Taj Mahal
Perhaps India's most recognizable building, the Taj Mahal is also the world's most famous testimony to the power of love. Named after Mumtaz Mahal, the favorite wife of Emperor Shah Jahan, this most beautiful of mausoleums was begun upon
her death in 1631 and took 20,000 workmen until 1648 to complete.
Incorporating many elements of Islamic design including arches, minarets, an onion-shaped dome, and black calligraphy inlaid around the entrance, the Taj Mahal is largely constructed of white marble decorated with delicate inlaid floral
patterns and precious and semi-precious stones such as jade, lapis lazuli, diamonds, and mother of pearl.
The best time to visit is either at dawn or dusk when the atmosphere is brilliantly altered by the change in lighting. If possible, try to catch a view of the Taj Mahal's reflection from the far bank of the Yamuna River-it makes for a
memorable (and safe) selfie.
The Holy city of Varanasi
A major pilgrimage center for Hindus, the holy city of Varanasi has long been associated with the mighty Ganges River, one of the faith's most important religious symbols. Dating back to the 8th century BC, Varanasi is one of the oldest
still inhabited cities in the world.
It offers many reasons to visit, not least of them the chance to explore the Old Quarter adjacent to the Ganges where you'll find the Kashi Vishwanath Temple, built in 1780 (the New Vishwanath Temple with its seven separate temples is
also of interest).
Bathing in the Ganges is of great importance to Hindus, and numerous locations known as "ghats" feature stairways leading to the water where the faithful bathe before prayers.
All told, Varanasi boasts more than 100 ghats, the largest being Dasashvamedh Ghat and Assi Ghat (the latter, at the confluence of the Ganges and Asi rivers, is considered particularly holy). Also worth seeing is Banaras Hindu University,
established in 1917 and noted for its massive library with more than a million books, and the superb Bharat Kala Bhavan museum featuring fine collections of miniature paintings, sculptures, palm-leaf manuscripts, and local history
exhibits
Harmandir Sahib: The Golden Temple of Amritsar
Founded in 1577 by Ram Das, Amritsar is an important hub of Sikh history and culture. The main attraction here is Harmandir Sahib, opened in 1604 and still often referred to as the Golden Temple for its beautiful gold decoration. The holiest
of India's many Sikh shrines (it also attracts many Hindus and people of other faiths), the temple was built in a blend of Hindu and Islamic styles, its lower marble section featuring such flourishes as ornate inlaid floral and animal
motifs, while the large golden dome represents a lotus flower, a symbol of purity to Sikhs.
In addition to its splendid design, visitors are equally impressed with the temple's spiritual atmosphere, an effect enhanced by the prayers continuously chanted from the Sikh holy book and broadcast throughout the complex. Part of the
overall experience-and visitors are welcome to participate-is the chance to enjoy one of the 50,000 free meals the attraction serves up to visitors each and every day.
The Golden City: Jaisalmer
So named for the yellow sandstone used in most of its buildings, the Golden City of Jaisalmer is an oasis of splendid old architecture that rises from the sand dunes of the Thar Desert. Once a strategic outpost, today the city is filled
with splendid old mansions, magnificent gateways, and the massive Jaisalmer Fort-also known as the Golden Fort-a daunting 12th-century structure that rises high above the town.
In addition to its palaces, temples, and fine old homes, the fortress boasts 99 bastions along with massive gates leading to its main courtyard where you'll find the seven-story-tall Maharaja's Palace. Started in the early 1500s and added
to by successive rulers right up until the 19th century, the palace offers sections open to the public including areas beautifully decorated with tiles from Italy and China, and intricately carved stone doors, as well as a number of
Jain temples dating from the 12th to 16th centuries, each decorated with fine marble and sandstone images, palm-leaf manuscripts, and brightly painted ceilings.
Be sure to also check out the well-preserved 1,000-year-old library, Gyan Bhandar, with its many 16th-century manuscripts and antiquities.
The Red Fort, New Delhi
Built by Shah Jahan in 1648 as the seat of Mughal power-a role it maintained until 1857-the magnificent crescent-shaped Red Fort in New Delhi, named after the stunning red sandstone used in its construction, covers a vast area of more
than two square kilometers, all of it surrounded by a large moat. Highlights include its two largest gates: the impressive Lahore Gate (the fort's main entrance) and the elaborately decorated Delhi Gate, once used by the emperor for
ceremonial processions.
A fun part of a visit is exploring Chatta Chowk, a 17th-century covered bazaar selling everything from jewelry to silk garments, as well as souvenirs and food items. While you can explore the fort yourself, guided tours are offered and
provide a fascinating insight into the life and times of the Shah, including a peek into the stunning white marble Hall of Public Audiences (Diwan-i-Am) where he received his subjects.
Hot Tip: Try to stick around for the sound and light show held each evening featuring important events in the fort's history.
Amer Fort, Jaipur
Amer Fort (often also spelt "Amber") was built as a fortified palace in 1592 by Maharaja Man Singh I and has long served as the capital of Jaipur. Carved high up into the hillside, the fort is accessible on foot via a steep climb or by
shuttle rides from the town below (better still, let an elephant do the work). Highlights include Jaleb Chowk, the first courtyard, with its many decorated elephants, and the Shila Devi Temple, dedicated to the goddess of war. Also
of note is the adjoining Hall of Public Audience (Diwan-i-Am) with its finely decorated walls and terraces frequented by monkeys.
Other highlights include Sukh Niwas (the Hall of Pleasure) with its many flowerbeds and a channel once used to carry cooling water, and the Temple of Victory (Jai Mandir), notable for its many decorative panels, colorful ceilings, and
excellent views over the palace and the lake below.
Just above Amer Fort is Jaigarh Fort, built in 1726 by Jai Singh and featuring tall lookout towers, formidable walls, and the world's largest wheeled cannon. Be sure to also spend time wandering the walled Old City of Jaipur with its three
fully restored gates and splendid bazaars, as well as the delightful City Palace, a massive complex of courtyards, gardens, and buildings.
The Ellora Caves, Aurangabad
The famous monumental Ellora Caves were built between the 5th and 10th centuries by Buddhist, Jain, and Hindu monks, and make for an excellent excursion from Mumbai, some 300 kilometers to the west.
Now a UNESCO World Heritage Site, this remarkable collection of 34 carved monasteries, chapels, and temples-12 of them Buddhist, 17 Hindu, and five belonging to the Jain faith-were built in close proximity to each other, a reflection of
the religious tolerance that existed during this period of Indian history.
Of the Buddhist monastery caves, highlights include a number of shrines featuring carvings of Buddha and saints dating from the 5th to 7th centuries, as well as the stunning Carpenter's Cave, considered one of the finest in India.
The Hindu caves are much more complex and were carved from the top down, so scaffolding was not necessary. Of these, the best is the Kailasa Temple, an enormous rock-cut temple representing Mount Kailasa and requiring the removal of 200,000
tons of rock.
The Beaches of Goa
Long known within India as the "go-to" destination for those seeking a great beach holiday, Goa's beautiful western coastline, overlooking the Arabian Sea, has only recently been discovered by tourists from overseas.
Goa's more than 60 miles of coastline is home to some of the world's loveliest beaches, each with their own particular appeal. For those looking for peace and quiet, isolated Agonda Beach is a good choice, while Calangute Beach is by far
the most commercial and crowded.
For those in search of posh resorts, yoga getaways, and spa vacations, the beaches of Mandrem, Morjim, and Ashwem are fashionable among wealthy Indians and Westerners alike. Palolem is another popular option in a beautiful setting.
While in Goa, be sure to visit the Bhagwan Mahavir Wildlife Sanctuary. This superb attraction is home to thick forests and plenty of fauna, including deer, monkeys, elephants, leopards, tigers, and black panthers-as well as India's famous
king cobras-and some 200 species of birds.
Also worth a visit is Divar Island, accessed by ferry from Old Goa. Highlights include Piedade, a typical Goan village and home to the Church of Our Lady of Compassion with its interesting stucco work, Baroque plaster decorations, and
altars, as well as stunning views of the surrounding countryside.
Mahabodhi Temple, Bodhgaya
Bodhgaya, considered the world's holiest Buddhist site, attracts thousands of visitors each year, all drawn to participate with the resident monks in meditation and prayer. The focal point of this place of pilgrimage is stunning Mahabodhi
Temple, built next to the very spot where Buddha came to Enlightenment and formulated his philosophy on life. Constructed in the 6th century and restored numerous times since, the temple is topped with a beautiful pyramidal spire and
houses a large gilded statue of Buddha.
Also of interest is the site's pipal tree, a descendant of the original bodhi tree where Buddha meditated for seven days after the Enlightenment, said to be among the oldest and most venerated trees in the world (you'll know you've found
it when you spot the red sandstone slab marking the spot).
Mecca Masjid, Hyderabad
Construction of Hyderabad's Mecca Masjid, one of the world's largest mosques-and one of the oldest in India-began in 1614 during Mohammed Quli Qutub Shah's reign and took almost 80 years to complete. Large enough to accommodate 10,000
worshipers, this beautiful mosque's 15 enormous arches and pillars were each wrought from single slabs of black granite dragged to the site by huge cattle trains reputedly consisting of up to 1,400 bulls.
Taking its name from the bricks above the central gate that were brought here from Mecca, this impressive complex features highlights such as its main gateway, huge plaza, a large manmade pond, and a room that houses the hair of Prophet
Mohammed. Other notable features include inscriptions from the Quran above many of the arches and doors, the exquisite roof of the main hall, the cornices around the entire mosque structure, and the floral motifs and friezes over the
arches
Mehrangarh Fort, Jodhpur
Dominating the old city of Jodhpur, the massive Mehrangarh Fort, one of the largest fortifications in India, was built in the 15th century to safeguard the people of the famous "Blue City," as Jodhpur is still known - a name derived from
its indigo colored houses, painted blue to deflect the heat.
Built on top of a towering outcrop, Mehrangarh is an amazing feat of construction, its massive walls all but impenetrable. Access is via one of seven splendid gates, including Jaya Pol and Fateh Pol (the latter still bears scars from cannon
attacks).
Highlights of a visit include exploring the fort's fascinating network of courtyards and palaces, as well as a museum housing a splendid collection of artifacts related to the Maharajas. Be sure to spend time in the historic center of
Jodhpur itself, famous for its eight city gates, a lovely old clock tower, and numerous bazaars selling everything from vegetables to sweets, spices, and handicrafts.
Agra Fort
Built as a military structure in 1565 by Emperor Akbar with later additions by Shah Jahan, the stunning Agra Fort (also known as Agra's Red Fort) is an interesting mix of both Hindu and Muslim influences. Located a little more than two
kilometers from the Taj Mahal, the fort is entered through Amar Singh Gate with its low outer wall and dogleg design built to confuse attackers. Once inside, you'll see two large interlinked sandstone buildings, Akbari Mahal and Jahangiri
Mahal, the largest private residence in the complex.
Other highlights include the Khas Mahal (Private Palace), with its splendid copper roof, and the Anguri Bagh (Grape Garden), a jigsaw-patterned Mughal garden with numerous wonderful fountains and water channels as well as screens that
once offered a private area for the emperor and his entourage. Also of note is the octagonal Musamman Burj tower, which later served as Shah Jahan's prison until his death.
Mysore Palace
The sprawling city of Mysore is a delight to explore thanks to its eclectic mix of fine old colonial architecture; regal Indian palaces; and lush, well-manicured gardens. While those inclined towards shopping will enjoy spending time in
the city's famous silk and sandalwood bazaars, the main attraction is magnificent Mysore Palace.
Completely rebuilt in 1897 after a devastating fire, this beautiful three-storied palace features highlights such as its elegant square towers and domes; the many ornate ceilings and pillars in Durbar Hall; and the splendid Marriage Pavilion,
with its glazed floor tiles, stunning stained glass, artworks, and displays of jewelry (it's also where, on special occasions, the exquisite Golden Throne is exhibited).
For a real treat, be sure to catch one of the splendid light displays held each Sunday and during holidays, when the palace is illuminated by more than 90,000 lights. A fun way to explore the palace's massive grounds and gardens is as
part of a cycle tour, available free once inside.
Periyar National Park and Wildlife Sanctuary, Madurai
One of South India's most popular tourist attractions, Periyar National Park and Wildlife Sanctuary is centered around a lake built by British engineers in 1895 for irrigation and to provide water to the city of Madurai. Established in
1934, this beautiful park is home to numerous species of mammals, including a large free-roaming Indian elephant population, wild boar, otters, the lion-tailed macaque, and more than 20 Bengal tigers. Bird watching is a popular activity
with frequent sightings of species such as darters, storks, kingfishers, hornbills, and racket-tailed drongos, along with many interesting varieties of butterflies.
The best ways to enjoy the park's splendid mountain scenery are to take a lake cruise or guided jungle walk, the latter allowing visitors a chance to come face to face with elephant herds and observe other wildlife from watchtowers and
viewing platforms. Hot Tip: Be sure to stop at one of the many nearby spice, tea, or coffee plantations for a tour.
Mumbai: The Gateway of India
Standing an impressive 26 meters tall and overlooking the Arabian Sea, the iconic Gateway of India is a must-see when in Mumbai. Built to commemorate the arrival of King George V and his wife Queen Mary in 1911, this stunning piece of
architecture was opened with much pomp and ceremony in 1924 and was, for a while, the tallest structure in the city.
Constructed entirely of yellow basalt and concrete and notable for its Indo-Saracenic design, the Gateway of India was also the scene of a rather less jubilant procession of British soldiers in 1948 when India gained its independence.
These days, the huge archway provides a stunning backdrop that is as popular among locals as it is tourists. Hot Tip: After visiting the Gateway of India, pop over to the adjacent Taj Mahal Palace and Tower for a delectable High Tea,
a fun thing to do in Mumbai since this lovely luxury hotel opened in 1903.


I love great food, NYC, Baltimore, Ruby, Rails and vim in no particular order.
I do computers over at Healthify and learn about MRI scanners at JHU.
Read my resume.


2018-10-25 last modified: 2018-11-26
== !
The reset button is situated on the screen. Press it for 5 seconds at least.
This sketch can be found in Files → Examples → Basics → blink
If it works, you should see a tiny red led blinking at one second interval on your device. This helps testing the fact that the Arduino is not broken.
Solder material on pins should not touch each other.
The name of the wifi (the "ssid" should not include special characters or space)
Solder material on pins should not touch each other.
Enter this link on a browser. Replace the value for the token by the token you got from the website:
(so in the line above, replace ce3c07596e818c0ef99c070ab4464b7abc2f228d
by your own token)
If you
Explanation: your sketch was not loaded to the object yet.
Solution: make sur you got the sketch to load to your object.
You know it has loaded successfully when the red line in the Arduino go to "100%"
This error appears when you compile the sketch, you can not download the sketch to the board.
Solution: you installed a version of the library ArduinoJson which is too recent and not stable
close your Arduino IDE.
Uninstall the ArduinoJson library by following these steps.
Install the correct version of the ArduinoJson library, which should be annotated as stable. As of September 2018, the latest stable version is 5.13.2. To find this version, go to Sketch → Include Library → Manage Libraries. Type "ArduinoJson" in the search bar. Before installing it, make sure to select version 5.13.2 in the drop down menu!
Relaunch the Arduino IDE to make sure the changes take effect.
Solution:
install the library from Sketch → Include Library → Manage Libraries: type SSD1306 in the search bar and find it.
| In the list of SSD1306 Libraries, make sure you install the one by Adafruit, not Acrobotic. |
Import this lirary in your sketch via Sketch → Include Libraries → find it in the list!!
Solution:
if you are on a Mac:
New / recent Mac only: make sure you installed this:
Older Mac (Mac OS 10.12.6 or older): make sure you installed this instead:
All Macs: in the Arduino IDE, with your sketch open, go to Tools
and put your mouse above (don’t click!) Port:
. Then select:
→ In the list of ports, select the one that has "/dev/cu.SLAB_USBtoUART" in the name
if you are on a PC:
→ In the list of ports, try selecting each port (COM1, COM17… you might have different ones) until the error disappears.
Possible causes:
the wifi ssid is invalid: the name of the ssid you are using includes spaces or special characters (like: "my super wifi")*
→ Use a wifi ssid and passwords which are simpler (like: "mysuperwifi")
If you are on a Mac Computer, the adaptator for USB cables (white cable on the picture below) does not work:
→ try changing the usb cable. Some cables don’t work.
Find references for this lesson, and other lessons, here.
This course is made by Clement Levallois.
Discover my other courses in data / tech for business: https://www.clementlevallois.net
Or get in touch via Twitter: @seinecle


Includes all country recordings after 1950's, country-western or anything that uses a country-orientated style


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Input the recipient'syour email address
Input the recipient'syour phone number


PLANET SICK-BOY: http://www.sick-boy.com
Anthony Minghella's follow-up to his Oscar-winning adaptation of The English Patient is a stylish Hitchcockian thriller that is as beautiful as it is creepy. Based on Patricia Highsmith's novel of the same name, The Talented Mr. Ripley stars a hunky teen heartthrob (Matt Damon) as a homosexual sociopath with murderous tendencies. Hardly sounds like Christmas fare (which is probably why the gay angle is missing from the film's trailer), but Ripley will indeed be released on December 25th to a largely unsuspecting public.
Damon (Dogma) stars as Tom Ripley, a struggling New York City piano tuner that, thanks to some lucky timing and a borrowed blazer, ends up being offered a short-term, high-paying job. Ripley will receive $1,000 to go to Europe and persuade the son of a shipping magnate to return home in time for the Thanksgiving holiday. So he brushes up on his Italian and heads for the sun-drenched Mediterranean.
His target – called Dickie Greenleaf (Jude Law, eXistenZ) – is a spoiled wild-child whose primary talent seems to be spending his allowance. (Why his pop doesn't just cut Dickie off remains a mystery.) Dickie frequents jazz clubs, cheats on his novelist fiancée Marge (Gwyneth Paltrow, Shakespeare in Love) and has no intention of returning to the U.S. or to his father's business. Although the pasty-white Ripley has trouble fitting in amongst the well-to-do bronze gods at first, he eventually wins their approval by doing a dead-on impression of Dickie's father. But Ripley only has one dress shirt and a ratty corduroy jacket, so Dickie lets him borrow some of his threads and plants in his underprivileged underling the idea to take over Dickie's identity.
The story may sound familiar to you because it was already made into a film in 1960 (Miramax re-released it in the U.S. a few years back). This original version, Plein Soleil (Purple Noon), starred Alain Delon in the title role and seemed both to gloss over the whole gay twist and give the film a considerably more upbeat ending. But this is 1999 and films have changed a lot in those intervening four decades. Among other upgrades from the ‘60s adaptation are two extra murders and a brand-new character (Cate Blanchett, An Ideal Husband). There are a number of other differences, but revealing them would give away too much of the plot.
Damon is spectacular as the spine-chilling chameleon Ripley. I always thought his acting chops were a bit overrated, but with this role he establishes himself as one of the better young actors in Hollywood. Law is entirely believable as a snooty rich-boy, but Paltrow is just annoying. She's probably a snooty rich-girl in real life and didn't know how to approach the idea of playing herself. Most enjoyable perhaps is Philip Seymour Hoffman (Flawless), who plays a friend of Dickie's in a manner that will remind you of a young Thurston Howell III.
Complementing Damon's performance is a top-notch production team (including four Oscar winners from The English Patient) that captures a strikingly beautiful ‘50s Italy. The film is aglow with bright, sunny color, the water is always blue (even in the bathtub), and you can almost smell the combination of olive oil and body odor in the street scenes. Minghella's direction is simply gorgeous, using spellbinding camera work that would make Hitchcock proud. Ironically, Hitchcock used Highsmith's first novel, Strangers on a Train, to make one of his finest films.
Ripley's ending may not please everyone (in fact, it caused a lot of groans during my screening), but it's faithful to Highsmith's book, which spawned four sequels over a thirty-eight-year period. The third, `Ripley's Game,' was made into a 1977 Wim Wenders film called American Friend that starred - get this - Dennis Hopper in the title role. Consider that alternative if you gripe about this film.
2:18 - R for violence, adult language and brief nudity
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
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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


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This is an example WebCore 2 application.
In no particular order, here is the public contents of the request-local context object:
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# extends 'base.html' # block header # endblock # block content
You can improve the project with feedback @luca and code github.com/lucahhamer/WischWasch.
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Portland (With Pictures!)
27 Jul 2014 tagged in cryptozoology, henry wadsworth longfellow, national puzzlers' league, new england, nplcon, portland, portland museum of art, portlane me, summer 2014This year, my family and I went to Portland, Maine, on our summer vacation for the National Puzzlers’ League Convention.
My brother is an avid crossword puzzle solver/maker, and so he was definitely in his element at the convention, spending the majority of his time in the hospitality suite with every sort of puzzle you could imagine.
I, on the other hand, was a bit lost. I usually struggle with a Tuesday crossword and Double Jeopardy – never mind vowelless crosswords, cryptics, analinks, and meta puzzles. However, everyone at the convention was extremely friendly and helpful, and though it was pretty clear I was a stroller (as opposed to a runner/competitive puzzler), I had a great time attempting to solve some of these masterpieces. I’ve brought a few home, so in my spare time I’ll try to conquer them.
But of course, it wouldn’t be a vacation for me if I didn’t go to a museum! While in Portland, I made sure to take in some of the city’s most interesting collections:
Cryptozoology Museum: This is certainly one of the more unique museums I have ever been to. Cryptozoology is a pseudoscience – the study of hidden animals that have not yet been proven to exist. Yes – the majority of the creatures discussed in the museums are the stuff of legends – Bigfoot, Yeti, Loch Ness Monster, Mothman, and so on. But cryptozoology does have a point – creatures like the giant squid, mountain gorilla, and the okapi were all once considered unreal until their discovery. Loren Coleman, who seems to be the leading expert in the field, collected all of the items in the museum for display.
Portland Museum of Art: I did this one on my own once I saw the museum had an entire floor of impressionism (my favorite!) And while the impressionist section was great, I also loved the modern art floor. I even got to see the Richard Estes’s Realism, which was a special exhibit. One thing I learned was that most of the time, galleries are arranged so that all the paintings are at the same level. In salon-_style, however, the wall will be covered with paintings at various heights, in order to present connections and stories among the art. After watching Sarah Urist Green’s “The Art Assignment,” I’ve been learning to see art with a different perspective – being able to apply it while in Portland and being able to notice _why curators and artists present work in this way.
Henry Wadsworth Longfellow House: With my family and a very enthusiastic docent, I toured the first brick home in Portland (and the oldest structure on the Portland peninsula.) The home is almost entirely intact – thanks to Henry’s sister, Anne, she passed the home right onto the Maine Historical Society with all of the furniture and contents from the time of her death. Four generations of families lived in the home, and I highly recommend it for not only the history of the famous poet but for the history of 18th and 19th architecture and home life.


--- layout: post title: Id's in a distributed system date: 2012-03-16 11:58:14.000000000 +01:00 categories: [] tags: [] status: draft type: post published: false meta: _edit_last: '1' author: login: andreas.ohlund email<EMAIL_ADDRESS>display_name: Andreas Öhlund first_name: Andreas last_name: "Öhlund" ---
not the PK
Client side
Guids


Ward Details Management
Add Ward Details
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child
paid
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1
2
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258
259
260
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Save changers


IPV6
Section: Linux Programmer's Manual (7)
Updated: 2014-08-19
Index
Return to Main Contents
NAME
ipv6 - Linux IPv6 protocol implementation
SYNOPSIS
#include <sys/socket.h>
#include <netinet/in.h>
tcp6_socket = socket(AF_INET6, SOCK_STREAM, 0);
raw6_socket = socket(AF_INET6, SOCK_RAW, protocol);
udp6_socket = socket(AF_INET6, SOCK_DGRAM, protocol);
DESCRIPTION
Linux 2.2 optionally implements the Internet Protocol, version 6.
This man page contains a description of the IPv6 basic API as
implemented by the Linux kernel and glibc 2.1.
The interface
is based on the BSD sockets interface; see
socket(7).
The IPv6 API aims to be mostly compatible with the
IPv4 API (see
ip(7)).
Only differences are described in this man page.
To bind an
AF_INET6
socket to any process, the local address should be copied from the
in6addr_any
variable which has
in6_addr
type.
In static initializations,
IN6ADDR_ANY_INIT
may also be used, which expands to a constant expression.
Both of them are in network byte order.
The IPv6 loopback address (::1) is available in the global
in6addr_loopback
variable.
For initializations,
IN6ADDR_LOOPBACK_INIT
should be used.
IPv4 connections can be handled with the v6 API by using the
v4-mapped-on-v6 address type;
thus a program only needs to support this API type to
support both protocols.
This is handled transparently by the address
handling functions in the C library.
IPv4 and IPv6 share the local port space.
When you get an IPv4 connection
or packet to a IPv6 socket, its source address will be mapped
to v6 and it will be mapped to v6.
Address format
struct sockaddr_in6 {
sa_family_t sin6_family; /* AF_INET6 */
in_port_t sin6_port; /* port number */
uint32_t sin6_flowinfo; /* IPv6 flow information */
struct in6_addr sin6_addr; /* IPv6 address */
uint32_t sin6_scope_id; /* Scope ID (new in 2.4) */
};
struct in6_addr {
unsigned char s6_addr[16]; /* IPv6 address */
};
sin6_family
is always set to
AF_INET6;
sin6_port
is the protocol port (see
sin_port
in
ip(7));
sin6_flowinfo
is the IPv6 flow identifier;
sin6_addr
is the 128-bit IPv6 address.
sin6_scope_id
is an ID depending on the scope of the address.
It is new in Linux 2.4.
Linux supports it only for link-local addresses, in that case
sin6_scope_id
contains the interface index (see
netdevice(7))
IPv6 supports several address types: unicast to address a single
host, multicast to address a group of hosts,
anycast to address the nearest member of a group of hosts
(not implemented in Linux), IPv4-on-IPv6 to
address a IPv4 host, and other reserved address types.
The address notation for IPv6 is a group of 8 4-digit hexadecimal
numbers, separated with a ':'.
"::" stands for a string of 0 bits.
Special addresses are ::1 for loopback and ::FFFF:<IPv4 address>
for IPv4-mapped-on-IPv6.
The port space of IPv6 is shared with IPv4.
Socket options
IPv6 supports some protocol-specific socket options that can be set with
setsockopt(2)
and read with
getsockopt(2).
The socket option level for IPv6 is
IPPROTO_IPV6.
A boolean integer flag is zero when it is false, otherwise true.
- IPV6_ADDRFORM
-
Turn an
AF_INET6
socket into a socket of a different address family.
Only
AF_INET
is currently supported for that.
It is allowed only for IPv6 sockets
that are connected and bound to a v4-mapped-on-v6 address.
The argument is a pointer to an integer containing
AF_INET.
This is useful to pass v4-mapped sockets as file descriptors to
programs that don't know how to deal with the IPv6 API.
- IPV6_ADD_MEMBERSHIP, IPV6_DROP_MEMBERSHIP
-
Control membership in multicast groups.
Argument is a pointer to a
struct ipv6_mreq.
- IPV6_MTU
-
getsockopt():
Retrieve the current known path MTU of the current socket.
Only valid when the socket has been connected.
Returns an integer.
setsockopt():
Set the MTU to be used for the socket.
The MTU is limited by the device
MTU or the path MTU when path MTU discovery is enabled.
Argument is a pointer to integer.
- IPV6_MTU_DISCOVER
-
Control path-MTU discovery on the socket.
See
IP_MTU_DISCOVER
in
ip(7)
for details.
- IPV6_MULTICAST_HOPS
-
Set the multicast hop limit for the socket.
Argument is a pointer to an
integer.
-1 in the value means use the route default, otherwise it should be
between 0 and 255.
- IPV6_MULTICAST_IF
-
Set the device for outgoing multicast packets on the socket.
This is allowed only for
SOCK_DGRAM
and
SOCK_RAW
socket.
The argument is a pointer to an interface index (see
netdevice(7))
in an integer.
- IPV6_MULTICAST_LOOP
-
Control whether the socket sees multicast packets that it has send itself.
Argument is a pointer to boolean.
- IPV6_RECVPKTINFO (since Linux 2.6.14)
-
Set delivery of the
IPV6_PKTINFO
control message on incoming datagrams.
Such control messages contain a
struct in6_pktinfo,
as per RFC 3542.
Only allowed for
SOCK_DGRAM
or
SOCK_RAW
sockets.
Argument is a pointer to a boolean value in an integer.
-
-
IPV6_RTHDR, IPV6_AUTHHDR, IPV6_DSTOPTS, IPV6_HOPOPTS, IPV6_FLOWINFO, IPV6_HOPLIMIT
Set delivery of control messages for incoming datagrams containing
extension headers from the received packet.
IPV6_RTHDR
delivers the routing header,
IPV6_AUTHHDR
delivers the authentication header,
IPV6_DSTOPTS
delivers the destination options,
IPV6_HOPOPTS
delivers the hop options,
IPV6_FLOWINFO
delivers an integer containing the flow ID,
IPV6_HOPLIMIT
delivers an integer containing the hop count of the packet.
The control messages have the same type as the socket option.
All these header options can also be set for outgoing packets
by putting the appropriate control message into the control buffer of
sendmsg(2).
Only allowed for
SOCK_DGRAM
or
SOCK_RAW
sockets.
Argument is a pointer to a boolean value.
- IPV6_RECVERR
-
Control receiving of asynchronous error options.
See
IP_RECVERR
in
ip(7)
for details.
Argument is a pointer to boolean.
- IPV6_ROUTER_ALERT
-
Pass forwarded packets containing a router alert hop-by-hop option to
this socket.
Only allowed for
SOCK_RAW
sockets.
The tapped packets are not forwarded by the kernel, it is the
user's responsibility to send them out again.
Argument is a pointer to an integer.
A positive integer indicates a router alert option value to intercept.
Packets carrying a router alert option with a value field containing
this integer will be delivered to the socket.
A negative integer disables delivery of packets with router alert options
to this socket.
- IPV6_UNICAST_HOPS
-
Set the unicast hop limit for the socket.
Argument is a pointer to an integer.
-1 in the value means use the route default,
otherwise it should be between 0 and 255.
- IPV6_V6ONLY (since Linux 2.4.21 and 2.6)
-
If this flag is set to true (nonzero), then the socket is restricted
to sending and receiving IPv6 packets only.
In this case, an IPv4 and an IPv6 application can bind
to a single port at the same time.
If this flag is set to false (zero),
then the socket can be used to send and receive packets
to and from an IPv6 address or an IPv4-mapped IPv6 address.
The argument is a pointer to a boolean value in an integer.
The default value for this flag is defined by the contents of the file
/proc/sys/net/ipv6/bindv6only.
The default value for that file is 0 (false).
ERRORS
- ENODEV
-
The user tried to
bind(2)
to a link-local IPv6 address, but the
sin6_scope_id
in the supplied
sockaddr_in6
structure is not a valid
interface index.
VERSIONS
Linux 2.4 will break binary compatibility for the
sockaddr_in6
for 64-bit
hosts by changing the alignment of
in6_addr
and adding an additional
sin6_scope_id
field.
The kernel interfaces stay compatible, but a program including
sockaddr_in6
or
in6_addr
into other structures may not be.
This is not
a problem for 32-bit hosts like i386.
The
sin6_flowinfo
field is new in Linux 2.4.
It is transparently passed/read by the kernel
when the passed address length contains it.
Some programs that pass a longer address buffer and then
check the outgoing address length may break.
NOTES
The
sockaddr_in6
structure is bigger than the generic
sockaddr.
Programs that assume that all address types can be stored safely in a
struct sockaddr
need to be changed to use
struct sockaddr_storage
for that instead.
BUGS
The IPv6 extended API as in RFC 2292 is currently only partly
implemented;
although the 2.2 kernel has near complete support for receiving options,
the macros for generating IPv6 options are missing in glibc 2.1.
IPSec support for EH and AH headers is missing.
Flow label management is not complete and not documented here.
This man page is not complete.
SEE ALSO
cmsg(3),
ip(7)
RFC 2553: IPv6 BASIC API;
Linux tries to be compliant to this.
RFC 2460: IPv6 specification.
Index
- NAME
-
- SYNOPSIS
-
- DESCRIPTION
-
- Address format
-
- Socket options
-
- ERRORS
-
- VERSIONS
-
- NOTES
-
- BUGS
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:55:21 GMT, September 18, 2014


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Streaming in VTK : Time
09 Nov 2014With this blog, I am starting another series. This time we will cover streaming in VTK. In this context, we define streaming as the process of sequentially executing a pipeline over a collection of subsets of data. Example of streaming include streaming over time, over logical extents, over partitions and over ensemble members. Streaming belongs to set of techniques referred to as out-of-core data processing techniques. Its main objective is to analyze a dataset that will not fit in memory by breaking it into smaller pieces and processing each piece sequentially.
In this article, I will cover streaming over time. In future ones, we will dig into other types of streaming. I am assuming that you understand the basics of how the VTK pipeline works including pipeline passes and using keys to provide meta-data and to make requests. If you are not familiar with these concepts, I recommend checking out my previous blogs, specially [1], [2] and [3].
Problem statement
Let's look at a flow-field defined over a 2D uniform rectilinear grid. We will pick a viscous flow that has a known closed-form solution so that we don't have to write a solver. I chose a problem from my favorite graduate level fluid mechanics book: Panton's "Incompressible Flow". From section 11.2, flow over Stoke's oscillating plate is a great example. Without getting into a lot of details, the solution for this problem is as follows.
This is a nice flow-field to study because it is very simple but is still time variant. This profile looks as follows (click to animate):
The code I used to generate this animation is here.
Source
Let's codify this flow field as a VTK source. Even though, the flow field is really 1D (function of y only), we'll use a 2D uniform grid (vtkImageData) such that we can advect particles later to further demonstrate temporal streaming.
1 import numpy as np
2 import vtk
3 from vtk.numpy_interface import dataset_adapter as dsa
4 from vtk.util.vtkAlgorithm import VTKPythonAlgorithmBase
5
6 t = np.linspace(0, 2*np.pi, 20)
7
8 class VelocitySource(VTKPythonAlgorithmBase):
9 def __init__(self):
10 VTKPythonAlgorithmBase.__init__(self,
11 nInputPorts=0,
12 nOutputPorts=1, outputType='vtkImageData')
13
14 def RequestInformation(self, request, inInfo, outInfo):
15 info = outInfo.GetInformationObject(0)
16
17 info.Set(vtk.vtkStreamingDemandDrivenPipeline.WHOLE_EXTENT(),
18 (0, 60, 0, 60, 0, 0), 6)
19
20 info.Set(vtk.vtkStreamingDemandDrivenPipeline.TIME_STEPS(),
21 t, len(t))
22 info.Set(vtk.vtkStreamingDemandDrivenPipeline.TIME_RANGE(),
23 [t[0], t[-1]], 2)
24
25 info.Set(vtk.vtkAlgorithm.CAN_PRODUCE_SUB_EXTENT(), 1)
26
27 return 1
28
29 def RequestData(self, request, inInfo, outInfo):
30 info = outInfo.GetInformationObject(0)
31 # We produce only the extent that we are asked (UPDATE_EXTENT)
32 ue = info.Get(vtk.vtkStreamingDemandDrivenPipeline.UPDATE_EXTENT())
33 ue = np.array(ue)
34
35 output = vtk.vtkImageData.GetData(outInfo)
36
37 # Parameters of the grid to produce
38 dims = ue[1::2] - ue[0::2] + 1
39 origin = 0
40 spacing = 0.1
41
42 # The time step requested
43 t = info.Get(vtk.vtkStreamingDemandDrivenPipeline.UPDATE_TIME_STEP())
44
45 # The velocity vs y
46 y = origin + spacing*np.arange(ue[2], ue[3]+1)
47 u = np.exp(-y/np.sqrt(2))*np.sin(t-y/np.sqrt(2))
48
49 # Set the velocity for all points of the grid which
50 # has of dimensions 3, dims[0], dims[1]. The first number
51 # is because of 3 components in the vector. Note the
52 # memory layout VTK uses is a bit unusual. It's Fortran
53 # ordered but the velocity component increases fastest.
54 a = np.zeros((3, dims[0], dims[1]), order='F')
55 a[0, :] = u
56
57 output.SetExtent(*ue)
58 output.SetSpacing(0.5, 0.1, 0.1)
59
60 # Make a VTK array from the numpy array (using pointers)
61 v = dsa.numpyTovtkDataArray(a.ravel(order='A').reshape(
62 dims[0]*dims[1], 3))
63 v.SetName("vectors")
64 output.GetPointData().SetVectors(v)
65
66 return 1
This example is mostly self-explanatory. The pieces necessary for temporal streaming are as follows.
- Lines 20-23: This is where the reader provides meta-data about the values of time steps that it can produce as well as the overall range. The overall range is redundant here but it is required because VTK also supports sources that can produce arbitrary (not discrete) time values as requested by the pipeline.
- Line 43: The reader has to respond to the time value requested by downstream
using the
UPDATE_TIME_STEP()
key.
If you are not familiar with VTK's structured data memory layout, line 54 may
look a little odd. VTK uses a Fortran ordering for structured data (i is the
fastest increasing logical index). At the same time, VTK interleaves velocity
components (i.e. velocity component index increases fastest). So a velocity
array would like this in memory u_0 v_0 w_0 u_1 v_1 w_1 ...
. Hence the
dimensions of 3, dims[0], dims[1]
and the order='F'
(F being Fortran).
Also note that this algorithm can also handle a sub-extent request. To enable this
feature, it sets the CAN_PRODUCE_SUB_EXTENT()
key on line 25 and produces
the extent requested by the UPDATE_EXTENT()
key in RequestData.
Finally, line 55 works thanks to numpy broadcasting rules as defined here.
Now that we have the source, we can manually update it as follows.
s = VelocitySource()
s.UpdateInformation()
s.GetOutputInformation(0).Set(
vtk.vtkStreamingDemandDrivenPipeline.UPDATE_TIME_STEP(), t[2])
s.Update()
i = s.GetOutputDataObject(0)
print t[2], i.GetPointData().GetVectors().GetTuple3(0)
This will print 0.661387927072 (0.6142127126896678, 0.0, 0.0)
. To verify: if you substitute y=0
and t=0.6613879
in our equation, you will see that u=sin(0.6613879)=0.6142127126
.
Streaming Filter
So far so good. Now, let's do something more exciting. Let's write a filter that streams
multiple timesteps from this source. One simple use case for such a filter is to calculate
statistics of a data point over time. In our example, we will simply produce a table of
u
values for the first point over time. Here is the code.
1 class PointOverTime(VTKPythonAlgorithmBase):
2 def __init__(self):
3 VTKPythonAlgorithmBase.__init__(self,
4 nInputPorts=1, inputType='vtkDataSet',
5 nOutputPorts=1, outputType='vtkTable')
6
7 def RequestInformation(self, request, inInfo, outInfo):
8 # Reset values.
9 self.UpdateTimeIndex = 0
10 info = inInfo[0].GetInformationObject(0)
11 self.TimeValues = info.Get(
12 vtk.vtkStreamingDemandDrivenPipeline.TIME_STEPS())
13 self.ValueOverTime = np.zeros(len(self.TimeValues))
14 return 1
15
16 def RequestUpdateExtent(self, request, inInfo, outInfo):
17 info = inInfo[0].GetInformationObject(0)
18 # Ask for the next timestep.
19 info.Set(vtk.vtkStreamingDemandDrivenPipeline.UPDATE_TIME_STEP(),
20 self.TimeValues[self.UpdateTimeIndex])
21 return 1
22
23 def RequestData(self, request, inInfo, outInfo):
24 info = inInfo[0].GetInformationObject(0)
25 inp = dsa.WrapDataObject(vtk.vtkDataSet.GetData(info))
26 # Extract the value for the current time step.
27 self.ValueOverTime[self.UpdateTimeIndex] =\
28 inp.PointData['vectors'][0, 0]
29 if self.UpdateTimeIndex < len(self.TimeValues) - 1:
30 # If we are not done, ask the pipeline to re-execute us.
31 self.UpdateTimeIndex += 1
32 request.Set(
33 vtk.vtkStreamingDemandDrivenPipeline.CONTINUE_EXECUTING(),
34 1)
35 else:
36 # We are done. Populate the output.
37 output = dsa.WrapDataObject(vtk.vtkTable.GetData(outInfo))
38 output.RowData.append(self.ValueOverTime, 'u over time')
39 # Stop execution
40 request.Remove(
41 vtk.vtkStreamingDemandDrivenPipeline.CONTINUE_EXECUTING())
42 return 1
We can now setup a pipeline and execute it as follow.
s = VelocitySource()
f = PointOverTime()
f.SetInputConnection(s.GetOutputPort())
f.Update()
vot = dsa.WrapDataObject(f.GetOutputDataObject(0)).RowData['u over time']
import matplotlib.pyplot as plt
plt.plot(f.TimeValues, vot)
plt.grid()
plt.axes().set_xlabel("t")
plt.axes().set_ylabel("u")
plt.savefig('u_over_time.png')
And the output looks like this.
This seemingly simple algorithm actually accomplishes something quite complex
with a few lines. The magic is in lines 32-24. When an algorithms sets the
CONTINUE_EXECUTING()
key, the pipeline will execute again both the
RequestUpdateExtent()
and RequestData()
passes. So let's trace what this
algorithm does:
- In
RequestInformation()
, it initializes a few data members includingUpdateTimeIndex
. - In
RequestUpdateExtent()
, it sets the update time value to the first time step (becauseUpdateTimeIndex == 0
). - Upstream pipeline executes.
- In
RequestData()
, it stores theu
value of the first point in theValueOverTime
array as the first value (usingUpdateTimeIndex
as the index). - Because we didn't reach the last time step, it increments
UpdateTimeIndex
and setsCONTINUE_EXECUTING()
. - The pipeline re-executes the filter starting at 2. But this time
UpdateTimeIndex
is 1 so the upstream will produce the 2nd time step.
This will continue until UpdateTimeIndex == len(self.TimeValues) - 1
. Once the
streaming is done, the filter adds its cached value to its output as an array.
There you go, streaming in a nutshell. This can be used to do lots of useful things such as computing temporal mean, min, max, standard deviation etc etc. It can be also used to do more sophisticated things such as a particle advection. I will cover that in my next blog. If you are up to the challenge, here are a few tips:
- Start with a set of seed points (say a line parallel to the y axis),
- Stream timesteps 2 at a time,
- For each pair of time steps, calculate the mean velocity,
- Calculate the next set of points as
pnext = pprev + vel * dt
, - You can compute the vel at each point by using the probe filter.
This should give you a very basic first order particle integrator. The solution in the next blog...
Note: A more thorough description of the temporal streaming in VTK can be found in this paper.


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{% extends "generic.html" %} {% block help_active %} active {% endblock %} {% block webpage_title %} predictlybot | Help {% endblock %} {% block content %}
In order for predictlybot to classify the text you sent it, it needs some context. The context needed is stored in a Story. Stories can be made here.
Attributes are like features that predictlybot tries to identify within a sentence.
For example, if you have two attributes: name
, and location
and you send it the
sentence:
John is in London
, predictlybot will try and associate {'name': 'John', 'location':
'London'}
Of course this doesn't happen by magic and will require some training before predictlybot is able
to do that, which is what we'll look into next!
predictlybot isn't powered by black magic and will of course need some examples before it'll be able to automatically recognize attributes on its own. Start by entering some basic query examples for predictlybot to learn.
Once you have a satisfiable amount of examples (5-10), start configuring where each attributes should belong to in a sentence. You can configure which attributes belong to which part of the sentence via the dropdown box.
Now that we have a sufficient list of examples to follow, simply click on the Retrain model button located at the top of your project.
Now simply go back to the manual query
part of your story and insert a new sentence. predictlybot
hopefully *fingers crossed* should be able to correctly label the key attributes of the new sentence. If it
doesn't work then continue reading below.
You can now communicate with the server via a RESTful request. To do it with Curl
execute:
curl -X post -H "Content-Type: application/json" -d '{"querystring": "Jack is in London"}' http://<IP_ADDRESS>:8000/api/stories/my-story-name/queries/Note: You might need to change
<IP_ADDRESS>:8000
to your server domain and my-story-name
to your story's name.
The curl request
is also located at the very top of each of your story.
predictlybot learns by examples, if it isn't able to classify your sentence correctly just reconfigure the sentence
it got wrong via the dropdown buttons/delete buttons and hit the retrain
button


| JIRA | Summary | Priority | Component | Reporter | Contributor |
|---|---|---|---|---|---|
| MAHOUT-1805 | Implement allreduceBlock(...) in flink bindings | Major | . | Andrew Palumbo | Andrew Palumbo |
| MAHOUT-1829 | Add Flink module to build tools | Blocker | Flink, nk | Andrew Palumbo | Suneel Marthi |
| JIRA | Summary | Priority | Component | Reporter | Contributor |
|---|---|---|---|---|---|
| MAHOUT-1776 | Refactor common Engine agnostic classes to Math-Scala module | Major | Math | Suneel Marthi | Suneel Marthi |
| MAHOUT-1794 | Support alternate temporary directories in example scripts. | Minor | Examples | Albert Chu | Andrew Musselman |
| MAHOUT-1766 | Increase default PermGen size for spark-shell | Major | Mahout spark shell | Sergey Tryuber | Andrew Musselman |
| JIRA | Summary | Priority | Component | Reporter | Contributor |
|---|---|---|---|---|---|
| MAHOUT-1808 | Some cleanup of unused operations in sparkbindings | Trivial | . | Andrew Palumbo | Andrew Palumbo |
| MAHOUT-1807 | Distributed second norm doesn't take sqrt | Major | . | Andrew Palumbo | Andrew Palumbo |
| MAHOUT-1806 | Implicit checkpoint must not request caching | Minor | . | Andrew Palumbo | Andrew Palumbo |
| MAHOUT-1811 | Fix calculation of second norm of DRM in Flink | Major | . | Andrew Palumbo | Andrew Palumbo |
| MAHOUT-1810 | Failing test in flink-bindings: A + B Identically partitioned (mapBlock Checkpointing issue) | Blocker | Flink | Andrew Palumbo | Andrew Palumbo |
| MAHOUT-1809 | Failing tests in Flink-bindings: dals and dspca | Blocker | Flink | Andrew Palumbo | Andrew Palumbo |
| MAHOUT-1826 | Fix wikipedia example | Blocker | . | Andrew Palumbo | Suneel Marthi |
| MAHOUT-1828 | Change the access of blas method in sparkbindings | Major | Flink | Suneel Marthi | Suneel Marthi |
| JIRA | Summary | Priority | Component | Reporter | Contributor |
|---|---|---|---|---|---|
| MAHOUT-1740 | Layout on algorithms page broken | Major | Documentation | Andrew Musselman | Andrew Musselman |
| MAHOUT-1689 | Create a doc on how to write an app that uses Mahout as a lib | Major | . | Andrew Palumbo | Pat Ferrel |
| MAHOUT-1769 | Incorrect documentation for collecting DRM to HDFS | Minor | Mahout spark shell | Sergey Tryuber | Andrew Musselman |
| MAHOUT-1763 | A minor bug in Spark binding documentation | Trivial | Math, spark | Sergey Tryuber | Dmitriy Lyubimov |
| MAHOUT-1779 | Brief overview page for the Flink engine | Minor | Flink | Andrew Palumbo | Suneel Marthi |
| MAHOUT-1789 | Remove DataSetOps.scala from mahout-flink, replace by DataSetUtils from Flink 0.10 | Major | Math | Suneel Marthi | Suneel Marthi |
| MAHOUT-1734 | Mahout DSL for Flink: implement I/O | Minor | Math | Alexey Grigorev | Andrew Palumbo |
| MAHOUT-1702 | Mahout DSL for Flink: implement element-wise operators | Minor | Math | Alexey Grigorev | Suneel Marthi |
| MAHOUT-1748 | Mahout DSL for Flink: switch to Flink Scala API | Minor | Math | Alexey Grigorev | Suneel Marthi |
| MAHOUT-1703 | Mahout DSL for Flink: implement cbind and rbind | Minor | Math | Alexey Grigorev | Suneel Marthi |
| MAHOUT-1764 | Mahout DSL for Flink: Add standard backend tests for Flink | Minor | Math | Alexey Grigorev | Suneel Marthi |
| MAHOUT-1710 | Mahout DSL for Flink: implement right in-core matrix multiplication | Minor | Math | Alexey Grigorev | Andrew Palumbo |


Upgraded parts.
Accel Super Coil On Plug Kit - Yellow (11-Early 16 GT, BOSS 302)
Flowmaster 40 Delta Flow Mufflers.
Foose Nitrous F201 Wheels.
Escort Passport 9500ix
Scroll down for additional information.
jk, ill get to that later


Data Structures | |
| struct | spi_master |
| SPI master. More... | |
Modules | |
| Generic SPI polled internals | |
Defines | |
| #define | SPI_CPHA (1 << 0) |
| Clock phase. | |
| #define | SPI_CPOL (1 << 1) |
| Clock polarity. | |
| #define | SPI_MODE_0 0 |
| SPI mode 0. | |
| #define | SPI_MODE_1 (SPI_CPHA) |
| SPI mode 1. | |
| #define | SPI_MODE_2 (SPI_CPOL) |
| SPI mode 2. | |
| #define | SPI_MODE_3 (SPI_CPOL | SPI_CPHA) |
| SPI mode 3. | |
Functions | |
| static bool | spi_request_bus (struct spi_master *master, struct workqueue_task *task) |
| Request use of SPI bus. | |
| static void | spi_release_bus (struct spi_master *master) |
| Release use of SPI bus. | |
| static void | spi_enable (spi_id_t spi_id) |
| Enable SPI module. | |
| static void | spi_disable (spi_id_t spi_id) |
| Disable SPI module. | |
| static bool | spi_is_enabled (spi_id_t spi_id) |
| Check if SPI module is enabled. | |
| static void | spi_master_init (spi_id_t spi_id, struct spi_master *spi_master) |
| Initialize SPI module in master mode. | |
| static void | spi_master_setup_device (spi_id_t spi_id, struct spi_master *spi_master, struct spi_device *spi_device, spi_flags_t flags, unsigned long baud_rate, board_spi_select_id_t sel_id) |
| Setup a SPI device. | |
| static void | spi_select_device (spi_id_t spi_id, struct spi_master *master, struct spi_device *device) |
| Select given device on the SPI bus. | |
| static void | spi_deselect_device (spi_id_t spi_id, struct spi_master *master, struct spi_device *device) |
| Deselect given device on the SPI bus. | |
| static void | spi_write (spi_id_t spi_id, struct spi_master *master, const uint8_t *data, size_t len) |
| Send a sequence of bytes to a SPI device. | |
| static void | spi_read (spi_id_t spi_id, struct spi_master *master, uint8_t *data, size_t len) |
| Receive a sequence of bytes from a SPI device. | |
| static void | spi_exchange (spi_id_t spi_id, struct spi_master *master, const uint8_t *write, uint8_t *read, size_t len) |
| Send/Receive a sequence of bytes to/from a SPI device. | |
| static void | spi_write_buf_list (spi_id_t spi_id, struct spi_master *master, struct slist *buf_list) |
| Send bytes from a list of buffers to a SPI device. | |
| static void | spi_read_buf_list (spi_id_t spi_id, struct spi_master *master, struct slist *buf_list) |
| Receive bytes into a list of buffers from a SPI device. | |
| static void | spi_exchange_buf_list (spi_id_t spi_id, struct spi_master *master, struct slist *write_buf_list, struct slist *read_buf_list) |
| Send/Receive a list of buffers to/from a SPI device. |
This is the common API for SPIs on AVRs. Additional features are available in the documentation of the specific modules.
An SPI Module ID starts with 0 which stands for the first available SPI module on the device and the next SPI modules get increasing numbers. After the "standard" SPI modules the emulated versions are listed (e.g. USART in SPI mode or USI in SPI mode).
To add the SPI master driver to the build, the configuration symbol CONFIG_SPI_MASTER must be set.
The symbols CONFIG_SPI_MASTER_INT or CONFIG_SPI_MASTER_DMA enable interrupt or DMA driven communication for the SPI master, if available on the device.
There are four combinations of serial clock phase and polarity with respect to serial data. The table below shows the combinations and when data is sampled or set up. The leading edge is the first clock edge in a clock cycle. Trailing edge is the last clock edge in a clock cycle.
| SPI Mode | CPOL | CPHA | Leading Edge | Trailing Edge |
|---|---|---|---|---|
| 0 | 0 | 0 | Sample on rising edge | Setup on falling edge |
| 1 | 0 | 1 | Setup on rising edge | Sample on falling edge |
| 2 | 1 | 0 | Sample on falling edge | Setup on rising edge |
| 3 | 1 | 1 | Setup on falling edge | Sample on rising edge |
The internals of this SPI driver uses polling from a workqueue_task, and this can be controlled with the configuration symbol CONFIG_SPI_POLL_MAXLOOPS
If unconfigured, the default value is 255
Overview of mapping between SPI module id (spi_id_t) and peripheral:
| void spi_deselect_device | ( | spi_id_t | spi_id, | |
| struct spi_master * | master, | |||
| struct spi_device * | device | |||
| ) | [inline, static] |
Deselect given device on the SPI bus.
Calls board chip deselect.
| spi_id | SPI Module ID | |
| master | SPI master | |
| device | SPI device |
Definition at line 418 of file spi_mega_xmega.h.
References spi_priv_deselect_device().
Referenced by at45_deselect().
| void spi_disable | ( | spi_id_t | spi_id | ) | [inline, static] |
Disable SPI module.
The SPI is only disabled when it is not used any more. This is ensured by an internal counter that is decreased each time this function is called.
| spi_id | SPI Module ID |
Definition at line 373 of file spi_mega_xmega.h.
References assert, spi_id_is_valid, and spi_priv_disable().
| void spi_enable | ( | spi_id_t | spi_id | ) | [inline, static] |
Enable SPI module.
The driver keeps a reference count that is increased each time this function is called.
| spi_id | SPI Module ID |
Definition at line 364 of file spi_mega_xmega.h.
References assert, spi_id_is_valid, and spi_priv_enable().
| void spi_exchange | ( | spi_id_t | spi_id, | |
| struct spi_master * | master, | |||
| const uint8_t * | write, | |||
| uint8_t * | read, | |||
| size_t | len | |||
| ) | [inline, static] |
Send/Receive a sequence of bytes to/from a SPI device.
Send bytes from write buffer and receive bytes into read buffer. Length field len are common for both.
| spi_id | SPI Module ID | |
| master | SPI master | |
| write | data buffer to write | |
| read | data buffer to read | |
| len | Length of data |
Definition at line 438 of file spi_mega_xmega.h.
References spi_polled_exchange().
| void spi_exchange_buf_list | ( | spi_id_t | spi_id, | |
| struct spi_master * | master, | |||
| struct slist * | write_buf_list, | |||
| struct slist * | read_buf_list | |||
| ) | [inline, static] |
Send/Receive a list of buffers to/from a SPI device.
Buffer lists must be symetrical in the sense of number of buffers and buffer sizes.
| spi_id | SPI Module ID | |
| master | SPI master | |
| write_buf_list | List of buffers to send from | |
| read_buf_list | List of buffers to receive into |
Definition at line 456 of file spi_mega_xmega.h.
References spi_polled_exchange_buf_list().
| bool spi_is_enabled | ( | spi_id_t | spi_id | ) | [inline, static] |
Check if SPI module is enabled.
| spi_id | SPI Module ID |
Definition at line 382 of file spi_mega_xmega.h.
References assert, spi_id_is_valid, and spi_priv_is_enabled().
| void spi_master_init | ( | spi_id_t | spi_id, | |
| struct spi_master * | master | |||
| ) | [inline, static] |
Initialize SPI module in master mode.
| spi_id | SPI Module ID | |
| master | Pointer to SPI master struct. |
Definition at line 391 of file spi_mega_xmega.h.
References spi_priv_master_init().
| void spi_master_setup_device | ( | spi_id_t | spi_id, | |
| struct spi_master * | master, | |||
| struct spi_device * | device, | |||
| spi_flags_t | flags, | |||
| unsigned long | baud_rate, | |||
| board_spi_select_id_t | sel_id | |||
| ) | [inline, static] |
Setup a SPI device.
The returned device descriptor structure must be passed to the driver whenever that device should be used as current slave device.
| spi_id | SPI Module ID | |
| master | Pointer to SPI master structure. | |
| device | Pointer to SPI device struct that should be initialized. | |
| flags | SPI configuration flags. Common flags for all implementations are the SPI modes SPI_MODE_0 ... SPI_MODE_3. | |
| baud_rate | Baud rate for communication with slave device in Hz. | |
| sel_id | Board specific seclet id |
Definition at line 399 of file spi_mega_xmega.h.
References spi_priv_master_setup_device().
| void spi_read | ( | spi_id_t | spi_id, | |
| struct spi_master * | master, | |||
| uint8_t * | data, | |||
| size_t | len | |||
| ) | [inline, static] |
Receive a sequence of bytes from a SPI device.
All bytes sent out on SPI bus are sent as value 0.
| spi_id | SPI Module ID | |
| master | SPI master | |
| data | data buffer to read | |
| len | Length of data |
Definition at line 432 of file spi_mega_xmega.h.
References spi_polled_read().
Referenced by at45_read_rsp().
| void spi_read_buf_list | ( | spi_id_t | spi_id, | |
| struct spi_master * | master, | |||
| struct slist * | buf_list | |||
| ) | [inline, static] |
Receive bytes into a list of buffers from a SPI device.
All bytes sent out on SPI bus are sent as value 0.
| spi_id | SPI Module ID | |
| master | SPI master | |
| buf_list | List of buffers to receive into |
Definition at line 450 of file spi_mega_xmega.h.
References spi_polled_read_buf_list().
Referenced by at45_read_buf_list().
| static void spi_release_bus | ( | struct spi_master * | master | ) | [inline, static] |
Release use of SPI bus.
| master | SPI master |
Definition at line 236 of file spi.h.
References nested_workqueue_next_task(), and spi_master::nwq.
Referenced by at45_release().
| static bool spi_request_bus | ( | struct spi_master * | master, | |
| struct workqueue_task * | task | |||
| ) | [inline, static] |
Request use of SPI bus.
| master | SPI master | |
| task | Task doing the SPI bus operations |
| true | The task was successfully queued | |
| false | The task has already been queued, so nothing was done |
Definition at line 223 of file spi.h.
References nested_workqueue_add_task(), and spi_master::nwq.
Referenced by at45_request().
| void spi_select_device | ( | spi_id_t | spi_id, | |
| struct spi_master * | master, | |||
| struct spi_device * | device | |||
| ) | [inline, static] |
Select given device on the SPI bus.
Set device specific setting and calls board chip select.
| spi_id | SPI Module ID | |
| master | SPI master | |
| device | SPI device |
Definition at line 410 of file spi_mega_xmega.h.
References spi_priv_select_device().
Referenced by at45_select().
| void spi_write | ( | spi_id_t | spi_id, | |
| struct spi_master * | master, | |||
| const uint8_t * | data, | |||
| size_t | len | |||
| ) | [inline, static] |
Send a sequence of bytes to a SPI device.
Received bytes on the SPI bus are discarded.
| spi_id | SPI Module ID | |
| master | SPI master | |
| data | data buffer to write | |
| len | Length of data |
Definition at line 426 of file spi_mega_xmega.h.
References spi_polled_write().
Referenced by at45_write_cmd().
| void spi_write_buf_list | ( | spi_id_t | spi_id, | |
| struct spi_master * | master, | |||
| struct slist * | buf_list | |||
| ) | [inline, static] |
Send bytes from a list of buffers to a SPI device.
Received bytes on the SPI bus are discarded.
| spi_id | SPI Module ID | |
| master | SPI master | |
| buf_list | List of buffers send from |
Definition at line 444 of file spi_mega_xmega.h.
References spi_polled_write_buf_list().
Referenced by at45_write_buf_list().


Match Play. Double Match Point. How should Red play 51?
pips Red=85 White=100
(CorrectAnswer= 0/0, ErrorScore= 0)
For money this would be easy. 7/2, 6/5* wins a much higher percentage of gammons than 7/1 so not hitting would be a blunder.
At DMP you are only concerned with winning the game. After hitting Red will lose most of the times that White hits from the bar and he will lose some more games when he fails to cover and White wins from there. Give White 30% wins after hitting and another 5% for later hits and/or racing.
Does 7/1 win more often 65%? It’s very hard to estimate over the board but with a 21-pip lead after the roll and facing a winning five-point board I’d be loth to hit, especially as White will shortly have to give up his mid-point. Over the board Red did hit and won the match but not hitting is right by about 2%. Not an easy problem.
At DMP you are only concerned with winning the game. After hitting Red will lose most of the times that White hits from the bar and he will lose some more games when he fails to cover and White wins from there. Give White 30% wins after hitting and another 5% for later hits and/or racing.
Does 7/1 win more often 65%? It’s very hard to estimate over the board but with a 21-pip lead after the roll and facing a winning five-point board I’d be loth to hit, especially as White will shortly have to give up his mid-point. Over the board Red did hit and won the match but not hitting is right by about 2%. Not an easy problem.
1. Cubeful 2-ply 7/1 Eq.: +0.336 0.668 0.048 0.000 - 0.332 0.038 0.000 2. Cubeful 2-ply 7/2 4/3 Eq.: +0.311 (-0.025) 0.656 0.034 0.000 - 0.344 0.028 0.000 3. Cubeful 2-ply 7/2 3/2 Eq.: +0.304 (-0.032) 0.652 0.035 0.000 - 0.348 0.036 0.001 4. Cubeful 2-ply 7/2 6/5* Eq.: +0.300 (-0.036) 0.650 0.170 0.001 - 0.350 0.093 0.001 5. Cubeful 2-ply 6/1 3/2 Eq.: +0.245 (-0.091) 0.623 0.028 0.000 - 0.377 0.034 0.000


-
a post with code
an example of a blog post with some code
-
a post with images
this is what included images could look like
-
a post with formatting and links
march & april, looking forward to summer
an example of a blog post with some code
this is what included images could look like
march & april, looking forward to summer


What time is it?
In
Hartford, Connecticut
?
In
Dallas, Texas
?
In
Denver, Colorado?
In
Eureka, California?


A small SPA framework threading together a bunch of cool Open Source JavaScript components
- It uses the following libraries
- Knockout JS 3.2+ for data-binding and web-components
- Crossroads JS for client side routing
- History JS for browser history and pushstate
- AmplifyJS for eventing and request management


Continual Learning paradigm focuses on learning from a non-stationary stream of data with additional desiderata - transferring knowledge from previously seen task to unseen tasks and being resilient to catastrophic forgetting - all with a fixed memory and computational budget.
This is in contrast to the IID (independent and identically distributed) assumption in statistical learning.
One common example of the non-iid data is setups involving sequential decision making - eg Reinforcement learning.
Many existing benchmarks use MNIST as the underlying dataset (eg Permuted MNIST, Split MNIST, etc). These benchmarks lack complexity and make it hard to observe positive and negative backward transfer.
Most works focus only on the catastrophic forgetting challenge and ignore the other issues (like computation and memory footprint, the capacity of the network, etc).
The paper proposes a new benchmark based on Starcraft II video game to understand the different approaches for lifelong learning.
The sequence of tasks is designed to be a curriculum - the learning agent stats with learning simple skills and later move to more complex tasks. These complex tasks require remembering and composing skills learned in the earlier levels.
To evaluate for catastrophic forgetting, the tasks are designed such that not all the skills are needed for solving each task. Hence the learning agent needs to remember skills even though they are not needed at the current level.
Each level comes with a fixed computational budget of episodes and each episode has a fixed time limit. Once the budget is consumed the agent has to proceed to the next level. Hence agents with better sample efficiency would benefit.
The benchmark supports both RL and supervised learning version. In the supervised version, expert agents (pretrained on each level) are also provided.
Baselines are provided for distillation (using experts): sequential training (fine tuning), Dropout and SER. None of the baseline methods achieve positive or negative backward transfer.
When modeled as a pure RL task, the benchmark is extremely difficult to solve.
The paper suggests using a metric to record the amount of learning/data required to recover performance on the previous task.


Preparation time
1-2 hours
Cooking time
30 mins to 1 hour
Serves
Makes 12
Jaffa cakes are no where near as tricky to make at home as you might think. The only fiddly bit is making the chocolate look perfect – but they're still great if you just spoon it over.
For this recipe you will need a 5cm/2in round biscuit cutter, a 30x20cm/12x8in baking tray and a 12-hole shallow bun tin.
For the jelly, break the jelly into pieces and place in a small bowl. Pour over the boiling water and stir until the jelly is completely dissolved. Add the orange zest, then pour into a shallow 30x20cm/12x8in tray. Chill in the fridge for 1 hour, or until set.
Meanwhile, preheat the oven to 180C/160C Fan/Gas 4 and grease a 12-hole, shallow bun tin with butter.
For the sponge, whisk the egg and sugar together for 4-5 minutes until pale and fluffy, then gently fold in the flour. Fill each well in the bun tin three-quarters full (about a dessert spoonful per hole) and smooth the tops. Bake for 7-9 minutes, or until well risen and the top of the sponges spring back when lightly pressed. Leave to cool in the tray for a few minutes then finish cooling on a wire rack.
To assemble, break the chocolate into pieces then melt in a bowl set over a pan of gently simmering water. Remove the bowl from the heat and leave to cool and thicken slightly.
Turn the jelly out onto a sheet of non-stick baking parchment. Cut 12 discs from the orange jelly using a 5cm/2in round cutter. Sit one jelly disc on top of each sponge.
Spoon the melted chocolate over the jelly discs. Using the tips of the tines of a fork or a skewer, lightly press to create a criss-cross pattern on top of the chocolate, then leave to set completely. You may need to reheat the chocolate a little if it starts to set before you have finished all the jaffa cakes.
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Folding
You need JavaScript to view this clip.
Melting chocolate


Produce the actual documentation as a string
public function getDocumentation(
Facebook\HHAPIDoc\Documentable $documentable,
): string;
This will be in the format specified by the context that was passed to
__construct()
Facebook\HHAPIDoc\Documentable
$documentable
string


会话上下文身份验证屏幕
This is one of the Session Context screens
which allows you to manage the way in which Authentication is being done for the Context.
Authentication Method
After selecting the Authentication Method type, the options that need to be configured depend on the Authentication Method.
Note: Changing the authentication method after Users have been defined might cause its credentials to be reset,
as the type of user credentials need to match the authentication scheme. A confirmation dialogue will be shown when that happens.
Manual Authentication
No configuration is needed for this authentication method. Read
more...
Form-Based Authentication
To configure this authentication method, you need to supply the login url, to which the login
request is performed, the request body (POST data), if needed, and identify the parameters used to supply
the 'username' and 'password'. If no request body is supplied, the login request is performed as
a HTTP GET, otherwise an HTTP POST is used. The credentials themselves
are configured in the Users tab.
The login page can also be supplied to indicate from where to obtain a new session (e.g. cookies)
and regenerate Anti CSRF tokens present in the request body.
If the login page is not supplied it is used the login url.
Read more...
JSON-Based Authentication
To configure this authentication method, you need to supply the login url, to which the login
request is performed, the JSON object (POST data, application/json
), and identify
the parameters used to supply the 'username' and 'password'. The credentials themselves
are configured in the Users tab.
The login page can also be supplied to indicate from where to obtain a new session (e.g. cookies).
If the login page is not supplied it is used the login url.
Read more...
Examples of POST data:
{"username":"{%username%}","password":"{%password%}"}
{"user":{"mail":"{%username%}","password":"{%password%}"}}
where {%username%}
and {%password%}
indicate where the authentication credentials are set.
HTTP/NTLM Authentication
To configure this authentication method, you need to supply the hostname and the port of the server
the authentication is done with and the realm the credentials apply to. The credentials themselves
are configured in the Users tab. Read
more...
Script-Based Authentication
To use this authentication method, you first need to write (and save) an Authentication Script
using the Scripts tab (see the provided examples and templates for this script type in the Scripts tab).
Then you need to supply the name of the script in the dropdown list. After selecting the script, you need to press
the Load button, loading all the requirements of the script.
Any parameters that you have specified as required or optional in the script will
be shown in the interface to be defined. Their values are available to be used in the script, during the authentication, as seen
in the provided examples for Authentication Scripts. Make sure that after doing any changes to the parameters
required by the Authentication script you re-load the script. Otherwise, the parameters shown in the interface might
not be the ones used during the authentication and errors might occur. The credentials used for each User
during the authentication processed can be also specified in the Authentication Script and are configured in the
Users tab.
Read more...
Authentication Verification
Verification Strategy
Select the Authentication Verification Strategy required.
If this regex pattern is specified and matches any string in the specified message then ZAP will treat this message as logged in.
For example the pattern could be used to match a http://example.com/logout link or the presence of a 'Welcome, User X' message.
If this regex pattern is specified and matches any string in the specified message then ZAP will treat this message as logged out.
For example the pattern could be used to match a http://example.com/login link or the presence of a 'Welcome, Guest' message.
This controls how frequently ZAP will poll to see if a user is still authenticated.
The integer will either represent the number of Requests that will be made before ZAP will poll again or the number of Seconds before
it will poll again, depending on pulldown selected.
The option is only relevant if the "Poll the Specified URL" Verification Strategy has been selected.
This is the URL that ZAP will poll to see if a user is still authenticated.
The option is only relevant if the "Poll the Specified URL" Verification Strategy has been selected.
If supplied then this will be sent as a POST in the poll request. If it is empty then ZAP will make a GET request
The option is only relevant if the "Poll the Specified URL" Verification Strategy has been selected.
An optional set of headers that will be sent with the poll request. Each line should be one header and value separated by a colon e.g
Content-Type: application/json
X-Requested-With: XMLHttpRequest
The option is only relevant if the "Poll the Specified URL" Verification Strategy has been selected.
Accessed via
See also


|
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ObservableSSHMonoBehaviour | ssh = null |
| |
|
string | host = null |
| |
|
string | user = null |
| |
|
string | password = null |
| |
|
int | port = 22 |
| |
|
string | waitstring = null |
| |
|
StateLink | nextState = null |
| |
|
StateLink | errorState = null |
| |
|
bool | dump = false |
| |
|
CompositeDisposable | compositeDisposable = null |
| |
◆ OnStateEnd()
| override void Medama.Arbor.ObservableSSHInitializeBehaviour.OnStateEnd |
( |
| ) |
|
|
inline |
The documentation for this class was generated from the following file:
- Assets/Plugins/Medama/Scripts/ArborScripts/Behaviours/ObservableSSH/ObservableSSHInitializeBehaviour.cs


About Me
I have lived in 4 States. I currently live in Arizona. I am staying in Tacoma for the duration of Codefellows
I recently sold my house in Virginia. I lived in Virginia for 12 year before moving to Arizona.
I do not have any pets at this time. I had a dog several years ago but he passed away. I do plan on getting another dog but not right now.


Instructions:
Click on two elements to swap their values. Call the radix exchange sort function for the next bit by clicking the call button and by selecting the bounds for the function. Return from the function by clicking the return button.
Table to be sorted
Call Stack


Recent Publications
- S. Lee, H. Lee et al. Exploring Discontinuity for Video Frame Interpolation, CVPR, Jun 2023
- D. Lee et al. DP-NeRF: Deblurred Neural Radiance Field with Physical Scene Priors, CVPR, Jun 2023
- M. Cho et al. Look Around for Anomalies: Weakly-supervised Anomaly Detection via Context-Motion Relational Learning, CVPR, Jun 2023
- D. Kim et al. FAPM: Fast Adaptive Patch Memory for Real-time Industrial Anomaly Detection, ICASSP, Jun 2023
- C. Park et al. Two-stream Decoder Feature Normality Estimating Network for Industrial Anomaly Detection, ICASSP, Jun 2023
- T. Kim et al. Exploring Temporally Dynamic Data Augmentation for Video Recognition, ICLR, May 2023
- S. Cho et al. Tackling Background Distraction in Video Object Segmentation, ECCV, Oct 2022
- C. Shin et al. Expanded Adaptive Scaling Normalization for End to End Image Compression, ECCV, Oct 2022
- M. Lee et al. SPSN: Superpixel Prototype Sampling Network for RGB-D Salient Object Detection, ECCV, Oct 2022
- S. Hwang et al. LiDAR Depth Completion Using Color-Embedded Information via Knowledge Distillation, IEEE T-ITS, Mar 2021
- W. Kim et al. AIBM: Accurate and Instant Background Modeling for Moving Object Detection, IEEE T-ITS, Jun 2021
- H. Bae et al. Dog Nose-print Identification Using Deep Neural Networks, IEEE Access, May 2021
- D. Lee et al. Regularization Strategy for Point Cloud via Rigidly Mixed Sample, IEEE CVPR, Jun 2021
- Our Lab ranked the 2nd Place in the AIM 2020 Challenge on Image Extreme Inpainting at ECCV 2020, Aug 2020 (C. Shin et al.)
- T. Kim, H.Lee, M.Cho et al. Learning Temporally Invariant and Localizable Features via Data Augmentation for Video Recognition, ECCVW, Aug 2020
- M. Cho et al. Relational Deep Feature Learning for Heterogeneous Face Recognition, IEEE TIFS, Jul 2020
- S. Cho et al. CRVOS: Clue Refining Network for Video Object Segmentation, IEEE ICIP, Oct 2020
- S. Woo et al. False Positive Removal for 3D Vehicle Detection with Penetrated Point Classifier, IEEE ICIP, Oct 2020
- S. Lee et al. Extrapolative-Interpolative Cycle-Consistency Learning for Video Frame Extrapolation, IEEE ICIP, Oct 2020
- Y. Ban et al. Protuberance of depth: Detecting interest points from a depth image, CVIU, May 2020
- H. Bae et al. Non-Visual to Visual Translation for Cross-Domain Face Recognition, IEEE Access, Mar 2020
- H. Lee et al. AdaCoF: Adaptive Collaboration of Flows for Video Frame Interpolation, IEEE CVPR, Jun 2020


According to Hindu scriptures, the sacred Pushkar Lake is described as ‘Tirtha Raj’, the king of all pilgrimage sites. No pilgrimage is considered to be complete without a dip in in the holy Pushkar Lake. Semi-circular in shape and about 8-10 metres deep, Pushkar Lake is surrounded by 52 bathing ghats and over 400 temples and is truly a magnificent sight to behold...
Nestled in the picturesque Pushkar valley beyond the Nangaparvat and Anasagar Lake, the Brahma temple holds a special place in the hearts of Indians. It is the only temple in the world dedicated to Lord Brahma. Built with marble and decorated with silver coins, this temple can be identified by its red spire and the image of a swan (considered sacred to Lord Brahma). The chaturmukhi (four faced) idol of Lord Brahma is housed in the inner sanctum. A marble statue of the sun god stands sentinel at the temple. Interestingly, while all the gods are shown bare footed, Surya is shown wearing ancient warrior’s boots...
Gurudwara Singh Sabha, situated in the eastern part of Pushkar, was built in the beginning of the 19th century to commemorate the visits of the first and the tenth gurus- Guru Nanak Dev and Guru Govind Singhji...


| DOSE: |
|
smoked |
Opium |
(tar / resin) |
Partaking of Opium, for me, is almost like meditation. Tinctures aside, smoking opium can be one of the most relaxing experiences one can ever encounter. However, as with all substances, it must be done with care. As opium can be addictive one must never forget its dangers, thereby loosing respect for the drug.
The first time I tried opium I had bought a small ball of sticky, sweet smelling black/purple resin from a friend. Never having tried the drug before, I didn't know what to expect. I rolled a small ball, threw it into my normal glass pipe and began to smoke. The physical effects are actually fairly unremarkable but the mental effects can be astounding. When smoked by itself, it calms the mind and can take minor aches and pains out of the body.
Half the fun with opium is purely the process of smoking it. The wonderful smell, sweet taste and thick, white smoke are delights to the senses. Unlike weed, its not a substance which should be smoked quickly. One should take their time and enjoy it. But, as I said earlier, one must remember opium's addictive potential in reverence. After moderate, responsible use of the drug it becomes easy to see why people like Thomas Edison, Edgar Allen Poe and countless other scholars, artists, writers and scientists loved to indulge in this substance from time to time. Many times I have used opium to relax before undertaking a long study or writing sessions. If used properly, opium can actually help the mind focus on creative tasks. Needless to say it took me awhile to go through the 1 gram stash I originally had.
The main key to enjoying opium (or any drug for that matter) is moderation. Just remember: Everything in moderation except for moderation itself.
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


{% extends 'base.html' %} {% load static %} {% block head_title %}Delete Project | {{ block.super }}{% endblock head_title %} {% block body_content %}
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IT Consultant, SW Developer @Syone, 24
Coder, techie, foodie
and photography enthusiast
Find Out More
I have always been in love with technology and innovation, and also liked very much to create something out of nothing. I found in the world of programming a perfect match for that.
I completed a Bachelor's degree followed by a Master's degree in Information Systems and Software Engineering by Técnico Lisboa. During my
After that, I am working on my thesis. The main area of the thesis is Computer Graphics, and have a goal to provide a better way to designers and architects to visualize their designs on their PCs.
My CV "Code doesn't judge, code understands"Work in progress, any bug you find please submit an issue or report by email
Copyright © Artur José Brás Mayer Alkaim 2015


Axiom
Add a condition to the data
A list of terms as data to be viewed as folded by
A list of terms as data
A single term as data
The equivalence relation generated by the given generator Formula
Data considered upto an Equivalence relation
Convert term to data
Constructs a DataList from several data parameters


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--- layout: post title: This is a Test Phone Blog date: 2012-07-07 08:23:00 -05:00 comments: true categories: posterous_id: 144261518 ---
The jury is still out on whether I can productively write anything on a mobile device. I just received a Galaxy Note, installed Hackers Keyboard, and installed Writer app. The Note provides nearly an extra inch of keyboard while the Hackers Keyboard provides all the typical keys on used to on a desktop. Lastly was finding an app that highlights my favorite plain text writing language, Markdown.
The Galaxy Note is an interesting writing device due to its size. I did get used to typing on my past Nexus S, but it was always difficult to type code snippets. When the Galaxy Note arrived the keyboard was comfy-cozzy and the screen could hold double the text as my previous phones. I did have to make an adjustment before I could make use of all those pixels.
This is a multiple step process consisting of rooting, mounting
/system
as read/write, and editing
/system/build.info
.
http://www.google.com/search?btnG=1&pws=0&q=change+android+dpi
This is the keyboard I’ve always wanted but don’t have the time to create myself. It is based off the excellent Gingerbread keyboard and adds the other keys to it. It does it in such a way that doesn’t make the QWERTY keys much small or obfuscate the location of the symbol keys. My only complaint is finding the “/” character. It is hidden behind a long press of the Speak/Mic key.
In landscape mode the keyboard can turn into a full desktop keyboard. I have it set to also not do amy typing correction and to maintain screen overlay mode instead of demoting the screen layout to show only the input box and the keyboard. Basically landscape is my coding and SSH home, and portrait is for everything else.
https://play.google.com/store/apps/details?id=com.jamesmc.writer I’m writing this whole post in this app while reviewing it. I have used other apps to write a substantial amount of text, but this app has one feature that makes it worth while: Markdown syntax highlighting. It might not mean a lot to most people out there, but for me using Markdown means I don’t have to worry about styling my text are writing HTML tags and I still get to separate sections with heads and annotate blocks as code or add emphasis in an unobtrusive way. Having the syntax highlighting humanizes the text into a readable document so I can have a preview to how the final audience might see it as I’m still composing it.
Posterous is supposed ti be Blogging for the rest of us. Well it isn’t easy for me. The basis work flow in Posterous is to email the post to<EMAIL_ADDRESS>and it automatically gets to the web nicely formatted. This has yet to turn out to my satisfaction because it usually messes up the code snippets or doesn’t feature an image I’ve attatched. This means I then have to go to there website and fiddle with it in the WYSIWYG editor. I’ll see what happens when I try to post this Markdown heavy text.
Overall, I feel the 3 way combo will allow me to write a bit more. By nature, I would love to have more time in front of an IDE, but writing English should do me some good, too.
[Update] Uploading from Android app still didn’t format the original text correctly, I still had to tweak in a web browser, ugh!


Our Parse monad is not a perfect replacement
for its earlier counterpart. Because we are using
Maybe instead of Either to represent a
result, we can't report any useful information if a parse
fails. Create an EitherT sometype monad transformer,
and use it to implement a more capable Parse monad
that can report an error message if parsing fails.
| If you like to explore the Haskell libraries for fun, you may
have run across an existing Monad instance for the
Either type in the Control.Monad.Error
module. We suggest that you do not use that as a guide. Its design
is too restrictive: it turns Either String into a
monad, when you could use a type parameter instead of
String. Hint: if you follow this suggestion,
you'll probably need to use the FlexibleInstances
language extension in your definition. |
|
|


[gecode-users] Using IntVarArgs in a propagate function
Amina Kemmar
kemmar.amina at gmail.com
Tue Jun 24 13:44:33 CEST 2014
Hi everybody,
I create a class which inherit from Propagator, containing the member
"IntVarArgs x" instead of "ViewArray<IntView> x", In the propagate
function, I must use a posting function which accept "IntVarArgs"
instead of "ViewArray".
How can I update "x" (during copying) in order to use it in the
propagate function?
Thanks.
---
Amina
More information about the users
mailing list


| 程序包 | 说明 |
|---|---|
| org.apache.giraph.bsp |
Package of generic bulk synchronous processing objects.
|
| org.apache.giraph.graph |
Package of all the graph related objects, built on the
org.apache.bsp package.
|
| org.apache.giraph.master |
Package of all the master related things.
|
| org.apache.giraph.worker |
Package of all the worker related things
|
| org.apache.giraph.zk |
Package of
ZooKeeper related objects. |
| 限定符和类型 | 方法和说明 |
|---|---|
BspEvent |
BspService.getAddressesAndPartitionsReadyChangedEvent() |
BspEvent |
BspService.getApplicationAttemptChangedEvent() |
BspEvent |
BspService.getCleanedUpChildrenChangedEvent() |
BspEvent |
BspService.getMasterElectionChildrenChangedEvent() |
BspEvent |
BspService.getSuperstepFinishedEvent() |
BspEvent |
BspService.getWorkerHealthRegistrationChangedEvent() |
| 限定符和类型 | 方法和说明 |
|---|---|
void |
BspService.registerBspEvent(BspEvent event)
Register a BspEvent.
|
| 限定符和类型 | 方法和说明 |
|---|---|
BspEvent |
InputSplitEvents.getAllDoneChanged()
Get event for input splits all done
|
BspEvent |
InputSplitEvents.getAllReadyChanged()
Get event for input splits all ready
|
BspEvent |
InputSplitEvents.getDoneStateChanged()
Get event for input split done
|
BspEvent |
InputSplitEvents.getStateChanged()
Get event for input splits state
|
| 限定符和类型 | 方法和说明 |
|---|---|
BspEvent |
BspServiceMaster.getSuperstepStateChangedEvent()
Event that the master watches that denotes if a worker has done something
that changes the state of a superstep (either a worker completed or died)
|
BspEvent |
BspServiceMaster.getWorkerWroteCheckpointEvent()
Event that the master watches that denotes when a worker wrote checkpoint
|
| 限定符和类型 | 方法和说明 |
|---|---|
BspEvent |
BspServiceWorker.getPartitionExchangeChildrenChangedEvent()
Get event when the state of a partition exchange has changed.
|
| 限定符和类型 | 类和说明 |
|---|---|
class |
PredicateLock
A lock with a predicate that was be used to synchronize events and keep the
job context updated while waiting.
|
Copyright © 2011-2014 The Apache Software Foundation. All Rights Reserved.


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