19 October 2018 @ Fondazione Feltrinelli, Milano
2018/06/01 - CFP Opens
2018/06/18 - Tickets go on Sale
2018/08/01 - CFP Closes
2018/09/01 - Speaker Announcement
2018/10/19 - ServerlessDays Milano @ Fondazione Feltrinelli
2018/10/20 - Workshops & Job Fair @ Luiss Hub
ServerlessDays Milano is a developer-oriented conference about serverless technologies.
We believe in and encourage practical sessions, in which developers share their experience and lessons from real-world projects.
ServerlessDays Milano is part of ServerlessDays (formerly JeffConf), a global series of events around the world fostering communities around serverless technologies.
We follow and enforce the Serverless Days Code of Conduct.
The agenda will feature two amazing keynotes to start and conclude the series of technical sessions. Note: the final agenda will be announced around late-August.
Yan is an experienced engineer who has worked with AWS for nearly 10 years. He has been an architect and lead developer with a variety of industries ranging from investment banks, e-commerce to mobile gaming. In the last 2 years he has worked extensively with AWS Lambda in production, and he has been very active in sharing his experiences and the lessons he has learnt, some of his work has even made their way into the Serverless Well-Architected whitepaper published by AWS. Yan is a regular speaker at user groups and conferences internationally, and he is also the author of Production-Ready Serverless and a co-author of F# Deep Dives. In his spare time he keeps an active blog where he shares his thoughts on topics such as AWS, serverless, functional programming and chaos engineering.
Gojko Adzic is a partner at Neuri Consulting LLP. He is the winner of the 2016 European Software Testing Outstanding Achievement Award, and the 2011 Most Influential Agile Testing Professional Award. Gojko’s book Specification by Example won the Jolt Award for the best book of 2012, and his blog won the UK Agile Award for the best online publication in 2010. As a consultant, Gojko has helped companies around the world improve their software delivery, from some of the largest financial institutions to small innovative startups. Gojko specialises in agile and lean quality improvement, in particular impact mapping, agile testing, specification by example and behaviour driven development.
Tickets are available at €35, and the income will be donated to local no-profit organizations.
We believe in inclusiveness and diversity, and we are working hard with our Diversity Partners to welcome people from diverse backgrounds and to remove any financial barrier.
You can chosee to buy a Diversity Sponsor Ticket, and we'll donate it to a Diversity Scholar. If you are part of an underrepresented group in tech, you can apply by emailing us at<EMAIL_ADDRESS>P.s. the serverless job fair will be 100% free for everybody!
All attendees, speakers, sponsors and volunteers at our conference are required to agree with the following code of conduct. Organisers will enforce this code throughout the event. We are expecting cooperation from all participants to help ensuring a safe environment for everybody.
tl;dr: Jeff says be excellent with each other
The Quick Version
Our conference is dedicated to providing a harassment-free conference experience for everyone, regardless of gender, gender identity and expression, age, sexual orientation, disability, physical appearance, body size, race, or religion (or lack thereof). We do not tolerate harassment of conference participants in any form. Sexual language and imagery is not appropriate for any conference venue, including talks, workshops, parties, Twitter and other online media. Conference participants violating these rules may be sanctioned or expelled from the conference without a refund at the discretion of the conference organisers.

Participants asked to stop any harassing behavior are expected to comply immediately.
Sponsors are also subject to the anti-harassment policy. In particular, sponsors should not use sexualised images, activities, or other material. Booth staff (including volunteers) should not use sexualised clothing/uniforms/costumes, or otherwise create a sexualised environment.
If a participant engages in harassing behavior, the conference organisers may take any action they deem appropriate, including warning the offender or expulsion from the conference with no refund.
If you are being harassed, notice that someone else is being harassed, or have any other concerns, please contact a member of conference staff immediately. Conference staff can be identified as they’ll be wearing branded t-shirts.
Conference staff will be happy to help participants contact hotel/venue security or local law enforcement, provide escorts, or otherwise assist those experiencing harassment to feel safe for the duration of the conference. We value your attendance.
We expect participants to follow these rules at conference and workshop venues and conference-related social events.


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This is Du'a Jaradat,I am 27 years old.I'm Jordanian from Irbid.My Goal is Becoming an inspiration to others. my perfect day would start with a strong cup of coffee. If I could live anywhere in the world , it would be Santorini, Greece.My faviorate TV show I have watched more than once is FRIENDS.
- My Education: I have a bachelor's degree in civil engineering from Jordan University of Science and Technology.
- My Experience in Work:I worked in Structural field for two years and half.
My TOP TEN steps To Become a better person:
- Forgiveness
- Be honest and Direct
- Be Helpful
- Educate Yourself
- Be Respectful
- Be Open to Change
- Let go of Anger
- Leverage Your Strengths
- Accept Responsibility
- Be a Good Listener


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var isGroup: Boolean
Whether the Notification is a group of other Notifications Default is false, but it will be forced to true when NotificationBlock is called by NotificationCoreBuilder.groupBy
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NotificationCompat.Builder.setGroupSummary


Requirements and Resource Management
•Collect and negotiate the business requirements for an application with the business, including theprotection requirements withregard to confidentiality, authenticity, integrity and availability of all data assets, and the expected business logic.
•Compile the technical requirements including functional and nonfunctional security requirements.
•Plan and negotiate the budget that covers all aspects of design, build, testing and operation, including security activities.
Request for Proposals (RFP) and Contracting
•Negotiate the requirements with internal or external developers, including guidelines and security requirements with respect to your security program, e.g. SDLC, best practices.
•Rate the fulfillment of all technical requirements, including a planning and design phase.
•Negotiate all technical requirements, including design, security, and service level agreements (SLA).
•Adopt templates and checklists, such as OWASP Secure Software Contract Annex.
Note: The annex is for US contract law, so please consult qualified legal advice before using the sample annex.
Planning and Design
•Negotiate planning and design with the developers and internal shareholders, e.g. security specialists.
•Define the security architecture, controls, and countermeasures appropriateto the protection needs and the expectedthreatlevel. This should be supported by security specialists.
•Ensure that the application owner acceptsremaining risks or provides additional resources.
•In each sprint, ensure security stories are created that includeconstraints added for non-functional requirements.
Deployment, Testing, and Rollout
•Automate the secure deployment of the application, interfaces and all required components, including needed authorizations.
•Test the technical functions and integration with the IT architecture and coordinate business tests.
•Create "use" and "abuse" test cases from technical and business perspectives.
•Manage security tests according to internal processes, the protection needs, and the assumedthreatlevelby the application.
•Put the application in operation and migrate from previously used applications if needed.
•Finalize all documentation, including the change management data base (CMDB) and security architecture.
Operations and Change Management
•Operations must include guidelines for the security management of the application (e.g. patch management).
•Raise the security awareness of users and manage conflicts about usability vs. security.
•Plan and manage changes, e.g. migrate to new versions of the application or other components like OS, middleware, and libraries.
•Update all documentation, including in the CMDB and the security architecture, controls, and countermeasures, including any runbooks or project documentation.
Retiring Systems
•Any required data should be archived. All other data should be securely wiped.
•Securely retire the application, including deleting unused accounts and roles and permissions.
•Set your application’s state to retired in the CMDB.


Before powerful GPUs and multi-core processors made it possible for machines to learn from data, AI was about coding a deterministic algorithm. Thе old and well-explored principles of graph trees, constraint propagation and search still find many applications today.
Constraint Propagation and Search
Artificial intelligence is all about designing computer systems able to perform tasks that normally require human intelligence. We already know computers can do some arithmetic tasks like multiplying large numbers much faster than any human will ever do. But what about non-arithmetic tasks? Well, by now everyone knows that Tesla, Google, Apple and many other tech companies are working on autonomous driving. And yet, they haven’t completely cracked it yet. On the other side, it is now 20 years since IBM’s Deep Blue won both a chess game and a chess match against Garry Kasparov - the reigning world champion at the time. To sum it up - driving a car is obviously an easy task for humans, two billion people are driving to work every day, but it is very hard for a computer system to manage. At the same time, computer systems can beat the world champion at chess - a task that hardly any human can achieve. Makes you wonder, doesn’t it?
Coding a Sudoku Environment
Another non-arithmetic and seemingly human task at which computers excel is solving a sudoku. The use of constraint propagation and search is illustrated in this great blog post by Peter Norvig. In this post I will go one step further by introducing a small, but powerful optimization for Norvig’s solution. My whole sudoku solver implementation can be found in this repo: AIND-Sudoku.
In a sudoku, the rows, columns and 3x3 squares all contain digits from 1 to 9 exactly once. Norvig introduces a very flexible design, which is easily extended to a diagonal sudoku. Indeed, Norvig’s solution can be extended to solve a diagonal sudoku by just adding the diagonals to the units, used in the constraint propagation steps:
Naked twins strategy
In solution_performance_test.py I added a small performance test to measure the time needed to solve 20 hard sudoku puzzles. I furthermore modified the code to print the amount of search attempts the solver needs for solving each sudoku puzzle. A search attempt is made whenever the potential of constraint propagation is exhausted and the algorithm has to try different digits for the same box. When executed the test output looks like this:
As previously mentioned, in order to solve a sudoku puzzle one needs to use only constraint propagation and search. To increase the performance of Norvig’s solution I simply added an additional constraint, called naked twins:
Putting it all together
Adding just this single constraint led to the significant performance boost. The time needed to solve twenty sudoku puzzles was cut in half. You can clearly see the algorithm is making far fewer attempts than before:
One can even go further and implement additional constraints. In the sudoku world those constraints are called sudoku strategies. So how good is a computer at solving a sudoku? In this Telegraph article I found a sudoku puzzle which was designed by Japanese scientists to be especially hard to solve. It is supposed to take hours if not days to solve. Below is a slow motion video of the algorithm solving the sudoku. Note, the video would be much longer if not for the naked twins strategy that is significantly reducing the number of unsuccessful attempts.
As you can see on the video, the algorithm is making quite a few unsuccessful attempts and consequent steps back. One thing is sure - an AI engineer will be faster at writing the code that solves a sudoku than actually solving a puzzle that hard.


 In most cases, the company's full legal name is not the name it is commonly known by. The full legal name will almost always end in 'limited', 'ltd' or 'plc' and can sometimes be completely different to the name you know. For example: KFC is Kentucky Fried Chicken (Great Britain) Limited Currys PC World is DSG Retail Limited Easyjet is easyJet Airline Company Limited British Gas is British Gas Trading Limited Saga Holidays is ST&H Group Limited Where to find the company's full legal name It's often best to ask them, but you could also try the following. Look at your paperwork This could include quotes, estimates, contracts, invoices, receipts or terms and conditions. These will often include the company's full name in a footer or small print, rather than the logo or heading. The company's website Websites often include legal documnts such as terms and conditions or privacy policies which state their full legal name. You could also try entering the name you know the business as and 'terms and conditions' into a search engine. Search Companies House If you can't find the company's name on their documentation, you can search Companies House for free. Try to match the registered office address and the employees listed with other information you have, to make sure you have the right business. PAGE 2 Have you found the company's full legal name? Watch out for Trading names sdfsdfsdf Non-UK companies sdfsdfsdf Franchises sdfsdfsdf Yes/No {% include 'prototypes/prototype-jul-2019/includes/contact.html' %} {% endblock %}
In most cases, the company's full legal name is not the name it is commonly known by.
The full legal name will almost always end in 'limited', 'ltd' or 'plc' and can sometimes be completely different to the name you know.
For example:
It's often best to ask them, but you could also try the following.
This could include quotes, estimates, contracts, invoices, receipts or terms and conditions.
These will often include the company's full name in a footer or small print, rather than the logo or heading.
Websites often include legal documnts such as terms and conditions or privacy policies which state their full legal name.
You could also try entering the name you know the business as and 'terms and conditions' into a search engine.
If you can't find the company's name on their documentation, you can search Companies House for free.
Try to match the registered office address and the employees listed with other information you have, to make sure you have the right business.
sdfsdfsdf
Yes/No


Ozeki Kaio ruled the sport
by John GunningRaiden is often mentioned as the greatest rikishi never to reach yokozuna.
Back when the Edo Period legend was dominating in the ring however, ozeki was the highest rank on the banzuke, with yokozuna still being an honorary title.
There are many theories as to why it wasn’t awarded to Raiden but none have anything to do with his feats on the clay.
In more modern times, however, there is one name that stands above all others when discussing who is the best wrestler never to make grand champion.
Ozeki Kaio lifted the Emperor’s Cup five times in a record setting 23-year career. That’s equal to — or more than — the number of championships won by 11 different yokozuna promoted since the initiation of the six-tournaments-a-year system.
With 11 runner-up finishes as well in the space of eight years, Kaio would likely have been promoted to sumo’s highest rank had he competed in a different era, but unfortunately for the Tomozuna stable man he was active at a time when the guidelines were more strictly applied.
Although he never earned promotion to yokozuna, Kaio holds the longevity records at ozeki and is also No. 2 all time in both career and top-division wins — second only to modern titan Hakuho.
Kaio was part of probably the greatest recruiting class of all time as he made his debut alongside three future yokozuna.
Between them, Kaio, Akebono, Takanohana and Wakanohana won 43 Emperor’s Cups and ruled sumo during the 1990s.
Kaio outlasted his illustrious classmates by about a decade though and was still competing long after both Akebono and Wakanohana had left sumo entirely.
The ozeki’s most fearsome weapon was an armlock throw — a move that generated so much torque that it often led to injuries to opponents’ elbows.
Kaio is now a sumo elder and head of Asakayama stable.
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Sometimes, I speak at conferences, mostly about code & methodology in French most of the time.
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Latest talks
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Browse the archives
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ESP DateTime
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Date Time Functions and Classes for ESP8266 and ESP32
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TimeElapsed class. More...
#include <TimeElapsed.h>
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| TimeElapsed & | operator= (const TimeElapsed &rhs) |
| TimeElapsed & | operator= (unsigned long val) |
| TimeElapsed & | operator-= (unsigned long val) |
| TimeElapsed & | operator+= (unsigned long val) |
| TimeElapsed | operator- (int val) const |
| TimeElapsed | operator- (unsigned int val) const |
| TimeElapsed | operator- (long val) const |
| TimeElapsed | operator- (unsigned long val) const |
| TimeElapsed | operator+ (int val) const |
| TimeElapsed | operator+ (unsigned int val) const |
| TimeElapsed | operator+ (long val) const |
| TimeElapsed | operator+ (unsigned long val) const |
TimeElapsed class.


Origins in North America and Britain
The origins of pop art in North America developed differently from Great Britain. In the United States, pop art was a response by artists; it marked a return to hard-edged composition and representational art. They used impersonal, mundane reality, irony, and parody to "defuse" the personal symbolism and "painterly looseness" of abstract expressionism. In the U.S., some artwork by Larry Rivers, Alex Katz and Man Ray anticipated pop art.
By contrast, the origins of pop art in post-War Britain, while employing irony and parody, were more academic. Britain focused on the dynamic and paradoxical imagery of American pop culture as powerful, manipulative symbolic devices that were affecting whole patterns of life, while simultaneously improving the prosperity of a society. Early pop art in Britain was a matter of ideas fueled by American popular culture when viewed from afar. Similarly, pop art was both an extension and a repudiation of Dadaism. While pop art and Dadaism explored some of the same subjects, pop art replaced the destructive, satirical, and anarchic impulses of the Dada movement with a detached affirmation of the artifacts of mass culture. Among those artists in Europe seen as producing work leading up to pop art are: Pablo Picasso, Marcel Duchamp, and Kurt Schwitters.
Proto-pop
Although both British and American pop art began during the 1950s, Marcel Duchamp and others in Europe like Francis Picabia and Man Ray predate the movement; in addition there were some earlier American proto-pop origins which utilized "as found" cultural objects. During the 1920s, American artists Patrick Henry Bruce, Gerald Murphy, Charles Demuth and Stuart Davis created paintings that contained pop culture imagery (mundane objects culled from American commercial products and advertising design), almost "prefiguring" the pop art movement.


Seidl impressed with Sainz' knowledge: "He talks like an engineer in meetings"
by Nicolás Quarles van UffordMcLaren team principal Andreas Seidl has had a terrific driver in Carlos Sainz all season, and the German has revealed how impressive the 25-year-old's knowledge is about the technical side of F1.
After an unlucky start to 2019, Sainz has been the best driver in midfield for the bulk of the year, often leading the charge behind the top three teams as the Woking-based side had their best season in the turbo-hybrid era.
Sainz has been the leader for the team as he's still very much in the fight to finish sixth in the drivers' championship. Seidl is a proud boss as he sheds light on the Spaniard's intelligence during meetings.
"When I think of Carlos, it's impressive when he talks in meetings, he does it like he's an engineer, it's what it's like," the team principal told AS.
"He is very precise [in his feedback], and that's good. Carlos has seen different teams and cars and that means he's very experienced working with different organisations and engineers.
For me, it's very, very important how a driver works with the engineers and that he's clear with his comments and needs."


--- date: 2011-02-20T00:00:00Z published: true title: Doesn't look like it's illegal to use non-Canadian data storage? Misconception? url: /2011/02/20/doesn-t-look-like-it-s-illegal-to-use-non-canadian-data-storage-misconception-yyccc-nf/ ---
The Personal Information Protection and Electronic Documents Act (the Act) does not prohibit organizations from outsourcing their operations across international borders.
I've heard this a ton of times working for clients in Calgary, but this Case Summary would seem to indicate that's incorrect.


class: center, middle # Introduction to Elm Nate Clark --- # Personal confessions - I'm not a front-end dev - I hate the browser - Elm lets me keep my sanity --- # Goals for today - Learn the basics of the __Elm Architecture__ - Write a __simple program__ in Elm - Learn basic __language features__ of Elm - Highlight important __design decisions__ of Elm *Follow along with slides at [natec425.github.io/olemiss-elm-intro](https://natec425.github.io/olemiss-elm-intro)* --- # The Elm Architecture Almost every (Elm) application has at least three pieces: - state - ways to change the state - ways to view the state In Elm, you define your application exactly in terms of these ideas. Elm has names for each of these pieces: - state - `Model` is the type of your application's state - ways to change the state - `Msg` is the ways your application's state can change - `update : Msg -> Model -> Model` - ways to view the state - `view : Model -> Html Msg` --- # Describing a counter widget Our counter widget should allow us to +1 or -1 a number that we are keeping up with. It might look something like:
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5
+
### Questions: 1. What is the state of our application? 1. What are the ways we can change the state of our application? --- # Questions: 1. What is the state of our application? - Int 1. What are the ways we can change the state of our application? - add 1 - subtract 1 ### What does this look like in Elm? ```elm -- The type of my application's state is an integer type alias Model = Int -- My state can by changed by adding 1 or subtracting 1 type Msg = Add1 | Sub1 update : Msg -> Model -> Model update msg model = case msg of Add1 -> model + 1 Sub1 -> model - 1 ``` --- # What is special about this code? ```elm type alias Model = Int -- Algebraic Data Type type Msg = Add1 | Sub1 update : Msg -> Model -> Model update msg model = -- Pattern Matching case msg of Add1 -> model + 1 Sub1 -> model - 1 ``` ## Important Design Decision! >>
The state of my application is completely seperate from the presentation of that state.
--- # Progess so far: - [X] `Model` - [X] `Msg` - [X] `update` - [ ] `view` >>Any Questions? --- # Writing the view ```elm import Html exposing (Html, div, button) import Html.Events exposing (onClick) view : Model -> Html Msg view model = div [] [ button [ onClick Sub1 ] [ text "-" ] , text (toString model) , button [ onClick Add1 ] [ text "+ "] ] ``` --- # What is special about this code? ```elm import Html exposing (Html, div, button, text) import Html.Events exposing (onClick) -- Html Msg represents some Html that is capable of producing a Msg view : Model -> Html Msg view model = div [] [ button [ onClick Sub1 ] [ text "-" ] , text (toString model) , button [ onClick Add1 ] [ text "+ "] ] -- Html elements are essentially collections of attributes and children -- Html Msg ~= Node [Attribute Msg] [Html Msg] ``` ## Important Design Decisions! >> 1.
The view is a pure function of the state of the application.
>> 2.
The view is data! Like the stuff we work with every day!
--- # Wiring it all up ```elm import Html.App exposing (beginnerProgram) main = beginnerProgram { -- the initial state is 0 model = 0 , -- the update function is how you update the state update = update , -- the view function is how you show the state view = view } ``` # Important Design Decision! >>
Your program is a collection of data; not a series of statements
--- # In all its glory ```elm import Html exposing (Html, div, button, text) import Html.Events exposing (onClick) import Html.App exposing (beginnerProgram) main = beginnerProgram { model = 0 , update = update, view = view } type alias Model = Int type Msg = Add1 | Sub1 update : Msg -> Model -> Model update msg model = case msg of Add1 -> model + 1 Sub1 -> model - 1 view : Model -> Html Msg view model = div [] [ button [ onClick Sub1 ] [ text "-" ] , text (toString model) , button [ onClick Add1 ] [ text "+ "] ] ``` --- # Questions to ask yourself: 1. What is my data? 2. How does my data change? 3. How should I display my data? --- # Unanswered questions: - How2 build something bigger? - How2 AJAX? - How2 CSS? - How2 Test? # Answer for now: - [Read the guide!](https://guide.elm-lang.org/architecture/) - [Join the community!](http://elm-lang.org/community)


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