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- Author: 200812wainwrighttheo
Tags: all and boys free galleries girls men movies naked nude of posing schoolgirls sexy women young
Brunette teen in pig tails is all smiles while being fucked on the couch
Sonic X Party Games.wmv
- Length: 2:47
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- Author: glowiepeople123
Tags: Brian Games Kids Knuckles Party Regan Sonic Tails
Sonic, Tails and Knuckles show you what happens when they play party games... Brian Regan Kids Party Games
Get That Tail!
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- Author: wolfmusic218
Our cat, Bucky, in my son's laundry basket, chasing her tail.
p6apclps #102 Perl 6 Apocalypse
- Length: 6:38
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- Author: h4ck3rm1k3
Tags: Apocalypse larry perl perl6 wall
http://www.perlfoundation.org/perl6 - - dynamic context of the current subroutine. Rather than always returning a list, it will return an object that represents the selected caller's context. (In a list context, the object can still return the old list as Perl 5-ers are used to.) Since contexts are polymorphic, different context objects might in fact supply different methods. The "caller" function doesn't have to know anything about that, though. What "caller" does know in Perl 6 is that it takes an optional argument. That argument says where to stop when scanning up the call stack, and so can be used to tell "caller" which kinds of context you're interested in. By default, it'll skip any "wrapper" functions (see "The ".wrap" method" below) and return the outermost context that thought it was calling your routine directly. Here's a possible declaration: multi *caller (?$where = &CALLER::_ , Int +$skip = 0, Str +$label) returns CallerContext {...} The $where argument can be anything that matches a particular context, including a subroutine reference or any of these Code types: Code Routine Block Sub Method Submethod Multi Macro Bare Parametric &_ produces a reference to your current "Routine", though in the signature above we have to use &CALLER:: _ to get at the caller's &_. [Update: Since the caller's sub is now named "&?ROUTINE", that'd presumably be "CALLER: :[&?ROUTINE]" instead.] Note that use of "caller" can prevent certain kinds of optimizations, such as tail recursion elimination. The "want" function The "want" function is really just the "caller" function in disguise. It also takes an argument telling it which context to pay attention to, which defaults to the one you think it should default to. It's declared like this: multi *want (?$where = &CALLER::_, Int +$skip = 0, Str +$label) returns WantContext {...} Note that, as a variant of "caller", use of "want" can prevent certain kinds of optimizations. When "want" is called in a scalar context: $primary_context = want; it returns a synthetic object whose type behaves as the junction of all the valid contexts currently in effect, whose numeric overloading returns the count of arguments expected, and whose string overloading produces the primary context as one of 'Void', 'Scalar', or 'List'. The boolean overloading produces true unless in a void context. When "want" is called in a list context like this: ($primary, $count, @secondary) = want; it returns a list of at least two values, indicating the contexts in which the current subroutine was called. The first two values in the list are the primary context (i.e the scalar return value) and the expectation count (see Expectation counts below). Any extra contexts that "want" may detect (see Valid contexts below) are appended to these two items. When "want" is used as an object, it has methods corresponding to its valid contexts: if want.rw { ... } unless want.count [ 2 { ... } when want.List { ... } The "want" function can be used with smart matching: if want ~~ List & 2 & Lvalue { ... } Which means it can also be used in a switch: given want { when List & 2 & Lvalue { ... } when .count ] 2 {...} } The numeric value of the "want" object is the "expectation count". This is an integer indicating the number of return values expected by the subroutine's caller. For void contexts, the expectation count is always zero; for scalar contexts, it is always zero or one; for list contexts it may be any non-negative number. The "want" value can simply be used as a number: if want ]= 2 { return ($x, $y) } # context wants ]= 2 values else { return ($x); } # context wants [ 2 values Note that "Inf ]= 2" is true. ("Inf" is not the same as "undef".) If the context is expecting an unspecified number of return values (typically because the result is being assigned to an array variable), the expectation count is "Inf". You shouldn't actually return an infinite list, however, unless "want ~~ Lazy". The opposite of "Lazy" context is "Eager" context (the Perl 5 list context, which always flattened immediately). "Eager" and "Lazy" are subclasses of "List". The valid contexts are pretty much as listed in RFC 21, though to the extent that the various contexts can be considered types, they can be specified without quotes in smart matches. Also, types are not all-caps any more. We know we have a "Scalar" type--hopefully we also get types or pseudo-types like "Void", "List", etc.
Four Tailed Kyuubi Naruto (s)
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- Author: Symbiote088
Tags: (S) four kiam1996 kyubbi kyubi kyuubi naruto symbiote088 tail tailed
this is the real fucking thing! And if you dont believe me then here is the link:http://naruto-arena.com/four-tail-kyuubi-naruto-(s)/
stk the movi del2
- Length: 2:48
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- Author: morogutten1
Tags: koopa shadow sonic super-pinsvim tails
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p6apclps #97 Perl 6 Apocalypse
- Length: 6:40
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- Author: h4ck3rm1k3
Tags: Apocalypse larry perl perl6 wall
http://www.perlfoundation.org/perl6 - - the list in list context. But if you declare them as: sub intlist ($a, $b, Int *@ints is context(Int)) { ... } sub scalarlist (Scalar *@scalars is context(Scalar)) { ... } then these provide a list of "Int" or "Scalar" contexts to the caller. If you call: scalarlist(@foo, %bar, baz()) you get two scalar references and the scalar result of "baz()", not a flattened list. You can have lists without list context in Perl 6! [Update: But only on ordinary subs.] If you want to have alternating types in your list, you can. Just specify a tuple type on your context: strintlist( * @strints is context(Str,Int)) { ... } Perl 5's list context did not do lazy evaluation, but always flattened immediately. In Perl 6 the default list context ""is context(Lazy)"". But you can specify ""is context(Eager)"" to get back to Perl 5 semantics of immediate flattening. As a sop to the Perl5-to-Perl6 translator (and to people who have to read translated programs), the "Eager" context can also be specified by doubling the slurpy "*" on the list to make it look like a pair of rollers that will squish anything flat: sub p5func ($arg, **@list) { ... } The "eager splat" is also available as a unary operator to attempt eager flattening on the rvalue side: @foo = **1..Inf; # Test our "out of memory" handler... [Update: this is now just done with the "eager" listop.] Sublist formals It's often the case that you'd like to treat a single array argument as if it were an argument list of its own. Well, you can. Just put a sublist signature in square brackets. This is particularly good for declaring multimethods in a functional programming mindset: multi apply (&func, []) { } multi apply (&func, [$head, *@tail]) { return func($head), apply(&func, @tail); } @squares := apply { $_ * $_ } [1...]; Of course, in this case, the first multimethod is never called because the infinite list is never null no matter how many elements we pull off the front. But that merely means that @squares is bound to an infinite list generator. No big deal, as long as you don't try to flatten the list... Note that, unlike the example in the previous section which alternated strings and integers, this: strintlist( [Str, Int] *@strints ) { ... } implies single array references coming in, each containing a string and an integer. Of course, this may be a bad example insofar as we could just write: multi apply (&func) { } multi apply (&func, $head, *@tail) { return func($head), apply(&func, *@tail); } @squares := apply { $_ * $_ } *1...; It'd be nice to lose the "*" though on the calls. Maybe what we really want is a slurpy scalar in front of the slurpy array, where presumably the "[==" maps to the first slurpy scalar or hash (or it could be passed positionally): multi apply (&func) { } multi apply (&func, *$head, *@tail) { return func($head), apply(&func [== @tail); } @squares := apply { $_ * $_ } 1...; Yow, I think I could like that if I tried. So let's say for now that a slurpy scalar parameter just pulls the first (or next) value off of the the slurpy list. The "[]" notation is still useful though for when you really do have a single array ref coming in as a parameter. [Update: A slurpy scalar might also be bound to an unnamed adverbial block if there is no slurpy block to bind it to. Since named parameter processing precedes slurpy list processing, any named parameter bound to an adverbial block is automatically excluded from binding to the slurpy list.] Attributive parameters It is typical in many languages to see object initializers that look like this (give or take a keyword): function init (a_arg, b_arg, c_arg) { a = a_arg; b = b_arg; c = c_arg; } Other languages * try* to improve the situation without actually succeeding. In a language resembling C++, it might look more like this: method init (int a_arg, int b_arg, int c_arg) : a(a_arg), b(b_arg), c(c_arg) {} But there's still an awful lot of redundancy there, not to mention inconsistent special syntax. Since (as proven by Perl 5) signatures are all about syntactic sugar anyway, and since Perl 6 intentionally makes attribute variables visually distinct from ordinary variables, we can simply write this in Perl 6 as: submethod BUILD ($.a, $.b, $.c) {} Any parameter that appears to be an attribute is immediately copied directly into the corresponding object
kitty tale.MOV
- Length: 0:45
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- Author: siberiansnow1
Kitty discovers her tail :)
Cosmo and Tails.wmv
- Length: 3:9
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- Author: Sarkuraflower14
Taismo video enjoy
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