Love Island star Tommy Fury challenges KSI ahead of boxing return
KSI won his six-round cruiserweight bout against fellow YouTube personality Logan Paul in Los Angeles on Saturday night
by Matt Maltby, https://www.mirror.co.uk/authors/matt-maltby/Tommy Fury has thrown his hat into the ring to take on YouTube sensation KSI in a money-spinning boxing showdown.
KSI won his six-round cruiserweight bout against fellow YouTube personality Logan Paul in Los Angeles on Saturday night.
The fight at the Staples Centre was won by the Watford man, whose real name is Olajide Olayinka Williams JJ Olatunji, in a split decision - 55-56 57-54 56-55.
Professional boxer Fury, another self-proclaimed influencer after starring on ITV hit show Love Island this year, has revealed that he stayed up until the early hours to watch the bout.
And the British light-heavyweight, whose older brother is lineal world heavyweight champion Tyson, has challenged KSI to a showdown.
He told Seconds Out : "I was sat in the hotel room, it was about 10 o'clock and I thought, 'do you know what, Logan Paul and KSI are fighting tonight. Ok, a lot of people are jumping on it. I'll have a watch.'
"So I went on the Sky Sports app, I bought it and I sat down and watched it all the way through.
"I thought it was a very entertaining fight, a very entertaining fight, and I wasn't aware that KSI still wanted to fight afterwards. I thought he was just gonna fight Logan afterwards and that was it.
"But I've heard that he does want to keep fighting.
"You know, I'm a fighting man, I'm no amateur. We're both from the influencer background, he's from the YouTube side, I'm from the Love Island/reality TV side. Let's get it on.
"If he wants a real fight, he knows where I am."
Fury had two professional contests before entering the reality dating show earlier this year.
He will fight for the first time since appearing on Love Island at London's Copper Box Arena on 21 December, with a fight pencilled in on the undercard of Daniel Dubois v Kyotaro Fujimoto.
And, despite have a professional boxing background, the Manchester bruiser believes it would be an even contest against KSI.
"Do you know what it is, right, I'm sure a lot of people will jump on this saying 'Tommy will do this, Tommy will do that' and obviously I back myself 100 per cent in any fight I go into," he added.
"But if you actually look at the statistics, what is it? I've had 12 amateur fights when I was 15 years old and I've had three pro fights. There's not a lot in it.
"Yeah I've been in the gym sparring around, but actually fighting wise, I've not had a lot of experience fighting and he's not had a lot of experience.
"I'm 20, he's a young man, I've had three fights, he's had two fights.
"If he wants to keep boxing, why not? Why not make it a battle of Britain."


Templates
Jekyll uses the Liquid templating language to process templates. All of the standard Liquid tags and filters are supported. To make common tasks easier, Jekyll even adds a few handy filters and tags of its own, all of which you can find on this page.
Filters
| Description | Filter and Output |
|---|---|
|
Relative URL Prepend the |
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Absolute URL Prepend the |
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Date to XML Schema Convert a Date into XML Schema (ISO 8601) format. |
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Date to RFC-822 Format Convert a Date into the RFC-822 format used for RSS feeds. |
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Date to String Convert a date to short format. |
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Date to String in ordinal US style Format a date to ordinal, US, short format. |
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Date to Long String Format a date to long format. |
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Date to Long String in ordinal UK style Format a date to ordinal, UK, long format. |
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Where Select all the objects in an array where the key has the given value. |
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Where Expression Select all the objects in an array where the expression is true. 3.2.0 |
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Group By Group an array's items by a given property. |
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XML Escape Escape some text for use in XML. |
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CGI escape a string for use in a URL. Replaces any special characters
with appropriate |
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URI Escape
Percent encodes any special characters in a URI. URI escape normally replaces a space with |
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Converting Sass/SCSS Convert a Sass- or SCSS-formatted string into CSS. |
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Slugify Convert a string into a lowercase URL "slug". See below for options. |
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Normalize Whitespace Replace any occurrence of whitespace with a single space. |
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Sample Pick a random value from an array. Optional: pick multiple values. |
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To Integer Convert a string or boolean to integer. |
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Array Filters Push, pop, shift, and unshift elements from an Array. These are NON-DESTRUCTIVE, i.e. they do not mutate the array, but rather make a copy and mutate that. |
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Inspect Convert an object into its String representation for debugging. |
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Options for the slugify
filter
The slugify
filter accepts an option, each specifying what to filter.
The default is default
. They are as follows (with what they filter):
none
: no charactersraw
: spacesdefault
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: spaces and non-alphanumeric characters except for._~!$&'()+,;=@
ascii
: spaces, non-alphanumeric, and non-ASCII characterslatin
: likedefault
, except Latin characters are first transliterated (e.g.àèïòü
toaeiou
)3.7.0Tags
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puts 'foo'
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{% endhighlight %}
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Links
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tag will generate the correct permalink URL for the path you specify. For example, if you use the link
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is optional — it depends on whether you want to preface the page URL with the baseurl
value.)
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to the page and it will display the path.
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sharchive
`Prev `__
S
`Next `__
--------------
**sharchive**: /shar´ki:v/, n.
[Unix and Usenet; from /bin/sh archive] A
`*flatten* <../F/flatten.html>`__\ ed representation of a set of one or
more files, with the unique property that it can be unflattened (the
original files restored) by feeding it through a standard Unix shell;
thus, a sharchive can be distributed to anyone running Unix, and no
special unpacking software is required. Sharchives are also intriguing
in that they are typically created by shell scripts; the script that
produces sharchives is thus a script which produces self-unpacking
scripts, which may themselves contain scripts. Sharchives are also
commonly referred to as ‘shar files’ after the name of the most common
program for generating them.
The downsides of sharchives are that they are an ideal venue for
`*Trojan horse* <../T/Trojan-horse.html>`__ attacks and that, for
recipients not running Unix, no simple un-sharchiving program is
possible; sharchives can and do make use of arbitrarily-powerful shell
features. For these reasons, this technique has largely fallen out of
use since the mid-1990s.
--------------
+------------------------------+----------------------------+-------------------------------------+
| `Prev `__ | `Up <../S.html>`__ | `Next `__ |
+------------------------------+----------------------------+-------------------------------------+
| shar file | `Home <../index.html>`__ | Share and enjoy! |
+------------------------------+----------------------------+-------------------------------------+


Black: default Orange: hover Red: active, from start-event (mousedown, keydown and touchstart) to end-event (mouseup, keyup and touchend) Green: focus Gray: disabled/read-only


In previous post i introduced you to the concept of Factory Method. Abstract factory is very similar, but this time we will encapsulate all classes, by cremating interfaces for Product and Factory. This pattern is also called as Factory of factories, because this patterns acts a superFactory which creates other factories. Abstract factory pattern in useful when the client needs to create objects which are somehow related, without specifying the concrete class. With this pattern objects can interact with each other through common interfaces.
As usual I am using example from game development. In my example I’ll create Abstract Factory that will spawn enemies and give them specific weapon and armor.
UML diagram
Factory
First thing to crate is the interface for Factory, that will be used to specify the equipment of each enemy.
interface IEnemyFactory
{
IWeapon GetWeapon();
IArmor GetArmor();
}
Concrete classes will be named as the type of enemy that will be created. In my Example i have two enemies Mage and Warrior.
class Mage : IEnemyFactory
{
public IWeapon GetWeapon()
{
return new Wand();
}
public IArmor GetArmor()
{
return new Cloak();
}
}
class Warrior : IEnemyFactory
{
public IWeapon GetWeapon()
{
return new Sword();
}
public IArmor GetArmor()
{
return new BodyArmor();
}
}
Product
In next step we will create interface for items that will be given to the enemies. Both types share the same types of equipment, weapon and armor.
interface IWeapon
{
string Item();
}
interface IArmor
{
string Item();
}
In Concrete classes methods will return string values that will be printed to the console.
class Sword : IWeapon
{
public string Item()
{
return "Iron Sword";
}
}
class Wand : IWeapon
{
public string Item()
{
return "Magic Wand";
}
}
class BodyArmor : IArmor
{
public string Item()
{
return "Iron Body Armor";
}
}
class Cloak : IArmor
{
public string Item()
{
return "Magic Cloak";
}
}
Client
Client is the last part is to create. Here we will create instance of the factory and spawn our enemies.
class Client
{
IEnemyFactory factory=null;
//SpawnEnemy method will decide what type of enemy will be created
//Based on string input
public void SpawnEnemy(string enemy)
{
if (enemy == "Warrior")
{
factory = new Warrior();
Console.WriteLine("New Warior equipment:");
Console.WriteLine(factory.GetWeapon().Item());
Console.WriteLine(factory.GetArmor().Item());
Console.WriteLine("_____________________");
}
else if (enemy == "Mage")
{
factory = new Mage();
Console.WriteLine("New Mage equipment: ");
Console.WriteLine(factory.GetWeapon().Item());
Console.WriteLine(factory.GetArmor().Item());
Console.WriteLine("_____________________");
}
else
{
Console.WriteLine("Wrong type");
}
}
//Main method
static void Main(string[] args)
{
Client client = new Client();
client.SpawnEnemy("Mage");
client.SpawnEnemy("Warrior");
Console.Read();
}
}
To conclude, Abstract Factory provides an interface for creating families of related or dependent objects without specifying their concrete classes. This pattern is very useful but in large projects it may increase the complexity of the code. I hope you learned something new today. In next article You will learn how to implement another pattern. Stay Awesome!


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#include <AggOOTypes.h>
Public Member Functions | |
| Point | MidPoint (const Point &pt2) const |
| Midpoint between this point and another point. | |
| Point | Lerp (REAL ratio, const Point &pt2) const |
| REAL | Distance (const Point &pt2) const |
| Find the distance between this point and another. | |
| REAL | Length () const |
| Point & | Normalize () |
| Point | NormalizeCopy () const |
| Point | SetLength (const Point &pt, REAL len) |
| Point | SetLength (REAL len) |
| Point | Perpendicular () const |
Static Public Member Functions | |
| static Point | MidPoint (const Point &pt1, const Point &pt2) |
| Find the midpoint between two points. | |
| static Point | Lerp (REAL ratio, const Point &pt1, const Point &pt2) |
| Interpolate between two points, finding a point on the line. | |
| static REAL | Distance (const Point &pt1, const Point &pt2) |
| Find the distance between two points. | |
| static REAL | Length (const Point &pt) |
| static Point | Normalize (const Point &pt) |
| static Point | Perpendicular (const Point &pt) |
Interpolate between this point and another, finding a point on the line
| static REAL AggOO::PointExt::Length | ( | const Point & | pt | ) | [inline, static] |
Find the length of a vector
| REAL AggOO::PointExt::Length | ( | ) | const [inline] |
Find the length of this vector
Normalize the point/vector
| Point& AggOO::PointExt::Normalize | ( | ) | [inline] |
Normalize the point/vector
| Point AggOO::PointExt::NormalizeCopy | ( | ) | const [inline] |
Normalize the point/vector
| Point AggOO::PointExt::SetLength | ( | REAL | len | ) | [inline] |
Set the length of this vector
Get a perpendicular vector
| Point AggOO::PointExt::Perpendicular | ( | ) | const [inline] |
Get a perpendicular vector


Fab Five
How they stand?
Market Cap Standing
Sr. No.
Company
Market Cap
1
Apple
525
2
Google
480
3
Microsoft
400
4
Amazon
340
5
Facebook
325
Date: 01 July 2016


LuaRocks is a package manager for Lua modules. Since version 1.0, the format of the package specification file (rockspec) was unchanged, in the name of compatibility. For the next major release of LuaRocks, we intend to make a backward-compatible revision to the format. However, instead of guessing which features will be needed in the forthcoming years, the idea is to make the format extensible through add-ons, as discussed in this Lua Workshop 2014 talk.
There are two sides to making an application extensible: defining hooks to the application where extensions will plug into, and defining a public API, which is the parts of the application that the extensions will see/access.
This includes major design work, and the student is not expected to do this alone: the design part will be discussed with the mentor and the LuaRocks community at large through the LuaRocks mailing list. The coding part, of course, is up to the student.
The best way to evaluate new APIs is to put them to work: the second phase of the project will be to write some add-ons, to exercise the new features. Two features that are often requested by the community are support for running tests and generating documentation files: these would make great add-ons.
The NetBSD Operating System has a kernel-level Lua interpreter version for scripting its kernel. For example, it allows users to filter packets using Lua scripts.
The main difference between kernel Lua and regular user-level Lua is that kernel Lua doesn't have support for standard libraries that depend on operating system (e.g., io and os) and for floating-point numbers. The purpose of this project is to port the Lua Test Suite to NetBSD kernel. That is, to adapt scripts from Lua test suite and develop a NetBSD loadable kernel module containing the C portion of Lua test suite.
Elasticsearch is a distributed and scalable search engine. It is written in Java and, besides the transport protocol (Java to Java), it offers a very complete REST API accessed through JSON
Elasticsearch clients for different scripting languages such as Python, PHP and Perl have already been developed. However, a client for Lua is still not available.
This project aims to create a complete Lua client to access Elasticsearch.
Francisco Sant'Anna
For a little introduction about the language, please watch the video in our front page:
http://ceu-lang.org/
Céu appeared last year on "StrangeLoop" and the "Future Programming Workshop":
http://www.future-programming.org/program.html
Here are some possible projects to look for:
Tomás Guisasola
LuaSOAP is a library to ease the use of SOAP. LuaSOAP provides a very simple API that convert Lua tables to and from XML documents. It also offers a simple way to invoke remote Web Services without having to deal directly with SOAP messages. In fact, LuaSOAP also provides a simple way to offer Web Services -- the server side -- but it lacks support for WSDL generation of the offered services.
WSDL is an XML format for describing network services. It is used to describe operations and messages -- with its types -- offered by Web Services. Since Lua code does not include type information, automatic generation has to be based on some kind of hand-made declarative information.
Renato Maia
Most RMI protocols available today are either focused on inefficient representation formats for typing information (e.g. GIOP/IIOP (CORBA), Hessian, Google Protocol Buffers) or on invocations where the typing information are predefined and static, therefore are absent on the data sent through the wire (e.g. SOAP, JSON, Burlap).
Few protocols are designed to work efficiently with typed data. Invocations with typed data work well with the RPC model because it allows the identification of deployment problems (mismatch interfaces) and facilitate the dynamic evolution of distributed systems. A protocol for dynamically typed RPC should be based on a efficient serialization format for typed data, that is, information about how the data should be interpreted.
The goal of this project is to design and implement a serialization binary serialization format with the following requirements:
Sailor currently runs on the top of various web servers, such as Apache2, NginX, Mongoose, Lwan and Xavante. It's compatible with different operational systems, such as Linux, Mac and Windows although Linux and Mac are more well-supported.
During GSoC 2015 the following improvements to Sailor will be developed:


Performance testing using a 2.0 GHz Intel Core 2 Duo.
Demonstrating a linear signal emit performance.
--------------------------------------
Total tests performed 5,242,800
--------------------------------------
Average Processes Installed - 0.0009126066 seconds
Tests Performed : 1,310,700
--------------------------------------
--------------------------------------
Average Signals Emitted - 0.0001160003 seconds
Tests Performed : 1,310,700
--------------------------------------
--------------------------------------
Average Signal Registration - 0.0003996142 seconds
Tests Performed : 1,310,700
--------------------------------------
--------------------------------------
Average Loops Performed - 0.0003038336 seconds
Tests Performed : 1,310,700
--------------------------------------
XPSPL has been designed and developed by Nickolas Whiting.


Xbox Scarlett will 'compete in the right ways' with PlayStation 5
More information will be revealed in 2020.
by Asher MadanSource: Windows Central
What you need to know
- Project Scarlett is Microsoft's upcoming next-generation console.
- It launches in Holiday 2020 and will be competitive with the PlayStation 5.
- Microsoft doesn't want to make the same mistakes it did with the Xbox One launch.
- Additionally, Spencer said Project xCloud wouldn't come to Stadia because it's a closed platform.
Project Scarlett is Microsoft's upcoming Xbox console, and it's going to focus on 4K resolution or 120 frames per second gameplay. While we don't know the exact specifications of the device, we do know that it's coming in Holiday 2020. In an interview with The Verge, Xbox's Phil Spencer provided more details about what he hopes the console will be.
An excerpt from Spencer can be read below.
I would say a learning from the Xbox One generation is we will not be out of position on power or price. If you remember the beginning of this generation we were a hundred dollars more expensive and yes, we were less powerful. And we started Project Scarlett with this leadership team in place with a goal of having market success... We had the discussion years ago 'do we want to go do another generation?' Yes, and do we think there will be multiple generations ahead of us? I actually think there probably is. So we're going all in. We're all-in on Project Scarlett and I want to compete, and I want to compete in the right ways which is why we're focused on cross-play and backward compatibility.
It seems like Microsoft learned its lesson from the disastrous Xbox One launch. The company has to offer a powerful console at an affordable price point.
The Verge also asked Spencer if Project xCloud, the company's game streaming service, would ever be available on Google Stadia. Spencer said that he wants the "full" Xbox experience there, not just games. You can read another excerpt from Spencer below.
So do we want that Xbox experience to be available in other places? Yeah, we're doing xCloud and other things, but it would have to be a full experience. It's hard to think about those things on platforms that are... more closed than the at scale open platforms of phones and PCs that are out there today.
There you have it, the only way Stadia would support Project xCloud would be if it allowed the "Game Streaming" app available on Android phones. This is probably not going to happen because the two companies are in direct competition with one another when it comes to cloud gaming.
What do you want to see from Project Scarlett and Project xCloud in the future? Let us know.
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| WinAPI Wrapper |
The WinAPI Wrapper library consists of a header file winapi.h and four static libraries for the Microsoft Visual Studio .NET.
In a typical application project you refer directly to the header file and to one of the libraries. In order for your application to compile and link correctly, you have to give the compiler and the linker paths to the header and the libraries. Typically every compiler either has a commandline switch for this, or has a corresponding environment variable (for example called INCLUDE or LIB, respectively).
If you use the WinAPI Wrapper library with Microsoft Visual Studio .NET and you used setup.exe to install the library, the header file and the libraries were automatically put by the installer in appropriate Visual Studio directories (in addition to the installation directory that you specified).
You can force Microsoft Visual Studio (any version) to use the copies of the header and the libraries that are in your installation directory. For example, in the Microsoft Visual Studio .NET IDE, you select Tools/Options, then choose Projects/Directories and then select "Include files" and "Library files" to add the installation folder path.


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-
Download the tarball and unpack it as usual.
-
From the toplevel distribution directory, do
cp --deref *.sym *_fpt my_project_dir
-
Make sure gschem knows where to find the symbol: put a line like
(component-library "my_project_dir")
or
(component-library ".")
in your ~/.gEDA/gafrc if you haven't already.
-
Make sure gsch2pcb knows where to find the footprint: I use an alias line
in my ~/.bashrc to give gsch2pcb the correct options:
gsch2pcb='gsch2pcb --use-files -d my_project_dir -d `pwd`'
The tarball contains the build symbol and footprint, but you can rebuild them
if you need to tweak anything. From the distribution directory, just use


Applet GUI v1.0 - Java 1.4
@author Gunnar Kiesel - 27.11.2003
1. What is the Desmo-J Experiment Starter?
The Experiment Starter enables you to run an experiment (or a series of experiments) on a Desmo-J model. You are able to manipulate the given model and experiment parameters. Parameter sets can be saved and loaded. Graphical observers can provide visual information on the experiment. Finally you'll be able to view experiment results.
1.1 System requirements
Java 1.4 is needed to run the Experiment Starter Applet. The Applet works on Windows platforms with IE5.5+ and Mozilla 1.5+ (see known problems), on Sun Solaris Systems with Mozilla and on Mac OS X with Safari 1.1.
2. Usage
2.1 Top Buttons
Load - Enables you to load a paramter set from file.
Save - Saves the current parameter settings into an XML file.
Reset - Once an experiment has been run you'll need to reset it. Only then will you be able to run a new experiment. 'Reset' resets all parameter to their default values.
Start - Starts the experiment with the current parameter values.
Stop - Stops a running experiment and creates reports (Experiments are automatically stopped when the stopTime value is reached). Stopped experiments cannot be continued.
Pause - Allows you to pause and resume an experiment run. Observers will be updated when pause is activated. However, no reports will be generated.
2.2 Panels
Settings
The Settings panel, which is divided in two halves, shows you the current model- and experiment- parameters.
To change a given value, click the corresponding field. Press 'enter' to complete your input.
Make sure you enter a new name for each new parameter set.
Observers
Provides you with graphical information on the current experiment. Observers will appear at the start of an experiment. Graphs will be updated at whenever an experiment is paused or at the end of an experiment.
Reports
Allows you to view the reports generated at the end of an experiment. On the left hand side double click the 'simulation output' folder. A new folder with the current experiment name will appear.
Double click the new folder or single click the switch next to it to open. Four documents corresponding to the generated output will appear. Single click them to view the information in the browser on the right.
IMPORTANT: To be able to view different result sets you have to enter different names in the experiment settings, or previous results will be overwritten!
Manual
Shows this text.
3. Known Problems
Some browsers (e.g. Mozilla on Windows platforms) may not find the result files. To solve this problem, change the output path in the experiment parameters.


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Biden: Abrams 'Would Be the Governor Right now, Were it not for Voter Suppression' | Breitbart
by Ian HanchettWhile speaking to reporters in Atlanta on Thursday, 2020 Democratic presidential candidate former Vice President Joe Biden stated that, if not for voter suppression, Stacey Abrams would be the governor of Georgia.
Biden vowed [relevant remarks begin around 10:25] that if he is elected president, the Department of Justice will focus on states that try to make it more difficult for people to vote and called for reinstating the pre-clearance requirement in the Voting Rights Act.
He added, “Stacey would be the governor right now, were it not for voter suppression, right this minute.”
Follow Ian Hanchett on Twitter @IanHanchett


Car bomb explosion kills nineteen in northern Syria's Al-Bab
It was not immediately clear who had carried out the attack.
At least nineteen people were killed and many others wounded in the town of Al-Bab in northern Syria.
Turkish-controlled town of Al-Bab is located 18 miles from the Syrian-Turkish border in the Aleppo province.
The bomb was planted in a car which was parked on the side of the road before a garage door when it exploded.
The blast struck a bus and taxi station in the town, the Britain-based Syrian Observatory for Human Rights reported.
Watch: Did US smuggled Syrian oil?
Turkey and its Syrian proxies control several pockets of territory on the Syrian side of the border as a result of successive incursions in 2016, 2018 and 2019.
(With inputs from agencies)


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[gecode-users] Unsigned Int Constraint Variables
Christian Schulte
cschulte at kth.se
Fri Apr 4 13:05:51 CEST 2014
This again is harder than it sounds because there are two issues:
- one also needs a 16 byte integer data type as money constraints require
extended precision
- one would have to go through all of Gecode to check whether the C++ type
int is really an int of there value type of an integer variable (that is
most likely the biggest design flaw in Gecode).
Conceptually easy but lots of work.
Cheers
Christian
--
Christian Schulte, Professor of Computer Science, KTH,
www.ict.kth.se/~cschulte/
-----Original Message-----
From: users-bounces at gecode.org [mailto:users-bounces at gecode.org] On Behalf
Of negate273 at gmail.com
Sent: Friday, April 04, 2014 9:11 AM
To: users at gecode.org
Subject: Re: [gecode-users] Unsigned Int Constraint Variables
Is there any way we can make the integer variable an int64_t (type long on a
64bit machine) - 8 byte data type instead of the the 4-byte that it is
currently. If not, are there any alternatives for constraint variables that
may take values > 0x7FFF_FFFF ?
Thanks
~az
> No, that will not work at all. Most constraints assume signedness of
> integer variables and there are many datatypes that directly depend on
> the choice of the type for integer variables.
>
> So, unfortunately, there is no easy way.
>
> Cheers
> Christian
>
> --
> Christian Schulte, Professor of Computer Science, KTH,
> www.ict.kth.se/~cschulte/
>
>> -----Original Message-----
>> From: users-bounces at gecode.org [mailto:users-bounces at
>> gecode.org] On Behalf Of negate273 at gmail.com
>> Sent: Friday, April 04, 2014 8:42 AM
>> To: users at gecode.org
>> Subject: [gecode-users] Unsigned Int Constraint Variables Hi,
>>
>> Is there anyway by which the bounds of an integer constraint variable be
set to 0..2**32-1 (0xFFFF_FFFF) instead of the bounds for a signed integer
(-0x7FFF_FFFF, 0x7FFF_FFFF) ?
>>
>> I tried recompiling gecod by setting
>> - gecode/int.hh Gecode::Int::Limits.max to UINT_MAX -1 (original
INT_MAX-1)
>> - gecode/int.hh Gecode::Int::Limits.min to 0 (original -max)
>> - gecode/support/int-type.hpp IntTypeTraits<signed int> min = 0
(originally INT_MIN)
>> - gecode/support/int-type.hpp IntTypeTraits<signed int> max =
>> UNIT_MAX-1 (originally INT_MAX) but these do not help, in recognizing
variables that may have values > 2**31.
>>
>> Any pointers ?
>>
>> Thanks
>> ~az
>
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Ross fills his retired life enjoying our wonderful outdoors. Along with regular gleaning, he cycles, backpacks and rows. He also volunteers as a tutor in Santa Maria. Retiring after 35 years in the religious non-profit world, Ross loves to help people struggling on the margins. He regularly recruits friends and neighbors to join him in rescuing food from local farms and backyards.
Sally worked for twenty years as a registered dietitian, and daily saw the role of good nutrition in promoting health and preventing disease. She then become a school teacher for 17 years where her favorite position was teaching hands on science lab to fourth, fifth and sixth graders. Students were always amazed to understand that the human body is composed entirely from the food they ate and water. She moved to California from Cambridge, Massachusetts just weeks after getting married in 1980. She grew up in Connecticut and her family were avid gardeners. She was thrilled to garden every day of the year here and has always had fruit trees and a vegetable garden. Glean SLO’s mission to provide high quality fruits and vegetables to the 46,000 food insecure people in our county fits right in with her goals for raising a healthy society.
Susan first discovered the San Luis Obispo area when she came to Cal Poly in 1974. After graduating with a BS in Natural Resources Management she moved to Washington state for ten years, returning to the central coast to raise her family. She taught elementary school in Atascadero until retiring in 2014. Being a long-time gardener and advocate for healthy eating, volunteering with GleanSLO was a perfect fit for her retirement time. She loves being able to help others by spending time outdoors harvesting fresh produce. She was immediately impressed by the sense of community and caring that GleanSLO and its volunteers represent, and is proud to be a part of this group.
Growing up in Michigan, Jennifer feasted on produce from the garden during summertime. She attended Loyola University in Chicago where she earned a degree in Philosophy with a minor in Environmental Science. She has worked as a field biologist and an arborist. She currently volunteers as the Monarch Grove Elementary School Garden Coordinator. She is passionate about introducing kids to the pleasures and benefits of eating fresh fruit and vegetables.
Carolyn Eicher loves to connect people through food--gleaning and harvesting, cooking and gardening. She was former GleanSLO Program Manager and also co-founded SLO Grown Kids, a local non-profit, to help promote school gardens. She loves photography and over the years has provided many photos for GleanSLO's newsletters, blog, Facebook and Flickr. She is proud to have helped create this gleaning program and loves that friendships have formed in fields, orchards, backyards and farms..
Kylee is from Brawley, California, a small farming community in the furthest southeast corner of the state. Her connection to the land was established early in her childhood when her favorite pastime was doing field checks with her dad and "sampling" produce before harvest. Since high school, Kylee has lived all over California but has most recently moved back to the central coast after three years spent in Alaska. Kylee has a degree in Environmental Science from Humboldt State University (HSU) and her Masters in Public Policy (MPP '13) from Cal Poly. In 2016, Kylee and her husband Nick were lucky enough to move back to SLO County so she could take the role as Cal Poly's first Sustainability Coordinator. Throughout school and before her job at Cal Poly she worked with a variety of environmental non-profits including ECOSLO here locally. While she feels blessed to have established a career in sustainability, specifically as it relates to the university's resource management, her passion has always been in sustainable food systems. Her role on the Glean SLO steering committee is one fun way to continue working toward a more socially and environmentally just food web. When she is not working or gleaning, you can find her and her husband working on their house, on an adventure in the great outdoors, or growing, cooking, and preserving local bounty. She loves sharing her foodie skills and the fruits of her labor with her friends, family, and community.
Ann Ketelaar grew up in Southern California. She moved to the Central Coast just over 20 years ago and loves it. She and her husband Dave raised their two teenage sons in Pismo Beach. After she transitioned away from full time work as a CPA to focus on her family, she began gleaning in 2015 and has completed over 100 gleans serving as both a gleaner and a glean leader. GleanSLO and the San Luis Obispo Food Bank allowed her to set an example for her family, showing them the importance of helping a worthy cause. Plants and gardening have always been an interest and hobby. Gleaning is a great opportunity to see firsthand what others have done with their gardens while helping people directly in our community. It has been an incredibly rewarding opportunity to meet people from all backgrounds and ages. In her spare time Ann also enjoys hiking with the family dog, rowing, doing Pilates and spending time with friends.
Chris Aho, Bev Aho, Kathy apRoberts, Roger Burton, Megan Chicoine (Former Community Outreach Manager of Food Bank Coalition), Rob Coghill, Jim Cole, Norma Cole(Transition Towns Institute for Sustainable Living), Lynn Cullen, Greg Ellis(One Cool Earth), Caroline Ginsberg, Carl R. Hansen(Former CEO of Food Bank Coalition), Lynn James, Gail McNichols, Jim Patterson, Dr. Liz Schlemer, Pam Stein, Stephanie Teaford (Community Liaison, STRIDE, Cal Poly, Board Member of Food Bank Coalition), Dr. Linda Vanasupa, Nell Wade


Before Change
"identity": _ess_identity,
}
methods_relative = {
"bulk": _ress_bulk,
"tail": _ress_tail,
"quantile": _ress_quantile,
"mean": _ress_mean,
"sd": _ress_sd,
"median": _ress_median,
"mad": _ress_mad,
"z_scale": _ress_z_scale,
"folded": _ress_folded,
"split": _ress_split,
"identity": _ress_identity,
}
if method not in methods:
raise TypeError(
"ESS method {} not found. Valid methods are:\n{}".format(method, "\n ".join(methods))
After Change
if isinstance(data, np.ndarray):
data = np.atleast_2d(data)
if len(data.shape) < 3:
if prob is not None:
return ess_func( // pylint: disable=unexpected-keyword-arg
data, prob=prob, relative=relative
)
else:
return ess_func(data, relative=relative)
else:
msg = (
"Only uni-dimensional ndarray variables are supported."
" Please transform first to dataset with `az.convert_to_dataset`."
)
raise TypeError(msg)
dataset = convert_to_dataset(data, group="posterior")
var_names = _var_names(var_names, dataset)
dataset = dataset if var_names is None else dataset[var_names]


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Elon Musk's Cybertruck is getting roasted on Twitter, and people think it looks like something out of a badly rendered video game
by Isobel Asher Hamilton- Tesla unveiled its first truck, the Cybertruck, on Thursday evening.
- The Cybertruck is a six-passenger pickup the company says has three motors, armored glass, and up to 500 miles of range. It has an angular design.
- Twitter has been busily roasting the Cybertruck since the unveiling, with many people saying it looks like a vehicle out of a badly rendered video game.
- Visit Business Insider’s homepage for more stories.
Tesla’s new Cybertruck has not had the easiest start.
CEO Elon Musk unveiled the $39,900 Cybertruck on Thursday night. This is Tesla’s first truck, which Musk has been hyping up for months.
Tesla says Cybertruck is made of a heavy-duty stainless steel and armored glass and can carry six people with a maximum range of 500 miles.
The presentation itself hit a snag when Musk tried to show off the truck’s armored windows – and his lead designer promptly smashed them.
But it seems the Cybertruck has more to worry about than a hiccup in its unveiling. Its angular and blocky design is being widely derided on Twitter and across the internet.
The Cybertruck is already drawing comparisons to everything from scenes from old-school video games to doorstop wedges. Here’s a roundup are some of our favorite aesthetic comparisons being made online to the new Tesla Cybertruck:
Some people said the truck’s blocky design reminded them of a badly rendered video game.
Foto:
The video game comparisons didn’t end there. Some compared the design to the Warthog, an all-terrain vehicle from the “Halo” franchise — though this isn’t necessarily a bad thing to some customers.
Foto:
One user said its aesthetic came straight from the surreal game “Death Stranding.”
Foto:
The Cybertruck’s sharp angles also drew comparisons to Porygon, of the original Pokémon.
Foto:
Others compared the unveiling to the car designed by Homer Simpson in the 1991 “Simpsons” episode “O Brother Where Art Thou.”
Foto:
Total Recall
Foto:
Delorean & Back to the Future.
Foto:
A Google research scientist tweeted that the angular car was reminiscent of the Tomb-Sweeping Festival, a festival celebrated in some East Asian countries in which people buy paper models of material goods and home comforts to burn and send to their ancestors.
Foto:
To some, the Cyberdruck reminded them of a wooden block toy car they played with years ago.
Foto:
Others recognized the car’s shape from simplistic child-like drawings made in the early days of using computer drawing programs like Paint.
Foto:
Doorstop
Foto:
Kobe 2 sneakers
Foto:
Pontiac Aztek
Foto:
However, the truck’s exterior wasn’t the only part that took a hammering. It remains to be seen whether the ridicule facing Cybertruck’s design will be an impediment to its sales.
Foto:


The Sliver & Acute Angles action is a read-write DFM action that runs on a layer and checks for sliver or acute angle instances that can be potential manufacturing defects. The action may fix the defects, if the right conditions exist. It returns information in the form of histograms, an ASCII detailed report, and result attributes. The action deals with slivers and with acute angles separately.
The fixing of acid traps and acute angles of most forms is performed intelligently, with only one to two lines. The action also fixes clearance spacing issues on negative power & ground layers. This is done by drawing a line between the centers of two clearances with a diameter two-thirds the size of the minimum of the two offending clearances (this default value can be changed by an ERF variable). It will then repair any remaining resist slivers.
This DFM action can be run on any layer. It is governed by the ERF file smooth.erf .
Screen
Parameters
Max. Sliver = 3.0 mils, maximum sliver width to be filled.
Angle (Deg) = 30.0 mils, maximum angle to be considered acute.
Max Pg Space = 2.0 mils, maximum space between clearances on a P&G layer that will be fixed.
Overlap = 1.0 mils, the overlap to use when filling slivers or acute angles.
Fix Clearances - Yes - will repair slivers between clearances on P&G layers.
Fix Acute - Yes - repairs or fixes acute angles.
Mode -
Analyze - runs Sliver & Acute Angles analysis only
without repair.
Repair - runs analysis and performs repairs.
|
DFM Mode |
Fix Acute |
|
|
Yes |
No |
|
|
Analyze |
Report on acute angles (default) |
Does not report on acute angles |
|
Repair |
Fix and report acute angles (default) |
Does not fix or report acute angles |
Work-On -
Copper - works on copper on both positive and negative layers (that is, on negative layers the system still considers copper as copper).
Features - on positive layers same as Copper, on negative layers works between features, as protrusions.
None.
None.
Notes
All features that are added will acquire the sliver_fill attribute.
The differences between slivers and filled slivers are:
Ø The ERF names are slivers and filled_slivers .
Ø Activation in the case of slivers is Mode=Analyze, in the case of filled_slivers it is Mode=Repair.
Ø In the case of filled_slivers , the feature (same size and shape as measurement) is added to the layer as a repair.
The function of both slivers and filled slivers are otherwise identical, and should reflect the same information.


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The trapped particle fraction ft is deﬁned as the ratio of the number of trapped particles to the total number of particles. Particle distribution function (in terms of guiding-center variables) can be written as f = f(r,v,𝜃,ϕ), where r is the guiding-center position vector in conﬁguration space and (v,𝜃,ϕ) is the spherical coordinates in velocity space with 𝜃 being the pitch angle and ϕ the gyro-angle. Assuming zero Larmor radius limit, then the trapped particle fraction ft is written as
where 𝜃c is the critical pitch angle deﬁned in Sec. 5. Assume that f(r,v,𝜃,ϕ) is uniform in 𝜃 and ϕ, then the integration over the 𝜃 and ϕ in Eq. (79) can be performed, giving Using the deﬁnetion of the critical value of the pitch angle (Eq. (78)), the above expression is written as|
| (81) |
The ﬂux surface averaging of ft, ⟨ft⟩, is written as
|
| (82) |
In the large aspect ratio approximation and for particles that are initially on the low-ﬁeld-side of the midplane, Eq. (81) is written
|
| (83) |
where 𝜀 = r∕R0. This is the result given in Wessson’s book[2]. Note that this result is valid only for particles that are initially at the low-ﬁeld-side of the midplane. For particles that are initially located at the poloidal location 𝜃p, the trapped particles fraction is written
|
| (84) |
For 𝜃p = π, i.e., at the high-ﬁeld-side of the midplane, ft = 0, i.e., there is no trapped particles there.
Using Eq. (84), the ﬂux surface averaging of ft, ⟨ft⟩, is written as


Troubleshooting: Please read the list of known issues if you are having problems when loading/saving your edited savegame.
Always remember to make backups of your savegames before editing. Use this savegame editor at your own risk. By using it, you are responsible of any data lost.


Former Iowa governor says Biden has ‘heart of a president’
by Associated PressDES MOINES, Iowa (AP) — Former Iowa Gov. Tom Vilsack is endorsing Joe Biden, saying his personal losses give him the “the capacity to comfort” and “the need to heal” a divided nation.
During a rally in Des Moines on Saturday, Vilsack says the former vice president is best able to win the upper Midwest, key to Democrats in 2020.
Vilsack says the deaths of Biden’s first wife and infant daughter decades ago and his older son’s death from cancer in 2015 make him “a man with empathy, and a man who has the heart of a president.”
Vilsack, a former U.S. secretary of agriculture, served with Biden in the Obama administration.
Biden, the early favorite for Iowa’s leadoff caucuses, has gradually slipped behind Pete Buttigieg and Elizabeth Warren.


Teller Editor
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A 4th year student studying Mechatronic Engineering and Computer Science at UNSW. My hobbies include writing, making my own
clothing and making a beeline for every fried chicken place there is in Sydney. I currently work as a test engineer, but
have mainly worked in front-end development prior. I aspire to work in the robotics space someday, though I ultimately
would like to work on robotics IN space.


eFocus
Front-end developer
June 2015 - June 2016Front end work for websites based on Sitecore, Adobe Experience Manager, EpiServer. Building user friendly interfaces with HTML5 and Sass.
DC-websolutions
Front-end developer
March 2013 - June 2015Building websites based on Wordpress. Creating HTML5 templates from PSD's, client education and training, support and maintenance of sites.
JR web design
Front-end developer
February 2009 - August 2011As a freelancer creating HTML5 templates from PSD's, making web designs, graphics in Photoshop and Illustrator.


Educators, generals, dieticians, psychologists, and parents program. Armies, students, and some societies are programmed. An assault on large problems employs a succession of programs, most of which spring into existence en route. These programs are rife with issues that appear to be particular to the problem at hand. To appreciate programming as an intellectual activity in its own right you must turn to computer programming; you must read and write computer programs — many of them. It doesn't matter much what the programs are about or what applications they serve. What does matter is how well they perform and how smoothly they fit with other programs in the creation of still greater programs. The programmer must seek both perfection of part and adequacy of collection. In this book the use of "program" is focused on the creation, execution, and study of programs written in a dialect of Lisp for execution on a digital computer. Using Lisp we restrict or limit not what we may program, but only the notation for our program descriptions.
Our traffic with the subject matter of this book involves us with three foci of phenomena: the human mind, collections of computer programs, and the computer. Every computer program is a model, hatched in the mind, of a real or mental process. These processes, arising from human experience and thought, are huge in number, intricate in detail, and at any time only partially understood. They are modeled to our permanent satisfaction rarely by our computer programs. Thus even though our programs are carefully handcrafted discrete collections of symbols, mosaics of interlocking functions, they continually evolve: we change them as our perception of the model deepens, enlarges, generalizes until the model ultimately attains a metastable place within still another model with which we struggle. The source of the exhilaration associated with computer programming is the continual unfolding within the mind and on the computer of mechanisms expressed as programs and the explosion of perception they generate. If art interprets our dreams, the computer executes them in the guise of programs!
For all its power, the computer is a harsh taskmaster. Its programs must be correct, and what we wish to say must be said accurately in every detail. As in every other symbolic activity, we become convinced of program truth through argument. Lisp itself can be assigned a semantics (another model, by the way), and if a program's function can be specified, say, in the predicate calculus, the proof methods of logic can be used to make an acceptable correctness argument. Unfortunately, as programs get large and complicated, as they almost always do, the adequacy, consistency, and correctness of the specifications themselves become open to doubt, so that complete formal arguments of correctness seldom accompany large programs. Since large programs grow from small ones, it is crucial that we develop an arsenal of standard program structures of whose correctness we have become sure — we call them idioms — and learn to combine them into larger structures using organizational techniques of proven value. These techniques are treated at length in this book, and understanding them is essential to participation in the Promethean enterprise called programming. More than anything else, the uncovering and mastery of powerful organizational techniques accelerates our ability to create large, significant programs. Conversely, since writing large programs is very taxing, we are stimulated to invent new methods of reducing the mass of function and detail to be fitted into large programs.
Unlike programs, computers must obey the laws of physics. If they wish to perform rapidly — a few nanoseconds per state change — they must transmit electrons only small distances (at most 1 ½ feet). The heat generated by the huge number of devices so concentrated in space has to be removed. An exquisite engineering art has been developed balancing between multiplicity of function and density of devices. In any event, hardware always operates at a level more primitive than that at which we care to program. The processes that transform our Lisp programs to "machine" programs are themselves abstract models which we program. Their study and creation give a great deal of insight into the organizational programs associated with programming arbitrary models. Of course the computer itself can be so modeled. Think of it: the behavior of the smallest physical switching element is modeled by quantum mechanics described by differential equations whose detailed behavior is captured by numerical approximations represented in computer programs executing on computers composed of …!
It is not merely a matter of tactical convenience to separately identify the three foci. Even though, as they say, it's all in the head, this logical separation induces an acceleration of symbolic traffic between these foci whose richness, vitality, and potential is exceeded in human experience only by the evolution of life itself. At best, relationships between the foci are metastable. The computers are never large enough or fast enough. Each breakthrough in hardware technology leads to more massive programming enterprises, new organizational principles, and an enrichment of abstract models. Every reader should ask himself periodically "Toward what end, toward what end?" — but do not ask it too often lest you pass up the fun of programming for the constipation of bittersweet philosophy.
Among the programs we write, some (but never enough) perform a precise mathematical function such as sorting or finding the maximum of a sequence of numbers, determining primality, or finding the square root. We call such programs algorithms, and a great deal is known of their optimal behavior, particularly with respect to the two important parameters of execution time and data storage requirements. A programmer should acquire good algorithms and idioms. Even though some programs resist precise specifications, it is the responsibility of the programmer to estimate, and always to attempt to improve, their performance.
Lisp is a survivor, having been in use for about a quarter of a century. Among the active programming languages only Fortran has had a longer life. Both languages have supported the programming needs of important areas of application, Fortran for scientific and engineering computation and Lisp for artificial intelligence. These two areas continue to be important, and their programmers are so devoted to these two languages that Lisp and Fortran may well continue in active use for at least another quarter-century.
Lisp changes. The Scheme dialect used in this text has evolved from the original Lisp and differs from the latter in several important ways, including static scoping for variable binding and permitting functions to yield functions as values. In its semantic structure Scheme is as closely akin to Algol 60 as to early Lisps. Algol 60, never to be an active language again, lives on in the genes of Scheme and Pascal. It would be difficult to find two languages that are the communicating coin of two more different cultures than those gathered around these two languages. Pascal is for building pyramids — imposing, breathtaking, static structures built by armies pushing heavy blocks into place. Lisp is for building organisms — imposing, breathtaking, dynamic structures built by squads fitting fluctuating myriads of simpler organisms into place. The organizing principles used are the same in both cases, except for one extraordinarily important difference: The discretionary exportable functionality entrusted to the individual Lisp programmer is more than an order of magnitude greater than that to be found within Pascal enterprises. Lisp programs inflate libraries with functions whose utility transcends the application that produced them. The list, Lisp's native data structure, is largely responsible for such growth of utility. The simple structure and natural applicability of lists are reflected in functions that are amazingly nonidiosyncratic. In Pascal the plethora of declarable data structures induces a specialization within functions that inhibits and penalizes casual cooperation. It is better to have 100 functions operate on one data structure than to have 10 functions operate on 10 data structures. As a result the pyramid must stand unchanged for a millennium; the organism must evolve or perish.
To illustrate this difference, compare the treatment of material and exercises within this book with that in any first-course text using Pascal. Do not labor under the illusion that this is a text digestible at MIT only, peculiar to the breed found there. It is precisely what a serious book on programming Lisp must be, no matter who the student is or where it is used.
Note that this is a text about programming, unlike most Lisp books, which are used as a preparation for work in artificial intelligence. After all, the critical programming concerns of software engineering and artificial intelligence tend to coalesce as the systems under investigation become larger. This explains why there is such growing interest in Lisp outside of artificial intelligence.
As one would expect from its goals, artificial intelligence research generates many significant programming problems. In other programming cultures this spate of problems spawns new languages. Indeed, in any very large programming task a useful organizing principle is to control and isolate traffic within the task modules via the invention of language. These languages tend to become less primitive as one approaches the boundaries of the system where we humans interact most often. As a result, such systems contain complex language-processing functions replicated many times. Lisp has such a simple syntax and semantics that parsing can be treated as an elementary task. Thus parsing technology plays almost no role in Lisp programs, and the construction of language processors is rarely an impediment to the rate of growth and change of large Lisp systems. Finally, it is this very simplicity of syntax and semantics that is responsible for the burden and freedom borne by all Lisp programmers. No Lisp program of any size beyond a few lines can be written without being saturated with discretionary functions. Invent and fit; have fits and reinvent! We toast the Lisp programmer who pens his thoughts within nests of parentheses.
Alan J. Perlis
New Haven, Connecticut


Amazon CloudWatch Events EventBusPolicy Condition
The
Condition
property type enables you to grant event bus permissions to all the AWS accounts
in an organization.
Condition
is a property of the AWS::Events::EventBusPolicy resource type.
Syntax
To declare this entity in your AWS CloudFormation template, use the following syntax:
Properties
Key
-
Currently,
Key
must beaws:PrincipalOrgID
Required: No
Type: String
Update requires: No interruption
Type
-
Currently,
Type
must beStringEquals
Required: No
Type: String
Update requires: No interruption
Value
-
Specifies the ID of the AWS organization to which you want to grant permission.
Required: No
Type: String
Update requires: No interruption
See Also
-
Sending and Receiving Events Between AWS Accounts in the Amazon CloudWatch Events User Guide
-
PutPermission in the Amazon CloudWatch Events API Reference


Copyright © 2011 W3C® (MIT, ERCIM, Keio), All Rights Reserved. W3C liability, trademark and document use rules apply.
The document specifies requirements for Full-Text Search for use in XQuery [XQuery 1.0: An XML Query Language] and XPath [XML Path Language (XPath) 2.0].
This section describes the status of this document at the time of its publication. Other documents may supersede this document. A list of current W3C publications and the latest revision of this technical report can be found in the W3C technical reports index at http://www.w3.org/TR/.
This is a Working Group Note as described in the Process Document. It has been jointly developed by the W3C XML Query Working Group and the W3C XSL Working Group, each of which is part of the XML Activity. This document is being published as a Working Group Note to persistently record the Requirements that guided the development of XQuery and XPath Full Text 1.0 as a W3C Recommendation.
This document includes, for each requirement, a corresponding status, indicating the current situation of the requirement in XQuery and XPath Full Text 1.0 at the time that it was issued as a final Recommendation on 22 February 2011. Organizations and individuals should review this document to determine whether or not the requirements provided meet the needs of the full-text community.
No substantive changes have been made to this specification since its publication as a Last Call Working Draft.
Please report errors in this document using W3C's public Bugzilla system (instructions can be found at http://www.w3.org/XML/2005/04/qt-bugzilla). If access to that system is not feasible, you may send your comments to the W3C XSLT/XPath/XQuery public comments mailing list<EMAIL_ADDRESS>It will be very helpful if you include the string “[FTreq]” in the subject line of your report, whether made in Bugzilla or in email. Please use multiple Bugzilla entries (or, if necessary, multiple email messages) if you have more than one comment to make. Archives of the comments and responses are available at http://lists.w3.org/Archives/Public/public-qt-comments/.
Publication as a Working Group Note does not imply endorsement by the W3C Membership. At the time of publication, work on this document was considered complete and no further revisions are anticipated. It is a stable document and may be used as reference material or cited from another document. However, this document may be updated, replaced, or made obsolete by other documents at any time.
This document was produced by groups operating under the 5 February 2004 W3C Patent Policy. W3C maintains a public list of any patent disclosures made in connection with the deliverables of the XML Query Working Group and also maintains a public list of any patent disclosures made in connection with the deliverables of the XSL Working Group; those pages also include instructions for disclosing a patent. An individual who has actual knowledge of a patent which the individual believes contains Essential Claim(s) must disclose the information in accordance with section 6 of the W3C Patent Policy.
1 Introduction
2 Terminology
2.1 Terminology
2.2 SCORE
2.3 Full-Text
Search
3 Language Design
3.1 The Data
Model
3.2 Side-effects on the data
3.3 Score
Function and Full-Text Predicates
3.3.1 Predicate and Score
Independence
3.3.2 Score language
3.4 Score
algorithm
3.4.1 Return Score
3.4.2 Sort by Score
3.4.3 Type, Range of Score
3.4.4 Score Statistics
3.4.5 Semantics of Score
3.5 Combined
score
3.5.1 Score Combination
3.5.2 Score algorithm vendor-provided
3.5.3 Score algorithm overridable
3.5.4 Score influence
3.6 Extensibility
3.6.1 Extensible by vendors
3.6.2 Extensible by users
3.7 First, Future
Versions
3.8 End
user language
3.9 Searchable
query
3.10 Universality
4 Integration
4.1 XPath
4.2 Extensibility
Mechanisms
4.2.1 Integration into XQuery/XPath
4.2.2 XQuery and XPath Full Text 1.0
Extensibility
4.3 Composability
4.4 Human-readable
4.5 XML
syntax
5 Implementation
5.1 Declarativity
6 Functionality and Scope
6.1 Functionality
6.2 Search
Scope
6.2.1 Search within arbitrary structure
6.2.2 Constructed Structures
6.2.3 Return Arbitrary Nodes
6.2.4 Parts of Search Tree
6.3 Attributes
6.3.1 Search within attributes
6.3.2 Search across attributes and content
6.4 Markup
6.5 Element
Boundaries
6.5.1 Search across element boundaries
6.5.2 Element as a token boundary
6.6 Score
6.6.1 Score accessible
6.6.2 Implicit ordering
6.6.3 Score extendable
A References
A.1 Non-Normative
B Change Log
"Full-Text Search" (FTS) is a large field which covers a vast array of functionality. In addition, there are many different ways one could combine FTS capabilities with XQuery and XPath.
The requirements are written without reference to any particular solution.
The following key words are used throughout the document to specify the extent to which an item is a requirement for the work of the XML Query Working Group:
This word means that the item is an absolute requirement.
This word means that there may exist valid reasons not to treat this item as a requirement, but the full implications should be understood and the case carefully weighed before discarding this item.
This word means that an item deserves attention, but further study is needed to determine whether the item should be treated as a requirement.
When the words MUST, SHOULD, or MAY are used in this technical sense, they occur as a hyperlink to these definitions. These words will also be used with their conventional English meaning, in which case there is no hyperlink. For instance, the phrase "the full implications should be understood" uses the word "should" in its conventional English sense, and therefore occurs without the hyperlink.
Each requirement also includes a status section, indicating its current situation in the XML-Query family of specifications. Three status levels are available:
This indicates that the requirement, according to its original formulation, has been completely met. Optional clarificatory text may follow.
This indicates that the requirement has been partially met according to its original formulation. When this happens, explanatory text is provided to better clarify the current scope of the requirement.
This indicates that the requirement, according to its original formulation, has not been met. If this is the case, explanatory text is provided.
[Definition: SCORE reflects relevance of matched material.]
[Definition: Full-Text Search in this document is an extension to the XQuery and XPath language. It provides a way to query text which has been tokenized, i.e. broken into a sequence of words, units of punctuation, and spaces. Tokenization enables functions and operators which work with the relative positioning of words (e.g., proximity operators). Tokenization also enables functions and operators which operate on a part or the root of the word (e.g., wildcards, stemming).]
This section covers requirements for XQuery and XPath Full Text language design that are independent from, but related to, integration and scoping requirements.
XQuery and XPath Full Text 1.0 functions MUST operate on instances of the [XQuery 1.0 and XPath 2.0 Data Model].
Status: this requirement has been met.
XQuery and XPath Full Text 1.0 MUST NOT introduce or rely on side-effects.
Status: this requirement has been met.
XQuery and XPath Full Text 1.0 MUST allow the user to return SCORE.
Status: this requirement has been met.
XQuery and XPath Full Text 1.0 MUST allow the user to sort by SCORE.
Status: this requirement has been met.
XQuery and XPath Full Text 1.0 MUST define the type and range of SCORE values. The SCORE SHOULD be a float, in the range 0-1.
Status: this requirement has been partially met. Float has been changed to double because double is the maximal promotion type.
XQuery and XPath Full Text 1.0 MUST be able to generate a SCORE for a combination of full-text predicates.
Status: this requirement has been met.
The algorithm to produce combined SCOREs MUST be vendor-provided.
Status: this requirement has been met.
The algorithm to produce combined SCOREs SHOULD be overridable by users.
Status: this requirement has been partially met. Since SCORE is implementation-dependent, the recommendation is silent on this and all matters relating to implementation of scoring.
Users MUST be able to influence individual components of complex score expressions.
Status: this requirement has been met.
XQuery and XPath Full Text 1.0 MUST be extensible by vendors.
Status: this requirement has been met.
XQuery and XPath Full Text 1.0 MAY be extensible by users.
Status: this requirement has been met.
The first version of XQuery and XPath Full Text 1.0 MUST provide a robust framework for future versions.
Status: this requirement has been met.
It is not a requirement that XQuery and XPath Full Text 1.0 be designed as an end-user UI language.
Status: this requirement has been met.
It SHOULD be possible to search XQuery and XPath Full Text 1.0 queries.
Status: this requirement has been met.
This section specifies requirements for the integration of XQuery and XPath Full Text 1.0 with XQuery and XPath.
Part, but not necessarily all, of XQuery and XPath Full Text 1.0 MUST be usable as part of an XPath expression.
Status: this requirement has been met.
XQuery and XPath Full Text 1.0 SHOULD use the extensibility mechanisms that exist in XQuery and XPath for integration into XQuery and XPath.
Status: this requirement has been partially met. XQuery and XPath Full Text 1.0 did not use functions because they were syntactically burdensome to users. The extensibility mechanisms were used in the XML syntax (XQueryX) for XQuery and XPath Full Text 1.0.
XQuery and XPath Full Text 1.0 MUST use the extensibility mechanisms that exist in XQuery and XPath for it's own extensibility.
Status: this requirement has been met.
XQuery and XPath Full Text 1.0 MUST be composable with XQuery, and SHOULD be composable with itself.
Status: this requirement has been met.
XQuery and XPath Full Text 1.0 may have more than one syntax binding. One query language syntax must be convenient for humans to read and write. See [XML Query (XQuery) Requirements].
Status: this requirement has been met.
XQuery and XPath Full Text 1.0 MAY have more than one syntax binding. One query language syntax MUST be expressed in XML in a way that reflects the underlying structure of the query. See [XML Query (XQuery) Requirements].
Status: this requirement has been met.
This section defines requirements for the functionality in XQuery and XPath Full Text 1.0, and the scope of XQuery and XPath Full Text 1.0 queries.
XQuery and XPath Full Text 1.0 MUST provide, in the first release, the minimum set of full-text functionality that is useful.
single-word search
phrase search
support for stop words
single character suffix
0 or more character suffix
0 or more character prefix
0 or more character infix
proximity searching (unit: words)
specification of order in proximity searching
combination using AND
combination using OR
combination using NOT
word normalization, diacritics
ranking, relevance
Status: this requirement has been met.
Additional functionality represented in the [XQuery and XPath Full Text 1.0 Use Cases] MUST be considered, but may be left to a future release.
Status: this requirement has been met.
Additional functionality from other Full-Text Search contexts such as [SQL/MM Full-Text] MUST be considered, but SHOULD be left to a future release.
Status: this requirement has been met.
XQuery and XPath Full Text 1.0 MUST allow search within an arbitrary structure (an arbitrary XPath expression).
Status: this requirement has been met.
XQuery and XPath Full Text 1.0 MUST NOT preclude Full-Text Search within structures constructed during a query.
Status: this requirement has been met.
XQuery and XPath Full Text 1.0 MUST allow a query to return arbitrary nodes.
Status: this requirement has been met.
XQuery and XPath Full Text 1.0 MUST allow the combination of predicates on different parts of the searched document 'tree'.
Status: this requirement has been met.
XQuery and XPath Full Text 1.0 MUST support Full-Text Search within attributes.
Status: this requirement has been met.
XQuery and XPath Full Text 1.0 MAY support Full-Text Search within attributes in conjunction with Full-Text Search within element content.
Status: this requirement has been met.
If XQuery and XPath Full Text 1.0 supports search within names of elements and attributes, then it MUST distinguish between
element content and attribute values
and
names of elements and attributes
in any search.
Status: this requirement has been met.
XQuery and XPath Full Text 1.0 MUST support search across element boundaries, at least for NEAR.
Status: this requirement has been met.
| Author | Date | Action | Description |
| Stephen Buxton | 2003-03-19 | Added a Change Log | |
| Stephen Buxton | 2003-03-19 | Terminology definition changes | Switched the definitions of SHOULD and MAY, to be consistent with [XML Query (XQuery) Requirements]. The rest of the document does not need to change, since the earlier versions of this document, on which the text of the spec is based, referred to the definitions in [XML Query (XQuery) Requirements]. |
| Stephen Buxton | 2003-04-18 | Change XML Query Requirements link to external URI | Changed links in the document body to point to external latest copy of XML Query Requirements. |
| Pat Case | 2006-11-17 | Recorded that requirements were met | Recorded that the XQuery and XPath Full Text 1.0 Requirements have been met (fully or paritially). |
| Pat Case | 2007-12-04 | Title | Updated title and title references to remove 1.0, 2.0, and the hyphen. |
| Pat Case | 2008-04-04 | Requirement 4.2.1 | Changed the status on 4.2.1 from green to yellow with an explanation. |


Module socket.smtp
The smtp namespace provides functionality to send e-mail messages.
The high-level API consists of two functions: one to define an e-mail message, and another to actually send the message. Although almost all users will find that these functions provide more than enough functionality, the underlying implementation allows for even more control (if you bother to read the code).
The implementation conforms to the Simple Mail Transfer Protocol, RFC 2821. Another RFC of interest is RFC 2822, which governs the Internet Message Format. Multipart messages (those that contain attachments) are part of the MIME standard, but described mainly in RFC 2046.
In the description below, good understanding of LTN012, Filters sources and sinks and the MIME module is assumed. In fact, the SMTP module was the main reason for their creation.
To obtain the smtp namespace, run:
-- loads the SMTP module and everything it requires
local smtp = require("socket.smtp")
MIME headers are represented as a Lua table in the form:
headers = {
field-1-name = field-1-value,
field-2-name = field-2-value,
field-3-name = field-3-value,
...
field-n-name = field-n-value
}
Field names are case insensitive (as specified by the standard) and all functions work with lowercase field names. Field values are left unmodified.
Note: MIME headers are independent of order. Therefore, there is no problem in representing them in a Lua table.
The following constants can be set to control the default behavior of the SMTP module:
- DOMAIN: domain used to greet the server;
- PORT: default port used for the connection;
- SERVER: default server used for the connection;
- TIMEOUT: default timeout for all I/O operations;
- ZONE: default time zone.
Type socket.smtp
| socket.smtp.message(mesgt) |
Provides a simple LTN12 source that sends an SMTP message body, possibly multipart (arbitrarily deep). |
| socket.smtp.send(arguments) |
Sends a message to a recipient list. |
Type socket.smtp
Field(s)
- socket.smtp.message(mesgt)
-
Provides a simple LTN12 source that sends an SMTP message body, possibly multipart (arbitrarily deep).
Parameter
-
#table mesgt
: The only parameter of the function is describing the message. Mesgt has the following form (notice the recursive structure):mesgt = { headers = header-table, body = LTN12 source or string or multipart-mesgt } multipart-mesgt = { [preamble = string,] [1] = mesgt, [2] = mesgt, ... [n] = mesgt, [epilogue = string,] }
For a simple message, all that is needed is a set of headers and the body. The message body can be given as a string or as a simple LTN12 source. For multipart messages, the body is a table that recursively defines each part as an independent message, plus an optional preamble and epilogue.
Usage:
-- load the smtp support and its friends local smtp = require("socket.smtp") local mime = require("mime") local ltn12 = require("ltn12") -- creates a source to send a message with two parts. The first part is -- plain text, the second part is a PNG image, encoded as base64. source = smtp.message{ headers = { -- Remember that headers are *ignored* by smtp.send. from = "Sicrano de Oliveira<EMAIL_ADDRESS>to = "Fulano da Silva<EMAIL_ADDRESS>subject = "Here is a message with attachments" }, body = { preamble = "If your client doesn't understand attachments, \r\n" .. "it will still display the preamble and the epilogue.\r\n" .. "Preamble will probably appear even in a MIME enabled client.", -- first part: no headers means plain text, us-ascii. -- The mime.eol low-level filter normalizes end-of-line markers. [1] = { body = mime.eol(0, [=[ Lines in a message body should always end with CRLF. The smtp module will *NOT* perform translation. However, the send function *DOES* perform SMTP stuffing, whereas the message function does *NOT*. ]=]) }, -- second part: headers describe content to be a png image, -- sent under the base64 transfer content encoding. -- notice that nothing happens until the message is actually sent. -- small chunks are loaded into memory right before transmission and -- translation happens on the fly. [2] = { headers = { ["content-type"] = 'image/png; name="image.png"', ["content-disposition"] = 'attachment; filename="image.png"', ["content-description"] = 'a beautiful image', ["content-transfer-encoding"] = "BASE64" }, body = ltn12.source.chain( ltn12.source.file(io.open("image.png", "rb")), ltn12.filter.chain( mime.encode("base64"), mime.wrap() ) ) }, epilogue = "This might also show up, but after the attachments" } } -- finally send it r, e = smtp.send{ from =<EMAIL_ADDRESS>rcpt =<EMAIL_ADDRESS>source = source, }
-
- socket.smtp.send(arguments)
-
Sends a message to a recipient list.
Since sending messages is not as simple as downloading an URL from a FTP or HTTP server, this function doesn't have a simple interface. However, see the socket.smtp.message source factory for a very powerful way to define the message contents.
smtp.send{ from = string, rcpt = string or string-table, source = LTN12 source, [user = string,] [password = string,] [server = string,] [port = number,] [domain = string,] [step = LTN12 pump step,] [create = function] }
Note: SMTP servers can be very picky with the format of e-mail addresses. To be safe, use only addresses of the form<EMAIL_ADDRESS>in the from and rcpt arguments to the send function. In headers, e-mail addresses can take whatever form you like.
Big note: There is a good deal of misconception with the use of the destination address field headers, i.e., the 'To', 'Cc', and, more importantly, the 'Bcc' headers. Do not add a 'Bcc' header to your messages because it will probably do the exact opposite of what you expect.
Only recipients specified in the rcpt list will receive a copy of the message. Each recipient of an SMTP mail message receives a copy of the message body along with the headers, and nothing more. The headers are part of the message and should be produced by the LTN12 source function. The rcpt list is not part of the message and will not be sent to anyone.
RFC 2822 has two important and short sections, "3.6.3. Destination address fields" and "5. Security considerations", explaining the proper use of these headers. Here is a summary of what it says:
- To: contains the address(es) of the primary recipient(s) of the message;
- Cc: (where the "Cc" means "Carbon Copy" in the sense of making a copy on a typewriter using carbon paper) contains the addresses of others who are to receive the message, though the content of the message may not be directed at them;
- Bcc: (where the "Bcc" means "Blind Carbon Copy") contains addresses of recipients of the message whose addresses are not to be revealed to other recipients of the message.
The LuaSocket socket#socket.send function does not care or interpret the headers you send, but it gives you full control over what is sent and to whom it is sent:
- If someone is to receive the message, the e-mail address has to be in the recipient list. This is the only parameter that controls who gets a copy of the message;
- If there are multiple recipients, none of them will automatically know that someone else got that message. That is, the default behavior is similar to the Bcc field of popular e-mail clients;
- It is up to you to add the To header with the list of primary recipients so that other recipients can see it;
- It is also up to you to add the Cc header with the list of additional recipients so that everyone else sees it;
- Adding a header Bcc is nonsense, unless it is empty. Otherwise, everyone receiving the message will see it and that is exactly what you don't want to happen!
I hope this clarifies the issue. Otherwise, please refer to RFC 2821 and RFC 2822.
Parameter
-
#table arguments
: The sender is given by the e-mail address in the from field. Rcpt is a Lua table with one entry for each recipient e-mail address, or a string in case there is just one recipient. The contents of the message are given by a simple LTN12 source. Several arguments are optional:- user, password: User and password for authentication. The function will attempt LOGIN and PLAIN authentication methods if supported by the server (both are unsafe);
- server: Server to connect to. Defaults to "localhost";
- port: Port to connect to. Defaults to 25;
- domain: Domain name used to greet the server; Defaults to the local machine host name;
- step: LTN12 pump step function used to pass data from the source to the server. Defaults to the LTN12 pump.step function;
- create: An optional function to be used instead of socket.tcp when the communications socket is created.
Return values
-
#number: If successful, the function returns 1.
-
#nil, #string: Otherwise, the function returns nil followed by an error message.
Usage:
-- load the smtp support local smtp = require("socket.smtp") -- Connects to server "localhost" and sends a message to users --<EMAIL_ADDRESS><EMAIL_ADDRESS>-- and<EMAIL_ADDRESS>-- Note that "fulano" is the primary recipient, "beltrano" receives a -- carbon copy and neither of them knows that "sicrano" received a blind -- carbon copy of the message. from =<EMAIL_ADDRESS>rcpt = {<EMAIL_ADDRESS><EMAIL_ADDRESS><EMAIL_ADDRESS>} mesgt = { headers = { to = "Fulano da Silva<EMAIL_ADDRESS>cc = '"Beltrano F. Nunes"<EMAIL_ADDRESS>subject = "My first message" }, body = "I hope this works. If it does, I can send you another 1000 copies." } r, e = smtp.send{ from = from, rcpt = rcpt, source = smtp.message(mesgt) }


18 January 2012 - The Ministry of Health (MoH) of the Kingdom of Cambodia has announced that the case of human infection with avian influenza A (H5N1) virus reported in the Disease Outbreak News posting of 16 January 2012 died on 18 January 2012.
The boy is the 19th person in Cambodia to become infected with the H5N1 virus; to date, 17 of these cases have died from complications of the disease.


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Joining by Nearby Dates
I’ve been wrestling with ideas for how to standardize sampling dates for a while now. The data sets I’m working with have fairly regular sampling intervals, but sometimes they aren’t sampled on the same day - and this drives me crazy. In terms of real-world sampling plans it makes total sense - weekends, rainy days, multi-day sampling events - but in terms of cleaning and working with the data it’s a pain. Here I’ve made up some fake data that shows the problem I’m having, then use fuzzyjoin to make it work. In the process I realized I could probably do approximately the same thing using dplyr. It’s a snowy day in Colorado, so let’s get to it.
library(tidyverse)
library(lubridate)
well <- t(data.frame(1,1,1,1,2,2,2,2,3,3,3,3,4,4,4,4)) #making some fake wells
date <- seq.Date(ymd("1996-01-01"), ymd("1996-12-01"), by = "quarter") #making some fake dates
date <- rep(date, times = 4)
date <- date + sample(-7:7,16,replace=T)
concentration <- sample(1:20,16,replace=T) #making some fake concentrations
df_a <- cbind.data.frame(well, date, concentration) #first fake dataframe
df_a <- remove_rownames(df_a)
date <- date + sample(-7:7,16,replace=T)
concentration <- sample(1:20,16,replace=T)
df_b <- cbind.data.frame(well, date, concentration) #second fake dataframe
df_b <- remove_rownames(df_b)
df_a #one set of samples
## well date concentration
## 1 1 1996-01-07 13
## 2 1 1996-03-27 7
## 3 1 1996-07-02 20
## 4 1 1996-09-28 17
## 5 2 1995-12-29 5
## 6 2 1996-03-30 12
## 7 2 1996-06-28 19
## 8 2 1996-10-05 14
## 9 3 1995-12-30 19
## 10 3 1996-04-05 13
## 11 3 1996-07-04 8
## 12 3 1996-10-03 9
## 13 4 1996-01-03 11
## 14 4 1996-04-07 11
## 15 4 1996-06-30 4
## 16 4 1996-09-29 5
df_b #another set of samples
## well date concentration
## 1 1 1996-01-06 7
## 2 1 1996-04-03 7
## 3 1 1996-06-30 4
## 4 1 1996-09-29 15
## 5 2 1995-12-30 1
## 6 2 1996-03-31 20
## 7 2 1996-07-02 16
## 8 2 1996-09-29 15
## 9 3 1995-12-24 10
## 10 3 1996-04-10 12
## 11 3 1996-07-03 12
## 12 3 1996-10-08 7
## 13 4 1996-01-08 11
## 14 4 1996-04-10 9
## 15 4 1996-06-30 10
## 16 4 1996-10-01 11
df_ab <- rbind(df_a, df_b)
ggplot(df_ab, aes(x=date, y=concentration, color=well)) + geom_point(alpha=0.8)
Do you see the problem?!?! I can’t make the neat dataframe with both observations that I want. If I join on exact dates I loose a bunch of data. After some googling I found a package called {fuzzyjoin} that allows you to join columns within a certain tolerance, so they don’t have to exactly match up. Great - that’s what I want. Unfortunately, in this case I want to join by two columns, well
and date
, but the max_dist
argument will apply to both, so since I just made the wells 1-4, if I wanted to capture dates within more than four days of each other all wells would be considered matches. So I fuzzy joined first by date, then filtered for the observations where well.x matches well.y. After some cleaning up, it looks pretty good.
library(fuzzyjoin)
df_c <- difference_inner_join(df_a, df_b, by = "date", max_dist= 14) #join dates within two weeks
df_c <- df_c %>%
filter(well.x == well.y) %>% #keep only joined observations from the same well
rename("PCE"=concentration.x, "TCE"=concentration.y, "well"=well.x) %>% #change some names
mutate(date = round_date(date.x, unit = "month")) %>% #round to nearest month
select(-c("well.y", "date.x", "date.y")) #remove duplicate well name
head(df_c)
## well PCE TCE date
## 1 1 13 7 1996-01-01
## 2 1 7 7 1996-04-01
## 3 1 20 4 1996-07-01
## 4 1 17 15 1996-10-01
## 5 2 5 1 1996-01-01
## 6 2 12 20 1996-04-01
df_c %>% pivot_longer(cols = c(PCE, TCE)) %>%
ggplot(aes(x=date, y=value, color=well)) + geom_point(alpha=0.5)
When I did the round_date
thing above I thought, well, couldn’t I just have rounded by date first, then joined by exact date after? So I did just that and got the same results. This wouldn’t always give the same results, for example if a well was sampled around the middle of the month and one observation was rounded up while another was rounded down. The {fuzzyjoin} method joins relative to the distance between the dates, not based on the rounded date. In most cases it won’t matter, but there’s a small distinction.
df_a <- mutate(df_a, date = round_date(date, unit = "month"))
df_b <- mutate(df_b, date = round_date(date, unit = "month"))
#df_c <- inner_join(df_a, df_b, by = date)
# ^this causes an error: Error: `by` must be a (named) character vector, list, or NULL, not a `Date` object.
df_a$date <- as.double(df_a$date)
df_b$date <- as.double(df_b$date)
df_c <- inner_join(df_a, df_b, by = "date")
df_c <- df_c %>%
filter(well.x==well.y) %>%
rename("PCE"=concentration.x, "TCE"=concentration.y, "well"=well.x) %>%
select(-c("well.y")) #remove duplicate well name
df_c <- df_c %>%
mutate(date = as.Date(date, origin = "1970-01-01"))
head(df_c)
## well date PCE TCE
## 1 1 1996-01-01 13 7
## 2 1 1996-04-01 7 7
## 3 1 1996-07-01 20 4
## 4 1 1996-10-01 17 15
## 5 2 1996-01-01 5 1
## 6 2 1996-04-01 12 20
df_c %>% pivot_longer(cols = c(PCE, TCE)) %>%
ggplot(aes(x=date, y=value, color=well)) + geom_point(alpha=0.5)
Now it’s time to apply this to a real dataset and see what problems I’ll run into…because they’re out there…lurking…spooky!


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JiBX/OTA is a set of examples and sample code intended to help developers working with the Open Travel Alliance schemas. It includes two different examples of JiBX code generation from the OTA schemas, an example of WSDL generation from a Java interface for a web service based on OTA messages, and two different sample implementations of a client and server for the web service.
JiBX offers a number of advantages over alternative data binding frameworks for working with the OTA schemas. For starters, it does a better job of handling schema definitions:
JiBX also provides much greater flexibility than other alternatives, including easy ways to:
int
or long
in place of java.math.BigInteger
java.io.Serializable
handling to generated classes (or with your own custom
decorators)On the web services side, JiBX gives the best support for generating WSDL service definitions from code (even if you're not actually using JiBX at runtime). When used with the JiBX/WS web services framework JiBX also provides the fastest web services available, including support for XBIS encoding which doubles your speed in converting to and from XML while cutting data volumes in half. JiBX/WS also gives the flexibility of using direct XML document exchanges (without SOAP wrappers), and efficient TCP socket transport (both with and without SOAP).
| Module Name | Primary Developer | Status |
|---|---|---|
| jibx-ota (svn) | Dennis Sosnoski | 1.0 release February 14, 2010 |


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