GIRLFIGHT RATING: 6.5/10 --> So-so
For more reviews and movie screensavers, visit http://www.joblo.com/
The Sundance Film Festival is known for the showcasing of smaller, independent, character-driven films. Earlier this year, two movies shared the top honor at the festival: YOU CAN COUNT ON ME and GIRLFIGHT. And while I liked the former film much better than this one, I can say that both films certainly do exemplify the qualifications needed to succeed at that festival. They are both small, they are both quite independent (obviously so) and they are both very character driven, something rarely found in the blockbusters coming out of the Woods of Holly nowadays. Don't expect wham-bam, and you should be okay.
PLOT: An aggressive young girl without much hope in her future enrolls herself into a local boxing club without her father's knowledge. She steals some money from him to take the courses and improves her techniques as time goes by. Eventually, she meets a young boy interested in the sport and in her, and gets the opportunity to participate in some amateur fights versus boys.
CRITIQUE: An okay film weighed down in cliches but more than made up for by its very real characters and the charismatic performance turned in by its star, Michelle Rodriguez. In fact, it was Rodriguez's early scenes that drew me into this film right away and kept me going for quite some time. Unfortunately, the film itself eventually dragged a little for me, with a longer than needed runtime and an emotional entanglement which wasn't as interesting to me as the "fight" being put forth by the lead character. And despite its independent and grungy look, which actually made the film more believable and appealing, I was distracted by several over-directed scenes, in which there seemed to be too much emphasis placed on the camera and its telling of the story. What's the old saying? "If you notice the directing, than the director is not doing a good job?" Well, in this case, the film, and the directing for that matter, certainly weren't bad, but the film as a whole just didn't pull me into its mission as I hoped it would early on. The characters were all very real, as were the situations and people surrounding them, and the whole premise of a girl going through the training and striving towards that unreachable goal was cool, but not as intense as I expected.
I guess my biggest problem with the film would have to be its lack of tightness. If the film would have been snipped a little here and there, tucked and mucked, I think it would have made more of an impact. As it stands, the film certainly does have its qualities, with the top of that list belonging to the powerful performance set forth by Michelle Rodriguez, whose gaze alone scared the crap out of me. You go, girl! Hopefully, somebody somewhere will give her an award for an exemplary performance and undeniable screen presence. The rest of the cast was also good, especially Jaime Tirelli as the trainer, believable throughout, and Paul Calderon as the washed-up dad, whose interesting dynamic with his daughter didn't really conclude with the end of the picture. In fact, if you don't like "open-ended" finishes, you might want to pass on this one.
The film does not have a clean-cut ending, but under the circumstances, I personally didn't mind. All in all, the film should definitely appeal to the equal opportunist in all of us, and I for one can certainly do with more movies with females in the lead, especially after this sad sack of a movie year! There is also a lot of ROCKY appeal to this film, the down-and-out loser going for the gold with everyone against her but the audience. So if you're feeling down on yourself, not recognizing any optimism in your own future...see this film and maybe Diana's strong will to succeed will rub off on you! Either way, you will definitely see a film filled with real characters living real life situations NOT topped off by rose petals :)
Little Known Facts about this film and its stars: And if you're wondering what the star of this film, Michelle Rodriguez has done before this film, well...nothing! She apparently answered an open call for the lead role and was about the 300th girl to test for the part. It was her first speaking role in a movie and she had never boxed before this film either. But she does have two other projects coming out next year respectively entitled REDLINE starring Vin Diesel and 3 A.M. starring Pam Grier and Danny Glover. Besides tying for the top honors at this year's Sundance Film Festival, GIRLFIGHT also won top prize at France's Deauville Film Festival, which highlights American independent films. Writer-director John Sayles executive produced this film and also shows up in a small cameo as Diana's science teacher.
Review Date: September 13, 2000 Director: Karyn Kusama Writer: Karyn Kusama Producers: Sarah Green, Martha Griffin and Maggie Renzi Actors: Michelle Rodriguez as Diana Santiago Douglas Adrian Jaime Tirelli as Hector Paul Calderon as Sandro Genre: Drama Year of Release: 2000 ------------------------------------ JoBlo's Movie Emporium http://www.joblo.com/ ------------------------------------ (c) 2000 Berge Garabedian
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About Me
Adam Washington
Hi, I am Adam. I believe in capturing a glimpse of the art that is inherent in nature and capturing the beauty in reality.
I have won numberous awards for my work and worked with a good number of the biggest and most reputable brands in the industry.
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Model Photography
wildlife Photography
Blog
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<EMAIL_ADDRESS>Telephone:
+2516286732837622
Location:
3517 W. Gray St. Utica, Pennsylvania 57867


Send messages to the mixnet using the "send" button.
Sent messages show in blue, received messages show in green.


Quartz Stone tiles are a man-made conglomerate produced by combining a mix of natural quartz stones, resin, crushed mirror flecks, and colour pigment. Unlike Ceramic & Porcelain tiles, Quartz is manufactured in large slabs, calibrated and polished. The slabs are then graded and cut into the individual tile sizes.
What is Natural Stone? "Natural Stone" refers to a number of products quarried from the earth, used over many thousands of years as building materials and decorative enhancements. These products include Granite, Marble, Limestone, Travertine, Slate, Quartzite, Sandstone, Adoquin, Onyx, and others..


Pho is a Ruby client for the Talis Platform API. The API provides access to a semantic web data store capable of storing unstructured data (i.e. binary streams) as well as structured data (as RDF).
Pho provides a client-side API suitable for working with the Platform API. The code is largely a thin wrapper around the underlying HTTP calls, as well as a set of convenience classes and methods for parsing and working with responses from the Platform. The goal is to provide a complete API that also deals with RDF updates and mapping to/from Ruby objects.
Currently the best source of documentation is the rdocs.
There are also some blog posts on the Platform developer blog that illustrate use of the Pho API and command-line client.
As of version 0.7.4 the source code is managed in github.


/etc/fstab
conversion
The native mechanism for this system is the service bundle.
Mounting and unmounting filesystems is done with service bundles, as is checking those file systems.
A fully native system doesn't need /etc/fstab
at all, and service bundles to mount and check filesystems can be arranged however and whereever one likes.
(Although it is good practice to stick with the local-fs
target convention.)
Most systems will not be fully native.
On such systems, /etc/fstab
will have the same status as the BSD /etc/master.passwd
and /etc/termcap
files:
They aren't the actual files that are read in order to operate the system.
Rather, they are "source" files that have to be "compiled" (with pwd_mkdb
and cap_mkdb
respectively) into the file databases that the system really uses.
This compilation is not done on the fly, but only needs to be done every time that the source file is actually changed.
Likewise, /etc/fstab
undergoes a "compile" step that only has to happen every time that the file is changed.
The "compiler" tool is the convert-fstab-services
command.
It is used to generate a suite of service bundles from the contents of /etc/fstab
.
It generates:
a mount@
bundle to mount and unmount each listed filesystem;
if /etc/fstab
specifies, a fsck@
bundle to check each filesystem ahead of mounting it;
on the BSDs only, a dump@
bundle to turn crash dumping on and off for each dump device;
for *.bde
devices, a gbde@
bundle to handle GEOM-Based Disc Encryption for that device;
for *.eli
devices, a geli@
bundle to handle GEOM-ELI for that device;
a swap@
bundle to turn swap on and off for each swap device.


grafana v0.1.3 Grafana.Currentorg View Source
Link to this section Summary
Functions
Add a user to the current organization, as specified by json
Delete an existing user with given id
Get the current organization
Get all users within the current organization
Update the current organization as specified by json
Update an existing user with given id, as specified by json
Link to this section Functions
Add a user to the current organization, as specified by json.
Delete an existing user with given id.
Get the current organization.
iex> {:ok, org} = Grafana.Currentorg.get …> Map.keys(org) [“address”, “id”, “name”]
Get all users within the current organization.
iex> {:ok, org_users} = Grafana.Currentorg.get_users …> Map.keys(hd(org_users)) [“email”, “login”, “orgId”, “role”, “userId”]
Update the current organization as specified by json.
Update an existing user with given id, as specified by json.


I’ve always heard that it’s a good idea to buy and hold. I thought that this was a good idea because 1) long-term capital gains tax is much lower than short-term capital gains tax and 2) to avoid transaction fees from buying and selling stocks. There is a third more subtle reason that I’ll illustrate with a simple example.
Imagine I have $100 and I have access to two stocks, A and B, both of which grow 50% a year. Assume my capital gains tax is 20%. I’m investing over two years.
If I just buy stock A and hold it for two years my $100 turns into $100 * 1.5 ^ 2 = $225 I have to pay 20% capital gains tax on my gains of $125 of $25 and so I end up with $200.
Alternatively, here’s what happens if I buy stock A and hold it for a year, then sell it and use the money to purchase stock B: Stock A turns into $150 over the first year. Selling it requires paying 20% capital gains tax on the $50 I made so I now have $140. I use that money to buy stock B which grows to $210 over the course of the second year. I made $70 in that year which I have to pay $14 in capital gains tax on. I end up with $210 - $14 = $196.
Buying and holding for 2 years was the better option. This is because selling stock A after the first year triggered the capital gains tax which I had to pay at that point in time. In this case, I paid $10 after year 1 which I would have been able to invest to gain another $5 — of which I would have gotten $4 — which is the exact difference in outcome for both scenarios. One way to look at this is that by holding as opposed to selling I was able to get an interest free loan of $10 at the end of the first year where I had to put that $10 back into stock A. Instead of paying the government $10 now I’d rather be able to continue to invest it, benefit from the investment gains, and then pay that money back later.
Something that might be counterintuitive is that when it comes to roth IRA or traditional IRA, the order doesn’t matter in that all other things equal being taxed up front or at the end doesn’t matter. Mathematically, this is because order doesn’t matter in multiplication. Why then does selling a stock then buying another stock which sort of feels like it relates to order of events matter? This is because stocks, unlike IRAs, are subject to capital gains taxes. Mathematically, you can think about paying a capital gains tax as subtraction which followed by multiplation of future returns does make order matter. I’d rather hold onto my gains so they can continue to be multipled as opposed to having to pay them now. The expression is something like 100 * 1.5 - 10 vs. (100 - 10) * 1.5.


While these again have greater still, and greater still, and so on.
When there are monstrously large creatures roaming the country side, you can expect the things that live on them (be they parasitic or symbiotic) to also be monstrously large. The creepiest of Big Creepy-Crawlies. They may be annoyances for their host, but for humans, they can be deadly. They're often monstrous or mutated just to be able to live on such gigantic life forms.
Keep in mind that some parasites can get pretty large within human hosts (tape worms, etc.). This trope is for parasites that are larger than their normal (read: human and common animal preying) brethren due primarily to their host organism being larger.
A common feature of a Womb Level and often featured living on Kaiju.
Examples:
- After Guts from Berserk cuts his way through the insides of the The Sea God, he's attacked by a swarm of critters resembling long-legged Giant Spiders. According to Schierke, they protect the Sea God in exchange for nourishment.
- In Delicious in Dungeon, when Senshi is cutting open a giant kraken they just killed, a toothed worm the size of a large eel jumps out of the cut. Laios lampshades how "big animals have big parasites too!", but more importantly they're able to make a meal out of the filleted worm, since the flesh of the kraken turns out to be inedible.
- The Junji Ito one-shot "The Thing That Drifted Ashore", the eponymous "thing" is a serpentine creature the size of a whale with a head resembling a mass of barnacles and translucent flesh which probably glowed when it was alive. Onlookers find its body is filled with smaller creatures through its clear skin, but in a horrifying twist on this trope its parasites are humans that it consumed, who managed to survive being eaten by absorbing nutrients inside the creature's intestine. Understandably, they've all been driven insane after being trapped inside a sea monster for seven years.
- The comic book Godzilla Legends has Godzilla, again, afflicted with a parasite. This time, it's a bird making a nest amidst its spines. The radioactivity mutated the birds into razor-beaked, multi-eyed freaks.
- The Authority once encounters a beyond-huge pyramidal space entity that, as a scientist put it, created Earth as a Mordor-esque vacation home, and is not happy to find that life has developed to such a degree. Inside it, the team finds an entire civilization of parasitic lifeforms that build whole cities within the creature.
- One issue of the 2016 of the Silver Surfer solo has Norrin and Dawn enter the mouth of a truly enormous Space Whale. Inside they encounter its immune system, which are palm-sized sentient organisms, at war with The Plague of equal size.
- Parodied in the Italian comic book Nilus: in a strip a group of Egyptian soldiers try to approach a sleeping Goliath to capture him, but are forced to make a run for it when they're attacked by Goliath's dog-sized lices.
- In Pokédex, Deoxys turn out to be the parasites of some unknown alien creature, mutated to be able to survive on its own. Considering that said Pokemon is 5'7, not to mention being very powerful, the narrator speculates accordingly on just what its host could be like.
- Pacific Rim has some appear on screen. They look like isopods, but are the size of footballs — just larger than the deep sea isopods found on the ocean floor. Strangely, they're often considered to be fairly endearing creatures, and don't seem to pose any risk to humans.
- Godzilla:
- The Return of Godzilla started this trope in modern times possibly. Here, Godzilla is afflicted with 4 to 5ft long sea lice which are hostile to human beings. They are called Shockirus.
- In Godzilla (2014), the Mutos' life cycle apparently involves multiple larvae infesting a Godzillasaur and pupating inside its body, similar to a Tarantula Hawk and related kinds of wasp. This gives them and Godzilla a pretty good justification for fighting beyond the fact that beating each other senseless while knocking over skyscrapers is just what kaijus do.
- Cloverfield has its main monster, Clover, beset with extremely dangerous dog-sized "flea"-like creatures living on its hide. Their bite is extremely dangerous and they're about five feet long to boot. If anything they seem to be more dangerous on a personal level than Clover, which is just wandering around in confusion; the fleas actively hunt.
- Land of the Lost has a scene where Will Ferrell's character gets a mosquito the size of a football. It drains so much blood out of him he grows pale and passes out, squishing the mosquito.
- The infamous Carnictis worms from King Kong (2005) originated as internal parasites of large meat-eating dinosaurs, which adapted to survive being excreted from their host and eventually evolved into free-living predators.
- In the novel The Sky People, the dinosaurs on an alternate Venus have lice the size of crayfish; you do NOT want to get one on you.

 They discover that the H'rulka are huge colony organisms, evolved on a gas giant. The creature itself never even notices the SEALS, as they look like ants to it, but the humans almost get attacked by the large parasites living on the alien.
- In the Doctor Who episode "Kill the Moon", the characters find the abandoned Mexican mining base on the Moon and discover that the miners were all killed by Big Creepy-Crawlies. However, when the Doctor analyzes them, he concludes that they're not insects at all but merely parasites this large because they are living off the ginormous creature that's about to hatch out of the Moon.
- In Hindu Mythology, Earth was made from the remains a giant which the gods made and sacrificed to themselves. Some versions go on to state that the various parasites on his body became the creatures of the Earth.
- In Norse Mythology, the maggots that fed on the corpse of Ymir, of whom the Earth was made, become Dwarves.
- Dungeons & Dragons adventure EX1 Dungeonland.  If they search its body (e.g. after killing it) they will discover (and be attacked by) three Giant Ticks.
- Star Fleet Battles: Captain's Log #40 is a short story titled "The Nature of the Beast". A Federation starship encounters a huge monster called a Space Manta, which is infested with giant parasites. The Manta can "fire" them at targets as if the parasites were guided missiles.
- Exalted: The gigantic behemoth corpse Juggernaut plays host to enormous carrion maggots, about the size of a cart horse. These are actually of greater use to the Mask of Winters than Juggernaut itself; he plans to breed them to the point where they burst out of the corpse entirely, and then set them on devouring his enemies in the Underworld.
- Pathfinder: Wrackworms are parasites that infest the body of the evil god Rovagug. Given that Rovagug is a horror so large that an entire planetary core had to serve as his cage, wrackworms — while insignificantly small from Rovagug's perspective — are eighty foot-long monsters entirely capable of tearing cities apart, on those occasions when they wriggle out of their host's prison and onto the planet's surface.
- The Legend of Zelda:
- The giant fish Jabu-Jabu from The Legend of Zelda: Ocarina of Time and The Legend of Zelda: Oracle of Ages serves as one both games' dungeons, and contains many monsters including a giant Electric Jellyfish.
- The first boss of The Legend of Zelda: Twilight Princess is a Deku Baba mutated until its mouth can easily swallow you whole, leeching off a particularly gigantic tree.
- The Legend of Zelda: Skyward Sword's local Space Whale harbors a parasite the size of a building, defeated by throwing its attacks back at it.
- Solatorobo has enemies around your own size found inside the Titano-Machina which are basically its immune system, though there are some ulcer-like parasites.
- The giant monster Sin from Final Fantasy X is covered in living scales the size of a human called Sinscales, which it can fire in large quantities at small enemies. And that's not even getting into the giant monsters that live inside it.
- The inside of Jormundgandling in Wandering Hamster contains cells and bacteria that are about the size of Bob (who isn't an ordinary little hamster).
- Kingdom Hearts has the Parasite Cage, boss of the Monstro level. It's significantly larger than Sora.

- Castlevania: Symphony of the Night has Beelzebub, a gigantic corpse hanging from chains which has to be destroyed to stop the giant flies and maggots continually spawning from it.
- Starcraft II: Zerg buildings contain short-lived tiny (relatively speaking, they look about the size of a human) organisms that are little more than teeth, claws, and legs, that swarm the closest enemy unit on the building's death.
- Worldof Warcraft has a particularly extreme example. The planet Azeroth itself is the embryonic form of a Titan called a world soul. The Old Gods are huge parasites that feed on and corrupt dormant world souls.
- An episode of Chowder centered around Shnitzel and Chowder climbing a giant to make a delivery, and they run into a swarm of giant bugs along the way. The bugs appearing around waist level and Shniztel's refusal to explain to Chowder where they came from implies the bugs were equivalent to pubic lice.
- One episode of Cat Scratch where they thawed out a woolly mammoth from a glacier, it came with fleas big enough for Waffle to ride on like a bucking bronco.
- Whale tapeworms can grow to more than 100 feet long, due to the immense length of their host's digestive tract. Likewise, some of the largest barnacles on Earth grow on the snouts and flukes of humpback whales.
- Dinosaurs and pterosaurs are known to have been infested by giant blood-sucking fleas which were up to an inch in body length, twice the length of the largest living flea species and mammoth compared to common flea species, which are usually only two or three millimetres.


Deductions for adults in the household
The Council Tax Support scheme will provide 100% protection to the following claimant or their partner who is:
- A pensioner
- Entitled to a disability premium or disabled child premium
- Entitled to Employment Support Allowance and who also receives a qualifying disability related benefit
- Receiving a carer’s premium
- Receiving a war disablement pension, war widows pension or war widower’s pension
- Caring for a child dependant under 6.
Claimants of working age (other than those listed above) will now have to make a contribution themselves towards their Council Tax bill.
As Council Tax Support will be calculated as a means tested discount, the amount each household will have to pay towards their Council Tax will depend on their individual circumstances.


- Range - Class in org.sbolstandard.core2
-
- REACTANT - Static variable in class org.sbolstandard.core2.SystemsBiologyOntology
-
Substance consumed by a chemical reaction (
SBO:0000010).
- read(InputStream) - Static method in class org.sbolstandard.core2.SBOLFactory
-
Creates a fresh SBOL document instance and populates its contents from the given XML source.
- read(String) - Static method in class org.sbolstandard.core2.SBOLReader
-
Takes in the given RDF filename and converts the file to an SBOLDocument.
- read(File) - Static method in class org.sbolstandard.core2.SBOLReader
-
Takes in the given RDF file and converts the file to an SBOLDocument.
- read(InputStream) - Static method in class org.sbolstandard.core2.SBOLReader
-
Takes in a given RDF InputStream and converts the file to an SBOLDocument.
- readJSON(String) - Static method in class org.sbolstandard.core2.SBOLReader
-
Takes in the given JSON filename and converts the file to an SBOLDocument.
- readJSON(File) - Static method in class org.sbolstandard.core2.SBOLReader
-
Takes in the given JSON file and converts the file to an SBOLDocument.
- readJSON(InputStream) - Static method in class org.sbolstandard.core2.SBOLReader
-
Takes in a given JSON InputStream and converts the file to an SBOLDocument
- readRDF(String) - Static method in class org.sbolstandard.core2.SBOLReader
-
Takes in the given RDF filename and converts the file to an SBOLDocument.
- readRDF(File) - Static method in class org.sbolstandard.core2.SBOLReader
-
Takes in the given RDF file and converts the file to an SBOLDocument.
- readRDF(InputStream) - Static method in class org.sbolstandard.core2.SBOLReader
-
Takes in a given RDF InputStream and converts the file to an SBOLDocument.
- readTurtle(String) - Static method in class org.sbolstandard.core2.SBOLReader
-
Takes in the given Turtle filename and converts the file to an SBOLDocument.
- readTurtle(File) - Static method in class org.sbolstandard.core2.SBOLReader
-
Takes in the given Turtle file and converts the file to an SBOLDocument
- readTurtle(InputStream) - Static method in class org.sbolstandard.core2.SBOLReader
-
Takes in a given Turtle InputStream and converts the file to an SBOLDocument
- REDOX_REACTION - Static variable in class org.sbolstandard.core2.SystemsBiologyOntology
-
Chemical process in which atoms have their oxidation number (oxidation state) changed
(
SBO:0000200).
- REDUCTION - Static variable in class org.sbolstandard.core2.SystemsBiologyOntology
-
Chemical process in which a molecular entity gain electrons
(
SBO:0000202).
- RefinementType - Enum in org.sbolstandard.core2
-
- RELATIONSHIP - Static variable in class org.sbolstandard.core2.SystemsBiologyOntology
-
Connectedness between entities and/or interactions representing their relatedness or
influence
(
SBO:0000374).
- REMOVAL_OF_A_CHEMICAL_GROUP - Static variable in class org.sbolstandard.core2.SystemsBiologyOntology
-
Covalent reaction that results in the removal of a chemical group from a molecule
(
SBO:0000211).
- removeAnnotation(Annotation) - Method in class org.sbolstandard.core2.Identified
-
Removes the given Annotation instance from the list of
Annotation instances.
- removeCollection(Collection) - Method in class org.sbolstandard.core2.SBOLDocument
-
Removes the given collection
from this SBOLDocument object's list of Collection instances.
- removeComponent(Component) - Method in class org.sbolstandard.core2.ComponentDefinition
-
Removes the given Component instance from the list of
Component instances.
- removeComponentDefinition(ComponentDefinition) - Method in class org.sbolstandard.core2.SBOLDocument
-
Removes the given componentDefinition
from this SBOLDocument object's list of ComponentDefinition instances.
- removeFunctionalComponent(FunctionalComponent) - Method in class org.sbolstandard.core2.ModuleDefinition
-
Removes the given FunctionalComponent instance from this ModuleDefinition object's list of
FunctionalComponent instances.
- removeGenericTopLevel(GenericTopLevel) - Method in class org.sbolstandard.core2.SBOLDocument
-
Removes the given genericTopLevel
from this SBOLDocument object's list of GenericTopLevel instances.
- removeInteraction(Interaction) - Method in class org.sbolstandard.core2.ModuleDefinition
-
Removes the given Interaction instance from the list of Interaction
instances.
- removeLocation(Location) - Method in class org.sbolstandard.core2.SequenceAnnotation
-
Removes the given Location instance from the list of Location
instances.
- removeMapsTo(MapsTo) - Method in class org.sbolstandard.core2.Component
-
Removes the given MapsTo instance from the list of
MapsTo instances.
- removeMapsTo(MapsTo) - Method in class org.sbolstandard.core2.FunctionalComponent
-
Removes the given MapsTo instance from the list of
MapsTo instances.
- removeMapsTo(MapsTo) - Method in class org.sbolstandard.core2.Module
-
Removes the given MapsTo instance from the list of MapsTo
instances.
- removeMember(URI) - Method in class org.sbolstandard.core2.Collection
-
Removes the given member reference from the set of member references.
- removeModel(URI) - Method in class org.sbolstandard.core2.ModuleDefinition
-
Removes the given Model reference from the set of Model references.
- removeModel(Model) - Method in class org.sbolstandard.core2.SBOLDocument
-
Removes the given model
from this SBOLDocument object's list of Model instances.
- removeModule(Module) - Method in class org.sbolstandard.core2.ModuleDefinition
-
Removes the specified Module instance from the list of Module instances.
- removeModuleDefinition(ModuleDefinition) - Method in class org.sbolstandard.core2.SBOLDocument
-
Removes the given moduleDefinition
from this SBOLDocument object's list of ModuleDefinition instances.
- removeNamespace(URI) - Method in class org.sbolstandard.core2.SBOLDocument
-
Removes the given namespaceURI
from this SBOLDocument object's list of ModuleDefinition instances.
- removeParticipation(Participation) - Method in class org.sbolstandard.core2.Interaction
-
Removes the given Participation instance from this Interaction object's list of
Participation instances.
- removeRole(URI) - Method in class org.sbolstandard.core2.ComponentDefinition
-
Removes the specified role reference from the set of role references.
- removeRole(URI) - Method in class org.sbolstandard.core2.ModuleDefinition
-
Removes the given role reference from the set of role references.
- removeRole(URI) - Method in class org.sbolstandard.core2.Participation
-
Removes the given role reference from the set of role references.
- removeSequence(URI) - Method in class org.sbolstandard.core2.ComponentDefinition
-
Removes the given Sequence reference from the set of Sequence references.
- removeSequence(Sequence) - Method in class org.sbolstandard.core2.SBOLDocument
-
Removes the given sequence
from this SBOLDocument object's list of Sequence instances.
- removeSequenceAnnotation(SequenceAnnotation) - Method in class org.sbolstandard.core2.ComponentDefinition
-
Removes the given SequenceAnnotation instance from the list of SequenceAnnotation
instances.
- removeSequenceConstraint(SequenceConstraint) - Method in class org.sbolstandard.core2.ComponentDefinition
-
Removes the given SequenceConstraint instance from the list of SequenceConstraint
instances.
- removeType(URI) - Method in class org.sbolstandard.core2.ComponentDefinition
-
Removes the specified type reference from the set of type references.
- removeType(URI) - Method in class org.sbolstandard.core2.Interaction
-
Removes the given type reference from the set of type references.
- RESTRICTION_ENZYME_RECOGNITION_SITE - Static variable in class org.sbolstandard.core2.SequenceOntology
-
Represents a region of a DNA molecule which is a nucleotide region (usually a palindrome) that is recognized by a
restriction enzyme (
SO:0001687).
- RestrictionType - Enum in org.sbolstandard.core2
-
- RIBOSOME_ENTRY_SITE - Static variable in class org.sbolstandard.core2.SequenceOntology
-
Region in mRNA where ribosome assembles (
SO:0000193)
- RNA - Static variable in class org.sbolstandard.core2.ComponentDefinition
-
A physical entity consisting of a sequence of ribonucleotide monophosphates; a ribonucleic acid
(
RNA).


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 4
Onglet, sometimes known as hanger, steak is well-known for its depth of flavour. Here it is seared and served with runny eggs for a hearty American-inspired brunch.
Preheat the oven to 200C/180C Fan/Gas 6. Melt the butter in a frying pan. Remove from the heat, add the steaks, cover and set aside at room temperature for 30 minutes.
Put the marrow bones in a roasting tin and roast for 20-25 minutes. Turn the oven off and leave them inside to keep warm.
Meanwhile, for the latkes, put the grated potatoes into a clean tea towel and squeeze out as much liquid as possible. Put them in a mixing bowl with the flour, egg and herbs and season with salt and pepper. Shape into four large, thin patties (don’t make them too thick or they will be raw in the middle).
Heat the butter and oil in a large frying pan over a medium heat. Fry the latkes on both sides until they are golden. Drain on kitchen paper.
Heat a heavy-based cast-iron griddle until it smokes. Lift the onglet steaks out of the butter and blot off any excess fat using kitchen paper (reserve the steak butter). Season the steaks with salt and pepper. Sear them for 2 minutes on each side, then transfer to a board and leave to rest in a warm place.
Heat the steak butter in its frying pan and use it to fry the eggs. Season with salt and pepper.
To serve, divide the steaks, latkes and bone marrow between four serving plates and top with the eggs.


Details
The modal container (div) has an id, in this case: "feedback-modal".
The modal id is used as target to swap the modal visibility.
The modal container (div) has an id, in this case: "feedback-modal".
The modal id is used as target to swap the modal visibility.


With HTML5 Video playback on YouTube, you can speed up and slow down the currently watching videos. I loved this feature. But still it was too many mouse clicks for me. So, this extension was created to control the playback speed using keyboard. Press '+' to increase the playback speed and '-' to decrease the playback speed. If '+' and '-' keys are already used by other extension or you want to use different key, you can change this default keys from settings tab.
This extension even works for the HTML5 YouTube player embedded in other website. Make sure that the player is in focus. A website can embed multiple YouTube player and the keyboard shortcuts will effect the currently playing one. If you feel it's not working for embeded player, it may be that you haven't focused the embeded player.


HTML5 Boilerplate provides web developers with a starting point, an HTML5, JavaScript and CSS3 foundation for building modern, cross-browser, mobile and desktop websites. By using HTML5 Boilerplate, developers can avoid reinventing the wheel, and can take advantage of the new features provided by HTML5 today without compromising usability.
The functionality provided by HTML5 Boilerplate includes cross-browser compatibility with support for Internet Explorer 6, 7 and 8, support for Modernizr, Google analytics support, IE-specific classes and more.
HTML5 Boilerplate is available for download from the HTML5Boilerplate.com , where it can be downloaded in three versions: documented, stripped and custom. The documented version is great for learning the ins and outs of HTML5 Boilerplate, the stripped version is used for actually creating a web page, and the custom version which allows the developers to select which features are included.
Download the Boilerplate version 4 by clicking on the button below
Features offered in HTML5 Boilerplate include cross-browser compatibility (they deal with IE6, IE7, and IE8 in a clever way); inclusion of caching and compression rules; utility classes such as .no-js and .clearfix; .png support in IE6; Modernizr support; Google analytics support; mobile browser optimizations; IE-specific classes for maximum cross-browser control; JavaScript profiling and testing support; and CDN-hosted jQuery with a local fallback script, plus quite a bit more. When you visit the HTML5 Boilerplate site, you're presented with three options: Boilerplate Documented, Boilerplate Stripped, and Boilerplate Custom.


Mini Krispies 360mg Berry
Name: Mini Krispies 360mg Berry
Description: Kushie Brand's Berry Mini Krispie offers a refreshingly sweet medicated treat for on-the-go medicating. Made with natural ingredients, each krispie contains 360mg of THC per unit.
Chemical Composition: 360mg of THC per unit
Symptom Aleviation: Pain, muscle spasticity, glaucoma, insomnia, low appetite, nausea, anxiety
Price: $14.00
Description: Kushie Brand's Berry Mini Krispie offers a refreshingly sweet medicated treat for on-the-go medicating. Made with natural ingredients, each krispie contains 360mg of THC per unit.
Chemical Composition: 360mg of THC per unit
Symptom Aleviation: Pain, muscle spasticity, glaucoma, insomnia, low appetite, nausea, anxiety
Price: $14.00
For security reasons, at any time you return to the Home Menu your account will be logged out of this tablet.


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Unfortunately, we can’t find a crypto flower belonging to this address. Please check whether your transaction went through and if you entered the correct address.
Thank you very much for contributing to the Women in Blockchain community fundraiser powered by Ethereum. Your donation will benefit young women in Ouahigouya, Burkina Faso. You can find more information about the project and the charity here.


Bandit 0
Too obvious for a writeup… Ok, just a simple SSH
$ ssh<EMAIL_ADDRESS>When prompted to insert the password, go for bandit0. Once logged in, let’s se what is in there:
bandit0@melinda:~$ ls
readme
Checking the content of the only file:
bandit0@melinda:~$ cat readme
boJ9jbbUNNfktd78OOpsqOltutMc3MY1
The result is an ugly password. Don’t waste your time trying to figure out if it is a hash, base64, permutation or any stuff like that. Just use it as the password for level 1. Plain simple.
Bandit 1
After logging into level 1 using the password we found in the last level:
bandit1@melinda:~$ ls
-
Hm, a file named -. Well, that is odd. If we try to check the contents of the file the way we did in level0 it is not going to work. In fact, it will halt and wait for our input.
What happened?
Using - as a reference to stdin is a popular convention in the *nix world. Nothing actually related to the kernel, it is just a common kind of abreviation to stdin programmers use (and must implement in case they want to use it). In the case of cat program, it does is implemented.
But what exactly does stdin mean? Let us see what the official documentation has to say about it (READ THE DOCS!):
$ man stdin
So every program running in an unix envirnment should normally have 3 standard I/O streams:
- stdin - the input to it
- stdout - its output
- stderr - diagnostic/error messages
By default, all of these streams are attached to tty4, aka your beautiful black terminal. In this case your terminal receives the input to the program and also prints its output and error messages.
According to cat manual (again, READ THE DOCS):
With no FILE, or when FILE is -, read standard input.
What happened when we tried to cat our weird named file is that we are actually telling the program to read the stdin stream. This means we are asking the cat program to receive our command and so it halts.
Solution
In order to solve this tricky situation we must explicitly tell cat we do not want it to read stdin, but our beloved file. The solution is to pass a more complete path to the file. Some solutions:
bandit1@melinda:~$ cat ./-
CV1DtqXWVFXTvM2F0k09SHz0YwRINYA9
bandit1@melinda:~$ cat ~/-
CV1DtqXWVFXTvM2F0k09SHz0YwRINYA9
bandit1@melinda:~$ pwd
/home/bandit1
bandit1@melinda:~$ cat /home/bandit1/-
CV1DtqXWVFXTvM2F0k09SHz0YwRINYA9
Bandit 2
Checking the files in the current directory:
bandit2@melinda:~$ ls
spaces in this filename
When we try to print the file’s content the way it is written above we will find some ugly errors:
bandit2@melinda:~$ cat spaces in this filename
cat: spaces: No such file or directory
cat: in: No such file or directory
cat: this: No such file or directory
cat: filename: No such file or directory
What happened?
The trick here is that spaces are somewhat special charachters (along with others like *, $ or “) that must be escaped in order to work the way we intend in this case, i.e., a normal character belonging to the filename.
Let me explain. Some chars represent important symbols to the terminal. Indeed, the bash linux terminal is very closely related to the bash script language. This means whenever you type a symbol belonging to the bash scripting language the shell will try to interpret it as if it was part of a code.
Spaces are intepreted as commands separators in bash. This is why we got 4 lines of errors in our previous attempt to cat the file. What the shell reads is “cat the file named ‘spaces’, then cat the other file named ‘in’…” and so on so forth.
Solution
Whenever we do not want a bash symbol to be interpreted, i.e. read as code instead of an innocent character, we must escape it. The way we do it is by prepending a backslash to our char.
bandit2@melinda:~$ cat spaces\ in\ this\ filename
UmHadQclWmgdLOKQ3YNgjWxGoRMb5luK
Note: if you type “cat spaces” and press tab 2 times it will autocomplete the name of the file and automatically escape its patological characters.
Bandit 3
This time when we list the contents of the current directory we will find another directory instead of a simple file. Well, actually directories are files in nix, just like everything else. My point here is we must move into this other directory and check what is there inside of it:
bandit3@melinda:~$ ls -l
total 4
drwxr-xr-x 2 root root 4096 Nov 14 2014 inhere
bandit3@melinda:~$ cd inhere/
bandit3@melinda:~/inhere$ ls
bandit3@melinda:~/inhere$
Oh no, it seems to be empty!
What happened?
Some files in nix are said to be hidden, or the so called dot-files. Whenever a file is prepended with a dot the bash interpreter knows it must not be displayed unless by explicit command.
Solution
ls command does one thing or another besides simply blindly listing obvious files. It has many options that go from formating the detailed output in order to make it human readable to listing hidden files (for the last time, READ THE DOCS).
bandit3@melinda:~/inhere$ ls -a
. .. .hidden
Now we can see there is a .hidden file inside of this directory!
bandit3@melinda:~/inhere$ cat .hidden
pIwrPrtPN36QITSp3EQaw936yaFoFgAB
Bandit 4
This time we do not have a problem in the sense of the previous levels. Instead we are now presented with a directory containing some files.  A better approach is to write a one-liner script that automatically does this dirty job for us (remeber I said the shell is actually an interpreter?).
bandit4@melinda:~$ cd inhere/
bandit4@melinda:~/inhere$ for f in ./\*; do cat $f; echo; done
;�-i�(��z��У��ޘ��8鑾
?�@c
O8�L��c�Ч7�zb~��ף���U�
�g�f�4�6+>"��B�Vx��d��;de�O
<EMAIL_ADDRESS>����+��5�`�¶R
�1*6C�u#Nr�
��hZ����P�邚���{#��TP��6�]��X:
����!��>P�
d{����ҏH���xX|�
koReBOKuIDDepwhWk7jZC0RTdopnAYKh
cat: ./-file07~: Permission denied
��M�����#8B0wPg�����C���@��FM�
\#[:*���?��j���U�
And we can easily see the noble password in the middle of the junk :)
Bandit 5
According to the instructions in the site:
The password for the next level is stored in a file somewhere under the inhere directory and has all of the following properties: - human-readable - 1033 bytes in size - not executable
There are many ways to accomplish this level. In fact, there is an overhead of information in the challenge description. If we search only for the files with 1033 bytes we will find only one.
bandit5@melinda:~/inhere$ find . -size 1033c
./maybehere07/.file2
bandit5@melinda:~/inhere$ cat maybehere07/.file2
DXjZPULLxYr17uwoI01bNLQbtFemEgo7
A somewhat more complete solution would be:
bandit5@melinda:~/inhere$ find . -size 1033c ! -perm +x -exec ls -lh {} +
-rw-r----- 1 root bandit5 1.1K Nov 14 2014 ./maybehere07/.file2


Include Size in Notification Title
If this checkbox is set, Moderate will include the size of the file being added to your file list in square brackets after the file name in the notification message title.