Chicago Lobbyists Places 13th in A4MC Grand Challenge Contest
by Derek Eder
Dec 16, 2011 – The winners of the Apps for Metro Chicago Grand Challenge were announced today at Excelerate Labs in Chicago. Chicago Lobbyists placed 13th out of 20.
The overall winner was SpotHero, a website that connects parking demand to parking supply by allowing parking spot owners to earn income by renting their spot when it’s unoccupied. Congrats to them and all the other winners!
Our Response to Chicago's RFP for a Lobbyist Registration System
by Derek Eder
Dec 15, 2011 – The City of Chicago put out a Request for Proposals (RFP) to create an online lobbyist registration system. This RFP stems directly from an ethics ordinance passed on July 28th 2011.
The RFP
The RFP’s objectives are for an outside contractor to build a system that will
- enable lobbyists registered with the City to file, on line, all required registration documents and activity reports.
- enable the Department to review and approve these filings as quickly as possible and communicate with lobbyists who must and have not completed their filing requirements.
- make data compiled from all lobbyists’ filings publicly available on line in various searchable, queriable reporting formats.
Because of the work we have already done, and our goal to help bring openness and transparency to the City of Chicago, the people who created Chicago Lobbyists have decided to respond to this RFP.
The challenge
Responding to an RFP for the City of Chicago is a herculean task. In the 152 pages, in addition to the usual cover letter, cost proposal, timeframe, etc, the responder must provide
- a project management/implementation plan (including org chart, all software and third party products used, etc)
- audited financial statements for the past 3 years
- an economic disclosure statement and affidavit (EDS)
- proof of $500k workers compensation and employers liability
- proof $2 million in professional liability insurance
Needless to say, this approach to an RFP results in proposals from one type of contractor: firms that are very large and able to jump through all the hoops that the City has to ensure the minimum amount of risk and liability for the City itself. The idea is, if they remove all apparent risk in the selection process, no one will be to blame if the project fails since they vetted the options so thoroughly. What the contractor actually builds and how they plan on going about it is completely secondary. This type of process rarely provides high quality products at a reasonable price, especially in software development.
As a group of volunteers working in our free time on this project, we are not what this RFP is targeting. We are, however, very competent developers and designers and have become experts on this lobbying data and how to display it. If the third objective of the RFP (above) sounds familiar to you, that’s because you’ve been to ChicagoLobbyists.org. We have already met objective 3.
Our proposal
Despite not being able to fulfill most of the requirements of the RFP, we went ahead and responded anyway. We expect the city to pick one of their usual contractors, but hope that they will consider us as additional consultants for the design and front end development.
Download our proposal (PDF)
In the proposal, besides showcasing the work we have already done, we offer to do the following:
- Design research, initially involving interviews with lobbyists entering the data, with the public that views data visualizations, and with city personnel charged with carrying out the ordinance
- User interface design and HTML/CSS
- Usability testing
- Web strategy
- Adapting ChicagoLobbyist.org design and code under a new city-controlled URL to fulfill the public facing website requirement
- Creating an interoperable API for exporting data in a normalized format
We also advocate releasing as much code and design as possible as open source:
We suggest that, whenever possible, the code, data schemas, and designs should be released as open source. Chicago has a unique opportunity to set an open standard for lobbying data structure, collection, and display—so other municipalities can use it. This will also set a good example for government-related projects that it makes sense to share.
Moving from proprietary systems to open source makes collaboration and sharing easier and gives access to a wider pool of highly skilled talent. Examples of successful projects include Open 311, which the city plans to implement in 2012, and Open Street Maps, a viable alternative to Google and Bing Maps.
We will have more updates the next few days. For more background information on government procurement, check out this informative article on The Information Diet: Procurement is America’s Big Problem and CivicCommons’ wiki on Legal and Procurement Issues.
We are a finalist in Apps for Metro Chicago
by Derek Eder
Dec 14, 2011 – Last night, Apps For Metro Chicago announced the 20 finalists for their Grand Challenge and Chicago Lobbyists was one of them!
The winners will be announced on Dec 16 at 10:30am. The Grand Challenge winner will be awarded $10,000. More on the awards here. Good luck to everyone!
Judges’ Picks (5)
- Chicago Lobbyists – Chicago Lobbyists is a web based app that is an open data, open government, and open source project intended to improve the transparency of interactions between the City of Chicago and lobbyists and their clients.
- allSchedules – AllSchedules gives you access to a huge collection of transit schedules, for different transport modes (bus, metro,train, tram ferry, etc.), in multiple cities around the world.
- OwtSee – OwtSee is an Android based and a web based application that presents information about the Chicago parks and community events in one convenient place.
- Spot Hole – This app is a tool that improves the process of citizens reporting potholes and helps the city clarify and address those concerns.
- Transit Stop: CTA Tracker – This mobile app gives you quick and easy access to bus and train (‘L’) arrival time estimates for every Chicago Transit Authority (CTA) bus and train stop.
Public voting picks (5)
- Taxi Share – Taxi Share is an application designed to increase efficiency, reduce CO2 emississions and cut down on already congested streets and highways. The app allows users to find each other and share a cab to popular destinations around the city and to the major airports.
- Crime Alert – Crime Alert is a cross-platform web application, resource page, blog, and SMS service that serves to alert users of crime in their community and surrounding area as rapidly as possible user-inputted addresses, and heavily customizable filters so that users only receive information that they believe to be relevant to their lives.
- MassUp.us – is Chicago’s "Social Cycling System. " It’s a Web App comprehensively meeting the needs of urban bicyclists. It features maps, directions, compass, ride recording, calorie counter, speedometer, weather and much more.
- Make Green a Habit – This is a green social network with a simple goal: to inspire people and organizations to create a greener and sustainable habitat. Ghabit uses social media technology to allow users to create an online green community, track and compare green habits, and much more!
- TreKing – The only Android app to support all four major transit systems in Chicago.
Winners carried over from previous rounds (10)
Community Round
- iFindit Chicago – An android app that is designed to help low income and homeless residents connect with critical resources such as medical clinics, food pantries, shelters etc.
- Mi Parque – is a bilingual participatory placemaking web and smartphone application that helps residents of the community contribute and share their vision for the future of Little Village’s new park. Community members can submit ideas about how to make this park, and other open spaces in the area, safer, greener and healthier places that meet community needs
- Chicago Local Guide – is an android app is meant to help local people as well as tourists find: interesting places and points-of-interest near them; locate specials and promotions from local businesses; updates on cultural, social, and technology events around Chicago; and breaking local news.
- OkCopay – A comparison search engine for medical care that allows users to search for the procedure they need, compare local providers, and view their actual prices.
- Fixit! – A mobile app that allows Chicagoans to report issues, like public property damages, that require city attention.
Transportation Round
- SpotHero -Spothero efficiently connects parking demand and parking supply. We allow parking spot owners to earn income by renting their spot when it’s unoccupied
- FasPark -Faspark helps drivers find street parking in real time.
- InThirty – Use InThirty to see the Chicago city resources that you can access within a thirty-minute train, bus, or walk.
- TrailBlaze Chicago – TrailBlaze Chicago records and anonymously reports your bicycle tracks, allowing you to vote for new paths simply by carrying your phone while you bike.
- GoChicago – With GoChicago, users can make a list of the places in Chicago they’d like to see, view directions to each place on a map, or call the place for more information.
Chicago Lobbyists Version 2 Is Here
by Derek Eder
Dec 2, 2011 – We just rolled out a new version of Chicago Lobbyists last night. Thanks to our meetings with Chicago CDO Brett Goldstein and the efforts from his staff, we now have the ability to show:
- What clients paid to each lobbyist (and how much)
- Which actions clients hired lobbyists to take
- How much money each client spent (total) on lobbyists in 2010
The new data also seems to have been cleaned up and normalized quite a bit (we still had to do some normalizing ourselves – especially with addresses), resulting in a more accurate picture of lobbying activity in Chicago for 2010.
Here is a rundown of the new features:
Most active clients is now determined by amount spent instead of number of lobbyists hired (Salvation Army, you are now #1 with $380,000 spent on lobbyists in 2010)
-
All detail pages have a summary section at the top, displaying total amounts, number of lobbyists, number of clients, number of firms, and number of actions (depending on what you’re viewing). Here’s an example of each:
- Lobbyist – Ronald Johnson
- Firm – Neal & Leroy, LLC
- Client – Fifth Third Bank
- Agency – City Council
Global site search (using Google custom search engine)
Every lobbyist action has a client associated with it
Every lobbyist payment shows the client who paid them
Categorized lobbyist expenditures (office expenses, food, travel, education, etc) are now listed
We cross referenced the City of Chicago Payments database, and listed all payments by Chicago to each client (example: Christy Webber Landscapes)
All detail pages now have tabs for each section so you can see all the rich data, without cluttering the page
All data on the detail pages is sortable and searchable (thanks to jQuery Datatables)
- All detail pages have comments (powered by Disqus)
We’re all really excited about these new updates.  That’s something to be proud of.
An Open Data Story
by Paul Baker
Dec 1, 2011 – In almost all open data projects, providing raw data is not enough. And it’s not enough to be a good programmer or designer. To be useful, we need to be able to figure out what questions the data might reveal and which of these might be useful for the public to know.
The data
In early July 2011, the City of Chicago released 14 sets of lobbying-related data, including lobbyists, lobbying agencies, gifts to city employees, expenditures, clients of lobbyists, etc. However, an ordinary human being could not make heads or tails of this without some sort of integration.
That’s why we built ChicagoLobbyists.org.
Chicago Lobbyists v1.0
First, we went through each data set, attempting to draw relationships among them by looking for common fields such as clients, lobbying firms, and individual lobbyists. Our goal was to reveal answers to questions such as, “WalMart paid which lobbyist, with which lobbying firm, how much money, to argue on their behalf in front of which department or committee, and for what purpose?”
We soon found out that we couldn’t answer that question. In the above example, we could show which lobbyists Walmart paid, which firm the lobbyist worked for, and which city agencies the lobbyist appeared before, but not which tasks lobbyists were hired to do for WalMart.
Meeting with the City
After the July Google hackathon, at which we built and launched the site, we met with the city’s Chief Data Officer, Brett Goldstein, and some IT staff, and asked:
- Is there a way to determine compensation that comes to a firm versus lobbyist? (We can’t be sure adding up compensation of all lobbyists within a firm is accurate.)
- Is there a way to determine how much a client paid to a lobbying firm or lobbyist?
- Related to the question above, can we retrieve the purpose for a client payment?
- Can we receive data before 2010? If so, what years are available?
- Is there a way to determine which client requested an action in front of an agency? We only know which lobbyist requested an action—see example: Theodore Brunsvold
- Are street addresses available for lobbying firms (some give political donations from many different addresses)?
- Do you have a good state contact from which we could request political donation data?
- Is there a list of all city datasets available (besides those on Socrata)?
- Is there a schedule of when particular datasets are updated (frequency, time period)?
The City responds with updated data
By late August, Brett’s team had collected and posted the data that we had requested. Now, we are able to incorporate the new data and change the site’s design to show more detailed and new views (these changes are coming in the next day or so – stay tuned). Now we can answer most of the important questions.
Next steps …
Our next steps are to incorporate political donations to city officials by lobbyists and organizations. It would also be good to show how elected officials voted on issues of interest to lobbyists who have donated to them and their clients.
The entire 2012 city budget is about $3 billion—all of it paid by residents. Fees paid to lobbyists to influence government decisions will probably be in the neighborhood of $13 million, or about .4% of $3 billion.
We’re the 99.6%. Lobbyists paid by organizations are .4%. Are lobbyists the tail that wags the dog?
An open process
In the spirit of openness, the goal of this blog is to share our milestones, setbacks and thoughts as we continue to develop and expand this project.
Who are we?
We are Open City, a group of developers and designers based in Chicago that build civic-minded apps using open data.
- Paul Baker
- President and co-founder of Webitects
- Derek Eder
- Developer at Webitects and organizer for OpenGov Chicago
- Chad W Pry
- Engineer at Groupon, Code Academy mentor, and all around charming fellow
- Nick Rougeux
- Designer and CSS wiz at Webitects


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Stocks manager
Creates a link between different API such as Yahoo! Finance in order to get stocks information and store them into our database. A fallback will be created to handle connexion or parsing troubles with Yahoo.
Located in /application/modules/default/models/Portfolio/Stocks.php (line 29)
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Documentation generated on Tue, 21 Feb 2012 06:45:24 +0800 by phpDocumentor 1.4.1


--- layout: null section-type: about title: About --- ## About I am a PhD student at NeuroRestore diving into AI, optimization and neurostimulation. I am a Msc. Computational Scientist and Engineer from EPFL, Lausanne, Switzerland, and a Physicist and Computing Engineer from Universidad de los Andes at Bogota, Colombia. I am interested in artificial intelligence, neuroscience, computer vision, cosmic scale astrophysics, medical image computing, education and interdisciplinary fields between computing engineering, neuroscience and physics. I am also an enthusiast of travel, hiking, science fiction, chess and piano.
You can also check out my Github


An Iterative Approach to Inverse Problems using Python's Numpy
11:45 AM - 12:10 PM on August 16, 2015, Room 702Katya Vasilaky
- Audience level:
- intermediate
- Watch:
- http://youtu.be/Mhk-71Xy9Qk
Description
This is a talk about inverse problems and improving on past algorithms that have focused on inverse problems in math, data science, tomography, and image processing. We use a new iterative method coded in Python's Numpy and show it's ability to recover images compared to previous approaches.
Abstract
This talk will fall in the realm of data, data processing and data science.
Inverse problems commonly occur in image processing, statistical inference, tomography, and any field where one wants to compute some interior properties using exterior meseasurements. Linear regression would be one such problem which solves the least squares problem (where the solution to the least squares problem requires the inversion of a matrix X in order to solve for the optimal beta parameter estimates, b).
In many such problems the data frame or matrix X is ill-conditioned, meaning the matrix iself is close to singular (e.g. a Hilbert matrix that has several close to dependent columns),and the solution, b, is therefore is noisy. A small perturbation in the matrix X will lead to wild adjustements in the solution, b, as is well-known.
One way to deal with such instability is to regularize the problem and solve a "nearby" problem using Lasso methods or the more general Tikhanov reguarlization problem, which add a penalty, lambda, to the optimizaiton problem. However, currently, no efficient method exists for searching for lambda.
In our new innovative method, we have derived an iterative approach to solving the general Tikhanov regularization problem, which converges to the noiseless solution, does not depend strongly on the choice of lambda, and yet still avoids the inversion problem.
This alogirithm is written in a few lines of code using Python's numpy package, and primarily relies on the SVD composition. The solution is applicable to many fields in image processing and data, and the code, as we'll see in the talk, is quite simple.


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Developed an automated tool for CONTINENTAL using Python and MySQL in the backend that scraps data from external resources by taking existing platforms/data sources & to report on specific predictive analytics inquiries involving a set of various statistical (data mining) techniques such as forecasting and regression, used to predict uncertain outcomes & present them using a Tableau dashboard.
View ProjectDeveloped a Progressive Web Application to manage an online video rental store using IndexedDB in the backend and HTML in the front end.
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View Project| Programming | Python | R | SQL | VBA | C++ | CSS | HTML | JavaScript |
| DataBases | MySQL | NoSQL | PostgreSQL | Oracle DB | MongoDB | Ms Access | Cassandra | SQL Server |
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 One day (well, it probably happened more than once), we left the toys lying around the house and my mom couldn’t find something she was looking for. After she cleaned up our mess, found what she was looking for, she proceeded to tell us that instead of putting the toys away she threw them out (she really just hid them but I didn’t find that out until later). As traumatic as that experience was, it certainly taught me the importance of organization. Although after a recent visit to my brother’s house, I can tell that the incident didn’t affect him nearly as much as it did me.
Anyway, the point I’m trying to make is that organization is key. It’s important in programming, just like it’s important in everyday life. One-way to keep our code organized is through arrays and hashes. Arrays and hashes are both indexed collections however; they each have specific attributes that make them useful in different situations.
What do I mean when I say indexed collections? Think of it this way. Think of an array like a numbered list. Each item on your list is given an index number. For programming, the index listing starts at zero (as opposed to one). You can call on any item in your list by referencing the index number, or key. If you don’t know the index number, Ruby also allows you to find objects in your array through a handful of other ways. Below is an example of an array.
Hashes are very similar but instead of storing collections of objects using an index number as a key, Ruby lets you use any object as a key. Hashes are useful when the information you are storing doesn’t make sense to keep in a numbered list. An example of this might be if you want to store all of your friends’ favorite foods. You could use the persons name as the key and their favorite food as the value. So each time you wanted to access that person’s favorite food, you would use their name as the key and the hash could print out their favorite food. Below is an example of a hash.


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Product Management And Business Consulting
Posted by Rotem Narder and Aviv German - Oc 23, 2017 / 35 comments
Would you like to create an innovative product? DO you Want to plan and succeed in innovation? So it is an higlly recommeded to translate this to business and product plans.
Let's get to know our 10 keys for sucess (KFS) for this mission.
We Plan And Creat Experiences
Do you have a business? Product or service? Do you want customers to buy and use it? If you are here, you answer "yes".
Understand a simple thing, deciding that you are aiming for the success of your business and product is a 5 second decision.
You need to be committed to it and have the appropriate resources for it. From here, we need to know how to get there? Translate accordingly what you have to offer to leverage and realize your success.
I am not a saleswoman, but I understand the field well from the angle of product areas, human engineering, design, consulting and marketing.
Let's take the apple company, for example, with the help of design, proper marketing, differentiating their product from their competitors, so "apple" has become a successful and dominant company in its field.
The 10 KFS (Keys For Sucess) are include a comprehensive process: from the consulting, characterization, management, design, marketing and technology stage.
As part of the process, the owner with her team advises, plans, manages and realizes the goal. It's your time to take a breath and get a refreshing breath from the RNC method.
How is a product and brand born and grown? As a song sets, dances and creates with experiences.
Let's come and see the song and production that our producer and director Danny Media - Danny Motala created with the artist Michal Yanai:
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The online 'webucation' site Treehouse was launched today at FOWD New York. I've been eagerly anticipating the launch for the last few months ever since I heard Ryan Carson speaking about it on Think Vitamin Radio. This afternoon I finaly got to explore treehouse and boy is it good. The first time I logged in I got that feeling of excitement that you get when you power up your Mac for the first time.
It is very obvious that the team has spent a lot of time perfecting the way that the site is structured. It took me about 30 seconds to get from sign up to viewing my first video. All the interfaces are very intuitive and incredibly pleasing on the eye, just what you would expect from a Mike Kus design. I especially like the MailChimp style 'tidbits' from the little mascot in the corner.
You can earn 'badges' to prove that you know your stuff when it comes to various topics. When I first heard about this I was a little sceptical as I thought that it would probably be pretty easy to just breeze through the questions without watching the videos. This is not the case. The quiz questions are pretty in depth and get technical which is great as it means that the 'badges' system actually works, unlike in so many other websites where badges are pretty meaningless.
Of course there are a few minor bugs here and there as can be expected with any new site but these will be resolved in time.
A job well done for all Treehouse team!
Now I'm off to learn about iOS development. Would you care to join me?


The following are frequently asked questions regarding RAthena.
- Where can I set the exp rates?
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- Go to /conf/battle/exp.conf
- Find base_exp_rate and job_exp_rate. Change the value there to raise or lower the rates.
- 100 = 1x, 1000 = 10x rates, etc
- Where can I set the item drop rates?
-
- Go to /conf/battle/drops.conf
- You can set the drop rates by changing the values:
item_rate_common: 100 <-- 100 = 1x drop rate, 1000 = 10x drop rate, etc
item_rate_common_boss: 100 <--- drop rate for bosses
item_drop_common_min: 1 <--- minimal drop rate
item_drop_common_max: 10000 <--- maximum drop rate.
(You can set the rates of different items in the same file)
- I found a bug, where to I report it?
- If you find a bug in RAthena, report it here: Bug Tracker
- I'm a well-experienced programmer, can I join the RAthena dev team?
- You can apply in the Developer Applications topic.
- My character won't move, and no windows open when I login to the game, what's wrong?
- Your packet_db_ver is most likely set wrong, change it in /db/packet_db.txt to match your client's packet ver.


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The Date when the token will expire
The date when the Token was issued
The token will be valid only after this date
The Username from the current Token payload
awaits the notBefore value
The current Token full Payload
Indicates if the Token is valid based on it's ExpirationTime and NotBefore values.
Returns the Token in string format (in a base64 encoded, dot separated header and payload)
Factory method for creating empty (invalid) tokens
const invalidToken = Token.CreateEmpty();
Factory method to create a token from a sense NET specific base64 encoded header and payload string, e.g.:
const myToken = Token.FromHeadAndPayload("e30=.eyJhdWQiOiIiLCJleHAiOjE0OTQ1NzkwOTUuMTIsImlhdCI6MCwiaXNzIjoiIiwibmFtZSI6IiIsIm5iZiI6MSwic3ViIjoiIn0=");
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Euclidean distance algorithm. Author<EMAIL_ADDRESS>(Matt West) License: Copyright 2013 Matt West. Licensed under MIT (http://opensource.org/licenses/MIT). Source: euclidean-distance/euclidean-distance.js, line 1
Utility for parsing the parameters from a URL. Author<EMAIL_ADDRESS>(Matt West) License: Copyright 2013 Matt West. Licensed under MIT (http://opensource.org/licenses/MIT). Source: params-parser/params-parser.js, line 1
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This is an example of using the Cloud Browser framework. You are currently viewing this on a virtual browser. This application is developed using jQuery, Knockout.js, and Twitter Bootstrap.


This is the complete list of members for DataPreprocessor, including all inherited members.
| _curl_output_folder | DataPreprocessor | private |
| all_atribs | DataPreprocessor | private |
| chooseTrainData(const std::string &filename) | DataPreprocessor | |
| DataPreprocessor(std::string curl_out_folder="output") | DataPreprocessor | |
| fileCounter | DataPreprocessor | private |
| filterValidDomains(const std::string &input_file, const std::string &output_file) | DataPreprocessor | |
| get_attribs_from_link(const std::string &url) | DataPreprocessor | |
| getAll_atribs() const | DataPreprocessor | |
| getAttribs(const std::string &filename) | DataPreprocessor | |
| parseHtmls(const std::string &filename, const std::string &from_which_tags) | DataPreprocessor | |
| ptr_csv | DataPreprocessor | private |
| ptr_http | DataPreprocessor | |
| string_vec typedef | DataPreprocessor | private |


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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object org.apache.velocity.tools.generic.SafeConfig org.apache.velocity.tools.generic.XmlTool
@DefaultKey(value="xml") public class XmlTool
Tool for reading/navigating XML files. This uses dom4j under the covers to provide complete XPath support for traversing XML files.
Here's a short example:
XML file: <foo><bar>woogie</bar></foo> Template: $foo.bar.text $foo.find('a') $foo.a.name Output: woogie  test Configuration: <tools> <toolbox scope="application"> <tool class="org.apache.velocity.tools.generic.XmlTool" key="foo" file="doc.xml"/> </toolbox> </tools>
Note that this tool is included in the default GenericTools configuration
under the key "xml", but unless you set safeMode="false" for it, you will
only be able to parse XML strings. Safe mode is on by default and blocks
access to the read(Object)
method.
| Nested Class Summary | |
|---|---|
static class |
XmlTool.NodeIterator
Iterator implementation that wraps a Node list iterator to return new XmlTool instances for each item in the wrapped iterator.s |
| Field Summary | |
|---|---|
static java.lang.String |
FILE_KEY
|
protected org.apache.velocity.runtime.log.Log |
LOG
|
private java.util.List<org.dom4j.Node> |
nodes
|
| Fields inherited from class org.apache.velocity.tools.generic.SafeConfig |
|---|
LOCK_CONFIG_KEY, OLD_LOCK_CONFIG_KEY, SAFE_MODE_KEY |
| Constructor Summary | |
|---|---|
XmlTool()
|
|
XmlTool(java.util.List<org.dom4j.Node> nodes)
|
|
XmlTool(org.dom4j.Node node)
|
| Method Summary | |
|---|---|
java.lang.String |
attr(java.lang.Object o)
Returns the value of the specified attribute for the first/sole Node in the internal Node list for this instance, if that
Node is an Element . |
java.util.Map<java.lang.String,java.lang.String> |
attributes()
Returns a Map of all attributes for the first/sole
Node held internally by this instance. |
XmlTool |
children()
Returns a new XmlTool instance that wraps all the
child Element s of all the current internally held nodes
that are Element s themselves. |
protected void |
configure(ValueParser parser)
Looks for the "file" parameter and automatically uses read(String) to parse the file and set the
resulting Document as the root node for this
instance. |
XmlTool |
find(java.lang.Object o)
Converts the specified object to a String and calls find(String) with that. |
XmlTool |
find(java.lang.String xpath)
Performs an XPath selection on the current set of Node s held by this instance and returns a new
XmlTool instance that wraps those results. |
XmlTool |
get(java.lang.Number n)
Returns an XmlTool that wraps the specified
Node from this instance's internal Node list. |
java.lang.Object |
get(java.lang.Object o)
This will first attempt to find an attribute with the specified name and return its value. |
XmlTool |
getFirst()
Returns an XmlTool that wraps only the
first Node from this instance's internal Node list. |
XmlTool |
getLast()
Returns an XmlTool that wraps only the
last Node from this instance's internal Node list. |
java.lang.Object |
getName()
Asks get(Object) for a "name" result. |
java.lang.String |
getNodeName()
Returns the name of the root node. |
XmlTool |
getParent()
Returns a new XmlTool instance that wraps
the parent Element of the first/sole Node
being wrapped by this instance. |
java.lang.String |
getPath()
Returns the XPath that identifies the first/sole Node
represented by this instance. |
java.lang.String |
getText()
Returns the concatenated text content of all the internally held nodes. |
boolean |
isEmpty()
Returns true if there are no Node s internally held
by this instance. |
java.util.Iterator<XmlTool> |
iterator()
Returns an XmlTool.NodeIterator that returns new XmlTool
instances for each Node held internally by this instance. |
private void |
log(java.lang.Object o,
java.lang.Throwable t)
|
org.dom4j.Node |
node()
Returns the first/sole Node from this
instance's internal Node list, if any. |
XmlTool |
parents()
Returns a new XmlTool instance that wraps
the parent Element s of each of the Node s
being wrapped by this instance. |
XmlTool |
parse(java.lang.Object o)
This accepts XML in form. |
protected void |
parse(java.lang.String xml)
Parses the given XML string and uses the resulting Document
as the root Node . |
XmlTool |
read(java.lang.Object o)
If safe mode is explicitly turned off for this tool, then this will accept either a URL or the string representation
thereof. |
protected void |
read(java.lang.String file)
Creates a URL from the string and passes it to read(URL) . |
protected void |
read(java.net.URL url)
Reads, parses and creates a Document from the
given URL and uses it as the root Node for this instance. |
protected void |
setRoot(org.dom4j.Node node)
Sets a singular root Node for this instance. |
int |
size()
Returns the number of Node s internally held by this instance. |
java.lang.String |
toString()
If this instance has no XML Node s, then this
returns the result of super.toString() . |
| Methods inherited from class org.apache.velocity.tools.generic.SafeConfig |
|---|
configure, isConfigLocked, isSafeMode, setLockConfig, setSafeMode |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Field Detail |
|---|
public static final java.lang.String FILE_KEY
protected org.apache.velocity.runtime.log.Log LOG
private java.util.List<org.dom4j.Node> nodes
| Constructor Detail |
|---|
public XmlTool()
public XmlTool(org.dom4j.Node node)
public XmlTool(java.util.List<org.dom4j.Node> nodes)
| Method Detail |
|---|
protected void configure(ValueParser parser)
read(String)
to parse the file and set the
resulting Document
as the root node for this
instance.
configure
in class SafeConfig
protected void setRoot(org.dom4j.Node node)
Node
for this instance.
private void log(java.lang.Object o, java.lang.Throwable t)
protected void read(java.lang.String file) throws java.lang.Exception
URL
from the string and passes it to read(URL)
.
java.lang.Exception
protected void read(java.net.URL url) throws java.lang.Exception
Document
from the
given URL
and uses it as the root Node
for this instance.
java.lang.Exception
protected void parse(java.lang.String xml) throws java.lang.Exception
Document
as the root Node
.
java.lang.Exception
public XmlTool read(java.lang.Object o)
URL
or the string representation
thereof. If valid, it will return a new XmlTool
instance
with that document as the root Node
. If reading the URL
or parsing its content fails or if safe mode is on (the default),
this will return null
.
public XmlTool parse(java.lang.Object o)
XmlTool
instance with the resulting XML document
as the root Node
. If parsing the content fails,
this will return null
.
public java.lang.Object get(java.lang.Object o)
null
, this will attempt to convert
the given value to a Number
and get the result of
get(Number)
. If the number conversion fails,
then this will convert the object to a string. If that string
does not contain a '/', it appends the result of getPath()
and a '/' to the front of it. Finally, it delegates the string to the
find(String)
method and returns the result of that.
public java.lang.Object getName()
get(Object)
for a "name" result.
If none, this will return the result of getNodeName()
.
public java.lang.String getNodeName()
Node
list has more than one Node
, it will only return the name
of the first node in the list.
public java.lang.String getPath()
Node
represented by this instance.
public java.lang.String attr(java.lang.Object o)
Node
in the internal Node list for this instance, if that
Node is an Element
. If it is a non-Element node type or
there is no value for that attribute in this element, then this
will return null
.
public java.util.Map<java.lang.String,java.lang.String> attributes()
Map
of all attributes for the first/sole
Node
held internally by this instance. If that Node is
not an Element
, this will return null.
public boolean isEmpty()
true
if there are no Node
s internally held
by this instance.
public int size()
Node
s internally held by this instance.
public java.util.Iterator<XmlTool> iterator()
XmlTool.NodeIterator
that returns new XmlTool
instances for each Node
held internally by this instance.
public XmlTool getFirst()
XmlTool
that wraps only the
first Node
from this instance's internal Node list.
public XmlTool getLast()
XmlTool
that wraps only the
last Node
from this instance's internal Node list.
public XmlTool get(java.lang.Number n)
XmlTool
that wraps the specified
Node
from this instance's internal Node list.
public org.dom4j.Node node()
Node
from this
instance's internal Node list, if any.
public XmlTool find(java.lang.Object o)
find(String)
with that.
public XmlTool find(java.lang.String xpath)
Node
s held by this instance and returns a new
XmlTool
instance that wraps those results.
If the specified value is null or this instance does
not currently hold any nodes, then this will return
null
. If the specified value, when converted
to a string, does not contain a '/' character, then
it has "//" prepended to it. This means that a call to
$xml.find("a")
is equivalent to calling
$xml.find("//a")
. The full range of XPath
selectors is supported here.
public XmlTool getParent()
XmlTool
instance that wraps
the parent Element
of the first/sole Node
being wrapped by this instance.
public XmlTool parents()
XmlTool
instance that wraps
the parent Element
s of each of the Node
s
being wrapped by this instance. This does not return
all ancestors, just the immediate parents.
public XmlTool children()
XmlTool
instance that wraps all the
child Element
s of all the current internally held nodes
that are Element
s themselves.
public java.lang.String getText()
public java.lang.String toString()
Node
s, then this
returns the result of super.toString()
. Otherwise, it
returns the XML (as a string) of all the internally held nodes
that are not Attribute
s. For attributes, only the value
is used.
toString
in class java.lang.Object
|
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | ||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Submit your cop encounter and document the expierence you had with the badge number of the police officer you wish to comment on.
Where the behavior of the police officer was positive or negative, Americans should have the ability to keep track of the people serving them
The information and details of the encounter recorded will kept public
The collected data will be matched with any other submissions made using the same name or badge number
Whether its keeping cops accountable for thier unproper actions or praising them for a positive encounter.
{{ confirmation }}


|
JNIPort for Dolphin Smalltalk |
|
|
Back to Goodies |
Ghost-class ExamplesThis section is an example of using ghost classes to create and display a Swing window.
JNIPort should be configured to use ghost classes and support callbacks.
To configure ghost classes, ensure that the list of 'watcherClasses' under
'jniPortSettings' includes Since AWT/Swing uses Java threads, you should make sure that the JNI Helper is installed, or that you are not hooking the Java runtime's debugging output. If you followed the instructions in the installation walkthrough then JNI Helper will be configured. Ensure that a properly configured JMV is running, and open a new workspace. We start, as always, by getting a reference to the JVM object:
First we make an instance of
Now, we make sure that the frame won't call
Now we ask the frame to display itself (calling
We can hide the frame:
And show it again:
Now we'll create a scrollable panel that will display a picture (chose some handy
JPEG file). Notice how the delay is much shorter this time; much of Swing was
already loaded as a result of finding
Add the new pane to the frame and ask the frame to lay itself out again, which should display the picture:
And remove the pane:
Close the frame:
|
Copyright © Chris Uppal, 2003-2005
Java, JNI (probably), JVM (possibly), and God knows what else, are trademarks of Sun Microsystems, Inc.


--- layout: post date: 2013-07-14 19:19:19 +0200 title: "Systemd support in Debian packages: how to help" categories: Artikel tags: - debian ---
Sometimes, people show up in our IRC channel #debian-systemd or on our mailing list<EMAIL_ADDRESS>and ask how they can help. This blog post answers that question.
First of all, whatever you end up doing, please coordinate with us first! Saying hi in our IRC channel or on our mailing list and explaining what you intend to do is all we ask for. In the past, people have filed bug reports with service files that are not idiomatic, and we really need to avoid that.
Currently, our biggest task is to add/improve systemd support to individual Debian packages, and this is where we can use a lot of help.
We have a dashboard which contains two lists:
After you picked a service from the second list in our dashboard, first double-check that there is no bug filed against it yet (the dashboard might be a few hours behind).
Then, search for a service file, either upstream or in other distributions such as Arch Linux, Fedora, Gentoo, etc. In case there is no service file yet, write one. Please carefully test the service file (e.g. does starting/stopping/restarting and reloading work) and send it to us for review.
Be careful to avoid obvious regressions from the sysvinit init script. That is, don’t just write a very simplistic service file that breaks a use-case which formerly worked. If in doubt, ask pkg-systemd-maintainers or chose a different package to work on.
Afterwards, add systemd support by using the dh-systemd helper, see https://wiki.debian.org/Systemd/Packaging.
The last step is to file a proper bug report against the package that uses our usertag and CCs pkg-systemd-maintainers. See http://bugs.debian.org/714190 for an example.
Check if the package currently has any direct systemctl calls in its maintscripts and remove them if so (see http://bugs.debian.org/713853 for an example).
Follow https://wiki.debian.org/Systemd/Packaging to add systemd support using the dh-systemd helper.
Check whether the maintscripts look good and generate a debdiff to highlight the differences between the old and the new version:
debdiff --controlfiles=ALL OLD_amd64.changes NEW_amd64.changes
Then file a bug report which uses our usertag and CCs pkg-systemd-maintainers. See http://bugs.debian.org/713853 for an example.
Thank you for helping us and Debian in general!


| Error Description | Line |
| Class 'MergeSort' looks like designed for extension (can be subclassed), but the method 'sort' does not have javadoc that explains how to do that safely. If class is not designed for extension consider making the class 'MergeSort' final or making the method 'sort' static/final/abstract/empty, or adding allowed annotation for the method. | 7 |
| Parameter array should be final. | 8 |
| Class 'MergeSort' looks like designed for extension (can be subclassed), but the method 'sort' does not have javadoc that explains how to do that safely. If class is not designed for extension consider making the class 'MergeSort' final or making the method 'sort' static/final/abstract/empty, or adding allowed annotation for the method. | 12 |
| Parameter input should be final. | 12 |
| Parameter start should be final. | 12 |
| Parameter end should be final. | 12 |
| Class 'MergeSort' looks like designed for extension (can be subclassed), but the method 'merge' does not have javadoc that explains how to do that safely. If class is not designed for extension consider making the class 'MergeSort' final or making the method 'merge' static/final/abstract/empty, or adding allowed annotation for the method. | 24 |
| Parameter input should be final. | 24 |
| Parameter start should be final. | 24 |
| Parameter mid should be final. | 24 |
| Parameter end should be final. | 24 |
| Class 'MergeSort' looks like designed for extension (can be subclassed), but the method 'toString' does not have javadoc that explains how to do that safely. If class is not designed for extension consider making the class 'MergeSort' final or making the method 'toString' static/final/abstract/empty, or adding allowed annotation for the method. | 43 |
| Error Description | Line |
| Class 'SelectionSort' looks like designed for extension (can be subclassed), but the method 'sort' does not have javadoc that explains how to do that safely. If class is not designed for extension consider making the class 'SelectionSort' final or making the method 'sort' static/final/abstract/empty, or adding allowed annotation for the method. | 7 |
| Parameter array should be final. | 8 |
| 'for' is not followed by whitespace. | 12 |
| '{' is not preceded with whitespace. | 12 |
| 'if' is not followed by whitespace. | 13 |
| '{' is not preceded with whitespace. | 13 |
| Class 'SelectionSort' looks like designed for extension (can be subclassed), but the method 'toString' does not have javadoc that explains how to do that safely. If class is not designed for extension consider making the class 'SelectionSort' final or making the method 'toString' static/final/abstract/empty, or adding allowed annotation for the method. | 21 |
| Error Description | Line |
| Parameter algorithm should be final. | 12 |
| 'algorithm' hides a field. | 12 |
| Class 'ShellSort' looks like designed for extension (can be subclassed), but the method 'sort' does not have javadoc that explains how to do that safely. If class is not designed for extension consider making the class 'ShellSort' final or making the method 'sort' static/final/abstract/empty, or adding allowed annotation for the method. | 16 |
| Parameter array should be final. | 17 |
| Parameter array should be final. | 30 |
| Parameter array should be final. | 45 |
| Class 'ShellSort' looks like designed for extension (can be subclassed), but the method 'toString' does not have javadoc that explains how to do that safely. If class is not designed for extension consider making the class 'ShellSort' final or making the method 'toString' static/final/abstract/empty, or adding allowed annotation for the method. | 57 |
| Error Description | Line |
| Class 'RandomGenerator' looks like designed for extension (can be subclassed), but the method 'generateIntArray' does not have javadoc that explains how to do that safely. If class is not designed for extension consider making the class 'RandomGenerator' final or making the method 'generateIntArray' static/final/abstract/empty, or adding allowed annotation for the method. | 5 |
| '10' is a magic number. | 6 |
| '100' is a magic number. | 6 |
| Class 'RandomGenerator' looks like designed for extension (can be subclassed), but the method 'generateIntArray' does not have javadoc that explains how to do that safely. If class is not designed for extension consider making the class 'RandomGenerator' final or making the method 'generateIntArray' static/final/abstract/empty, or adding allowed annotation for the method. | 9 |
| Parameter size should be final. | 9 |
| '100' is a magic number. | 10 |
| Class 'RandomGenerator' looks like designed for extension (can be subclassed), but the method 'generateIntArray' does not have javadoc that explains how to do that safely. If class is not designed for extension consider making the class 'RandomGenerator' final or making the method 'generateIntArray' static/final/abstract/empty, or adding allowed annotation for the method. | 13 |
| Parameter size should be final. | 13 |
| Parameter max should be final. | 13 |


Archive for posts tagged with 'Twitter'
-
Mastodon
I've signed up to Mastodon. You can find me here<EMAIL_ADDRESS>I've known about Mastodon for a long time, I really like the distributed concept. I hadn't signed-up before as most of my friends were very active on Twitter. It's the "Social Networks are like Pubs" analogy again. I guess the reason for signing up to Mastodon now is an attempt to step outside of the (perceived) echo chamber and my comfort zone. I remember…
-
Open Graph: Facebook and Twitter Cards metadata
One of the motivators for going "back to basics" on my blog was to focus on the markup semantics and laying a solid foundation. Given one of the main powers of the Open Web is the ability to link and share content, I wanted to get my metadata in a workable state. I've known about Open Graph for a few years, professionally I make sure that my client's websites leverage it - but the funny…
-
How to follow conversations on Twitter
After reading Dave’s post about Twitter being the new Facebook yesterday, I decided to give Digsby a go. (I’d heard of it previously, but I was semi-scared off by all the twittermania – it’s a bit like marmite). Since I was only following a few tweeters there wasn’t of a flow – so I added a couple more higher profile tweeters, like Jeff Atwood’s Coding Horror.
-
Traffic Updates: RSS -> SMS
Since moving down to Bristol, I have been subscribing to the Underscore mailing list – of which I’m guilty of non-participation. One of the threads today made me realise the potential of user empowerment using “Web 2.0” services and technologies. The thread was called “RSS -> SMS“, Andy wrote: After my wife took three hours to get to work this morning due to the M5 being shut, I’ve built a Yahoo pipe that takes the…
-
Social Networks are like Pubs
I received an email from Pownce this morning, letting me know that they’ve opened the doors to all! Yah! (oh, the irony) I signed up for Pownce a couple of months ago… configured my profile, looked for a few friends … didn’t find any … now what? At this point I’m reminded of Rob Manuel’s comment about social networks: Social networks are pubs. There’s little reason to like Facebook if your friends aren’t there. Anyway,…
-
Post Updates to Twitter right from your Firefox Search Bar!
Post Updates to Twitter right from your Firefox Search Bar! It uses the OpenSearch protocol too!
-
Twittering along!
I’ve just signed up to Twitter – I have no idea why, you can view my “tweets” here. I’m using Twitteroo as my interface.


ID3FrameContentLanguage
public enum ID3FrameContentLanguage : String, Equatable, Hashable, CaseIterable
List of language identifier used in frames that support localized content with language indication. The list of supported languages corresponds to the ISO-639-2 standard. Languages with multiple code are distinguished by “B” (bibliographic) or “T” (terminology).
-
Afar language.
Declaration
Swift
case aar
-
Abkhazian language.
Declaration
Swift
case abk
-
Achinese laguage.
Declaration
Swift
case ace
-
Acoli language.
Declaration
Swift
case ach
-
Adangme language.
Declaration
Swift
case ada
-
Adyghe;-Adygei language.
Declaration
Swift
case ady
-
Afro-Asiatic languages.
Declaration
Swift
case afa
-
Afrihili language.
Declaration
Swift
case afh
-
Afrikaans language.
Declaration
Swift
case afr
-
Ainu language.
Declaration
Swift
case ain
-
Akan language.
Declaration
Swift
case aka
-
Akkadian language.
Declaration
Swift
case akk
-
Albanian (B) language.
Declaration
Swift
case alb
-
Albanian (T) language.
Declaration
Swift
case sqi
-
Aleut language.
Declaration
Swift
case ale
-
Algonquian languages.
Declaration
Swift
case alg
-
Southern Altai language.
Declaration
Swift
case alt
-
Amharic language.
Declaration
Swift
case amh
-
Old English (ca.450-1100) language.
Declaration
Swift
case ang
-
Angika language.
Declaration
Swift
case anp
-
Apache languages.
Declaration
Swift
case apa
-
Arabic language.
Declaration
Swift
case ara
-
Official Aramaic (700-300 BCE) - Imperial Aramaic (700-300 BCE) language.
Declaration
Swift
case arc
-
Aragonese language.
Declaration
Swift
case arg
-
Armenian (B) language.
Declaration
Swift
case arm
-
Armenian (T) language.
Declaration
Swift
case hye
-
Mapudungun - Mapuche language.
Declaration
Swift
case arn
-
Arapaho language.
Declaration
Swift
case arp
-
Artificial languages.
Declaration
Swift
case art
-
Arawak language.
Declaration
Swift
case arw
-
Assamese language.
Declaration
Swift
case asm
-
Asturian - Bable - Leonese - Asturleonese languages.
Declaration
Swift
case ast
-
Athapascan languages.
Declaration
Swift
case ath
-
Australian languages.
Declaration
Swift
case aus
-
Avaric language.
Declaration
Swift
case ava
-
Avestan language.
Declaration
Swift
case ave
-
Awadhi language.
Declaration
Swift
case awa
-
Aymara language.
Declaration
Swift
case aym
-
Azerbaijani language.
Declaration
Swift
case aze
-
Banda languages.
Declaration
Swift
case bad
-
Bamileke languages.
Declaration
Swift
case bai
-
Bashkir language.
Declaration
Swift
case bak
-
Baluchi language.
Declaration
Swift
case bal
-
Bambara language.
Declaration
Swift
case bam
-
Balinese language.
Declaration
Swift
case ban
-
Basque (B) language.
Declaration
Swift
case baq
-
Basque (T) language.
Declaration
Swift
case eus
-
Basa language.
Declaration
Swift
case bas
-
Baltic languages.
Declaration
Swift
case bat
-
Beja - Bedawiyet language.
Declaration
Swift
case bej
-
Belarusian language.
Declaration
Swift
case bel
-
Bemba language.
Declaration
Swift
case bem
-
Bengali language.
Declaration
Swift
case ben
-
Berber languages.
Declaration
Swift
case ber
-
Bhojpuri language.
Declaration
Swift
case bho
-
Bihari languages.
Declaration
Swift
case bih
-
Bikol language.
Declaration
Swift
case bik
-
Bini - Edo language.
Declaration
Swift
case bin
-
Bislama language.
Declaration
Swift
case bis
-
Siksika language.
Declaration
Swift
case bla
-
Bantu languages.
Declaration
Swift
case bnt
-
Tibetan (B) language.
Declaration
Swift
case tib
-
Tibetan (T) language.
Declaration
Swift
case bod
-
Bosnian language.
Declaration
Swift
case bos
-
Braj language.
Declaration
Swift
case bra
-
Breton language.
Declaration
Swift
case bre
-
Batak languages.
Declaration
Swift
case btk
-
Buriat language.
Declaration
Swift
case bua
-
Buginese language.
Declaration
Swift
case bug
-
Bulgarian language.
Declaration
Swift
case bul
-
Burmese (B) language.
Declaration
Swift
case bur
-
Burmese (T) language.
Declaration
Swift
case mya
-
Blin - Bilin language.
Declaration
Swift
case byn
-
Caddo language.
Declaration
Swift
case cad
-
Central American Indian languages.
Declaration
Swift
case cai
-
Galibi Carib language.
Declaration
Swift
case car
-
Catalan - Valencian language.
Declaration
Swift
case cat
-
Caucasian languages.
Declaration
Swift
case cau
-
Cebuano language.
Declaration
Swift
case ceb
-
Celtic languages.
Declaration
Swift
case cel
-
Czech (B) language.
Declaration
Swift
case cze
-
Czech (T) language.
Declaration
Swift
case ces
-
Chamorro language.
Declaration
Swift
case cha
-
Chibcha language.
Declaration
Swift
case chb
-
Chechen language.
Declaration
Swift
case che
-
Chagatai language.
Declaration
Swift
case chg
-
Chinese (B) language.
Declaration
Swift
case chi
-
Chinese (T) language.
Declaration
Swift
case zho
-
Chuukese language.
Declaration
Swift
case chk
-
Mari language.
Declaration
Swift
case chm
-
Chinook jargon language.
Declaration
Swift
case chn
-
Choctaw language.
Declaration
Swift
case cho
-
Chipewyan - Dene Suline language.
Declaration
Swift
case chp
-
Cherokee language.
Declaration
Swift
case chr
-
Church Slavic - Old Slavonic - Church Slavonic - Old Bulgarian - Old Church Slavonic language.
Declaration
Swift
case chu
-
Chuvash language.
Declaration
Swift
case chv
-
Cheyenne language.
Declaration
Swift
case chy
-
Chamic languages.
Declaration
Swift
case cmc
-
Montenegrin language.
Declaration
Swift
case cnr
-
Coptic language.
Declaration
Swift
case cop
-
Cornish language.
Declaration
Swift
case cor
-
Corsican language.
Declaration
Swift
case cos
-
Creoles and pidgins, English based language.
Declaration
Swift
case cpe
-
Creoles and pidgins, French-based language.
Declaration
Swift
case cpf
-
Creoles and pidgins, Portuguese-based language.
Declaration
Swift
case cpp
-
Cree language.
Declaration
Swift
case cre
-
Crimean Tatar - Crimean Turkish language.
Declaration
Swift
case crh
-
Creoles and pidgins language.
Declaration
Swift
case crp
-
Kashubian language.
Declaration
Swift
case csb
-
Cushitic languages.
Declaration
Swift
case cus
-
Welsh (B) language.
Declaration
Swift
case wel
-
Welsh (T) language.
Declaration
Swift
case cym
-
Dakota language.
Declaration
Swift
case dak
-
Danish language.
Declaration
Swift
case dan
-
Dargwa language.
Declaration
Swift
case dar
-
Land Dayak languages .
Declaration
Swift
case day
-
Delaware language.
Declaration
Swift
case del
-
Slave (Athapascan) language.
Declaration
Swift
case den
-
German (B) language.
Declaration
Swift
case ger
-
German (T) language.
Declaration
Swift
case deu
-
Dogrib language.
Declaration
Swift
case dgr
-
Dinka language.
Declaration
Swift
case din
-
Divehi - Dhivehi - Maldivian language.
Declaration
Swift
case div
-
Dogri language.
Declaration
Swift
case doi
-
Dravidian languages.
Declaration
Swift
case dra
-
Lower Sorbian language.
Declaration
Swift
case dsb
-
Duala language.
Declaration
Swift
case dua
-
Dutch, Middle (ca.1050-1350) language.
Declaration
Swift
case dum
-
Dutch - Flemish (B) language.
Declaration
Swift
case dut
-
Dutch - Flemish (T) language.
Declaration
Swift
case nld
-
Dyula language.
Declaration
Swift
case dyu
-
Dzongkha language.
Declaration
Swift
case dzo
-
Efik language.
Declaration
Swift
case efi
-
Egyptian (Ancient) language.
Declaration
Swift
case egy
-
Ekajuk language.
Declaration
Swift
case eka
-
Greek, Modern (1453-) (B) language.
Declaration
Swift
case gre
-
Greek, Modern (1453-) (T) language.
Declaration
Swift
case ell
-
Elamite language.
Declaration
Swift
case elx
-
English language.
Declaration
Swift
case eng
-
English, Middle (1100-1500) language.
Declaration
Swift
case enm
-
Esperanto language.
Declaration
Swift
case epo
-
Estonian language.
Declaration
Swift
case est
-
Ewe language.
Declaration
Swift
case ewe
-
Ewondo language.
Declaration
Swift
case ewo
-
Fang language.
Declaration
Swift
case fan
-
Faroese language.
Declaration
Swift
case fao
-
Persian (B) language.
Declaration
Swift
case per
-
Persian (T) language.
Declaration
Swift
case fas
-
Fanti language.
Declaration
Swift
case fat
-
Fijian language.
Declaration
Swift
case fij
-
Filipino language.
Declaration
Swift
case fil
-
Finnish language.
Declaration
Swift
case fin
-
Finno-Ugrian languages.
Declaration
Swift
case fiu
-
Fon language.
Declaration
Swift
case fon
-
French (B) language.
Declaration
Swift
case fre
-
French (T) language.
Declaration
Swift
case fra
-
French, Middle (ca.1400-1600) language.
Declaration
Swift
case frm
-
French, Old (842-ca.1400) language.
Declaration
Swift
case fro
-
Northern Frisian language.
Declaration
Swift
case frr
-
Eastern Frisian language.
Declaration
Swift
case frs
-
Western Frisian language.
Declaration
Swift
case fry
-
Fulah language.
Declaration
Swift
case ful
-
Friulian language.
Declaration
Swift
case fur
-
Ga language.
Declaration
Swift
case gaa
-
Gayo language.
Declaration
Swift
case gay
-
Gbaya language.
Declaration
Swift
case gba
-
Germanic languages.
Declaration
Swift
case gem
-
Georgian (B) language.
Declaration
Swift
case geo
-
Georgian (T) language.
Declaration
Swift
case kat
-
Geez language.
Declaration
Swift
case gez
-
Gilbertese language.
Declaration
Swift
case gil
-
Gaelic - Scottish Gaelic language.
Declaration
Swift
case gla
-
Irish language.
Declaration
Swift
case gle
-
Galician language.
Declaration
Swift
case glg
-
Manx language.
Declaration
Swift
case glv
-
German, Middle High (ca.1050-1500) language.
Declaration
Swift
case gmh
-
German, Old High (ca.750-1050) language.
Declaration
Swift
case goh
-
Gondi language.
Declaration
Swift
case gon
-
Gorontalo language.
Declaration
Swift
case gor
-
Gothic language.
Declaration
Swift
case got
-
Grebo language.
Declaration
Swift
case grb
-
Greek, Ancient (to 1453) language.
Declaration
Swift
case grc
-
Guarani language.
Declaration
Swift
case grn
-
Swiss German - Alemannic - Alsatian language.
Declaration
Swift
case gsw
-
Gujarati language.
Declaration
Swift
case guj
-
Gwich'in language.
Declaration
Swift
case gwi
-
Haida language.
Declaration
Swift
case hai
-
Haitian - Haitian Creole language.
Declaration
Swift
case hat
-
Hausa language.
Declaration
Swift
case hau
-
Hawaiian language.
Declaration
Swift
case haw
-
Hebrew language.
Declaration
Swift
case heb
-
Herero language.
Declaration
Swift
case her
-
Hiligaynon language.
Declaration
Swift
case hil
-
Himachali - Western Pahari languages.
Declaration
Swift
case him
-
Hindi language.
Declaration
Swift
case hin
-
Hittite language.
Declaration
Swift
case hit
-
Hmong - Mong language.
Declaration
Swift
case hmn
-
Hiri Motu language.
Declaration
Swift
case hmo
-
Croatian language.
Declaration
Swift
case hrv
-
Upper Sorbian language.
Declaration
Swift
case hsb
-
Hungarian language.
Declaration
Swift
case hun
-
Hupa language.
Declaration
Swift
case hup
-
Iban language.
Declaration
Swift
case iba
-
Igbo language.
Declaration
Swift
case ibo
-
Icelandic (B) language.
Declaration
Swift
case ice
-
Icelandic (T) language.
Declaration
Swift
case isl
-
Ido language.
Declaration
Swift
case ido
-
Sichuan Yi - Nuosu language.
Declaration
Swift
case iii
-
Ijo languages.
Declaration
Swift
case ijo
-
Inuktitut language.
Declaration
Swift
case iku
-
Interlingue - Occidental language.
Declaration
Swift
case ile
-
Iloko language.
Declaration
Swift
case ilo
-
Interlingua language.
Declaration
Swift
case ina
-
Indic languages.
Declaration
Swift
case inc
-
Indonesian language.
Declaration
Swift
case ind
-
Indo-European languages.
Declaration
Swift
case ine
-
Ingush language.
Declaration
Swift
case inh
-
Inupiaq language.
Declaration
Swift
case ipk
-
Iranian languages.
Declaration
Swift
case ira
-
Iroquoian languages.
Declaration
Swift
case iro
-
Italian language.
Declaration
Swift
case ita
-
Javanese language.
Declaration
Swift
case jav
-
Lojban language.
Declaration
Swift
case jbo
-
Japanese language.
Declaration
Swift
case jpn
-
Judeo-Persian language.
Declaration
Swift
case jpr
-
Judeo-Arabic language.
Declaration
Swift
case jrb
-
Kara-Kalpak language.
Declaration
Swift
case kaa
-
Kabyle language.
Declaration
Swift
case kab
-
Kachin - Jingpho language.
Declaration
Swift
case kac
-
Kalaallisut - Greenlandic language.
Declaration
Swift
case kal
-
Kamba language.
Declaration
Swift
case kam
-
Kannada language.
Declaration
Swift
case kan
-
Karen languages.
Declaration
Swift
case kar
-
Kashmiri language.
Declaration
Swift
case kas
-
Georgian language.
Declaration
Swift
case kau
-
Kanuri language.
Declaration
Swift
case kaw
-
Kazakh language.
Declaration
Swift
case kaz
-
Kabardian language.
Declaration
Swift
case kbd
-
Khasi language.
Declaration
Swift
case kha
-
Khoisan languages.
Declaration
Swift
case khi
-
Central Khmer language.
Declaration
Swift
case khm
-
Khotanese - Sakan language.
Declaration
Swift
case kho
-
Kikuyu - Gikuyu language.
Declaration
Swift
case kik
-
Kinyarwanda language.
Declaration
Swift
case kin
-
Kirghiz language.
Declaration
Swift
case kir
-
Kimbundu language.
Declaration
Swift
case kmb
-
Konkani language.
Declaration
Swift
case kok
-
Komi language.
Declaration
Swift
case kom
-
Kongo language.
Declaration
Swift
case kon
-
Korean language.
Declaration
Swift
case kor
-
Kosraean language.
Declaration
Swift
case kos
-
Kpelle language.
Declaration
Swift
case kpe
-
Karachay-Balkar language.
Declaration
Swift
case krc
-
Karelian language.
Declaration
Swift
case krl
-
Kru languages.
Declaration
Swift
case kro
-
language.
Declaration
Swift
case kru
-
language.
Declaration
Swift
case kua
-
Kurukh language.
Declaration
Swift
case kum
-
Kuanyama - Kwanyama language.
Declaration
Swift
case kur
-
Kutenai language.
Declaration
Swift
case kut
-
Ladino language.
Declaration
Swift
case lad
-
Lahnda language.
Declaration
Swift
case lah
-
Lamba language.
Declaration
Swift
case lam
-
Lao language.
Declaration
Swift
case lao
-
Latin language.
Declaration
Swift
case lat
-
Latvian language.
Declaration
Swift
case lav
-
Lezghian language.
Declaration
Swift
case lez
-
Limburgan - Limburger - Limburgish language.
Declaration
Swift
case lim
-
Lingala language.
Declaration
Swift
case lin
-
Lithuanian language.
Declaration
Swift
case lit
-
Mongo language.
Declaration
Swift
case lol
-
Lozi language.
Declaration
Swift
case loz
-
Luxembourgish language.
Declaration
Swift
case ltz
-
Luba-Lulua language.
Declaration
Swift
case lua
-
Luba-Katanga language.
Declaration
Swift
case lub
-
Ganda language.
Declaration
Swift
case lug
-
Luiseno language.
Declaration
Swift
case lui
-
Lunda language.
Declaration
Swift
case lun
-
Luo (Kenya and Tanzania) language.
Declaration
Swift
case luo
-
Lushai language.
Declaration
Swift
case lus
-
Macedonian (B) language.
Declaration
Swift
case mac
-
Macedonian (T) language.
Declaration
Swift
case mkd
-
Madurese language.
Declaration
Swift
case mad
-
Magahi language.
Declaration
Swift
case mag
-
Marshallese language.
Declaration
Swift
case mah
-
Maithili language.
Declaration
Swift
case mai
-
Makasar language.
Declaration
Swift
case mak
-
Malayalam language.
Declaration
Swift
case mal
-
Mandingo language.
Declaration
Swift
case man
-
Maori (B) language.
Declaration
Swift
case mao
-
Maori (T) language.
Declaration
Swift
case mri
-
Austronesian languages.
Declaration
Swift
case map
-
Marathi language.
Declaration
Swift
case mar
-
Masai language.
Declaration
Swift
case mas
-
Malay (B) language.
Declaration
Swift
case may
-
Malay (T) language.
Declaration
Swift
case msa
-
Moksha language.
Declaration
Swift
case mdf
-
Mandar language.
Declaration
Swift
case mdr
-
Mende language.
Declaration
Swift
case men
-
Irish, Middle (900-1200) language.
Declaration
Swift
case mga
-
Mi'kmaq language.
Declaration
Swift
case mic
-
Minangkabau language.
Declaration
Swift
case min
-
Uncoded languages.
Declaration
Swift
case mis
-
Mon-Khmer languages.
Declaration
Swift
case mkh
-
Malagasy language.
Declaration
Swift
case mlg
-
Maltese language.
Declaration
Swift
case mlt
-
Manchu language.
Declaration
Swift
case mnc
-
Manipuri language.
Declaration
Swift
case mni
-
Manobo languages.
Declaration
Swift
case mno
-
Mohawk language.
Declaration
Swift
case moh
-
Mongolian language.
Declaration
Swift
case mon
-
Mossi language.
Declaration
Swift
case mos
-
Multiple languages.
Declaration
Swift
case mul
-
Munda languages.
Declaration
Swift
case mun
-
Creek language.
Declaration
Swift
case mus
-
Mirandese language.
Declaration
Swift
case mwl
-
Marwari language.
Declaration
Swift
case mwr
-
Burmese language.
Declaration
Swift
case myn
-
Mayan languages.
Declaration
Swift
case myv
-
Nahuatl languages.
Declaration
Swift
case nah
-
North American Indian languages.
Declaration
Swift
case nai
-
Neapolitan language.
Declaration
Swift
case nap
-
Nauru language.
Declaration
Swift
case nau
-
Navajo - Navaho language.
Declaration
Swift
case nav
-
South Ndebele language.
Declaration
Swift
case nbl
-
North Ndebele language.
Declaration
Swift
case nde
-
Ndonga language.
Declaration
Swift
case ndo
-
Low German; Low Saxon; German, Low; Saxon, Low language.
Declaration
Swift
case nds
-
Nepali language.
Declaration
Swift
case nep
-
Nepal Bhasa; Newari language.
Declaration
Swift
case new
-
Nias language.
Declaration
Swift
case nia
-
Niger-Kordofanian languages.
Declaration
Swift
case nic
-
Niuean language.
Declaration
Swift
case niu
-
Nynorsk, Norwegian language.
Declaration
Swift
case nno
-
Bokmål, Norwegian language.
Declaration
Swift
case nob
-
Nogai language.
Declaration
Swift
case nog
-
Old Norse language.
Declaration
Swift
case non
-
Norwegian language.
Declaration
Swift
case nor
-
N'Ko language.
Declaration
Swift
case nqo
-
Northern Sotho language.
Declaration
Swift
case nso
-
Nubian languages.
Declaration
Swift
case nub
-
Classical Nepal Bhasa.
Declaration
Swift
case nwc
-
Chichewa; Chewa; Nyanja language.
Declaration
Swift
case nya
-
Nyamwezi language.
Declaration
Swift
case nym
-
Nyankole language.
Declaration
Swift
case nyn
-
Nyoro language.
Declaration
Swift
case nyo
-
Nzima language.
Declaration
Swift
case nzi
-
Occitan (post 1500) language.
Declaration
Swift
case oci
-
Ojibwa language.
Declaration
Swift
case oji
-
Oriya language.
Declaration
Swift
case ori
-
Oromo language.
Declaration
Swift
case orm
-
Osage language.
Declaration
Swift
case osa
-
Ossetian; Ossetic language.
Declaration
Swift
case oss
-
Turkish, Ottoman (1500-1928) language.
Declaration
Swift
case ota
-
Otomian languages.
Declaration
Swift
case oto
-
Papuan languages.
Declaration
Swift
case paa
-
Pangasinan language.
Declaration
Swift
case pag
-
Pahlavi language.
Declaration
Swift
case pal
-
Pampanga language.
Declaration
Swift
case pam
-
Panjabi; Punjabi language.
Declaration
Swift
case pan
-
Papiamento language.
Declaration
Swift
case pap
-
Palauan language.
Declaration
Swift
case pau
-
Persian, Old (ca.600-400 B.C.) language.
Declaration
Swift
case peo
-
Philippine languages.
Declaration
Swift
case phi
-
Phoenician language.
Declaration
Swift
case phn
-
Pali language.
Declaration
Swift
case pli
-
Polish language.
Declaration
Swift
case pol
-
Pohnpeian language.
Declaration
Swift
case pon
-
Portuguese language.
Declaration
Swift
case por
-
Prakrit languages.
Declaration
Swift
case pra
-
Provençal, Old (to 1500) - Occitan, Old (to 1500) language.
Declaration
Swift
case pro
-
Pushto - Pashto language.
Declaration
Swift
case pus
-
Reserved for local use language.
Declaration
Swift
case qaa
-
Reserved for local use language.
Declaration
Swift
case qtz
-
Quechua language.
Declaration
Swift
case que
-
Rajasthani language.
Declaration
Swift
case raj
-
Rapanui language.
Declaration
Swift
case rap
-
Rarotongan- Cook Islands Maori language.
Declaration
Swift
case rar
-
Romance language.
Declaration
Swift
case roa
-
Romansh language.
Declaration
Swift
case roh
-
Romany language.
Declaration
Swift
case rom
-
Romanian/Moldavian/Moldovan (B) language.
Declaration
Swift
case rum
-
Romanian/Moldavian/Moldovan (B) language.
Declaration
Swift
case ron
-
Rundi language.
Declaration
Swift
case run
-
Aromanian/Arumanian/Macedo-Romanian language.
Declaration
Swift
case rup
-
Russian language.
Declaration
Swift
case rus
-
Sandawe language.
Declaration
Swift
case sad
-
Sango language.
Declaration
Swift
case sag
-
Yakut language.
Declaration
Swift
case sah
-
South American Indian languages.
Declaration
Swift
case sai
-
Salishan languages.
Declaration
Swift
case sal
-
Samaritan Aramaic.
Declaration
Swift
case sam
-
Sanskrit language.
Declaration
Swift
case san
-
Sasak language.
Declaration
Swift
case sas
-
Santali language.
Declaration
Swift
case sat
-
Sicilian language.
Declaration
Swift
case scn
-
Scots language.
Declaration
Swift
case sco
-
Selkup language.
Declaration
Swift
case sel
-
Semitic languages.
Declaration
Swift
case sem
-
Old Irish (to 900) language.
Declaration
Swift
case sga
-
Sign Languages.
Declaration
Swift
case sgn
-
Shan language.
Declaration
Swift
case shn
-
Sidamo language.
Declaration
Swift
case sid
-
Sinhala - Sinhalese language.
Declaration
Swift
case sin
-
Siouan languages language.
Declaration
Swift
case sio
-
Sino-Tibetan languages.
Declaration
Swift
case sit
-
Slavic languages language.
Declaration
Swift
case sla
-
Slovak (B) language.
Declaration
Swift
case slo
-
Slovak (T) language.
Declaration
Swift
case slk
-
Slovenian language.
Declaration
Swift
case slv
-
Southern Sami language.
Declaration
Swift
case sma
-
Northern Sami language.
Declaration
Swift
case sme
-
Sami languages language.
Declaration
Swift
case smi
-
Lule Sami language.
Declaration
Swift
case smj
-
Inari Sami language.
Declaration
Swift
case smn
-
Samoan language.
Declaration
Swift
case smo
-
Skolt Sami language.
Declaration
Swift
case sms
-
Shona language.
Declaration
Swift
case sna
-
Sindhi language.
Declaration
Swift
case snd
-
Soninke language.
Declaration
Swift
case snk
-
Sogdian language.
Declaration
Swift
case sog
-
Somali language.
Declaration
Swift
case som
-
Songhai languages.
Declaration
Swift
case son
-
Sotho, Southern language.
Declaration
Swift
case sot
-
Spanish - Castilian language.
Declaration
Swift
case spa
-
Sardinian language.
Declaration
Swift
case srd
-
Sranan Tongo language.
Declaration
Swift
case srn
-
Serbian language.
Declaration
Swift
case srp
-
Serer language.
Declaration
Swift
case srr
-
Nilo-Saharan languages.
Declaration
Swift
case ssa
-
Swati language.
Declaration
Swift
case ssw
-
Sukuma language.
Declaration
Swift
case suk
-
Sundanese language.
Declaration
Swift
case sun
-
Susu language.
Declaration
Swift
case sus
-
Sumerian language.
Declaration
Swift
case sux
-
Swahili language.
Declaration
Swift
case swa
-
Swedish language.
Declaration
Swift
case swe
-
Classical Syriac language.
Declaration
Swift
case syc
-
Syriac language.
Declaration
Swift
case syr
-
Tahitian language.
Declaration
Swift
case tah
-
Tai languages.
Declaration
Swift
case tai
-
Tamil language.
Declaration
Swift
case tam
-
Tatar language.
Declaration
Swift
case tat
-
Telugu language.
Declaration
Swift
case tel
-
Timne language.
Declaration
Swift
case tem
-
Tereno language.
Declaration
Swift
case ter
-
Tetum language.
Declaration
Swift
case tet
-
Tajik language.
Declaration
Swift
case tgk
-
Tagalog language.
Declaration
Swift
case tgl
-
Thai language.
Declaration
Swift
case tha
-
Tigre language.
Declaration
Swift
case tig
-
Tigrinya language.
Declaration
Swift
case tir
-
Tiv language.
Declaration
Swift
case tiv
-
Tokelau language.
Declaration
Swift
case tkl
-
Klingon - tlhIngan-Hol language.
Declaration
Swift
case tlh
-
Tlingit language.
Declaration
Swift
case tli
-
Tamashek language.
Declaration
Swift
case tmh
-
Tonga (Nyasa) language.
Declaration
Swift
case tog
-
Tonga (Tonga Islands) language.
Declaration
Swift
case ton
-
Tok Pisin language.
Declaration
Swift
case tpi
-
Tsimshian language.
Declaration
Swift
case tsi
-
Tswana language.
Declaration
Swift
case tsn
-
Tsonga language.
Declaration
Swift
case tso
-
Turkmen language.
Declaration
Swift
case tuk
-
Tumbuka language.
Declaration
Swift
case tum
-
Tupi languages.
Declaration
Swift
case tup
-
Turkish language.
Declaration
Swift
case tur
-
Altaic languages.
Declaration
Swift
case tut
-
Tuvalu language.
Declaration
Swift
case tvl
-
Twi language.
Declaration
Swift
case twi
-
Tuvinian language.
Declaration
Swift
case tyv
-
Udmurt language.
Declaration
Swift
case udm
-
Ugaritic language.
Declaration
Swift
case uga
-
Uighur - Uyghur language.
Declaration
Swift
case uig
-
Ukrainian language.
Declaration
Swift
case ukr
-
Umbundu language.
Declaration
Swift
case umb
-
Undetermined language.
Declaration
Swift
case und
-
Urdu language.
Declaration
Swift
case urd
-
Uzbek language.
Declaration
Swift
case uzb
-
Vai language.
Declaration
Swift
case vai
-
Venda language.
Declaration
Swift
case ven
-
Vietnamese language.
Declaration
Swift
case vie
-
Volapük language.
Declaration
Swift
case vol
-
Votic language.
Declaration
Swift
case vot
-
Wakashan languages.
Declaration
Swift
case wak
-
Wolaitta - Wolaytta language.
Declaration
Swift
case wal
-
Waray language.
Declaration
Swift
case war
-
Washo language.
Declaration
Swift
case was
-
Sorbian languages.
Declaration
Swift
case wen
-
Walloon language.
Declaration
Swift
case wln
-
Wolof language.
Declaration
Swift
case wol
-
Kalmyk - Oirat language.
Declaration
Swift
case xal
-
Xhosa language.
Declaration
Swift
case xho
-
Yao language.
Declaration
Swift
case yao
-
Yapese language.
Declaration
Swift
case yap
-
Yiddish language.
Declaration
Swift
case yid
-
Yoruba language.
Declaration
Swift
case yor
-
Yupik languages.
Declaration
Swift
case ypk
-
Zapotec language.
Declaration
Swift
case zap
-
Blissymbols - Blissymbolics - Bliss language.
Declaration
Swift
case zbl
-
Zenaga language.
Declaration
Swift
case zen
-
Standard Moroccan Tamazight language.
Declaration
Swift
case zgh
-
Zhuang - Chuang language.
Declaration
Swift
case zha
-
Zande languages.
Declaration
Swift
case znd
-
Zulu language.
Declaration
Swift
case zul
-
Zuni language.
Declaration
Swift
case zun
-
No linguistic content; Not applicable
Declaration
Swift
case zxx
-
Zaza - Dimili - Dimli - Kirdki - Kirmanjki - Zazaki language.
Declaration
Swift
case zza
-
Invalid/Unknown language.
Declaration
Swift
case unknown


#include <st.h>
Definition at line 40 of file st.h.
Definition at line 42 of file st.h.
Referenced by st_gen(), st_gen_int(), and st_init_gen().
Definition at line 43 of file st.h.
Definition at line 41 of file st.h.


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| rocco {knitr} | R Documentation |
The classic Docco style is a two-column layout, with text in the left and code in the right column.
rocco(input, ...)
input |
Path of the input R Markdown file. |
... |
Arguments to be passed to |
The output HTML page supports resizing and hiding/showing the two columns.
Move the cursor to the center of the page, and it will change to a
bidirectional resize cursor; drag the cursor to resize the two columns. Press
the key t
to hide the code column (show the text column only), and
press again to hide the text column (show code).
An HTML file is written, and its name is returned.
Weicheng Zhu and Yihui Xie
The Docco package by Jeremy Ashkenas: https://github.com/jashkenas/docco
rocco_view = function(input) { owd = setwd(tempdir()) on.exit(setwd(owd)) if (!file.exists(input)) return() o = rocco(input, header = "", quiet = TRUE) if (interactive()) browseURL(o) } # knit these two vignettes using the docco style rocco_view(system.file("doc", "docco-classic.Rmd", package = "knitr")) rocco_view(system.file("doc", "knit_expand.Rmd", package = "knitr"))


The HTML, CSS and Javascript within the project has been adjusted into a new style that is more responsive to being viewed on a telephone. The appearance has been tested on Safari, Chrome, Firefox, Edge and Opera. IE has been ignored and extensive testing using an external site such as browserstack has not been performed.
The default value for SECRET_KEY should be changed to some random bytes in production. Otherwise, attackers could use the public 'dev' key to modify the session cookie, or anything else that uses the secret key.
python -c 'import os; print(os.urandom(16))'
b'_5#y2L"F4Q8znxec]/'
The tutorial specifically mentions that you can create a config.py file in the instance folder, which the factory will read from if it exists. Copy the generated value into it.
venv/var/flaskr-instance/config.py SECRET_KEY = b'_5#y2L"F4Q8znxec]/'
In the make files I run flask with the --host=<IP_ADDRESS> so that I can test the code easily on another device such as a phone.
This project was written and tested on a mac and it has not been tested on Linux.
When running publicly rather than in development, you should not use the built-in development server (flask run). The development server is provided by Werkzeug for convenience, but is not designed to be particularly efficient, stable, or secure.
Instead, use a production WSGI server. For example, to use Waitress, first install it in the virtual environment:
- pip install waitress
You need to tell Waitress about your application, but it doesn’t use FLASK_APP like flask run does. You need to tell it to import and call the application factory to get an application object.
- waitress-serve --call 'flaskr:create_app'
- Serving on http://<IP_ADDRESS>:8080
There are also many other ways to deploy an application. Please see Deployment Options in the tutorial.


The following money will be donated to what is selected in the box. If you want to change where you are donating to, please reselect in the dropdown box. Then press Submit to confirm.


| Thank you for the feedback! | |
|
Oh no! Something went wrong and you did not receive proper help? Please email us<EMAIL_ADDRESS>and we will check the issue as soon as possible.
We are striving to make our support service better and faster!
|
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TEST METHOD: Thermometer calibration at 0oC and 100oC
Version: 30 May 2007 (additional detail on icepoint method)
OVERVIEW
Laboratory glass thermometers may become inaccurate over time. The 50oC thermometers may be calibrated against a single point (0oC) while the 100oC thermometers should be calibrated against two points: 0oC and 100oC. As the St Kilda laboratory is at sea-level, these temperatures may be found at the melting point of ice (accurate to 0.05oC) and the boiling point of water (accurate to 0.5oC).
TASK SAFETY REQUIREMENTS
Lab coat and safety shoes are mandatory. Use appropriate PPE.
| SPECIFIC JOB STEPS | HAZARDS WITHIN THIS STEP | HAZARD CONTROL |
| Ice Point Method Fill a tall plastic container with a mixture of fine crushed rainwater ice and rainwater. Sit the tall container in a 5L plastic beaker or container and surround it with ice cubes (this ice does not need to be crushed) |
How to I get a fine crushed ice?
How can I ensure the temperature remains stable? |
Put several icetrays of ice cubes into some large zippy bags. Use double bagging to prevent leakage. Crush the ice using a rubber mallet. Any excess can be stored for a short period in the freezer. Alternatively, use a blender to crush the ice. The tall container must have crushed ice throughout the water column so that the melting ice can provide an environment of 0°C. You may have to pack more crushed ice into the container during the process. |
| When the mixture of the water has stabilized after four or five minutes, insert the thermometer to be calibrated to the appropriate immersion depth. | How can I be sure the thermometer is not being affected by the container? | Be sure to hold the stem of the instrument away from the bottom and sides of the container (preferably one inch) to avoid error. |
| If your thermometer does not record 0oC, record the correction 'offset' on it with an indelible pen, or replace the thermometer. |
How do I decide on an 'offset' or replacement? | If the thermometer 'offset' is more than 1oC, replace the thermometer. |
| Boiling Point Method Use a large beaker of distilled or rainwater on a hotplate. After the water in the container has reached a complete “rolling” boil, insert the instrument to the appropriate immersion depth. |
How can I be sure the thermometer is not being affected by the container? | Be sure to hold the stem of the instrument away from the bottom and sides of the container (at least 2 inches from the hotplate) to avoid error. |
| If your thermometer does not record 100oC, record the correction 'offset' on it with an indelible pen, or replace the thermometer. |
How do I decide on an 'offset' or replacement? | If the thermometer 'offset' is more than 1.5oC, replace the thermometer. |


Six of the best places in the UK for historic architecture
by David WhitleyYORK
York's crowning glory will always be York Minster, a Gothic masterpiece with a soaring towers and unspeakably elegant interior vaulting. But this should be regarded as the cherry on the top of York's medieval architecture, rather than the sole worthy exhibit. Barley Hall is a heavily restored townhouse that now plays host to a museum about magic, but its retro-fitted wooden frame gives it an evocative Middle Ages feel. For authenticity, the Merchant Adventurer's Hall – a medieval guildhall – takes the crown. Its timber frame, held together with wooden pegs, is the original, and the building dates back to 1357. See visityork.org
BRISTOL
Between about 1850 and 1880, as Bristol was booming, Byzantine architecture came into fashion, and several examples of this "Bristol Byzantine" style are still standing. These include several old warehouses around the harbour, such as the Robinson's Warehouse with its decorative yellow and red brickwork and Moorish-leaning arches. Elsewhere, the Granary pulls off the Moorish arch trick over several stories, while Colston Hall – a popular venue currently closed for renovation - brings the look inside, too, with a foyer that survived when the rest of the building was twice-gutted by fire. The heaviest concentration of Bristol Byzantine buildings, however, can be found around Victoria Street. See visitbristol.co.uk
BATH
The town is brimful of Georgian architecture. The most famous example is the Royal Crescent, where a semicircle of grand townhouses, all perfectly symmetrical from the outside, overlooks the Royal Victoria Park. A similar trick is performed with the Circus, which uses three identical curving terraces to form a grand circle. But it's the uniformity of the building exteriors that makes Bath so impressive. The creamy, locally-quarried stone, Palladian neo-classicism and deliberate attempts at haughty grandeur are sprinkled throughout the city. It even extends to the bridges – the Palladian-style Pulteney Bridge over the River Avon is one of only four in the world to have shops across the full span on both sides. See visitbath.co.uk
GLASGOW
The distinctive look of this port city comes courtesy of one man – Charles Rennie Mackintosh, who was influenced by the Arts and Crafts movement and Japanese styles, but came up with something identifiably his own. Long, slender lines, stylised floral elements and elegant restraint when it comes to ornamentation are his hallmarks. Of the buildings still standing, the most popular (partly because you can have afternoon tea there) is the Willow Tearooms on Sauchiehall Street. But others worth checking out include Mackintosh House on the University campus and Mackintosh Church on the North Side. Most dreamy of all, though, is the House For An Art Lover, built from Mackintosh's designs long after he died. The interior elements are sumptuous. See peoplemakeglasgow.com
CHESTER
At first glance, the appealing walled city of Chester looks like it comes from the Tudor period. But much of the look comes from the 19th century, when the Tudor look came back into fashion. Known as the Black and White Revival, this saw a mushrooming of white-painted buildings with black-painted wooden frames and beams. The best sightings are at the Chester Cross junction, where bay windows typical of the style overhang the street. It's also present in the Rows, which are galleried walkways at first-floor level along Chester's four main streets. See visitcheshire.com
MANCHESTER
Once the global hub of the cotton industry, Manchester's signature building is the red brick warehouse. These behemoths are spread around the city, although many have since been repurposed. These include the gigantic Victoria Warehouse, which is now a hotel and live music and events venue, as well as the Marriott Victoria and Albert Hotel. The greatest concentration, though, comes in the Castlefield neighbourhood. The terminus of the Bridgewater Canal – the world's first industrial canal – was here, and the ocean of red brick around it has been deliberately preserved. See visitmanchester.com
David Whitley was a guest of Visit Britain and the relevant regional UK tourist boards.


| public nothrow | IORequest(int number_, Block* block_, ulong offset_, Process* process_, IOOperation op_, bool deliver_) |
| public String<char> | ToString() |
| public Block* | block |
| public Buffer | buffer |
| public bool | deliver |
| public int | number |
| public ulong | numberOfBytesTransferred |
| public IOOperation | op |
| public Overlapped | overlapped |
| public Process* | process |


[gecode-users] Specifying QT's location before compiling Gecode
Luis Quesada
l.quesada at 4c.ucc.ie
Tue Apr 30 01:48:52 CEST 2013
Hi Guido,
I was forgot to update PATH :-)
Everything is fine now.
Thanks anyway.
Cheers,
Luis
On Tue, April 30, 2013 12:47 am, Guido Tack wrote:
> Hi Luis,
>
> I haven't tried to build Qt myself, I just used the binary packages. It
> looks like the Qt framework is not on the default search path. Gecode's
> configure script uses qmake to figure out all the paths - did you install
> Qt in /Library/Frameworks or in some other location?
>
> Anyway, I'd suggest just trying the Qt binary package.
>
> Cheers,
> Guido
>
> On 30/04/2013, at 8:49 AM, Luis Quesada <l.quesada at 4c.ucc.ie> wrote:
>
>> Dear all,
>>
>> I am using OS X 10.8 (with gcc version 4.2.1). I managed to build both
>> QT
>> 5.0.2 and Gecode 4.0 successfully. However, I am getting the following
>> error when adding -lgecodegist:
>>
>> dyld: Library not loaded: QtGui.framework/Versions/4/QtGui
>> Referenced from: /usr/local/lib/libgecodegist.33.dylib
>> Reason: image not found
>>
>> I guess I need to specify where my QT is before building geocode, but I
>> don't know how to do that.... I did went through Section 2.3.3, but
>> maybe
>> I am missing something. I can compile examples that don't use Gist
>> without
>> any issue.
>>
>> Thanks in advance for your help!
>>
>> Cheers,
>> Luis
>>
>> _______________________________________________
>> Gecode users mailing list
>> users at gecode.org
>> https://www.gecode.org/mailman/listinfo/gecode-users
>
>
--
Luis Quesada
Research Scientist
Cork Constraint Computation Centre
University College Cork
Cork - Ireland
Phone: (+353) 21 420 5376
Fax: (+353) 21 420 5369
Web: http://4c.ucc.ie/~lquesada
More information about the users
mailing list


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Different levels of sustainable IWRM in cities worldwide |
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Key characteristics of 11 Asian cities assessed by the City ... |
| Table 3 |
Comparison of TPF indicator scores analysing the social, env ... |
| Table 4 |
Governance Capacity profile of three Asian cities with respe ... |