Boys Don't Cry ****
rated R Fox Searchlight Pictures 114 minutes starring Hilary Swank, Chloe Sevigny, Peter Sarsgaard, Brendan Sexton III, Alison Folland, Alicia Goranson, Matt McGrath, Rob Campbell, Jeanna Arnette written by Andy Bienen and Kimberly Peirce directed by Kimberly Peirce
"Boys Don't Cry", the debut film of Kimberly Peirce, is probably the most emotionally draining picture I will see all year. Having read the news stories on which this film is based, I knew how it all was going to end. But that didn't lessen the powerful impact which this film had on me. It is admittedly a very difficult film to watch, and one that I cannot recommend to all viewers. However, if you are looking for a gripping portrait of Americana gone bad, then "Boys Don't Cry" is the film you need to see.
If you do not know the heartbreaking story of Brandon Teena, then I will ask you to read no further than this paragraph. It is impossible to review this film without discussing the ending. But if you know how the story ends, the film's strong emotional bond is not weakened.
"Boys Don't Cry" explores the life of Brandon Teena (Hilary Swank) from the day he wanders into Falls City, Nebraska, until the day of his grisly death a few months later. Brandon is really a girl named Teena who is in the midst of a sexual identity crisis. One night, after having lesbian slurs thrown at her, she decides to cut her hair and dress like a man. She goes roller skating and ends the night making out with a beautiful blonde.
The next night, she tries it again, and she meets John (Peter Sarsgaard) and Tom (Brendan Sexton III), who take Brandon to a party in their hometown, Falls City. The next day, Brandon wakes up and realizes that he's still there. That night, at a karaoke bar, he gets his first glimpse of Lana (Chloe Sevigny), the most beautiful girl in town.
John, the tough guy who has just got out of prison, resides in Lana's house with her mother (Jeanna Arnette) and his young daughter. John has no impulse control, and can often go into unprecedented fits of wild rage. He immediately takes a liking to the girlish Brandon, but one can see how he slowly begins to notice his true identity.
Brandon and Lana slowly form a convincing relationship. Like characters in every small town movie, Lana is bored with her life, and needs someone to help open her eyes. This helps explain why later in the film, when she finds out who Brandon really is, she decides to stay with him/her. Brandon is known as the nice, slightly awkward guy in town, and Lana likes his sense of newness in her world of familiar people. All the questions about how their relationship functions sexually are explained in the film, so I won't go into detail.
Things are going quite well for Brandon in his new life, until he misses a court date in Lincoln for a grand theft auto which occurred a while back. Soon his past life of fake IDs and crime catches up with him, and he finds himself in prison...in the girls ward.
Kimberly Peirce presents every stage of this tragedy flawlessly, and she doesn't do it alone. Hilary Swank and Chloe Sevigny are excellent together; each one bringing such emotional honesty to their role. In a better world, Swank would be a shoo in for an Oscar nomination, but "Boys Don't Cry" is too explicit and truthful a film to win such an award.
"Boys Don't Cry" retells one of the most important stories of the 1990's, one that Peirce recreates down to every detail. She spent ages of research on this project, and even made Hilary Swank live as a man for a number of weeks. It is a breakout film for everyone involved, and can stand tall as one of 1999's very best.
The tragic ending to this gritty tale is one that will continue to be discussed. How could we live in such a homophobic society that a girl must dress as a boy in order to be accepted, and then die for her actions? People try to fit in in different ways, with different results. The saddest thing about "Boys Don't Cry" is that it really is just another murder story, one that happens every day in all parts of the world, but makes us turn our head away.
a review by Akiva Gottlieb<EMAIL_ADDRESS>http://cinemania.8m.com
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Priyadarshan Ghosh
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1,000 hp 1958 Plymouth Fury custom is a hellacious tribute to 'Christine'
by Gary GasteluAnd you thought Christine was mean the first time around.
The crew from “Graveyard Carz” has turned a 1958 Plymouth Fury into a tribute to the car from the classic horror film “Christine”--with a twist.
Although it retains the original styling on the outside, its original 305 hp V8 has been replaced with a “Hellephant” supercharged 426 cubic-inch V8, which is a 1,000 hp crate motor sold by Mopar for custom builds. The car, displayed at the SEMA show in Las Vegas, is also equipped with MagnaFlow mufflers and alloy axles, Autoblog reports.
STOLEN AND WRECKED DODGE CHALLENGER IS A SMASH HIT AT SEMA SHOW
As many as 28 cars were used during the production of the 1983 film, but just three are understood to have survived fully intact. One was raffled off by MTV and disappeared, while the other two are on display in museums, according to Hot Rod.
The last time one of the originals is known to have changed hands was in 2015, when it was sold at a Barrett-Jackson auction for $198,000.


Sponsored Tour 1
The Glacier Ride - Glacier National Park, Montana & Waterton National Park, Canada
SKILL LEVEL - INTERMEDIATE | July 17 - 22 | Cost: $250.00
Below Is A Brief Tour Overview
| Day 1 | Bike 26 or 43 Miles We kick off the Glacier Ride with a beautiful afternoon warm-up bike ride along the Camas Road. This out and back bike ride includes a visit to the North Fork of the Flathead River, Apgar Village, and stunning Lake McDonald. |
| Day 2 | Bike 47 Miles Today begins with an early morning bike ride up the world-famous Going-to-the-Sun Road with a stop at Logan Pass before an epic downhill to our camp at St. Mary. Cyclists can stop at Jackson Glacier Overlook, Sunrift Gorge, Sun Point, and the Wild Goose Island viewpoint on the way down. |
| Day 3 | Bike 48 or 72 Miles Today we begin our bike ride in St. Mary and our ultimate destination is Waterton Lakes National Park. We follow the road along St. Mary Lake to Babb, Montana. Strong bike riders have the option to add 20 miles to their cycling route and pedal into Many Glacier for a view of Grinnell Point and the historic Many Glacier Hotel. We continue biking up to Chief Mountain Overlook to the U.S.–Canada Border at the Belly River. From there it’s a stunning bike ride into our camp next to Waterton Lake. |
| Day 4 | Hike, Bike or Rest Options Hike, bike or take a boat ride in a stunning alpine lake surrounded by peaks. Today is your day to explore Waterton and rest up before our big bike ride back to the U.S. In 1932, as war overtook Europe, the U.S. and Canada formed the world's first international peace park joining Glacier and Waterton in an agreement of goodwill. Glacier and Waterton now play a prominent role in global conservation. These parks are poised to play a greater role in bringing nations together while providing important research about climate change. |
| Day 5 | Bike 57 or 111 Miles We re-trace our bike ride to St. Mary enjoying a fresh take on stunning views and then continue along Hwy. 89 to East Glacier. The bike route includes a gorgeous climb up Looking Glass Pass and a side trip to the iconic Two Medicine Valley, treasured by the Blackfeet tribe. Your trip leaders will provide multiple options. If you'd like to achieve a century bike ride today, we can help make that happen! Tonight we camp at a Tipi Village in the ecotone between the Rocky Mountains and the great Prairie of Montana. |
| Day 6 | Whitewater Rafting Today we complete the loop of Glacier National Park by river. We'll crest the Continental Divide and paddle back to our starting point in West Glacier. Today’s whitewater rafting experience takes us along the Middle Fork of the Flathead River, an important and dynamic river system that forms the southern border of Glacier National Park. |
Sponsored Tour 2
The Colorado Ride - Western Slope to Rocky Mountain National Park and the Front Range
SKILL LEVEL - STRONG NOVICE | August 25 - 30 | Cost: $320.00
Below Is A Brief Tour Overview
| Day 1 | Welcome & Nature Walk with Experts Climate Ride's new Colorado charitable adventure begins in the Mile-High City of Denver – with a shuttle transfer to Carpenter Ranch in Western Colorado, a private, 900-acre conservation ranch idyllically located on the Yampa River. The Ranch is a birdwatcher's paradise and is one of The Nature Conservancy’s premiere conservation projects that aims to protect this historic, biologically important area. We’ll get a chance to explore the Ranch on a short hike and tour of the property, then we’ll settle into our camp (rooms are available at the Ranch) before gathering for a Western BBQ welcome dinner (veggie options available!) and to hear from conservation and climate experts. Shared rooms or camping at the Carpenter Ranch tonight. |
| Day 2 | Bike 36 Miles | Elevation Gain: 2139 ft / Elevation Loss: 1952 ft One of our shorter days, our pace will be more relaxed today. Following a hearty hot breakfast at the Ranch, our journey takes us through rolling open plains, dotted with sagebrush to the quaint town of Steamboat Springs. Here we’ll cycle along the Yampa River bike trail into downtown for a picnic lunch at a local park. The afternoon includes a chance to explore Steamboat or visit the natural waters at local hot springs. Tonight, we’ll enjoy an outdoor picnic dinner at camp before hearing from an informative speaker. Then it’s your choice whether to hit the hay early for the big day tomorrow or stay up stargazing. Camping or cabins at the campground tonight. If you prefer a hotel in Steamboat Springs (additional cost) please request our approved hotel list. |
| Day 3 | Bike 48 Miles | Elevation Gain: 1798 ft / Elevation Loss: 2746 ft or Bike 73 Miles | Elevation Gain: 3852 ft / Elevation Loss: 3176 ft Today is a big day! We have some amazing bike riding planned for this morning when we head south from Steamboat Springs and cycle past small family farms toward the striking Flat Top Mountains. We’ll have a picnic lunch in the town of Yampa next to a historic jailhouse and the town’s quirky General Store. After lunch, we climb over Gore Pass (9524 ft), and then a 10-mile downhill descending through a vast verdant forest to the town of Kremmling, our destination for the night. (If you take the shorter option we shuttle you from lunch to the top of Gore Pass.) We’ll stay at a local hotel this evening, and explore the town’s dining options during an on-your-own dinner. |
| Day 4 | Bike 46 Miles | Elevation Gain: 1673 ft / Elevation Loss: 318 ft On the morning of Day 4, the epic cycling continues as we ride along the headwaters of the Colorado River to the foot of Rocky Mountain National Park. Along the way, we’ll ride our bikes through a stunning canyon and enjoy a fortifying lunch in the town of Hot Sulpher Springs. In the afternoon, we’ll pass by several wildlife viewing areas that showcase the rich diversity of this region. Then, turning north, we’ll climb alongside Lake Granby to Grand Lake – a classic vibrant mountain town. Enjoy a well-deserved ice cream cone in town before the last few miles to our camp located adjacent to the National Park. Camping and cabins are available at our camp tonight. |
| Day 5 | Bike 45 Miles | Elevation Gain: 4206 ft / Elevation Loss: 4839 ft Today we’ll traverse Rocky Mountain National Park on Trail Ridge Road – hands-down one of the most scenic stretches of road in America. From camp, we’ll roll through stunning sub-alpine meadows before beginning our climb to above the tree-line. The ascent is gradual and eventually, we’ll top out at 12,090 ft – more than two miles above sea level. The views from the top are spectacular and worth the climbing and heavy breathing! After taking it all in, we’ll descend down the east side of the mountain range to Estes Park. Tonight we’ll stay in rustic lodge rooms and enjoy a camp cook-out dinner. |
| Day 6 | Bike 49 Miles | Elevation Gain: 4137 ft / Elevation Loss: 6778 ft This morning, we head out early on our final bike ride together! After a hearty breakfast and packing up snacks, we’ll depart Estes Park, and begin cycling through thick forests of the Front Range to the town of Ward where we’ll visit a local artists’ collective. From there, we’ll descend to the Great Plains and jump on a bike path into the famous town of Boulder. Here we’ll enjoy a final picnic lunch and then retrieve our gear before saying goodbye until the next Climate Ride. |


{% extends "pagefetch/base.html" %} {% block content %}
Welcome to PageFetch, a fun game for kids and adults! You have 3 minutes to find as many pages as you can. Points are awarded for getting a page in the top 8 results, and bonus points are awarded if you don't pass! Once you have found the current page, you can move onto the next page or try to improve your score. You can also strive to earn ranks and rewards within the game.
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{% endblock content %}


Titanic
A review by kota
Disaster movies are viewed these days in the same light that horror movies were viewed in the 80's: tastes great, less filling.
Dismissing James Cameron's Titanic as a disaster movie would be a grave mistake however. With a budget exceeding $200 million, this is a love story of shakespearean proportions in disguise. While the movie does take place on the infamous ship, the story revolves around a young couple, Jack (DiCaprio) and Rose (Winslet).
Jack Dawson and Rose DeWitt brings a level of poignancy to a sad moment in history. Out of the 2200 plus passengers on the Titanic, only about a third survived. This inevitable fact hangs in the air like the dark clouds of an impending monsoon. Early in the film, we are made aware that there are only enough boats to carry about half the people on the ship. The arrogant director ignores the recommendations of a more knowledgeable captain. The pompous well-to-do passengers boast that the ship is unsinkable. Furthermore, we have two powerful adversaries, Rose's mother and her fiance are out to crush Jack. The deck is stacked against Jack, and he must make do with what he was dealt.
Throughout the film we are made aware of the strict social structure that divides the classes. The Titanic upper level is for the rich, and the lower level is for the poor. The upper deck is lit by sunlight, while the lower engine room is burning a hellish red from the fire stacks. This dichotomy is ironic, since the poor are portrayed as simple, fun loving do-gooders, and the rich are portrayed as pretentious people in love with their own technology.
This movie is the epitome of the big-budget Hollywood movie. It has it all; a love story, a social critique, and technical pyrotechnics that must be seen to be believed. Ideally, you want the pieces to fit into the mosaic, so that the seams are undetectable. Cameron's expert hand has crafted a movie in which the audience is mesmerized until the very end. -- Please remove "nospam" to reply http://www.poboxes.com/kota
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
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Related links: index of all rec.arts.movies.reviews reviews


Using the dialog window of the Solitaire algorithm (Menu En- / Decrypt / Symmetric (classic))
This dialog window generates a keystream according to the Solitaire algorithm.
This keystream can be used for encryption of a plaintext as well as for decryption of a Solitaire ciphertext. After opening a plaintext or ciphertext in CrypTool as a document, select the Encrypt or Decrypt button as appropriate.
Note:CrypTool features a (partially automated cryptanalysis of Solitaire ciphertexts.
1) Key generation
Please follow the frames sequentially from 1 to 3. If you want to change something in an earlier frame, you must restart from the first frame.
Grouping 1 a: Number of cards (classic: 52 +2)
Choose the number of cards to be used in the Solitaire algorithm.
Usually 54 cards are used (the normal deck of 52 plus the two jokers). This is recommended by the algorithm's developer, Bruce Schneier, and is thus the default value.
The minimum allowed value is three, so that at least one regular card accompanies the two jokers.
Grouping 1b: Defining the cards order
Choose the preferred initial deck. There are six available options. Ascending order is selected by default.
To decrypt successfully, you must use the same initial deck as was used to encrypt.
Optional Frame: Enter password
After choosing a card order in Frame 1b, you can modify the initial deck by using a password. The password can be up to 1024 characters, and non-alphabetic characters are not allowed. After entering the password, click on Modify the initial deck. You can click the button multiple times to modify the deck further.
To decrypt, you must use the same password and click Modify the initial deck as often as was done to encrypt.
For example, if you enter the password "test" and click Modify the initial deck twice, it will have the same effect as if you used the password "testtest" just once.
Optional Frame: Manual entry
This frame is only activated if you have chosen "Manual entry" in Frame 1b. Construct your preferred initial deck by clicking the buttons 1-54 in the desired order. If you make a mistake, press Reset to start over. The button values represent the card values as described in the Solitaire description. While constructing the initial deck, you can see the current deck under "Initial deck" in the output frame. Once you have selected the appropriate number of cards as chosen in Frame 1a, this frame will be deactivated.
2) Keystream generation
Grouping 2: Generating the keystream (automatically or manually)
This frame offers two alternatives for generating the keystream.
Grouping 2 a: Manual steps of the Solitaire algorithm
This frame will be active if you selected the Manual button in Frame 2. To follow the steps of the actual Solitaire algorithm, click the buttons from step 1 to 5 in ascending order and repeat the process until each keystream characters have been generated. After each step you can see the modification of the deck in the "Final deck" output field. New keystream characters are generated only in step 5.
Note:Use the Generate remaining characters button if you decide during the process that you no longer want to carry out the process manually. In the small text field near the Step 5 button, you can see the number of generated and necessary keystream characters.
After a keystream with the same number of characters as the plaintext or ciphertext has been generated (within this dialog window at max 65,535 characters will be shown), the Encrypt, Decrypt, and Save buttons will become active.
Save
3) Encryption or Decryption using the Solitaire keystream
Encrypt
Click this button to generate the ciphertext from the plaintext.
Decrypt
Click this button to obtain the ciphertext from the plaintext.
Clicking the Encrypt or Decrypt button will automatically close the dialog window and display the newly created file in the CrypTool main window.
Cancel
Click this button to exit the dialog window.


{% extends "core/base.html" %} {% load i18n account socialaccount widget_tweaks %} {% block head_title %}{% trans "Sign In" %}{% endblock %} {% block meta_description %}Sign In to Potanist, the new community for marijuana homegrowers.{% endblock %} {% block content %}
{% blocktrans with site.name as site_name %}Please sign in with your {{ site_name }} account below, or use your existing third party accounts.{% endblocktrans %}
{% if form.non_field_errors %}


{% extends "web_template.html" %} {% import 'macros/common.html' as common %} {% block title %}Public Contracts{% endblock %} {% block extra_css %} {% endblock %} {% block content %} Public Contracts Contract Search All Items All Locations Any Contract Type Want to Sell Want to Buy Auctions Exclude Want to Buy Any Status Outstanding Maybe Expired Maybe Fulfilled (Not Implemented) Maybe Relisted All Categories All Groups BP Type Both BPO BPC Exclude Multiple: Exact Type Match: Price (million) Security Filters High Low Null All Issuers {% endblock %} {% block extra_js %} {% endblock %}


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Successfully completed my Masters project on power line detection for drones and UAV's using deep learning Neural nets.
I have developed a mobile robot which can change its shape to the needs of the object to be carried and deliver to the defined locaiton.


This page should close automatically. The `window.close()` call is ignored when a "Save Password" or "Update Password" prompt is open in iOS though.


My name is Garrett Lee Graham Anderson and I recently completed the Front-End Engineering course at The Iron Yard Orlando. I have a Bachelor's Degree from Stetson University, having majored in Humanities. An avid learner with a zest for life, I believe that knowledge is power to not only advance personally but to advance others as well.
The beauty in technology is the ease with which information is disseminated. That is where I come in. I have always been a connector of people and ideas, bridging gaps is my game. I have come a long way in the past four months and wish to grow continuously on this new path.


Based in South East London, Bright Reach Studio is an independent web development business; we use our expertise to give you complete control of your online business.  We can support you in the creation of responsive websites, eCommerce websites and mobile apps. We strive for simplicity, solve complex situations, build relationships and empower you to own the online business you want.
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Next Chapter | Previous Chapter | Contents | Index
This chapter attempts to cover some of the common issues encountered
when writing 16-bit code to run under
or
. It covers how to link programs to
produce
or
files, how to write
device drivers, and how
to interface assembly language code with 16-bit C compilers and with
Borland Pascal.
.EXE
FilesAny large program written under DOS needs to be built as a
file: only
files have the necessary internal structure required to span more than one
64K segment. Windows programs, also, have to be built as
files, since Windows does not support the
format.
In general, you generate
files by using
the
output format to produce one or more
files, and then linking them together using
a linker. However, NASM also supports the direct generation of simple DOS
files using the
output format (by using
and
to construct
the
file header), and a macro package is
supplied to do this. Thanks to Yann Guidon for contributing the code for
this.
NASM may also support
natively as another
output format in future releases.
obj
Format To Generate .EXE
FilesThis section describes the usual method of generating
files by linking
files together.
Most 16-bit programming language packages come with a suitable linker;
if you have none of these, there is a free linker called VAL, available in
archive format from
.
An LZH archiver can be found at
.
There is another `free' linker (though this one doesn't come with sources)
called FREELINK, available from
.
A third,
, written by DJ Delorie, is
available at
.
A fourth linker,
, written by Anthony A.J.
Williams, is available at
.
When linking several
files into a
file, you should ensure that exactly one of
them has a start point defined (using the
special symbol defined by the
format: see
section 7.4.6). If no module
defines a start point, the linker will not know what value to give the
entry-point field in the output file header; if more than one defines a
start point, the linker will not know which value to use.
An example of a NASM source file which can be assembled to a
file and linked on its own to a
is given here. It demonstrates the basic
principles of defining a stack, initialising the segment registers, and
declaring a start point. This file is also provided in the
subdirectory of the NASM archives, under the
name
.
segment code ..start: mov ax,data mov ds,ax mov ax,stack mov ss,ax mov sp,stacktop
This initial piece of code sets up
to point
to the data segment, and initializes
and
to point to the top of the provided stack.
Notice that interrupts are implicitly disabled for one instruction after a
move into
, precisely for this situation, so
that there's no chance of an interrupt occurring between the loads of
and
and not
having a stack to execute on.
Note also that the special symbol
is
defined at the beginning of this code, which means that will be the entry
point into the resulting executable file.
mov dx,hello mov ah,9 int 0x21
The above is the main program: load
with
a pointer to the greeting message (
is
implicitly relative to the segment
, which
was loaded into
in the setup code, so the full
pointer is valid), and call the DOS print-string function.
mov ax,0x4c00 int 0x21
This terminates the program using another DOS system call.
segment data hello: db 'hello, world', 13, 10, '$'
The data segment contains the string we want to display.
segment stack stack resb 64 stacktop:
The above code declares a stack segment containing 64 bytes of
uninitialized stack space, and points
at
the top of it. The directive
defines a segment called
, and also
of type
. The latter is not
necessary to the correct running of the program, but linkers are likely to
issue warnings or errors if your program has no segment of type
.
The above file, when assembled into a
file, will link on its own to a valid
file,
which when run will print `hello, world' and then exit.
bin
Format To Generate .EXE
FilesThe
file format is simple enough that
it's possible to build a
file by writing a
pure-binary program and sticking a 32-byte header on the front. This header
is simple enough that it can be generated using
and
commands by
NASM itself, so that you can use the
output
format to directly generate
files.
Included in the NASM archives, in the
subdirectory, is a file
of macros. It
defines three macros:
,
and
.
To produce a
file using this method, you
should start by using
to load the
macro package into your source file.
You should then issue the
macro call
(which takes no arguments) to generate the file header data. Then write
code as normal for the
format - you can use
all three standard sections
,
and
. At the
end of the file you should call the
macro
(again, no arguments), which defines some symbols to mark section sizes,
and these symbols are referred to in the header code generated by
.
In this model, the code you end up writing starts at
, just like a
file - in fact, if you strip off the 32-byte header from the resulting
file, you will have a valid
program. All the segment bases are the same,
so you are limited to a 64K program, again just like a
file. Note that an
directive is issued by the
macro, so you should not explicitly
issue one of your own.
You can't directly refer to your segment base value, unfortunately,
since this would require a relocation in the header, and things would get a
lot more complicated. So you should get your segment base by copying it out
of
instead.
On entry to your
file,
are already set up to point to the top of a
2Kb stack. You can adjust the default stack size of 2Kb by calling the
macro. For example, to change the stack
size of your program to 64 bytes, you would call
.
A sample program which generates a
file
in this way is given in the
subdirectory of
the NASM archive, as
.
.COM
FilesWhile large DOS programs must be written as
files, small ones are often better written
as
files.
files are pure binary, and therefore most easily produced using the
output format.
bin
Format To Generate .COM
Files
files expect to be loaded at offset
into their segment (though the segment may
change). Execution then begins at
, i.e.
right at the start of the program. So to write a
program, you would create a source file
looking like
org 100h section .text start: ; put your code here section .data ; put data items here section .bss ; put uninitialized data here
The
format puts the
section first in the file, so you can
declare data or BSS items before beginning to write code if you want to and
the code will still end up at the front of the file where it belongs.
The BSS (uninitialized data) section does not take up space in the
file itself: instead, addresses of BSS items
are resolved to point at space beyond the end of the file, on the grounds
that this will be free memory when the program is run. Therefore you should
not rely on your BSS being initialized to all zeros when you run.
To assemble the above program, you should use a command line like
nasm myprog.asm -fbin -o myprog.com
The
format would produce a file called
if no explicit output file name were
specified, so you have to override it and give the desired file name.
obj
Format To Generate .COM
FilesIf you are writing a
program as more than
one module, you may wish to assemble several
files and link them together into a
program.
You can do this, provided you have a linker capable of outputting
files directly (TLINK does this), or
alternatively a converter program such as
to transform the
file output from the linker
into a
file.
If you do this, you need to take care of several things:
RESB 100h
. This is to ensure
that the code begins at offset 100h
relative to
the beginning of the code segment, so that the linker or converter program
does not have to adjust address references within the file when generating
the .COM
file. Other assemblers use an
ORG
directive for this purpose, but
ORG
in NASM is a format-specific directive to the
bin
output format, and does not mean the same
thing as it does in MASM-compatible assemblers.
.COM
file is loaded, all the segment registers contain the same value.
.SYS
FilesMS-DOS device drivers -
files - are pure
binary files, similar to
files, except that
they start at origin zero rather than
.
Therefore, if you are writing a device driver using the
format, you do not need the
directive, since the default origin for
is zero. Similarly, if you are using
, you do not need the
at the start of your code segment.
files start with a header structure,
containing pointers to the various routines inside the driver which do the
work. This structure should be defined at the start of the code segment,
even though it is not actually code.
For more information on the format of
files, and the data which has to go in the header structure, a list of
books is given in the Frequently Asked Questions list for the newsgroup
.
This section covers the basics of writing assembly routines that call,
or are called from, C programs. To do this, you would typically write an
assembly module as a
file, and link it with
your C modules to produce a mixed-language program.
C compilers have the convention that the names of all global symbols
(functions or data) they define are formed by prefixing an underscore to
the name as it appears in the C program. So, for example, the function a C
programmer thinks of as
appears to an
assembly language programmer as
. This
means that in your assembly programs, you can define symbols without a
leading underscore, and not have to worry about name clashes with C
symbols.
If you find the underscores inconvenient, you can define macros to
replace the
and
directives as follows:
%macro cglobal 1 global _%1 %define %1 _%1 %endmacro %macro cextern 1 extern _%1 %define %1 _%1 %endmacro
(These forms of the macros only take one argument at a time; a
construct could solve this.)
If you then declare an external like this:
cextern printf
then the macro will expand it as
extern _printf %define printf _printf
Thereafter, you can reference
as if it
was a symbol, and the preprocessor will put the leading underscore on where
necessary.
The
macro works similarly. You must
use
before defining the symbol in
question, but you would have had to do that anyway if you used
.
Also see section 2.1.27.
NASM contains no mechanism to support the various C memory models directly; you have to keep track yourself of which one you are writing for. This means you have to keep track of the following things:
CS
register
never changes its value, and always gives the segment part of the full
function address), and that functions are called using ordinary near
CALL
instructions and return using
RETN
(which, in NASM, is synonymous with
RET
anyway). This means both that you should
write your own routines to return with RETN
, and
that you should call external C routines with near
CALL
instructions.
CALL FAR
(or
CALL seg:offset
) and return using
RETF
. Again, you should therefore write your own
routines to return with RETF
and use
CALL FAR
to call external routines.
DS
register doesn't change its value, and always
gives the segment part of the full data item address).
DS
in your routines without restoring it
afterwards, but ES
is free for you to use to
access the contents of 32-bit data pointers you are passed.
DS
throughout the
program. This data segment is typically the same segment as the stack, kept
in SS
, so that functions' local variables (which
are stored on the stack) and global data items can both be accessed easily
without changing DS
. Particularly large data
items are typically stored in other segments. However, some memory models
(though not the standard ones, usually) allow the assumption that
SS
and DS
hold the same
value to be removed. Be careful about functions' local variables in this
latter case.
In models with a single code segment, the segment is called
, so your code segment must also go by this
name in order to be linked into the same place as the main code segment. In
models with a single data segment, or with a default data segment, it is
called
.
The C calling convention in 16-bit programs is as follows. In the following description, the words caller and callee are used to denote the function doing the calling and the function which gets called.
CALL
instruction
to pass control to the callee. This CALL
is
either near or far depending on the memory model.
SP
in
BP
so as to be able to use
BP
as a base pointer to find its parameters on
the stack. However, the caller was probably doing this too, so part of the
calling convention states that BP
must be
preserved by any C function. Hence the callee, if it is going to set up
BP
as a frame pointer, must push the
previous value first.
BP
. The word at [BP]
holds the previous value of BP
as it was pushed;
the next word, at [BP+2]
, holds the offset part
of the return address, pushed implicitly by CALL
.
In a small-model (near) function, the parameters start after that, at
[BP+4]
; in a large-model (far) function, the
segment part of the return address lives at
[BP+4]
, and the parameters begin at
[BP+6]
. The leftmost parameter of the function,
since it was pushed last, is accessible at this offset from
BP
; the others follow, at successively greater
offsets. Thus, in a function such as printf
which
takes a variable number of parameters, the pushing of the parameters in
reverse order means that the function knows where to find its first
parameter, which tells it the number and type of the remaining ones.
SP
further, so as to allocate space on the stack for local variables, which
will then be accessible at negative offsets from
BP
.
AL
, AX
or
DX:AX
depending on the size of the value.
Floating-point results are sometimes (depending on the compiler) returned
in ST0
.
SP
from BP
if it had
allocated local stack space, then pops the previous value of
BP
, and returns via
RETN
or RETF
depending
on memory model.
SP
to remove them (instead of
executing a number of slow POP
instructions).
Thus, if a function is accidentally called with the wrong number of
parameters due to a prototype mismatch, the stack will still be returned to
a sensible state since the caller, which knows how many parameters
it pushed, does the removing.
It is instructive to compare this calling convention with that for
Pascal programs (described in section 8.5.1).
Pascal has a simpler convention, since no functions have variable numbers
of parameters. Therefore the callee knows how many parameters it should
have been passed, and is able to deallocate them from the stack itself by
passing an immediate argument to the
or
instruction, so the caller does not have to
do it. Also, the parameters are pushed in left-to-right order, not
right-to-left, which means that a compiler can give better guarantees about
sequence points without performance suffering.
Thus, you would define a function in C style in the following way. The following example is for small model:
global _myfunc _myfunc: push bp mov bp,sp sub sp,0x40 ; 64 bytes of local stack space mov bx,[bp+4] ; first parameter to function ; some more code mov sp,bp ; undo "sub sp,0x40" above pop bp ret
For a large-model function, you would replace
by
, and look
for the first parameter at
instead of
. Of course, if one of the parameters is a
pointer, then the offsets of subsequent parameters will change
depending on the memory model as well: far pointers take up four bytes on
the stack when passed as a parameter, whereas near pointers take up two.
At the other end of the process, to call a C function from your assembly code, you would do something like this:
extern _printf ; and then, further down... push word [myint] ; one of my integer variables push word mystring ; pointer into my data segment call _printf add sp,byte 4 ; `byte' saves space ; then those data items... segment _DATA myint dw 1234 mystring db 'This number -> %d <- should be 1234',10,0
This piece of code is the small-model assembly equivalent of the C code
int myint = 1234; printf("This number -> %d <- should be 1234\n", myint);
In large model, the function-call code might look more like this. In
this example, it is assumed that
already holds
the segment base of the segment
. If not,
you would have to initialize it first.
push word [myint] push word seg mystring ; Now push the segment, and... push word mystring ; ... offset of "mystring" call far _printf add sp,byte 6
The integer value still takes up one word on the stack, since large
model does not affect the size of the
data
type. The first argument (pushed last) to
,
however, is a data pointer, and therefore has to contain a segment and
offset part. The segment should be stored second in memory, and therefore
must be pushed first. (Of course,
would
have been a shorter instruction than
, if
was set up as the above example assumed.) Then
the actual call becomes a far call, since functions expect far calls in
large model; and
has to be increased by 6
rather than 4 afterwards to make up for the extra word of parameters.
To get at the contents of C variables, or to declare variables which C
can access, you need only declare the names as
or
.
(Again, the names require leading underscores, as stated in
section 8.4.1.) Thus, a C variable declared as
can be accessed from assembler as
extern _i mov ax,[_i]
And to declare your own integer variable which C programs can access as
, you do this (making sure you are
assembling in the
segment, if necessary):
global _j _j dw 0
To access a C array, you need to know the size of the components of the
array. For example,
variables are two bytes
long, so if a C program declares an array as
, you can access
by coding
. (The byte offset 6 is obtained by
multiplying the desired array index, 3, by the size of the array element,
2.) The sizes of the C base types in 16-bit compilers are: 1 for
, 2 for
and
, 4 for
and
, and 8 for
.
To access a C data structure, you need to know the offset from the base
of the structure to the field you are interested in. You can either do this
by converting the C structure definition into a NASM structure definition
(using
), or by calculating the one offset
and using just that.
To do either of these, you should read your C compiler's manual to find
out how it organizes data structures. NASM gives no special alignment to
structure members in its own
macro, so you
have to specify alignment yourself if the C compiler generates it.
Typically, you might find that a structure like
struct { char c; int i; } foo;
might be four bytes long rather than three, since the
field would be aligned to a two-byte
boundary. However, this sort of feature tends to be a configurable option
in the C compiler, either using command-line options or
lines, so you have to find out how your
own compiler does it.
c16.mac
: Helper Macros for the 16-bit C InterfaceIncluded in the NASM archives, in the
directory, is a file
of macros. It
defines three macros:
,
and
. These
are intended to be used for C-style procedure definitions, and they
automate a lot of the work involved in keeping track of the calling
convention.
(An alternative, TASM compatible form of
is also now built into NASM's preprocessor. See
section 4.8 for details.)
An example of an assembly function using the macro set is given here:
proc _nearproc %$i arg %$j arg mov ax,[bp + %$i] mov bx,[bp + %$j] add ax,[bx] endproc
This defines
to be a procedure
taking two arguments, the first (
) an integer
and the second (
) a pointer to an integer. It
returns
.
Note that the
macro has an
as the first line of its expansion, and since
the label before the macro call gets prepended to the first line of the
expanded macro, the
works, defining
to be an offset from
. A context-local variable is used, local to
the context pushed by the
macro and popped
by the
macro, so that the same argument
name can be used in later procedures. Of course, you don't have to
do that.
The macro set produces code for near functions (tiny, small and
compact-model code) by default. You can have it generate far functions
(medium, large and huge-model code) by means of coding
. This changes the kind of return
instruction generated by
, and also
changes the starting point for the argument offsets. The macro set contains
no intrinsic dependency on whether data pointers are far or not.
can take an optional parameter, giving the
size of the argument. If no size is given, 2 is assumed, since it is likely
that many function parameters will be of type
.
The large-model equivalent of the above function would look like this:
%define FARCODE proc _farproc %$i arg %$j arg 4 mov ax,[bp + %$i] mov bx,[bp + %$j] mov es,[bp + %$j + 2] add ax,[bx] endproc
This makes use of the argument to the
macro to define a parameter of size 4, because
is now a far pointer. When we load from
, we
must load a segment and an offset.
Interfacing to Borland Pascal programs is similar in concept to interfacing to 16-bit C programs. The differences are:
DS
when control is passed to your assembly code.
The only things that do not live in the default data segment are local
variables (they live in the stack segment) and dynamically allocated
variables. All data pointers, however, are far.
The 16-bit Pascal calling convention is as follows. In the following description, the words caller and callee are used to denote the function doing the calling and the function which gets called.
CALL
instruction to pass control to the callee.
SP
in
BP
so as to be able to use
BP
as a base pointer to find its parameters on
the stack. However, the caller was probably doing this too, so part of the
calling convention states that BP
must be
preserved by any function. Hence the callee, if it is going to set up
BP
as a frame pointer, must push the previous
value first.
BP
. The word at [BP]
holds the previous value of BP
as it was pushed.
The next word, at [BP+2]
, holds the offset part
of the return address, and the next one at [BP+4]
the segment part. The parameters begin at [BP+6]
.
The rightmost parameter of the function, since it was pushed last, is
accessible at this offset from BP
; the others
follow, at successively greater offsets.
SP
further, so as to allocate space on the stack for local variables, which
will then be accessible at negative offsets from
BP
.
AL
, AX
or
DX:AX
depending on the size of the value.
Floating-point results are returned in ST0
.
Results of type Real
(Borland's own custom
floating-point data type, not handled directly by the FPU) are returned in
DX:BX:AX
. To return a result of type
String
, the caller pushes a pointer to a
temporary string before pushing the parameters, and the callee places the
returned string value at that location. The pointer is not a parameter, and
should not be removed from the stack by the RETF
instruction.
SP
from BP
if it had
allocated local stack space, then pops the previous value of
BP
, and returns via
RETF
. It uses the form of
RETF
with an immediate parameter, giving the
number of bytes taken up by the parameters on the stack. This causes the
parameters to be removed from the stack as a side effect of the return
instruction.
Thus, you would define a function in Pascal style, taking two
-type parameters, in the following way:
global myfunc myfunc: push bp mov bp,sp sub sp,0x40 ; 64 bytes of local stack space mov bx,[bp+8] ; first parameter to function mov bx,[bp+6] ; second parameter to function ; some more code mov sp,bp ; undo "sub sp,0x40" above pop bp retf 4 ; total size of params is 4
At the other end of the process, to call a Pascal function from your assembly code, you would do something like this:
extern SomeFunc ; and then, further down... push word seg mystring ; Now push the segment, and... push word mystring ; ... offset of "mystring" push word [myint] ; one of my variables call far SomeFunc
This is equivalent to the Pascal code
procedure SomeFunc(String: PChar; Int: Integer); SomeFunc(@mystring, myint);
Since Borland Pascal's internal unit file format is completely different
from
, it only makes a very sketchy job of
actually reading and understanding the various information contained in a
real
file when it links that in. Therefore an
object file intended to be linked to a Pascal program must obey a number of
restrictions:
CODE
, CSEG
, or
something ending in _TEXT
.
CONST
or something ending in
_DATA
.
DATA
, DSEG
, or
something ending in _BSS
.
GROUP
directives and segment attributes are also
ignored.
c16.mac
With Pascal ProgramsThe
macro package, described in
section 8.4.5, can also be used to simplify
writing functions to be called from Pascal programs, if you code
. This definition ensures that
functions are far (it implies
), and also
causes procedure return instructions to be generated with an operand.
Defining
does not change the code which
calculates the argument offsets; you must declare your function's arguments
in reverse order. For example:
%define PASCAL proc _pascalproc %$j arg 4 %$i arg mov ax,[bp + %$i] mov bx,[bp + %$j] mov es,[bp + %$j + 2] add ax,[bx] endproc
This defines the same routine, conceptually, as the example in
section 8.4.5: it defines a function taking
two arguments, an integer and a pointer to an integer, which returns the
sum of the integer and the contents of the pointer. The only difference
between this code and the large-model C version is that
is defined instead of
, and that the arguments are declared in
reverse order.


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Preparation time
overnight
Cooking time
over 2 hours
Serves
Serves 6
A spiced, zesty marinade for this slow-cooked duck makes delicious burgers, served with fruit slaw flavoured with a dash of ouzo.
To make the brine, stir the salt, sugar, vinegar and 1 litre/1¾ pints water in a saucepan over medium heat to dissolve the sugar and salt. Remove 6 strips of zest from the oranges using a vegetable peeler, add to the pan with the orange juice, garlic and spices, and bring to a simmer. Turn off the heat and transfer to a container large enough to fit the duck. Add 2 litres of cold water and allow the brine to cool before adding the duck, pushing it down to submerge it. Refrigerate for at least 8 hours, or overnight.
When you are ready to cook, remove the duck from the brine and pat dry, leave in a cool place for one hour to dry out. Preheat the oven to 180C/160C Fan/Gas 4.
Place the onions in a roasting tray adding the garlic cloves, cinnamon stick, bay leaves and orange juice and zest. Mix together the coriander, cumin, fennel seeds and chilli and sprinkle a little on the underside of the duck. Lay the duck on top of the onions and sprinkle the remaining spice evenly over the duck. Add 1.5 litres/2½ pints of water to the tray and cover securely with foil. Roast for 4-4½ hours, then check for tenderness. The flesh should be easily pierced with the point of a knife.
Remove foil, baste and return to the oven for a further 30 minutes to crisp the skin. Transfer the duck to a tray and leave to cool.
 (If making ahead of time pour off the duck cooking liquor into a container, leave to cool and refrigerate overnight.
Remove the cinnamon sticks and orange strips and place the cooking liquor and onions in a small pan and bring to the boil, lower heat to a simmer and reduce in volume until the sauce has thickened. Meanwhile carefully pick the crispy skin and meat from the duck into a large bowl.
Add the reduced duck sauce to the skin and meat and mix well. Season to taste, although it usually doesn’t need any seasoning since it’s been brined. Divide the mixture into six patties and place on one half of a tray lined with parchment paper. Fold the paper over the patties, folding edges over to secure. Place in the oven and gently reheat for 10-12 minutes while you griddle the bread before serving, drizzled with some olive oil.
For the slaw, mix the ingredients together, season with sea salt, freshly ground black pepper add lemon juice to taste. Cover and refrigerate until serving.
For the popcorn, heat the oil in a large saucepan with a tight-fitting lid. Add the corn and cover immediately. Cook over a medium heat, moving the pan continuously until the popping has just about stopped, about 2-3 minutes. Remove the pan from the heat and leave covered for a minute until the popping stops completely. Carefully remove the lid, add the reserved duck fat, fennel seeds and chilli and mix well. The popcorn can be made ahead of time and stored in an airtight container.
To serve, carefully lift the duck patties off the paper and serve sandwiched between bread topped with slaw, watercress and pickles. Serve with a bowl of the popcorn.


{% extends "base_template.html" %} {% load webdesign %} {%block page_content%}
Use the form below to create a Donate! account. After your account is setup you'll be able to create Donate! applications.


| fas fa-allergies |  | Try it | |
| fas fa-fist-raised |  | Try it | |
| fas fa-hand-lizard |  | Try it | |
| far fa-hand-lizard |  | Try it | |
| fas fa-hand-middle-finger |  | Try it | |
| fas fa-hand-paper |  | Try it | |
| far fa-hand-paper |  | Try it | |
| fas fa-hand-peace |  | Try it | |
| far fa-hand-peace |  | Try it | |
| fas fa-hand-point-down |  | Try it | |
| far fa-hand-point-down |  | Try it | |
| fas fa-hand-point-left |  | Try it | |
| far fa-hand-point-left |  | Try it | |
| fas fa-hand-point-right |  | Try it | |
| far fa-hand-point-right |  | Try it | |
| fas fa-hand-point-up |  | Try it | |
| far fa-hand-point-up |  | Try it | |
| fas fa-hand-pointer |  | Try it | |
| far fa-hand-pointer |  | Try it | |
| fas fa-hand-rock |  | Try it | |
| far fa-hand-rock |  | Try it | |
| fas fa-hand-scissors |  | Try it | |
| far fa-hand-scissors |  | Try it | |
| fas fa-hand-sparkles | 諾 | Try it | |
| fas fa-hand-spock |  | Try it | |
| far fa-hand-spock |  | Try it | |
| fas fa-hands |  | Try it | |
| fas fa-hands-wash | 丹 | Try it | |
| fas fa-handshake |  | Try it | |
| far fa-handshake |  | Try it | |
| fas fa-hand-holding |  | Try it | |
| fas fa-hand-holding-medical | 樂 | Try it | |
| fas fa-handshake-alt-slash | 寧 | Try it | |
| fas fa-handshake-slash | 怒 | Try it | |
| fas fa-thumbs-down |  | Try it | |
| far fa-thumbs-down |  | Try it | |
| fas fa-thumbs-up |  | Try it | |
| far fa-thumbs-up |  | Try it |


In advanced scenarios, you will need more control over Durandal Grid's HTML. The following data-parts are available to be overriden:

element

element in the head containing the foreach: columns
binding

element, which contains the foreach: rows
binding

element, which contains the page buttons row, and the page size buttons row

element of the page buttons, which contains the if: showPaging
binding

element of the page size buttons, which tonains the if showPageSizeOptions
bindingIf you need to customize the text in the column headers, or style the grid, overridding data-parts is not necessary. Those can be controlled from the viewmodel or CSS, respectively. The most common scenaris for overridding the HTML, I suspect, will be to provide button's for your rows.
Unfortunately, due to the way Durandal's data-part system works, the row inside the

cannot be made a data-part; it is contained inside a foreach loop, which clears out the internal contents and removes any data-part overrides. So the only option is to allow the whole

to be overridden. The "gotcha" here is that when you override a data-part, you don't override its children, you override the whole node. This means that the foreach: rows
bindings gets removed, breaking the grid. When you override the body, you must include this entire binding.
One very handy part of Durandal's widget system is that to reference functions on the containing viewmodel you can just use $root.someFunction
, instead of trying to figure out which $parents[n]
to use. Here is an example of a grid with a remove button added on each row.
/* Create observables /* return { //Observable Stuff addRow: addRow, removeRow: removeRow, //Grid config options gridConfig: { data: observableData, pageSize: 5, columns: [ { header: 'First Name', property: 'firstName' }, { header: 'Last Name', property: 'lastName' }, { header: 'Age', property: 'age' }, { header: '', property: '', canSort: false } ] } };

 	 	 	 <button class="btn btn-xs btn-danger" data-bind="click: $root.removeRow">Remove</button>


Behar on GOP Hearsay Defense: Linda Tripp 'Was Not Under the Desk with Monica' | Breitbart
by Pam KeyOn Thursday’s broadcast of ABC’s “The View,” co-host Joy Behar said the Republicans pointing out the impeachment inquiry witness did not have first-hand dealings with President Donald Trump are forgetting Linda Tripp exposed former President Bill Clinton’s Monica Lewinsky scandal, which led to his impeachment.
Co-host Sunny Hostin said, “It’s also insane to me they kept on saying this is hearsay. This is hearsay. Well, Linda Tripp, remember Clinton was impeached because of Linda Tripp’s testimony which was complete hearsay. She was on a phone call which was taped.”
Behar said, “She was not under the desk with Monica. Let’s put it that way. That’s hearsay.”
After a combination of groans and laugher from the audience, Whoopi Goldberg said, “We try to be supportive of women on this show.”
Follow Pam Key on Twitter @pamkeyNEN


This keyboard layout is based on the keyboard layout from Windows 10.
This keyboard makes extensive use of deadkeys. Typing the deadkey before the base character will output the combined character. For example:
^a will produce â (available on aAcCeEgGhHiIjJoOsSuUwWyY).
¨a will produce ä (available on aAeEiIoOuUy).
`a will produce à (available on aAeEiIoOuU).
´a will produce á (available on aAcCeEiIlLnNoOrRsSuUyYzZ).
¯a will produce ā (available on aAeEiIoOuU).
~n will produce ñ (available on aAiInNoOuU).
¸c will produce ç (available on cCgGkKlLnNrRsStT).
·c will produce ċ (available on cCeEgGIzZ).
˛a will produce ą (available on aAeEiIuU).
˚a will produce å (available on oOuU).
˘a will produce ă (available on aAgGuU).
˝o will produce ő (available on oOuU).
ˇc will produce č (available on cCdDeElLnNrRsStTzZ).
Deadkeys on the on-screen keyboard have a fullstop before and after to distinguish them from non deadkey characters.
Due to the size and number of keys, some characters are hidden in the long press. Press and hold on the key with a little dot on the top right to reveal them.
The deadkeys that are on the desktop layout are on a longpress key to the right of the spacebar.
© SIL International


If there is not enough free space from the control to the upper side of the screen the selector opens downwards automatically.
If there are several inputs with the same name all all them are updated on color selection. In this sample the clear button is set to be last one.
The control can be inserted before or after the input. You can also customize the style of the color swatches, with the custom_class .double the swatches are wider.
In this sample the color palette is forced to open downwards.
With tha custom_class .wide swatches expand to be fullwidth.
Without clear button, you can clear the selection programatically calling:
$( input_element ).data('paletteColorPickerPlugin').reset();
Reset sample 6A | Reset sample 6B


The Green Bay Packers are a professional American football team based in Green Bay, Wisconsin. They compete in the National Football League (NFL) as a member club of the National Football Conference (NFC) North division. It is the third-oldest franchise in the NFL, dating back to 1919,[7][8] and is the only non-profit, community-owned major league professional sports team based in the United States.
Years when they were champions:1967, 1968, 1997 and 2011


🍨🍨🍨🍨🍨🍨
!!GELATO!!
🍨🍨🍨🍨🍨🍨
🌚🌚 dark mode 🌚🌚
Website where I post interesting facts about gelato!!
GELATO IS AMAZING
- less fat than ice cream
- less sugar than ice cream
- more flavor
- delicious
🌚🌚 dark mode 🌚🌚
Website where I post interesting facts about gelato!!


Before Change
state_ = self.aggregation_net(state_)
// @TODO: add option to collapse observations based on action
action_ = action.view(action.shape[0], -1)
action_ = self.action_net(action_)
x = torch.cat((state_, action_), dim=1)
x = self.main_net(x)
After Change
return x
def _forward_lama(self, state, action):
state_ = self._process_state(state, self.observation_net)
state_ = self.aggregation_net(state_)
action_ = self.action_net(action)
x = torch.cat((state_, action_), dim=1)
x = self.main_net(x)


Help
$ ./OpenCOR -h
Usage: OpenCOR [-a|--about] [-c|--command [<plugin>::]<command> <options>] [-h|--help] [-p|--plugins] [-r|--reset] [-s|--status] [-v|--version] [<files>]
-a, --about Display some information about OpenCOR
-c, --command Send a command to one or all the CLI plugins
-h, --help Display this help information
-p, --plugins Display all the CLI plugins
-r, --reset Reset all your settings
-s, --status Display the status of all the plugins
-v, --version Display the version of OpenCOR
Version
$ ./OpenCOR -v
OpenCOR Version 0.4.1 (64-bit)
About
$ ./OpenCOR -a
OpenCOR Version 0.4.1 (64-bit)
OS X 10.10 (Yosemite)
Copyright 2011-2015
OpenCOR is a cross-platform CellML-based modelling environment, which can be used to organise, edit, simulate and analyse CellML files.
Plugins
$ ./OpenCOR -p
The following CLI plugin is available:
- CellMLTools: a plugin to access various CellML-related tools.
Status
$ ./OpenCOR -s
The following plugins are available:
- CellMLAPI: the plugin is loaded and fully functional.
- CellMLSupport: the plugin is loaded and fully functional.
- CellMLTools: the plugin is loaded and fully functional.
- Compiler: the plugin is loaded and fully functional.
- Core: the plugin is loaded and fully functional.
- CoreSolver: the plugin is loaded and fully functional.
- LLVM: the plugin is loaded and fully functional.
Command
$ ./OpenCOR -c help
Commands supported by CellMLTools:
* Display the commands supported by CellMLTools:
help
* Export <file> to a <predefined_format> or a <user_defined_format_file>:
export <file> <predefined_format>|<user_defined_format_file>
<predefined_format> can take one of the following values:
cellml_1_0: to export a CellML 1.1 file to CellML 1.0
$ ./OpenCOR -c CellMLTools::export in.cellml cellml_1_0 > out.cellml
$ ./OpenCOR -c CellMLTools::export http://mydomain.com/in.cellml format.xml > out.txt
Reset
$ ./OpenCOR -r
All your settings have been reset.


Globally speaking, over 1/3 of the food produced gets lost or wasted each year. Thats approximately 1.3 billon tons overall, with devloped countries wasting around 670 million tons. According to the Food and Agriculture Organization, more then 40% of that is lost at the consumer and retail level of our production chain. Extra produce and food production equates to almost a third of greenhouse gas emissions, a loss of over $680 per country per year, and over a couple thousand litres of water.


class Sass::SCSS::CssParser
This is a subclass of {Parser} which only parses plain CSS. It doesn’t support any Sass extensions, such as interpolation, parent references, nested selectors, and so forth. It does support all the same CSS hacks as the SCSS parser, though.
Private Instance Methods
block_child(context)
click to toggle source
# File lib/sass/scss/css_parser.rb, line 17 def block_child(context) case context when :ruleset declaration when :stylesheet directive || ruleset when :directive directive || declaration_or_ruleset end end
interpolation()
click to toggle source
# File lib/sass/scss/css_parser.rb, line 14 def interpolation; nil; end
nested_properties!(node, space)
click to toggle source
# File lib/sass/scss/css_parser.rb, line 28 def nested_properties!(node, space) expected('expression (e.g. 1px, bold)') end
parent_selector()
click to toggle source
# File lib/sass/scss/css_parser.rb, line 13 def parent_selector; nil; end
placeholder_selector()
click to toggle source
# File lib/sass/scss/css_parser.rb, line 12 def placeholder_selector; nil; end
use_css_import?()
click to toggle source
# File lib/sass/scss/css_parser.rb, line 15 def use_css_import?; true; end


Meet the team!!!
Harrison Seaborn
My name is Harrison I was the UI on this project.
John Watt
My name is John I was one of the Front End One Developers on this project.
Adam-Reynolds
My name is Adam I was one of the Front End One Developers on this project.
Gris
My name is Gris I was one of the Front End One Developers on this project.
Tisha Holder
My name is Tisha I was the Front End Two Developer on this project.
Jessie hongtran
My name is Jessie I was the Back End Developer for this project.
Sean Antosiak
My name is Sean my role was Data Science on this project.
Jason
My name is Jason my role was Data Science on this project.
Oliver Ash
My name is Oliver my role was Data Science on this project.
Dustin
My name is Dustin I was the Project lead on this project.


| Instructor | Susan (Xueqing) Liu (xueqing.liu AT stevens DOT edu) |
| Meeting |
|
| Susan's Office Hour |
|
| TA |
|
This course is a graduate-level course on fundamental techniques in information retrieval and text mining. By taking this course, students learn how to crawl, clean, process, mine, and infer knowledge from a massive amount of text data; how to build a search engine from scratch, including indexing, building retrieval models, and evaluating the performance of a search engine; they will also learn important machine learning and deep learning techniques for text data, including topic model, LSTM and BERT; finally, they will learn state-of-the-art research topics in text mining and information retrieval, and get research experience in these topics by working on the final project.
Learning Goals: Upon successful completion of this course, students should be able to:
Recommended reading:
| Homework | 40% |
| Midterm | 30% |
| Project | 30% |
Late Policy: submit within 24 hours of deadline - 90%, within 48 hours - 70%, over 48 hours - 0 point, 0 if code not compile
Academic Integrity: Students must follow the instructions from the (Stevens Honor system). This course will have a zero-tolerance policy regarding plagiarism. You should complete all the assignments and quizzes on your own. You can help your classmates with questions such as how to use the programming language, what the library classes or methods do, what the errors mean, and how to interpret the assignment instructions. You are encouraged to come to both the instructor and the CAs' office hours regarding any questions you have, or email your questions to both the instructors or the CAs. However, you may not give or receive help from others (except the CA) with the actual implementation or answers for any of the assignments or tests. Do not show or share your code with others, and do not view or copy source code from others. For the same reason, you are not allowed to copy and paste a code snippet you found online in the assignments. All electronic work submitted for this course will be archived and subjected to automatic plagiarism detection. Whenever in doubt, please seek clarifications from the instructor. Students who violate the academic intergrity principle of Stevens will be immediately reported to the department and the school (which could leave a permanent mark on the transcript).
If you need special accommodations because of a disability, please contact the instructor through emails.


new function for deciding where to write the output from the progress bar, make_kpb_output_decisions()
. #4. Note that this can be overridden by supplying a connection directly.
new function for updating the counter easily, update_progress
, that provides updating and stopping the counter properly. #7
Added CI to the github repo. #3
Added testing. #5


|
src_entity - source entity handle
dest_entity - destination entity handle |
|
Returns the yaw angle, that src_entity should be rotated by in order to face dest_entity.
This command can be used to be point one entity at another, rotating on the y axis only. See also: DeltaPitch. |
|
SetBuffer BackBuffer()
camera=CreateCamera() ; Make camera orthagraphic for flat, 2D view CameraProjMode camera,2 ; Position and rotate camera so we have overhead (top-down) view PositionEntity camera,0,5,0 RotateEntity camera,90,0,0 ; Create red cone (the arrow) arrow=CreateCone() RotateMesh arrow,90,180,0 ScaleMesh arrow,.1,.1,.2 EntityColor arrow,255,0,0 ; Create blue sphere (the spot) spot=CreateSphere() ScaleMesh spot,.1,.1,.1 EntityColor spot,0,0,255 While Not KeyDown(1) ; If w,a,s,d pressed then move spot If KeyDown(17)=True Then MoveEntity spot,0,0,0.01 ; w - up If KeyDown(30)=True Then MoveEntity spot,-0.01,0,0 ; a - left If KeyDown(31)=True Then MoveEntity spot,0,0,-0.01 ; s - down If KeyDown(32)=True Then MoveEntity spot,0.01,0,0 ; d - right ; Rotate arrow using delta yaw value. Arrow will point at spot. RotateEntity arrow,0,DeltaYaw#(spot,arrow),0 RenderWorld Text 0,0,"Note: Camera view is overhead. The arrow will y-rotate using DeltaYaw value." Text 0,20,"Use w,a,s,d to move spot." Text 0,40,"Delta yaw: "+DeltaYaw#(spot,arrow) Flip Wend End |


--- layout: post date: 2012-04-18 time: "10:00:00" authors: ["Greg Wilson"] title: Where Next? tags: ["Bootcamps"] ---
Do you know someone who'd be helped by a Software Carpentry bootcamp? Or can you introduce us to someone who'd help us organize one in a new venue? If so, please introduce us: we'd like to start planning for the fall, and we're always keen to make new friends.


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Guidelines / Terms / Privacy / Cookies


| SPARK-11647 | Attempt to reduce flakiness of Hive Cli / SparkSubmit tests via conf. changes | Major | SQL | Josh Rosen | Josh Rosen |
| SPARK-11396 | datetime function: to_unix_timestamp | Major | SQL | Adrian Wang | Adrian Wang |
| SPARK-11420 | Updating Stddev support with Imperative Aggregate | Major | ML, SQL | Jihong MA | Jihong MA |
| SPARK-11712 | Refactor spark.ml LDAModel to be abstract | Minor | ML | Joseph K. Bradley | Joseph K. Bradley |
| SPARK-11654 | add reduce to GroupedDataset | Major | SQL | Wenchen Fan | Wenchen Fan |
| SPARK-11445 | Replace example code in mllib-ensembles.md using include_example | Major | Documentation, MLlib | Gabor Liptak | Rishabh Bhardwaj |
| SPARK-11727 | split ExpressionEncoder into FlatEncoder and ProductEncoder | Major | SQL | Wenchen Fan | Wenchen Fan |
| SPARK-11336 | Include path to the source file in generated example code | Major | Documentation, ML, MLlib | Xiangrui Meng | Xusen Yin |
| SPARK-11710 | Document new memory management model | Major | Documentation, Spark Core | Andrew Or | Andrew Or |
| SPARK-11612 | Model export/import for spark.ml: Pipeline and PipelineModel | Critical | ML | Xiangrui Meng | Joseph K. Bradley |
| SPARK-11769 | Model export/import for spark.ml: all basic Transformers | Major | ML | Joseph K. Bradley | Joseph K. Bradley |
| SPARK-11729 | Replace example code in ml-linear-methods.md using include_example | Major | Documentation | Xusen Yin | Xusen Yin |
| SPARK-11763 | Refactoring to create template for Estimator, Model pairs | Major | ML | Joseph K. Bradley | Joseph K. Bradley |
| SPARK-11764 | JSON serialization of Param[Vector] | Major | ML | Xiangrui Meng | Xiangrui Meng |
| SPARK-9065 | Add the ability to specify message handler function in python similar to Scala/Java | Major | PySpark, Streaming | Tathagata Das | Saisai Shao |
| SPARK-11793 | Dataset should set the resolved encoders internally for maps | Major | SQL | Reynold Xin | Reynold Xin |
| SPARK-11797 | collect, first, and take should use encoders for serialization | Major | SQL | Reynold Xin | Reynold Xin |
| SPARK-11728 | Replace example code in ml-ensembles.md using include_example | Major | Documentation | Xusen Yin | Xusen Yin |
| SPARK-11802 | Kryo-based encoder for opaque types | Major | SQL | Reynold Xin | Reynold Xin |
| SPARK-11625 | add java test for typed aggregate | Major | SQL | Wenchen Fan | Wenchen Fan |
| SPARK-11269 | Java API support & test cases | Major | SQL | Reynold Xin | Wenchen Fan |
| SPARK-11803 | Dataset self join returns incorrect result | Major | SQL | Reynold Xin | Wenchen Fan |
| SPARK-11795 | org.apache.spark.sql.AnalysisException: Can't extract value from a#12 | Critical | SQL | Reynold Xin | Wenchen Fan |
| SPARK-11720 | Handle edge cases when count = 0 or 1 for Stats function | Minor | ML, SQL | Jihong MA | Jihong MA |
| SPARK-6790 | Model export/import for spark.ml: LinearRegression | Major | ML | Joseph K. Bradley | Wenjian Huang |
| SPARK-6789 | Model export/import for spark.ml: ALS | Major | ML | Joseph K. Bradley | Joseph K. Bradley |
| SPARK-11820 | PySpark LiR & LoR should support weightCol | Major | ML, PySpark | Yanbo Liang | Yanbo Liang |
| SPARK-11810 | Java-based encoder for opaque types | Major | SQL | Reynold Xin | Reynold Xin |
| SPARK-6787 | Model export/import for spark.ml: estimators under ml.feature (I) | Major | ML | Joseph K. Bradley | Xiangrui Meng |
| SPARK-11649 | "SparkListenerSuite.onTaskGettingResult() called when result fetched remotely" test is very slow | Major | Tests | Josh Rosen | Josh Rosen |
| SPARK-11839 | Renames traits to avoid collision with java.util.* and add use default traits to simplify the impl | Major | ML | Xiangrui Meng | Xiangrui Meng |
| SPARK-11833 | Add Java tests for Kryo/Java encoders | Major | SQL | Reynold Xin | Reynold Xin |
| SPARK-11842 | Cleanups to existing Readers and Writers | Minor | ML | Joseph K. Bradley | Joseph K. Bradley |
| SPARK-11840 | Restore the 1.5's behavior of planning a single distinct aggregation. | Major | SQL | Yin Huai | Yin Huai |
| SPARK-11858 | Move sql.columnar into sql.execution | Major | SQL | Reynold Xin | Reynold Xin |
| SPARK-11846 | Model export/import for spark.ml: AFTSurvivalRegression and IsotonicRegression | Major | ML | Joseph K. Bradley | Xusen Yin |
| SPARK-11829 | Model export/import for spark.ml: estimators under ml.feature (II) | Major | ML | Joseph K. Bradley | Yanbo Liang |
| SPARK-11875 | Update doc for PySpark HasCheckpointInterval | Minor | ML, PySpark | Yanbo Liang | Yanbo Liang |
| SPARK-11867 | Model export/import for spark.ml: k-means & naive Bayes | Major | ML | Xiangrui Meng | Xusen Yin |
| SPARK-11819 | nice error message for missing encoder | Major | SQL | Wenchen Fan | Wenchen Fan |
| SPARK-11650 | "AkkaUtilsSuite.remote fetch ssl on - untrusted server" test is very slow | Major | Tests | Josh Rosen | Josh Rosen |
| SPARK-11636 | Support as on Classes defined in the REPL | Major | SQL | Michael Armbrust | Michael Armbrust |
| SPARK-11549 | Replace example code in mllib-evaluation-metrics.md using include_example | Major | Documentation | Xusen Yin | Vikas Nelamangala |
| SPARK-11900 | Add since version for all encoders | Major | SQL | Reynold Xin | Reynold Xin |
| SPARK-11901 | API audit for Aggregator | Major | SQL | Reynold Xin | Reynold Xin |
| SPARK-11899 | API audit for GroupedDataset | Major | SQL | Reynold Xin | Reynold Xin |
| SPARK-6791 | Model export/import for spark.ml: CrossValidator | Major | ML | Joseph K. Bradley | Joseph K. Bradley |
| SPARK-11894 | Incorrect results are returned when using null | Major | SQL | Xiao Li | Wenchen Fan |
| SPARK-11921 | fix nullable of encoder schema |
Major | SQL | Wenchen Fan | Wenchen Fan |
| SPARK-11913 | support typed aggregate for complex buffer schema | Major | SQL | Wenchen Fan | Wenchen Fan |
| SPARK-11140 | Replace file server in driver with RPC-based alternative | Major | Spark Core | Marcelo Vanzin | Marcelo Vanzin |
| SPARK-7457 | Perf test for ALS.recommendProductsForUsers, recommendUsersForProducts | Major | MLlib, Tests | Xiangrui Meng | Joseph K. Bradley |
| SPARK-9866 | VersionsSuite is unnecessarily slow in Jenkins | Major | SQL, Tests | Josh Rosen | Josh Rosen |
| SPARK-10560 | Make StreamingLogisticRegressionWithSGD Python API equals with Scala one | Minor | MLlib, PySpark | Yanbo Liang | Bryan Cutler |
| SPARK-11933 | Rename mapGroup -> mapGroups and flatMapGroup -> flatMapGroups | Major | SQL | Reynold Xin | Reynold Xin |
| SPARK-11942 | fix encoder life cycle for CoGroup | Major | SQL | Wenchen Fan | Wenchen Fan |
| SPARK-11952 | Remove duplicate ml examples (GBT/RF/logistic regression in Python) | Minor | Examples, ML | Yanbo Liang | Yanbo Liang |
| SPARK-11847 | Model export/import for spark.ml: LDA | Major | ML | Xiangrui Meng | yuhao yang |
| SPARK-11946 | Audit pivot API for 1.6 | Major | SQL | Reynold Xin | Reynold Xin |
| SPARK-11967 | Use varargs for multiple paths in DataFrameReader | Major | SQL | Reynold Xin | Reynold Xin |
| SPARK-11947 | Mark deprecated methods in SQL with "This will be removed in Spark 2.0." | Major | SQL | Reynold Xin | Reynold Xin |
| SPARK-10621 | Audit function names in FunctionRegistry and corresponding method names shown in functions.scala and functions.py | Critical | SQL | Yin Huai | Reynold Xin |
| SPARK-11970 | Add missing APIs in Dataset | Major | SQL | Reynold Xin | Xiao Li |
| SPARK-11981 | Move implementations of methods back to DataFrame from Queryable | Major | SQL | Reynold Xin | Reynold Xin |
| SPARK-11980 | Fix json_tuple and add unit tests for the Python functions added in SPARK-10621 | Major | SQL | Reynold Xin | Xiao Li |
| SPARK-9319 | Add support for setting column names, types | Major | SparkR | Shivaram Venkataraman | Felix Cheung |
| SPARK-12024 | Improved multi-column counting | Minor | SQL | Herman van Hovell | Herman van Hovell |
| SPARK-11975 | Remove duplicate mllib example (DT/RF/GBT in Java/Python) | Minor | Examples, MLlib | Yanbo Liang | Yanbo Liang |
| SPARK-11856 | add type cast if the real type is different but compatible with encoder schema | Major | SQL | Wenchen Fan | Wenchen Fan |
| SPARK-11954 | Encoder for JavaBeans / POJOs | Major | SQL | Wenchen Fan | Wenchen Fan |
| SPARK-11905 | [SQL] Support Persist/Cache and Unpersist in Dataset APIs | Major | SQL | Xiao Li | Xiao Li |
| SPARK-11604 | ML 1.6 QA: API: Python API coverage | Major | Documentation, ML, MLlib, PySpark | Joseph K. Bradley | Yanbo Liang |
| SPARK-12075 | Speed up HiveComparisionTest suites by speeding up / avoiding reset() | Major | SQL, Tests | Josh Rosen | Josh Rosen |
| SPARK-10266 | Add @Since annotation to ml.tuning | Minor | Documentation, ML | Xiangrui Meng | Yu Ishikawa |
| SPARK-9972 | Add struct , encode and decode function in SparkR |
Major | SparkR | Yu Ishikawa | Sun Rui |
| SPARK-11551 | Replace example code in ml-features.md using include_example | Major | Documentation | Xusen Yin | somil deshmukh |
| SPARK-10259 | Add @Since annotation to ml.classification | Minor | Documentation, ML | Xiangrui Meng | Hiroshi Takahashi |
| SPARK-11605 | ML 1.6 QA: API: Java compatibility, docs | Major | Documentation, Java API, ML, MLlib | Joseph K. Bradley | yuhao yang |
| SPARK-9670 | Examples: Check for new APIs requiring example code | Minor | ML, MLlib | Joseph K. Bradley | Timothy Hunter |
| SPARK-12198 | SparkR support read.parquet and deprecate parquetFile | Major | SparkR | Yanbo Liang | Yanbo Liang |
| SPARK-11602 | ML 1.6 QA: API: New Scala APIs, docs | Major | Documentation, ML, MLlib | Joseph K. Bradley | yuhao yang |
| SPARK-12212 | Clarify the distinction between spark.mllib and spark.ml | Major | Documentation | Timothy Hunter | Timothy Hunter |
| SPARK-12146 | SparkR jsonFile should support multiple input files | Major | SparkR | Yanbo Liang | Yanbo Liang |
| SPARK-11964 | Create user guide section explaining export/import | Major | Documentation, ML | Joseph K. Bradley | Bill Chambers |
| SPARK-11606 | ML 1.6 QA: Update user guide for new APIs | Major | Documentation, ML, MLlib | Joseph K. Bradley | Joseph K. Bradley |
| SPARK-11978 | Move dataset_example.py to examples/ml and rename to dataframe_example.py | Minor | ML, MLlib, PySpark | Yanbo Liang | Yanbo Liang |
| SPARK-12199 | Follow-up: Refine example code in ml-features.md | Major | Documentation | Xusen Yin | Xusen Yin |
| SPARK-12310 | Add write.json and write.parquet for SparkR | Major | SparkR | Yanbo Liang | Yanbo Liang |
| SPARK-12215 | User guide section for KMeans in spark.ml | Major | Documentation, ML | Joseph K. Bradley | Yu Ishikawa |
| SPARK-6518 | Add example code and user guide for bisecting k-means | Major | Documentation, MLlib | Yu Ishikawa | Yu Ishikawa |
| SPARK-11608 | ML 1.6 QA: Programming guide update and migration guide | Major | Documentation, ML, MLlib | Joseph K. Bradley | Joseph K. Bradley |
| SPARK-10043 | Add window functions into SparkR | Major | SparkR | Yu Ishikawa | Sun Rui |
| JIRA | Summary | Priority | Component | Reporter | Contributor |
|---|---|---|---|---|---|
| SPARK-10402 | Add scaladoc for default values of params in ML | Minor | Documentation, ML | holdenk | holdenk |
| SPARK-10094 | Mark ML PySpark feature transformers as Experimental to match Scala | Major | Documentation, ML, PySpark | Joseph K. Bradley | Noel Smith |
| SPARK-10469 | Document tungsten-sort | Minor | Documentation | holdenk | holdenk |
| SPARK-9014 | Allow Python spark API to use built-in exponential operator | Minor | PySpark | Jon Speiser | Alexey Grishchenko |
| SPARK-10595 | Various ML programming guide cleanups post 1.5 | Minor | Documentation, ML, MLlib | Joseph K. Bradley | Joseph K. Bradley |
| SPARK-10077 | Java package doc for spark.ml.feature | Minor | Documentation, ML | Xiangrui Meng | holdenk |
| SPARK-10660 | Doc describe error in the "Running Spark on YARN" page | Trivial | Documentation | yangping wu | yangping wu |
| SPARK-5905 | Note requirements for certain RowMatrix methods in docs | Trivial | Documentation, MLlib | Xiangrui Meng | Sean Owen |
| SPARK-10631 | Add missing API doc in pyspark.mllib.linalg.Vector | Minor | Documentation, MLlib, PySpark | Xiangrui Meng | Vinod KC |
| SPARK-10663 | Change test.toDF to test in Spark ML Programming Guide | Trivial | Documentation | Matt Hagen | Matt Hagen |
| SPARK-10760 | SparkR glm: the documentation in examples - family argument is missing | Minor | SparkR | Narine Kokhlikyan | Narine Kokhlikyan |
| SPARK-10670 | Link to each language's API in codetabs in ML docs: spark.ml | Major | Documentation, MLlib | Joseph K. Bradley | yuhao yang |
| SPARK-10782 | Duplicate examples for drop_duplicates and DropDuplicates | Trivial | Documentation | Asoka Diggs | Asoka Diggs |
| SPARK-9798 | CrossValidatorModel Documentation Improvements | Minor | ML | Feynman Liang | rerngvit yanggratoke |
| SPARK-10669 | Link to each language's API in codetabs in ML docs: spark.mllib | Major | Documentation, MLlib | Joseph K. Bradley | Xin Ren |
| SPARK-11039 | Document all UI "retained*" configurations | Trivial | Documentation, Web UI | Nick Pritchard | Nick Pritchard |
| SPARK-11092 | Add source URLs to API documentation. | Trivial | Build, Documentation | Jakob Odersky | Jakob Odersky |
| SPARK-8829 | Improve expression performance | Major | SQL | Reynold Xin | Reynold Xin |
| SPARK-11476 | Incorrect function referred to in MLib Random data generation documentation | Minor | Documentation | Jason Blochowiak | Sean Owen |
| SPARK-10689 | User guide and example code for AFTSurvivalRegression | Major | Documentation | Xiangrui Meng | Yanbo Liang |
| SPARK-11360 | Loss of nullability when writing parquet files | Minor | Documentation | Xiao Li | Xiao Li |
| SPARK-11335 | Update documentation on accessing Kafka offsets from Python | Minor | Streaming | Nick Evans | Nick Evans |
| SPARK-10384 | Univariate statistics as UDAFs | Major | ML, SQL | Xiangrui Meng | Xiangrui Meng |
| SPARK-9647 | MLlib + SparkR integration for 1.6 | Critical | ML, SparkR | Xiangrui Meng | Xiangrui Meng |
| SPARK-11751 | Doc describe error in the "Spark Streaming Programming Guide" page | Trivial | Documentation | yangping wu | yangping wu |
| SPARK-11779 | Fix reference of deprecated MESOS_NATIVE_LIBRARY environment variable | Trivial | Documentation | Philipp Hoffmann | Philipp Hoffmann |
| SPARK-11684 | Update user guide to show new features in SparkR:::glm and SparkR:::summary | Major | ML, SparkR | Xiangrui Meng | Yanbo Liang |
| SPARK-10000 | Consolidate storage and execution memory management | Major | Block Manager, Spark Core | Reynold Xin | Andrew Or |
| SPARK-7463 | DAG visualization improvements | Major | Web UI | Andrew Or | Andrew Or |
| SPARK-11339 | Fix and document the list of functions in R base package that are masked by functions with same name in SparkR | Major | SparkR | Sun Rui | Felix Cheung |
| SPARK-11689 | Add user guide and example code for LDA under spark.ml | Major | Documentation, ML | Xiangrui Meng | yuhao yang |
| SPARK-11521 | LinearRegressionSummary needs to clarify which metrics are weighted in the documentation | Critical | ML | Joseph K. Bradley | Joseph K. Bradley |
| SPARK-11860 | Invalid argument specification for registerFunction [Python] | Trivial | Documentation, PySpark | Tristan | Jeff Zhang |
| SPARK-11960 | User guide section for streaming a/b testing | Major | Documentation, MLlib | Joseph K. Bradley | Feynman Liang |
| SPARK-12046 | Visibility and format issues in ScalaDoc/JavaDoc for branch-1.6 | Major | Documentation | Cheng Lian | Cheng Lian |
| SPARK-11961 | User guide section for ChiSqSelector transformer | Major | Documentation, ML | Joseph K. Bradley | Xusen Yin |
| SPARK-12093 | Fix the error of comment in DDLParser | Trivial | Documentation | Yadong Qi | Yadong Qi |
| SPARK-11963 | User guide section for QuantileDiscretizer transformer | Major | Documentation, ML | Joseph K. Bradley | Xusen Yin |
| SPARK-12184 | Make python api doc for pivot consistant with scala doc | Trivial | PySpark | Andrew Ray | Andrew Ray |
| SPARK-11958 | Create user guide section for SQLTransformer | Major | Documentation, ML | Joseph K. Bradley | Yanbo Liang |
| SPARK-11957 | SQLTransformer docs are unclear about generality of SQL statements | Minor | Documentation, ML | Joseph K. Bradley | Yanbo Liang |
| SPARK-12159 | Add user guide section for IndexToString transformer | Minor | ML | Joseph K. Bradley | Benjamin Fradet |
| SPARK-12211 | Incorrect version number in graphx doc for migration from 1.1 | Minor | Documentation, GraphX | Andrew Ray | Andrew Ray |
| SPARK-12217 | Document invalid handling for StringIndexer | Minor | ML | Benjamin Fradet | Benjamin Fradet |
| SPARK-11985 | Update Spark Streaming - Kinesis Library Documentation regarding data de-aggregation and message handler | Major | Documentation, Streaming | Burak Yavuz | Burak Yavuz |
| SPARK-12487 | Add docs for Kafka message handler | Major | Documentation | Shixiong Zhu | Shixiong Zhu |
| SPARK-12429 | Update documentation to show how to use accumulators and broadcasts with Spark Streaming | Major | Documentation, Streaming | Shixiong Zhu | Shixiong Zhu |
| SPARK-2629 | Improved state management for Spark Streaming | Major | Streaming | Tathagata Das | Tathagata Das |
| SPARK-9748 | Centriod typo in KMeansModel | Trivial | MLlib | Bertrand Dechoux | Bertrand Dechoux |
| SPARK-9810 | Remove individual commit messages from the squash commit message | Major | Build | Reynold Xin | Reynold Xin |
| SPARK-10398 | Migrate Spark download page to use new lua mirroring scripts | Minor | Project Infra | Luciano Resende | Luciano Resende |
| SPARK-9767 | Remove ConnectionManager | Major | Shuffle, Spark Core | Reynold Xin | Reynold Xin |
| SPARK-10222 | More thoroughly deprecate Bagel in favor of GraphX | Trivial | GraphX | Sean Owen | Sean Owen |
| SPARK-10938 | Remove typeId in columnar cache | Major | . | Davies Liu | Davies Liu |
| SPARK-11006 | Rename NullColumnAccess as NullColumnAccessor | Trivial | SQL | Ted Yu | Ted Yu |
| SPARK-11172 | Close JsonParser/Generator in test | Trivial | . | Ted Yu | Ted Yu |
| SPARK-11037 | Cleanup Option usage in JdbcUtils | Trivial | SQL | Rick Hillegas | Pravin Gadakh |
| SPARK-11493 | Remove Bitset in BytesToBytesMap | Major | SQL | Davies Liu | Davies Liu |
| SPARK-11567 | Add Python API for corr aggregate function | Minor | PySpark | Felix Cheung | Felix Cheung |
| SPARK-11263 | lintr Throws Warnings on Commented Code in Documentation | Minor | SparkR | Sen Fang | Felix Cheung |
| SPARK-11787 | Speed up parquet reader for flat schemas | Major | SQL | Nong Li | Nong Li |
| SPARK-10232 | Decide whether spark.ml Decision Tree and Random Forest can replace spark.mllib implementation | Major | ML, MLlib | Joseph K. Bradley | Joseph K. Bradley |


SITE MAP
By richardkoshimizu
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911 AND STEALTH JEWISH |
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Dear mothers and wives of 1700 (perhaps 9,000) late American soldiers and family of WTC/Pentagon victims....These are the stealth Jewish (Invisible Jewish or Marrano Jewish) who killed your son and husband in Iraq, Afghanistan, WTC and Pentagon. They practiced 9-11 fake terror themselves to justify their invasion to Middle East and Central Asia where Jewish states are quietly constructed at this very moment. |
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RICHARD KOSHIMIZU'S ANALYSIS ON 9-11 |
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9-11 WAS GENERATED
BY SECRET JEWDOM. |
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| WTC WAS DEMOLISHED BY HYDROGEN BOMB. | |||||
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Did Barron Adolf Rothschild Hitler flee to Argentina after completing his Zionistic task to construct Israel, then, live till 1980's there, protected by Jewish community? |
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1. Sponsors to Nazi
and Hitler were Rothschild and other Jewish conglomerates. |
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WHATEVER P.M. KOIZUMI PERFORMS ARE AS DIRECTED BY AMERICAN JEWISH OLIGARCHY. |
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Koizumi's job is to look after the profit of American Jewish Mega Power. Koizumi is a pet dog of David Rockefeller who is proceeding his plan to monopolize the world by Jewish oligarchy. Jew's agents in charge of supervising and reprimanding Koizumi are those ethnic Korean religious leaders in Japan, i.e., Unification Church's Rev. Moon and Soka Gakkai's Daisaku Ikeda alias Song Tae Chak. |
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THIS MUST BE OPERATION DREIDEL YARMULKE. |
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Dr. Lowenstein of CJA says "Therefore, it is become necessary to move our plans to next phase ahead of schedule. Operation Dreidel-Yarmulke will be going ahead as it is planned, regardless of the claims you website make. Yes, you force our hand. But do not consider this victory." So what does he mean by OPERATION DREIDEL YARMULKE? |
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| MESSAGES FROM READERS OF MY WEBSITES AS FOR 911 FAKE TERROR AND JEWISH INVASION TO AFGHAN/IRAQ | |||||
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Dear Winston, I basically have the same skepticism with you as I never believe Jewish CNN makes sincere reports on Jewish conspiracy. Charlie Sheen might be selected to speak out 9-11 because of his dubious morality. British Guardian has already started bashing on him. Many of Jewish media may join Guardian to reveal dark side of Charlie Sheen in order to kill 9-11 inside job theory. Is Charlie Sheen in charge of maligning the reputation of 9-11 truth pursuers? |
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MESSAGES FROM JEWISH
PERPETRATORS WHO ARE |
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MR.
DAVID GOLDSTEIN : First mail admitting the credibility of my
websites and suggesting me to change sides and work for Jews. |
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Coming soon! : Not even one Jew was killed in Auschwitz's gas chamber. |
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1. Approx.
60,000 Jews instead of 6 million died of epidemics at Auschwitz. None was
killed in gas chamber. Holocaust is a mere fabrication by Zionist Jews. |
RICHARDKOSHIMIZU