Comments
-
Greg Hurrell
Thanks for submitting the request. I'm moving this one over to Synergy Advance because that's where it's most likely to get implemented first. Marking as ASSIGNED.
-
Greg Hurrell
Changing assignment to reflect my new email address.
https://wincent.com/a/news/archives/2006/05/change_of_email.php
-
anonymous
Ooh, yes - I'd love this! I'm looking for *exactly* this ability, and so far there's an extreme lack of good options. I'm already using synergy, and would love for the polish to be applied to my networked computer.
Please! Any chance of this happening anytime soon? It looks like development has slowed down some. :) (Life tends to do that sometimes, it seems.)
Thanks!
-
tcurtin
Consider me another fan of this idea! As was true in 2/2005 when requested, there are other apps that try to do this, but none well.
Bump!
-
anonymous
I'd like to see this in a future update, too. Right now it's the only feature in Synergy I miss.
Add a comment
Comments are now closed for this issue.


Peach & Blueberry Cobbler
Ingredients
3 tablespoons unsalted butter3 tablespoons canola oil
1 cup whole-wheat flour
1 1/2 teaspoons baking powder
1/2 teaspoon salt
1 cup reduced-fat milk
1/2 cup sugar
1 teaspoon vanilla extract
3 ripe but firm peaches, (about 1 pound), pitted and sliced into eighths, or 3 1/2 cups frozen
2 cups (1 pint) fresh or frozen blueberries
Method Preparation
Preheat oven to 350F. Place butter and oil in a 12-inch cast-iron skillet or a 9-by-13-inch baking pan. Heat in the oven until melted and fragrant, 5 to 7 minutes. Meanwhile, combine flour, baking powder and salt in a large bowl. Add milk, sugar and vanilla; stir to combine. Add the melted butter mixture to the batter and stir to combine. Pour the batter into the hot pan. Spoon peaches and blueberries evenly over the batter. Return the pan to the oven and bake until the top of the cobbler is browned and the batter around the fruit is completely set, 50 minutes to 1 hour. Remove to a wire rack to cool for at least 15 minutes. Serve warm.


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What I'm Reading | 2016-07-24 - 2016-07-30
Why Uber Engineering Switched from Postgres to MySQL - Evan Klitzke
-
The first problem with Postgres’s design is known in other contexts as write amplification. Typically, write amplification refers to a problem with writing data to SSD disks: a small logical update (say, writing a few bytes) becomes a much larger, costlier update when translated to the physical layer. The same issue arises in Postgres.
-
This write amplification issue naturally translates into the replication layer as well because replication occurs at the level of on-disk changes. Instead of replicating a small logical record, such as “Change the birth year for ctid D to now be 770,” the database instead writes out WAL entries for all four of the writes we just described, and all four of these WAL entries propagate over the network.
-
During a routine master database promotion to increase database capacity, we ran into a Postgres 9.2 bug. Replicas followed timeline switches incorrectly, causing some of them to misapply some WAL records. Because of this bug, some records that should have been marked as inactive by the versioning mechanism weren’t actually marked inactive.
-
The most important architectural difference is that while Postgres directly maps index records to on-disk locations, InnoDB maintains a secondary structure. Instead of holding a pointer to the on-disk row location (like the ctid does in Postgres), InnoDB secondary index records hold a pointer to the primary key value.
-
MySQL implements concurrent connections by spawning a thread-per-connection.
-
Postgres, however, use a process-per-connection design. This is significantly more expensive than a thread-per-connection design for a number of reasons. Forking a new process occupies more memory than spawning a new thread. Additionally, IPC is much more expensive between processes than between threads.
Munich, Nice, Turkey, Brexit, Trump: It’s all connected - Mark MacKinnon
-
Our societies are fracturing into tribes. In the U.K., it’s Leavers versus Remainers. In Turkey, the failed coup has cleaved society into Erdoganites and Gulenists (after the movement accused of supporting the failed putsch). Almost everywhere, lines are being drawn between immigrants and the native-born. Black and white. Us and them.
-
Future historians, she said, may look at the “period of instability” as beginning with the Sept. 11, 2001 attacks on the U.S., and the subsequent launching of the global “war on terror,” including the fateful U.S.-British decision to invade Iraq. The accelerant, Prof. MacMillan, said was the 2008 financial crisis.
-
“The world seems to have reached a critical point in terms of creating a large enough pool of ‘losers’ – those who lost out on globalization, who lost out on technology, who lost out on free trade – to create the undercurrents of this instability.”
-
“In troubled times, there’s a tendency to turn inwards and say ‘at least we understand our own people.’ There’s also a tendency, which is very unfortunate, to demonize others for whatever reason. It happened in Germany in the late 1920s and 1930s, and it happened in other times in other places,” said Prof. MacMillan, whose most recent book is The War That Ended Peace: The Road to 1914.
The Oppressive Gospel of ‘Minimalism’ - Kyle Chayka
-
Part pop philosophy and part aesthetic, minimalism presents a cure-all for a certain sense of capitalist overindulgence.
-
Today’s minimalism, by contrast, is visually oppressive; it comes with an inherent pressure to conform to its precepts. Whiteness, in a literal sense, is good. Mess, heterogeneity, is bad — the opposite impulse of artistic minimalism. It is anxiety-inducing in a manner indistinguishable from other forms of consumerism, not revolutionary at all. Do I own the right things? Have I jettisoned enough of the wrong ones?
-
Minimalism is now conflated with self-optimization, the trend that also resulted in fitness trackers and Soylent (truly a minimalist food — it looks like nothing, but inspires thoughts of everything else). Often driven by technology, this optimization is expensive and exclusively branded by and for the elite.
-
But it takes a lot to be minimalist: social capital, a safety net and access to the internet. The technology we call minimalist might fit in our pockets, but it depends on a vast infrastructure of grim, air-conditioned server farms and even grimmer Chinese factories.
Reading a Postgres EXPLAIN ANALYZE Query Plan - Caleb Thompson
-
The cost estimate (cost=0.00..5.04 rows=101 width=0) means that Postgres expects that it will “cost” 5.04 of an arbitrary unit of computation to find these values. The 0.00 is the cost at which this node can begin working (in this case, just startup time for the query). rows is the estimated number of rows this Index Scan will return, and width is the estimated size in bytes of the returned rows (0 because we only care about the location, not the content of the rows).
-
Because we ran EXPLAIN with the ANALYZE option, the query was actually executed and timing information was captured. (actual time=0.049..0.049 rows=100 loops=1) means that the index scan was executed 1 time (the loops value), that it returned 100 rows, and that the actual time was 0..
-
The combination of Bitmap Index Scan and Bitmap Heap Scan is much more expensive than reading the rows sequentially from the table (a Seq Scan), but because relatively few rows need to be visited in this case the two step process ends up being faster.
Breast-Feeding the Microbiome - Ed Yong
-
Every mammal mother produces complex sugars called oligosaccharides, but human mothers, for some reason, churn out an exceptional variety: so far, scientists have identified more than two hundred human milk oligosaccharides, or H.M.O.s. They are the third-most plentiful ingredient in human milk, after lactose and fats, and their structure ought to make them a rich source of energy for growing babies—but babies cannot digest them. When German first learned this, he was gobsmacked.
-
H.M.O.s pass through the stomach and the small intestine unharmed, landing in the large intestine, where most of our bacteria live. What if they aren’t food for babies at all? What if they are food for microbes?
-
Through direct contact, B. infantis also encourages gut cells to make adhesive proteins that seal the gaps between them, keeping microbes out of the bloodstream, and anti-inflammatory molecules that calibrate the immune system.
-
H.M.O.s may even be able to obstruct H.I.V., which might explain why more than half of infants who suckle from infected mothers don’t get infected, despite drinking virus-loaded milk for months. Every time scientists have pitted a pathogen against cultured cells in the presence of H.M.O.s, the cells have come out smiling.
-
Many doctors have tried to prevent nec by giving probiotics to premature babies, with some success. But Underwood, after talking to people like German and Mills, thinks that he can do better by infusing the infants with a combination of B. infantis and breast milk.
Is The Internet Good or Bad? Yes. - Zeynep Tufekci
-
Resistance and surveillance: The design of today’s digital tools makes the two inseparable. And how to think about this is a real challenge. It’s said that generals always fight the last war. If so, we’re like those generals. Our understanding of the dangers of surveillance is filtered by our thinking about previous threats to our freedoms.
-
The resistance, coordinated solely through social media and word of mouth, had gotten so large and tumultuous that CNN International began to cover it live. At the exact same moment, CNN Turkey was broadcasting a documentary about penguins.
-
“It’s just a tool.” I had heard this many times before. It contains a modicum of truth, but buries technology’s impacts on our lives, which are never neutral. Often, I asked the person who said it if they thought nuclear weapons were “just a tool.” Humans have always fought, but few would say it doesn’t matter if we fight with sticks, knives, guns, or nuclear weapons.
-
Companies want to use this power to make us buy products. For political parties, the aim is to attract support based on a tailored presentation of that party’s politicians and policies. Both want us to click, willingly, on a choice that has been engineered for us. Diplomats call this soft power. It may be soft but it’s not weak. It doesn’t generate resistance, as totalitarianism does, so it’s actually stronger.


Introduction and Installation
Introduction
You’ve just downloaded a shiny new tarball containing Puppet Enterprise (PE) and are wondering to yourself, “now what?” This guide will help you answer that question. Based on the collective decades of experience of Puppet Labs’ professional services engineers and support staff, this guide will help you discover the best practices for initially deploying Puppet Enterprise in your infrastructure. It will also help you avoid common errors and pitfalls, and will point to detailed instructions for completing typical and important tasks you’ll encounter during deployment.
Because there is so much variation in the infrastructures where PE is used, we will focus on some standard things most sysadmins typically manage. Hopefully, learning how to automate basic services such as NTP will provide you with the knowledge you need to understand how and why PE’s automation is so powerful. Armed with this knowledge, you’ll be ready to take care of more specialized needs – such as automating the configuration of application servers – and you’ll be able to take your infrastructure to the next level of performance, reliability and visibility.
The guide will be released in chapters.
- This first chapter covers initial architecture decisions you’ll need to make, and other best practices for installation and preparation.
- The next chapter will look at setting up your work environment with version control, best practices for hardening your installation, and managing users and security.
- The third chapter gets to the meat of the matter by demonstrating how and why automation can help you do your job better and faster. You’ll follow a fictional sysadmin while she sets up automation for some simple services, configurations, and other things that a typical admin might want to first start managing with PE. This chapter will cover using the console and the forge, will introduce you to writing manifests, and will recommend some modules to help you get automation up and running quickly. We’ll also discuss some methods for testing your work before going live.
- The fourth chapter will move on to more advanced automation tasks and will explore manifest writing and the puppet language in more detail.
- The fifth chapter will discuss some of the regular maintenance tasks and troubleshooting tips you’ll want to know about to keep things humming along smoothly.
- The final chapter will discuss different resources for reporting so you can stay on top of performance metrics and discover issues early before they become problems.
So warm up your keyboard, grab a fresh cup of coffee and let’s get PE up and running.
Installing PE
First of all, if you are entirely new to PE and puppet, we strongly recommend you work your way through our Quick Start Guide, if you haven’t done so already. It will familiarize you with basic concepts and components and give you a jump on creating a solid deployment and making good decisions.
The installing PE page provides detailed instructions for downloading and installing PE. If you haven’t yet downloaded a fresh production copy of PE, that page also provides links and instructions for how to choose the version of PE best suited for your environment. Once you have a copy and are ready to install, the first major decision involves where and how to set up the various roles that make up PE.
Before Starting the install
Having a few things set up correctly in advance will make installation and deployment much easier. Specifically:
- Make sure that networking on the node chosen for the puppet master is working correctly and reliably.
- Similarly, make sure your firewalls are properly configured and are not blocking any of PE’s needed ports. Remember to check that any loop-back ports are also open.
- Make sure the system clocks on all the nodes you’ve selected are correct. They don’t need to be exactly synchronized, just all within a minute or two of each other. You’ll likely be setting up NTP management as one of the first services you manage with PE.
- Initially, you will want to start with a small number of carefully chosen nodes. Choose nodes that are not mission critical and select simple, easy to manage services. Many admins will start with dev and test machines. Eventually, you’ll deploy Puppet throughout your infrastructure, but because Puppet is so powerful, you’ll want to start out slowly and carefully while you get comfortable with the tools. In the next chapter, we’ll talk about some approaches to selecting initial nodes for management.
Hostnames and DNS
Finally, you need to get hostnames and DNS resolving correctly for the nodes you want to manage, especially the master. Sanity check DNS by pinging the master and agents at their expected names. You should do this from a representative sample of the nodes you are expecting to manage so you can be sure that DNS is resolving correctly throughout your ecosystem and not being influenced by something like, for example, DNS Views.
While PE can be set up to use, for example, aliases, doing so can be complex and messy. Having hostnames in DNS the way you want them before you start installing will spare you from this pain. This is particularly true for the hostname of the machine that will take the master role, because its name needs to be in every agent’s config file and the master’s SSL certificate, and changing these later can be tedious.
At some point in the not too distant future, you will want to review and regularize the way your organization creates host names and IP tables.
If you need some help troubleshooting DNS, please refer to these requirements in the Puppet Enterprise User’s Guide. Additionally, this troubleshooting thread on our ask.puppetlabs site has tons more useful information.
Choosing Where to Install Each Role
PE consists of several components, which are grouped into a handful of roles.
- The puppet agent role gets installed on every server you will manage with PE.
- The puppet master, console server, and database support roles make up the central infrastructure of PE. They can either be installed on three separate servers, or all on one server. We strongly recommend installing them on separate servers.
- The optional cloud provisioner role can be installed on any puppet agent node.
Before installing, you must plan where to install these roles.
The Puppet Agent Role
This one is easy. The puppet agent will get installed on every node in your infrastructure that you want to manage with PE, including the master and any other nodes that run other PE roles. Don’t be shy about installing it on existing infrastructure.
The Puppet Master Role
The puppet master compiles and serves configuration catalogs to puppet agent nodes. It also issues orchestration commands to agents. In general, we recommend that you install the master, console, and database roles on separate servers.
Start by installing the master. Typically, the puppet master is installed on a single node. However, under certain circumstances it may be preferable to run another master. For example, you may wish to run another master in order to provide HA or failover protection.
Note: Generally speaking, running multiple masters only becomes necessary when your infrastructure grows to a certain size. What that size is precisely will vary depending on how complex your infrastructure is, the number of classes and resources, etc. in your manifests, and so on. As a general rule of thumb, however, once you get to 800 nodes you will probably want to start separating out the various functions of the master, and once you get to 1200 nodes or so you will likely want to use multiple masters. In any case, you may wish to defer deploying multiple masters if you just starting out with PE and want to keep your learning environment simple and straightforward. When you’re ready to set up multiple masters, see Using Multiple Puppet Masters.
Make sure that any machine you select for the master conforms to the hardware system requirements and, in particular, ensure you have plenty of disk space, especially if you will be running the console and database roles on the same hardware.
While it is also possible to run masterless, this is rarely done with PE. Once you have worked with Puppet at greater length, you can evaluate some of the discussions around running masterless (Masterless Puppet).
The Database Support Role
The database support role runs a PosgreSQL server (which provides databases for use by the console) and PuppetDB (which enables exported resources and provides a query API for data generated by Puppet).
The database support role should generally be installed on a dedicated server and be installed before installing the console role. If your infrastructure and needs are modest (around 200 nodes or less), the database role can run on the same server as the puppet master and console roles.
The installation instructions provide complete information on the various options for set up and configuration of the databases.
The PostgreSQL databases and server are vital to the functioning of the console. To keep things secure and robust, you should consult one of the many available hardening guides and security best practices (such as these guidelines).
You should not use the PostgreSQL server on the database support role for anything other than Puppet Enterprise.
The Console Role
The PE console provides a user interface for working with the Puppet data at your site. It allows users to assign configuration data, approve new node requests, view reports and node status, and issue orchestration commands.
The console role should generally be installed on a dedicated server. If your infrastructure and needs are modest (around 200 nodes or less), the console can run on the same server as the puppet master and database support roles.
When running the console on a separate server, the installer will automatically also install a puppet agent to manage that machine. Be sure to give the agent the same hostname as the console.
The Cloud Provisioner
This optional role can create virtual machine instances in environments such as VMWare’s Vsphere or Amazon EC2. Whichever environment you are using, the node running the cloud provisioning tools must have ports open to the outside. The required ports are:
- vCenter: 10443 (HTTPS), 10111 (service management), 10109 (linked mode communication), 443 (SSL)
- AWS: 80 and 443 (SSL)
- OpenStack: 5000 (service API), 8773 (EC2 compatibility endpoint), 35357 (admin API)
In addition you must have the following port connections available to your Puppet master server:
- Puppet Master: TCP/8140, TCP/22 (SSH), TCP/443 (SSL)
When selecting the node for the cloud provisioner role, make sure that local firewall rules will allow access to these ports. (For this reason, running cloud provisioning on the same node as the master may not work.)
Refer to the cloud provisioner configuration guide for more details on installing and setting up cloud provisioning tools.
Run the Install Script
Once you’ve determined where everything is going to go, you can run the install script. If you have questions about the script, the answer file, etc., remember you can get detailed instructions on the installing PE page.
Installation Issues and Tips
There are a few common problems users have encountered when installing, mainly related to pre-existing conditions in the environment. The most common include:
- Errors caused by an existing, old version of PostgreSQL on the machine that will run the console database. Be sure to completely uninstall any existing instances of PostgreSQL and the data directory (e.g.
/var/lib/pgsql/9.2/data
on RHEL systems). - If you experience issues during installation and just want to start over, you can uninstall everything with
puppet-enterprise-uninstaller -pd
. See the uninstaller documentation for more information. Note that this will not uninstall any pre-existing PostgreSQL instances and related files; if these are causing issues, they will continue to do so on subsequent installation attempts. - The installer comes with an example answers file, which can save you some time. Don’t overlook it!
- The installer creates a log file at
install_log.lastrun.<hostname>
, which can be very useful for debugging install issues. - Similarly, the installer generates an
answers.lastrun.<hostname>
file, which can help you keep a record of things like the console’s hostname or the database users’ passwords. Important: You will want to delete this file or move it to a secured location after your install to eliminate the plaintext record of these passwords.
Managing Certificates
Once you’ve gotten all the parts installed where you want them, it’s time to get agents connected to their master. This is done by sending certificate signing requests (CSR’s) from the agents to a certificate authority (CA). By default, the CA is the same server as the master. In any case, the CA and certificate signing process is a vital part of PE’s security infrastructure. Make sure it is well protected.
Auto-signing, Pre-signing and Request Management
The easiest way to manage node requests is with the request management capabilities built into PE’s console. See the PE Node Request Management manual page for details.
If you’d prefer to manage certificates from the command line, refer to these instructions.
Auto-signing certificates can be useful, but should be done very carefully since it potentially introduces major security liabilities. By default, auto-signing is managed by the /etc/puppetlabs/puppet/autosign.conf
file, which is empty in a new PE installation. This guide has more information about adding entries to autosign.conf
. Alternately, you can (but shouldn’t) set autosign = true
in /etc/puppetlabs/puppet/puppet.conf
to auto-sign all requests.
Note that if your institution prefers or requires you to use externally purchased SSL certs, you can do it, but you should back up your original, PE generated certs first, just in case of unforeseen circumstances. To use external certs you’ll need to edit several lines in /etc/puppetlabs/httpd/conf.d/puppetdashboard.conf
as follows:
SSLCertificateFile <path_to_your_purchased_cert>/cert.pem
SSLCertificateKeyFile <path_to_your_purchased_cert>/key.pem
SSLCertificateChainFile <path_to_your_purchased_cert>/ca_cert.pem
SSLCACertificateFile <path_to_your_purchased_cert>/ca_cert.pem
After saving these edits, you’ll want to restart the pe-httpd
daemon. Also, make sure to leave in place the original pe-internal-dashboard cert, private key, and CA certs (at /opt/puppet/share/puppet-dashboard/certs/
).
What’s Next?
At this point you should have a functioning installation of Puppet Enterprise. Your agents should be able to talk to the master and you should be able to see them in the Console. The next chapter will focus on setting up your work environment so you can start classifying nodes and automating your infrastructure.


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FirebaseNearbyUtils
Constructor Summary
| Public Constructor | ||
| public |
|
Method Summary
| Public Methods | ||
| public |
Gets the default Firebase nearby config |
|
| public |
getGeohashByLocation(location: Object, precision: string): string Gets the Geohash box based on the locations lat and lng |
|
| public |
Gets the Geohash based on the locations coordinates |
|
| public |
getGeohashesInBoundaries(boundaries: Object, precision: number): Array<string> Gets all the visible Geohashes within the given Boundaries (also overlapping geohashes) the geohash length will be calculated from the given precision |
|
| public |
getLocationsInBoundaries(boundaries: Object, precision: number): Array<string> Returns all the keys of locations inside the given boundaries |
|
| public |
isInBoundaries(location: Object, boundaries: Object): boolean Checks if the given location is within the boundaries This needs to be done, since getGeohashesInBoundaries() returns also overalpping locations, which our outside of the boundaries. |
Public Constructors
public constructor() source
Public Methods
public getGeohashByLocation(location: Object, precision: string): string source
Gets the Geohash box based on the locations lat and lng
public getGeohashPrecisions(geohash: string, minPercision: number, maxPercision: number): Array<string> source
Gets the Geohash based on the locations coordinates
public getGeohashesInBoundaries(boundaries: Object, precision: number): Array<string> source
Gets all the visible Geohashes within the given Boundaries (also overlapping geohashes) the geohash length will be calculated from the given precision
public getLocationsInBoundaries(boundaries: Object, precision: number): Array<string> source
Returns all the keys of locations inside the given boundaries
public isInBoundaries(location: Object, boundaries: Object): boolean source
Checks if the given location is within the boundaries This needs to be done, since getGeohashesInBoundaries() returns also overalpping locations, which our outside of the boundaries. The getGeohashesInBoundaries() will be used to reduce the number of possible locations, which provides us a huge performance gain.


All Your Git Belong to Us
What is version control?
June 14th, 2015
There are different types of version control in software development but for now I’m going to address something called “distributed” version control, the most popular of which is Git.
Imagine all the files for your project, all the countless lines of code. How did it get there? Did it all flow out at once as if you were writing a book? Maybe… but it’s not likely. If you are like most people, you broke your project down into pieces, and worked on those pieces separately. Sometimes those pieces didn’t play well together, and sometimes everything just fit perfectly and it was like symphony orchestra began playing. Either way, you need version control.
Version control is simply a controlled system that will record changes to your files so you can go back and reference them at a later time. It allows you to go back in time basically. As a rule of thumb, new developers should commit and commit often. Git will fully mirror a local repository including all changes made to branches in the cloned files. The files aren’t stored locally, so no need to worry about your hard disk crashing and burning, and also the files are available to access anywhere. The benefits of non-local versioning may not be obvious on the surface but in scenarios of collaboration it really becomes apparent.
When multiple people are working on the same code, often in different pieces, at the same time. Those code pieces won’t always agree with each other, and an administrator can ‘go back’ in time to a previous version of the code that did work. Git will also track all the changes made to a set of code line by line so anybody can readily see what’s broken.
Version control is a great habit, and git will help create it.


Gadgeon Recruitment 2018
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Connect to a Circus system
Name
Command
Working directory
Number of processes
Run in Shell ?


Experienced in B2B communication and client interaction for business developement
Resolving customer complaints, issues and queries. Order processing accross channels. Web monitoring to resolve negative coments, increasing web search ranking, decrease response time and monitoring late shipment activities. Business analysis and monitoring on process bottlenecks and profit maximization avenues. Multiple team coordination for seamless business operations.
SPOC for pan India operations for the clients such as Mphasis, Hitachi, FIS, FSS, etc. Managing client escalation with ensuring cordial relation. Following up with the team & and other stake holders for the takeovers and escalations. Reaching out to the banks & other financial institution for resolving their ATM related issues. Negotiation by meeting with the clients for new business based on business analysis. Preparation of the Monthly Management Report & MIS. Preparation of the Monthly Performance Graph for the clients.
CGPA: 9.99
CGPA: 9.99
Apart from being a key accounts manager and ecommerce executive, most of my leisure times are utilized for creative writing and home decor DIYs. Well known among friends as a foodie, love to prepare cuisines to gratify my taste buds. And most of all a music enthusiast.


#Quick References
- Scala Standard Library API
- Scala School!: A Scala tutorial by Twitter
- A Tour of Scala: Tutorial indroducing the main concepts of Scala
- Scala Overview on StackOverflow: A list of useful questions sorted by topic
#Week 1
- Martin’s talk at OSCON 2011: Working Hard to Keep it Simple (slides)
Books:
- Structure and Interpretation of Computer Programs. Harold Abelson and Gerald J. Sussman. 2nd edition. MIT Press 1996. - [Full text available online].
- Programming in Scala. Martin Odersky, Lex Spoon and Bill Venners. 2nd edition. Artima 2010. - [Full text of 1st edition available online].
Artima has graciously provided a 25% discount on the 2nd edition of Programming in Scala to all participants of this course. To receive the discount, simply visit http://www.artima.com/shop/programming_in_scala_2ed and during checkout, please use the coupon code: COURSERA-ODERSKY to have the discount applied.
- Scala for the Impatient. Cay Horstmann. Addison-Wesley 2012. - [First part available for download.]
- Scala in Depth. Joshua D. Suereth. Manning 2012. - [Available for purchase].
- Programming Scala. Dean Wampler and Alex Payne. O’Reilly 2008. [Online edition].
#Week 2
- Glossary of Scala and FP terms, for any issues with terminology.


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Send


Select files
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Tic Tac Toe, noughts and crosses, or Xs and Os is a game for two players, X and O, who take turns marking the spaces in a 3×3 grid. The player who succeeds in placing three of their marks in a horizontal, vertical, or diagonal row is the winner. It involves looking ahead and trying to figure out what the person playing against you might do next.
Rules of the Game
1. The game is played on a grid that's 3 squares by 3 squares.
2. Let you are X, your friend (or the computer) is O. Players take turns putting their marks in empty squares.
3. The first player to get 3 of her marks in a row (up, down, across, or diagonally) is the winner.
4. When all 9 squares are full, the game is over. If no player has 3 marks in a row, the game ends in a tie.


{% extends "base.html" %} {% load staticfiles %} {% load i18n %} {% block css %} {% endblock css %} {% block page_title %}Digital Greendoors{% endblock %} {% block body_class %}{{ block.super }}{% endblock %} {% block content %}
Household retrofitting has been shown to reduce domestic energy use by 45-80%. However, a common barrier to uptake is lack of reliable, non-technical information. Eco open home events like Bristol Green Doors try to overcome this by connecting householders with would-be retrofitters. This allows the visitors to see the retrofitting measures in action, as well as ask householders questions, like:
But how can this information be useful to visitors during the open day and beyond? Working with a number of eco home events, Digital Green Doors has developed an application for Apple and Android smartphones and tablets, as well as an in-browser version. It has a number of features:


When the user selects Undo from the Edit menu, the system undoes the effect of the most recently confirmed updating command, or the effect of a previously executed Undo command. An updating command is any Grader Tool command that changes information in the spreadsheet. For any of these actions, the precise definition of Undo is that the Grader Tool workspace is restored to the state that existed immediately prior to the confirmed execution of the action. If no confirmed updating command has been executed since the Grader Tool was invoked, Undo has no effect.
If Undo is executed twice in succession, with no intervening confirmed update between the two executions, the effect of the first of the two Undo executions is undone. That is, the state of the workspace is restored to the state that existed immediately prior to the first Undo. Third and further successive executions of Undo, without an intervening updating command, cause the system to toggle between the state of the workspace with and without the effect of the most recently confirmed update. This behavior means that only a single level of undo is available. That is, only the single most recently executed updating command can be undone.
Undo only applies to the updating commands and itself, not to any
other commands such as Publishing Grades. Redo has the same functionality
and restrictions as Undo only it restores the state of the Grader Tool
workspace to one that existed preceding the confirmed execution of an updating command.
Cut, Copy, and Paste
Operating systems typically provide a "clipboard" area through which cut and paste editing commands operate. This clipboard holds values that are cut, copied, and pasted in tools such as the Grader. Hence, the Grader Cut, Copy, and Paste commands operate through such a clipboard.
To execute the Cut or Copy command, the user must first select a segment of text in a text box or row of student data. Text selection is performed using click and drag with the mouse, or by other environment-specific means such as double or triple clicking in a text box.
After text selection, when the user selects the Cut command from the Edit menu, the system removes the selected text from the edit box and copies the text into the clipboard. When the user selects the Copy command, the selected text is copied to the clipboard, but is not removed from the display in which it is selected and the text remains selected. A particular segment of selected text is unselected by selecting another text segment or by single-clicking the mouse anywhere in the Grader display. Other environment-specific means of unselecting text may be available.
The Cut command can only be executed in the context of a display where the text boxes are editable, i.e., where the user may type in the text boxes. In contrast to Cut, the Copy command can be executed in any dialog in which text boxes appear, including read-only text boxes.
To execute the Paste command, the user must first execute a Cut or Copy and then place the typing cursor within some editable text box. After these steps, when the user selects the Paste command from the Edit menu, the text stored in the clipboard is inserted at the point of the typing cursor, as if it had been entered by the user from the keyboard. Pasted text appears in normal font, i.e., it is not highlighted as selected text.
If the user attempts to execute a Cut or Copy command without first selecting text, the commands have no effect. If the user attempts to execute a Paste command without having executed either a Cut or Copy, the Paste command has no effect. The Cut, Copy, and Paste commands operate only on plain text strings within a single displayed text box.
The use of the clipboard for communication between the Grader Tool and the
outside operating environment depends on the capabilities of the environment.
Specifically, the environment must support the insertion and removal of plain
text to and from the clipboard. If this requirement is met, and the operating
environment permits inter-tool clipboard communication, then plain text copied
to the clipboard from a another tool can be pasted in the Grader using
Paste. Similarly, plain text cut or copied in the Grader Tool can
be pasted or otherwise accessed as plain text in another tool, via the
clipboard.
Delete
When the user selects Delete from the Edit menu, the system
deletes a field or cell from the spreadsheet.
Find
When the user selects Find from the Edit menu, the system initiates a standard operating system "Finder" window to search for specific strings within the spreadsheet's data.
Matching strings will be highlighted and a count will be displayed, similar to using a "Command-F" command on a webpage. The user can toggle through them with arrows next to the string matcher, and the finder bar is removed when the user clicks any other part of the Grader display.
If the Find command is closed and used again, the previous string pattern that was searched for
remains, and progress is kept until the user deletes the string from the search bar.
Clear
When the user selects Clear from the Edit menu, the system removes all information from a selected field. When paired with the "Shift" key to select multiple items, the user may clear multiple items of data, such as category inputs or whole rows of student data.
If nothing is selected and the Clear command is selected, there is no effect. On the contrary,
the user may use "Shift" to select the whole spreadsheet and clear all fields of information with the command.
Filter
When the user selects Filter from the Edit menu, the system brings
up a dialog for the user to select which items they want to view in the spreadsheet.
See Section 2.5.5 for more details and specifics.
Preferences
Preferences currently has no implementation details.


60
counters
120
points
score
220
earn
90
9
More sales
AS
Tshirt
286
Online Players
286
Online Players
bounce rate
2.8
bounce rate
4.5
1,286
620
2,860
we have
300
followers
we have
365
pictures
25
in design
42
in room
New Visitors
12,657
38%
New Orders
2,381
14%
2017
Total Expenses
356
7.3
IMDB Rating
25
in design
42
in room
661
in album
1025
in family


timelinefx:timelinefx.tlEffect.EndBehaviour
Property EndBehaviour:Int
Set the end behaviour of particles traversing a line
If an effect if set so that particles traverse the edge of the line, then this makes the particles behave in one of 3 ways when they reach
the end of the line. By passing it either of the following const they can:
- tlEND_LOOPAROUND:* The particles will loop back round to the beginning of the line.
- tlEND_KILL:* The particles will be killed even if they haven't reached the end of their lifetimes yet.
- tlLET_FREE:* The particles will be free to continue on their merry way.


CLI First Principles
Learn the Command Line Interface,
master the terminal
.
1. Setup
2. Paths, Folders, Directories (pwd)
3. Make a Directory (mkdir)
4. Change Directory (cd)
5. List Directory (ls)
6. Remove Directory (rmdir)
7. Moving Around (pushd, popd)
8. Making Empty Files (touch/New-Item)
9. Copy a File (cp)
10. Moving a File (mv)
11. View a File (less/more)
12. Stream a File (cat)
13. Removing a File (rm)
14. Exiting your Terminal (exit)
15. Command Line Next Steps
About Me
My name is Andy Young and I'm a self taught programmer. I currently reside in Lakewood, Colorado.


{% extends 'base.html' %} {% block pagecontent %}
Sorry, the admins of this LCC-Server instance have disabled user sign-ups. You can still anonymously browse and search for all data that are publicly visible.


JPY Futures: upside seen limited
by Pablo PiovanoOpen interest in JPY futures markets shrunk by around 1.1K contracts on Monday, recording the second consecutive drop according to flash data from CME Group. Volume, instead, rose by nearly 21K contracts, resuming the upside and reversing the previous drop.
USD/JPY could attempt a rebound near term
USD/JPY continues to correct lower on Tuesday, although the ongoing appreciation of the yen was on the back of shrinking open interest, noting some short covering behind the move. That said, while a test of the 108.00 neighbourhood should not be ruled out in the near term, a probable rebound has also emerged on the horizon.


Google Maps loads many JS files asynchronously, so listening just to the first script load
isn't enough to check if it is ready to be used, another problem is that the regular gmaps script
uses document.write, so we need to pass a `callback` parameter to make it not use `document.write`
and wait for the callback call.
[More info]
Note that the async! plugin isn't really required for JSONP calls if the response is an Object. If the response is an Array or String you will need the async! plugin. [reference]
The default parameter used to set the callback name is callback
, you can set a different name
by passing it at the end of the dependency URL preceded by a exclamation mark (!
), e.g.: async!http://example.com/?foo=bar!jsoncallback


InstantClick
Github
Twitter
Home
Getting started
Click test
Changelog
Whitelisting links
The method for whitelisting links has changed, please head to
Getting started
.


This application is an evaluated project for our 1st master year.
The StackOverflow Viewer Application is an
SPA
as a proof of concept for our developer portfolio.
This project is composed of a MySQL Datbase, linked to a C# backend trough
the
Entity framework.
We use the
ASP.NET framework to serve a
RESTFUL
api.
The front-end is managed by the
Knockout.js framework using the
MVVM
architectural pattern.
We are five erasmus students who are currently pursuing their computer sciences studies at the excellent Roskilde University.
We deeply believe into the MIT License, and so on, all this project could be accessed on
this repository.
Feel free to send pull request or use the code as you want.
We're also strongly insterested in feedback.


List top position is reference element padding-top + content-height + padding-bottom
List width is aligned to parent


{% load staticfiles thumbnail el_pagination_tags %} {% lazy_paginate 3 teaching_materials using "teaching_material_page" as page_object_list %}


---
layout: page
title: FreeRADIUS 'man' pages
subtitle: Documentation from the server
subpage: true
navorder: 200
hero: documentation
subnav:
- text: Programs
link: '/radiusd/man/#programs'
- text: Configuration Files
link: '/radiusd/man/#files'
- text: Modules
link: '/radiusd/man/#modules'
---
rlm_mschap
Section: FreeRADIUS Module (5)
Updated: 13 March 2004
Index
Return to Main Contents
NAME
rlm_mschap - FreeRADIUS Module
DESCRIPTION
The
rlm_mschap module provides MS-CHAP and MS-CHAPv2
authentication support.
This module validates a user with MS-CHAP or MS-CHAPv2
authentication.
If called in Authorize, it will look for MS-CHAP Challenge/Response
attributes in the Access-Request and adds an Auth-Type
attribute set to MS-CHAP in the Config-Items list unless
Auth-Type has already set.
The module can authenticate the MS-CHAP session via plain-text
passwords (User-Password attribute), or NT passwords (NT-Password
attribute). The module cannot perform authentication against an NT
domain.
The module also enforces the SMB-Account-Ctrl attribute. See the
Samba documentation for the meaning of SMB account control. The
module does not read Samba password files. Instead, the fIrlm_passwd
module can be used to read a Samba password file, and supply an
NT-Password attribute which this module can use.
The main configuration items to be aware of are:
- authtype
-
This is the string used to set the authtype. Normally it should be
left to the default value of MS-CHAP.
- use_mppe
-
Unless this is set to 'no', FreeRADIUS will add MS-CHAP-MPPE-Keys for
MS-CHAPv1 and MS-MPPE-Recv-Key/MS-MPPE-Send-Key for MS-CHAPv2. The
default is 'yes'.
- require_encryption
-
If MPPE is enabled, setting this attribute to 'yes' will cause the
MS-MPPE-Encryption-Policy attribute to be set to require encryption.
The default is 'no'.
- require_strong
-
If MPPE is enabled, setting this attribute to 'yes' will cause the
MS-MPPE-Encryption-Types attribute to be set to require a 128 bit key.
The default is 'no'.
- with_ntdomain_hack
-
Windows clients send User-Name in the form of "DOMAIN\User", but send the
challenge/response based only on the User portion. Setting this value
to yes, enables a work-around for this error. The default is 'no'.
CONFIGURATION
-
modules {
...
mschap {
authtype = MS-CHAP
use_mppe = yes
}
...
}
...
recv Access-Request {
...
mschap
...
}
...
process Access-Request {
...
mschap
...
}
SECTIONS
authorization,
authentication
FILES
/etc/raddb/radiusd.conf
SEE ALSO
radiusd(8),
radiusd.conf(5)
AUTHOR
Chris Parker,
<EMAIL_ADDRESS>Index
- NAME
-
- DESCRIPTION
-
- CONFIGURATION
-
- SECTIONS
-
- FILES
-
- SEE ALSO
-
- AUTHOR
-
This document was created by
man2html,
using the manual pages.
Time: 17:19:42 GMT, March 12, 2018


You can specify one or more fields in your source data on which users can search by configuring layer properties. This lesson guides you through the process of specifying one field on one layer as searchable, using the vector project you created in the Configuring Display Rules for Polygon Data chapter. If you have not yet completed that chapter, complete at least the first two sections, Define and Build a Vector Resource Using Polygon Data and Define, Configure, and Build a Vector Project, before continuing with this lesson.
The Asset Manager appears.
/ASSET_ROOT/Projects/Vector
folder.
The Layer Properties dialog appears.
When you specify one or more search fields on this tab, a search tab appears in Google Earth EC that allows users to search for data in the selected field(s).
These selections allow users to search on the COUNTY field and display the county name in the description balloon.
These selections result in the county population being displayed in the description balloon for each county that matches the user’s search criteria. The first field selected for display becomes the placemark name. The second field selected for display becomes the snippet. Any additional fields selected for display become the description.
Note: This is currently an exact search, which means that the Google Earth EC user must enter the value exactly as it appears in the database. It is also a wildcard search, so users can enter part of the text they want to match. For example, if a user enters “dakota” in a state search, it matches “North Dakota” and “South Dakota”.
Your selections appear on the list of search fields on the Search tab in the order in which you added them.
The order in which the fields appear on this list dictates the order in which they appear in the description balloon in Google Earth EC.
Note: Since you cannot change the order of the fields after you add them, be sure to add them in the order in which you want them to appear in the description balloon in Google Earth EC.
The Search Tab Properties fields appear at the bottom of the Vector Project Editor.
/ASSET_ROOT/Databases
folder. The County Population Search tab appears in the Search Tabs area.
Caution: If you have logged in to this server with Google Earth EC previously, log out, clear your cache, and log back in. For help with clearing your cache, refer to the Google Earth User Guide.
Google Earth EC displays your database with the search tab you specified. When you enter a search string, such as “San”, all of the counties containing that string appear in the search results, and POI icons indicate the location of each of the search results on the map.


Gecode::Int::Unary Namespace Reference
Int for unary resources More...
Classes | |
| class | ManFixPTask |
| Unary (mandatory) task with fixed processing time More... | |
| class | ManFixPSETask |
| Unary (mandatory) task with fixed processing, start or end time More... | |
| class | OptFixPTask |
| Unary optional task with fixed processing time More... | |
| class | OptFixPSETask |
| Unary optional task with fixed processing, start or end time. More... | |
| class | ManFlexTask |
| Unary (mandatory) task with flexible processing time More... | |
| class | OptFlexTask |
| Unary optional task with flexible processing time More... | |
| class | OmegaNode |
| Node for an omega tree. More... | |
| class | OmegaTree |
| Omega trees for computing ect of task sets. More... | |
| class | OmegaLambdaNode |
| Node for an omega lambda tree. More... | |
| class | OmegaLambdaTree |
| Omega-lambda trees for computing ect of task sets. More... | |
| class | ManProp |
| Scheduling propagator for unary resource with mandatory tasks More... | |
| class | OptProp |
| Scheduling propagator for unary resource with optional tasks More... | |
Typedefs | |
| typedef ManFixPTask | ManFixPTaskFwd |
| Forward mandatory fixed task view. | |
| typedef FwdToBwd< ManFixPTaskFwd > | ManFixPTaskBwd |
| Backward (dual) mandatory fixed task view. | |
| typedef ManFixPSETask | ManFixPSETaskFwd |
| Forward mandatory fixed task view. | |
| typedef FwdToBwd < ManFixPSETaskFwd > | ManFixPSETaskBwd |
| Backward (dual) mandatory fixed task view. | |
| typedef OptFixPTask | OptFixPTaskFwd |
| Forward optional fixed task view. | |
| typedef FwdToBwd< OptFixPTaskFwd > | OptFixPTaskBwd |
| Backward (dual) optional fixed task view. | |
| typedef OptFixPSETask | OptFixPSETaskFwd |
| Forward optional fixed task view. | |
| typedef FwdToBwd < OptFixPSETaskFwd > | OptFixPSETaskBwd |
| Backward (dual) optional fixed task view. | |
| typedef ManFlexTask | ManFlexTaskFwd |
| Forward mandatory flexible task view. | |
| typedef FwdToBwd< ManFlexTaskFwd > | ManFlexTaskBwd |
| Backward (dual) mandatory flexible task view. | |
| typedef OptFlexTask | OptFlexTaskFwd |
| Forward optional flexible task view. | |
| typedef FwdToBwd< OptFlexTaskFwd > | OptFlexTaskBwd |
| Backward (dual) optional flexible task view. | |
Functions | |
| template<class ManTaskView > | |
| ExecStatus | detectable (Space &home, TaskViewArray< ManTaskView > &t) |
| template<class ManTask > | |
| ExecStatus | detectable (Space &home, TaskArray< ManTask > &t) |
| Propagate detectable precedences. | |
| template<class OptTaskView , class PL > | |
| ExecStatus | detectable (Space &home, Propagator &p, TaskViewArray< OptTaskView > &t) |
| template<class OptTask , class PL > | |
| ExecStatus | detectable (Space &home, Propagator &p, TaskArray< OptTask > &t) |
| Propagate detectable precedences. | |
| template<class TaskView > | |
| ExecStatus | edgefinding (Space &home, TaskViewArray< TaskView > &t) |
| template<class Task > | |
| ExecStatus | edgefinding (Space &home, TaskArray< Task > &t) |
| Propagate by edge-finding. | |
| template<class ManTaskView > | |
| ExecStatus | notlast (Space &home, TaskViewArray< ManTaskView > &t) |
| template<class ManTask > | |
| ExecStatus | notfirstnotlast (Space &home, TaskArray< ManTask > &t) |
| Propagate not-first and not-last. | |
| template<class OptTaskView , class PL > | |
| ExecStatus | notlast (Space &home, Propagator &p, TaskViewArray< OptTaskView > &t) |
| template<class OptTask , class PL > | |
| ExecStatus | notfirstnotlast (Space &home, Propagator &p, TaskArray< OptTask > &t) |
| Propagate not-first and not-last. | |
| template<class ManTask > | |
| ExecStatus | overload (Space &home, TaskArray< ManTask > &t) |
| Check mandatory tasks t for overload. | |
| template<class OptTask , class PL > | |
| ExecStatus | overload (Space &home, Propagator &p, TaskArray< OptTask > &t) |
| Check optional tasks t for overload. | |
| template<class ManTask > | |
| ExecStatus | manpost (Home home, TaskArray< ManTask > &t, IntPropLevel ipl) |
| Post mandatory task propagator according to propagation level. | |
| template<class OptTask > | |
| ExecStatus | optpost (Home home, TaskArray< OptTask > &t, IntPropLevel ipl) |
| Post optional task propagator according to propagation level. | |
| template<class Task > | |
| ExecStatus | subsumed (Space &home, Propagator &p, TaskArray< Task > &t) |
| Check tasks t for subsumption. | |
| template<class Char , class Traits > | |
| std::basic_ostream< Char, Traits > & | operator<< (std::basic_ostream< Char, Traits > &os, const ManFixPTaskBwd &t) |
| template<class Char , class Traits > | |
| std::basic_ostream< Char, Traits > & | operator<< (std::basic_ostream< Char, Traits > &os, const ManFixPTask &t) |
| template<class Char , class Traits > | |
| std::basic_ostream< Char, Traits > & | operator<< (std::basic_ostream< Char, Traits > &os, const ManFixPSETask &t) |
| template<class Char , class Traits > | |
| std::basic_ostream< Char, Traits > & | operator<< (std::basic_ostream< Char, Traits > &os, const ManFlexTask &t) |
| template<class Char , class Traits > | |
| std::basic_ostream< Char, Traits > & | operator<< (std::basic_ostream< Char, Traits > &os, const OptFixPTask &t) |
| template<class Char , class Traits > | |
| std::basic_ostream< Char, Traits > & | operator<< (std::basic_ostream< Char, Traits > &os, const OptFixPSETask &t) |
| template<class Char , class Traits > | |
| std::basic_ostream< Char, Traits > & | operator<< (std::basic_ostream< Char, Traits > &os, const OptFlexTask &t) |
| template<class Task > | |
| ExecStatus | timetabling (Space &home, Propagator &p, TaskArray< Task > &t) |
| Perform time-tabling propagation. |
Detailed Description
Int for unary resources
The algorithms and data structures follow (mostly): Petr Vilím, Global Constraints in Int, PhD thesis, Charles University, Prague, Czech Republic, 2007.
Typedef Documentation
Function Documentation
| ExecStatus Gecode::Int::Unary::detectable | ( | Space & | home, | |
| TaskViewArray< ManTaskView > & | t | |||
| ) | [inline] |
Definition at line 42 of file detectable.hpp.
| ExecStatus Gecode::Int::Unary::detectable | ( | Space & | home, | |
| TaskArray< ManTask > & | t | |||
| ) | [inline] |
Propagate detectable precedences.
| ExecStatus Gecode::Int::Unary::detectable | ( | Space & | home, | |
| Propagator & | p, | |||
| TaskViewArray< OptTaskView > & | t | |||
| ) | [inline] |
Definition at line 76 of file detectable.hpp.
| ExecStatus Gecode::Int::Unary::detectable | ( | Space & | home, | |
| Propagator & | p, | |||
| TaskArray< OptTask > & | t | |||
| ) | [inline] |
Propagate detectable precedences.
| ExecStatus Gecode::Int::Unary::edgefinding | ( | Space & | home, | |
| TaskViewArray< TaskView > & | t | |||
| ) | [inline] |
Definition at line 44 of file edge-finding.hpp.
| ExecStatus Gecode::Int::Unary::edgefinding | ( | Space & | home, | |
| TaskArray< Task > & | t | |||
| ) | [inline] |
Propagate by edge-finding.
| ExecStatus Gecode::Int::Unary::notlast | ( | Space & | home, | |
| TaskViewArray< ManTaskView > & | t | |||
| ) | [inline] |
Definition at line 44 of file not-first-not-last.hpp.
| ExecStatus Gecode::Int::Unary::notfirstnotlast | ( | Space & | home, | |
| TaskArray< ManTask > & | t | |||
| ) | [inline] |
Propagate not-first and not-last.
| ExecStatus Gecode::Int::Unary::notlast | ( | Space & | home, | |
| Propagator & | p, | |||
| TaskViewArray< OptTaskView > & | t | |||
| ) | [inline] |
Definition at line 85 of file not-first-not-last.hpp.
| ExecStatus Gecode::Int::Unary::notfirstnotlast | ( | Space & | home, | |
| Propagator & | p, | |||
| TaskArray< OptTask > & | t | |||
| ) | [inline] |
Propagate not-first and not-last.
| ExecStatus Gecode::Int::Unary::overload | ( | Space & | home, | |
| TaskArray< ManTask > & | t | |||
| ) | [inline] |
Check mandatory tasks t for overload.
| ExecStatus Gecode::Int::Unary::overload | ( | Space & | home, | |
| Propagator & | p, | |||
| TaskArray< OptTask > & | t | |||
| ) | [inline] |
Check optional tasks t for overload.
| ExecStatus Gecode::Int::Unary::manpost | ( | Home | home, | |
| TaskArray< ManTask > & | t, | |||
| IntPropLevel | ipl | |||
| ) | [inline] |
Post mandatory task propagator according to propagation level.
| ExecStatus Gecode::Int::Unary::optpost | ( | Home | home, | |
| TaskArray< OptTask > & | t, | |||
| IntPropLevel | ipl | |||
| ) | [inline] |
Post optional task propagator according to propagation level.
| ExecStatus Gecode::Int::Unary::subsumed | ( | Space & | home, | |
| Propagator & | p, | |||
| TaskArray< Task > & | t | |||
| ) | [inline] |
Check tasks t for subsumption.
| std::basic_ostream< Char, Traits > & Gecode::Int::Unary::operator<< | ( | std::basic_ostream< Char, Traits > & | os, | |
| const ManFixPTaskBwd & | t | |||
| ) | [inline] |
Definition at line 94 of file task-view.hpp.
| std::basic_ostream<Char,Traits>& Gecode::Int::Unary::operator<< | ( | std::basic_ostream< Char, Traits > & | os, | |
| const ManFixPTask & | t | |||
| ) | [inline] |
| std::basic_ostream<Char,Traits>& Gecode::Int::Unary::operator<< | ( | std::basic_ostream< Char, Traits > & | os, | |
| const ManFixPSETask & | t | |||
| ) | [inline] |
| std::basic_ostream<Char,Traits>& Gecode::Int::Unary::operator<< | ( | std::basic_ostream< Char, Traits > & | os, | |
| const ManFlexTask & | t | |||
| ) | [inline] |
| std::basic_ostream<Char,Traits>& Gecode::Int::Unary::operator<< | ( | std::basic_ostream< Char, Traits > & | os, | |
| const OptFixPTask & | t | |||
| ) | [related] |
| std::basic_ostream<Char,Traits>& Gecode::Int::Unary::operator<< | ( | std::basic_ostream< Char, Traits > & | os, | |
| const OptFixPSETask & | t | |||
| ) | [related] |
| std::basic_ostream<Char,Traits>& Gecode::Int::Unary::operator<< | ( | std::basic_ostream< Char, Traits > & | os, | |
| const OptFlexTask & | t | |||
| ) | [related] |
| ExecStatus Gecode::Int::Unary::timetabling | ( | Space & | home, | |
| Propagator & | p, | |||
| TaskArray< Task > & | t | |||
| ) | [inline] |
Perform time-tabling propagation.


Like MemoryStore, but thread-safe.
Methods
Public Class methods
[ show source ]
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Some General Questions about Anyswap¶
- Who are the Anyswap management team?
- They are drawn from the Fusion Foundation. The acting CEO is Zhaojun He and DJ Qian is very active in the team.
- Where is the Anyswap website?
- This is being compiled now and will be released shortly. In the meantime we encourage you to simply use the exchange.
- Where is the White Paper of Anyswap?
- There is no White Paper, since the Anyswap DEX is fully functioning and Anyswap are not looking for funding.
What is Anyswap DEX?¶
- What Features will Anyswap provide?
- Decentralized Cross Chain Bridge — Users can deposit any coins into the protocol and mint wrapped tokens in a decentralized way.
- Cross Chain Swaps — Users can immediately swap from one coin to another.
- Programmed Pricing and Liquidity — Liquidity provider could add and withdraw liquidity into swap pair. The programmed pricing system is based on the liquidity provided.
- What is a DEX?
- A Decentralized EXchange allows the exchange of value between two or more assets, without the need to send those assets to a Centralized EXchange (CEX) first. When assets are sent to a CEX, they are no longer in your possession. You do not have the Private Key to the assets on a CEX and so you do not actually own them (just like you do not own the money in your FIAT bank). With Anyswap, your assets only leave your wallet, when they are secure under the control of a Smart Contract, since you alone know your complete Private Key.
- What pairs are available on the Anyswap DEX?
- The exchange supports different pairs on each of its supported blockchains Fusion, Binance Smart Chain, Fantom and Ethereum. Until version 2 of Anyswap is here, all pairings will be with the base coin of the blockchain :- FSN, FTM, BNB or ETH. Users can swap between any two assets such as between ANY and aUSDT, or aETH and aUSDT as well as the base coins. In these cases, the fees will apply twice (i.e. 2 x 0.4%).
- What are the fees for using the exchange?
- Users pay the gas fee, (which is typically very low on Fusion, Fantom and Binance Smart Chain, but high on Ethereum). In addition users pay 0.4% of the sum being transferred. Of this 0.3% goes directly to Liquidity Providers and 0.1% goes to Anyswap.
- How does Anyswap work without knowing my Private Key?
- This is one of the most important aspects of a trustless DEX. Anyswap uses the Fusion DCRM technology. With DCRM, your Private Key is ‘sharded’, or split up with each piece being managed by a different node on the network. To make an exchange of value, a transaction must be signed by each of these nodes, but the important part is that the PRIVATE KEY IS NEVER ASSEMBLED and so the transaction cannot happen without all of these nodes colluding. This is the safest non-custodial way of sending assets. When you want to make an exchange of value on Anyswap, you must either authorize the transaction using MetaMask, or a hardware device like a Ledger connected to your wallet.
- Why is it important that Anyswap’s Smart Contract, Cross Chain Bridge and DCRM are Open Source?
- The Anyswap Smart Contract , the Cross Chain Bridge and the DCRM source code can be examined and the applications can be re-created by anyone with a little programming knowledge. In this way users are assured that the code is indeed decentralized and that there are no back doors into the code, or any malicious code that could steal your data or assets. In fact IF THE DEX CODE IS NOT OPEN SOURCE, IT IS NOT DECENTRALIZED. Open Source code can be modified or copied by anyone (providing they comply with the licenses). This is important since the code can evolve and improve and cannot become stranded due to someone dying, or refusing or being unable to continue code development.
- Are Anyswap’s smart contracts audited?
- Yes. All new chains are audited by the company Slow Mist before going live. Here is the audit of Anyswap
- What is a Cross Chain DEX?
- Anyswap is the first true Cross Chain DEX. With Anyswap you can exchange tokens or coins between any blockchains supporting the ECDSA or EdDSA cryptographic algorithm. This includes more than 95% of all chains, including ETH, BTC, XRP, XMR, XLM, LTC, TRX, XTZ, BCH, BSV, EOS, ADA etc. It also includes any tokens on these chains like ERC20’s. Since Anyswap uses DCRM it does not require any code chnages to be made on any of the blockchains. In this respect it is superior to COSMOS or Polkadot, which we regard as being a ‘compatibility’ standard. DCRM is truly an ‘inter-operability’ standard.
- Why are Fusion, Fantom and Binance Smart Chain’s addresses the same as Ethereum’s?
- These blockchains were all forked from Ethereum and kept its address format. If you send Fusion’s coin FSN, or tokens on Fusion like ANY to an Ethereum address, you will not see them in an Ethereum wallet like Trustwallet, ot MyEtherWallet because they use a different blockchain (and blockchain ID). YOU HAVE NOT LOST YOUR assets though, since you can simply open a Fusion wallet using the same Private Key, wallet file + password, or hardware wallet (using the ETH extension) and you will see your assets there. The same applies to assets on the other blockchains Fantom and Binance Smart Chain.
- Is the bridge for assets onto Anyswap decentralized?
- For now the answer is ‘partially’, since the Bridge is controlled by 5 DCRM nodes run by either Anyswap (at different locations), or their auditors Slow Mist. After the election of the Anyswap Working Nodes (AWN’s) by ANY token holders at the end of 2020, we can say that the Bridge of assets into the Anyswap smart contract will be decentralized. There will be at least 5 AWN’s (maybe many more, with testing of 11 nodes currently taking place) added to the DCRM nodes run by Anyswap and these AWN’s can be replaced by votes of ANY token holders.
Tokens and coin pairs supported by Anyswap¶
- What coins and tokens will be supported by Anyswap in the short term?
- There are now many pairs on each of the Anyswap exchanges. Please see the exchange itself to see them.
- What coins and tokens will be supported by Anyswap eventually?
- This is to be decided by ANY voting for each pair.
- Can Anyswap support ERC-20 tokens?
- Yes. Anyswap will support all ERC20’s
- Why not list tokens and coins quickly?
- Each new blockchain will be audited by Slow Mist before being eligible for listing on the exchange. Another reason to move more slowly is that it is essential that sufficient liquidity be available to support each pair. This will require a discussion with each blockchain community, exchanges, or other parties.
- Can I list my company’s token on Anyswap?
- Please contact Anyswap to discuss this. Listing decisions are made by voting using the Governance mechanism. See the description in this wiki ‘How to Vote on Anyswap’. Anyone with 1000 ANY or in liquidity in their Fusion wallet can propose a vote on a listing. When making a proposal, please include these details :-
Name, ERC20 contract address if appropriate, the desired Anyswap exchange to list on, the source chain and the target chain.
Here is an example :-
Name: LINK（ChainLink）
ERC20 Address: 0x514910771af9ca656af840dff83e8264ecf986ca
From Chain: Ethereum
To Chain: Binance Smart Chain
Project Info: The content of the proposal will be supported by the Cross-Chain Bridge after technical evaluation and voting.
- Can anyone simply create a pair on Anyswap?
- Yes, but the support of ANY holders will be required to make the listing visible on the exchange and for it to attract ANY liquidity rewards. The precise rules will be decided by voting and will likely result in a balance between ease of listing and avoidance of scam token listings as we see on other DEX’s. There may be a lower limit on the amount of liquidity before a pair will earn ANY liquidity rewards.
- Who is currently providing liquidity for Anyswap?
- Ordinary liquidity providers, as well as Hotbit. Further liquidity will be provided by other entities in due course.
Wallets supported by Anyswap¶
- What wallets does Fusion and Anyswap support?
- We recommend that you use the Fusion Open Source Community (FOSC) wallet called whallet.net It will receive some significant cross chain enhancements in the very near future. Whallet is open source ( see Whallet github ) and considered safe by the Fusion Foundation. Whallet works well with a hardware wallet such as a Ledger and we recommend that you use one.
You can also use your Ethereum address, for instance from your Trust Wallet, or MEW. You will not see your Ethereum assets on Anyswap, except for those which you will bridging to Fusion - ETH or ERC-20’s.
- If I want to connect my Ledger, what app should I use?
- Use the Ethereum Ledger app. It is compatible with the Fusion blockchain.
- I’m trying to connect using MetaMask but I can’t see my balances
- Most likely you have not set up the custom blockchain settings. Ethereum will only work for the Ethereum version of Anyswap. The correct MetaMask settings can be found on the wiki under the relevant blockchain setup. See ‘How to Setup and Use Anyswap’.
How does Anyswap Work?¶
- How does a liquidity pool work?
Anyswap uses the “Constant Product Market Maker Model.” If you have a pair on the exchange, then to enter the pool you have to match the USD value of a token, say aToken, with FSN. Let’s suppose that you need A aTokens and F FSN (or ETH, FTM, BNB etc.) to do this. The way the pool works is that when you multiply A and F, the result is constant :-
A * F = C
This is true, except for the fact that when trades are made, 0.3% of the trade is added to the Liquidity Pool (LP) and so in reality C grows slowly, but let’s ignore this for now. When someone buys aTokens, your proportion of the pool’s aTokens also decreases and so does A. To compensate, F increases. The same happens vice-versa - if someone sells aTokens for FSN to the pool, your A increases and your F decreases.
- Why does the price of the asset paired with FSN (or ETH, FTM, BNB etc.) change?
- The price is the FSN (or ETH, FTM, BNB) liquidity total value divided by the token liquidity total value. This can change dramatically if someone makes a large swap from a small pool, allowing good arbitrage opportunities for quick traders.
- What is ‘slippage’ and how can I control it?
- Slippage is the change from the displayed swap rate when a swap is actually made. If there is not much liquidity in a pool, or the trade is large, then this can be significant. The default slippage value is 0.5%, but you can control this by clicking ‘Advanced Deatils’ below the swap and then setting your own allowable slippage percentage value. If there is not enough liquidity to accommodate your swap, then the swap will fail (small wheel at the top right stops spinning, without the balances changing). There will be no error displayed, instead you either try again, or change the slippage value. Alternatively you can change the time to wait by changing the ‘set swap deadline’ value.
- What is ‘impermanent loss’ and how can I lose money in a liquidity pool?
- When someone buys an asset from a pool, they are effectively buying from one half of your liquidity pair - in proportion to your pool percentage stake. This means that the price of that asset will go up and the price of the other asset in the pair will go down. To maintain the ‘constant product’, this can lead to ‘impermanent loss’, since you will be gaining a less valuable asset and losing a more valuable one. In extremis, if the price ratio chnages a lot, you would lose money if you cashed out at that point. BUT this is an ‘impermanant loss’, since if you wait until the price ratio returns to the value you entered at, then the loss will evaporate. The ideal situation for a yield farmer is if both assets stay at roughly the same price ratio, but there is a lot of volume and volatility to generate fees.
What is ANY, the native token of Anyswap?¶
- What is the ANY token?
- The ANY token is a governance token on the Fusion blockchain. It’s only purpose at the moment is to allow the election of Anyswap Working Nodes (AWN’s), which will take place in late 2020 and to vote on new coin or token listings on anyswap.exchange. ANY’s are awarded for using the anyswap.exchange platform and for other community rewards and incentives for various aspects of the platform.
- Is ANY an ERC-20 Token?
- ANY originates as a token on the Fusion blockchain. It is a smart contract on each of the supported blockchains.
- Can I see ANY in Trustwallet?
A. Yes if you are on Anyswap Ethereum or Binance Smart Chain. For Fusion, you have to use a Fusion wallet like whallet.net or pwawallet.fantom.network for Fantom.
- Can I send ERC-20 tokens to anyswap.exchange?
- You can see your ERC20’s on the Ethereum Anyswap exchange, but on the other chains you have to use the Bridge to convert them to smart contracts on the respective chain. Not all ERC20’s can be bridged, only those that are supported.
- How do I send ANY tokens, or other Bridged assets like aUSDT to another wallet?
- Use whallet.net or you can use the Bridge in the exchange. Ther is also another finction called ‘Swap Send’, which enables you to both swap and send to another wallet in one operation. This can be found under the Swap tab.
- Where can I buy ANY?
- You can buy ANY on anyswap.exchange of course, with its FSN-ANY pairing. You can also buy Fusion chain ANY on the Hotbit CEX with its hotbit USDT-ANY pairing.
- What is the current price of ANY?
- You can see candlestick charts for anyswap.exchange at Markets at anyswap.exchange
- Can I get ANY from Uniswap?
- ANY may be listed on Uniswap, but please check that it has the correct contract address as the Anyswap’s Ethereum ANY token, since there are a lot of scam listings.
- What is the contract address for ANY on Fusion?
- 0x0c74199d22f732039e843366a236ff4f61986b32 You can see the data relating to the contract at ANY contract address
- What is the contract address for ANY on Ethereum?
- 0xf99d58e463a2e07e5692127302c20a191861b4d6 You can see the data relating to the contract at ANY Ethereum contract address
- What is the contract address for ANY on Binance Smart Chain?
- 0xf68c9df95a18b2a5a5fa1124d79eeeffbad0b6fa You can see the data relating to the contract at ANY BSC contract address
- How can I see the transactions for my address relating to FSN?
- Go to https://fsnex.com/address/<put your Fusion address in here>
- How can I see movements of ANY and other tokens in the smart contract to and from my address?
- For Fusion Anyswap, go to https://fsnex.com/address/<put your Fusion address in here> and then click on ‘Token Transfers’. For Binance Smart Chain use bscscan.com/address/<put your BSC address here> and click on ‘BEP20 Token Txns’. For Ethereum go to etherscan.io/address/<put your Eth address here> and click on ‘ERC20 Token Txns’. For Fantom, go to explorer.fantom.network
- How can I see the balance of assets for my address in the smart contract on Fusion?
- Go to https://fsnex.com/address/<put your Fusion address in here> and then click on ‘Tokens’. You will see any assets locked into liquidity here also.
Tokenomics of ANY¶
- Where can I find data about the ANY token?
- The token is still new and so the data is incomplete, but you can find token data here :-
- What is the Total Supply of ANY?
- 100 million is the Fully Diluted token supply.
- What was the Initial Supply of ANY?
- 15 million. This comprises of 5 million in initial liquidity provision when the platform was launched and 10 million for ‘Community and Ecosystem’, to be allocated to grow the Anyswap ecosystem and user base. This amount is available to the team to allocate.
- How is the remaining 85 million to be allocated?
- The remaining tokens will be allocated to block rewards, locked in an Anyswap Block Rewards Smart Contract ; distributed along with fusion network blocks as follows:
- 10 million ANY for “Cross Chain DCRM Node Rewards“. The “Cross Chain DCRM Node Rewards“ funds will be used to motivate Anyswap Working Nodes (AWN) to provide stable and secure cross-chain service.
- 15 million ANY for “Liquidity Rewards”. The “Liquidity Rewards” funds will be used to motivate liquidity providers to provide strong liquidity of swap pairs on Anyswap like BTC, ETH, USDT, XRP, LTC, FSN, etc.
- 15 million ANY for “Team Rewards” . The “Team Rewards” funds will be used to motivate Anyswap team and future team members.
- 20 million ANY is allocated to the shareholders of Anyswap company.
- 25 million ANY for “Swap and Trading”. The “Swap and Trading” funds will be used to motivate swap traders.
- What is the current Circulating Supply of ANY?
- Until Coinmarketcap and Coingecko properly reflect the supply of ANY, we can use the ANY contract to calculate the Circulating Supply. Go to the ANY contract address and subtract the top 6 address balances from 100 million. The Circulating Supply of ANY increases every day, since it is used for trading and liquidity provision rewards. The Circulating Supply is currently (06/09/2020) a little more than 7 million.
- What is the Market Cap of ANY?
- The MC is the Circulating Supply (see above) multiplied by the price, which you can see on anyswap.exchange. The MC of ANY can be seen using the @AnyswapBot in Telegram :- /mc@AnyswapBot
Total rewards for Anyswap¶
- At what rate are the 85 million ANY locked into the smart contract distributed?
- 8.5 ANY is distributed for rewards every Fusion block (13.2 s). The total 85 million will therefore be distributed over 10 million blocks, or about 4 years.
How does Anyswap reward stakers, traders and liquidity providers?¶
- How does Anyswap reward stakers?
- Anyswap allows ANY on the Fusion platform to be staked. Users can click on ‘Staking’ on the Fusion platform and they once they have unlocked the smart contract (only required to be done once), they can then add to their stake by clicking the + button. Rewards continuosly update, visible on the display and can be harvested at any time. The staked ANY can be unstaked at any time. If you add more to your stake, the outstanding rewards are put back into your wallet. The APY from staking is shown in the display and depends on how many ANY are currently staked by everyone.
- What rewards do traders receive?
- Anyswap has differentiated itself from other DEX’s by rewarding trading directly. On the Fusion blockchain version of Anyswap, every 100 blocks (~ 20 minutes), ANY are awarded to traders, split according to their proportion of the volume in this period. If a user is the only one making a trade within these 100 blocks, they would receive all of the ANY. If there is no swap trade during this 100 blocks (very unlikely), the rewards will be split between liquidity providers and Anyswap Working Node (AWN) runners.
- What fixed rewards do Liquidity Providers receive?
- Liquidity rewards are split between the different blockchains of Anyswap. Every approximately 24 hours, ANY will be rewarded to liquidity providers according to each one’s liquidity portion, The system will use the lowest liquidity provided by each providers to calculate the portion. Before AWN’s are elected, the 6,600 that will eventually go to the AWN’s will go to liquidity providers.
- How are the fixed liquidity rewards distributed between each pool?
- The rewards are split between pools and are weighted, with some pairs receiving twice of three times the lowest rewarded pairs. The ANY liquidity rewards are shown to the right of the dashboard as APY (Annual Percentage Yield) values. These values take into account the total allocation of ANY to each blockchain. An example of the allocation can be seen here for the Binance Smart Chain :-
- What volume based rewards do liquidity providers receive?
- In addition to the fixed ANY rewards, liquidity providers also receive volume based rewards. Every time a trade is made, 0.3% of the trade value is added to the liquidity pool (split between both members of the pair). The liquidity provider will receive their proportion of this reward added to their stake. This happens every 100 blocks.
- Is the reward structure fixed for all time?
- No. Rewards can be changed using the governance function of ANY through voting.
- How can I see the trading rewards?
- These are added to the your pool according to your percentage of that pool. If you multiply the number of e.g. FSN by the number of the other pair, you will see that this product increases as trading happens. You can calculate the dollar value of your pool contribution by multiplying the number of FSN by two and then multiplying it by the price of FSN. If the price of both assets in your pair decreases, so too will the total value of your pool allocation.
What are the current rewards for liquidity provision and swapping?¶
The current (starting 08/01/2021 1200 GMT) daily split of liquidity ANY rewards between the blockchains is as follows, including some additional promotional rewards :-
Rewards update, start from Jan.8th 12:00 GMT
Fusion 12,370 ANY LP Farming 50%, SWAP 50%
Ethereum 5,610 ANY LP 100%
BSC 5,610 ANY LP Farming 50%, SWAP 50% (ANY/BNB 50%, anyUSDT/BNB 50%)
Fantom 3,300 ANY LP 50%, SWAP 50%(ANY/FTM 50%, anyUSDT/FTM 50%)
HuobiChain 8,420 ANY LP Farming 100%
ANY Staking 990 ANY
Total: 36,300 ANY/day
How does Anyswap reward the bridging of assets into the smart contract?¶
- Who receives rewards for bridging assets?
- Anyswap Working Nodes (AWN’s), which will be elected by ANY holders at the end of September 2020.
- What rewards will AWN’s receive?
- Cross Chain DCRM Node Rewards are calculated on a 24 hours basis. Every 24 hours (6,600 blocks on the Fusion blockchain), 6,600 ANY will be rewarded to AWN runners.
- Who gets the AWN rewards before the AWN’s are elected?
- Before any Anyswap Working Node (AWN) is working, these 6,600 tokens will all be rewarded to liquidity providers.
Bridging assets onto and off from the exchange¶
- What are the charges for bridging assets onto Anyswap?
- There are no charges other than gas fees, which are covered by the gateway fee when users bridge out their assets. Users do not need to have gas in their wallets to bridge assets onto the platform.
- What are the charges for bridging assets off from the exchange?
- A 0.1% gateway fee will be charged to users who use bridge to lock out wrapped assets. Users do not need to have gas on the target blockchain, since this is covered by the fee.
- How long does it take to bridge assets onto and off from the exchange?
- This depends on how big the transaction is. For most transactions, in the case of ETH, ERC-20’s or BTC, it will take less than 30 minutes. One hour is quite possible though. For large asset exchanges it may take up to 24 hours to bridge. This depends upon the dynamics of the target blockchain.
- How can I track the bridging process?
- Please use the respective block explorers for the blockchain in question. fsnex.com for Fusion, bscscan.com BSC, etherscan.io for Ethereum and explorer.fantom.network for the Fantom network. Users can also keep an eye on the target blockchain explorers, where their assets will end up.
Anyswap team rewards¶
- What are the Anyswap team rewards?
- Team rewards will be vested 9,900 ANY every 6,600 blocks. “Anyswap Company” will be vested 13,200 ANY every 6,600 blocks on the Fusion blockchain.


vlc-wrapper - a wrapper to drop privileges with VLC
vlc-wrapper
This manual page documents briefly the VLC wrapper to open privileged network ports. The ports it can open are 80, 443 and 554.
They will be passed to VLC with no modification.
The preferred way is to use sudo :
$ sudo vlc-wrapper --option1 --option2
You can also set the SUDO_UID environment variable:
# SUDO_UID=1000 vlc-wrapper --option1 --option2
vlc (1), sudo (8)
This manual page was written by Christophe Mutricy.


---
title: Maximilian Baader
position: PhD Student
image: max.jpg
email<EMAIL_ADDRESS>office: CAB H 66
website:
phone:
cv:
---
Publications
{% include get-publications.html filter="person" key="Baader" %}
Education
- ETH Zurich, 2018 -
PhD Candidate in Computer Science
- ETH Zurich , 2016 - 2018
Masters in Physics
- ETH Zurich, 2012 - 2016
Bachelors in Physics
Teaching
- Linear Algebra 2
Spring 2018
- Complex Analysis
Autumn 2017
- Linear Algebra 2
Spring 2017
- Complex Analysis
Autumn 2016
- Linear Algebra 2
Spring 2016
- Complex Analysis
Autumn 2015


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Jon San Miguel
Software EngineerRecent Experience
Present2017
Senior Software Engineer
HuddleUp New York, New York- Building out a mobile messaging app with React Native
- Lead migration of backend systems to Go & Postgres
- Designed and built client-db synchronization system
- Moved local development & deployment to Docker
- Set up AWS infrastructure and monitoring systems
- Developed testing harness for our Go backend
20172014
Senior Software Engineer
Optimizely San Francisco, CA- Improved infrastructure & internal procedures for PCI compliance
- Engineered and managed build/deployment systems on AWS and Google Cloud Platform usingJenkins, Docker, and Spinnaker
- Built and managed monitoring & alerting systems
- Wrote & open-sourced a utility for storing and managing secrets and credentials
- General DevOps, Security, and Infrastructure
- Engineering Empowerment - Onboarding talks, tech dives, maintaining code quality and best practices
Prior Experience
20142013
Software Engineer
Gradescope Berkeley, CA- Frontend - Javascript, Knockout.js
- Backend - Ruby on Rails
- Infrastructure - AWS
2013
Software Engineer
Yahoo Sunnyvale, CA- Mobile - Objective C, iOS
- DevOps - Ruby, Chef, AWS
2013
Software Engineer
Lexity (Acquired by Yahoo) Mountain View, CA- Frontend - Ruby on Rails
- DevOps - Ruby, Puppet, Chef, AWS
20132012
Software Engineer
Servio (Acquired by CrowdSource) San Francisco, CA- Frontend - Javascript
- Backend - Ruby, Sinatra
Education
20142011


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