This site is the portal of the SPARTA JCCI.
The JCCI gathers computation and communication services needed for a shared and distributed test bed. The JCCI is a compound of already existing assets from the partners, and they will be offered through a common platform. Our aim is to offer leverage and horizontal domain synergies among organizations to strengthen cybersecurity capabilities across the EU and closing the cyber-skills gap. The idea for JCCI is to become a reference location for companies and also a research experimentation platform. Start-ups and SMEs will have infrastructure and technologies available through a catalogue, managed by local clusters and authorities.Among this asset catalogue, there are solutions for co-creation processes, secure hosting/storage, collaborative platforms, large scale experimentation equipment, intrusion detection systems, cyber-incident detection, monitoring systems, standards compliance, benchmarking, evaluation and certification.
The JCCI will be formed by 3 main components: a workbench for a shared and distributed testbed where computation and communication resources can be shared, a virtual learning center to share and spread knowledge for learning purposes, and a federated cyber range with different scenarios to gain skills in cyber-attacks and defenses. The different components will consist of integrations of existing means of SPARTA partners, but clustered and available through a web application that will either give direct access or will redirect to the corresponding access site.


Ski Mask The Slump God Denies Video Circulating of Man Performing Naked Is Him
24 Nov 2019, 18:50 by C. Vernon Coleman II
Over the weekend, a video resurfaced of a man who looks like Ski Mask The Slump God performing one of the rapper's songs at a raucous show while butt naked. Ski has had to publicly deny the person in the video is him.
In the clip in question , a Black man with a mohawk haircut is seen turning up while performing Ski's song "Life Is Short," sans any stitch of clothing. The turnt crowd seems totally oblivious to the man's lack of attire. He even descends into the accepting crowd while he continues to perform.
It didn't take long for people to say the video was indeed of Ski Mask rocking out with his...mic out, but Ski is shutting down the speculation.
"Y’all Know Dam Well That’s Not Me Naked Performing At That Show 😂," he posted on Twitter on Saturday (Nov. 23).
It turns out, the man in the clip is actually Eaddy from the rap-punk duo Ho99o9 and the footage is from a wild show the group performed back in April in Berlin . The audio of Ski's track is dubbed over the genuine audio. Uninformed fans still had jokes for the former XXL Freshman .
"I think it is and now you’re trying to cover it up," one person tweeted.
"Your twin out here wildin," another person added.
"You said you was letting ya purple pickle out in the wind huh," someone else replied.
Ski is known for his wild shows but they are never this wild.
Check out fans' reactions to the video below.
See Photos of Every XXL Freshman Ever Inducted Into the Freshman Class Over the Years
Travis Shinn for XXL
21 Savage, 2016 XXL Freshman Class
Lauren Gesswein for XXL
A Boogie Wit Da Hoodie, 2017 XXL Freshman Class
Ben Gabbe, Getty Images
Ab-Soul, 2013 XXL Freshman Class
Craig Barritt, Getty Images
Ace Hood, 2009 XXL Freshman Class
Earl Gibson III, Getty Images
Action Bronson, 2013 XXL Freshman Class
Travis Jones for XXL
Aminé, 2017 XXL Freshman Class
Travis Shinn for XXL
Anderson .Paak, 2016 XXL Freshman Class
Ian Gavan, Getty Images
Angel Haze, 2013 XXL Freshman Class
Rahav Segev, Getty Images
Asher Roth, 2009 XXL Freshman Class
Neilson Barnard, Getty Images
August Alsina, 2014 XXL Freshman Class
Brian Stukes, Getty Images
Big K.R.I.T., 2011 XXL Freshman Class
Vivien Killilea, Getty Images
Big Sean, 2010 XXL Freshman Class
Akira Ruiz for XXL
BlocBoy JB, 2018 XXL Freshman Class
Blu
Blu, 2009 XXL Freshman Class
Travis Shinn for XXL
Blueface, 2019 XXL Freshman Class
Lester Cohen, Getty Images
B.o.B, 2009 XXL Freshman Class
Prince Williams, Getty Images
Boosie BadAzz (Formerly Lil Boosie), 2007 XXL Freshman Class
Tommaso Boddi, Getty Images
Chance The Rapper, 2014 XXL Freshman Class
Slaven Vlasic, Getty Images
Charles Hamilton, 2009 XXL Freshman Class
Tim Mosenfelder, Getty Images
Chief Keef, 2013 XXL Freshman Class
Travis Shinn for XXL
Comethazine, 2019 XXL Freshman Class
Alberto E. Rodriguez, Getty Images
Cory Gunz, 2009 XXL Freshman Class
Maury Phillips, Getty Images
KXNG Crooked (Formerly Crooked I), 2007 XXL Freshman Class
Ryan Theriot, Getty Images
Curren$y, 2009 XXL Freshman Class
Aaron J. Thornton, Getty Images
CyHi The Prynce, 2011 XXL Freshman Class
Travis Shinn for XXL
DaBaby, 2019 XXL Freshman Class
Matt Cowan, Getty Images
Danny Brown, 2012 XXL Freshman Class
Travis Shinn for XXL
Dave East, 2016 XXL Freshman Class
Chelsea Guglielmino, Getty Images
DeJ Loaf, 2015 XXL Freshman Class
Travis Shinn for XXL
Denzel Curry, 2016 XXL Freshman Class
Travis Shinn for XXL
Desiigner, 2016 XXL Freshman Class
Ben Gabbe, Getty Images
Diggy Simmons, 2011 XXL Freshman Class
Ilya S. Savenok, Getty Images
Dizzy Wright, 2013 XXL Freshman Class
Timothy Hiatt, Getty Images
Donnis, 2010 XXL Freshman Class
Cindy Ord, Getty Images
Don Trip, 2012 XXL Freshman Class
Durty Harry
Fashawn, 2010 XXL Freshman Class
Theo Wargo, Getty Images
Fetty Wap, 2015 XXL Freshman Class
Brad Barket, Getty Images
Freddie Gibbs, 2010 XXL Freshman Class
Dimitrios Kambouris, Getty Images
Fred The Godson, 2011 XXL Freshman Class
Sean M. Haffey, Getty Images
French Montana, 2012 XXL Freshman Class
Paras Griffin, Getty Images
Future, 2012 XXL Freshman Class
Travis Shinn for XXL
G Herbo, 2016 XXL Freshman Class
Paras Griffin, Getty Images
GoldLink, 2015 XXL Freshman Class
Sergi Alexander, Getty Images
Gorilla Zoe, 2007 XXL Freshman Class
Travis Shinn for XXL
Gunna, 2019 XXL Freshman Class
Cindy Ord, Getty Images
Hopsin, 2012 XXL Freshman Class
David Becker, Getty Images
Iggy Azalea, 2012 XXL Freshman Class
Monica Schippe, Getty Images
Isaiah Rashad, 2014 XXL Freshman Class
Tom Medvedich for XXL
Jarren Benton, 2014 XXL Freshman Class
Jerritt Clark, Getty Images
Jay Rock, 2010 XXL Freshman Class
Jeff Hahne, Getty Images
J. Cole, 2010 XXL Freshman Class
Akira Ruiz for XXL
J.I.D, 2018 XXL Freshman Class
Shareif Ziyadat, Getty Images
Joell Ortiz, 2007 XXL Freshman Class
Roy Rochlin, Getty Images
Joey Bada$$, 2013 XXL Freshman Class
Christopher Polk, Getty Images
Jon Connor, 2014 XXL Freshman Class
Lauren Gesswein for XXL
Kamaiyah, 2017 XXL Freshman Class
Lauren Gesswein for XXL
Kap G, 2017 XXL Freshman Class
Jerritt Clark, Getty Images
K. Camp, 2015 XXL Freshman Class
Santiago Bluguermann, Getty Images
Kendrick Lamar, 2011 XXL Freshman Class
Rachel Murray, Getty Images
Kevin Gates, 2014 XXL Freshman Class
Pascal Le Segretain, Getty Images
Kid Cudi, 2009 XXL Freshman Class
Roger Kisby, Getty Images
Kidd Kidd, 2015 XXL Freshman Class
Nicholas Hunt, Getty Images
Kid Ink, 2012 XXL Freshman Class
Michael Loccisano, Getty Images
Kirko Bangz, 2013 XXL Freshman Class
Travis Shinn for XXL
Kodak Black, 2016 XXL Freshman Class
Lauren Gesswein for XXL
Kyle, 2017 XXL Freshman Class
Lisa Lake, Getty Images
Lil B, 2011 XXL Freshman Class
Tommaso Boddi, Getty Images
Lil Bibby, 2014 XXL Freshman Class
Travis Shinn for XXL
Lil Dicky, 2016 XXL Freshman Class
Paras Griffin, Getty Images
Lil Durk, 2014 XXL Freshman Class
Travis Shinn for XXL
Lil Mosey, 2019 XXL Freshman Class
Akira Ruiz for XXL
Lil Pump, 2018 XXL Freshman Class
David Livingston, Getty Images
Lil Twist, 2011 XXL Freshman Class
Travis Shinn for XXL
Lil Uzi Vert, 2016 XXL Freshman Class
Travis Shinn for XXL
Lil Yachty, 2016 XXL Freshman Class
Kevin Winter, Getty Images
Logic, 2013 XXL Freshman Class
Jeff Schear, Getty Images
Lupe Fiasco, 2007 XXL Freshman Class
Dale Berman, Getty Images
Mac Miller, 2011 XXL Freshman Class
Roger Kisby, Getty Images
Machine Gun Kelly, 2012 XXL Freshman Class
Kevin Winter, Getty Images
Macklemore, 2012 XXL Freshman Class
Kevin Mazur, Getty Images
Madeintyo, 2017 XXL Freshman Class
Jeff Hahne, Getty Images
Meek Mill, 2011 XXL Freshman Class
Travis Shinn for XXL
Megan Thee Stallion, 2019 XXL Freshman Class
Brian Ach, Getty Images
Mickey Factz, 2009 XXL Freshman Class
Neilson Barnard, Getty Images
Nipsey Hussle, 2010 XXL Freshman Class
Paras Griffin, Getty Images
OG Maco, 2015 XXL Freshman Class
Rick Diamond, Getty Images
OJ Da Juiceman, 2010 XXL Freshman Class
Emma McIntyre, Getty Images
Papoose, 2007 XXL Freshman Class
Rick Diamond, Getty Images
Pill, 2010 XXL Freshman Class
Travis Jones for XXL
Playboi Carti, 2017 XXL Freshman Class
Greg Campbell, Getty Images
Plies, 2007 XXL Freshman Class
Lauren Gesswein for XXL
PnB Rock, 2017 XXL Freshman Class
Roy Rochlin, Getty Images
Raury, 2015 XXL Freshman Class
Christopher Polk, Getty Images
Rich Boy, 2007 XXL Freshman Class
Alberto E. Rodriguez, Getty Images
Rich Homie Quan, 2014 XXL Freshman Class
Travis Shinn for XXL
Rico Nasty, 2019 XXL Freshman Class
Travis Shinn for XXL
Roddy Ricch, 2019 XXL Freshman Class
Mike Coppola, Getty Images
Roscoe Dash, 2012 XXL Freshman Class
Jamie McCarthy, Getty Images
Saigon, 2007 XXL Freshman Class
Rich Fury, Getty Images
ScHoolboy Q, 2013 XXL Freshman Class
Christopher Polk, Getty Images
Shy Glizzy, 2015 XXL Freshman Class
Akira Ruiz for XXL
Ski Mask The Slump God, 2018 XXL Freshman Class
Akira Ruiz for XXL
Smokepurpp, 2018 XXL Freshman Class
Akira Ruiz for XXL
Stefflon Don, 2018 XXL Freshman Class
Travis Shinn for XXL
Tierra Whack, 2019 XXL Freshman Class
Bennett Raglin, Getty Images
Tink, 2015 XXL Freshman Class
Emma McIntyre, Getty Images
Travis Scott, 2013 XXL Freshman Class
Jeff Hahne, Getty Images
Trinidad James, 2013 XXL Freshman Class
Akira Ruiz for XXL
Trippie Redd, 2018 XXL Freshman Class
Bennett Raglin, Getty Images
Troy Ave, 2014 XXL Freshman Class
Emma McIntyre, Getty Images
Ty Dolla $ign, 2014 XXL Freshman Class
Travis Jones for XXL
Ugly God, 2017 XXL Freshman Class
Tasos Katopodis, Getty Images
Vic Mensa, 2014 XXL Freshman Class
Noam Galai, Getty Images
Vince Staples, XXL Freshman Class
Jerritt Clark, Getty Images
Wale, 2009 XXL Freshman Class
Lexi Lambros for XXL
Wifisfuneral, 2018 XXL Freshman Class
Matt Winkelmeyer, Getty Images
Wiz Khalifa, 2010 XXL Freshman Class
Lauren Gesswein for XXL
XXXTentacion, 2017 XXL Freshman Class
Travis Shinn for XXL
YBN Cordae, 2019 XXL Freshman Class
Hadas Di for XXL
YBN Nahmir, 2018 XXL Freshman Class
Rick Diamond, Getty Images
Yelawolf, 2011 XXL Freshman Class
Jerritt Clark, Getty Images
YG, 2011 XXL Freshman Class
Travis Shinn for XXL
YK Osiris, 2019 XXL Freshman Class
Paras Griffin, Getty Images
Young Dro, 2007 XXL Freshman Class


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See:
Description
| Interface Summary | |
|---|---|
| BiMap<K,V> | A bimap (or "bidirectional map") is a map that preserves the uniqueness of its values as well as that of its keys. |
| ClassToInstanceMap<B> | A map, each entry of which maps a Java raw type to an instance of that type. |
| Constraint<E> | A constraint that an element must satisfy in order to be added to a collection. |
| Interner<E> | Provides equivalent behavior to String.intern() for other immutable
types. |
| ListMultimap<K,V> | A Multimap that can hold duplicate key-value pairs and that maintains
the insertion ordering of values for a given key. |
| MapConstraint<K,V> | A constraint on the keys and values that may be added to a Map or
Multimap . |
| MapDifference<K,V> | An object representing the differences between two maps. |
| MapDifference.ValueDifference<V> | A difference between the mappings from two maps with the same key. |
| MapEvictionListener<K,V> | An object that can receive a notification when an entry is evicted from a map. |
| Maps.EntryTransformer<K,V1,V2> | A transformation of the value of a key-value pair, using both key and value as inputs. |
| Multimap<K,V> | A collection similar to a Map , but which may associate multiple
values with a single key. |
| Multiset<E> | A collection that supports order-independent equality, like Set , but
may have duplicate elements. |
| Multiset.Entry<E> | An unmodifiable element-count pair for a multiset. |
| PeekingIterator<E> | An iterator that supports a one-element lookahead while iterating. |
| SetMultimap<K,V> | A Multimap that cannot hold duplicate key-value pairs. |
| SortedSetMultimap<K,V> | A SetMultimap whose set of values for a given key are kept sorted;
that is, they comprise a SortedSet . |
| Table<R,C,V> | A collection that associates an ordered pair of keys, called a row key and a column key, with a single value. |
| Table.Cell<R,C,V> | Row key / column key / value triplet corresponding to a mapping in a table. |
| Class Summary | |
|---|---|
| AbstractIterator<T> | This class provides a skeletal implementation of the Iterator
interface, to make this interface easier to implement for certain types of
data sources. |
| ArrayListMultimap<K,V> | Implementation of Multimap that uses an ArrayList to store
the values for a given key. |
| Collections2 | Provides static methods for working with Collection instances. |
| ComparisonChain | A utility for performing a "lazy" chained comparison statement, which performs comparisons only until it finds a nonzero result. |
| ConcurrentHashMultiset<E> | A multiset that supports concurrent modifications and that provides atomic
versions of most Multiset operations (exceptions where noted). |
| Constraints | Factories and utilities pertaining to the Constraint interface. |
| EnumBiMap<K extends Enum<K>,V extends Enum<V>> | A BiMap backed by two EnumMap instances. |
| EnumHashBiMap<K extends Enum<K>,V> | A BiMap backed by an EnumMap instance for keys-to-values, and
a HashMap instance for values-to-keys. |
| EnumMultiset<E extends Enum<E>> | Multiset implementation backed by an EnumMap . |
| EvictionListeners | A collection of common eviction listeners. |
| ForwardingCollection<E> | A collection which forwards all its method calls to another collection. |
| ForwardingConcurrentMap<K,V> | A concurrent map which forwards all its method calls to another concurrent map. |
| ForwardingIterator<T> | An iterator which forwards all its method calls to another iterator. |
| ForwardingList<E> | A list which forwards all its method calls to another list. |
| ForwardingListIterator<E> | A list iterator which forwards all its method calls to another list iterator. |
| ForwardingListMultimap<K,V> | A list multimap which forwards all its method calls to another list multimap. |
| ForwardingMap<K,V> | A map which forwards all its method calls to another map. |
| ForwardingMapEntry<K,V> | A map entry which forwards all its method calls to another map entry. |
| ForwardingMultimap<K,V> | A multimap which forwards all its method calls to another multimap. |
| ForwardingMultiset<E> | A multiset which forwards all its method calls to another multiset. |
| ForwardingObject | An abstract base class for implementing the decorator pattern. |
| ForwardingQueue<E> | A queue which forwards all its method calls to another queue. |
| ForwardingSet<E> | A set which forwards all its method calls to another set. |
| ForwardingSetMultimap<K,V> | A set multimap which forwards all its method calls to another set multimap. |
| ForwardingSortedMap<K,V> | A sorted map which forwards all its method calls to another sorted map. |
| ForwardingSortedSet<E> | A sorted set which forwards all its method calls to another sorted set. |
| ForwardingSortedSetMultimap<K,V> | A sorted set multimap which forwards all its method calls to another sorted set multimap. |
| ForwardingTable<R,C,V> | A table which forwards all its method calls to another table. |
| GenericMapMaker<K0,V0> | A class exactly like MapMaker , except restricted in the types of maps
it can build. |
| HashBasedTable<R,C,V> | Implementation of Table using hash tables. |
| HashBiMap<K,V> | A BiMap backed by two HashMap instances. |
| HashMultimap<K,V> | Implementation of Multimap using hash tables. |
| HashMultiset<E> | Multiset implementation backed by a HashMap . |
| ImmutableBiMap<K,V> | An immutable BiMap with reliable user-specified iteration order. |
| ImmutableBiMap.Builder<K,V> | A builder for creating immutable bimap instances, especially public
static final bimaps ("constant bimaps"). |
| ImmutableClassToInstanceMap<B> | A class-to-instance map backed by an ImmutableMap . |
| ImmutableClassToInstanceMap.Builder<B> | A builder for creating immutable class-to-instance maps. |
| ImmutableCollection<E> | An immutable collection. |
| ImmutableList<E> | A high-performance, immutable, random-access List implementation. |
| ImmutableList.Builder<E> | A builder for creating immutable list instances, especially public
static final lists ("constant lists"). |
| ImmutableListMultimap<K,V> | An immutable ListMultimap with reliable user-specified key and value
iteration order. |
| ImmutableListMultimap.Builder<K,V> | A builder for creating immutable ListMultimap instances, especially
public static final multimaps ("constant multimaps"). |
| ImmutableMap<K,V> | An immutable, hash-based Map with reliable user-specified iteration
order. |
| ImmutableMap.Builder<K,V> | A builder for creating immutable map instances, especially public
static final maps ("constant maps"). |
| ImmutableMultimap<K,V> | An immutable Multimap . |
| ImmutableMultimap.Builder<K,V> | A builder for creating immutable multimap instances, especially
public static final multimaps ("constant multimaps"). |
| ImmutableMultiset<E> | An immutable hash-based multiset. |
| ImmutableMultiset.Builder<E> | A builder for creating immutable multiset instances, especially public static final multisets ("constant multisets"). |
| ImmutableSet<E> | A high-performance, immutable Set with reliable, user-specified
iteration order. |
| ImmutableSet.Builder<E> | A builder for creating immutable set instances, especially public
static final sets ("constant sets"). |
| ImmutableSetMultimap<K,V> | An immutable SetMultimap with reliable user-specified key and value
iteration order. |
| ImmutableSetMultimap.Builder<K,V> | A builder for creating immutable SetMultimap instances, especially
public static final multimaps ("constant multimaps"). |
| ImmutableSortedMap<K,V> | An immutable SortedMap . |
| ImmutableSortedMap.Builder<K,V> | A builder for creating immutable sorted map instances, especially public static final maps ("constant maps"). |
| ImmutableSortedSet<E> | An immutable SortedSet that stores its elements in a sorted array. |
| ImmutableSortedSet.Builder<E> | A builder for creating immutable sorted set instances, especially public static final sets ("constant sets"), with a given comparator. |
| Interners | Contains static methods pertaining to instances of Interner . |
| Iterables | This class contains static utility methods that operate on or return objects
of type Iterable . |
| Iterators | This class contains static utility methods that operate on or return objects
of type Iterator . |
| LinkedHashMultimap<K,V> | Implementation of Multimap that does not allow duplicate key-value
entries and that returns collections whose iterators follow the ordering in
which the data was added to the multimap. |
| LinkedHashMultiset<E> | A Multiset implementation with predictable iteration order. |
| LinkedListMultimap<K,V> | An implementation of ListMultimap that supports deterministic
iteration order for both keys and values. |
| Lists | Static utility methods pertaining to List instances. |
| MapConstraints | Factory and utilities pertaining to the MapConstraint interface. |
| MapMaker | A ConcurrentMap builder, providing any combination of these
features: soft or weak keys, soft or weak values, timed expiration, and on-demand
computation of values. |
| Maps | Static utility methods pertaining to Map instances. |
| Multimaps | Provides static methods acting on or generating a Multimap . |
| Multisets | Provides static utility methods for creating and working with Multiset instances. |
| MutableClassToInstanceMap<B> | A mutable class-to-instance map backed by an arbitrary user-provided map. |
| ObjectArrays | Static utility methods pertaining to object arrays. |
| Ordering<T> | A comparator with added methods to support common functions. |
| Sets | Static utility methods pertaining to Set instances. |
| Sets.SetView<E> | An unmodifiable view of a set which may be backed by other sets; this view will change as the backing sets do. |
| Tables | Provides static methods that involve a Table . |
| TreeBasedTable<R,C,V> | Implementation of Table whose row keys and column keys are ordered
by their natural ordering or by supplied comparators. |
| TreeMultimap<K,V> | Implementation of Multimap whose keys and values are ordered by
their natural ordering or by supplied comparators. |
| TreeMultiset<E> | A multiset which maintains the ordering of its elements, according to either
their natural order or an explicit Comparator . |
| UnmodifiableIterator<E> | An iterator that does not support UnmodifiableIterator.remove() . |
| UnmodifiableListIterator<E> | A list iterator that does not support UnmodifiableIterator.remove() , UnmodifiableListIterator.add(E) , or
UnmodifiableListIterator.set(E) . |
| Exception Summary | |
|---|---|
| AsynchronousComputationException | Wraps an exception that occured during a computation in a different thread. |
| ComputationException | Wraps an exception that occured during a computation. |
This package contains generic collection interfaces and implementations, and other utilities for working with collections. It is a part of the open-source Guava libraries.
BiMap
Map
that guarantees the uniqueness of
its values as well as that of its keys. This is sometimes called an
"invertible map," since the restriction on values enables it to support
an inverse view --
which is another instance of BiMap
.
Multiset
Collection
that may contain duplicate
values like a List
, yet has order-independent equality
like a Set
. One typical use for a multiset is to
represent a histogram.
Multimap
Map
, but may contain
multiple entries with the same key. Some behaviors of
Multimap
are left unspecified and are
provided only by the subtypes mentioned below.
ListMultimap
Multimap
which permits
duplicate entries, supports random access of values for a particular key,
and has partially order-dependent equality as defined by
ListMultimap.equals(Object)
. ListMultimap
takes its name from the fact that the collection of values
associated with a given key fulfills the List
contract.
SetMultimap
Multimap
which has
order-independent equality and does not allow duplicate entries; that is,
while a key may appear twice in a SetMultimap
, each must map to a
different value. SetMultimap
takes its name from the fact that
the collection of
values associated with a given key fulfills the Set
contract.
SortedSetMultimap
SetMultimap
for which
the collection values associated with a given key is a
SortedSet
.
ClassToInstanceMap
Map
that associates a raw type with an
instance of that type.
List
ImmutableList
Set
ImmutableSet
ImmutableSortedSet
Map
ImmutableMap
ImmutableSortedMap
MapMaker
BiMap
ImmutableBiMap
HashBiMap
EnumBiMap
EnumHashBiMap
Multiset
ImmutableMultiset
HashMultiset
LinkedHashMultiset
TreeMultiset
EnumMultiset
ConcurrentHashMultiset
Multimap
ImmutableMultimap
ImmutableListMultimap
ImmutableSetMultimap
ArrayListMultimap
HashMultimap
TreeMultimap
LinkedHashMultimap
LinkedListMultimap
ClassToInstanceMap
ImmutableClassToInstanceMap
MutableClassToInstanceMap
Collections2
Iterators
Iterables
Lists
Maps
Sets
Multisets
Multimaps
ObjectArrays
Ordering
ComparisonChain
AbstractIterator
ImmutableCollection
UnmodifiableIterator
Interner
,
Interners
Constraint
,
Constraints
MapConstraint
,
MapConstraints
MapDifference
PeekingIterator
ForwardingCollection
ForwardingConcurrentMap
ForwardingIterator
ForwardingList
ForwardingListIterator
ForwardingListMultimap
ForwardingMap
ForwardingMapEntry
ForwardingMultimap
ForwardingMultiset
ForwardingObject
ForwardingQueue
ForwardingSet
ForwardingSetMultimap
ForwardingSortedMap
ForwardingSortedSet
ForwardingSortedSetMultimap
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class: center, middle # BoltDB vs LMDB Craig M. Brandenburg<EMAIL_ADDRESS>--- # BoltDB and LMDB similarities * Both are **local key-value stores**—i.e., server-free, schema-free, non-relational, and typically *fast*. * Both are **memory-mapped**—i.e., small databases reside in memory but databases can be bigger than the sum of physical memory and swap space. * Both store data using a **B+tree** and provide **ACID** and **MVCC** semantics. * Both provide **shared reading** and **exclusive writing**, relying on **explicit transactions**. * BoltDB originally was a port of LMDB. --- # Terminology interlude * BoltDB has a **database** containing **buckets** containing key-value **items**. * LMDB has an **environment** containing **databases** containing key-value **items**. As an analogy: * SQL has a **database** containing **tables** containing **rows**. --- # BoltDB advantages * BoltDB is **pure Go**, which is more convenient for the typical Go programmer. * BoltDB supports **nested buckets**, making it convenient for hierarchical information. * BoltDB has a **very simple API** that is pleasant to use. --- # LMDB advantages * LMDB is generally **faster**. * LMDB provides optimization features, such as **integer keys**. * LMDB supports **duplicate keys**. * LMDB allows for multiple readers and one writer **simultaneously**—i.e., readers never get locked out. * LMDB has bindings for **many languages**: C, Go, Python, Rust, etc. --- # Project URLs **BoltDB** * https://github.com/boltdb/bolt **LMDB** * https://github.com/LMDB/lmdb (C) * https://github.com/bmatsuo/lmdb-go (Go wrapper)


Monday - January 18 2021
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The Run Loop
The guide covers SproutCore's Run Loop. By referring to this guide, you will be able to:
- Understand the Run Loop
- Know when to manually trigger a Run Loop (rare).
- Know how to use invokeOnce(), invokeLast() and invokeNext() to adjust the execution flow of code.
1 - The Run Loop
The Run Loop coordinates all the events within your application, which includes primarily flushing bindings when observers update. This helps make sure that events stay synchronized and run at the proper times. One of the main ways this will affect your application is that bindings do not propagate unless a Run Loop runs. Also, Views will only render updates once per Run Loop, thus avoiding unnecessarily touching the DOM. This keeps display updates extremely fast even if many properties are changing per Run Loop.
SproutCore manages the Run Loop for you, automatically starting a Run Loop when it receives any browser events or user input. The only case in which you will have to manage the Run Loop from within your app is if you have a callback from an external library that is not managed by SproutCore. In this circumstance, you will want to trigger a new Run Loop by wrapping the code in SC.run(). This will create a new Run Loop for that bit of code and will make sure your application continues to update as expected.
Here is an example of triggering a Run Loop when a Web Worker message event is fired.
worker = new Worker(path);
worker.onmessage = function(event) {
SC.run(function() {
// Do something
});
};
See SC.Event.addEvent() for a SproutCore compatible way to add the `message` event listener in the example above.
1.1 - Using the Run Loop in Unit Tests
When working with unit tests, you will also have situations where you need to force bindings and observers to update so that you can check for the correct results. In these cases, it is completely legitimate to manually invoke the Run Loop. Normally user events would trigger the Run Loop, but since your tests are automated, there are no user events taking place.
You may also find that when you are working in your browser's JavaScript console that, when you set a variable, your application's interface doesn't update as you expect. This may be caused by a Run Loop not firing (since you aren't interacting directly with the application no events are being triggered). In this case you should try invoking the Run Loop manually or just move your mouse over the application to trigger a new event.
Remember, you rarely need to manage the Run Loop manually from within your application. If you aren't certain of why you are forcing a new Run Loop, then you may be doing something wrong.
2 - The Run Loop Methods: invokeLast(), invokeOnce(), invokeNext()
SC.RunLoop provides three methods for greater control over the execution of code within a Run Loop: invokeOnce(), invokeLast() and invokeNext(). All methods take the same parameters, a target and a method and, depending on which function is used, the method is called on the target at a specific point in the Run Loop.
The following describes the execution order:
- functions passed to invokeOnce() are run at the beginning of the current Run Loop,
- functions passed to invokeLast() are run at the end of the current Run Loop, and
- functions passed to invokeNext() are run at the very beginning of the next Run Loop.
You will likely never call these methods on SC.RunLoop itself, since there are matching convenience methods defined on SC.Object (i.e. in any subclass of SC.Object you can call this.invokeLater(method)).
To best illustrate the different stages of the Run Loop, see the following diagram.
You will notice the recursive "More changes?" stages. These exist because each time a wave of changes is propagated, it may cause several additional observers to fire and more code to be run. The Run Loop keeps flushing these waves of changes until everything is stable, thus demonstrating another key benefit of using Run Loops; that at the end of each Run Loop and before the next event, the application's state is guaranteed to be stabilized.
Here are some typical usage scenarios for each of the Run Loop methods:
- If you have a function that could be called from multiple places, but you only want it to execute once no matter how many times it was referenced, use invokeOnce().
- If you have a function that you want to run after all bindings have flushed and after views have updated, use invokeLast().
- If you have a function that you want to defer entirely, such as a View paint, use invokeNext().
Therefore, as the previous usage scenarios suggest, you will not typically find the need to use any of these methods. The most common exception is that you may occasionally use invokeLast() to ensure that your Views have rendered before doing some operation on dependent on their rendered output, such as an animation.
If you add the same target and method pair multiple times to any of these functions, it will still only be executed once.
3 - Changelog
- August 22, 2012: initial version by Public Keating
- August 14, 2013: converted to Markdown format for DocPad guides by Topher Fangio
- August 14, 2013: minor formatting changes by Topher Fangio


| Developer Spotlight |
Ron Wertlen, also known as rw on jxta.org discussion threads, is married and lives in Berlin, Germany. He works for neofonie GmbH, which was a previous JXTA Company Spotlight. Ron happily updates the JXTA Community that neofonie's Science-To-Science project described in that spotlight is now being released to public science research institutions! Ron has been working on Project JXTA since first quarter of 2002. He follows the discussion threads every day. He participates by helping out wherever he can, occasionally submitting a bug patch or a detailed bug report, and other times supporting other users. He hopes to get more involved in developing Project JXTA. Walkers and autonomic topologies leave a lot of room for new ideas and implementations, especially the work going on in the platform regarding SRDI. He also sees developments in JXTA security quite fundamental to establishing JXTA as a serious production weight network and is quite excited about Jambalaya for this reason. He reads the mailing lists every day because besides notification of fixes, events etc., he finds there are a lot of good ideas out there, especially technical ideas. He also likes to participate virtually in JXTA meetings and gives his opinion where it is constructive. He promotes JXTA daily through his work at neofonie. He always participates in JXTA Community votes, lending his support to the JXTA Community in the simplest and yet most basic way. Ron believes that there are several benefits to using JXTA. First of all, JXTA leads the standardization effort in an area where closed source, proprietary protocols are the rule. Thus developing a network application which speaks JXTA is a sure way to maintain interoperability with other services. This allows usage scenarios which are related to Grid enterprises, but which have a stronger autonomic and decentralized flavor. With Version 2 of JXTA, developers also get a powerful Java framework for building distributed decentralized social (P2P) applications. He continues saying that getting the most out of the JXTA platform does require some knowledge of the complex structures and processes in the platform, but there is always documentation or someone online to help out. Using JXTA is easy and it's the best way to learn about the technology. He believes that custom applications which speak JXTA but use proprietary technologies will emerge. These will take advantage of application specific optimizations, but will also take part in the global network. A powerful open source development kit based on current efforts (Ezel, JXTA Sockets, etc.) will continue to allow general applications to emerge. In a way, the development of Project JXTA and the social interactions in its community and other communities based on open principles, show the way to a possible future world: a world in which communication is open and is used to bring people together, to foster understanding and to build a fair and peaceful society. JXTA shows that all peers can be equal (from a protocol standpoint) despite their unique capabilities. Beyond computers, he is keenly interested in current developments in microbiology and genetics. Specifically symbiosis and immunology fascinate him. The balance between destruction and creation, regulation and freedom, in the networks within us is astounding. This science also goes to show what people so often forget, that their vehicle through life - this body we each possess - is a marvel. Related links: |
Reported June 2004
Back to the Developer Spotlight Archives.


We are all in the gutter, but some of us are looking at the stars.
A life is like a garden. Perfect moments can be had, but not preserved, except in memory.
Lacy Way
We are all in the gutter, but some of us are looking at the stars.
Lacy Way
A life is like a garden. Perfect moments can be had, but not preserved, except in memory.


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| Id | Path | Details | Requirements |
| ele-1 | Reference | All FHIR elements must have a @value or children : hasValue() or (children().count() > id.count()) | |
| ref-1 | Reference | SHALL have a contained resource if a local reference is provided : reference.startsWith('#').not() or (reference.substring(1).trace('url') in %rootResource.contained.id.trace('ids')) | |
| ele-1 | Reference.extension | All FHIR elements must have a @value or children : hasValue() or (children().count() > id.count()) | |
| ext-1 | Reference.extension | Must have either extensions or value[x], not both : extension.exists() != value.exists() | |
| ele-1 | Reference.reference | All FHIR elements must have a @value or children : hasValue() or (children().count() > id.count()) | |
| ele-1 | Reference.type | All FHIR elements must have a @value or children : hasValue() or (children().count() > id.count()) | |
| ele-1 | Reference.display | All FHIR elements must have a @value or children : hasValue() or (children().count() > id.count()) |


|
Bond 0.9
C++ Bond Runtime Library API Documentation
|
These interfaces and their default implementations are used by Bond for performing I/O operations without making assumptions about what underlying I/O library is used. More...
Classes | |
| class | Bond::InputStream |
| An abstract interface for performing both unformatted and formatted input operations. More... | |
| class | Bond::InputStreamAdaptor |
| A wrapper around an InputStream that adds formatted input operations used within the Bond Standard Library. More... | |
| class | Bond::MemoryInputStream |
| A concrete implementation of InputStream that performs input operations from an in-memory buffer. More... | |
| class | Bond::MemoryOutputStream |
| A concrete implementation of OuputStream that performs ouput operations to an in-memory buffer. More... | |
| class | Bond::MemoryStreamFactory |
| A concrete implementation of StreamFactory that instantiates MemoryInputStreams for a fixed collection of DataViews. More... | |
| class | Bond::OutputStream |
| An abstract interface for performing both unformatted and formatted output operations. More... | |
| class | Bond::OutputStreamAdaptor |
| A wrapper around an OuputStream that adds formatted output operations used within the Bond Standard Library. More... | |
| class | Bond::StdioFileHandle |
| A handle to a stdio FILE* to ensure that the file is properly disposed using RAII. More... | |
| class | Bond::StdioInputStream |
| A concrete implementation of InputStream that performs input operations from a stdio FILE*. More... | |
| class | Bond::StdioOutputStream |
| A concrete implementation of OuputStream that performs input operations to a stdio FILE*. More... | |
| class | Bond::StdioStreamFactory |
| A concrete implementation of StreamFactory that creates instances of StdioInputStream and StdioOutputStream. More... | |
| class | Bond::Stream |
| A base interface for performing IO operations. More... | |
| class | Bond::StreamFactory |
| An abstract interface for creating file streams without being coupled to any particular concrete type of stream. More... | |
Typedefs | |
| typedef Allocator::ObjectHandle< InputStream > | Bond::InputStreamHandle |
| An owning pointer to a dynamically allocated InputStream. More... | |
| typedef Allocator::ObjectHandle< OutputStream > | Bond::OutputStreamHandle |
| An owning pointer to a dynamically allocated OutputStream. More... | |
These interfaces and their default implementations are used by Bond for performing I/O operations without making assumptions about what underlying I/O library is used.
An owning pointer to a dynamically allocated InputStream.
An owning pointer to a dynamically allocated OutputStream.


Circuit
public protocol Circuit
A quantum circuit
-
Gates in the circuit
Declaration
Swift
var gates: [Gate] { get }
-
GroupedProb
Extension methodCheck value returned by
Circuit.groupedProbabilities(byQubits:summarizedByQubits:withInitialBits:)
.Declaration
Swift
public typealias GroupedProb = (probability: Double, summary: [String : Double])
-
groupedProbabilities(byQubits:
Extension methodsummarizedByQubits: withInitialBits: roundSummaryToDecimalPlaces: ) Initializes circuit with
initialBits
and appliesgates
to get the probability of each possible combination of qubits ingroupQubits
. For each of these combinations, it also lists the probability of each possible combination of qubits insummaryQubits
conditioned to measure the aformentioned combination in the qubits ingroupQubits
. This is equivalent to get the probability of each possible combination of qubits insummaryQubits
after collapsing the qubits ingroupQubits
with a measurement.Throws
Declaration
Swift
public func groupedProbabilities(byQubits groupQubits: [Int], summarizedByQubits summaryQubits: [Int] = [], withInitialBits initialBits: String? = nil, roundSummaryToDecimalPlaces places: Int? = nil) throws -> [String: GroupedProb]
Parameters
groupQubits
List of qubits for which we want to know the probability of each combination.
summaryQubits
List of qubits for which we want to know the probability of each combination once the qubits in
groupQubits
collapse to a value. if an empty list is provided, an empty summary will be returned.initialBits
String composed only of 0’s & 1’s. If not provided, a sequence of 0’s will be used instead.
places
If provided, probabilities in each summary are rounded to the given number of decimal
places
. Notice that if a probability ends up rounded to 0.0, it is removed from the summary.Return Value
A dictionary where each key is a combination of qubits in
groupQubits
and its value the probability of such combination plus another dictionary where each key is a combination of qubits insummaryQubits
and its value the probability of such combination if qubits ingroupQubits
collapse to the first key. Combinations with probability 0 are not included.. -
groupedProbabilities(byQubits:
Extension methodsummarizedByQubits: withInitialBits: roundSummaryToDecimalPlaces: ) Initializes circuit with
initialBits
and appliesgates
to get the probability of each possible combination of qubits ingroupQubits
. For each of these combinations, it also lists the probability of each possible combination of qubits insummaryQubits
conditioned to measure the aformentioned combination in the qubits ingroupQubits
. This is equivalent to get the probability of each possible combination of qubits insummaryQubits
after collapsing the qubits ingroupQubits
with a measurement.Throws
Declaration
Swift
public func groupedProbabilities(byQubits groupQubits: [Int], summarizedByQubits summaryQubits: Range<Int>, withInitialBits initialBits: String? = nil, roundSummaryToDecimalPlaces places: Int? = nil) throws -> [String: GroupedProb]
Parameters
groupQubits
List of qubits for which we want to know the probability of each combination.
summaryQubits
Range of qubits for which we want to know the probability of each combination once the qubits in
groupQubits
collapse to a value.initialBits
String composed only of 0’s & 1’s. If not provided, a sequence of 0’s will be used instead.
places
If provided, probabilities in each summary are rounded to the given number of decimal
places
. Notice that if a probability ends up rounded to 0.0, it is removed from the summary.Return Value
A dictionary where each key is a combination of qubits in
groupQubits
and its value the probability of such combination plus another dictionary where each key is a combination of qubits insummaryQubits
and its value the probability of such combination if qubits ingroupQubits
collapse to the first key. Combinations with probability 0 are not included.. -
groupedProbabilities(byQubits:
Extension methodsummarizedByQubits: withInitialBits: roundSummaryToDecimalPlaces: ) Initializes circuit with
initialBits
and appliesgates
to get the probability of each possible combination of qubits ingroupQubits
. For each of these combinations, it also lists the probability of each possible combination of qubits insummaryQubits
conditioned to measure the aformentioned combination in the qubits ingroupQubits
. This is equivalent to get the probability of each possible combination of qubits insummaryQubits
after collapsing the qubits ingroupQubits
with a measurement.Throws
Declaration
Swift
public func groupedProbabilities(byQubits groupQubits: [Int], summarizedByQubits summaryQubits: ClosedRange<Int>, withInitialBits initialBits: String? = nil, roundSummaryToDecimalPlaces places: Int? = nil) throws -> [String: GroupedProb]
Parameters
groupQubits
List of qubits for which we want to know the probability of each combination.
summaryQubits
Range of qubits for which we want to know the probability of each combination once the qubits in
groupQubits
collapse to a value.initialBits
String composed only of 0’s & 1’s. If not provided, a sequence of 0’s will be used instead.
places
If provided, probabilities in each summary are rounded to the given number of decimal
places
. Notice that if a probability ends up rounded to 0.0, it is removed from the summary.Return Value
A dictionary where each key is a combination of qubits in
groupQubits
and its value the probability of such combination plus another dictionary where each key is a combination of qubits insummaryQubits
and its value the probability of such combination if qubits ingroupQubits
collapse to the first key. Combinations with probability 0 are not included.. -
groupedProbabilities(byQubits:
Extension methodsummarizedByQubits: withInitialBits: roundSummaryToDecimalPlaces: ) Initializes circuit with
initialBits
and appliesgates
to get the probability of each possible combination of qubits ingroupQubits
. For each of these combinations, it also lists the probability of each possible combination of qubits insummaryQubits
conditioned to measure the aformentioned combination in the qubits ingroupQubits
. This is equivalent to get the probability of each possible combination of qubits insummaryQubits
after collapsing the qubits ingroupQubits
with a measurement.Throws
Declaration
Swift
public func groupedProbabilities(byQubits groupQubits: Range<Int>, summarizedByQubits summaryQubits: [Int] = [], withInitialBits initialBits: String? = nil, roundSummaryToDecimalPlaces places: Int? = nil) throws -> [String: GroupedProb]
Parameters
groupQubits
Range of qubits for which we want to know the probability of each combination.
summaryQubits
List of qubits for which we want to know the probability of each combination once the qubits in
groupQubits
collapse to a value. if an empty list is provided, an empty summary will be returned.initialBits
String composed only of 0’s & 1’s. If not provided, a sequence of 0’s will be used instead.
places
If provided, probabilities in each summary are rounded to the given number of decimal
places
. Notice that if a probability ends up rounded to 0.0, it is removed from the summary.Return Value
A dictionary where each key is a combination of qubits in
groupQubits
and its value the probability of such combination plus another dictionary where each key is a combination of qubits insummaryQubits
and its value the probability of such combination if qubits ingroupQubits
collapse to the first key. Combinations with probability 0 are not included.. -
groupedProbabilities(byQubits:
Extension methodsummarizedByQubits: withInitialBits: roundSummaryToDecimalPlaces: ) Initializes circuit with
initialBits
and appliesgates
to get the probability of each possible combination of qubits ingroupQubits
. For each of these combinations, it also lists the probability of each possible combination of qubits insummaryQubits
conditioned to measure the aformentioned combination in the qubits ingroupQubits
. This is equivalent to get the probability of each possible combination of qubits insummaryQubits
after collapsing the qubits ingroupQubits
with a measurement.Throws
Declaration
Swift
public func groupedProbabilities(byQubits groupQubits: Range<Int>, summarizedByQubits summaryQubits: Range<Int>, withInitialBits initialBits: String? = nil, roundSummaryToDecimalPlaces places: Int? = nil) throws -> [String: GroupedProb]
Parameters
groupQubits
Range of qubits for which we want to know the probability of each combination.
summaryQubits
Range of qubits for which we want to know the probability of each combination once the qubits in
groupQubits
collapse to a value.initialBits
String composed only of 0’s & 1’s. If not provided, a sequence of 0’s will be used instead.
places
If provided, probabilities in each summary are rounded to the given number of decimal
places
. Notice that if a probability ends up rounded to 0.0, it is removed from the summary.Return Value
A dictionary where each key is a combination of qubits in
groupQubits
and its value the probability of such combination plus another dictionary where each key is a combination of qubits insummaryQubits
and its value the probability of such combination if qubits ingroupQubits
collapse to the first key. Combinations with probability 0 are not included.. -
groupedProbabilities(byQubits:
Extension methodsummarizedByQubits: withInitialBits: roundSummaryToDecimalPlaces: ) Initializes circuit with
initialBits
and appliesgates
to get the probability of each possible combination of qubits ingroupQubits
. For each of these combinations, it also lists the probability of each possible combination of qubits insummaryQubits
conditioned to measure the aformentioned combination in the qubits ingroupQubits
. This is equivalent to get the probability of each possible combination of qubits insummaryQubits
after collapsing the qubits ingroupQubits
with a measurement.Throws
Declaration
Swift
public func groupedProbabilities(byQubits groupQubits: Range<Int>, summarizedByQubits summaryQubits: ClosedRange<Int>, withInitialBits initialBits: String? = nil, roundSummaryToDecimalPlaces places: Int? = nil) throws -> [String: GroupedProb]
Parameters
groupQubits
Range of qubits for which we want to know the probability of each combination.
summaryQubits
Range of qubits for which we want to know the probability of each combination once the qubits in
groupQubits
collapse to a value.initialBits
String composed only of 0’s & 1’s. If not provided, a sequence of 0’s will be used instead.
places
If provided, probabilities in each summary are rounded to the given number of decimal
places
. Notice that if a probability ends up rounded to 0.0, it is removed from the summary.Return Value
A dictionary where each key is a combination of qubits in
groupQubits
and its value the probability of such combination plus another dictionary where each key is a combination of qubits insummaryQubits
and its value the probability of such combination if qubits ingroupQubits
collapse to the first key. Combinations with probability 0 are not included.. -
groupedProbabilities(byQubits:
Extension methodsummarizedByQubits: withInitialBits: roundSummaryToDecimalPlaces: ) Initializes circuit with
initialBits
and appliesgates
to get the probability of each possible combination of qubits ingroupQubits
. For each of these combinations, it also lists the probability of each possible combination of qubits insummaryQubits
conditioned to measure the aformentioned combination in the qubits ingroupQubits
. This is equivalent to get the probability of each possible combination of qubits insummaryQubits
after collapsing the qubits ingroupQubits
with a measurement.Throws
Declaration
Swift
public func groupedProbabilities(byQubits groupQubits: ClosedRange<Int>, summarizedByQubits summaryQubits: [Int] = [], withInitialBits initialBits: String? = nil, roundSummaryToDecimalPlaces places: Int? = nil) throws -> [String: GroupedProb]
Parameters
groupQubits
Range of qubits for which we want to know the probability of each combination.
summaryQubits
List of qubits for which we want to know the probability of each combination once the qubits in
groupQubits
collapse to a value. if an empty list is provided, an empty summary will be returned.initialBits
String composed only of 0’s & 1’s. If not provided, a sequence of 0’s will be used instead.
places
If provided, probabilities in each summary are rounded to the given number of decimal
places
. Notice that if a probability ends up rounded to 0.0, it is removed from the summary.Return Value
A dictionary where each key is a combination of qubits in
groupQubits
and its value the probability of such combination plus another dictionary where each key is a combination of qubits insummaryQubits
and its value the probability of such combination if qubits ingroupQubits
collapse to the first key. Combinations with probability 0 are not included.. -
groupedProbabilities(byQubits:
Extension methodsummarizedByQubits: withInitialBits: roundSummaryToDecimalPlaces: ) Initializes circuit with
initialBits
and appliesgates
to get the probability of each possible combination of qubits ingroupQubits
. For each of these combinations, it also lists the probability of each possible combination of qubits insummaryQubits
conditioned to measure the aformentioned combination in the qubits ingroupQubits
. This is equivalent to get the probability of each possible combination of qubits insummaryQubits
after collapsing the qubits ingroupQubits
with a measurement.Throws
Declaration
Swift
public func groupedProbabilities(byQubits groupQubits: ClosedRange<Int>, summarizedByQubits summaryQubits: Range<Int>, withInitialBits initialBits: String? = nil, roundSummaryToDecimalPlaces places: Int? = nil) throws -> [String: GroupedProb]
Parameters
groupQubits
Range of qubits for which we want to know the probability of each combination.
summaryQubits
Range of qubits for which we want to know the probability of each combination once the qubits in
groupQubits
collapse to a value.initialBits
String composed only of 0’s & 1’s. If not provided, a sequence of 0’s will be used instead.
places
If provided, probabilities in each summary are rounded to the given number of decimal
places
. Notice that if a probability ends up rounded to 0.0, it is removed from the summary.Return Value
A dictionary where each key is a combination of qubits in
groupQubits
and its value the probability of such combination plus another dictionary where each key is a combination of qubits insummaryQubits
and its value the probability of such combination if qubits ingroupQubits
collapse to the first key. Combinations with probability 0 are not included.. -
groupedProbabilities(byQubits:
Extension methodsummarizedByQubits: withInitialBits: roundSummaryToDecimalPlaces: ) Initializes circuit with
initialBits
and appliesgates
to get the probability of each possible combination of qubits ingroupQubits
. For each of these combinations, it also lists the probability of each possible combination of qubits insummaryQubits
conditioned to measure the aformentioned combination in the qubits ingroupQubits
. This is equivalent to get the probability of each possible combination of qubits insummaryQubits
after collapsing the qubits ingroupQubits
with a measurement.Throws
Declaration
Swift
public func groupedProbabilities(byQubits groupQubits: ClosedRange<Int>, summarizedByQubits summaryQubits: ClosedRange<Int>, withInitialBits initialBits: String? = nil, roundSummaryToDecimalPlaces places: Int? = nil) throws -> [String: GroupedProb]
Parameters
groupQubits
Range of qubits for which we want to know the probability of each combination.
summaryQubits
Range of qubits for which we want to know the probability of each combination once the qubits in
groupQubits
collapse to a value.initialBits
String composed only of 0’s & 1’s. If not provided, a sequence of 0’s will be used instead.
places
If provided, probabilities in each summary are rounded to the given number of decimal
places
. Notice that if a probability ends up rounded to 0.0, it is removed from the summary.Return Value
A dictionary where each key is a combination of qubits in
groupQubits
and its value the probability of such combination plus another dictionary where each key is a combination of qubits insummaryQubits
and its value the probability of such combination if qubits ingroupQubits
collapse to the first key. Combinations with probability 0 are not included.. -
probabilities(withInitialBits:
Extension method) Initializes circuit with
initialBits
and appliesgates
to get the probabilities of each possible combinations of qubits.Throws
Declaration
Swift
public func probabilities(withInitialBits initialBits: String? = nil) throws -> [Double]
Parameters
initialBits
String composed only of 0’s & 1’s. If not provided, a sequence of 0’s will be used instead.
Return Value
A list in which each position represents a qubit combination and the value in a position the probability of such combination.
-
statevector(withInitialBits:
Extension method) Initializes circuit with
initialBits
and appliesgates
to get the probabilities of each possible combinations of qubits.Throws
Declaration
Swift
public func statevector(withInitialBits initialBits: String? = nil) throws -> Vector
Parameters
initialBits
String composed only of 0’s & 1’s. If not provided, a sequence of 0’s will be used instead.
Return Value
A statevector, result of applying
gates
toinitialBits
. -
summarizedProbabilities(withInitialBits:
Extension method) Initializes circuit with
initialBits
and appliesgates
to get the probability of each possible combination of qubits.Declaration
Swift
public func summarizedProbabilities(withInitialBits initialBits: String? = nil) throws -> [String : Double]
Parameters
initialBits
String composed only of 0’s & 1’s. If not provided, a sequence of 0’s will be used instead.
Return Value
A dictionary where each key is a qubit combination and its value the probability of such combination. Combination with probability 0 are not included.
-
summarizedProbabilities(byQubits:
Extension methodwithInitialBits: ) Initializes circuit with
initialBits
and appliesgates
to get the probability of each possible combination of qubits inqubits
.Throws
Declaration
Swift
public func summarizedProbabilities(byQubits qubits: [Int], withInitialBits initialBits: String? = nil) throws -> [String: Double]
Parameters
qubits
List of qubits for which we want to know the probability of each combination.
initialBits
String composed only of 0’s & 1’s. If not provided, a sequence of 0’s will be used instead.
Return Value
A dictionary where each key is a qubit combination and its value the probability of such combination. Combination with probability 0 are not included.
-
summarizedProbabilities(byQubits:
Extension methodwithInitialBits: ) Initializes circuit with
initialBits
and appliesgates
to get the probability of each possible combination of qubits inqubits
.Throws
Declaration
Swift
public func summarizedProbabilities(byQubits qubits: Range<Int>, withInitialBits initialBits: String? = nil) throws -> [String: Double]
Parameters
qubits
Range of qubits for which we want to know the probability of each combination.
initialBits
String composed only of 0’s & 1’s. If not provided, a sequence of 0’s will be used instead.
Return Value
A dictionary where each key is a qubit combination and its value the probability of such combination. Combination with probability 0 are not included.
-
summarizedProbabilities(byQubits:
Extension methodwithInitialBits: ) Initializes circuit with
initialBits
and appliesgates
to get the probability of each possible combination of qubits inqubits
.Throws
Declaration
Swift
public func summarizedProbabilities(byQubits qubits: ClosedRange<Int>, withInitialBits initialBits: String? = nil) throws -> [String: Double]
Parameters
qubits
Range of qubits for which we want to know the probability of each combination.
initialBits
String composed only of 0’s & 1’s. If not provided, a sequence of 0’s will be used instead.
Return Value
A dictionary where each key is a qubit combination and its value the probability of such combination. Combination with probability 0 are not included.
-
unitary()
Extension method


:: com :: sun :: star :: form ::
|
| interface XBoundComponent |
- Base Interfaces
XBoundComponent
┗ XUpdateBroadcaster
| XUpdateBroadcaster |
- (referenced interface's summary:)
- is the broadcaster interface for sending "approveUpdate" and "updated" events.
|
|
- Description
- specifies a (form) component which is bound to a data source.
The interface provides the possibility of committing its respective
data to a data source it is bound to.
For example, suppose you have a data-bound control that is connected
to a database field. Each time the control loses its focus, the
model (component) of the control is triggered by the environment
to store its value in the database field.
A commit may fail if an XUpdateListener vetoes the it.
- See also
- XUpdateListener
- Developers Guide
- Forms - Committing Controls
|
| Methods' Summary |
| commit |
commits the content of the component into the data source it is bound to.
|
| Methods' Details |
commit
- Description
- commits the content of the component into the data source it is bound to.
- Returns
- true when the commitment was successful, otherwise false.
|
|
Top of Page
Copyright © 2013, The Apache Software Foundation, Licensed under the Apache License, Version 2.0. Apache, the Apache feather logo, Apache OpenOffice and OpenOffice.org are trademarks of The Apache Software Foundation. Other names may be trademarks of their respective owners.


@* * Copyright 2021 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import config.ApplicationConfig @(implicit request: Request[AnyRef], messages: Messages, appConfig: ApplicationConfig) @import views.html.templates._ @ers_main(title = messages("ers.start.page_title")) { @header(messages("ers_start.page_title"))
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Rear Window
rated PG Universal/USA Films 114 minutes starring James Stewart, Grace Kelly, Wendell Corey, Thelma Ritter, Raymond Burr based on the short story "It Had To Be Murder" by Cornell Woolrich written by John Michael Hayes directed by Alfred Hitchcock
A review by Akiva Gottlieb
"Rear Window" takes place almost entirely in one room, yet Sir Alfred Hitchcock envisioned it as "a purely cinematic film." It is his ambitious vision that transforms tricky source material into a timeless classic. To keep his vision intact, Robert A. Harris and James C. Katz have restored the film from its original negative, and this remastered version packs the same punch that the original did 5 decades ago.
Most of Hitchcock's films involve voyeurism, but "Rear Window" was perhaps his most overt film on the subject. "Rear Window" is effective because it portrays not only its protagonist as a voyeur, but the viewer as well.
The opening pan shot of the film tells us everything we need to know about L.B. Jefferies (James Stewart) without wasting a line of dialogue. The man is a magazine photojournalist who became wheelchair-bound after a racetrack accident. His girlfriend, Lisa Fremont (Grace Kelly), is "perfect", yet L.B. is somehow afraid of commitment, and marriage plans have been put off. He spends his days solitarily confined in his Greenwich Village apartment, watching people's lives through his rear window.
We never really hear the neighbors speak, yet each one is a character. There is the ballet dancer who has to deal with a handful of men, the lonely woman who longs for affection, and the newlyweds who spend all day "indoors".
We accept Jefferies as a Peeping Tom perhaps because there is nothing better for him to do. However, this all changes when he witnesses what he believes may be a murder in an apartment across his courtyard. A strange man named Lars Thorwald (Raymond Burr, who later on became TV's "Perry Mason") keeps returning to his apartment at late hours of the night carrying suspicious items. His sickly wife has not been seen for the past few days.
At first, Lisa thinks that L.B. has become paranoid from lack of sleep, and scolds his "rear-window ethics". But as new evidence brings her into the game, "Rear Window" begins to study the fine line between paranoia and suspicion.
Up until the film's final minutes, nothing about the "murder" is set in stone. Hitchcock lets the viewer watch the story unfold from Jefferies' point of view, so that at times the audience feels like a Peeping Tom. In this way, from the most uncinematic setup, Hitchcock answers the age-old question of "Why do we go to the movies?" The audience can sympathize with Jefferies because we know that we're the true voyeurs, and that "watching the neighbors" is a human instinct.
"Rear Window" is not one of Alfred Hitchcock's most exciting films, but it is definitely one of his tightest. It is his talkiest film, which isn't a problem thanks to John Michael Hayes' dialogue, which is witty, clever and very sharp. James Stewart and Grace Kelly showcase a chemistry that is rarely seen in films today, and all the neighbors do a superb job of silent acting.
"Rear Window" joins the ranks of "Lawrence Of Arabia", "Spartacus", "My Fair Lady" and Hitchcock's "Vertigo" as films that have been restored by the dynamic duo of Harris & Katz. They have done a fine job with this film, making it look as modern as possible, even with the fake Hollywood sets that in no way resemble New York City. However, I did notice a couple rough spots with the sound, and the final confrontation scene seems to be sped up. But it's a small price to pay to see this masterpiece back on the big screen.
In 1954 "Rear Window" was first released. Now it is 2000, and The Master Of Suspense is simply acknowledged as The Master. It is a tribute to his everlasting legacy that more than a century after his birth, he can still hold the viewer in the palm of his hand.
A
Akiva Gottlieb<EMAIL_ADDRESS>http://www.pictureshow.8m.com
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The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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Related links: index of all rec.arts.movies.reviews reviews


Practice Duets
Franz Wohlfahrt (7 March 1833 - 14 February 1884) was a violin teacher in Leipzig Germany. He wrote the following duets around scales.
Franz Wohlfahrt (7 March 1833 - 14 February 1884) was a violin teacher in Leipzig Germany. He wrote the following duets around scales.
Listen to both parts
{{with $3:= .DuetAudioBoth}}Listen to part 2
{{with $3:= .DuetAudio2}}Listen to part 1
{{with $3:= .DuetAudio1}}


Egypt police raid independent news outlet after journalist arrest
Operation at the Mada Masr offices comes a day after Egyptian security forces arrested one of its editors, Shady Zalat.
Egyptian news outlet Mada Masr said on Sunday security forces raided their Cairo office and arrested three other journalists before releasing them.
"Plain-clothes security forces have raided Mada Masr's office in Cairo. Staff are currently being held inside, and their phones have been switched off," the independent news site posted on Twitter.
Journalists Rana Mamdouh, Mohamed Hamama, and Lina Attalah were arrested and taken to Cairo's Dokki police station, but were released a few hours later, Mada Masr said.
The raid comes after Shady Zalat, 37, a news editor who has worked since 2014 at the prominent website, was arrested at his home on Saturday.
Mada Masr also said lawyer Mahmoud Osman was prevented by security forces from entering the office.
More:
- Independent Egyptian media outlet says editor arrested
- 'Biggest crackdown' under Sisi condemned after thousands arrested
- Egypt under fire over 'shrinking' freedoms at UN rights review
The Committee to Protect Journalists (CPJ) issued a statement condemning the raid and arrests, calling on Egyptian authorities to end their "retaliation campaign" against Mada Masr.
"Mada has shown nothing but courage in reporting the news against all odds and in the face of brutal repression," said Sherif Mansour, CPJ's Middle East and North Africa Program Coordinator.
Mada Masr publishes investigations into corruption and security issues in Arabic and English.
It published an explosive article last week alleging that President Abdel Fattah el-Sisi's son Mahmoud had been transferred to Moscow on a diplomatic posting.
His reassignment from a senior intelligence post came after he had been criticised internally within the security apparatus, Mada Masr reported.
The article, which cited unnamed Emirati and Egyptian officials, gave details about the country's security agencies at a time when press freedom in Egypt is shrinking.
A journalist from Mada Masr, speaking from outside the news site's building, told AFP news agency on Sunday that police officers were still inside.
He described seeing several vehicles belonging to security forces and was met by plain-clothes officers at the entrance of the building.
"They initially prevented me from entering then they took me up to the sixth floor where the office is. We knocked on the door and I saw my colleagues for a fraction of a second," he said.
"A policeman, also plain-clothed, said 'we don't want anyone coming or going' and I was let go," he added.
A police spokesman was not immediately available for comment.
Egypt jails more journalists than any other country behind China and Turkey, according to the New York-based watchdog Committee to Protect Journalists.
Mada Masr is one of the hundreds of websites blocked by Egyptian authorities in recent years and can only be accessed domestically via a virtual private network (VPN) application.
Al Jazeera journalist Mahmoud Hussein has been imprisoned without any formal charges in Egypt for 1,066 days.
Hussein, an Egyptian national who works for the Al Jazeera Arabic television channel in Qatar, was arrested on arrival in Egypt on December 20, 2016, while on a personal visit to see his family.
Several other Al Jazeera journalists have also been charged in absentia, accused of spreading lies and supporting "terrorists" - a reference to the outlawed Muslim Brotherhood organisation.


Tue Nov 28, 2017
I’ve been looking back at the past year and chastising myself for only writing half as many posts as I’d hoped.
So, I’m going to mix it up a bit and write more fiction on this blog. I’ll start with a serialized short story with the modest goal of one “chapter” per post with no set schedule and see how it goes.
I’ll intersperse these fictional interludes with other posts as well, so I’m not going all-in on the fiction thing.
I should warn prospective readers that any fiction on this site is probably rated R so you can expect some coarse language at the very least. Also, this is all very rough and experimental and unedited, so don’t take this as a finished piece of work - it’s just for fun. For fun, but not a necessarily a “fun” writing style because my writing tends to get really dark really quickly. I should probably work on that.
As you may know, I have a thing for time travel. So, the first story I’m starting with could be considered Back to the Future fan fiction of sorts. None of the characters from this movie appear here, but I’ve shamefully ripped off the plot from Back to the Future 2.
The genesis for this story lies in this YouTube video where Biff Tannen is replaced with Donald Trump with such eerie seamlessness. I’ve since learned, by the way, that the Back to the Future 2 writers intentionally based Biff’s character on Trump.
Obviously, the darkest timeline meme has also contributed to the thought process behind this story. And a weird dream, which I won’t go into.
In the Back to the Future films, Marty McFly jumps back in time 30 years from 1985 to 1955 and also 30 years forward in time from 1985 to 2015. I thought it would be fun for a protagonist in 2015 to jump back in time to 1985 to experience all the amusingly anachronistic quirks of another era. It’s funny, and more than a little disturbing, to think of the 80s as another era because I lived through that time.
Anyway, this preamble is now longer than part one of my story, so I’d best begin.
I’ve been thinking a lot about Judas lately.
Judas has been reviled throughout history as the betrayer of Jesus Christ, the Messiah. But in the Gospel of Judas - a heretical Gnostic manuscript long-since buried by the Catholic Church - Judas is portrayed, not as a greedy opportunist, but as Christ’s favourite apostle.
In this alternate version of history, Judas was obeying a divine ordinance to hand Jesus over to the authorities. Through secret conversations with Judas, Jesus shaped him to be an instrument with a divine purpose.
This is the Judas paradox: Without Judas, Christ could not fulfill his destiny - to die and atone for the sins of humanity. Without Judas, Jesus could not become a martyr - he could not save us from iniquity and eternal damnation. Without Judas, paradise would remain empty for all time.
But the Coptic language of this gospel is hard to translate, and Biblical scholars are not in agreement. An alternative translation of this text sees Judas, not as a mortal instrument, but as a demon - sent by Lucifer to slay humanity’s only hope of salvation.
Which history is the right one? This is a question I have struggled with. Not struggled with in the academic sense; my struggle is intimate and tortured and very real. Because although history can be interpreted in many different ways, it has always remained immutable. Until now.
I also have a betrayer - a Judas whom I love so fiercely that the betrayal stings to the core of my soul. In the duelling tug between love and disappointment that waxes in deceit’s aftermath, it’s impossible to see the motivations of my Judas. Suffice to say, God has never spoken to me about my divine purpose. I certainly never asked for the betrayal.
But, whatever the motivation, a knife in the back has forced me to choose, as Jesus once chose. Do I choose to die, or do I choose to live?
Self-sacrifice is not easy, but I imagine it’s easier for a soldier in the heat of battle. When that soldier dives onto a grenade to save his squad, he is reacting in a split second, adrenaline surging through his veins. But I have time to think about this. Lots of time.

But if I choose life over death, I am not letting down a few of my closest friends.
No pressure, right.
When the moment comes, will I be able to do it? Will I be able to change history and usher humanity into paradise - a paradise that has no place for me?
The truth is, I don’t know. I’m not a demi-god with supernatural powers. I’m just a smart-ass kid faced with an agonizing choice. Or maybe I’m just a lamb being carried to the slaughter…
I apologize.
These are heavy, heavy thoughts and I’m burdening you with too many meaningless rhetorical questions. Let me start at the beginning.


Msimbo means “code” in Swahili. A twenty (20) week program for displaced, unemployed and underemployed workers interested becoming computer programmers. This programs seeks to address the IT industries’ issue of diversity and skilled workers. ULEM looks to enroll 18 students and provide a stipend for $100/ week.
The IT industry is in high demand for talented coding programmers. On average 2% of the IT workforce are people of color. In the past few years, there have been a number of efforts by the IT industry to create programs and bootcamps to train young women of color, women and college students.
MSIMBO seeks to address the displaced worker that cannot get training because of gender specific (i.e., Black Girls Code) training that being offered’ being financially unable to go or return to college and some of the coding bootcamps are cost prohibitive.
MSIMBO bootcamp trains talented, low-income individuals to become full-stack web developers and launch a new career. Students are trained in web development, effective business communication, and leadership. We will conduct a 20 weeks of 120 hours coding technology training program and the professional development for ULEM’s MSIMBO program.


[gecode-users] Linking to Gecode with Microsoft Visual C++
Christian Schulte
cschulte at kth.se
Thu Sep 4 11:29:35 CEST 2008
Good point, they are back.
As we are talking this stuff: do you see any use in also distributing the manifest files?
Christian
--
Christian Schulte, www.ict.kth.se/~cschulte/
-----Original Message-----
From: Filip Konvička [mailto:filip.konvicka at logis.cz]
Sent: Wednesday, September 03, 2008 11:36 PM
To: Christian Schulte
Cc: users at gecode.org
Subject: Re: [gecode-users] Linking to Gecode with Microsoft Visual C++
I think it would still be nice if you provided the pdbs for the
'release' version, at least as a separate download. Without the pdbs,
it's impossible to inspect the call stack in release builds, and it's
much harder to analyse crash dumps. (Microsoft provides symbols for all
their dlls via their public symbol server.) AFAIK, enabling debug info
for a release build should not affect size nor performance of the dlls.
Cheers,
Filip
> There is some good news, though. For 3.0 everything works fine and we will ship in our binary packages both sets of libraries (actually, the release libraries will not have any PDB information, while the debug libraries will be the full debug libraries). Linking will be simpler as the right library will be picked up automatically.
>
> Christian
>
> -----Original Message-----
> From: Filip Konvička [mailto:filip.konvicka at logis.cz]
> Sent: Wednesday, September 03, 2008 4:51 PM
> To: Christian Schulte
> Cc: users at gecode.org
> Subject: Re: [gecode-users] Linking to Gecode with Microsoft Visual C++
>
>
>
>> Oh, two more things: it is not an issue with different versions of MSVC, we
>> used the same version. And most importantly, after some thinking it is quite
>> clear why it should not work: you link std::ostream twice, once inside the
>> Gecode DLLs against the optimized MSVC libs, and the second time in your
>> program against the debug MSVC libs. That is, in fact asking quite much.
>>
>
> Ah, I see. We probably never tried to output the variables to a
> std::ostream, instead we took the actual values from the solution and
> worked with them. So we probably never used anything in the interface
> that was not related to Gecode, such as things from namespace std.
>
> Also, since all memory allocation in Gecode is done consistently (i.e.
> by Gecode), we never run into the problem of mixing MD and MDd heap mgmt
> function calls. (This is probably much more serious thing than the
> std::ostream issue!)
>
> So another suggestion to everyone is that as long as they stick to the
> "pure Gecode" API, they should be "safe" even with pre-3.0 Gecode. But,
> as you say, it's best if you provide both "debug" and "release" versions.
>
> Thanks for the explanation!
>
> Cheers,
> Filip
>
>
>
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Chang and Eng BunkerThe original Siamese TwinsEng was on the right and Chang was on the left.Although their mother-in-law weighed more than 500 pounds, they did not meet in a circus sideshow.
This lady was about five feet seven inches in height and nearly nine feet in circumference. Her accurate weight was never ascertained for the reason that there were in that neighborhood no adequate means of weighing her. Several contrivances were resorted to ascertain her weight, but the nearest approach to success was by using two pairs of steelyards drawing together four hundred and fifty pounds which being firmly secured a sort of swinging platform was attached thereto. Then this good woman stepped upon the platform both beams flew up; but the gentleman engaged in the enterprise estimated that her weight could not have been less than five hundred pounds. She was unquestionably the largest woman in this state, perhaps in America. Long after the time we have been speaking of, she died of obesity. When her coffin was taken from the undertakers it could not be gotten into the house until an opening was made for it. They fought in the Civil War, for the South naturally. Chang became an alcoholic in their later years, and the brothers fought bitterly.
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MobiusJob
of
the Mobius core API; refer to MobiusJob
to
see how to create an analysis flow using
Mobius.
See:
Description
| Class Summary | |
|---|---|
| ConfigureConstants | Defines Mobius specific property keys to be set in different kinds of Mobius jobs in the Hadoop Configuration. |
| GroupByConfigure | Specify the "group-by" columns in a grouping job. |
| JoinOnConfigure | Specify the join relationship in a Mobius join job. |
| JoinOnConfigure.EQ | Specify the equal relationship of columns from different datasets. |
| MobiusJob | Main class of the Mobius API. |
| MobiusJobRunner | Executes a MobiusJob . |
| Persistable | Sets the projections (columns to be saved on disk ) for join or group-by jobs. |
| SortOrderByConfigure | Specifies the sort-by columns (ascending or descending) of a sort job. |
| SortPersistable | Specifies the output path and format of a sort job. |
| SortProjectionConfigure | Specifies the columns to be stored of a sort job. |
Contains the main class MobiusJob
of
the Mobius core API; refer to MobiusJob
to
see how to create an analysis flow using
Mobius.
|
||||||||||
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