSA-proof' email gets off to a roaring start
ProtonMail, an encrypted email service that advertises itself as “NSA-proof,” launched to much acclaim about a month ago.
Startup to deliver encrypted email
A new email service being developed by a group from MIT and European research center CERN promises to bring secure, encrypted email to the masses and keep sensitive information away from prying eyes.
Scientists from CERN and MIT launch encrypted email service
In order to protect against unwanted snooping, a group of scientists has created a new secure email service. ProtonMail provides end-to-end encryption, meaning that even the company itself can't even see the content of your messages.
Harvard and MIT students create NSA-proof e-mail service
The end-to-end encryption technology allows ProtonMail users to add unprecedented levels of security to their communications–– even the creators cannot read or access the information sent by users.
ProtonMail: 'NSA-Proof' End-to-End Encrypted Email Service
This new encrypted email service, called ProtonMail is a super-secure email service created in collaboration with the scientists from Harvard, the Massachusetts Institute of Technology and the European research lab CERN.
ProtonMail promises NSA-proof, encrypted communications with any email provider
Last year’s revelations about the NSA’s widespread snooping practices sparked plenty of debate over privacy, but also a number of initiatives to up online security. The latest to join the cause is an encrypted email service from researchers at Harvard, MIT and CERN called ProtonMail.
CERN inspires entrepreneurs for email encryption
The end-to-end encryption means that when you send an email with ProtonMail, your data is already encrypted by the time it reaches the their servers.


Automatic Block Factory was established in 2014 by BRONZE WAVES GROUP is one of the leading block manufacturers in Sohar today. For the past 2 years we achieved a good name in the local market by strictly following up the standard as per the Oman Municipality rules and regulations. The quality production and efficient service help us to obtain the approval certificate from Oman Development Authority for specified projects. Concrete blocks have become increasingly popular in the gulf area, mainly because of their inherent strength, economy and resistance to fire, but their excellent insulation qualities make them ideal for hot climates. Modern times create the need for modern designs. That is why a variety of concrete blocks with various textures and shapes are produced to satisfy the needs at costs substantially lower than similiar materials.
Automatic is committed to providing the highest quality of product and service to its clients. The firm is a business organization operating in an aggressive market. The pursuit of the highest quality of service to clients is as essential to the long term growth and survival of the business as are cost control and competitive pricing. The company strives for continuous improvement throughout its operations to satisfy customers in the most effective way, and to spread the quality awareness among employees. Automatic shall strive consistently and continuously to establish its name in the market place as a top notch Quality Manufacturer providing high quality Products and Services competently and competitively.
Our infrastructure consists of fully automated plants and machineries from Germany and Italy which can produces 10000 blocks per day. A large fleet of trucks is available for transport of finished goods to the customers site. Adequate materials handling equipment in terms of forklifts, cranes and shovels are also available. In house garage is available for trucks servicing and repairs, a well-equipped workshop is also available for house fabrication and maintenance of machines.


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LILY
Author:
Daniel Jurafsky
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Publications
78 Papers in 19 venues
Collaborated with
81 Co-authors from 1988 to 2014
Paper Citations
1585 Citations
Author Citations
2125 Citations
Known Affiliations
University of California at Berkeley, Berkeley CA
University of Colorado at Boulder, Boulder CO
Stanford University, Stanford CA
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