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THE LION KING A film review by Michael John Legeros Copyright 1994 Michael John Legeros
Directed by Roger Allers and Rob Minkoff Written by Irene Mechi, Jonathan Roberts, and Linda Woolverton Cast featuring the voices of Rowan Atkinson............Zazu (hornbill) Matthew Broderick.........Adult Simba (lion) Niketa Calame.............Young Nala (lion) Jim Cummings..............Ed (hyena) Whoopi Goldberg...........Shenzi (hyena) Robert Guillaume..........Rafiki (baboon) Jeremy Irons..............Scar (lion) James Earl Jones..........Mufasa (lion) Moria Kelly...............Adult Nala (lion) Nathan Lane...............Timon (meerkat) Cheech Marin..............Banzai (hyena) Ernie Sabella.............Pumbaa (wart hog) Madge Sinclair............Sarabi (lion) Jonathan Taylor Thomas....Young Simba (lion) MPAA Rating "G" Running Time 87 minutes
==
"Carnivores. Oy!" - Timon the meerkat
Disney has done it again! Surprised? Forget the cross promotions and tie-ins-from-hell, the strengths of THE LION KING are many and you could waste an entire afternoon going over the giddy delights of this full-length animated feature. Rich imagery, colorful characters, and timeless themes are just some of the reasons to roar about THE KING.
The story--an agreeable blend of HAMLET, BAMBI, and THE JUNGLE BOOK--introduces Simba, a young lion lad whose father, Mufasa, is king. But when the king is crowned by his scheming brother Scar, young Simba is led to believe that he caused his father's death. Simba flees the kingdom, instilled with the guilt that will inhibit his return as an adult. The cub pairs with a pair of jungle johns--Pumbaa the wart hog and Timon the meerkat--who teach Simba the bare necessities, including their philosophy of "no worries"--a mantra that will prove quite convenient for Simba to run away from responsibility.
And you thought this was just a cartoon.
THE LION KING borrows the best from "big three," incorporating the anachronistic humor of ALADDIN, the somber splendor of BEAUTY AND THE BEAST, and the youthful vigor of THE LITTLE MERMAID. (Not to mention almost *all* of BAMBI.)
There's action and adventure and, of course, music. Glorious, sweeping music from a score (by Hans Zimmer) that, oddly, is better than the songs (by Tim Rice and Elton John). These tunes lack the obvious wit of previous partners Alan Menken and Howard Ashman and, with the exception of the "Be Prepared" (sung by Irons), are little more than agreeable filler.
The characterizations are some of the most diverse that Disney's done to date. No humans are on hand, for a change, and no one flies solo ala Robin Williams. Not even second-half scene-stealer Nathan Lane as Timon. Best of the best is Irons as Scar, who takes his place in the long-standing line of memorable Disney villains.
The film stumbles a bit in the art department. Some of the segments--such as a computer-aided stampede of wildebeest--are breathtaking to behold. Other, less-involved scenes use simple backdrops that are almost eyesores by comparison. The entire final sequence, for example, looks almost unfinished.
THE LION KING is an enthusiastic sign that the Disney *still* has room for improvement. Sure, THE KING is a grand entertainment and is easily one of the best films so far this year. But add better songs and more computer graphics and *then* we'll see something the likes of which we've never seen before.
PARENTS: King Mufasa dies a violent death in the film. Should you take the young ones to this? To see or not see? That is the question that I cannot answer. (I cried in *every* scene.)
BOTTOM LINE: Once again, one of the best films (so far) this year is from Disney. THE LION KING is grand entertainment. Go have a good cry.
Grade: A-
.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


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Overtime Decisions
Below are our results for the optimal fourth down strategy in overtime. Due to the NFL's semi-sudden death format, there are three possible scenarios. It can be the opening possession of overtime. It can be the second possession of overtime with the offensive team trailing by 3 points. Or, the score can be tied while it is not the opening possession of overtime. These three scenarios can be selected from the pulldown menu.


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Timothy
Timothy is working on his system a lot
Timothy
Timothy is working on his system a lot
Timothy
Timothy is working on his system a lot


tablize
- pretty-print CSV file
tablize
[-x
| --horizontal
HDECOR] [-y
| --vertical
VDECOR]
[-a
| --alignment
ALIGNS] [FILE]
The tablize
utility pretty-prints tables defined by the CSV format (the
parsing of the format is RFC4180 complaint). It provides column alignments and
visual decoration of the table both horizontally and vertically. A
simple domain-specific language was introduced with the purpose of describing
the table decorations. Its grammar is introduced in the DECORATION LANGUAGE
section of this manual page.
The only positional argument of the program is the path to the CSV file. If omitted, standard input stream is used instead. Optional arguments are:
-x | --horizontal
Defines the horizontal decoration, using the custom DSL described below
(default: union(outer, only(1))
).
-y | --vertical
Defines the vertical decoration, using the custom DSL described below
(default: all
).
-a | --alignment
Defines the column alignment starting from the left-most column (default:
empty string). Valid alignments are left
, centre
and right
. A valid
definition is a comma-separated list of these alignments. Alignments are
assigned starting from the left, while all unspecified columns will
default to value left
.
The decoration language is used to define the presence of decorative lines (separately for horizontal and vertical) within the table. Lines can be used to separate sections of the table - always the full length, row or column.
The decoration is represented by exactly one statement. All statements are described below:
The all
statement results in all lines (in the relevant orientation) to be
visible. Opposite effect can be achieved via the none
statement that,
naturally, makes no decorative lines visible.
The inner
and outer
statements, as the names suggest, provide means of
decorating the inner and outer lines of the table respectively. These
statements are best used when the number of columns or rows is not known
beforehand.
The only
statement expects a list of zero or more unsigned integer indices
separated by the comma character(leftmost and topmost lines equal to zero)
that should be contained in the decoration. An example of the statement is:
only(1, 2, 3)
. The opposite statement, except
, includes all but
lines specified with indices.
Two combinators - union
and isect
can be used to specify a set union and
set intersection of zero or more decorations separated by the comma character.
The default value for the horizontal decoration is union(outer, only(1))
,
resulting in decoration seen in the Example section.
All whitespace is ignored and can be used for stylistic purposes.
Daniel Lovasko <daniel.lovasko@gmail.com>


A Game of Thrones
A Clash of Kings
A Storm of Swords
A Feast for Crows
A Dance with Dragons
The Winds of Winter
A Dream of Spring
Reveal the truth


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Clumsy criminal caught on video in Louisiana
by ABC7.com staffSHREVEPORT, La. (KABC) -- A bank robber received a lot of attention following a clumsy escape from his heist in Louisiana.
The local sheriff's office shared surveillance footage of the criminal getting away after he allegedly robbed a credit union in Shreveport - but not before tripping multiple times along the way.
The man was shown falling three times before he reached his getaway car and took off.
Some locals who watched the footage were in disbelief that the alleged robber got away.
"He's a lucky man because all you got to do is fall once. At least that's the way it is in the movies," said one resident.
The suspect has not been identified.


On the Subject of Cursed Double-Oh
I swear it didn't look like this last time I saw it.
- A display is shown with a two digit number, as well as five buttons. Using the buttons, toggle the display to 00 (located in the center of the below table), then hit the submit button.
- Four of the five buttons toggle the number in the display. Based on the table below, consisting of a 3×3 grid of smaller 3×3 grids, the buttons will behave in the following fashion:
- The “↕” button moves to the next position up or down within the current smaller grid, looping if reaching the edge (example: 00 to 85 to 14 to 00)
- The “↔” button moves to the next position left or right within the current smaller grid, looping if reaching the edge (example: 00 to 56 to 21 to 00)
- The “⇕” button moves to the same position in the next large 3×3 grid up or down, looping if reaching the edge (example: 00 to 22 to 58 to 00)
- The “⇔” button moves to the same position in the next large 3×3 grid left or right, looping if reaching the edge (example: 00 to 44 to 65 to 00)
- The “▣” button is the submit button. Pressing it will disarm the module if 00 is displayed and reset the module otherwise.
NOTE: This module is old, but more importantly, CURSED! The last digit always glitches out, making it hard to tell the numbers. In addition, the wiring for the buttons is acting up, so the functions of the four movement buttons may be swapped, though the submit button is correct. No button can be pressed twice in a row without hitting another button in between. Finally, no number space may be landed on more than once. An attempt to move to a previously reached space results in a 'strike'. Resetting the module by submitting at the wrong spot resets which spaces have be reached, and also issues a 'strike'. Also, it doesn't seem to be properly executing its 'strike' command; it only issues strikes when resetting from a number less than 10.
| 60 | 02 | 15 | 57 | 36 | 83 | 48 | 71 | 24 |
| 88 | 46 | 31 | 70 | 22 | 64 | 07 | 55 | 13 |
| 74 | 27 | 53 | 05 | 41 | 18 | 86 | 30 | 62 |
| 52 | 10 | 04 | 43 | 85 | 37 | 61 | 28 | 76 |
| 33 | 65 | 78 | 21 | 00 | 56 | 12 | 44 | 87 |
| 47 | 81 | 26 | 68 | 14 | 72 | 50 | 03 | 35 |
| 06 | 38 | 42 | 84 | 63 | 20 | 75 | 17 | 51 |
| 25 | 73 | 67 | 16 | 58 | 01 | 34 | 82 | 40 |
| 11 | 54 | 80 | 32 | 77 | 45 | 23 | 66 | 08 |


Please enter the email address associated with your account, we will send you an email so you can unlock your account
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20E.g. if your root partition is mounted on /mnt, you can update the map by simply running ROOT=/mnt /mnt/sbin/lilo


Class of all enemies.
More...
|
| float3 | position |
| | Position of the character. This value is only used internally by ECS. More...
|
| |
Class of all enemies.
Definition at line 35 of file UDEEnemy.cs.
◆ GetCurrentPattern()
◆ Initialize()
| virtual void SansyHuman.UDE.Object.UDEEnemy.Initialize |
( |
| ) |
|
|
virtual |
Initializes the enemy.
Definition at line 75 of file UDEEnemy.cs.
◆ OnDeath()
| override void SansyHuman.UDE.Object.UDEEnemy.OnDeath |
( |
| ) |
|
|
virtual |
◆ OnDisable()
| virtual void SansyHuman.UDE.Object.UDEEnemy.OnDisable |
( |
| ) |
|
|
protectedvirtual |
◆ OnEnable()
| virtual void SansyHuman.UDE.Object.UDEEnemy.OnEnable |
( |
| ) |
|
|
protectedvirtual |
◆ OnPatternEnd()
| virtual void SansyHuman.UDE.Object.UDEEnemy.OnPatternEnd |
( |
UDEBaseShotPattern |
endedPattern | ) |
|
|
protectedvirtual |
Called when one pattern ends. Override this to do something when pattern ended.
- Parameters
-
Definition at line 121 of file UDEEnemy.cs.
◆ OnTriggerStay2D()
| virtual void SansyHuman.UDE.Object.UDEEnemy.OnTriggerStay2D |
( |
Collider2D |
collision | ) |
|
|
protectedvirtual |
◆ canBeDamaged
| bool SansyHuman.UDE.Object.UDEEnemy.canBeDamaged |
|
protected |
Whether the enemy is killable.
Definition at line 52 of file UDEEnemy.cs.
◆ currentPhase
| int SansyHuman.UDE.Object.UDEEnemy.currentPhase |
|
protected |
Index of the current shot pattern.
Definition at line 55 of file UDEEnemy.cs.
◆ scoreOnDeath
| int SansyHuman.UDE.Object.UDEEnemy.scoreOnDeath |
|
protected |
Score when the enemy dies.
Definition at line 50 of file UDEEnemy.cs.
◆ shotPatterns
| List<ShotPattern> SansyHuman.UDE.Object.UDEEnemy.shotPatterns |
|
protected |
List of shot patterns enemy will shot.
Definition at line 48 of file UDEEnemy.cs.
◆ CanBeDamaged
| bool SansyHuman.UDE.Object.UDEEnemy.CanBeDamaged |
|
getset |
Gets whether the enemy can be killed.
Definition at line 70 of file UDEEnemy.cs.
◆ ScoreOnDeath
| int SansyHuman.UDE.Object.UDEEnemy.ScoreOnDeath |
|
getset |
Gets and sets the score added when the enemy dies by a player.
Definition at line 58 of file UDEEnemy.cs.
The documentation for this class was generated from the following file:


--- title: "Yearly Hours and Admission | Red Butte Garden" layout: "default" ---
Red Butte Garden Visitor Center
300 Wakara Way
Salt Lake City, UT 84108
Front desk:<PHONE_NUMBER>
Email address<EMAIL_ADDRESS>Red Butte Garden Amphitheatre
2155 Red Butte Canyon Rd.
Salt Lake City, UT 84108
Driving directions and parking map
Beginning February 1, we will not require pre-registration to visit.
Please visit our Virtual Resources webpage for online classes, gardening tips, and family-friendly, nature-based activities that can be done from home.
*Open seven days a week unless noted
| February | 9:30 AM - 5 PM |
| March | 9 AM - 5 PM |
| April | 9 AM - 7:30 PM |
| May-August | 9 AM - 9 PM |
| September | 9 AM - 7:30 PM |
| October-December | 9 AM - 5 PM |
| Thanksgiving Day | Closed |
| December 24-January 1 | Closed |
Exceptions:
| Garden Members | Free |
| Adults (age 18-64) | $14 |
| Seniors (age 65+) | $12 |
| Military personnel with ID | $12 |
| Children (age 3-17) | $7 |
| Children (age 2 and under) | Free |
| U of U faculty/staff | $12 |
| U of U students with ID | Free |
Exceptions:
Rates, inclusions, and benefits are subject to change without notice.
There is no direct public transportation to Red Butte Garden though there are options that will get you close to the Visitor Center and Amphitheatre. From these stops, you can either walk to the Garden or catch one of the University’s free shuttles. It is an uphill hike to the Garden and Amphitheatre from bus and TRAX stops, and there aren’t many sidewalks in Research Park, so you must walk on the road in some areas.
Check the public transportation schedules for routes to the University of Utah campus, medical center, or Research Park before planning your trip to the Garden:
The University’s free on-demand shuttle will take you from the medical TRAX station to Red Butte Garden and Natural History Museum of Utah (NHMU). From the U of U Medical Center TRAX station, cross the street to the bus/shuttle stop. Call<PHONE_NUMBER><PHONE_NUMBER> after 6 PM), and choose Medical TRAX as the pick-up station and Natural History Museum of Utah as the drop-off station. Red Butte Garden is located next door to the NHMU.
Note that shuttles run Monday through Friday from 6 AM–11 PM. Shuttles do not run on days that the University is closed.
Definition: Snapshot photography is when a person uses a small handheld camera to quickly take informal photographs.
Policy: Visitors are welcome to take snapshots for private use or for sharing on social media. Snapshots may be taken of the plants, gardens, or members of their group during their visit to the Garden.
Cost & Reservations: Included with admission, no reservations required.
Definition: A photography session is an event where a photographer/videographer (either amateur or professional) takes a series of formal photographs of a posed subject(s). A photography session allows the photographer to spend prolonged time composing the photographs and permits use of photography equipment such as tripods, reflectors, props, etc.
Policy: Our policy varies for public and private photography sessions. Visit the Photo Policy page for more information.
Cost & Reservations: There is a cost and a reservation is required.
Only service animals are allowed inside Red Butte Garden and Amphitheatre. Please leave pets and comfort animals at home. Do not leave animals in cars.
In compliance with the Utah Clean Air Act and to preserve and protect our collections, Red Butte Garden is a non-smoking facility. Smoking is permitted only in designated areas. Thank you for your cooperation.
Red Butte Garden buildings, Amphitheatre, and some other outdoor areas are handicap accessible.
Complimentary tram tours are not available at this time. We apologize for any inconvenience.


Class: Nanook::Block
Overview
The Nanook::Block
class contains methods to discover publicly-available information about blocks on the nano network.
A block is represented by a unique id like this:
"FBF8B0E6623A31AB528EBD839EEAA91CAFD25C12294C46754E45FD017F7939EB"
Initialize this class through the convenient Nanook#block method:
nanook = Nanook.new
block = nanook.block("FBF8B0E...")
Or compose the longhand way like this:
rpc_conn = Nanook::Rpc.new
block = Nanook::Block.new(rpc_conn, "FBF8B0E...")
Constant Summary
Constants included from Util
Instance Method Summary collapse
-
#==(other) ⇒ Boolean
(also: #eql?)
True if blocks are equal.
-
#account ⇒ Nanook::Account
Returns the Account of the block.
-
#amount(unit: Nanook.default_unit) ⇒ Float
Returns the amount of the block.
-
#ancestors(limit: 1000, offset: 0) ⇒ Object
(also: #chain)
Returns a consecutive list of block hashes in the account chain from (but not including) block back to
count
(direction from frontier back to open block, from newer blocks to older). -
#balance(unit: Nanook.default_unit) ⇒ Float
Returns the balance of the account at the time the block was created.
-
#cancel_work ⇒ Boolean
Stop generating work for a block.
-
#change? ⇒ Boolean
Returns true if block is type “change” (change of representative).
-
#confirm ⇒ Boolean
Request confirmation for a block from online representative nodes.
-
#confirmed? ⇒ Boolean
(also: #checked?)
Returns true if block is confirmed.
-
#descendants(limit: 1000, offset: 0) ⇒ Array<Nanook::Block>
(also: #successors)
Returns an Array of block hashes in the account chain from (but not including) this block up to
count
(direction from open block up to frontier, from older blocks to newer). -
#epoch? ⇒ Boolean
Returns true if block is type “epoch”.
-
#exists?(allow_unchecked: false) ⇒ Boolean
Returns true if block exists in the node's ledger.
-
#generate_work(use_peers: false) ⇒ String
Generate work for a block.
-
#hash ⇒ Integer
The hash value is used along with #eql? by the Hash class to determine if two objects reference the same hash key.
-
#height ⇒ Integer
Returns the height of the block.
-
#id ⇒ String
Returns the block hash id.
-
#info(allow_unchecked: false, unit: Nanook.default_unit) ⇒ Object
Returns a Hash of information about the block.
-
#initialize(rpc, block) ⇒ Block
constructor
A new instance of Block.
-
#next ⇒ Nanook::Block
Returns the Block of the next (newer) block in the account chain.
-
#open? ⇒ Boolean
Returns true if block is type “open”.
-
#pending?(allow_unconfirmed: false) ⇒ Boolean
Returns true if block is a pending block.
-
#previous ⇒ Nanook::Block
Returns the Block of the previous (older) block in the account chain.
-
#receive? ⇒ Boolean
Returns true if block is type “receive”.
-
#representative ⇒ Nanook::Account
Returns the Account of the block representative.
-
#republish(destinations: nil, sources: nil) ⇒ Array<Nanook::Block>
Republish blocks starting at this block up the account chain back to the nano network.
-
#send? ⇒ Boolean
Returns true if block is type “send”.
-
#signature ⇒ String
Returns the block signature.
-
#timestamp ⇒ Time
Returns the timestamp of when the node saw the block.
- #to_s ⇒ String (also: #inspect)
-
#type ⇒ String
Returns the type of the block.
-
#unconfirmed? ⇒ Boolean
(also: #unchecked?)
Returns true if block is unconfirmed.
-
#valid_work?(work) ⇒ Boolean
Returns true if work is valid for the block.
-
#work ⇒ String
Returns the block work.
Constructor Details
#initialize(rpc, block) ⇒ Block
Returns a new instance of Block.
25 26 27 28 |
# File 'lib/nanook/block.rb', line 25 def initialize(rpc, block) @rpc = rpc @block = block.to_s end |
Instance Method Details
#==(other) ⇒ Boolean Also known as: eql?
Returns true if blocks are equal.
43 44 45 46 |
# File 'lib/nanook/block.rb', line 43 def ==(other) other.class == self.class && other.id == id end |
#account ⇒ Nanook::Account
286 287 288 |
# File 'lib/nanook/block.rb', line 286 def account memoized_info[:account] end |
#amount(unit: Nanook.default_unit) ⇒ Float
Returns the amount of the block.
Example:
block.amount # => 3.01
298 299 300 301 302 303 304 305 |
# File 'lib/nanook/block.rb', line 298 def amount(unit: Nanook.default_unit) validate_unit!(unit) amount = memoized_info[:amount] return amount unless unit == :nano raw_to_NANO(amount) end |
#ancestors(limit: 1000, offset: 0) ⇒ Object Also known as: chain
Returns a consecutive list of block hashes in the account chain from (but not including) block back to count
(direction from frontier back to open block, from newer blocks to older). Will list all blocks back to the open block of this chain when count is set to “-1”.
See also #descendants.
Example:
block.ancestors(limit: 2)
Example reponse:
[Nanook::Block, ...]
85 86 87 88 89 90 91 92 93 94 95 96 97 98 |
# File 'lib/nanook/block.rb', line 85 def ancestors(limit: 1000, offset: 0) # The RPC includes this block in its response, and Nanook will remove it from the results. # Increment the limit by 1 to account for this (a limit of -1 is valid and means no limit). limit += 1 if limit > 0 params = { count: limit, offset: offset, _access: :blocks, _coerce: Array } response = rpc(:chain, :block, params)[1..].to_a response.map { |block| as_block(block) } end |
#balance(unit: Nanook.default_unit) ⇒ Float
Returns the balance of the account at the time the block was created.
Example:
block.balance # => 3.01
315 316 317 318 319 320 321 322 |
# File 'lib/nanook/block.rb', line 315 def balance(unit: Nanook.default_unit) validate_unit!(unit) balance = memoized_info[:balance] return balance unless unit == :nano raw_to_NANO(balance) end |
#cancel_work ⇒ Boolean
Stop generating work for a block.
Example:
block.cancel_work # => true
64 65 66 |
# File 'lib/nanook/block.rb', line 64 def cancel_work rpc(:work_cancel, :hash).empty? end |
#change? ⇒ Boolean
Returns true if block is type “change” (change of representative).
Example:
block.change? # => true
473 474 475 |
# File 'lib/nanook/block.rb', line 473 def change? type == 'change' end |
#confirm ⇒ Boolean
Request confirmation for a block from online representative nodes. Will return immediately with a boolean to indicate if the request for confirmation was successful. Note that this boolean does not indicate the confirmation status of the block.
Example:
block.confirm # => true
110 111 112 |
# File 'lib/nanook/block.rb', line 110 def confirm rpc(:block_confirm, :hash, _access: :started) == 1 end |
#confirmed? ⇒ Boolean Also known as: checked?
Returns true if block is confirmed.
Example:
block.confirmed # => true
330 331 332 |
# File 'lib/nanook/block.rb', line 330 def confirmed? memoized_info[:confirmed] end |
#descendants(limit: 1000, offset: 0) ⇒ Array<Nanook::Block> Also known as: successors
Returns an Array of block hashes in the account chain from (but not including) this block up to count
(direction from open block up to frontier, from older blocks to newer). Will list all blocks up to frontier (latest block) of this chain when count
is set to -1
.
See also #ancestors.
Example:
block.descendants # => [Nanook::Block, .. ]
253 254 255 256 257 258 259 260 261 262 263 264 265 266 267 |
# File 'lib/nanook/block.rb', line 253 def descendants(limit: 1000, offset: 0) # The RPC includes this block in its response, and Nanook will remove it from the results. # Increment the limit by 1 to account for this (a limit of -1 is valid and means no limit). limit += 1 if limit > 0 params = { count: limit, offset: offset, _access: :blocks, _coerce: Array } response = rpc(:successors, :block, params)[1..].to_a response.map { |block| as_block(block) } end |
#epoch? ⇒ Boolean
Returns true if block is type “epoch”.
Example:
block.epoch? # => true
483 484 485 |
# File 'lib/nanook/block.rb', line 483 def epoch? type == 'epoch' end |
#exists?(allow_unchecked: false) ⇒ Boolean
Returns true if block exists in the node's ledger. This will return false for blocks that exist on the nano ledger but have not yet synchronized to the node.
Example:
block.exists? # => false
block.exists?(allow_unchecked: true) # => true
357 358 359 360 361 362 363 364 365 |
# File 'lib/nanook/block.rb', line 357 def exists?(allow_unchecked: false) begin allow_unchecked ? memoized_info : info rescue Nanook::NodeRpcError return false end true end |
#generate_work(use_peers: false) ⇒ String
Generate work for a block.
Example:
block.generate_work # => "2bf29ef00786a6bc"
123 124 125 |
# File 'lib/nanook/block.rb', line 123 def generate_work(use_peers: false) rpc(:work_generate, :hash, use_peers: use_peers, _access: :work) end |
#hash ⇒ Integer
The hash value is used along with #eql? by the Hash class to determine if two objects reference the same hash key.
53 54 55 |
# File 'lib/nanook/block.rb', line 53 def hash id.hash end |
#height ⇒ Integer
Returns the height of the block.
Example:
block.height # => 5
383 384 385 |
# File 'lib/nanook/block.rb', line 383 def height memoized_info[:height] end |
#id ⇒ String
Returns the block hash id.
Example:
block.id #=> "FBF8B0E..."
37 38 39 |
# File 'lib/nanook/block.rb', line 37 def id @block end |
#info(allow_unchecked: false, unit: Nanook.default_unit) ⇒ Object
Returns a Hash of information about the block.
Examples:
block.info
block.info(allow_unchecked: true)
Example response:
{
"account": Nanook::Account,
"amount": 34.2,
"balance": 2.3
"height": 58,
"local_timestamp": Time,
"confirmed": true,
"type": "send",
"account": Nanook::Account,
"previous": Nanook::Block,
"representative": Nanook::Account,
"link": Nanook::Block,
"link_as_account": Nanook::Account,
"signature": "82D41BC16F313E4B2243D14DFFA2FB04679C540C2095FEE7EAE0F2F26880AD56DD48D87A7CC5DD760C5B2D76EE2C205506AA557BF00B60D8DEE312EC7343A501",
"work": "8a142e07a10996d5"
}
157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 |
# File 'lib/nanook/block.rb', line 157 def info(allow_unchecked: false, unit: Nanook.default_unit) validate_unit!(unit) # Params for both `unchecked_get` and `block_info` calls params = { json_block: true, _coerce: Hash } begin response = rpc(:block_info, :hash, params) response.merge!(confirmed: true) rescue Nanook::NodeRpcError => e raise e unless allow_unchecked response = rpc(:unchecked_get, :hash, params) response.merge!(confirmed: false) end parse_info_response(response, unit) end |
#next ⇒ Nanook::Block
Returns the Nanook::Block of the next (newer) block in the account chain.
Example:
block.next # => Nanook::Block
373 374 375 |
# File 'lib/nanook/block.rb', line 373 def next successors(limit: 1).first end |
#open? ⇒ Boolean
Returns true if block is type “open”.
Example:
block.open? # => true
453 454 455 |
# File 'lib/nanook/block.rb', line 453 def open? type == 'open' end |
#pending?(allow_unconfirmed: false) ⇒ Boolean
Returns true if block is a pending block.
Example:
block.pending? #=> false
229 230 231 232 233 234 235 236 |
# File 'lib/nanook/block.rb', line 229 def pending?(allow_unconfirmed: false) params = { include_only_confirmed: !allow_unconfirmed, _access: :exists } rpc(:pending_exists, :hash, params) == 1 end |
#previous ⇒ Nanook::Block
Returns the Nanook::Block of the previous (older) block in the account chain.
Example:
block.previous # => Nanook::Block
423 424 425 |
# File 'lib/nanook/block.rb', line 423 def previous memoized_info[:previous] end |
#receive? ⇒ Boolean
Returns true if block is type “receive”.
Example:
block.receive? # => true
463 464 465 |
# File 'lib/nanook/block.rb', line 463 def receive? type == 'receive' end |
#representative ⇒ Nanook::Account
276 277 278 |
# File 'lib/nanook/block.rb', line 276 def representative memoized_info[:representative] end |
#republish(destinations: nil, sources: nil) ⇒ Array<Nanook::Block>
Republish blocks starting at this block up the account chain back to the nano network.
Example:
block.republish # => [Nanook::Block, ...]
200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 |
# File 'lib/nanook/block.rb', line 200 def republish(destinations: nil, sources: nil) if !destinations.nil? && !sources.nil? raise ArgumentError, 'You must provide either destinations or sources but not both' end params = { _access: :blocks, _coerce: Array } params[:destinations] = destinations unless destinations.nil? params[:sources] = sources unless sources.nil? params[:count] = 1 if destinations || sources rpc(:republish, :hash, params).map do |block| as_block(block) end end |
#send? ⇒ Boolean
Returns true if block is type “send”.
Example:
block.send? # => true
443 444 445 |
# File 'lib/nanook/block.rb', line 443 def send? type == 'send' end |
#signature ⇒ String
Returns the block signature.
Example:
block.signature # => "82D41BC16F313E4B2243D14DFFA2FB04679C540C2095FEE7EAE0F2F26880AD56DD48D87A7CC5DD760C5B2D76EE2C205506AA557BF00B60D8DEE312EC7343A501"
403 404 405 |
# File 'lib/nanook/block.rb', line 403 def signature memoized_info[:signature] end |
#timestamp ⇒ Time
Returns the timestamp of when the node saw the block.
Example:
block. # => 2018-05-30 16:41:48 UTC
413 414 415 |
# File 'lib/nanook/block.rb', line 413 def memoized_info[:local_timestamp] end |
#to_s ⇒ String Also known as: inspect
488 489 490 |
# File 'lib/nanook/block.rb', line 488 def to_s "#{self.class.name}(id: \"#{short_id}\")" end |
#type ⇒ String
Returns the type of the block. One of “open”, “send”, “receive”, “change”, “epoch”.
Example:
block.type # => "open"
433 434 435 |
# File 'lib/nanook/block.rb', line 433 def type memoized_info[:type] end |
#unconfirmed? ⇒ Boolean Also known as: unchecked?
Returns true if block is unconfirmed.
Example:
block.unconfirmed? # => true
341 342 343 |
# File 'lib/nanook/block.rb', line 341 def unconfirmed? !confirmed? end |
#valid_work?(work) ⇒ Boolean
Returns true if work is valid for the block.
Example:
block.valid_work?("2bf29ef00786a6bc") # => true
187 188 189 190 |
# File 'lib/nanook/block.rb', line 187 def valid_work?(work) response = rpc(:work_validate, :hash, work: work) response[:valid_all] == 1 || response[:valid_receive] == 1 end |
#work ⇒ String
Returns the block work.
Example:
block.work # => "8a142e07a10996d5"
393 394 395 |
# File 'lib/nanook/block.rb', line 393 def work memoized_info[:work] end |


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Background
Lately I was testing the LoRaWAN coverage of our deployed gateways with an Adeunis Field Test Device. For the coverage test I wanted to change some settings of Adeunis Field Test Device. More specific: I wanted the device to send an Uplink message more frequently (default interval is 10 minutes).
Looking for a manual to change the settings of the device, I found the following detailed device description (german) provided by Smartmakers.
However, it took me a while to figure out how to configure the Adeunis Field Test Device using macOS and CoolTerm, as the Smartmaker description is for Windows systems. So here a short description how to do it on a Mac. Check out also the video demo below.
General setup
As I am using a Mac, I found and used CoolTerm to connect via a serial connection with the Adeunis. I connected the Adeunis Field Test Device with an USB cable with my Mac.
Steps to change settings of Adeunis Field Test Device
Here a short description of the steps to change the settings of the Adeunis Field Test Device. Please see the video for details.
-
Connecting to Adeunis Field Test Device
- Connect Adeunis Field Test Device via USB cable
- Turn Adeunis Field Test Device on
- Open CoolTerm
- Connection (menu) -> Options -> if necessary: rescan
- Set proper connection settings
- Confirm with “OK”
- Press “Connect”
-
After successful connection, you will receive some output on the CoolTerm terminal each time a LoRaWAN message is transmitted. You can transmit a message by pressing the physical button on the Adeunis Field Test Device.
-
Enter “Command Mode” to change settings of Adeunis Field Test Device
In order to change settings of the Adeunis Field Test Device, you have to enter the “Command mode (CM)”. Here, I got stuck as I did not know how to append “CR” and ”LF” to the raw hex command as described in the Smartmakers manual. Following steps worked:
- Connection (menu) -> Send String
- Select “Hex”
- Enter “FF FF FF FF FF 2B 2B 2B”
- Select “ASCII”
- Hit “Enter” at the end of the command
- Select “Hex”
- Now you see that an “0D 0A” has been attached to the line. Actually, this is “CR” and ”LF”. So next time you can just enter it, instead of switching back to ASCII and hit “Enter”.
- Press “Send”
- CoolTerm should print “CM” in the terminal
- Adeunis Field Test Device shows “CM” on the display.
-
Send further commands and change settings of Adeunis Field Test Device
Now, you can send for example the command “AT/V” in ASCII (don’t forget to hit enter (“CR” + “LF”) after the “AT/V” command) to read the version or “AT/S” in ASCII to read the settings. To change the sending interval use “ATS380=60” in ASCII to set the interval to 60 seconds. To leave the “command mode” send “AT0” in ASCII.


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President and treasurer are listed in their OrgSync Profile
Submitted by a budget-trained President of Treasurer
Matches group's mission
Any appropriate caps are applied
Items not previously funded
Sufficient documentation for each line item
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Other things that I forgot...


JU
Eats
Thanks For Ordering from JU canteens
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{% for cant,cant_price in canteen.items%}
{{cant}}
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Frequently Asked Questions
- Compatibility
- Serialization
- XML specifics
- JSON specifics
- Comparison to other products
- Scalability
- Uses of XStream
Compatibility
Which JDK is required to use XStream?
1.3 or later.
Does XStream behave differently across different JVMs?
XStream has two modes of operation: Pure Java and Enhanced. In pure Java mode, XStream behaves in the same way across different JVMs, however it's features are limited to what reflection allows, meaning it cannot serialize certain classes or fields. In enhanced mode, XStream does not have these limitations, however this mode of operation is not available to all JVMs.
Which JVMs allow XStream to operate in enhanced mode?
Currently on the Sun, Apple, HP, IBM and Blackdown 1.4 JVMs and onwards. Also for Hitachi and SAP from 1.5 and onwards. Support for BEA JRockit starting with R25.1.0. For all other JVMs, XStream should be used in pure Java mode.
What are the advantages of using enhanced mode over pure Java mode?
| Feature | Pure Java | Enhanced Mode |
|---|---|---|
| Public classes | Yes | Yes |
| Non public classes | No | Yes |
| Static inner classes | Yes | Yes |
| Non-static inner classes | No | Yes |
| Anonymous inner classes | No | Yes |
| With default constructor | Yes | Yes |
| Without default constructor | No | Yes |
| Private fields | Yes | Yes |
| Final fields | Yes >= JDK 1.5 | Yes |
Are there plans to provide enhanced mode support to other JVMs?
Yes. Let us know which JVM you would like supported.
When should I use XStream not in enhanced mode?
Running XStream in a secured environment can prevent XStream from running in enhanced mode. This is especially true when running XStream in an applet. You may also try to use the JavaBeanConverter as alternative to the ReflectionConverter running in enhanced or pure Java mode.
Which permissions does XStream need when running with an active SecurityManager?
This depends on the mode XStream is running in. Refer to the SecurityManagerTest for details.
Why does XStream 1.2 no longer read XML generated with XStream 1.1.x?
The architecture in XStream has slightly changed. Starting with XStream 1.2 the HierarchicalStreamDriver implementation is responsible to ensure that XML tags and attributes are valid names in XML, in XStream 1.1.x this responsibility was part of the ClassMapper implementations. Under some rare circumstances this will result in an unreadable XML due to the different processing order in the workflow of such problematic tag names.
You can run XStream in 1.1 compatibility mode though:
XStream xstream = new XStream(new XppDriver(new XStream11XmlFriendlyReplacer())) { protected boolean useXStream11XmlFriendlyMapper() { return true; } };
XStream 1.3 ignores suddenly annotated converters (@XStreamConverter and @XStreamConverters)?
XStream treats now all annotations the same and therefore it no longer auto-detects any annotation by default. You can configure XStream to run in auto-detection mode, but be aware if the implications. As alternative you might register the deprecated AnnotationReflectionConverter, that was used for XStream pre 1.3.x, but as drawback the functionality to register a local converter with XStream.registerLocalConverter will no longer work.
Serialization
How do I specify that a field should not be serialized?
Make it transient
, specify it with XStream.omitField()
or
annotate it with @XStreamOmitField
How do I initialize a transient field at deserialization?
XStream uses the same mechanism as the JDK serialization. Example:
class ThreadAwareComponent { private transient ThreadLocal component; // ... private Object readResolve() { component = new ThreadLocal(); return this; } }
XStream is not calling the default constructor during deserialization.
This is, in fact, the same case as above. XStream uses the same mechanism as the JDK serialization. When using the enhanced mode with the optimized reflection API, it does not invoke the default constructor. The solution is to implement the readResolve method as above:
class MyExecutor { private Object readResolve() { // do what you need to do here System.out.println("After instantiating MyExecutor"); // at the end returns itself return this; } }
What do serialized collections look like?
Example:
class Person { private String name; private List toys = new ArrayList(); // ... } class Computer { String type; } class Car { String color; } xstream.alias("person", Person.class); xstream.alias("computer", Computer.class); xstream.alias("car", Car.class); Person person = new Person("Joe"); person.addToy(new Computer("apple")); person.addToy(new Computer("spectrum")); person.addToy(new Car("blue")); String xml = xstream.toXML(joe);
Results in:
<person> <name>Joe</name> <toys> <computer> <type>apple</type> </computer> <computer> <type>spectrum</type> </computer> <car> <color>blue</color> </car> </toys> </person>
Note, that it is possible to configure XStream to omit the container element toys using implicit collections.
Do my classes have to implement Serializable if XStream is to serialize them?
No.
Can dynamic proxies be serialized?
Yes.
Can CGLIB proxies be serialized?
Only limitedly. A proxy generated with the CGLIB Enhancer is supported, if the proxy uses only one callback and the proxy instance can be generated without additional constructor arguments.
Serialization fails with NoSuchMethodError: net.sf.cglib.proxy.Enhancer.isEnhanced(Ljava/lang/Class;)Z
XStream uses this method to detect a CGLIB-enhanced proxy. Unfortunately the method is not available in the cglib-2.0 version. Since this version is many years old and the method is available starting with cglib-2.0.1, please consider an upgrade of the dependency, it works usually smoothly.
Can I select the field order in which XStream serializes objects?
Yes. XStream's ReflectionConverter uses the defined field order by default. You can override it by using an specific FieldKeySorter:
SortableFieldKeySorter sorter = new SortableFieldKeySorter(); sorter.registerFieldOrder(MyType.class, new String[] { "firstToSerialize", "secondToSerialize", "thirdToSerialize" }); xstream = new XStream(new Sun14ReflectionProvider(new FieldDictionary(sorter)));
How does XStream deal with newer versions of classes?
- If a new field is added to the class, deserializing an old version will leave the field uninitialized.
- If a field is removed from the class, deserializing an old version that contains the field will cause an exception. Leaving the field in place but declaring it as transient will avoid the exception, but XStream will not try to deserialize it.
- If a class is renamed, aliases can be used to create an abstraction between the name used in XML and the real class name.
- If a field is renamed, this should be treated as adding a field and removing a field.
For more advanced class migrations, you may
- have to do custom pre-processing of the XML before sending it to XStream (for example, with XSLT or DOM manipulations)
- declare new fields as transient
- implement your own converter, that can handle the situation
- add a readResolve() method to your class, that initializes the object accordingly
- implement a custom mapper to ignore unknown fields automatically (see acceptance test CustomMapperTest.testCanBeUsedToOmitUnexpectedElements())
Future versions of XStream will include features to make these type of migrations easier.
How does XStream cope with isolated class loaders?
Serializing an object graph is never a problem, even if the classes of those objects have been loaded by a different class loader. The situation changes completely at deserialization time. In this case you must set the class loader to use with:
xstream.setClassLoader(yourClassLoader);
Although XStream caches a lot of type related information to gain speed, it keeps those information in tables with weak references that should be cleaned by the garbage collector when the class loader is freed.
XML specifics
Why does XStream not respect the encoding in the XML declaration?
XStream architecture is based on IO Readers and Writers, while the XML declaration is the responsibility of XML parsers. XStream all HierarchicalStreamDriver implementation respect the encoding since version 1.3, but only if you provide an InputStream. If XStream consumes a Reader you have to initialize the reader with the appropriate encoding yourself, since it is now the reader's task to perform the encoding and no XML parser can change the encoding of a Reader and any encoding definition in the XML header will be ignored.
Why does XStream not write a XML declaration?
XStream is designed to write XML snippets, so you can embed its output into an existing stream or string. You can write the XML declaration yourself into the Writer before using it to call XStream.toXML(writer).
Why does XStream not write XML in UTF-8?
XStream does no character encoding by itself, it relies on the configuration of the underlying XML writer. By default it uses its own PrettyPrintWriter which writes into the default encoding of the current locale. To write UTF-8 you have to provide a Writer with the appropriate encoding yourself.
Why do field names suddenly have double underscores in the generated XML?
XStream maps Java class names and field names to XML tags or attributes. Unfortunately this mapping cannot be 1:1, since some identifiers of Java contain a dollar sign which is invalid in XML names. Therefore XStream uses an XmlFriendlyReplacer to replace this character with a replacement. By default this replacement uses an underscore and therefore the replacer must escape the underscore itself also. You may provide a different configured instance of the XmlFriendlyReplacer or a complete own implementation, but you must ensure, that the resulting names are valid for XML.
XStream fails to unmarshal my given XML and I do not know why?
By default XStream is written for persistence i.e. it will read the XML it can write. If you have to transform a given XML into an object graph, you should go the other way round. Use XStream to transfer your objects into XML. If the written XML matches your schema, XStream is also able to read it. This way is much easier, since you can spot the differences in the XML much more easy than to interpret the exceptions XStream will throw if it cannot match the XML into your objects.
My parser claims the � character to be invalid, but it was written with XStream!
Your parser is basically right! A character of value 0 is not valid as part of XML according the XML specification (see version 1.0 or 1.1), neither directly nor as character entity nor within CDATA. But not every parser respects this part of the specification (e.g. Xpp3 will ignore it and read character entities). If you expect such characters in your strings and you do not use the Xpp3 parser, you should consider to use a converter that writes the string as byte array in Base64 code. As alternative you may force the PrettyPrintWriter or derived writers to be XML 1.0 or 1.1. compliant, i.e. in this mode a Stream Exception is thrown.
My parser claims a control character to be invalid, but it was written with XStream!
 Control characters are only valid as part of XML 1.1. You should add an XML header declaring this version or use a parser that does not care about this part of the specification (e.g. Xpp3 parser).
JSON specifics
Why are there two JSON driver implementations?
As always, first for historical reasons! Main difference is that the JettisonMappedXmlDriver is a thin wrapper around Jettison in combination with the StaXDriver, while the JsonHierarchicalStreamDriver uses an own more flexible implementation, but can only be used to generate JSON, deserialization is not implemented.
Why is it not possible to deserialize a JSON string starting with an array?
XStream's implementation to deserialize JSON is based on Jettison and StaX. Jettison implements a XMLStreamReader of StaX and transforms the processed JSON virtually into XML first. However, if the JSON string starts with an array it is not possible for Jettison to create a valid root element, since it has no name.
XStream fails to unmarshal my JSON string and I do not know why?
Deserialization of JSON is currently done by Jettison, that transforms the JSON string into a StaX stream. XStream itself does nothing know about the JSON format here. If your JSON string reaches some kind of complexity and you do not know how to design your Java objects and configure XStream to match those, you should have a look at the intermediate XML that is processed by XStream in the end. This might help to identify the problematic spots. Also consider then marshalling your Java objects into XML first. You can use following code to generate the XML:
final String json = "{string:\"foo\"}"; final HierarchicalStreamDriver driver = new JettisonMappedXmlDriver(); final StringReader reader = new StringReader(json); final HierarchicalStreamReader hsr = driver.createReader(reader); final StringWriter writer = new StringWriter(); new HierarchicalStreamCopier().copy(hsr, new PrettyPrintWriter(writer)); writer.close(); System.out.println(writer.toString());
What limitations has XStream's JSON support?
JSON represents a very simple data model for easy data transfer. Especially it has no equivalent for XML attributes. Those are written with a leading "@" character, but this is not always possible without violating the syntax (e.g. for array types). Those may silently dropped (and makes it therefore difficult to implement deserialization). Another issue are references in the serialized object graph, since JSON has no possibility to express such a construct. You should therefore always set the NO_REFERENCES mode of XStream.
Why are there invalid characters in my JSON representation?
The JSON spec requires any JSON string to be in UTF-8 encoding. However, XStream ensures this only if you provide an InputStream or an OutputStream. If you provide a Reader or Writer you have to ensure this requirement on your own.
Comparison to other products
How does XStream compare to java.beans.XMLEncoder?
XStream is designed for serializing objects using internal fields, whereas
XMLEncoder is designed for
serializing JavaBeans using public API methods (typically in the form
of getXXX()
, setXXX()
, addXXX()
and removeXXX()
methods.
How does XStream compare to JAXB (Java API for XML Binding)?
JAXB is a Java binding tool. It generates Java code from a schema and you are able to transform from those classes into XML matching the processed schema and back. Note, that you cannot use your own objects, you have to use what is generated.
Scalability
Is XStream thread safe?
Yes. Once the XStream instance has been created and configured, it may be shared across multiple threads allowing objects to be serialized/deserialized concurrently (unless you enable the auto.detection and processing of annotations).
Uses of XStream
Is XStream a data binding tool?
No. It is a serialization tool.
Can XStream generate classes from XSD?
No. For this kind of work a data binding tool such as XMLBeans is appropriate.
Why is there no SaxReader?
XStream works on a stream-based parser model, while SAX is event-based. The steam based model implies, that the caller consumes the individual tokens from the XML parser on demand, while in an event-based model the parser controls the application flow on its own and will use callbacks to support client processing. The different architecture makes it therefore impossible for XStream to use an event-driven XML parser.


DocumentStoreError
public struct DocumentStoreError : Error, CustomStringConvertible
Error in direct relation with the DocumentStore
-
Kind of error the
DocumentStore
encountered- storeIdentifierInvalid: Given
DocumentStore
identifier is invalid - documentDescriptionInvalid: One or more
DocumentDescriptor
s are invalid - documentDescriptionNotRegistered: Tried to perform an operation with a
Document
whichDocumentDescriptor
was not registered with this store - operationFailed: The operation failed due errors with the system or issues in the library
- documentDataCorruption: Couldn’t read the serialized data of a
Document
from disk
Declaration
Swift
public enum ErrorKind : Int
- storeIdentifierInvalid: Given
-
The kind of error encountered
Declaration
Swift
public let kind: ErrorKind
-
Message describing the error
Declaration
Swift
public let message: String
-
The underlying more technical error that triggered this error, if any.
Declaration
Swift
public let underlyingError: Error?
-
A programmer readable version of the error, including any underlying error if present.
Declaration
Swift
public var description: String { get }


Housekeeping
Wonderful in the way it unfolds slowly, at least until those moments where it unfolds quickly, showing the reader the transient details it turns out were there, hidden in plain sight. An exploration of women across generations, their similarities, their cruelties, their ultimate kindnesses; a powerful meditation on loss and survival. Not a ghost story, yet populated by ghosts, of memory, of the weight of the past and the way it haunts a place.
{m.}


{% extends "ssw_downloader/base.html" %} {% load staticfiles tethys_gizmos %} {% block app_content %}
Note: large datasets may take a long time to process. A general rule of thumb is that it will take one minute for every day's worth of data.
{% endblock %}


One or more filters.
addresses.private-ip-address
- The private IPv4 addresses
associated with the network interface.
addresses.primary
- Whether the private IPv4 address is the
primary IP address associated with the network interface.
addresses.association.public-ip
- The association ID returned when
the network interface was associated with the Elastic IP address
(IPv4).
addresses.association.owner-id
- The owner ID of the addresses
associated with the network interface.
association.association-id
- The association ID returned when the
network interface was associated with an IPv4 address.
association.allocation-id
- The allocation ID returned when you
allocated the Elastic IP address (IPv4) for your network interface.
association.ip-owner-id
- The owner of the Elastic IP address
(IPv4) associated with the network interface.
association.public-ip
- The address of the Elastic IP address
(IPv4) bound to the network interface.
association.public-dns-name
- The public DNS name for the network
interface (IPv4).
attachment.attachment-id
- The ID of the interface attachment.
attachment.attach-time
- The time that the network interface was
attached to an instance.
attachment.delete-on-termination
- Indicates whether the
attachment is deleted when an instance is terminated.
attachment.device-index
- The device index to which the network
interface is attached.
attachment.instance-id
- The ID of the instance to which the
network interface is attached.
attachment.instance-owner-id
- The owner ID of the instance to
which the network interface is attached.
attachment.status
- The status of the attachment (attaching
|
attached
| detaching
| detached
).
availability-zone
- The Availability Zone of the network
interface.
description
- The description of the network interface.
group-id
- The ID of a security group associated with the network
interface.
group-name
- The name of a security group associated with the
network interface.
ipv6-addresses.ipv6-address
- An IPv6 address associated with the
network interface.
interface-type
- The type of network interface
(api_gateway_managed
| aws_codestar_connections_managed
|
branch
| efa
| gateway_load_balancer
|
gateway_load_balancer_endpoint
| global_accelerator_managed
|
interface
| iot_rules_managed
| lambda
| load_balancer
|
nat_gateway
| network_load_balancer
| quicksight
|
transit_gateway
| trunk
| vpc_endpoint
).
mac-address
- The MAC address of the network interface.
network-interface-id
- The ID of the network interface.
owner-id
- The Amazon Web Services account ID of the network
interface owner.
private-ip-address
- The private IPv4 address or addresses of the
network interface.
private-dns-name
- The private DNS name of the network interface
(IPv4).
requester-id
- The alias or Amazon Web Services account ID of the
principal or service that created the network interface.
requester-managed
- Indicates whether the network interface is
being managed by an Amazon Web Service (for example, Amazon Web
Services Management Console, Auto Scaling, and so on).
source-dest-check
- Indicates whether the network interface
performs source/destination checking. A value of true
means
checking is enabled, and false
means checking is disabled. The
value must be false
for the network interface to perform network
address translation (NAT) in your VPC.
status
- The status of the network interface. If the network
interface is not attached to an instance, the status is available
;
if a network interface is attached to an instance the status is
in-use
.
subnet-id
- The ID of the subnet for the network interface.
tag
:<key> - The key/value combination of a tag assigned to
the resource. Use the tag key in the filter name and the tag value
as the filter value. For example, to find all resources that have a
tag with the key Owner
and the value TeamA
, specify tag:Owner
for the filter name and TeamA
for the filter value.
tag-key
- The key of a tag assigned to the resource. Use this
filter to find all resources assigned a tag with a specific key,
regardless of the tag value.
vpc-id
- The ID of the VPC for the network interface.


Hello all.
If you are reading this, then I can assume that you have read Pluto, and this post will be along of my trio of Pluto Bees, Sun Ducks, and I am writing this what I think to
be 4 days after I wrote Pluto. I have about a weeks ammount of food left, and I am rationing 3 bottles of water. I'll give my self, a week, tops, before the government
finds me, I think I still have time to write sun ducks, if I can pace myself. I hope I have enough time. I think I will, I'll buy some time, but I will have to be swift
with my words. I see an easy escape path in case anything does happen, hopefully that won't become a last resort. But I am not here to bother you about me, here is Nibiru.
The Nibiru Cataclysm, or simply put, Nibiru is an event that was supposed to take place last decade, this decade, or the next. The event was claimed to be an Unknown
Planet or "Planet X" was supposed to collide or have a close pass by with Earth. This event was supposed to happen in the early 2000s and it is now supposed to happen next
year in 2012, but if nothing happens in 2020s. There have beem rumors of what "Planet X" might be, a planet in our own solar system? Or an Unknown Planet in general?
For starters, okay, lets be real? Okay, lets just be totaly serious here. Okay? I mean, for real. A planet, just crash landing, I mean JUST CRASHING into Earth. I mean.
YES. IT CAN HAPPEN.  I'm not talking about Halley's Comet, not at all. I'm talking about a fully scale planet collision that could happen soon. Now
by soon I really mean several years, lets not be total savages here. Ok?
I don't have any exacts, but I can say that the Nibiru Cataclysm will be within the years 2015-2025. I'm not bullshiting here, I'm telling you the truth. I'm sorry that I
can't give you an exact date like ohohoh August 18th, 2020. But I can at least give you a solid timeframe, like a good solid timeframe. 10 years if you think about is
really not that long, I mean for starters its like being a new born and being 10, or like being 10 and going to 20. It's really not that long a time. But I can say that
there is an imminent collision with planet Earth and Planet X, that will happen with in 4 years plus then a remaining 10 years. So really everything will fall into place.
What is Planet X?  A hidden 10th planet in our solar system. You see many people
would claim that a 9th planet would just be Pluto, but since we have already said that Pluto is a planet, this "Plant X" would be considered the 10th planet. This planet
is hidden under regular telescope and whatever technology may be at hand but I found this. Using an infra-red attatchment to my telescope I notice a small blue patch near
pluto. Now, you may think, are you sure thats not just Pluto you are looking at? No, it is not, what I am looking at is a brand new planet, a planet 10, a bit smaller than
our moon. I'll call this new plant, Excelsior.
Wait... You just said this was a "Planet" does that mean things live on Excelsior? Well, I figured it out. Excelsior always in the dark, it is very hard to see it, but I
have a hypothesis.  You see this is just a theory, an hypothesis, I am unsure how true this is, we will have to
wait until the Nibiru Cataclysm to find out, but I think it's Jaqi O Et. Yeah Jaqi O Et is on this planet and we are all going to die because of it, in the time frame of
2015-2025.
But Literally wait right there. You called the planet "Excelsior" but then why is it called the "Nibiru Cataclysm" and not the "Excelsior Cataclysm". Well allow me to
explain. Nibiru, is the psuedo-name for the planet, what people just thought it was. But because of how exiting this planet is, and what I can mean for the universe. I
like to think of it not as Nibiru but as Excelsior. Nibiru is the actual event of it happening. Nibiru is the actual collision of the two planets. When Earth and Excelsior
collide, that will be the Nibiru event. When Excelsior and Earth collide, it will cause an explosion and shock wave that will ripple through out the entire universe and
collapse this solar system and we and everything will die.
This is how the Sun Ducks want us to go. The Sun Ducks have found out that the humans know about their existance. The government is trying to find all the people who know
about the sun duck existance in hopes to prevent the Nibiru Cataclysm. But with these articles I have show and told the world about this and there is nothing they can do
now, now that every one knows. Everyone has read, everyone has seen, everyone will now be the cause of the destruction of everything. The time has come. The Nibiru Cataclysm.


W3C's primary activity is to develop protocols and guidelines that ensure long-term growth for the Web. W3C's standards define the keyword of what makes the World Wide Web work.
The Web, on the other hand, "The World Wide Web (WWW, or simply Web) is an information space in which the items of interest, referred to as resources, are identified by global identifiers called Uniform Resource Identifiers (URI). The first three specifications for Web technologies are defined as URLs, HTTP, and HTML.
For Example, any website created by HTTP/HTML and help of CSS file. It allows the user to create and structure sections, paragraphs, headings, links, and blockquotes for web pages and applications. Cascading style sheets are used to format the layout of Web pages. They can be used to define text styles, table sizes, and other aspects of Web pages that previously could only be defined in a page's HTML. CSS helps Web developers create a uniform look across several pages of a Web site. Instead of defining the style of each table and each block of text within a page's HTML, commonly used styles need to be defined only once in a CSS document.
http://www.seoogle.info/w3c-web-standards


What about Hippocrates?
Dr. Gavin Awerbuch, a Michigan neurologist who received $56,000 from Insys, was arrested this spring after federal prosecutors said he defrauded Medicare of $7 million and improperly prescribed Subsys to patients who did not need it. [New York Times Nov. 27,2014]Open Payment Dataset
The Centers for Medicare & Medicaid Services (CMS) released the Open Payment dataset recording all payments made by pharmaceutical companies to physicians. One could query information such as:
Prescription Dataset
The CMS released a second dataset that details information on the prescription drugs that physicians prescribed in 2013 under the Medicare Part D Prescription Drug Program. The dataset describes the specific medications prescribed and statistics on their utilization and costs.
We merged the two datasets and build a tool to query relationships between physicians and pharmaceutical companies
Some technologies that we used:
Some limitations
Medicare Part D data will presumably primarily reflect 65+ population's prescription needs.
Join quality is very difficult to achieve; do not draw conclusions without corroboration!


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About me
Cornishman living in London. Lover of all things web. Javascript, TypeScript, CSS, a11y. Runs on pop music and tea.
Work
Frontend Software Engineer at Google, working on AdSense, London.
Former Software Engineering Intern at Google in Mountain View, California.
Previously, Web Developer at 3 SIDED CUBE.
Studied Computer Science (BSc) at the University of St Andrews, graduated 2016.
Find me
Projects
Scroball for Last.fm – a universal Last.fm scrobbler for Android
Notifier for Twitter – a Twitter client for Google Chrome (defunct, archive link)


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